Question
In: Computer Science
Write a code for simple racing game (using dots) on c coding.
Write a code for simple racing game (using dots) on c coding.
Solutions
Expert Solution
Source Code in C and C++
#include <iostream.h>
#include <dos.h>
#include <graphics.h>
#include <conio.h>
#include <stdlib.h>
#include <stdio.h>
#include <time.h>
#include <ctype.h>
class car
{
private:
int x1,y1,x2,y2,col,col2,col3;
public:
car():x1(200),y1(300),x2(270),y2(200),col(4)
{}
car(int a,int b,int c,int d,int e,int f,int
g):x1(a),y1(b),x2(c),y2(d),col(e),col2(f),col3(g)
{}
void get(int a,int b,int c,int d,int e,int f,int g)
{
x1=a;
y1=b;
x2=c;
y2=d;
col=e;
col2=f;
col3=g;
if (x1<=180)
{
sound(1000);
x1=200;
x2=270;
}
if (x2>=430)
{
sound(1000);
x1=340;
x2=410;
}
}
void draw()
{
setcolor(col);
setfillstyle(1,col);
rectangle(x1,y1,x2,y2); //car body
floodfill(x1+10,y2+10,col);
setcolor(col2); //windows
setfillstyle(2,col2);
rectangle(x1+10,y1-70,x2-10,y2+10);
floodfill(x1+15,y2+15,col2);
rectangle(x1+10,y1-10,x2-10,y2+70);
floodfill(x1+15,y1-15,col2);
setcolor(col3); //wheels
setfillstyle(1,col3);
rectangle(x1-10,y2+5,x1,y2+20);
floodfill(x1-4,y2+12,col3);
rectangle(x2,y2+5,x2+10,y2+20);
floodfill(x2+4,y2+12,col3);
rectangle(x1-15+1,y1-25,x1,y1-5);
floodfill(x1-10,y1-20,col3);
rectangle(x2,y1-25,x2+15,y1-5);
floodfill(x2+4,y1-20,col3);
}
void collide(int col)
{
setcolor(col);
setfillstyle(1,col);
line(x1-5,y2-3,x1,y2);
line(x1-5,y2-5,x1,y2-5);
line(x1-5,y2-3,x1-5,y2-5);
line(x1,y2-5,x1+5,y2-3);
line(x1+5,y2-3,x1+10,y2-15);
line(x1+10,y2-15,x1+20,y2-3);
line(x1+20,y2-3,x1+30,y2-10);
line(x1+30,y2-10,x1+35,y2-3);
line(x1+35,y2-3,x1+45,y2-12);
line(x1+45,y2-12,x1+55,y2-3);
line(x1+55,y2-3,x1+60,y2-10);
line(x1+60,y2-10,x1+70,y2-3);
line(x1+70,y2-3,x1+74,y2-8);
line(x1+74,y2-8,x1+70,y2);
line(x1,y2,x1+70,y2);
floodfill(x1+30,y2-1,col);
line(x1-5,y1+3,x1,y1);
line(x1-5,y1+5,x1,y1+5);
line(x1-5,y1+3,x1-5,y1+5);
line(x1,y1+5,x1+5,y1+3);
line(x1+5,y1+3,x1+10,y1+15);
line(x1+10,y1+15,x1+20,y1+3);
line(x1+20,y1+3,x1+30,y1+10);
line(x1+30,y1+10,x1+35,y1+3);
line(x1+35,y1+3,x1+45,y1+12);
line(x1+45,y1+12,x1+55,y1+3);
line(x1+55,y1+3,x1+60,y1+10);
line(x1+60,y1+10,x1+70,y1+3);
line(x1+70,y1+3,x1+74,y1+8);
line(x1+74,y1+8,x1+70,y1);
line(x1,y1,x1+70,y1);
floodfill(x1+30,y1+1,col);
}
};
class obstacle
{
private:
int x,y,col;
public:
obstacle():x(0),y(0),col(0)
{}
obstacle(int a,int b,int c):x(a),y(b),col(c)
{}
void get(int a,int b,int c)
{
x=a;
y=b;
col=c;
}
void draw()
{
setcolor(col);
setfillstyle(1,col);
circle(x,y,20);
floodfill(x,y,col);
}
};
class timer
{
private:
int sec,min,ms,flag;
public:
timer():min(0),sec(0),ms(0),flag(0)
{}
timer(int a,int b,int c,int d):min(a),sec(b),ms(c),flag(d)
{}
void start()
{
min=sec=ms=flag=0;
}
void get()
{
settextstyle(1,0,1);
char* minn;
if (min>9)
{
int minnn=min/10;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(20,100,minn);
setcolor(0);
outtextxy(20,100,minn);
}
if (min>9)
{
int minnn=min%10;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(30,100,minn);
setcolor(0);
outtextxy(30,100,minn);
}
if (min<=9)
{
int minnn=min;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(20,100,minn);
setcolor(0);
outtextxy(20,100,minn);
}
setcolor(15);
outtextxy(40,100,":");
if (sec>9)
{
int minnn=sec/10;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(50,100,minn);
setcolor(0);
outtextxy(50,100,minn);
}
if (sec>9)
{
int minnn=sec%10;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(60,100,minn);
setcolor(0);
outtextxy(60,100,minn);
}
if (sec<=9)
{
int minnn=sec;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(50,100,minn);
setcolor(0);
outtextxy(50,100,minn);
}
setcolor(15);
outtextxy(70,100,":");
if (ms>9)
{
int minnn=ms/10;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(80,100,minn);
setcolor(0);
outtextxy(80,100,minn);
}
if (ms>9)
{
int minnn=ms%10;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(90,100,minn);
setcolor(0);
outtextxy(90,100,minn);
}
if (ms<=9)
{
int minnn=ms;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(80,100,minn);
setcolor(0);
outtextxy(80,100,minn);
}
}
void time()
{
ms++;
if (ms==100)
{
ms=0;
sec++;
}
if (sec==60)
{
sec=0;
min++;
}
}
int minutes()
{
return min;
}
void timego()
{
ms=0;
sec+=30;
if (sec>60)
{
sec=0;
min++;
}
}
};
void grass()
{
setcolor(10);
setfillstyle(1,10);
rectangle(0,0,180,400);
floodfill(10,100,10);
rectangle(430,0,600,400);
floodfill(480,100,10);
setcolor(5);
settextstyle(8,0,3);
outtextxy(440,50,"RACE CRAZE");
setcolor(0);
setfillstyle(1,0);
settextstyle(7,0,2);
outtextxy(20,60,"TIMER");
rectangle(20,100,150,130);
floodfill(60,120,0);
settextstyle(7,0,2);
outtextxy(20,260,"MILES");
rectangle(20,300,150,330);
floodfill(60,320,0);
}
void track(int n,int coll)
{
setcolor(coll);
setfillstyle(1,coll);
rectangle(300,n,310,50+n);
floodfill(302,10+n,coll);
rectangle(300,100+n,310,150+n);
floodfill(302,110+n,coll);
rectangle(300,200+n,310,250+n);
floodfill(302,210+n,coll);
rectangle(300,300+n,310,350+n);
floodfill(302,310+n,coll);
rectangle(300,400+n,310,450+n);
floodfill(302,410+n,coll);
rectangle(300,500+n,310,550+n);
floodfill(302,510+n,coll);
rectangle(300,600+n,310,650+n);
floodfill(302,610+n,coll);
rectangle(300,700+n,310,750+n);
floodfill(302,710+n,coll);
}
void main()
{
int driver,mode;
driver=EGA;
mode=EGAHI;
initgraph(&driver,&mode,"c:\\tc\\bgi");
car c,c1;
obstacle o;
timer T;
int i,j=200,k=200;
int t=-200,flg=0;
time_t tt,ttt;
c.get(k,j+100,k+70,j,4,3,8);
c.draw();
grass();
track(t,15);
randomize();
int r=0,r1,l=50;
int miles=0,mil=0;
int stage=10;
getch();
do
{
T.get();
i=0;
if (kbhit())
i=getch();
T.time();
char* minn;
settextstyle(1,0,1);
if (miles>99)
{
int minnn=miles/100;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(30,310,minn);
setcolor(0);
outtextxy(30,310,minn);
}
if (miles>99)
{
int minnn=miles%100;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(40,310,minn);
setcolor(0);
outtextxy(40,310,minn);
}
if (miles>9)
{
int minnn=miles/10;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(40,310,minn);
setcolor(0);
outtextxy(40,310,minn);
}
if (miles>9)
{
int minnn=miles%10;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(50,310,minn);
setcolor(0);
outtextxy(50,310,minn);
}
if (miles<=9)
{
int minnn=miles;
if (minnn==0)
minn="0";
if (minnn==1)
minn="1";
if (minnn==2)
minn="2";
if (minnn==3)
minn="3";
if (minnn==4)
minn="4";
if (minnn==5)
minn="5";
if (minnn==6)
minn="6";
if (minnn==7)
minn="7";
if (minnn==8)
minn="8";
if (minnn==9)
minn="9";
setcolor(15);
outtextxy(40,310,minn);
setcolor(0);
outtextxy(40,310,minn);
}
if (flg==0)
{
randomize();
srand((unsigned) time(&ttt));
r=rand()%3;
if (r==2)
{
randomize();
r1=random(10)%2;
l=100;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,5,6,7):
c1.get(335,l+stage,405,l+stage-100,5,6,7);
c1.draw();
flg=2;
}
}
sound(miles+100);
if (i==75)
{
c.get(k,j+100,k+70,j,0,0,0);
c.draw();
k=200;
c.get(k,j+100,k+70,j,4,3,8);
if (flg==1)
{
c1.collide(14);
c.collide(14);
delay(500);
c1.collide(0);
c.collide(0);
flg=3;
T.timego();
}
c.draw();
}
if (i==155)
{
c.get(k,j+100,k+70,j,0,0,0);
c.draw();
k=200;
c.get(k,j+100,k+70,j,4,3,8);
if (flg==1)
{
c1.collide(14);
c.collide(14);
delay(500);
c1.collide(0);
c.collide(0);
flg=3;
T.timego();
}
c.draw();
}
if (i==77)
{
c.get(k,j+100,k+70,j,0,0,0);
c.draw();
k=335;
c.get(k,j+100,k+70,j,4,3,8);
if (flg==1)
{
c1.collide(14);
c.collide(14);
delay(500);
c1.collide(0);
c.collide(0);
flg=3;
T.timego();
}
c.draw();
}
if (i==157)
{
c.get(k,j+100,k+70,j,0,0,0);
c.draw();
k=335;
c.get(k,j+100,k+70,j,4,3,8);
if (flg==1)
{
c1.collide(14);
c.collide(14);
delay(500);
c1.collide(0);
c.collide(0);
T.timego();
flg=3;
}
c.draw();
}
if (i==72)
{
mil+=1;
track(t,0);
(t>70)?t=-200:t+=5;
track(t,15);
if ((l+stage)>=200 && (l+stage)<=300)
{
if (r1==0 && k==200)
{
flg=1;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0):
c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
}
else if (r1==1 && k==335)
{
flg=1;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0):
c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
}
else
flg=2;
}
if (flg==1)
{
c.collide(14);
c1.collide(14);
flg=0;
delay(1000);
c.collide(0);
c1.collide(0);
c.get(k,j+100,k+70,j,4,3,8);
c.draw();
T.timego();
}
if (flg==2)
{
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0):
c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
l=l+5;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,5,6,7)
:c1.get(335,l+stage,405,l+stage-100,5,6,7);
c1.draw();
if (l+stage>300)
flg=3;
}
}
if (i==152)
{
mil+=2;
track(t,0);
(t>70)?t=-200:t+=20;
track(t,15);
if (l+stage>=200 && l+stage<=300)
{
if (r1==0 && k==200)
{
flg=1;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0):
c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
}
else if (r1==1 && k==335)
{
flg=1;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0):
c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
}
else
flg=2;
}
if (flg==1)
{
c.collide(14);
c1.collide(14);
flg=0;
delay(1000);
c.collide(0);
c1.collide(0);
c.get(k,j+100,k+70,j,4,3,8);
c.draw();
T.timego();
}
if (flg==2)
{
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0)
:c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
l+=10;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,5,6,7)
:c1.get(335,l+stage,405,l+stage-100,5,6,7);
c1.draw();
if (l+stage>300)
flg=3;
}
}
if (i==80)
{
mil-=1;
track(t,0);
(t<-370)?t=-200:t-=5;
track(t,15);
if (l+stage>=200 && l+stage<=300)
{
if (r1==0 && k==200)
{
flg=1;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0)
:c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
}
else if (r1==1 && k==335)
{
flg=1;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0)
:c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
}
else
flg=2;
}
if (flg==1)
{
c.collide(14);
c1.collide(14);
flg=0;
delay(1000);
c.collide(0);
c1.collide(0);
c.draw();
T.timego();
}
if (flg==2)
{
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0)
:c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
l=l-5;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,5,6,7)
:c1.get(335,l+stage,405,l+stage-100,5,6,7);
c1.draw();
if (l+stage>300)
flg=3;
}
}
if (i==160)
{
mil-=2;
track(t,0);
(t<-370)?t=-200:t-=20;
track(t,15);
if (l+stage>=200 && l+stage<=300)
{
if (r1==0 && k==200)
{
flg=1;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0)
:c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
}
else if (r1==1 && k==335)
{
flg=1;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0)
:c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
}
else
flg=2;
}
if (flg==1)
{
c.collide(14);
c1.collide(14);
flg=0;
delay(1000);
c.collide(0);
c1.collide(0);
c.draw();
T.timego();
}
if (flg==2)
{
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0)
:c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
l=l-10;
(r1==0)?c1.get(200,l+stage,270,l+stage-100,5,6,7)
:c1.get(335,l+stage,405,l+stage-100,5,6,7);
c1.draw();
if (l+stage>300)
flg=3;
}
}
if (flg==3)
{
(r1==0)?c1.get(200,l+stage,270,l+stage-100,0,0,0)
:c1.get(335,l+stage,405,l+stage-100,0,0,0);
c1.draw();
flg=0;
}
if (i==32)
{
sound(2000);
delay(200);
}
nosound();
if (mil>4)
{
miles+=1;
mil=0;
}
if (mil<-4)
{
miles-=1;
mil=0;
}
if (miles>=1000)
break;
}while(i!='\r');
if (miles>=1000)
{
sound(3000);
clearviewport();
settextstyle(8,0,1);
int i=T.minutes();
if (i<8)
outtextxy(50,100,"CONGRATULATIONS! \
You have won the competetion");
else
outtextxy(50,100,"SORRY! You fell \
out of time");
delay(1000);
getch();
nosound();
}
}Note: If you have any doubts or queries, feel free to ask by commenting down below.
And if my answer suffice to the requirements, then kindly upvote as an appreciation
Happy Learning :)
venereology answered 11 months agoRelated Solutions
Write a code for simple racing game (using dots) on c program.
Write a code for simple racing game (using dots) on c
program.
Write a simple code for a simple connect the dots game in plain C coding.
Write a simple code for a simple connect the dots game in plain C
coding.
Simple code for a game on C coding.
Simple code for a game on C coding.
write a code for a typing game in plain C coding.
write a code for a typing game in plain C coding.
Using python as the coding language please write the code for the following problem. Write a...
Using python as the coding language please write the code for
the following problem.
Write a function called provenance that takes two string
arguments and returns another string depending on the values of the
arguments according to the table below. This function is based on
the geologic practice of determining the distance of a sedimentary
rock from the source of its component grains by grain size and
smoothness.
First Argument Value
Second Argument Value
Return Value
"coarse"
"rounded"
"intermediate"
"coarse"...
Write a C++ code to print to the user a simple menu of a fast food...
Write a C++ code to print to the user a simple menu of a fast
food restaurant. You should allow the user to select his/her
preferred burgers and/or drinks and you should display the final
bill to the user for payment. The user should be able to select
more than one item. You should use the switch statement.
Using C# Windows App Form Create a simple calculator using +,-,*,/ Please show code GUI Code...
Using C# Windows App Form
Create a simple calculator using +,-,*,/
Please show
code
GUI
Code for calculator
menus
radio button
input text boxes
Write a code using c# Maximum Sub Array.
Write a code using c# Maximum Sub Array.
Create a C++ code for the mastermind game using classes(private classes and public classes). Using this...
Create a C++ code for the mastermind game using classes(private
classes and public classes). Using this uml as a reference.
Using pseudocode or C++ code, write code to print “small” if the magnitude M of an...
Using pseudocode or C++ code, write code to print “small” if the
magnitude M of an earthquake is in the range [0, 3), “medium” if M
is in the range [3, 6), “large” if M is in the range [6, 9) and
“epic” if M is greater than or equal to 9, where M is input by a
user via the keyboard.
(in c++)
ADVERTISEMENT
ADVERTISEMENT
Latest Questions
- Use t and F to test for a significant relationship between HRS1 and age. Use α...
- Think of all the examples of forecasting experience on a regular basis; such as the weatherman...
- 9. At the end of a job interview, you may be invited to ask questions. What...
- What are the five major categories of pricing strategies? Give two examples of each category. Note:...
- You have been saving $100/month for the last 10 years in a retirement account that earns...
- a signal is carried by a coaxial cable. The signal is carried by an inner wire...
- Consider the following two bonds: a 5-year and a 10-year bond, each with a 7% coupon....
ADVERTISEMENT