Graphic program to design a moving car

Car looks like :

//Graphic program to design a moving car #include<stdio.h> #include<conio.h> #include<graphics.h> #include<dos.h> #include<stdlib.h> void car_body(int,int); void car_body1(int,int); void car_body2(int,int); void car_body3(int,int); void front_tyre(int,int,int,int); void rear_tyre(int,int,int,int); void tyre_rotation(int,int,int,int,int); int gd=0,gm,poly_cord[34],p1[4],p2[4],p3[4],midx,midy,i,k,j,r,x,y,mid,angle1,angle2; void main() { initgraph(&gd,&gm,"c:\\turboc3\\bgi"); randomize(); //midx=getmaxx()/2; midx=random(319); midx+=320; mid=midx; midy=getmaxy()/2; k=0; while(mid>=0) { k++; car_body(midx-2*k,midy); car_body(midx-2*k,midy-1); car_body(midx-2*k,midy-2); car_body(midx-2*k,midy-3); car_body1(midx-2*k,midy); car_body1(midx-2*k,midy-1); car_body1(midx-2*k,midy-2); car_body1(midx-2*k,midy-3); car_body2(midx-2*k,midy); car_body3(midx-2*k,midy); if(k%2!=0) { angle1=0; angle2=angle1+30; } else { angle1=15; angle2=angle1+30; } front_tyre(midx-2*k,midy,angle1,angle2); rear_tyre(midx-2*k,midy,angle1,angle2); mid=midx-2*k; } } //**************************************************** void car_body(int midx,int midy) { /* * */ poly_cord[0]=midx-200; poly_cord[1]=midy; /* *-------* */ poly_cord[2]=midx-120; poly_cord[3]=midy; /* * / *-------* */ poly_cord[4]=midx-100; poly_cord[5]=midy-60; /* *--------------* / *-------* */ poly_cord[6]=midx+100; poly_cord[7]=midy-60; /* *--------------* / \ *-------* * */ poly_cord[8]=midx+120; poly_cord[9]=midy; /* *--------------* / \ *-------* *-------* */ poly_cord[10]=midx+200; poly_cord[11]=midy; /* *--------------* / \ *-------* *-------* | * */ poly_cord[12]=midx+200; poly_cord[13]=midy+40; /* *--------------* / \ *-------* *-------* | *----* */ poly_cord[14]=midx+140; poly_cord[15]=midy+40; /* *--------------* / \ *-------* *-------* | * | | | *----* */ poly_cord[16]=midx+140; poly_cord[17]=midy+20; /* *--------------* / \ *-------* *-------* | *----* | | | *----* */ poly_cord[18]=midx+80; poly_cord[19]=midy+20; /* *--------------* / \ *-------* *-------* | *----* | | | | * *----* */ poly_cord[20]=midx+80; poly_cord[21]=midy+30; /* *--------------* / \ *-------* *-------* | *----* | | | | *---------* *----* */ poly_cord[22]=midx-80; poly_cord[23]=midy+30; /* *--------------* / \ *-------* *-------* | * *-----* | | | | | *--------* *----* */ poly_cord[24]=midx-80; poly_cord[25]=midy+20; /* *--------------* / \ *-------* *-------* | *-----* *-----* | | | | | *--------* *----* */ poly_cord[26]=midx-140; poly_cord[27]=midy+20; /* *--------------* / \ *-------* *-------* | *-----* *-----* | | | | | | * *--------* *----* */ poly_cord[28]=midx-140; poly_cord[29]=midy+40; /* *--------------* / \ *-------* *-------* | *-----* *-----* | | | | | | *----* *--------* *----* */ poly_cord[30]=midx-200; poly_cord[31]=midy+40; /* *--------------* / \ / \ / \ *-------* *-------* | | | *-----* *-----* | | | | | | | *-----* *------------------* *-----* */ poly_cord[32]=midx-200; poly_cord[33]=midy; drawpoly(17,poly_cord); } void front_tyre(int midx,int midy,int angle1,int angle2) { x=(midx-(140+80)/2); y=(midy+60); r=30; tyre_rotation(x,y,r,angle1,angle2); } void rear_tyre(int midx,int midy,int angle1,int angle2) { x=(midx+(140+80)/2); y=(midy+60); r=30; tyre_rotation(x,y,r,angle1,angle2); } void tyre_rotation(int x,int y,int r,int angle1,int angle2) { int t; car_body(midx-2*k,midy); circle(x,y,r); circle(x,y,r-1); circle(x,y,r-2); circle(x,y,r-3); circle(x,y,r-4); circle(x,y,r-5); circle(x,y,r-6); t=360; do { setfillstyle(2,0); pieslice(x,y,angle1,angle2,r-8); angle1=angle2+2; angle2=angle2+15; t=t-15; } while(t>=0); cleardevice(); } void car_body1(int midx,int midy) { p1[0]=midx-120; p1[1]=midy; p1[2]=midx+120; p1[3]=midy; drawpoly(2,p1); } void car_body2(int midx,int midy) { p2[0]=midx-70; p2[1]=midy; p2[2]=midx-70; p2[3]=midy-60; drawpoly(2,p2); } void car_body3(int midx,int midy) { p3[0]=midx+70; p3[1]=midy; p3[2]=midx+70; p3[3]=midy-60; drawpoly(2,p3); }