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 Solar System -------------------------------------------------------------------------------- Description : Demo of Graphics in C. #include"stdio.h" #include"graphics.h" #include"conio.h" #include"dos.h" #include"math.h" #include"stdlib.h" void main() { int gd=DETECT,gm; float i=0,j=100,me=75,ve=23,ma=105,ju=175,sa=10,ur=300,ne=200,pl=175,s=0; int x,y,k,tri[8],si,sx=random(300),sy=random(400),X,Y,ss; unsigned int earth,moon,mercury,venus,mars,jupiter,saturn,uranus,neptune,pluto,sunsize, ship,ship2; void *ear,*moo,*mer,*ven,*mar,*jup,*sat,*ura,*nep,*plu,*sun,*ships,*ships2; x=300; y=210; initgraph(&gd,&gm,"c:\tc\bgi"); setfillstyle(1,10); setcolor(2); fillellipse(50,50,13,13); earth=imagesize(35,35,65,65); ear=malloc(earth); getimage(35,35,65,65,ear); cleardevice(); setfillstyle(1,15); setcolor(15); fillellipse(25,25,5,5); moon=imagesize(15,15,35,35); moo=malloc(moon); getimage(15,15,35,35,moo); cleardevice(); setfillstyle(1,4); setcolor(4); fillellipse(15,15,4,4); mercury=imagesize(10,10,20,20); mer=malloc(mercury); getimage(10,10,20,20,mer); cleardevice(); setfillstyle(1,11); setcolor(11); fillellipse(15,15,7,7); venus=imagesize(7,7,23,23); ven=malloc(venus); getimage(7,7,23,23,ven); cleardevice(); setfillstyle(1,6); setcolor(6); fillellipse(20,20,14,14); mars=imagesize(5,5,35,35); mar=malloc(mars); getimage(5,5,35,35,mar); cleardevice(); setfillstyle(1,7); setcolor(7); fillellipse(25,25,18,18); jupiter=imagesize(5,5,45,45); jup=malloc(jupiter); getimage(5,5,45,45,jup); cleardevice(); setfillstyle(1,8); setcolor(8); fillellipse(50,50,12,12); uranus=imagesize(35,35,65,65); ura=malloc(uranus); getimage(35,35,65,65,ura); cleardevice(); setfillstyle(1,12); setcolor(12); fillellipse(50,50,11,11); neptune=imagesize(35,35,65,65); nep=malloc(neptune); getimage(35,35,65,65,nep); cleardevice(); setfillstyle(1,1); setcolor(1); fillellipse(50,50,8,8); pluto=imagesize(35,35,65,65); plu=malloc(pluto); getimage(35,35,65,65,plu); cleardevice(); setcolor(14); setfillstyle(1,14); fillellipse(40,40,25,25); for(si=0; si<25; si++) { tri[0]=(40+25*cos(s)); tri[1]=(40+25*sin(s)); s=s+0.3; tri[2]=(40+25*cos(s)); tri[3]=(40+25*sin(s)); tri[4]=(40+40*cos((2*s-0.3)/2)); tri[5]=(40+40*sin((2*s-0.3)/2)); tri[6]=tri[0]; tri[7]=tri[1]; fillpoly(4,tri); } sunsize=imagesize(0,0,80,80); sun=malloc(sunsize); getimage(0,0,80,80,sun); cleardevice(); setfillstyle(1,15); setcolor(15); fillellipse(40,40,33,16); fillellipse(40,25,15,10); setfillstyle(1,2); fillellipse(14,37,5,5); fillellipse(35,40,5,5); fillellipse(55,39,5,5); setfillstyle(1,4); fillellipse(25,39,5,5); fillellipse(46,40,5,5); fillellipse(65,37,5,5); setfillstyle(1,0); fillellipse(30,20,2,2); fillellipse(35,20,2,2); fillellipse(40,20,2,2); fillellipse(45,20,2,2); fillellipse(50,20,2,2); ship=imagesize(0,0,80,80); ships=malloc(ship); getimage(0,0,80,80,ships); cleardevice(); setfillstyle(1,15); setcolor(15); fillellipse(40,40,33,16); fillellipse(40,25,15,10); setfillstyle(1,4); fillellipse(14,37,5,5); fillellipse(35,40,5,5); fillellipse(55,39,5,5); setfillstyle(1,2); fillellipse(25,39,5,5); fillellipse(46,40,5,5); fillellipse(65,37,5,5); setfillstyle(1,0); fillellipse(30,20,2,2); fillellipse(35,20,2,2); fillellipse(40,20,2,2); fillellipse(45,20,2,2); fillellipse(50,20,2,2); ship2=imagesize(0,0,80,80); ships2=malloc(ship2); getimage(0,0,80,80,ships2); cleardevice(); setfillstyle(1,9); setcolor(9); fillellipse(45,45,16,16); setcolor(8); ellipse(45,45,125,390,20,7); setcolor(1); ellipse(45,45,120,400,23,8); setcolor(4); ellipse(45,45,120,400,25,9); setcolor(5); ellipse(45,45,120,424,28,10); setcolor(6); ellipse(45,45,115,425,30,11); saturn=imagesize(0,0,50,50); sat=malloc(saturn); getimage(0,0,75,75,sat); cleardevice(); setcolor(15); for(i=0; i<1000 && !kbhit(); i++) { moveto(getmaxx()/2,getmaxy()/2); lineto(random(600)+random(600)*cos(i),random(600)+random(600)*sin(i)); // setcolor(i); delay(10); } cleardevice(); delay(300); setlinestyle(0,0,3); rectangle(0,0,getmaxx(),getmaxy()); delay(700); for(i=0; i<1000; i++) { putpixel(random(630),random(530),15); putpixel(random(630),random(530),11); delay(5); } setlinestyle(3,0,1); // ellipse(x,y,0,360,10+cos(0.2)+13,8+sin(0.2)+13); setlinestyle(0,0,1); for(k=0; k<200; k++) { i=i+0.2; j=j+0.7; me=me+0.1; ve=ve+0.3; ma=ma+0.1; ju=ju+0.08; sa=sa+0.07; ur=ur+0.06; ne=ne+0.05; pl=pl+0.04; putpixel(x+100*cos(i)+13,y+80*sin(i)+13,10); // putpixel(x+(100*cos(i))+(30*cos(j))+5,y+(80*sin(i))+(25*sin(j))+5,1); putpixel(x+60*cos(me)+4,y+40*sin(me)+4,4); putpixel(x+80*cos(ve)+7,y+60*sin(ve)+7,3); putpixel(x+125*cos(ma)+14,y+110*sin(ma)+14,6); putpixel(x+165*cos(ju)+18,y+130*sin(ju)+18,7); putpixel(x+220*cos(sa)+30+16,y+170*sin(sa)+30+16,9); putpixel(x+250*cos(ur)+12,y+200*sin(ur)+12,8); putpixel(x+280*cos(ne)+11,y+230*sin(ne)+11,12); putpixel(x+310*cos(pl)+8,y+250*sin(pl)+8,1); } setfillstyle(1,14); setcolor(14); fillellipse(x,y,25,25); delay(250); putimage(x-40,y-40,sun,XOR_PUT); setlinestyle(0,0,1); setfillstyle(1,14); setcolor(14); fillellipse(x,y,25,25); delay(250); putimage(x+100*cos(i),y+80*sin(i),ear,XOR_PUT); delay(250); putimage(x+(100*cos(i))+(30*cos(j)),y+(80*sin(i))+(25*sin(j)),moo,XOR_PUT) ; delay(250); putimage(x+60*cos(me),y+40*sin(me),mer,XOR_PUT); delay(250); putimage(x+80*cos(ve),y+60*sin(ve),ven,XOR_PUT); delay(250); putimage(x+125*cos(ma),y+110*sin(ma),mar,XOR_PUT); delay(250); putimage(x+165*cos(ju),y+130*sin(ju),jup,XOR_PUT); delay(250); putimage(x+220*cos(sa),y+170*sin(sa),sat,XOR_PUT); delay(250); putimage(x+250*cos(ur),y+200*sin(ur),ura,XOR_PUT); delay(250); putimage(x+280*cos(ne),y+230*sin(ne),nep,XOR_PUT); delay(250); putimage(x+310*cos(pl),y+250*sin(pl),plu,XOR_PUT); putimage(x-40,y-40,sun,XOR_PUT); setlinestyle(0,0,1); setfillstyle(1,14); setcolor(14); fillellipse(x,y,25,25); putimage(x+100*cos(i),y+80*sin(i),ear,XOR_PUT); putimage(x+(100*cos(i))+(30*cos(j)),y+(80*sin(i))+(25*sin(j)),moo,XOR_PUT) ; putimage(x+60*cos(me),y+40*sin(me),mer,XOR_PUT); putimage(x+80*cos(ve),y+60*sin(ve),ven,XOR_PUT); putimage(x+125*cos(ma),y+110*sin(ma),mar,XOR_PUT); putimage(x+165*cos(ju),y+130*sin(ju),jup,XOR_PUT); putimage(x+220*cos(sa),y+170*sin(sa),sat,XOR_PUT); putimage(x+250*cos(ur),y+200*sin(ur),ura,XOR_PUT); putimage(x+280*cos(ne),y+230*sin(ne),nep,XOR_PUT); putimage(x+310*cos(pl),y+250*sin(pl),plu,XOR_PUT); for(k=0; k<200; k++) { i=i+0.2; j=j+0.7; me=me+0.1; ve=ve+0.3; ma=ma+0.1; ju=ju+0.08; sa=sa+0.07; ur=ur+0.06; ne=ne+0.05; pl=pl+0.04; putpixel(x+100*cos(i)+13,y+80*sin(i)+13,10); // putpixel(x+(100*cos(i))+(30*cos(j))+5,y+(80*sin(i))+(25*sin(j))+5,1); putpixel(x+60*cos(me)+4,y+40*sin(me)+4,4); putpixel(x+80*cos(ve)+7,y+60*sin(ve)+7,3); putpixel(x+125*cos(ma)+14,y+110*sin(ma)+14,6); putpixel(x+165*cos(ju)+18,y+130*sin(ju)+18,7); putpixel(x+220*cos(sa)+30+16,y+170*sin(sa)+30+16,9); putpixel(x+250*cos(ur)+12,y+200*sin(ur)+12,8); putpixel(x+280*cos(ne)+11,y+230*sin(ne)+11,12); putpixel(x+310*cos(pl)+8,y+250*sin(pl)+8,1); } i=0;j=100;me=75;ve=23;ma=105;ju=175;sa=10;ur=300;ne=200;pl=175; while(!kbhit()) { i=i+0.2; j=j+0.7; me=me+0.1; ve=ve+0.3; ma=ma+0.1; ju=ju+0.08; sa=sa+0.07; ur=ur+0.06; ne=ne+0.05; pl=pl+0.04; putimage(x-40,y-40,sun,XOR_PUT); setlinestyle(0,0,1); setfillstyle(1,14); setcolor(14); fillellipse(x,y,25,25); putimage(x+100*cos(i),y+80*sin(i),ear,XOR_PUT); putimage(x+(100*cos(i))+(30*cos(j)),y+(80*sin(i))+(25*sin(j)),moo,XOR_PUT) ; putimage(x+60*cos(me),y+40*sin(me),mer,XOR_PUT); putimage(x+80*cos(ve),y+60*sin(ve),ven,XOR_PUT); putimage(x+125*cos(ma),y+110*sin(ma),mar,XOR_PUT); putimage(x+165*cos(ju),y+130*sin(ju),jup,XOR_PUT); putimage(x+220*cos(sa),y+170*sin(sa),sat,XOR_PUT); putimage(x+250*cos(ur),y+200*sin(ur),ura,XOR_PUT); putimage(x+280*cos(ne),y+230*sin(ne),nep,XOR_PUT); putimage(x+310*cos(pl),y+250*sin(pl),plu,XOR_PUT); for(ss=0; ss<7; ss++) { X=random(10); Y=random(10); if(X>3) sx=sx+5; else sx=sx-5; if(Y>3) sy=sy+5; else sy=sy-5; if(ss%2==0) { putimage(sx,sy,ships,XOR_PUT); delay(100); putimage(sx,sy,ships,XOR_PUT); } else { putimage(sx,sy,ships2,XOR_PUT); delay(100); putimage(sx,sy,ships2,XOR_PUT); } } if(sx>getmaxx() || sx<=0) sx=random(300); if(sy>getmaxy() || sy<=0) sy=random(300); putimage(x+100*cos(i),y+80*sin(i),ear,XOR_PUT); putimage(x+(100*cos(i))+(30*cos(j)),y+(80*sin(i))+(25*sin(j)),moo,XOR_PUT) ; putimage(x+60*cos(me),y+40*sin(me),mer,XOR_PUT); putimage(x+80*cos(ve),y+60*sin(ve),ven,XOR_PUT); putimage(x+125*cos(ma),y+110*sin(ma),mar,XOR_PUT); putimage(x+165*cos(ju),y+130*sin(ju),jup,XOR_PUT); putimage(x+220*cos(sa),y+170*sin(sa),sat,XOR_PUT); putimage(x+250*cos(ur),y+200*sin(ur),ura,XOR_PUT); putimage(x+280*cos(ne),y+230*sin(ne),nep,XOR_PUT); putimage(x+310*cos(pl),y+250*sin(pl),plu,XOR_PUT); } getch(); closegraph(); }

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