C++ | My Simple Animation

November 08, 2017

C++ | Simple Animation


 Hello peeps! Lord Hypersonic greets you. So you must be wondering what program is this? It is a simple program which will create a simple animation using the functions of graphics.h (click here to download graphics.h).
To use graphics.h in your code::blocks follow the steps given below:-

  1. After downloading, extract the downloaded files (there will be three files).
  2. Copy graphics.h and winbgim.h in include folder (looks like this: ../CodeBlocks/MinGW/include ).
  3. Now copy libbgi.a to the lib folder ( ../CodeBlocks/MinGW/lib).
  4. Now open code::blocks.
  5. Go to settings >> Compiler >> Linker Settings.
  6. Click on Add button under the Link Libraries part and click Browse. 
  7. Select the libbgi.a file copied to the lib folder.
  8. In right part (i.e., Other linker options: ), paste the commands: -lbgi -lgdi32 -lcomdlg32 -luuid -loleaut32 -lole32
  9. Click Ok.

Now you can compile the given code ðŸ˜„. 

Source Code:-

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********************************************** Animation in c++ ************************************************************************
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********************************************** Animation by: Jatin bal ************************************************************************
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#include<stdlib.h>
#include<conio.h>
#include<graphics.h>
#include<dos.h>

int main()
{
int g=DETECT,d;
initgraph(&g,&d,"\tc\bgi");
outtextxy(getmaxx()/2,getmaxy()/2,"Press Any Key To START!");
getch();
cleardevice();
for(int i=1; i<=150; i++)
{
cleardevice();
line(50,100,50+i,100); //x: 200
delay(10);
}
for(int i=1; i<=30; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,100+i); //y: 130
delay(10);
}
for(int i=1; i<=50; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,200-i,130); // x: 150
delay(10);
}
for(int i=1; i<=100; ++
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,130+i); //y: 230
delay(10);
}
for(int i=1; i<=50; ++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,150-i,230); //x: 100
delay(10);
}
for(int i=1; i<=50; ++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,100-i,230-i); // x:50 y:180
delay(10);
}
for(int i=1; i<=50; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,50+i,180); //x: 100
delay(10);
}
for(int i=1; i<=20; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(200,130,150,130);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,100+i,180+i); // x:120 y:200
delay(10);
}
for (int i=1; i<=70; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,200-i); //x:120 y:130
delay(10);
}
for(int i=1; i<=70; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,120-i,130); //x: 50
delay(10);
}
for (int i=1; i<=30; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,130-i); //y:100
delay(10);
}
for (int =1; i<=100; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,250+i,230); // x: 350
delay(10);
}
for(int i=1; i<=180; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,270+i,32);
delay(10);
}
for (int i=1; i<=180; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,270+i,32);
delay(10);
}
for(int i=1; i<=100; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,350-i,103); //x: 250
delay(10);
}
for(int i=1; i<=20; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,250,103);
line(250,103,250,103+i); //y: 123
delay(10);
}
for(int i=1; i<=30; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,250,103);
line(250,103,250,123);
line(250,123,250+i,123); //x: 280
delay(10);
}
for(int i=1; i<=87; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,250,103);
line(250,103,250,123);
line(250,123,280,123);
line(280,123,280,123+i); //y: 210
delay(10);
}
for(int i=1; i<=30; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,250,103);
line(250,103,250,123);
line(250,123,280,123);
line(280,123,280,210);
line(280,210,280-i,210); // x: 250
delay(10);
}
for(int i=1; i<=20; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,250,103);
line(250,103,250,123);
line(250,123,280,123);
line(280,123,280,210);
line(280,210,250,210);
line(250,210,250,210+i); // x: 230
delay(10);
}
for(int i=1; i<=30; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,250,103);
line(250,103,250,123);
line(250,123,280,123);
line(280,123,280,210);
line(280,210,250,210);
line(250,210,250,230);
line(310,120,310,120+i); // y: 150
line(310,178,310,178+i); // y: 208
delay(10);
}
for(int i=1; i<=40; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,250,103);
line(250,103,250,123);
line(250,123,280,123);
line(280,123,280,210);
line(280,210,250,210);
line(250,210,250,230);
line(310,123,310,152);
line(310,180,310,210);
line(310,150,310+i,150); // x: 350
line(310,208,310+i,208); // x: 350
delay(10);
}
for (int i=1; i<=180; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,250,103);
line(250,103,250,123);
line(250,123,280,123);
line(280,123,280,210);
line(280,210,250,210);
line(250,210,250,230);
line(310,123,310,152);
line(310,180,310,210);
line(310,150,350,150);
line(310,208,350,208);
arc(350,136,270,270+i,16);
arc(350,194,270,270+i,16);
delay(10);
}
for(int i=1; i<=40; i++)
{
cleardevice();
line(50,100,200,100);
line(200,100,200,130);
line(200,130,150,130);
line(150,130,150,230);
line(150,230,100,230);
line(100,230,50,180);
line(50,180,100,180);
line(100,180,120,200);
line(120,200,120,130);
line(120,130,50,130);
line(50,130,50,100);
line(250,230,350,230);
arc(350,198,270,90,32);
arc(350,135,270,90,32);
line(350,103,250,103);
line(250,103,250,123);
line(250,123,280,123);
line(280,123,280,210);
line(280,210,250,210);
line(250,210,250,230);
line(310,123,310,152);
line(310,180,310,210);
line(310,152,350,152);
line(310,210,350,210);
arc(350,136,270,90,16);
arc(350,194,270,90,16);
line(350,120,350-i,120);
line(350,178,350-i,178);
delay(10);
}
line(0,400,getmaxx(),400);
outtextxy(getmaxx()/2,401,"ANIMATION BY \"JATIN BAL\"");
getch();
closegraph();

}
THIS IS WHAT I MADE USING graphics.h, share your code in comments.

ENJOY 😄




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