The above image is my GLSL implementation of the classic pacman game. For more details, refer the report at Pacman Report
This project involves simulating a game played on a regular n-sided polygon-shaped playground, where m players are placed on different corners. One of the players is designated as the catcher and can move to any other corner in a straight line. Each corner can accommodate only one player, so if the catcher moves to a corner with an occupied player, that player must move to an unoccupied corner. The movement of players is illustrated through k steps taken on user command, and the game can be viewed from various camera angles in a graphics window. For more details refer to the report here.
Instructions to run:
$ npm install $
$ npx vite $
Open the localhost link that shows up in the terminal.
I have implemented the following shading models from scratch using just GLSL (without any third party libraries like Three.Js):
- Phong Model
- Blinn Phong Model
- Gourad Shader
The images above show how the phong, blinn phong and Gourad shaders appear to be.
Instructions to run:
$ npm install $
$ npx vite $
Open the localhost link that shows up in the terminal.
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Pendulums are constructed as scenegraphs, enabling control over their motion and collision detection with other pendulums.
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Animation is achieved through "loophooks" that utilize a transition function to update the state of the animation at each time interval (dt), providing modularity for various animations.
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The physics of the pendulum simulation incorporates a realistic time-varying equation based on the small angle approximation. Users have the ability to manipulate factors such as gravity, maximum displacement from the center, and lighting intensities and positions.
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The lighting system is designed to dynamically follow the movement of the objects in the simulation, ensuring consistent illumination.
