Projects

Built an inverse kinematics solver with support for two-bone chains, animation blending, and skinning for deformable characters in real-time using a simple joint system.

Applied advanced interpolation techniques to reconstruct missing motion capture data using both Euler and quaternion methods, and compared their performance through detailed graphs and videos.

A physically based simulation of a Jello Cube using a mass-spring system. The cube deforms, oscillates, and reacts realistically to forces based on Newton's laws, Hooke's law, and damping forces.

Explored and compared the Discrete Cosine Transform and Discrete Wavelet Transform for progressive image compression. Developed custom encoding and decoding techniques, and created animations demonstrating compression at various coefficient levels.

A 3D roller coaster simulation using OpenGL and Catmull-Rom splines, offering a first-person perspective with smooth curves, realistic lighting, and texturing.

A project that utilizes OpenGL's core profile and shaders to generate and manipulate a 3D height field from image data.

This project showcases two significant places from my life, presented on physical cubes through the magic of Augmented Reality (AR).

I developed an interactive WebGL application to render a dynamic 3D urban environment from JSON data. The project features two interactive demos—one for standard urban rendering and another with advanced shadow mapping for realistic lighting.