3D pose animation editor created in WebGPU. Wrote vertex and fragment shaders and created buffers to pass into the pipeline. Users can drag 3D rotational/translational joint widgets, create & modify keyframes, save & load animations.
Pinball game created for CS 248B (Fundamentals of Computer Graphics: Animation and Simulation). Used SDFs (Signed Distance Fields), bounding boxes, and ray-marched collision detection to handle collisions. Game was voted 2nd best in the class by classmates.
Deformable blob physics. Simulated internal stretching, bending, and compression forces, and handled collisions.
Implemented a filter to give an image a "cubist" look in Python through randomly sampling points and drawing boxes based on the colors there.
Procedural house generator developed for Cardinal3D (custom 3D modelling software for CS 248A). Program iteratively takes boundary cuts to generate a polygonal base, and then recursively subdivide that into smaller "rooms." Then it recursively grow the house vertically, with a chance to either terminate with a roof or grow another floor.
Wrote a raytracer from scratch in C++ with custom keyboard controls to move the scene around.
Implemented a Monte Carlo ray tracer in Blender using Python scripting for CS 148 (Introduction to Computer Graphics).
Implementation of graphics pipeline for EE 267 (Virtual Reality) assignment. Implemented model/viewer transforms, Gourard and Phong shaders.
