VISUALIZATIONS

A creative web app built in just 24 hours that transforms images into retro-style ASCII art. This project features AI image generation, conversions from image to text-based renderings, and a communal gallery to share your creations.

A GPU-accelerated ant colony simulation powered by Unity compute shaders. Implemented pheromone dynamics with decay, diffusion, and reinforcement across multiple channels to enable large-scale, real-time trail formation and swarm behaviors.

This project focuses on visualizing a mathematical concept involving rhombus tiling and rotation. It demonstrates how a 2D representation of rhombuses can be interpreted as a 3D isometric arrangement of cubes. By letting users interact with a 2D rhombuses, rotating groups of 3 rhombuses at a time, they can add or remove cubes from the 3D model in real time.

A tree generator which creates unique, randomized trees utilizing simple recursive systems. By controlling factors like branching patterns and deviation angles, users can explore a spectrum from precise fractal trees to loose, natural forms.

A physics-based simulation representing a graph data structure in both 2D and 3D spaces. By balancing attractive and repulsive forces between nodes, the system dynamically organizes graphs into clear, coherent layouts.