A simulation of flocking behaviors seen in nature written in Java with Processing

1 Million Particle System - A Highly Optimized C++ Implementation of the Primordial Particle System by Artificial Life Lab Graz

🎨 Fast hierarchical agglomerative clustering powered by WebAssembly

2D customizable boids simulation in JavaScript

A high-performance Smoothed Particle Hydrodynamics (SPH) fluid simulator implemented in Unity, capable of simulating 10,000 particles at 30 FPS on modest hardware.

2D molecular dynamics simulator in C++/SFML with Lennard-Jones forces, Velocity Verlet integration, spatial hashing, and live HUD/energy graphing.

Neon Type Convergence is a cinematic WebGL/Three.js simulation where 20,000 autonomous nodes dynamically converge to form custom text. Powered by a custom Float32Array physics engine built for 120 FPS, the swarm uses critically damped precision and interactive lighting to lock into structural formations with zero jitter.

A containerized real-time retail analytics stack processing concurrent camera feeds via isolated processes, tracking shopper trajectories with spatial-temporal identity stitching, and predicting customer conversion likelihoods early in the journey.

A C++ implementation of the spatial hash grid optimization. Demonstrated by a basic collision simulation

A deterministic, high-performance DRL engine for benchmarking agent adaptability in 2D platformers. Features custom SMB1 physics, Dual Spatial Hashing, and a modular "Persona" reward system.

CUDA Reynolds' Boids comparing three neighbor-search strategies: brute-force O(n²), uniform spatial grid, and coherent uniform grid with contiguous memory layout for improved cache coherence and warp-level coalescing.

Quadtree implementation (updated for java 8, properly uses generics)

An implementation of a spatial hashgrid for collision detection in multiple languages.

Lecture notes for 4M26 in the form of a rigid physics simulation

Single-resolution spatial hashing for 3D point cloud classification. Compresses voxel grids into a fixed-size hash table with minimal accuracy loss.

Algorithm primitives and data structures for Reynard applications - comprehensive collection with automatic optimization

Backend infrastructure developed in C to manage autonomous robots, featuring dynamic memmove allocation, bitmasking, and binary file persistence.