Portfolio
Games, tools, and experiments. Mostly Godot and C#, with a taste for procedural generation and unusual algorithms. WebAssembly exports coming as projects mature.
Projects
Wave Function Collapse · Godot
My own implementation of the Wave Function Collapse algorithm in Godot (C#). Generates smooth, coherent 2D tile maps based on adjacency rules — each tile collapses to a state compatible with all its neighbours. Built to understand the algorithm from first principles, not a library port.
Procedural World · Raylib + Odin
A mini collecting game built with Raylib and the Odin language, set in a procedurally generated 2D world. Biomes are determined by sampling and combining multiple Perlin noise functions — temperature, humidity, elevation — to create natural-looking transitions between regions.
Coming soon · Godot + WASM
The next game will ship as a WebAssembly export — playable directly in this page without any downloads. Godot 4's WASM target makes this straightforward once a project is ready.
Interests
Areas I'm actively learning, experimenting with, or planning to work in.
WFC, Perlin/Simplex noise, L-systems, BSP dungeons. I'm drawn to the intersection of math and emergent visual design.
Writing performance-critical game code in Rust and exposing it to Godot through GDExtension. The best of both worlds.
As an avid tabletop RPG player and DM, I'm interested in tools that support game masters: encounter builders, random tables, map generators.