WebGPU / gamedev
Game development targeting the new WebGPU API.
Favela
Favela was a FPS game project for the computer graphics course made by me and two teammates. I handled most of the engine/rendering code, while the others worked on the game logic and content. The engine featured a deferred renderer with support for image-based lighting, normal maps, screen-space ambient occlusion, and more.
Tinrlike
Tinrlike (temp name) is made for the TINR course, where I am the sole developer. It inherits the engine, but has a new render pipeline focused on stylized toon shading and support for transparent objects.
Honda
Honda is the name of the ECS based engine powering both projects. As of writing it has:
- ECS with systems for rendering, physics, sound, and more.
- Swappable GPU implementations (WebGPU and no-op for now)
- A mostly complete glTF loader with support for a few extensions
- Vue UI layer for menus and HUDs
Honda/wg
The WebGPU gpu layer. The render pipeline implementation controls almost all of the WebGPU API usage. It's designed to be a thin wrapper over some WebGPU objects, providing auto-resizing viewports and typed GPU buffers.
def1 RP
The deferred rendering pipeline used in favela. It's a PBR implementation (GGX+Smith) and has the following features/effects:
- Normal maps
- Mesh skinning
- Image-based lighting (using cubemaps)
- Shadows with PCF filtering
- Screen-space ambient occlusion (SSAO)
- Bloom (hierarchical blur)
- AGX tonemapping
toonf RP
The forward rendering pipeline used in tinrlike. It prioritizes a cartoonish look over physical correctness.
- Alpha blend transparency
- Mesh skinning
- Hard shadows
- Multisampling
- Bloom
- Vignete
- Chromatic aberration
- AGX tonemapping
WebGL
I occasionally write some WebGL (like the background you're looking at).
