A village building & management game I started working on in 2024. It's my current main long-term project, born out of true love and passion.

There's no Steam page yet, so the best way to keep up with the updates is to follow me on social media, watch my YouTube devlogs about this project, or just periodically check its dedicated page.

An in-browser particle simulation based on some fake physics laws that lead to "life-like" behavior. I've written a comprehensive blog post on how exactly it works.

A voxel-based GI (global illumination) toy.

Allows you to completely modify a tiny (32x32x32) voxel world, where each voxel is either a concrete block (aka diffuse surface) or a light source with arbitrary per-block colors. It progressively computes the true soft lighting of the scene (aka solves the rendering equation) while you build it.

I'm hoping to someday do the same in-browser (using WebGPU) and with an unbounded world.

A GPU-based raytracing engine implemented using the WebGPU API.

It supports colored diffuse, specular, metallic & transparent materials, uses BVH to speed up ray-scene intersections, and uses MIS and VNDF for faster convergence.

Unfortunately, I wasn't able to support proper VNDF refractions. Maybe some time later :)

WebGL-based visualization of atomic orbitals using volumetric raymarching.

It can show all orbitals from 1s to 4f as either a density cloud or a solid isosurface. I'm quite proud of how this thing turned out :)

A demo WebGPU project that renders the Sponza scene with shadows, several light sources, volumetric fires, simulated cloth and water.

I made it mostly to get familiar with WebGPU and to see how usable and stable the API is.

A road building & traffic simulation game I've released in 2023. It's my first commercial game project, and the first big enough released game. A lot of things went wrong during development, and I'm not happy with the final result, but at least I've learned a lot. The game still managed to find a thankful audience, though :)

You can watch devlogs about it on my YouTube channel.

A particle simulator supporting charges, gravity, springs, and external force fields. It's quite simple but powerful and fun to play with.

It uses a simple JSON format to serialize the simulation state, so you can generate your own simulations to feed into it, or save the simulation results and load them in your own tool.

The simulator's code is open-sourced here.

An extremely introductory book on quantum chemistry, with a fairly low amount of prerequisite knowledge required (mostly linear algebra & Python).

It gradually builds up a simple framework for solving quantum mechanical problems, explaining what's going on along the way. All the resulting code is available in the same repository, and all the nasty integral computations are already done for you.

Heavily influenced by (now obsolete) glLoadGen, a python script that takes a simple configuration file and produces an OpenGL loader, i.e. a pair of C++ header & source files that contain all OpenGL constants & function definitions for the specified OpenGL version, and the routines for loading them.

It is highly configurable, and supports different OpenGL-based APIs, versions, extensions, and even code styles :)

A tool that converts 3D models in Wavefront OBJ format to a 3D RGBA texture, with the alpha channel containing the volume of intersection of the object with this voxel. Useful for e.g. volume rendering.