A game engine with a fully bindless, GPU-driven renderer featuring real-time path-traced global illumination, hardware ray tracing, and a physics simulation running at 200Hz, built over 10+ years of R&D

C++/Python-based 3D geospatial application for simulating and visualizing dynamic objects in planetary environments

A Unity port of Brunetons improved atmospheric scattering

A realistic atmosphere material for both the Godot game engine and Unreal Engine 4

A collection of forward and inverse Mie solving routines for Python 3, based on Bohren and Huffman's Mie Theory derivations

A port of Proland to Unity

3D scene with a model of the Solar System

An OpenGL implementation of Eric Bruneton's Precomputed Atmospheric Scattering paper.

A collection of various Sky Model implementations in OpenGL suitable for real-time rendering.

Atmoshperic scatter in Unity

Implementation of an atmospheric scattering example found on ShaderToy, ported to URP and made to work with baked optical depth. Inspired by Sebastian Lague's series on Atmospheric Rendering

Brunetons procomputed atmospheric scatting in Unity

A simple implementation of volumetric atmospheric scattering using babylonjs.

GPU-accelerated atmospheric ice crystal halo simulator

Cosmos Journeyer is a space exploration game running directly in the browser! Take your spaceship and witness the beauty of this virtually infinite universe.

OpenGL 4 PBR engine

Space-game oriented rendering engine

Atmosphere and planet rendering playground.

HazeFlow: Revisit Haze Physical Model as ODE and Non-Homogeneous Haze Generation for Real-World Dehazing [ICCV 2025]

Compute shader implementation of precomputed atmospheric scattering in Godot.