3D game engine with custom CPU rendering

Fully multithreaded C++ CPU rasterizer

A C# implementation of voxlap-style rendering, using Unity and their Burst compiler

A CPU renderer using Monte-Carlo ray tracing algorithm.

software renderer from scratch using C++

A multithreaded CPU raytracer written in C++. Based on Raytracing in One Weekend. For educational purposes.

Physically based renderer based on Nori in C++11

A CPU renderer using z-buffer scan line algorithm

True 24-bit BGR TrueColor. High-Precision Rendering (80-bit). Multi-threaded performance (OpenMP). True SSAA 8x8 (64 independent samples per pixel) direct RGB-space integration. Harmonic oscillations (G, B) with per-index noise (R), a unique shimmering texture

Rust Mandelbrot software rendering application.

offline artistic image generator

A 3D model visualization system that implements a hierarchy system for each model transformation, lighting and sutherland-hodgman polygon clipping algorithm. Everything is deeply commented so it can be easily used as a resource for learning.

a cpu based raycaster that renders inside of terminal

CPU-based ray tracer in Java with path tracing, Cook–Torrance shading, and transformable objects.

Implementation of the photon-mapping algorithm.

A simple software renderer written in C using SDL as the graphics library for managing the window and drawing pixels.

Fast CPU-based synthetic data renderer for ML: RGB, depth, segmentation, and normals from a single pass.

A pixel render based on .ppm files and implemented by cpp.

A simple CPU-based graphics engine written in C++.

A 3D game engine in C with a software-rendered pipeline — no GPU, every pixel computed on the CPU.