CPU forward/deferred rasterizer with depth-buffering, texture mapping, normal mapping and blinn-phong shading implemented in C++

3D scene with a model of the Solar System

C++ CPU Software-Rasterizer

👾 An app created to explorer the features of SceneKit iOS framework. Assets load (Model I/O), interaction, animation, classical rendering (Blinn-Phong), physically based rendering.

Global illumination technical demo - a continuation of the Synesthesia3D (ex-LibRenderer) graphics engine used in https://github.com/iftodebogdan/ShaderEditor

Graphic Techniques Implemented on The Forge API, a cross-platform rendering framework on top of Vulkan, DirectX, Metal

A 3D cloth animation created using Verlet Integration.

A game engine that renders primitive objects by utilizing raymarching

RAIN is a 3D image renderer running on the CPU made from scratch. This renderer uses Ray Tracing technique and implements KD-Tree and multithreading to optmization.

TypeScript based 3D game engine.

My OpenGL game engine.

A hobby Blinn-Phong shaded ray-tracer written in C++

This repository contains programming assignments and other course material for Graphics Course (Fall 2017)

A set of educational subprojects for Vulkan learners

A 2D & 3D rendering engine using OpenGL bindings.

This repository includes the implementation of basic lighting models used throughout the history of CGI. The project is made in Unity and written in HLSL.

Implement a raytracer and simulate real-life light interactions with objects (like shadows/reflections) while experimenting with rendering objects made up of different materials (like dielectrics or specular).

A mini-project during my time in my computer graphics course at UBC. Each sphere represents a different light model implementation.

Z-Buffer Rendering System with OpenGL

The sample purpose is to use lookup table to speedup original GPU performance between different shading/texture methods