The eleventh project of 42's curriculum is an introduction to the beautiful world of Raytracing and asks students to render simple Computer-Generated-Images so that they will never be afraid of implementing mathematical formulas again.

Fifth project into 42Network. miniRT is my first contact with graphics and raytracing. It features lambert law, Möller-Trumbore ray-triangle intersection and some other cool stuff :)

42 São Paulo - miniRT

This project is an introduction to the beautiful world of Raytracing. Once completed you will be able to render simple Computer-Generated-Images and you will never be afraid of implementing mathematical formulas again.

A project to create a simple raytracer, rendering 3D scenes with basic lighting

A little Ray Tracing render project, part of 42cursus

Visualization of shapes using ray tracing technology

42 Project - My first RayTracer with miniLibX

A small raytracer written in C

42's MiniRT

Rendering 3D scenes using Raytracing

42's project - miniRT

Introducción al Raytracing con miniRT, donde aprenderás a renderizar CGI simples y ganar confianza en implementar fórmulas matemáticas.

This group project involves developing a humble ray tracer in C. It introduces fundamental ray tracing concepts and mathematical formulas, allowing for the creation of simple, functional 3D scenes.

A 3D raytracer built in C. Focuses on rendering computer graphics, vector mathematics, and calculating ray-object intersections. Bonus features include complex light handling, bump mapping, specular reflection, and multi-threading.

Mini raytracing in C

A diverse collection of coding challenges, exercises, and assignments completed as part of the 42 Paris School curriculum

Rendering 3D scenes using Raytracing

GPU Path Tracer with some realtime features written in C

An easy way to understand the basics of raytracing and raymarching