A program with an implemented Monte Carlo Ray Tracer algorithm for global illumination of a virtual 3D scene.

Physically based renderer with Path Tracing and Photon Mapping.

A collection of gradient-domain light transport algorithms implemented with Mitsuba

Physically-based CPU and GPU ray-tracer

minimal but extensible header only implementation of photon mapping in C++

Gradient-domain Volumetric Photon Density Estimation, SIGGRAPH 2018

Implementation of Efficient Energy-Compensated VPLs using Photon Splatting (and various rendering techniques)

Source code for "Gradient-domain Photon Density Estimation", Eurographics 2017

Monte Carlo Raytracer from Scratch in C++11/14

Volumetric progressive photon mapping written in C++.

Global Illumination using photon mapping and monte carlo ray tracing

A simple ray-tracing engine with global illumination, microfacet reflections, area lights and photon mapping 💫

Render engine made from scratch using only C++ std library. Two techniques are used: ray tracing and photon mapping.

Header only implementation of Progressive Photon Mapping: A Probabilistic Approach(PPMAPA) in C++.

A simple 3D render engine for Computer Graphics course

Photon mapping with python wrapper

Course project.

C++ Rendering Framework w/ MLT, bidi path tracing, etc. and OpenGL Previews (undergrad thesis project from Brown '09)

A path tracer, using photon mapping for additional effects. Built in C++ with OpenMP for the Advanced Computer Graphics course (FING - UdelaR). Dev team: @MarzioCuello, @brunosegiu, C. Satut