math-araujo

Arduino-Pong-Game

Pong Game using Arduino UNO, OLED graphic display and a potentiometer.

brain-tumor-segmentation

Group project for Image Processing class

Ds

Open Source C++ class library for OpenGL-based graphics applications

Eletronica-para-Computacao

Material Usado na disciplina de Eletrônica para Computação

Evolutionary-Maze-Generation

Procedural Level Generation using Cellular Automata and Genetic Algorithms for Evolutionary Algorithms class

gl-forge

C++ OpenGL 4.6 framework for graphics projects

procedural-terrain-generation

Procedural Terrain Generation using OpenGL 4.5

ray-tracing-series

Simple recursive path tracer in C++

screen-space-godrays

Implementation of the paper "Volumetric Light Scattering as a Post-Process" using OpenGL 4.5

tiny-renderer

Tiny software renderer/rasterizer in C++ with no external libraries

math-araujo/screen-space-godrays

Implementation of the paper "Volumetric Light Scattering as a Post-Process" using OpenGL 4.5

math-araujo/procedural-terrain-generation

Procedural Terrain Generation using OpenGL 4.5

math-araujo/ray-tracing-series

Simple recursive path tracer in C++

math-araujo/tiny-renderer

Tiny software renderer/rasterizer in C++ with no external libraries

math-araujo/Arduino-Pong-Game

Pong Game using Arduino UNO, OLED graphic display and a potentiometer.

math-araujo/brain-tumor-segmentation

Group project for Image Processing class

math-araujo/Ds

Open Source C++ class library for OpenGL-based graphics applications

math-araujo/Eletronica-para-Computacao

Material Usado na disciplina de Eletrônica para Computação

math-araujo/Evolutionary-Maze-Generation

Procedural Level Generation using Cellular Automata and Genetic Algorithms for Evolutionary Algorithms class

math-araujo/gl-forge

C++ OpenGL 4.6 framework for graphics projects

math-araujo/hsn

Code for SIGGRAPH paper CNNs on Surfaces using Rotation-Equivariant Features

math-araujo/libaffa

Libaffa is a C++ Affine Arithmetic library for GNU/Linux. Affine Arithmetic is a model proposed by Stolfi and Comba in the early 90's for numerical calculation. Unlike Interval Arithmetic, it keeps track of correlations between computed and input quantities, and is therefore resistant to the explosion error observed in long interval computations.

math-araujo/MeshCNN

Convolutional Neural Network for 3D meshes in PyTorch

math-araujo/physscope

math-araujo/polyscope

A C++ & Python viewer for 3D data like meshes and point clouds

math-araujo/ShapeOp

Copy From https://shapeop.org/downloads.php

math-araujo/subd-and-conquer

math-araujo/volume-rendering

Volume rendering, ray-marching and all of that