Python library for finding the optimal transformation(s) that makes two matrices as close as possible to each other.

3D software renderer written in Odin.

3D software renderer written in C.

Contains implementations of cache-optimized and external memory algorithms.

Fork of my 3D software renderer written in Odin with rigidbody physics.

A lightweight OBJ file renderer written in C# using the SFML library.

A Julia mini-package for efficiently applying elements of the symmetry group of a square to matrices.

This project was created on Modern OpenGL . It simulates randomly falling particles (here leafs) . Simulation is free from any repetitive patterns

nteractive 3D Solar System simulation utilizing OpenGL, Freeglut, and SDL for TP2 Computer Graphics.

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.

Visualize linear algebra concepts.

A simple rotating cube in pygame from scratch (without using opengl or something)

Manage your work and study time regularly.

A geometric framework modeling our 4D universe as a lossy projection of a higher dimension. By treating C as a hardware sampling rate and using an Inertial Symmetry Break at maximum entropy , it resolves the 13.6B vs 96B+ light-year Horizon Problem and the Low-Entropy Paradox without cosmic inflation or string theory variables.

We're stuck in the matrix!

Proyecto 7 - Graficación

A tool to help visualise and experiment with matrix transformations on a plane.

An interactive solar system simulation built with WebGL2, featuring real-time transformations like translation, rotation, and scaling. This project uses matrix operations to animate celestial bodies and visualize their orbits. The interface, powered by dat.GUI, allows users to manipulate the scene dynamically, exploring concepts of 3D rendering...

This repository converts 19 NACE sector expenditures across 6 regions into a 45 COICOP category matrix, aligning regional totals with target sums and exporting the final matrix for analysis.

Collection of JavaScript and WebGL exercises, from basic tutorials and calculators to 3D graphics, transformations, camera controls, and interactive rendering examples (Computer Graphics, UNIWA).