mathematical-art

A developer library and resource vault for getting pre-compiled 3D particle coordinate distributions to implement interactive 3D particle meshes (like brains, lightbulbs, helixes, and spheres) on thier websites.

A Blender 4.2+/5.x extension with 150+ generators for mathematical sculpture: minimal surfaces, polyhedra, knots, fractals, tilings and more.

The Beauty of Mathematics

Interactive mathematical art exploring chaotic attractors through real-time visualization. A collection of strange attractors rendered with p5.js, showcasing the beautiful patterns that emerge from deterministic chaos.

Create adjustable background patterns from 13 mathematical structures, then export as SVG or PNG.

MIRROR of https://codeberg.org/catseye/Kolakoski-Kurve : A 2-dimensional depiction of the self-describing Kolakoski sequence

Daily p5.js sketches exploring generative art, WebGL, and mathematical visuals.

Fibonacci's Spin — A collection of 2 animated generative artworks exploring the Fibonacci sequence and golden ratio through spinning lines and dancing ellipses. Preview on apparel.

Governed systems. Emergent structure. No generation.

A Numba-accelerated Python library that renders exact Fisher-Rao information geometry as archival NetCDF, PNG diagnostics, and animated GIFs across four cases spanning hyperbolic, spherical, dually flat, and diffusive structure.

Interactive 3D visualization tool for exploring the mesmerizing world of Mandelbrot and Julia fractals. Built with Python, OpenGL and PyQt5, offering real-time animation and intuitive controls.

Fourier 1 — Generative parametric art with Fourier synthesis, recursive trees, and organic patterns. Pure JavaScript, no dependencies. Preview on apparel.

Johan Gielis' Superformula is a single mathematical formula that can describe an almost infinite range of natural shapes.

Procedural jellyfish rendered from pure mathematics: signed distance fields ray marched in a GLSL shader, animated by Manim. No meshes, no textures.

High-performance S-plane visualizer for Laplace Transform transfer functions. Real-time mapping of poles and zeros to color gradients, phase trails, and procedural audio synthesis.

Seamless pattern & tile generator CLI -- 10 algorithms, 10 presets, PNG/SVG/CSS output, fully offline

Red Dot Thorny Journey explores random walks influenced by overlap events through computational simulations, featuring dynamic visualizations of stochastic processes. This project showcases mathematical modeling and interactive demos for studying complex systems.

An enchanted rose under glass, rendered from pure mathematics: Paul Nylander's parametric rose surface plotted with Manim. No meshes, no textures.

Procedural astronomy visualization inspired by V838 Monocerotis, using light-echo geometry, synthetic dust fields, filament textures, and equation-driven rendering.