mathematical-visualization

A curated list of cool visualization on the web 👁️

Reagent interface to the Mafs interactive 2d math visualization library.

Interactive 3D mathematical graphing application

SingSurf a mathematical visualisation program. Focussing on singular curves and surfaces.

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.

2D and 3D animation experiments using Python and Matplotlib

61 real-time GPU particle animations — strange attractors, fractals, physics simulations, sacred geometry. 65,536 particles each, fully GPU-computed with Three.js + WebGL. Live gallery with mouse interaction.

Fourier Series Visualization #/# Interactive wave harmonics demonstration #/# This interactive visualization demonstrates how Fourier series can approximate complex periodic functions using a sum of simple sine waves. The rotating circles represent different harmonics, and their combined motion traces the resulting waveform.

A Rust/WebGPU Manim-compatible animation runtime for native and browser use

阿波罗尼乌斯三圆问题的少步尺规作图研究 | Apollonius CCC constructions: verified upper bounds, exact replay, and Manim animations.

A comprehensive collection of Jupyter notebooks demonstrating advanced mathematical concepts using SageMath. Covers calculus, linear algebra, number theory, cryptography, optimization, and computational mathematics with interactive visualizations.

A program that generates the Mandelbrot set fractal pattern

Complete Docker environment integrating OpenWebUI, Jupyter Notebook with Manim, and MCP server for AI-powered code execution and mathematical visualizations

A generative canvas animation that creates an infinite swirling pattern through radial wave propagation. Tiles pulse and oscillate according to their distance and angle from center, combining deterministic color distribution with dynamic mathematical transformations.

Gap-record locations for the canonical four-square balance gap A122921(n) - ceiling(sqrt(n/4)) ::: OEIS A396760

Interactive complex Collatz fractal explorer with multiple orbit-based rendering modes, smooth coloring, zoom/pan navigation and high-resolution image export.

This project is a software tool designed to create and display fractals generated by applying Newton's Method to cubic polynomials in the complex plane.

Modeling the Chinese Postman Problem in NetworkX and creating a graphical visualization of the Eulerian path/circuits that appear.

Parses conjunctive normal form hyperblock notation to parallel coordinate graph visualizations. Hyperblocks are an interpretable way to build machine learning models.

Interactive desktop application for exploring the Kakeya Needle Problem with geometric animations, density visualization, Perron Tree overlays and GIF/PNG export.