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.

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

The Beauty of Mathematics

Governed systems. Emergent structure. No generation.

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.

🍩 Interactive fractal visualization tool with donut-themed UI for Windows 11

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.

Real-time generative shader experience rendering infinite abstract landscapes through WebGL2. Built with logarithmic-polar transformations and procedural color mapping, featuring a live GLSL editor for real-time shader modification.

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.

Built in Bash + FFmpeg, VLX_Acid_Video generates procedural visual patterns using mathematical algorithms. It applies real-time modifiers like zoom and pixelation, supporting both live streaming and transparent video recording for automated content creation.