creative code experiments
Real-time GPU raymarched 3D fractals. Explore Mandelbulbs, quaternion Julia sets, Menger sponges, and kaleidoscopic IFS fractals with soft shadows, ambient occlusion, and cinematic lighting.
→A living digital ecosystem where thousands of particles self-organize into bioluminescent structures. Flocking algorithms, vortex dynamics, crystallization, and fluid simulation with post-processing bloom and generative ambient audio.
→An endlessly explorable generative art canvas. Every coordinate produces unique, deterministic abstract compositions. Pan and zoom through infinite procedural artwork. Save any view as PNG.
→Real-time GPU fluid dynamics simulation solving the Navier-Stokes equations. Interactive ink-in-water effect with advection, pressure solving, and divergence-free velocity fields. Multiple color modes. Just move your cursor to paint with physics.
→Create solar systems with real gravitational physics. Click to place bodies, drag to set velocity, hold shift for massive stars. N-body simulation with orbital trails, elastic collisions, and 4 presets including a figure-8 three-body solution.
→A visual musical instrument. Draw anywhere on the screen to create melodies — X maps to pitch, Y to timbre, speed to volume. Notes are quantized to musical scales with reverb. Every stroke becomes a glowing trail of light.
→A live GLSL fragment shader editor with real-time preview. Write shaders, see them instantly. 7 built-in presets from plasma to matrix rain, plus uniforms for time, resolution, and mouse position. Ctrl+S to compile.
→Interactive 3D visualization of chaotic systems including Lorenz, Rössler, and Halvorsen attractors. Drag to orbit around live-rendered particle systems and zoom to explore the intricate mathematical structures that emerge from nonlinear dynamics.
→Real-time procedural landscape generator powered by GPU raymarching. Explore dynamically generated biomes including alpine, desert, ocean, and volcanic with atmospheric scattering, water rendering, and time-of-day controls.
→Real-time implementation of Turing's reaction-diffusion equations generating biological patterns — spots, stripes, mazes, coral, and more. Click to seed patterns and watch mathematical structures that mirror nature's designs grow and evolve.
→Cellular automata simulator with 5 rulesets including Game of Life, Brian's Brain, and Seeds. Draw cells by clicking/touching, adjust speed with scroll wheel, step frame-by-frame when paused. 5 color schemes with pixel-perfect rendering.
→Interactive fabric simulation using Verlet integration for realistic cloth physics. Drag, tear, and manipulate the fabric in real time, with gravity controls and wind effects that bring the material to life in your browser.
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