🎯 What This Is:
Real-time visualization of mathematical entropy using 5 simulated sources: Quantum vacuum fluctuations, atmospheric noise, radioactive decay, thermal noise, and cryptographic randomness.
🎮 Visualization Modes:
MATRIX RAIN: Classic digital rain with entropy-driven characters
SPIDER RADAR: Real-time statistical analysis of entropy sources
JULIA FRACTAL: Mathematical art driven by entropy parameters
PARTICLES: Physics simulation with entropy-driven forces
LORENZ CHAOS: Chaos theory attractor with entropy control
CELLULAR LIFE: Conway's Game of Life seeded by entropy
ENTROPY PAINT: Interactive art creation using randomness
🎛️ Controls:
SPEED: Animation speed (0.5x - 3.0x)
AUDIO: Geiger counter clicks for radioactive simulation
Matrix: Display formats (HEX/BINARY/DECIMAL/MIXED), Color modes (SOURCE/VALUE)
Julia: Choose entropy sources for real/imaginary parts, click to pan, scroll to zoom
Cellular: Rule variations (CLASSIC/ENTROPY)
Painting: Click and drag to paint with entropy-driven colors
📊 Entropy Graph:
Bottom panel shows rolling averages of all entropy sources. Adjust timing from 100ms (jittery) to 2000ms (smooth).
👥 Viewer Stats:
Live tracking of current viewers, peak concurrent users, and total visits.
🔬 Scientific Accuracy:
Each source uses mathematically accurate distributions: Chi-squared (quantum), Gaussian (atmospheric), Poisson (radioactive), Johnson-Nyquist (thermal), plus cryptographically secure fallback.
🌊 Experience the beauty of mathematical chaos! 🌊