Add new Criticality simulation page exploring self-organized criticality#37
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Add new Criticality simulation page exploring self-organized criticality#37
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Updated build config for gh-pages
Updated default UI values
Updated UI Language on Trails to be less confusing
Aligning JSX Trail Length with the Variable name TrailOpacity
Update color generation so that spawn blobs stay colored together.
Updating yarn production build
Implemented a complete new simulation demonstrating stress avalanches and power-law distributions, isolated from the original Stellarium simulation. Features: - Hash-based routing (#/criticality) to toggle between simulations - StressBall physics with stress accumulation and critical thresholds - Cascade algorithm using BFS propagation for avalanche events - Event tracking and statistics (total avalanches, sizes, distributions) - PowerLawChart component showing histogram with log-scale visualization - Touch/click controls for mobile: tap to add stress, double-tap to pause - Responsive design with mobile-optimized control panel - Visual feedback: color gradients (blue→green→yellow→orange→red) - Configurable parameters: stress rates, thresholds, cascade mechanics - Keyboard shortcuts for quick interactions - Auto-pause on large avalanche events Technical implementation: - Extended navigation in Header with route-aware active states - Custom cascade propagation with distance-based energy decay - Real-time power-law detection and visualization - Event markers showing recent avalanche epicenters - Refractory period system preventing rapid re-triggering - Mobile touch event handlers with multi-touch support This demonstrates emergent criticality similar to earthquakes, forest fires, and other natural systems that self-organize to critical states with power-law distributed event sizes.
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Implemented a complete new simulation demonstrating stress avalanches and
power-law distributions, isolated from the original Stellarium simulation.
Features:
Technical implementation:
This demonstrates emergent criticality similar to earthquakes, forest fires,
and other natural systems that self-organize to critical states with
power-law distributed event sizes.