You are observing the definitive version of a high-precision Newtonian constraint solver. This engine represents the pinnacle of minimalist physics: pure Verlet Integration stripped of all library overhead.
Educational Value
This code demonstrates Iterative Relaxation. For every frame, the solver resolves distance constraints across the grid multiple times to maintain structural integrity. It's the same math used for movie-grade cloth simulation, running in your browser at 60Hz.
Tearable Cloth
Sticks stretched beyond their tear threshold snap permanently. Each break triggers an audio crack. Crank up marble detonations to watch the fabric shred in real time.
Atmospheric Viscosity
A hidden feature of this engine is the Drag-to-G Correlation. In Lunar and Zero-G modes, the kernel automatically increases the friction coefficient, simulating the fluid resistance of a low-energy environment.
Shatter Logic
Clicking on the atmospheric snow triggers a radial displacement vector. O(n) spatial checks performed without degrading the main physics thread.
ABOUT THE ARCHITECT
Engineered by Pithy Cyborg. I specialize in elite single-file drops and minimalist AI experiments.
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