A Simulink project that simulates both single and double mass-spring-damper systems.
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Updated
Aug 8, 2022 - MATLAB
A Simulink project that simulates both single and double mass-spring-damper systems.
A school project simulating a mass-spring system
An implicit Euler method for cloth simulation
Interactive image viewer with soft-body physics — grab images and wobble them like jelly. Windows + macOS, free.
Jupyter notebook assignment for undergraduate ODEs class. Uses a neural ODE to learn a nonlinear damping response from real experimental data.
Real-time soft body physics simulation in C++/SFML using a mass-spring system with structural, shear, and bend springs
A Pygame soft body: a ring of point masses, every pair joined by a damped spring, falling and slumping onto a floor.
A string of 51 point masses on springs sags and swings between two heavy anchors, stepped with semi-implicit Euler.
Numerical attack on the Erdos unit-distance problem: a complete graph of unit-rest-length springs, annealed then projected onto exact unit distances. Matches every proven optimum for n <= 14, with audited counts and a live 2D view.
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