2D physics simulator for efficient elastic collisions between multiple circular hitboxes

A 2D physics simulator that models elastic and inelastic collisions between multiple particles with real-time visualization.

Small simulator for 2D circle elastic collisions (Momentum and Energy Conserved)

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2D Elastic Collision Particle Simulator

A 2d Elastic Collision simulator

Python + Matplotlib 2D elastic collision simulator.

2D Thermodynamic Elastic Collision simulator, using OOP

2D Elastic Collision Particle Simulator with Gravity

2D particle physics collision simulator demonstrating elastic collisions with momentum and kinetic energy conservation

A 2D particle collision simulator built with Python, NumPy, and Matplotlib, featuring elastic collisions and interactive parameter control.

A real-time 2D elastic collision simulator built with C++ and OpenGL. This project visualizes perfectly elastic collisions between particles, demonstrating principles of conservation of momentum and kinetic energy.

2D Simulator of elastic collisions between balls (equal mass and radius) in C/C++ using SDL2 library. Made for Physics 1 course.

A physics simulator that allows the user to visualize 2D elastic collisions. Created in 24 hours with Java Swing for the McGill Physics Hackathon with Heather Bosiljevac.

See v2 for improved efficiency.Gravtity Simulator. Includes friction, air resistance, acceleration, terminal V, and elastic 2D collisions. Can be dynamic up to a point. Needs optimising. Download folder, and run the runSim script, it should work from there.

ElectroSim is an interactive 2D charged-particle simulator for exploring Coulomb dynamics in real time. It combines fixed-step RK4 integration, periodic boundaries, elastic collisions, and rich visualizations (field grid, force/velocity vectors, trails) across desktop and web builds, with Numba acceleration and Pyodide support for browser demos.