#physics engine

Box2D delivers a versatile 2D physics engine that supports game development with features like robust collision detection, various physics effects, and extensive multithreading capabilities. Structured with a data-oriented approach in portable C17, it ensures cross-platform compatibility on Windows, Linux, and Mac. With OpenGL and imgui sample demonstrations, developers gain clear insights into its performance and functions. Compatible with the latest clang and gcc compilers, Box2D requires the most recent version of Visual Studio for effective compilation. The engine includes continuous physics support, diverse joint configurations, and multiple shape support per body, making it adaptable for developers seeking flexible physics integration.

Flame provides effective solutions for typical Flutter game development challenges, featuring a game loop, component system, and collision detection. It includes libraries for audio, animation, and state management integration. Access detailed documentation and community support to enhance Flutter game development.

MuJoCo is a flexible physics engine designed for accurate and efficient simulations across varied domains including robotics, biomechanics, and machine learning. Managed by Google DeepMind, it features a robust C API and Python bindings, allowing easy integration for researchers and developers. The engine includes an OpenGL-rendered GUI and numerous physics utility functions. Available as prebuilt binaries or source code, MuJoCo's comprehensive documentation and tutorials support users. It also includes multiple language bindings for cross-platform access and integration with tools such as Unity and WebAssembly.