Bounce is a 3D physics engine for games.
- Efficient data structures with no use of STL
- Fast memory allocators
- Built-in math library
- Tunable settings used across the entire library
- Integrated profiler
- Included debug draw utility
- Continuous collision detection
- Dynamic tree broadphase
- Static tree for triangle meshes
- SAT
- GJK
- Spheres, capsules, triangles, convex hulls, triangle meshes
- Optimized pair management
- Rigid bodies
- Contact, friction, restitution
- Sphere, cone, revolute, and more joint types
- Joint motors, limits
- Constraint graphs
- Simulation islands and sleep management
- Linear time solver
- Stable shape stacking
- One-shot contact manifolds
- Contact clustering, reduction, and persistence
- Contact callbacks: begin, pre-solve, post-solve
- Ray-casting, shape-casting, and volume queries
- OpenGL with GLFW and GLAD
- UI by imgui
- Mouse picking
- Orbit camera
- CMake build system
- Doxygen API documentation
- Quickstart Guide
Note: Use the quickstart guide and the Testbed for learning how to use Bounce. Testbed is a collection of visual tests and examples that can support the development of the library. As you would imagine, this application is not part of the library.
Bounce is released under the zlib license. Please recognize this software in the product documentation if possible.
These are the external dependencies for the Testbed example project. If you don't care about the Testbed you don't need these dependencies.
- Install CMake
- Ensure CMake is in the user 'PATH'
- You can run 'build.bat' from the command prompt
- Building results are in the build sub-folder
- Open bounce.sln
- Run 'build.sh' from a bash shell
- Building results are in the build sub-folder
You can ask anything relative to this project using the Discussions section. Please do not use the issue tracker for asking questions. The issue tracker is not a place for this.
Please do not open pull requests with bugfixes or new features that require core library changes. Open an issue first for discussion.