A simple C math library for 3D graphics and game development, widely used in mobile games.
Kazmath is a C library that provides 3D mathematics functions for game development and computer graphics. It solves the need for a lightweight, performant math library that handles vectors, matrices, and quaternions in real-time applications like games. Originally created for OpenGL tutorials, it has become popular in mobile gaming ecosystems.
Game developers, especially those working with C/C++ game engines or mobile platforms like Cocos2d-x, who need efficient 3D math operations.
Developers choose Kazmath for its simplicity, performance, and proven track record in production games, offering essential math tools without the bloat of larger libraries.
A C math library targeted at games
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Offers a straightforward C interface that is easy to integrate, as evidenced by the minimal compilation steps using CMake described in the README.
Builds on multiple platforms with CMake, allowing flexible deployment across Linux, Windows, and other systems, as mentioned in the compiling instructions.
Widely adopted in mobile gaming, particularly through integration with Cocos2d-x, demonstrating reliability in real-world game applications.
Provides essential 3D math primitives like vectors and matrices without bloat, aligning with its philosophy of simplicity for game developers.
The README explicitly lists areas for improvement such as more functions and primitives, indicating it may lack advanced math operations needed for complex projects.
The README is brief and focuses only on compilation, with no detailed API references or usage examples, making it harder for new users to get started.
As a C library, it doesn't leverage modern C++ features like templates or RAII, which can lead to clunkier integration in object-oriented codebases.
Development relies on contributions for tests, optimizations, and bindings, as noted in the README, which may result in slower updates or inconsistent support.