A collection of libraries and sample applications for game development using the Zig programming language.
zig-gamedev is a development repository containing libraries and sample applications for game development using the Zig programming language. It provides practical examples of modern graphics rendering, physics simulation, audio processing, and GUI integration to help developers build games and graphics-intensive software. The project serves as a learning resource and foundation for creating efficient, cross-platform game engines with Zig.
Game developers and graphics programmers interested in using Zig for building games, engines, or real-time graphics applications. It is also suitable for those learning modern rendering techniques like PBR, raytracing, and mesh shaders.
Developers choose zig-gamedev for its comprehensive, production-ready examples that demonstrate how to leverage Zig's performance and safety in game development. It offers a unique collection of libraries and samples specifically tailored for Zig, covering a wide range of game development domains from rendering to physics.
Dev repo for @zig-gamedev libs and sample applications
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Includes samples for wgpu and DirectX 12 with advanced features like mesh shaders and raytracing (DXR), as demonstrated in the bindless and simple raytracer applications.
Supports building for native targets and web via emscripten, with examples for Windows and Linux, enhancing portability for game development.
Demonstrates full 3D physics using Bullet Physics and GUI development with zgui library, providing practical, reusable components for games.
Emphasizes practical, production-ready code that leverages Zig's performance and safety, serving as a foundation for efficient game engines.
Requires installing Git LFS and a compatible Zig compiler like anyzig, adding overhead before running samples, as outlined in the getting started guide.
Relies on Zig, which has a smaller ecosystem and community than established languages like C++, potentially limiting third-party integrations and support resources.
The project is a collection of independent libraries and samples rather than a unified engine, requiring developers to assemble components themselves.
Advanced features like DirectX 12 samples are primarily for Windows, and cross-platform support may involve additional setup like Wine on Linux, as noted in the README.