Vulkan Abstraction Layer (DX12 is planned in some remote future)
This project is still in early development, expect API changes, bugs and missing features.
Sponza rendered with draw indexed indirect using bindless array of textures
This hobby project is a static library for a thin Vulkan abstraction layer written in C++ (may become C in the future). It simplifies Vulkan API usage by providing a higher-level, more user-friendly (similar to OpenGL) interface for developers while maintaining the performance and flexibility of Vulkan. This abstraction layer serves as a helpful tool for those who want to work with Vulkan without dealing with its complex low-level details.
Simplified Vulkan: The abstraction layer hides much of the boilerplate code required when working directly with Vulkan, making it easier to create and manage resources.
Cross-Platform: The codebase is designed to be cross-platform, allowing you to use Vulkan on various operating systems without major code changes.
Performance: While abstracting Vulkan, the library ensures that performance is not sacrificed, providing a direct path to Vulkan's capabilities.
To get started with this Vulkan abstraction layer, follow these steps:
Clone this repository to your local machine.
git clone https://gitlab.com/RedFoxStudio/furyrenderer.git
git submodule update --init --recursive
Build the Library by running CMake and then compiling the code.
Integrate with Your Project: Include the library in your C++ project and start using the Vulkan abstraction layer to simplify your Vulkan development.
Usage Here's a simple example of how to create a Vulkan instance using the abstraction layer:
// Include the vulkan context factory
#include "backend/vulkan/VulkanContextFactory.h"
int main() {
Fox::DContextConfig config;
config.logOutputFunction = &LogMessages;
config.warningFunction = &LogMessages;
Fox::IContext* context = Fox::CreateVulkanContext(&config);
// Continue with Vulkan operations using the abstraction layer
// ...
return 0;
}
For detailed documentation, usage examples, and API reference, please refer to the examples provided in this repository.
This project is licensed under the GNU GENERAL PUBLIC LICENSE. See the LICENSE file for details.
Contributions are welcome! If you would like to contribute to this project create a pull request!
Here's the list of the libraries included in the project:
- Volk: Vulkan runtime loader
- VMA: Vulkan memory allocator
- TinyGLTF: Mesh and material loading. (Examples only)
- GLFW: A multi-platform library for window and input.(Examples only)
- GLI: Image library(used to load the textures).(Examples only)
- GLM: Mathematics library for graphics software.(Examples only)
- STB: Image loading/decoding.(Examples only)