Graphics Api
Showing 36 of 74 projects
A single-file zero-overhead C++ idiomatic wrapper for the native WebGPU C API, providing syntactic sugar without runtime cost.
A curated list of wgpu code, resources, and projects for graphics and game development in Rust.
Deprecated repository for the official Vulkan ICD loader and validation layers, now split into separate projects.
Cross-platform .NET bindings for Vulkan, VMA, SPIRV-Cross, and shaderc for low-level graphics programming.
A Vulkan Portability implementation enabling Vulkan applications to run on non-Vulkan platforms like macOS/Metal, iOS/Metal, and Windows/DX12.
An experimental high-level C++ abstraction library for Vulkan with transparent suballocation, resource tracking, and simplified resource creation.
A modern C++ convenience and productivity layer atop Vulkan-Hpp, adding clarity and efficiency to Vulkan development.
OpenGL implementation on top of Vulkan, with plans to support Metal and DirectX12 backends.
A C++11 Vulkan abstraction library providing type-safe memory management, resource handling, and thread safety.
Code repository for the Packt book 'Learning Vulkan', providing examples and projects for learning the Vulkan graphics API.
A flexible OpenGL and Vulkan header and loader generator that gives developers complete control over exposed API versions and extensions.
Low-level .NET bindings for WebGPU, enabling browser-based graphics development for Evergine.
A pure Go wrapper for Microsoft's Direct3D9 API, enabling Windows game development in Go.
High-level, idiomatic Haskell bindings for the Vulkan graphics API, reducing verbosity while retaining full functionality.
A WebGPU extension that adds ray tracing capabilities via a pure compute shader implementation, enabling hardware-accelerated rendering in browsers.
C#/.NET bindings for the Vulkan graphics API and SPIR-V shader generation.
A Kotlin wrapper for Vulkan that enhances developer experience with type safety, collection support, and concise syntax.
A minimal Vulkan sample that renders a triangle without helper libraries, demonstrating pure Vulkan API usage.
A Vulkan sample application that renders 200,000 animated particles using multithreaded draw calls to demonstrate low CPU overhead.
A cross-platform C++ library for creating Vulkan windows and handling input events, abstracting platform-specific complexities.
Java bindings for Vulkan, OpenGL, GLFW, and other graphics APIs using Java 22's Foreign Function & Memory API.
A master's thesis project benchmarking OpenGL vs Vulkan API performance through identical test implementations.
A C++ framework that simplifies Vulkan API for beginners by abstracting verbose parts and providing utility functions.
A deprecated Vulkan and OpenGL sample demonstrating multi-threaded 3D rendering using worker threads and command buffers.
Delphi and Pascal header translation for OpenGL 4.6, including WGL and GLX bindings.
A C++ Vulkan driver implementation on top of D3D12, enabling Vulkan API usage on Windows systems.
Common Lisp/CFFI bindings for the Vulkan API that provide a lispy interface with CLOS wrappers and automatic memory management.
Auto-generated D bindings for the Vulkan graphics and compute API.
A library for serializing and replaying persistent Vulkan objects like pipelines and shader modules.
Dynamic binding to the WebGPU native library for the D programming language, enabling cross-platform GPU graphics and compute.
A starter template for building Vulkan applications using the Vulkan Launchpad framework.
Sample applications demonstrating how to use SharpVk to access the Vulkan API for graphics rendering in C#.
Vulkan API bindings for Deno, enabling low-level GPU graphics and compute programming.
Automatically generated D programming language bindings for the Vulkan graphics and compute API.
A lightweight C++ Vulkan abstraction framework that simplifies API usage while preserving Vulkan semantics and minimizing overhead.
A work-in-progress framework and abstraction layer around the Vulkan graphics API.
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