Silk.NET is distributed under the very permissive MIT/X11 license and all dependencies are distributed under MIT-compatible licenses. Several examples can be found in the examples folder.This helps ensure Silk.NET's long term viability, and to help support the developers who maintain Silk.NET in their free time. Silk.NET requires significant effort to maintain, as such we greatly appreciate any financial support you are able to provide! Silk.NET is an all-in-one solution, complete with Graphics, Compute, Audio, Input, and Windowing. Silk.NET caters for anything you could need in swift development of multimedia, graphics, compute applications. In addition to providing high-speed, direct, and transparent bindings, we provide high-level utilities and wrappers to maximise productivity in common workloads such as platform-agnostic abstractions around Windowing and Input, bringing your apps to a vast number of platforms without changing a single line! Good-to-go

With an efficient bindings regeneration mechanism, we are committed to ensuring our bindings reflect the latest specifications with frequent updates generated straight from the upstream sources. Having poured lots of hours into examining generated C# code and its JIT assembly, you can count on us to deliver blazing fast bindings with negligible overhead induced by Silk.NET! Up-to-date This package contains bindings for the OpenGL graphics API. Proud to be an official project under the benevolent. NET Standard 2.0 compliant platform, including. Use Silk.NET to spruce up applications with cross-platform 3D graphics, audio, compute and haptics! NET multimedia, graphics, and compute providing bindings to popular low-level APIs such as OpenGL, OpenCL, OpenAL, OpenXR, GLFW, SDL, Vulkan, Assimp, WebGPU, and DirectX. NotesĪs of, you need to be on master channel of is your one-stop-shop for high-speed. The code in this repository is very straightforward & procedurally written without any boilerplate. LIBs are present in this repository, which are used by the application. The example uses the new Direct3D texture interop capability for Flutter Windows added by I compiled ANGLE for Windows on my machine &. This in turn can be used to render hardware accelerated video-playback, a game's visual output etc.ĪNGLE (Almost Native Graphics Layer Engine) is used for this purpose, which translates these OpenGL calls to Direct3D (which Flutter Windows now supports) calls internally & performs rendering. The main goal is to render stuff inside Flutter Windows using OpenGL APIs in a hardware-accelerated manner with GPU-backed buffers.

Hardware accelerated rendering on Flutter Windows Texture Widget using OpenGL ES 2.0 from ANGLE.

Angle opengl es 2.0