🏆 We were thrilled and honored to win Best Paper at #VMV24 for "Towards Practical Meshlet Compression"
➕ We've just added another installment to our #meshshaders blog series - where we show you how to effectively use #mesh #shaders for compression ⬇️
https://gpuopen.com/learn/mesh_shaders/mesh_shaders-meshlet_compression/?utm_source=mastodon&utm_medium=social&utm_campaign=meshshaders
Meshlet compression - Mesh shaders on AMD RDNA™ graphics cards
We show how to diminish the memory footprint of meshlet geometry, thus both the index buffer and the vertex attributes. Decompression then happens on the fly on every frame in the mesh shader.
Recreating Nanite: Mesh shader time
⚠️ This article is a short follow up on Recreating Nanite: Runtime LOD selection. You should read it before reading this article!
Part 4 of our #meshshaders blog series has arrived, to complement our recent #gdc2024 session.
🌿 Learn all about procedural grass rendering in our NEW joint blog with researchers at Coburg University 🌿
https://gpuopen.com/learn/mesh_shaders/mesh_shaders-procedural_grass_rendering/?utm_source=mastodon&utm_medium=social&utm_campaign=meshshaders
Procedural grass rendering - Mesh shaders on AMD RDNA™ graphics cards
The fourth post in our mesh shaders series takes a look at the specific example of rendering detailed vegetation.
Adding backface and microtriangle culling cut the frame time from 17ms to 7ms. Scene has 900 stanford bunnies each with 69 thousand triangles for a total of 62 million triangles reduced to 6 million.
#graphicsprogramming #vulkan #meshshaders #stanfordbunny #GraphicsProgramming
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