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blog.mecheye.net | ||
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simoncoenen.com
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| | | | | A graphics study of Doom Eternal | |
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lwn.net
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| | | | | [AI summary] The article provides an in-depth overview of the modern Linux graphics stack, focusing on the transition from OpenGL to Vulkan. It highlights the complexity and verbosity of Vulkan, the role of the graphics pipeline, and the importance of the scene graph in rendering. The article also discusses the challenges of managing multiple GPUs, the use of macros to simplify Vulkan code, and the benefits of using higher-level APIs like OpenGL for simpler applications. | |
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alain.xyz
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| | | | | Low level Graphics APIs such as DirectX 12, Vulkan, Metal, and WebGPU are converging to a model similar to the way GPUs are currently built. In this article we'll review modern graphics APIs and how they compare with older graphics APIs such as OpenGL in their design and data structures. | |
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therealmjp.github.io
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| | | So I'm hoping that if you're reading this, you've already attended or read the slides from my presentation about The Order: 1886 that was part of the Physically Based Shading Course at SIGGRAPH last week. If not, go grab them and get started! If you haven't read through the course notes already there's a lot of good info there, in fact there's almost 30 pages worth! The highlights include: Full description of our Cook-Torrance and Cloth BRDF's, including a handy optimization for the GGX Smith geometry term (for which credit belongs to Steve McAuley) Analysis of our specular antialiasing solution Plenty of details regarding the material scanning process HLSL sample code for the Cook-Torrance BRDF's as well as the specular AA roughness modification Lots of bea... | ||
