- post containing an overview of the new D3D12 Feature level 12_2 now called DirectX 12 Ultimate
- covers Variable Rate Shading, Mesh Shaders, DirectX Raytracing 1.1 and Sampler Feedback
- fully supported on PC and Xbox Series X
- the Unity tutorial shows how to use color masks to apply runtime coloring with smooth blending to sprites in a 2D scene
- explains masking, blending over time and using a sin function to achieve effect looping over time
- the post provides an overview of the new Vulkan raytracing extensions
- using similar concepts as DirectX Raytracing
- the acceleration structure can be built on the CPU or GPU
- the article explains how CPU scheduling is exposed to the application
- adds support for DXR 1.1 features such as inline raytracing
- additionally provides a few code examples
- the presentation provides an overview of mesh shaders
- explains the problem with the classical geometry pipeline and how the mesh shader pipeline is an improvement
- provides a walkthrough of code demonstrating how mesh shaders are implemented and what needs to be considered to achieve excellent performance
- explains the meshlet data structure and how to use this as a base for a mesh shader pipeline
- how to implement instancing, and using per-primitive attributes
- build upon the @Reinventing the Geometry Pipeline: Mesh Shaders in DirectX 12” talks summarized above
- provides more hardware details and how to design mesh shader implementation to give excellent performance
- extending the meshlet pipeline with more advanced culling and mesh data compression
- providing performance numbers for different techniques
- the video provides an overview of the new Sampler Feedback feature added to D3D12
- shows how to use compile sampler feedback and reserved resources to improve texture streaming
- overview of texture space shading and how sampler feedback can be used to guide the system
- closing with an API overview
- overview articles by Nvidia for D3D12 Ray Tracing, Mesh shading, Variable Rate Shading, and Sampler Feedback
- the article describes the VK_NV_device_generated_commands extension for Vulkan
- it allows partial command buffers to be generated on the GPU
- more flexible then D3D12 ExecuteIndirect
- main functional addition is the support of changing of shaders between commands
- the article describes the VK_NV_device_generated_commands extension for Vulkan
- it allows partial command buffers to be generated on the GPU
- more flexible then D3D12 ExecuteIndirect
- main functional addition is the support of changing of shaders between commands, this is implemented using ShaderGroups like RayTracing implementations are using
Thanks to Ken Russell for support of this series.
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