This release adds the following features:

• Just released!

Benefits

• Enables full-frame scheduling and pipelining optimizations.
• Handles resource barrier generation and batching.
• Manages transient resources with optional, automatic memory scheduling and aliasing.
• Allows constructing render graphs implicitly from a high-level description of the frame. Automatically generates and embeds debug info such as resource and pass names.
• Compiler-like architecture with extensible frontend, backend and graph-processing pipeline.
  • The frontend API allows users to create custom render graph programming interfaces.
  • Provides reference backend implementations for DirectX® 12 and Vulkan®. (A DirectX® 11 backend is also provided for backward compatibility and demonstration purpose).
  • The backend allows partial customization via a set of runtime callback APIs.
  • Users can also build new runtime backends targeting custom API / RHI layers.
• Tools for visualizing and debugging resource properties, heap layout, and the graph.
  • Exhaustive and optional debug printing.
  • The visualizer can be integrated into applications as a GUI overlay.

Find out more

RPS SDK Tutorial

This tutorial demonstrates key RPS SDK API usage, provides an informal introduction to RPSL, and explains how the RPS Render Graph is built.

Introducing AMD Render Pipeline Shaders SDK

The brand-new AMD Render Pipeline Shaders (RPS) SDK is a comprehensive and extensible Render Graph framework for graphics applications and engines using explicit APIs (such as DirectX® 12 and Vulkan®). In this video we will take a look at the overview of the design and implementation of the SDK. We will demonstrate how the RPS SDK can help game engines building render graphs easily, managing resource barriers and transient memory efficiently, and more!

Introducing AMD Render Pipeline Shaders SDK

Render Pipeline Shaders (RPS) SDK is now available for open beta access!

Don’t miss:

• Render Pipeline Shaders SDK video slide deck (4MB)

Requirements

Development system requirements:

• Windows® 10 21H2 64bit or newer.
• Building the SDK requires CMake 3.12.1 or newer and a C++11 compliant compiler.
• Using only the C-API requires a C99 compliant compiler.