Empowers AI assistants to analyze GPU frame captures and debug graphics pipelines across various rendering APIs.
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RenderDoc is a Model Context Protocol (MCP) server designed to bridge AI assistants with advanced GPU debugging capabilities. It provides a standardized interface, allowing AI models like Claude and Codex to programmatically interact with RenderDoc capture files (.rdc). This enables automated analysis of graphics pipelines, inspection of performance metrics, and diagnosis of rendering issues across D3D11, D3D12, OpenGL, and Vulkan. By abstracting complex debugging workflows into a consumable API, RenderDoc enhances developer productivity by leveraging AI for intelligent insights into GPU frame captures.
Key Features
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02Provides 20 MCP tools covering a comprehensive GPU debugging workflow.
03Supports opening and analyzing .rdc capture files for D3D11, D3D12, OpenGL, and Vulkan.
04Allows inspection of pipeline state, shader bindings, and detailed resource information.
05Retrieves shader disassembly and reflection data, with search capabilities across shaders.
06Enables exporting textures, buffers, and render targets as PNG images or binary files.
Use Cases
01Enable AI assistants to analyze GPU frame captures and provide diagnostic summaries of rendering issues.
02Automate the inspection of graphics pipeline states, shader details, and resource bindings for debugging.
03Export rendered images and buffer data for visual or binary analysis during the debugging process.
