What specific actions can LLMs perform in MotionBuilder?

LLMs can execute Python commands, query scene nodes, and control the timeline directly within MotionBuilder, facilitating live interaction and automation for game development workflows.

Is MotionBuilder MCP easy to set up?

Yes, it boasts a modern toolchain fully compatible with `uv` and `uvx` for zero-configuration execution. You simply run a listener script in MotionBuilder and then launch the MCP server via command line.

What is MotionBuilder MCP?

MotionBuilder MCP (Model Context Protocol) is a server designed to enable Large Language Models (LLMs) to communicate and control Autodesk MotionBuilder 2026 in real-time via a local TCP connection.

How does it interact with MotionBuilder?

It uses a decoupled architecture with a local TCP loopback (`localhost`), eliminating the need to specify MotionBuilder's executable path. A small listener script runs directly within MotionBuilder to receive commands.

MotionBuilder

Name: MotionBuilder
Author: AokiYuune

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Facilitates interaction between Large Language Models and Autodesk MotionBuilder 2026 via a local TCP loopback.

This project provides a Model Context Protocol (MCP) server designed for Autodesk MotionBuilder 2026, enabling Large Language Models (LLMs) to seamlessly interact with the software. By utilizing a local TCP loopback, it avoids hardcoded paths and ensures a clean development environment. The server offers real-time capabilities to execute Python commands, query scene nodes, and control the timeline directly within MotionBuilder, leveraging modern toolchains like `uv` and `uvx` for zero-configuration execution.

主要功能

01Live Interaction: Execute Python commands, query scene nodes, and control the timeline in real-time.

02Decoupled Architecture: Communicates via localhost TCP, eliminating the need to specify MotionBuilder executable path.

030 GitHub stars

04Modern Toolchain: Fully compatible with `uv` and `uvx` for zero-config execution.

使用案例

01Enabling LLMs to control and automate animation tasks within MotionBuilder.

02Developing AI-driven tools for character animation and scene manipulation.

03Integrating MotionBuilder into automated pipelines for content creation.