$ loading_
Inspect, optimize, and control TouchDesigner patches via MCP and web dashboard.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "TD-MCP" yet — see the docs or source repo.
Connect to TD-MCP, inspect the current TouchDesigner patch structure, and summarize the main nodes and their roles in a concise list.
A patch overview with key nodes listed and their roles explained.
Use TD-MCP to analyze this TouchDesigner patch, identify possible performance bottlenecks, and provide actionable optimization suggestions.
A summary of potential performance issues and corresponding optimization suggestions.
Use TD-MCP to control the current TouchDesigner patch, change the specified parameters, and confirm whether the updates took effect.
The result of the control actions and confirmation of the applied changes.
Developers using Claude Code can inspect the structure and state of TouchDesigner patches through TD-MCP to understand a project faster. This reduces manual checking and improves collaboration efficiency.
Designers or technical artists can use the web dashboard in a browser to view and control TouchDesigner patches. It is useful for quick adjustments without directly working in the project interface.
When a TouchDesigner project slows down or needs tuning, teams can use TD-MCP to inspect and analyze patches. It is suited for identifying optimization opportunities and supporting performance improvements.
It is an MCP server for TouchDesigner with a web dashboard. It lets users inspect, optimize, and control TD patches from Claude Code or a browser.
Based on the description, you can use it from Claude Code or through a browser. For exact setup and usage steps, see the source repository.
It is known to work with TouchDesigner and includes an MCP server and web dashboard. The current material does not specify installation steps, runtime, or key requirements; see the source repository.
Control TouchDesigner with AI to build networks, tweak parameters, and run Python.
Control TouchDesigner remotely to manage operators, parameters, and project state.
Control TouchDesigner with natural language to build nodes and run scripts.
Inspect, build, tune, and verify TouchDesigner projects for visuals and audio-reactive prototyping.
Delegate coding tasks to Codex via MCP with security and result checks.
Inspect, build, wire, optimize, and reuse TouchDesigner networks with AI.