SuperCollider MCP Server

SuperCollider MCP Server is an MCP server that integrates the SuperCollider audio synthesis environment with Model Context Protocol clients using supercolliderjs. It connects language models directly to a local SuperCollider runtime, allowing developers, sound designers, and electronic musicians to execute audio synths and control sound generation via natural language prompts. By executing commands through supercolliderjs, the server provides programmatic synthesis execution and manipulation directly from conversational AI interfaces. Users can interact with SuperCollider routines, evaluate synthesis definitions, and test dynamic audio structures without leaving their development environments. The project is tailored specifically for computer music practitioners and algorithmic composers looking to automate sound design or live coding routines through AI assistants. Because it operates directly against a local SuperCollider installation, users maintain precise programmatic control over real-time sound synthesis workflows and experimental audio architectures.

Category: Design, Media & Creative

Tags: audio, music, programming, supercollider, synthesis

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How to install and configure SuperCollider MCP Server

1. Ensure both SuperCollider and Node.js with npm are installed locally on your machine. 2. Note that this project has been tested and confirmed to work on macOS with Apple Silicon (M1) processors. 3. To configure the server for Claude Desktop, add the following configuration to your claude_desktop_config.json: json { "mcpServers": { "mcp-supercollider": { "command": ["npx", "-y", "@makotyo/mcp-supercollider"] } } } 4. For VS Code, open User Settings (JSON) or configure .vscode/mcp.json by adding the server under the mcp.servers object pointing to npx with args ["-y", "@makotyo/mcp-supercollider"]. 5. Restart your MCP client to initialize the server connection.

What you can do with SuperCollider MCP Server

• Triggering and evaluating SuperCollider synth definitions directly from Claude Desktop prompts during interactive sound design sessions. * Automating algorithmic music generation by asking the model to dynamically construct and execute sound synthesis patterns. * Testing audio parameter changes and modulation techniques in real time using natural language commands. * Integrating algorithmic composition workflows into VS Code workspaces using shared client configuration files.

Key facts

• Open Source
• https://github.com/Synohara/supercollider-mcp
• Design, Media & Creative, Developer Tools & Code Intelligence
• audio, music, programming, supercollider, synthesis

Part of MCP Servers

How do I install SuperCollider MCP Server?

You must install SuperCollider and Node.js with npm on your machine. You can then configure your MCP client, such as Claude Desktop or VS Code, to launch the server automatically using npx with the @makotyo/mcp-supercollider package argument.

What can SuperCollider MCP Server do?

SuperCollider MCP Server allows an AI assistant to execute synths and run sound generation code within SuperCollider via supercolliderjs. It enables real-time synthesis execution, audio parameter experimentation, and programmatic sound design from conversational AI environments.

What operating systems are supported by SuperCollider MCP Server?

The server has been tested and confirmed to work on macOS with Apple Silicon (M1) processors. Compatibility with Windows, Linux, or other processor architectures has not been verified by the repository maintainer.

Which MCP clients work with SuperCollider MCP Server?

The server supports Model Context Protocol clients including Claude Desktop and VS Code. It is configured in the respective JSON configuration files using the npx command runner.

Is SuperCollider MCP Server open source?

Yes, SuperCollider MCP Server is an open-source project hosted on GitHub under the repository Synohara/supercollider-mcp.