Clo Mcp
What is Clo Mcp
Clo MCP is an integration system that connects Clo3D with Large Language Models (LLMs) using the Model Context Protocol (MCP). It enables LLMs to interact with Clo3D for AI-assisted fashion design and scene manipulation.
Use cases
Use cases for Clo MCP include automating fashion design tasks, generating design suggestions based on user input, and creating dynamic scenes in Clo3D that respond to LLM commands.
How to use
To use Clo MCP, clone the repository, navigate to the project directory, and build the project using CMake. After building, you can modify the source code, test functionalities, and contribute changes through Git.
Key features
Key features of Clo MCP include a C++ plugin for Clo3D that runs a socket server, the ability to execute JSON commands, and a seamless connection between LLMs and Clo3D for enhanced design capabilities.
Where to use
Clo MCP can be used in the fashion design industry, particularly for AI-assisted design processes, virtual fashion shows, and interactive scene manipulation.
Clients Supporting MCP
The following are the main client software that supports the Model Context Protocol. Click the link to visit the official website for more information.
Overview
What is Clo Mcp
Clo MCP is an integration system that connects Clo3D with Large Language Models (LLMs) using the Model Context Protocol (MCP). It enables LLMs to interact with Clo3D for AI-assisted fashion design and scene manipulation.
Use cases
Use cases for Clo MCP include automating fashion design tasks, generating design suggestions based on user input, and creating dynamic scenes in Clo3D that respond to LLM commands.
How to use
To use Clo MCP, clone the repository, navigate to the project directory, and build the project using CMake. After building, you can modify the source code, test functionalities, and contribute changes through Git.
Key features
Key features of Clo MCP include a C++ plugin for Clo3D that runs a socket server, the ability to execute JSON commands, and a seamless connection between LLMs and Clo3D for enhanced design capabilities.
Where to use
Clo MCP can be used in the fashion design industry, particularly for AI-assisted design processes, virtual fashion shows, and interactive scene manipulation.
Clients Supporting MCP
The following are the main client software that supports the Model Context Protocol. Click the link to visit the official website for more information.
Content
Clo MCP Plugin
Clo MCP is an integration system connecting Clo3D with Large Language Models (LLMs) via the Model Context Protocol (MCP). This allows LLMs to interact with and control Clo3D for AI-assisted fashion design and scene manipulation.
This repository contains the C++ plugin for Clo3D, built using the official SDK. The plugin runs a socket server within Clo3D, listening for JSON commands, executing them in the Clo3D context, and returning results.
Architecture
LLM <---> MCP Server <---> Clo3D Plugin <---> Clo3D
- Clo3D Plugin: Runs a socket server on a separate thread within Clo3D, executes commands, and returns results.
- MCP Server: Bridges the LLM and the Clo3D Plugin, translating requests and responses.
Plugin Development Lifecycle
Setup
-
Clone the Repository
git clone <repository-url> -
Navigate to the Project Directory
cd <project-directory> -
Build the Project
mkdir build && cd build cmake .. && make
Development
- Edit Code: Modify source files as needed.
- Build: Run the build command to compile changes.
- Test: Execute tests to ensure functionality.
Contribution
-
Create a Branch
git checkout -b feature/<feature-name> -
Commit Changes
git add . git commit -m "<commit-message>" -
Push Changes
git push origin feature/<feature-name> -
Create a Pull Request: Submit your changes for review.
Clean Up
- Remove Build Artifacts
rm -rf build
Notes
- Ensure all changes are tested before committing.
- Follow coding standards and guidelines.
Dev Tools Supporting MCP
The following are the main code editors that support the Model Context Protocol. Click the link to visit the official website for more information.
