mcp-openvto
If you are the rightful owner of mcp-openvto and would like to certify it and/or have it hosted online, please leave a comment on the right or send an email to henry@mcphub.com.
The mcp-openvto is an MCP SSE server designed for Virtual Try-On through LLM Chat, utilizing a back-end database hosted locally or via the cloud (Couchbase) and Replicate APIs.
mcp-openvto
MCP SSE server that allows you to do Virtual Try-On through LLM Chat using a back-end db hosted locally or through the cloud (Couchbase) and Replicate APIs.
Attribution
The MCP server uses the following services / libraries.
- cpp-mcp: C++ MCP Client and Server library.
- Eigen C++ library: C++ mathematical linear algebra library.
- Ollama: C++ bindings for Ollama API.
- [Couchbase] (optional)
Requirements
- The .CSV file in the
db
folder (required if not using Couchbase) - CSV files alongside embeddings uploaded to Couchbase (local) or Couchbase Capella (Cloud). Works on free tier!
- Ollama
- ... coming soon...
Configuration
Coming soon
Why C++?
I already built 2 MCP servers in Python before and the dependencies and Docker image sizes were too huge. Yes, I could have used an easier example like GoLang but I thought why not!
This project taught me how much I take Python abstractions for granted. 💀 C/C++ humbles you that way.
And yes, doing it in C++ was advantageous.
Example inferences
Basic example
A basic example using Couchbase (Cloud) services.
https://github.com/user-attachments/assets/30166f61-3b60-4890-b3c9-7ccf5c1c3f32
Regressive inference (Experimental)
An example of a regressive inference using the MCP server with Couchbase (Cloud) services. Regressive here means you can use previous output as the base image to virtual transfer on, e.g. T-Shirt Try On -> Pant Try On using T-Shirt Try On Image.
https://github.com/user-attachments/assets/cc85c216-99ec-4aff-a583-48b7735dbcaf
Meme-ing
Because why not? 😄 Using local CSV vector search.
https://github.com/user-attachments/assets/b564d9a3-a65c-4d52-9acf-c96676b85335
Contributions
Always welcome to contribute.
License
This project is licensed under the MIT License.