ashfox

The ashfox MCP server is a powerful deterministic plugin for Blockbench that allows you to generate and edit 3D models, UVs, textures, and animations using natural language commands. By leveraging this server, developers can streamline the modeling process, transforming text-based descriptors into detailed and customizable 3D assets with ease. This capability makes it an essential tool for game developers and 3D artists looking to enhance their workflow and productivity.

Once connected to the ashfox server, you can interact with it by sending natural language queries related to 3D modeling tasks. For example, you can describe the model you want to create or specify adjustments to existing models, and the server will process your requests to generate appropriate outputs. Although there are currently no documented tools available, you can use straightforward commands to create complex models and animations based on your descriptions. Experimenting with different phrasing can yield varied results, so feel free to iterate on your queries.

To install the ashfox MCP server, ensure you have the following prerequisites:

• Node.js (version 14 or higher)
• A suitable development environment (like Python, if needed for additional functionalities)

Option A: Quick start with npx

If you prefer a quick start, you can use the following command:

npx -y @sigee-min/ashfox  

Option B: Global install alternative

For a global installation, use the following command:

npm install -g @sigee-min/ashfox  

Make sure to run these commands in your terminal to install the ashfox MCP server on your system.

For optimal performance, consider configuring your environment by adjusting memory limits if you are working with large models. Additionally, be aware that the server is deterministic, meaning that identical queries will yield the same outputs consistently; this can be beneficial for debugging and iteration. As of now, keep an eye on the GitHub repository for updates, as new tools and features may be added in future releases.