%20--%3e%3cdefs%3e%3cstyle%3e%20.st0%20{%20fill:%20%23061b40;%20}%20.st1%20{%20fill:%20%23306af1;%20}%20.st2%20{%20fill:%20%235ce5cf;%20}%20%3c/style%3e%3c/defs%3e%3cg%3e%3cpath%20class='st0'%20d='M55,10.5h9v3h-9v9h12V7.5h-12v3ZM64,19.5h-6v-3h6v3Z'/%3e%3cpolygon%20class='st0'%20points='69%2016.5%2078%2016.5%2078%2019.5%2069%2019.5%2069%2022.5%2081%2022.5%2081%2013.5%2072%2013.5%2072%2010.5%2081%2010.5%2081%207.5%2069%207.5%2069%2016.5'/%3e%3cpolygon%20class='st0'%20points='95%2010.5%2095%207.5%2083%207.5%2083%2022.5%2095%2022.5%2095%2019.5%2086%2019.5%2086%2016.5%2095%2016.5%2095%2013.5%2086%2013.5%2086%2010.5%2095%2010.5'/%3e%3cpath%20class='st0'%20d='M40,1.5v21h11.6l1.4-1.4v-7.6h0c0,0-1.4-1.5-1.4-1.5l1.4-1.4V2.9l-1.4-1.4h-11.6ZM50,19.5h-7v-6h7v6ZM50,10.5h-7v-6h7v6Z'/%3e%3c/g%3e%3cpath%20class='st1'%20d='M23.1,24L14.7,4.8l-4.9,11.2h3.8l-1.8,4H3.3L12.1,0H2C.9,0,0,.9,0,2v20c0,1.1.9,2,2,2h21.1Z'/%3e%3cpath%20class='st2'%20d='M34,0h-16.8l10.6,24h6.2c1.1,0,2-.9,2-2V2C36,.9,35.1,0,34,0ZM32.5,20h-4V4h4v16Z'/%3e%3c/svg%3e)
Webmiliastranodeseditor Mcpserver
An MCP server that provides AI agents with the ability to create and manage node graphs and projects in 'Genshin Impact: Miliastra Wonderland', supporting node graph operations, project management, and document access.
rating : 2.5 points
downloads : 0
What is the Genshin Impact: Miliastra Wonderland Node Graph Simulator MCP Server?
This is a special 'translator' or 'adapter' server. It allows AI assistants (such as Claude, ChatGPT, etc.) to understand and operate the 'node graph' system in the game 'Genshin Impact: Miliastra Wonderland'. The node graph is a visual programming tool in the game. Players create complex game logic and effects by connecting different 'nodes'. This MCP server enables AI to help you design, create, and modify these node graphs, as if AI has a toolkit specifically for operating the game editor.How to use this MCP server?
You don't need to run this server directly. Usually, developers or advanced users will configure this server into the AI assistant they use (such as Claude Desktop). After the configuration is completed, when you make a request related to the node graph of 'Genshin Impact: Miliastra Wonderland' to the AI (for example: 'Help me create a node graph that can achieve XX effect'), the AI can call the tools provided by this server to generate or modify the corresponding node graph file. For you, the experience is that the AI can directly 'take action' to help you handle the complex configurations in the game.Applicable scenarios
1. **Game content creation**: When you want to design complex mechanisms, puzzles, or special effects but find the node graph system too complicated, you can let the AI help you generate a basic framework or optimize the existing design. 2. **Learning and reference**: Ask the AI about how to implement a certain game function, and the AI can call the server to read the example node graph and explain the logic to you. 3. **Project management**: Manage large - scale projects containing multiple node graphs, and let the AI assist you in organizing the file structure.Main features
Node graph file management
AI can list all node graph files, read the contents of existing node graphs, write new node graphs designed by AI into files, and verify whether the file format is correct. This is equivalent to giving the AI a file browser and editor specifically for handling game node graph files.
Project management
The complex content in the game usually consists of multiple node graphs to form a 'project'. This function allows the AI to read the entire project folder (including a project manifest file'manifest.json' and multiple node graphs) and create or modify the project structure.
Node definition query
The server has a built - in database sample of 'nodes' available in the game. The AI can query the definitions of these nodes to understand what functions each node has, what input parameters it needs, and what results it can output. This is the knowledge basis for the AI to correctly construct node graphs.
Built - in reference documents
The server also provides a game editor tutorial and reference documents. When the AI is not sure how to implement a certain function, it can quickly consult these built - in guide resources.
Advantages
**Lower the usage threshold**: Transform complex visual programming into natural language conversations with AI, enabling players who are not familiar with node graphs to create complex content.
**Improve efficiency**: AI can quickly generate node graph frameworks or perform repetitive modification tasks, saving players a lot of time for manually connecting nodes.
**Learning assistance**: Through AI analysis and explanation of existing node graphs, players can more intuitively learn advanced techniques and design patterns.
**Flexible and scalable**: The storage paths of node graphs, projects, and data can be customized through environment variables to adapt to different work processes.
Limitations
**Dependent on AI configuration**: Ordinary users need someone to pre - configure the MCP server into the AI assistant, which has a certain technical threshold.
**Incomplete data**: Currently, the node definition database is a temporary sample. The node graphs generated by AI based on incomplete knowledge may be inaccurate or cannot be used in the game.
**No direct preview**: The AI operates on background files, and the generated results need to be imported into the game editor or rely on other tools to visualize and preview the effects.
**In the development stage**: The project is clearly marked as 'temporary test', and the generated files may not work properly and need to wait for subsequent improvement.
How to use
Environment preparation (completed by developers/advanced users)
Install the Node.js environment on your computer, and then obtain and install this MCP server through the command line.
%20--%3e%3cdefs%3e%3cstyle%3e%20.st0%20{%20fill:%20%230080ff;%20}%20%3c/style%3e%3c/defs%3e%3cpath%20class='st0'%20d='M16.2,11.1c.4.5.4,1.2,0,1.8l-4.7,7.1h-3.8l5.3-8L7.6,4h3.8l4.7,7.1Z'/%3e%3c/svg%3e)
Configure the AI assistant
In the configuration file of the AI assistant you use (such as Claude Desktop), add the startup command and path of this MCP server. In this way, the AI assistant will load this game node graph toolkit when it starts.
Start collaborating with AI
After the configuration is completed, restart your AI assistant. Now, you can use natural language to make requests to the AI about the node graph of 'Genshin Impact: Miliastra Wonderland'. The AI will use the MCP server tools in the background to meet your requests.
Usage cases
Case 1: Replicate a classic mechanism
You see an interesting chain explosion mechanism in the game and want to reproduce it in your own map, but you can't remember the specific connection method.
Case 2: Debug a problematic node graph
You made a node graph yourself, but it doesn't work in the game. You want to ask the AI to help check where the error is.
Case 3: Learn node usage
You want to use the 'Mathematical operation - Interpolation' node, but you don't know what its input and output are specifically.
Frequently Asked Questions
Do I need to know programming to use this?
Can the node graphs generated by AI be directly used in the game?
Is this tool official?
Can it be used for other games besides Genshin Impact?
Related resources
GitHub project repository
The source code and latest version of this MCP server.
Main project: WebMiliastra Node Editor
This is an independent, visual web - based node editor related to this MCP server project.
Official node data source
A more complete game node definition data source organized by the community. This MCP server plans to integrate this data in the future.
Model Context Protocol (MCP) official website
Official documentation to understand the MCP protocol, which is the basis for this server to communicate with AI.
Gitlab MCP Server
Certified
The GitLab MCP server is a project based on the Model Context Protocol that provides a comprehensive toolset for interacting with GitLab accounts, including code review, merge request management, CI/CD configuration, and other functions.
TypeScript
24.2K
4.3 points
Duckduckgo MCP Server
Certified
The DuckDuckGo Search MCP Server provides web search and content scraping services for LLMs such as Claude.
Python
71.4K
4.3 points
Markdownify MCP
Markdownify is a multi-functional file conversion service that supports converting multiple formats such as PDFs, images, audio, and web page content into Markdown format.
TypeScript
33.9K
5 points
Notion Api MCP
Certified
A Python-based MCP Server that provides advanced to-do list management and content organization functions through the Notion API, enabling seamless integration between AI models and Notion.
Python
20.2K
4.5 points
Unity
Certified
UnityMCP is a Unity editor plugin that implements the Model Context Protocol (MCP), providing seamless integration between Unity and AI assistants, including real - time state monitoring, remote command execution, and log functions.
C#
31.0K
5 points
Figma Context MCP
Framelink Figma MCP Server is a server that provides access to Figma design data for AI programming tools (such as Cursor). By simplifying the Figma API response, it helps AI more accurately achieve one - click conversion from design to code.
TypeScript
64.9K
4.5 points
Gmail MCP Server
A Gmail automatic authentication MCP server designed for Claude Desktop, supporting Gmail management through natural language interaction, including complete functions such as sending emails, label management, and batch operations.
TypeScript
22.0K
4.5 points
Minimax MCP Server
The MiniMax Model Context Protocol (MCP) is an official server that supports interaction with powerful text-to-speech, video/image generation APIs, and is suitable for various client tools such as Claude Desktop and Cursor.
Python
48.3K
4.8 points