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- pokemon-vgc-calc-mcp
Pokemon Vgc Calc Mcp
What is Pokemon Vgc Calc Mcp
pokemon-vgc-calc-mcp is a server built using Model-Context Protocol (MCP) that provides a standardized interface for AI agents to perform Pokémon damage calculations using the @smogon/calc package.
Use cases
Use cases include calculating battle damage between Pokémon, integrating with AI agents for strategic decision-making in battles, and providing a resource for developers creating Pokémon-related applications.
How to use
To use pokemon-vgc-calc-mcp, install it globally using npm with the command ‘npm install -g pokemon-vgc-calc-mcp’. Then, configure your MCP client to connect to the server and utilize the ‘calculateDamage’ tool for damage calculations.
Key features
Key features include MCP compliance, accurate damage calculations from the @smogon/calc library, comprehensive input handling for Pokémon stats and moves, error handling for invalid inputs, and Vercel deployment readiness.
Where to use
pokemon-vgc-calc-mcp can be used in gaming applications, particularly in Pokémon battle simulations, AI training for competitive play, and tools for Pokémon enthusiasts.
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 Pokemon Vgc Calc Mcp
pokemon-vgc-calc-mcp is a server built using Model-Context Protocol (MCP) that provides a standardized interface for AI agents to perform Pokémon damage calculations using the @smogon/calc package.
Use cases
Use cases include calculating battle damage between Pokémon, integrating with AI agents for strategic decision-making in battles, and providing a resource for developers creating Pokémon-related applications.
How to use
To use pokemon-vgc-calc-mcp, install it globally using npm with the command ‘npm install -g pokemon-vgc-calc-mcp’. Then, configure your MCP client to connect to the server and utilize the ‘calculateDamage’ tool for damage calculations.
Key features
Key features include MCP compliance, accurate damage calculations from the @smogon/calc library, comprehensive input handling for Pokémon stats and moves, error handling for invalid inputs, and Vercel deployment readiness.
Where to use
pokemon-vgc-calc-mcp can be used in gaming applications, particularly in Pokémon battle simulations, AI training for competitive play, and tools for Pokémon enthusiasts.
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
Pokémon VGC Damage Calculator MCP Server
A server built using Model-Context Protocol (MCP) that provides AI agents a standardized interface for performing Pokémon damage calculations using the @smogon/calc package.
Features
- MCP-compliant server with TypeScript and the official MCP SDK
- Accurate damage calculations powered by the community-vetted
@smogon/calclibrary - Comprehensive input handling for Pokémon stats, abilities, items, moves, and field conditions
- Error handling for invalid Pokémon names, moves, and input validation
- Vercel deployment ready with zero-config deployment support
Prerequisites
- Node.js 18+
- npm
Installation
npm install -g pokemon-vgc-calc-mcp
Development
npm run build # Build TypeScript
npm run test # Run test calculation
MCP Client Configuration
Configure your MCP client (Claude Desktop, Cursor, etc.):
Using remote npm package:
{
"mcpServers": {
"pokemon-calc": {
"command": "npx",
"args": [
"pokemon-vgc-calc-mcp"
],
"env": {}
}
}
}
Local development:
Clone repo locally, build the project and then configure MCP client:
$ git clone [email protected]:jpbullalayao/pokemon-vgc-calc-mcp.git $ npm install $ npm run build
{
"mcpServers": {
"pokemon-calc": {
"command": "node",
"args": [
"path/to/pokemon-vgc-calc-mcp/dist/index.js"
],
"env": {}
}
}
}
Tools Available
The server exposes one primary tool: calculateDamage
Tool: calculateDamage
Calculates battle damage between an attacking and defending Pokémon.
Input Parameters:
attacker: Pokémon object with species, level, stats, ability, item, etc.defender: Pokémon object with species, level, stats, ability, item, etc.move: Move object with name and optional critical hit flagfield: Field conditions including weather, terrain, and side effects
Output:
description: Human-readable calculation resultdamage: [min, max] damage rangekoChance: Knock-out probability descriptionfullResult: Complete result object from smogon/calc
Example Usage
When called by an MCP client, the tool accepts parameters like:
{
"attacker": {
"species": "Pikachu",
"level": 50,
"ability": "Static",
"item": "Light Ball",
"nature": "Timid",
"evs": {
"spa": 252,
"spe": 252,
"hp": 4
}
},
"defender": {
"species": "Charizard",
"level": 50,
"ability": "Blaze"
},
"move": {
"name": "Thunderbolt"
},
"field": {
"gameType": "Singles"
}
}
Output:
**252 SpA Light Ball Pikachu Thunderbolt vs. 0 HP / 0 SpD Charizard: 198-234 (107 - 126.4%) -- guaranteed OHKO** Damage: 198-234 KO Chance: guaranteed OHKO
Testing
Local MCP Server Testing
You can test the local MCP server using the MCP Inspector:
npm run build npx @modelcontextprotocol/inspector node path/to/pokemon-vgc-calc-mcp/dist/index.js
Test Input Example
Use the following input to test the calculateDamage tool:
{
"attacker": {
"species": "Chien-Pao",
"nature": "Jolly",
"evs": {
"atk": 252,
"spe": 252,
"hp": 4
},
"level": 50
},
"defender": {
"species": "Flutter Mane",
"nature": "Modest",
"evs": {
"hp": 164,
"def": 100
},
"level": 50
},
"move": {
"name": "Icicle Crash"
},
"field": {}
}
Expected Output
**252 Atk Sword of Ruin Chien-Pao Icicle Crash vs. 164 HP / 100 Def Flutter Mane: 126-148 (83.4 - 98%) -- guaranteed 2HKO** Damage: 126-148 KO Chance: guaranteed 2HKO
Project Structure
src/ ├── index.ts # Main MCP server implementation ├── calculator.ts # Damage calculation wrapper └── types.ts # TypeScript type definitions
Author’s Note
Interested in the progress of this project? Feel free to follow the repo for live updates!
If you need to get a hold of me regarding this project, feel free to either:
- email me at [email protected]
- tweet me @professorragna
If you’re interested in helping to fund this project, you can support me here. Any and all support is greatly appreciated!
License
MIT
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.










