MCP Game Development Server

Automate game creation using React Three Fiber and manage projects with Linear integration.

GitHub

MCP Game Development Server

MCP server for automating the creation of games using React Three Fiber and integration with Linear for project management (via another MCP server).

Features

  • 🎮 Automatic game project creation
  • 📋 Linear integration for task management (via another MCP server)
  • 🚀 Templates for various game types
  • 📱 Mobile-first development approach
  • 🎉 Built-in confetti support for celebrations
  • 🔧 Best practices and modern technologies

Installation

  1. Clone the repository and go to the directory:
cd mcp-game-server
  1. Install dependencies:
npm install

Cursor MCP Setup

Add the server to your MCP configuration in Cursor:

{
  "mcpServers": {
    "game-dev": {
      "command": "node",
      "args": ["path/to/mcp-game-server/src/index.js"]
    }
  }
}

Usage

Create a new game project

create_game_project({
  gameName: "My Awesome Game",
  gameType: "platformer", // platformer, puzzle, endless-runner, physics-based, arcade
  teamId: "your-linear-team-id",
  projectPath: "/path/to/create/game"
})

Update knowledge base

update_game_knowledge({
  topics: ["react-three-fiber", "game-design", "performance"]
})

Get available templates

get_game_templates()

Game Types

  • Platformer - Platformer with physics and jumping
  • Puzzle - Grid-based puzzle game with combos
  • Endless Runner - Endless runner with obstacles
  • Physics-based - Game with realistic physics
  • Arcade - Classic arcade game

Project Structure

Each generated game project includes:

  • ✅ Three required screens (Start, Game, Game Over)
  • ✅ Confetti on game completion
  • ✅ Mobile-first design
  • ✅ TypeScript for type safety
  • ✅ Vite for fast development
  • ✅ TailwindCSS for styling
  • ✅ React Three Fiber for 3D graphics
  • ✅ Rapier for physics
  • ✅ GSAP for animations

Linear Integration

When creating a project, the following is automatically created (via another MCP server):

  • A project in Linear with a description
  • 3 sprints, each one week long
  • Tasks with acceptance criteria and test cases
  • Proper distribution of tasks across sprints

License

MIT

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