MCP Game Helper

What is MCP Game Helper?

MCP Game Helper is a custom Model Context Protocol (MCP) Server that provides AI-powered tools to assist game developers with combat balancing, skill analysis, level pacing, and simulation. It integrates with Cursor via the official @modelcontextprotocol/sdk.

How to use MCP Game Helper?

Install dependencies with npm install, build with npm run build, install globally with npm install -g ., then register the server in your .cursor-config.json under mcpServers with the command npx -y mcp-game-helper. Use natural language prompts or structured JSON input to invoke commands like suggest_balancing, simulate_combat, or suggest_difficulty_ramp.

Key features of MCP Game Helper

• Analyze combat balance between player and enemy entities.
• Simulate combat with time‑to‑kill estimation.
• Estimate player survival and room‑clear time.
• Evaluate skill effectiveness by damage, area, and cooldown.
• Suggest difficulty ramps across level progressions.
• Predict performance issues from code snippets.

Use cases of MCP Game Helper

• Tuning enemy HP and damage for a balanced encounter.
• Designing wave‑based enemy spawns with timing suggestions.
• Creating AI state machines from natural language descriptions.
• Analyzing skill impact on multiple enemies in one query.
• Evaluating level‑by‑level difficulty curves for player progression.

FAQ from MCP Game Helper

What does MCP Game Helper do?

It offers AI‑driven commands for game development tasks such as balancing two entities, simulating combat, assessing skill impact, and suggesting difficulty ramps.

How is MCP Game Helper installed?

Run npm install, npm run build, and npm install -g . from the project directory. Then add the server configuration to your .cursor-config.json file.

What dependencies does MCP Game Helper require?

It requires Node.js and the @modelcontextprotocol/sdk. The server is built for integration with Cursor.

Does MCP Game Helper support any authentication or transport?

The README does not mention authentication or transport settings.

Are there any known limitations?

The README does not list known limitations.