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Tigl

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Provides MCP tools for CPACS-oriented TiGL workflows, enabling lifecycle management, inspection, export, and parameter manipulation of aircraft geometry models

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About

Provides MCP tools for CPACS-oriented TiGL workflows, enabling lifecycle management, inspection, export, and parameter manipulation of aircraft geometry models without native geometry runtimes.

README

CI Docs Examples

tigl-mcp is a lightweight Model Context Protocol server for CPACS-oriented TiGL workflows. The current implementation focuses on deterministic, JSON-friendly tooling backed by stubbed CPACS/TiGL behavior so local development, tests, and docs stay stable without native geometry runtimes.

Overview

The project currently provides:

  • A FastMCP-powered server with stdio and HTTP-compatible transports
  • A curated set of CPACS lifecycle, inspection, export, sampling, and parameter tools
  • Pydantic-backed tool validation with structured MCP error payloads
  • Deterministic CPACS/TiGL stand-ins for stable local development and CI

Quickstart

Requires Python 3.12+.

python3 -m venv .venv
source .venv/bin/activate
make dev
make test
make ci

Start the server over stdio:

tigl-mcp --transport stdio

Inspect the non-blocking HTTP transport configuration example:

PYTHONPATH=src python3 examples/server/http_launch_config.py

Examples

The examples are deterministic and aligned with the current stub-backed implementation.

Docs

Build the docs locally with:

make docs

Current Capability Boundaries

  • The default tests and examples target the deterministic stand-ins in tigl_mcp.cpacs_stubs.
  • Tool names, schemas, and JSON payload shapes are stable.
  • Geometry values are intentionally simplified; they reflect the current stub contract rather than full native TiGL fidelity.

Shared-CPACS Integration

This MCP includes a CPACS adapter (src/tigl_mcp/cpacs_adapter.py) that bridges TiGL to the shared-CPACS aircraft analysis pipeline.

What it does

The adapter reads CPACS geometry (wings, fuselages, profiles) and writes analysis results — component counts, bounding boxes, and STEP export metadata — into //analysisResults/tigl.

Direction XPath
Reads .//vehicles/aircraft/model, .//vehicles/profiles
Writes .//vehicles/aircraft/model/analysisResults/tigl

Running as part of the pipeline

# As part of the full 4-MCP pipeline (with SU2, pyCycle, Mission)
python pipeline/shared_cpacs_orchestrator.py D150_v30.xml --mcps tigl su2 pycycle mission

# TiGL only
python pipeline/shared_cpacs_orchestrator.py D150_v30.xml --mcps tigl

See cmudrc/aircraft-analysis for full pipeline documentation, versioning details, and installation instructions.

Related MCP servers

MCP Repository
SU2 (CFD aerodynamics) cmudrc/su2-mcp
pyCycle (engine cycle) cmudrc/pycycle-mcp
Mission (trajectory/fuel) cmudrc/mission-mcp

Contributing

Contribution guidelines live in CONTRIBUTING.md.

from github.com/cmudrc/tigl-mcp

Install Tigl in Claude Desktop, Claude Code & Cursor

Recommended · one command, every IDE
unyly install tigl-mcp

Installs into Claude Desktop, Claude Code, Cursor & VS Code — handles npx, uvx and build-from-source repos for you.

First time? Get the CLI: curl -fsSL https://unyly.org/install | sh

Or configure manually

Run in your terminal:

claude mcp add tigl-mcp -- uvx tigl-mcp

FAQ

Is Tigl MCP free?

Yes, Tigl MCP is free — one-click install via Unyly at no cost.

Does Tigl need an API key?

No, Tigl runs without API keys or environment variables.

Is Tigl hosted or self-hosted?

A hosted option is available: Unyly runs the server in the cloud, no local setup required.

How do I install Tigl in Claude Desktop, Claude Code or Cursor?

Open Tigl on unyly.org, pick your client tab (Claude Desktop, Claude Code, Cursor) and press Install — the config is generated automatically, no JSON editing.

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