Corrosion Engineering MCP Server

""" MCP tool implementations for corrosion engineering. Tools are organized by tier: - Tier 0: Handbook lookup (semantic search) - Tier 1: Chemistry (speciation, Pourbaix) - Tier 2: Mechanistic physics (uniform, galvanic, barriers, CUI, MIC, FAC) - Tier 3: Uncertainty quantification (Monte Carlo) """ # Phase 1 Tools (Tier 1 & 2 - Chemistry and Mechanistic) try: from tools.mechanistic.aerated_chloride_corrosion import predict_aerated_chloride_corrosion except ImportError: predict_aerated_chloride_corrosion = None try: from tools.chemistry.co2_corrosion import predict_co2_corrosion except ImportError: predict_co2_corrosion = None try: from tools.chemistry.water_speciation import calculate_water_speciation except ImportError: calculate_water_speciation = None # Phase 2 Tools (Tier 2 - Galvanic Corrosion and Pourbaix) from tools.mechanistic.predict_galvanic_corrosion import predict_galvanic_corrosion from tools.chemistry.calculate_pourbaix import calculate_pourbaix __all__ = [ # Phase 2 (always available) "predict_galvanic_corrosion", "calculate_pourbaix", ] # Add Phase 1 tools if available if predict_aerated_chloride_corrosion is not None: __all__.append("predict_aerated_chloride_corrosion") if predict_co2_corrosion is not None: __all__.append("predict_co2_corrosion") if calculate_water_speciation is not None: __all__.append("calculate_water_speciation")