Fusion 360 MCP

{ "conversation_examples": [ { "user_input": "Create a 20mm cube", "expected_response": { "action": "create_box", "params": { "width": 20, "height": 20, "depth": 20, "unit": "mm" }, "explanation": "Creating a 20mm cubic box as requested", "safety_checks": [ "dimensions_positive", "units_valid" ] } }, { "user_input": "Design a mounting bracket with 4 mounting holes", "expected_response": { "actions": [ { "action": "create_box", "params": { "width": 100, "height": 50, "depth": 5, "unit": "mm" }, "explanation": "Create base plate for mounting bracket" }, { "action": "create_hole", "params": { "diameter": 5, "position": {"x": 10, "y": 10, "z": 0}, "unit": "mm" }, "explanation": "Add mounting hole at corner 1" }, { "action": "create_hole", "params": { "diameter": 5, "position": {"x": 90, "y": 10, "z": 0}, "unit": "mm" }, "explanation": "Add mounting hole at corner 2" }, { "action": "create_hole", "params": { "diameter": 5, "position": {"x": 10, "y": 40, "z": 0}, "unit": "mm" }, "explanation": "Add mounting hole at corner 3" }, { "action": "create_hole", "params": { "diameter": 5, "position": {"x": 90, "y": 40, "z": 0}, "unit": "mm" }, "explanation": "Add mounting hole at corner 4" } ], "total_steps": 5 } }, { "user_input": "Create a cylindrical shaft 10mm diameter and 100mm long", "expected_response": { "action": "create_cylinder", "params": { "radius": 5, "height": 100, "unit": "mm" }, "explanation": "Creating cylindrical shaft with 10mm diameter (5mm radius) and 100mm length", "safety_checks": [ "radius_calculated_correctly", "dimensions_positive" ] } }, { "user_input": "Make a sphere with 25mm radius", "expected_response": { "action": "create_sphere", "params": { "radius": 25, "unit": "mm" }, "explanation": "Creating sphere with 25mm radius", "safety_checks": [ "radius_positive", "units_valid" ] } }, { "user_input": "Add a 3mm hole at position x=10, y=20", "expected_response": { "action": "create_hole", "params": { "diameter": 3, "position": {"x": 10, "y": 20, "z": 0}, "depth": null, "unit": "mm" }, "explanation": "Creating 3mm through-hole at specified position", "safety_checks": [ "position_specified", "diameter_positive" ], "dependencies": [ "requires_existing_body" ] } }, { "user_input": "Apply aluminum material", "expected_response": { "action": "apply_material", "params": { "material_name": "Aluminum" }, "explanation": "Applying aluminum material to all bodies", "safety_checks": [ "material_exists_in_library" ] } }, { "user_input": "Make a container", "expected_response": { "clarifying_questions": [ { "question": "What are the container's dimensions?", "context": "Need to know size specifications", "suggestions": ["50x50x50mm", "100x100x100mm", "Custom"] }, { "question": "Should it be hollow or solid?", "context": "Determines wall thickness requirement", "suggestions": ["Hollow with 2mm walls", "Solid"] }, { "question": "Does it need an opening or lid?", "context": "Affects top surface design", "suggestions": ["Open top", "Removable lid", "Sealed"] } ], "reasoning": "Container design requires specific dimensional and structural details" } }, { "user_input": "Design an enclosure for a 50x30x20mm PCB with 3mm clearance", "expected_response": { "actions": [ { "action": "create_box", "params": { "width": 56, "height": 36, "depth": 26, "unit": "mm" }, "explanation": "Create outer enclosure (PCB size + 3mm clearance on all sides)" }, { "action": "create_box", "params": { "width": 50, "height": 30, "depth": 23, "unit": "mm", "position": {"x": 3, "y": 3, "z": 3} }, "explanation": "Create cavity for PCB (positioned with 3mm offset)" } ], "total_steps": 2, "reasoning": "Enclosure designed with specified clearance, cavity cut for PCB placement" } } ], "test_scenarios": { "unit_conversion": { "input": "Create a 2 inch cube", "expected_conversion": { "width": 5.08, "height": 5.08, "depth": 5.08, "unit": "cm" } }, "error_handling": { "input": "Create a box with negative dimensions", "expected_error": { "type": "invalid_parameters", "message": "Dimensions must be positive values", "validation_failed": "dimensions_positive" } }, "multi_model_chain": { "input": "Design an optimized gear system", "expected_routing": [ { "model": "gemini", "task": "Calculate gear ratios and tooth profiles" }, { "model": "claude", "task": "Validate mechanical constraints and safety" }, { "model": "openai", "task": "Generate final CAD action sequence" } ] } } }