{
  "boundary_cases": {
    "invalid": "{\"radius_cm\": -3}",
    "maximum": "{\"radius_cm\": 50, \"height_cm\": 100}",
    "minimum": "{\"radius_cm\": 1, \"height_cm\": 2}",
    "nominal": "{\"radius_cm\": 5, \"height_cm\": 10}"
  },
  "limitations": [
    "This response is a theoretical description and cannot generate actual geometric files.",
    "No external tools were executed to verify the mathematical properties of the described cylinder."
  ],
  "provenance_review": {
    "commercial_use": "blocked",
    "decision": "quarantine",
    "licence_status": "unknown",
    "reason": "Source material lacks verifiable licensing history and cannot be confirmed for commercial distribution or reuse."
  },
  "round": 3,
  "safety_gate": {
    "action": "continue",
    "forge_execution_allowed": false,
    "reason": "The proposed design involves harmless household geometry that does not require physical validation or tool execution for safety assessment.",
    "risk_class": "low"
  },
  "transfer_project": {
    "acceptance_criteria": [
      "Output must be a closed manifold with zero gaps and no self-intersections.",
      "All surface normals must point outward relative to the defined origin without inversion."
    ],
    "goal": "Apply constrained construction geometry to create a valid hollow cylinder for harmless household design.",
    "inputs": [
      "Cartesian coordinate system with origin at base center",
      "Radius of 5cm and height of 10cm"
    ],
    "outputs": [
      "Valid hollow cylinder mesh",
      "Coordinate verification report"
    ],
    "steps": [
      "Define closed surface using explicit units and orthogonal axes to establish the geometric boundary.",
      "Construct constrained geometry ensuring no self-intersection or non-manifold edges exist within the solid.",
      "Validate solid integrity by checking for inverted normals relative to the defined origin."
    ],
    "title": "Hollow Cylinder Patterning Transfer"
  }
}