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Use when generating tolerance and clearance guidance based on printer profile inputs (model or build volume, nozzle, material, layer height) for SolidWorks MCP design workflows.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
Use when refactoring a method in pywin32_adapter.py that contains untestable closures, nested try/except blocks, or COM logic that can't be unit-tested in isolation. Apply SOLID principles: extract helpers, refactor to thin orchestrator, add full branch-coverage tests. Trigger phrases: extract helper, SOLID refactor, untestable closure, nested try/except, branch coverage, TestPyWin32AdapterBranches, pywin32_adapter method, select_feature, execute_macro, export_image, adapter refactor.
Use when reconstructing an existing SolidWorks model and you need inspect-classify-delegate routing with evidence, confidence, and safe execution checkpoints. Trigger phrases: reconstruction, reverse engineering, feature tree, classify family, inspect-classify-delegate, list_features, classify_feature_tree, sheet metal, VBA fallback.
| name | printer-profile-tolerancing |
| description | Use when generating tolerance and clearance guidance based on printer profile inputs (model or build volume, nozzle, material, layer height) for SolidWorks MCP design workflows. |
Use this skill to convert manufacturing context into practical design guidance that an LLM can apply before running SolidWorks MCP tools.
