Interprets CubiC? No, interprets Brep CLI JSON reports to identify CAD geometry errors.
npx skills add https://github.com/andymai/brepjs --skill verify-andymai
Please help me install this Agent Skill. Skill: verify Source: https://github.com/andymai/brepjs/tree/main/packages/brepjs-cad/skills/verify Command: npx skills add https://github.com/andymai/brepjs --skill verify-andymai
Manually checking brepjs CAD part validity is error-prone: visual renders only confirm shape, not correctness, and raw JSON reports are hard to interpret without context. This skill eliminates that guesswork by guiding you through the full verification and repair workflow.
Use the verify skill to check the validity of your attached brepjs CAD part file, interpret its verification report, and guide you through fixing any reported errors step by step.
High-intent search queries and answers about installing and using this skill.
Validate brepjs CAD parts by parsing structured CLI JSON verification reports to distinguish broken geometry from dimensionally incorrect valid geometry, mapping error codes to actionable repair steps for manufacturable solid modeling.
Visual renders only confirm shape, not correctness. Parametric CAD parts can fail validation due to broken geometry failing validity checks or dimensionally incorrect geometry failing assertions, requiring structured report interpretation to identify.
Fix geometry errors by using CLI verification error codes and hints to localize issues to the smallest responsible code section, adjusting only that specific section, and re-verifying incrementally until all checks pass.
Broken geometry fails validity checks indicating structural solid modeling errors, while valid but dimensionally incorrect geometry passes structural checks but fails assertions, meaning the shape is valid but does not match intended parametric dimensions.
Yes, CLI JSON validation reports support code-first CAD workflows by providing structured outputs that enforce disciplined incremental debugging, allowing you to parse errors and iterate on parametric parts until achieving manufacturable solid geometry.
Troubleshoot invalid fillet radius errors by reading the CLI JSON verification report, identifying the specific error code, adjusting only the responsible code section with the incorrect fillet radius, and re-verifying the machined bracket until it passes.
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