robotrace-course-cad-review

Review CAD code changes for geometry solver regressions by validating modifications against repository-defined specifications and regression test suites to ensure geometric correctness and system stability are maintained.

Tangent-to-arc continuity validation in CAD course modeling checks for numerical correctness in course design, ensuring coordinate system consistency and geometric continuity across arc and line segments.

Audit a pull request modifying Qt-based UI components and JSON persistence by evaluating changes against domain-specific design rules to verify UI state synchronization and data persistence remain stable.

Yes, the code review process checks export modules for course geometry correctness by validating implementation against repository specifications to prevent regressions in export functionality and solver logic.

The best way to verify course solver logic does not break existing geometry is running a comprehensive audit that compares changes against established synthetic references and domain-specific regression rules.

Yes, you can use automated code review for Python CAD projects without external dependencies, as this review process operates with no required dependencies to evaluate geometry solvers and export modules.