vibeflow-geometry

To generate mesh-ready CAD geometry from a parametric caseDict, process the geometry parameters and entities to produce repeatable STEP and STL artifacts. This aligns named bodies and regions for reliable downstream meshing.

CadQuery geometry fails downstream mesh generation when named entities are misaligned or exports lack stable paths. Enforcing parameter naming and geometry validation ensures artifacts are consistently consumed by meshing backends.

Yes, you can use CadQuery to organize and export STEP and STL artifacts for solver workflows. Parametric geometry generation manages manifests and aligns domains and interfaces for reproducible case execution.

Geometry-to-mesh handoff prepares validated CAD artifacts for consumption by mesh generation tools. You need it when converting parametric geometry into stable STEP and STL exports for downstream solver workflows.

Yes, vibeflow-geometry supports named entity alignment for downstream mesh and solver backends. It aligns named bodies, domains, regions, and interfaces to ensure consistent geometry artifact consumption.

Without stable export paths, parametric CAD generation produces inconsistent artifacts that downstream meshing and solver workflows cannot reliably consume. Enforcing parameter naming and robust validation prevents these handoff failures.