Class ShapeToMeshDto<T> (Inputs.OCCT)

The shape to triangulate.

The meshing tolerance in model units; a smaller value follows curved surfaces more closely with more triangles.

The largest angle, in radians, a curved face may turn between neighbouring triangles; smaller follows curvature more closely with more triangles.

When true, precision is a fraction of each edge's and face's size instead of model units, so small and large parts get triangles in proportion to their size.

When true, the mesh is turned so this library's Y-up becomes Z-up, for tools that treat Z as up.

When true, each face and edge entry also carries its area or length, center of mass, surface or curve type, tolerance and neighbors, at extra cost.

When true, the triangulation stays on the shape for the next mesh with the same settings to reuse; when false it is cleared. A mesh retention budget keeps every mesh.

When true, a face whose triangulation is not within 10% of the precision it needs is meshed again; when false, a finer one is kept.

When true, every face is meshed at exactly the requested precision; when false, a face's precision is raised to the average of its edges' and to twice its tolerance.

How many iso curves of constant u each face gets in isoCurveList, spread evenly inside its u range and trimmed to the face; 0 gives none.

How many iso curves of constant v each face gets in isoCurveList, spread evenly inside its v range and trimmed to the face; 0 gives none.

What each face's analysisValues hold, one value per vertex: a curvature, the smallest bending radius, or the draft angle in degrees. none leaves them out.

The pull direction the draft angles are measured against; read only by draftAngle.