Polyhedral Surface: Smooth Mesh (3-D FFS)

3-D FFS > From c-edges > Connect > Smooth mesh

This function is similar to the Smooth cross-sections function; however, additional cross-sections are added here, smoothing the path "perpendicular" to the direction of the cross-sections.

1. First, enter the wall thickness.
2. For closed, planar cross-sections you can then specify the treatment of base and top surfaces.
3. Specify the new number of edges for the cross-section and the new number of edges perpendicular to the cross-section.
4. Select the required smoothing method for the cross-section and the direction perpendicular to the cross-section.

Top: Original frame

Bottom: Smoothed mesh; Method: Cubic spline; Base/top surface: Open; Number of edges for cross-section: 10; Number of edges perpendicular to cross-section: 8

Interpolate Cross-Sections (3-D FFS) • Overview of Functions (3-D-FFS) • Polyhedral Surfaces (3-D FFS)