Optionalshapes: T[]OptionalmakeSolid: booleanOptionalclosed: booleanOptionalperiodic: booleanOptionalstraight: booleanOptionalnrPeriodicSections: numberOptionaluseSmoothing: booleanOptionalmaxUDegree: numberOptionaltolerance: numberOptionalparType: approxParametrizationTypeEnumOptionalstartVertex: Point3OptionalendVertex: Point3The section wires, or edges, in the order the surface passes through them.
When true, the loft is capped into a solid; the sections must be closed for that.
When true, the surface loops from the last section back to the first.
When true, the closed loop is made smooth across the seam by resampling the sections; needs
closed.
When true, the patches between sections are ruled surfaces with straight lines instead of a smooth blend.
How many points each section is resampled into for a periodic loft.
When true, the kernel smooths the fitted surface.
The highest polynomial degree the surface may use across the sections.
How far the fitted surface may stray from the sections, in model units.
How the sections are parametrized before fitting: by chord length, centripetal, or isoparametric; centripetal handles uneven sections best.
OptionalstartA point the loft closes to before the first section, making a pointed end; leave it out for an open end.
OptionalendA point the loft closes to after the last section, making a pointed end; leave it out for an open end.
Section wires and fitting options for
operations.loftAdvanced: ruled or smooth patches, a closed or periodic loop, end points and the approximation settings.