Class OCCTFillets

Fillets 2d wire or face

Fillets 2d wires or faces

Fillets two planar edges into a wire by providing a radius, plane, edges and possible solution index if more than one result exists

Chamfer OpenCascade Shape edges

Chamfers edges list with different distance on each edge.

Chamfers edge by a by two distances. Face indicates the first distance to be applied

Chamfers edges by a by two distances. Face indicates the first distance to be applied

Chamfers edges by two distances. Face indicates the first distance to be applied

Chamfers edge by a given distance and angle from the face

Chamfers multiple edges by a given distance and angle from the faces

Chamfers edges by a given distances and angles from the faces

Fillets OpenCascade Shapes

Fillets edges list with different radius on each edge.

Fillets edges list with the single radius on all edges.

Fillets a single edge with variable radius list on given u params. You need to provide a list of params to identify on which U param to apply the radius on.

Fillets multiple provided edges with the same variable radiuses on u params for each edge.

Fillets multiple provided edges with variable radius lists on given params lists. You need to provide a list of params to identify on which U param to apply the radius on.

Fillets OpenCascade 3d wire, this algorithm takes one guiding direction for fillets to be formed. It does not respect tangent directions on each filleted corner. This algorithm is based on extruding wire along the given direction to form a shell, then filleting the shell and finally extracting the filleted wire from the shell itself. Make sure you provide a direction that is not parallel to the wire and that forms high enough extrusion for the fillet to succeed.

Fillets OpenCascade 3d wires, this algorithm takes one guiding direction for fillets to be formed. It does not respect tangent directions on each filleted corner. This algorithm is based on extruding wires along the given direction to form a shell, then filleting the shell and finally extracting the filleted wire from the shell itself. Make sure you provide a direction that is not parallel to the wire and that forms high enough extrusion for the fillet to succeed.