SUPER FILLET
A
Ali Karakaş
Some surfaces cannot be filleted. So we make a fillet by copying the surface edge, making a pipe, wiping, loft and then patching. It is a long and laborious method, but it gives solid results.
Super fillet does the same process much faster with a single command. It is a very simplified version.
Application Steps:
- Select the edges to be filleted (yellow lines).
- Analyzes and shows the surfaces to be deleted with super fillet (red lines).
- Automatically deletes the analyzed surfaces.
- Shows the fillet (G1-G2-G3) projection on the surface (blue lines).
- Automatically knits the analyzed and deleted surfaces.
A
Ali Karakaş
Step by step super fillet working logic. This is a simple algorithm for simple and primitive surfaces. But I think it will be very useful. There is a slightly different algorithm structure for more complex surfaces. The classical fillet method is really tiring (pipe, union, delete, loft- patch).
A
Ali Karakaş
One more example for better understanding.