I am looking for a way to modify a part for faster print. this can apply to lots of modifiers. But right now I am talking about Fussy Skin. If I add a modifier body BS adds extra walls inside the part. Adding fuzzy skin all around the modifier. As if separate bodies. there is an outside wall of the main body, and a fuzzy wall inside the part. The fuzzy skin continues to the outside surface. But what I am looking for is a SKIN. Replacing the outside surface with the FS.
you can see the extra walls in the image below. One of these walls that is imbedded is fuzzy.
so is there any way to apply fuzzy skin to One side? I get the concept of design in cad. model each object. But is there any way to apply Fuzzy Surface to one side of object? I know I cuould hide one side of the fuzz,with a wall. Part of why I want that is to not increase time, and not weaken with the fuzz.
What I was implying, design your own fuzz in cad. It depends why you want the fuzzy skin. A pattern to give a rough surface, to make it easier to grip the object, and/or a pseudo random pattern to hide the layer lines or other reasons.
I had not considered that. That would solve this case. The reason in this case for FS is to improve grip and hide layer lines. I am sure I can model something equivalent in cad.
But it would be very useful to do a surface mod in slicer. Quickly, I see the advantage of surface mod for FS or wall loops. Am sure I can find other uses for more settings.
What I envision is applying the modifiers only, without separating to different objects. But this is probably a complicated change. The way modifiers work currently.
There are lots of other uses of surface modifiers. for example: Trying to speed printing of multiple copies, setting the parameters for part of the model. Yes you can use volume modifiers. but that creates extra walls. As shown in the Fuzzy Skin above. What I want is something like filament painter to assign colors, but for print settings.
It looks like the reason FS takes longer is the extra walls it adds. Not the extra acceleration from the little line segments.