If I run the 3D Example, everything looks great.
But if I change this call:
topBottomFillet(b = 0, t = 10, r = 2, s = 20)
to:
bottomFillet(b = 0, r = 2, s = 20),
...then it doesn't look right at all. There are no fillets, but there are strange artifacts on the inside of the model.
On my SolidPython model, I can see that the fillet is being drawn but it isn't being subtracted from the main model.
Edit:
If I change this call:
topBottomFillet(b = 0, t = 10, r = 2, s = 20)
to:
topBottomFillet(b = 0, t = 100, r = 2, s = 20)
...then I get the bottom fillet I was expecting.
Hah! Found it! The issue with my model was that the bottom was at a negative Z offset. So I moved it up to zero, called bottomFillet(), and moved it back where I had it.
I also found the issue with bottomFillet(): it calls:
translate([0, 0, b - r - 1])
where topBottomFillet() calls:
translate([0, 0, b - 1])
in the same place. So I modified bottomFillet() to match topBottomFillet(), and now it works with the move-to-zero-and-back hack.
If I run the 3D Example, everything looks great.
But if I change this call:
topBottomFillet(b = 0, t = 10, r = 2, s = 20)to:
bottomFillet(b = 0, r = 2, s = 20),...then it doesn't look right at all. There are no fillets, but there are strange artifacts on the inside of the model.
On my SolidPython model, I can see that the fillet is being drawn but it isn't being subtracted from the main model.
Edit:
If I change this call:
topBottomFillet(b = 0, t = 10, r = 2, s = 20)to:
topBottomFillet(b = 0, t = 100, r = 2, s = 20)...then I get the bottom fillet I was expecting.
Hah! Found it! The issue with my model was that the bottom was at a negative Z offset. So I moved it up to zero, called bottomFillet(), and moved it back where I had it.
I also found the issue with bottomFillet(): it calls:
translate([0, 0, b - r - 1])where topBottomFillet() calls:
translate([0, 0, b - 1])in the same place. So I modified bottomFillet() to match topBottomFillet(), and now it works with the move-to-zero-and-back hack.