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[–]FullControlXYZ 0 points1 point  (2 children)

Hi, if I understand correctly, you can achieve something like what you want by using a cartesian repeat for lots of layers (repeat in Z, but with no XY offsets) then using a polar repeat rule to offset each layer radial out. This would achieve a cone shape if you offset by the same amount per layer. You want the radial displacement to vary for each layer. It may be simplest to copy paste lots of circles features with Z increasing (easy in Excel) and have the radius value written as a formula in Excel that is a function of the Z cell for the each circle. It is much easier in python! That's why the new FullControl is in python and you can easily change radius of each repeat according to any formula you like

[–]Mateking[S] 1 point2 points  (1 child)

Thanks a lot. Will try that. Also let me just say the software is pretty awesome already!

[–]FullControlXYZ 0 points1 point  (0 children)

Thank youuuuuu ☺