Feature requests

Ability to reposition curve points while revolve operation is active, no need to do the loop of finalisation, undo, resposition, re-run command, etc.

Implement the current deviation combs but in 3D to create a mapping with min max values, between two selections. Use Case : select a surface and a mesh (.STL) file and check the deviation between the two. This is essential for scan rebuilds and goes along with planar sections analysis ;)

To avoid accidentally moving objects, it would be really handy if there was a button in the object's button row (show/hide, etc.) that would lock the object in place, but still allow you to snap to it.

Simple export to SVG generated from curves / selected-flagged faces, with the ability to set color example red for cutting black - blue for engrave and so on, it would also be nice to be able to use faces when exporting to SVG that represents filled vectors (for engraving tasks).

I need to be able to make a layout for example a packaging where I would like to put illustrations and photos on the pages and send a 3D layout for approval by the customer. who can then turn and rotate the packaging in the browser. is it possible. There must be other than me that would like to have that opportunity, than go to a 2'part to do that instead of finch it in Plasticity?

While adding and setting the width of variable fillet points: being able to slide them along the line being filleted -- like zipping and unzipping the form. This means a non-optimally placed point won't require the operation to be cancelled and redone each time, and you can see with the live preview how the proximity of the variable points effects each other.

When 2 points are very close together they can seem as one, I feel they should merge when close. Maybe it has a tolerance setting in the preferences?

Currently, edge cuts stop at the next edge in the selected parameter direction (U or V). I would like to request support for propagating edge cuts further along the same parameter direction, potentially across multiple adjacent patches.

I think if you guys could improve the algorithm to convert to more seamless polygonal topology, it would be far easier to create game/film assets. To me, this is a major thing. At the least, I have noticed sometimes the vertices are doubled or unconnected, able to be pulled apart (with very complex geometry), and it is difficult to remesh it perfectly. Even if the object is completely remeshed with millions of quads after import to Maya/Blender, it would be easier to deal with. Otherwise, INCREDIBLE program!