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Blender Geometry Nodes toolset pack includes over 120 wide range of advance node groups to help improve and enhance procedural workflows Generators Curves Utilities Geometry Measure Mesh Primitives Distribution SDF Nodes Falloffs Simulation Selection Current Node Groups Deformers Bend Twist Stretch Taper…Read More »

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For the continuous case I believe what you show are confocal quadrics. For the discrete version though, according to the paper by Simon Schleicher et al that your first figure comes from, to get the planar quad mesh discretization there with the touching incircles, they used the quasiisothermic mesh layout approach of Sechelmann et al, as described in this paper. The touching incircle energy described in that paper is actually something I added as part of the latest Kangaroo release. Here’s a...

Blender addon for reshaping UV quad selection into a grid. - Radivarig/UvSquares

Hi all , is there a real time shader for curvarture analysis ? Basicly mesh analysis that already is there but real time without collapsing the modifier stack. Thanks in advance

Sometimes the User Manual is too technical and doesn't explain things in a way that us artists can easily understand. That's why we've taken it upon ourselves to write these posts and explain Cycles, with its plethora of nodes and properties, in simple and practical terms that you can relate to.

Ref this image: http://i281.photobucket.com/albums/kk234/Dee390/CheckDisc.jpg However the underlying geometry could be a simple plane, but the projected UV orientation is what would create disk mapping. Basically, how the heck do I get the circular appearance mapped onto a rectangle? I tried reorienting the UVs so it looked like a spider web, but the result wasn’t really what I expected.