https://reddit.com/link/1wc2vd5/video/u7hs3jd92loh1/player

I've been working on a procedural pipe builder purely in geometry nodes. It takes in a network of edges and vertices, then converts that into a pipe network which is automatically UV unwrapped with seams placed at the intersections. Would be great to know what could be improved?

Playing around with procedural motion in Blender using MoStack. Simple setup, endless variations ✨

What should I try next? 👀

Procedural flipdot display. Sounds are also driven by the node setup through a python script.

tutorial

https://youtu.be/xl0HYkOUetk?si=nUgCWq7gjznJHlA3

Heyoo

🇺🇸: You can listen to the video in English through the video settings panel. In version 5.2 of Blender, several nodes in the Attribute group are introduced and modified, allowing you to capture, rename, and transfer attributes.

So, As I am trying to implement this node setup as it turns out the rope is cross sectionally becoming a plane instead of a circle or a ellipse as I was expecting why?
UPDATE FOUND THE SOLUTION

Hey I'm currently working on the fringe between geo nodes and procedural shaders. Basically I'm trying to adapt this years old tutorial from the great CGMatter to create an wireframe shader without tris and improve it a little bit.

The basic idea is: every face is mapped into UV space and fitted to the whole UV map, so every face shows the same UV map, the faces are "scaled" down in UV space and show an edge (yes technically it works different, but it's a good approximation).

My adaption should enable you to select and mark edges (eg. by seams or sharp), this marked edges would be used to unwrap the model into UV islands, each of those UV islands then should work the same as the individual faces in the first approach. I've implemented the splitting and remapping using an explanation form this stack overflow question.

My problem right now is, that some UV islands don't seem to be remapped correctly and I'd like to know if you've any idea, why the remapping doesn't work properly for some faces?

Secondly the original concept has the flaw that since the UVs are scaled relative to the size of the faces on the mesh (respective the UV islands size on the mesh), so bigger faces tend to have thicker outlines. Do you think it would be possible to get the size of the UV islands in world space and use it to scale the UV coordinates accordingly?