Hi @piac
A few more comments: Numerical keyboard input by dlb.clicking the sliders and allow the scale factor to be higher than 1.
BR, Jakob
BR, Jakob
Hi @brvdln - Atractor curves or multiple points are not within the scope of Rhino 9. At that point, you’ll need to move into Grasshopper.
Yes, this is planned. I’m not sure when this will be ready. For now, you can type precise values in the command line, and this allows any range, not just the default ones. Ctrl+DoubleClick will shrink the range, too, just as Shift+DoubleClick will extend it.
Subject: Feedback on ScaleEach - Expanding support for SubD Sub-objects (RH-58987)
Hi @piac ,
It’s great to see ScaleEach finally landing in the Rhino 9 WIP! This is a long-awaited tool that significantly improves the workflow for repetitive transformations.
However, I would like to advocate for extending its functionality to SubD Sub-objects (Faces, Edges, and Edge Loops).
Back in 2023, I raised an open request regarding the need to scale multiple SubD faces/edges individually:
This request was logged as RH-58987: https://mcneel.myjetbrains.com/youtrack/issue/RH-58987
Why this is essential: In SubD modeling (as shown in my attached example), we frequently need to scale multiple disconnected edge loops or face islands around their own centroids—for instance, when adjusting the diameter of multiple “spouts” or “nozzles” on a single SubD body.
Currently, ScaleEach seems to only recognize top-level Objects. When applied to SubD sub-objects, it still scales them relative to the collective bounding box center, which defeats the purpose for complex SubD workflows.
Proposed Enhancement: Could ScaleEach be updated to recognize disconnected sub-object selections and calculate individual centroids for each “island” of faces or edges? This would fulfill the original vision of RH-58987 and bring Rhino’s SubD capabilities closer to the “Individual Origins” workflow found in other mesh modelers.
Thanks for the continuous improvement on Rhino 9!
