Marco Musy

Hi @haesleinhuepf thanks for reporting and for the detailed description of the issue! In the master version we are no more importing `vtkmodules.all` but only the classes that are used...

Hi, I think it's the way vtk builds the mesh, it creates additional edges that one can visualize (in magenta): ```python import vedo mesh = vedo.shapes.Torus() # mesh = vedo.shapes.Disc()...

Yes.. it could be done manually but it's a bit tricky... I need to think how to do it..

yes - infact this is what i get:  can you call from terminal ``` vedo ``` to see the version.

that's funny... I will try to reproduce the issue on a OSX and get back to you.

yep.. same here.. it seems ok. ``` _________________________________________________________________ vedo version : 2023.4.4.dev14 https://vedo.embl.es vtk version : 9.2.6 numpy version : 1.24.2 python version : 3.10.9 (main, Jan 11 2023, 09:18:20)...

Hi, It seems to me that the mesh must have some strange problem.. it's for sure non-manifold but I don't manage to fix it neither with `non_manifold_faces(remove=True)` nor with `pymeshfix`......

Hi, sorry - the 2D scalarbar is not expertable to x3d i'm afraid.. Have you tried the 3D version? `mesh.add_scalarbar3d(...)` that should work..

I made a quick fix but it's still a bit buggy... can you reproduce this? ``` pip install -U git+https://github.com/marcomusy/vedo.git ``` ```python from vedo import * s = Sphere() pts...

if you refer to the cell edges -yes unfortunately x3d doesn't seem be be rendering them... I´m afraid it's a limitation...