Alex Kaszynski

Issue seems to be: ```py surf.point_arrays['scalars'] = np.linspace(np.nanmin(di_copy), np.nanmax(di_copy), surf.n_points) ``` You're going to want to instead use: ```py surf.point_arrays['scalars'] = surf.points[:, 2] ``` That way you're simply using the...

Thanks for looking into this @nidu! Many of the pyvista developers/maintainers have been busy with our day jobs, so sorry for the late follow-up. It appears that running `clean` fixeds...

Thanks for posting here. You're going to want to use the UnstructuredGrid class to represent this FEM. Here's an example: https://docs.pyvista.org/examples/00-load/create-unstructured-surface.html I've been able to apply this with partial success...

I think this sounds like a good example to use this marching cubes module: https://github.com/pmneila/PyMCubes While it's possible we could continue to use `vtk`'s functionality, I think that their module...

Played around with this as well and got the same bug. I think it's a VTK issue and isn't necessarily a `pyvista` issue. Looking at the raw data in the...

I'd try using a different version of VTK, or not start with an exact Z slice (have a slight offset to your plane).

Hello, Thanks for the challenge! Turns out there are some features that should be added to `pyvista`, but for the moment I can get this to work with the following:...

There is a solution that works without manual intervention, but it will just attempt to divide up the mesh into equal parts. You can also cut by planes, but you'll...

Hi @GreKro, Please look into the `clip` method for a mesh. For example: ```python import pyvista as pv mesh = pv.Sphere() clipped = mesh.clip(normal=[1, 0, 0], origin=[0, 0, 0]) ```...

Nice solution @banesullivan!