Hi Andy,
I just want to refresh this conversation – sorry for not passing all messages
through this mailing list… my mistake.
After I shared the case you wrote that you had tried a few things but with no
luck in PV 5.0. As mentioned below I have tried the following 64-bit versions
- 3.98.1 on
Hi Armin,
Thanks for pointing me to the relevant VTK Wiki page!
The information there cleared up my questions about how to incorporate
an arbitrary n-vertex polyhedral finite element into the VTK
XML-structured results file for ParaView.
My delayed reply can be attributed to the maelstrom
Hi, Chuck!
Thank you for the response, unfortunately it doesn't help:
1. during the cmake step now I see a lot of messages:
{{{
-- Could NOT find MPI_C (missing: MPI_C_LIBRARIES)
-- Could NOT find MPI_CXX (missing: MPI_CXX_LIBRARIES)
-- Could NOT find MPI_Fortran (missing: MPI_Fortran_LIBRARIES)
Hi again Jean,
sorry for the spamming. Just an additional question to what we discussed below:
Working a bit with what you gave me have led to some more problems/questions:
If I try to adapt your script (simply changing to a Slice or Threshold I use,
and setting [\'PRES\'] to, in my case,
I am prototyping an AMR output, using programmable source.
having trouble setting up the GhostArray. The following returns None:
grid0 = vtk.vtkUniformGrid() grid0.GenerateGhostArray(exts, True)
ga = grid0.GetCellGhostArray()
I am setting it this way instead of using vtkAMRBox because my
Dear mailing list members,
I'm trying to write a simple pvpython script that merely takes a screen shot of
a loaded PVSM:
https://github.com/romangrothausmann/ParaView_scripts/blob/master/render-view.py
However, even if a voxel dataset is displayed as a volume when loaded in PV GUI,
it does
As per title, when I build from source I configure CMake to use the path to the
include file. This path is not propagated to the Wrapping/ClientServer
directory, where the build fails complaining about the fact that it can’t find
the included header cgnslib.h
I don’t know how to fix this, so
Islem,
There are likely two steps:
1). Threshold your volume to identify only the water-containing cells.
It looks like you have a way to do this already?
2). Compute the volumes of the water-containing cells and summing them up.
You can use the Threshold filter to do number 1 if you have a
Hi Islem,
This is the place to ask ParaView questions! There is some activity on
StackOverflow, but most people ask questions on this mailing list.
Could you clarify what you want to compute? Do you just want to subset
a volume mesh and display the results over time? Do you want to
compute one
Hello,
I am new to paraview, and I didn't find a forum under paraview website to ask
my question.My question is is there any filter in paraview that lets to compute
the evolution of a quantity within a specific volume of the mesh.
Regards,Islem___
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