Hi David,
thank you for the correction. It should solve the problem. Without
increasing sub it will remain 0 and the Resize call does nothing.
A.
On Tue, Jan 10, 2017 at 10:20 PM, David E DeMarle
wrote:
> Thanks Allesandro.
>
> From your long message ;), I think
Thanks Allesandro.
>From your long message ;), I think that the fix then is to not overcount
the space taken for the polyhedral cells. https://gitlab.kitware.
com/vtk/vtk/merge_requests/2346
thoughts?
David E DeMarle
Kitware, Inc.
R Engineer
21 Corporate Drive
Clifton Park, NY 12065-8662
I've done some more debugging on this topic.
The problem is not related only to windows machines: the easy example that
I attached at the beginning of this post (polyhedron.xmf) seems to be
correctly opened on Linux machines, but if you try to reopen it several
times (for example using the new
On Thu, Dec 15, 2016 at 4:39 PM, David E DeMarle
wrote:
> fails on windows
some of the time. ;)
If you open it up with the spreadsheet view (so no rendering), you can see
that the cell connectivity array gets nonsense in it - some of the time.
When you then open a
Can confirm that it Alessangro's initial xdmf file fails on windows (crash
is in somewhere in the rendering stack - need a debug build to diagnose
further) but works OK on Linux.
Please submit an issue on the ParaView issue tracker.
David E DeMarle
Kitware, Inc.
R Engineer
21 Corporate Drive
Both the cases are ok on the Windows PC.
On Thu, Dec 1, 2016 at 6:19 PM, Armin Wehrfritz wrote:
> To follow up on this issue, I have done some more testing. From the link
> below you can find two datasets with polyhedral cells, where one is
> working just fine and the other
To follow up on this issue, I have done some more testing. From the link
below you can find two datasets with polyhedral cells, where one is
working just fine and the other one is crashing consistently when
opening it in ParaView 5.2.
The XDMF files are created form the respective .vtu files with
You're right: the polyhedral cells of the cube.vtu example do not guarantee
the planarity of faces, but this is a typical case of a polyhedral mesh
automatically generated starting from a tetrahedral one (this example has
been built using the Ansys-Fluent converter) and I think it's quite a usual
In attach you can find the output of the saving of the polyhedron.vtu
(saved.xmf and saved.h5) from the Windows machine.
OK, I tested the "saved.xmf" file and I can open it on my Linux machine
without issues. Also, I compared the files generated on windows and
linux machines, and the topology