On Mon, Mar 9, 2015 at 12:54 PM, Ondřej Čertík wrote:
> Hi,
>
> I have a working version using git
> f7aac037722d9d13b75d9fdb15a1053c0874c6c6. I kept the same versions of
> all the external dependencies (boost, png, qt, zlib, bzip2, gdal,
> hdf5, mpi, netcdf4, netcdf4cpp, freetype, python, numpy,
I believe my thoughts below were wrong. Ignore them.
Could you give us a trivial dataset that shows this issue?
Thanks,
Alan
-Original Message-
From: Gaspare Argento [mailto:gaspare.arge...@gmail.com]
Sent: Friday, March 06, 2015 12:47 AM
To: Scott, W Alan
Cc: paraview@paraview.org
Su
Hi,
I get a segfault with the git version
f7aac037722d9d13b75d9fdb15a1053c0874c6c6. Here is a minimal set of
steps to reproduce:
$ wget -O mug.e
https://github.com/idaholab/moose/blob/devel/examples/ex01_inputfile/mug.e?raw=true
$ paraview mug.e
Click "Apply"
Click "View -> Multi-block Inspector
Hi,
I have a working version using git
f7aac037722d9d13b75d9fdb15a1053c0874c6c6. I kept the same versions of
all the external dependencies (boost, png, qt, zlib, bzip2, gdal,
hdf5, mpi, netcdf4, netcdf4cpp, freetype, python, numpy, matplotlib,
libxml2, mesa), but upgraded to the latest git master
Stephen,
The CSV writer should write out all the points. I tried repeating your
instructions with ParaView 4.3.1 using both the Cylinder source and the
disk_out_ref dataset to write out data for a hollow cylinder source to a
csv file and it looks like it works fine. I can only think of the most
ba
I have a cylinder ( a circle in the x-y plane, z is the span direction).
I do:
- extract surface
- connectivity
- threshold (defines the surface of the cylinder)
The result is the circle shown in that attached figure.
I want to write the circle values to a file so I save the data.
The problem i
Thank you for your suggestions! Still: No matter which one I choose, I
would have to edit every new set of files, before I can load it into
ParaView.
I have now set up a (very small) pvypthon module vtuseries.py, which
looks like this:
import os,glob
import paraview.simple as pv
def load(d
