Hi all,
the data files
https://www.paraview.org/paraview-downloads/download.php?submit=Download=v5.4=binary=Sources=ParaViewData-v5.4.1.tar.gz
e.g. have a confusing file naming :(
What's the intention for this? Thus I could hardly identify the wanted file :[
Many thanks for an explanation
Hello,
I am trying to code a tool to send live data from a simulation to
paraview. I build my paraview with the latest superbuild and with system
python (3.4m). Then I tried to run the "PythonFullExample". After
un-commenting line 25 in fedriver.py:
coprocessor.addscript("cpscript.py")
the
Hello,
I am having issues with a new installation of Paraview on a Debian computer. I
have loaded the SurfaceLIC plugin and open a vti file. When I select the
SurfaceLIC representation Paraview crashes with the following output on the
command line:
$ paraview
Generic Warning: In
Hi Simon,
I'm confused a to where the data is being sent from and to. If it's from
the simulation and to the adaptor then all of that would get done before
Catalyst would ever see it. If it's from the adaptor to Catalyst or to the
PV GUI through the Live connection you'll probably want to look at
Thank you very much, it works now.
Since I am getting the initial data via http and process it manually, is
there a way to "directly" open a connection and send data? I think the
coprocessor structure is not suitable for my case. Something like:
con = openConnection()
con.sendData(data)
Thank you very much for your explanations and suggestions. Responses
interspersed below.
On 2/5/2018 4:57 PM, Moreland, Kenneth wrote:
Jeremias,
When you set a radius and number of points in the probe filter, then the filter
will randomly sample the volume within the defined sphere the
As far as I know, there is no way to get the probe filter to get all points
within a radius as you describe. You may instead consider the Point Data to
Cell Data Filter. That will for each cell take the values of all attached
points and average them.
The point volume interpolator filter will
In cpscript.py you will need to change the following line:
coprocessor.EnableLiveVisualization(False, 1)
to:
coprocessor.EnableLiveVisualization(True, 1)
As for building VTK objects through the Python API, the VTK Examples at
https://lorensen.github.io/VTKExamples/site/Python/ should have
