Dear all,
I have downloaded from the paraview.org the latest binaries for Linux of
ParaView v5.1.2. My main purpose is to make use of ParaView with software
rendering in a clustered environment without GPU and, as such, I have been
going through my small benchmark on a generic F1 car.
This wha
Hi,
Is the benchmark available? Would be interested in looking at this if
possible to get example code.
Regards,
Benson
On 09/26/2016 11:55 AM, Albina, Frank wrote:
Dear all,
I have downloaded from the paraview.org the latest binaries for Linux
of ParaView v5.1.2. My main purpose is to
Dear all,
after having downloaded last week the latest ParaView release (v5.1.2) for
Linux, I have found out that the binary version has the following folder
structure in lib/paraview-5.1:
mesa-llvm
|-- libGL.so -> libGL.so.1
|-- libGL.so.1 -> libGL.so.1.5
|-- libGL.so.1.5
|-- libOSMesa.so -> lib
Benson,
do you need the data and the example code, or only the example code?
Frank.
From: Benson Muite [mailto:benson_mu...@yahoo.com]
Sent: Montag, 26. September 2016 11:17
To: Albina, Frank; paraview@paraview.org
Cc: Del Citto, Francesco
Subject: Re: [Paraview] Paraview v5.1.2: SurfaceLIC & so
Both would be great if possible.
On 09/26/2016 12:22 PM, Albina, Frank wrote:
Benson,
do you need the data and the example code, or only the example code?
Frank.
*From:*Benson Muite [mailto:benson_mu...@yahoo.com]
*Sent:* Montag, 26. September 2016 11:17
*To:* Albina, Frank; paraview@paravi
Hi Stefan,
If I understand your problem correctly, then you are looking for
polyhedral cells (i.e. N face cells, where each face is a M edge
polygon). Polyhedral cells are commonly used in Computational Fluid
Dynamics codes, as e.g. OpenFOAM, and VTK/ParaView support them already
for quite some t
Benson,
I won't be able to provide you with the dataset you are requesting since the IP
is protected. I might be able to provide it to Kitware for debugging purposes
with the condition of not distributing it to any third parties. However, I can
access your request to share the benchmarking code.
Hi,
I am trying to postprocess OpenFOAM results with paraview and export a
scene into x3d format.
OpenFOAM results are in remote server and I have to use paraview
client/server to work with them.
After reading the results with OpenFOAM reader and postprocessing them,
the scene is exported
Hi,
I want to visualize the gradient of a potential, calculated in 3D, on a slice,
with some coputours. My workflow is:
* Open dataset (vtu),
* apply "gradient of unstructured dataset" filter,
* apply calculator to compute the magnitude of the gradient,
* appl
Frank,
Will see if can generate an example data set, in case am able to do so,
can I redistribute the file (in particular would like to show several
students how some of these parallel computing packages are used in
industry)? Line 640 makes it difficult to re-distribute.
Benson
On 09/26/20
Do you have the Slice filter highlighted in the GUI when you save the data
set? That's the proper way to just save out the results from that filter
and not the others. Also, you can use the Pass Arrays filter to selectively
choose which arrays you want to pass through the pipeline.
On Mon, Sep 26,
I recommend the ParaView superbuild. All of the incantations that we use to
setup and build paraview, mesa and the rest of our dependencies are written
down and maintained there.
https://gitlab.kitware.com/paraview/paraview-superbuild
We've used it for our Desktop binaries for years, and more and
Hi David!
Thanks for the swift feedback. As I have been compiling ParaView from source
for at least the last 6 years, it never came to my mind trying out the
super-build. £
I’ll try it out and report if I find myself stuck.
By the way, which CMake version do you recommend for building ParaView
Benson,
if you re-distribute, please state in the code where this file originates from.
Talking about "parallel computing packages are used in industry", I would
really appreciate if this SurfaceLIC benchmark would become a standard
benchmark to measure rendering times across a variety of platfor
3.3
David E DeMarle
Kitware, Inc.
R&D Engineer
21 Corporate Drive
Clifton Park, NY 12065-8662
Phone: 518-881-4909
On Mon, Sep 26, 2016 at 9:42 AM, Albina, Frank <
frank.alb...@sauber-motorsport.com> wrote:
> Hi David!
>
>
>
> Thanks for the swift feedback. As I have been compiling ParaView from
Perfect!
Thanks.
Frank.
From: David E DeMarle [mailto:dave.dema...@kitware.com]
Sent: Montag, 26. September 2016 15:49
To: Albina, Frank
Cc: paraview@paraview.org; Del Citto, Francesco
Subject: Re: [Paraview] Building ParaView v5.1.2 on Linux from source with
support for GPU and SWR.
3.3
Davi
I think you need to adjust the "*Remote Render Threshold" *to "102400" so
the scene geometry (surface mesh) can be sent to the client (if the client
can handle it) and export again.
At that point the exporter should find some geometry to write.
On Mon, Sep 26, 2016 at 7:05 AM, SeongMo Yeon
wrote:
Hi Andy,
thank you for the quick reply!
When I highlight the slice filter, I can just save the slice indeed, so this
solves a part of my problem.
But I would also like to save the calculated gradient for the whole 3D dataset,
and cannot manage to do it the same way: If I highlight the calculato
Use the Pass Arrays filter to get avoid passing unwanted arrays through the
pipeline (i.e. after the gradient filter) and then save the output from the
Pass Arrays filter.
On Mon, Sep 26, 2016 at 12:08 PM, Zenker, Dr. Matthias <
matthias.zen...@erbe-med.com> wrote:
>
>
> Hi Andy,
>
>
>
> thank yo
Just as a follow-up, I will be leaving this survey open all week and stop
accepting responses on Friday, October 30.
--
Chuck Atkins
Staff R&D Engineer, Scientific Computing
Kitware, Inc.
On Fri, Sep 23, 2016 at 3:05 PM, Chuck Atkins
wrote:
> We're trying to identify where we may have
On Mon, Sep 26, 2016 at 14:01:38 -0400, Chuck Atkins wrote:
> Just as a follow-up, I will be leaving this survey open all week and stop
> accepting responses on Friday, October 30.
I assume you mean September 30?
--Ben
___
Powered by www.kitware.com
Vi
Hello Everyone,
I'm trying to save an animation of a finite element model that has large
deformation. The center of the deformed geometry changes quite a lot during the
simulation.
When I save the animation, I'm actually saving it as png's and combining them
afterwards in another tool. I can f
Hi, Ryan
You try the script as follows from [Tools]-[Python Shell] after
reading datasets into ParaView.
-save_screenshots.py-
from paraview.simple import *
# Change 10 to the amount of timesteps
for num in range(0,10):
print 'Save screenshot ' + str(num)
renderView1 = G
Hi Armin,
sounds thats the thing i searched for! Will check it out today and see
if it does the job. Is there a demo-xml file around with such polyhedral
cells?
Best regards and thank you,
Stefan
Hi Stefan,
If I understand your problem correctly, then you are looking for
polyhedral
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