Hi everyone,
I'm using PavaView rendering a dataset which contains 5,000,000 particles. The
output file of each single time step is about 172 MB in size. It takes about
100 seconds to render 9 time steps' data when using a single process,and I
think it is large enough to take the advantage
If you want the seeds to move my suggestion would be to use a programmable
source that generates those seeds and then use the Stream Tracer With
Custom Source filter. This does require knowing the how the seeds change
with time a priori. If you want the seeds to advect with the flow you could
try
Jan,
This will straddle the boundary of ParaView and Plasma Physics: first, this is
a good lesson in the non-reality of the “frozen-in” condition for field lines –
they are just integral lines and something to always keep in mind; second, I
think you would have to specify your own list of seed
Burlen,
See Qt dependencies changes documented here:
http://www.paraview.org/ParaView3/Doc/Nightly/www/cxx-doc/MajorAPIChanges.html
include(ParaViewQt) # generally not needed, since auto-included
pv_find_package_qt(qt_targets
QT4_COMPONENTS QtGui
QT5_COMPONENTS Widgets)
Jan,
Do you have a sample dataset to share? It'll be easier for me to try a few
things locally before suggesting what could work.
Utkarsh
On Wed, Dec 21, 2016 at 3:55 PM, Jan Deca wrote:
> Hello,
>
> I am running simulations of magnetized plasma flow through a computational
I have a question, which is probably related to my lack of experience
with git:
https://gitlab.kitware.com/paraview/common-superbuild/blob/master/versions.cmake
contains the line
set(qt5_ver "${qt5_ver_series}.1")
However, when I follow