I normally run Paraview on my workstation with mpi support (14 cores). It's
been working fine like this for a year.
For some reason however, the debug/output messages windows dont work when
running in mpi (e.g. print "hello", returns nothing). But they do work when
I turn mpi off.
I recently
Hello,
I have some matlab files I’d like to get into PV. Initially, the data is quite
simple: sphere centers, radii, color attribute (a few 100K spheres). In the
past, I’ve manually converted the files into .vtk formats using Python w/ scipy
to load/parse the .mat files. But I’d like to avoid
Have you made cool visualizations with VTK or ParaView? Please submit them
to be featured on our websites!
Leading up to SC17, we will select visualizations to add to the homepage of
kitware.com. As a thank you, each person who submits a selected
visualization will receive a Kitware polo shirt.
Hi Seb,
Thanks for your help. I was indeed having the same behaviour no matter whether
I ran Visualizer by the command line. The problem was that my server had a
screensaver that when activated made it so that ParaViewWeb could only display
a black screen. So for future reference: if anyone
Thanks Louise for your feedback and glad you figure it out.
Seb
On Tue, Oct 10, 2017 at 8:21 AM, wrote:
> Hi Seb,
>
>
>
> Thanks for your help. I was indeed having the same behaviour no matter
> whether I ran Visualizer by the command line. The problem was that my
>
VTK OpenGL2 uses automatic data normalization (shift/scaling) to handle
large data ranges. So each mapper's data is rescaled/shifted to lie within
the 0.0 to 1.0 range and the camera matrix is modified to account for this.
All that is done in double precision but resulting in floating point data
Hi dear users,
My question would be about the best practice to animate mode shapes in
paraview. I have an initial shape of points (x,y,z coordinates) subjected to
different frequencies. There are 493 DoFs and 19 modes. What would be the best
way to animate it in paraview and which input file
Hello list,
I am using real (long - more than 7 digits) geographic coordinates in my
project. Unfortunately, with OpenGL 2 they cannot be visualised in ParaView. I
am therefore in need of the implementation of OpenGL 4 (or higher) in ParaView.
Is there already an ongoing project or can we join