Rephrasing my question:
Attached a tensorsTest.vtu file which contains
"positions"
"axesScales", "phiAndTheta" and orientationTensors.
So, how do I set superquadric glyph over this input data?
I would like to use something like
ParticleGlyph =
Dear Paraview users,
I am trying to use paraview simple via python shell.
Is it possible to pass superquadric source as a glyph?
For example:
ParticleGlyph = Glyph(Input=ParticleData_,GlyphType='Superquadric')
I am aware of the TensorGlyph, but it does not have access to properties such
Can anybody answer my question?
When Catalyst receives the next timestep update from some simulation every
few seconds or minutes, it sends its data to the pvserver process. The
pvserver somehow notifies the Paraview client, which will display the new
data.
If Utkarsh's comment is correct that no
Hi Sam,
Thanks for your reply. Please find the attached picture in which I use scale
10. I think not only the e44 is too big, but also the blue region is out of
boundary. Could you please tell me why?
Best,
Teng
Teng Li
Master Candidate in Structures
Department of Civil and Environmental
Teng--
In my experience, using the WARP filter with a scale value of 1.0 on the
displacement vector will give the actual distorted mesh at the time
step, or load step being examined by ParaView.
If you are seeing "mesh overlaps" with the WARP filter as described
above, then it is likely one
Hello, Kenichiro Yoshimi, and thanks for your help.
I tried the Smooth filter just now. It works, but it seems to be not
appropriate with very irregular point distributions. Things look only a bit
better with it.
I also tried this filter after Mask Points with Random sampling +
Randomized ID
Hi Andrew,
Would you try to apply the set of filters with Smooth, Subdivide and
Mask Points to a slice surface? The smoothing process helps to secure
an evenly distribution of points on a slice.
Thanks
2017-11-22 21:17 GMT+09:00 Andrew :
> Hello.
> Sorry for being so slow,