Hadrien,
I’m not sure what you mean by the “area” of points. As I’m sure you know,
particles are 0D elements and themselves have no area to speak of. As you said,
you can use the glyph operation to create a surface around each point, but the
surface area in that case is simply the surface area
When you close the mailing lists, would it be possible to set it up so that
anyone who attempts to email to those addresses gets an email back with a clear
message about the mailing lists being closed down and instructions on posting
to discourse?
-Ken
-Original Message-
From:
Umit,
I took a look at your data, and the warp by vector filter is behaving exactly
how I would expect.
The displacement field in your data is 0 everywhere except at the top edge.
Thus, when you apply the warp the top edge will move and everything else will
stay fixed where it is. In the
A,
ParaView won’t recognize a column in a table as time. If you instead write out
your data as a series of csv files, ParaView will treat each file as a time
step and animate through them. So, if you re-write your data in multiple csv
files, things get much easier in ParaView.
If you don’t
The NetCDF Generic/CF reader has an option named “Output Type” that you can use
to force the output to a vtkImageData. Then Cory’s original programmable filter
will work, and you won’t have to deal with the coordinates.
-Ken
From: ParaView on behalf of
Dennis,
Yes, this cat has a zipper that allows it's skin to come right off. (Maybe I
took that "skin the cat" metaphor a bit too far.)
Anyway, just run the Extract Surface filter. After that you can run the
Generate Surface Normals filter.
-Ken
From: ParaView
Sorry for the spam, but we have had many great entries using ParaView to create
excellent HPC visualizations, and I though some ParaView users would like this
opportunity to showcase your work. As an added bonus, this year accepted
entries will get a publication in the Parallel Computing
In order for this to work, your CSV file has to contain columns for both the
spatial position AND the vectors you want to visualize. It looks like the csv
file you are creating is actually only writing out the vector field. To get
this to work, your gen_sally function should fill a second array
Hassan,
If you are interested in learning how to use ParaView for post processing, I
recommend starting with the ParaView Tutorial
(https://www.paraview.org/Wiki/The_ParaView_Tutorial). The tutorial does not
talk about SU2 specifically, but it teaches basic techniques for visualization,
Thomas,
I think a better approach to what you are doing is to use the Glyph filter on
your streamlines instead of the Tubes filter. After you create your
streamlines, perform the following steps.
1. With the stream tracer selected in the pipeline browser, add the glyph
filter (it’s icon
Mohammed,
The answer to your question depends on a lot of things.
Depending on your simulation, it might be easiest if the simulation itself
detected when a particle exits the pipe. It is, after all, the thing tracking
the particles to begin with. From there it could output its count in a csv
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