Hi!
Now I've successfully compiled ParaView 3.8.0, but executing ./paraview, I see
that ParaView tries to start up, but exits with a segmentation fault. It seems
to me, that some library it is linked to is missing, but how can I find out
which one it is?
Thanks a lot,
Natalie
Try ldd paraview
===
Adriano Gagliardi MEng PhD
Business Sector Leader
Computational Aerodynamics
Aircraft Research Association Ltd.
Manton Lane
Bedford
Tel: 01234 32 4644
E-mail: agaglia...@ara.co.uk
Url: www.ara.co.uk
_
From: paraview-boun...@par
From: natalieh...@hotmail.com
To: agaglia...@ara.co.uk
Subject: RE: [Paraview] problems starting paraview
Date: Fri, 24 Sep 2010 10:54:09 +0200
Sorry. I always click on "Anwer".
I did - that's what it says:
linux-vdso.so.1 => (0x7fffd2fff000)
libQtHelp.so.4 => /usr/lib/qt
Good Morning,
I am trying to extract a disc on a surface, that would represent the
sensitive surface of a pressure sensor.
I tried to use the "Extract Cells by Region" filter, but the sensitive
surface could be, in some cases, smaller than the size of a cell. And in
these cases, this filter don't
I am unsure how best to do what I want to do which I shall now describe.
I have a Python program that reads in data in a format not supported by
ParaView (it actually reads from more than one file which contain
different sorts of data). It reformats the data and then writes it out
in VTK Legac
Hi,
I would like to be able to zoom during an animation using perspective
projection. I am doing everything via a Python script. For parallel
projection, the transformation is simple and one zooms just by changing a
constant factor, i.e., setting the CameraParallelScale variable, and the
camera do
I just saw what I wrote...in second and fourth paragraph, I mean
*perspective*, not parallel projection...
Milos
On Fri, Sep 24, 2010 at 11:47 AM, Milos Ilak wrote:
> Hi,
>
> I would like to be able to zoom during an animation using perspective
> projection. I am doing everything via a Python s
Hello David,
I am in the same situation.
Here is what I have done :
1. Create the reader in python, that works with pvpython, and returns (in
my case) a vtkMultiBlockDataSet
2. Then create a "MyReader.xml" file.
That calls a vtkPythonProgrammableFilter, in which I import my reader and
Hi,
To display ONE implicit function F(x,y,z)=0, I use vtksamplefunction,
as shown below. The output of vtkSampleFunction in ImageData format is
written to a file using vtkXMLImageDataWritter. How do I write MANY
implicit functions in one single file? Put them into cells of
unstructured grids?
While eating, I have thought of a feature that could be interesting :
A filter that would generate a certain number of points randomly placed on
the intersection of a surface, specified by the user, and a box or a sphere.
Do you have any suggestions in order to do this easily, using the existing
f
Hi,
If your mesh is structured, you can use the Extract Subset filter.
2010/9/24 Mubashir Ali
> Hi,
>
> I am new to paraview and i want to know how to extract wall boundary cells
> in paraview. I am simulating a 3D airfoil which specified as as wall
> boundary.
>
> I am using code saturne which
Try using the vtkAppendFilter to append all ths functions into a
single unstructured grid, and then write that output. BTW, since this
is a VTK question, it's best asked on the VTK users list and not
ParaView user's list.
Utkarsh
On Thu, Sep 23, 2010 at 7:28 PM, ChiaWeng Boon wrote:
> Hi,
>
> To
Hi everybody,
I would like to implement a filter to ParaView which calculates the radius of
curvature of streamlines.
I've browsed a little and found that there is already a curvature filter, which
calculates the Gaussian curvature and the mean curvature using vtkCurvatures.
This is nearly w
On Fri, Sep 24, 2010 at 9:31 AM, Natalie Happenhofer <
natalieh...@hotmail.com> wrote:
> Hi everybody,
>
> I would like to implement a filter to ParaView which calculates the radius
> of curvature of streamlines.
>
> I've browsed a little and found that there is already a curvature filter,
> whic
Hi everybody,
I begin with Paraview and I would like to have a variable input (like
the maximum temperature at each time step) for the isosurface into the
contour filter.
In this way, I created a programmable filter to get the maximum
temperature :
pdi = self.GetPolyDataInput()
pdo = self.G
Using the maximum value of any scalar field as the threshold for an isosurface
will always give a null object. In fact, the smallest isosurface you could ever
construct is a single triangle, intersecting 3 edges connecting one vertex
greater than your threshold, and three other vertices below y
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