2008/10/31 David E DeMarle <[EMAIL PROTECTED]>:
> This is what I meant:
>
> 1) load the vtk file
> ParaView now makes a pipeline that looks like this
>
> FileReader->Data
>
> And the data is like so (just a list of points in space):
> x1,y1,z1:
> x2,y2,z2:
> ...
>
> 2) Apply the Calculator Filt
This is what I meant:
1) load the vtk file
ParaView now makes a pipeline that looks like this
FileReader->Data
And the data is like so (just a list of points in space):
x1,y1,z1:
x2,y2,z2:
...
2) Apply the Calculator Filter to add a constant valued point
associated array to the data.
Now
Hello,
I installed from source version 3.4.2. Now I can follow your procedure.
I generated the new vtk file (saved as ascii), but it is definitely
different from what I started from:
# vtk DataFile Version 3.0
vtk output
ASCII
DATASET POLYDATA
POINTS 25 float
64.3441 20.798 26.378 64.3441 20.7
2008/10/30 David E DeMarle <[EMAIL PROTECTED]>:
>> Alright, we'll get to the bottom of this.
>> This is a list of what I do (which is clearly NOT working).
>> (1) open the .VTK file I emailed you.
>> (2)click apply
>> (3) I cannot select the calculator filter right now in the GUI hence
>
> I can no
> Alright, we'll get to the bottom of this.
> This is a list of what I do (which is clearly NOT working).
> (1) open the .VTK file I emailed you.
> (2)click apply
> (3) I cannot select the calculator filter right now in the GUI hence
I can not replicate that problem. As soon as I hit apply the
cal
> Try this: in the GUI filter the source or readers output through a
> calculator filter to add an array with a constant value. Then apply
> the Glyph filter and scale by the new array. Now save the output of
> the calculator as a VTK file and compare it with the original.
Alright, we'll get to th
On Thu, Oct 30, 2008 at 1:22 PM, Lorenzo Isella
<[EMAIL PROTECTED]> wrote:
> 2008/10/30 David E DeMarle <[EMAIL PROTECTED]>:
>> You can manually change the glyphs shape and size. It has some default
>> size which is probably not working well with your data.
>
> Hello,
> I attach the visualization o
You can manually change the glyphs shape and size. It has some default
size which is probably not working well with your data. You can also
supply values with each point and have the glyphs shaped and oriented
according the the values.
On Thu, Oct 30, 2008 at 1:07 PM, David E DeMarle
<[EMAIL PROTE
On Thu, Oct 30, 2008 at 12:50 PM, Lorenzo Isella
<[EMAIL PROTECTED]> wrote:
> Hello,
> Sorry for coming back to this topic again.
> I applied your suggestion to the example case and, as far as I can
> say, it works.
> However, when applied to another case (this time with 5000 particles),
> the resu
Argh, copy paste skipped the trailing "." in the url I sent out before.
http://www.paraview.org/Wiki/Here_are_some_more_examples_of_simple_ParaView_3_python_filters.
Go to the paraview wiki, click on Python Programmable Filter, click on
"Here are some more examples of simple ParaView 3 python fil
Or, try out the example of a python programmable reader that I've just
posted to the wiki.
http://www.paraview.org/Wiki/Here_are_some_more_examples_of_simple_ParaView_3_python_filters.
To use it, open up Source->Programmable Source, set the output type to
Poly Data, paste in the text, correct the
To be honest, ParaView doesn't make loading in a simple list of coordinates
as easy as it should. It's something we will be working on in the near
future (e.g. bug #5016, http://www.paraview.org/Bug/view.php?id=5016).
However, it is still possible to do what you want, it just takes a few more
step
Dear All,
I am a complete newbie in visualization, so an apology in advance is
what I ask will sound trivial.
I am browsing several Paraview tutorials, but I am missing out what I
really need.
Right now, I do NOT need e.g. to plot a temperature field on a metal
slab with a non-trivial geometry. Rat
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