dear John,
from the mathematical point of view:
a) File 1 has a very small extent in y direction. That makes it
different from File 2.
b) The disp_Magnitude looks correct, the max value 0.1 comes from the
lower disp_z value (|-0.1|=0.1). Both files.
c) The error message from log scale is
IMHO, the issue is that you need to tell the NVIDIA driver that a screen will
be connected at any time to the GPU, but you need to supply the driver with the
screen data via a custom EDID file, like so in your xorg.conf file:
Section Device
Identifier Device0
[...]
Option
-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
Thanks but... K20x are only a cuda card, no graphics support.
info from :
http://comments.gmane.org/gmane.comp.video.opengl.virtualgl.user/1003
End of History
Felipe
Le 08/07/2014 08:37, Albina, Frank a écrit :
IMHO, the issue is that you
Oh that's actually not true for the full k20 series.
the k20m (server modules) should support switching, the k20c
(workstations) might not.
https://devtalk.nvidia.com/default/topic/528048/k20-gpu-operation-mode-support/
https://devtalk.nvidia.com/default/topic/534299/tesla-k20c-or-k20m-/
Hi,
is the Button for changing lightning, Edit View Options, in the
Render View gone in the current master (g5493984) ?
The 4.1 release still has that option.
Best,
Axel
smime.p7s
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Yes, Edit View Options is gone. You can still change the lights from
the Properties Panel. It's an advanced property, so make sure you
have the gear toggled.
Check these posts out:
http://www.kitware.com/blog/home/post/621
http://www.kitware.com/blog/home/post/673
Thanks Dieter for your quick response.
Quite literally about a minute after I sent out the email to paraview.org,
I figured out what was going wrong. This was after about a week of fiddling
with it. The problem was actually not within ParaView but I had set an
option in my time independent mesh
Two questions from a user. I don't yet know if the user is using ParaView
remote server. I know that we have number 1) being implemented, but is there
any other way to do it? Any ideas on 2)?
Thanks,
Alan
1) I want to calculate the average nodal velocity for nodes in a
particular
It would be good to have some more clear mathematical definition of (2). I
am assuming it involves some sort of integration but it is not clear.
On Tue, Jul 8, 2014 at 5:45 PM, Scott, W Alan wasc...@sandia.gov wrote:
Two questions from a user. I don’t yet know if the user is using
ParaView
From my user:
Alan,
I am not sure I have a good answer. Let’s say we have a block of elements
moving through space that represent some component. That component is
translating and rotating as a rigid body (or flexible/deformable body). I want
to be able to calculate in paraview the rigid body
I've never done this, and maybe there is an existing established way to do it,
but a simple Google search did not reveal it. Here is what I think from my
understanding of the movement of rigid bodies.
First, the rotation only makes sense around some fixed point. For example,
OpenGL defines all
2) I want to calculate the rotational velocities of a component (block
of elements) in paraview using the nodal translational velocities. How do I
do that?
It would be good to have some more clear mathematical definition of (2). I am
assuming it involves some sort of integration but
I've never done this, and maybe there is an existing established way to do
it, but a simple Google search did not reveal it.
The proper Google search phrase to find mechanical engineering sites is
instant center of rotation. Most of them deal with 2-D though, as that's
what's covered in
Hi,
I'm pretty new in paraview python scripting and I'm trying my hand on an
example to IntegrateVariables along a slice (plane). However, I don't know
how to extract the results of the Integrate pipeline as when I ask to
print, all I get is a memory address. Below is a snapshot of my s=python
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