Hi Andy,
I have succeeded in getting it to work by starting a pvserver process on
every node alongside with the simulation instead of just one pvserver on
the login node. I then have a ssh tunnel from the worker nodes to the
login node, and from the login node to my local computer. This appears
Hi,
I have indeed run into the problem with Could not receive tag. 1. In
my case I had to make sure that the client and server versions were
exactly the same. When connecting, the vtkSocketCommunicators on client
and server exchange a version hash that must match. This hash is
generated while
I haven't used the examples, so I'm afraid I can't help a lot there.
On 05/20/2015 09:47 AM, Ufuk Utku Turuncoglu (BE) wrote:
Hi Timo,
Thanks for your help. Actually, to keep it simple, i am using my laptop
for both server and client. So, i think there is no need to open ssh
tunnel in this
Hi Timo,
Thanks for your help. Actually, to keep it simple, i am using my laptop
for both server and client. So, i think there is no need to open ssh
tunnel in this case and also hash will not be an issue.
Steps:
1 - installed Paraview 4.3.1 source under Mac OS 10.10 by enabling
Python +
Hi Timo,
Have you ever tried to test Catalyst examples in your case.
https://github.com/Kitware/ParaViewCatalystExampleCode
I am also trying to run Catalyst examples but i could not. In my case, i
am able to install Paraview (4.3.1) from source under Mac OS 10.10 and the
Catalys examples but
Hi all,
in an effort to enable live visualization of our simulation code, I have
written a Catalyst adaptor for it. The live visualization is working
great when the ParaView client runs on the same machine as the
simulation, even when the simulation runs in parallel using mpi.
Now I want to do
