Mark thanks for your reply and support . [?]
Regards
Lovika
On Sat, May 17, 2014 at 5:23 PM, Mark Abraham wrote:
> No, the .mdp file mostly describes your model physics (but there are some
> implementation details that affect parallelization in there).
>
> Your GROMACS CMake configuration, mdru
I can't help with the source code modification, and I am surprised that you
actually need 5 fs resolution, but if you are simply having trouble with disk
space, you could set up a loop inside your job script that (a) runs mdrun, (b)
extracts velocities, (c) makes a copy of the raw output, saving
On 5/17/14, 5:49 AM, Juan Munoz-Garcia wrote:
Dear Mark,
I’ve used numbers. Just indicated them as x_box/2, etc to be clearer.
There are two possibilities:
1. You built the system wrong and trjconv can't fix it. Without the full
sequence of commands used to build the system, no one can p
Hello,
I am calculating rotational and translational part of dipole moment. For
translational dipole moment I want to save the velocities each 5fs and for
rotational part I want to update trajectory each 2ps. I am running 30ns
simulation. The size of trajectory is big and simulation get crashed
be
No, the .mdp file mostly describes your model physics (but there are some
implementation details that affect parallelization in there).
Your GROMACS CMake configuration, mdrun command line and the attributes of
your hardware are the biggest factors that determine how mdrun will try to
parallelise.
Dear Mark,
I’ve used numbers. Just indicated them as x_box/2, etc to be clearer.
Juan C.
>
> Dear Justin,
>
> thank you. I’ve tried the following but neither of them worked, I get the
same result.
>
> trjconv -f input.gro -o output.gro -s .tpr -trans 0 0 z_box/2 -pbc mol
-ur compact
>
> trjcon
Thanks for quick reply Mark...what information you are asking for?Should I
search for this my .mdp file??
Thanks
Lovika
On Sat, May 17, 2014 at 11:35 AM, Mark Abraham wrote:
> Your simulation seems too small to parallelize in the way you/mdrun tried.
> But we need more information to be sure.