Hello,
the runtime of our cluster is unfortunately limited. Before mdrun is terminated
a USR1 signal is
send, but this doesn't cause mdrun to writeout the current frame. Therefore
most of the trajectory
is lost. I'd like to write a skrip which converts the USR1 sinal to some other
signal. The q
Thanks a lot! Sometimes it can be sooo easy
ciao
Jan Neumann
>> may I ask how do you get the potential energies from a
>> simulation? Is it possible to get continuous energy-time
>> graph for a system?
>>
>
> Use the script g_energy on the .edr file from the simulation.
>
> Catch ya,
>
Hi,
may I ask how do you get the potential energies from a simulation? Is it
possible to get continuous energy-time graph for a system?
thanks in advance
Jan Neumann
David Mobley schrieb:
> Maybe this is what someone is getting at in their answers, but you
> COULD sort of "invert" the problem: U
Hi Mark, hi Dallas,
I'll try your suggestion.
Thanks a lot!!
Jan
Mark Abraham schrieb:
> kobi wrote:
>> Hello,
>>
>> I have got a little Problem here. Since I added the option "-t
>> 2nd_equi.trr" to my grompp command to takeover all
>> veloci
Hello,
I have got a little Problem here. Since I added the option "-t 2nd_equi.trr" to
my grompp command to takeover all
velocities from my equillibrated state, my energy file (full.edr) is created,
but nothing is written to it any more.
Could anybody tell me what I did wrong?
My runs were abort
Oh, thanks for correction. I'm sorry I got the exact details wrong.
Didn't want to confuse anyone.
Jan
Mark Abraham schrieb:
> kobi wrote:
>> Hi Francisco
>>
>> If you intalled gromacs-mpi directly, then try to use just mdrun instead
>> of mdrun_mpi. Norm
Hi Francisco
If you intalled gromacs-mpi directly, then try to use just mdrun instead
of mdrun_mpi. Normally you only have a mdrun_mpi if the
singleprocessorversion was installed first and you only added the
multiprocessorversion afterwards.
ciao
Jan
Francisco Tufró schrieb:
> David, thanks for
Hello Bob,
have you tried to define the initial position of the AFM-tip? It needs
to be set to the position of the COM of the group you want to pull. try
and add
"afm_init1 = x y z"
(x y z = position where the afm should be) to your pull.ppa.
Otherwise your afmspring is extended from the begin
rature Coupling ist turne on (berendsen) and Pressure Coupling is
turend off. The size of the box is 4x5.8x10 nm.
thanks
Kobi
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