Hi,
Ubuntu has also gromacs-mpich and gromacs-openmpi which contain mdrun_mpi to
run in parallel.
Roland
On Sat, Feb 27, 2010 at 1:53 PM, Maurício Menegatti Rigo <
mauriciomr1...@gmail.com> wrote:
> Hi Roland,
>
> thanks for your answer. Actually, I installed the GROMACS from Synaptic
> package
Hi Roland,
thanks for your answer. Actually, I installed the GROMACS from Synaptic
package manager. I dont know if the manager compile with the "--enable-mpi"
option. I'll try to reinstall with this option and see what happens.
Thank you very much!!
--
gmx-users mailing listgmx-users@gromacs
Hi,
this happens if the mdrun hasn't been compiled with "configure
--enable-mpi".
Roland
On Sat, Feb 27, 2010 at 1:04 PM, Maurício Menegatti Rigo <
mauriciomr1...@gmail.com> wrote:
> Hi,
>
> I'm facing a problem where the GROMACS can't distribute the job that I send
> between the 8 nodes of my
Hi,
I'm facing a problem where the GROMACS can't distribute the job that I send
between the 8 nodes of my computer (i7 920). Actually, when I send the job
with the command line "mpirun -np 8 mdrun (...)" each CPU receive the
information and perform the job by itself, without distribution. Someone
On 27/02/2010 7:31 PM, Ramachandran G wrote:
Dear Dr. van der Spoel:
Thanks for the clarification in your reply. One more thing I was just
curious is that, for C(t) = < f(x).f(x+t) >,
what is the default value for t, which is often called "correlation
time", in gromacs for correlation function c
On 2010-02-27 09.31, Ramachandran G wrote:
Dear Dr. van der Spoel:
Thanks for the clarification in your reply. One more thing I was just
curious is that, for C(t) = < f(x).f(x+t) >,
what is the default value for t, which is often called "correlation
time", in gromacs for correlation function cal
Dear Dr. van der Spoel:
Thanks for the clarification in your reply. One more thing I was just
curious is that, for C(t) = < f(x).f(x+t) >,
what is the default value for t, which is often called "correlation time",
in gromacs for correlation function calculation, especially in "g_hbond",
and/or is
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