Hello everyone,
I'm trying to find a better way of demuxing REMD runs, I wrote a python
script to do this but it is very slow because it relies on system calls
to trjconv in order to read/write frames. I checked the documentation
and mailing lists, it seems that this should be possible using "t
Dear Gromacs users,
I am trying to run a steep minimization for a protein in a system
containing 15% TFE and 85% water. When I executed mdrun I obtained
the following message:
Variable ci has value -2147483648. It should have been within [ 0 .. 1728 ]
Please report this to the mailing list
> Hi,
>
> I wonder what is the point of posting this kind of messages to the list:
>
>>Yeah, that :-)
>>Mark
The point of my email was to acknowledge the error I made in confusing
tau_p for ref_p, which Tserk was gently correcting.
> Moreover, Mark, this issue is rather well explained in Berendse
> Dear gromacs users,
>
>
>
> I am running MD for a protein with 212 amino acid residues.
>
> When I run grompp (grompp -f pn_md.mdp -c pn_md.pdb -r pn_md.pdb -p pn.top
> -
> o pn_md.tpr ) for the final product MD, I receive the following error
> message.
>
> I properly included sol and ion in the
Hi,
I wonder what is the point of posting this kind of messages to the list:
Yeah, that :-)
Mark
Moreover, Mark, this issue is rather well explained in Berendsen's paper of
the 80`s (!!) and in the manual (p 24).
Regards.
Pedro.
___
gmx-users mail
Dear Prasad,
I did not follow the whole issue, but you could also exploit the fep code
for rotating around a bond. Just define in state A the dihedral potential
such that it has its minimum at, say, 30 deg, and in state B, the dihedral
has its minimum at, say, 150 deg. Then you do a slow growth sim
Chris Neale wrote:
Any projection date for a release? Of particular interest to me is
whether it is very likely to come out before Jan 1 2008.
I hope we can release it before summer, but it depends on what we decide
to put in it besides the new parallelization. Since it will be a major
upgrad
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