Hi David and gmx-users,
Do you have some experience on BD using Gromacs.
I found the temperature set-up in the input must be
somewhere of half of the target temperature
(at least the output file showed like that). Other
things seem normal. Could you tell me more about this?
Thanks for your time.
Stephen M. Dutz wrote:
Hi all,
Will someone please explain to me why I am seeing the following... I am
running a protein/ lipid system with position restraints on the protein. I run
two identical runs except in one I have lincs-iter = 1 and the other I have
lincs-iter = 4. With lincs-iter
Hi all,
Will someone please explain to me why I am seeing the following... I am
running a protein/ lipid system with position restraints on the protein. I run
two identical runs except in one I have lincs-iter = 1 and the other I have
lincs-iter = 4. With lincs-iter = 1 I observe 26.0 hrs/ns
sudheer wrote:
hi gmx users
i have one doubt regarding pr.mdp file of protein.(my protein doesnt
contain any missing residues)
This protein i have taken after run it in amber. The steps i have done are
1) pdb2gmx conversion
2) Energy minimisation in vaccum
Now my doubt is whats the next step
sudheer wrote:
hi gmx users
i have one doubt regarding pr.mdp file of protein.(my protein doesnt
contain any missing residues)
This protein i have taken after run it in amber. The steps i have done are
1) pdb2gmx conversion
2) Energy minimisation in vaccum
Now my doubt is whats the next step
hi gmx users
i have one doubt regarding pr.mdp file of protein.(my protein doesnt contain
any missing residues)
This protein i have taken after run it in amber. The steps i have done are
1) pdb2gmx conversion
2) Energy minimisation in vaccum
Now my doubt is whats the next step ? directly i will
pragya chohan wrote:
I understood that it is a periodic boundry condition problem and used
trjconv. But it writes a trajectory file. How do I make a gro file to
input it into next run
Thanks I guess I was wrong. trjconv does write gro files.
In any case, working out
how to do the restart is
Hi Monika, Xavier,
You can't really judge a run from the rmsd ;)
g_rms and VMD should the exact same result. You might check the reference
> frame you use and make sure you fit your protein using the same set of
> atoms.
>
I concur, and Xavier, you hit the spot with referring to the reference
fr
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