On 16/03/2010 5:16 PM, shahab shariati wrote:
Hi gromacs users
After using g_covar for obtaining dynamic cross correlation map, how is
obtained cross-correlations as a function of interatomic distance?
Thank you so much for any help!
I'm not even sure whether "cross-correlations as a function
Hi gromacs users
After using g_covar for obtaining dynamic cross correlation map, how is
obtained cross-correlations as a function of interatomic distance?
Thank you so much for any help!
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Pleas
Gard Nelson wrote:
Hi all,
I'm trying to analyze a series of umbrella sampling windows, but I get
the following error:
Program g_wham, VERSION 4.0.7
Source code file: gmx_wham.c, line: 1397
Fatal error:
Found 1 pull groups in onePREP0.tpr,
but 1 data columns in onePREP0.xvg (expected 6)
m
Hi all,
I'm trying to analyze a series of umbrella sampling windows, but I get the
following error:
Program g_wham, VERSION 4.0.7
Source code file: gmx_wham.c, line: 1397
Fatal error:
Found 1 pull groups in onePREP0.tpr,
but 1 data columns in onePREP0.xvg (expected 6)
my .mdp file is:
title
Hi All,
Does anyone have force field and topology of SiO2 that I can look at ?
Or are they available in some crystal data bank ?
Thanks in advance for the help !
- Rohit
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Dear Bin,
I think that you are getting confused here between different
publications. It was the Lindahl, E., and O. Edholm. 2000. paper that
you quote below, but recall that they had no protein in that work so
manipulations of fudgeQQ would have been available to them.
The HEDP method is
Hi,
Yes, I implemented it in git master.
Berk
> From: schn...@uni-heidelberg.de
> Date: Mon, 15 Mar 2010 14:52:38 +0100
> To: gmx-users@gromacs.org
> Subject: [gmx-users] test particle insertion with PME
>
> Hi all,
>
> has the combination of tpi (test particle insertion) and PME (particle
Hi all,
has the combination of tpi (test particle insertion) and PME (particle
mesh Ewald) already been implemented into any GROMACS version?
Eamnuel
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On 16/03/2010 12:28 AM, Carla Jamous wrote:
Hi everyone,
Please I made an error during my simulation:
I ran my simulation in the following way for many steps:
grompp -v -f md.mdp -c ax.pdb -t bx.trr -e dx.edr -o ex.tpr -p fx.top
mdrun -v -s ex.tpr -o gx.trr -c hx.pdb -x ix.xtc -e md.edr -g md.log
Carla Jamous wrote:
Hi everyone,
Please I made an error during my simulation:
I ran my simulation in the following way for many steps:
grompp -v -f md.mdp -c ax.pdb -t bx.trr -e dx.edr -o ex.tpr -p fx.top
mdrun -v -s ex.tpr -o gx.trr -c hx.pdb -x ix.xtc -e md.edr -g md.log
But in my em.mdp,
I
Hi everyone,
Please I made an error during my simulation:
I ran my simulation in the following way for many steps:
grompp -v -f md.mdp -c ax.pdb -t bx.trr -e dx.edr -o ex.tpr -p fx.top
mdrun -v -s ex.tpr -o gx.trr -c hx.pdb -x ix.xtc -e md.edr -g md.log
But in my em.mdp,
I kept: gen_vel = yes
So
On Fri, Mar 12, 2010 at 10:06:53PM -0500, chris.ne...@utoronto.ca wrote:
>
> Note that the "Berger" lipids were in fact developed by many people
> and they have come to be named by only one of the contributors. The
> reference that I use for my 1/8 scaling of the LJ 1-4 is:
>
> Lindahl, E., and O
On 15/03/2010 6:45 PM, Andrei Neamtu wrote:
Dear Mark,
Thank you very much for your response.
What I meant was to obtain a RMSF plot form PDB mediated on each
residue and to compare with a RMSF plot mediated on each residue
obtained from a MD trajectory.
I do not compare a frame from PDB with a
Hi Andrei,
You can do it this way. But do mind that the ensemble from NMR is not
meant to reflect the Boltzmann distribution. Rather it is meant to
provide a number of plausible solutions given the (positive)
restraints from the experiments and the force field used for the
refinement. This means t
Dear Mark,
Thank you very much for your response.
What I meant was to obtain a RMSF plot form PDB mediated on each
residue and to compare with a RMSF plot mediated on each residue
obtained from a MD trajectory.
I do not compare a frame from PDB with a frame from MD trajectory.
So, in the PDB file
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