Be sure to see http://wiki.gromacs.org/index.php/Average_Structure for
help interpreting results.
On Tue, Mar 18, 2008 at 2:16 AM, Ran Friedman <[EMAIL PROTECTED]> wrote:
> Dear Anna,
>
> Use make_ndx to create any group you find useful.
>
> Ran.
>
>
>
> Anna Marabotti wrote:
> > Dear gmx-user
Bob,
I don't believe that it is implemented. Developers: It probably should
be, since the other restraints can be perturbed.
In the interim, it's pretty straightforward to compute the dV/dlambda
for restraining from the restraint energy if you know the value of the
dihedral angle (which you can e
sudheer babu wrote:
Thanks for your reply,
I am mentioning commands, from crashing the simulation
1. tpbconv -f protein.trr -s protein.tpr -e protein.edr -n index.ndx
-o out.tpr
Look closely at the output here, and your original nstvout .mdp value.
Unless you wrote velocities every picosec
OZGE ENGIN wrote:
Hi David,
I did what you suggested but encountered with a problem similar to one encountered by tpbconv command.
I got the following error:
Reading frame 4 time 8000.000
WARNING: Incomplete frame: nr 40397 time 8079.4
--
Hi David,
I did what you suggested but encountered with a problem similar to one
encountered by tpbconv command.
I got the following error:
Reading frame 4 time 8000.000
WARNING: Incomplete frame: nr 40397 time 8079.4
---
Program grompp,
dear sudheer,
On Fri, 21 Mar 2008, Justin A. Lemkul wrote:
Quoting sudheer babu <[EMAIL PROTECTED]>:
Thanks for your reply,
I am mentioning commands, from crashing the simulation
1. tpbconv -f protein.trr -s protein.tpr -e protein.edr -n index.ndx -o
out.tpr
You didn't tell tpbconv how
Quoting sudheer babu <[EMAIL PROTECTED]>:
> Thanks for your reply,
> I am mentioning commands, from crashing the simulation
> 1. tpbconv -f protein.trr -s protein.tpr -e protein.edr -n index.ndx -o
> out.tpr
You didn't tell tpbconv how long to continue the simulation. Use tpbconv -until
1000
Thanks for your reply,
I am mentioning commands, from crashing the simulation
1. tpbconv -f protein.trr -s protein.tpr -e protein.edr -n index.ndx -o
out.tpr
2.mdrun -v -deffnm -o out.tpr
3.trjcat -f 633ps_pro.xtc 1ns_pro.xtc -settime -o
it asked time I mentioned 0 and 633, then it shown that
OZGE ENGIN wrote:
Thank you David, for your quick reply. However, I could not understand the reason why I have to turn on unconstrained_start option.
That is if you want to do a continuation simulation. If the continuity
is not an issue you can leave it off.
-Original Message-
From:
Quoting sudheer babu <[EMAIL PROTECTED]>:
> Hi all,
> I gave 1ns run production step without velocities in md.mdp file, in between
> my simulation crashed, so I used *tpbconv for continue that crashed run ,
> After finishing that I used *trjcat for catenation of my 2 simulation
> trajectory files,
You are experiencing problems because popc is not a protein and
pdb2gmx is currently only set up for proteins. More importantly, you
already have popc.itp so you don't need to run pdb2gmx on it.
I suggest that you read the manual more closely about setting up a
simulation and clarify your
Thank you David, for your quick reply. However, I could not understand the
reason why I have to turn on unconstrained_start option.
-Original Message-
From: David van der Spoel <[EMAIL PROTECTED]>
To: Discussion list for GROMACS users
Date: Fri, 21 Mar 2008 17:03:06 +0100
Subject: Re
Hi all,
I gave 1ns run production step without velocities in md.mdp file, in between
my simulation crashed, so I used *tpbconv for continue that crashed run ,
After finishing that I used *trjcat for catenation of my 2 simulation
trajectory files, its shown only 900ps trajectory files into trjout.xt
OZGE ENGIN wrote:
Hi all,
I am performing an 80-ns simulation. During the optimization of the parameters that were used in this run, I had performed some small test simulations, and used short frequency values to write the velocities. Unfortunately, I did not change this value into a bigger one
Hi all,
I am performing an 80-ns simulation. During the optimization of the parameters
that were used in this run, I had performed some small test simulations, and
used short frequency values to write the velocities. Unfortunately, I did not
change this value into a bigger one before starting t
Quoting Chiara Parravicini <[EMAIL PROTECTED]>:
> Thank you for your advice!
> I reformatted the ffG43a2x.hdb file, but now pdb2gmx is complaining about
> the ffG43a2x-n.tdb file, that is different from the ffG53a6 one, and
> probably it would complain also for ffG43a2x-c.tdb. Here, also the field
Thank you for your advice!
I reformatted the ffG43a2x.hdb file, but now pdb2gmx is complaining about
the ffG43a2x-n.tdb file, that is different from the ffG53a6 one, and
probably it would complain also for ffG43a2x-c.tdb. Here, also the fields
gd_* don't match. Is there the way to use the existing
Quoting Chiara Parravicini <[EMAIL PROTECTED]>:
> Dear gromacs users,
>
> I would like to perform simulations of a protein embedded in popc, using a
> force field of the gromos series and I downloaded popc.pdb, popc.itp,
> lipid.itpa and the force field ffG43a2x extended for lipids.
> Looking th
Dear gromacs users,
I would like to perform simulations of a protein embedded in popc, using a
force field of the gromos series and I downloaded popc.pdb, popc.itp,
lipid.itpa and the force field ffG43a2x extended for lipids.
Looking throughout the archive I found different suggestions, but none
pragya chohan wrote:
Hi users
Can you please tell me if in an anisotropic pressure coupling type the
diagonal pau_p should be 0 or not. And how it can affect our simulation.
What I mean is:
I have ref_p = 1.0 1.0 1.0 0 0 0
With that is it better to use tau_p= 1.0 1.0 1.0 0 0 0
or tau_p =1 1
Hi users
Can you please tell me if in an anisotropic pressure coupling type the diagonal
pau_p should be 0 or not. And how it can affect our simulation. What I mean is:
I have ref_p = 1.0 1.0 1.0 0 0 0
With that is it better to use tau_p= 1.0 1.0 1.0 0 0 0
or tau_p =1 1 1 1 1 1
and please tel
> Hi all,
> I am runnning system with 1ns NVT production step without velocities in
> md.mdp file, inbetween the simulation was crashed because power problem
> and
> I want continue the run from where it was stopped by using *tpbconv but it
> shown warning, fatal error and finally stopped without g
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