Dear gmx-users,
I have experienced the following problem with g_energy program. The problem is
the same for at least three versions (3.3.4, 4.0.7 and 4.5.1). When I
calculate pressure value (in NPT simulation) using g_energy I obtain the result
(average value plus errors, drift etc.) and the
Hi Alan,
On 9/14/10 3:21 PM, Alan wrote:
Hi there,
I am testing on a MBP 17 SL 10.6.4 64 bits and nvidia GeForce 9600M GT
So I got mdrun-gpu compiled and apparently running, but when I try to
run 'mdrun' to compare I have a segment fault.
Any other comments to the md.mdp and em.mdp are
Hi,
readers of this list who are interested in the simulation of membranes,
membrane proteins, micelles etc. might be interested in a new web site we
recently set up [1]:
http://lipidbook.bioch.ox.ac.uk
It is a public repository for force field parameters with a special emphasis on
Mikhail Stukan wrote:
Dear gmx-users,
I have experienced the following problem with g_energy program. The
problem is the same for at least three versions (3.3.4, 4.0.7 and
4.5.1). When I calculate pressure value (in NPT simulation) using
g_energy I obtain the result (average value
Hi Justin,
On 17/09/10 11:51, Justin A. Lemkul wrote:
Also in section 5.3 is the procedure for how to use REMD data, but I
don't think it will ever accomplish what you want. The input into WHAM
would be energies, not RMSD vs. R(g), as you initially stated as your
goal. You can easily build free
Dear Justin,
Thank you very much for your quick response, which put me on the right
track.
Of course, I have some more questions and comments.
1. Putting residues in .rtp means adding ACE to the peptide sequence.
This is not the CHARMM convention, where all blocking groups are handled
Krzysztof Kuczera wrote:
Dear Justin,
Thank you very much for your quick response, which put me on the right
track.
Of course, I have some more questions and comments.
1. Putting residues in .rtp means adding ACE to the peptide sequence.
This is not the CHARMM convention, where all
On 18/09/10 18:32, Justin A. Lemkul wrote:
Hi Justin,
On 17/09/10 11:51, Justin A. Lemkul wrote:
Also in section 5.3 is the procedure for how to use REMD data, but I
don't think it will ever accomplish what you want. The input into WHAM
would be energies, not RMSD vs. R(g), as you initially
Hi all,
This is just to announce the post doctoral positions available in the
University of Rochester, Rochester, NY, United States -
http://chem.chem.rochester.edu/~prezhdo_group/PostdocAnnouncement_Prezhdo.pdf
--
Dr. Vitaly V. Chaban
Department of Chemistry
University of Rochester
Rochester,
Hi,
I'm trying to do rerun on a trajectory which came from catting some gro
files of a metadynamics simulation. I simply did trjcat -f 1.gro 2.gro
3.gro -o all.xtc -cat
then I used this all.xtc for rerun.
the output COLVAR is written but only for one step, I did test on some
other trajectory
fahimeh baftizadeh wrote:
Hi,
I'm trying to do rerun on a trajectory which came from catting some gro
files of a metadynamics simulation. I simply did trjcat -f 1.gro 2.gro
3.gro -o all.xtc -cat
then I used this all.xtc for rerun.
the output COLVAR is written but only for one step, I did
Thank you Justin,
I used -settime option and set different starting time, at the end I check xtc
file with gmxcheck and the number of fram is ok.
But I still have the same problem, I copy what is inside the log file:
Step Time Lambda
0 0.0
fahimeh baftizadeh wrote:
Thank you Justin,
I used -settime option and set different starting time, at the end I
check xtc file with gmxcheck and the number of fram is ok.
But I still have the same problem, I copy what is inside the log file:
Step Time Lambda
On 9/10/10 Sep 10,2:40 PM, Eudes Fileti wrote:
Hi gmx-users
I finished a series of pulling runs using the periodic_direction option
and when I run the g_wham analysis I received the following message.
---
Program g_wham, VERSION 4.5
Source
14 matches
Mail list logo