On Oct 29, 2013 1:26 AM, "Pavan Ghatty" wrote:
>
> Now /afterok/ might not work since technically the job is killed due to
> walltime limits - making it not ok.
Hence use -maxh!
Mark
> So I suppose /afterany/ is a better
> option. But I do appreciate your warning about spamming the queue and ye
On 10/29/13 2:21 AM, Neha Gandhi wrote:
Dear Users,
I have a system consisting of peptides and a linear carbohydrate.
Initially I tried to simulate these peptides using virtual sites and
it worked. I can use pdb2gmx for building virtual sites on protein
whereas I have an itp file for the carbo
Hi GMX Users,
I am using Gromacs (Version 4.5.5) to do constant-force pulling of
ubiquitin and it's a implicit model. My mdp file for pulling is shown as
following.
integrator = md
dt = 0.001; ps !
nsteps = 50 ; total 500 ps.
nstxout
Dear Mark
Very thanks for your reply
> To make this clear, center the trajectory on the water and watch the
> time evolution in some visualization program.
I did your suggestion (center the trajectory on the water). Again, drug
molecule is in region (1)in some frames and is in region (4) in othe
Hi GMX Users,
I am using Gromacs (Version 4.5.5) to do constant-force pulling of ubiquitin
and it's a implicit model. My mdp file for pulling is shown as following.
integrator = md
dt = 0.001; ps !
nsteps = 50 ; total 500 ps.
nstxout
On Tue, Oct 29, 2013 at 5:02 PM, shahab shariati
wrote:
> Dear Mark
>
> Very thanks for your reply
>
> > To make this clear, center the trajectory on the water and watch the
> > time evolution in some visualization program.
>
> I did your suggestion (center the trajectory on the water). Again, dru
You want to switch to sd instead of md.
> On Oct 29, 2013, at 17:43, Vivian wrote:
>
> Hi GMX Users,
>
> I am using Gromacs (Version 4.5.5) to do constant-force pulling of ubiquitin
> and it's a implicit model. My mdp file for pulling is shown as following.
>
> integrator = md
>
Hello gromacs users,
I´m currently tring to calculate S2 order parameters for comparison with
nmr data and other simulations.
When i try the command for the NH vector:
g_rotacf -s ../protein.tpr -d -P 2 -n nh.ndx -f ../protein_fit.xtc -w
-noaver
It gives me the only half of the residues (NH vecto
On Tue, Oct 29, 2013 at 2:21 AM, Neha Gandhi wrote:
> Dear Users,
>
> I have a system consisting of peptides and a linear carbohydrate.
> Initially I tried to simulate these peptides using virtual sites and
> it worked. I can use pdb2gmx for building virtual sites on protein
> whereas I have an i
I dont know how well v-rescale works with pulling. It could be after removing some restraints it still had not reached a good equilibrium (ie let it run a while/nanosecound or 5, before pulling it), or maybe generating velocities on start causes more caos than the proteins or system can handle, s
Greeting
I'm working on a MD of a ligand-protein complex during 40 ns
i want to analyses ligand-protein interaction hydrogen bonds
My first question :
Should i analyses a minimized frame from clustering of the trajectory
or should i analyses hydrogen bond occupancy over trajectory ?
My
On 10/29/13 12:02 PM, shahab shariati wrote:
Dear Mark
Very thanks for your reply
To make this clear, center the trajectory on the water and watch the
time evolution in some visualization program.
I did your suggestion (center the trajectory on the water). Again, drug
molecule is in region
On 10/29/13 4:02 PM, Tiago Gomes wrote:
Hello gromacs users,
I´m currently tring to calculate S2 order parameters for comparison with
nmr data and other simulations.
When i try the command for the NH vector:
g_rotacf -s ../protein.tpr -d -P 2 -n nh.ndx -f ../protein_fit.xtc -w
-noaver
It give
On 10/29/13 5:46 PM, larif sofiene wrote:
Greeting
I'm working on a MD of a ligand-protein complex during 40 ns
i want to analyses ligand-protein interaction hydrogen bonds
My first question :
Should i analyses a minimized frame from clustering of the trajectory
or should i analyse
Hi,everyone, I'm a newcomer, i want to simulate partially hydrolized
polyacrylamide in solutions,please give me some suggestions,how to build the
polymer pdb structure and how to opitimize the structure, thank U!
Qu Guangmiao
qugm...@126.com--
gmx-users mailing listgmx-users@gromacs.org
Just want this to make another pass, just in case those in the know missed it.
Using couple-intrmol = yes the resulting dH/dl plot actually looks like that at
lamba = 1 it is actually equal to couple-intramol = no with lambda = 0.
Should that be the case?
Catch ya,
Dr. Dallas Warren
Drug Deliv
I think the grammar got a little garbled there, so I'm not sure quite
what you are claiming.
One important thing to remember; 1-4 interactions are treated as
bonded interactions right now FOR COUPLE intramol (not for lambda
dependence of the potential energy function), so whether
couple-intramol i
17 matches
Mail list logo