Hi,
I have a capped peptide (ACE-ALA-NME) and now when i add the other
molecules through the command "gmx insert-molecules", the residue id of the
capped peptide, which was 1 as:
1ACECH3
1ACE HH31
1ACE HH32
1ACE HH33
1ACE C
1ACE O
1ALA N
Hello everyone
When I use xpm2ps in Gromacs 2018.3 and open .eps file, I see that a balck
line cover the numbers in y and x axis.
Any person can help me?!
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Hi,
On Wed, Nov 14, 2018 at 3:18 AM Sergio Perez wrote:
> Hello,
> First of all thanks for the help :)
> I don't necessarily need to run it with 100 processors, I just want to know
> how much I can reduce rcon taking into account the knowledge of my system
> without compromising the accuracy.
Hi,
I expect that that warning is fine (for now).
The error you saw is clear evidence of a bug. There's a few things you
might try to help narrow things down.
* Is the error reproducible on each run of mdrun?
* 2018.3 was not designed or tested on CUDA 10, which was released rather
later. If you
I forgot to add. While compiling gromacs I got following error at the very
beggining:
[ 3%] Built target gpu_utilstest_cuda
/usr/local/tmp/gromacs-2018.3/src/gromacs/gpu_utils/gpu_utils.cu: In function
?int do_sanity_checks(int, cudaDeviceProp*)?:
Mark,
Thank you. Then I have an issue I can not find a way to solve.
My MD using GPU fails at the very beginning while CPU-only MD runs no problem
with the same tpr file.
I can not find what "HtoD cudaMemcpyAsync failed: invalid argument" means.
Here is some diagnostics.
$ uname -a
Linux
On 11/14/18 5:28 AM, Gonzalez Fernandez, Cristina wrote:
Hi Justin,
I have taken a few days in answering you because I was trying to reduce the
discrepancies between the pressure I obtain after simulation and the one I set
in the .mdp file. However, I have no achieve very good results. As I
On 11/14/18 6:07 AM, Hanin Omar wrote:
Thank you Justin for your answer, i went back to my system and did all sort
of tests, and the system works fine without the RDC restraint. Since the RDC
values where used to generate the original pdb file of the protein i think the
strongest option
On 11/14/18 7:08 AM, Rahma Dahmani wrote:
Hi GMX users,
After running nvt equilibration, my ligand get out the box and before
proceeding to npt equilibration i want to know how to get (and keep if is
it possible) the ligand in water box* center* ?
There is no reason to do this. In a
Hi,
I don't know if there any way to keep ligand in the center of box but I
think you should apply the *position restraint* on the ligand in the
equilibrium process if you don't want the ligand move significantly
On Wed, Nov 14, 2018 at 1:08 PM Rahma Dahmani
wrote:
> Hi GMX users,
>
> After
Hi GMX users,
After running nvt equilibration, my ligand get out the box and before
proceeding to npt equilibration i want to know how to get (and keep if is
it possible) the ligand in water box* center* ?
Thank you !
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*Rahma Dahmani Doctorante en CHIMIE Unité de Recherche:
Thank you Justin for your answer, i went back to my system and did all sort of
tests, and the system works fine without the RDC restraint. Since the RDC
values where used to generate the original pdb file of the protein i think the
strongest option would be to say that i have an issue with the
Dear Justin
Thanks for your reply
Yes I edited the topology and resolved the problem
Best
Farial
On Tue, Nov 13, 2018 at 3:34 AM <
gromacs.org_gmx-users-requ...@maillist.sys.kth.se> wrote:
> Send gromacs.org_gmx-users mailing list submissions to
>
Dear Mark
Thank you for your reply
I resolved my problem by refining the output ot the tool
Best
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Hi Justin,
I have taken a few days in answering you because I was trying to reduce the
discrepancies between the pressure I obtain after simulation and the one I set
in the .mdp file. However, I have no achieve very good results. As I indicated
in the previous email, in my simulations
Hello,
First of all thanks for the help :)
I don't necessarily need to run it with 100 processors, I just want to know
how much I can reduce rcon taking into account the knowledge of my system
without compromising the accuracy. Let me give some more details of my
system. The system is a sodium
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