-- Original Message --
From: prem...@iiserpune.ac.in
To: vvcha...@gmail.com
Da
Dear g_select developers:
This is a shout out of thanks for this new tool, which I find very useful.
For users who have not played around with this, I'd suggest trying it
(especially if you are already familiar with VMD-style selection
syntax).
I want to make special thanks for the VMD-sty
Hi
Is it possible to use use specified potentials only for vdw type non-bonded
interactions while keeping usual PME,bonded, pairs interactions?
When I specifiy "User" for vdwtype force in .mdp file, I am observing that
mdrun expects table for bonded interactions also through -tableb option and
by
Fabian Casteblanco wrote:
Thanks Justin.
I'm currently running the MD run separately so that the average value
won't be affected by the unequilibrated values at the beginning of the
NPT run where the density started in the 400s and ran up to the ~high
700s. I had done this before when I had n
Thanks Justin.
I'm currently running the MD run separately so that the average value
won't be affected by the unequilibrated values at the beginning of the
NPT run where the density started in the 400s and ran up to the ~high
700s. I had done this before when I had nstlist at 5 but I did run
NPT
> The last time I had performed this with nstlist=5 and for the
> actual MD run, I had a density of approximately 0.781 g/cm3 compared
> to literature value of 0.791 g/cm3 at 298K.
So, what is the problem? It is satisfactory coincidence.
--
Dr. Vitaly V. Chaban, Department of Chemistry
Univers
Hi,
I recently came across the CELLmicrocosmos 2.2 MembraneEditor, in
which one can easily generate coordinates for mixed membranes and
AFAIK also insert a protein.
http://cm2.cellmicrocosmos.org/
http://pubs.acs.org/doi/abs/10.1021/ci1003619
I haven't had the chance/need to actually try it, tho
Fabian Casteblanco wrote:
Hello,
Thanks for your response. Here are my responses to your points:
nstlist=1 is overkill. I will change this back to 5 except for EM
like you said. I originially thought that maybe the density not
settling was because the neighbor searching frequency had not be
Hello,
Thanks for your response. Here are my responses to your points:
nstlist=1 is overkill. I will change this back to 5 except for EM
like you said. I originially thought that maybe the density not
settling was because the neighbor searching frequency had not been
updated frequently enough c
Where are your LJ parameters?
Are you sure that Tsuzuki uses all standard OPLS parameters?
What density do you get in your simulation?
--
Dr. Vitaly V. Chaban, Department of Chemistry
University of Rochester, Rochester, New York 14627-0216
On Mon, May 2, 2011 at 1:59 AM, Prema Awati wrote
>
>
> I have been trying to use CHARMM forcefield to simulate 1000 molecules
> of Methanol in a box but I seem to fall short on the density every
> time I run. At first, I had my rlist at 1 but CHARMM recommends
> greater than 1.2-1.4 nm so I changed accordingly, then I changed it so
> that the sh
Fabian Casteblanco wrote:
Hello,
I have been trying to use CHARMM forcefield to simulate 1000 molecules
of Methanol in a box but I seem to fall short on the density every
time I run. At first, I had my rlist at 1 but CHARMM recommends
greater than 1.2-1.4 nm so I changed accordingly, then I c
Hello,
I have been trying to use CHARMM forcefield to simulate 1000 molecules
of Methanol in a box but I seem to fall short on the density every
time I run. At first, I had my rlist at 1 but CHARMM recommends
greater than 1.2-1.4 nm so I changed accordingly, then I changed it so
that the short ne
Hi all!
There also another problem. You are using intel compilers on amd based
machine. Intel compilers uses cpuid to identify processor and optimization and
they doesnt include amd cpuids at all. So you will have bad performance on amd
cpus. I'd recomend to use recent versions of gcc (gcc-4.5+
>
>
> Hi
>
> I want to build my simulation box as tutorial. However I change
> "vdwradii.dat" file according to the tutorial liquid 2 mix with liquid 1.
> What should I do?
>
Your question is not clear.
--
Dr. Vitaly V. Chaban, Department of Chemistry
University of Rochester, Rochester, New Yo
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Maria Hamilton wrote:
Hi
I want to build my simulation box as tutorial. However I change
"vdwradii.dat" file according to the
On Mon, May 2, 2011 at 11:55 AM, Maria Hamilton
wrote:
> 1.Does any liquid have an individual "vdwradii.dat"?
>
"vdwradii.dat" is one for all atoms. It is in the same directory with
built-in topologies. The atom names in your conf.gro and this "vdwradii.dat"
should coincide, while genbox is opera
Dear Users:
I have noticed an inconsistency with g_traj -ox -com output when using
-f a.gro and either -s a.gro or -s a.tpr where a.tpr was constructed
from a.gro.
There does not appear to be any difference when not using the -com flag.
The difference is on the order of <=0.008 nm so I suppo
t;<mailto:gmx-users@gromacs.org>
> >>
> >>http://lists.gromacs.org/mailman/listinfo/gmx-users
> >>Please search the archive at
> >>http://www.gromacs.org/Support/Mailing_Lists/Search before posting!
> >>Please don't post (un)subscribe reques
-- Original Message --
From: prem...@iiserpune.ac.in
To: gmx-users@gromacs.org
1.Does any liquid have an individual "vdwradii.dat"?
I found only one "vdwradii.dat" file in GROMACS folder.
2.How can I freeze the first liquid?
Thanks
Regards
Maria
On Mon, May 2, 2011 at 6:10 PM, Vitaly Chaban wrote:
> To do this at first I fill my box using "genbox" with one of the liquids
I am CC'ing this message to the general gmx-users list. The gmx-developers list
is for discussion about development. Please send anything further via gmx-users.
See comments below.
West, Ana wrote:
Dear Gromacs Community,
I attempted to install the parallel version of Gromacs 3.3.1 on a
>
> To do this at first I fill my box using "genbox" with one of the liquids as
> solvent: I used -cs and I did not used -cp.
> and then I used "genbox" again to add the other liquid in it: first liquid
> as a solute and the second one is as solvent. But these two liquids gives
> me
> a solution. I
Maria Hamilton wrote:
Hi all
To do this at first I fill my box using "genbox" with one of the liquids
as solvent: I used -cs and I did not used -cp.
and then I used "genbox" again to add the other liquid in it: first
liquid as a solute and the second one is as solvent. But these two
liquid
Hi all
To do this at first I fill my box using "genbox" with one of the liquids as
solvent: I used -cs and I did not used -cp.
and then I used "genbox" again to add the other liquid in it: first liquid
as a solute and the second one is as solvent. But these two liquids gives me
a solution. I want
Maria Hamilton wrote:
Hi all
If I want to add a simulation box an identified number of water
molecules what should I do?
In manual I see -nmol and -ci in genbox for insert extra molecules but I
don't know for solvent what should I do?
Please read about the -maxsol option. I think you wi
Hi all
If I want to add a simulation box an identified number of water molecules
what should I do?
In manual I see -nmol and -ci in genbox for insert extra molecules but I
don't know for solvent what should I do?
Thanks alot
Best Regards
Maria
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gmx-users mailing listgmx-users@gromacs.org
Thank you for your detailed axplain
I understood completely
On Mon, May 2, 2011 at 4:34 PM, Justin A. Lemkul wrote:
>
>
> mohsen ramezanpour wrote:
>
>> Dear Dr.Justin
>>
>> Thank you for your reply
>> My is Protein-ligand,It is have the same conditions as tutorial.I did
>> pull ligand in the z
mohsen ramezanpour wrote:
Dear Dr.Justin
Thank you for your reply
My is Protein-ligand,It is have the same conditions as tutorial.I did
pull ligand in the z direction.
Actualy I found your note about gen_vel ,but I didn't any about
Continuation!
Not that specific keyword, no, but I do
Erik Marklund wrote:
I think that it used to be part of earlier (3.?) versions of gmx. Those
files may be useful for your work.
Presumably, most of OPLS-UA still is. Per atomtypes.atp, the first 134 opls_*
types are for OPLS-UA. I don't know how other features may be impacted, but it
se
I think that it used to be part of earlier (3.?) versions of gmx. Those
files may be useful for your work.
Erik
Zoe Hall skrev 2011-05-02 11.29:
Dear users,
How would I go about adding a united-atom forcefield e.g. OPLS-UA, to gromacs
4.5.3?
Thanks in advance,
Zoe
Zoe Hall
Department of C
Dear Dr.Justin
Thank you for your reply
My is Protein-ligand,It is have the same conditions as tutorial.I did pull
ligand in the z direction.
Actualy I found your note about gen_vel ,but I didn't any about
Continuation!
You are right,But there is another problem:
You have not used any-t
mohsen ramezanpour wrote:
Dear Dr.Justin
Regarding Umbrella Sampling tutorial:
The CONTINUATION option in md_umbrella.mdp is YES,
and you have noticed : From NPT
I can't understand it's reason correctly!
This is a meaningless comment. It was left there from copying and pasting files
bef
vidhya sankar wrote:
Thanks Justin,
now i have different problem when i run mdrun_d
programme with the following command
./mdrun_d -s 1HHO_md.tpr -o 1HHO_md.trr -c 1HHO_md.gro -e md.edr -nt 1
i got error as follows
Step 0, time 0 (ps) LINCS WARNING
LINCS warnings th
On 02/05/11, Zoe Hall wrote:
> Dear users,
>
> How would I go about adding a united-atom forcefield e.g. OPLS-UA, to gromacs
> 4.5.3?
>
Set aside a few weeks, look in share/top/oplsaa.ff, copy it to oplsua.ff in
your working directory, rework the contents according to the OPLS-UA literatu
Dear users,
How would I go about adding a united-atom forcefield e.g. OPLS-UA, to gromacs
4.5.3?
Thanks in advance,
Zoe
Zoe Hall
Department of Chemistry
Oxford University
zoe.h...@chem.ox.ac.uk
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http://lists.gromacs.org/mailman/listinfo
Dear Saly
I am sorry but I am not able to help you on this because I do not
have any experience with PRODRG and SDS surfactants.
You can try to find something in literature but I have the impression
that nobody has tested SDS with these water models.
As I told you in the previous mail t
Hello,
I would like to thank Justin and Tom for their kind replies to my
question! I believe that by having the gromacs manual as a guide I
would manage to bring the bilayer into physiological size by using
Justin's advice. However, Tom's advice sounds simpler to implement.
Unfortunately
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