Please keep correspondence on the gmx-users mailing list.
This issue is routine, and is covered in the current installation guide.
http://www.gromacs.org/index.php?title=Download_%26_Installation/Installation_Instructions
Mark
Original Message
Subject:Gromacs install
Hi everyone,
I am trying to model an impenetrable wall for my simulation at z=0. I read
the manual where this thing is discussed. I am still doubtful about the
options to use.
It seems that the wall parameters are designed to figure out the repulsive
potential function based on wall_type, wall_at
Arik Cohen wrote:
Dear users,
I'll be most thankful if someone could give me an example as how to
restart a MD simulation that is been fragmented into several sections. I
have tried several flags according to the manual with no success. Every
time a different problem emerges, i.e. either the
Jianhui Tian wrote:
Hi,
I have a small system of fullerene ball with waters. I want to
simulation the system without pbc and pme, treating the coulomb and vdw
without cutoff. The system can be run on single processor. But when I
try to run it with multiple processors, it can't proceed. I am i
Dear users,
I'll be most thankful if someone could give me an example as how to
restart a MD simulation that is been fragmented into several sections. I
have tried several flags according to the manual with no success. Every
time a different problem emerges, i.e. either the simulation get stuc
Hi,
I have a small system of fullerene ball with waters. I want to simulation
the system without pbc and pme, treating the coulomb and vdw without cutoff.
The system can be run on single processor. But when I try to run it with
multiple processors, it can't proceed. I am including the error messag
Francesco Pietra wrote:
Hi Justin:
Could you please indicate the location of such scripts?
They're on the MARTINI website, but given the further description of your
system, they won't solve your problem. What I was referring to were scripts to
build protein topologies. They won't help in
Hi Justin:
Could you please indicate the location of such scripts?
I have no trouble (in generating the .tpr file) with protein partly
embedded in a double layer, by counting graphically the lipid residues
and W residues remaining after creating the hole for the protein pore
region.
My trouble is
Francesco Pietra wrote:
Hi:
As I meet recurring problems in coarse-grained of the top file not
matching the number of coordinates in coordinate file, is there any
way to get the top file automatically like in all-atoms? Editing the
top file to this regard proved difficult in my hands.
I'm a
Hi:
As I meet recurring problems in coarse-grained of the top file not
matching the number of coordinates in coordinate file, is there any
way to get the top file automatically like in all-atoms? Editing the
top file to this regard proved difficult in my hands.
thanks
francesco pietra
___
Thielges, Sabine wrote:
Thielges, Sabine wrote:
Hi everyone,
I am currently doing a simulation which involves a dopamine receptor
placed in a POPC membrane and an agonist or antagonist in the active
site. The ligand was placed by VS and is closed to what the biology
gives. My problem is th
Thielges, Sabine wrote:
>> Hi everyone,
>>
>> I am currently doing a simulation which involves a dopamine receptor
>> placed in a POPC membrane and an agonist or antagonist in the active
>> site. The ligand was placed by VS and is closed to what the biology
>> gives. My problem is that the liga
Hello Thomas,
I have a tcl script in my personal script library that might do what you
want to do. I didn't use it for quite a while, but it was working well
as far as I remember. I think it has been adapted from a script
available on the VMD website, but I don't remember exactly its history.
Thielges, Sabine wrote:
Hi everyone,
I am currently doing a simulation which involves a dopamine receptor
placed in a POPC membrane and an agonist or antagonist in the active
site. The ligand was placed by VS and is closed to what the biology
gives. My problem is that the ligand get out of is
Hi everyone,
I am currently doing a simulation which involves a dopamine receptor
placed in a POPC membrane and an agonist or antagonist in the active
site. The ligand was placed by VS and is closed to what the biology
gives. My problem is that the ligand get out of is normal position
during the s
Thomas Schmidt wrote:
Dear Omer,
many thanks for your answer, but your solution doesn't work for me.
We have Protein-Lipid models in the CG scale.
Only if I replace all atom names in the PDB file through "CA" I can use
the "trace" drawing method, but get also wrong atoms connected to each
other.
Dear Omer,
many thanks for your answer, but your solution doesn't work for me.
We have Protein-Lipid models in the CG scale.
Only if I replace all atom names in the PDB file through "CA" I can use
the "trace" drawing method, but get also wrong atoms connected to each
other. For example CG Beads wi
albita...@virgilio.it wrote:
Hi all,
I carried out a MD simulation using the MARTINI CG force field and I had
some
problems. The simulation stops immediately, reporting a segmentation fault:
**+
Making 1D domain decomposition 2 x 1 x 1
starting
The type of system you are simulating and the manner you prepared
are probably responsible for the crash ...
You should have a good look at it!
On Oct 19, 2009, at 3:29 PM, albita...@virgilio.it wrote:
Hi all,
I carried out a MD simulation using the MARTINI CG force field and I
had some
p
Hi all,
I carried out a MD simulation using the MARTINI CG force field and I had some
problems. The simulation stops immediately, reporting a segmentation fault:
**+
Making 1D domain decomposition 2 x 1 x 1
starting mdrun 'FIB'
20 steps, 6000.0
Dear GMXers,
I have solved the questions posted previously. It is not the unit and the
transformation but the use of f'(x) instead of -f'(x) that leads to the issues.
Anyway, thanks a lot for your attention and some suggestions from Berk and Mark
Best wishes,
Chaofu Wu, Dr.
From: xiaowu..
Darrell Koskinen wrote:
Hi,
I see that the Lennard Jones parameters for the N & H atoms in ammonia,
represented by opls_127 and opls_128 in the file ffoplsaanb.itp are:
opls_127 NT 7 14.00670-1.020 A3.42000e-01 7.11280e-01
opls_128 H 1 1.00800 0.340 A
Hi,
leila karami wrote:
I want to do MD simulation by gromacs but there are following force
fields in gromacs program: ffG43a1- ffG43a2 - ffG43a3 - ffG43a5 -
ffG43a6 - ffOPLS-AA - ffgmx - ffgmx2 - ffencads - ffencadv. How can I
use other force fields such as AMBER or CHARMM.
For AMBER, downl
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