ganapathy senthilkumar wrote:
dear gromacs users,
i tried to profile the execution of grompp using
the callgrind profiling tool.
the command is as below.
callgrind -v -dump-every-bb = 1000 grompp -f run4.mdp -c run3.gro
-p CAVITY2.top -o run4.tpr
the program aborted with
On Monday 08 May 2006 21:00, David van der Spoel wrote:
Jayant James Jayasundar wrote:
hi !
I am trying to install GMX on a opteron 2xdual core processor. OS- Suse
Linux10.0. I actually installed the intel fortran compiler as I was just
not able to get the Suse fortran compiler. I
this seems more like a bug that is dependent on memory allocation. I'm no
aware of any known bug in grompp. Maybe you can recompile all of grompp
with the -g flag and retry. For memory debugging simpler tools like
Electric Fence usually work. For profiling, you'd probably want to profile
Berk Hess wrote:
this seems more like a bug that is dependent on memory allocation. I'm
no aware of any known bug in grompp. Maybe you can recompile all of
grompp with the -g flag and retry. For memory debugging simpler tools
like Electric Fence usually work. For profiling, you'd probably
Dear All,
I'm just getting started with GROMACS. I configured and installed
fftw-3.0.1 and then I configured, compiled and installed
gromacs-3.3.1.tar.gz as INSTALL file showed.
I thought that the installation had been successful and I performed the
simulation of the peptide (speptide, the one
From: David van der Spoel [EMAIL PROTECTED]
Reply-To: Discussion list for GROMACS users gmx-users@gromacs.org
To: Discussion list for GROMACS users gmx-users@gromacs.org
Subject: Re: [gmx-users] problem with profiling grompp using callgrind
Date: Tue, 09 May 2006 09:36:36 +0200
Berk Hess
Dear gmxions,
Could any one give me the value for bonded force constant (Kb) to
be used for restraining ,F(II) and ligating atoms of
proteins ( 2 HISs and 1 ASP)using harmonic potential (type 6).
With thanks!
B.Nataraj
--
raja
[EMAIL PROTECTED]
--
http://www.fastmail.fm -
[EMAIL PROTECTED] wrote:
Dear All,
I'm just getting started with GROMACS. I configured and installed
fftw-3.0.1 and then I configured, compiled and installed
gromacs-3.3.1.tar.gz as INSTALL file showed.
I thought that the installation had been successful and I performed the
simulation of the
--
Aina Quintillá
Institut fuer Nanotechnologie
Forschungszentrum Karlsruhe
Tel: +49 (0) 7247 82 6360
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Hi gromaxers, I want to generate a tpr file for a
minimization. I have 3 peptides in water and Im using
OPLS ff, but after I run grompp, system backs me the
next message:
--
creating statusfile for 1 node...
checking input for internal consistency...
calling
Hi gromaxers, I want to generate a tpr file for a
minimization. I have 3 peptides in water and Im using
OPLS ff, but after I run grompp, system backs me the
next message:
--
creating statusfile for 1 node...
checking input for internal consistency...
calling
raja wrote:
Dear gmxions,
Could any one give me the value for bonded force constant (Kb) to
be used for restraining ,F(II) and ligating atoms of
proteins ( 2 HISs and 1 ASP)using harmonic potential (type 6).
Find a paper that does a similar thing and base your construction on
Absalom Zamorano wrote:
Strangely enough, the problem is here:
Fatal error:
moleculetype SOL is redefined
Find where moleculetype SOL is defined in your .top file - perhaps
implicitly through an #include - and you should see it defined more than
once. Evidently you can't do this :-)
Mark
Hi all,
I tried to perform a CONCOORD simulation by means of cdist and disco
routines included in GROMACS. However, while cdist appears to work well,
disco produces a segmentation fault error. Maybe a problem in managing
memory? Does anybody give me a clue? Thanks in advance!
--
Fabrizio
Fabrizio Mancinelli wrote:
Hi all,
I tried to perform a CONCOORD simulation by means of cdist and disco
routines included in GROMACS. However, while cdist appears to work well,
disco produces a segmentation fault error. Maybe a problem in managing
memory? Does anybody give me a clue? Thanks in
Hi
I have a protein that I have simulated for 1 ns. I want to observe
the variation in the number of water molecules within 2.0 A of the
backbone of the protein, as a function of time. So I should be able
to see this variation as a graph in xmgrace, with time on the X axis,
and the number
g_angle -ov angaver.xvg :: yields average angle
g_angle -ov angdist.xvg :: yields angle distribution
My Gromacs-3.3 command was:
g_angle -ov x.xvg -type dihedral -f traj.xtc -s topol.tpr -n my.ndx
Easily avoided, just posting a notice.
___
gmx-users
Ashutosh Jogalekar wrote:
Hi
I have a protein that I have simulated for 1 ns. I want to observe the
variation in the number of water molecules within 2.0 A of the backbone
of the protein, as a function of time. So I should be able to see this
variation as a graph in xmgrace, with time on
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