In God We Trust
Hello GMX users
Does anyone know a way to convert atom type of G43a1 to atom type of
Amber96(parm96)
automatically.
Thank you very much in advance
Karim Mahnam
Institute of Biochemistry and Biophysics (IBB)
Tehran University
P.O.box 13145-1384
Tehran
Iran
Marta Murcia wrote:
Dear all,
I am running a series of AFM simulations starting from different
conformations taken from a trajectory (gmx 3.3). Everything works fine,
but if I try to orient all the snapshots with respect to a reference
(based on the protein superimposition) I get segmentation
Dear
all,
I tried to used the
program trjorder (in the version 3.3.1) like this:
trjorder -f xtc_4.xtc -s tpr_4.tpr -n index.ndx
-o ordered.xtc -b 0 -e 10 -r 0.3
But the program
always output nshell.xvg file,without ordered.xtc file. And I also tried
this program in 3.2.1 using the same
From: Hu Zhongqiao [EMAIL PROTECTED]
Reply-To: Discussion list for GROMACS users gmx-users@gromacs.org
To: gmx-users@gromacs.org
Subject: [gmx-users] Problem with trjorder in 3.3.1
Date: Sat, 20 May 2006 20:21:41 +0800
Dear all,
I tried to used the program trjorder (in the version 3.3.1)
Liang wrote:
Liang wrote:
Dear all users :
g_sham is a new program in 3.3 and i cant find any discussion about
how to use in mailing lists, and i didnt catch the point about the
instructions in user manual.
Is it possible to draw pics about PMF or free energy landscape using
some
Marta Murcia wrote:
Hi again,
sorry about that, what I meant is that before even doing grompp I am
taking snaphots that I oriented with respect a particular conformation
(with trajconv or vmd) so I use gro files for the afm pulling that
correspond to fitted structures instead of the raw files
David van der Spoel wrote:
Marta Murcia wrote:
Hi again,
sorry about that, what I meant is that before even doing grompp I am
taking snaphots that I oriented with respect a particular
conformation (with trajconv or vmd) so I use gro files for the afm
pulling that correspond to fitted
This is the md.log, note that the problem is with SOL (namely water)
t = 0.000 ps: Water molecule starting at atom 171088 can not be settled.
Check for bad contacts and/or reduce the timestep.Wrote pdb files with
previous and current coordinates
Large VCM(group Protein): 0.0,
Marta Murcia wrote:
This is the md.log, note that the problem is with SOL (namely water)
t = 0.000 ps: Water molecule starting at atom 171088 can not be settled.
Check for bad contacts and/or reduce the timestep.Wrote pdb files with
previous and current coordinates
Large VCM(group Protein):
karamyog singh wrote:
I guess since after the first run, the forces between atoms is not
zero(only negligible), when i do the 2nd run, the atoms start moving
under the action of these forces and since there is no temperature
scaling or pressure scaling, we can or might see an increase in KE as
10 matches
Mail list logo