Dear Gromacs Users,
I have one system consists of: surfactant, solvent and additives. I made one
box with only solvent and one box with only additives and equilibrated them
little separable for better placing into the box, and then made one box with
surfactant and then placed box of solvent
Dear Tsjerk,
Thank you for your valuable suggestions, I have done
as you have suggested, by doing so my simulation cell has satisfied all
the conditions required for the reduced basis lattice but now lattice
parameter beta has again changed to 102 degrees which was
Dear Gromacs Users,
I have one system consists of: surfactant, solvent and additives. I made one
box with only solvent and one box with only additives and equilibrated them
little separable for better placing into the box, and then made one box with
surfactant and then placed box of
Dear Gromacs users,
Hello, I want to run the kalp-dppc simulation from Justin tutorials home
page.in the step of modifying topology, we see:
Make a new directory in your working
directory called gromos53a6_lipid.ff and copy the following files from
gromos53a6.ff into it:
The question: where
On 10/14/12 8:01 AM, venkatesh s wrote:
Respected Gromacs People's,
system Containing protein+peptide ( Normally i use the
lysosome tutorial md.mdp (only i change the nanosecond) )
mdrun-gpu -v -deffnm md_0_1
while running this i got fatal error like this (Following)
On 10/14/12 9:12 AM, delara aghaie wrote:
Dear Gromacs users,
Hello, I want to run the kalp-dppc simulation from Justin tutorials home
page.in the step of modifying topology, we see:
Make a new directory in your working
directory called gromos53a6_lipid.ff and copy the following files from
Dear Gromacs Users,
I have one system consists of: surfactant, solvent and additives. I made one
box with only solvent and one box with only additives and equilibrated them
little separable for better placing into the box, and then made one box with
surfactant and then placed box of solvent
Dear Sanku:
I don't think that your setup is a particularly good idea. In addition to the
potential for rotational problems
that you mention, note that the pull force is going to be based on the shortest
periodic distance between
your group0 and group1. This can be across PBC in the Cartesian
Thank you very much for your email, Justin.
in case I want to use the reference parameters, which force-field and what
should I do to get the .gro and .top files for this molecule?
Best regards,
Cuong
On 12 October 2012 21:14, Justin Lemkul jalem...@vt.edu wrote:
On 10/12/12 8:04 AM, cuong
Hi,
Go to GROMACS package in your system, in folder top/share, there you can find
force field folders.
Sincerely,
Shima
From: delara aghaie d_agh...@yahoo.com
To: Discussion list for GROMACS users gmx-users@gromacs.org
Sent: Sunday, October 14, 2012 4:42 PM
It's hard to understand your question. What do you mean by reference
parameters? You said you already obtained a .gro and .top from PRODRG, which
uses the gromos 43a1 forcefield to derive the parameters, so if you need
to change the LJ parameters, edit the top file it gave you.
If you want to
11 matches
Mail list logo