Hi everybody,
I was wondering if anybody has, and is willing to send me, a .itp file for
cyclohexane with gromos96 parameters.
I searched the list, but could not find any.
I apologize if I've missed it in the list.
Thank you very much,
Isabella
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../traj1_12_1micro_System_dt100ps.xtc -e 100 -s topol332.tpr -o
area332.xvg
0 37.7036 50.8631 88.5667 0
Am I doing something stupid or is it a bug?
Thanks,
Isabella
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Dr. Isabella Daidone
Computational
Hi,
this is what is written in one of the options in editconf:
" -[no]c bool no Center molecule in box (implied by -box and -d)".
Moreover, in the mailing list you can find discussion about this topic
with version 3.2 and David said it was a bug (that -d -c did not really
center).
So I w
I try again, just to know if it is not true that -d implies centering...
Hi,
when using editconf -d with gromacs version 3.3, it seems that the protein is
not at the center but at the corner of the box.
In gromacs version 3.3, does option -d in editconf really imply that the
protein will be c
Hi,
when using editconf -d with gromacs version 3.3, it seems that the protein
is not at the center but at the corner of the box.
In gromacs version 3.3, does option -d in editconf really imply that the
protein will be centered or is there still a bug (as in version 3.2.1)
or am I missing some
ella,
The Gromos force fields were parameterized for use with a rvdw cutoff of 0.9.
Other cutoffs may introduce artefacts.
Ciao!
Tsjerk
On 6/21/06, Isabella Daidone <[EMAIL PROTECTED]> wrote:
Sorry, but I'm a little bit confused about what rvdw to use for
simulations of proteins in s
I see that with version 3.3 is now possible to use rvdw>rcoulomb.
So I guess rvdw=1.4 should be used.
What about simulations done with version 3.1.4, where rvdw=0.9 nm was
used?
How to justify that?
Thanks
Isabella
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gmx-users mailing listgmx-u
Sorry, but I'm a little bit confused about what rvdw to use for
simulations of proteins in solution with gromos96 force field while using pme for
coulomb interactions.
In the gromacs 3.3 manual I still read (with pme):
rcoulomb=rlist=rvdw=0.9 nm
Then, I found in the discussion list (+ the paper
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