On Thu, Aug 15, 2013 at 12:04 AM, Christopher Neale
wrote:
> >From my inspection of the force field files included in gromacs-4.6.1, when
> >you
> use the charmm ff and the charmm tip3p (tips3p.itp) you get the hydrogen type
> HT,
> which does have LJ on the hydrogen atoms, whereas you only get
>From my inspection of the force field files included in gromacs-4.6.1, when you
use the charmm ff and the charmm tip3p (tips3p.itp) you get the hydrogen type
HT,
which does have LJ on the hydrogen atoms, whereas you only get the hydrogen
type HWT3 when you use the non-charmm tip3p (tip3p.itp).
You could do that, but it's extra cost for no known benefit. See
http://dx.doi.org/10.1021/ct900549r
On Tue, Aug 13, 2013 at 7:15 PM, Weilong Zhao wrote:
> Hi,
>
> I noticed that for GROMACS versions of 4.5 of later, the force field for
> TIP3P water model in CHARMM27.ff package has a following l
Hi,
I noticed that for GROMACS versions of 4.5 of later, the force field for
TIP3P water model in CHARMM27.ff package has a following line included:
The following atom types are NOT part of the CHARMM distribution
..
.
HWT31 1.0080000.417 A 0.0 0.0 ; TIP3p H
It
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