avinash kumar wrote:
Dear All,
Can FENE be implemented in GROMACS code? The description of FENE is:
FENE is primarily for the bead-spring-type polymer model. It is a bonded
interaction. Explicitly, its standard form is:
E = -0.5 K R0^2 * ln[1 - (r/R0)^2]
r = distance (btw two con
Dear All,
Can FENE be implemented in GROMACS code? The description of FENE is:
FENE is primarily for the bead-spring-type polymer model. It is a bonded
interaction. Explicitly, its standard form is:
E = -0.5 K R0^2 * ln[1 - (r/R0)^2]
r = distance (btw two connected beads)
coeff1
Argyrios,
I do consider my reply right on the spot, since it showed that, in the
most current version of gromacs and the documentation thereof, there
was indeed a FENE bond type. If no additional information is given,
and none was given, we will assume that the query applies to the
latest version
> First of all in the gromacs manual 3.2, that i have on page 51 there is
> the LJ and Buckingham potential and in chapter 4.2.4 (page 58) the
> harmonic potential is discussed, so page 51 and chapter 4.2.4 talk about
> different things.
That would be why it would be good for you to be looking in
Hi,
More than possible, it has already been done. Manual chapter 4.2.4,
page 51. And please give me a very good reason why I now picked up the
manual and looked for FENE, instead of you.
My bad... :-P I assumed someone would read the available documentation
resources before posting on this lis
> Hi,
>
> More than possible, it has already been done. Manual chapter 4.2.4,
> page 51. And please give me a very good reason why I now picked up the
> manual and looked for FENE, instead of you.
My bad... :-P I assumed someone would read the available documentation
resources before posting on th
Hi,
More than possible, it has already been done. Manual chapter 4.2.4,
page 51. And please give me a very good reason why I now picked up the
manual and looked for FENE, instead of you.
Tsjerk
On 12/11/06, Mark Abraham <[EMAIL PROTECTED]> wrote:
Argyrios Karatrantos wrote:
> HI,
> is it possi
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