lammps lammps wrote:
Sorry for this.
Thanks for your kind reply. That is the answer of my question.
Actually, I only want to make sure whether the command of energygrp_excl
has the ability not to calculate the force in the group.
The manual about energygrp_excl seems not talk about how to d
Sorry for this.
Thanks for your kind reply. That is the answer of my question.
Actually, I only want to make sure whether the command of energygrp_excl has
the ability not to calculate the force in the group.
The manual about energygrp_excl seems not talk about how to deal with the
force. Maybe
I actually did answer your second post Wende:
http://lists.gromacs.org/pipermail/gmx-users/2009-December/047678.html
If you didn't like the answer, then it is polite and probably in your
best interest to address exactly why you think this was not useful and
provide additional information to c
Wende,
This is the third time you post this exact message. Apparently, nobody
felt equipped to reply to your post, either because nobody knows the
answer, or your message and intent were not clear enough. In either
case, reposting your message over and over is completely useless and
annoying.
Ple
Hi GMX users,
I want to fix a group in a truncate octahedron. How can I dealt with the
question below,
There is One spherical rigid body consists of face-center cubic lattices
fixed in the center of the box. I do not want to calculate the force and
energy between the paritcles of this rigid body
Hi Wende, please do not double post. If you are unsure if your post
got through, you can easily see the list at
http://lists.gromacs.org/pipermail/gmx-users/2009-December/date.html.
You did not put units beside 40, so I suppose that you mean 40 A,
whereas gromacs uses nm.
1. Make a box wi
Hi GMX users,
I want to fix a group in a truncate octahedron. How can I dealt with the
questions below,
1. I hope the box corresponds to an inscribed circle of cubic of size
40*40*40, how to calculate the box vectors?
2. One spherical rigid body consists of face-center cubic lattices is fixed
i
Hi,
I want to fix a group in a truncate octahedron. How can I dealt with the
questions below,
1. I hope the box corresponds to an inscribed circle of cubic of size
40*40*40, how to calculate the box vectors?
2. One spherical rigid body consists of face-center cubic lattices is fixed
in the cent
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