You actually pointed this symmetry situation out when I was calculating
something that's already been submitted, so the gratitude is all mine.
Hopefully, it doesn't produce much of a difference in that particular case,
but I really should have listened. The path to correcting possible
artifacts is
On 3/12/18 6:59 PM, Alex wrote:
Great, thanks. I believe this necessitates an acknowledgment. You go by J.
A. Lemkul in your papers, correct?
That would work. Much obliged :)
-Justin
On Mon, Mar 12, 2018 at 4:56 PM, Justin Lemkul wrote:
r
On 3/12/18 6:54 PM, Alex
Great, thanks. I believe this necessitates an acknowledgment. You go by J.
A. Lemkul in your papers, correct?
On Mon, Mar 12, 2018 at 4:56 PM, Justin Lemkul wrote:
> r
>
> On 3/12/18 6:54 PM, Alex wrote:
>
>> Yeah, enlarging system (4 nm to 6 nm) isn't a problem at this point,
r
On 3/12/18 6:54 PM, Alex wrote:
Yeah, enlarging system (4 nm to 6 nm) isn't a problem at this point, it's
still a small system. My sampling pull code is below, I only modified the
bare minimum to work with the new pull code syntax and to enable spherical
slices (radius varying from near-zero
Yeah, enlarging system (4 nm to 6 nm) isn't a problem at this point, it's
still a small system. My sampling pull code is below, I only modified the
bare minimum to work with the new pull code syntax and to enable spherical
slices (radius varying from near-zero to 1.5 nm):
pull =
On 3/12/18 3:42 PM, Alex wrote:
I actually understood your tutorial perfectly well. What I didn't
expect is such a significant dependence on direction (assuming
spherical symmetry clears the situation).
I also had to use direction-periodic instead of distance in your
tutorial, because the
Sorry, i meant 4 nm tall, not wide.
On 3/12/2018 1:42 PM, Alex wrote:
I actually understood your tutorial perfectly well. What I didn't
expect is such a significant dependence on direction (assuming
spherical symmetry clears the situation).
I also had to use direction-periodic instead of
I actually understood your tutorial perfectly well. What I didn't expect
is such a significant dependence on direction (assuming spherical
symmetry clears the situation).
I also had to use direction-periodic instead of distance in your
tutorial, because the box is 4 nm wide and grompp is
On 3/12/18 3:28 PM, Alex wrote:
Thanks!
Just to make sure I'm doing this right this time. By merely changing
the dim directive with everything else following your tutorial, I
would be probing the spherical domain around the pore with a bunch of
different radius values? Because this is
Thanks!
Just to make sure I'm doing this right this time. By merely changing the
dim directive with everything else following your tutorial, I would be
probing the spherical domain around the pore with a bunch of different
radius values? Because this is exactly what I want.
Thanks,
Alex
On 3/11/18 8:05 PM, Alex wrote:
Just to add to my question... The pull code for the umbrella sampling
from each of the N configs, as used in Justin's tutorial, is
pull_coord1_type = umbrella
pull_coord1_geometry = distance
...
pull_coord1_dim = N N Y
So, in each of the
Just to add to my question... The pull code for the umbrella sampling from each
of the N configs, as used in Justin's tutorial, is
pull_coord1_type= umbrella
pull_coord1_geometry= distance
...
pull_coord1_dim = N N Y
So, in each of the generated pullf and pullx files we
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