On 10 February 2012 09:41, Mark Abraham wrote:
> On 11/02/2012 1:19 AM, Elisabeth wrote:
>
>
> Hello all,
>>
>> Does the shift function use group based truncation?
>>
>>
>> See the discussion of charge groups in manual section 3.4.2.
>>
>
> Thanks Mark.
>
> -1- First of all if I am right cha
On 11/02/2012 1:19 AM, Elisabeth wrote:
Hello all,
Does the shift function use group based truncation?
See the discussion of charge groups in manual section 3.4.2.
Thanks Mark.
-1- First of all if I am right charge groups in gromacs language in
identical to "group based trun
> Hello all,
>
> Does the shift function use group based truncation?
>
>
> See the discussion of charge groups in manual section 3.4.2.
>
Thanks Mark.
-1- First of all if I am right charge groups in gromacs language in
identical to "group based truncations"?
Manual 342: "This reduces the cut-o
Hi Elisabeth,
You could check the following paper:
D. van der Spoel and P. J. van Maaren. The origin of layer structure
artifacts in simulations of liquid water. J. Chem. Theory Comput.,
2:1, 2006.
Aldi
On Fri, Feb 10, 2012 at 4:58 PM, Mark Abraham wrote:
> On 11/02/2012 12:52 AM, Elisabeth wro
On 11/02/2012 12:52 AM, Elisabeth wrote:
Hello all,
Does the shift function use group based truncation?
See the discussion of charge groups in manual section 3.4.2.
In the manual I see: by using shifted forces there is no need for
charge groups (=group based?!) in the neighbor list?
Can an
Hello all,
Does the shift function use group based truncation? In the manual I see: by
using shifted forces there is no need for charge groups (=group based?!) in
the neighbor list?
Can anyone shed some light on calculation of shifted forces?
Thanks,
Eli
--
gmx-users mailing listgmx-users@g
Hello everyone,
I'd like to ask for some clarification of actual form of shift
fuctions used in gromacs.
Due to gromacs tutorial 4.5.4 (section 4.1.5) and equations 4.23,
4.26-4.31 shift fuction seems to depend only on 2 user-defined
conctants - r1 and rc which seems to be rvdw_switch and rvdw
res
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