xuji wrote:
> Dear all gromacs users:
>
> Usually when we do neighbour searching we should give three parameters:
> cut-off distance, buffer length and
> the frequency of the neighbour list updating. But in Gromacs *.mdp file it's
> just required to give rlist,nstlist,
> rvdw and rcoumlomb. Wh
Dear all gromacs users:
Usually when we do neighbour searching we should give three parameters: cut-off
distance, buffer length and
the frequency of the neighbour list updating. But in Gromacs *.mdp file it's
just required to give rlist,nstlist,
rvdw and rcoumlomb. Where is the buffer length o
sunny...@gmail.com wrote:
Hello
Could someone tell me what are the exact units of the force constants of
bond and angle term of the OPLS-aa force field implemented in the
Gromacs package?
Table 5.4 in the manual.
-Justin
Thank you in advance
Sunjoo
--
Hello
Could someone tell me what are the exact units of the force constants of
bond and angle term of the OPLS-aa force field implemented in the Gromacs
package?
Thank you in advance
Sunjoo
___
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http:
Hi there,
I am trying to run an MD simulation on a 13 residue peptide with distance
restraints. Before, I ran into a problem with this system when an error
message occurred during mdrun concerning distance restraints and domain
decomposition. There was apparently a bug in mshift.c and the bug was
Hongyan Xiao wrote:
Hi,
I has used the periodic boundary conditions and correct em.mdp
file. However, the minimized result is water/decane/water, while I set
decane/water/decane as the initial system . I cannot understand the
reason. Please give me some constructive suggestion! Thanks!
You
Hongyan Xiao wrote:
Hi,
I has used the periodic boundary conditions and correct em.mdp
file. However, the minimized result is water/decane/water, while I set
decane/water/decane as the initial system . I cannot understand the
reason. Please give me some constructive suggestion! Thanks!
Hi,
I has used the periodic boundary conditions and correct em.mdp file.
However, the minimized result is water/decane/water, while I set
decane/water/decane as the initial system . I cannot understand the reason.
Please give me some constructive suggestion! Thanks!
H. Y. Xiao
_
Hi Shay,
sorry for the late comment - let me guess, you compiled Gromacs in
double precision? :)
Greetings
Steffen
> < Is this reproducible?
> Yes. I've taken the same simulation and had it re-run and got the same error
> at the exact same frame (frame 693, which is timeframe 6930).
>
> I did so
Hongyan Xiao wrote:
Hi, David van der Spoel
I used the periodic boundary conditions. The box
is 3.006x3.002x6.000 along x,y,z direction,respectively.The following is
the em.mdp file.
Then the minimization works correctly. See chapter 3 in the manual.
;
; User xiao
; 2008.9.2
Hi, David van der Spoel
I used the periodic boundary conditions. The box is 3.006x3.002x6.000 along
x,y,z direction,respectively.The following is the em.mdp file.
;
; User xiao
; 2008.9.28 10:23
; Input file
;
cpp = /usr/bin/cpp
define = -DFLEXI
On Thu, 8 Jan 2009 16:31:01 +0530 (IST)
sanja...@iitb.ac.in wrote:
dear gromacs users,
i did PCA analysis for my trajectory using g_covar and g_anaeig, i have
taken trajectory of 25ns from both protein alone and protein_withligands(i
did two simulation one with ligands and other by removing the
dear gromacs users,
i did PCA analysis for my trajectory using g_covar and g_anaeig, i have
taken trajectory of 25ns from both protein alone and protein_withligands(i
did two simulation one with ligands and other by removing the ligands from
pdb file)and extracted eigenvalues along first 10 eigenv
Hongyan Xiao wrote:
Hi, gmx-users,
I built a system,decane(42molecule)/water(903)/decane(42), including the
two decane/water interfaces. However, when I minimized this system, I
found the system turn into water/decane(84)/water. That is to say in
the initial system two parts of decane turn
Hi Berk,
I tried this fix, but mdrun_mpi is still hanging. I'll try to use the
debugger by the end of the week and let you know.
Cheers,
Patrick
Berk Hess a écrit :
Hi,
My guess is that this is not the problem.
But it is very easy to try, so please do.
The diff for src/gmxlib/pbc.c is:
392c3
Hi, gmx-users,
I built a system,decane(42molecule)/water(903)/decane(42), including the two
decane/water interfaces. However, when I minimized this system, I found the
system turn into water/decane(84)/water. That is to say in the initial
system two parts of decane turn into a part, while wate
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