On 29/02/2012 9:05 PM, aiswarya pawar wrote:
Mark,
In the g_mindist output data gives which atom was within cutoff to
protein atom ie the output file of g_mindist
What makes you think there is only one atom satisfying that cutoff?
5.00e+02 518 42680
5.01e+02
Mark,
In the g_mindist output data gives which atom was within cutoff to protein
atom ie the output file of g_mindist
5.00e+02 518 42680
5.01e+02 518 20942
5.02e+02 518 67844
5.03e+02 518 5984
5.04e+02
On 29/02/2012 7:21 PM, aiswarya pawar wrote:
Mark,
i want to know which water atoms stay within a cut off to protein atom.
OK, but as you will read in g_mindist -h, it will count such atoms and
not identify which they were...
ie i need the duration at which a water resides on the protein a
Mark,
i want to know which water atoms stay within a cut off to protein atom. ie
i need the duration at which a water resides on the protein atoms. so for
that i need the whole 5ns frames because am looking for water molecules
which reside more than 50% of time.
Thanks
On Wed, Feb 29, 2012 at 12
On 29/02/2012 6:01 PM, aiswarya pawar wrote:
Mark,
Right now am computing distance between each protein atom against all
water atoms,
That's expensive. mdrun goes to great lengths to speed up computing
billions of distances.
which is taking too long for 5ns run. i cant reduce the frames
Mark,
Right now am computing distance between each protein atom against all water
atoms, which is taking too long for 5ns run. i cant reduce the frames
either the number of water atoms. So is there any alternate.
Thanks
On Wed, Feb 29, 2012 at 12:27 PM, Mark Abraham wrote:
> On 29/02/2012 5:17
On 29/02/2012 5:17 PM, aiswarya pawar wrote:
Dear all,
Am running g_mindist on large number of atoms, i would like to know
whether i can run this on more than one processors say 8 processors to
speed up the task?
No. If it will take too long, you need to reduce your number of frames
(trjcon
Dear all,
Am running g_mindist on large number of atoms, i would like to know whether
i can run this on more than one processors say 8 processors to speed up the
task? and will this effect the output in anyways.
Thanks,
--
Aiswarya B Pawar
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