I Justin,
Thanks for your reply.
Sadly, that’s not the only bizarre peak,as you can see on the next image:
http://cl.ly/1B3B2y3I0o1R
This is how it looks when i don’t consideren the COM as a reference:
http://cl.ly/3m0d2W2y0N1Y
What; i your opinion, could be the problem?
I think i’ll just have to
On 9/19/14 4:54 PM, Carlos Navarro Retamal wrote:
I Justin,
Thanks for your reply.
Sadly, that’s not the only bizarre peak,as you can see on the next image:
http://cl.ly/1B3B2y3I0o1R
This is how it looks when i don’t consideren the COM as a reference:
http://cl.ly/3m0d2W2y0N1Y
What; i your
Not at all. I’m using the .xtc file that comes from the simulation.
What do you mean with the nrexcl issue? Is there a way i can fix it?
--
Carlos Navarro Retamal
Bioinformatic engineer
Ph.D(c) in Applied Science, Universidad de Talca, Chile
Center of Bioinformatics and Molecular Simulations
Hi Justin,
Thanks again for all your help.
If the problem is related to periodicity, why if i consider the whole protein i
got ‘normal’ results?
In any case i centered the protein with the following command:
trjconv -f npt_production.xtc -s npt_production.tpr -center -pbc mol -o
On 9/19/14 6:07 PM, Carlos Navarro Retamal wrote:
Hi Justin,
Thanks again for all your help.
If the problem is related to periodicity, why if i consider the whole protein i
got ‘normal’ results?
A normal (non-COM-based) RDF is an atom-based RDF, so periodicity doesn't affect
the outcome.
Carlos,
You might want to try a PBC correction with -pbc nojump and another RDF
calculation with the corrected trajectory.
2014-09-19 19:10 GMT-03:00 Justin Lemkul jalem...@vt.edu:
On 9/19/14 6:07 PM, Carlos Navarro Retamal wrote:
Hi Justin,
Thanks again for all your help.
If the problem
Hi Marcelo,
Thanks for your reply.
Sadly it didn’t work either, so i’m trying to generate a new .tpr file by
changing the nrexcl values just as Justin suggest.
Hope this may works.
Thanks the two of you.
Best Regards,
Carlos
--
Carlos Navarro Retamal
Bioinformatic engineer
Ph.D(c) in Applied