Hi all.
Well, I just tried something different, and it "worked".
Found on the net that the 3.3.1 version of gromacs allows me to use sum of
different periodic potential for the same dihedral, making it unecessary to
use RBs. So, if I write the dihedrals in the form:
F CTCTF 1
Jones de Andrade wrote:
Hi Mark.
Thanks a lot.
I'm already trying to find some clue in the manual. Anyway, what sort of
extra information could be usefull?
Not off the top of my head. Please post your .top file, and the section
of the .itp file you've modified, including its "[ header ]".
Hi Mark.
Thanks a lot.
I'm already trying to find some clue in the manual. Anyway, what sort of
extra information could be usefull?
Thanks a lot again! ;)
Jones
On 7/26/07, Mark Abraham <[EMAIL PROTECTED]> wrote:
>
> Jones de Andrade wrote:
> > Hi all.
> >
> > I'm trying to implement a samll R
Jones de Andrade wrote:
Hi all.
I'm trying to implement a samll RB-potential for some molecules I'm
working with. I choosen to go following the files from opls-aa force
field included with gromacs. Unfortunatelly, I get this error:
"No default Proper Dih. types, using zeroes"
Which is quite
Hi all.
I'm trying to implement a samll RB-potential for some molecules I'm working
with. I choosen to go following the files from opls-aa force field included
with gromacs. Unfortunatelly, I get this error:
"No default Proper Dih. types, using zeroes"
Which is quite strange, as the error latel
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