I am afraid now I just use PISA at the EBI to answer this sort of question . It
tells you the answer with lots of other useful information as well, and then
you can use your intelligence to see why that operator is the correct one!
Eleanor
On 11 Jan 2013, at 01:05, James Stroud wrote:
> The tr
I need to amend that and make a couple of corrections, after thinking about it.
First, the rotation-translations shouldn't be sensitive to the origin. Second,
if it has C4 ("square") symmetry, then you only need one generator
(rotation-translation) to make the tetramer, and the two monomers shou
coot: show symmetry molecules, then save symmetry molecule and you have your
tetramer most likely
Jürgen
On Jan 10, 2013, at 7:48 PM, james09 pruza wrote:
Hi,
Which program outputs the symmetry operator (rotation and translation)? I have
a dimer in the asymmetric unit and need to know the sym
The transformation matrix describing the symmetry is sensitive to the
coordinate system origin. You should center the entire tetramer on the origin
(0, 0, 0), where the origin coincides with the point symmetry element. If you
have a tetramer with true point symmetry, then the center of the tetr
Hi,
Which program outputs the symmetry operator (rotation and translation)? I
have a dimer in the asymmetric unit and need to know the symmetry operator
to get a tetramer, the active molecule.
James
