Richard,
It's not GUI, but you could simply bind a function key such as F1 to
that command:
cmd.set_key('F1',lambda :cmd.label("(lb)",'"%s %s
%s"%(name,resn,resi)'))
You might then want to bind 'F2' to something which hides all labels.
cmd.set_key('F2',cmd.label)
Cheers,
Warren
--
mailto:war.
> 1) Is the secondary structure assignment function in 0.92
> more reliable? Or does the "WARNING: it will make mistakes,
> so don't publish anything based on this algorithm!" statement
> still apply?
Good question! I added that warning message to "util.ss" back when I
believed that there was
Dear List,
1) Is the secondary structure assignment function in 0.92 more reliable? Or
does the "WARNING: it will make mistakes, so don't publish anything based on
this algorithm!" statement still apply?
2) Is there a 0.92 function to calculate and map surface potential? This
would be useful be
Hello all.
I am relatively new to pymol, so please excuse me if these questions
are too simple for the list as a whole. I am running 0.90 on a Linux
system by way of introduction.
1) What is the easiest way to select one molecule out of several on the
screen and translate it independentl
Alan,
Unfortunately, secondary structure is currently defined as an
atom rather than a coordinate property. Thus, in order to "animate"
secondary structure, you'll need to run dss automatically for each
state. For example:
mset 1 -5
mdo 1, dss state=1
mdo 2, dss state=2
mdo 3, dss state
Hi List!
I did a polyalanine in helix ss.
I tested:
1: dss (ok)
2: run stride_ss.py, stride2pymol (ok)
3: dssp (from rtools) (???)
Case (1) differs a little bit from (2) in N term.
Case (3) seems not to work. Or, maybe, I do not know how to use it.
Tried via menu and via command dssp. Got the s
