solvent_radius,3
That seems to do the trick for me.
Cheers,
Tsjerk
On 5/22/07, Richard Gillilan wrote:
In the past I have used PyMol pretty successfully to visualize low-
resolution x-ray solution scattering results in which each "atom" in
a pdb file is actually a large spher
In the past I have used PyMol pretty successfully to visualize low-
resolution x-ray solution scattering results in which each "atom" in
a pdb file is actually a large sphere (say 4-6 Angstroms)
representing some density. I would use
>alter , vdw = 6.0
to set the sphere sizes appropriate
Thanks Rob, that worked!
Load it into PyMOL with:
PyMOL> run arrows.py
I'm probably making a simpler mistake here, or perhaps there is
something wrong with my installation or paths.
I'm trying to load and display the simple cgo example in the manual.
I created a file named "arrows" containing this definition:
from pymol.cgo import *# get constants
from pym
I'm having trouble figuring out how to use the edit mode in PyMol. I
would like to dock an entire protein (a homodimer along with water)
into another structure by rotating and translating manually.
Is there a way to move multiple molecules like this as a group?
Thanks
Richard Gil
I'm trying to create a smooth surface representation of a set of 6.5A
diameter spheres read in as CA atoms. Is there a way to override
PyMol's assignment of atomic radii? Also, if I were using a
conventional molecular surface algorithm I would turn up the "probe"
radius so that the surface
very narrow, but messy surface intersections persist.
I could touch up the image with GIMP, but does anyone have a clever
solution to this problem?
Richard Gillilan
MacCHESS
Cornell
On Wednesday, June 4, 2003, at 07:53 PM, Tim F wrote:
The fact that points on the object that are very close to the viewer
or
very far away appear double (and out of focus) is also exactly what
happens with real vision. Here's an experiment to try:
True, but you're describing horizontal (d
lso be sure to check out
Richard Gillilan
MacCHESS, Cornell
This method of generating stereo images is correct, but also leads to
quite a bit of vertical parallax (the so-called "toe-in" projection) -
this is why many stereoscopic images are hard to view properly
(usually,
edges
Richard Gillilan wrote:
Sorry, intended this to go out to the whole group.
Here goes again:
>
> Craig Smith wrote:
> >
> > I've installed X11 server through XDarwin. Will the installation of
> > PyMOL for OS X described on your web page work with XDarwin's
> Konrad Hinsen wrote:
>
> Indeed. But this illustrates nicely a frequent problem faced by
> software designers: Software like OpenDX is powerful and flexible, but
> also huge and difficult to learn. A small specialized tool is easier
> to use for the specialized user. Of course those users then f
macromolecule groups
(Michel
Sanner of Scripps gave a nice talk on his Python-based modeling system). Worth
looking
into.
Richard Gillilan
MacCHESS, Cornell
On Monday, September 9, 2002, at 06:33 PM, Luca Jovine wrote:
I use a basic Logitech 2 button + wheel mouse, and it seems to work
just fine...
-Luca
I have the same mouse and love it. I've always thought it would be
really nice if you could rotate
models using the wheel. (Perhaps PyMol alre
(http://developer.apple.com/technotes/tn2002/tn2053.html).
Richard Gillilan
MacCHESS, Cornell
objects.
http://openbabel.sourceforge.net
Richard Gillilan
MacCHESS, Cornell
Bob Havlin wrote:
>
> Great software! You have done a wonderful job.
>
> You probably know about this already, but incorporating the file format
> converter
> named babel
>
> http://www.eyesopen.com/bab
last. PyMol is available at our facility.
Thanks
Richard Gillilan
MacCHESS
Cornell
-- Protein Crystallography at MacCHESS --
MacCHESS, the macromolecular structure facility at the
Cornell High-Energy Synchrotron Source, offers high-brightness
x-ray beamtime to ge
would be happy to send you a copy of the code.
Sorry I have not time to work with PyMol yet,
perhaps someday.
Richard Gillilan
MacCHESS
"DeLano, Warren" wrote:
> Now, on to Alan's specific questions:
>
> > I'm particularly interested in how pymol generate
17 matches
Mail list logo