Dear People,
I was wondering if if people could recommend
1) a way of generating all bond lengths and bond angles for a molecule
automatically(atm I'm using the measurement wizard)
2) a method for increasing the size of the font produced by the
measurement wizard
If I have missed
If you would like appropriately scaled images then you can set up your
viewer to the appropriate dimensions eg for a square
viewport 700,700
or rectangle
viewport 800,400
If using a square I then use
ray 1800,1800
this ray traces an image larger than your pymol window and allows you to
Hi,
On the subject of larger image sizes, I had a question a while back; I'd
like to know if it's been addressed or anyone has a quick(er)
workaround-
Basically, is there in inverse to the viewport command? i.e., if I
manually resize the Pymol window to fit around the molecule I'm
displaying, how
David,
In recent builds, you don't need to specify both dimensions for the ray
command -- just give it height or width and it will compute the other
based on the current aspect ratio.
Regardless, to get the current window, here is one way:
print cmd.get_session()['main']
Cheers,
Warren
--
Here's another question about ray. At what level in pymol is it
implemented? Is it part of what's provided by OpenGL, or done at some
higher/other level?
Terry
I've been using PyQt/Coin/SoQt/pivy to draw surfaces using SoNurbsSurface.
I'm wondering if something like this is possible in pymol?
I.e., I specify a set of points in 3D space and use pymol to lay an
interpolated surface over them. I don't want the surface to fully envelop
the points in the
| This isn't really something PyMOL was designed to do. You could construct
| such a surface using Python CGO facility, but that means doing the
| tesselation, surface normal calculation, and any culling yourself.
Thanks. Is this what you do already in pymol to make surfaces that envelop
points?
MacPyMOL Users,
If you've recently bought a Stereo 3D-equipped G5 Single/Dual/Quad for
running MacPyMOL and other scientific codes, please let me know -- I'd
like some candid real-world feedback on how well these systems are
performing...
Cheers,
Warren
--
Warren L. DeLano, Ph.D.