Dear James,
Thank you for your help! I tried versions 364.19, 352.79, 340.96, and none
of them worked. Finally, I tried version 304.131 and it worked! (although
my graphics card is listed as supported under all versions). Later I
realized that command nvidia-detect could check which driver should
Feel free to send me the files off list.
-David Hall
> On May 6, 2016, at 1:54 PM, Stephen Kerry wrote:
>
> Dear All,
>
> I have a protein complex scene that I need to create a large, high resolution
> (1200 dpi) ray traced image of, but am unable to do so as I always run out of
> memory at
Dear All,
I have a protein complex scene that I need to create a large, high resolution
(1200 dpi) ray traced image of, but am unable to do so as I always run out of
memory at the end of the ray tracing process, with the following error:
python2.7(972,0x7fff7397f300) malloc: ***
mach_vm_map(
The NVIDIA driver for x64 Linux is free and can be downloaded here:
http://www.nvidia.com/download/driverResults.aspx/101818/en-us
Or you can search here for something different:
http://www.nvidia.com/Download/Find.aspx?lang=en-us
Jim
James Kress Ph.D., President
The KressWorks® Foun
Hi
You're passing more than one atom per selection to the cmd.distance()
function, in which case the function returns the average between the
measured distances (http://pymolwiki.org/index.php/Distance#PYMOL_API ).
On a side note, this could be done much simpler:
fetch 2nuz, async=0
h_add resn LE
Dear all,
I recently upgraded to Debian 8 and I compiled the source code for pymol
1.8.2.0. However, the graphics is really slow. The information that pymol
prints out is as follows:
Detected OpenGL version 2.0 or greater. Shaders available.
Detected GLSL version 1.30.
OpenGL graphics engine:
Hello ,
I am a new Pymol user. I am trying to calculate all the H-H distances between
the methyl protons (CH3) in different Leucine residues in a protein, which are
within 5A. For some reason, if I rerun the program with a distance threshold of
2A, I get different values for the same atoms. Here
