ct to get normal
PX1=DY12*DZ23-DY23*DZ12;
PY1=DZ12*DX23-DZ23*DX12;
PZ1=DX12*DY23-DX23*DY12;
NP1=sqrt(PX1*PX1+PY1*PY1+PZ1*PZ1);
PX1=PX1/NP1
PY1=PY1/NP1
PZ1=PZ1/NP1
PX2=DY43*DZ23-DY23*DZ43;
PY2=DZ43*DX23-DZ23*DX43;
PZ2=DX43*DY23-DX23*DY43;
NP2=sqrt(PX2*PX2
On Tue, Mar 31, 2009 at 9:45 PM, Sean Law wrote:
> the performance is lightning fast. Can anybody help me improve the overall
> performance or suggest an alternative? Thanks in advance!
A kind of alternative would be to use a custom dihedral command, that
avoids evaluating selections:
def tors
__
From: Sean Law [mailto:magic...@hotmail.com]
Sent: Tuesday, March 31, 2009 1:48 PM
To: pymol-users@lists.sourceforge.net
Subject: [PyMOL] get_dihedral bottleneck
Hi PyMol-Community,
I have been looking for a PyMOL command to calculate the ribose sugar pucker
information (in DNA) but
Hi PyMol-Community,
I have been looking for a PyMOL command to calculate the ribose sugar pucker
information (in DNA) but have not found anything. Thus, I began writing a
simple Python script that is supposed to take a selection, determine whether or
not it contains a ribose sugar ring, and t
