Hi,
Thanks for this - very helpful and I think I've been able to identify the
structures I'm interested in.
Incidentally, I saw the earlier correspondence about plotting the axes using
g_sham.
I'm having similar difficulties - I can generate axes, based on the data range
using -xmax and -xmin
Hello,
Since you already built 2-d free energy landscape (FEL), you should
have PCs (PC1 and PC2) as a function of time. You also know from the
minima of FEL at which PCs the system spends longer time. Once you
find those PCs you should find when the system has those PCs (from PC
vs time). Then you
Hi,
Having used g_sham to plot a Gibbs free energy landscape using a projection of
the first two principal components from the normal covariance analysis (not
dihedral PCA) like so:
g_sham -f 2dproj_1_2.xvg -ls gibbs.xpm -notime
I would like to now identify which parts of the trajectory are r
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