All functions

Compute ACF of circular data

compute neighborhood for efficient density-based geometric clustering

construct density network from landscape screening

Radii estimation for density-based clustering

Return data frame with population per frame

construct density network from landscape screening

Plot per-frame populations for given radii.

run screening (density-based geometric clustering)

Compute ACF using OpenMP

generate trajectory with C

generate cos/sin transformed dihedrals

generate dihedrals

filter a data set

select subspace projection

Get path to binary

returns normalized path for files in project

initialize project

List names and paths to binaries called by prodyna

construct transition count matrix from trajectory

simulate state trajectory from Markov State Model

construct transtion matrix from trajectory

plot autocorrelation of observables

plot cumulative fluctuations

plot matrix

plot 2d-proj, 1d-proj and eigenvector content for given PCA

plot 2d-proj for given PCA

plot Ramachandran plot

plot state geometries as Ramacolor plots

get project information

Compute RGB color code from sampling of Ramachandran plot

cumulative fluctuations for given PCA

read dihedrals

run C

run dPCA+

run dPCA on cos/sin transformed angles

run PCA on given coordinates

Set path to binary

compute autocorrelations

computes a cos/sin transform of angles on the fly

exec VMD-Tcl command

load pdb file into VMD

close the running VMD instance

render current view to postscript

run VMD instance

set rendering style