Action: MAZE_STEERED_MD

Module maze
Description Usage
Performs a linear unbinding along a predefined biasing direction that used in 0 tutorialsused in 0 eggs

Output components

This action calculates the values in the following table. These values can be referenced elsewhere in the input by using this Action's label followed by a dot and the name of the value required from the list below.

Name Type Description
x scalar Optimal biasing direction; x component
y scalar Optimal biasing direction; y component
z scalar Optimal biasing direction; z component
loss scalar Loss function value defined by the provided pairing function
sr scalar Sampling radius
tdist scalar Total distance traveled by biased atoms

Input

The atoms that serve as the input for this action are specified using one or more of the keywords in the following table.

Keyword Type Description
LIGAND atoms Indices of ligand atoms
PROTEIN atoms Indices of protein atoms

Further details and examples

Text from manual goes here

Syntax

The following table describes the keywords and options that can be used with this action

Keyword Type Default Description
LIGAND input none Indices of ligand atoms
PROTEIN input none Indices of protein atoms
OPTIMIZER_STRIDE compulsory none Optimizer stride
PULLING compulsory none Constant biasing direction
NUMERICAL_DERIVATIVES optional false calculate the derivatives for these quantities numerically
NOPBC optional false ignore the periodic boundary conditions when calculating distances
SERIAL optional false Perform the simulation in serial -- used only for debugging purposes, should not be used otherwise
PAIR optional false Pair only the 1st element of the 1st group with the 1st element in the second, etc
NLIST optional false Use a neighbor list of ligand-protein atom pairs to speed up the calculating of the distances
NL_CUTOFF optional not used Neighbor list cut-off for the distances of ligand-protein atom pairs
NL_STRIDE optional not used Update stride for the ligand-protein atom pairs in the neighbor list
LOSS optional not used Loss function describing ligand-protein interactions required by every optimizer