displayEvolution()

Calculate and visualize evolution of node over k discrete time steps according to mode update scheme.

Syntax

[nodeUpdated,timeStateMatrix] = displayEvolution(node,k,mode)
[nodeUpdated,timeStateMatrix] = displayEvolution(node,k,mode,tk,saveFlag)

Description

displayEvolution(node,k,mode) advances all nodes in node k time-steps in update mode defined by mode and displays node states.

displayEvolution(node,k,mode,tk,saveFlag) advances all nodes in node k time-steps in update mode defined by mode and displays node states. All tk steps, node-states and the timeStateMatrix are saved to the current directory. Furthermore, if saveFlag is set, the figure is saved to the disk.

Input:
node - 1 x n structure-array containing node information
k - Number of discrete timesteps
mode - String defining update scheme. Currently supported modes are:CRBN, ARBN, DARBN, GARBN, DGARBN
tk - (Optional) Period for saving node-states/timeStateMatrix to disk.
saveFlag - (Optional) Flag: 1 - Figure will be saved to disk 0 - no saving

Output: 
nodeUpdated - 1 x n structure-array with updated node information
timeStateMatrix - n x k+1 matrix containing calculated time-state evolution 

Example

Using the Toolbox - Getting Started