Dynamically creates a BasicAction object whose execute method will
iterate through the
specifed list and call the specified method on each object in that list.
Dynamically creates a BasicAction object whose execute method will iterate
through the specifed list and call the specified method on each object
in that list.
Dynamically creates a BasicAction object whose execute method will
shuffle the specified list with uchicago.src.sim.util.SimUtilites.shuffle
and then iterate through the
specifed list, calling the specified method on each object in that list.
Returns a DenseDoubleMatrix2D in which the i,j th entry gives the
length of the shortest path between i and j. i and j indexes
refer to the position of the node in the ArrayList parameter.
Returns the double of the desired density of the network
(ratio of number of existing edges to the maximum possible number of
edges) Must be set before makeRandomDensityNet() is called.
Returns the double of the desired density of the network (ratio of number of existing
edges to the maximum possible number of edges) Must be set before
makeRolfeNet() is called.
Returns a list of nodes of type nodeClass forming network corresponding
to the *.net file with edges of class edgeClass and strength corresponding
to the
arcs and edges in the file.
Gets whether the simulation application should exit with a
System.exit(0) call on exit (pressing the exit button), or
dispose of all windows, release the model without killing this
instance of the virtual machine.
Gets whether the simulation application should exit with a
System.exit(0) call on exit (pressing the exit button), or
dispose of all windows, release the model without killing this
instance of the virtual machine.
This method actually uses the following calculation to determine the number
of cells included in a neighborhood.
3n^2 - 3n + 1
RePast calculates neighs using 1 as the first set (not including the origin cell.
This method actually uses the following calculation to determine the number
of cells included in a neighborhood.
2n^2 + 2n + 1
RePast calculates neighs using 1 as the first set (not including the origin cell.
This method actually uses the following calculation to determine the number
of cells included in a neighborhood.
3n^2 - 3n + 1
RePast calculates neighs using 1 as the first set (not including the origin cell.
This method actually uses the following calculation to determine the number
of cells included in a neighborhood.
2n^2 + 2n + 1
RePast calculates neighs using 1 as the first set (not including the origin cell.
Returns a list of nodes of type nodeClass forming network corresponding
to the *.net file with edges of class edgeClass and with strengths
corresponding to the arcs and edges in the file