uchicago.src.sim.network
Class SquareLatticeNet

java.lang.Object
  uchicago.src.sim.network.SquareLatticeNet

public class SquareLatticeNet
extends java.lang.Object

Creates a square lattice network. Use NetworkFactory.createSquareLatticeNetwork rather than this class. DOCUMENTATION NOT COMPLETE!

Version:

$Revision: 1.7 $ $Date: 2004/11/03 19:51:01 $

Author:

Skye Bender-deMoll

Constructor Summary

SquareLatticeNet()

SquareLatticeNet(java.lang.Class node, java.lang.Class edge)

SquareLatticeNet(java.lang.Class node, java.lang.Class edge, int cols, int rows)

SquareLatticeNet(java.lang.Class node, java.lang.Class edge, int cols, int rows, boolean wrapAround, int connectRadius)

Method Summary

java.util.ArrayList	createSquareLatticeNet() * Use NetworkFactory.createSquareLatticeNetwork rather than this class. !!!!!!!
java.util.ArrayList	createSquareLatticeNet(java.lang.Class node, java.lang.Class edge, int cols, int rows, boolean wrapAround, int connectRadius) !!!
int	getConnectRadius()
java.lang.Class	getEdgeClass() Returns the Class of edges to be used in constructing the network.
java.lang.Class	getNodeClass() Returns the Class of nodes to be used in constructing the network.
int	getNumCols()
int	getNumRows()
int	getSize() Returns the int for the size (number of nodes) in the network to be constructed.
boolean	isSymmetric() Returns true if the constructed network will always be symmetric.
boolean	isWrapAround()
void	setConnectRadius(int connectRadius) Sets the "radius" of neighbors along the grid which additional connections will be generated to.
void	setDimension(int cols, int rows)
void	setEdgeClass(java.lang.Class edge) Sets the Class of edges to be used in constructing the network.
void	setNodeClass(java.lang.Class node) Sets the Class of nodes to be used in constructing the network Must be set beforemakeSquareLatticeNet() is called.
void	setWrapAround(boolean wrapAround)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

SquareLatticeNet

public SquareLatticeNet()

SquareLatticeNet

public SquareLatticeNet(java.lang.Class node,
                        java.lang.Class edge)

SquareLatticeNet

public SquareLatticeNet(java.lang.Class node,
                        java.lang.Class edge,
                        int cols,
                        int rows)

SquareLatticeNet

public SquareLatticeNet(java.lang.Class node,
                        java.lang.Class edge,
                        int cols,
                        int rows,
                        boolean wrapAround,
                        int connectRadius)

Method Detail

getNodeClass

public java.lang.Class getNodeClass()

Returns the Class of nodes to be used in constructing the network. Must be set before makeSquareLatticeNet() is called.

setNodeClass

public void setNodeClass(java.lang.Class node)

Sets the Class of nodes to be used in constructing the network Must be set beforemakeSquareLatticeNet() is called.

getEdgeClass

public java.lang.Class getEdgeClass()

Returns the Class of edges to be used in constructing the network. Must be set before makeSquareLatticeNet() is called.

setEdgeClass

public void setEdgeClass(java.lang.Class edge)

Sets the Class of edges to be used in constructing the network. Must be set before makeSquareLatticeNet() is called.

getNumCols

public int getNumCols()

getNumRows

public int getNumRows()

setDimension

public void setDimension(int cols,
                         int rows)

getSize

public int getSize()

Returns the int for the size (number of nodes) in the network to be constructed. Must be set before makeSquareLatticeNet() is called.

getConnectRadius

public int getConnectRadius()

setConnectRadius

public void setConnectRadius(int connectRadius)

Sets the "radius" of neighbors along the grid which additional connections will be generated to. In general, the average degree of each node will be 2*radius, but if nCols or nRows are not multiples of radius, there will be some nodes with lower degree.

isWrapAround

public boolean isWrapAround()

setWrapAround

public void setWrapAround(boolean wrapAround)

isSymmetric

public boolean isSymmetric()

Returns true if the constructed network will always be symmetric. (in a symmetric network, all ties i -> j = j -> i)

createSquareLatticeNet

public java.util.ArrayList createSquareLatticeNet()
                                           throws java.lang.IllegalAccessException,
                                                  java.lang.InstantiationException

* Use NetworkFactory.createSquareLatticeNetwork rather than this class. !!!!!!! DOCS NEEDED !!!!!!!!

Throws:

java.lang.IllegalAccessException

java.lang.InstantiationException

createSquareLatticeNet

public java.util.ArrayList createSquareLatticeNet(java.lang.Class node,
                                                  java.lang.Class edge,
                                                  int cols,
                                                  int rows,
                                                  boolean wrapAround,
                                                  int connectRadius)
                                           throws java.lang.IllegalAccessException,
                                                  java.lang.InstantiationException

!!! DOCS NEEDED !!!

USE NetworkFactory.createSquareLatticeNetwork rather than this.

Throws:

IllegalAccessException, - InstantiationException

java.lang.IllegalAccessException

java.lang.InstantiationException