Uses of Interface
uchicago.src.sim.network.Node

Packages that use Node

uchicago.src.repastdemos.asynchAgents
uchicago.src.repastdemos.genetic
uchicago.src.repastdemos.hypercycles
uchicago.src.repastdemos.jain
uchicago.src.repastdemos.jiggle
uchicago.src.repastdemos.jinGirNew
uchicago.src.repastdemos.neural
uchicago.src.repastdemos.neuralfromfile
uchicago.src.repastdemos.rabbitPopulation
uchicago.src.sim.engine
uchicago.src.sim.gui
uchicago.src.sim.network

Uses of Node in uchicago.src.repastdemos.asynchAgents

Classes in uchicago.src.repastdemos.asynchAgents that implement Node

class	Boss This class represents the agent who outputs a value based on either exponential or polynomial function for a given input.
class	Consultant This is the agent that moves agents according to how many tasks they have relative to the rest of the employees.
class	Employee This class represents the employees who perform tasks assigned by the boss.

Uses of Node in uchicago.src.repastdemos.genetic

Classes in uchicago.src.repastdemos.genetic that implement Node

class	Competitor This is an agent in the simulation.
class	Judge This is the agent that adjusts the location of Competitors based on the correctness of their solution.

Uses of Node in uchicago.src.repastdemos.hypercycles

Classes in uchicago.src.repastdemos.hypercycles that implement Node

class

HyperCell A pseudo-agent class for the hypercycles simulation.

Constructors in uchicago.src.repastdemos.hypercycles with parameters of type Node

HyperCycleLink(Node from, Node to)

HyperLink(Node from, Node to)

Uses of Node in uchicago.src.repastdemos.jain

Classes in uchicago.src.repastdemos.jain that implement Node

class

JainNode

Constructors in uchicago.src.repastdemos.jain with parameters of type Node

JainEdge(Node from, Node to, float strength, java.awt.Color color)

Uses of Node in uchicago.src.repastdemos.jiggle

Classes in uchicago.src.repastdemos.jiggle that implement Node

class

JiggleNode The agent class for this model.

Constructors in uchicago.src.repastdemos.jiggle with parameters of type Node

JiggleEdge(Node from, Node to, java.awt.Color color)

Uses of Node in uchicago.src.repastdemos.jinGirNew

Classes in uchicago.src.repastdemos.jinGirNew that implement Node

class

JinGirNewNode The agent class for the JinGirNew simluation.

Constructors in uchicago.src.repastdemos.jinGirNew with parameters of type Node

JinGirNewEdge(Node from, Node to, java.awt.Color color)

Uses of Node in uchicago.src.repastdemos.neural

Classes in uchicago.src.repastdemos.neural that implement Node

class

Stapler The class used to draw the goal of the agents (the stapler).

Uses of Node in uchicago.src.repastdemos.neuralfromfile

Classes in uchicago.src.repastdemos.neuralfromfile that implement Node

class

TrainedEmployee An employee that performs actions based on a neural network stored in a file.

Uses of Node in uchicago.src.repastdemos.rabbitPopulation

Classes in uchicago.src.repastdemos.rabbitPopulation that implement Node

class	Births Calculates the number of rabbits born each year based on the current population.
class	DeathMultiplier Creates a death multiplier.
class	Deaths Calculates how many rabbits should die each year.
class	PopulationDensity Calculates the population density based on the current population of rabbits and the current area.
class	RabbitPopulation Calculates the current population of rabbits based on the current number of births and eaths.

Uses of Node in uchicago.src.sim.engine

Classes in uchicago.src.sim.engine that implement Node

class

AsynchAgent An asynchronously executed agent class.

Uses of Node in uchicago.src.sim.gui

Subinterfaces of Node in uchicago.src.sim.gui

interface

Drawable2DNode Interface for a drawable 2 dimensional node that occupies a cell in a grid.

Classes in uchicago.src.sim.gui that implement Node

class	OvalNode Deprecated. As of repast 2.0, OvalNodes and RectNodes will no longer work. To visualize nodes, use DefaultDrawableNode as the base class and set the appropriate NetworkDrawable. See the Network how to (repast/docs/how_to/network.html) for more information.
class	RectNode Deprecated. As of repast 2.0, OvalNodes and RectNodes will no longer work. To visualize nodes, use DefaultDrawableNode as the base class and set the appropriate NetworkDrawable. See the Network how to (repast/docs/how_to/network.html) for more information.

Fields in uchicago.src.sim.gui declared as Node

protected Node

OvalNode.node Deprecated.

Methods in uchicago.src.sim.gui with parameters of type Node

boolean	RectNode.hasEdgeFrom(Node node) Deprecated.
boolean	OvalNode.hasEdgeFrom(Node node) Deprecated.
boolean	RectNode.hasEdgeTo(Node node) Deprecated.
boolean	OvalNode.hasEdgeTo(Node node) Deprecated.

Uses of Node in uchicago.src.sim.network

Classes in uchicago.src.sim.network that implement Node

class	DefaultDrawableNode
class	DefaultNode A simple graph node that is a default implementation of Node.

Fields in uchicago.src.sim.network declared as Node

protected Node	DefaultEdge.from
protected Node	DefaultEdge.to

Methods in uchicago.src.sim.network that return Node

Node	Edge.getFrom() Gets the node that this edge comes from.
Node	DefaultEdge.getFrom() Gets the from node
Node	DefaultNode.getNode() Deprecated. No longer part of the Node interface so not necessary
Node	DefaultDrawableNode.getNode() Deprecated.
Node	DefaultNode.getRandomFromNode() Gets a node at random from the list of nodes that this node has an edge from.
Node	DefaultNode.getRandomNodeIn() Gets a node at random from the list of in edges.
Node	DefaultNode.getRandomNodeOut() Gets a node at random from the list of out edges.
Node	DefaultNode.getRandomToNode() Gets a node at random from the list of nodes that this node has an edge to.
Node	Edge.getTo() Gets the node that this edge goes to
Node	DefaultEdge.getTo() Gets the to node
Node	Linker.makeLink(Node from, Edge edge) Makes a link between the specified Node using the specified Edge and a Node chosen at random from the probability map, and calls this Linker's update method with this random node and a value of 1 as the arguments.
Node	Linker.makeLink(Node from, Edge edge, float amtToUpdate) Makes a link between the specified Node using the specified Edge and a Node chosen at random from the probability map and calls this Linker's update method with this random node and the specified value as arguments.

Methods in uchicago.src.sim.network with parameters of type Node

void	NetworkPath.addNode(Node n)
static int	NetUtilities.countIJTies(Node iNode, Node jNode) Returns the number of ties from i to j.
static Edge	EdgeFactory.createCustomEdge(Node from, Node to, java.lang.Class edgeClass) Constructs an edge from the specified from node to the specified to node with a blank label.
static Edge	EdgeFactory.createCustomEdge(Node from, Node to, java.lang.String label, java.lang.Class edgeClass) Construct an Edge from the specified from node to the specified to node with the specified label, and a default strength of 1.0.
static Edge	EdgeFactory.createCustomEdge(Node from, Node to, java.lang.String label, float strength, java.lang.Class edgeClass) Construct an edge from the specified from node to the specified to node with the specified label, and the specified strength.
static DefaultDrawableEdge	EdgeFactory.createDrawableEdge(Node from, Node to) Constructs an edge from the specified to node to the specified node with a blank label.
static DefaultDrawableEdge	EdgeFactory.createDrawableEdge(Node from, Node to, java.lang.String label) Constructs an edge from the specified node to the specified node with the specified label, and a default strength of 1.0.
static DefaultDrawableEdge	EdgeFactory.createDrawableEdge(Node from, Node to, java.lang.String label, float strength) Constructs an edge from the specified from node to the specified to node with the specified label, and the specified strength.
static DefaultEdge	EdgeFactory.createEdge(Node from, Node to) Constructs an edge from the specified node to the specified node with a blank label.
static DefaultEdge	EdgeFactory.createEdge(Node from, Node to, java.lang.String label) Construct an edge from the specified node to the specified node with the specified label, and a default strength of 1.0.
static DefaultEdge	EdgeFactory.createEdge(Node from, Node to, java.lang.String label, float strength) Construct an edge from the specified node to the specified node with the specified label, and the specified strength.
static int	NetUtilities.getAllDegree(Node iNode) Returns the number of arcs node is involved in.
java.util.HashSet	DefaultNode.getEdgesFrom(Node node) Returns the Edges from the specified Node to this Node.
java.util.HashSet	DefaultNode.getEdgesTo(Node node) Returns the Edges from this Node to the specified Node.
static double	NetUtilities.getIJShortPathLength(java.util.List nodes, Node iNode, Node jNode) Returns a double with a value equal to the length of the shortest path between i and j.
static int	NetUtilities.getIJTie(Node iNode, Node jNode) Returns 1 if a tie from i to j exists, 0 otherwise.
static double	NetUtilities.getIJTieStrength(Node iNode, Node jNode) Returns double value from getStrength() if tie from i to j exists, returns 0.0 if none exists.
static int	NetUtilities.getInDegree(Node iNode) Returns the in degree (number of in edges) of the node.
static int	NetUtilities.getNumDirectTriads(Node iNode, Node jNode) Finds and returns the number of "parents" (nodes with links TO both i and j)
static int	NetUtilities.getOutDegree(Node iNode) Returns the out degree (number of out edges) of the node.
int[]	PajekNetReader.getXY(Node node) Returns an int[x,y] with the coordinates of the node if they were read from the Pajek *.net file.
boolean	Node.hasEdgeFrom(Node node) Returns true if this DefaultNode has an Edge from the specified Node, otherwise false.
boolean	DefaultNode.hasEdgeFrom(Node node) Returns true if this DefaultNode has an Edge from the specified Node, otherwise false.
boolean	Node.hasEdgeTo(Node node) Returns true if this DefaultNode has an Edge to the specified Node, otherwise false.
boolean	DefaultNode.hasEdgeTo(Node node) Returns true if this DefaultNode has an Edge to the specified Node, otherwise false.
boolean	DefaultNode.hasEdgeToOrFrom(Node node) Does this Node have an edge to or from the specified node.
static Edge	EdgeFactory.linkNodes(Node from, Node to, Edge edge) Links the specified Nodes with the specified Edge.
Node	Linker.makeLink(Node from, Edge edge) Makes a link between the specified Node using the specified Edge and a Node chosen at random from the probability map, and calls this Linker's update method with this random node and a value of 1 as the arguments.
Node	Linker.makeLink(Node from, Edge edge, float amtToUpdate) Makes a link between the specified Node using the specified Edge and a Node chosen at random from the probability map and calls this Linker's update method with this random node and the specified value as arguments.
boolean	NetworkPath.nodeInPath(Node n)
void	DefaultNode.removeEdgesFrom(Node node) Removes all the edges that link to this Node from the specified node.
void	DefaultNode.removeEdgesTo(Node node) Removes all the edges that link from this Node to the specified node.
void	Edge.setFrom(Node node) Sets the from node
void	DefaultEdge.setFrom(Node node) Sets the from node.
void	Edge.setTo(Node node) Sets the to Node
void	DefaultEdge.setTo(Node node) Sets the to node.

Constructors in uchicago.src.sim.network with parameters of type Node

DefaultDrawableEdge(Node from, Node to)
Construct an edge from the specified to node to the specified node with a blank label.

DefaultDrawableEdge(Node from, Node to, java.lang.String label)
Construct an edge from the specified to node to the specified node with the specified label, and a default strength of 1.0.

DefaultDrawableEdge(Node from, Node to, java.lang.String label, float strength)
Construct an edge from the specified to node to the specified node with the specified label, and the specified strength.

DefaultEdge(Node from, Node to)
Construct an edge from the specified to node to the specified node with a blank label.

DefaultEdge(Node from, Node to, java.lang.String label)
Construct an edge from the specified to node to the specified node with the specified label, and a default strength of 1.0.

DefaultEdge(Node from, Node to, java.lang.String label, float strength)
Construct an edge from the specified to node to the specified node with the specified label, and the specified strength.