Uses of Class
weka.gui.treevisualizer.Node

Packages that use Node

weka.gui.treevisualizer

Uses of Node in weka.gui.treevisualizer

Fields in weka.gui.treevisualizer declared as Node

(package private) Node	TreeVisualizer.NodeInfo.m_node The Node itself.
private Node	TreeVisualizer.m_topNode The top Node.
Node	PlaceNode2.Group.m_p The parent node of this group.
private Node	Edge.m_source The parent Node of this edge.
private Node	Edge.m_target The child Node of this edge.

Methods in weka.gui.treevisualizer that return Node

Node	Edge.getSource() Get the value of source.
Node	Edge.getTarget() Get the value of target.
Node	TreeBuild.create(java.io.Reader t) This will build A node structure from the dotty format passed.
private Node	TreeBuild.generateStructures() This will go through all the found Nodes and Edges build instances of these and link them together.

Methods in weka.gui.treevisualizer with parameters of type Node

private void	TreeVisualizer.arrayFill(Node t, TreeVisualizer.NodeInfo[] l, TreeVisualizer.EdgeInfo[] k) This will fill two arrays with the Nodes and Edges from the tree into a particular order.
void	NodePlace.place(Node r) The function to call to postion the tree that starts at Node r
void	Edge.setSource(Node v) Set the value of source.
void	Edge.setTarget(Node v) Set the value of target.
void	PlaceNode2.place(Node r) The Funtion to call to have the nodes arranged.
private void	PlaceNode2.nodeY(Node r) This will set all of the children node of a particular node to their height.
private void	PlaceNode2.groupBuild(Node r) This starts to create the information about the sibling groups.
private void	PlaceNode2.groupFind(Node r, int pg) This is called to build the rest of the grouping information.
void	PlaceNode1.place(Node r) Call this function to have each node in the tree starting at 'r' placed in a visual (not logical, they already are) tree position.
private void	PlaceNode1.setNumOfNodes(Node r, int l) This function finds the number of nodes on each level recursively.
private void	PlaceNode1.placer(Node r, int l) This function goes through and sets the position of each node
private void	Node.childVis(Node r) Recursively goes through the tree and sets all the children and the parent to visible.
private void	Node.childInv(Node r) Recursively goes through the tree and sets all the children to invisible, Not the parent though.
static int	Node.getGCount(Node r, int n) Recursively finds the number of visible groups of siblings there are.
static int	Node.getTotalGCount(Node r, int n) Recursively finds the total number of groups of siblings there are.
static int	Node.getCount(Node r, int n) Recursively finds the number of visible nodes there are (this may accidentally count some of the invis nodes).
static int	Node.getTotalCount(Node r, int n) Recursively finds the total number of nodes there are.
static int	Node.getHeight(Node r, int l) Recursively finds the number of visible levels there are.
static int	Node.getTotalHeight(Node r, int l) Recursively finds the total number of levels there are.

Constructors in weka.gui.treevisualizer with parameters of type Node

TreeVisualizer(TreeDisplayListener tdl, Node n, NodePlace p)
Constructs Displayer with the specified Node as the top of the tree, and uses the NodePlacer to place the Nodes.