Package com.macrofocus.treemap

Class BarAlgorithm<N,Row,Column,Color,Font>

java.lang.Object

com.macrofocus.treemap.AbstractAlgorithm<N,Row,Column,Color,Font>

com.macrofocus.treemap.BarAlgorithm<N,Row,Column,Color,Font>

All Implemented Interfaces:

Algorithm<N,Row,Column,Color,Font>

public class BarAlgorithm<N,Row,Column,Color,Font>
extends AbstractAlgorithm<N,Row,Column,Color,Font>

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static class	BarAlgorithm.Orientation

Constructor Summary

Constructors

Constructor	Description
BarAlgorithm()
BarAlgorithm(double marginProportion, BarAlgorithm.Orientation orientation)

Method Summary

Modifier and Type	Method	Description
boolean	breadthFirstLayout(java.awt.Shape shape, MutableTreeMapNode parent, MutableTreeMapNode[] children, double sumSizes, int horizontalVanishingPoint, int verticalVanishingPoint, TreeMapWorker worker)	Arrange the items in the given array to fill the given shape.
boolean	isCompatible(java.awt.Shape shape)	Indicates whether the layout algorithm can handle the given geometry of its parent
boolean	isSpaceFilling()
java.lang.Iterable<N>	iterator(TreeMapModel<N,Row,Column,Color,Font> model, N root)	Breadth first traversal by default.
java.lang.String	toString()

Methods inherited from class com.macrofocus.treemap.AbstractAlgorithm

depthFirstLayout, finishLayout, getProperties, isChildContained, isColorParent, isRenderingLeafLabelsSupported, isRenderingParentLabelSupported, startLayout, sum

Methods inherited from class java.lang.Object

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

Constructor Detail

BarAlgorithm

public BarAlgorithm()

BarAlgorithm

public BarAlgorithm(double marginProportion,
                    BarAlgorithm.Orientation orientation)

Method Detail

iterator

public java.lang.Iterable<N> iterator(TreeMapModel<N,Row,Column,Color,Font> model,
                                      N root)

Description copied from class: AbstractAlgorithm

Breadth first traversal by default.

Specified by:

iterator in interface Algorithm<N,Row,Column,Color,Font>

Overrides:

iterator in class AbstractAlgorithm<N,Row,Column,Color,Font>

Parameters:

model - the model

root - the root node

Returns:

an iterator to traverse the tree in the specified order

breadthFirstLayout

public boolean breadthFirstLayout(java.awt.Shape shape,
                                  MutableTreeMapNode parent,
                                  MutableTreeMapNode[] children,
                                  double sumSizes,
                                  int horizontalVanishingPoint,
                                  int verticalVanishingPoint,
                                  TreeMapWorker worker)

Description copied from interface: Algorithm

Arrange the items in the given array to fill the given shape. This is called during the first pass, while traversing the tree top down.

Parameters:

shape - the current rectangle being divided.

parent - the parent node.

children - the items to map.

sumSizes - the size of the parent.

worker - the worker thread

Returns:

true if the layout has been cancelled, false otherwise

isCompatible

public boolean isCompatible(java.awt.Shape shape)

Description copied from interface: Algorithm

Indicates whether the layout algorithm can handle the given geometry of its parent

Parameters:

shape - the geometry of its parent

Returns:

true if it can lay out the children using the specified geometrical shape

isSpaceFilling

public boolean isSpaceFilling()

Specified by:

isSpaceFilling in interface Algorithm<N,Row,Column,Color,Font>

Overrides:

isSpaceFilling in class AbstractAlgorithm<N,Row,Column,Color,Font>

toString

public java.lang.String toString()

Overrides:

toString in class java.lang.Object