Uses of Class
bibliothek.gui.dock.station.split.SplitNode

Packages that use SplitNode

bibliothek.gui.dock	The five basic classes implementing Dockable and DockStation plus some supporting elements.
bibliothek.gui.dock.facile.station.split	Support classes for SplitDockStation.
bibliothek.gui.dock.station.split	Elements which are needed by the SplitDockStation, and which are needed to interact with the station.

Uses of SplitNode in bibliothek.gui.dock

Methods in bibliothek.gui.dock that return SplitNode

SplitNode

SplitDockStation.getNode(long id) Searches the node whose id equals id.

Methods in bibliothek.gui.dock with parameters of type SplitNode

protected boolean

SplitDockStation.dropAside(SplitNode neighbor, PutInfo.Put put, Dockable dockable, Leaf leaf, double divider, DockHierarchyLock.Token token) Adds dockable at the side put of neighbor.

Uses of SplitNode in bibliothek.gui.dock.facile.station.split

Methods in bibliothek.gui.dock.facile.station.split with parameters of type SplitNode

protected ResizeElement<T>	LockedResizeLayoutManager.asyncToElement(ResizeElement<T> parent, SplitNode node) Called by LockedResizeLayoutManager.toElement(ResizeElement, SplitNode), tries to create a ResizeElement out of node in an environment where race conditions are possible.
ResizeElement<T>	LockedResizeLayoutManager.toElement(ResizeElement<T> parent, SplitNode node) Transforms a SplitNode into the matching kind of ResizeElement.

Uses of SplitNode in bibliothek.gui.dock.station.split

Subclasses of SplitNode in bibliothek.gui.dock.station.split

class	Leaf Represents a leaf in the tree that is the structure of a SplitDockStation.
class	Node A Node represents an element in the tree of a SplitDockStation.
class	Placeholder A placeholder is a set of Path-keys, each key stands for a Dockable that is currently not visible.
class	Root The root of the tree that represents the internal structure of a SplitDockStation.
class	SpanSplitNode A SplitNode that also stores some Spans.
class	VisibleSplitNode Represents a SplitNode that is visible to the user.

Methods in bibliothek.gui.dock.station.split that return SplitNode

protected SplitNode	SplitNode.create(SplitDockTree.Key key, boolean checkValidity, Map<Leaf,Dockable> linksToSet) Creates a new node using the contents of key.
SplitNode	Root.getChild() Gets the child of this root.
SplitNode	Leaf.getChild(int location)
SplitNode	Node.getChild(int location)
SplitNode	Placeholder.getChild(int location)
SplitNode	Root.getChild(int location)
abstract SplitNode	SplitNode.getChild(int location) Gets the child at location.
SplitNode	Node.getLeft() Gets the left child of this node.
protected SplitNode	SplitPlaceholderConverter.getLeftChild(SplitNode node)
SplitNode	PutInfo.getNode() Gets the future neighbor or parent.
SplitNode	SplitNode.getParent() Gets the parent of this node.
SplitNode	SplitNode.getPlaceholderNode(Path placeholder) Searches and returns the first SplitNode which contains placeholder.
SplitNode	Node.getRight() Gets the right child of this node.
protected SplitNode	SplitPlaceholderConverter.getRightChild(SplitNode node)
protected SplitNode	SplitPlaceholderConverter.getRoot(SplitDockStation station)
protected SplitNode	SplitPlaceholderConverter.getRootChild(SplitNode root)
SplitNode	Leaf.getVisible()
SplitNode	Node.getVisible()
SplitNode	Placeholder.getVisible()
SplitNode	Root.getVisible()
abstract SplitNode	SplitNode.getVisible() Gets the root of a subtree such that the root is visible and such that the is the uppermost visible node.

Methods in bibliothek.gui.dock.station.split with parameters of type SplitNode

boolean	SplitDockAccess.drop(Dockable dockable, SplitDockProperty property, SplitNode root) Tries to add Dockable such that the boundaries given by property are full filled.
int	Leaf.getChildLocation(SplitNode child)
int	Node.getChildLocation(SplitNode child)
int	Placeholder.getChildLocation(SplitNode child)
int	Root.getChildLocation(SplitNode child)
abstract int	SplitNode.getChildLocation(SplitNode child) Gets the location of a child.
protected double	SplitPlaceholderConverter.getDivider(SplitNode node)
protected Dockable	SplitPlaceholderConverter.getDockable(SplitNode leaf)
protected long	SplitPlaceholderConverter.getId(SplitNode node)
protected SplitNode	SplitPlaceholderConverter.getLeftChild(SplitNode node)
protected SplitDockStation.Orientation	SplitPlaceholderConverter.getOrientation(SplitNode node)
protected PlaceholderMap	SplitPlaceholderConverter.getPlaceholderMap(SplitNode node)
protected Path[]	SplitPlaceholderConverter.getPlaceholders(SplitNode node)
protected SplitNode	SplitPlaceholderConverter.getRightChild(SplitNode node)
protected SplitNode	SplitPlaceholderConverter.getRootChild(SplitNode root)
protected boolean	SplitPlaceholderConverter.isLeaf(SplitNode node)
protected boolean	SplitPlaceholderConverter.isNode(SplitNode node)
protected boolean	SplitPlaceholderConverter.isPlaceholder(SplitNode node)
protected boolean	SplitPlaceholderConverter.isRoot(SplitNode node)
void	SplitNode.movePlaceholderMap(SplitNode destination) Moves the current PlaceholderMap to destination, overriding its old value.
void	SplitPlaceholderSet.removeDoublePlaceholders(SplitNode node, PlaceholderMap map) Removes any placeholder from placeholderMap that is stored in another node than node.
void	SplitNode.replace(SplitNode node) Replaces this node with node.
void	SplitDockAccess.repositioned(SplitNode node) Invoked whenever a node changes its shape.
void	SplitPlaceholderSet.set(SplitNode node, Dockable dockable, SplitNode... protectedNodes) Ensures that node is associated with the placeholder for dockable.
void	SplitPlaceholderSet.set(SplitNode node, Dockable dockable, SplitNode... protectedNodes) Ensures that node is associated with the placeholder for dockable.
void	SplitPlaceholderSet.set(SplitNode node, Path placeholder, SplitNode... protectedNodes) Ensures that node is associated with placeholder but no other node has placeholder.
void	SplitPlaceholderSet.set(SplitNode node, Path placeholder, SplitNode... protectedNodes) Ensures that node is associated with placeholder but no other node has placeholder.
void	Root.setChild(SplitNode child) Sets the child of this root.
void	Leaf.setChild(SplitNode child, int location)
void	Node.setChild(SplitNode child, int location)
void	Placeholder.setChild(SplitNode child, int location)
void	Root.setChild(SplitNode child, int location)
abstract void	SplitNode.setChild(SplitNode child, int location) Adds a child to this node at a given location.
void	Node.setLeft(SplitNode left) Sets the left child of this node.
void	PutInfo.setNode(SplitNode node) Sets the node which might become neighbor or parent of the new child.
void	SplitNode.setParent(SplitNode parent) Sets the parent of this node.
void	Node.setRight(SplitNode right) Sets the right child of this node.
SplitDockProperty	SplitDockPathProperty.toLocation(SplitNode onPath) Calculates which bounds the element accessed through this path would have.
DockableProperty	SplitDockPlaceholderProperty.toLocation(SplitNode target) Gets some DockableProperty that works as backup property if the referenced placeholder is not found.
SplitDockProperty	SplitDockPlaceholderProperty.toSplitLocation(SplitNode target) Gets a SplitDockProperty that works as backup property if the referenced placeholder is not found.

Constructors in bibliothek.gui.dock.station.split with parameters of type SplitNode

Node(SplitDockAccess access, SplitNode left, SplitNode right)
Constructs a new node.

Node(SplitDockAccess access, SplitNode left, SplitNode right, long id)
Constructs a new node.

Node(SplitDockAccess access, SplitNode left, SplitNode right, SplitDockStation.Orientation orientation)
Constructs a new node.

Node(SplitDockAccess access, SplitNode left, SplitNode right, SplitDockStation.Orientation orientation, long id)
Constructs a new node.

PutInfo(SplitNode node, PutInfo.Put put, Dockable dockable, boolean combining)
Creates a new PutInfo.