Uses of Class
io.druid.collections.spatial.Node

Packages that use Node

Package	Description
io.druid.collections.spatial
io.druid.collections.spatial.split

Uses of Node in io.druid.collections.spatial

Subclasses of Node in io.druid.collections.spatial

Modifier and Type	Class and Description
class	Point

Methods in io.druid.collections.spatial that return Node

Modifier and Type	Method and Description
Node	Node.getParent()
Node	RTree.getRoot()

Methods in io.druid.collections.spatial that return types with arguments of type Node

Modifier and Type	Method and Description
List<Node>	Point.getChildren()
List<Node>	Node.getChildren()

Methods in io.druid.collections.spatial with parameters of type Node

Modifier and Type	Method and Description
void	Point.addChild(Node node)
void	Node.addChild(Node node)
void	Node.addToBitmapIndex(Node node)
boolean	Point.contains(Node other)
boolean	Node.contains(Node other)
static void	RTreeUtils.enclose(Node[] nodes)
static double	RTreeUtils.getEnclosingArea(Node a, Node b)
static double	RTreeUtils.getExpansionCost(Node node, Point point)
static void	RTreeUtils.printRTreeNode(Node node, int level)
static boolean	RTreeUtils.verifyEnclose(Node node)

Constructors in io.druid.collections.spatial with parameters of type Node

Constructor and Description
Node(float[] minCoordinates, float[] maxCoordinates, List<Node> children, boolean isLeaf, Node parent, MutableBitmap bitmap)

Constructor parameters in io.druid.collections.spatial with type arguments of type Node

Constructor and Description
Node(float[] minCoordinates, float[] maxCoordinates, List<Node> children, boolean isLeaf, Node parent, MutableBitmap bitmap)

Uses of Node in io.druid.collections.spatial.split

Methods in io.druid.collections.spatial.split that return Node

Modifier and Type	Method and Description
Node	QuadraticGutmanSplitStrategy.pickNext(List<Node> nodes, Node[] groups)
Node	LinearGutmanSplitStrategy.pickNext(List<Node> nodes, Node[] groups) This algorithm is from the original paper.
abstract Node	GutmanSplitStrategy.pickNext(List<Node> nodes, Node[] groups)
Node[]	QuadraticGutmanSplitStrategy.pickSeeds(List<Node> nodes)
Node[]	LinearGutmanSplitStrategy.pickSeeds(List<Node> nodes) This algorithm is from the original paper.
abstract Node[]	GutmanSplitStrategy.pickSeeds(List<Node> nodes)
Node[]	SplitStrategy.split(Node node)
Node[]	GutmanSplitStrategy.split(Node node) This algorithm is from the original paper.

Methods in io.druid.collections.spatial.split with parameters of type Node

Modifier and Type	Method and Description
boolean	SplitStrategy.needToSplit(Node node)
boolean	GutmanSplitStrategy.needToSplit(Node node)
Node	QuadraticGutmanSplitStrategy.pickNext(List<Node> nodes, Node[] groups)
Node	LinearGutmanSplitStrategy.pickNext(List<Node> nodes, Node[] groups) This algorithm is from the original paper.
abstract Node	GutmanSplitStrategy.pickNext(List<Node> nodes, Node[] groups)
Node[]	SplitStrategy.split(Node node)
Node[]	GutmanSplitStrategy.split(Node node) This algorithm is from the original paper.

Method parameters in io.druid.collections.spatial.split with type arguments of type Node

Modifier and Type	Method and Description
Node	QuadraticGutmanSplitStrategy.pickNext(List<Node> nodes, Node[] groups)
Node	LinearGutmanSplitStrategy.pickNext(List<Node> nodes, Node[] groups) This algorithm is from the original paper.
abstract Node	GutmanSplitStrategy.pickNext(List<Node> nodes, Node[] groups)
Node[]	QuadraticGutmanSplitStrategy.pickSeeds(List<Node> nodes)
Node[]	LinearGutmanSplitStrategy.pickSeeds(List<Node> nodes) This algorithm is from the original paper.
abstract Node[]	GutmanSplitStrategy.pickSeeds(List<Node> nodes)