Uses of Class
org.apache.lucene.geo.Tessellator.Node

Packages that use Tessellator.Node

Package	Description
org.apache.lucene.geo	Geospatial Utility Implementations for Lucene Core

Uses of Tessellator.Node in org.apache.lucene.geo

Fields in org.apache.lucene.geo declared as Tessellator.Node

Modifier and Type	Field	Description
private Tessellator.Node	Tessellator.Node.next
private Tessellator.Node	Tessellator.Node.nextZ
private Tessellator.Node	Tessellator.Node.previous
private Tessellator.Node	Tessellator.Node.previousZ
(package private) Tessellator.Node[]	Tessellator.Triangle.vertex

Methods in org.apache.lucene.geo that return Tessellator.Node

Modifier and Type	Method	Description
private static final Tessellator.Node	Tessellator.createDoublyLinkedList(double[] x, double[] y, GeoUtils.WindingOrder polyWindingOrder, boolean isGeo, int startIndex, GeoUtils.WindingOrder windingOrder)	Creates a circular doubly linked list using polygon points.
private static final Tessellator.Node	Tessellator.cureLocalIntersections(Tessellator.Node startNode, List<Tessellator.Triangle> tessellation, boolean mortonOptimized)	Iterate through all polygon nodes and remove small local self-intersections *
private static final Tessellator.Node	Tessellator.eliminateHoles(List<Tessellator.Node> holeList, Map<Tessellator.Node,?> holeListPolygons, Tessellator.Node outerNode)
private static final Tessellator.Node	Tessellator.eliminateHoles(Polygon polygon, Tessellator.Node outerNode)	Links every hole into the outer loop, producing a single-ring polygon without holes.
private static final Tessellator.Node	Tessellator.eliminateHoles(XYPolygon polygon, Tessellator.Node outerNode)
private static final Tessellator.Node	Tessellator.fetchHoleBridge(Tessellator.Node holeNode, Tessellator.Node outerNode)	David Eberly's algorithm for finding a bridge between a hole and outer polygon
private static final Tessellator.Node	Tessellator.fetchLeftmost(Tessellator.Node start)	Finds the left-most hole of a polygon ring.
private static final Tessellator.Node	Tessellator.filterPoints(Tessellator.Node start, Tessellator.Node end)	Eliminate colinear/duplicate points from the doubly linked list
private static Tessellator.Node	Tessellator.getSharedVertex(Tessellator.Node polygon, Tessellator.Node vertex)	Check if the provided vertex is in the polygon and return it *
private static final Tessellator.Node	Tessellator.insertNode(double[] x, double[] y, int index, int vertexIndex, Tessellator.Node lastNode, boolean isGeo)	Creates a node and optionally links it with a previous node in a circular doubly-linked list
private static final Tessellator.Node	Tessellator.splitPolygon(Tessellator.Node a, Tessellator.Node b, boolean edgeFromPolygon)	Links two polygon vertices using a bridge.

Methods in org.apache.lucene.geo with parameters of type Tessellator.Node

Modifier and Type	Method	Description
private static void	Tessellator.checkIntersection(Tessellator.Node a, boolean isMorton)	Computes if edge defined by a and b overlaps with a polygon edge *
private static void	Tessellator.checkIntersectionPoint(Tessellator.Node a, Tessellator.Node b)
private static final Tessellator.Node	Tessellator.cureLocalIntersections(Tessellator.Node startNode, List<Tessellator.Triangle> tessellation, boolean mortonOptimized)	Iterate through all polygon nodes and remove small local self-intersections *
private static final List<Tessellator.Triangle>	Tessellator.earcutLinkedList(Object polygon, Tessellator.Node currEar, List<Tessellator.Triangle> tessellation, Tessellator.State state, boolean mortonOptimized, Tessellator.Monitor monitor, int depth)	Main ear slicing loop which triangulates the vertices of a polygon, provided as a doubly-linked list.
private static final void	Tessellator.eliminateHole(Tessellator.Node holeNode, Tessellator.Node outerNode, double holeMinX, double holeMaxX, double holeMinY, double holeMaxY)	Finds a bridge between vertices that connects a hole with an outer ring, and links it
private static final Tessellator.Node	Tessellator.eliminateHoles(List<Tessellator.Node> holeList, Map<Tessellator.Node,?> holeListPolygons, Tessellator.Node outerNode)
private static final Tessellator.Node	Tessellator.eliminateHoles(Polygon polygon, Tessellator.Node outerNode)	Links every hole into the outer loop, producing a single-ring polygon without holes.
private static final Tessellator.Node	Tessellator.eliminateHoles(XYPolygon polygon, Tessellator.Node outerNode)
private static final Tessellator.Node	Tessellator.fetchHoleBridge(Tessellator.Node holeNode, Tessellator.Node outerNode)	David Eberly's algorithm for finding a bridge between a hole and outer polygon
private static final Tessellator.Node	Tessellator.fetchLeftmost(Tessellator.Node start)	Finds the left-most hole of a polygon ring.
private static final Tessellator.Node	Tessellator.filterPoints(Tessellator.Node start, Tessellator.Node end)	Eliminate colinear/duplicate points from the doubly linked list
private static List<Point>	Tessellator.getPoints(Tessellator.Node start)
private static Tessellator.Node	Tessellator.getSharedVertex(Tessellator.Node polygon, Tessellator.Node vertex)	Check if the provided vertex is in the polygon and return it *
private static final Tessellator.Node	Tessellator.insertNode(double[] x, double[] y, int index, int vertexIndex, Tessellator.Node lastNode, boolean isGeo)	Creates a node and optionally links it with a previous node in a circular doubly-linked list
private static boolean	Tessellator.isCWPolygon(Tessellator.Node start, Tessellator.Node end)	Determine whether the polygon defined between node start and node end is CW
private static final boolean	Tessellator.isEar(Tessellator.Node ear, boolean mortonOptimized)	Determines whether a polygon node forms a valid ear with adjacent nodes.
private static boolean	Tessellator.isEdgeFromPolygon(Tessellator.Node a, Tessellator.Node b, boolean isMorton)	Computes if edge defined by a and b overlaps with a polygon edge *
private static final boolean	Tessellator.isIntersectingPolygon(Tessellator.Node start, double x0, double y0, double x1, double y1)	Determines if the diagonal of a polygon is intersecting with any polygon elements.
private static final boolean	Tessellator.isLocallyInside(Tessellator.Node a, Tessellator.Node b)
private static final boolean	Tessellator.isMortonEdgeFromPolygon(Tessellator.Node a, Tessellator.Node b)	Uses morton code for speed to determine whether or not and edge defined by a and b overlaps with a polygon edge
private static boolean	Tessellator.isPointInLine(Tessellator.Node a, Tessellator.Node b, double lon, double lat)	returns true if the lon, lat point is colinear w/ the provided a and b point
private static boolean	Tessellator.isPointInLine(Tessellator.Node a, Tessellator.Node b, Tessellator.Node point)
private static boolean	Tessellator.isValidDiagonal(Tessellator.Node a, Tessellator.Node b)	Determines whether a diagonal between two polygon nodes lies within a polygon interior.
private static final boolean	Tessellator.isVertexEquals(Tessellator.Node a, double x, double y)	Determines if two point vertices are equal.
private static final boolean	Tessellator.isVertexEquals(Tessellator.Node a, Tessellator.Node b)	Determines if two point vertices are equal.
private static final boolean	Tessellator.middleInsert(Tessellator.Node start, double x0, double y0, double x1, double y1)	Determine whether the middle point of a polygon diagonal is contained within the polygon
private static final void	Tessellator.mortonCheckIntersection(Tessellator.Node a, Tessellator.Node b)	Uses morton code for speed to determine whether or not and edge defined by a and b overlaps with a polygon edge
private static final boolean	Tessellator.mortonIsEar(Tessellator.Node ear)	Uses morton code for speed to determine whether or a polygon node forms a valid ear w/ adjacent nodes
private static void	Tessellator.notifyMonitor(String status, Tessellator.Monitor monitor, Tessellator.Node start, List<Tessellator.Triangle> tessellation)
private static void	Tessellator.notifyMonitor(Tessellator.State state, int depth, Tessellator.Monitor monitor, Tessellator.Node start, List<Tessellator.Triangle> tessellation)
private static void	Tessellator.notifyMonitorSplit(int depth, Tessellator.Monitor monitor, Tessellator.Node searchNode, Tessellator.Node diagonalNode)
private static final void	Tessellator.removeNode(Tessellator.Node node, boolean edgeFromPolygon)	Removes a node from the doubly linked list
private static double	Tessellator.signedArea(Tessellator.Node start, Tessellator.Node end)	Determine the signed area between node start and node end
private static final void	Tessellator.sortByMorton(Tessellator.Node start)	Interlinks polygon nodes in Z-Order.
private static final void	Tessellator.sortByMortonWithReset(Tessellator.Node start)	Interlinks polygon nodes in Z-Order.
private static final boolean	Tessellator.splitEarcut(Object polygon, Tessellator.Node start, List<Tessellator.Triangle> tessellation, boolean mortonOptimized, Tessellator.Monitor monitor, int depth)	Attempt to split a polygon and independently triangulate each side.
private static final Tessellator.Node	Tessellator.splitPolygon(Tessellator.Node a, Tessellator.Node b, boolean edgeFromPolygon)	Links two polygon vertices using a bridge.
private static final void	Tessellator.tathamSort(Tessellator.Node list)	Simon Tatham's doubly-linked list O(n log n) mergesort see: http://www.chiark.greenend.org.uk/~sgtatham/algorithms/listsort.html

Method parameters in org.apache.lucene.geo with type arguments of type Tessellator.Node

Modifier and Type	Method	Description
private static final Tessellator.Node	Tessellator.eliminateHoles(List<Tessellator.Node> holeList, Map<Tessellator.Node,?> holeListPolygons, Tessellator.Node outerNode)
private static final Tessellator.Node	Tessellator.eliminateHoles(List<Tessellator.Node> holeList, Map<Tessellator.Node,?> holeListPolygons, Tessellator.Node outerNode)

Constructors in org.apache.lucene.geo with parameters of type Tessellator.Node

Modifier	Constructor	Description
protected	Node(Tessellator.Node other)	simple deep copy constructor
protected	Triangle(Tessellator.Node a, boolean isABfromPolygon, Tessellator.Node b, boolean isBCfromPolygon, Tessellator.Node c, boolean isCAfromPolygon)