Uses of Interface
org.deegree.model.spatialschema.Position

Packages that use Position

org.deegree.framework.util
org.deegree.graphics
org.deegree.graphics.transformation
org.deegree.io.shpapi
org.deegree.io.shpapi.shape_new
org.deegree.model.spatialschema
org.deegree.ogcwebservices.wms.capabilities

Uses of Position in org.deegree.framework.util

Methods in org.deegree.framework.util that return Position

static Position

GeometryUtils.intersection(Position startPoint1, Position endPoint1, Position startPoint2, Position endPoint2)

Methods in org.deegree.framework.util with parameters of type Position

static Curve	GeometryUtils.calcCircleCoordinates(Position center, double r, int nSeg, Position startPosition, Position endPosition, CoordinateSystem crs)
static double	GeometryUtils.distance(Position p1, Position p2)
static Position	GeometryUtils.intersection(Position startPoint1, Position endPoint1, Position startPoint2, Position endPoint2)

Uses of Position in org.deegree.graphics

Methods in org.deegree.graphics with parameters of type Position

java.lang.String[]	Selector.select(Position position) selects all features (display elements) that intersects the submitted point. if a feature is already selected it remains selected.
java.lang.String[]	Selector.select(Position position, double radius) selects all features (display elements) that are located within the circle described by the position and the radius. if a feature is already selected it remains selected.

Uses of Position in org.deegree.graphics.transformation

Methods in org.deegree.graphics.transformation that return Position

Position	WorldToScreenTransform.getDestPoint(Position point) executes a coordinat transformation for the submitted point of the source coordinat system.
Position	GeoTransform.getDestPoint(Position point)
Position	WorldToScreenTransform.getSourcePoint(Position point) executes a coordinat transformation for the submitted point of the destination coordinate system.
Position	GeoTransform.getSourcePoint(Position point)

Methods in org.deegree.graphics.transformation with parameters of type Position

Position	WorldToScreenTransform.getDestPoint(Position point) executes a coordinat transformation for the submitted point of the source coordinat system.
Position	GeoTransform.getDestPoint(Position point)
Position	WorldToScreenTransform.getSourcePoint(Position point) executes a coordinat transformation for the submitted point of the destination coordinate system.
Position	GeoTransform.getSourcePoint(Position point)

Uses of Position in org.deegree.io.shpapi

Constructors in org.deegree.io.shpapi with parameters of type Position

SHPPoint(Position point)
constructor: creates a SHPPoint from a WKS Geometrie

SHPPoint3D(Position point)

Uses of Position in org.deegree.io.shpapi.shape_new

Constructors in org.deegree.io.shpapi.shape_new with parameters of type Position

ShapePoint(Position p)
Creates a new PointZ from deegree Position.

Uses of Position in org.deegree.model.spatialschema

Classes in org.deegree.model.spatialschema that implement Position

class

PositionImpl A sequence of decimals numbers which when written on a width are a sequence of coordinate positions.

Fields in org.deegree.model.spatialschema declared as Position

protected Position	EnvelopeImpl.max
protected Position	EnvelopeImpl.min
protected Position[]	CurveSegmentImpl.points

Methods in org.deegree.model.spatialschema that return Position

protected Position	SurfacePatchImpl.calculateCentroid(Position[] point) calculates the centroid of the surface patch taken from gems iv (modified) this method is only valid for the two-dimensional case.
static Position	GeometryFactory.createPosition(double[] p) creates a Position from an array of double.
static Position	GeometryFactory.createPosition(double x, double y) creates a Position from two coordinates.
static Position	GeometryFactory.createPosition(double x, double y, double z) creates a Position from three coordinates.
static Position	GeometryFactory.createPosition(javax.vecmath.Point3d coordinates) creates a Position from a point3d.
protected static Position[]	LinearizationUtil.doubleToPosition(double[] doubles) Transforms an array of double to an array of Position
(package private) static Position	LinearizationUtil.findCircleCenter(Position p0, Position p1, Position p2) Finds the center of a cirlce/arc using three points that lie on the circle.
Position	CurveBoundary.getEndPoint()
Position	CurveBoundaryImpl.getEndPoint() returns the EndPoint of the boundary
Position[]	SurfacePatchImpl.getExteriorRing()
Position[]	SurfacePatch.getExteriorRing()
Position[][]	SurfacePatchImpl.getInteriorRings()
Position[][]	SurfacePatch.getInteriorRings()
Position	EnvelopeImpl.getMax() returns the maximum coordinates of bounding box
Position	Envelope.getMax() returns the maximum coordinates of bounding box
Position	EnvelopeImpl.getMin() returns the minimum coordinates of bounding box
Position	Envelope.getMin() returns the minimum coordinates of bounding box
Position	PointImpl.getPosition()
Position	Point.getPosition()
Position	CurveSegmentImpl.getPositionAt(int index) returns the curve segment position at the submitted index
Position	CurveSegment.getPositionAt(int index)
Position[]	CurveSegmentImpl.getPositions() returns all positions of the segement as array of Position.
Position[]	CurveSegment.getPositions()
Position[]	Ring.getPositions()
Position[]	RingImpl.getPositions() gets the Ring as a Array of positions.
Position	CurveBoundary.getStartPoint()
Position	CurveBoundaryImpl.getStartPoint() returns the StartPoint of the boundary
static Position[]	LinearizationUtil.linearizeArc(Position p0, Position p1, Position p2) Takes in a three Position of an arc and computes a linearized Arc (linestring) using 150 positions/vertices
static Position[]	LinearizationUtil.linearizeArc(Position p0, Position p1, Position p2, int numberOfOpPositions) Takes in a three Positions of an Arc and computes a linearized Arc (linestring).
static Position[]	LinearizationUtil.linearizeCircle(Position p0, Position p1, Position p2, int numberOfPositions) Calculates a sequence of Positions on the arc of a circle.

Methods in org.deegree.model.spatialschema with parameters of type Position

static boolean	LinearizationUtil.areCollinear(Position p0, Position p1, Position p2) Tests if the given three points are collinear.
protected Position	SurfacePatchImpl.calculateCentroid(Position[] point) calculates the centroid of the surface patch taken from gems iv (modified) this method is only valid for the two-dimensional case.
protected static javax.vecmath.Vector2d	LinearizationUtil.calcVector(Position p0, Position p1) Finds the vector between two points. which is the difference between p1 and p0 and the direction is from p0 to p1.
static boolean	LinearContains.contains(CurveSegment curve, Position point) Currently not supported
boolean	GeometryImpl.contains(Position position) The Boolean valued operation "contains" shall return TRUE if this Geometry contains a single point given by a coordinate.
boolean	SurfaceBoundaryImpl.contains(Position position) The Boolean valued operation "contains" shall return TRUE if this Geometry contains a single point given by a coordinate.
boolean	EnvelopeImpl.contains(Position point) returns true if the bounding box conatins the specified Point
boolean	SurfaceImpl.contains(Position position) The Boolean valued operation "contains" shall return TRUE if this Geometry contains a single point given by a coordinate.
boolean	Envelope.contains(Position position) returns true if the bounding box contains the submitted position
boolean	RingImpl.contains(Position position)
boolean	Geometry.contains(Position position) The Boolean valued operation "contains" shall return TRUE if this Geometry contains a single point given by a coordinate.
protected static boolean	LinearContains.contains(Position[] positions, Position point, double tolerance) the operation returns true if polygon defined by an array of Position contains the submitted point.
protected static boolean	LinearContains.contains(Position[] positions, Position point, double tolerance) the operation returns true if polygon defined by an array of Position contains the submitted point.
static boolean	LinearContains.contains(Position point1, Position point2) Currently not supported
static boolean	LinearContains.contains(SurfacePatch surface, Position point, double tolerance) the operation returns true if the submitted point contains the submitted surface patch
static Curve	GeometryFactory.createCurve(Position[] positions, CoordinateSystem crs) creates a Curve from an array of Positions.
static CurveSegment	GeometryFactory.createCurveSegment(Position[] points, CoordinateSystem crs) creates a CurveSegment from an array of points.
static Envelope	GeometryFactory.createEnvelope(Position min, Position max, CoordinateSystem crs) creates a Envelope object out from two corner coordinates
static Point	GeometryFactory.createPoint(Position position, CoordinateSystem crs) creates a Point from a position.
static Surface	GeometryFactory.createSurface(Position[] exteriorRing, Position[][] interiorRings, SurfaceInterpolation si, CoordinateSystem crs) creates a Surface composed of one SurfacePatch from array(s) of Position
static Surface	GeometryFactory.createSurface(Position[] exteriorRing, Position[][] interiorRings, SurfaceInterpolation si, CoordinateSystem crs) creates a Surface composed of one SurfacePatch from array(s) of Position
static SurfacePatch	GeometryFactory.createSurfacePatch(Position[] exteriorRing, Position[][] interiorRings, SurfaceInterpolation si, CoordinateSystem crs) creates a SurfacePatch from array(s) of Position
static SurfacePatch	GeometryFactory.createSurfacePatch(Position[] exteriorRing, Position[][] interiorRings, SurfaceInterpolation si, CoordinateSystem crs) creates a SurfacePatch from array(s) of Position
static com.vividsolutions.jts.geom.LinearRing	JTSAdapter.export(Position[] positions) Converts an array of deegree Positions to a JTS LinearRing.
(package private) static Position	LinearizationUtil.findCircleCenter(Position p0, Position p1, Position p2) Finds the center of a cirlce/arc using three points that lie on the circle.
static boolean	LinearIntersects.intersects(Position point, CurveSegment curve, double tolerance) the operations returns true if the submitted point intersects the passed curve segment
static boolean	LinearIntersects.intersects(Position point1, Position point2, double tolerance) the operations returns true if two the submitted points intersects
static boolean	LinearIntersects.intersects(Position point, SurfacePatch surface, double tolerance) the operation returns true if the submitted point intersects the submitted surface patch
(package private) static boolean	LinearizationUtil.isClockwise(Position p0, Position p1, Position p2) Returns whether the order of the given three points is clockwise or counterclockwise.
static Position[]	LinearizationUtil.linearizeArc(Position p0, Position p1, Position p2) Takes in a three Position of an arc and computes a linearized Arc (linestring) using 150 positions/vertices
static Position[]	LinearizationUtil.linearizeArc(Position p0, Position p1, Position p2, int numberOfOpPositions) Takes in a three Positions of an Arc and computes a linearized Arc (linestring).
static Position[]	LinearizationUtil.linearizeCircle(Position p0, Position p1, Position p2, int numberOfPositions) Calculates a sequence of Positions on the arc of a circle.
protected static double[]	LinearizationUtil.positionToDouble(Position[] positions) Transforms an array of Position to an array of double
protected void	RingImpl.setPositions(Position[][] positions) sets the Ring as a ArrayList of points

Method parameters in org.deegree.model.spatialschema with type arguments of type Position

static CurveSegment

GeometryFactory.createCurveSegment(java.util.List<Position> points, CoordinateSystem crs)

Constructors in org.deegree.model.spatialschema with parameters of type Position

CurveBoundaryImpl(CoordinateSystem crs, Position sp, Position ep)
constructor of curve_boundary with CS_CoordinateSystem and startpoint and endpoint

CurveSegmentImpl(Position[] gmps, CoordinateSystem crs)
Creates a new CurveSegmentImpl object.

EnvelopeImpl(Position min, Position max)
Creates a new EnvelopeImpl object.

EnvelopeImpl(Position min, Position max, CoordinateSystem crs)
Creates a new EnvelopeImpl object.

LineStringImpl(Position[] gmps, CoordinateSystem cs)
Creates a new LineStringImpl object.

PointImpl(Position position, CoordinateSystem crs)
constructor

PolygonImpl(SurfaceInterpolation interpolation, Position[] exteriorRing, Position[][] interiorRings, CoordinateSystem crs)
Creates a new PolygonImpl object.

PolygonImpl(SurfaceInterpolation interpolation, Position[] exteriorRing, Position[][] interiorRings, CoordinateSystem crs)
Creates a new PolygonImpl object.

RingImpl(Position[] points, CoordinateSystem crs)
Constructor, with an array and CoordinateSystem

RingImpl(Position[] points, CoordinateSystem crs, char orientation)
Constructor, with an array, CoordinateSystem and Orientation

SurfacePatchImpl(SurfaceInterpolation interpolation, Position[] exteriorRing, Position[][] interiorRings, CoordinateSystem crs)
Creates a new SurfacePatchImpl object.

SurfacePatchImpl(SurfaceInterpolation interpolation, Position[] exteriorRing, Position[][] interiorRings, CoordinateSystem crs)
Creates a new SurfacePatchImpl object.

Uses of Position in org.deegree.ogcwebservices.wms.capabilities

Constructors in org.deegree.ogcwebservices.wms.capabilities with parameters of type Position

LayerBoundingBox(Position min, Position max, java.lang.String srs, double resx, double resy)
constructor initializing the class with the