Uses of Class
org.geolatte.geom.Geometry

Packages that use Geometry

Package	Description
org.geolatte.geom	A model for geospatial geometries.
org.geolatte.geom.builder	A DSL to simplify the creation of Geometries.
org.geolatte.geom.codec	Encoder/Decoder classes for serializing Geometries and Coordinate Reference Systems.
org.geolatte.geom.codec.db
org.geolatte.geom.codec.db.db2
org.geolatte.geom.codec.db.oracle
org.geolatte.geom.codec.db.sqlserver	Encoder/Decoder classes for serializing Geometries and Coordinate Reference Systems to Microsoft SQL Server internal format.
org.geolatte.geom.codec.support	This package contains data structures useful when decoding Geometrys from WKT/WKB or GEOJSON
org.geolatte.geom.crs.trans
org.geolatte.geom.curve	Space-filling curves.
org.geolatte.geom.generator
org.geolatte.geom.jts	JTS interoperability classes.

Uses of Geometry in org.geolatte.geom

Classes in org.geolatte.geom with type parameters of type Geometry

Modifier and Type	Class and Description
class	AbstractGeometryCollection<P extends Position,G extends Geometry<P>> A Geometry that is an ordered collection of some number of Geometrys.
interface	Complex<P extends Position,G extends Geometry<P>> Interface for Geometrys that are composed of Geometrys.

Subclasses of Geometry in org.geolatte.geom

Modifier and Type	Class and Description
class	AbstractGeometryCollection<P extends Position,G extends Geometry<P>> A Geometry that is an ordered collection of some number of Geometrys.
class	GeometryCollection<P extends Position> Created by Karel Maesen, Geovise BVBA on 2019-07-29.
class	LinearRing<P extends Position> A LineString that is both closed and simple.
class	LineString<P extends Position> A LineString is a 1-dimensional Geometry consisting of the LineSegments defined by consecutive pairs of Points of a PointSequence.
class	MultiLineString<P extends Position> A GeometryCollection of LineStrings.
class	MultiPoint<P extends Position> A GeometryCollection of Points.
class	MultiPolygon<P extends Position> A GeometryCollection of Polygons.
class	Point<P extends Position> A 0-dimensional Geometry.
class	Polygon<P extends Position> A planar surface defined by 1 exterior boundary and 0 or more interior boundaries.

Fields in org.geolatte.geom declared as Geometry

Modifier and Type	Field and Description
protected Geometry<P>[]	AbstractGeometryCollection.geometries

Methods in org.geolatte.geom with type parameters of type Geometry

Modifier and Type	Method and Description
<P extends C2D,G extends Geometry<P> & Polygonal<P>> double	ProjectedGeometryOperations.area(G geometry) Calculates the area of the specified Geometry.
<P extends C2D,G extends Geometry<P> & Polygonal<P>> double	JTSGeometryOperations.area(G geometry)
<P extends C2D,G extends Geometry<P> & Polygonal<P>> Point<P>	ProjectedGeometryOperations.centroid(G geometry) Calculates a centroid for the specified Geometry.
<P extends C2D,G extends Geometry<P> & Polygonal<P>> Point<P>	JTSGeometryOperations.centroid(G geometry)
default <G extends Geometry<P>> void	GeometryVisitor.endVisit(AbstractGeometryCollection<P,G> collection)
<P extends C2D,G extends Geometry<P> & Linear<P>> double	ProjectedGeometryOperations.length(G geometry) Calculates the length of the specified Geometry.
<P extends C2D,G extends Geometry<P> & Linear<P>> double	JTSGeometryOperations.length(G geometry)
<P extends C2D,G extends Geometry<P>> G	ProjectedGeometryOperations.reverse(G geometry) Creates a Geometry with the positions of the input Geometry in reverse order.
<P extends C2D,G extends Geometry<P>> G	JTSGeometryOperations.reverse(G geometry) Creates a Geometry having as coordinates the coordinates of the input Geometry in reverse order.
<G extends Geometry<P>> void	GeometryVisitor.visit(AbstractGeometryCollection<P,G> collection) Visits a GeometryCollection.

Methods in org.geolatte.geom that return Geometry

Modifier and Type	Method and Description
<Q extends Position> Geometry<Q>	Geometry.as(Class<Q> castToType)
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.boundary(Geometry<P> geometry) Calculates the boundary of the specified Geometry.
<P extends C2D> Geometry<P>	JTSGeometryOperations.boundary(Geometry<P> geometry)
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.buffer(Geometry<P> geometry, double distance) Calculates a Geometry that represents all points whose distance from the specified Geometry is less than or equal the specified distance.
<P extends C2D> Geometry<P>	JTSGeometryOperations.buffer(Geometry<P> geometry, double distance)
G[]	AbstractGeometryCollection.components() Returns the components
G[]	Complex.components() Returns the components
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.convexHull(Geometry<P> geometry) Calculates the convex hull of the specified Geometry.
<P extends C2D> Geometry<P>	JTSGeometryOperations.convexHull(Geometry<P> geometry)
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.difference(Geometry<P> geometry, Geometry<P> other) Calculates the point set difference of the specified Geometrys.
<P extends C2D> Geometry<P>	JTSGeometryOperations.difference(Geometry<P> geometry, Geometry<P> other)
static <Q extends Position> Geometry<Q>	Geometry.forceToCrs(Geometry<?> geometry, CoordinateReferenceSystem<Q> crs) Creates a new Geometry with the positions from the specified geometry and having the specified CoordinateReferenceSystem.
static <Q extends Position> Geometry<Q>	Geometry.forceToCrs(Geometry<?> geometry, CoordinateReferenceSystem<Q> crs, double coordinateValue) Creates a new Geometry with the positions from the specified geometry and having the specified CoordinateReferenceSystem.
Geometry<P>	Feature.getGeometry()
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.intersection(Geometry<P> geometry, Geometry<P> other) Calculates the point set intersection of the specified Geometrys.
<P extends C2D> Geometry<P>	JTSGeometryOperations.intersection(Geometry<P> geometry, Geometry<P> other)
<P extends C2D & Measured> Geometry<P>	MeasureGeometryOperations.locateAlong(Geometry<P> geometry, double mValue) Creates an operation to calculate the GeometryCollection that matches the specified M-coordinate value.
<P extends C2D & Measured> Geometry<P>	DefaultMeasureGeometryOperations.locateAlong(Geometry<P> geometry, double mValue)
<P extends C2D & Measured> Geometry<P>	MeasureGeometryOperations.locateBetween(Geometry<P> geometry, double startMeasure, double endMeasure) Creates an operation to calculate the GeometryCollection that matches the specified range of M-coordinate value inclusively.
<P extends C2D & Measured> Geometry<P>	DefaultMeasureGeometryOperations.locateBetween(Geometry<P> geometry, double startMeasure, double endMeasure)
<P extends C2D,M extends C2D & Measured> Geometry<M>	MeasureGeometryOperations.measureOnLength(Geometry<P> geometry, Class<M> positionTypeMarker, boolean keepBeginMeasure) Creates a GeometryOperation that creates a new Geometry that has the same 2D/3D-coordinates as the specified Geometry, and with measure values that correspond with the length along it (or begin-measure + length).
<P extends C2D,M extends C2D & Measured> Geometry<M>	DefaultMeasureGeometryOperations.measureOnLength(Geometry<P> geometry, Class<M> positionTypeMarker, boolean keepBeginMeasure)
static <P extends Position> Geometry<P>	Geometries.mkEmptyGeometry(GeometryType gtype, CoordinateReferenceSystem<P> crs) Creates an Empty geometry for the specified GeometryType
static <Q extends Position> Geometry<Q>	Geometries.mkGeometry(Class<?> geometryClass, CoordinateReferenceSystem<Q> crs)
static <P extends Position> Geometry<P>	Geometries.mkGeometry(Class<?> geometryClass, Geometry<P>... parts)
static <P extends Position> Geometry<P>	Geometries.mkGeometry(Class<?> geometryClass, List<Geometry<P>> parts)
static <P extends Position> Geometry<P>	Geometries.mkGeometry(Class<?> geometryClass, PositionSequence<P> positions, CoordinateReferenceSystem<P> crs)
Geometry<P>	MeasureInterpolatingVisitor.result()
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.symmetricDifference(Geometry<P> geometry, Geometry<P> other) Calculates the point set symmetric difference of the specified Geometrys.
<P extends C2D> Geometry<P>	JTSGeometryOperations.symmetricDifference(Geometry<P> geometry, Geometry<P> other)
<Q extends Position> Geometry<Q>	Geometry.toCrs(CoordinateReferenceSystem<Q> crs, double defaultCoordinateValue) Returns a copy of this Geometry, but with the specified Coordinate Reference System.
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.union(Geometry<P> geometry, Geometry<P> other) Calculates the point set union of the specified Geometrys.
<P extends C2D> Geometry<P>	JTSGeometryOperations.union(Geometry<P> geometry, Geometry<P> other)

Methods in org.geolatte.geom that return types with arguments of type Geometry

Modifier and Type	Method and Description
Class<? extends Geometry>	MultiPolygon.getComponentType()
Class<? extends Geometry>	AbstractGeometryCollection.getComponentType()
Class<? extends Geometry>	Complex.getComponentType() Returns the Class of which all constituent Geometrys are instances.
Class<? extends Geometry>	MultiPoint.getComponentType()
Class<? extends Geometry>	Polygon.getComponentType()
Class<? extends Geometry>	MultiLineString.getComponentType()

Methods in org.geolatte.geom with parameters of type Geometry

Modifier and Type	Method and Description
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.boundary(Geometry<P> geometry) Calculates the boundary of the specified Geometry.
<P extends C2D> Geometry<P>	JTSGeometryOperations.boundary(Geometry<P> geometry)
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.buffer(Geometry<P> geometry, double distance) Calculates a Geometry that represents all points whose distance from the specified Geometry is less than or equal the specified distance.
<P extends C2D> Geometry<P>	JTSGeometryOperations.buffer(Geometry<P> geometry, double distance)
<P extends C2D> boolean	ProjectedGeometryOperations.contains(Geometry<P> geometry, Geometry<P> other) Checks if the first specified Geometry spatially contains the second.
<P extends C2D> boolean	ProjectedGeometryOperations.contains(Geometry<P> geometry, Geometry<P> other) Checks if the first specified Geometry spatially contains the second.
<P extends C2D> boolean	JTSGeometryOperations.contains(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> boolean	JTSGeometryOperations.contains(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.convexHull(Geometry<P> geometry) Calculates the convex hull of the specified Geometry.
<P extends C2D> Geometry<P>	JTSGeometryOperations.convexHull(Geometry<P> geometry)
<P extends C2D> boolean	ProjectedGeometryOperations.crosses(Geometry<P> geometry, Geometry<P> other) Checks if the specified Geometrys cross.
<P extends C2D> boolean	ProjectedGeometryOperations.crosses(Geometry<P> geometry, Geometry<P> other) Checks if the specified Geometrys cross.
<P extends C2D> boolean	JTSGeometryOperations.crosses(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> boolean	JTSGeometryOperations.crosses(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.difference(Geometry<P> geometry, Geometry<P> other) Calculates the point set difference of the specified Geometrys.
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.difference(Geometry<P> geometry, Geometry<P> other) Calculates the point set difference of the specified Geometrys.
<P extends C2D> Geometry<P>	JTSGeometryOperations.difference(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> Geometry<P>	JTSGeometryOperations.difference(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> double	ProjectedGeometryOperations.distance(Geometry<P> geometry, Geometry<P> other) Calculates the shortest distance between any two points in the two Geometrys in the coordinate reference system of this Geometry.
<P extends C2D> double	ProjectedGeometryOperations.distance(Geometry<P> geometry, Geometry<P> other) Calculates the shortest distance between any two points in the two Geometrys in the coordinate reference system of this Geometry.
<P extends C2D> double	JTSGeometryOperations.distance(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> double	JTSGeometryOperations.distance(Geometry<P> geometry, Geometry<P> other)
<P extends Position> boolean	GeometryPositionEquality.equals(Geometry<P> first, Geometry<P> second) Checks whether the first geometry equals the second, for some definition of equality.
<P extends Position> boolean	GeometryPositionEquality.equals(Geometry<P> first, Geometry<P> second) Checks whether the first geometry equals the second, for some definition of equality.
<P extends Position> boolean	GeometryEquality.equals(Geometry<P> first, Geometry<P> second) Checks whether the first geometry equals the second, for some definition of equality.
<P extends Position> boolean	GeometryEquality.equals(Geometry<P> first, Geometry<P> second) Checks whether the first geometry equals the second, for some definition of equality.
<P extends Position> boolean	ApproximateGeometryEquality.equals(Geometry<P> first, Geometry<P> second)
<P extends Position> boolean	ApproximateGeometryEquality.equals(Geometry<P> first, Geometry<P> second)
static <Q extends Position> Geometry<Q>	Geometry.forceToCrs(Geometry<?> geometry, CoordinateReferenceSystem<Q> crs) Creates a new Geometry with the positions from the specified geometry and having the specified CoordinateReferenceSystem.
static <Q extends Position> Geometry<Q>	Geometry.forceToCrs(Geometry<?> geometry, CoordinateReferenceSystem<Q> crs, double coordinateValue) Creates a new Geometry with the positions from the specified geometry and having the specified CoordinateReferenceSystem.
protected static <T extends Position> CoordinateReferenceSystem<T>	Geometry.getCrs(Geometry<T>[] geometries)
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.intersection(Geometry<P> geometry, Geometry<P> other) Calculates the point set intersection of the specified Geometrys.
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.intersection(Geometry<P> geometry, Geometry<P> other) Calculates the point set intersection of the specified Geometrys.
<P extends C2D> Geometry<P>	JTSGeometryOperations.intersection(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> Geometry<P>	JTSGeometryOperations.intersection(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> boolean	ProjectedGeometryOperations.intersects(Geometry<P> geometry, Geometry<P> other) Checks if the specified Geometrys intersect.
<P extends C2D> boolean	ProjectedGeometryOperations.intersects(Geometry<P> geometry, Geometry<P> other) Checks if the specified Geometrys intersect.
<P extends C2D> boolean	JTSGeometryOperations.intersects(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> boolean	JTSGeometryOperations.intersects(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> boolean	ProjectedGeometryOperations.isSimple(Geometry<P> geometry) Tests the simplicity of the specified Geometry.
<P extends C2D> boolean	JTSGeometryOperations.isSimple(Geometry<P> geometry)
<P extends C2D & Measured> Geometry<P>	MeasureGeometryOperations.locateAlong(Geometry<P> geometry, double mValue) Creates an operation to calculate the GeometryCollection that matches the specified M-coordinate value.
<P extends C2D & Measured> Geometry<P>	DefaultMeasureGeometryOperations.locateAlong(Geometry<P> geometry, double mValue)
<P extends C2D & Measured> Geometry<P>	MeasureGeometryOperations.locateBetween(Geometry<P> geometry, double startMeasure, double endMeasure) Creates an operation to calculate the GeometryCollection that matches the specified range of M-coordinate value inclusively.
<P extends C2D & Measured> Geometry<P>	DefaultMeasureGeometryOperations.locateBetween(Geometry<P> geometry, double startMeasure, double endMeasure)
<P extends Position & Measured> double	MeasureGeometryOperations.maximumMeasure(Geometry<P> geometry) Creates a GeometryOperation that returns the maximum measure value of the Positions of the specified Geometry.
<P extends Position & Measured> double	DefaultMeasureGeometryOperations.maximumMeasure(Geometry<P> geometry)
<P extends C2D & Measured> double	MeasureGeometryOperations.measureAt(Geometry<P> geometry, C2D pos, double tolerance) Creates a GeometryOperation to calculate the measure value at the specified point
<P extends C2D & Measured> double	DefaultMeasureGeometryOperations.measureAt(Geometry<P> geometry, C2D pos, double tolerance)
<P extends C2D,M extends C2D & Measured> Geometry<M>	MeasureGeometryOperations.measureOnLength(Geometry<P> geometry, Class<M> positionTypeMarker, boolean keepBeginMeasure) Creates a GeometryOperation that creates a new Geometry that has the same 2D/3D-coordinates as the specified Geometry, and with measure values that correspond with the length along it (or begin-measure + length).
<P extends C2D,M extends C2D & Measured> Geometry<M>	DefaultMeasureGeometryOperations.measureOnLength(Geometry<P> geometry, Class<M> positionTypeMarker, boolean keepBeginMeasure)
<P extends Position & Measured> double	MeasureGeometryOperations.minimumMeasure(Geometry<P> geometry) Creates a GeometryOperation that returns the minimum measure value of the Positions of the specified Geometry.
<P extends Position & Measured> double	DefaultMeasureGeometryOperations.minimumMeasure(Geometry<P> geometry)
static <P extends Position> Geometry<P>	Geometries.mkGeometry(Class<?> geometryClass, Geometry<P>... parts)
static <P extends Position> GeometryCollection<P>	Geometries.mkGeometryCollection(Geometry<P>... geometries)
protected static <T extends Position> PositionSequence<T>	Geometry.nestPositionSequences(Geometry<T>[] geometries)
<P extends C2D> boolean	ProjectedGeometryOperations.overlaps(Geometry<P> geometry, Geometry<P> other) Checks if the specified Geometrys overlap.
<P extends C2D> boolean	ProjectedGeometryOperations.overlaps(Geometry<P> geometry, Geometry<P> other) Checks if the specified Geometrys overlap.
<P extends C2D> boolean	JTSGeometryOperations.overlaps(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> boolean	JTSGeometryOperations.overlaps(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> boolean	ProjectedGeometryOperations.relates(Geometry<P> geometry, Geometry<P> other, String matrix) Checks if the specified Geometrys are spatially related by testing for intersections between the interior, boundary and exterior of the two geometric objects as specified by the values in the intersection pattern matrix.
<P extends C2D> boolean	ProjectedGeometryOperations.relates(Geometry<P> geometry, Geometry<P> other, String matrix) Checks if the specified Geometrys are spatially related by testing for intersections between the interior, boundary and exterior of the two geometric objects as specified by the values in the intersection pattern matrix.
<P extends C2D> boolean	JTSGeometryOperations.relates(Geometry<P> geometry, Geometry<P> other, String matrix)
<P extends C2D> boolean	JTSGeometryOperations.relates(Geometry<P> geometry, Geometry<P> other, String matrix)
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.symmetricDifference(Geometry<P> geometry, Geometry<P> other) Calculates the point set symmetric difference of the specified Geometrys.
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.symmetricDifference(Geometry<P> geometry, Geometry<P> other) Calculates the point set symmetric difference of the specified Geometrys.
<P extends C2D> Geometry<P>	JTSGeometryOperations.symmetricDifference(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> Geometry<P>	JTSGeometryOperations.symmetricDifference(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> boolean	ProjectedGeometryOperations.touches(Geometry<P> geometry, Geometry<P> other) Checks if the specified Geometrys touch.
<P extends C2D> boolean	ProjectedGeometryOperations.touches(Geometry<P> geometry, Geometry<P> other) Checks if the specified Geometrys touch.
<P extends C2D> boolean	JTSGeometryOperations.touches(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> boolean	JTSGeometryOperations.touches(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.union(Geometry<P> geometry, Geometry<P> other) Calculates the point set union of the specified Geometrys.
<P extends C2D> Geometry<P>	ProjectedGeometryOperations.union(Geometry<P> geometry, Geometry<P> other) Calculates the point set union of the specified Geometrys.
<P extends C2D> Geometry<P>	JTSGeometryOperations.union(Geometry<P> geometry, Geometry<P> other)
<P extends C2D> Geometry<P>	JTSGeometryOperations.union(Geometry<P> geometry, Geometry<P> other)

Method parameters in org.geolatte.geom with type arguments of type Geometry

Modifier and Type	Method and Description
static <P extends Position> Geometry<P>	Geometries.mkGeometry(Class<?> geometryClass, List<Geometry<P>> parts)
static <P extends Position> GeometryCollection<P>	Geometries.mkGeometryCollection(List<Geometry<P>> geometries)

Constructors in org.geolatte.geom with parameters of type Geometry

Constructor and Description
AbstractGeometryCollection(G... geometries) Constructs a GeometryCollection from the specified Geometrys.
GeometryCollection(Geometry<P>... geoms)
MeasureInterpolatingVisitor(Geometry<P> geometry, double startMeasure, double endMeasure)

Uses of Geometry in org.geolatte.geom.builder

Methods in org.geolatte.geom.builder with type parameters of type Geometry

Modifier and Type	Method and Description
protected static <P extends Position,G extends Geometry<P>> G[]	DSL.combine(Class<G> resultType, G geometry, G... geometries)

Methods in org.geolatte.geom.builder that return Geometry

Modifier and Type	Method and Description
protected static <P extends Position,G extends Geometry<P>> G[]	DSL.combine(Class<G> resultType, G geometry, G... geometries)

Methods in org.geolatte.geom.builder with parameters of type Geometry

Modifier and Type	Method and Description
protected static <P extends Position,G extends Geometry<P>> G[]	DSL.combine(Class<G> resultType, G geometry, G... geometries)
static <P extends Position> GeometryCollection<P>	DSL.geometrycollection(Geometry<P> geometry, Geometry<P>... geometries) Creates a GeometryCollection from the specified Geometrys.
static <P extends Position> GeometryCollection<P>	DSL.geometrycollection(Geometry<P> geometry, Geometry<P>... geometries) Creates a GeometryCollection from the specified Geometrys.

Uses of Geometry in org.geolatte.geom.codec

Methods in org.geolatte.geom.codec that return Geometry

Modifier and Type	Method and Description
default Geometry<? extends Position>	WkbDecoder.decode(ByteBuffer byteBuffer) Decodes a WKB encoded representation of a Geometry
<P extends Position> Geometry<P>	Sfa121WkbDecoder.decode(ByteBuffer byteBuffer, CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	PostgisWkbDecoder.decode(ByteBuffer byteBuffer, CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	HANAWkbDecoder.decode(ByteBuffer byteBuffer, CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	Sfa110WkbDecoder.decode(ByteBuffer byteBuffer, CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	MySqlWkbDecoder.decode(ByteBuffer byteBuffer, CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	WkbDecoder.decode(ByteBuffer byteBuffer, CoordinateReferenceSystem<P> crs) Decodes a WKB encoded representation of a Geometry, assuming the specified CoordinateReferenceSystem
default Geometry<?>	WktDecoder.decode(String wkt) Decodes a WKT representation.
<P extends Position> Geometry<P>	Sfa110WktDecoder.decode(String wkt, CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	WktDecoder.decode(String wkt, CoordinateReferenceSystem<P> crs) Decodes a WKT representation using the specified CoordinateReferenceSystem.
<P extends Position> Geometry<P>	Sfa121WktDecoder.decode(String wkt, CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	PostgisWktDecoder.decode(String wkt, CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	HANAWktDecoder.decode(String wkt, CoordinateReferenceSystem<P> crs)
static Geometry<?>	Wkb.fromWkb(ByteBuffer byteBuffer) Decodes a WKB representation in a ByteBuffer to a Geometry.
static Geometry<?>	Wkb.fromWkb(ByteBuffer byteBuffer, Wkb.Dialect dialect) Decodes a WKB representation in a ByteBuffer to a Geometry.
static Geometry<?>	Wkt.fromWkt(String wkt)
static <P extends Position> Geometry<P>	Wkt.fromWkt(String wkt, CoordinateReferenceSystem<P> crs) Decodes the specified WKT String to a Geometry.
static <P extends Position> Geometry<P>	Wkt.fromWkt(String wkt, CoordinateReferenceSystem<P> crs, Wkt.Dialect dialect) Decodes the specified WKT String to a Geometry.
static Geometry<?>	Wkt.fromWkt(String wkt, Wkt.Dialect dialect)

Methods in org.geolatte.geom.codec with parameters of type Geometry

Modifier and Type	Method and Description
<P extends Position> String	Sfa121WktEncoder.encode(Geometry<P> geometry)
default <P extends Position> ByteBuffer	WkbEncoder.encode(Geometry<P> geometry) Encodes a Geometry to its WKB representation using NDR (little-endian) ByteOrder
<P extends Position> String	PostgisWktEncoder.encode(Geometry<P> geometry)
<P extends Position> String	HANAWktEncoder.encode(Geometry<P> geometry)
<P extends Position> String	Sfa110WktEncoder.encode(Geometry<P> geometry)
<P extends Position> String	WktEncoder.encode(Geometry<P> geometry) Encodes an object to its WKT representation.
<P extends Position> ByteBuffer	MySqlWkbEncoder.encode(Geometry<P> geometry, ByteOrder byteOrder)
<P extends Position> ByteBuffer	PostgisWkbEncoder.encode(Geometry<P> geometry, ByteOrder byteOrder)
<P extends Position> ByteBuffer	WkbEncoder.encode(Geometry<P> geometry, ByteOrder byteOrder) Encodes a Geometry to its WKB representation
<P extends Position> ByteBuffer	HANAWkbEncoder.encode(Geometry<P> geometry, ByteOrder byteOrder)
<P extends Position> ByteBuffer	Sfa110WkbEncoder.encode(Geometry<P> geometry, ByteOrder byteOrder)
<P extends Position> ByteBuffer	Sfa121WkbEncoder.encode(Geometry<P> geometry, ByteOrder byteOrder)
static ByteBuffer	Wkb.toWkb(Geometry<?> geometry, ByteOrder byteOrder) Encodes a Geometry into a WKB representation using the specified byte-order.
static ByteBuffer	Wkb.toWkb(Geometry<?> geometry, ByteOrder byteOrder, Wkb.Dialect dialect) Encodes a Geometry into a WKB representation using the specified byte-order.
static <P extends Position> ByteBuffer	Wkb.toWkb(Geometry<P> geometry) Encodes a Geometry into a WKB representation using the NDR (little-endian) byte-order.
static <P extends Position> ByteBuffer	Wkb.toWkb(Geometry<P> geometry, Wkb.Dialect dialect) Encodes a Geometry into a WKB representation using the NDR (little-endian) byte-order.
static String	Wkt.toWkt(Geometry<?> geometry) Encodes a Geometry to a WKT representation.
static String	Wkt.toWkt(Geometry<?> geometry, Wkt.Dialect dialect) Encodes a Geometry to a WKT representation according to a specific dialect.

Uses of Geometry in org.geolatte.geom.codec.db

Methods in org.geolatte.geom.codec.db with type parameters of type Geometry

Modifier and Type	Method and Description
<P extends Position,G extends Geometry<P>> N	Encoder.encode(G geom)

Methods in org.geolatte.geom.codec.db that return Geometry

Modifier and Type	Method and Description
Geometry<?>	Decoder.decode(N nativeGeom)

Methods in org.geolatte.geom.codec.db with parameters of type Geometry

Modifier and Type	Method and Description
<P extends Position> boolean	Encoder.accepts(Geometry<P> geom)

Uses of Geometry in org.geolatte.geom.codec.db.db2

Methods in org.geolatte.geom.codec.db.db2 with type parameters of type Geometry

Modifier and Type	Method and Description
<P extends Position,G extends Geometry<P>> String	Db2ClobEncoder.encode(G geom)

Methods in org.geolatte.geom.codec.db.db2 that return Geometry

Modifier and Type	Method and Description
Geometry<?>	Db2ClobDecoder.decode(Clob clob)

Methods in org.geolatte.geom.codec.db.db2 with parameters of type Geometry

Modifier and Type	Method and Description
<P extends Position> boolean	Db2ClobEncoder.accepts(Geometry<P> geom)

Uses of Geometry in org.geolatte.geom.codec.db.oracle

Methods in org.geolatte.geom.codec.db.oracle with type parameters of type Geometry

Modifier and Type	Method and Description
<P extends Position,G extends Geometry<P>> SDOGeometry	GeometryCollectionSdoEncoder.encode(G geom)
<P extends Position,G extends Geometry<P>> SDOGeometry	MultiLineStringSdoEncoder.encode(G geom)
<P extends Position,G extends Geometry<P>> SDOGeometry	PolygonSdoEncoder.encode(G geom)
<P extends Position,G extends Geometry<P>> SDOGeometry	MultiPointSdoEncoder.encode(G geom)
<P extends Position,G extends Geometry<P>> SDOGeometry	PointSdoEncoder.encode(G geom)
<P extends Position,G extends Geometry<P>> SDOGeometry	MultiPolygonSdoEncoder.encode(G geom)
<P extends Position,G extends Geometry<P>> SDOGeometry	LineStringSdoEncoder.encode(G geom)

Methods in org.geolatte.geom.codec.db.oracle that return Geometry

Modifier and Type	Method and Description
Geometry<?>	AbstractSDODecoder.decode(SDOGeometry nativeGeom)
static Geometry<?>	Decoders.decode(SDOGeometry sdo)
protected <P extends Position> Geometry<P>	MultiPolygonSdoDecoder.decode(org.geolatte.geom.codec.db.oracle.SDOGType gtype, List<org.geolatte.geom.codec.db.oracle.Element> elements, CoordinateReferenceSystem<P> crs)
protected <P extends Position> Geometry<P>	MultiPointSdoDecoder.decode(org.geolatte.geom.codec.db.oracle.SDOGType gtype, List<org.geolatte.geom.codec.db.oracle.Element> elements, CoordinateReferenceSystem<P> crs)
protected <P extends Position> Geometry<P>	LineStringSdoDecoder.decode(org.geolatte.geom.codec.db.oracle.SDOGType gtype, List<org.geolatte.geom.codec.db.oracle.Element> elements, CoordinateReferenceSystem<P> crs)
protected <P extends Position> Geometry<P>	PolygonSdoDecoder.decode(org.geolatte.geom.codec.db.oracle.SDOGType gtype, List<org.geolatte.geom.codec.db.oracle.Element> elements, CoordinateReferenceSystem<P> crs)
protected <P extends Position> Geometry<P>	PointSdoDecoder.decode(org.geolatte.geom.codec.db.oracle.SDOGType gtype, List<org.geolatte.geom.codec.db.oracle.Element> elements, CoordinateReferenceSystem<P> crs)
protected <P extends Position> Geometry<P>	MultiLineSdoDecoder.decode(org.geolatte.geom.codec.db.oracle.SDOGType gtype, List<org.geolatte.geom.codec.db.oracle.Element> elements, CoordinateReferenceSystem<P> crs)
static Geometry<?>	Decoders.decode(Struct raw) Decodes the SQL Server Geometry object to its JTS Geometry instance
protected Geometry<?>	LineStringSdoDecoder.internalDecode()
protected Geometry<?>	PointSdoDecoder.internalDecode()

Methods in org.geolatte.geom.codec.db.oracle with parameters of type Geometry

Modifier and Type	Method and Description
<P extends Position> boolean	GeometryCollectionSdoEncoder.accepts(Geometry<P> geom)
<P extends Position> boolean	MultiLineStringSdoEncoder.accepts(Geometry<P> geom)
<P extends Position> boolean	PolygonSdoEncoder.accepts(Geometry<P> geom)
<P extends Position> boolean	MultiPointSdoEncoder.accepts(Geometry<P> geom)
<P extends Position> boolean	PointSdoEncoder.accepts(Geometry<P> geom)
<P extends Position> boolean	MultiPolygonSdoEncoder.accepts(Geometry<P> geom)
<P extends Position> boolean	LineStringSdoEncoder.accepts(Geometry<P> geom)
static SDOGeometry	Encoders.encode(Geometry<?> geom)
static Struct	Encoders.encode(Geometry<?> geom, Connection conn, org.geolatte.geom.codec.db.oracle.SQLTypeFactory typeFactory)
static Encoder<SDOGeometry>	Encoders.encoderFor(Geometry<?> geom)
protected <P extends Position> int	AbstractSDOEncoder.getLRSDim(Geometry<P> geom) Deprecated. Use SDOGtype.gtypeFor(Geometry)

Uses of Geometry in org.geolatte.geom.codec.db.sqlserver

Methods in org.geolatte.geom.codec.db.sqlserver that return Geometry

Modifier and Type	Method and Description
static Geometry	Decoders.decode(byte[] raw) Decodes the SQL Server Geometry object to its JTS Geometry instance

Methods in org.geolatte.geom.codec.db.sqlserver with parameters of type Geometry

Modifier and Type	Method and Description
static byte[]	Encoders.encode(Geometry<?> geom)
static Encoder<SqlServerGeometry>	Encoders.encoderFor(Geometry<?> geom)

Uses of Geometry in org.geolatte.geom.codec.support

Methods in org.geolatte.geom.codec.support that return Geometry

Modifier and Type	Method and Description
abstract <P extends Position> Geometry<P>	GeometryBuilder.createGeometry(CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	SimpleGeometryBuilder.createGeometry(CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	CollectionGeometryBuilder.createGeometry(CoordinateReferenceSystem<P> crs)
<P extends Position> Geometry<P>	LinearPositionsHolder.toGeometry(CoordinateReferenceSystem<P> crs, GeometryType geomType)
abstract <P extends Position> Geometry<P>	Holder.toGeometry(CoordinateReferenceSystem<P> crs, GeometryType geomType)
<P extends Position> Geometry<P>	PolygonListHolder.toGeometry(CoordinateReferenceSystem<P> crs, GeometryType geomType)
<P extends Position> Geometry<P>	LinearPositionsListHolder.toGeometry(CoordinateReferenceSystem<P> crs, GeometryType geomType)

Uses of Geometry in org.geolatte.geom.crs.trans

Methods in org.geolatte.geom.crs.trans with type parameters of type Geometry

Modifier and Type	Method and Description
<G extends Geometry<P>> void	TransformVisitor.endVisit(AbstractGeometryCollection<P,G> collection)
<G extends Geometry<P>> void	TransformVisitor.visit(AbstractGeometryCollection<P,G> collection)

Methods in org.geolatte.geom.crs.trans that return Geometry

Modifier and Type	Method and Description
Geometry<Q>	TransformVisitor.getTransformed()

Uses of Geometry in org.geolatte.geom.curve

Methods in org.geolatte.geom.curve with parameters of type Geometry

Modifier and Type	Method and Description
String	MortonCode.ofGeometry(Geometry<P> geometry) Returns the Morton code for the specified Geometry.

Uses of Geometry in org.geolatte.geom.generator

Methods in org.geolatte.geom.generator that return types with arguments of type Geometry

Modifier and Type	Method and Description
static <P extends Position> Generator<Geometry<P>>	GeometryGenerators.combine(List<Generator<? extends Geometry<P>>> generators)
static <P extends Position> Generator<Geometry<P>>	GeometryGenerators.combine(Random rnd, List<Generator<? extends Geometry<P>>> generators)

Method parameters in org.geolatte.geom.generator with type arguments of type Geometry

Modifier and Type	Method and Description
static <P extends Position> Generator<Geometry<P>>	GeometryGenerators.combine(List<Generator<? extends Geometry<P>>> generators)
static <P extends Position> Generator<Geometry<P>>	GeometryGenerators.combine(Random rnd, List<Generator<? extends Geometry<P>>> generators)

Uses of Geometry in org.geolatte.geom.jts

Methods in org.geolatte.geom.jts that return Geometry

Modifier and Type	Method and Description
static Geometry<?>	JTS.from(org.locationtech.jts.geom.Geometry jtsGeometry) Primary Factory method that converts a JTS geometry into an equivalent geolatte geometry
static <P extends Position> Geometry<P>	JTS.from(org.locationtech.jts.geom.Geometry jtsGeometry, CoordinateReferenceSystem<P> crs) Factory method that converts a JTS geometry into an equivalent geolatte geometry and allows the caller to specify the CoordinateReferenceSystem of the resulting geolatte geometry.

Methods in org.geolatte.geom.jts with parameters of type Geometry

Modifier and Type	Method and Description
static <P extends Position> org.locationtech.jts.geom.Geometry	JTS.to(Geometry<P> geometry)
static <P extends Position> org.locationtech.jts.geom.Geometry	JTS.to(Geometry<P> geometry, org.locationtech.jts.geom.GeometryFactory gFact) Primary factory method that converts a geolatte geometry into an equivalent jts geometry

Method parameters in org.geolatte.geom.jts with type arguments of type Geometry

Modifier and Type	Method and Description
static Class<? extends org.locationtech.jts.geom.Geometry>	JTS.getCorrespondingJTSClass(Class<? extends Geometry> geometryClass) Returns the JTS Geometry class that corresponds to the specified Geolatte Geometry class.