Uses of Class
mil.nga.sf.Geometry

Packages that use Geometry

Package	Description
mil.nga.sf
mil.nga.sf.extended
mil.nga.sf.util
mil.nga.sf.util.centroid
mil.nga.sf.util.filter

Uses of Geometry in mil.nga.sf

Classes in mil.nga.sf with type parameters of type Geometry

Modifier and Type	Class	Description
class	GeometryCollection<T extends Geometry>	A collection of zero or more Geometry instances.

Subclasses of Geometry in mil.nga.sf

Modifier and Type	Class	Description
class	CircularString	Circular String, Curve sub type
class	CompoundCurve	Compound Curve, Curve sub type
class	Curve	The base type for all 1-dimensional geometry types.
class	CurvePolygon<T extends Curve>	A planar surface defined by an exterior ring and zero or more interior ring.
class	GeometryCollection<T extends Geometry>	A collection of zero or more Geometry instances.
class	Line	A LineString with exactly 2 Points.
class	LinearRing	A LineString that is both closed and simple.
class	LineString	A Curve that connects two or more points in space.
class	MultiCurve<T extends Curve>	A restricted form of GeometryCollection where each Geometry in the collection must be of type Curve.
class	MultiLineString	A restricted form of MultiCurve where each Curve in the collection must be of type LineString.
class	MultiPoint	A restricted form of GeometryCollection where each Geometry in the collection must be of type Point.
class	MultiPolygon	A restricted form of MultiSurface where each Surface in the collection must be of type Polygon.
class	MultiSurface<T extends Surface>	A restricted form of GeometryCollection where each Geometry in the collection must be of type Surface.
class	Point	A single location in space.
class	Polygon	A restricted form of CurvePolygon where each ring is defined as a simple, closed LineString.
class	PolyhedralSurface	Contiguous collection of polygons which share common boundary segments.
class	Surface	The base type for all 2-dimensional geometry types.
class	TIN	A tetrahedron (4 triangular faces), corner at the origin and each unit coordinate digit.
class	Triangle	Triangle

Methods in mil.nga.sf that return Geometry

Modifier and Type	Method	Description
Geometry	GeometryEnvelope.buildGeometry()	Build a geometry representation of the geometry envelope
Geometry	CircularString.copy()	Copy the geometry
Geometry	CompoundCurve.copy()	Copy the geometry
Geometry	CurvePolygon.copy()	Copy the geometry
abstract Geometry	Geometry.copy()	Copy the geometry
Geometry	GeometryCollection.copy()	Copy the geometry
Geometry	Line.copy()	Copy the geometry
Geometry	LinearRing.copy()	Copy the geometry
Geometry	LineString.copy()	Copy the geometry
Geometry	MultiLineString.copy()	Copy the geometry
Geometry	MultiPoint.copy()	Copy the geometry
Geometry	MultiPolygon.copy()	Copy the geometry
Geometry	Point.copy()	Copy the geometry
Geometry	Polygon.copy()	Copy the geometry
Geometry	PolyhedralSurface.copy()	Copy the geometry
Geometry	TIN.copy()	Copy the geometry
Geometry	Triangle.copy()	Copy the geometry

Methods in mil.nga.sf that return types with arguments of type Geometry

Modifier and Type	Method	Description
GeometryCollection<Geometry>	GeometryCollection.getAsGeometryCollection()	Get as a top level Geometry Collection

Methods in mil.nga.sf with parameters of type Geometry

Modifier and Type	Method	Description
protected void	Geometry.updateZM(Geometry geometry)	Update currently false hasZ and hasM values using the provided geometry

Uses of Geometry in mil.nga.sf.extended

Classes in mil.nga.sf.extended with type parameters of type Geometry

Modifier and Type	Class	Description
class	ExtendedGeometryCollection<T extends Geometry>	Extended Geometry Collection providing abstract geometry collection type support

Subclasses of Geometry in mil.nga.sf.extended

Modifier and Type	Class	Description
class	ExtendedGeometryCollection<T extends Geometry>	Extended Geometry Collection providing abstract geometry collection type support

Methods in mil.nga.sf.extended that return Geometry

Modifier and Type	Method	Description
Geometry	ExtendedGeometryCollection.copy()	Copy the geometry

Uses of Geometry in mil.nga.sf.util

Methods in mil.nga.sf.util with type parameters of type Geometry

Modifier and Type	Method	Description
static <T extends Geometry> boolean	GeometryUtils.hasM(List<T> geometries)	Determine if the geometries contain a M value
static <T extends Geometry> boolean	GeometryUtils.hasZ(List<T> geometries)	Determine if the geometries contain a Z value

Methods in mil.nga.sf.util that return Geometry

Modifier and Type	Method	Description
static Geometry	GeometryEnvelopeBuilder.buildGeometry(GeometryEnvelope envelope)	Build a geometry representation of the geometry envelope
static Geometry	GeometryUtils.crop(Geometry geometry, GeometryEnvelope envelope)	Crop the geometry in meters by the envelope bounds in meters.
static Geometry	GeometryUtils.cropWebMercator(Geometry geometry)	Crop the geometry in meters by web mercator world bounds.
static Geometry	GeometryUtils.degreesToMeters(Geometry geometry)	Convert a geometry in degrees to a geometry in meters
static Geometry	GeometryUtils.deserialize(byte[] bytes)	Deserialize the bytes into a geometry
static Geometry	GeometryUtils.metersToDegrees(Geometry geometry)	Convert a geometry in meters to a geometry in degrees

Methods in mil.nga.sf.util with parameters of type Geometry

Modifier and Type	Method	Description
static void	GeometryUtils.bound(Geometry geometry, GeometryEnvelope envelope)	Bound all points in the geometry to be within the geometry envelope.
static void	GeometryUtils.boundWebMercator(Geometry geometry)	Bound all points in the geometry to be within Web Mercator limits.
static void	GeometryUtils.boundWGS84(Geometry geometry)	Bound all points in the geometry to be within WGS84 limits.
static void	GeometryUtils.boundWGS84Transformable(Geometry geometry)	Bound all points in the geometry to be within WGS84 projection transformable (degrees to meters) limits.
static void	GeometryUtils.boundWGS84WithWebMercator(Geometry geometry)	Bound all points in the WGS84 geometry to be within degree Web Mercator limits.
static GeometryEnvelope	GeometryEnvelopeBuilder.buildEnvelope(Geometry geometry)	Build Geometry Envelope
static void	GeometryEnvelopeBuilder.buildEnvelope(Geometry geometry, GeometryEnvelope envelope)	Build Geometry Envelope
static Geometry	GeometryUtils.crop(Geometry geometry, GeometryEnvelope envelope)	Crop the geometry in meters by the envelope bounds in meters.
static Geometry	GeometryUtils.cropWebMercator(Geometry geometry)	Crop the geometry in meters by web mercator world bounds.
static Geometry	GeometryUtils.degreesToMeters(Geometry geometry)	Convert a geometry in degrees to a geometry in meters
static Point	GeometryUtils.getCentroid(Geometry geometry)	Get the centroid point of a 2 dimensional representation of the Geometry (balancing point of a 2d cutout of the geometry).
static Point	GeometryUtils.getDegreesCentroid(Geometry geometry)	Get the geographic centroid point of a 2 dimensional representation of the degree unit Geometry.
static int	GeometryUtils.getDimension(Geometry geometry)	Get the dimension of the Geometry, 0 for points, 1 for curves, 2 for surfaces.
static String	GeometryPrinter.getGeometryString(Geometry geometry)	Get Geometry Information as a String
static Geometry	GeometryUtils.metersToDegrees(Geometry geometry)	Convert a geometry in meters to a geometry in degrees
static void	GeometryUtils.minimize(Geometry geometry, double maxX)	Minimize the geometry using the shortest x distance between each connected set of points.
static void	GeometryUtils.minimizeGeometry(Geometry geometry, double maxX)	Minimize the geometry using the shortest x distance between each connected set of points.
static void	GeometryUtils.minimizeWebMercator(Geometry geometry)	Minimize the Web Mercator geometry using the shortest x distance between each connected set of points.
static void	GeometryUtils.minimizeWGS84(Geometry geometry)	Minimize the WGS84 geometry using the shortest x distance between each connected set of points.
static void	GeometryUtils.normalize(Geometry geometry, double maxX)	Normalize the geometry so all points outside of the min and max value range are adjusted to fall within the range.
static void	GeometryUtils.normalizeGeometry(Geometry geometry, double maxX)	Normalize the geometry so all points outside of the min and max value range are adjusted to fall within the range.
static void	GeometryUtils.normalizeWebMercator(Geometry geometry)	Normalize the Web Mercator geometry using the shortest x distance between each connected set of points.
static void	GeometryUtils.normalizeWGS84(Geometry geometry)	Normalize the WGS84 geometry using the shortest x distance between each connected set of points.
static byte[]	GeometryUtils.serialize(Geometry geometry)	Serialize the geometry to bytes

Uses of Geometry in mil.nga.sf.util.centroid

Methods in mil.nga.sf.util.centroid with parameters of type Geometry

Modifier and Type	Method	Description
void	CentroidCurve.add(Geometry geometry)	Add a curve based dimension 1 geometry to the centroid total.
void	CentroidPoint.add(Geometry geometry)	Add a point based dimension 0 geometry to the centroid total
void	CentroidSurface.add(Geometry geometry)	Add a surface based dimension 2 geometry to the centroid total.
static Point	DegreesCentroid.getCentroid(Geometry geometry)	Get the degree geometry centroid

Constructors in mil.nga.sf.util.centroid with parameters of type Geometry

Constructor	Description
CentroidCurve(Geometry geometry)	Constructor
CentroidPoint(Geometry geometry)	Constructor
CentroidSurface(Geometry geometry)	Constructor
DegreesCentroid(Geometry geometry)	Constructor

Uses of Geometry in mil.nga.sf.util.filter

Methods in mil.nga.sf.util.filter with parameters of type Geometry

Modifier and Type	Method	Description
boolean	GeometryFilter.filter(GeometryType containingType, Geometry geometry)	Filter the geometry
boolean	PointFiniteFilter.filter(GeometryType containingType, Geometry geometry)	Filter the geometry