Uses of Interface
org.cts.op.CoordinateOperation

Packages that use CoordinateOperation

Package	Description
org.cts.crs
org.cts.datum
org.cts.op
org.cts.op.projection
org.cts.op.transformation

Uses of CoordinateOperation in org.cts.crs

Methods in org.cts.crs that return CoordinateOperation

Modifier and Type	Method and Description
CoordinateOperation	CompoundCRS.fromGeographicCoordinateConverter() Creates a CoordinateOperation object to convert coordinates from a Geographic3DCRS based on the same GeodeticDatum, and using normal SI units in the following order : latitude (rad), longitude (rad) height/altitude (m) to this CoordinateReferenceSystem.
CoordinateOperation	ProjectedCRS.fromGeographicCoordinateConverter()
abstract CoordinateOperation	GeodeticCRS.fromGeographicCoordinateConverter() Creates a CoordinateOperation object to convert coordinates from a Geographic3DCRS based on the same GeodeticDatum, and using normal SI units in the following order : latitude (rad), longitude (rad) height (m) to this CoordinateReferenceSystem.
CoordinateOperation	Geographic2DCRS.fromGeographicCoordinateConverter()
CoordinateOperation	Geographic3DCRS.fromGeographicCoordinateConverter()
CoordinateOperation	GeocentricCRS.fromGeographicCoordinateConverter()
CoordinateOperation	CompoundCRS.toGeographicCoordinateConverter() Creates a CoordinateOperation object to convert coordinates from this CRS to the Geographic3DCRS based on the same GeodeticDatum, and using normal SI units in the following order : latitude (rad), longitude (rad) height (m).
CoordinateOperation	ProjectedCRS.toGeographicCoordinateConverter()
abstract CoordinateOperation	GeodeticCRS.toGeographicCoordinateConverter() Creates a CoordinateOperation object to convert coordinates from this CoordinateReferenceSystem to a Geographic3DCRS based on the same GeodeticDatum, and using normal SI units in the following order : latitude (rad), longitude (rad) height (m).
CoordinateOperation	Geographic2DCRS.toGeographicCoordinateConverter()
CoordinateOperation	Geographic3DCRS.toGeographicCoordinateConverter()
CoordinateOperation	GeocentricCRS.toGeographicCoordinateConverter()

Uses of CoordinateOperation in org.cts.datum

Methods in org.cts.datum that return CoordinateOperation

Modifier and Type	Method and Description
CoordinateOperation	VerticalDatum.getAltiToEllpsHeight() Return the operation converting altitude of the vertical datum into ellipsoidal height.
CoordinateOperation	VerticalDatum.getToWGS84()
CoordinateOperation	Datum.getToWGS84() Returns the ellipsoid of this datum.

Methods in org.cts.datum that return types with arguments of type CoordinateOperation

Modifier and Type	Method and Description
Set<CoordinateOperation>	GeodeticDatum.getGeographicTransformations(GeodeticDatum targetDatum) Get available geographic transformations to another datum.
Set<CoordinateOperation>	GeodeticDatum.getHeightTransformations(Datum datum) Get available geographic transformations to another datum.

Methods in org.cts.datum with parameters of type CoordinateOperation

Modifier and Type	Method and Description
void	GeodeticDatum.addGeographicTransformation(GeodeticDatum targetDatum, CoordinateOperation coordOp) Add a Geographic Transformation to another GeodeticDatum.

Uses of CoordinateOperation in org.cts.op

Classes in org.cts.op that implement CoordinateOperation

Modifier and Type	Class and Description
class	AbstractCoordinateOperation AbstractCoordinateOperation is a partial implementation of the CoordinateOperation interface.
class	ChangeCoordinateDimension Change de coordinate dimension.
class	CoordinateOperationSequence A coordinate operation sequence can transform a coordinate through several ordered CoordinateOperations.
class	CoordinateRounding A class to change the coordinate precision
class	CoordinateSwitch A class to switch to values in a double array.
class	Geocentric2Geographic Transform geographic coordinates (latitude, longitude, ellipsoidal height into geocentric coordinates.
class	Geographic2Geocentric Transform geographic coordinates (latitude, longitude, ellipsoidal height into geocentric coordinates.
class	Identity The identity transformation.
class	IterativeTransformation The IterativeTransformation is used to repeat a CoordinateOperation until one or more coordinate(s) converge to predifined values (saved in additional dimensions using MemorizeCoordinate).
class	LoadMemorizeCoordinate Add a fourth dimension to save one of the other coordinates.
class	LongitudeRotation Longitude rotation is a simple transformation which shift the longitude parameter of a geographic coordinate.
class	MemorizeCoordinate Add a fourth dimension to save one of the other coordinates.
class	OppositeCoordinate This transformation turn the choosing coordinate into its opposite.
class	UnitConversion Convert coordinates from a source unit to a target unit.

Fields in org.cts.op declared as CoordinateOperation

Modifier and Type	Field and Description
static CoordinateOperation	LoadMemorizeCoordinate.loadX
static CoordinateOperation	LoadMemorizeCoordinate.loadY
static CoordinateOperation	LoadMemorizeCoordinate.loadZ
static CoordinateOperation	MemorizeCoordinate.memoX
static CoordinateOperation	MemorizeCoordinate.memoXY
static CoordinateOperation	MemorizeCoordinate.memoXYZ
static CoordinateOperation	MemorizeCoordinate.memoY
static CoordinateOperation	MemorizeCoordinate.memoZ
protected CoordinateOperation[]	CoordinateOperationSequence.sequence The sequence of the CoordinateOperation used by this CoordinateOperationSequence.

Methods in org.cts.op that return CoordinateOperation

Modifier and Type	Method and Description
static CoordinateOperation	CoordinateOperationFactory.getMostPrecise(Collection<? extends CoordinateOperation> ops) Returns the most precise among the list of CoordinateOperations.
static CoordinateOperation	CoordinateOperationFactory.getMostPrecise3DTransformation(Collection<? extends CoordinateOperation> ops) Returns the most precise among the list of CoordinateOperations.
CoordinateOperation	AbstractCoordinateOperation.inverse() Creates the inverse CoordinateOperation.
CoordinateOperation	CoordinateOperation.inverse() Return the inverse CoordinateOperation, or throw a NonInvertibleOperationException.
CoordinateOperation	OppositeCoordinate.inverse() Creates the inverse CoordinateOperation.
CoordinateOperation	Geocentric2Geographic.inverse() Creates the inverse CoordinateOperation.
CoordinateOperation	CoordinateOperationSequence.inverse() Creates the inverse CoordinateOperation.
CoordinateOperation	Geographic2Geocentric.inverse() Creates the inverse CoordinateOperation.
CoordinateOperation	UnitConversion.inverse() Creates the inverse CoordinateOperation.
CoordinateOperation	LongitudeRotation.inverse() Creates the inverse CoordinateOperation.
CoordinateOperation	ChangeCoordinateDimension.inverse() Creates the inverse CoordinateOperation.
CoordinateOperation	CoordinateSwitch.inverse() Creates the inverse CoordinateOperation.

Methods in org.cts.op that return types with arguments of type CoordinateOperation

Modifier and Type	Method and Description
static List<CoordinateOperation>	CoordinateOperationSequence.cleverAdd(List<CoordinateOperation> ops, CoordinateOperation op) cleverAdd add cleverly a CoordinateOperation in a list of CoordinateOperations by removing the last element of list if it is the inverse of the element to add.
static Set<CoordinateOperation>	CoordinateOperationFactory.createCoordinateOperations(GeodeticCRS source, GeodeticCRS target) Creates a list of CoordinateOperations from a source GeodeticCRS to a target GeodeticCRS.
static Set<CoordinateOperation>	CoordinateOperationFactory.excludeFilter(Collection<? extends CoordinateOperation> ops, Class clazz) Returns CoordinateOperations excluding sequence containing a particular operation type.
static Set<CoordinateOperation>	CoordinateOperationFactory.includeFilter(Collection<? extends CoordinateOperation> ops, Class clazz) Returns CoordinateOperations including operations of a particular type.

Methods in org.cts.op with parameters of type CoordinateOperation

Modifier and Type	Method and Description
static List<CoordinateOperation>	CoordinateOperationSequence.cleverAdd(List<CoordinateOperation> ops, CoordinateOperation op) cleverAdd add cleverly a CoordinateOperation in a list of CoordinateOperations by removing the last element of list if it is the inverse of the element to add.

Method parameters in org.cts.op with type arguments of type CoordinateOperation

Modifier and Type	Method and Description
static List<CoordinateOperation>	CoordinateOperationSequence.cleverAdd(List<CoordinateOperation> ops, CoordinateOperation op) cleverAdd add cleverly a CoordinateOperation in a list of CoordinateOperations by removing the last element of list if it is the inverse of the element to add.
static Set<CoordinateOperation>	CoordinateOperationFactory.excludeFilter(Collection<? extends CoordinateOperation> ops, Class clazz) Returns CoordinateOperations excluding sequence containing a particular operation type.
static CoordinateOperation	CoordinateOperationFactory.getMostPrecise(Collection<? extends CoordinateOperation> ops) Returns the most precise among the list of CoordinateOperations.
static CoordinateOperation	CoordinateOperationFactory.getMostPrecise3DTransformation(Collection<? extends CoordinateOperation> ops) Returns the most precise among the list of CoordinateOperations.
static Set<CoordinateOperation>	CoordinateOperationFactory.includeFilter(Collection<? extends CoordinateOperation> ops, Class clazz) Returns CoordinateOperations including operations of a particular type.

Constructors in org.cts.op with parameters of type CoordinateOperation

Constructor and Description
CoordinateOperationSequence(Identifier identifier, CoordinateOperation... sequence) Create a CoordinateOperationSequence from an identifier and an array of CoordinateOperations.
CoordinateOperationSequence(Identifier identifier, CoordinateOperation[] sequence, double precision) Create a CoordinateOperationSequence from an identifier an array of CoordinateOperations and a precision.
IterativeTransformation(CoordinateOperation op, int[] realValueIndex, int[] calculatedValueIndex, double[] tol, int maxIterations) Build a new IterativeTransformation.
NonInvertibleOperationException(CoordinateOperation op) Create a new InterpolationMethodException.

Constructor parameters in org.cts.op with type arguments of type CoordinateOperation

Constructor and Description
CoordinateOperationSequence(Identifier identifier, List<CoordinateOperation> list) Create a CoordinateOperationSequence from an identifier and a List of CoordinateOperations.
CoordinateOperationSequence(Identifier identifier, List<CoordinateOperation> list, double precision) Creates a CoordinateOperationSequence from an identifier, a List of CoordinateOperations and a precision.

Uses of CoordinateOperation in org.cts.op.projection

Classes in org.cts.op.projection that implement CoordinateOperation

Modifier and Type	Class and Description
class	AlbersEqualArea The Albers Equal Area Projection (AEA).
class	CassiniSoldner The Cassini-Soldner Projection (CASS).
class	CylindricalEqualArea The Cylindrical Equal Area (normal case) Projection (CEA).
class	EquidistantCylindrical The Equidistant Cylindrical projection (EQC).
class	GaussSchreiberTransverseMercator The Gauss Schreiber Transverse Mercator (GSTMERC).
class	Krovak The Krovak (North Orientated) Projection (KROVAK).
class	LambertAzimuthalEqualArea The Lambert Azimuthal Equal Area Projection (LAEA).
class	LambertConicConformal1SP A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane.
class	LambertConicConformal2SP A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane.
class	Mercator1SP The Mercator Projection (MERC).
class	MillerCylindrical The Miller Cylindrical Projection (MILL).
class	NewZealandMapGrid The New Zealand Map Grid Projection (NZMG).
class	ObliqueMercator The Oblique Mercator Projection (OMERC).
class	ObliqueStereographicAlternative The Oblique Stereographic Alternative Projection (STEREA).
class	Polyconic The Polyconic (American) Projection (POLY).
class	Projection A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane.
class	Stereographic The Polar Stereographic Projection (STERE).
class	SwissObliqueMercator The Swiss Oblique Mercator Projection (SOMERC).
class	TransverseMercator A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane.
class	UniversalTransverseMercator The Universal Transverse Mercator Projection (UTM).
class	UniversalTransverseMercatorAuto A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane.

Uses of CoordinateOperation in org.cts.op.transformation

Subinterfaces of CoordinateOperation in org.cts.op.transformation

Modifier and Type	Interface and Description
interface	GeocentricTransformation An interface to mark Geocentric transformations.
interface	ParamBasedTransformation Marker for transformations including 7 parameters transformation (Bursa-Wolf), Translation and Identity.

Classes in org.cts.op.transformation that implement CoordinateOperation

Modifier and Type	Class and Description
class	Altitude2EllipsoidalHeight Altitude2EllipsoidalHeight is a coordinate operation used to transform 3D coordinates containing the altitude in the third coordinate with a grid transformation that return the equivalent coordinates with ellipsoidal height instead of altitude.
class	FrenchGeocentricNTF2RGF French Geocentric interpolation is a transformation used at IGN-France to transform coordinates from the old local NTF system to the new ETRS-89 compatible RGF93.
class	GeocentricTransformationSequence A GeocentricTransformationSequence is a CoordinateOperationSequence which result is a GeocentricTransformation.
class	GeocentricTranslation GeocentricTranslation is a coordinate operation used to transform geocentric coordinates with a 3D translation defined by three parameters representing translation values along x axis, y axis and z axis.
class	NTv2GridShiftTransformation Geographic Offset by Interpolation of Gridded Data.
class	SevenParameterTransformation Seven-Parameter transformations are mathematical similarities or Helmert transformations in a three dimensional space.

Methods in org.cts.op.transformation that return CoordinateOperation

Modifier and Type	Method and Description
CoordinateOperation	Altitude2EllipsoidalHeight.inverse() Creates the inverse CoordinateOperation.
CoordinateOperation	NTv2GridShiftTransformation.inverse() Creates the inverse CoordinateOperation.

Constructors in org.cts.op.transformation with parameters of type CoordinateOperation

Constructor and Description
GeocentricTransformationSequence(Identifier identifier, CoordinateOperation... sequence)
GeocentricTransformationSequence(Identifier identifier, CoordinateOperation[] sequence, double precision)

Constructor parameters in org.cts.op.transformation with type arguments of type CoordinateOperation

Constructor and Description
GeocentricTransformationSequence(Identifier identifier, List<CoordinateOperation> sequence)