- C - Variable in class org.cts.op.projection.AlbersEqualArea
-
- C - Variable in class org.cts.op.projection.EquidistantCylindrical
-
- c - Variable in class org.cts.op.projection.GaussSchreiberTransverseMercator
-
- C - Variable in class org.cts.op.projection.LambertConicConformal1SP
-
- C - Variable in class org.cts.op.projection.LambertConicConformal2SP
-
- c - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
-
- CARTHAGE - Static variable in class org.cts.datum.GeodeticDatum
-
- CASS - Static variable in class org.cts.op.projection.CassiniSoldner
-
The Identifier used for all Cassini-Soldner projections.
- CASS - Static variable in class org.cts.parser.proj.ProjValueParameters
-
- CassiniSoldner - Class in org.cts.op.projection
-
The Cassini-Soldner Projection (CASS).
- CassiniSoldner(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.CassiniSoldner
-
Create a new Cassini-Soldner Projection corresponding to the
Ellipsoid and the list of parameters given in argument and
initialize common parameters lon0, lat0, FE, FN and other parameters
useful for the projection.
- CEA - Static variable in class org.cts.op.projection.CylindricalEqualArea
-
The Identifier used for all Cylindrical Equal Area projections.
- CEA - Static variable in class org.cts.parser.proj.ProjValueParameters
-
- CENTIMETER - Static variable in class org.cts.op.CoordinateRounding
-
Round the coordinates to centimeter value.
- CENTIMETER - Static variable in class org.cts.units.Unit
-
- CENTRAL_MERIDIAN - Static variable in class org.cts.Parameter
-
Key to access central meridian, one possible parameter of the projection.
- ChangeCoordinateDimension - Class in org.cts.op
-
Change de coordinate dimension.
- checkUnsupported(String) - Static method in class org.cts.parser.proj.ProjKeyParameters
-
If the parameter is not supported throw an exception
- CLARKE1866 - Static variable in class org.cts.datum.Ellipsoid
-
Clarke 1866.
- CLARKE1866VD - Static variable in class org.cts.datum.VerticalDatum
-
- CLARKE1880ARC - Static variable in class org.cts.datum.Ellipsoid
-
Clarke 1880 (Arc).
- CLARKE1880ARCVD - Static variable in class org.cts.datum.VerticalDatum
-
- CLARKE1880IGN - Static variable in class org.cts.datum.Ellipsoid
-
Clarke 1880 (IGN).
- CLARKE1880IGNVD - Static variable in class org.cts.datum.VerticalDatum
-
- CLARKE1880RGS - Static variable in class org.cts.datum.Ellipsoid
-
Clarke 1880 (RGS) or Clarke 1880 modified.
- CLARKE1880RGSVD - Static variable in class org.cts.datum.VerticalDatum
-
- cleverAdd(List<CoordinateOperation>, CoordinateOperation) - Static method in class org.cts.op.CoordinateOperationSequence
-
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.
- clone() - Method in class org.cts.op.transformation.grid.SubGrid
-
- colNumber - Variable in class org.cts.op.transformation.grids.GeographicGrid
-
- comments - Static variable in class org.cts.parser.proj.ProjKeyParameters
-
- COMPDCS - Static variable in class org.cts.parser.prj.PrjKeyParameters
-
- Complex - Class in org.cts.util
-
Complex number, arithmetics, and complex functions.
- Complex(double, double) - Constructor for class org.cts.util.Complex
-
Constructs a complex number from real part and imaginary part.
- Complex() - Constructor for class org.cts.util.Complex
-
Constructs complex number zero.
- Complex(double) - Constructor for class org.cts.util.Complex
-
Constructs a complex number with imaginary part zero.
- Complex(Complex) - Constructor for class org.cts.util.Complex
-
Copy the complex number in parameter.
- CompoundCRS - Class in org.cts.crs
-
- CompoundCRS(Identifier, GeodeticCRS, VerticalCRS) - Constructor for class org.cts.crs.CompoundCRS
-
Creates a new CompoundCRS from a 2D horizontal CRS and a 1D vertical CRS.
- compress(double[][][], int, int, OutputStream) - Static method in class org.cts.op.transformation.grids.BleggGeographicGrid
-
Compress and write a grid of double at the bit level
- compress(double[][][], int, int, double, double, double, double, OutputStream) - Static method in class org.cts.op.transformation.grids.BleggGeographicGrid
-
Compress and write a grid of double at the bit level
- conj() - Method in class org.cts.util.Complex
-
Returns the conjugate complex number.
- conLat0 - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
-
- contains(String) - Method in class org.cts.registry.RegistryManager
-
Returns whether a registry with the given name is already
registered or not.
- context - Variable in class org.cts.op.transformation.grids.GeographicGrid
-
Context object (may be used to specify the reference Datum).
- convert(Unit) - Method in class org.cts.units.Measure
-
Converts this measure to another unit.
- COORDINATE_FRAME - Static variable in class org.cts.op.transformation.SevenParameterTransformation
-
COORDINATE_FRAME sign convention is such that a positive rotation of the
frame about an axis is defined as a clockwise rotation of the coordinate
reference frame when viewed from the origin of the cartesian coordinate
reference system in the positive direction of that axis, that is a
positive rotation about the Z-axis only from source coordinate reference
system to target coordinate reference system will result in a smaller
longitude value for the point in the target coordinate reference system.
- CoordinateDimensionException - Exception in org.cts
-
Exception thrown when a double array input has not the expected length.
- CoordinateDimensionException(String) - Constructor for exception org.cts.CoordinateDimensionException
-
Creates a new CoordinateDimensionException.
- CoordinateDimensionException(double[], int) - Constructor for exception org.cts.CoordinateDimensionException
-
Creates a new CoordinateDimensionException.
- CoordinateOperation - Interface in org.cts.op
-
A CoordinateOperation is an object able to modify values of a coordinate.
- CoordinateOperationException - Exception in org.cts.op
-
An exception thrown because a CoordinateOperation could not be
found or created.
- CoordinateOperationException(String) - Constructor for exception org.cts.op.CoordinateOperationException
-
Creates a new CoordinateOperationException.
- CoordinateOperationFactory - Class in org.cts.op
-
- CoordinateOperationFactory() - Constructor for class org.cts.op.CoordinateOperationFactory
-
- CoordinateOperationNotFoundException - Exception in org.cts.op
-
Exception thrown when a coordinate operation has not been found
or could not be calculated.
- CoordinateOperationNotFoundException(String) - Constructor for exception org.cts.op.CoordinateOperationNotFoundException
-
Creates a new CoordinateOperationNotFoundException.
- CoordinateOperationNotFoundException(Datum, Datum) - Constructor for exception org.cts.op.CoordinateOperationNotFoundException
-
Creates a new CoordinateOperationNotFoundException because no
CoordinateOperation has been found from source Datum to target Datum.
- CoordinateOperationNotFoundException(CoordinateReferenceSystem, CoordinateReferenceSystem) - Constructor for exception org.cts.op.CoordinateOperationNotFoundException
-
Creates a new CoordinateOperationNotFoundException because no
CoordinateOperation has been found from source CoordinateReferenceSystem
to target CoordinateReferenceSystem.
- CoordinateOperationSequence - Class in org.cts.op
-
A coordinate operation sequence can transform a coordinate through several
ordered
CoordinateOperations.
- CoordinateOperationSequence(Identifier, CoordinateOperation...) - Constructor for class org.cts.op.CoordinateOperationSequence
-
- CoordinateOperationSequence(Identifier, List<CoordinateOperation>) - Constructor for class org.cts.op.CoordinateOperationSequence
-
- CoordinateOperationSequence(Identifier, CoordinateOperation[], double) - Constructor for class org.cts.op.CoordinateOperationSequence
-
Create a CoordinateOperationSequence from an identifier an array of
CoordinateOperations and a
precision.
- CoordinateOperationSequence(Identifier, List<CoordinateOperation>, double) - Constructor for class org.cts.op.CoordinateOperationSequence
-
Creates a CoordinateOperationSequence from an identifier, a List of
CoordinateOperations and a
precision.
- CoordinateReferenceSystem - Interface in org.cts.crs
-
A coordinate system which is related to the real world by a
Datum (ISO/DIS 19111).
- CoordinateReferenceSystem.Type - Enum in org.cts.crs
-
Coordinate Reference System Type.
- CoordinateRounding - Class in org.cts.op
-
A class to change the coordinate precision
- CoordinateSwitch - Class in org.cts.op
-
A class to switch to values in a double array.
- CoordinateSwitch(int, int) - Constructor for class org.cts.op.CoordinateSwitch
-
Creates a new operation to switch coord pos1 and coord pos2.
- coordinateSystem - Variable in class org.cts.crs.GeodeticCRS
-
- CoordinateSystem - Class in org.cts.cs
-
A CoordinateSystem is a set of ordered
Axis defining how coordinates
assigned to a point have to be interpreted.
- CoordinateSystem(Axis[], Unit[]) - Constructor for class org.cts.cs.CoordinateSystem
-
Create a new Coordinate System from an array of
Axis
- copy(GridShift) - Method in class org.cts.op.transformation.grid.GridShift
-
- cos(Complex) - Static method in class org.cts.util.Complex
-
Computes complex cosine.
- cosh(Complex) - Static method in class org.cts.util.Complex
-
Computes hyperbolic cosine.
- create(String) - Static method in class org.cts.units.Quantity.Factory
-
Creates a new Quantity from a String.
- createBursaWolfTransformation(double, double, double, double, double, double, double) - Static method in class org.cts.op.transformation.SevenParameterTransformation
-
Create a Bursa-Wolf transformation with the default precision.
- createBursaWolfTransformation(double, double, double, double, double, double, double, SevenParameterTransformation) - Static method in class org.cts.op.transformation.SevenParameterTransformation
-
- createBursaWolfTransformation(double, double, double, double, double, double, double, double) - Static method in class org.cts.op.transformation.SevenParameterTransformation
-
Create a Bursa-Wolf transformation with a specific precision.
- createComplexFromA(double) - Static method in class org.cts.util.Complex
-
Returns a complex number with magnitude one and arbitrary argument.
- createComplexFromRA(double, double) - Static method in class org.cts.util.Complex
-
Returns a complex number from radius/magnitude and argument.
- createCoordinateFrameRotation(double, double, double, double, double, double, double) - Static method in class org.cts.op.transformation.SevenParameterTransformation
-
Create a CoordinateFrame rotation with the default precision.
- createCoordinateFrameRotation(double, double, double, double, double, double, double, double) - Static method in class org.cts.op.transformation.SevenParameterTransformation
-
Create a Coordinate Frame rotation with a specific precision.
- createCoordinateOperations(GeodeticCRS, GeodeticCRS) - Static method in class org.cts.op.CoordinateOperationFactory
-
- createCoordinateReferenceSystem(Identifier, Map<String, String>) - Static method in class org.cts.CRSHelper
-
- createCoordinateRoundingOperation(double) - Static method in class org.cts.op.CoordinateRounding
-
Creates a coordinate rounding operation from the smallest representable
value.
- createCoordinateRoundingOperationFromDecimalPlaces(int) - Static method in class org.cts.op.CoordinateRounding
-
Creates a coordinate rounding operation from a decimal place number.
- createEllipsoidFromEccentricity(double, double) - Static method in class org.cts.datum.Ellipsoid
-
Creates a new Ellipsoid whose definition is based on semi-major axis and
eccentricity and initializes common parameters such as a, b, e, e2, f,
1/f, e'2 and coefficients for the meridian arc.
- createEllipsoidFromEccentricity(Identifier, double, double) - Static method in class org.cts.datum.Ellipsoid
-
Creates a new Ellipsoid whose definition is based on semi-major axis and
eccentricity and initializes common parameters such as a, b, e, e2, f,
1/f, e'2 and coefficients for the meridian arc.
- createEllipsoidFromInverseFlattening(double, double) - Static method in class org.cts.datum.Ellipsoid
-
Creates a new Ellipsoid whose definition is based on semi-major axis and
inverse flattening and initializes common parameters such as a, b, e, e2,
f, 1/f, e'2 and coefficients for the meridian arc.
- createEllipsoidFromInverseFlattening(Identifier, double, double) - Static method in class org.cts.datum.Ellipsoid
-
Creates a new Ellipsoid whose definition is based on semi-major axis and
inverse flattening and initializes common parameters such as a, b, e, e2,
f, 1/f, e'2 and coefficients for the meridian arc.
- createEllipsoidFromSemiMinorAxis(double, double) - Static method in class org.cts.datum.Ellipsoid
-
Creates a new Ellipsoid whose definition is based on semi-major axis and
semi-minor axis and initializes common parameters such as a, b, e, e2, f,
1/f, e'2 and coefficients for the meridian arc.
- createEllipsoidFromSemiMinorAxis(Identifier, double, double) - Static method in class org.cts.datum.Ellipsoid
-
Creates a new Ellipsoid whose definition is based on semi-major axis and
semi-minor axis and initializes common parameters such as a, b, e, e2, f,
1/f, e'2 and coefficients for the meridian arc.
- createFromPrj(String) - Method in class org.cts.CRSFactory
-
- createFromPrj(InputStream, Charset) - Method in class org.cts.CRSFactory
-
- createFromPrj(InputStream) - Method in class org.cts.CRSFactory
-
- createFromPrj(File) - Method in class org.cts.CRSFactory
-
- createGeodeticDatum(PrimeMeridian, Ellipsoid, GeocentricTransformation) - Static method in class org.cts.datum.GeodeticDatum
-
Creates a new Datum.
- createGeodeticDatum(Identifier, PrimeMeridian, Ellipsoid, GeocentricTransformation, GeographicExtent, String, String) - Static method in class org.cts.datum.GeodeticDatum
-
Creates a new Datum or return a known datum if it already exists.
- createLCC1SP(Ellipsoid, double, double, double, double, double) - Static method in class org.cts.op.projection.LambertConicConformal1SP
-
LambertConicConformal1SP factory to create a LambertConicConformal1SP
projection from a latitude of origin and a central meridian in degrees, a
scale factor and false coordinates in meters.
- createLCC1SP(Ellipsoid, double, double, double, Unit, double, double, Unit) - Static method in class org.cts.op.projection.LambertConicConformal1SP
-
LambertConicConformal1SP factory to create a LambertConicConformal1SP
projection from a latitude of origin, a central meridian and false
coordinates in any unit.
- createLCC2SP(Ellipsoid, double, double, double, double, double, double) - Static method in class org.cts.op.projection.LambertConicConformal2SP
-
LambertConicConformal2SP factory to create a LambertConicConformal2SP
projection from a latitude of origin and a central meridian in degrees, a
scale factor and false coordinates in meters.
- createLCC2SP(Ellipsoid, double, double, double, double, Unit, double, double, Unit) - Static method in class org.cts.op.projection.LambertConicConformal2SP
-
LambertConicConformal2SP factory to create a LambertConicConformal2SP
projection from a latitude of origin, a central meridian and false
coordinates in any unit.
- createNTv2GridShiftTransformation(String) - Static method in class org.cts.op.transformation.NTv2GridShiftTransformation
-
Create a NTv2GridShiftTransformation from the name of the file that
defined it.
- createPrimeMeridianFromDDLongitude(Identifier, double) - Static method in class org.cts.datum.PrimeMeridian
-
Create a new
PrimeMeridian from a double longitude in decimal degrees.
- createPrimeMeridianFromDMSLongitude(Identifier, double) - Static method in class org.cts.datum.PrimeMeridian
-
Create a new
PrimeMeridian from a double longitude in decimal degrees.
- createPrimeMeridianFromDMSLongitude(Identifier, String) - Static method in class org.cts.datum.PrimeMeridian
-
Create a new
PrimeMeridian from DMS longitude.
- createPrimeMeridianFromLongitudeInGrades(Identifier, double) - Static method in class org.cts.datum.PrimeMeridian
-
Create a new
PrimeMeridian from a double longitude in grades.
- createPrimeMeridianFromLongitudeInRadians(Identifier, double) - Static method in class org.cts.datum.PrimeMeridian
-
Create a new
PrimeMeridian from a longitude in radians.
- createSevenParameterTransformation(double, double, double, double, double, double, double, int, boolean) - Static method in class org.cts.op.transformation.SevenParameterTransformation
-
Create a 7-Parameter transformation with a default precision.
- createSevenParameterTransformation(double, double, double, double, double, double, double, int, boolean, double) - Static method in class org.cts.op.transformation.SevenParameterTransformation
-
Create a 7-parameter transformation with a specific precision.
- createUnitConverter(Unit, Unit) - Static method in class org.cts.op.UnitConversion
-
Creates a unit converter for homogeneous units (ex.
- createUnitConverter(Unit, Unit, Unit, Unit) - Static method in class org.cts.op.UnitConversion
-
Create a unit converter for coordinates using different units for
planimetry and altimetry.
- createUTM(Ellipsoid, int, String) - Static method in class org.cts.op.projection.UniversalTransverseMercator
-
Creates a new Universal Transverse Mercator Projection based on the given
Ellipsoid, for the given zone and the given hemisphere.
- CRSCache(int) - Constructor for class org.cts.CRSFactory.CRSCache
-
- CRSException - Exception in org.cts.crs
-
- CRSException(String) - Constructor for exception org.cts.crs.CRSException
-
Build a coordinate reference system exception from a message.
- CRSException(Exception) - Constructor for exception org.cts.crs.CRSException
-
Build a coordinate reference system exception based on an exception.
- CRSException(String, Exception) - Constructor for exception org.cts.crs.CRSException
-
Build a coordinate reference system exception based on a message and an
exception.
- CRSFactory - Class in org.cts
-
- CRSFactory() - Constructor for class org.cts.CRSFactory
-
Creates a new factory.
- CRSFactory.CRSCache<K,V> - Class in org.cts
-
- CRSGridCache(int) - Constructor for class org.cts.CRSHelper.CRSGridCache
-
- CRSHelper - Class in org.cts
-
- CRSHelper() - Constructor for class org.cts.CRSHelper
-
- CRSHelper.CRSGridCache<K,V> - Class in org.cts
-
- CRSPOOL - Variable in class org.cts.CRSFactory
-
- curvilinearAbscissa(double) - Method in class org.cts.datum.Ellipsoid
-
Returns the curvilinear abscissa of the meridian arc for this latitude on
an ellipsoid with eccentricity = this.e and semi-major axis = 1.0.
- CylindricalEqualArea - Class in org.cts.op.projection
-
The Cylindrical Equal Area (normal case) Projection (CEA).
- CylindricalEqualArea(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.CylindricalEqualArea
-
Create a new Cylindrical Equal Area (normal case) Projection
corresponding to the
Ellipsoid and the list of parameters given in argument and
initialize common parameters lon0, FE, FN and other parameters useful for
the projection.
- GAMBIER - Static variable in class org.cts.datum.VerticalDatum
-
- gamma - Static variable in class org.cts.parser.proj.ProjKeyParameters
-
- gamma0 - Variable in class org.cts.op.projection.ObliqueMercator
-
- gammac - Variable in class org.cts.op.projection.ObliqueMercator
-
- GaussSchreiberTransverseMercator - Class in org.cts.op.projection
-
The Gauss Schreiber Transverse Mercator (GSTMERC).
- GaussSchreiberTransverseMercator(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.GaussSchreiberTransverseMercator
-
Create a new Gauss Schreiber Transverse Mercator Projection corresponding
to the
Ellipsoid and the list of parameters given in argument and
initialize common parameters lon0 and other parameters useful for the
projection.
- GEOCCS - Static variable in class org.cts.parser.prj.PrjKeyParameters
-
- GEOCENT - Static variable in class org.cts.parser.proj.ProjValueParameters
-
- Geocentric2Geographic - Class in org.cts.op
-
Transform geographic coordinates (latitude, longitude, ellipsoidal height
into geocentric coordinates.
- Geocentric2Geographic(Ellipsoid) - Constructor for class org.cts.op.Geocentric2Geographic
-
Create a new Geographic2Geocentric transformation for a specific
ellipsoid.
- Geocentric2Geographic(Ellipsoid, double) - Constructor for class org.cts.op.Geocentric2Geographic
-
Create a new Geographic2Geocentric transformation for a specific
ellipsoid.
- GeocentricCRS - Class in org.cts.crs
-
A geocentric CoordinateReferenceSystem is a 3D cartesian coordinate
system centered on the Earth center of mass.
- GeocentricCRS(Identifier, GeodeticDatum) - Constructor for class org.cts.crs.GeocentricCRS
-
Creates a new Geocentric CRS based on given datum, identifier and
with a cartesian coordinate system in meters.
- GeocentricCRS(Identifier, GeodeticDatum, CoordinateSystem) - Constructor for class org.cts.crs.GeocentricCRS
-
Create a new Geocentric CRS based on given datum, identifier and
coordinate system.
- GeocentricTransformation - Interface in org.cts.op.transformation
-
An interface to mark Geocentric transformations.
- GeocentricTransformationSequence - Class in org.cts.op.transformation
-
- GeocentricTransformationSequence(Identifier, CoordinateOperation...) - Constructor for class org.cts.op.transformation.GeocentricTransformationSequence
-
- GeocentricTransformationSequence(Identifier, List<CoordinateOperation>) - Constructor for class org.cts.op.transformation.GeocentricTransformationSequence
-
- GeocentricTransformationSequence(Identifier, CoordinateOperation[], double) - Constructor for class org.cts.op.transformation.GeocentricTransformationSequence
-
- GeocentricTranslation - Class in org.cts.op.transformation
-
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.
- GeocentricTranslation(double, double, double, double) - Constructor for class org.cts.op.transformation.GeocentricTranslation
-
Geocentric translation.
- GeocentricTranslation(double, double, double) - Constructor for class org.cts.op.transformation.GeocentricTranslation
-
Geocentric translation.
- GeodeticCRS - Class in org.cts.crs
-
- GeodeticCRS(Identifier, GeodeticDatum, CoordinateSystem) - Constructor for class org.cts.crs.GeodeticCRS
-
Creates a new GeodeticCRS.
- GeodeticDatum - Class in org.cts.datum
-
- GEOGCS - Static variable in class org.cts.parser.prj.PrjKeyParameters
-
- Geographic2DCRS - Class in org.cts.crs
-
- Geographic2DCRS(Identifier, GeodeticDatum, CoordinateSystem) - Constructor for class org.cts.crs.Geographic2DCRS
-
Creates a new Geographic2DCRS.
- Geographic2DCRS(Identifier, GeodeticDatum, Unit) - Constructor for class org.cts.crs.Geographic2DCRS
-
Creates a new Geographic2DCRS.
- Geographic2DCRS(Identifier, GeodeticDatum) - Constructor for class org.cts.crs.Geographic2DCRS
-
Creates a new Geographic2DCRS.
- Geographic2Geocentric - Class in org.cts.op
-
Transform geographic coordinates (latitude, longitude, ellipsoidal height
into geocentric coordinates.
- Geographic2Geocentric(Ellipsoid) - Constructor for class org.cts.op.Geographic2Geocentric
-
Create a new Geographic2Geocentric transformation for a specific
ellipsoid.
- Geographic2Geocentric(Ellipsoid, double) - Constructor for class org.cts.op.Geographic2Geocentric
-
Create a new Geographic2Geocentric transformation for a specific
ellipsoid.
- Geographic3DCRS - Class in org.cts.crs
-
- Geographic3DCRS(Identifier, GeodeticDatum, CoordinateSystem) - Constructor for class org.cts.crs.Geographic3DCRS
-
Creates a new Geographic3DCRS.
- Geographic3DCRS(Identifier, GeodeticDatum, Unit) - Constructor for class org.cts.crs.Geographic3DCRS
-
Creates a new Geographic2DCRS.
- Geographic3DCRS(Identifier, GeodeticDatum) - Constructor for class org.cts.crs.Geographic3DCRS
-
Creates a new Geographic3DCRS.
- GeographicExtent - Class in org.cts.cs
-
A geographic extent is an area of the Earth surface delimited by a southern
latitude, a northern latitude, a western longitude and an eastern longitude.
- GeographicExtent(String, double, double, double, double) - Constructor for class org.cts.cs.GeographicExtent
-
Creates a new GeographicExtent.
- GeographicExtent(String, double, double, double, double, double) - Constructor for class org.cts.cs.GeographicExtent
-
Creates a new GeographicExtent.
- GeographicGrid - Class in org.cts.op.transformation.grids
-
A grid with column and rows representing meridians and parallels and cell
values representing any parameter as heights (geoid definition), altitudes
(digital elevation model), or transformation parameters for transformations
based on a model.
- GeographicGrid() - Constructor for class org.cts.op.transformation.grids.GeographicGrid
-
Creates a new GeographicGrid.
- GeographicGrid(double, double, double, double, int, int, int, double, int, Object) - Constructor for class org.cts.op.transformation.grids.GeographicGrid
-
Create a new Geographic grid.
- GEOGREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
-
- GEOGUNIT - Static variable in class org.cts.parser.prj.PrjKeyParameters
-
- GEOGUNITREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
-
- GEOGUNITVAL - Static variable in class org.cts.parser.prj.PrjKeyParameters
-
- geoidgrids - Static variable in class org.cts.parser.proj.ProjKeyParameters
-
- GeoTransformation - Interface in org.cts.op.transformation
-
A GeoTransformation is a coordinate operation that bind two Geocentric
Coordinate Reference System.
- getAliases() - Method in interface org.cts.Identifiable
-
Get aliases
- getAliases() - Method in class org.cts.IdentifiableComponent
-
Get aliases
- getAliases() - Method in class org.cts.Identifier
-
Get aliases
- getAltiToEllpsHeight() - Method in class org.cts.datum.VerticalDatum
-
Return the operation converting altitude of the vertical datum into
ellipsoidal height.
- getArcCoeff() - Method in class org.cts.datum.Ellipsoid
-
Get coefficients for the meridian arc length.
- getAssociatedDatum() - Method in class org.cts.op.transformation.Altitude2EllipsoidalHeight
-
Return the geodetic datum associated to this transformation.
- getAuthorityKey() - Method in interface org.cts.Identifiable
-
Returns this authority's id (must be unique in this Identifiable's
namespace).
- getAuthorityKey() - Method in class org.cts.IdentifiableComponent
-
Returns the id of this identifier (id must be unique inside a namespace).
- getAuthorityKey() - Method in class org.cts.Identifier
-
Returns the key of this identifier (id must be unique inside the
authority name).
- getAuthorityName() - Method in interface org.cts.Identifiable
-
Returns the authority name of the CRS as a String.
- getAuthorityName() - Method in class org.cts.IdentifiableComponent
-
Return the namespace of this identifier (ex.
- getAuthorityName() - Method in class org.cts.Identifier
-
Return the authority name of this identifier (ex.
- getAxis(Axis.Direction, String) - Static method in class org.cts.cs.Axis
-
- getAxis(int) - Method in class org.cts.cs.CoordinateSystem
-
Return the
Axis with index i of this CoordinateSystem.
- getAzimuth() - Method in class org.cts.op.projection.Projection
-
Return the azimuth of the initial line of oblique projections.
- getBaseUnit(Quantity) - Static method in class org.cts.units.Unit
-
Static method returning the base Unit for this quantity Class.
- getBaseUnit() - Method in class org.cts.units.Unit
-
Return the base unit for measures of the same quantity.
- getCentralMeridian() - Method in class org.cts.op.projection.Projection
-
Return the central meridian used for this projection.
- getChildren() - Method in class org.cts.parser.prj.AbstractPrjElement
-
- getChildren() - Method in interface org.cts.parser.prj.PrjElement
-
Return the list of the children of this PrjElement.
- getCode() - Method in interface org.cts.Identifiable
-
Returns the code formed with the namespace URI, ':' and the id value of
the identifier (ex.
- getCode() - Method in class org.cts.IdentifiableComponent
-
Returns a code formed with a namespace, ':' and the id value of
identifier (ex.
- getCode() - Method in class org.cts.Identifier
-
Returns a code formed with a namespace, ':' and the id value of
identifier (ex.
- getColumnNumber() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the number of columns of this grid (also called cn).
- getColumnNumber() - Method in interface org.cts.op.transformation.grids.Grid
-
Get the number of columns of this grid.
- getCompatibleUnit(Unit...) - Method in class org.cts.units.Measure
-
Get compatible Unit for this unit It uses after WKT parsing.
- getComponent(Identifier) - Static method in class org.cts.IdentifiableComponent
-
- getContext() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the context Object.
- getCoordinateReferenceSystem(Identifier) - Method in class org.cts.registry.AbstractProjRegistry
-
- getCoordinateReferenceSystem(Identifier) - Method in interface org.cts.registry.Registry
-
Return all parameters need to build a CoordinateReferenceSystem.
- getCoordinateSystem() - Method in interface org.cts.crs.CoordinateReferenceSystem
-
- getCoordinateSystem() - Method in class org.cts.crs.GeodeticCRS
-
- getCoordinateSystem() - Method in class org.cts.crs.VerticalCRS
-
- getCRS(String) - Method in class org.cts.CRSFactory
-
- getDatum() - Method in interface org.cts.crs.CoordinateReferenceSystem
-
Returns the
Datum to which this
CoordinateReferenceSystem is refering.
- getDatum() - Method in class org.cts.crs.GeodeticCRS
-
Returns the
Datum to which this
CoordinateReferenceSystem is refering.
- getDatum() - Method in class org.cts.crs.VerticalCRS
-
- getDefaultParameters() - Static method in class org.cts.op.projection.Projection
-
- getDetails() - Method in class org.cts.op.transformation.grid.SubGrid
-
- getDimension() - Method in class org.cts.cs.CoordinateSystem
-
Return the axes number of this CoordinateSystem.
- getDirection() - Method in class org.cts.cs.Axis
-
Return the direction of this Axis (NORTH, SOUTH, EAST, WEST or OTHER).
- getDirection(String) - Static method in class org.cts.cs.Axis
-
Return the direction correpsonding to the string in parameter.
- getDirectUTMCoeff(Ellipsoid) - Static method in class org.cts.op.projection.UniversalTransverseMercator
-
Return the coefficients for the direct UTM projection associated with the
ellipsoid in parameter.
- getDouble(byte[], boolean) - Static method in class org.cts.op.transformation.grid.Util
-
- getDX() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Real world interval between two consecutive columns.
- getDX() - Method in interface org.cts.op.transformation.grids.Grid
-
Real world interval between two consecutive columns.
- getDY() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Real world interval between two consecutive row.
- getDY() - Method in interface org.cts.op.transformation.grids.Grid
-
Real world interval between two consecutive row.
- getEasternBound() - Method in class org.cts.cs.GeographicExtent
-
Return the eastern bound of this geographic area.
- getEccentricity() - Method in class org.cts.datum.Ellipsoid
-
Return the eccentricity of this ellipsoid (fr : excentricit�).
- getEllipsoid() - Method in interface org.cts.datum.Datum
-
Returns the ellipsoid of this datum.
- getEllipsoid() - Method in class org.cts.datum.GeodeticDatum
-
Return the ellipsoid of this Datum.
- getEllipsoid() - Method in class org.cts.datum.VerticalDatum
-
- getEllipsoid() - Method in class org.cts.op.Geocentric2Geographic
-
- getEllipsoid() - Method in class org.cts.op.Geographic2Geocentric
-
- getEpoch() - Method in class org.cts.datum.AbstractDatum
-
Returns the realization epoch of this Datum as a String.
- getEpoch() - Method in interface org.cts.datum.Datum
-
Returns the realization epoch as a String.
- getExtent() - Method in class org.cts.datum.AbstractDatum
-
Returns the valid extent of this Datum.
- getExtent() - Method in interface org.cts.datum.Datum
-
Returns the valid extent of this Datum.
- getFalseEasting() - Method in class org.cts.op.projection.Projection
-
Return the false easting of this projection.
- getFalseNorthing() - Method in class org.cts.op.projection.Projection
-
Return the false northing of this projection.
- getFlattening() - Method in class org.cts.datum.Ellipsoid
-
Return the flattening of this ellipsoid (fr : aplatissement).
- getFloat(byte[], boolean) - Static method in class org.cts.op.transformation.grid.Util
-
- getFromDatum() - Method in class org.cts.op.transformation.NTv2GridShiftTransformation
-
Return the short name of the datum from which the nadgrids transformation
must be used.
- getFromEllipsoid() - Method in class org.cts.op.transformation.grid.GridShiftFile
-
- getGeocentricTransformations(GeodeticDatum) - Method in class org.cts.datum.GeodeticDatum
-
Get available geocentric transformations to another datum.
- getGeodeticDatum(Object) - Static method in class org.cts.datum.GeodeticDatum
-
- getGeographicTransformations(GeodeticDatum) - Method in class org.cts.datum.GeodeticDatum
-
Get available geographic transformations to another datum.
- getGridFileName() - Method in class org.cts.op.transformation.Altitude2EllipsoidalHeight
-
Return the name of the grid file used to define this transformation.
- getGridHeight() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the total grid height as a positive number.
- getGridWidth() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the total grid width as a positive number.
- getGroupSize() - Method in class org.cts.op.transformation.grids.BleggGeographicGrid
-
- getHeightTransformations(Datum) - Method in class org.cts.datum.GeodeticDatum
-
Get available geographic transformations to another datum.
- getHorizontalCRS() - Method in class org.cts.crs.CompoundCRS
-
Returns the horizonal part of this CoordinateReferenceSystem.
- getIdentifier() - Method in class org.cts.IdentifiableComponent
-
Return this component's Identifier
- getIndex(Axis) - Method in class org.cts.cs.CoordinateSystem
-
Return the index of
Axis axis or -1 if axis is not part of this
CoordinateSystem.
- getIndexSaved() - Method in class org.cts.op.LoadMemorizeCoordinate
-
- getInt(byte[], boolean) - Static method in class org.cts.op.transformation.grid.Util
-
- getIntBE(byte[], int) - Static method in class org.cts.op.transformation.grid.Util
-
- getIntLE(byte[], int) - Static method in class org.cts.op.transformation.grid.Util
-
- getInverseFlattening() - Method in class org.cts.datum.Ellipsoid
-
Return the inverse flattening of this ellipsoid (fr : aplatissement
inverse).
- getInverseMercatorCoeff(Ellipsoid) - Static method in class org.cts.op.projection.Mercator1SP
-
Return the coefficients for the inverse Mercator projection associated
with the ellipsoid in parameter.
- getInverseUTMCoeff(Ellipsoid) - Static method in class org.cts.op.projection.UniversalTransverseMercator
-
Return the coefficients for the inverse UTM projection associated with
the ellipsoid in parameter.
- getKCoeff(int) - Method in class org.cts.datum.Ellipsoid
-
Get k coefficients computed with an iterative method.
- getLatAccuracyDegrees() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLatAccuracyMetres() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLatAccuracySeconds() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLatDegrees() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLatitudeOfOrigin() - Method in class org.cts.op.projection.Projection
-
Return the reference latitude used for this projection.
- getLatitudeOfTrueScale() - Method in class org.cts.op.projection.Projection
-
Return the latitude of true scale of secant projections.
- getLatSeconds() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLatShiftDegrees() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLatShiftSeconds() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLonAccuracyDegrees() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLonAccuracyMetres() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLonAccuracySeconds() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLongitudeFromGreenwichInDegrees() - Method in class org.cts.datum.PrimeMeridian
-
Return the angle formed by this meridian with the international Greenwich
meridian in degrees.
- getLongitudeFromGreenwichInDMS() - Method in class org.cts.datum.PrimeMeridian
-
Return the angle formed by this meridian with the international Greenwich
meridian in degree/minute/second.
- getLongitudeFromGreenwichInRadians() - Method in class org.cts.datum.PrimeMeridian
-
Return the angle formed by this meridian with the international Greenwich
meridian in radians.
- getLongitudeRotationFrom(PrimeMeridian) - Static method in class org.cts.op.LongitudeRotation
-
Creates a new LongitudeRotation from this PrimeMeridian to Greenwich.
- getLongitudeRotationTo(PrimeMeridian) - Static method in class org.cts.op.LongitudeRotation
-
Creates a new LongitudeRotation from Greenwich to this PrimeMeridian.
- getLonPositiveEastDegrees() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLonPositiveWestSeconds() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLonShiftPositiveEastDegrees() - Method in class org.cts.op.transformation.grid.GridShift
-
- getLonShiftPositiveWestSeconds() - Method in class org.cts.op.transformation.grid.GridShift
-
- getMaxLat() - Method in class org.cts.op.transformation.grid.SubGrid
-
- getMaxLon() - Method in class org.cts.op.transformation.grid.SubGrid
-
- getMeasure() - Method in class org.cts.Parameter
-
Returns the measure in which this Parameter is expressed.
- getMinLat() - Method in class org.cts.op.transformation.grid.SubGrid
-
- getMinLon() - Method in class org.cts.op.transformation.grid.SubGrid
-
- getModulo() - Method in class org.cts.cs.GeographicExtent
-
Return the modulo value (360 for an extent in degree).
- getMostPrecise(Collection<? extends CoordinateOperation>) - Static method in class org.cts.op.CoordinateOperationFactory
-
- getMostPrecise3DTransformation(Collection<? extends CoordinateOperation>) - Static method in class org.cts.op.CoordinateOperationFactory
-
- getName() - Method in class org.cts.cs.Axis
-
Return the name of this Axis (X, Y, Z, LONGITUDE, ALTITUDE,…).
- getName() - Method in interface org.cts.cs.Extent
-
Return the name of this extent.
- getName() - Method in class org.cts.cs.GeographicExtent
-
Return the name of this geographic area.
- getName() - Method in interface org.cts.Identifiable
-
Returns the full readable name of this object.
- getName() - Method in class org.cts.IdentifiableComponent
-
Returns a string used to identify clearly the object.
- getName() - Method in class org.cts.Identifier
-
Returns a string used to identify clearly the object.
- getName() - Method in class org.cts.Parameter
-
Returns the name of this Parameter.
- getName() - Method in class org.cts.parser.prj.PrjNodeElement
-
Return the name of this node.
- getName() - Method in interface org.cts.parser.prj.PrjNodeMatcher
-
Return the name of the node match by this PrjNodeMatcher.
- getNames() - Method in class org.cts.units.Unit
-
Return a list of the names of the unit (ex : metre, meter).
- getNewId() - Static method in class org.cts.Identifier
-
Return an identifier which is unique for this program session.
- getNodeCount() - Method in class org.cts.op.transformation.grid.SubGrid
-
- getNorthernBound() - Method in class org.cts.cs.GeographicExtent
-
Return the northern bound of this geographic area.
- getOffset() - Method in class org.cts.units.Unit
-
Returns the offset from base unit to this (ex. temperature).
- getOrientation() - Method in class org.cts.op.projection.AlbersEqualArea
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.CassiniSoldner
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.CylindricalEqualArea
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.EquidistantCylindrical
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.GaussSchreiberTransverseMercator
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.Krovak
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.LambertAzimuthalEqualArea
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.LambertConicConformal1SP
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.LambertConicConformal2SP
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.Mercator1SP
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.MillerCylindrical
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.NewZealandMapGrid
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.ObliqueMercator
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.ObliqueStereographicAlternative
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.Polyconic
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.Projection
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.Stereographic
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.SwissObliqueMercator
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.TransverseMercator
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.UniversalTransverseMercator
-
Return the
Orientation of this
Projection.
- getOrientation() - Method in class org.cts.op.projection.UniversalTransverseMercatorAuto
-
Return the
Orientation of this
Projection.
- getOrigin() - Method in class org.cts.datum.AbstractDatum
-
Returns the description of this Datum origin.
- getOrigin() - Method in interface org.cts.datum.Datum
-
Returns origin description of this Datum.
- getParameters(String) - Method in class org.cts.parser.prj.PrjParser
-
Parses a WKT PRJ String into a set of parameters.
- getParameters(String) - Method in class org.cts.registry.AbstractProjRegistry
-
Return all parameters need to build a CoordinateReferenceSystem.
- getParameters(String) - Method in class org.cts.registry.EPSGRegistry
-
- getParameters(String) - Method in class org.cts.registry.ESRIRegistry
-
- getParameters(String) - Method in class org.cts.registry.IGNFRegistry
-
- getParameters(String) - Method in class org.cts.registry.Nad27Registry
-
- getParameters(String) - Method in class org.cts.registry.Nad83Registry
-
- getParameters(String) - Method in class org.cts.registry.WorldRegistry
-
- getParentSubGridName() - Method in class org.cts.op.transformation.grid.SubGrid
-
- getPrecision() - Method in class org.cts.op.AbstractCoordinateOperation
-
Returns the precision of the transformation.
- getPrecision() - Method in interface org.cts.op.CoordinateOperation
-
Return the precision of the transformation.
- getPrecision() - Method in class org.cts.op.CoordinateOperationSequence
-
Return a pessimistic estimation of the precision where precision
of every sub-operation is simply added to the previous.
- getPrecision() - Method in class org.cts.op.IterativeTransformation
-
- getPrecision() - Method in class org.cts.units.Measure
-
Gets the precision of this measure.
- getPrimeMeridian() - Method in interface org.cts.datum.Datum
-
Returns the primemeridian of this datum.
- getPrimeMeridian() - Method in class org.cts.datum.GeodeticDatum
-
Return the PrimeMeridian of this Datum.
- getPrimeMeridian() - Method in class org.cts.datum.VerticalDatum
-
- getProjection() - Method in interface org.cts.crs.CoordinateReferenceSystem
-
Returns the
Projection to which this
CoordinateReferenceSystem is refering.
- getProjection() - Method in class org.cts.crs.GeodeticCRS
-
- getProjection() - Method in class org.cts.crs.Geographic2DCRS
-
- getProjection() - Method in class org.cts.crs.Geographic3DCRS
-
- getProjection() - Method in class org.cts.crs.ProjectedCRS
-
- getProjection() - Method in class org.cts.crs.VerticalCRS
-
- getProperty() - Method in class org.cts.op.projection.AlbersEqualArea
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.CassiniSoldner
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.CylindricalEqualArea
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.EquidistantCylindrical
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.GaussSchreiberTransverseMercator
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.Krovak
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.LambertAzimuthalEqualArea
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.LambertConicConformal1SP
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.LambertConicConformal2SP
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.Mercator1SP
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.MillerCylindrical
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.NewZealandMapGrid
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.ObliqueMercator
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.ObliqueStereographicAlternative
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.Polyconic
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.Projection
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.Stereographic
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.SwissObliqueMercator
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.TransverseMercator
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.UniversalTransverseMercator
-
Return the
Property of this
Projection.
- getProperty() - Method in class org.cts.op.projection.UniversalTransverseMercatorAuto
-
Return the
Property of this
Projection.
- getQuantity() - Method in class org.cts.units.Measure
-
Gets the Quantity measured.
- getQuantity() - Method in class org.cts.units.Unit
-
Returns the Quantity measured by this Unit.
- getRectifiedGridAngle() - Method in class org.cts.op.projection.Projection
-
Return the angle from the rectified grid to the skew (oblique) grid of
oblique projections.
- getRegistry(String) - Method in class org.cts.registry.RegistryManager
-
Gets the
Registry registered with this name or
null if no Registry has been registered with this name.
- getRegistryManager() - Method in class org.cts.CRSFactory
-
- getRegistryName() - Method in class org.cts.registry.EPSGRegistry
-
- getRegistryName() - Method in class org.cts.registry.ESRIRegistry
-
- getRegistryName() - Method in class org.cts.registry.IGNFRegistry
-
- getRegistryName() - Method in class org.cts.registry.Nad27Registry
-
- getRegistryName() - Method in class org.cts.registry.Nad83Registry
-
- getRegistryName() - Method in interface org.cts.registry.Registry
-
Return the name of the registry.
- getRegistryName() - Method in class org.cts.registry.WorldRegistry
-
- getRegistryNames() - Method in class org.cts.registry.RegistryManager
-
Gets all registered registry names
The returned array contains a case-sensitive version of registry names.
- getRemarks() - Method in interface org.cts.Identifiable
-
Returns remarks.
- getRemarks() - Method in class org.cts.IdentifiableComponent
-
Returns the name of this extent.
- getRemarks() - Method in class org.cts.Identifier
-
Returns remarks.
- getRotationAngle() - Method in class org.cts.op.LongitudeRotation
-
- getRowNumber() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the number of rows of this grid (also called rn).
- getRowNumber() - Method in interface org.cts.op.transformation.grids.Grid
-
Get the number of rows of this grid.
- getScale() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the scale which determine the number of decimal to read/write or to
'scale' factor to use to obtain an integer parameter.
- getScale() - Method in class org.cts.units.Unit
-
Returns the scale of this unit compared to the base unit.
- getScaleFactor() - Method in class org.cts.op.projection.Projection
-
Return the scale factor of this projection.
- getSecondEccentricitySquared() - Method in class org.cts.datum.Ellipsoid
-
Return the second eccentricity ((a-b)/b) of this ellipsoid (fr : seconde
excentricité).
- getSemiMajorAxis() - Method in class org.cts.datum.Ellipsoid
-
Return the semi-major axis of this ellipsoid (fr : demi grand axe).
- getSemiMajorAxis() - Method in class org.cts.op.projection.Projection
-
Return the semi-major axis of the ellipsoid used for this projection (fr
: demi grand axe).
- getSemiMinorAxis() - Method in class org.cts.datum.Ellipsoid
-
Return the semi-minor axis of this ellipsoid (fr : demi petit axe).
- getSemiMinorAxis() - Method in class org.cts.op.projection.Projection
-
Return the semi-minor axis of the ellipsoid used for this projection (fr
: demi petit axe).
- getShiftedLatDegrees() - Method in class org.cts.op.transformation.grid.GridShift
-
- getShiftedLatSeconds() - Method in class org.cts.op.transformation.grid.GridShift
-
- getShiftedLonPositiveEastDegrees() - Method in class org.cts.op.transformation.grid.GridShift
-
- getShiftedLonPositiveWestSeconds() - Method in class org.cts.op.transformation.grid.GridShift
-
- getShortName() - Method in interface org.cts.Identifiable
-
Returns the short name of this Identifiable.
- getShortName() - Method in class org.cts.IdentifiableComponent
-
Returns a short string used to identify unambiguously the object.
- getShortName() - Method in class org.cts.Identifier
-
Returns a short string used to identify unambiguously the object.
- getSouthernBound() - Method in class org.cts.cs.GeographicExtent
-
Return the southern bound of this geographic area.
- getSquareEccentricity() - Method in class org.cts.datum.Ellipsoid
-
Return the square eccentricity of this ellipsoid (fr : carré de
l'excentricité).
- getStandardParallel1() - Method in class org.cts.op.projection.Projection
-
Return the the first standard parallel of secant conformal conic
projections.
- getStandardParallel2() - Method in class org.cts.op.projection.Projection
-
Return the the second standard parallel of secant conformal conic
projections.
- getSubGrid(int) - Method in class org.cts.op.transformation.grid.SubGrid
-
- getSubGridCount() - Method in class org.cts.op.transformation.grid.SubGrid
-
- getSubGridForCoord(double, double) - Method in class org.cts.op.transformation.grid.SubGrid
-
- getSubGridName() - Method in class org.cts.op.transformation.grid.GridShift
-
- getSubGridName() - Method in class org.cts.op.transformation.grid.SubGrid
-
- getSubGridTree() - Method in class org.cts.op.transformation.grid.GridShiftFile
-
- getSupportedCodes(String) - Method in class org.cts.CRSFactory
-
Return a list of supported codes according an registryName.
- getSupportedCodes(Pattern) - Method in class org.cts.parser.proj.ProjParser
-
Return the list of all codes defined by this registry
- getSupportedCodes() - Method in class org.cts.registry.EPSGRegistry
-
- getSupportedCodes() - Method in class org.cts.registry.ESRIRegistry
-
- getSupportedCodes() - Method in class org.cts.registry.IGNFRegistry
-
- getSupportedCodes() - Method in class org.cts.registry.Nad27Registry
-
- getSupportedCodes() - Method in class org.cts.registry.Nad83Registry
-
- getSupportedCodes() - Method in interface org.cts.registry.Registry
-
Return all supported codes for this registry.
- getSupportedCodes() - Method in class org.cts.registry.WorldRegistry
-
- getSurface() - Method in class org.cts.op.projection.AlbersEqualArea
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.CassiniSoldner
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.CylindricalEqualArea
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.EquidistantCylindrical
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.GaussSchreiberTransverseMercator
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.Krovak
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.LambertAzimuthalEqualArea
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.LambertConicConformal1SP
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.LambertConicConformal2SP
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.Mercator1SP
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.MillerCylindrical
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.NewZealandMapGrid
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.ObliqueMercator
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.ObliqueStereographicAlternative
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.Polyconic
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.Projection
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.Stereographic
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.SwissObliqueMercator
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.TransverseMercator
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.UniversalTransverseMercator
-
Return the
Surface type of this
Projection.
- getSurface() - Method in class org.cts.op.projection.UniversalTransverseMercatorAuto
-
Return the
Surface type of this
Projection.
- getSValue() - Method in class org.cts.units.Measure
-
Gets the value of this measure expressed as a double in the base unit.
- getSymbol() - Method in class org.cts.units.Unit
-
Return the preferred symbol to use with this unit.
- getTargetDatum() - Method in class org.cts.datum.GeodeticDatum
-
- getToDatum() - Method in class org.cts.op.transformation.NTv2GridShiftTransformation
-
Return the short name of the datum toward which the nadgrids
transformation must be used.
- getToEllipsoid() - Method in class org.cts.op.transformation.grid.GridShiftFile
-
- getToWGS84() - Method in interface org.cts.datum.Datum
-
Returns the ellipsoid of this datum.
- getToWGS84() - Method in class org.cts.datum.GeodeticDatum
-
Returns the default transformation to WGS84 of this Datum.
- getToWGS84() - Method in class org.cts.datum.VerticalDatum
-
- getType() - Method in class org.cts.crs.CompoundCRS
-
Returns this CoordinateReferenceSystem Type.
- getType() - Method in interface org.cts.crs.CoordinateReferenceSystem
-
Returns this CoordinateReferenceSystem Type.
- getType() - Method in class org.cts.crs.GeocentricCRS
-
Returns this CoordinateReferenceSystem Type.
- getType() - Method in class org.cts.crs.GeodeticCRS
-
- getType() - Method in class org.cts.crs.Geographic2DCRS
-
- getType() - Method in class org.cts.crs.Geographic3DCRS
-
- getType() - Method in class org.cts.crs.ProjectedCRS
-
- getType() - Method in class org.cts.crs.VerticalCRS
-
- getType() - Method in class org.cts.datum.VerticalDatum
-
Returns the type of this vertical datum.
- getType(int) - Static method in class org.cts.datum.VerticalDatum
-
- getTypeNumber(VerticalDatum.Type) - Static method in class org.cts.datum.VerticalDatum
-
- getUnit(int) - Method in class org.cts.cs.CoordinateSystem
-
Return the
Unit for Axis with index i of this CoordinateSystem.
- getUnit() - Method in class org.cts.units.Measure
-
Gets the unit of this measure.
- getUnit(Quantity, String) - Static method in class org.cts.units.Unit
-
Static method returning a Unit from its symbol and quantity Class.
- getValue(double, double, Grid.InterpolationMethod) - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the value corrsponding to the x,y position.
- getValue(double, double, Grid.InterpolationMethod) - Method in interface org.cts.op.transformation.grids.Grid
-
Get the value corrsponding to the x,y position.
- getValue() - Method in class org.cts.parser.prj.PrjNumberElement
-
Return the value of the element.
- getValue() - Method in class org.cts.parser.prj.PrjStringElement
-
Return the value of the PrjStringElement.
- getValue() - Method in class org.cts.units.Measure
-
Gets the value of this measure.
- getValues(int, int) - Method in class org.cts.op.transformation.grids.GeographicGrid
-
get the value in row r and column c
- getValues() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Return the array of values.
- getVerticalCRS() - Method in class org.cts.crs.CompoundCRS
-
Returns the vertical part of this CoordinateReferenceSystem.
- getWesternBound() - Method in class org.cts.cs.GeographicExtent
-
Return the western bound of this geographic area.
- getX0() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the real world abscisse (x) of the first column.
- getX0() - Method in interface org.cts.op.transformation.grids.Grid
-
Get the real world abscisse (x) of the first column.
- getXL() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the first ordinate of the last grid column.
- getXL() - Method in interface org.cts.op.transformation.grids.Grid
-
Get the first ordinate of the last grid column.
- getY0() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the real world ordinate (y) of the first row.
- getY0() - Method in interface org.cts.op.transformation.grids.Grid
-
Get the real world ordinate (y) of the first row.
- getYL() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Get the second ordinate of the last grid row.
- getYL() - Method in interface org.cts.op.transformation.grids.Grid
-
Get the second ordinate of the last grid row.
- getZone(double[]) - Method in class org.cts.op.projection.UniversalTransverseMercatorAuto
-
- GGRS87 - Static variable in class org.cts.datum.GeodeticDatum
-
- gra2deg(double) - Static method in class org.cts.util.AngleFormat
-
- gra2rad(double) - Static method in class org.cts.util.AngleFormat
-
- GRAD - Static variable in class org.cts.units.Unit
-
- grandeNormale(double) - Method in class org.cts.datum.Ellipsoid
-
- GREENWICH - Static variable in class org.cts.datum.PrimeMeridian
-
Greenwich Meridian.
- Grid - Interface in org.cts.op.transformation.grids
-
A grid is a data structure containing numeric data organized in rows and
columns.
- Grid.InterpolationMethod - Enum in org.cts.op.transformation.grids
-
- GridBasedTransformation - Interface in org.cts.op.transformation
-
Marker for transformation based on grids like NTv2 or
vertical transformations
- GridShift - Class in org.cts.op.transformation.grid
-
- GridShift() - Constructor for class org.cts.op.transformation.grid.GridShift
-
Initialize the GridShift object
- GridShiftFile - Class in org.cts.op.transformation.grid
-
- GridShiftFile() - Constructor for class org.cts.op.transformation.grid.GridShiftFile
-
- gridShiftForward(GridShift) - Method in class org.cts.op.transformation.grid.GridShiftFile
-
- gridShiftReverse(GridShift) - Method in class org.cts.op.transformation.grid.GridShiftFile
-
- GridUtils - Class in org.cts.op.transformation.grids
-
A utility class to manage grids
- GridUtils() - Constructor for class org.cts.op.transformation.grids.GridUtils
-
- GRS67 - Static variable in class org.cts.datum.Ellipsoid
-
GRS 1967 ellipsoid, used in Australian Geodetic Datum and in South
American Datum 1969.
- GRS67VD - Static variable in class org.cts.datum.VerticalDatum
-
- GRS80 - Static variable in class org.cts.datum.Ellipsoid
-
GRS 1980 ellipsoid, used in most recent spatial geodetic system (1990 and
after).
- GRS80VD - Static variable in class org.cts.datum.VerticalDatum
-
- GSTMERC - Static variable in class org.cts.op.projection.GaussSchreiberTransverseMercator
-
The Identifier used for all Gauss Schreiber Transverse Mercator
projections.
- GSTMERC - Static variable in class org.cts.parser.proj.ProjValueParameters
-
- i - Static variable in class org.cts.util.Complex
-
Complex unit i.
- Identifiable - Interface in org.cts
-
Identifiable is the interface implemented by geodetic objects issued from
registries (like the epsg database).
- IdentifiableComponent - Class in org.cts
-
IdentifiableComponent is a helper class used as a parent class for components
having to implement the Identifiable interface.
- IdentifiableComponent(Identifier) - Constructor for class org.cts.IdentifiableComponent
-
Creates an identifiable component from an identifier.
- Identifier - Class in org.cts
-
Identifier used to identify objects such as Datums, Ellipsoids or
CoordinateReferenceSystems.
- Identifier(String, String, String, String, String, List<Identifiable>) - Constructor for class org.cts.Identifier
-
Creates a complete identifier.
- Identifier(Class) - Constructor for class org.cts.Identifier
-
Creates a local identifier.
- Identifier(Class, String) - Constructor for class org.cts.Identifier
-
Create a local identifier.
- Identifier(Class, String, String) - Constructor for class org.cts.Identifier
-
Create a local identifier.
- Identifier(Class, String, String, List<Identifiable>) - Constructor for class org.cts.Identifier
-
Create a local identifier.
- Identifier(String, String, String) - Constructor for class org.cts.Identifier
-
Creates a complete identifier.
- Identifier(String, String, String, String) - Constructor for class org.cts.Identifier
-
Creates a complete identifier.
- Identity - Class in org.cts.op
-
The identity transformation.
- IDENTITY - Static variable in class org.cts.op.Identity
-
The identity transformation.
- IGN62KER - Static variable in class org.cts.datum.VerticalDatum
-
- IGN69 - Static variable in class org.cts.datum.VerticalDatum
-
Nivellement général de la France - IGN69.
- IGN78 - Static variable in class org.cts.datum.VerticalDatum
-
- IGN87MART - Static variable in class org.cts.datum.VerticalDatum
-
- IGN87MARTold - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88GTBT - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88GTBTold - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88LS - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88LSold - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88MG - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88MGold - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88SB - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88SBold - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88SM - Static variable in class org.cts.datum.VerticalDatum
-
- IGN88SMold - Static variable in class org.cts.datum.VerticalDatum
-
- IGN92LD - Static variable in class org.cts.datum.VerticalDatum
-
- IGN92LDold - Static variable in class org.cts.datum.VerticalDatum
-
- IGNFRegistry - Class in org.cts.registry
-
This class parses the ignf file available in the resources package.
- IGNFRegistry() - Constructor for class org.cts.registry.IGNFRegistry
-
- IGNGeographicGrid - Class in org.cts.op.transformation.grids
-
Classe representing a Geographic grid as defined by IGN (France).
- IGNGeographicGrid(InputStream) - Constructor for class org.cts.op.transformation.grids.IGNGeographicGrid
-
Construct a GeographicGrid from an InputStream representing an IGN
GeographicGrid.
- IGNGeographicGrid(InputStream, boolean) - Constructor for class org.cts.op.transformation.grids.IGNGeographicGrid
-
Construct a GeographicGrid from an InputStream representing an IGN
GeographicGrid
- IGNTAHITI66 - Static variable in class org.cts.datum.VerticalDatum
-
- IGNVerticalGrid - Class in org.cts.op.transformation.grids
-
Classe representing an Altimetric grid as defined by IGN (France).
- IGNVerticalGrid(InputStream) - Constructor for class org.cts.op.transformation.grids.IGNVerticalGrid
-
Construct a GeographicGrid from an InputStream representing an IGN
GeographicGrid.
- IGNVerticalGrid(InputStream, boolean) - Constructor for class org.cts.op.transformation.grids.IGNVerticalGrid
-
Construct a GeographicGrid from an InputStream representing an IGN
GeographicGrid
- IllegalCoordinateException - Exception in org.cts
-
Try to use an illegal coordinate.
- IllegalCoordinateException(String) - Constructor for exception org.cts.IllegalCoordinateException
-
Create a new IllegalCoordinateException.
- IllegalCoordinateException(String, double[]) - Constructor for exception org.cts.IllegalCoordinateException
-
Create a new IllegalCoordinateException.
- im() - Method in class org.cts.util.Complex
-
Returns the imaginary part of the complex number.
- includeFilter(Collection<? extends CoordinateOperation>, Class) - Static method in class org.cts.op.CoordinateOperationFactory
-
- initKCoeff(int) - Method in class org.cts.datum.Ellipsoid
-
This second method to compute the meridian arc length is taken from
.
- INTERNATIONAL1924 - Static variable in class org.cts.datum.Ellipsoid
-
International 1924.
- INTERNATIONAL1924VD - Static variable in class org.cts.datum.VerticalDatum
-
- interpolateGridShift(GridShift) - Method in class org.cts.op.transformation.grid.SubGrid
-
- InterpolationMethodException - Exception in org.cts.op.transformation.grids
-
Try to use an interpolation method which is not defined or not yet
implemented.
- InterpolationMethodException(String) - Constructor for exception org.cts.op.transformation.grids.InterpolationMethodException
-
Create a new InterpolationMethodException.
- InterpolationMethodException(Grid.InterpolationMethod) - Constructor for exception org.cts.op.transformation.grids.InterpolationMethodException
-
Create a new InterpolationMethodException.
- InterpolationMethodException(Grid.InterpolationMethod, Class) - Constructor for exception org.cts.op.transformation.grids.InterpolationMethodException
-
Create a new InterpolationMethodException.
- intValue() - Method in class org.cts.util.Complex
-
- invcoeff - Variable in class org.cts.op.projection.Mercator1SP
-
- invcoeff - Variable in class org.cts.op.projection.MillerCylindrical
-
- invcoeff - Variable in class org.cts.op.projection.ObliqueMercator
-
- invcoeff - Variable in class org.cts.op.projection.Stereographic
-
- invcoeff - Variable in class org.cts.op.projection.TransverseMercator
-
- invcoeff - Variable in class org.cts.op.projection.UniversalTransverseMercator
-
- invcoeff - Variable in class org.cts.op.projection.UniversalTransverseMercatorAuto
-
- inverse() - Method in class org.cts.op.AbstractCoordinateOperation
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.ChangeCoordinateDimension
-
Creates the inverse CoordinateOperation.
- inverse() - Method in interface org.cts.op.CoordinateOperation
-
Return the inverse CoordinateOperation, or throw a
NonInvertibleOperationException.
- inverse() - Method in class org.cts.op.CoordinateOperationSequence
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.CoordinateSwitch
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.Geocentric2Geographic
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.Geographic2Geocentric
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.Identity
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.LongitudeRotation
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.OppositeCoordinate
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.projection.AlbersEqualArea
-
Creates the inverse operation for Albers Equal Area Projection.
- inverse() - Method in class org.cts.op.projection.CassiniSoldner
-
Creates the inverse operation for Cassini-Soldner Projection.
- inverse() - Method in class org.cts.op.projection.CylindricalEqualArea
-
Creates the inverse operation for Cylindrical Equal Area Projection.
- inverse() - Method in class org.cts.op.projection.EquidistantCylindrical
-
Creates the inverse operation for Equidistant Cylindrical Projection.
- inverse() - Method in class org.cts.op.projection.GaussSchreiberTransverseMercator
-
Creates the inverse operation for Gauss Schreiber Transverse Mercator
Projection.
- inverse() - Method in class org.cts.op.projection.Krovak
-
Creates the inverse operation for Krovak (North Orientated) Projection.
- inverse() - Method in class org.cts.op.projection.LambertAzimuthalEqualArea
-
Creates the inverse operation for Lambert Azimuthal Equal Area
Projection.
- inverse() - Method in class org.cts.op.projection.LambertConicConformal1SP
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.projection.LambertConicConformal2SP
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.projection.Mercator1SP
-
Creates the inverse operation for Mercator Projection.
- inverse() - Method in class org.cts.op.projection.MillerCylindrical
-
Creates the inverse operation for Miller Cylindrical Projection.
- inverse() - Method in class org.cts.op.projection.NewZealandMapGrid
-
Creates the inverse operation for New Zealand Map Grid Projection.
- inverse() - Method in class org.cts.op.projection.ObliqueMercator
-
Creates the inverse operation for Oblique Mercator Projection.
- inverse() - Method in class org.cts.op.projection.ObliqueStereographicAlternative
-
Creates the inverse operation for Oblique Stereographic Alternative
Projection.
- inverse() - Method in class org.cts.op.projection.Polyconic
-
Creates the inverse operation for Polyconic Projection.
- inverse() - Method in class org.cts.op.projection.Projection
-
- inverse() - Method in class org.cts.op.projection.Stereographic
-
Creates the inverse operation for Stereographic Projection.
- inverse() - Method in class org.cts.op.projection.SwissObliqueMercator
-
Creates the inverse operation for Swiss Oblique Mercator Projection.
- inverse() - Method in class org.cts.op.projection.TransverseMercator
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.projection.UniversalTransverseMercator
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.projection.UniversalTransverseMercatorAuto
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.transformation.Altitude2EllipsoidalHeight
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.transformation.FrenchGeocentricNTF2RGF
-
Creates the inverse CoordinateOperation.
- inverse() - Method in interface org.cts.op.transformation.GeocentricTransformation
-
- inverse() - Method in class org.cts.op.transformation.GeocentricTransformationSequence
-
- inverse() - Method in class org.cts.op.transformation.GeocentricTranslation
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.transformation.NTv2GridShiftTransformation
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.transformation.SevenParameterTransformation
-
Creates the inverse CoordinateOperation.
- inverse() - Method in class org.cts.op.UnitConversion
-
Creates the inverse CoordinateOperation.
- inverse0063() - Method in class org.cts.op.transformation.SevenParameterTransformation
-
- inverseStandard() - Method in class org.cts.op.transformation.SevenParameterTransformation
-
- IRE65 - Static variable in class org.cts.datum.GeodeticDatum
-
- isComparable(Unit) - Method in class org.cts.units.Unit
-
Returns true if quantity measured by this unit and quantity measured by
anotherUnit are equals.
- isDirect() - Method in class org.cts.op.projection.Projection
-
Return true for direct operation (projection) and false for the
inverse operation.
- isIdentity() - Method in class org.cts.op.AbstractCoordinateOperation
-
- isIdentity() - Method in interface org.cts.op.CoordinateOperation
-
- isIdentity() - Method in class org.cts.op.CoordinateOperationSequence
-
This method can identify sequences with no operations as equivalent to
Identity, but it does not try to nullify sequences of two opposite
operations.
- isIdentity() - Method in class org.cts.op.Identity
-
- isIdentity() - Method in class org.cts.op.LongitudeRotation
-
- isIdentity() - Method in class org.cts.op.transformation.GeocentricTranslation
-
- isIdentity() - Method in class org.cts.op.transformation.SevenParameterTransformation
-
- isIdentity() - Method in class org.cts.op.UnitConversion
-
- isInside(double[]) - Method in interface org.cts.cs.Extent
-
Return wether coord is inside this Extent or not.
- isInside(double, double) - Method in class org.cts.cs.GeographicExtent
-
Return whether the point formed by input latitude and longitude is inside
this GeographicExtent or not.
- isInside(double[]) - Method in class org.cts.cs.GeographicExtent
-
Return whether coord is inside this Extent or not.
- isLatAccuracyAvailable() - Method in class org.cts.op.transformation.grid.GridShift
-
- isLoaded() - Method in class org.cts.op.transformation.grid.GridShiftFile
-
- isLoaded() - Method in class org.cts.op.transformation.NTv2GridShiftTransformation
-
Return whether the grid shift file used by this transformation is loaded
or not.
- isLonAccuracyAvailable() - Method in class org.cts.op.transformation.grid.GridShift
-
- isNioAvailable() - Static method in class org.cts.op.transformation.grid.Util
-
- isometricLatitude(double) - Method in class org.cts.datum.Ellipsoid
-
Computes isometric latitude from geographic (or geodetic) latitude.
- isReal() - Method in class org.cts.util.Complex
-
Return true, if imaginary part of complex number is (numerically) zero.
- isRegistrySupported(String) - Method in class org.cts.CRSFactory
-
Check if the registry name (ie EPSG, IGNF...) is supported.
- isSupported(String) - Static method in class org.cts.parser.proj.ProjKeyParameters
-
Return true if the parameter is supported.
- isValid(double[]) - Method in class org.cts.crs.VerticalCRS
-
Return whether this coord is a valid coord in this
CoordinateReferenceSystem.
- IterativeTransformation - Class in org.cts.op
-
The IterativeTransformation is used to repeat a
CoordinateOperation until one or more coordinate(s)
converge to predifined values (saved in additional dimensions using
MemorizeCoordinate).
- IterativeTransformation(CoordinateOperation, int[], int[], double[], int) - Constructor for class org.cts.op.IterativeTransformation
-
Build a new IterativeTransformation.
- t0 - Variable in class org.cts.op.projection.Krovak
-
- TAHAASAU01 - Static variable in class org.cts.datum.VerticalDatum
-
- tan(Complex) - Static method in class org.cts.util.Complex
-
Computes complex tangent.
- tanh(Complex) - Static method in class org.cts.util.Complex
-
Computes hyperbolic tangent.
- tanh(double) - Static method in class org.cts.util.Complex
-
Computes hyperbolic tangent of a double using complex arithmetic.
- TIKEHAU - Static variable in class org.cts.datum.VerticalDatum
-
- TIME - Static variable in class org.cts.cs.Axis
-
Time axis.
- TIME - Static variable in interface org.cts.units.Quantity
-
- times(Complex) - Method in class org.cts.util.Complex
-
Provides product of this and complex right hand side.
- times(double) - Method in class org.cts.util.Complex
-
Provides product of this and float right hand side.
- title - Static variable in class org.cts.parser.proj.ProjKeyParameters
-
- TMERC - Static variable in class org.cts.op.projection.TransverseMercator
-
The Identifier used for all Transverse Mercator projections.
- TMERC - Static variable in class org.cts.parser.proj.ProjValueParameters
-
- TO2D - Static variable in class org.cts.op.ChangeCoordinateDimension
-
- TO3D - Static variable in class org.cts.op.ChangeCoordinateDimension
-
- to_meter - Static variable in class org.cts.parser.proj.ProjKeyParameters
-
- toBaseUnit() - Method in class org.cts.units.Measure
-
Gets the same Measure using the base unit.
- toBaseUnit(double) - Method in class org.cts.units.Unit
-
Convert a measure from this unit into base unit(s).
- toGeographicCoordinateConverter() - Method in class org.cts.crs.CompoundCRS
-
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).
- toGeographicCoordinateConverter() - Method in class org.cts.crs.GeocentricCRS
-
- toGeographicCoordinateConverter() - Method in class org.cts.crs.GeodeticCRS
-
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).
- toGeographicCoordinateConverter() - Method in class org.cts.crs.Geographic2DCRS
-
- toGeographicCoordinateConverter() - Method in class org.cts.crs.Geographic3DCRS
-
- toGeographicCoordinateConverter() - Method in class org.cts.crs.ProjectedCRS
-
- TooManyIterationsException - Exception in org.cts.op
-
Manage an exception when the number of iterations exceeded a max count.
- TooManyIterationsException(String) - Constructor for exception org.cts.op.TooManyIterationsException
-
Create a new NonInvertibleOperationException.
- TooManyIterationsException(IterativeTransformation, int) - Constructor for exception org.cts.op.TooManyIterationsException
-
Create a new InterpolationMethodException.
- toString() - Method in class org.cts.crs.CompoundCRS
-
Return a String representation of this Datum.
- toString() - Method in class org.cts.crs.GeodeticCRS
-
Return a String representation of this Datum.
- toString() - Method in class org.cts.crs.VerticalCRS
-
Return a String representation of this Datum.
- toString() - Method in class org.cts.cs.Axis
-
Return a String representation of this Axis.
- toString() - Method in class org.cts.cs.CoordinateSystem
-
Return a String representation of this CoordinateSystem.
- toString() - Method in class org.cts.cs.GeographicExtent
-
Return a String representation of this GeographicExtent.
- toString() - Method in class org.cts.datum.AbstractDatum
-
Returns a String representation of this Datum.
- toString() - Method in class org.cts.datum.Ellipsoid
-
Return a string representtaion of this ellipsoid.
- toString() - Method in class org.cts.datum.GeodeticDatum
-
Returns a String representation of this GeodeticDatum.
- toString() - Method in class org.cts.datum.PrimeMeridian
-
Return a String representation of this
PrimeMeridian.
- toString() - Method in class org.cts.IdentifiableComponent
-
Returns a String representation of this identifier.
- toString() - Method in class org.cts.Identifier
-
Returns a String representation of this identifier.
- toString() - Method in class org.cts.op.CoordinateOperationSequence
-
Returns a String representation of this CoordinateOperationSequence.
- toString() - Method in class org.cts.op.Geocentric2Geographic
-
Return a String representation of this Geographic/Geocentric converter.
- toString() - Method in class org.cts.op.Geographic2Geocentric
-
Return a String representation of this Geographic/Geocentric converter.
- toString() - Method in class org.cts.op.IterativeTransformation
-
- toString() - Method in class org.cts.op.LongitudeRotation
-
Return a String representation of this Geographic/Geocentric converter.
- toString() - Method in class org.cts.op.projection.LambertConicConformal1SP
-
Return a String representation of this projection
- toString() - Method in class org.cts.op.projection.LambertConicConformal2SP
-
Return a String representation of this projection
- toString() - Method in class org.cts.op.transformation.FrenchGeocentricNTF2RGF
-
Return a string representation of this transformation.
- toString() - Method in class org.cts.op.transformation.GeocentricTranslation
-
Returns this Geocentric translation as a String.
- toString() - Method in class org.cts.op.transformation.grid.GridShiftFile
-
- toString() - Method in class org.cts.op.transformation.grid.SubGrid
-
- toString() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Return a short string representation of the grid.
- toString() - Method in class org.cts.op.transformation.NTv2GridShiftTransformation
-
Returns this Geocentric translation as a String.
- toString() - Method in class org.cts.op.transformation.SevenParameterTransformation
-
Return this SevenParameterTransformation as a String.
- toString() - Method in class org.cts.parser.prj.PrjNodeElement
-
Return a String representation of the PrjNodeElement.
- toString() - Method in class org.cts.parser.prj.PrjNumberElement
-
Return a String representation of the PrjStringElement.
- toString() - Method in class org.cts.parser.prj.PrjStringElement
-
Return a String representation of the PrjStringElement.
- toString() - Method in class org.cts.units.Measure
-
Returns the measure as a String.
- toString() - Method in class org.cts.units.Unit
-
String representation of this Unit.
- toString() - Method in class org.cts.util.Complex
-
Returns string representation of this.
- toStringAll() - Method in class org.cts.op.transformation.grids.GeographicGrid
-
Return a complete string representation of the grid.
- towgs84 - Static variable in class org.cts.parser.proj.ProjKeyParameters
-
- toWKT() - Method in class org.cts.crs.CompoundCRS
-
Returns a WKT representation of the compound CRS.
- toWKT() - Method in interface org.cts.crs.CoordinateReferenceSystem
-
Returns a WKT representation of the CoordinateReferenceSystem.
- toWKT() - Method in class org.cts.crs.GeocentricCRS
-
Returns a WKT representation of the geocentric CRS.
- toWKT() - Method in class org.cts.crs.GeodeticCRS
-
Returns a WKT representation of the geodetic CRS.
- toWKT() - Method in class org.cts.crs.Geographic2DCRS
-
Returns a WKT representation of the geographic 2D CRS.
- toWKT() - Method in class org.cts.crs.Geographic3DCRS
-
Returns a WKT representation of the geographic 3D CRS.
- toWKT() - Method in class org.cts.crs.ProjectedCRS
-
Returns a WKT representation of the projected CRS.
- toWKT() - Method in class org.cts.crs.VerticalCRS
-
Returns a WKT representation of the vertical CRS.
- toWKT() - Method in class org.cts.cs.Axis
-
Returns a WKT representation of the axis.
- toWKT() - Method in class org.cts.datum.Ellipsoid
-
Returns a WKT representation of the ellipsoid.
- toWKT() - Method in class org.cts.datum.GeodeticDatum
-
Returns a WKT representation of the geodetic datum.
- toWKT() - Method in class org.cts.datum.PrimeMeridian
-
Returns a WKT representation of the prime meridian.
- toWKT() - Method in class org.cts.datum.VerticalDatum
-
Returns a WKT representation of the vertical datum.
- toWKT() - Method in class org.cts.Identifier
-
Returns a WKT representation of the identifier.
- toWKT(Unit) - Method in class org.cts.op.projection.Projection
-
Returns a WKT representation of the projection.
- toWKT() - Method in class org.cts.op.transformation.GeocentricTranslation
-
Returns this Geocentric translation as an OGC WKT String.
- toWKT() - Method in interface org.cts.op.transformation.GeoTransformation
-
Returns a WKT representation of the transformation.
- toWKT() - Method in class org.cts.op.transformation.SevenParameterTransformation
-
Returns a WKT representation of the seven parameter transformation.
- toWKT() - Method in class org.cts.units.Unit
-
Returns a WKT representation of the unit.
- transform(double[]) - Method in class org.cts.op.AbstractCoordinateOperation
-
Return a double[] representing the same location as coord but in another
CoordinateReferenceSystem.
- transform(double[]) - Method in class org.cts.op.ChangeCoordinateDimension
-
Add a vertical coordinate.
- transform(double[]) - Method in interface org.cts.op.CoordinateOperation
-
Transform values of a double array.
- transform(double[]) - Method in class org.cts.op.CoordinateOperationSequence
-
Implementation of the transform method for a sequence of transformation.
- transform(double[]) - Method in class org.cts.op.CoordinateRounding
-
Returns a coordinate representing the same point as coord but with
coordinates rounded as specified.
- transform(double[]) - Method in class org.cts.op.CoordinateSwitch
-
Change ordinate at pos1 with ordinate at pos2.
- transform(double[]) - Method in class org.cts.op.Geocentric2Geographic
-
Return coordinates representing the same point in a standard
geocentric coordinate system.
- transform(double[]) - Method in class org.cts.op.Geographic2Geocentric
-
Return coordinates representing the same point in a standard geocentric
coordinate system.
- transform(double[]) - Method in class org.cts.op.Identity
-
Apply the identity transformation to input coordinates.
- transform(double[]) - Method in class org.cts.op.IterativeTransformation
-
- transform(double[]) - Method in class org.cts.op.LoadMemorizeCoordinate
-
Load the last memorized coordinates : remove the last ordinate
of the array, and load it at index indexSaved.
- transform(double[]) - Method in class org.cts.op.LongitudeRotation
-
Return a coordinate representing the same point as coord but in a
geographic coordinate system based on a different prime meridian.
- transform(double[]) - Method in class org.cts.op.MemorizeCoordinate
-
Add a fourth coordinate, to save a value.
- transform(double[]) - Method in class org.cts.op.OppositeCoordinate
-
Apply the OppositeCoordinate transformation to input coordinates.
- transform(double[]) - Method in class org.cts.op.projection.AlbersEqualArea
-
Transform coord using the Albers Equal Area Projection.
- transform(double[]) - Method in class org.cts.op.projection.CassiniSoldner
-
Transform coord using the Cassini-Soldner Projection.
- transform(double[]) - Method in class org.cts.op.projection.CylindricalEqualArea
-
Transform coord using the Cylindrical Equal Area Projection.
- transform(double[]) - Method in class org.cts.op.projection.EquidistantCylindrical
-
Transform coord using the Equidistant Cylindrical Projection.
- transform(double[]) - Method in class org.cts.op.projection.GaussSchreiberTransverseMercator
-
Transform coord using the Gauss Schreiber Transverse Mercator Projection.
- transform(double[]) - Method in class org.cts.op.projection.Krovak
-
Transform coord using the Krovak (North Orientated) Projection.
- transform(double[]) - Method in class org.cts.op.projection.LambertAzimuthalEqualArea
-
Transform coord using the Lambert Azimuthal Equal Area Projection.
- transform(double[]) - Method in class org.cts.op.projection.LambertConicConformal1SP
-
Transform coord using a Lambert Conformal Conic projection.
- transform(double[]) - Method in class org.cts.op.projection.LambertConicConformal2SP
-
Transform coord using a Lambert Conformal Conic projection.
- transform(double[]) - Method in class org.cts.op.projection.Mercator1SP
-
Transform coord using the Mercator Projection.
- transform(double[]) - Method in class org.cts.op.projection.MillerCylindrical
-
Transform coord using the Miller Cylindrical Projection.
- transform(double[]) - Method in class org.cts.op.projection.NewZealandMapGrid
-
Transform coord using the New Zealand Map Grid Projection.
- transform(double[]) - Method in class org.cts.op.projection.ObliqueMercator
-
Transform coord using the Oblique Mercator Projection.
- transform(double[]) - Method in class org.cts.op.projection.ObliqueStereographicAlternative
-
Transform coord using the Oblique Stereographic Alternative Projection.
- transform(double[]) - Method in class org.cts.op.projection.Polyconic
-
Transform coord using the Polyconic Projection.
- transform(double[]) - Method in class org.cts.op.projection.Stereographic
-
Transform coord using the Stereographic Projection.
- transform(double[]) - Method in class org.cts.op.projection.SwissObliqueMercator
-
Transform coord using the Swiss Oblique Mercator Projection.
- transform(double[]) - Method in class org.cts.op.projection.TransverseMercator
-
Transform coord using a Transverse Mercator projection.
- transform(double[]) - Method in class org.cts.op.projection.UniversalTransverseMercator
-
Transform coord using the Universal Transverse Mercator Projection.
- transform(double[]) - Method in class org.cts.op.projection.UniversalTransverseMercatorAuto
-
Transform coord using a Universal Transverse Mercator projection.
- transform(double[]) - Method in class org.cts.op.transformation.Altitude2EllipsoidalHeight
-
- transform(double[]) - Method in class org.cts.op.transformation.FrenchGeocentricNTF2RGF
-
Transforms NTF Geocentric coordinate into RGF93 geocentric coordinate.
- transform(double[]) - Method in class org.cts.op.transformation.GeocentricTranslation
-
Return a coordinates representing the same point as coord but in
another CoordinateReferenceSystem.
- transform(double[]) - Method in class org.cts.op.transformation.NTv2GridShiftTransformation
-
Shift geographic coordinates (in decimal degrees) by an offset
interpolated in a grid.
- transform(double[]) - Method in class org.cts.op.transformation.SevenParameterTransformation
-
Transform coord values
- transform(double[]) - Method in class org.cts.op.UnitConversion
-
Returns a coordinate representing the same point as coord but with
different units.
- TransverseMercator - Class in org.cts.op.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.
- TransverseMercator(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.TransverseMercator
-
Create a new Transverse Mercator Projection corresponding to the
Ellipsoid and the list of parameters given in argument and
initialize common parameters lon0, lat0 and other parameters useful for
the projection.
- transverseRadiusOfCurvature(double) - Method in class org.cts.datum.Ellipsoid
-
The Transverse Radius of Curvature or radius of the first vertical
section or prime vertical radius of curvature (fr : Grande Normale).
- TUBUAI - Static variable in class org.cts.datum.VerticalDatum
-
- TUPAI01 - Static variable in class org.cts.datum.VerticalDatum
-