Index (cts 1.3.3 API)

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A

A - Variable in class org.cts.op.projection.ObliqueMercator
a - Variable in class org.cts.op.projection.Stereographic
a - Static variable in class org.cts.parser.proj.ProjKeyParameters
AbstractCoordinateOperation - Class in org.cts.op: AbstractCoordinateOperation is a partial implementation of the CoordinateOperation interface.
AbstractCoordinateOperation(Identifier) - Constructor for class org.cts.op.AbstractCoordinateOperation: Create a new CoordinateOperation instance.
AbstractDatum - Class in org.cts.datum: A datum (plural datums) is a reference from which measurements are made.
AbstractDatum(Identifier, Extent, String, String) - Constructor for class org.cts.datum.AbstractDatum: Creates a new Datum.
AbstractPrjElement - Class in org.cts.parser.prj
AbstractProjRegistry - Class in org.cts.registry
AbstractProjRegistry() - Constructor for class org.cts.registry.AbstractProjRegistry: Create a new AbstractProjRegistry.
addAlias(Identifiable) - Method in interface org.cts.Identifiable: Adds an alias
addAlias(Identifiable) - Method in class org.cts.IdentifiableComponent: Add an alias
addAlias(Identifiable) - Method in class org.cts.Identifier: Add an alias
addCoordinateOperation(Datum, CoordinateOperation) - Method in class org.cts.datum.GeodeticDatum: Add a Transformation to another Datum.
addCRSTransformation(CoordinateReferenceSystem, List<CoordinateOperation>) - Method in class org.cts.crs.GeodeticCRS: Add a transformation for this CRS to the CRS in parameter.
addGridTransformation(GeodeticDatum, CoordinateOperation) - Method in class org.cts.crs.GeodeticCRS: Add a Nadgrids Transformation for this CRS to the CRS using the key GeodeticDatum.
addRegistry(Registry) - Method in class org.cts.registry.RegistryManager: Declare a registry to the RegistryManager
addRegistry(Registry, boolean) - Method in class org.cts.registry.RegistryManager: Declare a registry to the RegistryManager An existing registry can be replaced by a new one.
addRegistryManagerListener(RegistryManagerListener) - Method in class org.cts.registry.RegistryManager: Adds a listener.
addRemark(String) - Method in interface org.cts.Identifiable: Add remarks.
addRemark(String) - Method in class org.cts.IdentifiableComponent: Add remarks.
addRemark(String) - Method in class org.cts.Identifier: Add remarks.
AEA - Static variable in class org.cts.op.projection.AlbersEqualArea: The Identifier used for all Albers Equal Area projections.
AEA - Static variable in class org.cts.parser.proj.ProjValueParameters
AIRY - Static variable in class org.cts.datum.Ellipsoid: Airy 1830.
AIRYMOD - Static variable in class org.cts.datum.Ellipsoid: Airy Modified 1849.
AIRYMODVD - Static variable in class org.cts.datum.VerticalDatum
AIRYVD - Static variable in class org.cts.datum.VerticalDatum
AlbersEqualArea - Class in org.cts.op.projection: The Albers Equal Area Projection (AEA).
AlbersEqualArea(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.AlbersEqualArea: Create a new Albers Equal Area 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.
alpha - Variable in class org.cts.op.projection.SwissObliqueMercator
alpha - Static variable in class org.cts.parser.proj.ProjKeyParameters
alphac - Variable in class org.cts.op.projection.Krovak
alphac - Variable in class org.cts.op.projection.ObliqueMercator
ALTITUDE - Static variable in class org.cts.cs.Axis: Altitude axis.
Altitude2EllipsoidalHeight - Class in org.cts.op.transformation: Altitude2EllipsoidalHeight is a coordinate operation used to transform 3D coordinates containing the altitude in the third coordinate with a grid transformation that return the equivalent coordinates with ellipsoidal height instead of altitude.
Altitude2EllipsoidalHeight(String, GeodeticDatum) - Constructor for class org.cts.op.transformation.Altitude2EllipsoidalHeight: Altitude translation with parameter interpolated from a grid depending on the geographic coordinates of the point to convert.
ALTITUDE_CS - Static variable in class org.cts.crs.VerticalCRS: A 1D CoordinateSystem whose Axis contains the altitude.
ANGLE - Static variable in interface org.cts.units.Quantity
AngleFormat - Class in org.cts.util: Formatter to print angles as a degrees/minutes/seconds (DMS) and to parse DMS strings The format method uses pattern such as #D� MM' SS\" H(N|S) to define the string representation of an angle.
AngleFormat() - Constructor for class org.cts.util.AngleFormat
AngleFormat(String) - Constructor for class org.cts.util.AngleFormat: Create a new angle formatter able to write an angle as a DMS string following a specific pattern.
ARC_MINUTE - Static variable in class org.cts.units.Unit
ARC_SECOND - Static variable in class org.cts.units.Unit
arcFromLat(double) - Method in class org.cts.datum.Ellipsoid: Computes the meridian arc from equator to point with ellipsoidal latitude phi.
arg() - Method in class org.cts.util.Complex: Returns the argument of this complex number.
asin(Complex) - Static method in class org.cts.util.Complex: Computes complex arcsine.
atan(Complex) - Static method in class org.cts.util.Complex: Computes complex arctangent.
atanh(Complex) - Static method in class org.cts.util.Complex: Computes complex arctangent.
atanh(double) - Static method in class org.cts.util.Complex: Computes hyperbolic arctangent of a double using complex arithmetic.
ATHENS - Static variable in class org.cts.datum.PrimeMeridian: Athens Meridian.
AustSA - Static variable in class org.cts.datum.Ellipsoid: GRS 1967 (SAD 1969) ellipsoid, used in Australian Geodetic Datum and in South American Datum 1969.
AustSAVD - Static variable in class org.cts.datum.VerticalDatum
AUTHORITY - Static variable in class org.cts.parser.prj.PrjKeyParameters
Axis - Class in org.cts.cs: One of the fixed reference lines of a CoordinateSystem.
Axis(String, Axis.Direction) - Constructor for class org.cts.cs.Axis: Create a new Axis.
AXIS - Static variable in class org.cts.parser.prj.PrjKeyParameters
axis - Static variable in class org.cts.parser.proj.ProjKeyParameters
Axis.Direction - Enum in org.cts.cs: Axis different directions.
AXIS1 - Static variable in class org.cts.parser.prj.PrjKeyParameters
AXIS1TYPE - Static variable in class org.cts.parser.prj.PrjKeyParameters
AXIS2 - Static variable in class org.cts.parser.prj.PrjKeyParameters
AXIS2TYPE - Static variable in class org.cts.parser.prj.PrjKeyParameters
AXIS3 - Static variable in class org.cts.parser.prj.PrjKeyParameters
AXIS3TYPE - Static variable in class org.cts.parser.prj.PrjKeyParameters
AXIS_ORDER_OP - Static variable in class org.cts.op.CoordinateOperationFactory
AXISNAMES - Static variable in class org.cts.parser.prj.PrjValueParameters: A map linking the name of axes used in PRJ file to the short name used in CTS.
axpb(double, double) - Method in class org.cts.util.Complex: Computes linear combination 'a times x plus b'.
axpb(Complex, Complex) - Method in class org.cts.util.Complex: Computes linear combination 'a times x plus b'.
azi - Static variable in class org.cts.parser.proj.ProjKeyParameters
AZIMUTH - Static variable in class org.cts.Parameter: Key to access azimuth of the initial line of oblique projections.

B

B - Variable in class org.cts.op.projection.Krovak
B - Variable in class org.cts.op.projection.NewZealandMapGrid
B - Variable in class org.cts.op.projection.ObliqueMercator
b - Static variable in class org.cts.parser.proj.ProjKeyParameters
b0 - Variable in class org.cts.op.projection.SwissObliqueMercator
BERN - Static variable in class org.cts.datum.PrimeMeridian: Bern Meridian.
BESSEL1841 - Static variable in class org.cts.datum.Ellipsoid: Bessel 1841.
BESSEL1841VD - Static variable in class org.cts.datum.VerticalDatum
BESSNAM - Static variable in class org.cts.datum.Ellipsoid: Bessel Namibia (GLM).
BESSNAMVD - Static variable in class org.cts.datum.VerticalDatum
beta0 - Variable in class org.cts.op.projection.LambertAzimuthalEqualArea
BICUBIC - Static variable in interface org.cts.op.transformation.grids.Grid: Bicubic interpolation method.
BILINEAR - Static variable in interface org.cts.op.transformation.grids.Grid: Bilinear interpolation method.
bilinearInterpolation(double, double) - Method in class org.cts.op.transformation.grids.GeographicGrid: Return a double value interpolated in this geographic grid with a bilinear interpolation method.
BleggGeographicGrid - Class in org.cts.op.transformation.grids: Class containing codec functions to compress or uncompress a GeographicGrid in the BLEGG format (Bit Level Encoded Geographic Grid) Format Specification :
5 bytes : "BLEGG"
4 bytes : integer (java), block size
4 bytes : integer (java), number of lines
4 bytes : integer (java), number of columns
4 bytes : integer (java), scale (terrain length = int value/scale)
8 bytes : double (java), x0 (x coordinate of the upper-left corner)
8 bytes : double (java), y0 (y coordinate of the upper-left corner)
8 bytes : double (java), total width of the grid (terrain coordinates)
8 bytes : double (java), total height of the grid (terrain coordinates)
4 bytes : integer value in the first line, first column
4 bytes : integer value in the first line, second column
n blocks follow : Ils décrivent la matrice suivant un parcours en zigzag (gauche-droite pour les lignes paires et droite-gauche pour les lignes impaires) commençant à la première ligne et 3ème colonne.
BleggGeographicGrid(InputStream) - Constructor for class org.cts.op.transformation.grids.BleggGeographicGrid: Construct a GeographicGrid of floats from a compressed stream
BOGOTA - Static variable in class org.cts.datum.PrimeMeridian: Bogota Meridian.
BORASAU01 - Static variable in class org.cts.datum.VerticalDatum
BRUSSELS - Static variable in class org.cts.datum.PrimeMeridian: Brussels Meridian.
bsouth - Static variable in class org.cts.parser.proj.ProjKeyParameters

C

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
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.
checkExistingGeodeticDatum() - Method in class org.cts.datum.GeodeticDatum: If the GeodeticDatum is equal to one of the wellknown GeodeticDatum (WGS84, RGF93, NTF, NTF_PARIS and ED50), the method return this wellknown GeodeticDatum.
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: A compound CoordinateReferenceSystem is a CoordinateReferenceSystem composed by two distinct CoordinateReferenceSystem : a GeodeticCRS for 2D horizontal coordinates and a VerticalCRS for the z coordinate.
CompoundCRS(Identifier, GeodeticCRS, VerticalCRS) - Constructor for class org.cts.crs.CompoundCRS: Create a new GeodeticCRS.
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: Gets if the registry with the given name has been registered.
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.
CoordinateOperationFactory - Class in org.cts.op: CoordinateOperationFactory is a factory used to create CoordinateOperations from source and target CoordinateReferenceSystems.
CoordinateOperationFactory() - Constructor for class org.cts.op.CoordinateOperationFactory
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: Create a CoordinateOperationSequence from an identifier and an array of CoordinateOperations.
CoordinateOperationSequence(Identifier, List<CoordinateOperation>) - Constructor for class org.cts.op.CoordinateOperationSequence: Create a CoordinateOperationSequence from an identifier and a List of CoordinateOperations.
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: The CoordinateSystem used by this CoordinateReferenceSystem.
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, 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: Create a CoordinateOperation from a source GeodeticCRS to a target GeodeticCRS.
createCoordinateReferenceSystem(Identifier, Map<String, String>) - Static method in class org.cts.CRSHelper: Creates a new CoordinateReferenceSystem with the given Identifier and parameters.
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: Creates a CoordinateReferenceSystem defined by an OGC WKT String (PRJ).
createFromPrj(InputStream, Charset) - Method in class org.cts.CRSFactory: Creates a CoordinateReferenceSystem defined by an OGC WKT String (PRJ).
createFromPrj(InputStream) - Method in class org.cts.CRSFactory: Creates a CoordinateReferenceSystem defined by an OGC WKT String (PRJ).
createFromPrj(File) - Method in class org.cts.CRSFactory: Creates a CoordinateReferenceSystem defined by an OGC WKT String (PRJ).
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.
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: This factory is in charge of creating new CoordinateReferenceSystems.
CRSFactory() - Constructor for class org.cts.CRSFactory: Creates a new factory.
CRSFactory.CRSCache<K,V> - Class in org.cts: A simple cache to manage CoordinateReferenceSystem
CRSFactory.CRSCache(int) - Constructor for class org.cts.CRSFactory.CRSCache
CRSHelper - Class in org.cts: This class is used to build a new CoordinateReferenceSystem from a map of parameters, generally obtained from the parser of a Registry or from an OGC WKT String.
CRSHelper() - Constructor for class org.cts.CRSHelper
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.

D

D - Variable in class org.cts.op.projection.LambertAzimuthalEqualArea
DANGER50 - Static variable in class org.cts.datum.VerticalDatum
Datum - Interface in org.cts.datum: A Datum (plural datums) is a reference from which measurements are made.
datum - Static variable in class org.cts.parser.proj.ProjKeyParameters
datumFromName - Static variable in class org.cts.datum.GeodeticDatum: datumFromName associates each datum to a short string used to recognize it in CTS.
datumFromName - Static variable in class org.cts.datum.VerticalDatum: datumFromName associates each datum to a short string used to recognize it in CTS.
DATUMNAMES - Static variable in class org.cts.parser.prj.PrjValueParameters: A map linking the name of datums used in PRJ file to the short name used in CTS.
DATUMREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
dd2dms(double) - Static method in class org.cts.util.AngleFormat
DECIMETER - Static variable in class org.cts.op.CoordinateRounding: Round the coordinates to decimeter value.
DECIMETER - Static variable in class org.cts.units.Unit
DEFAULT - Static variable in interface org.cts.Identifiable: Value used as a dafault name for objects without name.
DEFAULT_PARAMETERS - Static variable in class org.cts.op.projection.Projection
deg2gra(double) - Static method in class org.cts.util.AngleFormat
deg2min(double) - Static method in class org.cts.util.AngleFormat
deg2rad(double) - Static method in class org.cts.util.AngleFormat
deg2sec(double) - Static method in class org.cts.util.AngleFormat
DEGREE - Static variable in class org.cts.units.Unit
DEPTH - Static variable in class org.cts.cs.Axis: Depth axis.
dim - Variable in class org.cts.op.transformation.grids.GeographicGrid: The number of values stored in the grid (for instance 3 for 3D translation grid).
DIMENSION_OP - Static variable in class org.cts.op.CoordinateOperationFactory
dircoeff - Variable in class org.cts.op.projection.TransverseMercator
dircoeff - Variable in class org.cts.op.projection.UniversalTransverseMercator
dircoeff - Variable in class org.cts.op.projection.UniversalTransverseMercatorAuto
divideBy(Complex) - Method in class org.cts.util.Complex: Computes fraction between this and the complex number z.
dms2dd(double) - Static method in class org.cts.util.AngleFormat
doubleValue() - Method in class org.cts.util.Complex
dx - Variable in class org.cts.op.transformation.grids.GeographicGrid
dy - Variable in class org.cts.op.transformation.grids.GeographicGrid

E

e - Variable in class org.cts.op.projection.CassiniSoldner
e - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
e - Variable in class org.cts.op.projection.Stereographic
e2 - Variable in class org.cts.op.projection.CassiniSoldner
e2 - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
e2 - Variable in class org.cts.op.projection.Stereographic
EASTING - Static variable in class org.cts.cs.Axis: Easting axis.
ED50 - Static variable in class org.cts.datum.GeodeticDatum: European Datum 1950.
Ellipsoid - Class in org.cts.datum: An ellipsoid is a mathematical surface used to describe the Earth surface.
ELLIPSOID - Static variable in class org.cts.Parameter
Ellipsoid.SecondParameter - Enum in org.cts.datum: The second parameter use to create the ellipsoid, this parameter can be the inverse flattening, the semi-minor axis or the eccentricity.
ELLIPSOID_OP - Static variable in class org.cts.op.CoordinateOperationFactory
ellipsoidFromName - Static variable in class org.cts.datum.Ellipsoid: ellipsoidFromName associates each ellipsoid to a short string used to recognize it in CTS.
ELLIPSOIDNAMES - Static variable in class org.cts.parser.prj.PrjValueParameters: A map linking the name of ellipsoids used in PRJ file to the short name used in CTS.
ellps - Static variable in class org.cts.parser.proj.ProjKeyParameters
EN_CS - Static variable in class org.cts.crs.ProjectedCRS: A 2D CoordinateSystem whose first Axis contains easting and second Axis contains northing.
EPSGRegistry - Class in org.cts.registry: This class parses the epsg file available in the resources package.
EPSGRegistry() - Constructor for class org.cts.registry.EPSGRegistry
EQC - Static variable in class org.cts.op.projection.EquidistantCylindrical: The Identifier used for all Equidistant Cylindrical projections.
EQC - Static variable in class org.cts.parser.proj.ProjValueParameters
equals(Object) - Method in class org.cts.crs.GeodeticCRS: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.crs.ProjectedCRS: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.datum.Ellipsoid: Returns true if this Ellipsoid can be considered as equals to another one.
equals(Object) - Method in class org.cts.datum.GeodeticDatum: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.datum.PrimeMeridian: Return true if this PrimeMeridian can be considered as equals to another one.
equals(Object) - Method in class org.cts.IdentifiableComponent: Returns true if object is an Identifier equals to this one.
equals(Object) - Method in class org.cts.Identifier: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.op.CoordinateOperationSequence: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.op.Geocentric2Geographic: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.op.Geographic2Geocentric: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.op.LongitudeRotation: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.op.projection.Projection: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.op.transformation.GeocentricTranslation: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.op.transformation.SevenParameterTransformation: Returns true if object is equals to this.
equals(Object) - Method in class org.cts.units.Unit: Returns true if this Unit can be considered as equals to another one.
equals(Object) - Method in class org.cts.util.Complex: Returns true if the object in parameter is equals to this.
EquidistantCylindrical - Class in org.cts.op.projection: The Equidistant Cylindrical projection (EQC).
EquidistantCylindrical(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.EquidistantCylindrical: Create a new Equidistant Cylindrical Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameters lon0, lat0, FE, FN and C a constant useful for the projection.
es - Static variable in class org.cts.parser.proj.ProjKeyParameters
ESRIRegistry - Class in org.cts.registry: This class parses the esri file available in the resources package.
ESRIRegistry() - Constructor for class org.cts.registry.ESRIRegistry
EVERESTSS - Static variable in class org.cts.datum.Ellipsoid: Everest 1830 (1967 definition).
EVERESTSSVD - Static variable in class org.cts.datum.VerticalDatum
exp(Complex) - Static method in class org.cts.util.Complex: Computes complex exponential.
Extent - Interface in org.cts.cs: An Extent defines a part of an infinite n-dimension space thanks to a method returning true for any set of coordinates lying inside this part and false for coordinates lying outside (input coordinates must be an array of n doubles).
extent - Variable in class org.cts.op.transformation.grids.GeographicGrid: Extent of use of the Geographic grid.

F

f - Static variable in class org.cts.parser.proj.ProjKeyParameters
FAKARAVA - Static variable in class org.cts.datum.VerticalDatum
FALSE_EASTING - Static variable in class org.cts.Parameter: Key to access false_easting, one possible parameter of the projection.
FALSE_NORTHING - Static variable in class org.cts.Parameter: Key to access false_northing, one possible parameter of the projection.
FE - Variable in class org.cts.op.projection.AlbersEqualArea
FE - Variable in class org.cts.op.projection.CassiniSoldner
FE - Variable in class org.cts.op.projection.CylindricalEqualArea
FE - Variable in class org.cts.op.projection.EquidistantCylindrical
FE - Variable in class org.cts.op.projection.Krovak
FE - Variable in class org.cts.op.projection.LambertAzimuthalEqualArea
FE - Variable in class org.cts.op.projection.Mercator1SP
FE - Variable in class org.cts.op.projection.MillerCylindrical
FE - Variable in class org.cts.op.projection.NewZealandMapGrid
FE - Variable in class org.cts.op.projection.ObliqueMercator
FE - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
FE - Variable in class org.cts.op.projection.Polyconic
FE - Variable in class org.cts.op.projection.Stereographic
FE - Variable in class org.cts.op.projection.SwissObliqueMercator
FE - Variable in class org.cts.op.projection.UniversalTransverseMercator
FERRO - Static variable in class org.cts.datum.PrimeMeridian: Ferro Meridian.
floatValue() - Method in class org.cts.util.Complex
FN - Variable in class org.cts.op.projection.AlbersEqualArea
FN - Variable in class org.cts.op.projection.CassiniSoldner
FN - Variable in class org.cts.op.projection.CylindricalEqualArea
FN - Variable in class org.cts.op.projection.EquidistantCylindrical
FN - Variable in class org.cts.op.projection.Krovak
FN - Variable in class org.cts.op.projection.LambertAzimuthalEqualArea
FN - Variable in class org.cts.op.projection.Mercator1SP
FN - Variable in class org.cts.op.projection.MillerCylindrical
FN - Variable in class org.cts.op.projection.NewZealandMapGrid
FN - Variable in class org.cts.op.projection.ObliqueMercator
FN - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
FN - Variable in class org.cts.op.projection.Polyconic
FN - Variable in class org.cts.op.projection.Stereographic
FN - Variable in class org.cts.op.projection.SwissObliqueMercator
FOOT - Static variable in class org.cts.units.Unit
format(double[]) - Method in class org.cts.cs.CoordinateSystem: Return a String representation of this coordinate in this CoordinateSystem.
format(double) - Method in class org.cts.util.AngleFormat: Format an angle following the special pattern defined by this object.
formatWKT(String) - Static method in class org.cts.parser.prj.PrjWriter: Returns the WKT in parameter into a Human-Readable OGC WKT form.
FrenchGeocentricNTF2RGF - Class in org.cts.op.transformation: French Geocentric interpolation is a transformation used at IGN-France to transform coordinates from the old local NTF system to the new ETRS-89 compatible RGF93.
FrenchGeocentricNTF2RGF(String) - Constructor for class org.cts.op.transformation.FrenchGeocentricNTF2RGF: Geocentric translation with parameters interpolated in a grid.
FrenchGeocentricNTF2RGF() - Constructor for class org.cts.op.transformation.FrenchGeocentricNTF2RGF: Geocentric translation with parameters interpolated in a grid.
fromBaseUnit(double) - Method in class org.cts.units.Unit: Convert a measure from base unit(s) into this unit.
fromGeographicCoordinateConverter() - Method in class org.cts.crs.CompoundCRS: Creates a CoordinateOperation object to convert coordinates from a GeographicReferenceSystem based on the same horizonal datum and vertical datum, and using normal SI units in the following order : latitude (rad), longitude (rad) height/altitude (m) to this CoordinateReferenceSystem.
fromGeographicCoordinateConverter() - Method in class org.cts.crs.GeocentricCRS
fromGeographicCoordinateConverter() - Method in class org.cts.crs.GeodeticCRS: Creates a CoordinateOperation object to convert coordinates from a GeographicReferenceSystem based on the same horizonal datum and vertical datum, and using normal SI units in the following order : latitude (rad), longitude (rad) height/altitude (m) to this CoordinateReferenceSystem.
fromGeographicCoordinateConverter() - Method in class org.cts.crs.Geographic2DCRS
fromGeographicCoordinateConverter() - Method in class org.cts.crs.Geographic3DCRS
fromGeographicCoordinateConverter() - Method in class org.cts.crs.ProjectedCRS
fromGeographicCoordinateConverter() - Method in class org.cts.crs.VerticalCRS

G

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.
GDATUM_OP - Static variable in class org.cts.op.CoordinateOperationFactory
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, CoordinateSystem) - Constructor for class org.cts.crs.GeocentricCRS: Create a new Geocentric CRS based on given datum, identifier and coordinate system.
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: A geodetic CoordinateReferenceSystem is a coordinate system based on a GeodeticDatum, a PrimeMeridian and an org.cts.Ellipsoid.
GeodeticCRS(Identifier, GeodeticDatum, CoordinateSystem) - Constructor for class org.cts.crs.GeodeticCRS: Create a new GeodeticCRS.
GeodeticDatum - Class in org.cts.datum: Geodetic Datum or horizontal Datum : a Datum used to determine positions relative to the Earth (longitude / latitude) It is recommended that every GeodeticDatum has a toWGS84 SevenParameterTransformation attribute (which may eventually be a Translation or the Identity transformation).
GeodeticDatum(PrimeMeridian, Ellipsoid) - Constructor for class org.cts.datum.GeodeticDatum: Creates a new Datum.
GeodeticDatum(PrimeMeridian, Ellipsoid, CoordinateOperation) - Constructor for class org.cts.datum.GeodeticDatum: Creates a new Datum.
GeodeticDatum(Identifier, PrimeMeridian, Ellipsoid, GeographicExtent, String, String) - Constructor for class org.cts.datum.GeodeticDatum: Creates a new Datum.
GEOGCS - Static variable in class org.cts.parser.prj.PrjKeyParameters
Geographic2DCRS - Class in org.cts.crs: A Geographic CoordinateReferenceSystem is a reference system based on a GeodeticDatum and a 2D or 3D Ellipsoidal Coordinate System.
Geographic2DCRS(Identifier, GeodeticDatum, CoordinateSystem) - Constructor for class org.cts.crs.Geographic2DCRS: Create a new Geographic2DCRS.
Geographic2DCRS(Identifier, GeodeticDatum, Unit) - Constructor for class org.cts.crs.Geographic2DCRS: Create a new Geographic2DCRS.
Geographic2DCRS(Identifier, GeodeticDatum) - Constructor for class org.cts.crs.Geographic2DCRS: Create 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: A Geographic CoordinateReferenceSystem is a reference system based on a GeodeticDatum and a 2D or 3D Ellipsoidal Coordinate System.
Geographic3DCRS(Identifier, GeodeticDatum, CoordinateSystem) - Constructor for class org.cts.crs.Geographic3DCRS: Create a new Geographic3DCRS.
Geographic3DCRS(Identifier, GeodeticDatum, Unit) - Constructor for class org.cts.crs.Geographic3DCRS: Create a new Geographic2DCRS.
Geographic3DCRS(Identifier, GeodeticDatum) - Constructor for class org.cts.crs.Geographic3DCRS: Create a new Geographic3DCRS.
GEOGRAPHIC_OP - Static variable in class org.cts.op.CoordinateOperationFactory
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
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: Get the component based on its identifier
getContext() - Method in class org.cts.op.transformation.grids.GeographicGrid: Get the context Object.
getCoordinateOperations(GeodeticDatum) - Method in class org.cts.datum.GeodeticDatum: Get a transformation to another datum.
getCoordinateSystem() - Method in interface org.cts.crs.CoordinateReferenceSystem: Returns the CoordinateSystem used by this 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: Return a CoordinateReferenceSystem corresponding to an authority and a srid.
getCRSTransformations() - Method in class org.cts.crs.GeodeticCRS: Return the list of nadgrids transformations defined for this CRS.
getCRSTransformations(CoordinateReferenceSystem) - Method in class org.cts.crs.GeodeticCRS: Return the list of transformations defined for this CRS to the CRS in parameter.
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: Return the VerticalDatum.
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.crs.CompoundCRS: Returns the number of dimensions of the coordinate system.
getDimension() - Method in class org.cts.crs.GeodeticCRS: Returns the number of dimensions of the CoordinateSystem used by this CoordinateReferenceSystem.
getDimension() - Method in class org.cts.crs.VerticalCRS: Returns the number of dimensions of the coordinate system.
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
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.
getGridTransformations(GeodeticDatum) - Method in class org.cts.crs.CompoundCRS: Return the list of nadgrids transformation defined for the horizontal CRS of this CompoundCRS that used the datum in parameter as target datum.
getGridTransformations() - Method in class org.cts.crs.GeodeticCRS: Return the list of nadgrids transformation defined for this CRS.
getGridTransformations(GeodeticDatum) - Method in class org.cts.crs.GeodeticCRS: Return the list of nadgrids transformation defined for this CRS that used the datum in parameter as target datum.
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
getHorizontalCRS() - Method in class org.cts.crs.CompoundCRS: Return 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).
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.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 interface org.cts.registry.Registry: Return all parameters need to build a CoordinateReferenceSystem.
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.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: Return the corresponding registry based on its name
getRegistryManager() - Method in class org.cts.CRSFactory: Return the RegistryManager used in CTS.
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
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.
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: Return 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: Return 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: Return 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
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
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
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

H

H - Variable in class org.cts.op.projection.ObliqueMercator
HAO - Static variable in class org.cts.datum.VerticalDatum
hashCode() - Method in class org.cts.crs.GeodeticCRS: Returns the hash code for this GeodeticCRS.
hashCode() - Method in class org.cts.crs.ProjectedCRS: Returns the hash code for this ProjectedCRS.
hashCode() - Method in class org.cts.datum.Ellipsoid: Returns the hash code for this Ellipsoid.
hashCode() - Method in class org.cts.datum.GeodeticDatum: Returns the hash code for this GeodeticDatum.
hashCode() - Method in class org.cts.datum.PrimeMeridian: Returns the hash code for this PrimeMeridian.
hashCode() - Method in class org.cts.IdentifiableComponent: Returns a hash code for this IdentifiableComponent.
hashCode() - Method in class org.cts.Identifier: Returns the hash code for this Identifier.
hashCode() - Method in class org.cts.op.CoordinateOperationSequence: Returns the hash code for this CoordinateOperationSequence.
hashCode() - Method in class org.cts.op.Geocentric2Geographic: Returns the hash code for this Geocentric2Geographic.
hashCode() - Method in class org.cts.op.Geographic2Geocentric: Returns the hash code for this Geographic2Geocentric.
hashCode() - Method in class org.cts.op.LongitudeRotation: Returns the hash code for this LongitudeRotation.
hashCode() - Method in class org.cts.op.projection.Projection: Returns the hash code for this Projection.
hashCode() - Method in class org.cts.op.transformation.GeocentricTranslation: Returns the hash code for this GeocentricTranslation.
hashCode() - Method in class org.cts.op.transformation.SevenParameterTransformation: Returns the hash code for this GeocentricTranslation.
hashCode() - Method in class org.cts.units.Unit: Returns the hash code for this Unit.
hashCode() - Method in class org.cts.util.Complex: Returns the hash code for this Complex.
hashcode() - Method in class org.cts.util.Complex
HEIGHT - Static variable in class org.cts.cs.Axis: Height axis.
HEIGHT_CS - Static variable in class org.cts.crs.VerticalCRS: A 1D CoordinateSystem whose Axis contains the (ellipsoidal) height.
HELMERT - Static variable in class org.cts.datum.Ellipsoid: Helmert 1906.
HELMERTVD - Static variable in class org.cts.datum.VerticalDatum
HIVAOA - Static variable in class org.cts.datum.VerticalDatum
HUAHINESAU01 - Static variable in class org.cts.datum.VerticalDatum

I

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
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.
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 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.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 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.
isComparable(Unit) - Method in class org.cts.units.Unit: Returns true if quantity measured by this unit and quantity measured by anotherUnit are equals.
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.GeodeticCRS: Return whether this coord is a valid coord in this CoordinateReferenceSystem.
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 ore more coordinate(s) converge to predifined values (saved in additional dimensions using MemorizeCoordinate).
IterativeTransformation(CoordinateOperation, int[], int[], double[]) - Constructor for class org.cts.op.IterativeTransformation: Build a new IterativeTransformation.

J

JAKARTA - Static variable in class org.cts.datum.PrimeMeridian: Jakarta Meridian.

K

K - Variable in class org.cts.op.projection.SwissObliqueMercator
k - Static variable in class org.cts.parser.proj.ProjKeyParameters
k0 - Variable in class org.cts.op.projection.CassiniSoldner
k0 - Variable in class org.cts.op.projection.CylindricalEqualArea
k0 - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
k0 - Variable in class org.cts.op.projection.Stereographic
k_0 - Static variable in class org.cts.parser.proj.ProjKeyParameters
kc - Variable in class org.cts.op.projection.ObliqueMercator
kc - Variable in class org.cts.op.projection.SwissObliqueMercator
KILOMETER - Static variable in class org.cts.op.CoordinateRounding: Round the coordinates to kilometer value.
KILOMETER - Static variable in class org.cts.units.Unit
KRASSOWSKI - Static variable in class org.cts.datum.Ellipsoid: Krassowski 1940.
KRASSOWSKIVD - Static variable in class org.cts.datum.VerticalDatum
Krovak - Class in org.cts.op.projection: The Krovak (North Orientated) Projection (KROVAK).
Krovak(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.Krovak: Create a new Krovak (North Orientated) Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameters lon0, FE, FN and other useful parameters.
KROVAK - Static variable in class org.cts.op.projection.Krovak: The Identifier used for all Krovak projections.
KROVAK - Static variable in class org.cts.parser.proj.ProjValueParameters

L

LAEA - Static variable in class org.cts.op.projection.LambertAzimuthalEqualArea: The Identifier used for all Lambert Azimuthal Equal Area projections.
LAEA - Static variable in class org.cts.parser.proj.ProjValueParameters
lambda0 - Variable in class org.cts.op.projection.ObliqueMercator
LAMBERT1 - Static variable in class org.cts.op.projection.LambertConicConformal1SP: Lambert zone I projection, used in the north of France (with NTF datum)
LAMBERT2 - Static variable in class org.cts.op.projection.LambertConicConformal1SP: Lambert zone II projection, used in the center of France (with NTF datum)
LAMBERT2E - Static variable in class org.cts.op.projection.LambertConicConformal1SP: Lambert II étendu, used as a unique projection for France with NTF datum.
LAMBERT3 - Static variable in class org.cts.op.projection.LambertConicConformal1SP: Lambert zone III projection, used in the south of France (with NTF datum)
LAMBERT4 - Static variable in class org.cts.op.projection.LambertConicConformal1SP: Lambert zone IV projection, used in Corsica (with NTF datum)
LAMBERT93 - Static variable in class org.cts.op.projection.LambertConicConformal1SP: Lambert 93, ne new unique projection used in France with RGF93 datum.
LAMBERT93 - Static variable in class org.cts.op.projection.LambertConicConformal2SP: Lambert 93, the new projection used in France with RGF93 datum.
LambertAzimuthalEqualArea - Class in org.cts.op.projection: The Lambert Azimuthal Equal Area Projection (LAEA).
LambertAzimuthalEqualArea(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.LambertAzimuthalEqualArea: Create a new Lambert Azimuthal Equal Area 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.
LambertConicConformal1SP - 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.
LambertConicConformal1SP(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.LambertConicConformal1SP: Create a new Lambert Conic Conformal 1SP 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.
LambertConicConformal2SP - 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.
LambertConicConformal2SP(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.LambertConicConformal2SP: Create a new Lambert Conic Conformal 2SP Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameter lon0 and other parameters useful for the projection.
lat0 - Variable in class org.cts.op.projection.AlbersEqualArea
lat0 - Variable in class org.cts.op.projection.CassiniSoldner
lat0 - Variable in class org.cts.op.projection.EquidistantCylindrical
lat0 - Variable in class org.cts.op.projection.LambertAzimuthalEqualArea
lat0 - Variable in class org.cts.op.projection.Mercator1SP
lat0 - Variable in class org.cts.op.projection.MillerCylindrical
lat0 - Variable in class org.cts.op.projection.NewZealandMapGrid
lat0 - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
lat0 - Variable in class org.cts.op.projection.Polyconic
lat0 - Variable in class org.cts.op.projection.Stereographic
lat0 - Variable in class org.cts.op.projection.TransverseMercator
lat0 - Variable in class org.cts.op.projection.UniversalTransverseMercatorAuto
lat_0 - Static variable in class org.cts.parser.proj.ProjKeyParameters
lat_1 - Static variable in class org.cts.parser.proj.ProjKeyParameters
lat_2 - Static variable in class org.cts.parser.proj.ProjKeyParameters
lat_ts - Variable in class org.cts.op.projection.CylindricalEqualArea
lat_ts - Static variable in class org.cts.parser.proj.ProjKeyParameters
latc - Variable in class org.cts.op.projection.GaussSchreiberTransverseMercator
latc - Variable in class org.cts.op.projection.ObliqueMercator
latc - Variable in class org.cts.op.projection.SwissObliqueMercator
latFromArc(double) - Method in class org.cts.datum.Ellipsoid: Computes the ellipsoidal latitude from meridian arc length.
LATITUDE - Static variable in class org.cts.cs.Axis: Latitude axis.
latitude(double, double) - Method in class org.cts.datum.Ellipsoid: Computes the geographic latitude from the isometric latitude (fr : calcul de la latitude géographique à partir de la latitude isometrique).
latitude(double) - Method in class org.cts.datum.Ellipsoid: Computes geographic latitude from isometric latitude.
LATITUDE_FORMATTER - Static variable in class org.cts.util.AngleFormat
LATITUDE_OF_ORIGIN - Static variable in class org.cts.Parameter: Key to access latitude of origin, one possible parameter of the projection.
LATITUDE_OF_TRUE_SCALE - Static variable in class org.cts.Parameter: Key to access latitude of true scale, one possible parameter of the projection.
LATLON_DD_CS - Static variable in class org.cts.crs.Geographic2DCRS: A 2D CoordinateSystem whose first Axis contains latitude and second Axis contains longitude.
LATLON_GG_CS - Static variable in class org.cts.crs.Geographic2DCRS: A 2D CoordinateSystem whose first Axis contains latitude and second Axis contains longitude.
LATLON_RR_CS - Static variable in class org.cts.crs.Geographic2DCRS: A 2D CoordinateSystem whose first Axis contains latitude and second Axis contains longitude.
LATLONH_DDM_CS - Static variable in class org.cts.crs.Geographic3DCRS: A 3D CoordinateSystem whose first Axis contains latitude, second Axis contains longitude and third axis contains ellipsoidal height.
LATLONH_GGM_CS - Static variable in class org.cts.crs.Geographic3DCRS: A 3D CoordinateSystem whose first Axis contains latitude, second Axis contains longitude and third axis contains ellipsoidal height.
LATLONH_RRM_CS - Static variable in class org.cts.crs.Geographic3DCRS: A 3D CoordinateSystem whose first Axis contains latitude, second Axis contains longitude and third axis contains ellipsoidal height.
latp - Variable in class org.cts.op.projection.Krovak
LCC - Static variable in class org.cts.parser.proj.ProjValueParameters
LCC1SP - Static variable in class org.cts.op.projection.LambertConicConformal1SP: The Identifier used for all Cylindrical Equal Area projection.
LCC2SP - Static variable in class org.cts.op.projection.LambertConicConformal2SP: The Identifier used for all Cylindrical Equal Area projection.
LEAC - Static variable in class org.cts.parser.proj.ProjValueParameters
LENGTH - Static variable in interface org.cts.units.Quantity
LINEARIZED - Static variable in class org.cts.op.transformation.SevenParameterTransformation: LINEARIZED when formulas use x (rad) instead of sin(x).
LISBON - Static variable in class org.cts.datum.PrimeMeridian: Lisbon Meridian.
ln(Complex) - Static method in class org.cts.util.Complex: Computes complex natural logarithm.
loadGridShiftFile(InputStream, boolean) - Method in class org.cts.op.transformation.grid.GridShiftFile
loadGridShiftFile(RandomAccessFile) - Method in class org.cts.op.transformation.grid.GridShiftFile
loadGridShiftFile() - Method in class org.cts.op.transformation.NTv2GridShiftTransformation: Load the grid file that will be used to transform the coordinates.
LoadMemorizeCoordinate - Class in org.cts.op: Add a fourth dimension to save one of the other coordinates.
LoadMemorizeCoordinate(int) - Constructor for class org.cts.op.LoadMemorizeCoordinate: Creates a new CoordinateOperation increasing (resp decreasing) the coord size by length.
loadX - Static variable in class org.cts.op.LoadMemorizeCoordinate
loadY - Static variable in class org.cts.op.LoadMemorizeCoordinate
loadZ - Static variable in class org.cts.op.LoadMemorizeCoordinate
LOCAL - Static variable in interface org.cts.Identifiable: Namespace used to identify objects having no reference in an external persistent database.
LOGGER - Variable in class org.cts.registry.AbstractProjRegistry
lon0 - Variable in class org.cts.op.projection.AlbersEqualArea
lon0 - Variable in class org.cts.op.projection.CassiniSoldner
lon0 - Variable in class org.cts.op.projection.CylindricalEqualArea
lon0 - Variable in class org.cts.op.projection.EquidistantCylindrical
lon0 - Variable in class org.cts.op.projection.GaussSchreiberTransverseMercator
lon0 - Variable in class org.cts.op.projection.Krovak
lon0 - Variable in class org.cts.op.projection.LambertAzimuthalEqualArea
lon0 - Variable in class org.cts.op.projection.LambertConicConformal1SP
lon0 - Variable in class org.cts.op.projection.LambertConicConformal2SP
lon0 - Variable in class org.cts.op.projection.Mercator1SP
lon0 - Variable in class org.cts.op.projection.MillerCylindrical
lon0 - Variable in class org.cts.op.projection.NewZealandMapGrid
lon0 - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
lon0 - Variable in class org.cts.op.projection.Polyconic
lon0 - Variable in class org.cts.op.projection.Stereographic
lon0 - Variable in class org.cts.op.projection.TransverseMercator
lon0 - Variable in class org.cts.op.projection.UniversalTransverseMercator
lon_0 - Static variable in class org.cts.parser.proj.ProjKeyParameters
lonc - Variable in class org.cts.op.projection.ObliqueMercator
lonc - Variable in class org.cts.op.projection.SwissObliqueMercator
lonc - Static variable in class org.cts.parser.proj.ProjKeyParameters
LONGITUDE - Static variable in class org.cts.cs.Axis: Longitude axis.
LONGITUDE_FORMATTER - Static variable in class org.cts.util.AngleFormat
LongitudeRotation - Class in org.cts.op: Longitude rotation is a simple transformation which shift the longitude parameter of a geographic coordinate.
LongitudeRotation(double) - Constructor for class org.cts.op.LongitudeRotation: Create a new LongitudeRotation converter.
LONGLAT - Static variable in class org.cts.parser.proj.ProjValueParameters
longValue() - Method in class org.cts.util.Complex
LONLAT_DD_CS - Static variable in class org.cts.crs.Geographic2DCRS: A 2D CoordinateSystem whose first Axis contains longitude and second Axis contains latitude.
LONLAT_GG_CS - Static variable in class org.cts.crs.Geographic2DCRS: A 2D CoordinateSystem whose first Axis contains longitude and second Axis contains latitude.
LONLAT_RR_CS - Static variable in class org.cts.crs.Geographic2DCRS: A 2D CoordinateSystem whose first Axis contains longitude and second Axis contains latitude.
LONLATH_DDM_CS - Static variable in class org.cts.crs.Geographic3DCRS: A 3D CoordinateSystem whose first Axis contains longitude, second Axis contains latitude and third axis contains ellipsoidal height.
LONLATH_GGM_CS - Static variable in class org.cts.crs.Geographic3DCRS: A 3D CoordinateSystem whose first Axis contains longitude, second Axis contains latitude and third axis contains ellipsoidal height.
LONLATH_RRM_CS - Static variable in class org.cts.crs.Geographic3DCRS: A 3D CoordinateSystem whose first Axis contains longitude, second Axis contains latitude and third axis contains ellipsoidal height.
LOW_MEMORY - Static variable in class org.cts.op.transformation.NTv2GridShiftTransformation

M

M - Static variable in class org.cts.parser.proj.ProjValueParameters
M0 - Variable in class org.cts.op.projection.CassiniSoldner
MADRID - Static variable in class org.cts.datum.PrimeMeridian: Madrid Meridian.
mag() - Method in class org.cts.util.Complex: Return magnitude of complex number.
MAIAO01 - Static variable in class org.cts.datum.VerticalDatum
MATAIVA - Static variable in class org.cts.datum.VerticalDatum
MAUPITISAU01 - Static variable in class org.cts.datum.VerticalDatum
Measure - Class in org.cts.units
Measure(double, Unit) - Constructor for class org.cts.units.Measure: Creates a new Measure.
Measure(Number, Unit) - Constructor for class org.cts.units.Measure: Creates a new Measure.
Measure(Number, Unit, double) - Constructor for class org.cts.units.Measure: Creates a new Measure.
MemorizeCoordinate - Class in org.cts.op: Add a fourth dimension to save one of the other coordinates.
MemorizeCoordinate(int) - Constructor for class org.cts.op.MemorizeCoordinate: Creates a new CoordinateOperation increasing (resp decreasing) the coord size by length.
memoX - Static variable in class org.cts.op.MemorizeCoordinate
memoY - Static variable in class org.cts.op.MemorizeCoordinate
memoZ - Static variable in class org.cts.op.MemorizeCoordinate
MERC - Static variable in class org.cts.op.projection.Mercator1SP: The Identifier used for all Mercator 1SP projections.
MERC - Static variable in class org.cts.parser.proj.ProjValueParameters
Mercator1SP - Class in org.cts.op.projection: The Mercator Projection (MERC).
Mercator1SP(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.Mercator1SP: Create a new Mercator 1SP 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.
meridionalRadiusOfCurvature(double) - Method in class org.cts.datum.Ellipsoid: The Meridional Radius of Curvature is the radius of curvature, at a specific latitude, of the ellipse used to generate the ellipsoid.
METER - Static variable in class org.cts.op.CoordinateRounding: Round the coordinates to meter value.
METER - Static variable in class org.cts.units.Unit
MILL - Static variable in class org.cts.op.projection.MillerCylindrical: The Identifier used for all Miller Cylindrical projections.
MILL - Static variable in class org.cts.parser.proj.ProjValueParameters
MillerCylindrical - Class in org.cts.op.projection: The Miller Cylindrical Projection (MILL).
MillerCylindrical(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.MillerCylindrical: Create a new Miller Cylindrical Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameters lon0, lat0, FE, FN.
MILLIMETER - Static variable in class org.cts.op.CoordinateRounding: Round the coordinates to millimeter value.
MILLIMETER - Static variable in class org.cts.units.Unit
minus(Complex) - Method in class org.cts.util.Complex: Provides difference of this and right hand side.
minus(double) - Method in class org.cts.util.Complex: Provides difference of this and a real number.
modulo - Variable in class org.cts.op.transformation.grids.GeographicGrid
MOOREASAU81 - Static variable in class org.cts.datum.VerticalDatum

N

n - Variable in class org.cts.op.projection.AlbersEqualArea
n - Variable in class org.cts.op.projection.Krovak
n - Variable in class org.cts.op.projection.LambertConicConformal1SP
n - Variable in class org.cts.op.projection.LambertConicConformal2SP
n - Variable in class org.cts.op.projection.Mercator1SP
n - Variable in class org.cts.op.projection.MillerCylindrical
n - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
n - Variable in class org.cts.op.projection.TransverseMercator
n - Variable in class org.cts.op.projection.UniversalTransverseMercator
n - Variable in class org.cts.op.projection.UniversalTransverseMercatorAuto
n1 - Variable in class org.cts.op.projection.GaussSchreiberTransverseMercator
n2 - Variable in class org.cts.op.projection.GaussSchreiberTransverseMercator
NAD27 - Static variable in class org.cts.datum.GeodeticDatum
Nad27Registry - Class in org.cts.registry: This class parses the nad27 file available in the resources package.
Nad27Registry() - Constructor for class org.cts.registry.Nad27Registry
NAD83 - Static variable in class org.cts.datum.GeodeticDatum
Nad83Registry - Class in org.cts.registry: This class parses the nad83 file available in the resources package.
Nad83Registry() - Constructor for class org.cts.registry.Nad83Registry
nadgrids - Static variable in class org.cts.parser.proj.ProjKeyParameters
NAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
NE_CS - Static variable in class org.cts.crs.ProjectedCRS: A 2D CoordinateSystem whose first Axis contains northing and second Axis contains easting.
NEAREST - Static variable in interface org.cts.op.transformation.grids.Grid: Nearest interpolation method.
NewZealandMapGrid - Class in org.cts.op.projection: The New Zealand Map Grid Projection (NZMG).
NewZealandMapGrid(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.NewZealandMapGrid: Create a new New Zealand Map Grid 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.
NGG77GUY - Static variable in class org.cts.datum.VerticalDatum
no_defs - Static variable in class org.cts.parser.proj.ProjKeyParameters
NODIM - Static variable in interface org.cts.units.Quantity
NonInvertibleOperationException - Exception in org.cts.op: Try to use an interpolation method which is not defined or not yet implemented.
NonInvertibleOperationException(String) - Constructor for exception org.cts.op.NonInvertibleOperationException: Create a new NonInvertibleOperationException.
NonInvertibleOperationException(CoordinateOperation) - Constructor for exception org.cts.op.NonInvertibleOperationException: Create a new InterpolationMethodException.
NORTHING - Static variable in class org.cts.cs.Axis: Northing axis.
NOT_LINEARIZED - Static variable in class org.cts.op.transformation.SevenParameterTransformation: NOT_LINEARIZED when formulas use exact sin(x) function.
NTF - Static variable in class org.cts.datum.GeodeticDatum: Nouvelle Triangulation Française.
NTF_PARIS - Static variable in class org.cts.datum.GeodeticDatum: Nouvelle Triangulation Française (Paris).
NTv2GridShiftTransformation - Class in org.cts.op.transformation: Geographic Offset by Interpolation of Gridded Data.
NTv2GridShiftTransformation(URL, double) - Constructor for class org.cts.op.transformation.NTv2GridShiftTransformation: NTv2GridShiftTransformation constructor.
NTv2GridShiftTransformation(URL) - Constructor for class org.cts.op.transformation.NTv2GridShiftTransformation: NTv2GridShiftTransformation constructor.
NUKUHIVA - Static variable in class org.cts.datum.VerticalDatum
NZMG - Static variable in class org.cts.op.projection.NewZealandMapGrid: The Identifier used for all New Zealand Map Grid projections.
NZMG - Static variable in class org.cts.parser.proj.ProjValueParameters

O

ObliqueMercator - Class in org.cts.op.projection: The Oblique Mercator Projection (OMERC).
ObliqueMercator(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.ObliqueMercator: Create a new Oblique Mercator Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameters FE, FN and other parameters useful for the projection.
ObliqueStereographicAlternative - Class in org.cts.op.projection: The Oblique Stereographic Alternative Projection (STEREA).
ObliqueStereographicAlternative(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.ObliqueStereographicAlternative: Create a new Oblique Stereographic Alternative 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.
OMERC - Static variable in class org.cts.op.projection.ObliqueMercator: The Identifier used for all Oblique Mercator projections.
OMERC - Static variable in class org.cts.parser.proj.ProjValueParameters
ONE - Static variable in class org.cts.util.Complex
OppositeCoordinate - Class in org.cts.op: This transformation turn the choosing coordinate into its opposite.
OppositeCoordinate(int) - Constructor for class org.cts.op.OppositeCoordinate: Construct the transformation turning the value at the given index into its opposite.
org.cts - package org.cts
org.cts.crs - package org.cts.crs
org.cts.cs - package org.cts.cs
org.cts.datum - package org.cts.datum
org.cts.op - package org.cts.op
org.cts.op.projection - package org.cts.op.projection
org.cts.op.transformation - package org.cts.op.transformation
org.cts.op.transformation.grid - package org.cts.op.transformation.grid
org.cts.op.transformation.grids - package org.cts.op.transformation.grids
org.cts.parser.prj - package org.cts.parser.prj
org.cts.parser.proj - package org.cts.parser.proj
org.cts.registry - package org.cts.registry
org.cts.units - package org.cts.units
org.cts.util - package org.cts.util
OSLO - Static variable in class org.cts.datum.PrimeMeridian: Oslo Meridian.
OutOfExtentException - Exception in org.cts.cs: An exception arising while trying to work out of a valid area defined by an Extent object.
OutOfExtentException(String) - Constructor for exception org.cts.cs.OutOfExtentException: Create a new OutOfExtentException.
OutOfExtentException(double[]) - Constructor for exception org.cts.cs.OutOfExtentException: Create a new OutOfExtentException.
OutOfExtentException(double[], Extent) - Constructor for exception org.cts.cs.OutOfExtentException: Create a new OutOfExtentException.

P

Parameter - Class in org.cts
Parameter(String, Measure) - Constructor for class org.cts.Parameter: Creates a new Parameters defined by his name and his measure.
PARAMETER - Static variable in class org.cts.parser.prj.PrjKeyParameters
ParameterException - Exception in org.cts.parser.proj
ParameterException(String) - Constructor for exception org.cts.parser.proj.ParameterException: Build a new ParameterException from a message.
PARAMNAMES - Static variable in class org.cts.parser.prj.PrjValueParameters: A map linking the name of parameters used in PRJ file to the name used in CTS.
PARIS - Static variable in class org.cts.datum.PrimeMeridian: Paris Meridian.
PARIS_RGS - Static variable in class org.cts.datum.PrimeMeridian: Paris (Royal Geographic Society) Meridian.
parseAndConvert2Radians(String) - Static method in class org.cts.util.AngleFormat: This method parse a string which represent an angle in radians, in grades or in degrees.
parseAngle(String) - Static method in class org.cts.util.AngleFormat: Parse a string representing an angle written in DMSH (degrees / minutes / seconds / hemisphere).
parseNode(CharBuffer) - Method in class org.cts.parser.prj.PrjParser: Parses a Node into its PrjElement representation.
plus(Complex) - Method in class org.cts.util.Complex: Provides sum of this and right hand side.
plus(double) - Method in class org.cts.util.Complex: Provides sum of this and a real number.
pm - Static variable in class org.cts.parser.proj.ProjKeyParameters
PMVALUE - Static variable in class org.cts.parser.prj.PrjKeyParameters
POLY - Static variable in class org.cts.op.projection.Polyconic: The Identifier used for all Polyconic projections.
POLY - Static variable in class org.cts.parser.proj.ProjValueParameters
Polyconic - Class in org.cts.op.projection: The Polyconic (American) Projection (POLY).
Polyconic(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.Polyconic: Create a new Polyconic Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameters lon0, lat0, FE, FN.
POSITION_VECTOR - Static variable in class org.cts.op.transformation.SevenParameterTransformation: POSITION_VECTOR sign convention is such that a positive rotation about an axis is defined as a clockwise rotation of the position vector when viewed from the origin of the cartesian coordinate reference system in the positive direction of that axis; e.g. a positive rotation about the Z-axis only from source system to target system will result in a larger longitude value for the point in the target system.
pow(Complex) - Static method in class org.cts.util.Complex: Computes complex power.
precision - Variable in class org.cts.op.AbstractCoordinateOperation
PRIME_MERIDIAN_OP - Static variable in class org.cts.op.CoordinateOperationFactory
PRIMEM - Static variable in class org.cts.parser.prj.PrjKeyParameters
PrimeMeridian - Class in org.cts.datum: PrimeMeridian.
primeMeridianFromName - Static variable in class org.cts.datum.PrimeMeridian: primeMeridianFromName associates each prime meridian to a short string used to recognize it in CTS.
PRIMEMERIDIANNAMES - Static variable in class org.cts.parser.prj.PrjValueParameters: A map linking the name of prime meridians used in PRJ file to the short name used in CTS.
PRIMEMREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
PrjElement - Interface in org.cts.parser.prj
PrjKeyParameters - Class in org.cts.parser.prj: List all parameters used to define a PRJ file
PrjKeyParameters() - Constructor for class org.cts.parser.prj.PrjKeyParameters
PrjMatcher - Class in org.cts.parser.prj: This class is used to get values from parameter in the prj file.
PrjNodeElement - Class in org.cts.parser.prj
PrjNodeMatcher - Interface in org.cts.parser.prj
PrjNumberElement - Class in org.cts.parser.prj
PrjParser - Class in org.cts.parser.prj: Parser for PRJ / WKT (OGC & ESRI) String.
PrjParser() - Constructor for class org.cts.parser.prj.PrjParser: Creates a new parser.
PrjParserException - Exception in org.cts.parser.prj: Return an exception when the prj cannot be parsed.
PrjParserException(Throwable) - Constructor for exception org.cts.parser.prj.PrjParserException: Build a PrjParserException from a cause.
PrjParserException(String, Throwable) - Constructor for exception org.cts.parser.prj.PrjParserException: Build a PrjParserException from a message and a cause.
PrjParserException(String) - Constructor for exception org.cts.parser.prj.PrjParserException: Build a PrjParserException from a message.
PrjParserException() - Constructor for exception org.cts.parser.prj.PrjParserException: Build a new PrjParserException.
PrjStringElement - Class in org.cts.parser.prj
PrjValueParameters - Class in org.cts.parser.prj: A class to manage all values used to fill a PRJ file
PrjValueParameters() - Constructor for class org.cts.parser.prj.PrjValueParameters
PrjWriter - Class in org.cts.parser.prj
proj - Static variable in class org.cts.parser.proj.ProjKeyParameters
PROJCS - Static variable in class org.cts.parser.prj.PrjKeyParameters
ProjectedCRS - Class in org.cts.crs: A Projected CoordinateReferenceSystem is a CoordinateReferenceSystem based on a GeodeticDatum and a Projection operation.
ProjectedCRS(Identifier, GeodeticDatum, CoordinateSystem, Projection) - Constructor for class org.cts.crs.ProjectedCRS: Create a new ProjectedCRS.
ProjectedCRS(Identifier, GeodeticDatum, Projection, Unit) - Constructor for class org.cts.crs.ProjectedCRS: Create a new ProjectedCRS.
ProjectedCRS(Identifier, GeodeticDatum, Projection) - Constructor for class org.cts.crs.ProjectedCRS: Create a new ProjectedCRS.
Projection - 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.
Projection(Identifier, Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.Projection: Creates a new Projection
PROJECTION - Static variable in class org.cts.parser.prj.PrjKeyParameters
Projection.Orientation - Enum in org.cts.op.projection: Projection orientation.
Projection.Property - Enum in org.cts.op.projection: Projection property.
Projection.Surface - Enum in org.cts.op.projection: Projection classification based on the surface type.
PROJECTION_OP - Static variable in class org.cts.op.CoordinateOperationFactory
ProjKeyParameters - Class in org.cts.parser.proj
ProjKeyParameters() - Constructor for class org.cts.parser.proj.ProjKeyParameters
PROJNAMES - Static variable in class org.cts.parser.prj.PrjValueParameters: A map linking the name of projections used in PRJ file to the short name used in CTS.
ProjParser - Class in org.cts.parser.proj: Parser used to read a proj file as the one used in proj4 library.
ProjParser(Registry) - Constructor for class org.cts.parser.proj.ProjParser: Create a new ProjParser for the given registry.
projParser - Variable in class org.cts.registry.AbstractProjRegistry: The parser associated to the PROJ registry.
PROJREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
ProjValueParameters - Class in org.cts.parser.proj
ProjValueParameters() - Constructor for class org.cts.parser.proj.ProjValueParameters

Q

qp - Variable in class org.cts.op.projection.LambertAzimuthalEqualArea
Quantity - Interface in org.cts.units: According to wikipedia, quantity is a kind of property which exists as magnitude or multitude.
Quantity.Factory - Class in org.cts.units: A factory to easily create Quantities from simple Strings.
Quantity.Factory() - Constructor for class org.cts.units.Quantity.Factory

R

R - Variable in class org.cts.op.projection.ObliqueStereographicAlternative
R - Variable in class org.cts.op.projection.SwissObliqueMercator
R - Static variable in class org.cts.parser.proj.ProjKeyParameters
r0 - Variable in class org.cts.op.projection.Krovak
R_A - Static variable in class org.cts.parser.proj.ProjKeyParameters
R_a - Static variable in class org.cts.parser.proj.ProjKeyParameters
R_g - Static variable in class org.cts.parser.proj.ProjKeyParameters
R_h - Static variable in class org.cts.parser.proj.ProjKeyParameters
R_lat_a - Static variable in class org.cts.parser.proj.ProjKeyParameters
R_lat_g - Static variable in class org.cts.parser.proj.ProjKeyParameters
R_V - Static variable in class org.cts.parser.proj.ProjKeyParameters
RAD - Static variable in class org.cts.parser.proj.ProjValueParameters
RAD2DD - Static variable in class org.cts.op.transformation.FrenchGeocentricNTF2RGF
rad2deg(double) - Static method in class org.cts.util.AngleFormat
rad2gra(double) - Static method in class org.cts.util.AngleFormat
rad2min(double) - Static method in class org.cts.util.AngleFormat
rad2sec(double) - Static method in class org.cts.util.AngleFormat
RADIAN - Static variable in class org.cts.units.Unit
RAIATEASAU01 - Static variable in class org.cts.datum.VerticalDatum
RAIVAVAE - Static variable in class org.cts.datum.VerticalDatum
RAR07 - Static variable in class org.cts.datum.VerticalDatum
re() - Method in class org.cts.util.Complex: Returns the real part of the complex number.
readParameters(String, Pattern) - Method in class org.cts.parser.proj.ProjParser: Read all parameters from the registry
REAO - Static variable in class org.cts.datum.VerticalDatum
RECTIFIED_GRID_ANGLE - Static variable in class org.cts.Parameter: Key to access angle from the rectified grid to the skew (oblique) grid of oblique projections.
REFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
Registry - Interface in org.cts.registry
registryAdded(String) - Method in interface org.cts.registry.RegistryManagerListener: Called when a registry is registered in the RegistryManager
RegistryException - Exception in org.cts.registry: A class to return an exception when a registry fail
RegistryException(String) - Constructor for exception org.cts.registry.RegistryException: Build a new RegistryException from a message.
RegistryException(String, Exception) - Constructor for exception org.cts.registry.RegistryException: Build a new RegistryException from a message and an exception.
RegistryManager - Class in org.cts.registry: This class manages all supported registry.
RegistryManager() - Constructor for class org.cts.registry.RegistryManager: Create a default registry manager without any declared registry.
RegistryManagerListener - Interface in org.cts.registry
registryRemoved(String) - Method in interface org.cts.registry.RegistryManagerListener: Called when a registry is removed from the RegistryManager
removeEldestEntry(Map.Entry<K, V>) - Method in class org.cts.CRSFactory.CRSCache
removeRegistryManagerListener(RegistryManagerListener) - Method in class org.cts.registry.RegistryManager: Remove the listener if it is present in the listener list
rf - Static variable in class org.cts.parser.proj.ProjKeyParameters
RGF93 - Static variable in class org.cts.datum.GeodeticDatum: Réseau géodésique français 1993.
rho0 - Variable in class org.cts.op.projection.AlbersEqualArea
ROME - Static variable in class org.cts.datum.PrimeMeridian: Rome Meridian.
roundToString(double, double) - Static method in class org.cts.parser.prj.PrjWriter: Return a String representing the number round to the given tolerance.
rowNumber - Variable in class org.cts.op.transformation.grids.GeographicGrid
Rq - Variable in class org.cts.op.projection.LambertAzimuthalEqualArea
run(List<PrjElement>) - Method in interface org.cts.parser.prj.PrjNodeMatcher: Match the node in parameter.
RURUTU - Static variable in class org.cts.datum.VerticalDatum

S

SCALE_FACTOR - Static variable in class org.cts.Parameter: Key to access scale factor, one possible parameter of the projection.
SECOND - Static variable in class org.cts.units.Unit
setDefaultToWGS84Operation(CoordinateOperation) - Method in class org.cts.datum.GeodeticDatum: Set the default transformation to WGS84 in two forms : toWGS84 Geocentric transformation toWGS84 is an operation to transform geocentric coordinates based on this datum to geocentric coordinates based on WGS84 datum, generally a translation or a SevenParameterTransformation (ex.
setGroupSize(int) - Method in class org.cts.op.transformation.grids.BleggGeographicGrid
setIdentifier(Identifier) - Method in class org.cts.IdentifiableComponent: Change this component's Identifier
setLatAccuracyAvailable(boolean) - Method in class org.cts.op.transformation.grid.GridShift
setLatAccuracySeconds(double) - Method in class org.cts.op.transformation.grid.GridShift
setLatDegrees(double) - Method in class org.cts.op.transformation.grid.GridShift
setLatSeconds(double) - Method in class org.cts.op.transformation.grid.GridShift
setLatShiftSeconds(double) - Method in class org.cts.op.transformation.grid.GridShift
setLonAccuracyAvailable(boolean) - Method in class org.cts.op.transformation.grid.GridShift
setLonAccuracySeconds(double) - Method in class org.cts.op.transformation.grid.GridShift
setLonPositiveEastDegrees(double) - Method in class org.cts.op.transformation.grid.GridShift
setLonPositiveWestSeconds(double) - Method in class org.cts.op.transformation.grid.GridShift
setLonShiftPositiveWestSeconds(double) - Method in class org.cts.op.transformation.grid.GridShift
setMode(int) - Method in class org.cts.op.transformation.NTv2GridShiftTransformation: Set the mode to access the grid shift file.
setRemarks(String) - Method in interface org.cts.Identifiable: Change the remarks.
setRemarks(String) - Method in class org.cts.IdentifiableComponent: Change the remarks.
setRemarks(String) - Method in class org.cts.Identifier: Change the remarks.
setScale(int) - Method in class org.cts.op.transformation.grids.GeographicGrid: Set the scale which determine the number of decimal to read/write or the 'scale' factor to use to obtain an integer parameter.
setScale(double) - Method in class org.cts.units.Unit: Set factor or scale.
setShortName(String) - Method in interface org.cts.Identifiable: Change the short name for this Identifiable.
setShortName(String) - Method in class org.cts.IdentifiableComponent: Change the short string used to identify unambiguously the object.
setShortName(String) - Method in class org.cts.Identifier: Change the short string used to identify unambiguously the object.
setSubGridArray(SubGrid[]) - Method in class org.cts.op.transformation.grid.SubGrid
setSubGridName(String) - Method in class org.cts.op.transformation.grid.GridShift
setToOtherDatumOperation(CoordinateOperation, GeodeticDatum) - Method in class org.cts.datum.GeodeticDatum: Set a transformation to a target Datum.
setUnit(Unit) - Method in class org.cts.units.Measure: Set the unit of this measure.
setValue(int, int, double[]) - Method in class org.cts.op.transformation.grids.GeographicGrid: set the value in row r and column c
setValue(Number) - Method in class org.cts.units.Measure: Set Value of this measure.
SevenParameterTransformation - Class in org.cts.op.transformation: Seven-Parameter transformations are mathematical similarities or Helmert transformations in a three dimensional space.
SHOM53 - Static variable in class org.cts.datum.VerticalDatum
sin(Complex) - Static method in class org.cts.util.Complex: Computes complex sine.
sinh(Complex) - Static method in class org.cts.util.Complex: Computes hyperbolic sine.
SOMERC - Static variable in class org.cts.op.projection.SwissObliqueMercator: The Identifier used for all Swiss Oblique Mercator projections.
SOMERC - Static variable in class org.cts.parser.proj.ProjValueParameters
south - Static variable in class org.cts.parser.proj.ProjKeyParameters
SOUTHING - Static variable in class org.cts.cs.Axis: Southing axis.
SPEED - Static variable in class org.cts.op.transformation.NTv2GridShiftTransformation
SPHERE - Static variable in class org.cts.datum.Ellipsoid: Perfect SPHERE.
SPHEREVD - Static variable in class org.cts.datum.VerticalDatum
SPHEROID - Static variable in class org.cts.parser.prj.PrjKeyParameters
SPHEROIDREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
splitRegistryNameAndCode(String) - Method in class org.cts.CRSFactory: Return the registry name and the code in a string array.
sqrt(Complex) - Static method in class org.cts.util.Complex: Computes complex square root.
STANDARD_PARALLEL_1 - Static variable in class org.cts.Parameter: Key to access the first standard parallel of secant conformal conic projections.
STANDARD_PARALLEL_2 - Static variable in class org.cts.Parameter: Key to access the second standard parallel of secant conformal conic projections.
STERE - Static variable in class org.cts.op.projection.Stereographic: The Identifier used for all Polar Stereographic projections.
STERE - Static variable in class org.cts.parser.proj.ProjValueParameters
STEREA - Static variable in class org.cts.op.projection.ObliqueStereographicAlternative: The Identifier used for all Oblique Stereographic Alternative projections.
STEREA - Static variable in class org.cts.parser.proj.ProjValueParameters
Stereographic - Class in org.cts.op.projection: The Polar Stereographic Projection (STERE).
Stereographic(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.Stereographic: Create a new Stereographic 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.
STOCKHOLM - Static variable in class org.cts.datum.PrimeMeridian: Stockholm Meridian.
SubGrid - Class in org.cts.op.transformation.grid
SubGrid(InputStream, boolean, boolean) - Constructor for class org.cts.op.transformation.grid.SubGrid
SubGrid(RandomAccessFile, long, boolean) - Constructor for class org.cts.op.transformation.grid.SubGrid
supportedParameters() - Static method in class org.cts.parser.proj.ProjKeyParameters: Create an array with the list of supported parameters.
SwissObliqueMercator - Class in org.cts.op.projection: The Swiss Oblique Mercator Projection (SOMERC).
SwissObliqueMercator(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.SwissObliqueMercator: Create a new Swiss Oblique Stereographic Alternative Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameters FE, FN and other parameters useful for the projection.
SWITCH_LAT_LON - Static variable in class org.cts.op.CoordinateSwitch: Switch the two first value of a coordinate.

T

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 CoordinateReferenceSystem to a GeographicReferenceSystem based on the same horizonal datum and vertical datum, and using normal SI units in the following order : latitude (rad), longitude (rad) height/altitude (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 GeographicReferenceSystem based on the same horizonal datum and vertical datum, and using normal SI units in the following order : latitude (rad), longitude (rad) height/altitude (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
toGeographicCoordinateConverter() - Method in class org.cts.crs.VerticalCRS
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.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() - 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
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

U

uc - Variable in class org.cts.op.projection.ObliqueMercator
UNIT - Static variable in class org.cts.parser.prj.PrjKeyParameters
Unit - Class in org.cts.units: According to wikipedia, a unit of measurement is a standardised quantity of a physical property, used as a factor to express occurring quantities of that property.
Unit(Quantity, Identifier) - Constructor for class org.cts.units.Unit: Creates a base unit for this quantity.
Unit(Quantity, double, Identifier) - Constructor for class org.cts.units.Unit: Creates a new unit for this quantity.
Unit(Quantity, double, double, Identifier) - Constructor for class org.cts.units.Unit: Creates a new Unit for the Quantity Q.
UNIT - Static variable in class org.cts.units.Unit
UNIT_OP - Static variable in class org.cts.op.CoordinateOperationFactory
UnitConversion - Class in org.cts.op: Convert coordinates from a source unit to a target unit.
UNITNAMES - Static variable in class org.cts.parser.prj.PrjValueParameters: A map linking the name of units used in PRJ file to the short name used in CTS.
UNITREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
units - Static variable in class org.cts.parser.proj.ProjKeyParameters
UniversalTransverseMercator - Class in org.cts.op.projection: The Universal Transverse Mercator Projection (UTM).
UniversalTransverseMercator(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.UniversalTransverseMercator: Create a new Universal Transverse Mercator Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameters lon0, FE and other parameters useful for the projection.
UniversalTransverseMercatorAuto - 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.
UniversalTransverseMercatorAuto(Ellipsoid, Map<String, Measure>) - Constructor for class org.cts.op.projection.UniversalTransverseMercatorAuto: Create a new Universal Transverse Mercator Projection corresponding to the Ellipsoid given in argument and a default set of parameters and initialize common parameters lat0 and other parameters useful for the projection.
UNKNOWN - Static variable in interface org.cts.Identifiable: Value used for objects with an unknown name.
unload() - Method in class org.cts.op.transformation.grid.GridShiftFile
unload() - Method in class org.cts.op.transformation.NTv2GridShiftTransformation: Unload the grid shift file used by this transformation.
USFOOT - Static variable in class org.cts.units.Unit
Util - Class in org.cts.op.transformation.grid
Util() - Constructor for class org.cts.op.transformation.grid.Util
UTM - Static variable in class org.cts.op.projection.UniversalTransverseMercator: The Identifier used for all Universal Transverse Mercator projections.
UTM - Static variable in class org.cts.op.projection.UniversalTransverseMercatorAuto: The Identifier used for all Universal Transverse Mercator projections.
UTM - Static variable in class org.cts.parser.proj.ProjValueParameters

V

valueOf(String) - Static method in enum org.cts.crs.CoordinateReferenceSystem.Type: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.cts.cs.Axis.Direction: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.cts.datum.Ellipsoid.SecondParameter: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.cts.datum.VerticalDatum.Type: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.cts.op.projection.Projection.Orientation: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.cts.op.projection.Projection.Property: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.cts.op.projection.Projection.Surface: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum org.cts.op.transformation.grids.Grid.InterpolationMethod: Returns the enum constant of this type with the specified name.
values() - Static method in enum org.cts.crs.CoordinateReferenceSystem.Type: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.cts.cs.Axis.Direction: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.cts.datum.Ellipsoid.SecondParameter: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.cts.datum.VerticalDatum.Type: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.cts.op.projection.Projection.Orientation: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.cts.op.projection.Projection.Property: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum org.cts.op.projection.Projection.Surface: Returns an array containing the constants of this enum type, in the order they are declared.
values - Variable in class org.cts.op.transformation.grids.GeographicGrid: 3-dimensions float array.
values() - Static method in enum org.cts.op.transformation.grids.Grid.InterpolationMethod: Returns an array containing the constants of this enum type, in the order they are declared.
VDATUM_OP - Static variable in class org.cts.op.CoordinateOperationFactory
VERTAXIS - Static variable in class org.cts.parser.prj.PrjKeyParameters
VERTAXISTYPE - Static variable in class org.cts.parser.prj.PrjKeyParameters
VERTCS - Static variable in class org.cts.parser.prj.PrjKeyParameters
VERTDATUM - Static variable in class org.cts.parser.prj.PrjKeyParameters
VERTDATUMREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
VERTDATUMTYPE - Static variable in class org.cts.parser.prj.PrjKeyParameters
VerticalCRS - Class in org.cts.crs: A vertical CoordinateReferenceSystem is a CoordinateReferenceSystem based on a VerticalDatum.
VerticalCRS(Identifier, VerticalDatum, CoordinateSystem) - Constructor for class org.cts.crs.VerticalCRS: Create a new VerticalCRS.
VerticalCRS(Identifier, VerticalDatum) - Constructor for class org.cts.crs.VerticalCRS: Create a new VerticalCRS.
VerticalDatum - Class in org.cts.datum: Vertical datum are used to determine elevation.
VerticalDatum(Identifier, GeographicExtent, String, String, VerticalDatum.Type, String, GeodeticDatum) - Constructor for class org.cts.datum.VerticalDatum: Creates a new VerticalDatum.
VerticalDatum(Identifier, String, String, Ellipsoid) - Constructor for class org.cts.datum.VerticalDatum: Creates a new VerticalDatum of type ellipsoidal.
VerticalDatum.Type - Enum in org.cts.datum: Vertical Datum classification based on the surface type.
VERTREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
VERTUNIT - Static variable in class org.cts.parser.prj.PrjKeyParameters
VERTUNITREFNAME - Static variable in class org.cts.parser.prj.PrjKeyParameters
VERTUNITVAL - Static variable in class org.cts.parser.prj.PrjKeyParameters

W

WESTING - Static variable in class org.cts.cs.Axis: Westing axis.
WGS66 - Static variable in class org.cts.datum.Ellipsoid: WGS 66.
WGS66VD - Static variable in class org.cts.datum.VerticalDatum
WGS72 - Static variable in class org.cts.datum.Ellipsoid: WGS 72.
WGS72VD - Static variable in class org.cts.datum.VerticalDatum
WGS84 - Static variable in class org.cts.datum.Ellipsoid: WGS84 ellipsoid, used with the WGS84 spatial geodetic datum.
WGS84 - Static variable in class org.cts.datum.GeodeticDatum: World Geodetic System 1984.
WGS84GUAD - Static variable in class org.cts.datum.GeodeticDatum
WGS84MART - Static variable in class org.cts.datum.GeodeticDatum
WGS84SBSM - Static variable in class org.cts.datum.GeodeticDatum
WGS84VD - Static variable in class org.cts.datum.VerticalDatum: WGS84VD stands for WGS84 Vertical Datum.
wktext - Static variable in class org.cts.parser.proj.ProjKeyParameters
WORLD - Static variable in class org.cts.cs.GeographicExtent: The World Extent that contains all the planet surface.
worldRegistry - Class in org.cts.registry: This class parses the world file available in the resources package.
worldRegistry() - Constructor for class org.cts.registry.worldRegistry
write(GeographicGrid, OutputStream) - Static method in class org.cts.op.transformation.grids.BleggGeographicGrid: Write a GeographicGrid in a Blegg-compressed format.

X

x - Static variable in class org.cts.cs.Axis: x axis.
X - Static variable in class org.cts.cs.Axis: X axis.
x0 - Variable in class org.cts.op.transformation.grids.GeographicGrid
x_0 - Static variable in class org.cts.parser.proj.ProjKeyParameters
xL - Variable in class org.cts.op.transformation.grids.GeographicGrid
xs - Variable in class org.cts.op.projection.GaussSchreiberTransverseMercator
xs - Variable in class org.cts.op.projection.LambertConicConformal1SP
xs - Variable in class org.cts.op.projection.LambertConicConformal2SP
xs - Variable in class org.cts.op.projection.TransverseMercator
xs - Variable in class org.cts.op.projection.UniversalTransverseMercator
xs - Variable in class org.cts.op.projection.UniversalTransverseMercatorAuto

Y

y - Static variable in class org.cts.cs.Axis: y axis.
Y - Static variable in class org.cts.cs.Axis: Y axis.
y0 - Variable in class org.cts.op.transformation.grids.GeographicGrid
y_0 - Static variable in class org.cts.parser.proj.ProjKeyParameters
YARD - Static variable in class org.cts.units.Unit
yL - Variable in class org.cts.op.transformation.grids.GeographicGrid
ys - Variable in class org.cts.op.projection.GaussSchreiberTransverseMercator
ys - Variable in class org.cts.op.projection.LambertConicConformal1SP
ys - Variable in class org.cts.op.projection.LambertConicConformal2SP
ys - Variable in class org.cts.op.projection.TransverseMercator
ys - Variable in class org.cts.op.projection.UniversalTransverseMercator

Z

Z - Static variable in class org.cts.cs.Axis: Z axis.
zone - Static variable in class org.cts.parser.proj.ProjKeyParameters

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