Uses of Class
org.cts.datum.Ellipsoid

Packages that use Ellipsoid

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

Uses of Ellipsoid in org.cts.datum

Fields in org.cts.datum declared as Ellipsoid

Modifier and Type	Field and Description
static Ellipsoid	Ellipsoid.AIRY Airy 1830.
static Ellipsoid	Ellipsoid.AIRYMOD Airy Modified 1849.
static Ellipsoid	Ellipsoid.AustSA GRS 1967 (SAD 1969) ellipsoid, used in Australian Geodetic Datum and in South American Datum 1969.
static Ellipsoid	Ellipsoid.BESSEL1841 Bessel 1841.
static Ellipsoid	Ellipsoid.BESSNAM Bessel Namibia (GLM).
static Ellipsoid	Ellipsoid.CLARKE1866 Clarke 1866.
static Ellipsoid	Ellipsoid.CLARKE1880ARC Clarke 1880 (Arc).
static Ellipsoid	Ellipsoid.CLARKE1880IGN Clarke 1880 (IGN).
static Ellipsoid	Ellipsoid.CLARKE1880RGS Clarke 1880 (RGS) or Clarke 1880 modified.
static Ellipsoid	Ellipsoid.EVERESTSS Everest 1830 (1967 definition).
static Ellipsoid	Ellipsoid.GRS67 GRS 1967 ellipsoid, used in Australian Geodetic Datum and in South American Datum 1969.
static Ellipsoid	Ellipsoid.GRS80 GRS 1980 ellipsoid, used in most recent spatial geodetic system (1990 and after).
static Ellipsoid	Ellipsoid.HELMERT Helmert 1906.
static Ellipsoid	Ellipsoid.INTERNATIONAL1924 International 1924.
static Ellipsoid	Ellipsoid.KRASSOWSKI Krassowski 1940.
static Ellipsoid	Ellipsoid.SPHERE Perfect SPHERE.
static Ellipsoid	Ellipsoid.WGS66 WGS 66.
static Ellipsoid	Ellipsoid.WGS72 WGS 72.
static Ellipsoid	Ellipsoid.WGS84 WGS84 ellipsoid, used with the WGS84 spatial geodetic datum.

Fields in org.cts.datum with type parameters of type Ellipsoid

Modifier and Type	Field and Description
static Map<String,Ellipsoid>	Ellipsoid.ellipsoidFromName ellipsoidFromName associates each ellipsoid to a short string used to recognize it in CTS.

Methods in org.cts.datum that return Ellipsoid

Modifier and Type	Method and Description
static Ellipsoid	Ellipsoid.createEllipsoidFromEccentricity(double semiMajorAxis, double eccentricity) 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.
static Ellipsoid	Ellipsoid.createEllipsoidFromEccentricity(Identifier identifier, double semiMajorAxis, double eccentricity) 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.
static Ellipsoid	Ellipsoid.createEllipsoidFromInverseFlattening(double semiMajorAxis, double invFlattening) 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.
static Ellipsoid	Ellipsoid.createEllipsoidFromInverseFlattening(Identifier identifier, double semiMajorAxis, double invFlattening) 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.
static Ellipsoid	Ellipsoid.createEllipsoidFromSemiMinorAxis(double semiMajorAxis, double semiMinorAxis) 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.
static Ellipsoid	Ellipsoid.createEllipsoidFromSemiMinorAxis(Identifier identifier, double semiMajorAxis, double semiMinorAxis) 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.
Ellipsoid	VerticalDatum.getEllipsoid()
Ellipsoid	Datum.getEllipsoid() Returns the ellipsoid of this datum.
Ellipsoid	GeodeticDatum.getEllipsoid() Return the ellipsoid of this Datum.

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

Modifier and Type	Method and Description
static GeodeticDatum	GeodeticDatum.createGeodeticDatum(Identifier identifier, PrimeMeridian primeMeridian, Ellipsoid ellipsoid, GeocentricTransformation toWGS84, GeographicExtent extent, String origin, String epoch) Creates a new Datum or return a known datum if it already exists.
static GeodeticDatum	GeodeticDatum.createGeodeticDatum(PrimeMeridian primeMeridian, Ellipsoid ellipsoid, GeocentricTransformation toWGS84) Creates a new Datum.

Constructors in org.cts.datum with parameters of type Ellipsoid

Constructor and Description
VerticalDatum(Identifier identifier, String origin, String epoch, Ellipsoid ellps) Creates a new VerticalDatum of type ellipsoidal.

Uses of Ellipsoid in org.cts.op

Methods in org.cts.op that return Ellipsoid

Modifier and Type	Method and Description
Ellipsoid	Geocentric2Geographic.getEllipsoid()
Ellipsoid	Geographic2Geocentric.getEllipsoid()

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

Constructor and Description
Geocentric2Geographic(Ellipsoid ellipsoid) Create a new Geographic2Geocentric transformation for a specific ellipsoid.
Geocentric2Geographic(Ellipsoid ellipsoid, double epsilon) Create a new Geographic2Geocentric transformation for a specific ellipsoid.
Geographic2Geocentric(Ellipsoid ellipsoid) Create a new Geographic2Geocentric transformation for a specific ellipsoid.
Geographic2Geocentric(Ellipsoid ellipsoid, double epsilon) Create a new Geographic2Geocentric transformation for a specific ellipsoid.

Uses of Ellipsoid in org.cts.op.projection

Methods in org.cts.op.projection with parameters of type Ellipsoid

Modifier and Type	Method and Description
static LambertConicConformal1SP	LambertConicConformal1SP.createLCC1SP(Ellipsoid ellipsoid, double latitude_of_origin, double scale_factor, double central_meridian, double false_easting, double false_northing) 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.
static LambertConicConformal1SP	LambertConicConformal1SP.createLCC1SP(Ellipsoid ellipsoid, double latitude_of_origin, double scale_factor, double central_meridian, Unit angleUnit, double false_easting, double false_northing, Unit planimetricUnit) LambertConicConformal1SP factory to create a LambertConicConformal1SP projection from a latitude of origin, a central meridian and false coordinates in any unit.
static LambertConicConformal2SP	LambertConicConformal2SP.createLCC2SP(Ellipsoid ellipsoid, double latitude_of_origin, double standard_parallel_1, double standard_parallel_2, double central_meridian, double false_easting, double false_northing) 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.
static LambertConicConformal2SP	LambertConicConformal2SP.createLCC2SP(Ellipsoid ellipsoid, double latitude_of_origin, double standard_parallel_1, double standard_parallel_2, double central_meridian, Unit angleUnit, double false_easting, double false_northing, Unit planimetricUnit) LambertConicConformal2SP factory to create a LambertConicConformal2SP projection from a latitude of origin, a central meridian and false coordinates in any unit.
static UniversalTransverseMercator	UniversalTransverseMercator.createUTM(Ellipsoid ellipsoid, int zone, String hemisphere) Creates a new Universal Transverse Mercator Projection based on the given Ellipsoid, for the given zone and the given hemisphere.
static double[]	UniversalTransverseMercator.getDirectUTMCoeff(Ellipsoid ellps) Return the coefficients for the direct UTM projection associated with the ellipsoid in parameter.
static double[]	Mercator1SP.getInverseMercatorCoeff(Ellipsoid ellps) Return the coefficients for the inverse Mercator projection associated with the ellipsoid in parameter.
static double[]	UniversalTransverseMercator.getInverseUTMCoeff(Ellipsoid ellps) Return the coefficients for the inverse UTM projection associated with the ellipsoid in parameter.

Constructors in org.cts.op.projection with parameters of type Ellipsoid

Constructor and Description
AlbersEqualArea(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
CassiniSoldner(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
CylindricalEqualArea(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
EquidistantCylindrical(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
GaussSchreiberTransverseMercator(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
Krovak(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
LambertAzimuthalEqualArea(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
Mercator1SP(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
MillerCylindrical(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
NewZealandMapGrid(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
ObliqueMercator(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
Polyconic(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
Projection(Identifier identifier, Ellipsoid ellipsoid, Map<String,Measure> parameters) Creates a new Projection
Stereographic(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
SwissObliqueMercator(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
TransverseMercator(Ellipsoid ellipsoid, Map<String,Measure> parameters) 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.
UniversalTransverseMercator(Ellipsoid ellipsoid, Map<String,Measure> parameters) Creates a new Universal Transverse Mercator Projection based on the given Ellipsoid and parameters (must contain Central Meridian and False Northing)
UniversalTransverseMercatorAuto(Ellipsoid ellipsoid, Map<String,Measure> parameters) Creates a new Universal Transverse Mercator Projection based on the given Ellipsoid and parameters.