Uses of Class
edu.nrao.sss.astronomy.CelestialCoordinateSystem

Packages that use CelestialCoordinateSystem

edu.nrao.sss.astronomy

General astronomical concepts.

Uses of CelestialCoordinateSystem in edu.nrao.sss.astronomy

Methods in edu.nrao.sss.astronomy that return CelestialCoordinateSystem

static CelestialCoordinateSystem	CelestialCoordinateSystem.fromString(String text) Returns the celestial coordinate system represented by text.
CelestialCoordinateSystem	PolynomialPositionTable.getCoordinateSystem()
CelestialCoordinateSystem	SkyPosition.getCoordinateSystem() Returns the coordinate system to use when interpreting the latitude and longitude values of this position.
CelestialCoordinateSystem	SolarSystemBodyPosition.getCoordinateSystem()
static CelestialCoordinateSystem	CelestialCoordinateSystem.getDefault() Returns a default coordinate system.
static CelestialCoordinateSystem	CelestialCoordinateSystem.valueOf(String name) Returns the enum constant of this type with the specified name.
static CelestialCoordinateSystem[]	CelestialCoordinateSystem.values() Returns an array containing the constants of this enum type, in the order they are declared.

Methods in edu.nrao.sss.astronomy with parameters of type CelestialCoordinateSystem

SkyPosition	HeasarcCoordConverter.createFrom(SkyPosition position, CelestialCoordinateSystem toSystem, Epoch toEpoch, EarthPosition observer, LocalSiderealTime lst) Returns a new position that is equivalent to position, but in the given coordinate system and epoch.
SkyPosition	CompositeConverter.createFrom(SkyPosition position, CelestialCoordinateSystem toSystem, Epoch toEpoch, EarthPosition observer, LocalSiderealTime lst)
SkyPosition	StarlinkPalConverter.createFrom(SkyPosition position, CelestialCoordinateSystem toSystem, Epoch toEpoch, EarthPosition observer, LocalSiderealTime lst)
SkyPosition	CelestialCoordinateConverter.createFrom(SkyPosition position, CelestialCoordinateSystem toSystem, Epoch toEpoch, EarthPosition observer, LocalSiderealTime lst) Returns a new position that is equivalent to position, but in the given coordinate system and epoch.
SkyPosition	EquatorialHorizontalConverter.createFrom(SkyPosition position, CelestialCoordinateSystem toSystem, Epoch toEpoch, EarthPosition observer, LocalSiderealTime lst)
void	CompositeConverter.setConverter(CelestialCoordinateConverter converter, CelestialCoordinateSystem fromSystem, Epoch fromEpoch, CelestialCoordinateSystem toSystem, Epoch toEpoch) Sets the converter to use for the given conversion.
void	PolynomialPositionTable.setCoordinateSystem(CelestialCoordinateSystem newSystem) Sets the coordinate system of all entries in this table.
SkyPosition	PolynomialPositionTable.toPosition(CelestialCoordinateSystem system, Epoch epoch, EarthPosition observer, LocalSiderealTime lst)
SkyPosition	SkyPosition.toPosition(CelestialCoordinateSystem system, Epoch epoch, EarthPosition observer, LocalSiderealTime lst) Returns a new position expressed in the given coordinate system and epoch that is equivalent to this position.
SkyPosition	SolarSystemBodyPosition.toPosition(CelestialCoordinateSystem system, Epoch epoch, EarthPosition observer, LocalSiderealTime lst)
SkyPosition	PolynomialPositionTable.toPosition(CelestialCoordinateSystem system, Epoch epoch, EarthPosition observer, LocalSiderealTime lst, CelestialCoordinateConverter converter)
SkyPosition	SkyPosition.toPosition(CelestialCoordinateSystem system, Epoch epoch, EarthPosition observer, LocalSiderealTime lst, CelestialCoordinateConverter converter) Returns a new position expressed in the given coordinate system and epoch that is equivalent to this position.
SkyPosition	SolarSystemBodyPosition.toPosition(CelestialCoordinateSystem system, Epoch epoch, EarthPosition observer, LocalSiderealTime lst, CelestialCoordinateConverter converter)

Constructors in edu.nrao.sss.astronomy with parameters of type CelestialCoordinateSystem

SimpleSkyPosition(CelestialCoordinateSystem system, Epoch epoch)
Creates a new instance with the given properties.