Uses of Class
edu.nrao.sss.measure.Longitude

Packages that use Longitude

edu.nrao.sss.astronomy	General astronomical concepts.
edu.nrao.sss.geom	Geometric concepts.
edu.nrao.sss.measure	Measurements and their units.

Uses of Longitude in edu.nrao.sss.astronomy

Fields in edu.nrao.sss.astronomy declared as Longitude

static Longitude

SkyPositionFilter.ANY_LONGITUDE A constant that may be used to indicate that the minimum or maximum longitude is unbounded.

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

Longitude	PolynomialPositionTable.getLongitude()
Longitude	SimpleSkyPosition.getLongitude() Returns the current longitude of this position.
Longitude	SolarSystemBodyPosition.getLongitude() Returns the current longitude of this position.
Longitude	EphemerisTable.getLongitude(Date time) Returns the longitude of this position at the given point in time.
Longitude	PolynomialPositionTable.getLongitude(Date time)
Longitude	SimpleSkyPosition.getLongitude(Date time) Returns the longitude of this position at the given point in time.
Longitude	Orbit.getLongitude(Date time) NOT YET CODED; always returns a null-like value. Returns the longitude of this position at the given point in time.
Longitude	SkyPosition.getLongitude(Date time) Returns the longitude of this position at the given point in time.
Longitude	PolynomialPosition.getLongitude(Date time) Returns the longitude of this position at the given point in time.
Longitude	SolarSystemBodyPosition.getLongitude(Date time) Returns the longitude of this position at the given point in time.
Longitude	PolynomialPosition.getLongitudeAtTimeZero() Returns the longitude of this position as of the reference time.
Longitude	PolynomialPositionTable.getLongitudeUncertainty()
Longitude	SimpleSkyPosition.getLongitudeUncertainty() Returns the uncertainty in the longitude of this position.
Longitude	PolynomialPosition.getLongitudeUncertainty() Returns the uncertainty in the longitude of this position.
Longitude	SolarSystemBodyPosition.getLongitudeUncertainty() Returns the uncertainty in the longitude of this position.
Longitude	Orbit.getRightAscensionAscendingNode() Returns the right ascension of the ascending node for this orbit.

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

String	CelestialCoordinateSystem.longitudeToString(Longitude longitude, int minFracDigits, int maxFracDigits) Returns a text representation of longitude that is appropriate for this coordinate system.
void	SkyPositionFilter.setCone(Latitude centerLatitude, Longitude centerLongitude, Angle searchRadius) Sets this filter so that only positions within the cone described by the center latitude / longitude pair and the search radius may pass.
void	SkyPositionFilter.setLatitudeLongitudeRectangle(Latitude centerLatitude, Longitude centerLongitude, Angle halfWidth) Sets that latitude and longitude ranges for this filter.
void	SimpleSkyPosition.setLongitude(Longitude newLongitude) Sets the longitude of this position.
void	SkyPositionFilter.setLongitude(Longitude center, Angle halfWidth) Sets the longitude range for this filter.
void	PolynomialPosition.setLongitudeAtTimeZero(Longitude longitude) Sets the longitude of this position as of the reference time.
void	SkyPositionFilter.setLongitudeRange(Longitude from, Longitude to) Sets the longitude range for this filter.
void	SimpleSkyPosition.setLongitudeUncertainty(Longitude newUncertainty) Sets the uncertainty in the longitude of this position.
void	PolynomialPosition.setLongitudeUncertainty(Longitude uncertainty) Sets the uncertainty level in the longitude of this position.
void	Orbit.setRightAscensionAscendingNode(Longitude raan) Sets the right ascension of the ascending node for this orbit.
void	EphemerisTableBuilder.setRightAscensionRange(Longitude first, Longitude last)

Uses of Longitude in edu.nrao.sss.geom

Methods in edu.nrao.sss.geom that return Longitude

Longitude	SphericalPosition.getLongitude() Returns the current longitude of this position.
Longitude	EarthPosition.getLongitude() Returns a copy of this position's longitude.
Longitude	SphericalPosition.getLongitudeUncertainty() Returns the uncertainty in the longitude of this position.
Longitude	EarthPosition.getLongitudeUncertainty() Returns a copy of the uncertainty in this position's longitude.

Methods in edu.nrao.sss.geom with parameters of type Longitude

static Angle	EarthPosition.calculateAngularSeparation(Latitude latitude1, Latitude latitude2, Longitude longitude1, Longitude longitude2) Calculates the angular separation between two positions.
Angle	EarthPosition.getParallacticAngle(Longitude rightAscension, Latitude declination, Date dateTime) Returns the parallactic angle to the given sky coordinates from this location at the specified time.

Constructors in edu.nrao.sss.geom with parameters of type Longitude

EarthPosition(Longitude longitude, Latitude latitude, Distance distance, TimeZone timeZone)
Creates a new position at the given location.

EarthPosition(Longitude lon, Latitude lat, Distance dist, TimeZone tz, Longitude lonUncertainty, Latitude latUncertainty, Distance distUncertainty)
Creates a new position at the given location.

EarthPosition(Longitude longitude, Latitude latitude, TimeZone timeZone)
Creates a new position at the given location.

Uses of Longitude in edu.nrao.sss.measure

Methods in edu.nrao.sss.measure that return Longitude

Longitude	LongitudeInterval.getCenter() Returns the longitude that is midway between the endpoints of this interval.
Longitude	LongitudeInterval.getEnd() Returns this interval's ending longitude.
Longitude	LocalSiderealTime.getHourAngle(Longitude rightAscension) Returns the hour angle for the given right ascension at this LST.
Longitude	LocalSiderealTime.getLocation() Returns a copy of the location on which this LST is based.
Longitude	LocalSiderealTime.getRightAscension(Longitude hourAngle) Returns the right ascension for the given hour angle at this LST.
Longitude	LongitudeInterval.getStart() Returns this interval's starting longitude.
static Longitude	Longitude.parse(String text) Returns a new longitude based on the given text.

Methods in edu.nrao.sss.measure with parameters of type Longitude

boolean	LongitudeInterval.contains(Longitude longitude) Returns true if longitude is contained in this interval.
Longitude	LocalSiderealTime.getHourAngle(Longitude rightAscension) Returns the hour angle for the given right ascension at this LST.
Longitude	LocalSiderealTime.getRightAscension(Longitude hourAngle) Returns the right ascension for the given hour angle at this LST.
boolean	Longitude.isEastOf(Longitude other) Returns true if this longitude is east of other.
boolean	Longitude.isOpposite(Longitude other) Returns true if this longitude and other are separated by one half circle.
boolean	Longitude.isWestOf(Longitude other) Returns true if this longitude is west of other.
void	LongitudeInterval.set(Longitude from, Longitude to) Sets the starting and ending points of this interval.
LocalSiderealTime	LocalSiderealTime.setLocationAndTimeZone(Longitude newLongitude, TimeZone newTimeZone) Changes the location and time zone for which this LST is valid.
LongitudeInterval[]	LongitudeInterval.split(Longitude pointOfSplit) Returns two new intervals that were formed by splitting this one at the given point.

Constructors in edu.nrao.sss.measure with parameters of type Longitude

LocalSiderealTime(Date gregorianCalendarDate, Longitude longitude, TimeZone timeZone)
Creates a new local sidereal time based on the given parameters

LongitudeInterval(Longitude from, Longitude to)
Creates a new interval using the given longitudes.