Uses of Class
org.jeospace.coordinate.Spherical

Packages that use Spherical

org.jeospace.coordinate	Contains classes that support 3 dimensional coordinate objects used to position and orient.
org.jeospace.physics	Contains classes supporting physics based simulations.
org.jeospace.physics.orbit	Contains interfaces and classes supporting physics based orbital mechanics.
org.jeospace.projection	Contains classes that manage map projections.
org.jeospace.simulation	Contains classes to configure, manage and control the simulation/visulation environment.

Uses of Spherical in org.jeospace.coordinate

Methods in org.jeospace.coordinate with parameters of type Spherical

static void	PositionUtils.getVisibleRadius(Spherical spherical, Ellipsoid ellipsoid, Angle radiusAngle) Calculate the visible radius on the surface of an ellipsoid of the point defined by the argument ellipsoid-centric fixed coordinate and place the result into the argument Angle object.
Cartesian	Spherical.getVector(Spherical target, Length scale) Get the Cartesian representation of the vector from this Spherical coordinate object to a target Spherical coordinate object.
void	Spherical.getVector(Spherical target, Cartesian vector) Get the Cartesian representation of the vector from this Spherical coordinate object to a target Spherical coordinate object.

Uses of Spherical in org.jeospace.physics

Methods in org.jeospace.physics with parameters of type Spherical

void	KineticBody.getCoordinate(double timeValue, Spherical spherical) Calculate the position of the object referenced to it's parent reference frame at the specified time and initialize the argument Spherical object with the position coordinate.

Uses of Spherical in org.jeospace.physics.orbit

Methods in org.jeospace.physics.orbit that return Spherical

Spherical	Venus.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	Uranus.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	Saturn.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	Pluto.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	Neptune.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	Moon.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	Mercury.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	Mars.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	Jupiter.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	Earth.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's North Pole.
Spherical	Earth.getGeocentricEclipticCoordinate(double julianDay, Spherical geocentricEquatorial) Convert from geocentric equatorial coordinates ( Right Ascension & Declination ) to geocentric ecliptic coordinates for the specified Julian Day.
Spherical	Sun.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through it's North Pole.
abstract Spherical	SolarWorld.getRotationalAxis(double julianDay) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	BaseWorld.getRotationalAxis(double timeValue) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.
Spherical	World.getRotationalAxis(double timeValue) Return the position on the celestial sphere that is intersected by a vector along the rotational axis of the world - from it's origin, through the world's the North Pole.

Methods in org.jeospace.physics.orbit with parameters of type Spherical

void	CelestialBody.getCoordinate(double timeValue, Spherical spherical) Calculate the position of the object referenced to it's parent reference frame at the specified time and initialize the argument Spherical object with the position coordinate.
void	SxP4EllipticMotion.getValue(double julianDay, Spherical spherical) Return the position of the satellite for the given Julian Day in the passed Spherical object.
void	BaseSatellite.getCoordinate(double timeValue, Spherical spherical) Calculate the position of the satellite referenced to it's orbital plane about it's parent world at the specified time and initialize the passed Spherical object with the position coordinate.
static void	RotationalAxis.getRotationalAxisOrientation(Spherical axisDirection, float[] axisOrientation) Return the axis angle representation that will orient the axis of rotation of an ellipsoid toward the given Spherical coordinate on the celestial sphere.
void	Pluto.getCoordinate(double julianDay, Spherical coordinate) Calculate the position of the world referenced to it's orbital plane about it's parent world at the specified time and initialize the passed Spherical object with the position coordinate.
void	Moon.getCoordinate(double julianDay, Spherical coordinate) Calculate the position of the world referenced to it's orbital plane about it's parent world at the specified time and initialize the passed Spherical object with the position coordinate.
void	Moon.getGeocentricEclipticCoordinate(double julianDay, Spherical earthHeliocentricEcliptic, Spherical geocentricEcliptic) Return the geocentric ecliptic coordinate of the world given the Earth's heliocentric ecliptic coordinate.
void	Moon.getLightTimeCorrectedGeocentricEclipticCoordinate(double julianDay, Spherical earthHeliocentricEcliptic, Spherical geocentricEcliptic) Return the geocentric ecliptic coordinate of the world, adjusted to compensate for the difference in it's apparent position due to the time it takes for it's reflected light to travel to earth, given the Earth's heliocentric ecliptic coordinate.
static void	Earth.getFK5Correction(double julianDay, Spherical eclipticCoordinate, Spherical correction) Calculate the FK5 system correction for a geocentric ecliptic coordinate for the Julian Day.
static void	Earth.getEquatorialCoordinate(Ellipsoidal ellipsodial, Spherical horizontal, Spherical equatorial) Calculate the equatorial coordinates ( right ascension & declination ) from a horizontal coordinate ( altitude & azimuth ) and a position on the Earth's surface.
Spherical	Earth.getGeocentricEclipticCoordinate(double julianDay, Spherical geocentricEquatorial) Convert from geocentric equatorial coordinates ( Right Ascension & Declination ) to geocentric ecliptic coordinates for the specified Julian Day.
void	Earth.getEquatorialCoordinate(double julianDay, Spherical geocentricEcliptic, Spherical geocentricEquatorial) Convert from geocentric ecliptic to geocentric equatorial coordinates ( Right Ascension, Declination ).
void	Earth.getGeocentricFixedCoordinate(double julianDay, Spherical geocentricEquatorialInertial, Spherical geocentricFixed) Convert from geocentric equatorial inertial (ECI - Earth Centered Inertial) to geocentric fixed coordinates (ECEF - Earth Centered Earth Fixed).
void	Earth.getGeocentricEclipticCoordinate(double julianDay, Spherical heliocentricEcliptic, Spherical geocentricEcliptic) Convert the heliocentric ecliptic coordinate to a geocentric ecliptic coordinate for the given Julian day.
void	Earth.getHorizontalCoordinate(double julianDay, Ellipsoidal ellipsoidal, Spherical equatorial, Spherical horizontal) Calculate the local horizontal coordinates ( altitude & azimuth ) from the object's equatorial coordinate and the observer's position on the Earth's surface for the specified Julian Day.
void	Earth.getTopoCentricHorizonCoordinate(double julianDay, Ellipsoidal ellipsoidal, Spherical equatorial, Spherical horizontal) Calculate the topo-centric horizontal coordinate (the look at angle) of an earth orbiting satellite.
void	Earth.getAberrationCorrection(double julianDay, Spherical geocentricEcliptic, Spherical correction) Get the aberration correction for the geocentric ecliptic coordinate of an object.
void	Sun.getCoordinate(double julianDay, Spherical coordinate) Over-rides SolarWorld.
void	Sun.getGeocentricEclipticCoordinate(double julianDay, Spherical earthHeliocentricEcliptic, Spherical geocentricEcliptic) Return the geocentric ecliptic coordinate of the world on the Julian day given the Earth's heliocentric ecliptic coordinate.
void	Sun.getLightTimeCorrectedGeocentricEclipticCoordinate(double julianDay, Spherical earthHeliocentricEcliptic, Spherical geocentricEcliptic) Return the geocentric ecliptic coordinate of the Sun on the Julian day, adjusted to compensate for the difference in it's apparent position due to the time it takes for it's light to travel to earth, given the Earth's heliocentric ecliptic coordinate.
static void	Sun.getAberrationCorrection(double julianDay, Spherical geocentricEcliptic, Spherical correction) 'High acuracy' aberration correction for the Sun.
void	SolarWorld.getCoordinate(double julianDay, Spherical coordinate) Calculate the position of the world referenced to it's orbital plane about it's parent world at the specified time and initialize the passed Spherical object with the position coordinate.
void	SolarWorld.getGeocentricEclipticCoordinate(double julianDay, Spherical earthHeliocentricEcliptic, Spherical geocentricEcliptic) Return the geocentric ecliptic coordinate of the world on the Julian day given the Earth's heliocentric ecliptic coordinate
void	SolarWorld.getLightTimeCorrectedGeocentricEclipticCoordinate(double julianDay, Spherical earthHeliocentricEcliptic, Spherical geocentricEcliptic) Return the geocentric ecliptic coordinate of the world, adjusted to compensate for the difference in it's apparent position due to the time it takes for it's reflected light to travel to earth, given the Earth's heliocentric ecliptic coordinate
void	BaseWorld.getCoordinate(double timeValue, Spherical coordinate) Calculate the position of the world referenced to it's orbital plane about it's parent world at the specified time and initialize the passed Spherical object with the position coordinate.
void	GeocentricWorld.getGeocentricEclipticCoordinate(double julianDay, Spherical earthHeliocentricEcliptic, Spherical geocentricEcliptic) Return the geocentric ecliptic coordinate of the world on the Julian day given the Earth's heliocentric ecliptic coordinate
void	GeocentricWorld.getLightTimeCorrectedGeocentricEclipticCoordinate(double julianDay, Spherical earthHeliocentricEcliptic, Spherical geocentricEcliptic) Return the geocentric ecliptic coordinate of the world on the Julian day, adjusted to compensate for the difference in it's apparent position due to the time it takes for it's reflected light to travel to earth, given the Earth's heliocentric ecliptic coordinate.
void	UnperturbedEllipticMotion.getValue(double julianDay, Spherical spherical) Return the position of the orbital object for the given Julian Day in the passed Spherical object.
void	EllipticMotion.getValue(double julianDay, Spherical spherical) Return the position of the orbital object for the given Julian Day in the passed Spherical object.
static Visibility	Visibility.get(Spherical horizontal, Spherical previous_horizontal) Return an instance of Visibility which cooresponds with the horizontal coordinates of the object.

Uses of Spherical in org.jeospace.projection

Methods in org.jeospace.projection that return Spherical

Spherical

Equirectangular.toCoordinate(int x, int y) Translate the argument 2D point into a 2 dimensional geographic coordinate corresponding to the point location on the projection.

Uses of Spherical in org.jeospace.simulation

Methods in org.jeospace.simulation that return Spherical

Spherical

Unmarshal.getSpherical(org.w3c.dom.Element spherical_element) Return the Spherical object that cooresponds to the argument

Methods in org.jeospace.simulation with parameters of type Spherical

org.w3c.dom.Element

Marshal.createSpherical(Spherical spherical) Create and return an Element cooresponding to the argument Spherical object