Uses of Class
cds.astro.Astroframe

Packages that use Astroframe

cds.astro

Uses of Astroframe in cds.astro

Subclasses of Astroframe in cds.astro

class	Ecliptic The ecliptic frame is defined such that the Sun has a latitude = 0.
class	Equatorial This abstract class introduces the specificities of the equatorial coordinates.
class	FK4 The FK4 is an equatorial coordinate system (coordinate system linked to the Earth) based on its B1950 position.
class	FK5 The FK5 is an equatorial coordinate system (coordinate system linked to the Earth) based on its J2000 position.
class	Galactic The Galactic frame is defined such that the plane of our Galaxy (the Milky Way) has a latitude close to zero.
class	ICRS The ICRS frame (International Celestial Reference System) is defined by the Hipparcos mission.
class	Supergal The Supergalactic frame is defined such (0,0) represents the direction toward the center of the Local Group of galaxies.

Fields in cds.astro declared as Astroframe

Astroframe

Astrocoo.frame The associated frame

Methods in cds.astro that return Astroframe

Astroframe	Astrocoo.getFrame() Get an explicit designation of the frame
static Astroframe	Astrocoo.parseFrame(Parsing txt) Interpret a text representing a frame

Methods in cds.astro with parameters of type Astroframe

void	Astrocoo.convertTo(Astroframe new_frame) Transform the position into another frame.
void	Astropos.convertTo(Astroframe new_frame) Transform the position into another frame.

Constructors in cds.astro with parameters of type Astroframe

Astrocoo(Astroframe frame)
Create an Astrocoo object: specify just frame, equinox, precision.

Astrocoo(Astroframe frame, double lon, double lat)
Create an Astrocoo object with a known position.

Astrocoo(Astroframe frame, double lon, double lat, double epoch)
Create an Astrocoo object with a known position at given epoch.

Astrocoo(Astroframe frame, java.lang.String text)
Create an Astrocoo object from a position (Epoch)

Astropos(Astroframe frame)
Create an empty Astropos.

Astropos(Astroframe frame, double lon, double lat)
Create a Astropos object with just longitude + latitude

Astropos(Astroframe frame, double lon, double lat, double epoch, double[] eepos, double mu1, double mu2, double epocho, double[] eepm, double[] plx2, double[] rv2)
Set a Astropos from position + proper motion.

Astropos(Astroframe frame, double lon, double lat, double epoch, double mu1, double mu2)
Create a Astropos object: coordinates + proper motion.

Astropos(Astroframe frame, java.lang.String text)
Create an Astropos object from a position (Epoch)