Class PlutoCoordinates

java.lang.Object

gaiasky.util.coord.AbstractOrbitCoordinates

gaiasky.util.coord.PlutoCoordinates

All Implemented Interfaces:

IBodyCoordinates

public class PlutoCoordinates
extends AbstractOrbitCoordinates

Field Summary

Fields inherited from class AbstractOrbitCoordinates

center, entity, instances, logger, orbitName, owner, periodic, scaling

Modifier and Type	Field	Description
protected Vector3D	center
protected com.badlogic.ashley.core.Entity	entity
protected static final List<AbstractOrbitCoordinates>	instances
protected static final Logger.Log	logger
protected String	orbitName
protected com.badlogic.ashley.core.Entity	owner
protected boolean	periodic
protected double	scaling

Constructor Summary

Constructors

Constructor	Description
PlutoCoordinates()

Method Summary

Modifier and Type	Method	Description
void	doneLoading(Object... params)	Initializes the coordinates object
Vector3Q	getEclipticCartesianCoordinates(Instant date, Vector3Q out)	Gets ecliptic cartesian coordinates for the given date.
Vector3Q	getEclipticSphericalCoordinates(Instant date, Vector3Q out)	Returns the ecliptic coordinates of the body in the out vector for the given date.
Vector3Q	getEquatorialCartesianCoordinates(Instant date, Vector3Q out)	Gets equatorial cartesian coordinates for the given date.

Methods inherited from class AbstractOrbitCoordinates

copyParameters, getCopy, getData, getInstance, getInstances, getOrbitName, setCenter, setCenterkm, setCenterpc, setCentre, setOrbitname, setOrbitName, setPeriodic, setScaling, toString, updateOwner, updateReferences

Modifier and Type	Method	Description
protected void	copyParameters(AbstractOrbitCoordinates other)
IBodyCoordinates	getCopy()	Gets a copy of this coordinates object.
protected PointCloudData	getData()
static <T extends AbstractOrbitCoordinates> T	getInstance(Class<T> clazz)
static List<AbstractOrbitCoordinates>	getInstances()
String	getOrbitName()
void	setCenter(double[] center)
void	setCenterkm(double[] center)
void	setCenterpc(double[] center)
void	setCentre(double[] center)
void	setOrbitname(String orbitName)
void	setOrbitName(String orbitName)
void	setPeriodic(Boolean periodic)
void	setScaling(double scaling)
String	toString()
protected void	updateOwner(Map<String, com.badlogic.ashley.core.Entity> index)
void	updateReferences(Map<String, com.badlogic.ashley.core.Entity> index)	Update the references in this coordinates object with the given index.

Methods inherited from class Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Details

PlutoCoordinates

public PlutoCoordinates()

Method Details

doneLoading

public void doneLoading(Object... params)

Description copied from interface: IBodyCoordinates

Initializes the coordinates object

Specified by:

doneLoading in interface IBodyCoordinates

Overrides:

doneLoading in class AbstractOrbitCoordinates

Parameters:

params - The parameter objects.

getEclipticSphericalCoordinates

public Vector3Q getEclipticSphericalCoordinates(Instant date,
 Vector3Q out)

Description copied from interface: IBodyCoordinates

Returns the ecliptic coordinates of the body in the out vector for the given date.

Parameters:

date - The instant.

out - The out vector with the ecliptic coordinates in internal units.

Returns:

The out vector for chaining.

getEclipticCartesianCoordinates

public Vector3Q getEclipticCartesianCoordinates(Instant date,
 Vector3Q out)

Description copied from interface: IBodyCoordinates

Gets ecliptic cartesian coordinates for the given date.

Parameters:

date - The instant.

out - The out vector where the ecliptic cartesian coordinates will be.

Returns:

The out vector for chaining, or null if the date is out of range, in case of non-elliptical orbits such as Gaia.

getEquatorialCartesianCoordinates

public Vector3Q getEquatorialCartesianCoordinates(Instant date,
 Vector3Q out)

Description copied from interface: IBodyCoordinates

Gets equatorial cartesian coordinates for the given date.

Parameters:

date - The instant.

out - The out vector where the equatorial cartesian coordinates will be.

Returns:

The out vector for chaining, or null if the date is out of range, in case of non-elliptical orbits such as Gaia.