vega.uplink.pointing.PtrParameters

Class TargetInert

java.lang.Object

CompositeDataset

vega.uplink.pointing.PointingElement

vega.uplink.pointing.PtrParameters.DirectionVector

vega.uplink.pointing.PtrParameters.TargetInert

public class TargetInert
extends DirectionVector

Field Summary

Fields

Modifier and Type	Field and Description
static java.lang.String	TARGET_TAG

Fields inherited from class vega.uplink.pointing.PtrParameters.DirectionVector

AXIS_TAG, FRAME_TAG, LATITUDE_TAG, LONGITUDE_TAG, ORIGIN_TAG, REF_TAG, ROTATE_TAG, ROTATION_ANGLE_TAG, ROTATION_AXIS_TAG, UNITS_TAG, X_TAG, Y_TAG, Z_TAG

Constructor Summary

Constructors

Constructor and Description
TargetInert() Creates a target Direction vector referenced to EME2000 direction vector Direction vectors can be defined by referencing to direction vectors that were previously defined and got a name assigned.
TargetInert(PointingElement pm)
TargetInert(java.lang.String reference) Creates a target Direction vector referenced to another direction vector Direction vectors can be defined by referencing to direction vectors that were previously defined and got a name assigned.
TargetInert(java.lang.String frame, float longitude, float latitude) Creates a target fixed direction vector expressed in spherical coordinates For spherical coordinates the element must contain the child elements and .
TargetInert(java.lang.String frame, float x, float y, float z) Creates a fixed target direction vector expressed in cartesian coordinates For cartesian coordinates the element must contain the child elements and that contain fixed numbers specifying the components (that must not all be zero).
TargetInert(java.lang.String origin, java.lang.String target) Creates a target direction vector based in Origin and Target This representation is used to define a direction vector from two state vectors.
TargetInert(java.lang.String axis, java.lang.String rotationAxis, float rotationAngle) Creates a target rotated Direction Vector This representation allows to define a direction vector by right-handed rotation of the direction vector axis around rotationAxis by the angle rotationAngle.
TargetInert(java.lang.String frame, java.lang.String unitLongitude, float longitude, java.lang.String unitLatitude, float latitude) Creates a fixed target direction vector expressed in spherical coordinates For spherical coordinates the element must contain the child elements and .
TargetInert(java.lang.String axis, java.lang.String rotationAxis, java.lang.String rotationAngleUnit, float rotationAngle) Creates a target rotated Direction Vector This representation allows to define a direction vector by right-handed rotation of the direction vector axis around rotationAxis by the angle rotationAngle.

Method Summary

Methods

Modifier and Type	Method and Description
TargetInert	copy()

Methods inherited from class vega.uplink.pointing.PtrParameters.DirectionVector

getAxis, getFrame, getLatitude, getLatitude, getLatitudeUnit, getLongitude, getLongitude, getLongitudeUnit, getOrigin, getReference, getRotationAngle, getRotationAngle, getRotationAngleUnit, getRotationAxis, getTarget, getUnit, getX, getY, getZ, setAxis, setBooleanField, setFloatArrayField, setFloatField, setFrame, setIntegerField, setLatitude, setLatitude, setLongitude, setLongitude, setOrigin, setReference, setRotationAngle, setRotationAngle, setRotationAxis, setStringField, setTarget, setUnit, setX, setY, setZ

Methods inherited from class vega.uplink.pointing.PointingElement

addAttribute, addChild, asDataset, copyFrom, equals, getAttribute, getAttributes, getChild, getChildren, getDescription, getFirstLevelTextContent, getName, getValue, hasAttributtes, hasChildren, readFrom, regenerate, removeAttribute, removeAttribute, setDescription, setValue, toString, toStringParameter, toXml, validate

Methods inherited from class java.lang.Object

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

Field Detail

TARGET_TAG

public static java.lang.String TARGET_TAG

Constructor Detail

TargetInert

public TargetInert()

Creates a target Direction vector referenced to EME2000 direction vector Direction vectors can be defined by referencing to direction vectors that were previously defined and got a name assigned.

TargetInert

public TargetInert(java.lang.String frame,
           float longitude,
           float latitude)

Creates a target fixed direction vector expressed in spherical coordinates For spherical coordinates the element must contain the child elements and . The cartesian components of the vector are (cos(lat)*cos(lon), cos(lat)*sin(lon), sin(lat)). The unit in which longitude and latitude are written must be deg. The frame attribute specifies relative to which frame the direction vector is defined. Possible values are SC, EME2000 and CG.

Parameters:

frame - The frame where this vector is expressed (SC,EME2000,CG)

longitude - Longitude expressed in deg.

latitude - Latitude expressed in deg.

TargetInert

public TargetInert(PointingElement pm)

TargetInert

public TargetInert(java.lang.String reference)

Creates a target Direction vector referenced to another direction vector Direction vectors can be defined by referencing to direction vectors that were previously defined and got a name assigned.

Parameters:

reference - Name of the referenced direction vector

TargetInert

public TargetInert(java.lang.String frame,
           float x,
           float y,
           float z)

Creates a fixed target direction vector expressed in cartesian coordinates For cartesian coordinates the element must contain the child elements and that contain fixed numbers specifying the components (that must not all be zero). The direction vector corresponds to the normalization of the vector.

Parameters:

frame - The frame where this vector is expressed (SC,EME2000,CG)

x - The x component of this vector

y - The y component of this vector

z - The z component of this vector

TargetInert

public TargetInert(java.lang.String frame,
           java.lang.String unitLongitude,
           float longitude,
           java.lang.String unitLatitude,
           float latitude)

Creates a fixed target direction vector expressed in spherical coordinates For spherical coordinates the element must contain the child elements and . The cartesian components of the vector are (cos(lat)*cos(lon), cos(lat)*sin(lon), sin(lat)). For spherical coordinates the attribute units must be provided and must contain a dimension of an angle. The frame attribute specifies relative to which frame the direction vector is defined. Possible values are SC, EME2000 and CG.

Parameters:

frame - The frame where this vector is expressed (SC,EME2000,CG)

unitLongitude - Unit in which the longitude is expressed

longitude - Longitude

unitLatitude - Unit in which the latitude is expressed

latitude - Latitude

TargetInert

public TargetInert(java.lang.String origin,
           java.lang.String target)

Creates a target direction vector based in Origin and Target This representation is used to define a direction vector from two state vectors. Because state vectors are always defined relative to inertial frame, the resulting direction vector is defined relative to inertial frame.

Parameters:

origin - Origin State vector

target - Target State vector

TargetInert

public TargetInert(java.lang.String axis,
           java.lang.String rotationAxis,
           float rotationAngle)

Creates a target rotated Direction Vector This representation allows to define a direction vector by right-handed rotation of the direction vector axis around rotationAxis by the angle rotationAngle. The axes axis and rotationAxis must both be defined either relative to SC or inertial frame.

Parameters:

axis - The axis that this vector reference

rotationAxis - Rotation axis of the vector

rotationAngle - Rotation angle. It must be expressed in deg.

TargetInert

public TargetInert(java.lang.String axis,
           java.lang.String rotationAxis,
           java.lang.String rotationAngleUnit,
           float rotationAngle)

Creates a target rotated Direction Vector This representation allows to define a direction vector by right-handed rotation of the direction vector axis around rotationAxis by the angle rotationAngle. The axes axis and rotationAxis must both be defined either relative to SC or inertial frame.

Parameters:

axis - The axis that this vector reference

rotationAxis - Rotation axis of the vector

rotationAngleUnit - Unit in which the angle of rotation is expressed

rotationAngle - Rotation angle

Method Detail

copy

public TargetInert copy()

Overrides:

copy in class DirectionVector