equip.position
Class GeoPositionGccImpl

java.lang.Object
  |
  +--equip.runtime.Object
        |
        +--equip.runtime.ValueBase
              |
              +--equip.position.GeoPosition
                    |
                    +--equip.position.GeoPositionGcc
                          |
                          +--equip.position.GeoPositionGccImpl

All Implemented Interfaces:

java.lang.Cloneable

public class GeoPositionGccImpl

extends GeoPositionGcc

Field Summary

Fields inherited from class equip.position.GeoPositionGcc

x, y, z

Constructor Summary

GeoPositionGccImpl()

Method Summary

int	getGeoSystem() virtual - defined in base classes
Quaternion3D	getLocalRotation() returns the rotation that must be applied to rotate a non-geo-referenced local coordinate system (with +x to the right, +y up and +z out of the screen) to the corresponding geo-referenced position of this object such that +x is east, +y is normal to the tangent of the ellipsoid at this point (x,y,z) (i.e. up), and -z is towards the north pole.
GeoPositionGcc	toGcc() convert to GCC

Methods inherited from class equip.position.GeoPositionGcc

_equals_helper, _matches_helper, equals, getModuleName, matches, readObject, writeObject

Methods inherited from class equip.position.GeoPosition

_equals_helper, _matches_helper

Methods inherited from class equip.runtime.ValueBase

_equals_helper, _matches_helper, clone

Methods inherited from class java.lang.Object

finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

GeoPositionGccImpl

public GeoPositionGccImpl()

Method Detail

toGcc

public GeoPositionGcc toGcc()

Description copied from class: GeoPosition

convert to GCC

Specified by:

toGcc in class GeoPosition

getGeoSystem

public int getGeoSystem()

Description copied from class: GeoPosition

virtual - defined in base classes

Specified by:

getGeoSystem in class GeoPosition

getLocalRotation

public Quaternion3D getLocalRotation()

Description copied from class: GeoPosition

returns the rotation that must be applied to rotate a non-geo-referenced local coordinate system (with +x to the right, +y up and +z out of the screen) to the corresponding geo-referenced position of this object such that +x is east, +y is normal to the tangent of the ellipsoid at this point (x,y,z) (i.e. up), and -z is towards the north pole. NB only guaranteed to be implemented by GeoPositionGcc (but might actually be more efficient in Gdc, hence putting it here).

Specified by:

getLocalRotation in class GeoPosition