updates the angle between true north and magnetic north . concode_field_sep Vector3 acceleration concode_elem_sep Vector3 magneticField concode_elem_sep MagneticDeclinationCalculator magneticDeclinationCalculator concode_elem_sep boolean autoUpdatePointing concode_elem_sep LatLong location concode_elem_sep Pointing pointing concode_elem_sep Vector3 SCREEN_UP_IN_PHONE_COORDS concode_elem_sep Vector3 POINTING_DIR_IN_PHONE_COORDS concode_elem_sep Vector3 AXIS_OF_EARTHS_ROTATION concode_elem_sep long MINIMUM_TIME_BETWEEN_CELESTIAL_COORD_UPDATES_MILLIS concode_elem_sep float fieldOfView concode_elem_sep Vector3 trueNorthCelestial concode_elem_sep Vector3 upCelestial concode_elem_sep Matrix33 axesPhoneInverseMatrix concode_elem_sep Vector3 trueEastCelestial concode_elem_sep Clock clock concode_elem_sep String TAG concode_elem_sep Matrix33 axesMagneticCelestialMatrix concode_elem_sep long celestialCoordsLastUpdated concode_field_sep LatLong getLocation concode_elem_sep GeocentricCoordinates getWest concode_elem_sep Date getTime concode_elem_sep long getTimeMillis concode_elem_sep void setFieldOfView concode_elem_sep void calculatePointing concode_elem_sep Pointing getPointing concode_elem_sep GeocentricCoordinates getEast concode_elem_sep void setPointing concode_elem_sep GeocentricCoordinates getNorth concode_elem_sep GeocentricCoordinates getSouth concode_elem_sep void setMagneticDeclinationCalculator concode_elem_sep void calculateLocalNorthAndUpInCelestialCoords concode_elem_sep void setAutoUpdatePointing concode_elem_sep void setLocation concode_elem_sep void calculateLocalNorthAndUpInPhoneCoords concode_elem_sep float getFieldOfView concode_elem_sep GeocentricCoordinates getZenith concode_elem_sep void setPhoneSensorValues concode_elem_sep Vector3 getPhoneAcceleration concode_elem_sep GeocentricCoordinates getNadir concode_elem_sep void setClock
void function ( ) { magneticDeclinationCalculator . setLocationAndTime ( location , getTimeMillis ( ) ) ; }