Uses of Class
uavsim.datatypes.AngleNavigational

Packages that use AngleNavigational

uavsim.datatypes	Provides...
uavsim.graphics.instruments.automaticdirectionfinder	Provides...
uavsim.graphics.instruments.automaticdirectionfinder.test
uavsim.graphics.instruments.directionalgyro	Provides...
uavsim.graphics.instruments.directionalgyro.test
uavsim.graphics.instruments.horizontalsituationindicator	Provides...
uavsim.graphics.instruments.vorlocalizerglideslope	Provides...
uavsim.navigationmodel	Provides...

Uses of AngleNavigational in uavsim.datatypes

Fields in uavsim.datatypes declared as AngleNavigational

private AngleNavigational	Velocity._direction the angle
static AngleNavigational	AngleNavigational.ANGLE_000 common predefined angles in terms of degrees
static AngleNavigational	AngleNavigational.ANGLE_045
static AngleNavigational	AngleNavigational.ANGLE_090
static AngleNavigational	AngleNavigational.ANGLE_135
static AngleNavigational	AngleNavigational.ANGLE_180
static AngleNavigational	AngleNavigational.ANGLE_225
static AngleNavigational	AngleNavigational.ANGLE_270
static AngleNavigational	AngleNavigational.ANGLE_315
static AngleNavigational	AngleNavigational.ANGLE_360
static AngleNavigational[]	AngleNavigational.ANGLES the cardinal angles
static AngleNavigational	AngleNavigational.CLOCK_0130 common predefined angles in terms of clock position
static AngleNavigational	AngleNavigational.CLOCK_0300
static AngleNavigational	AngleNavigational.CLOCK_0430
static AngleNavigational	AngleNavigational.CLOCK_0600
static AngleNavigational	AngleNavigational.CLOCK_0730
static AngleNavigational	AngleNavigational.CLOCK_0900
static AngleNavigational	AngleNavigational.CLOCK_1030
static AngleNavigational	AngleNavigational.CLOCK_1200

Methods in uavsim.datatypes that return AngleNavigational

AngleNavigational	AngleNavigational.add_(AngleNavigational angle) Adds another unit to this one.
AngleNavigational	AttitudeYaw.convertToAngleNavigational() Converts this yaw to a navigational angle.
AngleNavigational	AngleMathematical.convertToAngleNavigational() Converts this angle to a navigational angle.
AngleNavigational	CoordinatePolarNavigational3D.getAngleHorizontal() Gets the horizontal angle.
AngleNavigational	A_Attitude.getAngleNavigational() Gets the angle in navigational degrees.
AngleNavigational	Velocity.getDirection() Gets the angle.
AngleNavigational	AngleNavigational.interpolate(AngleNavigational angle, Scaler scaler) Interpolates between this angle and another.
AngleNavigational	AngleNavigational.interpolate(AngleNavigational angle, Scaler scaler, boolean isOverShortestPath) Interpolates between this angle and another.
AngleNavigational	AngleNavigational.negate() Negates this angle (by taking its negative value) and normalizes it.
AngleNavigational	AngleNavigational.reciprocate() Reciprocates this angle (by adding 180) and normalizes it.
AngleNavigational	ArcNavigational.ArcNavigationalIterator.stepToNext() Moves to the next angle in the forward direction and returns it.
AngleNavigational	ArcNavigational.ArcNavigationalIterator.stepToPrevious() Moves to the next angle in the backward direction and returns it.
AngleNavigational	AngleNavigational.subtract_(AngleNavigational angle) Subtract another unit from this one.

Methods in uavsim.datatypes with parameters of type AngleNavigational

AngleNavigational	AngleNavigational.add_(AngleNavigational angle) Adds another unit to this one.
ArcNavigational.ArcNavigationalIterator	ArcNavigational.getIteratorInstance(AngleNavigational step, boolean isCounterclockwise, boolean isInclusiveRange) Generates an iterator.
AngleNavigational	AngleNavigational.interpolate(AngleNavigational angle, Scaler scaler) Interpolates between this angle and another.
AngleNavigational	AngleNavigational.interpolate(AngleNavigational angle, Scaler scaler, boolean isOverShortestPath) Interpolates between this angle and another.
boolean	AngleNavigational.isShortestPathClockwise(AngleNavigational angle) Determines whether the shortest direction between this angle and another is clockwise.
CoordinateWorld3D	CoordinateWorld3D.resolveBearing(AngleNavigational azimuth, Radius radius) Generates a coordinate based on a bearing from this one.
AngleNavigational	AngleNavigational.subtract_(AngleNavigational angle) Subtract another unit from this one.

Constructors in uavsim.datatypes with parameters of type AngleNavigational

ArcNavigational.ArcNavigationalIterator(AngleNavigational stepAngle, boolean isCounterclockwise, boolean isInclusive)
Creates a navigational angle iterator.

ArcNavigational(AngleNavigational angleStart, AngleNavigational angleEnd)
Creates an arc with navigational angles.

CoordinatePolarNavigational(AngleNavigational angle, Radius length)
Creates a coordinate object.

CoordinatePolarNavigational3D(AngleNavigational angleHorizontal, AngleMathematical angleVertical, Radius length)
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Velocity(AngleNavigational angle, Airspeed speed)
Creates a velocity object.

Uses of AngleNavigational in uavsim.graphics.instruments.automaticdirectionfinder

Fields in uavsim.graphics.instruments.automaticdirectionfinder declared as AngleNavigational

private AngleNavigational	AutomaticDirectionFinder._bearingRelative the bearing to the station
private AngleNavigational	AutomaticDirectionFinder._heading the heading
private static AngleNavigational	AutomaticDirectionFinder.AZIMUTH_END the end angle of the azimuth numbers
private static AngleNavigational	AutomaticDirectionFinder.AZIMUTH_START the start angle of the azimuth numbers
private static AngleNavigational	AutomaticDirectionFinder.DRIFT_DEVIATION the amount of random needle drift
private static AngleNavigational	AutomaticDirectionFinder.KNOB_STEP the step value for changing the azimuth

Fields in uavsim.graphics.instruments.automaticdirectionfinder with type parameters of type AngleNavigational

private static TickDescriptor<AngleNavigational>	AutomaticDirectionFinder.MAJOR_TICKS the descriptor for the major ticks
private static TickDescriptor<AngleNavigational>	AutomaticDirectionFinder.MINOR_TICKS the descriptor for the minor ticks
private NumberDescriptor<AngleNavigational>	AutomaticDirectionFinder.NUMBERS the numbers descriptor

Methods in uavsim.graphics.instruments.automaticdirectionfinder that return AngleNavigational

AngleNavigational	AutomaticDirectionFinder.calculateBearingAbsolute() Gets the absolute bearing to the station.
AngleNavigational	AutomaticDirectionFinder.calculateBearingRelative() Gets the relative bearing to the station.
private AngleNavigational	AutomaticDirectionFinder.drift(AngleNavigational bearing) Perturbs a deviation by a random drift.
AngleNavigational	AutomaticDirectionFinder.getHeading() Gets the heading dialed into the card.

Methods in uavsim.graphics.instruments.automaticdirectionfinder with parameters of type AngleNavigational

private AngleNavigational	AutomaticDirectionFinder.drift(AngleNavigational bearing) Perturbs a deviation by a random drift.
AngleMathematical	AutomaticDirectionFinder.mapAngle_(AngleNavigational azimuth) Returns the angle corresponding to the value of a unit.
void	AutomaticDirectionFinder.update(AngleNavigational bearingRelative) Updates the state of the instrument without rendering it.

Uses of AngleNavigational in uavsim.graphics.instruments.automaticdirectionfinder.test

Fields in uavsim.graphics.instruments.automaticdirectionfinder.test declared as AngleNavigational

private static AngleNavigational	AutomaticDirectionFinderFixedCardTest.TURN_RATE the rate at which the interactive controls change the turn
private static AngleNavigational	AutomaticDirectionFinderMoveableCardTest.TURN_RATE the rate at which the interactive controls change the turn

Uses of AngleNavigational in uavsim.graphics.instruments.directionalgyro

Fields in uavsim.graphics.instruments.directionalgyro declared as AngleNavigational

private AngleNavigational	DirectionalGyro._headingActual the actual heading
private AngleNavigational	DirectionalGyro._headingDesired the desired heading for the autopilot
private static AngleNavigational	DirectionalGyro.AZIMUTH_END the end angle of the azimuth numbers
private static AngleNavigational	DirectionalGyro.AZIMUTH_START the start angle of the azimuth numbers
private static AngleNavigational	DirectionalGyro.KNOB_STEP the step value for changing the heading

Fields in uavsim.graphics.instruments.directionalgyro with type parameters of type AngleNavigational

private static TickDescriptor<AngleNavigational>	DirectionalGyro.MAJOR_TICKS the major-ticks descriptor
private static TickDescriptor<AngleNavigational>	DirectionalGyro.MINOR_TICKS the minor-ticks descriptor
private static NumberDescriptor<AngleNavigational>	DirectionalGyro.NUMBERS the numbers descriptor

Methods in uavsim.graphics.instruments.directionalgyro that return AngleNavigational

abstract AngleNavigational	A_DirectionalGyro.getHeadingActual() Gets the azimuth.
AngleNavigational	DirectionalGyro.getHeadingActual() Gets the actual heading.
abstract AngleNavigational	A_DirectionalGyro.getHeadingDesired() Gets the desired azimuth.
AngleNavigational	DirectionalGyro.getHeadingDesired() Gets the desired heading for the autopilot.

Methods in uavsim.graphics.instruments.directionalgyro with parameters of type AngleNavigational

AngleMathematical	DirectionalGyro.mapAngle_(AngleNavigational azimuth) Returns the angle corresponding to the value of a unit.
void	DirectionalGyro.update(AngleNavigational azimuthActual) Updates the state of the instrument without rendering it.
void	DirectionalGyro.update(AngleNavigational azimuthActual, AngleNavigational azimuthDesired) Updates the state of the instrument without rendering it.

Uses of AngleNavigational in uavsim.graphics.instruments.directionalgyro.test

Fields in uavsim.graphics.instruments.directionalgyro.test declared as AngleNavigational

private static AngleNavigational

DirectionalGyroTest.TURN_RATE the rate at which the interactive controls change the azimuth

Uses of AngleNavigational in uavsim.graphics.instruments.horizontalsituationindicator

Fields in uavsim.graphics.instruments.horizontalsituationindicator declared as AngleNavigational

private AngleNavigational	HorizontalSituationIndicator._courseDesired the desired course as defined by the OBS
private static AngleNavigational	HorizontalSituationIndicator.AZIMUTH_END the end angle of the azimuth numbers
private static AngleNavigational	HorizontalSituationIndicator.AZIMUTH_START the start angle of the azimuth numbers
private static AngleNavigational	HorizontalSituationIndicator.KNOB_STEP the step value for changing the OBS

Fields in uavsim.graphics.instruments.horizontalsituationindicator with type parameters of type AngleNavigational

private static TickDescriptor<AngleNavigational>	HorizontalSituationIndicator.MAJOR_TICKS the major-ticks descriptor
private static TickDescriptor<AngleNavigational>	HorizontalSituationIndicator.MINOR_TICKS the minor-ticks descriptor
private static NumberDescriptor<AngleNavigational>	HorizontalSituationIndicator.NUMBERS the numbers descriptor

Methods in uavsim.graphics.instruments.horizontalsituationindicator that return AngleNavigational

AngleNavigational

HorizontalSituationIndicator.getAzimuth() Gets the azimuth.

Methods in uavsim.graphics.instruments.horizontalsituationindicator with parameters of type AngleNavigational

AngleMathematical

HorizontalSituationIndicator.mapAngle_(AngleNavigational azimuth) Returns the angle corresponding to the value of a unit.

Uses of AngleNavigational in uavsim.graphics.instruments.vorlocalizerglideslope

Fields in uavsim.graphics.instruments.vorlocalizerglideslope declared as AngleNavigational

private AngleNavigational	VORLocalizerGlideslope._courseDesired the desired course as defined by the OBS
private static AngleNavigational	VORLocalizerGlideslope.AZIMUTH_END the end angle of the azimuth numbers
private static AngleNavigational	VORLocalizerGlideslope.AZIMUTH_START the start angle of the azimuth numbers
private static AngleNavigational	VORLocalizerGlideslope.KNOB_STEP the step value for changing the OBS

Fields in uavsim.graphics.instruments.vorlocalizerglideslope with type parameters of type AngleNavigational

private static TickDescriptor<AngleNavigational>	VORLocalizerGlideslope.MAJOR_TICKS the major-ticks descriptor
private static TickDescriptor<AngleNavigational>	VORLocalizerGlideslope.MINOR_TICKS the minor-ticks descriptor
private static NumberDescriptor<AngleNavigational>	VORLocalizerGlideslope.NUMBERS the numbers descriptor

Methods in uavsim.graphics.instruments.vorlocalizerglideslope that return AngleNavigational

AngleNavigational

VORLocalizerGlideslope.getCourseDesired() Gets the desired course set the OBS.

Methods in uavsim.graphics.instruments.vorlocalizerglideslope with parameters of type AngleNavigational

AngleMathematical

VORLocalizerGlideslope.mapAngle_(AngleNavigational azimuth) Returns the angle corresponding to the value of a unit.

Uses of AngleNavigational in uavsim.navigationmodel

Fields in uavsim.navigationmodel declared as AngleNavigational

protected AngleNavigational	A_ILSCorridor._azimuth the azimuth off the coordinate
private AngleNavigational	Airport.RunwayDescriptor._azimuth the azimuth
protected AngleNavigational	A_ILSCorridor._width the width
private static AngleNavigational	Localizer.WIDTH the localizer width
private static AngleNavigational	Glideslope.WIDTH the glideslope width
private static AngleNavigational	Localizer.WIDTH_HALF the localizer half-width

Methods in uavsim.navigationmodel that return AngleNavigational

AngleNavigational	A_ILSCorridor.getAzimuth() Gets the azimuth off the coordinate.
AngleNavigational	Airport.RunwayDescriptor.getAzimuth() Gets the azimuth.
AngleNavigational	A_ILSCorridor.getWidth() Gets the corridor width.

Constructors in uavsim.navigationmodel with parameters of type AngleNavigational

A_ILSCorridor(java.lang.String id, java.lang.String designator, VOR_ILS_DME_Frequency frequency, CoordinateWorld3D coordinate, AngleNavigational azimuth, Latitude length, AngleNavigational width)
Creates an abstract ILS element.

Airport.RunwayDescriptor(java.lang.String id, CoordinateWorld3D coordinate, AngleNavigational azimuth, Scaler length)
Creates a runway chart element.

Glideslope(java.lang.String id, java.lang.String designator, VOR_ILS_DME_Frequency frequency, CoordinateWorld3D coordinate, AngleNavigational azimuth)
Creates an ILS glideslope chart element.

ILSAssembly(java.lang.String id, java.lang.String designator, VOR_ILS_DME_Frequency frequency, CoordinateWorld3D origin, AngleNavigational azimuth, Radius radiusMarkerInner, Radius radiusMarkerMiddle, Radius radiusMarkerOuter)
Builds the subcomponents of an ILS assembly.

Localizer(java.lang.String id, java.lang.String designator, VOR_ILS_DME_Frequency frequency, CoordinateWorld3D coordinate, AngleNavigational azimuth)
Creates an ILS localizer element.