Uses of Class
faa.tg.units.Angle

Packages that use Angle

faa.tg.aidl	This package provides classes for exporting TGF Aircraft state to AIDL.
faa.tg.aircraft	This package provides an interface to the xml Traffic Management Feed and associated utilities
faa.tg.aircraft.adm.controllogic.latcontrol	This package provides the lateral control logic model for aircraft in the TGF simulator.
faa.tg.aircraft.adm.controllogic.loncontrol	This package provides the simulators model of the Aircrafts control logic including the Region logic for climbs and descents.
faa.tg.aircraft.adm.guidance	This package provides the simulators adm model of the Aircraft's guidance system.
faa.tg.aircraft.adm.guidance.latguidance	This package provides the lateral components of the simulators adm model of the Aircraft's guidance system.
faa.tg.aircraft.adm.guidance.longuidance	This package provides the lateral components of the simulators adm model of the Aircraft's guidance system.
faa.tg.aircraft.adm.modus.lonmodus
faa.tg.atcview.display
faa.tg.atcview.displayobjects
faa.tg.constants
faa.tg.geometry	This package is a collection of classes related to Geometry for use in the simulation.
faa.tg.ground
faa.tg.ground.airport
faa.tg.map
faa.tg.nas.airport.runway.ils
faa.tg.pointmodel	This package provides the simulation model of a single point i.e pointmodel.
faa.tg.prep.aftil	Classes pertaining to AFTIL data.
faa.tg.prep.cdr	This package contains classes used to analyze Terminal CDR recordings.
faa.tg.sp.cmd	This package contains classes that implement Commands to the aircraft
faa.tg.track
faa.tg.units	This package provides the simulation classes used to represent Units and Measurements, i.e Altitude, Speed, Heading etc...
faa.tg.util	This package contains generic utility classes for the run time system.
faa.tg.util.convertertool	This package contains utility classes for airspeed GUI calculator.
faa.tg.vector	The simulation required a representation of a Vector, no Vector representation was approiate for our simulation requirements so we have our own.

Uses of Angle in faa.tg.aidl

Fields in faa.tg.aidl declared as Angle

private Angle

AidlGlideSlope.angle

Constructors in faa.tg.aidl with parameters of type Angle

AidlGlideSlope(AidlFix fix, Altitude altitude, Angle angle, Specifier type, int index)
Constructor

Uses of Angle in faa.tg.aircraft

Fields in faa.tg.aircraft declared as Angle

static Angle

HeadingCaptureEvent.HDG_CAPTURE_ANGLE

Uses of Angle in faa.tg.aircraft.adm.controllogic.latcontrol

Fields in faa.tg.aircraft.adm.controllogic.latcontrol declared as Angle

private Angle	AbstractTurn.BANK_CAPTURE_DONE The bank capture is completed if the magnitude of the bank angle is less than the bank capture limit: finishes turn with a heading capture.
static Angle	AbstractTurn.CAPTURE_LIMIT The heading is considered captured if abs_e5 is less than the capture limit.
private Angle	AbstractTurn.e5 The heading error as calculated by the loaded turn strategist.
private static Angle	AbstractTurn.HDG_DIFF_FOR_DEF_DES_ROLL Heading difference above which the default desired roll angle is used.
private Angle	AbstractTurn.HDG_DIFF_FOR_ZERO_DES_ROLL Heading difference at which to switch the desired roll angle to zero, during bank capture.
static Angle	AbstractTurn.MIN_BANK_CAPTURE_HDG The minimum heading change that requires a bank capture for the first part of the turn.

Methods in faa.tg.aircraft.adm.controllogic.latcontrol that return Angle

Angle	TurnStrategist.calcE5(TrueHeading currentHeading) Calculates the error between the desired heading and the actual heading.
Angle	RightTurn.calcE5(TrueHeading currentHeading) Returns the error between the desired heading and the actual heading.
Angle	GenericHeadingStrategist.calcE5(TrueHeading currentHeading) Calculates the error between the desired heading and the actual heading.
abstract Angle	AbstractTurn.calcE5(TrueHeading currentHeading) Calculates the error between the desired heading and the actual heading all sub classes must implement this method
Angle	LeftTurn.calcE5(TrueHeading currentHeading) Returns the error between the desired heading and the actual heading.
protected static Angle	AbstractTurn.calcLeftTurnMagnitude(TrueHeading currentHeading, TrueHeading desiredHeading) Calculates the magnitude of the turn required to make a left turn from the current to the desired heading.
protected static Angle	AbstractTurn.calcRightTurnMagnitude(TrueHeading currentHeading, TrueHeading desiredHeading) Calculates the magnitude of the turn required to make a right turn from the current to the desired heading.

Methods in faa.tg.aircraft.adm.controllogic.latcontrol with parameters of type Angle

private static RollAngle

AbstractTurn.calcHdgCaptureDesiredRollAngle(Angle e5) Calculates the desired roll angle for heading capture stage.

Constructors in faa.tg.aircraft.adm.controllogic.latcontrol with parameters of type Angle

AbstractTurn(TrueHeading desiredHeading, Angle initialE5)
Constructor for the AbstractTurn class; to start the aircraft in a roll, just make the desired heading different from the current heading.

Uses of Angle in faa.tg.aircraft.adm.controllogic.loncontrol

Fields in faa.tg.aircraft.adm.controllogic.loncontrol declared as Angle

private Angle

Region9.desiredFPA

Methods in faa.tg.aircraft.adm.controllogic.loncontrol that return Angle

Angle

Region9.getDesiredFlightPathAngle()

Constructors in faa.tg.aircraft.adm.controllogic.loncontrol with parameters of type Angle

Region9(ControlLogicGains fullGainSet, Angle desiredFPA)

Uses of Angle in faa.tg.aircraft.adm.guidance

Fields in faa.tg.aircraft.adm.guidance declared as Angle

static Angle

TrackGuidance.HDG_AEQ_USE_CURR_SPD

Uses of Angle in faa.tg.aircraft.adm.guidance.latguidance

Fields in faa.tg.aircraft.adm.guidance.latguidance declared as Angle

private static Angle	HeadingManeuver.CANCEL_DIR_RANGE Max angle from the desired heading for turn direction cancellation.
static Angle	RouteFollowingManeuver.MIN_HDG_CHG_FOR_SEG_CAPTURE_UPDATE
private static Angle	SegmentCaptureSubmaneuver.OVER_ROUTE_NODE_ADDER Add to 1/2 heading diff to get overRouteNodeDiffAngle.
private Angle	SegmentCaptureSubmaneuver.overRouteNodeAngle Angle from desired heading at which to fire OverRouteNodeEvent.

Methods in faa.tg.aircraft.adm.guidance.latguidance that return Angle

protected Angle

SegmentCaptureSubmaneuver.getOverRouteNodeAngle() Returns angle from desired heading at which to fire OverRouteNodeEvent.

Uses of Angle in faa.tg.aircraft.adm.guidance.longuidance

Fields in faa.tg.aircraft.adm.guidance.longuidance declared as Angle

private Angle	CrossCasMan.descentFpa Flight path angle for a standard descent for this aircraft.
private Angle	FpaDescentMan.descentFPA Flight path angle to follow in descent.
private Angle	FpaDescentMan.desiredFPA This is zero until descent starts, then it is set to the descentFPA.

Methods in faa.tg.aircraft.adm.guidance.longuidance that return Angle

Angle	FpaDescentMan.getDesiredFlightPathAngle() Returns the desired flight path angle.
Angle	LandingMan.getGlideSlopeAngle() Returns the glide slope angle for this runway.

Methods in faa.tg.aircraft.adm.guidance.longuidance with parameters of type Angle

protected static Distance	FpaDescentMan.calcDistFromFixToDescend(Altitude fromAlt, Altitude crossAlt, Angle desiredFpa) Returns calculated top of descent based on altitudes and desired FPA.
void	ExpediteDescentMan.setExpediteFailureMsg(Altitude currAlt, Distance distanceToExpedite, Angle descentFpa) Determines whether the expedite is likely to succeed; otherwise sets the message describing how much the expedite is expected to fail by.

Constructors in faa.tg.aircraft.adm.guidance.longuidance with parameters of type Angle

ExpediteDescentMan(Altitude desiredAlt, PerformanceParameters perfParams, Position currPos, LocalAtm currAtm, Distance distanceToExpedite, Angle descentFpa)
Constructs an ExpediteDescentMan to perform an expedited descent; if the expedite may not succeed, an UnableToComplyException will be thrown with an estimate of how much the altitude capture is expected to fail by.

FpaDescentMan(GenericSpeed desiredSpeed, Altitude desiredCrossAlt, Fix crossingFix, Altitude fromAlt, Angle descentFPA, Distance distToRestrFix)
Constructs the maneuver for a descent along a flight path angle.

Uses of Angle in faa.tg.aircraft.adm.modus.lonmodus

Methods in faa.tg.aircraft.adm.modus.lonmodus with parameters of type Angle

private double

LongitudinalModus.calcDesiredAltRate(double altError_ft, TrueAirspeed trueAirspeed, Angle desiredFPA) Calculates the desired altitude rate based on the desired flight path angle and the true airspeed.

Uses of Angle in faa.tg.atcview.display

Subclasses of Angle in faa.tg.atcview.display

class

DisplayRotation This class defines DisplayRotation which is the rotation of the display See the source: DisplayRotation.java

Constructors in faa.tg.atcview.display with parameters of type Angle

DisplayRotation(Angle angle)
Constructor

Uses of Angle in faa.tg.atcview.displayobjects

Fields in faa.tg.atcview.displayobjects declared as Angle

private Angle

PredictorDisplay.currentHeading

Methods in faa.tg.atcview.displayobjects with parameters of type Angle

void	PredictorDisplay.updatePredictorDisplay(Speed speed, Position pos, Angle heading)

Constructors in faa.tg.atcview.displayobjects with parameters of type Angle

PredictorDisplay(Speed speed, Position pos, Angle heading, PredictorSettings settings)

Uses of Angle in faa.tg.constants

Fields in faa.tg.constants declared as Angle

private Angle	CompassDirection.angle
private static Angle	CompassDirection.CUT_OFF_ANGLE
private static Angle	CompassDirection.DEG_135
private static Angle	CompassDirection.DEG_225
private static Angle	CompassDirection.DEG_315
private static Angle	CompassDirection.DEG_45

Methods in faa.tg.constants with parameters of type Angle

static TurnDirection	TurnDirection.getDirection(Angle turnDifference) Return the turn direction for the given turn angle.
static CompassDirection	CompassDirection.getDirection(Angle angle) Returns the compass direction for the given angle If the given angle is null, then null is returned
static TurnDirection	TurnDirection.smallestTurn(Angle startBearing, Angle endBearing) Return the turn direction for the smallest turn angle: types of bearings must match each other.

Constructors in faa.tg.constants with parameters of type Angle

CompassDirection(int intValue, java.lang.String shortName, java.lang.String longName, Angle angle)
Private constructor, use one of the public static instances.

Uses of Angle in faa.tg.geometry

Methods in faa.tg.geometry that return Angle

Angle

Position2D.bearing2(Position2D loc)

Uses of Angle in faa.tg.ground

Methods in faa.tg.ground that return Angle

(package private) Angle

GroundFixState.absHeadingDiff(TrueHeading other)

Uses of Angle in faa.tg.ground.airport

Fields in faa.tg.ground.airport declared as Angle

private static Angle

RunwayOverlay.TOLERANCE

Uses of Angle in faa.tg.map

Fields in faa.tg.map declared as Angle

private Angle	MapArc.endAngle
private Angle	MapArc.startAngle

Methods in faa.tg.map that return Angle

Angle	MapArc.getEndAngle() Method getEndAngle ...
Angle	MapArc.getStartAngle() Method getStartAngle ...

Constructors in faa.tg.map with parameters of type Angle

MapArc(Position focalPoint, Distance radius, Angle startAngle, Angle endAngle)
Constructor

Uses of Angle in faa.tg.nas.airport.runway.ils

Fields in faa.tg.nas.airport.runway.ils declared as Angle

private static Angle	ILS.DEFAULT_GLIDE_ANGLE
private Angle	GlideSlopeCone.glideAngle Angle of approach radial.
private Angle	GlideSlope.glideAngle Angle of approach radial.

Methods in faa.tg.nas.airport.runway.ils that return Angle

Angle	GlideSlopeCone.getGlideAngle() Returns the Angle of the approach radial.
Angle	GlideSlope.getGlideAngle() Returns the Angle of the approach radial.

Constructors in faa.tg.nas.airport.runway.ils with parameters of type Angle

GlideSlope(Angle ga, Position pos, TrueBearing locBearing)
Constructor for GlideSlope object

GlideSlopeCone(Angle ga, Position pos)
Constructor for GlideSlope object

Uses of Angle in faa.tg.pointmodel

Fields in faa.tg.pointmodel declared as Angle

private static Angle	Position.FRD_ERROR FRD_ERROR defines a range [d - FRD_ERROR, d+FRD_ERROR] in which angles will be ap equal to d for this(Postion,TrueBearing d,Distance)
private static Angle	Position.HALF_PI
private static Angle	Position.HALF_PI_TIMES_3

Methods in faa.tg.pointmodel that return Angle

private static Angle	Position.function1(Latitude orgLat) Commonly used equation
Angle	PropagationTerms.getEpsilon() Return epsilon (the geodetic Latitude minus the geocentric Latitude).

Constructors in faa.tg.pointmodel with parameters of type Angle

Position(Position origPosition, Angle trueBearing, Distance distance)
Construct a new Position from another Position, Bearing, and Distance, i.e., an FRD.

Uses of Angle in faa.tg.prep.aftil

Fields in faa.tg.prep.aftil declared as Angle

private Angle	AftilStartAngle.angle
private Angle	AftilEndAngle.angle

Uses of Angle in faa.tg.prep.cdr

Methods in faa.tg.prep.cdr with parameters of type Angle

void	CDRFpTd.processtd(CDR3aCsfString csf, Angle magDec)
private void	GetXY.transformXY(double xVal, double yVal, Angle magDec)

Constructors in faa.tg.prep.cdr with parameters of type Angle

GetXY(java.awt.geom.Point2D.Double sourcePoint, Angle magDec)

GetXY(java.lang.String TDFilename, Angle magDec)

GetXY(java.lang.String xVal, java.lang.String yVal, Angle magDec)

Uses of Angle in faa.tg.sp.cmd

Fields in faa.tg.sp.cmd declared as Angle

static Angle

OffsetRouteCmd.ROUTE_CAPTURE_ANGLE

Uses of Angle in faa.tg.track

Fields in faa.tg.track declared as Angle

static Angle

Track.HDG_AEQ

Uses of Angle in faa.tg.units

Subclasses of Angle in faa.tg.units

class	Azimuth Azimuth represents a wrapper for Angle.
class	FlightPathAngle FlightPathAngle represents the object for measuring the angle between the aircraft's velocity vector and the plane that is tangent to the surface of the Earth directly under the aircraft.
class	FlightPathRelAirAngle FlightPathRelAirAngle represents the object for measuring the angle between the aircraft's velocity vector and the air mass.
class	GroundTrackHeading GroundTrackHeading represents an object for measuring units of the heading of the ground track of aircraft, in relation to the bearing of true north.
class	Latitude Latitude represents the object for measuring units of Latitude.
class	Longitude Longitude represents the object for measuring units of Longitude.
class	MagneticDeclination MagneticDeclination represents the angular measure of the Earth's magnetic Field with respect to true North.
class	MagneticHeading MagneticHeading represents a measurement of the heading of an aircraft with respect to Magnetic North.
class	MagneticVariation (It seems that this is defined to be the same as MagneticDeclination, which is the preferred usage: use MagneticDeclination instead, unless there is a reason to use this.) MagneticVariation represents the angular measure of the Earth's magnetic Field with respect to true North.
class	Radial See the source: Radial.java
class	RollAngle The RollAngle class defines the objects used to quantify the bank angle of an aircraft, where the right wing down is a positive roll, and the left wing down is a negative roll.
class	TrueBearing TrueBearing represents the object for measuring the direction of travel from one position to another, as an angle measured clockwise from true north.
class	TrueHeading TrueHeading represents the heading of the aircraft's nose (also known as yaw, azimuth, or longitudinal axis).
class	WindDirection WindDirection is intended as a abstract class that extends true bearing.
class	WindDirectionFrom A concrete WindDirection class that informs the user that that the winds are in the coming from direction
class	WindDirectionTo A concrete WindDirection class that informs the user that the winds are in the going to direction

Fields in faa.tg.units declared as Angle

static Angle	Angle.DEG_1
static Angle	Angle.DEG_180
static Angle	Angle.DEG_270
static Angle	Angle.DEG_30
static Angle	Angle.DEG_330
static Angle	Angle.DEG_5
static Angle	Angle.DEG_60
static Angle	Angle.DEG_90
static Angle	Angle.DEG_NEG180
static Angle	Angle.DEG_NEG270
static Angle	Angle.DEG_NEG30
static Angle	Angle.DEG_NEG5
static Angle	Angle.DEG_NEG90
static Angle	Angle.NEG_NINETY_DEG
static Angle	Angle.NEG_ONEEIGHTY_DEG
static Angle	Angle.NINETY_DEG
static Angle	Angle.ONEEIGHTY_DEG
static Angle	Angle.THIRTY_DEG
static Angle	Angle.THREETHIRTY_DEG
static Angle	Angle.TWOSEVENTY_DEG
static Angle	Angle.ZERO Equivalent to -360 and 360 degrees after normalization.

Methods in faa.tg.units that return Angle

Angle	Angle.abs() This method returns a clone that is the absolute value of this object.
Angle	Angle.add(Angle addend) Adds an Angle and returns an Angle.
Angle	Angle.average(Angle angle) This method returns the average of this and another Angle.
static Angle	TrueBearing.calcTurnAngle(TrueBearing start, TrueBearing end) This subtraction method returns the turn Angle created by subtracting the start TrueBearing from the end TrueBearing.
Angle	Angle.diff(Angle subtrahend) This difference method subtracts the specified angle such that the result will be within the range -PI to PI.
Angle	Angle.reciprocalAngle()
Angle	Angle.sub(Angle subtrahend) This subtraction method subtracts the specified angle, normalizing the range to between -2 * PI and 2 * PI (standard normalization for Angles).

Methods in faa.tg.units with parameters of type Angle

Angle	Angle.add(Angle addend) Adds an Angle and returns an Angle.
boolean	Angle.aeq(Angle angle, Angle acceptableMargin) Return whether the specified angle is almost equal to this value (is within or equal to the acceptable margin).
Angle	Angle.average(Angle angle) This method returns the average of this and another Angle.
Angle	Angle.diff(Angle subtrahend) This difference method subtracts the specified angle such that the result will be within the range -PI to PI.
boolean	Angle.eq(Angle theMeasure) This method provides a test for equality.
boolean	Angle.ge(Angle theMeasure) This method provides a test for greater than / equal to.
boolean	Angle.gt(Angle theMeasure) This method provides a test for greater than.
boolean	Angle.isBetween(Angle value1, Angle value2) Use this method with care.
boolean	Angle.le(Angle theMeasure) This method provides a test for less than / equal to.
boolean	Angle.lt(Angle theMeasure) This method provides a test for less than.
double	Angle.ratio(Angle val) This division method produces a dimensionless ratio of like measures.
Coordinate	Coordinate.rotate(Angle angle) Rotates the coordinate (point pair) by given angle in the counterclockwise direction about (0,0).
Coordinate	Coordinate.rotateAll(Angle angle)
Angle	Angle.sub(Angle subtrahend) This subtraction method subtracts the specified angle, normalizing the range to between -2 * PI and 2 * PI (standard normalization for Angles).

Constructors in faa.tg.units with parameters of type Angle

Angle(Angle theAngle)

TrueBearing(Angle angle)
Constructs a TrueBearing with a bearing equivalent to the given angle.

TrueHeading(Angle heading)
Constructs a TrueHeading with the value of a specified angle.

TurnRate(Angle amountOfTurn, Time timeOfTurn)
Constructor for the TurnRate class that uses a turn measurement and a time interval for the turn to construct the turn rate value.

WindDirection(Angle angle)

Uses of Angle in faa.tg.util

Methods in faa.tg.util that return Angle

static Angle

Conversion.atan360(double x, double y) Calculates an angle based on x and y coordinate values and confines it to 360 degrees.

Methods in faa.tg.util with parameters of type Angle

static java.lang.String

Conversion.Hdg360(Angle heading) Hdg360 returns bearing as a String between 000 and 360.

Uses of Angle in faa.tg.util.convertertool

Fields in faa.tg.util.convertertool declared as Angle

private Angle

StereoMapPositionConverter.headingDifference

Constructors in faa.tg.util.convertertool with parameters of type Angle

StereoMapPositionConverter(Position toPosition, Position fromPosition, Angle toHeading, Angle fromHeading)
Creates a StereomapProjection able to convert one position to another with an arbitrary orientation.

Uses of Angle in faa.tg.vector

Methods in faa.tg.vector that return Angle

Angle	Tg2dVector.getDirection() returns the angle off of secon` of this TgVector
Angle	NED_VelocityVector.interceptAngle(NED_VelocityVector otherNED) Returns the intercept angle of this NED_VelocityVector and the specified NED_VelocityVector: assumes that the velocity vectors are coplanar.