Uses of Class
faa.tg.pointmodel.Position

Packages that use Position

faa.tg.adsb	This package provides transmission of ADS-B (Automatic Dependent Surveillance--Broadcast) datalink messages which contain aircraft state information for aircraft in the simulation that have ADS-B equipment.
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.airframe	This package provides the adm model of the Aircraft's airframe .
faa.tg.aircraft.adm.controllogic	The Control Logic Package provides the model of the aircraft dynamics control system for 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.dynamics	This package provides the simulators adm model of the Aircraft's dynamics .
faa.tg.aircraft.adm.group
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	The Modus Package provides a system to modulate the output of the simulator's guidance system (see faa.tg.aircraft.adm.guidance) before sending them to the control system (see faa.tg.aircraft.adm.controllogic).
faa.tg.aircraft.adm.modus.latmodus.fte
faa.tg.aircraft.adm.modus.lonmodus
faa.tg.aircraft.adm.navigator	This package provides the simulators adm model of the Aircraft's navigation system.
faa.tg.aircraft.adm.navigator.gps
faa.tg.aircraft.adm.navigator.perfect
faa.tg.aircraft.adm.navigator.vordme
faa.tg.aircraft.deadreckon	This package provides the simulators model of the Aircraft the is updated by dead reckoning from external update position reports.
faa.tg.aircraft.deadreckon.dis
faa.tg.aircraft.deadreckon.simnet
faa.tg.aircraft.ground
faa.tg.aircraft.transition
faa.tg.aircraft.transition.controller.landing
faa.tg.asdi	This package contains classes to handle the TMU XML ASDI feed see ASDI_XML_ICD-v1.2.pdf
faa.tg.asdi.message
faa.tg.atcview
faa.tg.atcview.display
faa.tg.atcview.displayobjects
faa.tg.atcview.events
faa.tg.atmosphere	This package provides the simulators model of the Earth's Atmosphere, the standard day model is implemented.
faa.tg.atmosphere.ruc	This package provides the simulators model of the Earth's Atmosphere, based on real weather obtained from NOAA's Rapid Update Cycle (RUC) files.
faa.tg.atmosphere.ruc.ructesting	This is the test bed for the Rapid Update Cycle (RUC) weather system.
faa.tg.compact
faa.tg.dis	This package provides the Distributed Interative Simulation (DIS) capability that the simulator uses to broadcast aircraft position data.
faa.tg.dra.objects	This package contains classes for objects generated by object factories that are part of the DRAT (Data Reduction and Analysis Toolkit).
faa.tg.dra.tools	This package contains the data reduction and analysis tools for the DRAT (Data Reduction and Analysis Toolkit).
faa.tg.dynamicDensity.math
faa.tg.dynamicDensity.math.convexHull
faa.tg.dynamicDensity.math.cri
faa.tg.dynamicDensity.math.cti
faa.tg.dynamicDensity.math.dofi
faa.tg.dynamicDensity.math.sci
faa.tg.dynamicDensity.math.sector
faa.tg.earth	This package provides the simulators model of the Earth.
faa.tg.earth.magneticField	This package provides the simulators model of the Earth's Magnetic Field.
faa.tg.eco.remoteecogui.client	This package conatains classes for managing objects sent from the tgf gui.
faa.tg.eramviewer	This package contains classes for viewing ERAM data graphically
faa.tg.eramviewer.airspace
faa.tg.eramviewer.geomap
faa.tg.filters	This package is a collection of classes related to the selection of types of simulation information for data analysis or data tracking purposes.
faa.tg.filters.attributes	This package is a collection of interface classes related to the types of simulation information; can be used as a marker or to collect information for data analysis or data tracking purposes.
faa.tg.geometry	This package is a collection of classes related to Geometry for use in the simulation.
faa.tg.googleearth.nfdc
faa.tg.ground
faa.tg.ground.airport
faa.tg.map
faa.tg.nas.airport	This package provides the simulation model of a Airport
faa.tg.nas.airport.runway	This package provides the simulations model of a Runway
faa.tg.nas.airport.runway.ils
faa.tg.nas.fix	This package provides the simulation models of Fix's for Navigation and VOR navigation equipment.
faa.tg.nas.flight	This package provides the simulation model of a Flight, this is the basic management Class for Aircraft in the Simulation.
faa.tg.nas.procedures
faa.tg.nas.radar	This package provides the simulation model of RADAR s and RADAR messages
faa.tg.nas.route	This package provides the simulation model of Navigational Routes.
faa.tg.nas.route.segment
faa.tg.nas.sector	This package provides the simulation model of a sector
faa.tg.net.structs.cockpit	This package contains messages to/from the cockpit concentrator form/to TGF.
faa.tg.opt.areaWatcher
faa.tg.opt.dataStream
faa.tg.pointmodel	This package provides the simulation model of a single point i.e pointmodel.
faa.tg.prep.aces	Classes pertaining to ACES data.
faa.tg.prep.aces.geomaps	This package provides a means of converting an ACES geomap binary stream into a jdom xml document scheme.
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.prep.nfdc	This package contains classes used to parse and process National Flight Data Center information.
faa.tg.prep.tmf	Classes to open communication to the ETMS server and serve ETMS data in the form of java objects to TGF
faa.tg.prep.tmf.dis
faa.tg.prep.tmf.radar.client	Provides clients for faa.tg.prep.radar.RadarReader these are currently mostly for testing.
faa.tg.prep.tmf.radar.validation
faa.tg.prep.tmf.ufp	A client package to connect to faa.tg.prep.tmg.TrafficManagmentUnit and build UFP's from the received data.
faa.tg.prep.tmf.ufp.postprocessors	The postprocessor package contains objects which are used to post-process etms data.
faa.tg.prep.util	Classes that are utilities for data preperation.
faa.tg.recording.state	This package contains state information about objects, events, conditions, and changes of state in a simulation.
faa.tg.scenario.importer	This package provides the classes used to read data for the Scenario.
faa.tg.simevent.action	This package provides the package for Simulation Actions
faa.tg.simevent.predicate	This package provides the classes for Simulation Event Predicates
faa.tg.sp.gui
faa.tg.track
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.util.options	This package contains generic utility classes for processing command line options
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.
faa.tg.xpvd	This package provides support for XPVD to run on the same machine as the simulator.

Uses of Position in faa.tg.adsb

Fields in faa.tg.adsb declared as Position

(package private) Position

AdsbVector.position Aircraft position when the ADS-B state information was transmitted.

Methods in faa.tg.adsb that return Position

Position

AdsbVector.getPosition()

Constructors in faa.tg.adsb with parameters of type Position

AdsbVector(Acid acid, Position position, GroundTrackSpeed groundTrackSpeed, GroundTrackHeading groundTrackHeading, AltitudeRate altRate)

Uses of Position in faa.tg.aidl

Fields in faa.tg.aidl declared as Position

private Position

TgfAidlArc.pointOfIntersection

Fields in faa.tg.aidl with type parameters of type Position

private java.util.Map<java.lang.String,Position>

GenerateAidlFpx.fixes

Methods in faa.tg.aidl that return Position

Position	AidlLine.getFix1Position() Returns the position of the first fix on the line
Position	AidlLine.getFix2Position() Returns the position of the last fix on the line
Position	AidlFix.getPosition() Returns the position of the fix

Methods in faa.tg.aidl with parameters of type Position

AidlFix

AidlObjectMgr.addFix(java.lang.String name, Position position) Add a fix

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

AidlGlideSlope(AidlFix fix, Runway runway, Position acPosition, int index)
Constructor

Uses of Position in faa.tg.aircraft

Fields in faa.tg.aircraft declared as Position

protected Position	Dynamics.estimatedPos
private Position	Aircraft.position The current three-dimensional location of the aircraft.

Methods in faa.tg.aircraft that return Position

Position	Dynamics.getEstimatedPosition()
Position	AircraftEventBus.getEstimatedPosition() Returns the position of the aircraft, as estimated by the navigator.
Position	Aircraft.getEstimatedPosition() Returns the estimated position of the aircraft.
Position	TrackingEndedEvent.getPosition() Returns the Position of the aircraft when over the route node.
Position	Dynamics.getPosition()
Position	Aircraft.getPosition() Returns the current position of this aircraft.

Methods in faa.tg.aircraft with parameters of type Position

LocalAtm	LongitudinalInputInterface.calculateLocalAtm(Position pos)
LocalAtm	Dynamics.calculateLocalAtm(Position pos) Calculates the atmospheric conditions at this position.
LocalAtm	AircraftEventBus.calculateLocalAtm(Position pos) Calculates the atmospheric conditions at this position.
LocalWind	LongitudinalInputInterface.calculateLocalWind(Position pos)
LocalWind	Dynamics.calculateLocalWind(Position pos) Calculates the wind at this position.
LocalWind	AircraftEventBus.calculateLocalWind(Position pos) Calculates the wind at this position.
protected MagneticHeading	Dynamics.calculateMagneticHeading(Position position, TrueHeading heading)
void	Controller.followAt(Altitude followOnAltitude, Fix fix, Position currPos) Must override to allow an altitude profile to follow the current profile.
void	Controller.followAt(GenericSpeed followOnSpeed, boolean maxRateDecel, Fix fix, Position currPos) Must override to allow a speed profile to follow the current profile.
Altitude	Controller.getExpeditedDescentCapture(Position crossPos) Method called to determine the altitude at which the crossing point's latitude/longitude can be captured with an expedited descent.
Altitude	AircraftEventBus.getExpeditedDescentCapture(Position pos) Method called to determine the altitude at which the crossing point's latitude/longitude can be captured with an expedited descent.
void	AircraftEventBus.landAircraft(Position position) Switch from current dynamics to GroundDynamics.
void	Aircraft.setPosition(Position pos) Sets the current position of this aircraft.
void	Aircraft.transitionToGround(Position updatedPosition) Switch from current dynamics to GroundDynamics.
void	ExternallyUpdatedDynamics.updatePosition(Time newTimeStamp, Position newPosition) Updates status of aircraft based on a time stamped position.

Constructors in faa.tg.aircraft with parameters of type Position

Aircraft(Acid acid, Position position, java.lang.String aircraftType)
Basic constructor.

Aircraft(Acid acid, Position position, java.lang.String aircraftType, Time simTime, ExternalUpdateSource externalUpdater)
(Tim Swantek added 07/16/08) This creates an aircraft from the passed parameters and uses the DeadReckonDynamics to move it about.

Aircraft(Acid acid, Position position, java.lang.String aircraftType, Time simTime, TrueHeading heading, ExternalUpdateSource externalUpdater)
(Tim Swantek added 10/01/08) This creates an aircraft from the passed parameters and uses the DeadReckonDynamics to move it about.

Dynamics(java.lang.String dynamicsType, Aircraft aircraft, Position position, java.lang.String acType)

Dynamics(java.lang.String dynamicsType, Position estimatedPosition, Aircraft aircraft, AircraftTypeProfile profile)
Constructor for the Dynamics object that initializes the dynamics using the aircraft type profile and a specified AircraftEventBus (which is also used as the source of the estimated position information).

Dynamics(java.lang.String dynamicsType, Position estimatedPos, Aircraft aircraft, Engine engine, Airframe airframe, AircraftProperties props)
Constructor for the Dynamics object with information for initializing the aircraft dynamics.

InitialState(AircraftWeight weight, Position pos, RollAngle rollAngle, TrueAirspeed tas, LocalAtm localAtm, Airframe airframe, Thrust thrust)

Uses of Position in faa.tg.aircraft.adm.airframe

Methods in faa.tg.aircraft.adm.airframe with parameters of type Position

static AirframeDragDeviceSettings	DragDeviceController.determineDragDeviceSettings(AirframeDragDeviceSettings previousDragDevices, GuidanceResult guidanceResult, Route route, Runway arrivalRunway, Airframe airframe, AircraftWeight updatedAcWeight, Coefficient updatedCoefficientOfLift, Engine engine, Drag updatedDrag, Altitude groundAltitude, FlyingStatus updatedFlyingStatus, LocalAtm updatedLocalAtm, TrueAirspeed updatedTAS, TrueHeading updatedHeading, Position currPos) This determines the drag device settings for an aircraft based on the aircraft's state.
private static AirframeDragDeviceSettings	DragDeviceController.determineDragDeviceSettingsForAltRestr(RouteNode altRestr, AirframeDragDeviceSettings previousDragDevices, Distance distanceToRestr, Position currPos) Determines drag device settings for aircraft that have started a landing procedure.
private static AirframeDragDeviceSettings	DragDeviceController.determineDragDeviceSettingsInFlight(Altitude groundAltitude, AircraftWeight updatedAcWeight, Airframe airframe, LocalAtm updatedLocalAtm, AirframeDragDeviceSettings previousDragDevices, TrueAirspeed updatedTAS, FlyingStatus updatedFlyingStatus, Position currentPos) Determines drag device settings for aircraft that have not started a landing procedure.
private static AirframeDragDeviceSettings	DragDeviceController.determineDragDeviceSettingsWhenLanding(AirframeDragDeviceSettings previousDragDevices, Airframe airframe, AircraftWeight updatedAcWeight, Coefficient updatedCoefficientOfLift, Engine engine, Drag updatedDrag, Altitude groundAltitude, LocalAtm updatedLocalAtm, TrueAirspeed updatedTAS, TrueAirspeed desiredSpeed, Distance distanceLeft, AircraftWeight updatedWeight, Position currPos) Determines drag device settings for aircraft that have started a landing procedure.

Uses of Position in faa.tg.aircraft.adm.controllogic

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

ControlLogicResult	ControlLogicInterface.control(ModusResult modusResult, Position estimatedPos, RollAngle desiredRollAngle, LongitudinalInputInterface lonInputs, AircraftStateInputInterface stateInputs, SimulationTime timeStep)
ControlLogicResult	ControlLogic.control(ModusResult modusResult, Position estimatedPos, RollAngle desiredRollAngle, LongitudinalInputInterface lonInputs, AircraftStateInputInterface stateInputs, SimulationTime timeStep) Controls the aircraft by updating the coefficient of lift, the thrust, the desired roll angle, and the flap settings.

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

Methods in faa.tg.aircraft.adm.controllogic.loncontrol with parameters of type Position

LongitudinalControlResult

LongControlLaw.control(Position estimatedPos, ModusResult modusResult, LongitudinalInputInterface dynamicInputs, AircraftStateInputInterface staticInputs, SimulationTime timeStep) Main method called to update the state of the control logic using this concrete speed control law implementation.

Uses of Position in faa.tg.aircraft.adm.dynamics

Fields in faa.tg.aircraft.adm.dynamics declared as Position

private Position

AircraftDynamicsResult.updatedPosition

Methods in faa.tg.aircraft.adm.dynamics that return Position

Position	AircraftDynamicsResult.getUpdatedPosition()
protected Position	ADMDynamics.navigate(SimulationTime timeStep) Accesses the current navigator to determine the aircraft's estimated position.

Methods in faa.tg.aircraft.adm.dynamics with parameters of type Position

FlightPathRelAirAngle	ADMDynamics.captureFpa(TrueAirspeed targetTAS, Position targetPos) Method called to determine the altitude at which the latitude/longitude can be captured with an expedited descent at the current IAS.
Altitude	ADMDynamics.getExpeditedDescentCapture(Position crossPos) Method called to determine the altitude at which the crossing point's latitude/longitude can be captured with an expedited descent.
Altitude	ADMDynamics.getMaxDescentAltitude(Position crossPos) Method called to determine the altitude at which the latitude/longitude can be captured with an expedited descent at the current IAS.
void	ADMDynamics.initialize(Position initialPosition, TrueHeading heading, GenericSpeed startSpeed, Altitude desiredAlt, GenericSpeed cruiseSpeed, RollAngle rollAngle, Runway departureRunway) Method to initialize the state of this Aircraft.
AircraftDynamicsResult	AircraftDynamics.updateAircraftDynamicsState(GuidanceResult guidanceResult, ControlLogicResult controlLogicResult, Position actualPos, AircraftStateInputInterface acState, LongitudinalInputInterface lonInputs, LateralInputInterface latInputs, Route route, SimulationTime timeStep) Uses the aircraft dynamics model to calculate the derivatves, integrate to the next time step, and update the states and derived states of the Aircraft.

Constructors in faa.tg.aircraft.adm.dynamics with parameters of type Position

ADMDynamics(NavigationEquipment navigationEquip, AircraftTypeProfile profile, Aircraft aircraft, Position initialPosition, TrueHeading heading, GenericSpeed startSpeed, Altitude desiredAlt, GenericSpeed cruiseSpeed, RollAngle rollAngle, Runway departureRunway)

AircraftDynamicsResult(Position updatedPosition, PositionRate updatedPositionRate, LocalWind updatedLocalWind, LocalAtm updatedLocalAtm, TrueAirspeed updatedTas, FlightPathRelAirAngle updatedFlightPathAngle, FlightPathRelAirAngleRate updatedFlightPathAngleRate, TrueHeading updatedTrueHeading, NED_VelocityVector updatedNEDVelocityVector, Distance updatedAircraftTurnRadius, RollRate updatedRollRate, RollAngle updatedRollAngle, TurnRate updatedTurnRate, AircraftWeight updatedAircraftWeight, Drag updatedDrag, AirframeDragDeviceSettings updatedDragSettings)
Construct a new AircraftDynamicsResult with all the fields relevent to an ADMDynamics dynamics model instantiation.

AircraftDynamicsResult(Position updatedPosition, PositionRate updatedPositionRate, LocalWind updatedLocalWind, LocalAtm updatedLocalAtm, TrueAirspeed updatedTas, FlightPathRelAirAngle updatedFpa, TrueHeading updatedTrueHeading, RollAngle updatedRollAngle, AircraftWeight updatedAircraftWeight, Drag updatedDrag, FlapSetting flaps)
Construct the minimum AircraftDynamicsResult needed to initialize a new ADMDynamics object.

Uses of Position in faa.tg.aircraft.adm.group

Fields in faa.tg.aircraft.adm.group declared as Position

private Position

ADMGroupDynamics.recalcPosition This is null unless the group reference position has been recalculated by the group.

Methods in faa.tg.aircraft.adm.group that return Position

Position	AircraftGroup.getRefPos()
protected Position	ADMGroupDynamics.navigate(SimulationTime timeStep) Returns the value of the settable Aircraft position: this position is the reference position for the group, and so, as a construct of the FMS, it is not subject to normal navigation.

Methods in faa.tg.aircraft.adm.group with parameters of type Position

private GenericSpeed	GroupController.calcDesiredSpeed(GuidanceResult groupResult, Position estimPos, LongitudinalInputInterface lonInputs) Returns the desired speed for this aircraft to maintain its relative position in the group.
LateralGuidanceResult	GroupManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates the lateral guidance result from guiding this aircraft for one timestep: includes the updated desired true heading, the desired direction, and the remaining distance resulting from gui.
GuidanceResult	GroupGuidance.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs, LongitudinalInputInterface lonGuidanceInputs) Return the current GuidanceResult.
GuidanceResult	GroupController.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs, LongitudinalInputInterface lonGuidanceInputs) Calls lateral guidance (capture a Fix or follow a route) and longitudinal guidance (meet vertical constraints on fixes in the route) components.
void	GroupController.newRoute(Route route, TrueHeading headingTowardRoute, Position estimatedPos, IndicatedAirspeed currIas) First, cancels group guidance and uses a standard controller; then puts the aircraft on a new Route, specifying the heading to travel on to intercept the route with.
void	ADMGroupDynamics.setRecalculatedPosition(Position recalc) Sets the value of the recalculated Aircraft position.
void	AircraftGroup.transitionFromTransitionDynamicsToGroundDynamics(Position unused) An AircraftGroup should not get this instruction.
void	AircraftGroup.transitionToGround(Position unused) An AircraftGroup should not get this instruction.

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

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

private TrueAirspeed	TrackGuidance.calcDesiredTAS(Position estimatedPos, Distance miss4D, LateralInputInterface latGuidanceInputs, LongitudinalInputInterface lonGuidanceInputs) Returns the calculated desired true airspeed.
private java.lang.String	Guidance.crossFix(RouteNode restrNode, Position currPos, IndicatedAirspeed currIas, Route currRoute) Create a speed altitude profile for crossing a fix.
Altitude	ADMController.getExpeditedDescentCapture(Position crossPos) Method called to determine the altitude at which the crossing point's latitude/longitude can be captured with an expedited descent.
GuidanceResult	TrackGuidance.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
GuidanceResult	ADMController.guideAircraft(Position estimatedPosition, LateralInputInterface latGuidanceInputs, LongitudinalInputInterface lonGuidanceInputs) Calls lateral guidance (capture a Fix or follow a route) and longitudinal guidance (meet vertical constraints on fixes in the route) components.
void	ADMController.makeInitialProfile(GenericSpeed currentSpeed, GenericSpeed desiredSpeed, Position currentPos, Altitude desiredAlt, boolean speedRestricted) Makes the initial profile for the aircraft if it is not a departure.
void	ADMController.newRoute(Route route, TrueHeading headingTowardRoute, Position estimatedPos, IndicatedAirspeed currIas) Puts the aircraft on a new Route, specifying the heading to travel on to intercept the route with.
void	ADMController.parseRouteConstraints(Position currPos, GenericSpeed currIas) Cancels route constraints and crossing maneuvers, replacing them with a maneuver using the current desired speed and current desired altitude.

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

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

private Position	HeadingUntilAboveAltManeuver.estimatedPos Estimated position of this aircraft at the last guideAircraft() call.
private Position	FollowRouteUntilAltManeuver.estimatedPos Estimated position of this aircraft at the last guideAircraft() call.

Methods in faa.tg.aircraft.adm.guidance.latguidance with parameters of type Position

private void	HoldingPatternManeuver.determineHoldingEntryParameters(Position position, Fix holdingFix, HoldingPattern holdingPattern) To enter the holding pattern, we must generate the initial outbound bearing and the initial direction of turn.
protected boolean	RouteFollowingManeuver.doneWithThisSegment(Position position, LateralInputInterface latGuidanceInputs) Returns whether position is close enough to the end of the segment to switch to the next segment.
protected boolean	FollowTrackManeuver.doneWithThisSegment(Position position, LateralInputInterface latGuidanceInputs) Returns whether position is close enough to the end of the segment to switch to the next segment.
LateralGuidanceResult	SegmentCaptureSubmaneuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Returns the true bearing the aircraft must maintain in order to capture, or follow, the route.
LateralGuidanceResult	RouteFollowingManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Returns the true bearing the aircraft must maintain in order to capture, or follow, the route.
LateralGuidanceResult	MergeToRouteSubmaneuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates a new bearing, which guides the aircraft on or to the route.
private LateralGuidanceResult	LateralGuidance.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates an updated true bearing, which the aircraft must maintain i in order to capture, or follow the specified route
LateralGuidanceResult	HoldingPatternManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Returns the true bearing the aircraft must maintain in order to capture, or follow the route.
LateralGuidanceResult	HoldingOutSubmaneuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates an updated true bearing, which the aircraft must follow in order to maintain the desired ground track
LateralGuidanceResult	HoldingInSubmaneuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Returns the true bearing the aircraft must maintain in order to capture, or follow, the route.
LateralGuidanceResult	HeadingUntilAboveAltManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates the lateral guidance result from guiding this aircraft for one timestep: includes the updated desired true heading, the desired direction, and the remaining distance resulting from gui.
LateralGuidanceResult	HeadingTrackManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates the lateral guidance result from guiding this aircraft for one timestep: includes the updated desired true heading, the desired direction, and the remaining distance resulting from gui.
LateralGuidanceResult	HeadingToRouteSubmaneuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Returns the true bearing the aircraft must maintain in order to capture, or follow, the route.
LateralGuidanceResult	HeadingManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates the lateral guidance result from guiding this aircraft for one timestep: includes the updated desired true heading, the desired direction, and a remaining distance of ZERO since heading maneuvers do not have an associated distance.
abstract LateralGuidanceResult	GuidanceManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Returns the true bearing the aircraft must maintain in order be guided along the trajectory required.
LateralGuidanceResult	GroundTrackManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates an updated true bearing, which the aircraft must follow in order to maintain the desired ground track.
LateralGuidanceResult	FollowTrackManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates an updated true bearing, which the aircraft must follow in order to maintain the desired ground track.
LateralGuidanceResult	FollowRouteUntilAltManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates the lateral guidance result from guiding this aircraft for one timestep: includes the updated desired true heading, the desired direction, and the remaining distance resulting from gui.
LateralGuidanceResult	FixCaptureManeuver.guideAircraft(Position estimatedPos, LateralInputInterface latGuidanceInputs) Return the lateral guidance results of guiding the aircraft for one time-step.
protected LateralGuidanceResult	RouteFollowingManeuver.guideOnCurrentSegment(Position estimatedPos, LateralInputInterface latGuidanceInputs) Returns the result of following this segment for a time step (does not set route restriction fields in returned result).
protected LateralGuidanceResult	RouteFollowingManeuver.guideWithInterimMan(Position estimatedPos, LateralInputInterface latGuidanceInputs) Returns the true bearing the aircraft must maintain as determined by the current interimManeuver.
void	LateralGuidance.hold(Fix holdingFix, HoldingPattern holdingPattern, Position position, IndicatedAirspeed desiredIAS)
LateralGuidanceResult	LateralGuidance.laterallyGuide(Position estimatedPos, LateralInputInterface latGuidanceInputs) Calculates an updated desired roll Angle, which the aircraft must maintain i in order to capture, or follow the specified route

Constructors in faa.tg.aircraft.adm.guidance.latguidance with parameters of type Position

HoldingPatternManeuver(HoldingPattern holdingPattern, Fix holdingFix, Position position, IndicatedAirspeed desiredIAS)
The constructor to create the strategists to fly in a holding pattern.

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

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

private Position	MachClimbMan.estimatedPos
private Position	EfficientDescentMan.estimatedPos
private Position	EfficientClimbMan.estimatedPos

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

void	LongitudinalGuidance.clearForILSApproach(Runway runway, LandingVelocityProfile landingProfile, Position estimatedPos) Create a landing profile for this aircraft.
java.lang.String	LongitudinalGuidance.crossFix(RouteNode restrNode, Position currPos, IndicatedAirspeed currIas, Route currRoute) Create a speed altitude profile for crossing a fix under restrictions.
private static SpdAltProfile	SpdAltProfileMutator.expediteDescent(Altitude expediteAlt, SpdAltManeuver currentManeuver, PerformanceParameters perfParams, Position currentPos, Distance distanceToExpedite, LocalAtm localAtm) Return a profile with an expedited descent maneuver.
java.lang.String	LongitudinalGuidance.expediteThroughAlt(Altitude expediteAlt, IndicatedAirspeed currIas, Position currentPos) Return a profile maximizing the altitude rate to the specified altitude.
static SpdAltProfile	SpdAltProfileMutator.expediteThroughAlt(Altitude expediteAlt, Position currentPos, AircraftEventBus acEvtBus, IndicatedAirspeed currIas, SpdAltProfile currentProfile, PerformanceParameters perfParams, Distance distanceToExpedite) Return a profile maximizing the altitude rate to the specified altitude.
private Altitude	FpaDescentMan.getGlideSlopeAlt(Position pos, Distance distToRestrNode) Returns the glide slope altitude based on the distance from the specified position to the goal fix.
GenericSpeed	VelocityProfileI.getSpeed(GenericSpeed desiredSpeed, Position position, LongitudinalInputInterface lonInputs) The speed an aircraft should use to follow this profile, as determined by its altitude.
LongitudinalGuidanceResult	VelocityProfileRouteMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonInputs) Returns the longitudinal result of the aircraft flying for a timestep using this velocity profile.
LongitudinalGuidanceResult	VelocityProfileMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonInputs) Returns the longitudinal result of the aircraft flying for a timestep using this velocity profile.
LongitudinalGuidanceResult	VarSpdBelow10DescentMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs)
LongitudinalGuidanceResult	TouchdownMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	StdDescentMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	StdClimbMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	RollingToStopMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Determine the result of the longitudinal guidance required when rolling to a stop.
LongitudinalGuidanceResult	RollingToStartMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	NoChangeMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs)
LongitudinalGuidanceResult	MachDescentMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the longitudinal result of the aircraft flying for a timestep.
LongitudinalGuidanceResult	MachClimbMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs)
LongitudinalGuidanceResult	LevelWaitMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs)
LongitudinalGuidanceResult	LevelWaitFixMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this timestep.
LongitudinalGuidanceResult	LevelDecelMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the longitudinal result of the aircraft flying for a timestep.
LongitudinalGuidanceResult	LevelAccelMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the longitudinal result of the aircraft flying for a timestep.
LongitudinalGuidanceResult	LandingMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the longitudinal result of the aircraft flying for a timestep.
LongitudinalGuidanceResult	LandedMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
abstract LongitudinalGuidanceResult	SpdAltManeuver.guideAircraft(Position estPos, LongitudinalInputInterface lonGuidanceInputs) Returns the longitudinal result of the aircraft flying for a timestep.
LongitudinalGuidanceResult	InitialClimbMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	FpaDescentMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the longitudinal result of the aircraft flying for a timestep.
LongitudinalGuidanceResult	FpaClimbMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs)
LongitudinalGuidanceResult	ExpediteDescentMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	ExpediteClimbMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	EfficientDescentMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	EfficientClimbMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	CvsDescentMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	CvsClimbMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	CrossCasMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	CasDescentMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	CasClimbMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs) Returns the result of guiding the aircraft for this epoch.
LongitudinalGuidanceResult	LongitudinalGuidance.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonInputs, Distance distToRestrNode) Meet vertical and speed constraints using the current longitudinal guidance maneuver.
LongitudinalGuidanceResult	SpdAltManeuver.guideAircraft(Position estPos, LongitudinalInputInterface lonGuidanceInputs, Distance distToRestrNode) Override this method if the distance to the restricted node is important to the maneuver subclass using this abstract class.
LongitudinalGuidanceResult	FpaDescentMan.guideAircraft(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs, Distance distToRestrFix, SimulationTime timeStep) Overrides the guideAircraft() definition in SpdAltManeuver that ignores the distance to the restricted node.
(package private) boolean	TransitionToGroundMan.hasTouchedDown(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs)
(package private) boolean	TouchdownMan.hasTouchedDown(Position estimatedPos, LongitudinalInputInterface lonGuidanceInputs)
static SpdAltProfile	SpdAltProfileMutator.maintainAltRate(AltitudeRate altRate, boolean notifyOnFailure, PerformanceParameters perfParams, Position currentPos, IndicatedAirspeed currIas, SpdAltProfile currentProfile, AircraftEventBus acEventBus) Return profile for a constant vertical descent or climb.
void	LongitudinalGuidance.maintainAltRate(AltitudeRate altRate, boolean notifyOnFailure, Position currentPos, IndicatedAirspeed currIas) Tells the aircraft to change to a constant vertical descent or climb.
static SpdAltProfile	SpdAltProfileMutator.makeCrossingProfile(IndicatedAirspeed currIas, Position fromPos, Fix fix, GenericSpeed speedRestr, AltitudeRestriction altRestr, Distance distToRestrFix, PerformanceParameters perfParams, Route route, AircraftEventBus acEvtBus, SpdAltManeuver currManeuver, boolean allowStartWithCurrMan) Returns a crossing profile for an altitude restriction, a speed restriction, or both.
void	LongitudinalGuidance.makeInitialProfile(GenericSpeed currentSpeed, GenericSpeed cruiseSpeed, Position currentPos, Altitude desiredAlt, boolean initiallyRestricted) This method is used to create the first Speed/Altitude Profile.
static SpdAltProfile	SpdAltProfileMutator.makeLandingProfile(Altitude previousDesiredAlt, GenericSpeed speedRestriction, Runway runway, LandingVelocityProfile landingProfile, AircraftEventBus aircraftEventBus, Position estimatedPos) Returns a landing profile.
static SpdAltProfile	SpdAltProfileMutator.makeLevelSpeedProfile(boolean goToCruise, GenericSpeed fromSpeed, Position fromPos, LocalAtm fromAtm, GenericSpeed speedRestr, boolean maxDecel, Altitude desiredAlt, PerformanceParameters perfParams, SpdAltManeuver currMan) Returns a profile for a constant speed.
static SpdAltProfile	SpdAltProfileMutator.makeLevelSpeedProfile(GenericSpeed fromSpeed, Position fromPos, LocalAtm localAtm, GenericSpeed speedRestr, Altitude desiredAlt, PerformanceParameters perfParams) This method returns a new speed/altitude profile that will go to the desired altitude, while maintaining the current speed.
static SpdAltProfile	SpdAltProfileMutator.makeProfile(GenericSpeed fromSpeed, Position fromPos, AircraftEventBus acEvt, GenericSpeed speedRestr, boolean maxDecel, Altitude desiredAlt, PerformanceParameters perfParams, SpdAltManeuver currMan) Returns a new speed profile or a follow-on (ThenCmd) profile.
void	LongitudinalGuidance.newAltitude(GenericSpeed currentSpeed, Position currentPos, Altitude desiredAlt) Tells the aircraft to change its altitude.
void	LongitudinalGuidance.newSpeed(GenericSpeed desiredSpd, boolean maxDecel, GenericSpeed currentSpeed, Position currentPos) Tells the aircraft to change its speed.
java.lang.String	LongitudinalGuidance.parseRouteConstraints(Route currRoute, Position currPos, GenericSpeed currSpeed) Adds the route constraints for the current route to spdAltProfile.
void	LongitudinalGuidance.resumeSpeed(GenericSpeed currentSpeed, Position currentPos) Change the current profile to one with an unrestricted speed.

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

CrossCasMan(GenericSpeed fromSpeed, Altitude fromAlt, Position fromPos, Fix crossingFix, GenericSpeed speedRestrIfAny, Altitude desiredCrossAlt, Distance distToRestrFix, PerformanceParameters perfParams, Route route, AircraftEventBus acEventBus)
Constructs a crossing maneuver that implements a speed restriction or an altitude restriction for a descent (crossing climbs are not handled because climbs are usually done immediately) for a specified fix.

CvsClimbMan(SpdAltProfile currentProfile, AltitudeRate desiredAltRate, boolean notifyOnFailure, PerformanceParameters perfParams, Position currentPos, AircraftEventBus acEventBus)
Constructs CvsClimbMan for an aircraft that is switching to a constant altitude rate (Constant Vertical Speed) climb.

CvsDescentMan(SpdAltProfile currentProfile, PerformanceParameters perfParams, Position currentPos, AltitudeRate desiredAltRate, boolean notifyOnFailure, AircraftEventBus acEventBus)
Constructs CvsDescentMan for an aircraft that is switching to a constant altitude rate (Constant Vertical Speed) descent.

ExpediteDescentMan(Altitude desiredAlt, PerformanceParameters perfParams, Position currPos, LocalAtm currAtm)
Constructs an expedited descent maneuver.

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.

StdClimbMan(GenericSpeed desiredSpeed, Altitude desiredAlt, PerformanceParameters perfParams, Position currentPos, LocalAtm currentAtm)
Creates a generic climb which can be used for either Mach climb or CAS climb and that will handle CAS-to-Mach transitions.

StdDescentMan(GenericSpeed desiredSpeed, Altitude desiredAlt, PerformanceParameters perfParams, Position currentPos, LocalAtm currentAtm)
Creates a generic descent which can be used for either Mach descents or CAS descents and that will handle Mach-to-CAS transitions.

Uses of Position in faa.tg.aircraft.adm.modus

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

ModusResult

Modus.modulate(GuidanceResult guidanceResult, Position estimatedPos, LateralInputInterface lateralInputs, LongitudinalInputInterface lonInputs, AircraftStateInputInterface stateInputs) Given where I want to be, figure out how I want to get there.

Uses of Position in faa.tg.aircraft.adm.modus.latmodus.fte

Methods in faa.tg.aircraft.adm.modus.latmodus.fte with parameters of type Position

private Distance

IlsFlightTechnicalError.calcLateralOffset(Position currPos, Time time) Calculates the lateral offset, given the current position and time

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

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

private AltitudeRate	LongitudinalModus.calcDesiredAltRate(Position estimatedPos, LongitudinalGuidanceResult lonGuidanceResult, AircraftStateInputInterface stateInputs, LongitudinalInputInterface lonInputs, Region currRegion) Calculates the modus desired altitude rate based on the region.
LongitudinalModusResult	LongitudinalModus.modulate(LongitudinalGuidanceResult lonGuidanceResult, Position estimatedPos, AircraftStateInputInterface stateInputs, LongitudinalInputInterface lonInputs) Given where I want to be, figure out how I want to get there.

Uses of Position in faa.tg.aircraft.adm.navigator

Methods in faa.tg.aircraft.adm.navigator that return Position

Position

NavigatorInterface.navigate(Position currPos, RouteSegment currRteSegment, Route currRte, Time timeStep) This is the main method of the navigator.

Methods in faa.tg.aircraft.adm.navigator with parameters of type Position

Position

NavigatorInterface.navigate(Position currPos, RouteSegment currRteSegment, Route currRte, Time timeStep) This is the main method of the navigator.

Uses of Position in faa.tg.aircraft.adm.navigator.gps

Methods in faa.tg.aircraft.adm.navigator.gps that return Position

Position

GpsNavigator.navigate(Position currPos, RouteSegment currRteSegment, Route currRte, Time simTime) Navigate by simulating errors associated with GPS navigation.

Methods in faa.tg.aircraft.adm.navigator.gps with parameters of type Position

Position

GpsNavigator.navigate(Position currPos, RouteSegment currRteSegment, Route currRte, Time simTime) Navigate by simulating errors associated with GPS navigation.

Uses of Position in faa.tg.aircraft.adm.navigator.perfect

Methods in faa.tg.aircraft.adm.navigator.perfect that return Position

Position

PerfectNavigator.navigate(Position currPos, RouteSegment currSeg, Route currRte, Time time) This method is the main one of the navigator interfaces and this particular one just return the actual position as that determined by the navigators.

Methods in faa.tg.aircraft.adm.navigator.perfect with parameters of type Position

Position

PerfectNavigator.navigate(Position currPos, RouteSegment currSeg, Route currRte, Time time) This method is the main one of the navigator interfaces and this particular one just return the actual position as that determined by the navigators.

Uses of Position in faa.tg.aircraft.adm.navigator.vordme

Methods in faa.tg.aircraft.adm.navigator.vordme that return Position

Position	VorDme.getEstimatedPosition(Position currPos, RangeBearingStation groundStation) calculate the estimated position by givin the current position and a ground station that has range and bearing information
Position	VorDmeNavigator.navigate(Position currPos, RouteSegment currSeg, Route currRoute, Time time) This is the main method of the navigator.

Methods in faa.tg.aircraft.adm.navigator.vordme with parameters of type Position

private void	VorDmeLocator.determineGroundStationStrategist(Position currPos, RouteSegment currSeg, Route currRte) need a reference to the lateral guidance to ask if we're following a route return the *actual* position if we're not currently following a route
Position	VorDme.getEstimatedPosition(Position currPos, RangeBearingStation groundStation) calculate the estimated position by givin the current position and a ground station that has range and bearing information
RangeBearingStation	TwoVorDmeStrategist.getRangeBearingStation(Position currPos) returns the station selected by this strategist use the VOR/DME station that is closest to the aircraft
RangeBearingStation	SingleVorDmeStrategist.getRangeBearingStation(Position currPos) returns the station selected by this strategist use the VOR/DME station that is closest to the aircraft
RangeBearingStation	NoVorDmeStrategist.getRangeBearingStation(Position currPos) returns the station selected by this strategist use the VOR/DME station that is closest to the aircraft
RangeBearingStation	GroundStationStrategist.getRangeBearingStation(Position currPos)
protected RangeBearingStation	VorDmeLocator.getRangeBearingStation(Position currPos, RouteSegment currSeg, Route currRte)
private void	VorDmeLocator.loadGroundStationStrategist(Position currPos, RouteSegment currSeg, Route currRte) determine if there are any VOR/DMEs on this segment and load a strategist to handle the station
Position	VorDmeNavigator.navigate(Position currPos, RouteSegment currSeg, Route currRoute, Time time) This is the main method of the navigator.

Uses of Position in faa.tg.aircraft.deadreckon

Fields in faa.tg.aircraft.deadreckon declared as Position

private Position	DeadReckonDynamics.currentPosition The current position of the target (either actual or dead reckoned).
private Position	EtmsDeadReckonDynamics.lastActualPosition The last actual target position.
protected Position	DeadReckonDynamics.lastPosition A temporary position value used to track a target if an actual position value causes a latitude NumberFormatException: currently only used in testing & debugging.
private Position	TimeStampedPosition.pos
private Position	EtmsDeadReckonDynamics.previousPosition Used to debug NumberFormatExceptions in latitudes.
private Position	DeadReckonDynamics.previousPosition Used to debug NumberFormatExceptions in latitudes.

Methods in faa.tg.aircraft.deadreckon that return Position

Position	TimeStampedPosition.getPosition() Accessor to the pos field of this object.
Position	EtmsDeadReckonDynamics.getPreviousPosition() Returns the previousPosition field of this object.

Methods in faa.tg.aircraft.deadreckon with parameters of type Position

private NED_VelocityVector	EtmsDeadReckonDynamics.calcNEDVelocityVector(Position previousPos, Position currentPos, Time timeDiff, TrueAirspeed currentTas, TrueBearing currentTb, LocalWind localWind) Calculates the NED_VelocityVector of the aircraft; sets this dead reckoned aircraft's altitude rate and flight path angle.
private TrueAirspeed	EtmsDeadReckonDynamics.extrapolateTrueAirspeed(Position newPosition, Time timeStamp) Determine the distance between two lat/lon pairs and calculate the true airspeed.
void	EtmsDeadReckonDynamics.updatePosition(Position newPosition, GroundTrackSpeed groundSpeed, Time timeStamp) Called after a position update has arrived for each aircraft.
void	DeadReckonDynamics.updatePosition(Time newTimeStamp, Position newPos) Updates status of aircraft based on a time stamped position.

Constructors in faa.tg.aircraft.deadreckon with parameters of type Position

DeadReckonDynamics(Aircraft aircraft, Position newPosition, Time timeStamp, java.lang.String type)
Constructor for a dead reckoned aircraft.

DeadReckonDynamics(Aircraft aircraft, Position newPosition, Time timeStamp, java.lang.String type, TrueHeading heading)
Constructor for a dead reckoned aircraft.

EtmsDeadReckonDynamics(Aircraft aircraft, Position newPosition, Speed groundSpeed, Time timeStamp)
Constructor for a dead reckoned aircraft.

TimeStampedPosition(Position pos, SimulationTime simTime)
Constructor

Uses of Position in faa.tg.aircraft.deadreckon.dis

Methods in faa.tg.aircraft.deadreckon.dis with parameters of type Position

void	EntityStatePduReceiver.DoNothingDynamics.updatePosition(Time newTime, Position newPosition)
void	EntityStatePduReceiver.NoTimeDynamics.updatePosition(Time newTime, Position newPosition)

Uses of Position in faa.tg.aircraft.deadreckon.simnet

Methods in faa.tg.aircraft.deadreckon.simnet with parameters of type Position

void	SimnetMsgReceiver.DoNothingDynamics.updatePosition(Time newTime, Position newPosition)
void	SimnetMsgReceiver.NoTimeDynamics.updatePosition(Time newTime, Position newPosition)

Uses of Position in faa.tg.aircraft.ground

Methods in faa.tg.aircraft.ground with parameters of type Position

private void

GroundDynamics.populateAcStateVariables(Position currentPosition, TrueHeading currentHeading, TrueAirspeed currentTrueAirspeed)

Constructors in faa.tg.aircraft.ground with parameters of type Position

GroundDynamics(AircraftTypeProfile profile, Aircraft aircraft, Position initialPosition, TrueHeading heading, GenericSpeed startSpeed, GroundPath groundRoute, boolean type, FlightPathAngle pitch)
This method is used to initialize the dynamics so that it is in a state such that updateState() can be safely called.

Uses of Position in faa.tg.aircraft.transition

Methods in faa.tg.aircraft.transition with parameters of type Position

private void

TransitionDynamics.populateAcStateVariables(Position currentPosition, TrueHeading currentHeading, TrueAirspeed currentTrueAirspeed)

Uses of Position in faa.tg.aircraft.transition.controller.landing

Methods in faa.tg.aircraft.transition.controller.landing with parameters of type Position

private Point

LandingManager.convert(Position pos)

Uses of Position in faa.tg.asdi

Fields in faa.tg.asdi declared as Position

private Position	AsdiAirport2TGF.positionOfAirport
private Position	Asdi2TGF.positionOfAirport
private Position	Asdi2Db4.positionOfAirport

Methods in faa.tg.asdi that return Position

private Position	AsdiAirport2TGF.findAirport(AirportID airportName, java.io.File fileForAirports)
Position	AsdiAirport2TGF.processTrackInformationMessage(AsdiTrackInformationMessage asdiTI)

Uses of Position in faa.tg.asdi.message

Methods in faa.tg.asdi.message that return Position

Position

AsdiTrackInformationMessage.getPosition()

Uses of Position in faa.tg.atcview

Subclasses of Position in faa.tg.atcview

(package private) class

PositionWMagenticDec This Class PositionWMagenticDec provides...

Fields in faa.tg.atcview declared as Position

private Position

PickHalo.position

Methods in faa.tg.atcview that return Position

Position	SpJpvdSupport.getFixPosition(java.lang.String fixName) returns the postion of the given fix required by Pvd
Position	SpAtcDisplayDriver.getFixPosition(java.lang.String fixName) return the position for the a given fix, or null Required by PVDInterface
Position	Position4DReport.getPosition()
Position	PickHalo.getPosition() return point at the center of the halo
Position	EntityPDUReport.getPosition()
Position	AircraftReport.getPosition()
Position	AircraftInformationReport.getPosition()

Methods in faa.tg.atcview with parameters of type Position

void	SpJpvdSupport.center(Position position) Changes the point that is considered the center point of the display to the given position Required by Pvd class
void	SpAtcDisplayDriver.center(Position position) Changes the point that is considered the center point of the display to the given position Required by the PVDInterface

Uses of Position in faa.tg.atcview.display

Subclasses of Position in faa.tg.atcview.display

class	DisplayCenter This class defines DisplayCenter which is the center of the display.
class	DisplayCenterFix Purpose of this class is to communicate the center of the screen based on an airspace Fix rather than some Position

Fields in faa.tg.atcview.display declared as Position

private Position

StandardMouseAndKeyboardControl.pos1

Methods in faa.tg.atcview.display that return Position

Position

DisplayContext.getPosition(java.awt.geom.Point2D point) convert point on display into position

Methods in faa.tg.atcview.display with parameters of type Position

void	AtcDisplay.center(Position position) Constructor
java.awt.geom.Point2D	DisplayContext.convert(Position f)
java.awt.geom.Point2D	DisplayContext.getPoint(Position position) Get pixel point for drawing

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

DisplayCenter(Position position)
Constructs a DisplayCenter at a specified Position.

Uses of Position in faa.tg.atcview.displayobjects

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

private Position	SectorFpaDisplay.centerPos
private Position	PredictorDisplay.currentPosition
private Position	RunwayDisplay.endOfRwy
private Position	MapArcDisplay.focalPoint
private Position	MapDisplay.mapCenter
private Position	IlsApproachDisplay.outerMarker
private Position	TrackDisplay.position
private Position	NodeDisplay.position
private Position	IlsApproachDisplay.thresh
private Position	RunwayDisplay.threshold

Fields in faa.tg.atcview.displayobjects with type parameters of type Position

private java.util.List<Position>

TrackHistoryDisplay.history To save memory we will keep the list to a manageable size

Methods in faa.tg.atcview.displayobjects that return Position

private Position	SectorFpaDisplay.calculateCenter()
Position	TrackDisplay.getPosition() return the current position of this track required by HasQuadTreePoint
Position	NodeDisplay.getPosition() return position required by HasQuadTreePoint
Position	FixDisplay.getPosition() return position required by HasQuadTreePoint

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

void	TrackHistoryDisplay.addTrackHistory(Position position) add position to track history
java.awt.Rectangle	TrackHaloDisplay.getDisplayBounds(DisplayContext displayContext, Position position) returns the current bounds of the display given the current position of the aircraft and information about the AtcDisplay
private java.awt.geom.Ellipse2D	TrackHaloDisplay.getHalo(DisplayContext displayContext, Position position) return halo given DisplayContext and the current Position of the aircraft
void	TrackHaloDisplay.paint(java.awt.Graphics2D graphic, DisplayContext displayContext, Position position) paint this halo
void	LineStyleInterface.paintLine(java.awt.Graphics2D graphic, DisplayContext displayContext, Position pos1, Position pos2) return a String representation of this object
void	CustomLineStyle.paintLine(java.awt.Graphics2D graphic, DisplayContext displayContext, Position pos1, Position pos2) paint the line from position 1 to position 2
void	TrackDisplay.updatePosition(Position position) update the position of the track
void	PredictorDisplay.updatePredictorDisplay(Speed speed, Position pos, Angle heading)

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

MapDisplay(MapName mapName, Position mapCenter, MapDisplaySettings mapSettings)
Constructor caller is responsible for added displays for the map's lines, arces, and symbols

NodeDisplay(java.lang.String name, Position position)
Constructor

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

Uses of Position in faa.tg.atcview.events

Fields in faa.tg.atcview.events declared as Position

private Position

PickEvent.position

Methods in faa.tg.atcview.events that return Position

Position

PickEvent.getPosition()

Constructors in faa.tg.atcview.events with parameters of type Position

PickEvent(java.awt.event.MouseEvent mouseEvent, Position position, DisplayContext displayContext)
public PickEvent(MouseEvent mouseEvent) { this(mouseEvent, null, null); }

Uses of Position in faa.tg.atmosphere

Methods in faa.tg.atmosphere with parameters of type Position

Pressure	StndDayAtm.getAmbientPressure(Position pos) Returns the Ambient Pressure
Temperature	StndDayAtm.getAmbientTemperature(Position pos) Returns the Ambient Temperature
Temperature	RucAtm.getAmbientTemperature(Position pos) Returns the Ambient Temperature as specified by the ruc236
Density	StndDayAtm.getDensity(Position pos) Returns the density of the air at the specified position.
LocalAtm	TimeSequencedStndAtmWind.getLocalAtm(Position pos) Returns the local atmospheric conditions at a given position.
LocalAtm	StndDayAtmStratifiedWind.getLocalAtm(Position pos) Returns the local atmospheric conditions at a given position.
LocalAtm	StndDayAtmNoWind.getLocalAtm(Position pos) Returns the local atmospheric conditions at a given position.
LocalAtm	StndDayAtmConstantWind.getLocalAtm(Position pos) Returns the local atmospheric conditions at a given position.
LocalAtm	StndDayAtm.getLocalAtm(Position pos) Returns the LocalAtm for a given position.
LocalAtm	RucAtm.getLocalAtm(Position pos) Returns the LocalAtm for a given position.
LocalAtm	Atmosphere.getLocalAtm(Position pos) Returns the local atmospheric conditions at a given position.
LocalAtm	AtmModel.getLocalAtm(Position pos) Returns the Local Atmosphere for a given position.
LocalWind	WindModel.getLocalWind(Position pos) Returns local wind x & y speeds and wind gradients for a given position.
LocalWind	TimeSequencedStndAtmWind.getLocalWind(Position pos) Returns the local wind conditions for a position according to the wind model used.
LocalWind	StndDayAtmStratifiedWind.getLocalWind(Position pos) Returns the local wind conditions for a position according to the wind model used.
LocalWind	StndDayAtmNoWind.getLocalWind(Position pos) Returns the local wind conditions for a position according to the wind model used.
LocalWind	StndDayAtmConstantWind.getLocalWind(Position pos) Returns the local wind conditions for a position according to the wind model used.
LocalWind	RucWind.getLocalWind(Position pos) Returns the local wind conditions at a given position.
LocalWind	NoWind.getLocalWind(Position pos) Returns the local wind conditions at a given position.
LocalWind	Atmosphere.getLocalWind(Position pos) Returns the local wind conditions for a position according to the wind model used.
Altitude	StndDayAtm.getPressureAltitude(Position pos) Returns the altitude as calculated from the measured local pressure, based on the standard atmosphere.
Coefficient	StndDayAtm.getPressureRatio(Position pos) Returns the dimensionless ratio of ambient pressure and the pressure at sea level.
Speed	StndDayAtm.getSpeedOfSound(Position pos) Deprecated. More properly a function of the LocalAtm.
WindSpeed	NoWind.getWindX(Position pos) Gets the wind for the x direction (north/south: where north is positive).
WindSpeed	NoWind.getWindY(Position pos) Gets the wind for the y direction (east/west: where east is positive).

Uses of Position in faa.tg.atmosphere.ruc

Fields in faa.tg.atmosphere.ruc declared as Position

private Position	LatLonTest.position
private Position[][]	LatLonIndexTest.positionArray

Methods in faa.tg.atmosphere.ruc that return Position

Position	LatLonTest.getPosition()
Position[][]	LatLonIndexTest.getSubArray(Position firstPoint, int iSize, int jSize)

Methods in faa.tg.atmosphere.ruc with parameters of type Position

Index	Ruc236.getIndexFromPosition(Position aircraftPosition)
LocalAtm	Ruc236.getLocalAtm(Position pos) Returns the LocalAtm for a given position.
LocalWind	Ruc236.getLocalWind(Position pos) Returns the local wind conditions at a given position.
Position[][]	LatLonIndexTest.getSubArray(Position firstPoint, int iSize, int jSize)
Temperature	Ruc236.getTemperature(Position pos)
WindComponents	Ruc236.getUnInterpolatedWindComponents(Position pos)
WindComponents	Ruc236.getWindComponents(Position pos)

Uses of Position in faa.tg.atmosphere.ruc.ructesting

Fields in faa.tg.atmosphere.ruc.ructesting declared as Position

private Position	LatLonTest.position
private Position[][]	LatLonIndexTest.positionArray

Methods in faa.tg.atmosphere.ruc.ructesting that return Position

Position	LatLonTest.getPosition()
Position[][]	LatLonIndexTest.getSubArray(Position firstPoint, int iSize, int jSize)

Methods in faa.tg.atmosphere.ruc.ructesting with parameters of type Position

Position[][]

LatLonIndexTest.getSubArray(Position firstPoint, int iSize, int jSize)

Uses of Position in faa.tg.compact

Fields in faa.tg.compact declared as Position

private Position

Position4DList.BasePos4D.position

Methods in faa.tg.compact that return Position

Position	Position4DList.BasePos4D.getPosition()
Position	Position4D.getPosition()
Position	Position4DList.PositionIterator.next()

Methods in faa.tg.compact that return types with arguments of type Position

java.util.Iterator<Position>	Position4DList.PositionCollection.iterator()
java.util.Collection<Position>	Position4DList.positions()

Methods in faa.tg.compact with parameters of type Position

void	Trajectory.add(Position position, java.util.Date date)
boolean	Position4DList.add(Position pos, java.util.Date date)
boolean	Position4DList.add(Position pos, Time time)

Constructors in faa.tg.compact with parameters of type Position

Position4DList.BasePos4D(Position pos)

Position4DList.DateBasedPos4D(Position pos, java.util.Date date)

Position4DList.TimeBasedPos4D(Position pos, Time time)

Uses of Position in faa.tg.dis

Methods in faa.tg.dis that return Position

Position

EntityLocation.getPosition() get the Position of this Entity

Methods in faa.tg.dis with parameters of type Position

NED_VelocityVector

EntityVelocity.getNEDVector(Position pos) Dynamically creates a NED_VelocityVector from the current x,y,z values within.

Uses of Position in faa.tg.dra.objects

Fields in faa.tg.dra.objects declared as Position

private Position

DynamicDensity.pointOfTangency

Constructors in faa.tg.dra.objects with parameters of type Position

DynamicDensity(int airStatesQuantity, java.util.Vector airStates, java.util.Vector geoSectors, Position pointOfTangency, java.util.Vector routesVector, java.util.Vector airStatesAll)
Constructs the DynamicDensity object.

Uses of Position in faa.tg.dra.tools

Fields in faa.tg.dra.tools declared as Position

private Position	DynamicDensityFactory.pointOfTangency
private Position	TextWriter.xyCenter

Fields in faa.tg.dra.tools with type parameters of type Position

private java.util.Hashtable<Acid,java.util.Vector<Position>>

AcLatLonGeoMapPointFactory.positions

Methods in faa.tg.dra.tools that return Position

Position	DynamicDensityFactory.getPointOfTangency() Gets point of tangency.
Position	TextWriter.getXyCenter() Returns null if text output is to be latitude/longitude; otherwise value is a stereographic projection center (point of tangency) used to derive xy-coordinates for text output usable by classes implementing HasTextXY.

Methods in faa.tg.dra.tools with parameters of type Position

java.lang.String	DraStore.getGeoSector(Position pos) Returns the name of the GeoSector the Position is in: if sector boundaries (FPAs) enclosing the Position have not been imported to a sector, this returns null.
protected static boolean	ViolationSepFactory.isViolations(Position pos1, Position pos2, Distance horizDist, Distance alt) Return whether positions are within the specified horizontal and vertical distances from each other.
protected static boolean	VortexSepFactory.isWithinDistances(Position pos1, Position pos2, Distance horizDist, Distance alt) Return whether positions are within the specified horizontal and vertical distances from each other.
void	DynamicDensityFactory.setPointOfTangency(Position pointOfTangency) Set point of tangency.
void	TextWriter.setXyCenter(Position xyCenter) Sets a stereographic projection center (point of tangency) to use for classes implementing HasTextXY or, if set to null, all text output writes the position output as latitude/longitude.
void	TextWriter.setXyCenter(Position xyCenter, Distance xOffset, Distance yOffset) Sets a stereographic projection center (point of tangency) to use for classes implementing HasTextXY or, if set to null, all text output writes the position output as latitude/longitude.
void	DelimWriter.setXyCenter(Position xyCenter, Distance xOffset, Distance yOffset) Sets a stereographic projection center (point of tangency) to use for classes implementing HasTextXY defining MethodSpec chain(s) that end in: "getPosition", "getLatitude"/"getLongitude"; or, if set to null, all text output writes the position output as latitude/longitude.

Constructors in faa.tg.dra.tools with parameters of type Position

TextWriter(java.lang.String outputFname, Position xyCenter)
Constructs writer that prints TextWritables receivd to a readable report.

Uses of Position in faa.tg.dynamicDensity.math

Fields in faa.tg.dynamicDensity.math declared as Position

private Position	PotentialConflictProximity.pointOfTangency
private Position	MeasureOfAircraftCloseToBoundary.pointOfTangency
private Position	MeasureAirPairsInConflict_CloseToSecBoundary.pointOfTangency

Methods in faa.tg.dynamicDensity.math with parameters of type Position

private boolean	InverseMinHorizontal_VerticalSep.calculateHorizontalSeparation(Position checkinPosition, Position position)
private boolean	InverseAverageMinHorizontal_VerticalSep.calculateHorizontalSeparation(Position checkinPosition, Position position)
private boolean	InverseMinHorizontal_VerticalSep.calculateVerticalSeparation(Position checkinPosition, Position position)
private boolean	InverseAverageMinHorizontal_VerticalSep.calculateVerticalSeparation(Position checkinPosition, Position position)
private Distance	SectorAspectRatio.getDistanceToSectorBoundary(GeoSector gSector, Position rtNode, TrueBearing heding)

Constructors in faa.tg.dynamicDensity.math with parameters of type Position

MeasureAirPairsInConflict_CloseToSecBoundary(GeoSector geoSector, java.lang.String checkinSimTime, java.util.Vector aircraftStatesAll, Position pointOfTangency)

MeasureOfAircraftCloseToBoundary(GeoSector geoSector, java.lang.String checkinSimTime, java.util.Vector airStatesAll, Position pointOfTangency)

PotentialConflictProximity(java.util.Vector airStates, double laterally, double vertically, Position pointOfTangency, java.util.Vector geoSectors)

Uses of Position in faa.tg.dynamicDensity.math.convexHull

Fields in faa.tg.dynamicDensity.math.convexHull declared as Position

private Position

AircraftDensityByAirspace.pointOfTangency

Constructors in faa.tg.dynamicDensity.math.convexHull with parameters of type Position

AircraftDensityByAirspace(java.util.Vector airStates, java.util.Vector aircraftPositions, Position pointOfTangency, java.util.Vector geoSectors, java.util.Vector flyingStatusVector, Altitude lowAltitude, Altitude higAltitude, java.lang.String sector)

Uses of Position in faa.tg.dynamicDensity.math.cri

Methods in faa.tg.dynamicDensity.math.cri with parameters of type Position

private boolean

ConvergenceRecognitionIndex.crossPathAtTheSameTime(AircraftState checkinAirState, Position checkinPosition, AircraftState airState, Position position)

Uses of Position in faa.tg.dynamicDensity.math.cti

Fields in faa.tg.dynamicDensity.math.cti declared as Position

private Position	CTI2perAircraft.ccpPosition
private Position	CTI2perAircraft.sectorBoundaryPosition
private Position	CTI1perAircraft.sectorBoundaryPosition

Constructors in faa.tg.dynamicDensity.math.cti with parameters of type Position

CTI1perAircraft(Position sectorBoundaryPosition, AircraftState aircraftState)

CTI2perAircraft(Position ccpPosition, Position sectorBoundaryPosition, AircraftState aircraftState)

Uses of Position in faa.tg.dynamicDensity.math.dofi

Fields in faa.tg.dynamicDensity.math.dofi declared as Position

private Position	DegreesOfFeedomIndex.pointOfTangency
private Position	DegreesOfFeedom.pointOfTangency
private Position	DegreesOfFeedom.position1
private Position	DegreesOfFeedom.position2

Constructors in faa.tg.dynamicDensity.math.dofi with parameters of type Position

DegreesOfFeedom(Position position1, Position position2, double lateralSeparation, GeoSector geoSector, Position pointOfTangency)

DegreesOfFeedomIndex(java.util.Vector flyingStatus, java.util.Vector positions, Position pointOfTangency, GeoSector geoSector)

Uses of Position in faa.tg.dynamicDensity.math.sci

Fields in faa.tg.dynamicDensity.math.sci declared as Position

private Position	SeparationIndexVertical.pointOfTangency
private Position	SeparationIndexOceanic.pointOfTangency
private Position	SeparationIndexLongitudinal.pointOfTangency
private Position	SeparationIndexLateral.pointOfTangency
private Position	SeparationIndexHorizontal.pointOfTangency
private Position	SeparationIndexEnrouteTerminal.pointOfTangency
private Position	SeparationCriticalityIndex.pointOfTangency
private Position	SeparationIndexVertical.position1
private Position	SeparationIndexOceanic.position1
private Position	SeparationIndexLongitudinal.position1
private Position	SeparationIndexLateral.position1
private Position	SeparationIndexHorizontal.position1
private Position	SeparationIndexEnrouteTerminal.position1
private Position	SeparationIndexVertical.position2
private Position	SeparationIndexOceanic.position2
private Position	SeparationIndexLongitudinal.position2
private Position	SeparationIndexLateral.position2
private Position	SeparationIndexHorizontal.position2
private Position	SeparationIndexEnrouteTerminal.position2

Methods in faa.tg.dynamicDensity.math.sci with parameters of type Position

boolean

SeparationCriticalityIndex.isOceanic(java.util.Iterator geoSectorsIterator, Position position)

Constructors in faa.tg.dynamicDensity.math.sci with parameters of type Position

SeparationCriticalityIndex(java.util.Vector geoSectors, Position pointOfTangency, java.util.Vector airStatesAll, java.lang.String checkinSector, java.lang.String time)

SeparationIndexEnrouteTerminal(Position position1, Position position2, Position pointOfTangency, double verticalMin, double horizontalMin)

SeparationIndexHorizontal(Position position1, Position position2, Position pointOfTangency, double horizontalMin)

SeparationIndexLateral(Position position1, Position position2, Position pointOfTangency, double lateralMin)

SeparationIndexLongitudinal(Position position1, Position position2, Position pointOfTangency, double longitudinalMin)

SeparationIndexOceanic(Position position1, Position position2, Position pointOfTangency, double verticalMin, double lateralMin, double longitudinalMin)

SeparationIndexVertical(Position position1, Position position2, Position pointOfTangency, double verticalMin)

Uses of Position in faa.tg.dynamicDensity.math.sector

Fields in faa.tg.dynamicDensity.math.sector declared as Position

private Position	AircraftToSectorBoundary.aircraftPosition
private Position	SectorParameters.pointOfTangency
private Position	AircraftToSectorBoundary.pointOfTangency
private Position	GeoSectorBoundarySegment.pos1
private Position	GeoSectorBoundarySegment.pos2

Methods in faa.tg.dynamicDensity.math.sector that return Position

Position	GeoSectorBoundarySegment.getSectorBoundarySegmentPosition1()
Position	GeoSectorBoundarySegment.getSectorBoundarySegmentPosition2()

Methods in faa.tg.dynamicDensity.math.sector with parameters of type Position

void	GeoSectorBoundarySegment.setSectorBoundarySegmentPosition1(Position position1)
void	GeoSectorBoundarySegment.setSectorBoundarySegmentPosition2(Position position2)
private boolean	GeoSectorBoundaryOnCertainAltitude.validSegment(Position pos1, Position pos2, Altitude alt, GeoSector geoSec)

Constructors in faa.tg.dynamicDensity.math.sector with parameters of type Position

AircraftToSectorBoundary(Position pointOfTangency, Distance checkDistance, Polygon geoSectorBoundary, Position aircraftPosition)

GeoSectorBoundarySegment(Position pos1, Position pos2, Altitude altitude, GeoSector geoSector)

SectorParameters(GeoSector geoSector, Position pointOfTangency)

Uses of Position in faa.tg.earth

Methods in faa.tg.earth with parameters of type Position

MagneticDeclination	Earth.getMagneticDeclination(Position location) Returns the magnetic declination for the given position the current system date will be used.
MagneticDeclination	Earth.getMagneticDeclination(Position location, java.util.Date simulationDate) Returns the magnetic declination for the given position on the given date, assumed to be simulated date.

Uses of Position in faa.tg.earth.magneticField

Methods in faa.tg.earth.magneticField with parameters of type Position

void	EarthGeoMagneticDeclination.calculateMagneticFieldComponent(Position position, java.util.Date date) Calculates the magnetic field components (x, y, z & h, plus their yearly rate of change) from the supplied position and date.
MagneticDeclination	EarthMagneticFieldGeomag30Imp.getMagneticDeclination(Position pos, java.util.Date date) Calculate Magnetic MagneticDeclination for a given postion and date.
MagneticDeclination	EarthMagneticFieldFixedImp.getMagneticDeclination(Position pos, java.util.Date date) Calculate Magnetic MagneticDeclination for a given postion and date.
MagneticDeclination	EarthMagneticField.getMagneticDeclination(Position pos, java.util.Date date) Calculate Magnetic MagneticDeclination for a given postion and date.
MagneticDeclination	EarthGeoMagneticDeclination.getMagneticDeclination(Position position, java.util.Date date) Required by the EarthMagneticField interface.

Constructors in faa.tg.earth.magneticField with parameters of type Position

EarthGeoMagneticDeclination(java.lang.String urlName, Position position, java.util.Date date)
Another constructor.

Uses of Position in faa.tg.eco.remoteecogui.client

Fields in faa.tg.eco.remoteecogui.client declared as Position

private Position

AcInfoStudy.currentPosition

Uses of Position in faa.tg.eramviewer

Fields in faa.tg.eramviewer declared as Position

private Position

XmlCommonParamsImporter.EramStereoMapProjection.pointOfTangency

Methods in faa.tg.eramviewer that return Position

Position

XmlCommonParamsImporter.getPointOfTangency()

Methods in faa.tg.eramviewer with parameters of type Position

Coordinate

XmlCommonParamsImporter.EramStereoMapProjection.latLonToXYCoordinate(Position pos)

Constructors in faa.tg.eramviewer with parameters of type Position

XmlCommonParamsImporter.EramStereoMapProjection(Position pointOfTangency, Distance xOffset, Distance yOffset)

Uses of Position in faa.tg.eramviewer.airspace

Fields in faa.tg.eramviewer.airspace declared as Position

private Position	EramFixImporter.position
private Position	EramFavNode.position

Constructors in faa.tg.eramviewer.airspace with parameters of type Position

EramFavNode(java.lang.String aNodeId, Position aPos)

EramFix(java.lang.String name, Position position)

EramFix(java.lang.String aFixId, java.lang.String aIcaoCode, java.lang.String aFixType, java.lang.String aFixName, boolean aFixinUs, boolean aIsNational, boolean aHighPowerVor, boolean aDPositionMapData, Position aPosition)

Uses of Position in faa.tg.eramviewer.geomap

Fields in faa.tg.eramviewer.geomap declared as Position

(package private) Position	GeoMapLine.endPos
protected Position	GeoMapObject.mPosition
(package private) Position	GeoMapLine.startPos

Uses of Position in faa.tg.filters

Fields in faa.tg.filters declared as Position

private Position

DistanceFilter.referencePos

Methods in faa.tg.filters that return Position

protected Position

TextDataFileReader.makePosition(java.lang.String xpos, java.lang.String ypos, DistanceUnits distUnit, java.lang.String altpos) Constructs a position based on string inputs.

Methods in faa.tg.filters with parameters of type Position

private void

PlotGenerator.initializeMapProjection(Position currPos) Initialize the mapProjection with a stereographic projection where the tangent is based on this position rounded down to a whole degree.

Constructors in faa.tg.filters with parameters of type Position

DistanceFilter(Position referencePos, Distance distance)
Constructor for DistanceFilter.

Uses of Position in faa.tg.filters.attributes

Methods in faa.tg.filters.attributes that return Position

Position

HasPosition.getPosition()

Uses of Position in faa.tg.geometry

Fields in faa.tg.geometry declared as Position

private Position	Circle.center Center of the Circle as a position.
private Position	Polygon.geoCenter The position that is the geographic center for the shape (the Position with a Latitude halfway between the west- and east-most Latitudes, a Longitude halfway between the north- and south-most Longitudes, and an Altitude halfway between the upper- and lowermost Altitudes).
protected Position	MapProjection.pointOfTangency
private Position[]	Polygon.vertexArray The vertices of the polygon in a Position array: a closed polygon so the first point of the Polygon is the same Position as the last point.

Methods in faa.tg.geometry that return Position

Position	Polygon.getGeoCenter() Returns the geographic center of the Positions in this Polygon: midway between the north- and south-most Latitudes, the east- and west-most Longitudes, and the upper- and lower-most Altitudes.
Position	MapProjection.getPointOfTangency()
private Position	StereoMapProjection.xyToLatLonStd(Distance xCoord, Distance yCoord, Altitude alt) Convert x/y to lat/lon - based on CMS CNVRT EXEC and comfirmed against code in NAS source module SCX task SCXE.
Position	StereoMapProjection.xyToPosition(Coordinate coord, Altitude altitude) Converts xy coordinates to latitude/longitude delagating to xyToPosition(Coordinate coordinate, Altitude altitude).
Position	OptimizedStereoMapProjection.xyToPosition(Coordinate coord, Altitude altitude)
Position	StereoMapProjection.xyToPosition(Distance xCoord, Distance yCoord, Altitude alt) Converts xy coordinates to latitude/longitude using a locally developed approximation method.
Position	OptimizedStereoMapProjection.xyToPosition(Distance coord, Distance coord2, Altitude alt)
abstract Position	MapProjection.xyToPosition(Distance xCoord, Distance yCoord, Altitude alt)
Position	EquatorialMercatorProjection.xyToPosition(Distance xCoord, Distance yCoord, Altitude alt) Converts xy coordinates to latitude/longitude using a locally developed approximation method.

Methods in faa.tg.geometry that return types with arguments of type Position

java.util.List<Position>	TrajectoryPredictor.BoundaryCrossingDetermination(Sector sector) This method identifies the points where the computed trajectory crosses specific volumes of airspace.
java.util.List<Position>	TrajectoryPredictor.BoundaryCrossingDetermination(Shape shape) This method identifies the points where the computed trajectory crosses specific volumes of airspace.
java.util.List<Position>	TrajectoryPredictor.getRouteConversion(java.util.List<Fix> fixList) This method translates a fix list into a series of latitude and longitude points.
java.util.List<Position>	TrajectoryPredictor.getRouteConversion(Route route) This method translates a route into a series of latitude and longitude points.
java.util.List<Position>	TrajectoryPredictor.getRouteConversion(SidRoute route) This method translates a sidRoute into a series of latitude and longitude points.
java.util.List<Position>	TrajectoryPredictor.getRouteConversion(StarRoute route) This method translates a starRoute into a series of latitude and longitude points.

Methods in faa.tg.geometry with parameters of type Position

Latitude	StereoMapProjection.calcConformalLat(Position pos) Calculates and returns the conformal latitude.
boolean	Polygon.contains(Position testPos) Determines if a Position is inside the polygon (checks only the latitude and longitude, not the altitude).
boolean	Circle.contains(Position pos) Contains is a boolean that is true if the position is within circle and is false otherwise.
boolean	Shape.contains(Position pos) Returns whether the shape contains the Position passed in.
RouteSegment	TrajectoryPredictor.initializeLateralPath(Position currentPosition, Route route) This method determines the path from the present position to the route
java.awt.geom.Point2D.Double	StereoMapProjection.latLonToXY(Position pos, DistanceUnits du) Converts a Position and a distance unit to xy coordinates.
abstract java.awt.geom.Point2D.Double	MapProjection.latLonToXY(Position pos, DistanceUnits du)
java.awt.geom.Point2D.Double	EquatorialMercatorProjection.latLonToXY(Position pos, DistanceUnits du) Project Position and return Point2D in units of DistanceUnits Overrides method in MapProjection.
Coordinate	StereoMapProjection.latLonToXYCoordinate(Position pos) Converts a Position and a distance unit to Coordinate object.
Coordinate	OptimizedStereoMapProjection.latLonToXYCoordinate(Position pos)
private void	Rectangle.makeRectangle(TrueBearing trueBearing, Distance width, Position startPosition, Position endPosition) Common-code private function for rectangle.

Constructors in faa.tg.geometry with parameters of type Position

Circle(Position center, Distance radius)

OptimizedStereoMapProjection(Position pointOfTangency)
Creates a stereographic projection based on the given point of tangency.

Polygon(Position[] inVertexArray)
Constructor to create a Polygon object using an array of Positions to designate the vertices.

Position2D(Position pos, StereoMapProjection smp)
Constructor builds x,y in nautical miles, this is somewhat limiting but a result of Point2D.Double only using a double to the x and y value.

Rectangle(Position[] vertexArray)
Constructor to create a Rectangle object using an array of Positions to designate the vertices.

Rectangle(TrueBearing heading, Distance width, Position startPosition, Position endPosition)

Rectangle(TrueBearing heading, Position startPosition, Distance length, Distance width)

StereoMapProjection(Ellipsoid el, Position pointOfTangency)
Constructor for stereographic projection information.

StereoMapProjection(Ellipsoid el, Position pointOfTangency, Distance xOffset, Distance yOffset)
Constructor for stereographic projection information

StereoMapProjection(Position pointOfTangency)
Constructor for stereographic projection information using center point offsets of zero and the default WGS84 ellipsoid.

StereoMapProjection(Position pointOfTangency, Coordinate offset)

StereoMapProjection(Position pointOfTangency, Distance xOffset, Distance yOffset)
Constructor for stereographic projection information using the default WGS84 ellipsoid.

Uses of Position in faa.tg.googleearth.nfdc

Methods in faa.tg.googleearth.nfdc with parameters of type Position

void	KmlPlacemark.addCoordinate(Position position)
void	KmlPlacemark.addCoordinate(Position position, Altitude altitude)

Constructors in faa.tg.googleearth.nfdc with parameters of type Position

KmlPlacemark(java.lang.String name, Position position, java.lang.String type)
The Simple Placemark

Uses of Position in faa.tg.ground

Fields in faa.tg.ground declared as Position

private Position	GroundFixConnection.control1
private Position	GroundFixConnection.control2

Methods in faa.tg.ground that return Position

Position	GroundFixConnection.getControl1()
Position	GroundFixConnection.getControl2()
Position	Point.toPosition(Altitude alt, Locale locale)
Position	Point.toPosition(Locale locale)
Position	Locale.xyToPosition(Coordinate coord, Altitude altitude) Converts xy coordinates to latitude/longitude delagating to xyToPosition(Coordinate coordinate, Altitude altitude).
Position	Locale.xyToPosition(Distance xCoord, Distance yCoord, Altitude alt) Converts x-y coordinates to latitude/longitude.

Methods in faa.tg.ground with parameters of type Position

GroundFixConnection	GroundFix.connectToFix(GroundFix aFix, Position aCtlOne, Position aCtlTwo, Locale locale)
Coordinate	Locale.latLonToXYCoordinate(Position pos) Converts a Position and a distance unit to Coordinate object.

Constructors in faa.tg.ground with parameters of type Position

GroundFix(java.lang.String name, Position position)
Constructs a GroundFix with the specified name and position and a type of "Unknown".

GroundFix(java.lang.String name, Position position, GroundFixType type)
Constructs a GroundFix with the specified name, position, and type.

GroundFix(java.lang.String name, Position position, java.lang.String type)
Constructs a GroundFix with the specified name, position, and type.

GroundFixConnection(GroundFix origin, GroundFix destination, Position control1, Position control2, Locale locale)
Construct a GroundFixConnection with aSecond as the destination.

LineSegment(Position first, Position second, Locale proj)

Point(Position pos, Locale proj)

Uses of Position in faa.tg.ground.airport

Methods in faa.tg.ground.airport that return Position

Position	AirportOverlay.xyToPosition(Coordinate coord, Altitude altitude)
Position	AirportOverlay.xyToPosition(Distance xCoord, Distance yCoord, Altitude alt)

Methods in faa.tg.ground.airport with parameters of type Position

boolean	RunwayOverlay.contains(Position pos)
boolean	GroundRunway.contains(Position pos)
Coordinate	AirportOverlay.latLonToXYCoordinate(Position pos)

Uses of Position in faa.tg.map

Fields in faa.tg.map declared as Position

private Position	Map.center
private Position	MapLine.endPos
private Position	MapArc.focalPoint
private Position	MapSymbol.position
private Position	MapLine.startPos

Methods in faa.tg.map that return Position

Position	Map.getCenter() returns the center of this map
Position	MapLine.getEndingPosition() return ending position
Position	MapArc.getFocalPoint() return FocalPoint
Position	MapSymbol.getPosition() return the location of this symbol
Position	MapLine.getStartingPosition() return starting position

Methods in faa.tg.map with parameters of type Position

void	MapLineStyle.paintLine(java.awt.Graphics2D graphic, DisplayContext displayContext, Position pos1, Position pos2)
void	Map.setCenter(Position center) sets the center of this map

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

AcesMapLine(Position startPos, Position endPos, MapLineStyle style, LineClass lineClass)
Constructor

AcesMapSymbol(Position pos, MapSymbolType type, SymbolClass symbolClass)
Constructor

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

MapLine(Position startPos, Position endPos)
Construct a MapLine with a Solid Style

MapLine(Position startPos, Position endPos, MapLineStyle style)
Constructor

MapSymbol(Position position, MapSymbolType type)
Constructor

Uses of Position in faa.tg.nas.airport

Methods in faa.tg.nas.airport that return Position

Position	Airport.xyToPosition(Coordinate coord, Altitude altitude) Converts xy coordinates to latitude/longitude.
Position	Airport.xyToPosition(Distance xCoord, Distance yCoord, Altitude alt) Converts xy coordinates to latitude/longitude using a locally developed approximation method.

Methods in faa.tg.nas.airport with parameters of type Position

Coordinate

Airport.latLonToXYCoordinate(Position pos) Converts a Position and a distance unit to Coordinate object.

Constructors in faa.tg.nas.airport with parameters of type Position

Airport(java.lang.String airportName, Position pos, MagneticDeclination magDec)
Constructor for Airport

Airport(java.lang.String airportName, Position pos, MagneticDeclination magDec, java.util.List<Runway> runways)
Constructor for Airport.

Uses of Position in faa.tg.nas.airport.runway

Fields in faa.tg.nas.airport.runway declared as Position

private Position	Runway.endOfRunway The Position for the end of the runway: it is calculated based on the threshold location, the runway heading, and the length of the runway.
private Position	Runway.threshold The position marking the start of the runway.

Methods in faa.tg.nas.airport.runway that return Position

Position	Runway.getEndOfRunway()
Position	Runway.getPosition() Deprecated. Don't use this, use getThreshold()
Position	Runway.getThreshold() The preferred method of getting the position

Methods in faa.tg.nas.airport.runway with parameters of type Position

boolean

Runway.contains(Position aPos) Returns true if argument is inside the runway.

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

Runway(java.lang.String airportName, java.lang.String runwayName, TrueBearing landingBearing, Position threshold, Distance length, Distance width)
Constructor.

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

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

private Position	ILS.approachGate This is the position of the approach gate for the runway (may be an estimate).
private Position	GlideSlopeCone.glideAntennaPos Position of glide slope antenna, data usually comes from NFDC
private Position	GlideSlope.glideAntennaPos Position of glide slope antenna, data usually comes from NFDC
private Position	Localizer.location
private Position	Marker.position

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

Position	GlideSlopeCone.getAntennaPosition() Returns the position of the glide slope antenna.
Position	GlideSlope.