Uses of Class
faa.tg.units.Distance

Packages that use Distance

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.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.latmodus.fte
faa.tg.aircraft.adm.navigator.gps
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.ground
faa.tg.aircraft.ground.profile
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.atcview
faa.tg.atcview.display
faa.tg.atcview.displayobjects
faa.tg.atcview.events
faa.tg.atcview.gui
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.wgrib	This package provides tools to read and decode Gridded Binary Files (GRIB) from NOAA.
faa.tg.desiree	This package provides classes that interface or interact with the Human Factors developed DESIREE system for DSR, STARS and other facility simulation.
faa.tg.desiree.display
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.dofi
faa.tg.dynamicDensity.math.sector
faa.tg.eramviewer	This package contains classes for viewing ERAM data graphically
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.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.ground.markers
faa.tg.jpvd
faa.tg.liu	This package provides the simulators emulation of a LIU for it's simulation of a DSR.
faa.tg.map
faa.tg.nas	This package provides the simulators model of things in the NAS i.e.
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.procedures
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.opt.areaWatcher
faa.tg.pointmodel	This package provides the simulation model of a single point i.e pointmodel.
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.cdr	This package contains classes used to analyze Terminal CDR recordings.
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.recording.state	This package contains state information about objects, events, conditions, and changes of state in a simulation.
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.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.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.

Uses of Distance in faa.tg.aidl

Fields in faa.tg.aidl declared as Distance

private Distance	TgfAidlArc.arcDistance
static Distance	UpdateLateral.DEFAULT_RADIUS
private Distance	TgfAidlArc.locationOffset
private Distance	AidlArc.radius
private Distance	TgfAidlArc.turnRadius

Methods in faa.tg.aidl that return Distance

private Distance	TpMgr.calculateDistanceInstr(AidlInstruction instr, Distance cumalativeDistance) Cacluates the distance of the given instruction
Distance	AidlLine.getDistance() Returns the rhumb line distance between the first and the last fix
Distance	AidlArc.getRadius() Returns the radius

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

private Distance	TpMgr.calculateDistanceInstr(AidlInstruction instr, Distance cumalativeDistance) Cacluates the distance of the given instruction
void	TpMgr.insertTgfArc(AidlLine line1, AidlLine line2, Distance radius, AidlInstruction instr) Add a tgf arc after the given instruction

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

AidlArc(AidlLine line1, AidlLine line2, Distance radius, int index)
Constructor

TgfAidlArc(AidlLine line1, AidlLine line2, Distance radius, int index)
Constructor

Uses of Distance in faa.tg.aircraft

Methods in faa.tg.aircraft that return Distance

Distance	LateralInputInterface.getAircraftTurnRadius() used as an input to the guidance system
Distance	Dynamics.getAircraftTurnRadius() Return aircraft's turn radius.
Distance	AircraftStateInputInterface.getAircraftTurnRadius()
Distance	Dynamics.getRemainingDistance() ZERO if unknown or unreliable

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

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

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.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 Distance in faa.tg.aircraft.adm.dynamics

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

private Distance

AircraftDynamicsResult.updatedAircraftTurnRadius

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

static Distance	AircraftDynamics.calcAircraftTurnRadius(TrueAirspeed updatedTrueAirspeed) Returns the calculated turn radius of the aircraft as a Distance.
Distance	ADMDynamics.getRemainingDistance()
Distance	AircraftDynamicsResult.getUpdatedAircraftTurnRadius()

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

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.

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

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

private static Distance	AircraftGroup.GOAL_DIST Constants for reference position recalculation.
private static Distance	AircraftGroup.MAX_DIST
private static Distance	AircraftGroup.MIN_DIST

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

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

private Distance	TrackGuidance.lastDistToRestrFix Last known distance to the restriction fix: externally calculated.
private static Distance	TrackGuidance.MIN_SPEED_CALC_DIST Distance too close to the aircraft to use a speed calculation over.

Methods in faa.tg.aircraft.adm.guidance that return Distance

Distance	GuidanceResult.getRemainingDistance()
Distance	TrackGuidance.getRestrictionDist() Returns the current distance to the restriction node.

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

private TrueAirspeed

TrackGuidance.calcDesiredTAS(Position estimatedPos, Distance miss4D, LateralInputInterface latGuidanceInputs, LongitudinalInputInterface lonGuidanceInputs) Returns the calculated desired true airspeed.

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

GuidanceResult(TrueHeading desiredHeading, TurnDirection desiredDirection, Altitude desiredAltitude, Distance remainingDistance, GenericSpeed desiredSpeed, SpdAltManeuver desiredMan)
I don't know if this constructor will be used, but ...

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

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

protected Distance	RouteFollowingManeuver.acTurnRadius
static Distance	FixCaptureManeuver.CAPTURE_LIMIT The distance to the fix that no longer qualifies as a fix capture.
private Distance	RouteFollowingManeuver.distRestrToEndNodeLength Stores the distance from the altitude restriction to the end of route to speed up calculation of the distance to altitude restriction.
private Distance	LateralGuidanceResult.distToAltRestr Distance to next route restriction, or null if no route restrictions.
private Distance	FixCaptureManeuver.distToFix
static Distance	RouteFollowingManeuver.DONE_WITH_SEGMT
private Distance	RouteFollowingManeuver.nextSubRouteLength Length of the sub-route from the next fix to the end of route.
private Distance	LateralGuidanceResult.remainingDistance

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

protected Distance	FollowTrackManeuver.calcNextSubRouteLength() This is not (yet?) practical for a Track for which the length may change, so returns zero.
private Distance	SegmentCaptureSubmaneuver.getBearingCaptureDist(TrueBearing currBearing, Distance turnRadius) Calculates the best distance needed to capture the RouteSegment based on a specified bearing: it is the arc distance from the current position to the point at which the end bearing is captured.
Distance	LateralGuidanceResult.getDistToAltRestr()
Distance	LateralGuidanceResult.getNextAltRestrictionDist() Returns distance to next altitude restriction if one exists, or null.
Distance	LateralGuidanceResult.getRemainingDistance() ZERO if unknown or unreliable

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

private Distance

SegmentCaptureSubmaneuver.getBearingCaptureDist(TrueBearing currBearing, Distance turnRadius) Calculates the best distance needed to capture the RouteSegment based on a specified bearing: it is the arc distance from the current position to the point at which the end bearing is captured.

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

LateralGuidanceResult(TrueHeading desiredHeading, TurnDirection desiredDirection, Distance remainingDistance)
Constructs a container for the lateral guidance results.

LateralGuidanceResult(TrueHeading desiredHeading, TurnDirection desiredDirection, Distance remainingDistance, RouteNode restrRouteNode, Distance distToAltRestr, java.lang.String currentManuever, RollAngle desiredRollAngle)
Constructs a container for the lateral guidance results in which there will be a longitudinal guidance effect due to restrictions in the route.

LateralGuidanceResult(TrueHeading desiredHeading, TurnDirection desiredDirection, Distance remainingDistance, java.lang.String currentManuever)
Constructs a container for the lateral guidance results.

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

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

private Distance	CrossCasMan.distanceToSlowdown Calculated distance to slowdown: determines whether to speed brake.
private Distance	LevelWaitMan.distFromFix
private Distance	LevelWaitFixMan.endWithinDistance
static Distance	LongitudinalGuidance.FOLLOW_AT_DISTANCE distance used for follow at manuevers
private Distance	LevelWaitFixMan.lastDistFromFix
private Distance	FpaDescentMan.lastDistToRestrFix
private Distance	CrossCasMan.lastDistToRestrFix Last known distance to the restriction fix: externally calculated.
private Distance	LandingMan.omDistance
private Distance	CrossCasMan.restrActivateDist The distance from the fix to descend that has been calculated to meet the altitude/speed restriction (top of descent/distance to slow down).
private Distance	FpaDescentMan.topOfDescentDist

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

protected static Distance	FpaDescentMan.calcDistFromFixToDescend(Altitude fromAlt, Altitude crossAlt, Angle desiredFpa) Returns calculated top of descent based on altitudes and desired FPA.
private Distance	CrossCasMan.calcDistToSlowdown(GenericSpeed fromSpeed, GenericSpeed speedRestrIfAny, PerformanceParameters perfParams) Returns the distance needed to slowdown to the speed restriction.
Distance	FpaDescentMan.getLastDistToRestrFix() Returns the last known distance to the restriction node.
Distance	CrossCasMan.getRestrictionDist() Returns the current distance to the restriction node.

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

private static SpdAltProfile	SpdAltProfileMutator.expediteClimb(Altitude expediteAlt, SpdAltManeuver currentManeuver, PerformanceParameters perfParams, IndicatedAirspeed currIas, Altitude currAlt, Distance distanceToExpedite) Return a profile with an expedited climb maneuver.
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.
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.
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.
void	LongitudinalGuidance.hold(HoldVelocityProfile velocityProfile, Fix fix, Distance fixTriggerDist) Creates a velocity profile where desired speed is based on the aircraft position (such as FAR restrictions on holding patterns where speed is constrained by altitude) and there is a route component to the velocity profile (profile can only be canceled by calling cancelRouteConstraints()).
protected static SpdAltManeuver	SpdAltProfileMutator.lastManeuverBeforeFix(SpdAltManeuver man, Fix fix, Route route, PerformanceParameters perfParams, Distance distToFix, Altitude currAlt) Returns the last maneuver in the follow-on maneuvers that is before the specified fix; returns null if the current maneuver does not complete before the specified fix.
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.
static SpdAltProfile	SpdAltProfileMutator.makeVelocityProfileForRoute(GenericSpeed speedRestr, Altitude currDesiredAlt, VelocityProfileI velocityProfile, Fix fix, Distance distToFix) Returns a velocity profile where desired speed is based on the aircraft position (such as FAR restrictions on holding patterns where speed is constrained by altitude).
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.
private void	ExpediteClimbMan.setExpediteFailureMsg(Altitude currAlt, Distance distanceToExpedite, FlightPathAngle expeditedClimbFpa) Determines whether the expedite is likely to succeed; otherwise sets the message describing how much the expedite is expected to fail by.
private void	CrossCasMan.setManeuverMessage(IndicatedAirspeed fromIas, Altitude fromAlt, GenericSpeed speedRestrIfAny, double expeditedDescentFpa_rad, Distance restrActivateDist, Distance distanceToDescend, Distance distToRestrFix) Determines whether the crossing is likely to succeed; otherwise sets the message describing how much the crossing is expected to fail by.

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

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.

ExpediteClimbMan(GenericSpeed finalDesiredSpeed, Altitude desiredExpediteAlt, PerformanceParameters perfParams, Altitude currAlt, Distance distanceToExpedite, FlightPathAngle expeditedClimbFpa)
Constructs an ExpediteClimbMan to perform an expedited climb; if the expedite may not succeed, the expediteFailureMessage will be set with an estimate of how much the altitude capture is expected to fail by.

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.

LevelWaitFixMan(GenericSpeed desiredSpeed, Altitude desiredAlt, Distance endWithinFixDist, Fix fix)
Creates a maneuver for an aircraft that maintains level flight until it is within the specified distance of the specified fix or going away from the fix.

LevelWaitMan(GenericSpeed desiredSpeed, Altitude desiredAlt, Distance endWithinFixDist, Fix fix)
Creates a maneuver that continues in level flight until it is within the specified distance of the specified fix.

VelocityProfileRouteMan(GenericSpeed maxAndResumeSpeed, Altitude desiredAlt, VelocityProfileI velocityProfile, Fix fix, Distance distToFix)
Constructs a maneuver for an aircraft to follow a velocity profile.

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

Methods in faa.tg.aircraft.adm.modus.latmodus.fte that return Distance

private Distance

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

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

Fields in faa.tg.aircraft.adm.navigator.gps declared as Distance

private static Distance	GpsNavigator.standardDeviationPositionEast Standard deviation of position in easterly direction.
private static Distance	GpsNavigator.standardDeviationPositionNorth Standard deviation of position in northerly direction.

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

Fields in faa.tg.aircraft.adm.navigator.vordme declared as Distance

private Distance	VorDme.rangeBias
private static Distance	VorDmeAirspace.vorDmeRange

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

private Distance

VorDme.getRangeBias()

Constructors in faa.tg.aircraft.adm.navigator.vordme with parameters of type Distance

VorDme(TrueBearing bearingBias, Distance rangeBias)

Uses of Distance in faa.tg.aircraft.deadreckon

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

Distance

DeadReckonDynamics.getAircraftTurnRadius() return aircraft's turn radius returns null

Uses of Distance in faa.tg.aircraft.ground

Methods in faa.tg.aircraft.ground that return Distance

Distance	GroundDynamics.getSlowingDistance(GroundTrackSpeed speed, GroundTrackSpeed desiredSpeed)
Distance	GroundDynamics.getStopDistance()
private Distance	GroundDynamics.getStopDistance(double speed)

Uses of Distance in faa.tg.aircraft.ground.profile

Fields in faa.tg.aircraft.ground.profile declared as Distance

(package private) static Distance	PathManager.closeToHoldDist
(package private) Distance	PathManager.Collision.distance
private static Distance	PathManager.innerDistance
private Distance	StopAtNextHold.sd
private static Distance	PathManager.SEPARATION_DISTANCE
private static Distance	PathManager.TAXIWAY_WIDTH

Methods in faa.tg.aircraft.ground.profile that return Distance

private Distance	PathManager.baseSeparationDistance()
(package private) Distance	PathManager.distanceToNextHold()
(package private) Distance	PathManager.getRemainingDistance()
private Distance	PathManager.separationDistance()

Methods in faa.tg.aircraft.ground.profile with parameters of type Distance

private PolygonalRoute

PathManager.createPolygonalRoute(Distance sepDist)

Constructors in faa.tg.aircraft.ground.profile with parameters of type Distance

PathManager.Collision(Aircraft aircraft, Distance distance)

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

Methods in faa.tg.aircraft.transition.controller.landing that return Distance

private Distance

LandingManager.Exit.length()

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

private ControllerResult

LandingManager.reroute(java.lang.String destination, java.lang.String via, Distance remainingDist)

Uses of Distance in faa.tg.asdi

Fields in faa.tg.asdi declared as Distance

private Distance	AsdiAirport2TGF.distanceFromAirport
private Distance	Asdi2TGF.distanceFromAirport

Methods in faa.tg.asdi with parameters of type Distance

static Asdi2TGF

Asdi2TGF.getInstance(AirportID airportName, Distance distanceFromAirport, RunwayID arrivalRunway, RunwayID departureRunway, java.io.File fileToWriteTo, java.io.File fileForAirports) Constructor for the Asdi message to fp message converter.

Constructors in faa.tg.asdi with parameters of type Distance

Asdi2TGF(AirportID airportName, Distance distanceFromAirport, RunwayID arrivalRunway, RunwayID departureRunway, java.io.File fileToWriteTo, java.io.File fileForAirports)

Uses of Distance in faa.tg.atcview

Fields in faa.tg.atcview declared as Distance

private Distance

PickHalo.haloRadius

Methods in faa.tg.atcview that return Distance

Distance

PickHalo.getDistance() return Distance radius of ellipse

Uses of Distance in faa.tg.atcview.display

Subclasses of Distance in faa.tg.atcview.display

class

DisplayRange This class provides DisplayRange which is the size from the center to an edge of the display in nm.

Uses of Distance in faa.tg.atcview.displayobjects

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

private Distance	CustomLineStyle.dash
private Distance	CustomLineStyle.gap
private Distance	TrackHaloDisplay.haloRadius
private static Distance	LeaderLineDisplay.initialLength
private Distance	LeaderLineDisplay.leaderLength
private Distance	TrackDisplaySettings.leaderLineLength
private Distance	RunwayDisplay.width

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

Distance	CustomLineStyle.getDash() return the distance of the dash
Distance	CustomLineStyle.getGap() return the distance of the gap
static Distance	LeaderLineDisplay.getInitialLength() return the initial length of the leader line
Distance	TrackDisplaySettings.getLeaderLineLength()

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

static void	LeaderLineDisplay.setInitialLength(Distance length) set the initial length of the leader line
void	TrackDisplaySettings.setLeaderLineLength(Distance leaderLineLength)
void	LeaderLineDisplay.setLength(Distance length) set length

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

CustomLineStyle(Distance gap, Distance dash, boolean startWithDash)
Custom

Uses of Distance in faa.tg.atcview.events

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

private Distance	FrdEvent.distance
private Distance	LeaderLineLengthEvent.length

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

Distance	FrdEvent.getDistance() return the distance to use
Distance	LeaderLineLengthEvent.getLength() returns the length to use for the displays

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

FrdEvent(java.lang.String fixName, Radial radial, Distance distance)
Constructor

LeaderLineLengthEvent(Distance newLength)
Constructor

Uses of Distance in faa.tg.atcview.gui

Methods in faa.tg.atcview.gui that return Distance

Distance	FrdPanel.getDistance() return the distance, or null
private Distance	FrdPanel.getValidDist() returns a valid distance obtained from the distance text box
private Distance	LineStyleComponent.getValidDist(java.lang.String distText) returns a valid distance obtained from the given text, or null if unable to get a valid distance

Uses of Distance in faa.tg.atmosphere.ruc

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

private Distance	Ruc236.meshLengthOfGrid
private Distance	Ruc236.radiusOfEarth
private Distance	Ruc236.radiusOfEarthOverMeshLengthOfGrid

Uses of Distance in faa.tg.atmosphere.wgrib

Fields in faa.tg.atmosphere.wgrib declared as Distance

protected Distance	GridDescriptionSectionLambert.xDirectionGridLength
private Distance	GridDescriptionSectionLambert.yDirectionGridLength

Methods in faa.tg.atmosphere.wgrib that return Distance

Distance	GridDescriptionSectionLambert.getGridLength()
Distance	GridDescriptionSection.getGridLength()

Uses of Distance in faa.tg.desiree

Constructors in faa.tg.desiree with parameters of type Distance

DesireeSysCoordinate(Distance xCoordinate, Distance yCoordinate)
Constructor.

Uses of Distance in faa.tg.desiree.display

Fields in faa.tg.desiree.display declared as Distance

(package private) Distance	DisplayWedge.hackX
(package private) Distance	DisplayWedge.hackY

Uses of Distance in faa.tg.dra.objects

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

private Distance	TermSimCalc.cpa CPA (Closest Point of Approach) for separation violation.
private Distance	EnrouteCalc.cpa
private Distance	TermSimCalc.cpahsep Horizontal separation at CPA (closest point of approach) time.
private Distance	EnrouteCalc.cpahsep
private Distance	TermSimCalc.cpavsep Vertical separation at CPA (closest point of approach) time.
private Distance	EnrouteCalc.cpavsep
private Distance	HflVisualGraph.distance
private Distance	DistTrack.distanceTravelled Distance travelled value specified to constructor (between first and last events).
(package private) Distance	TermSimCalc.distFlown
(package private) Distance	EnrouteCalc.distFlown
private Distance	DistSecond.hDistance
private Distance	BaseVsTestInfo.linearDistance
private Distance	TermSimCalc.maxRiskDist Distance at point of maximum API risk.
private Distance	TermSimCalc.maxRiskHDist Horizontal distance at point of maximum API risk.
private Distance	TermSimCalc.maxRiskVDist Vertical distance at point of maximum API risk.
private Distance	DistSecond.sDistance
static Distance	TermSimCalc.USER_AC_SEP default user-defined horizontal aircraft separation in miles
static Distance	EnrouteCalc.USER_AC_SEP default user-defined horizontal aircraft separation in miles
static Distance	TermSimCalc.USER_ALT_SEP default user-defined aircraft altitude separation in feet
static Distance	EnrouteCalc.USER_ALT_SEP default user-defined aircraft altitude separation in feet
private Distance	TermSimCalc.userAcSep
private Distance	EnrouteCalc.userAcSep
private Distance	TermSimCalc.userAltSep
private Distance	EnrouteCalc.userAltSep
private Distance	DistSecond.vDistance

Methods in faa.tg.dra.objects that return Distance

Distance	TermSimCalc.getCpa() Returns the closest point of approach of all conflicts.
Distance	TermSim.getCpa() Returns the distance between aircraft at the closest point of approach.
Distance	HflEnroute.getCpa() Returns the distance between aircraft at the closest point of approach.
Distance	EnrouteCalc.getCpa() Returns the closest point of approach of all conflicts.
Distance	TermSimCalc.getCpahsep() Gets the horizontal separation at the sim's closest point of approach.
Distance	TermSim.getCpahsep() Returns the horizontal separation at the interval's CPA (closest point of approach).
Distance	HflEnroute.getCpahsep() Returns the horizontal separation at the interval's CPA (closest point of approach).
Distance	EnrouteCalc.getCpahsep() Gets the horizontal separation at the sim's closest point of approach.
Distance	TermSimCalc.getCpavsep() Gets the vertical separation at the sim's closest point of approach.
Distance	TermSim.getCpavsep() Returns the vertical separation at the interval's CPA (closest point of approach).
Distance	HflEnroute.getCpavsep() Returns the vertical separation at the interval's CPA (closest point of approach).
Distance	EnrouteCalc.getCpavsep() Gets the vertical separation at the sim's closest point of approach.
Distance	HflVisualGraph.getDistance() Gets the distance traveled.
Distance	DistTrack.getDistanceTravelled() Gets the distance travelled specified by this DistTrack between the two objects if they are aircraft, otherwise returns null.
Distance	TermSimCalc.getDistFlown() Returns the total distance flown.
Distance	TermSim.getDistFlown() Returns the total distance flown.
Distance	HflEnroute.getDistFlown() Gets the total distance flown.
Distance	EnrouteCalc.getDistFlown() Gets the total distance flown.
Distance	DurationAc.getDistFlown() If the event types are AircraftStates and the distance track was set by the DistTrackFactory, then returns the difference in the distance track between the aircraft; otherwise returns null.
Distance	DistTrack.getGroundTrack() Returns the difference of the last and first event ground track distances if the events are AircraftState objects and their ground track values are not null.
Distance	DistSecond.getHDistance() Gets the horizontal distance in nautical miles between objects.
Distance	BaseVsTestInfo.getLinearDistance() Returns the linear distance from the base location to the test location
Distance	TermSimCalc.getMaxRiskDist() Returns the slant distance at the maximum risk API (aircraft proximity index) of the current interval.
Distance	TermSim.getMaxRiskDist() Returns the distance between aircraft at the maximum risk API.
Distance	TermSimCalc.getMaxRiskHDist() Returns the horizontal separation of the aircraft pair at the maximum risk API (aircraft proximity index) of the current interval
Distance	TermSim.getMaxRiskHDist() Returns the horizontal separation of the aircraft pair at the maximum risk API (aircraft proximity index) of the current interval.
Distance	TermSimCalc.getMaxRiskVDist() Returns the vertical separation of the aircraft pair at the maximum risk API (aircraft proximity index) of the current interval
Distance	TermSim.getMaxRiskVDist() Returns the vertical separation of the aircraft pair at the maximum risk API (aircraft proximity index) of the current interval.
Distance	DistSecond.getSDistance() Gets the slant distance between objects (same as horizontal if second object is not an aircraft).
Distance	TermSimCalc.getUserAcSep() Return the horizontal distance separation between aircraft that defines violations.
Distance	TermSim.getUserAcSep() Return the horizontal distance separation between aircraft that defines violations.
Distance	HflEnroute.getUserAcSep() Get the distance separation between aircraft for reporting violations.
Distance	EnrouteCalc.getUserAcSep() Get the distance separation between aircraft for reporting violatns (mi).
Distance	TermSimCalc.getUserAltSep() Return the altitude separation between aircraft that defines violations.
Distance	TermSim.getUserAltSep() Return the altitude separation between aircraft that defines violations.
Distance	HflEnroute.getUserAltSep() Get the altitude separation between aircraft for reporting violations.
Distance	EnrouteCalc.getUserAltSep() Get the altitude separation between aircraft for reporting violatns (ft).
Distance	DistSecond.getVDistance() Gets the vertical distance (altitude difference) in feet between objects.

Methods in faa.tg.dra.objects with parameters of type Distance

void	HflVisualGraph.setDistance(Distance setdist) Sets distance to the distance that the aircraft has traveled.
void	TermSimCalc.setDistFlown(Distance distFlown) Sets the total distance flown.
void	EnrouteCalc.setDistFlown(Distance distFlown) Sets the total distance flown.
void	TermSimCalc.setUserAcSep(Distance userAcSep) Set the distance separation between aircraft that defines violations.
void	EnrouteCalc.setUserAcSep(Distance userAcSep) Set the distance separation between aircraft for reporting violatns (mi).
void	TermSimCalc.setUserAltSep(Distance userAltSep) Set the altitude separation between aircraft that defines violations.
void	EnrouteCalc.setUserAltSep(Distance userAltSep) Set the altitude separation between aircraft for reporting violatns (ft).

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

DistTrack(Movable firstEvt, Movable lastEvt, Distance distTravelled)
Constructs the DistTrack object using the distance travelled value, the first and the last state of the Movable object defining that distance.

EnrouteCalc(Sector sector, Distance userAcSep, Distance userAltSep, Shape ntzArea)
Constructs the EnrouteCalc object with the sector, user-defined aircraft conflict separation (horizontal), user-defined conflict altitude separation, and the no-transgression zone area (can be null).

EnrouteCalc(Sector sector, Distance userAcSep, Distance userAltSep, java.util.Vector<Shape> ntzAreas)
Constructs the EnrouteCalc object with the sector, user-defined aircraft conflict separation (horizontal), user-defined conflict altitude separation, and the no-transgression zone area (can be null).

TermSimCalc(Sector sector, Distance userAcSep, Distance userAltSep, Shape ntzArea)
Constructs the TermSimCalc object with the sector, user-defined aircraft conflict separation (horizontal), user-defined conflict altitude separation, and the no-transgression zone area (can be null).

TermSimCalc(Sector sector, Distance userAcSep, Distance userAltSep, java.util.Vector<Shape> ntzAreas)
Constructs the TermSimCalc object with the sector, user-defined aircraft conflict separation (horizontal), user-defined conflict altitude separation, and the no-transgression zone area (can be null).

Uses of Distance in faa.tg.dra.tools

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

static Distance	TermSimCalcFactory.CMAV_DISTANCE System activity (CMAV) distance to get aircraft counts for.
static Distance	EnrouteCalcFactory.CMAV_DISTANCE System activity (CMAV) distance to get aircraft counts for.
static Distance	PositionCriteria.DEFAULT_MAX_DIST If a maximum distance is not set, uses this distance for the criteria.
Distance	DraStore.MAX_APPR_HT Highest altitude at which the approach threshold can be crossed.
private static Distance	PositionCriteria.maxDist
static Distance	DistFactory.MIN_AC_SEP Default minimum horizontal aircraft separation is 3 n miles.
static Distance	DistFactory.MIN_ALT_SEP Default minimum vertical separation for aircraft is 1000 feet.
static Distance	DistFactory.MIN_SITE_DIST Default minimum distance to report for a fix is 0.5 n miles.
private Distance	ViolationSepFactory.minAcSep
private Distance	ViolationSepFactory.minAltSep
Distance	DistFactory.minSiteDist Reporting distance for non-moving objects.
private static Distance	VortexSepFactory.STD_ALTITUDE
private static Distance	ViolationSepFactory.STD_ALTITUDE
static Distance	VortexSepFactory.STD_ENROUTE Indicator to use standard enroute vertical separation (VIOLATE_SEP): 1000 feet if aircraft altitude is below 29,000 ft MSL or 2000 feet if an aircraft altitude is above 29,000 ft MSL.
static Distance	ViolationSepFactory.STD_ENROUTE Indicator to use standard enroute vertical separation (VIOLATE_SEP): 1000 feet if aircraft altitude is below 29,000 ft MSL or 2000 feet if an aircraft altitude is above 29,000 ft MSL.
private static Distance	VortexSepFactory.STD_SOFT_DIST Indicates the "softness" of the standard separation distance: the amount of distance within the exact violation measure that can be ignored; e.g., if 20 feet, then aircraft 981 feet apart are considered to be acceptably separated for a separation altitude requiring 1000 ft.
private static Distance	ViolationSepFactory.STD_SOFT_DIST Indicates the "softness" of the standard separation distance: the amount of distance within the exact violation measure that can be ignored; e.g., if 20 feet, then aircraft 981 feet apart are considered to be acceptably separated for a separation altitude requiring 1000 ft.
static Distance	TermSimFactory.USER_AC_SEP default user-defined horizontal aircraft separation in miles
static Distance	HflEnrouteFactory.USER_AC_SEP default user-defined horizontal aircraft separation in miles
static Distance	TermSimFactory.USER_ALT_SEP default user-defined aircraft altitude separation in feet
static Distance	HflEnrouteFactory.USER_ALT_SEP default user-defined aircraft altitude separation in feet
private Distance	TermSimFactory.userAcSep
private Distance	HflEnrouteFactory.userAcSep
private Distance	TermSimFactory.userAltSep
private Distance	HflEnrouteFactory.userAltSep
private static Distance	VortexSepFactory.WAKE_VORTEX_ALT_SEP Reporting distance for non-moving objects.

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

Distance	DraStore.distToThreshold(Landable ac) Gets distance from an aircraft to the threshold of the runway it will land at (returns null if unable to determine distance).
static Distance	PositionCriteria.getMaxDist() This returns the maximum distance that the test aircraft can vary from the position of the baseline aircraft and still be considered identical.
Distance	ViolationSepFactory.getMinAcSep() Get the distance separation between aircraft for reporting violations.
Distance	ViolationSepFactory.getMinAltSep() Get the altitude separation between aircraft for reporting violations.
Distance	SiteDistanceFactory.getMinSiteDist() Get the distance from a site for aircraft to be reported on.
Distance	TermSimFactory.getUserAcSep() Get the distance separation between aircraft for reporting violatns.
Distance	TermSimCalcFactory.getUserAcSep() Return the distance separation between aircraft for reporting violations used for user-defined conflicts.
Distance	HflEnrouteFactory.getUserAcSep() Get the distance separation between aircraft for reporting violatns.
Distance	EnrouteCalcFactory.getUserAcSep() Get the distance separation (mi) between aircraft for reporting violatns.
Distance	TermSimFactory.getUserAltSep() Get the altitude separation between aircraft for reporting violatns.
Distance	TermSimCalcFactory.getUserAltSep() Return the altitude separation between aircraft for reporting violations used for user-defined and parallel conflicts.
Distance	HflEnrouteFactory.getUserAltSep() Get the altitude separation between aircraft for reporting violatns.
Distance	EnrouteCalcFactory.getUserAltSep() Get the altitude separation (ft) between aircraft for reporting violatns.
static Distance	VortexSepFactory.getWakeVortexDist(Separable ac1, Separable ac2) Calculates wake vortex distance restrictions for the two aircraft specified.

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

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.
static void	PositionCriteria.setMaxDist(Distance maxDist) Sets the maximum distance that the test aircraft can vary from the position of the baseline aircraft and still be considered identical.
void	ViolationSepFactory.setMinAcSep(Distance minAcSep) Set the distance separation between aircraft for reporting violations.
void	ViolationSepFactory.setMinAltSep(Distance minAltSep) Set the altitude separation between aircraft for reporting violations.
void	SiteDistanceFactory.setMinSiteDist(Distance minSiteDist) Set the distance from a site for aircraft to be reported on.
void	TermSimFactory.setUserAcSep(Distance userAcSep) Set the distance separation between aircraft for reporting violatns.
void	TermSimCalcFactory.setUserAcSep(Distance userAcSep) Set the distance separation between aircraft for reporting violations for user-defined conflicts.
void	HflEnrouteFactory.setUserAcSep(Distance userAcSep) Set the distance separation between aircraft for reporting violatns.
void	EnrouteCalcFactory.setUserAcSep(Distance userAcSep) Set the distance separation (mi) between aircraft for reporting violatns.
void	TermSimFactory.setUserAltSep(Distance userAltSep) Set the altitude separation between aircraft for reporting violatns.
void	TermSimCalcFactory.setUserAltSep(Distance userAltSep) Set the altitude separation between aircraft for reporting violations for user-defined and parallel conflicts.
void	HflEnrouteFactory.setUserAltSep(Distance userAltSep) Set the altitude separation between aircraft for reporting violatns.
void	EnrouteCalcFactory.setUserAltSep(Distance userAltSep) Set the altitude separation (ft) between aircraft for reporting violatns.
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.

Uses of Distance in faa.tg.dynamicDensity.math

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

Distance	SectorAspectRatio.majorLength
Distance	SectorAspectRatio.minorLength

Methods in faa.tg.dynamicDensity.math that return Distance

private Distance	SectorAspectRatio.getDistanceToSectorBoundary(GeoSector gSector, Position rtNode, TrueBearing heding)
Distance	SectorAspectRatio.getMajorSectorAxisLength()
Distance	SectorAspectRatio.getMinorSectorAxisLength()

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

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

static Distance

DegreesOfFeedom.TO_SECTOR_BOUNDARY

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

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

private Distance

AircraftToSectorBoundary.checkDistance

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

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

Uses of Distance in faa.tg.eramviewer

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

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

Uses of Distance in faa.tg.filters

Fields in faa.tg.filters declared as Distance

private Distance	DistanceFilter.distance
private Distance	DistTrackFactory.maxDist
private Distance	DistTrackFactory.minDist

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

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

DistTrackFactory(Distance minDist, Distance maxDist, boolean passThrough)
Constructs the object filter, taking a boolean as a parameter that indicates whether to send on the events received.

Uses of Distance in faa.tg.geometry

Fields in faa.tg.geometry declared as Distance

private Distance	EquatorialMercatorProjection.earthRadius Radius of the earth.
private Distance	StereoMapProjection.earthRadiusX2
protected Distance	MapProjection.earthRadiusX2
(package private) Distance	Ellipsoid.equatorialRadius
(package private) Distance	Ellipsoid.polarRadius
private Distance	Circle.radius Radius of circle as a Distance: this is the Great Circle distance (arc distance) radius.
static Distance	WGS84_Ellipsoid.SEMI_MAJOR_AXIS SEMI_MAJOR_AXIS is the equatorial radius, defined as 6378137.0 meters.
static Distance	WGS84_Ellipsoid.SEMI_MINOR_AXIS SEMI_MINOR_AXIS is a polar radius: approximately 6356752.314245
(package private) Distance	Ellipsoid.semiMajorAxis
(package private) Distance	Ellipsoid.semiMinorAxis
static Distance	WGS84_Ellipsoid.SPHERICAL_EARTH_RADIUS SPHERICAL_EARTH_RADIUS is the average radius of the earth using the ellipsoidal quadratic mean.
private Distance	StereoMapProjection.xOffset
private Distance	StereoMapProjection.yOffset

Methods in faa.tg.geometry that return Distance

Distance	Position2D.distance2(Position2D loc)
Distance	StereoMapProjection.getEarthRadiusX2()
Distance	MapProjection.getEarthRadiusX2()
Distance	Ellipsoid.getEquatorialRadius() Returns equatorial radius (e.g., equals semiMajorAxis for WGS84 model).
Distance	Ellipsoid.getPolarRadius() Returns the polar radius (e.g., equals semiMinorAxis for WGS84 model).
Distance	Ellipsoid.getSemiMajorAxis() Returns the semi-major axis of the Ellipsoid.
Distance	Ellipsoid.getSemiMinorAxis() Returns the semi-minor axis of the Ellipsoid.
Distance	TrajectoryPredictor.getTrajectoryError(Aircraft aircraft) get how much the predicted trajectory was off
Distance	StereoMapProjection.getXOffset()
Distance	StereoMapProjection.getYOffset()

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

private void	Rectangle.makeRectangle(TrueBearing trueBearing, Distance width, Position startPosition, Position endPosition) Common-code private function for rectangle.
void	TrajectoryPredictor.setRecalculationBound(Distance distance) set the bound that is used to determine when the trajectory should be recalculated
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(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.

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

Circle(Position center, Distance radius)

EquatorialMercatorProjection(Distance earthRadius)
Constructs the map projection of an equatorial mercator map.

Position2D(Distance x, Distance y)
Constructor builds x,y in nautical miles, this is somewhat limiting but a result of Point@d.Double only using a double to the x and y value.

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

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

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

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

Uses of Distance in faa.tg.ground

Fields in faa.tg.ground declared as Distance

private Distance	StateRoute.length
private Distance	PolygonalPath.length
private Distance	GroundPath.length
private static Distance	GroundFixState.MAXIMUM_SEPARATION
private Distance	GroundRoute.mLength Deprecated.
private Distance	GroundFixConnection.mLength

Methods in faa.tg.ground that return Distance

Distance	ParameterizedCurve.calculateArcLength(double start, double end)
Distance	GroundFixConnection.calculateArcLength(double aInitialT, double aFinalT)
Distance	AbstractStateRoute.calculateArcLength(double start, double end)
Distance	ParameterizedCurve.calculateRemainingArcLength(double start)
Distance	GroundFixConnection.calculateRemainingArcLength(double aT)
Distance	AbstractStateRoute.calculateRemainingArcLength(double start)
protected Distance	Point.dist(Point p)
Distance	StateRoute.getLength() NOT THREAD SAFE!
Distance	PolygonalPath.getLength()
Distance	ParameterizedCurve.getLength()
Distance	GroundPath.getLength()
Distance	GroundFixConnection.getLength() Returns the length of this connection.
abstract Distance	AbstractStateRoute.getLength()
protected Distance	AbstractStateRoute.getModifiedLength() NOT THREAD SAFE!

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

Pathable	GroundFixState.findCompatibleExits(Point location, Distance distanceFromStart)
double	ParameterizedCurve.projectAhead(Distance distance, double start)
double	GroundFixConnection.projectAhead(Distance aDist, double aT) Returns the parametric value on the curve that is aDist forward from aT.
double	AbstractStateRoute.projectAhead(Distance distance, double start)
Point	GroundFixConnection.projectionFromStart(Distance aDist) Returns the point whose path distance is the aDist from the origin.
BezierIntersectable	Taxiway.toIntersectable(Distance distance) Creates a geometric object that bounds this and can be interesected with a Bezier curver
BezierIntersectable	SingleFixRoute.toIntersectable(Distance distance) Creates a geometric object that bounds this and can be interesected with a Bezier curver
BezierIntersectable	BidirectionalRoute.toIntersectable(Distance distance) Creates a geometric object that is a bounding box for this and can be interesected with a Bezier curver
PolygonalRoute	GroundPath.toPolygon(Distance distance)
Position	Locale.xyToPosition(Distance xCoord, Distance yCoord, Altitude alt) Converts x-y coordinates to latitude/longitude.

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

Circle(Point point, Distance radius)

GroundPolygon(LineSegment center, Distance width)

PointQuadTree(Distance length)
Creates a argument length square partition centered on (0,0)

Uses of Distance in faa.tg.ground.airport

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

private static Distance	DepartureModerator.checkDistance
private static Distance	AirportOverlay.DEFAULT_HOLD_SHORT_DISTANCE default distance to hold short of a runway on the ground
private static Distance	AircraftRegistrar.DEFAULT_RANGE

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

boolean	GroundAirport.addRunway(GroundPath route, java.lang.String runwayName, Distance holdShortDistance)
boolean	AirportOverlay.addRunway(GroundPath route, java.lang.String runwayName, Distance holdShortDistance)
Position	AirportOverlay.xyToPosition(Distance xCoord, Distance yCoord, Altitude alt)

Constructors in faa.tg.ground.airport with parameters of type Distance

RunwayOverlay(AirportOverlay airport, Runway runway, GroundPath groundRoute, Distance holdShortDistance)

Uses of Distance in faa.tg.ground.markers

Methods in faa.tg.ground.markers that return Distance

Distance	MarkerContainer.distanceTo(T type, double start)
Distance	AbstractMarkerContainer.distanceTo(T type, double start)
Distance	MarkerManager.distanceToNextMarker(MarkerContainer<T> routeSegment, double paraLocation)

Methods in faa.tg.ground.markers with parameters of type Distance

boolean	MarkerManager.closeToMarker(MarkerContainer<T> routeSegment, Distance stopDistance, double paraLocation)
private double	MarkerManager.findParaDist(MarkerContainer<T> routeSegment, Distance stopDistance, double paraLocation)

Uses of Distance in faa.tg.jpvd

Methods in faa.tg.jpvd with parameters of type Distance

void	JpvdConfig.setLeaderLineLength(Distance leaderLineLength) set length of leader line

Uses of Distance in faa.tg.liu

Fields in faa.tg.liu declared as Distance

(package private) Distance	DRI4969Point.coordX
(package private) Distance	DRI4969Point.coordY
(package private) Distance	DisplayData.displayCenterX
private Distance	OpMsg0758.displayCenterXSysCoord System coordinate in 1/16 nm; 0-2047.9375 Stored as nm
(package private) Distance	DisplayData.displayCenterY
private Distance	OpMsg0758.displayCenterYSysCoord
private Distance	TargetMsg1524BeaconRadar.xSystemCoordinate
private Distance	PrimaryTarget.xSystemCoordinate
private Distance	Ldb.xSystemCoordinate
private Distance	FdbMsg1525.xSystemCoordinate X and Y System Coordinate in 1/16nm 0-2047.9375
private Distance	AddRouteSegment1520.xSystemCoordinate
private Distance	TargetMsg1524BeaconRadar.ySystemCoordinate
private Distance	PrimaryTarget.ySystemCoordinate
private Distance	Ldb.ySystemCoordinate
private Distance	FdbMsg1525.ySystemCoordinate
private Distance	AddRouteSegment1520.ySystemCoordinate

Methods in faa.tg.liu that return Distance

Distance	DisplayData.getDisplayCenterX() Gets the displayCenterX attribute of the DisplayData object
Distance	OpMsg0758.getDisplayCenterXSysCoord() Gets the displayCenterXSysCoord attribute of the OpMsg0758 object
Distance	DisplayData.getDisplayCenterY() Gets the displayCenterY attribute of the DisplayData object
Distance	OpMsg0758.getDisplayCenterYSysCoord() Gets the displayCenterYSysCoord attribute of the OpMsg0758 object
Distance	TargetMsg1524BeaconRadar.getXSystemCoordinate() return the requested fields from the TargetMsg1524BeaconRadar
Distance	PrimaryTarget.getXSystemCoordinate()
Distance	Ldb.getXSystemCoordinate()
Distance	FdbMsg1525.getXSystemCoordinate() Gets the xSystemCoordinate attribute of the FdbMsg1525 object
Distance	AddRouteSegment1520.getXSystemCoordinate() Getter for the xSystemCoordinate.
Distance	TargetMsg1524BeaconRadar.getYSystemCoordinate()
Distance	PrimaryTarget.getYSystemCoordinate()
Distance	Ldb.getYSystemCoordinate()
Distance	FdbMsg1525.getYSystemCoordinate() Gets the ySystemCoordinate attribute of the FdbMsg1525 object
Distance	AddRouteSegment1520.getYSystemCoordinate() Getter for the ySystemCoordinate.

Methods in faa.tg.liu with parameters of type Distance

void	OpMsg0758.setDisplayCenterXSysCoord(Distance coord)
void	OpMsg0758.setDisplayCenterYSysCoord(Distance coord)

Uses of Distance in faa.tg.map

Fields in faa.tg.map declared as Distance

private Distance

MapArc.radius

Methods in faa.tg.map that return Distance

Distance

MapArc.getRadius() Method getRadius ...

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

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

Uses of Distance in faa.tg.nas

Constructors in faa.tg.nas with parameters of type Distance

NasSysCoordinate(Distance xCoordinate, Distance yCoordinate)
Constructor.

Uses of Distance in faa.tg.nas.airport

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

Position

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

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

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

private Distance	Runway.holdShortDistance
private Distance	Runway.length length is the length of the runway
private Distance	Runway.width width is the width of the runway

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

Distance	Runway.getLength()
Distance	Runway.getWidth()

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

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

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

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

private static Distance	ILS.APP_GATE_TO_THLD
private static Distance	ILS.MAX_DISTANCE_TO_P
static Distance	GlideSlopeCone.MAX_RANGE Only very rarely does a runway have a glide slope with a range >10.
static Distance	GlideSlope.MAX_RANGE
private static Distance	ILS.OM_TO_THRESHOLD
private static Distance	ILS.RWYEND_TO_LCLZR
private static Distance	ILS.THLD_TO_GLD_SLP_ANT

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

Distance	ILS.approximateApproachLength(Position aircraftPos, TrueHeading acHeading) This method guesses the distance left to cover if the aircraft is vectored toward the localizer.
Distance	ILS.getDistanceToOuterMarker() The arc distance to the outer marker (around the earth, not through it) at an altitude of zero.

Uses of Distance in faa.tg.nas.fix

Fields in faa.tg.nas.fix declared as Distance

private Distance	FixRadialDistance.distance
private Distance	VORDME.rangeBias

Methods in faa.tg.nas.fix that return Distance

private static Distance	FixRadialDistance.extractDistance(java.lang.String frd) Extracts distance from FRD name and returns a new Distance.
Distance	FixRadialDistance.getDistance() Returns distance of the FRD.
Distance	VORTAC.getRangeMeasure(Position pos) Method to implement RangeStation
Distance	VORDME.getRangeMeasure(Position pos) Method to implement RangeStation
Distance	TACAN.getRangeMeasure(Position pos) Method to implement RangeStation
Distance	RangeStation.getRangeMeasure(Position pos)
Distance	DME.getRangeMeasure(Position pos) Method to implement RangeStation

Methods in faa.tg.nas.fix with parameters of type Distance

private static java.lang.String

FixRadialDistance.makeName(Fix theFix, Radial theRadial, Distance theDistance) Creates a FRD name in the format FIXRRRDDD.

Constructors in faa.tg.nas.fix with parameters of type Distance

FixRadialDistance(Fix fix, Radial radial, Distance distance)

FixRadialDistance(java.lang.String name, Fix fix, Radial radial, Distance distance)

Uses of Distance in faa.tg.nas.procedures

Fields in faa.tg.nas.procedures declared as Distance

private Distance

DistanceBasedHoldingPattern.legDistance

Constructors in faa.tg.nas.procedures with parameters of type Distance

DistanceBasedHoldingPattern(TurnDirection turnDirection, Radial bearingFromFix, CompassDirection directionOfHolding, Distance legLength)

Uses of Distance in faa.tg.nas.route

Fields in faa.tg.nas.route declared as Distance

private Distance	RouteSegment.distance Distance is the length of the segment between the 2 route nodes.
private Distance	AarCrossingLine.mDistance
protected Distance	OffsetRoute.offset The offset distance from the base route to use: it is significant to one decimal place, negative is left and positive is right.
private Distance	RouteWEndRadial.radialSegmentLength Length of the endRadialSegment: starting from the final RouteNode.

Methods in faa.tg.nas.route that return Distance

Distance	RouteSegment.distanceAlongSegment(Position pos) Calculates the distance left to travel from the given position to the position of the end node on this segment.
Distance	Route.distanceBetween(Fix startFix, Fix endFix) Returns the distance between the two specified fixes on the route.
Distance	Route.distanceToFix(Position currPos, RouteSegment currSeg, Fix target) Returns the distance along the route from an object with currPos, which is assumed to lie somewhere along currSeg to the target Fix somewhere along the Route.
Distance	RouteSegment.distToSwitchSegments(Distance turnRadius) Calculates the best distance from the end fix to use when switching from the current RouteSegment to the next RouteSegment.
Distance	RouteSegment.distToTurn(Distance turnRadius) Determine the offset distance, from a fix at the end of a segment, to where the aircraft needs to begin its turn to smoothly capture the next segment.
static Distance	RouteSegment.distToTurn(TrueBearing fromHeading, TrueBearing toHeading, Distance turnRadius) Determine the offset distance, from a fix at the end of a segment, to where the aircraft needs to begin its turn to smoothly capture the next segment.
private static Distance	RouteSegment.getBearingCaptureDist(TrueBearing currBearing, TrueBearing endBearing, Distance turnRadius) Calculates the best distance needed to capture the RouteSegment based on a specified bearing: it is the arc distance from the current position to the point at which the end bearing is captured.
Distance	RouteSegment.getDistance() Returns the length of this RouteSegment.
Distance	OffsetRoute.getOffset() Returns the offset to the base route.
Distance	RouteSegment.getSegmentCaptureDist(Distance turnRadius) Return the approximate distance an aircraft travels during a turn to capture a specified heading based on its turn radius.
Distance	RouteSegment.getTrackDistToSegmentEnd(Position currPos, TrueBearing currBearing, Distance turnRadius) Return the approximate distance an aircraft travels during a turn to capture a specified heading based on its turn radius.
Distance	AarCrossingLine.getTransitionDistance()
Distance	RouteSegment.lateralDistanceTo(Position pos) Returns the lateral distance to this RouteSegment, given the current position of an object.
Distance	Route.routeFollowingDistance(Fix startFix, Fix endFix, Distance turnRadius) This gets the length of the route as followed by the aircraft: this distance calculation is generally shorter than Route.totalLength() because most turns (on the segment changes) will shorten the path.
Distance	RouteSegment.segChangeDistanceModifier(Distance turnRadius) Returns the value to add to a route distance to account for the curve an aircraft makes when transitioning from one segment to another.
Distance	Route.totalLength() This gets the length of the route: this is not quite the same as the length of the path an aircraft will take while following the route, since aircraft will cut corners to some extent on turns (based on their turn radius).

Methods in faa.tg.nas.route with parameters of type Distance

private static java.lang.String	OffsetRoute.calcName(Route baseRoute, Distance offset) Returns the name of the offset route based on the base route's name.
Fix	RouteSegment.calcRouteInterceptFix(Position currentPos, Distance turnRadius) Determines a fix (usually a dynamic fix) to serve as a point to intercept the route when doing the route merge.
Distance	RouteSegment.distToSwitchSegments(Distance turnRadius) Calculates the best distance from the end fix to use when switching from the current RouteSegment to the next RouteSegment.
Distance	RouteSegment.distToTurn(Distance turnRadius) Determine the offset distance, from a fix at the end of a segment, to where the aircraft needs to begin its turn to smoothly capture the next segment.
static Distance	RouteSegment.distToTurn(TrueBearing fromHeading, TrueBearing toHeading, Distance turnRadius) Determine the offset distance, from a fix at the end of a segment, to where the aircraft needs to begin its turn to smoothly capture the next segment.
private static Distance	RouteSegment.getBearingCaptureDist(TrueBearing currBearing, TrueBearing endBearing, Distance turnRadius) Calculates the best distance needed to capture the RouteSegment based on a specified bearing: it is the arc distance from the current position to the point at which the end bearing is captured.
Distance	RouteSegment.getSegmentCaptureDist(Distance turnRadius) Return the approximate distance an aircraft travels during a turn to capture a specified heading based on its turn radius.
Distance	RouteSegment.getTrackDistToSegmentEnd(Position currPos, TrueBearing currBearing, Distance turnRadius) Return the approximate distance an aircraft travels during a turn to capture a specified heading based on its turn radius.
boolean	RouteSegment.isTimeToMergeOntoRoute(Position position, GroundTrackHeading acDirection, Distance turnRadius) Returns true if it is time to merge onto a route, given the position of the object approaching the route.
Distance	Route.routeFollowingDistance(Fix startFix, Fix endFix, Distance turnRadius) This gets the length of the route as followed by the aircraft: this distance calculation is generally shorter than Route.totalLength() because most turns (on the segment changes) will shorten the path.
Distance	RouteSegment.segChangeDistanceModifier(Distance turnRadius) Returns the value to add to a route distance to account for the curve an aircraft makes when transitioning from one segment to another.
void	AarCrossingLine.setTransitionDistance(Distance aDist)

Constructors in faa.tg.nas.route with parameters of type Distance

OffsetRoute(Route baseRoute, Distance offset)
Construct an offset route.

Uses of Distance in faa.tg.nas.route.segment

Fields in faa.tg.nas.route.segment declared as Distance

private static Distance	CircularArc.CIRCLE_THRESHOLD
private Distance	RhumbLineSegment.length
private Distance	CircularArc.radius

Methods in faa.tg.nas.route.segment that return Distance

private Distance	CircularArc.distanceToCenter(Fix fix)
private Distance	CircularArc.distanceToCenter(Position pos)
private Distance	CircularArc.distanceToCenter(RouteNode node)
Distance	SegmentShape.distanceToSwitch(Distance turnRadius, SegmentShape next)
Distance	RhumbLineSegment.distanceToSwitch(Distance turnRadius, SegmentShape next)
Distance	CircularArc.distanceToSwitch(Distance turnRadius, SegmentShape next)
(package private) abstract Distance	CircularArc.AngleGuide.lateralDistance(Distance circleRadius, Distance positionRadius)
Distance	SegmentShape.lateralDistanceTo(Position pos) Returns the lateral distance to this RouteSegment, given the current position of an object.
Distance	RhumbLineSegment.lateralDistanceTo(Position pos)
Distance	CircularArc.lateralDistanceTo(Position pos)
Distance	SegmentShape.length()
Distance	RhumbLineSegment.length()
Distance	CircularArc.length()
(package private) abstract Distance	CircularArc.AngleGuide.length(double start, double end, Distance radius)
Distance	SegmentShape.remainingDistance(Position pos)
Distance	RhumbLineSegment.remainingDistance(Position pos)
Distance	CircularArc.remainingDistance(Position pos)

Methods in faa.tg.nas.route.segment with parameters of type Distance

(package private) RollAngle	CircularArc.AngleGuide.desiredRollAngle(Speed speed, Distance radius)
Distance	SegmentShape.distanceToSwitch(Distance turnRadius, SegmentShape next)
Distance	RhumbLineSegment.distanceToSwitch(Distance turnRadius, SegmentShape next)
Distance	CircularArc.distanceToSwitch(Distance turnRadius, SegmentShape next)
(package private) abstract Distance	CircularArc.AngleGuide.lateralDistance(Distance circleRadius, Distance positionRadius)
(package private) abstract Distance	CircularArc.AngleGuide.length(double start, double end, Distance radius)

Uses of Distance in faa.tg.nas.sector

Fields in faa.tg.nas.sector declared as Distance

private Distance	GeoSector.majorAxisLength GeoSector major axis(route) length
private Distance	GeoSector.minorAxisLength GeoSector minor axis(route) length

Methods in faa.tg.nas.sector that return Distance

Distance	GeoSector.getMajorAxisLength() Returns the major axis length.
Distance	GeoSector.getMinorAxisLength() Returns the minor axis length.

Methods in faa.tg.nas.sector with parameters of type Distance

void	GeoSector.setMajorAxisLength(Distance majorAxisLength) Sets the GeoSector's major axis (route) length.
void	GeoSector.setMinorAxisLength(Distance minorAxisLength) Sets the length of the GeoSector minor axis (route).

Uses of Distance in faa.tg.opt.areaWatcher

Fields in faa.tg.opt.areaWatcher declared as Distance

private Distance

AreaWatcher.radius

Constructors in faa.tg.opt.areaWatcher with parameters of type Distance

AreaWatcher(Position pos, Distance radius, Scenario scenario)

GpsAreaWatcher(Position pos, Distance radius, Scenario scenario)

Uses of Distance in faa.tg.pointmodel

Fields in faa.tg.pointmodel declared as Distance

private Distance

PropagationTerms.localEarthRadius The local radius of the earth.

Methods in faa.tg.pointmodel that return Distance

private Distance	Position.calcMeridionalDistance(Latitude lat) Returns the sine series expansion of the integral of the distance along the rhumb-line (M term) over a spheroidal earth: used to calculate the rhumb-line distance for a change in latitude.
Distance	PropagationTerms.calcRop(Altitude alt) Calculate the rop (the local distance to the center of the earth).
Distance	PropagationTerms.getLocalEarthRadius() Return re
Distance	Position.greatCircleDistTo(Position target) Calculates the Great Circle distance to the given position from this position, measuring the arc distance at an altitude of zero.
Distance	Position.greatCircleDistTo(Position target, Altitude atAlt) Calculates the Great Circle distance to the given position from this position, given an altitude to measure the arc distance at.
Distance	Position.horizSeparation(Position otherPos) This method calculates the horizontal separation (linear distance) between two Positions.
Distance	Position.linearDistTo(Position otherPos) Calculates the straight-line distance between two points in space.
Distance	Position.rhumbLineDistTo(Position target) Calculates the rhumb-line distance to the target position.

Methods in faa.tg.pointmodel with parameters of type Distance

private Latitude

Position.calcLatFromMeridionalDistance(Distance mDist) Returns the latitude calculated from the sine series expansion of the integral of the distance along the rhumb-line (M term) over a spheroidal earth: used to calculate the rhumb-line distance for a change in latitude.

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

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

Uses of Distance in faa.tg.prep.aces.geomaps

Fields in faa.tg.prep.aces.geomaps declared as Distance

private Distance	DcpGeoLine.endXCoord
private Distance	DcpGeoLine.endYCoord
private Distance	DcpGeoSymbol.startXCoord
private Distance	DcpGeoLine.startXCoord
private Distance	DcpGeoSymbol.startYCoord
private Distance	DcpGeoLine.startYCoord
private Distance	GeoMapHeader.xCenterCoord
private Distance	PointOfTangencyData.xOffset The x coordinate of the point of tangency.
private Distance	GeoMapHeader.yCenterCoord
private Distance	PointOfTangencyData.yOffset The y coordinate of the point of tangency.

Methods in faa.tg.prep.aces.geomaps that return Distance

Distance	DcpGeoLine.getEndXCoordinate() Method getEndXCoordinate
Distance	DcpGeoLine.getEndYCoordinate() Method getEndYCoordinate
Distance	DcpGeoSymbol.getStartXCoordinate() Method getStartXCoordinate returns the horizontal coord for this symbol.
Distance	DcpGeoLine.getStartXCoordinate() Method getStartXCoordinate
Distance	DcpGeoSymbol.getStartYCoordinate() Method getStartYCoordinate returns the vertical coord for this symbol.
Distance	DcpGeoLine.getStartYCoordinate() Method getStartYCoordinate
Distance	GeoMapHeader.getXCoord() Method getXCoord
Distance	PointOfTangencyData.getXOffset() Returns the xOffset field of this object.
Distance	GeoMapHeader.getYCoord() Method getYCoord
Distance	PointOfTangencyData.getYOffset() Method getYOff returns the yCoord field of this object.

Methods in faa.tg.prep.aces.geomaps with parameters of type Distance

private void

AcesGeomapToXml.runDcpFactory(Distance xDistortion, Distance yDistortion) Method runDcpFactory acquires various DcpWords through the BufferedInputStream and develops the AcesGeomapDB from them.

Constructors in faa.tg.prep.aces.geomaps with parameters of type Distance

PointOfTangencyData(Position pointOfTangency, Distance xOffset, Distance yOffset)
Constructor PointOfTangencyData.

Uses of Distance in faa.tg.prep.cdr

Fields in faa.tg.prep.cdr declared as Distance

private Distance	CDRRunway.length length is the length of the runway
private Distance	CDRRunway.width width is the width of the runway

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

CDRRunway(java.lang.String aRunwayName, TrueHeading aHdg, Position threshold, Distance length, Distance width)
Constructor.

Uses of Distance in faa.tg.prep.tmf.radar.validation

Methods in faa.tg.prep.tmf.radar.validation that return Distance

private Distance

TargetPostProcessor.getDistance(Filterable currentTarget, Filterable previousTarget) Get the distance between the current target and the previous target.

Uses of Distance in faa.tg.prep.tmf.ufp

Fields in faa.tg.prep.tmf.ufp declared as Distance

private Distance

Area.distance

Methods in faa.tg.prep.tmf.ufp that return Distance

Distance

Area.getDistance()

Constructors in faa.tg.prep.tmf.ufp with parameters of type Distance

Area(java.lang.String name, Distance distance)
Constructor.

NamedCircle(java.lang.String name, Position position, Distance distance)
Constructor.

Uses of Distance in faa.tg.prep.tmf.ufp.postprocessors

Methods in faa.tg.prep.tmf.ufp.postprocessors that return Distance

Distance	SpaceComparator.analyizeDistanceVector(java.util.Vector vector) Method to analyise a distance vector.
Distance	SpaceComparator.distanceBetweenRouteNodes(RouteNode node1, RouteNode node2) Method that returns the distance between two RouteNodes.
Distance	SpaceComparator.getAverageDistanceBetweenRoutes(Route route1, Route route2) Method that returns the average distance between two Routes.
Distance	SpaceComparator.getAverageLeastDistanceBetweenRoutes(Route route1, Route route2) Method that returns the average least distance between two Routes.

Methods in faa.tg.prep.tmf.ufp.postprocessors with parameters of type Distance

boolean	SpaceComparator.compareFirstNodesOfRoutes(Route route1, Route route2, Distance distance) A method to compare the first node of Route1 and Route2 and return true if it is less than distance or false otherwise.
boolean	SpaceComparator.compareLastNodesOfRoutes(Route route1, Route route2, Distance distance) A method to compare the last node of Route1 and Route2 and return true if it is less than distance or false otherwise.

Uses of Distance in faa.tg.recording.state

Fields in faa.tg.recording.state declared as Distance

private Distance	AircraftState.altRestrictionDist Distance to next route restriction, or null if no route restrictions.
private Distance	AircraftState.groundTrack
private Distance	AircraftState.routeRemainDist
private Distance	WithinRangeOfPredicateState.withinDistance The horizontal distance from the given position the aircraft must be within in order for this predicate to be satisfied.
private Distance	WithinDistanceOfPredicateState.withinDistance The distance from the given position the aircraft must be within in order for this predicate to be satisfied.

Methods in faa.tg.recording.state that return Distance

Distance	AircraftState.getAltRestrictionDist()
Distance	AircraftState.getGroundTrack()
Distance	EndOfRouteEventState.getRouteRemainDist()
Distance	AircraftState.getRouteRemainDist()

Methods in faa.tg.recording.state with parameters of type Distance

void	AircraftState.setAltRestrictionDist(Distance altRestrictionDist)
void	AircraftState.setGroundTrack(Distance distanceTravelled) Updates the distance travelled since the aircraft start.
void	AircraftState.setRouteRemainDist(Distance routeRemainDist)

Constructors in faa.tg.recording.state with parameters of type Distance

WithinDistanceOfPredicateState(AircraftState aircraftState, Position position, Distance withinDistance, java.lang.String name, SimulationTime timeStamp)
Creates a recordable version of the WithinDistanceOfPredicate object.

WithinRangeOfPredicateState(AircraftState aircraftState, Position position, Distance withinDistance, java.lang.String name, SimulationTime timeStamp)
Creates a recordable version of the WithinRangeOfPredicate object.

Uses of Distance in faa.tg.simevent.action

Fields in faa.tg.simevent.action declared as Distance

private Distance

ActivateGpsAreaWatcherAction.radius The radius to watch

Constructors in faa.tg.simevent.action with parameters of type Distance

ActivateGpsAreaWatcherAction(Position centerPoint, Distance radius)

Uses of Distance in faa.tg.simevent.predicate

Fields in faa.tg.simevent.predicate declared as Distance

private Distance

RangeBasedPredicate.withinDistance The distance from the given position the aircraft must be within in order for this predicate to be satisfied.

Methods in faa.tg.simevent.predicate that return Distance

Distance

RangeBasedPredicate.getWithinDistance() The distance from the specified position the aircraft must be within to satisfy the predicate.

Methods in faa.tg.simevent.predicate with parameters of type Distance

protected boolean	WithinRangeOfPredicate.isSatisfied(Aircraft aircraft, Position position, Distance distance) see super
protected boolean	WithinDistanceOfPredicate.isSatisfied(Aircraft aircraft, Position position, Distance distance) see super
protected abstract boolean	RangeBasedPredicate.isSatisfied(Aircraft aircraft, Position position, Distance distance) Delegate of isSatisfied(Aircraft)
protected SimEventPredicateState	WithinRangeOfPredicate.recordableState(AircraftState state, Position position, Distance withinDistance, java.lang.String name, SimulationTime timeStamp) see super
protected SimEventPredicateState	WithinDistanceOfPredicate.recordableState(AircraftState state, Position position, Distance withinDistance, java.lang.String name, SimulationTime timeStamp) see super
protected abstract SimEventPredicateState	RangeBasedPredicate.recordableState(AircraftState state, Position position, Distance withinDistance, java.lang.String name, SimulationTime timeStamp) Verbose delegate of getRecordable(Scenario)

Constructors in faa.tg.simevent.predicate with parameters of type Distance

RangeBasedPredicate(Aircraft ac, Distance dist, Position pos)
Constructor.

WithinDistanceOfPredicate(Aircraft ac, Distance dist, Position pos)
Constructor.

WithinRangeOfPredicate(Aircraft ac, Distance dist, Position pos)
Constructor.

Uses of Distance in faa.tg.sp.cmd

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

static Distance	HoldCmd.DEFAULT_DISTANCE
private Distance	HoldPresentPositionCmd.legDistance
private Distance	HoldCmd.legDistance
private static Distance	OffsetRouteCmd.MAX_OFFSET_DIST
private Distance	OffsetRouteCmd.offset

Methods in faa.tg.sp.cmd that return Distance

static Distance

HoldCmd.extractDistance(java.lang.String str) Return the Distance in the str, or return null if not applicable.

Uses of Distance in faa.tg.track

Fields in faa.tg.track declared as Distance

static Distance	MonitorType.FMS_MAX_LEG Interval delay for checking whether FMS tracks are visible.
static Distance	Track.INIT_SEGMT_LEN
private Distance	OffsetDist.offsetDist
private static Distance	Track.TOO_NEAR
static Distance	MonitorType.VISUAL_MAX_LEG Interval delay for checking whether visual tracks are visible.

Methods in faa.tg.track that return Distance

Distance

OffsetDist.getOffsetDist() Returns the offset distance.

Constructors in faa.tg.track with parameters of type Distance

OffsetDist(Distance distToFollow)
Constructs an offset that can be applied to a Track or a PositionSimTime.

OffsetDist(Distance dist, TrueBearing dir)
Deprecated. Not needed?

OffsetDist(Distance dist, TrueBearing offsetBearing, Offset4D subOffset)
Constructs an offset that can be applied to a Track or a PositionSimTime.

Uses of Distance in faa.tg.units

Subclasses of Distance in faa.tg.units

class	Altitude Altitude represents the object for measuring units of Altitude: generally the distance above Mean Sea Level (MSL).
class	Range Range represents a wrapper for Distance.

Fields in faa.tg.units declared as Distance

static Distance	Distance.FIVE_NM
static Distance	Distance.FT_1
static Distance	Distance.FT_10
static Distance	Distance.FT_1000
static Distance	Distance.FT_3000
static Distance	Distance.FT_5
static Distance	Distance.FT_50
static Distance	Distance.FT_500
static Distance	Distance.NM_1
static Distance	Distance.NM_10
static Distance	Distance.NM_100
static Distance	Distance.NM_1000
static Distance	Distance.NM_20
static Distance	Distance.NM_3
static Distance	Distance.NM_4
static Distance	Distance.NM_5
static Distance	Distance.NM_50
static Distance	Distance.NM_HALF
static Distance	Distance.ONE_FT
(package private) Distance	Coordinate.xCoordinate
(package private) Distance	Coordinate.yCoordinate
static Distance	Distance.ZERO

Methods in faa.tg.units that return Distance

Distance	Distance.abs() This method returns a clone that is the absolute value of this object.
Distance	Distance.add(Distance theMeasure) This summation method adds a value with like units.
Distance	Coordinate.getXCoordinate() Returns the value of this Coordinate as a Distance.
Distance	Coordinate.getYCoordinate() Returns the value of this Coordinate as a Distance.
static Distance	Distance.parseDistance(java.lang.String dist) Parses a String containing a number and a unit name to create a Distance.
Distance	Distance.sub(Distance theMeasure) This subtraction method subtracts a value with like units.
Distance	Speed.travelDistance(Time timeInterval) Determines the distance traveled for this speed over the specified time.

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

Distance	Distance.add(Distance theMeasure) This summation method adds a value with like units.
boolean	Distance.eq(Distance theMeasure) This method provides a test for equality.
boolean	Distance.ge(Distance theMeasure) This method provides a test for greater than / equal to.
boolean	Distance.gt(Distance theMeasure) This method provides a test for greater than.
boolean	Distance.le(Distance theMeasure) This method provides a test for less than / equal to.
boolean	Distance.lt(Distance theMeasure) This method provides a test for less than.
double	Distance.ratio(Distance val) This division method produces a dimensionless ratio of like measures.
Distance	Distance.sub(Distance theMeasure) This subtraction method subtracts a value with like units.

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

Coordinate(Distance xCoordinate, Distance yCoordinate)
Constructor for Coordinate.

GroundTrackSpeed(Distance horizSeparation, Time timeToTravel)
Constructor that takes a horizontal separation distance and a time to travel that distance (does not take wind into account).

Speed(Distance distance, Time timeToTravel)
Constructor for the generic Speed class that takes a distance and a time to travel that distance.

TrueAirspeed(Distance linearDistTo, Time timeToTravel)
Constructor that takes a 3-D linear distance (includes altitude difference) and a time to travel that distance.

Uses of Distance in faa.tg.util

Fields in faa.tg.util declared as Distance

private Distance	FirstOrderGaussMarkov.currentValue
private static Distance	LocationModSimE.MIN_REPORT_DIST
private static Distance	GenerateSimEDiffFiles.MIN_REPORT_DIST
private static Distance	LocationModSimE.reportMin
private static Distance	GenerateSimEDiffFiles.reportMin
private Distance	TuRecord.xCoord
private Distance	TiRecord.xCoord
private Distance	TuRecord.yCoord
private Distance	TiRecord.yCoord

Fields in faa.tg.util with type parameters of type Distance

private java.util.HashMap<java.lang.String,Distance>	LocationModSimE.maxDistType This HashMap stores the maximum distance by aircraft type.
private java.util.HashMap<java.lang.String,Distance>	GenerateSimEDiffFiles.maxDistType This HashMap stores the maximum distance by aircraft type.
private java.util.HashMap<java.lang.String,Distance>	LocationModSimE.minDistType This HashMap stores the minimum distance by aircraft type.
private java.util.HashMap<java.lang.String,Distance>	GenerateSimEDiffFiles.minDistType This HashMap stores the minimum distance by aircraft type.

Methods in faa.tg.util that return Distance

(package private) Distance

FirstOrderGaussMarkov.nextMarkov() Calculate next value for this process

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

static java.lang.String

Conversion.rangeFormat(Distance range) rangeFormat will take a Distance argument and format it NM as a 3 digit range.

Uses of Distance in faa.tg.util.options

Fields in faa.tg.util.options declared as Distance

private Distance

DistanceOptionPanel.distance

Methods in faa.tg.util.options that return Distance

(package private) Distance

DistanceOption.parse(java.lang.String arg)

Constructors in faa.tg.util.options with parameters of type Distance

DistanceOption(java.lang.String shortForm, java.lang.String longForm, java.lang.String optionDescription, Distance defaultValue)
An Option representing a file option using your own option forms

DistanceOption(java.lang.String shortForm, java.lang.String longForm, java.lang.String optionDescription, Distance defaultValue, java.lang.String defaultUnits)
An Option representing a file option using your own option forms

Uses of Distance in faa.tg.vector

Fields in faa.tg.vector declared as Distance

Distance	LLA_PositionVector.distance Deprecated.
private Distance	BearingDistAlt.linearDist The magnitude of the 3D vector (this vector's linear distance).
private Distance	TgVector.magnitude the magnitude of this vector

Methods in faa.tg.vector that return Distance

Distance	DIS_PositionVector.calcDistance(DIS_PositionVector otherPos) Returns the Distance from this position to the specified DIS position.
protected Distance	RectangularPositionVector.calcMagnitude(Distance comp1, Distance comp2, Distance comp3) Verifies the validity of the vector component types (all must match), calculates the magnitude of the vector components, and returns the magnitude in an AMeasure of the same Class as the components.
protected abstract Distance	LLA_PositionVector.calcMagnitude(Latitude lat, Longitude lon, Altitude alt) Deprecated. Constructs a new Tg3dVector for a spherical or geodetic coordinate system from two angle components and the magnitude.
protected Distance	BearingDistAlt.calcMagnitude(TrueBearing bearing, Distance dist, Altitude alt) Overrides Tg3dVector.calcMagnitude().
Distance	TgVector.calcXComponent() returns the x component of this TgVector
Distance	TgVector.calcYComponent() returns the y component of this TgVector
Distance	TgVector.dot(TgVector v1) returns the dot product of this TgVector and the TgVector v1.
Distance	Tg2dVector.dot(TgVector v1) returns the dot product of this TgVector and the TgVector v1.
Distance	BearingDistAlt.getDistance() Returns the horizontal distance component.
Distance	NED_PositionVector.getDown() Returns the down component of the NED position vector.
Distance	NED_PositionVector.getEast() Returns the east component of the NED position vector.
Distance	TgVector.getMagnitude() returns the magnitude of this TgVector
Distance	RectangularPositionVector.getMagnitude() Returns the magnitude of this vector as a distance from the origin.
Distance