faa.tg.recording.state
Class AircraftState

java.lang.Object
  faa.tg.recording.state.State
      faa.tg.recording.state.AircraftState

All Implemented Interfaces:

DelimWritable, DraStorable, Flyable, HasTextXY, Landable, Separable, SimComparable, TextWritable, HasAcid, HasArrRwy, HasBeaconCode, HasDepRwy, HasFlyingStatus, HasFrequency, HasName, HasPosition, HasSector, HasSimTime, HasTrueHeading, HasWeightClass, Movable, Filterable, Recordable, ManagedObject, java.io.Serializable, java.lang.Cloneable

public class AircraftState
extends State
implements DraStorable, HasAcid, HasDepRwy, HasBeaconCode, HasFrequency, HasSector, Separable, SimComparable, TextWritable, HasTextXY, DelimWritable

 The recordable state of the Aircraft object.
 

See the source AircraftState.java

Version:

$Id: AircraftState.java,v 3.38 2009/01/27 19:56:25 lonnies Exp $

Author:

David M. D'Auria

See Also:

Aircraft, AircraftState, Recordable, Serialized Form

Field Summary

private Acid	acid
private AcType	acType This aircraft type is the scenario equivalent: for the aircraft type as specified in the flight plan, get the AcType from Flight(State).
private java.lang.String	airLine
private AltitudeRate	altRate
private Distance	altRestrictionDist Distance to next route restriction, or null if no route restrictions.
private AirportRwyID	arrRwy
private java.lang.Boolean	cleared
private Coefficient	coeffOfLift
private java.lang.String	currentRouteString
private java.lang.String	currentRouteStrWithBracket
private java.lang.String	currManeuverString
static java.lang.String	CVS_VERSION_ID The CVS Version ID
private AirportRwyID	depRwy
private Altitude	desiredAltitude
private Frequency	desiredFreq
private TrueHeading	desiredHeading
private IndicatedAirspeed	desiredIAS
private Mach	desiredMach
private MagneticHeading	desiredMagHeading
private RollAngle	desiredRollAngle
private Drag	drag
private Coefficient	dragCoefficient
private java.lang.String	dynamicsTypeString
private java.lang.String	engineClass
private java.lang.String	filedRouteString
private FlapSetting	flapSetting FlapSetting field retained for backward compatibility: for recordings from TGF versions prior to 2006/06/29.
private java.lang.String	flapSettingStr Flap setting (as a String) of the aircraft during this second.
private FlightPathAngle	flightPathAngle
private FlyingStatus	flyingStatus
private Frequency	freq
private GeoSector	geoSector
private Distance	groundTrack
private GroundTrackHeading	groundTrackHeading
private GroundTrackSpeed	groundTrackSpeed
private java.lang.String	groupInfo
private TrueHeading	heading
private IndicatedAirspeed	ias
private java.lang.Boolean	isDataEquipped
private java.lang.Boolean	landingGearDeployed
private java.lang.String	lateralManeuverString
private Mach	mach
static java.text.DecimalFormat	MACH_TEXT Mach text for up to 2 decimal places, formatted as: " Mach: .0#"
private MagneticHeading	magneticHeading
private static MethodMap	methodMap Map of delimWritable methods as MethodSpec objects.
private Altitude	modusAlt
private AltitudeRate	modusAltRate
private IndicatedAirspeed	modusIas
private Mach	modusMach
private java.lang.String	navEquip
private static java.lang.String	NO_ALT_RESTR_TEXT
private Position	pos
private java.lang.String	regionName
private RouteNode	restrRouteNode Route with restrictions that affect the longitudinal maneuvers (decision points are at route nodes): null means route has no route restrictions.
private RollAngle	rollAngle
private Distance	routeRemainDist
private Sector	sector
(package private) static long	serialVersionUID
static SimCompareCriteria	SIM_COMPARE_CRITERIA The criteria used to compare AircraftStates to see if they match.
private SimulationTime	simTime The SimulationTime of this snapshot of the aircraft's state.
private java.lang.Boolean	speedBrakesOn
private java.lang.Object	spID
private SimulationTime	startTime
private TrueAirspeed	tas
private Thrust	thrust
private Transponder	transponder
private TurnRate	turnRate
private AcType	ufpAcType This aircraft type is the actual aircraft type from the flight plan.
private AircraftWeight	weight
private WeightClass	weightClass

Constructor Summary

AircraftState(double simTime)
Constructor for the aircraft state that specifies the specific second of simulation time that the aircraft data refers to.

AircraftState(SimulationTime simTime)

Method Summary

java.lang.Object	clone()
Acid	getAcid() Planned change of String ACID to type Acid.
AcType	getAcType() Returns the type of aircraft: this is the scenario's type equivalent: NOT NECESSARILY the aircraft type from the flight plan or the type generated by the standard DR&A output.
AircraftWeight	getAircraftWeight()
java.lang.String	getAirLine()
Altitude	getAltitude()
AltitudeRate	getAltRate()
Distance	getAltRestrictionDist()
AirportRwyID	getArrRwy() This will soon be deprecated.
BeaconCode	getBeaconCode()
Coefficient	getCoeffOfLift()
java.lang.String	getCurrentManeuver()
java.lang.String	getCurrentRoute() Returns the current route as a String.
java.lang.String	getCurrentRouteWithBracketLogic()
AirportRwyID	getDepRwy() This will soon be deprecated.
Altitude	getDesiredAltitude()
Frequency	getDesiredFrequency()
TrueHeading	getDesiredHeading()
IndicatedAirspeed	getDesiredIndicatedAirspeed()
Mach	getDesiredMach()
MagneticHeading	getDesiredMagneticHeading()
RollAngle	getDesiredRollAngle()
Drag	getDrag()
Coefficient	getDragCoefficient()
java.lang.String	getDynamicsType()
java.lang.String	getEngineClass()
java.lang.String	getFiledRouteString()
java.lang.String	getFlapSetting()
FlightPathAngle	getFlightPathAngle()
FlyingStatus	getFlyingStatus() Returns the flying state of the aircraft.
Frequency	getFrequency()
GeoSector	getGeoSector()
Distance	getGroundTrack()
GroundTrackHeading	getGroundTrackHeading()
GroundTrackSpeed	getGroundTrackSpeed()
java.lang.String	getGroupInfo()
IndicatedAirspeed	getIndicatedAirspeed()
java.lang.Boolean	getIsClearedForTakeOff()
java.lang.String	getLateralManeuverString()
Latitude	getLatitude()
Longitude	getLongitude()
Mach	getMach()
MagneticHeading	getMagneticHeading()
MethodMap	getMethodMap() Returns the AircraftState information in DelimWritable format.
Altitude	getModusAlt() Return the modus value for the altitude.
AltitudeRate	getModusAltRate() Return the modus value for the altitude rate.
IndicatedAirspeed	getModusIas() Return the modus value for the indicated airspeed.
Mach	getModusMach() Return the modus value for the speed in Mach.
java.lang.String	getName() Returns ACID; if used as a storage key, old AircraftStates will be replaced by new AircraftStates each second.
java.lang.String	getNavEquip()
Position	getPosition()
java.lang.String	getRegionName()
java.lang.String	getRestrictionString() Return a String with info on the next altitude restriction: string is empty ("") if there is no altitude restriction on the route.
RouteNode	getRestrRouteNode()
RollAngle	getRollAngle()
Distance	getRouteRemainDist()
java.lang.String	getRouteString()
Sector	getSector()
SimCompareCriteria	getSimCompareCriteria() Returns the SimCompareCriteria used for AircraftState objects, used to compare AircraftStates across simulations to see if the sims match.
SimulationTime	getSimTime() Returns the SimulationTime corresponding to the aircraft state values.
java.lang.String	getSpdAltManeuverString()
SpID	getSpID() Gets the ID of the SimPilotStation that this is assigned to.
SimulationTime	getStartTime()
Thrust	getThrust()
Weight	getTotalWeight() Return the total weight of the aircraft as a Weight.
Transponder	getTransponder()
TrueAirspeed	getTrueAirspeed()
TrueHeading	getTrueHeading()
TurnRate	getTurnRate()
static ListSelectable[]	getTypeList() Returns certain slow-to-change fields as a ListSelectable array of MethodSpecSelectable objects.
AcType	getUfpAcType() Returns the type of aircraft specified in the FLIGHT PLAN (getAcType() returns the aircraft type equivalent used by the scenario).
WeightClass	getWeightClass()
boolean	isDatalinkEquipped()
java.lang.Boolean	isLandingGearDeployed()
java.lang.Boolean	isSpeedBrakesOn()
private static MethodMap	makeMethodMap() Creates the MethodMap of field names and MethodSpecs.
private void	readObject(java.io.ObjectInputStream in) Set Sector (and Frequency) if not defined and if DraStore is active.
private void	readObjectConciseVersion(java.io.ObjectInputStream in)
void	setAcid(Acid acid) Sets the aircraft ID (ACID) identifying the aircraft.
void	setAcType(AcType acType) Set the type of aircraft: this is the scenario's type equivalent: NOT NECESSARILY the aircraft type from the flight plan.
void	setAcType(java.lang.String acType) Set the type of aircraft: this is the scenario's type equivalent: NOT NECESSARILY the aircraft type from the flight plan.
void	setAircraftWeight(AircraftWeight weight)
void	setAirLine(java.lang.String airLine)
void	setAltRate(AltitudeRate altRate)
void	setAltRestrictionDist(Distance altRestrictionDist)
void	setArrRwy(AirportRwyID arrRwy)
void	setCoeffOfLift(Coefficient coeffOfLift)
void	setCurrentFlapSetting(FlapSetting flapSetting)
void	setCurrentManeuver(java.lang.String aName)
void	setDepRwy(AirportRwyID depRwy)
void	setDesiredAltitude(Altitude desiredAltitude)
void	setDesiredFrequency(Frequency desiredFrequency)
void	setDesiredHeading(TrueHeading desiredHeading)
void	setDesiredIndicatedAirspeed(IndicatedAirspeed desiredIAS)
void	setDesiredMach(Mach desiredMach)
void	setDesiredMagneticHeading(MagneticHeading desiredMagHeading)
void	setDesiredRollAngle(RollAngle desiredRollAngle)
void	setDrag(Drag drag)
void	setDragCoefficient(Coefficient dragCoefficient)
void	setDynamicsType(java.lang.String currentDynamics)
void	setEngineClass(java.lang.String engineClass)
void	setFiledRouteString(java.lang.String filedRouteString)
void	setFlightPathAngle(FlightPathAngle flightPathAngle)
void	setFlyingStatus(FlyingStatus flyingStatus)
void	setFrequency(Frequency frequency)
void	setGeoSector(GeoSector geoSector)
void	setGroundTrack(Distance distanceTravelled) Updates the distance travelled since the aircraft start.
void	setGroundTrackHeading(GroundTrackHeading groundTrackHeading)
void	setGroundTrackSpeed(GroundTrackSpeed groundTrackSpeed)
void	setGroupInfo(java.lang.String groupInfo)
void	setIndicatedAirspeed(IndicatedAirspeed ias)
void	setIsClearedForTakeOff(java.lang.Boolean cleared)
void	setIsDatalinkEquipped(boolean value)
void	setLandingGearDeployed(java.lang.Boolean isDeployed)
void	setLateralManeuverString(java.lang.String latGuidanceManeuver)
void	setMach(Mach mach)
void	setMagneticHeading(MagneticHeading magneticHeading)
void	setModusResult(ModusResult modusResult) Set the modus values using a ModusResult.
void	setNavEquip(java.lang.String navEquip)
void	setPosition(Position pos)
void	setRegionName(java.lang.String regionName) Sets region name; only needed if setModusResult() is not called.
void	setRestrRouteNode(RouteNode restrRouteNode)
void	setRollAngle(RollAngle rollAngle)
void	setRouteRemainDist(Distance routeRemainDist)
void	setRouteString(java.lang.String currentRouteString)
void	setRouteWithBracketLogicString(java.lang.String currentRouteStrWithBracket)
void	setSector(Sector sector)
void	setSimTime(SimulationTime aSimTime)
void	setSpdAltManeuver(SpdAltManeuver spdAltManeuver)
void	setSpdAltManeuver(java.lang.String spdAltManeuverStr)
void	setSpeedBrakesOn(java.lang.Boolean isOn)
void	setSpID(SpID spID) Sets the ID of the SimPilotStation that this is assigned to.
void	setStartTime(SimulationTime startTime)
void	setThrust(Thrust thrust)
void	setTransponder(Transponder transponder)
void	setTrueAirspeed(TrueAirspeed tas)
void	setTrueHeading(TrueHeading heading)
void	setTurnRate(TurnRate turnRate)
void	setUfpAcType(AcType ufpAcType) Set the actual aircraft type from the flight plan: standard aircraft type output for DR&A.
void	setWeightClass(WeightClass weightClass)
java.lang.String	toDraText() Returns the AircraftState information as a DR&A text String (contains location in latitude/longitude).
java.lang.String	toDraText(MapProjection projection, DistanceUnits dUnits) Returns the AircraftState information as a DR&A text String: if the parameter passed is TRUE, then text contains xy-coordinates to describe the location instead of latitude/longitude.
java.lang.String	toString() Prints the AircraftState information to a String.

Methods inherited from class java.lang.Object

equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

serialVersionUID

static final long serialVersionUID

See Also:

Constant Field Values

CVS_VERSION_ID

public static final java.lang.String CVS_VERSION_ID

The CVS Version ID

See Also:

Constant Field Values

SIM_COMPARE_CRITERIA

public static final SimCompareCriteria SIM_COMPARE_CRITERIA

The criteria used to compare AircraftStates to see if they match.

MACH_TEXT

public static final java.text.DecimalFormat MACH_TEXT

Mach text for up to 2 decimal places, formatted as: " Mach: .0#"

NO_ALT_RESTR_TEXT

private static final java.lang.String NO_ALT_RESTR_TEXT

See Also:

Constant Field Values

simTime

private SimulationTime simTime

The SimulationTime of this snapshot of the aircraft's state.

acid

private Acid acid

airLine

private java.lang.String airLine

acType

private AcType acType

This aircraft type is the scenario equivalent: for the aircraft type as specified in the flight plan, get the AcType from Flight(State).

ufpAcType

private AcType ufpAcType

This aircraft type is the actual aircraft type from the flight plan. Although this is what is most used for DR&A output, the getAcType() method will return the scenario equivalent because Aircraft does.

altRate

private AltitudeRate altRate

depRwy

private AirportRwyID depRwy

arrRwy

private AirportRwyID arrRwy

freq

private Frequency freq

desiredFreq

private Frequency desiredFreq

pos

private Position pos

filedRouteString

private java.lang.String filedRouteString

currentRouteString

private java.lang.String currentRouteString

currentRouteStrWithBracket

private java.lang.String currentRouteStrWithBracket

dynamicsTypeString

private java.lang.String dynamicsTypeString

groupInfo

private java.lang.String groupInfo

startTime

private SimulationTime startTime

tas

private TrueAirspeed tas

ias

private IndicatedAirspeed ias

spID

private java.lang.Object spID

sector

private Sector sector

geoSector

private GeoSector geoSector

transponder

private Transponder transponder

heading

private TrueHeading heading

turnRate

private TurnRate turnRate

weight

private AircraftWeight weight

weightClass

private WeightClass weightClass

coeffOfLift

private Coefficient coeffOfLift

flapSettingStr

private java.lang.String flapSettingStr

Flap setting (as a String) of the aircraft during this second.

landingGearDeployed

private java.lang.Boolean landingGearDeployed

speedBrakesOn

private java.lang.Boolean speedBrakesOn

isDataEquipped

private java.lang.Boolean isDataEquipped

desiredAltitude

private Altitude desiredAltitude

desiredHeading

private TrueHeading desiredHeading

desiredIAS

private IndicatedAirspeed desiredIAS

desiredRollAngle

private RollAngle desiredRollAngle

drag

private Drag drag

dragCoefficient

private Coefficient dragCoefficient

flightPathAngle

private FlightPathAngle flightPathAngle

mach

private Mach mach

desiredMach

private Mach desiredMach

navEquip

private java.lang.String navEquip

cleared

private java.lang.Boolean cleared

regionName

private java.lang.String regionName

rollAngle

private RollAngle rollAngle

thrust

private Thrust thrust

groundTrackHeading

private GroundTrackHeading groundTrackHeading

groundTrackSpeed

private GroundTrackSpeed groundTrackSpeed

groundTrack

private Distance groundTrack

flyingStatus

private FlyingStatus flyingStatus

desiredMagHeading

private MagneticHeading desiredMagHeading

magneticHeading

private MagneticHeading magneticHeading

modusIas

private IndicatedAirspeed modusIas

modusMach

private Mach modusMach

modusAlt

private Altitude modusAlt

modusAltRate

private AltitudeRate modusAltRate

currManeuverString

private java.lang.String currManeuverString

lateralManeuverString

private java.lang.String lateralManeuverString

engineClass

private java.lang.String engineClass

routeRemainDist

private Distance routeRemainDist

restrRouteNode

private RouteNode restrRouteNode

Route with restrictions that affect the longitudinal maneuvers (decision points are at route nodes): null means route has no route restrictions.

altRestrictionDist

private Distance altRestrictionDist

Distance to next route restriction, or null if no route restrictions. This is used in the DragDeviceController to determine if speed brakes should be used.

methodMap

private static final MethodMap methodMap

Map of delimWritable methods as MethodSpec objects.

flapSetting

private final FlapSetting flapSetting

FlapSetting field retained for backward compatibility: for recordings from TGF versions prior to 2006/06/29. Non-null for recordings until 10/27/08, can remove two years hence, or sooner with a serialization fields overrride.

See Also:

flapSettingStr

Constructor Detail

AircraftState

public AircraftState(SimulationTime simTime)

AircraftState

public AircraftState(double simTime)

Constructor for the aircraft state that specifies the specific second of simulation time that the aircraft data refers to.

Method Detail

getCurrentManeuver

public java.lang.String getCurrentManeuver()

setAcid

public void setAcid(Acid acid)

Sets the aircraft ID (ACID) identifying the aircraft.

setFlyingStatus

public void setFlyingStatus(FlyingStatus flyingStatus)

setAcType

public void setAcType(java.lang.String acType)

Set the type of aircraft: this is the scenario's type equivalent: NOT NECESSARILY the aircraft type from the flight plan.

Parameters:

acType - The aircraft type equivalent used by Aircraft.

setAcType

public void setAcType(AcType acType)

Set the type of aircraft: this is the scenario's type equivalent: NOT NECESSARILY the aircraft type from the flight plan.

Parameters:

acType - The aircraft type equivalent used by Aircraft.

setUfpAcType

public void setUfpAcType(AcType ufpAcType)

Set the actual aircraft type from the flight plan: standard aircraft type output for DR&A. This is the AcType from the Flight(State) object.

Parameters:

ufpAcType - The type of the aircraft specified in the flight plan.

setAirLine

public void setAirLine(java.lang.String airLine)

setAircraftWeight

public void setAircraftWeight(AircraftWeight weight)

setAltRate

public void setAltRate(AltitudeRate altRate)

setGroupInfo

public void setGroupInfo(java.lang.String groupInfo)

setArrRwy

public void setArrRwy(AirportRwyID arrRwy)

setCoeffOfLift

public void setCoeffOfLift(Coefficient coeffOfLift)

setCurrentFlapSetting

public void setCurrentFlapSetting(FlapSetting flapSetting)

setSpeedBrakesOn

public void setSpeedBrakesOn(java.lang.Boolean isOn)

setLandingGearDeployed

public void setLandingGearDeployed(java.lang.Boolean isDeployed)

setDepRwy

public void setDepRwy(AirportRwyID depRwy)

setDesiredAltitude

public void setDesiredAltitude(Altitude desiredAltitude)

setDesiredFrequency

public void setDesiredFrequency(Frequency desiredFrequency)

setDesiredHeading

public void setDesiredHeading(TrueHeading desiredHeading)

setDesiredIndicatedAirspeed

public void setDesiredIndicatedAirspeed(IndicatedAirspeed desiredIAS)

setDesiredMach

public void setDesiredMach(Mach desiredMach)

setDesiredMagneticHeading

public void setDesiredMagneticHeading(MagneticHeading desiredMagHeading)

setDesiredRollAngle

public void setDesiredRollAngle(RollAngle desiredRollAngle)

setDrag

public void setDrag(Drag drag)

setDragCoefficient

public void setDragCoefficient(Coefficient dragCoefficient)

setFiledRouteString

public void setFiledRouteString(java.lang.String filedRouteString)

setRouteWithBracketLogicString

public void setRouteWithBracketLogicString(java.lang.String currentRouteStrWithBracket)

setRouteString

public void setRouteString(java.lang.String currentRouteString)

setRouteRemainDist

public void setRouteRemainDist(Distance routeRemainDist)

setDynamicsType

public void setDynamicsType(java.lang.String currentDynamics)

setFlightPathAngle

public void setFlightPathAngle(FlightPathAngle flightPathAngle)

setFrequency

public void setFrequency(Frequency frequency)

setGroundTrack

public void setGroundTrack(Distance distanceTravelled)

Updates the distance travelled since the aircraft start. DraStore will set this value if DraStore.setCalcDistance(true) was called and it receives this AircraftState.

setGroundTrackHeading

public void setGroundTrackHeading(GroundTrackHeading groundTrackHeading)

setGroundTrackSpeed

public void setGroundTrackSpeed(GroundTrackSpeed groundTrackSpeed)

setIndicatedAirspeed

public void setIndicatedAirspeed(IndicatedAirspeed ias)

setMach

public void setMach(Mach mach)

setMagneticHeading

public void setMagneticHeading(MagneticHeading magneticHeading)

setPosition

public void setPosition(Position pos)

setRollAngle

public void setRollAngle(RollAngle rollAngle)

setSector

public void setSector(Sector sector)

setGeoSector

public void setGeoSector(GeoSector geoSector)

setThrust

public void setThrust(Thrust thrust)

setTrueAirspeed

public void setTrueAirspeed(TrueAirspeed tas)

setTrueHeading

public void setTrueHeading(TrueHeading heading)

setTransponder

public void setTransponder(Transponder transponder)

setTurnRate

public void setTurnRate(TurnRate turnRate)

setWeightClass

public void setWeightClass(WeightClass weightClass)

setStartTime

public void setStartTime(SimulationTime startTime)

getName

public java.lang.String getName()

Returns ACID; if used as a storage key, old AircraftStates will be replaced by new AircraftStates each second.

Specified by:

getName in interface DraStorable

Specified by:

getName in interface SimComparable

Specified by:

getName in interface ManagedObject

Specified by:

getName in class State

Returns:

Returns name unique to the class (or replacement of old object).

clone

public java.lang.Object clone()

Specified by:

clone in interface DraStorable

Overrides:

clone in class java.lang.Object

Returns:

Returns a clone of the aircraft state.

getAcid

public Acid getAcid()

Description copied from interface: HasAcid

Planned change of String ACID to type Acid.

Specified by:

getAcid in interface HasAcid

Returns:

Returns the aircraft ID (as an Acid) of the aircraft.

getFlyingStatus

public FlyingStatus getFlyingStatus()

Returns the flying state of the aircraft.

Specified by:

getFlyingStatus in interface HasFlyingStatus

Returns:

The flying state of the Aircraft.

getAltitude

public Altitude getAltitude()

Returns:

Returns the Altitude of the aircraft.

getLatitude

public Latitude getLatitude()

Returns:

Returns the Latitude of the aircraft.

getLongitude

public Longitude getLongitude()

Returns:

Returns the Longitude of the aircraft.

getAcType

public AcType getAcType()

Returns the type of aircraft: this is the scenario's type equivalent: NOT NECESSARILY the aircraft type from the flight plan or the type generated by the standard DR&A output. To get the aircraft type specified by the flight plan, use getUfpAcType().

Returns:

Returns the scenario's equivalent of the aircraft type.

See Also:

getUfpAcType()

getUfpAcType

public AcType getUfpAcType()

Returns the type of aircraft specified in the FLIGHT PLAN (getAcType() returns the aircraft type equivalent used by the scenario). Although the standard data reduction output is the flight plan AcType, since it is what the customer expects to see, getAcType() returns the scenario type equivalent so that it matches the usage in Aircraft.

Returns:

Returns the type of the aircraft specified in the flight plan.

See Also:

getAcType()

getSector

public Sector getSector()

Specified by:

getSector in interface HasSector

Returns:

Returns the sector.

getGeoSector

public GeoSector getGeoSector()

getAircraftWeight

public AircraftWeight getAircraftWeight()

getTotalWeight

public Weight getTotalWeight()

Return the total weight of the aircraft as a Weight.

getAirLine

public java.lang.String getAirLine()

getAltRate

public AltitudeRate getAltRate()

getGroupInfo

public java.lang.String getGroupInfo()

getArrRwy

public AirportRwyID getArrRwy()

Description copied from interface: HasArrRwy

This will soon be deprecated. The airport ID is a unique three letter identifier. Runway name is a String containing two numbers and a possible L/R/C (left, right, center) indicator character.

Specified by:

getArrRwy in interface HasArrRwy

Returns:

Return format: airportID/runwayName (e.g. FFM/25L)

getBeaconCode

public BeaconCode getBeaconCode()

Specified by:

getBeaconCode in interface HasBeaconCode

getCoeffOfLift

public Coefficient getCoeffOfLift()

getDepRwy

public AirportRwyID getDepRwy()

Description copied from interface: HasDepRwy

This will soon be deprecated. The airport ID is a unique three letter identifier. Runway name is a String containing two numbers and a possible L/R/C (left, right, center) indicator character.

Specified by:

getDepRwy in interface HasDepRwy

Returns:

Return format: airportID/runwayName (e.g. FFM/25L)

getDesiredAltitude

public Altitude getDesiredAltitude()

getDesiredFrequency

public Frequency getDesiredFrequency()

getDesiredHeading

public TrueHeading getDesiredHeading()

getDesiredIndicatedAirspeed

public IndicatedAirspeed getDesiredIndicatedAirspeed()

getDesiredMach

public Mach getDesiredMach()

getDesiredMagneticHeading

public MagneticHeading getDesiredMagneticHeading()

getDesiredRollAngle

public RollAngle getDesiredRollAngle()

getDrag

public Drag getDrag()

getDragCoefficient

public Coefficient getDragCoefficient()

getFiledRouteString

public java.lang.String getFiledRouteString()

getFlapSetting

public java.lang.String getFlapSetting()

isSpeedBrakesOn

public java.lang.Boolean isSpeedBrakesOn()

isLandingGearDeployed

public java.lang.Boolean isLandingGearDeployed()

getFlightPathAngle

public FlightPathAngle getFlightPathAngle()

getFrequency

public Frequency getFrequency()

Specified by:

getFrequency in interface HasFrequency

Returns:

Returns the frequency.

getGroundTrack

public Distance getGroundTrack()

getGroundTrackHeading

public GroundTrackHeading getGroundTrackHeading()

getGroundTrackSpeed

public GroundTrackSpeed getGroundTrackSpeed()

getIndicatedAirspeed

public IndicatedAirspeed getIndicatedAirspeed()

getMach

public Mach getMach()

getMagneticHeading

public MagneticHeading getMagneticHeading()

getNavEquip

public java.lang.String getNavEquip()

getPosition

public Position getPosition()

Specified by:

getPosition in interface HasPosition

Returns:

Returns the position of the object.

getRegionName

public java.lang.String getRegionName()

getRouteString

public java.lang.String getRouteString()

getRouteRemainDist

public Distance getRouteRemainDist()

getRollAngle

public RollAngle getRollAngle()

getCurrentRoute

public java.lang.String getCurrentRoute()

Description copied from interface: HasFlyingStatus

Returns the current route as a String.

Specified by:

getCurrentRoute in interface HasFlyingStatus

getCurrentRouteWithBracketLogic

public java.lang.String getCurrentRouteWithBracketLogic()

getSpdAltManeuverString

public java.lang.String getSpdAltManeuverString()

getLateralManeuverString

public java.lang.String getLateralManeuverString()

getDynamicsType

public java.lang.String getDynamicsType()

getRestrictionString

public java.lang.String getRestrictionString()

Return a String with info on the next altitude restriction: string is empty ("") if there is no altitude restriction on the route.

getSimTime

public SimulationTime getSimTime()

Returns the SimulationTime corresponding to the aircraft state values.

Specified by:

getSimTime in interface HasSimTime

Specified by:

getSimTime in class State

Returns:

Returns the simulation time.

setSimTime

public void setSimTime(SimulationTime aSimTime)

getStartTime

public SimulationTime getStartTime()

getThrust

public Thrust getThrust()

getTrueAirspeed

public TrueAirspeed getTrueAirspeed()

getTrueHeading

public TrueHeading getTrueHeading()

Specified by:

getTrueHeading in interface HasTrueHeading

Returns:

Returns the true heading.

getTransponder

public Transponder getTransponder()

getTurnRate

public TurnRate getTurnRate()

getWeightClass

public WeightClass getWeightClass()

Specified by:

getWeightClass in interface HasWeightClass

Returns:

Returns the aircraft weight class.

getSimCompareCriteria

public SimCompareCriteria getSimCompareCriteria()

Returns the SimCompareCriteria used for AircraftState objects, used to compare AircraftStates across simulations to see if the sims match.

Specified by:

getSimCompareCriteria in interface SimComparable

Returns:

Returns the SimCompareCriteria used for AircraftState.

readObject

private void readObject(java.io.ObjectInputStream in)
                 throws java.io.IOException,
                        java.lang.ClassNotFoundException

Set Sector (and Frequency) if not defined and if DraStore is active.

Throws:

java.lang.ClassCastException - Could be caused by recording made prior to 2002-05-03 with old RunwayID type.

java.io.IOException

java.lang.ClassNotFoundException

readObjectConciseVersion

private void readObjectConciseVersion(java.io.ObjectInputStream in)
                               throws java.io.IOException,
                                      java.lang.ClassNotFoundException

Throws:

java.io.IOException

java.lang.ClassNotFoundException

makeMethodMap

private static MethodMap makeMethodMap()

Creates the MethodMap of field names and MethodSpecs.

getMethodMap

public MethodMap getMethodMap()

Returns the AircraftState information in DelimWritable format.

Specified by:

getMethodMap in interface DelimWritable

Returns:

Returns fields as a map of MethodSpec objects.

getTypeList

public static ListSelectable[] getTypeList()

Returns certain slow-to-change fields as a ListSelectable array of MethodSpecSelectable objects.

See Also:

AircraftFieldDurationFactory

getModusMach

public Mach getModusMach()

Return the modus value for the speed in Mach.

getModusAlt

public Altitude getModusAlt()

Return the modus value for the altitude.

getModusAltRate

public AltitudeRate getModusAltRate()

Return the modus value for the altitude rate.

getModusIas

public IndicatedAirspeed getModusIas()

Return the modus value for the indicated airspeed.

setModusResult

public void setModusResult(ModusResult modusResult)

Set the modus values using a ModusResult.

setRegionName

public void setRegionName(java.lang.String regionName)

Sets region name; only needed if setModusResult() is not called.

toDraText

public java.lang.String toDraText()

Returns the AircraftState information as a DR&A text String (contains location in latitude/longitude).

Specified by:

toDraText in interface TextWritable

Returns:

Returns the AircraftState information in TextWritable format.

toDraText

public java.lang.String toDraText(MapProjection projection,
                                  DistanceUnits dUnits)

Returns the AircraftState information as a DR&A text String: if the parameter passed is TRUE, then text contains xy-coordinates to describe the location instead of latitude/longitude.

Specified by:

toDraText in interface HasTextXY

Parameters:

projection - Projection to use if writing location in xy-coords.

dUnits - DistanceUnits to use if writing location in xy-coords.

Returns:

Returns the AircraftState information in TextWritable format.

toString

public java.lang.String toString()

Prints the AircraftState information to a String.

Overrides:

toString in class java.lang.Object

Returns:

Returns the AircraftState information in string format.

getSpID

public SpID getSpID()

Gets the ID of the SimPilotStation that this is assigned to.

setSpID

public void setSpID(SpID spID)

Sets the ID of the SimPilotStation that this is assigned to.

Parameters:

spID - Simpilot workstation to assign this to.

setNavEquip

public void setNavEquip(java.lang.String navEquip)

Parameters:

navEquip -

setIsClearedForTakeOff

public void setIsClearedForTakeOff(java.lang.Boolean cleared)

getIsClearedForTakeOff

public java.lang.Boolean getIsClearedForTakeOff()

setSpdAltManeuver

public void setSpdAltManeuver(java.lang.String spdAltManeuverStr)

setSpdAltManeuver

public void setSpdAltManeuver(SpdAltManeuver spdAltManeuver)

setCurrentManeuver

public void setCurrentManeuver(java.lang.String aName)

setLateralManeuverString

public void setLateralManeuverString(java.lang.String latGuidanceManeuver)

getAltRestrictionDist

public Distance getAltRestrictionDist()

setAltRestrictionDist

public void setAltRestrictionDist(Distance altRestrictionDist)

getRestrRouteNode

public RouteNode getRestrRouteNode()

setRestrRouteNode

public void setRestrRouteNode(RouteNode restrRouteNode)

setEngineClass

public void setEngineClass(java.lang.String engineClass)

getEngineClass

public java.lang.String getEngineClass()

setIsDatalinkEquipped

public void setIsDatalinkEquipped(boolean value)

isDatalinkEquipped

public boolean isDatalinkEquipped()