FlightPlanningLeg (Arinc-424A-xml 0.12 API)

java.lang.Object
- com.ars.aerodata.A424A_records.A424Base
- - com.ars.aerodata.A424A_records.A424Record
  - - com.ars.aerodata.A424A_records.FlightPlanningLeg

public class FlightPlanningLeg
extends A424Record

The Flight Planning Arrival/Departure Data Record (424 PR record) is used to provide the sub-set of data defining SIDs (PD), STARs (PE) and Approach Procedures (PF) from Section 4.1.9 required for the computer generation of Flight Plans which include Terminal Procedures. The file contains a sequential listing of published Arrival Procedures, Approach Procedures and Departure Procedures, the available Enroute and Runway Transitions for those procedures, the Transition waypoints, the appropriate along track distance fields and the intermediate fixes along those routes.

Java class for FlightPlanningLeg complex type.

The following schema fragment specifies the expected content contained within this class.

 <complexType name="FlightPlanningLeg">
   <complexContent>
     <extension base="{}A424Record">
       <sequence>
         <element name="altitude" type="{http://www.arinc424.com/xml/datatypes}FlightPlanningAltitude" minOccurs="0"/>
         <element name="altitudeDescription" type="{http://www.arinc424.com/xml/enumerations}AltitudeDescription" minOccurs="0"/>
         <element name="atcIdentifier" type="{http://www.arinc424.com/xml/datatypes}ATCIdentifier" minOccurs="0"/>
         <element name="atcWeightCategory" type="{http://www.arinc424.com/xml/enumerations}ATCWeightCategory" minOccurs="0"/>
         <element name="commonSegmentDetails" type="{http://www.arinc424.com/xml/datatypes}CommonSegmentDetails" minOccurs="0"/>
         <element name="enrouteDetails" type="{http://www.arinc424.com/xml/datatypes}SegmentDetails" minOccurs="0"/>
         <element name="flightPlanningArrivalDepartureDetails" type="{}FlightPlanningArrivalDepartureDetails" maxOccurs="unbounded" minOccurs="0"/>
         <element name="timeCode" type="{http://www.arinc424.com/xml/enumerations}TimeCodePrimaryRecords" minOccurs="0"/>
         <element name="flightPlanningTimeofOperations" type="{}FlightPlanningTimeOfOperations" maxOccurs="unbounded" minOccurs="0"/>
         <element name="initialCruiseTable" type="{http://www.arinc424.com/xml/datatypes}CruiseTableIdentifier" minOccurs="0"/>
         <element name="initialDepartureMagneticCourse" type="{http://www.arinc424.com/xml/datatypes}Course" minOccurs="0"/>
         <element name="legTypeCode" type="{http://www.arinc424.com/xml/datatypes}LegTypeCode" minOccurs="0"/>
         <element name="numberOfEngines" type="{http://www.arinc424.com/xml/datatypes}NumberofEnginesRestriction" minOccurs="0"/>
         <element name="port" type="{http://www.arinc424.com/xml/datatypes}PointReference" minOccurs="0"/>
         <element name="procedureDescription" type="{http://www.arinc424.com/xml/datatypes}ProcedureDescription" minOccurs="0"/>
         <element name="procedureType" type="{http://www.arinc424.com/xml/enumerations}ProcedureType" minOccurs="0"/>
         <element name="reportingCode" type="{http://www.arinc424.com/xml/enumerations}ReportingCode" minOccurs="0"/>
         <element name="rnavFlags" type="{http://www.arinc424.com/xml/enumerations}RNAVFlag" minOccurs="0"/>
         <element name="runwaySegmentDetails" type="{http://www.arinc424.com/xml/datatypes}SegmentDetails" minOccurs="0"/>
         <element name="sequenceNumber" type="{http://www.arinc424.com/xml/datatypes}SequenceNumber"/>
         <element name="sidSTARApproachIdentifier" type="{http://www.arinc424.com/xml/datatypes}CoreIdentifier" minOccurs="0"/>
         <element name="speedLimit" type="{http://www.arinc424.com/xml/datatypes}SpeedLimit" minOccurs="0"/>
         <element name="speedLimitDescription" type="{http://www.arinc424.com/xml/enumerations}SpeedLimitDescription" minOccurs="0"/>
         <element name="turbopropJetIndicator" type="{http://www.arinc424.com/xml/enumerations}TurbopropJetIndicator" minOccurs="0"/>
       </sequence>
     </extension>
   </complexContent>
 </complexType>

Field Summary

Fields
Modifier and Type	Field and Description
`protected Long`	`altitude` The “Altitude” field used on Flight Planning Arrival/Departure Data Records is a simplification of the altitude concept used in the full procedure records.
`protected AltitudeDescription`	`altitudeDescription` The "Altitude Description" field will designate whether a waypoint should be crossed "at," "at or above," "at or below" or "at or above to at or below" specified altitudes.
`protected String`	`atcIdentifier` The “ATC Identifier” field used on Flight Planning Arrival/Departure Data Records is the indication of the officially published procedure designation which is required for Flight Planning.
`protected ATCWeightCategory`	`atcWeightCategory` The “ATC Weight Category” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure included in the record is restricted to, or designed for, a specific aircraft weight grouping.
`protected CommonSegmentDetails`	`commonSegmentDetails` This class is an abstraction used to represent a Common Segment.
`protected SegmentDetails`	`enrouteDetails` This class is an abstraction used to represent the details for a segment.
`protected List<FlightPlanningArrivalDepartureDetails>`	`flightPlanningArrivalDepartureDetails` Flight Planning Arrival Departure Details
`protected List<FlightPlanningTimeOfOperations>`	`flightPlanningTimeofOperations` Flight Planning Time of Operation Record Details
`protected String`	`initialCruiseTable` A standard cruising level table is established by ICAO and is to be observed except when, on the basis of regional air navigation agreements, a modified table of cruising levels is prescribed for use.
`protected Course`	`initialDepartureMagneticCourse` “Outbound Magnetic Course” is the published outbound magnetic course from the waypoint identified in the record’s “Fix Ident” field.
`protected LegTypeCode`	`legTypeCode` The “Leg Type Code” field used on Flight Planning Arrival/Departure Data Records is a simplification of the Path Terminator concept.
`protected String`	`numberOfEngines` The “Number of Engines Restriction” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure, normally departure, is restricted to, or designed for, aircraft with a specific number of engines.
`protected PointReference`	`port` The “port” references the airport or heliport to which the data contained in the record relates.
`protected String`	`procedureDescription` The “Procedure Description” field used on Flight Planning Arrival/Departure Data Records is the textual representation of the procedure name.
`protected ProcedureType`	`procedureType` The “Procedure Type” field used on Flight Planning Arrival/Departure Data Record is a single character code indication the type of procedure in the record, such as Arrival, Standard Instrument Arrival Route, Approach.
`protected ReportingCode`	`reportingCode` The “Reporting Code” field used on Flight Planning Arrival/Departure Data Records is a simplification of the Waypoint Description concept.
`protected RNAVFlag`	`rnavFlags` The “RNAV Flag” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure included in the record is restricted to, or designed for, aircraft capable of flying RNAV Procedures.
`protected SegmentDetails`	`runwaySegmentDetails` This class is an abstraction used to represent the details for a segment.
`protected long`	`sequenceNumber` For Route Type Records - A route of flight is defined by a series of records taken in order.
`protected String`	`sidSTARApproachIdentifier` This UML Class is the base class for SIDSTARRouteIdentifier and ApproachRouteIdentifier classes.
`protected Long`	`speedLimit` The “Speed Limit” field defines a speed, expressed in Knots, Indicated (K.I.A.S.), for a fix in a terminal procedure or for an airport or heliport terminal environment.
`protected SpeedLimitDescription`	`speedLimitDescription` The "Speed Limit Description" field will designate whether the speed limit coded at a fix in a terminal procedure description is a mandatory, minimum or maximum speed.
`protected TimeCodePrimaryRecords`	`timeCode`
`protected TurbopropJetIndicator`	`turbopropJetIndicator` The “Turboprop/Jet Indicator” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure, normally departure, is restricted to, or designed for, aircraft with a specific kind of engines.

Fields inherited from class com.ars.aerodata.A424A_records.A424Record
custAreaCode, cycleDate, notes, recordType

Fields inherited from class com.ars.aerodata.A424A_records.A424Base
supplementalData

Constructor Summary

Constructors
Constructor and Description

FlightPlanningLeg()

Constructors
Constructor and Description
`FlightPlanningLeg()`

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`Long`	`getAltitude()` Gets the value of the altitude property.
`AltitudeDescription`	`getAltitudeDescription()` Gets the value of the altitudeDescription property.
`String`	`getAtcIdentifier()` Gets the value of the atcIdentifier property.
`ATCWeightCategory`	`getAtcWeightCategory()` Gets the value of the atcWeightCategory property.
`CommonSegmentDetails`	`getCommonSegmentDetails()` Gets the value of the commonSegmentDetails property.
`SegmentDetails`	`getEnrouteDetails()` Gets the value of the enrouteDetails property.
`List<FlightPlanningArrivalDepartureDetails>`	`getFlightPlanningArrivalDepartureDetails()` Gets the value of the flightPlanningArrivalDepartureDetails property.
`List<FlightPlanningTimeOfOperations>`	`getFlightPlanningTimeofOperations()` Gets the value of the flightPlanningTimeofOperations property.
`String`	`getInitialCruiseTable()` Gets the value of the initialCruiseTable property.
`Course`	`getInitialDepartureMagneticCourse()` Gets the value of the initialDepartureMagneticCourse property.
`LegTypeCode`	`getLegTypeCode()` Gets the value of the legTypeCode property.
`String`	`getNumberOfEngines()` Gets the value of the numberOfEngines property.
`PointReference`	`getPort()` Gets the value of the port property.
`String`	`getProcedureDescription()` Gets the value of the procedureDescription property.
`ProcedureType`	`getProcedureType()` Gets the value of the procedureType property.
`ReportingCode`	`getReportingCode()` Gets the value of the reportingCode property.
`RNAVFlag`	`getRnavFlags()` Gets the value of the rnavFlags property.
`SegmentDetails`	`getRunwaySegmentDetails()` Gets the value of the runwaySegmentDetails property.
`long`	`getSequenceNumber()` Gets the value of the sequenceNumber property.
`String`	`getSidSTARApproachIdentifier()` Gets the value of the sidSTARApproachIdentifier property.
`Long`	`getSpeedLimit()` Gets the value of the speedLimit property.
`SpeedLimitDescription`	`getSpeedLimitDescription()` Gets the value of the speedLimitDescription property.
`TimeCodePrimaryRecords`	`getTimeCode()` Gets the value of the timeCode property.
`TurbopropJetIndicator`	`getTurbopropJetIndicator()` Gets the value of the turbopropJetIndicator property.
`void`	`setAltitude(Long value)` Sets the value of the altitude property.
`void`	`setAltitudeDescription(AltitudeDescription value)` Sets the value of the altitudeDescription property.
`void`	`setAtcIdentifier(String value)` Sets the value of the atcIdentifier property.
`void`	`setAtcWeightCategory(ATCWeightCategory value)` Sets the value of the atcWeightCategory property.
`void`	`setCommonSegmentDetails(CommonSegmentDetails value)` Sets the value of the commonSegmentDetails property.
`void`	`setEnrouteDetails(SegmentDetails value)` Sets the value of the enrouteDetails property.
`void`	`setInitialCruiseTable(String value)` Sets the value of the initialCruiseTable property.
`void`	`setInitialDepartureMagneticCourse(Course value)` Sets the value of the initialDepartureMagneticCourse property.
`void`	`setLegTypeCode(LegTypeCode value)` Sets the value of the legTypeCode property.
`void`	`setNumberOfEngines(String value)` Sets the value of the numberOfEngines property.
`void`	`setPort(PointReference value)` Sets the value of the port property.
`void`	`setProcedureDescription(String value)` Sets the value of the procedureDescription property.
`void`	`setProcedureType(ProcedureType value)` Sets the value of the procedureType property.
`void`	`setReportingCode(ReportingCode value)` Sets the value of the reportingCode property.
`void`	`setRnavFlags(RNAVFlag value)` Sets the value of the rnavFlags property.
`void`	`setRunwaySegmentDetails(SegmentDetails value)` Sets the value of the runwaySegmentDetails property.
`void`	`setSequenceNumber(long value)` Sets the value of the sequenceNumber property.
`void`	`setSidSTARApproachIdentifier(String value)` Sets the value of the sidSTARApproachIdentifier property.
`void`	`setSpeedLimit(Long value)` Sets the value of the speedLimit property.
`void`	`setSpeedLimitDescription(SpeedLimitDescription value)` Sets the value of the speedLimitDescription property.
`void`	`setTimeCode(TimeCodePrimaryRecords value)` Sets the value of the timeCode property.
`void`	`setTurbopropJetIndicator(TurbopropJetIndicator value)` Sets the value of the turbopropJetIndicator property.

Methods inherited from class com.ars.aerodata.A424A_records.A424Record
getCustAreaCode, getCycleDate, getNotes, getRecordType, setCustAreaCode, setCycleDate, setRecordType

Methods inherited from class com.ars.aerodata.A424A_records.A424Base
getSupplementalData, setSupplementalData

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - altitude
```
protected Long altitude
```
    The “Altitude” field used on Flight Planning Arrival/Departure Data Records is a simplification of the altitude concept used in the full procedure records. It will provide an altitude indication in hundreds of feet, no AGL, MSL, FL etc indication provided.
  - altitudeDescription
```
protected AltitudeDescription altitudeDescription
```
    The "Altitude Description" field will designate whether a waypoint should be crossed "at," "at or above," "at or below" or "at or above to at or below" specified altitudes. The field is also used to designate recommended altitudes and cases where two distinct altitudes are provided at a single fix.
  - atcIdentifier
```
protected String atcIdentifier
```
    The “ATC Identifier” field used on Flight Planning Arrival/Departure Data Records is the indication of the officially published procedure designation which is required for Flight Planning.
  - atcWeightCategory
```
protected ATCWeightCategory atcWeightCategory
```
    The “ATC Weight Category” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure included in the record is restricted to, or designed for, a specific aircraft weight grouping.
  - commonSegmentDetails
```
protected CommonSegmentDetails commonSegmentDetails
```
    This class is an abstraction used to represent a Common Segment.
  - enrouteDetails
```
protected SegmentDetails enrouteDetails
```
    This class is an abstraction used to represent the details for a segment.
  - flightPlanningArrivalDepartureDetails
```
protected List<FlightPlanningArrivalDepartureDetails> flightPlanningArrivalDepartureDetails
```
    Flight Planning Arrival Departure Details
  - timeCode
```
protected TimeCodePrimaryRecords timeCode
```
  - flightPlanningTimeofOperations
```
protected List<FlightPlanningTimeOfOperations> flightPlanningTimeofOperations
```
    Flight Planning Time of Operation Record Details
  - initialCruiseTable
```
protected String initialCruiseTable
```
    A standard cruising level table is established by ICAO and is to be observed except when, on the basis of regional air navigation agreements, a modified table of cruising levels is prescribed for use. This field permits the enroute airway record to identify the Cruise Table record that is to be used for cruise levels.
  - initialDepartureMagneticCourse
```
protected Course initialDepartureMagneticCourse
```
    “Outbound Magnetic Course” is the published outbound magnetic course from the waypoint identified in the record’s “Fix Ident” field. In addition, this field is used for Course/Heading/Radials on SID/STAR Approach Records through requirements of the Path Terminator and coding rules contained in Attachment 5 of this specification.
  - legTypeCode
```
protected LegTypeCode legTypeCode
```
    The “Leg Type Code” field used on Flight Planning Arrival/Departure Data Records is a simplification of the Path Terminator concept. It will provide the information on the path between intermediate waypoints as straight or curved and provide an indication of the change in direction of flight, expressed as left or right, at an intermediate waypoint.
  - numberOfEngines
```
protected String numberOfEngines
```
    The “Number of Engines Restriction” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure, normally departure, is restricted to, or designed for, aircraft with a specific number of engines.
  - port
```
protected PointReference port
```
    The “port” references the airport or heliport to which the data contained in the record relates.
  - procedureDescription
```
protected String procedureDescription
```
    The “Procedure Description” field used on Flight Planning Arrival/Departure Data Records is the textual representation of the procedure name.
  - procedureType
```
protected ProcedureType procedureType
```
    The “Procedure Type” field used on Flight Planning Arrival/Departure Data Record is a single character code indication the type of procedure in the record, such as Arrival, Standard Instrument Arrival Route, Approach.
  - reportingCode
```
protected ReportingCode reportingCode
```
    The “Reporting Code” field used on Flight Planning Arrival/Departure Data Records is a simplification of the Waypoint Description concept. It will provide the information on intermediate waypoints as either Position Report Required (Compulsory Report) or Position Report Not Required (On-Request Report).
  - rnavFlags
```
protected RNAVFlag rnavFlags
```
    The “RNAV Flag” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure included in the record is restricted to, or designed for, aircraft capable of flying RNAV Procedures.
  - runwaySegmentDetails
```
protected SegmentDetails runwaySegmentDetails
```
    This class is an abstraction used to represent the details for a segment.
  - sequenceNumber
```
protected long sequenceNumber
```
    For Route Type Records - A route of flight is defined by a series of records taken in order. The “Sequence Number” field defines the location of the record in the sequence defining the route of flight identified in the route identifier field. For Boundary Type Records - A boundary is defined by a series of records taken in order. The “Sequence Number” field defines the location of the record in the sequence defining a boundary. For Record Types requiring more than one primary record to define the complete content – In a series of records used to define a complete condition, the “Sequence Number” is used to define each primary record in the sequence. For Airport and Heliport TAA Records – Sequence Number 1 will always be assigned to the record based on the Center Fix upon which the Straight-In Area is predicated, Sequence Number 2 will always be assigned to the record based on the Center Fix upon which the Left Base Area is predicated, and Sequence Number 3 will always be assigned to the record based on the Center Fix upon which the Right Base Area is predicated. Therefore, if a TAA Record has a Straight-In Area and a Right Base Area, but no Left Base Area, only Sequence Numbers 1 and 3 will be used. If a TAA Record has a Straight-In Area and a Left Base Area but no Right Base Area, only Sequence Numbers 1 and 2 will be used.
  - sidSTARApproachIdentifier
```
protected String sidSTARApproachIdentifier
```
    This UML Class is the base class for SIDSTARRouteIdentifier and ApproachRouteIdentifier classes. this is used in Airport SID/STAR/Approach records. The base class is used so that any of the above mentioned classes can be used in the XML file.
  - speedLimit
```
protected Long speedLimit
```
    The “Speed Limit” field defines a speed, expressed in Knots, Indicated (K.I.A.S.), for a fix in a terminal procedure or for an airport or heliport terminal environment.
  - speedLimitDescription
```
protected SpeedLimitDescription speedLimitDescription
```
    The "Speed Limit Description" field will designate whether the speed limit coded at a fix in a terminal procedure description is a mandatory, minimum or maximum speed. For Maximum speeds: The SID Procedure Records and Missed Approach Procedures speed limit will apply to all legs up to and including the termination of the leg on which the speed is coded from the beginning of the procedure or a previous speed limit. If a different speed is coded on a subsequent leg, the limit will be applied for that leg and from that leg backwards to the previous terminator which contained a speed limit The STAR and Approach Procedure Record speed limit will be applied forward to the end of the arrival (excluding the missed approach procedure) or until superseded by another speed limit. For Minimum speeds: The SID Procedure Records and Missed Approach Procedures speed limit will be applied forward to the end of the SID or Missed Approach Procedure or until superseded by another speed limit. The STAR and Approach Procedure Record speed limit will apply to all legs up to and including the termination of the leg on which the speed is coded from the beginning of the procedure or a previous speed limit. If a different speed is coded on a subsequent leg, the limit will be applied for that leg and from that leg backwards to the previous terminator which contained a speed limit. For Mandatory speeds: The speed requirement shall be met at the fix. The speed will not be applied to previous legs or applied forward to the next legs of the procedure record.
  - turbopropJetIndicator
```
protected TurbopropJetIndicator turbopropJetIndicator
```
    The “Turboprop/Jet Indicator” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure, normally departure, is restricted to, or designed for, aircraft with a specific kind of engines.
- Constructor Detail
  - FlightPlanningLeg
```
public FlightPlanningLeg()
```
- Method Detail
  - getAltitude
```
public Long getAltitude()
```
    Gets the value of the altitude property.
    The “Altitude” field used on Flight Planning Arrival/Departure Data Records is a simplification of the altitude concept used in the full procedure records. It will provide an altitude indication in hundreds of feet, no AGL, MSL, FL etc indication provided.
    
    Returns:
    
    possible object is Long
  - setAltitude
```
public void setAltitude(Long value)
```
    Sets the value of the altitude property.
    
    Parameters:
    
    value - allowed object is Long
    
    See Also:
    
    getAltitude()
  - getAltitudeDescription
```
public AltitudeDescription getAltitudeDescription()
```
    Gets the value of the altitudeDescription property.
    The "Altitude Description" field will designate whether a waypoint should be crossed "at," "at or above," "at or below" or "at or above to at or below" specified altitudes. The field is also used to designate recommended altitudes and cases where two distinct altitudes are provided at a single fix.
    
    Returns:
    
    possible object is AltitudeDescription
  - setAltitudeDescription
```
public void setAltitudeDescription(AltitudeDescription value)
```
    Sets the value of the altitudeDescription property.
    
    Parameters:
    
    value - allowed object is AltitudeDescription
    
    See Also:
    
    getAltitudeDescription()
  - getAtcIdentifier
```
public String getAtcIdentifier()
```
    Gets the value of the atcIdentifier property.
    The “ATC Identifier” field used on Flight Planning Arrival/Departure Data Records is the indication of the officially published procedure designation which is required for Flight Planning.
    
    Returns:
    
    possible object is String
  - setAtcIdentifier
```
public void setAtcIdentifier(String value)
```
    Sets the value of the atcIdentifier property.
    
    Parameters:
    
    value - allowed object is String
    
    See Also:
    
    getAtcIdentifier()
  - getAtcWeightCategory
```
public ATCWeightCategory getAtcWeightCategory()
```
    Gets the value of the atcWeightCategory property.
    The “ATC Weight Category” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure included in the record is restricted to, or designed for, a specific aircraft weight grouping.
    
    Returns:
    
    possible object is ATCWeightCategory
  - setAtcWeightCategory
```
public void setAtcWeightCategory(ATCWeightCategory value)
```
    Sets the value of the atcWeightCategory property.
    
    Parameters:
    
    value - allowed object is ATCWeightCategory
    
    See Also:
    
    getAtcWeightCategory()
  - getCommonSegmentDetails
```
public CommonSegmentDetails getCommonSegmentDetails()
```
    Gets the value of the commonSegmentDetails property.
    This class is an abstraction used to represent a Common Segment.
    
    Returns:
    
    possible object is CommonSegmentDetails
  - setCommonSegmentDetails
```
public void setCommonSegmentDetails(CommonSegmentDetails value)
```
    Sets the value of the commonSegmentDetails property.
    
    Parameters:
    
    value - allowed object is CommonSegmentDetails
    
    See Also:
    
    getCommonSegmentDetails()
  - getEnrouteDetails
```
public SegmentDetails getEnrouteDetails()
```
    Gets the value of the enrouteDetails property.
    This class is an abstraction used to represent the details for a segment.
    
    Returns:
    
    possible object is SegmentDetails
  - setEnrouteDetails
```
public void setEnrouteDetails(SegmentDetails value)
```
    Sets the value of the enrouteDetails property.
    
    Parameters:
    
    value - allowed object is SegmentDetails
    
    See Also:
    
    getEnrouteDetails()
  - getFlightPlanningArrivalDepartureDetails
```
public List<FlightPlanningArrivalDepartureDetails> getFlightPlanningArrivalDepartureDetails()
```
    Gets the value of the flightPlanningArrivalDepartureDetails property.
    This accessor method returns a reference to the live list, not a snapshot. Therefore any modification you make to the returned list will be present inside the JAXB object. This is why there is not a set method for the flightPlanningArrivalDepartureDetails property.
    For example, to add a new item, do as follows:
```
    getFlightPlanningArrivalDepartureDetails().add(newItem);
 
```
    Objects of the following type(s) are allowed in the list FlightPlanningArrivalDepartureDetails
    Flight Planning Arrival Departure Details
  - getTimeCode
```
public TimeCodePrimaryRecords getTimeCode()
```
    Gets the value of the timeCode property.
    
    Returns:
    
    possible object is TimeCodePrimaryRecords
  - setTimeCode
```
public void setTimeCode(TimeCodePrimaryRecords value)
```
    Sets the value of the timeCode property.
    
    Parameters:
    
    value - allowed object is TimeCodePrimaryRecords
  - getFlightPlanningTimeofOperations
```
public List<FlightPlanningTimeOfOperations> getFlightPlanningTimeofOperations()
```
    Gets the value of the flightPlanningTimeofOperations property.
    This accessor method returns a reference to the live list, not a snapshot. Therefore any modification you make to the returned list will be present inside the JAXB object. This is why there is not a set method for the flightPlanningTimeofOperations property.
    For example, to add a new item, do as follows:
```
    getFlightPlanningTimeofOperations().add(newItem);
 
```
    Objects of the following type(s) are allowed in the list FlightPlanningTimeOfOperations
    Flight Planning Time of Operation Record Details
  - getInitialCruiseTable
```
public String getInitialCruiseTable()
```
    Gets the value of the initialCruiseTable property.
    A standard cruising level table is established by ICAO and is to be observed except when, on the basis of regional air navigation agreements, a modified table of cruising levels is prescribed for use. This field permits the enroute airway record to identify the Cruise Table record that is to be used for cruise levels.
    
    Returns:
    
    possible object is String
  - setInitialCruiseTable
```
public void setInitialCruiseTable(String value)
```
    Sets the value of the initialCruiseTable property.
    
    Parameters:
    
    value - allowed object is String
    
    See Also:
    
    getInitialCruiseTable()
  - getInitialDepartureMagneticCourse
```
public Course getInitialDepartureMagneticCourse()
```
    Gets the value of the initialDepartureMagneticCourse property.
    “Outbound Magnetic Course” is the published outbound magnetic course from the waypoint identified in the record’s “Fix Ident” field. In addition, this field is used for Course/Heading/Radials on SID/STAR Approach Records through requirements of the Path Terminator and coding rules contained in Attachment 5 of this specification.
    
    Returns:
    
    possible object is Course
  - setInitialDepartureMagneticCourse
```
public void setInitialDepartureMagneticCourse(Course value)
```
    Sets the value of the initialDepartureMagneticCourse property.
    
    Parameters:
    
    value - allowed object is Course
    
    See Also:
    
    getInitialDepartureMagneticCourse()
  - getLegTypeCode
```
public LegTypeCode getLegTypeCode()
```
    Gets the value of the legTypeCode property.
    The “Leg Type Code” field used on Flight Planning Arrival/Departure Data Records is a simplification of the Path Terminator concept. It will provide the information on the path between intermediate waypoints as straight or curved and provide an indication of the change in direction of flight, expressed as left or right, at an intermediate waypoint.
    
    Returns:
    
    possible object is LegTypeCode
  - setLegTypeCode
```
public void setLegTypeCode(LegTypeCode value)
```
    Sets the value of the legTypeCode property.
    
    Parameters:
    
    value - allowed object is LegTypeCode
    
    See Also:
    
    getLegTypeCode()
  - getNumberOfEngines
```
public String getNumberOfEngines()
```
    Gets the value of the numberOfEngines property.
    The “Number of Engines Restriction” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure, normally departure, is restricted to, or designed for, aircraft with a specific number of engines.
    
    Returns:
    
    possible object is String
  - setNumberOfEngines
```
public void setNumberOfEngines(String value)
```
    Sets the value of the numberOfEngines property.
    
    Parameters:
    
    value - allowed object is String
    
    See Also:
    
    getNumberOfEngines()
  - getPort
```
public PointReference getPort()
```
    Gets the value of the port property.
    The “port” references the airport or heliport to which the data contained in the record relates.
    
    Returns:
    
    possible object is PointReference
  - setPort
```
public void setPort(PointReference value)
```
    Sets the value of the port property.
    
    Parameters:
    
    value - allowed object is PointReference
    
    See Also:
    
    getPort()
  - getProcedureDescription
```
public String getProcedureDescription()
```
    Gets the value of the procedureDescription property.
    The “Procedure Description” field used on Flight Planning Arrival/Departure Data Records is the textual representation of the procedure name.
    
    Returns:
    
    possible object is String
  - setProcedureDescription
```
public void setProcedureDescription(String value)
```
    Sets the value of the procedureDescription property.
    
    Parameters:
    
    value - allowed object is String
    
    See Also:
    
    getProcedureDescription()
  - getProcedureType
```
public ProcedureType getProcedureType()
```
    Gets the value of the procedureType property.
    The “Procedure Type” field used on Flight Planning Arrival/Departure Data Record is a single character code indication the type of procedure in the record, such as Arrival, Standard Instrument Arrival Route, Approach.
    
    Returns:
    
    possible object is ProcedureType
  - setProcedureType
```
public void setProcedureType(ProcedureType value)
```
    Sets the value of the procedureType property.
    
    Parameters:
    
    value - allowed object is ProcedureType
    
    See Also:
    
    getProcedureType()
  - getReportingCode
```
public ReportingCode getReportingCode()
```
    Gets the value of the reportingCode property.
    The “Reporting Code” field used on Flight Planning Arrival/Departure Data Records is a simplification of the Waypoint Description concept. It will provide the information on intermediate waypoints as either Position Report Required (Compulsory Report) or Position Report Not Required (On-Request Report).
    
    Returns:
    
    possible object is ReportingCode
  - setReportingCode
```
public void setReportingCode(ReportingCode value)
```
    Sets the value of the reportingCode property.
    
    Parameters:
    
    value - allowed object is ReportingCode
    
    See Also:
    
    getReportingCode()
  - getRnavFlags
```
public RNAVFlag getRnavFlags()
```
    Gets the value of the rnavFlags property.
    The “RNAV Flag” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure included in the record is restricted to, or designed for, aircraft capable of flying RNAV Procedures.
    
    Returns:
    
    possible object is RNAVFlag
  - setRnavFlags
```
public void setRnavFlags(RNAVFlag value)
```
    Sets the value of the rnavFlags property.
    
    Parameters:
    
    value - allowed object is RNAVFlag
    
    See Also:
    
    getRnavFlags()
  - getRunwaySegmentDetails
```
public SegmentDetails getRunwaySegmentDetails()
```
    Gets the value of the runwaySegmentDetails property.
    This class is an abstraction used to represent the details for a segment.
    
    Returns:
    
    possible object is SegmentDetails
  - setRunwaySegmentDetails
```
public void setRunwaySegmentDetails(SegmentDetails value)
```
    Sets the value of the runwaySegmentDetails property.
    
    Parameters:
    
    value - allowed object is SegmentDetails
    
    See Also:
    
    getRunwaySegmentDetails()
  - getSequenceNumber
```
public long getSequenceNumber()
```
    Gets the value of the sequenceNumber property.
    For Route Type Records - A route of flight is defined by a series of records taken in order. The “Sequence Number” field defines the location of the record in the sequence defining the route of flight identified in the route identifier field. For Boundary Type Records - A boundary is defined by a series of records taken in order. The “Sequence Number” field defines the location of the record in the sequence defining a boundary. For Record Types requiring more than one primary record to define the complete content – In a series of records used to define a complete condition, the “Sequence Number” is used to define each primary record in the sequence. For Airport and Heliport TAA Records – Sequence Number 1 will always be assigned to the record based on the Center Fix upon which the Straight-In Area is predicated, Sequence Number 2 will always be assigned to the record based on the Center Fix upon which the Left Base Area is predicated, and Sequence Number 3 will always be assigned to the record based on the Center Fix upon which the Right Base Area is predicated. Therefore, if a TAA Record has a Straight-In Area and a Right Base Area, but no Left Base Area, only Sequence Numbers 1 and 3 will be used. If a TAA Record has a Straight-In Area and a Left Base Area but no Right Base Area, only Sequence Numbers 1 and 2 will be used.
  - setSequenceNumber
```
public void setSequenceNumber(long value)
```
    Sets the value of the sequenceNumber property.
    
    See Also:
    
    getSequenceNumber()
  - getSidSTARApproachIdentifier
```
public String getSidSTARApproachIdentifier()
```
    Gets the value of the sidSTARApproachIdentifier property.
    This UML Class is the base class for SIDSTARRouteIdentifier and ApproachRouteIdentifier classes. this is used in Airport SID/STAR/Approach records. The base class is used so that any of the above mentioned classes can be used in the XML file.
    
    Returns:
    
    possible object is String
  - setSidSTARApproachIdentifier
```
public void setSidSTARApproachIdentifier(String value)
```
    Sets the value of the sidSTARApproachIdentifier property.
    
    Parameters:
    
    value - allowed object is String
    
    See Also:
    
    getSidSTARApproachIdentifier()
  - getSpeedLimit
```
public Long getSpeedLimit()
```
    Gets the value of the speedLimit property.
    The “Speed Limit” field defines a speed, expressed in Knots, Indicated (K.I.A.S.), for a fix in a terminal procedure or for an airport or heliport terminal environment.
    
    Returns:
    
    possible object is Long
  - setSpeedLimit
```
public void setSpeedLimit(Long value)
```
    Sets the value of the speedLimit property.
    
    Parameters:
    
    value - allowed object is Long
    
    See Also:
    
    getSpeedLimit()
  - getSpeedLimitDescription
```
public SpeedLimitDescription getSpeedLimitDescription()
```
    Gets the value of the speedLimitDescription property.
    The "Speed Limit Description" field will designate whether the speed limit coded at a fix in a terminal procedure description is a mandatory, minimum or maximum speed. For Maximum speeds: The SID Procedure Records and Missed Approach Procedures speed limit will apply to all legs up to and including the termination of the leg on which the speed is coded from the beginning of the procedure or a previous speed limit. If a different speed is coded on a subsequent leg, the limit will be applied for that leg and from that leg backwards to the previous terminator which contained a speed limit The STAR and Approach Procedure Record speed limit will be applied forward to the end of the arrival (excluding the missed approach procedure) or until superseded by another speed limit. For Minimum speeds: The SID Procedure Records and Missed Approach Procedures speed limit will be applied forward to the end of the SID or Missed Approach Procedure or until superseded by another speed limit. The STAR and Approach Procedure Record speed limit will apply to all legs up to and including the termination of the leg on which the speed is coded from the beginning of the procedure or a previous speed limit. If a different speed is coded on a subsequent leg, the limit will be applied for that leg and from that leg backwards to the previous terminator which contained a speed limit. For Mandatory speeds: The speed requirement shall be met at the fix. The speed will not be applied to previous legs or applied forward to the next legs of the procedure record.
    
    Returns:
    
    possible object is SpeedLimitDescription
  - setSpeedLimitDescription
```
public void setSpeedLimitDescription(SpeedLimitDescription value)
```
    Sets the value of the speedLimitDescription property.
    
    Parameters:
    
    value - allowed object is SpeedLimitDescription
    
    See Also:
    
    getSpeedLimitDescription()
  - getTurbopropJetIndicator
```
public TurbopropJetIndicator getTurbopropJetIndicator()
```
    Gets the value of the turbopropJetIndicator property.
    The “Turboprop/Jet Indicator” field used on Flight Planning Arrival/Departure Data Records is derived from government source and is included whenever a given procedure, normally departure, is restricted to, or designed for, aircraft with a specific kind of engines.
    
    Returns:
    
    possible object is TurbopropJetIndicator
  - setTurbopropJetIndicator
```
public void setTurbopropJetIndicator(TurbopropJetIndicator value)
```
    Sets the value of the turbopropJetIndicator property.
    
    Parameters:
    
    value - allowed object is TurbopropJetIndicator
    
    See Also:
    
    getTurbopropJetIndicator()

Class FlightPlanningLeg

Field Summary

Fields inherited from class com.ars.aerodata.A424A_records.A424Record

Fields inherited from class com.ars.aerodata.A424A_records.A424Base

Constructor Summary

Method Summary

Methods inherited from class com.ars.aerodata.A424A_records.A424Record

Methods inherited from class com.ars.aerodata.A424A_records.A424Base

Methods inherited from class java.lang.Object

Field Detail

altitude

altitudeDescription

atcIdentifier

atcWeightCategory

commonSegmentDetails

enrouteDetails

flightPlanningArrivalDepartureDetails

timeCode

flightPlanningTimeofOperations

initialCruiseTable

initialDepartureMagneticCourse

legTypeCode

numberOfEngines

port

procedureDescription

procedureType

reportingCode

rnavFlags

runwaySegmentDetails

sequenceNumber

sidSTARApproachIdentifier

speedLimit

speedLimitDescription

turbopropJetIndicator

Constructor Detail

FlightPlanningLeg

Method Detail

getAltitude

setAltitude

getAltitudeDescription

setAltitudeDescription

getAtcIdentifier

setAtcIdentifier

getAtcWeightCategory

setAtcWeightCategory

getCommonSegmentDetails

setCommonSegmentDetails

getEnrouteDetails

setEnrouteDetails

getFlightPlanningArrivalDepartureDetails

getTimeCode

setTimeCode

getFlightPlanningTimeofOperations

getInitialCruiseTable

setInitialCruiseTable

getInitialDepartureMagneticCourse

setInitialDepartureMagneticCourse

getLegTypeCode

setLegTypeCode

getNumberOfEngines

setNumberOfEngines

getPort

setPort

getProcedureDescription

setProcedureDescription

getProcedureType

setProcedureType

getReportingCode

setReportingCode

getRnavFlags

setRnavFlags

getRunwaySegmentDetails

setRunwaySegmentDetails

getSequenceNumber

setSequenceNumber

getSidSTARApproachIdentifier

setSidSTARApproachIdentifier

getSpeedLimit

setSpeedLimit

getSpeedLimitDescription