HoldingPattern (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.HoldingPattern

public class HoldingPattern
extends A424Record

This following record contains the fields used in Holding Pattern Records.

Java class for HoldingPattern complex type.

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

 <complexType name="HoldingPattern">
   <complexContent>
     <extension base="{}A424Record">
       <sequence>
         <element name="isEnroute" type="{http://www.w3.org/2001/XMLSchema}boolean" minOccurs="0"/>
         <element name="arcRadius" type="{http://www.arinc424.com/xml/datatypes}ARCRadius" minOccurs="0"/>
         <element name="duplicateIndicator" type="{http://www.arinc424.com/xml/datatypes}DuplicateIndicator" minOccurs="0"/>
         <element name="holdingPatternName" type="{http://www.arinc424.com/xml/datatypes}Name" minOccurs="0"/>
         <element name="holdingSpeed" type="{http://www.arinc424.com/xml/datatypes}HoldingSpeed" minOccurs="0"/>
         <element name="holdingTime" type="{http://www.w3.org/2001/XMLSchema}duration" minOccurs="0"/>
         <element name="holdingDistance" type="{http://www.arinc424.com/xml/datatypes}HoldingLegLength" minOccurs="0"/>
         <element name="inboundHoldingCourse" type="{http://www.arinc424.com/xml/datatypes}Course" minOccurs="0"/>
         <element name="legInboundOutboundIndicator" type="{http://www.arinc424.com/xml/enumerations}LegInboundOutboundIndicator" minOccurs="0"/>
         <element name="maximumAltitude" type="{http://www.arinc424.com/xml/datatypes}AltitudeLimit" minOccurs="0"/>
         <element name="minimumAltitude" type="{http://www.arinc424.com/xml/datatypes}Altitude" minOccurs="0"/>
         <element name="RNP" type="{http://www.arinc424.com/xml/datatypes}RequiredNavigationPerformance" minOccurs="0"/>
         <element name="rvsmMaximumLevel" type="{http://www.arinc424.com/xml/datatypes}FlightLevel" minOccurs="0"/>
         <element name="rvsmMinimumLevel" type="{http://www.arinc424.com/xml/datatypes}FlightLevel" minOccurs="0"/>
         <element name="turnDirection" type="{http://www.arinc424.com/xml/enumerations}Turn" minOccurs="0"/>
         <element name="verticalScaleFactor" type="{http://www.arinc424.com/xml/datatypes}VerticalScaleFactor" minOccurs="0"/>
         <element name="fixIdentifier" type="{http://www.arinc424.com/xml/datatypes}CoreIdentifier" minOccurs="0"/>
         <element name="fixRef" type="{http://www.arinc424.com/xml/datatypes}PointReference" minOccurs="0"/>
         <element name="portRef" type="{http://www.arinc424.com/xml/datatypes}PointReference" minOccurs="0"/>
       </sequence>
     </extension>
   </complexContent>
 </complexType>

Field Summary

Fields
Modifier and Type	Field and Description
`protected BigDecimal`	`arcRadius` The “ARC Radius” field is used to define the radius of a precision turn.
`protected DuplicateIndicator`	`duplicateIndicator` The “Duplicate Identifier” field is used to further define holding patterns when official government source has designated more than one Holding Pattern on a Navaid or Waypoint.
`protected String`	`fixIdentifier` The “Fix Identifier” field contains the five-character-name-code, or other series of characters, with which the fix is identified.
`protected PointReference`	`fixRef`
`protected BigDecimal`	`holdingDistance` The Leg Length field specifies the distance of either the inbound leg or the outbound leg of the holding pattern.
`protected String`	`holdingPatternName` The “Name” field defines the name commonly applied to the navigation entity defined in the record.
`protected Long`	`holdingSpeed` The “Holding Speed” will be the maximum speed in a holding pattern.
`protected Duration`	`holdingTime` The Leg Time field specifies the length of the inbound leg or outbound of a holding pattern in units of time.
`protected Course`	`inboundHoldingCourse` The Inbound Holding Course field defines the inbound course to the holding waypoint.
`protected Boolean`	`isEnroute`
`protected LegInboundOutboundIndicator`	`legInboundOutboundIndicator`
`protected AltitudeLimit`	`maximumAltitude` The “Maximum Altitude” field is used to indicate the maximum altitude allowed.
`protected Altitude`	`minimumAltitude` The “Altitude/Minimum Altitude” field indicates the reference altitude associated with (1) Enroute Airways (MEA, MFA or other minimum altitudes as defined by source), (2) holding pattern path of Holding Pattern record, (3) altitudes at fixes in terminal procedures and terminal procedure path termination defined by the Path Terminator in the Airport or Heliport SID/STAR/Approach Record and (4) lowest altitude of the “blocked altitudes” for a Preferred Route.
`protected PointReference`	`portRef`
`protected BigDecimal`	`rnp` Required Navigation Performance (RNP) is a statement of the Navigation Performance necessary for operation within a defined airspace in accordance with ICAO Annex 15 and/or State published rules.
`protected Integer`	`rvsmMaximumLevel` RVSM Maximum Level is the highest defined cruising level for an airway or holding pattern.
`protected Integer`	`rvsmMinimumLevel` RVSM Minimum Level is the lowest defined cruising level for an airway or holding pattern.
`protected Turn`	`turnDirection` The “Turn” field specifies the direction in which holding pattern turns are to be made.
`protected Long`	`verticalScaleFactor` Vertical Scale Factor (VSF) is used to set the vertical deviation scale.

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

HoldingPattern()

Constructors
Constructor and Description
`HoldingPattern()`

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`BigDecimal`	`getArcRadius()` Gets the value of the arcRadius property.
`DuplicateIndicator`	`getDuplicateIndicator()` Gets the value of the duplicateIndicator property.
`String`	`getFixIdentifier()` Gets the value of the fixIdentifier property.
`PointReference`	`getFixRef()` Gets the value of the fixRef property.
`BigDecimal`	`getHoldingDistance()` Gets the value of the holdingDistance property.
`String`	`getHoldingPatternName()` Gets the value of the holdingPatternName property.
`Long`	`getHoldingSpeed()` Gets the value of the holdingSpeed property.
`Duration`	`getHoldingTime()` Gets the value of the holdingTime property.
`Course`	`getInboundHoldingCourse()` Gets the value of the inboundHoldingCourse property.
`LegInboundOutboundIndicator`	`getLegInboundOutboundIndicator()` Gets the value of the legInboundOutboundIndicator property.
`AltitudeLimit`	`getMaximumAltitude()` Gets the value of the maximumAltitude property.
`Altitude`	`getMinimumAltitude()` Gets the value of the minimumAltitude property.
`PointReference`	`getPortRef()` Gets the value of the portRef property.
`BigDecimal`	`getRNP()` Gets the value of the rnp property.
`Integer`	`getRvsmMaximumLevel()` Gets the value of the rvsmMaximumLevel property.
`Integer`	`getRvsmMinimumLevel()` Gets the value of the rvsmMinimumLevel property.
`Turn`	`getTurnDirection()` Gets the value of the turnDirection property.
`Long`	`getVerticalScaleFactor()` Gets the value of the verticalScaleFactor property.
`Boolean`	`isIsEnroute()` Gets the value of the isEnroute property.
`void`	`setArcRadius(BigDecimal value)` Sets the value of the arcRadius property.
`void`	`setDuplicateIndicator(DuplicateIndicator value)` Sets the value of the duplicateIndicator property.
`void`	`setFixIdentifier(String value)` Sets the value of the fixIdentifier property.
`void`	`setFixRef(PointReference value)` Sets the value of the fixRef property.
`void`	`setHoldingDistance(BigDecimal value)` Sets the value of the holdingDistance property.
`void`	`setHoldingPatternName(String value)` Sets the value of the holdingPatternName property.
`void`	`setHoldingSpeed(Long value)` Sets the value of the holdingSpeed property.
`void`	`setHoldingTime(Duration value)` Sets the value of the holdingTime property.
`void`	`setInboundHoldingCourse(Course value)` Sets the value of the inboundHoldingCourse property.
`void`	`setIsEnroute(Boolean value)` Sets the value of the isEnroute property.
`void`	`setLegInboundOutboundIndicator(LegInboundOutboundIndicator value)` Sets the value of the legInboundOutboundIndicator property.
`void`	`setMaximumAltitude(AltitudeLimit value)` Sets the value of the maximumAltitude property.
`void`	`setMinimumAltitude(Altitude value)` Sets the value of the minimumAltitude property.
`void`	`setPortRef(PointReference value)` Sets the value of the portRef property.
`void`	`setRNP(BigDecimal value)` Sets the value of the rnp property.
`void`	`setRvsmMaximumLevel(Integer value)` Sets the value of the rvsmMaximumLevel property.
`void`	`setRvsmMinimumLevel(Integer value)` Sets the value of the rvsmMinimumLevel property.
`void`	`setTurnDirection(Turn value)` Sets the value of the turnDirection property.
`void`	`setVerticalScaleFactor(Long value)` Sets the value of the verticalScaleFactor 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
  - isEnroute
```
protected Boolean isEnroute
```
  - arcRadius
```
protected BigDecimal arcRadius
```
    The “ARC Radius” field is used to define the radius of a precision turn. In Terminal Procedures, this is the “Constant Radius To A Fix” Path and Termination, for “RF” Leg. In Holding Patterns, this is the turning radius, inbound to outbound leg, for RNP Holding. The ARC Radius field is also used to specify the turn radius of RNP holding patterns included in SID, STAR, and Approach Records as HA, HF, and HM legs.
  - duplicateIndicator
```
protected DuplicateIndicator duplicateIndicator
```
    The “Duplicate Identifier” field is used to further define holding patterns when official government source has designated more than one Holding Pattern on a Navaid or Waypoint.
  - holdingPatternName
```
protected String holdingPatternName
```
    The “Name” field defines the name commonly applied to the navigation entity defined in the record.
  - holdingSpeed
```
protected Long holdingSpeed
```
    The “Holding Speed” will be the maximum speed in a holding pattern.
  - holdingTime
```
protected Duration holdingTime
```
    The Leg Time field specifies the length of the inbound leg or outbound of a holding pattern in units of time. The determination of inbound or outbound is identified by the content of Section 5.298 of the applicable record. Inbound is defined as the timing between the point at which the aircraft rolls out on the inbound leg of the holding pattern and the fix at which the holding pattern is defined. Outbound is defined as the timing from a point abeam the holding fix to the beginning of the inbound turn.
  - holdingDistance
```
protected BigDecimal holdingDistance
```
    The Leg Length field specifies the distance of either the inbound leg or the outbound leg of the holding pattern. The determination of inbound or outbound is identified by the content of Section 5.298 of the applicable record. Inbound is defined as the distance between the point at which the aircraft rolls out on the inbound leg of the holding pattern and the fix at which the holding pattern is defined. Outbound is defined as the distance from a point abeam the holding fix to the beginning of the inbound turn.
  - inboundHoldingCourse
```
protected Course inboundHoldingCourse
```
    The Inbound Holding Course field defines the inbound course to the holding waypoint.
  - legInboundOutboundIndicator
```
protected LegInboundOutboundIndicator legInboundOutboundIndicator
```
  - maximumAltitude
```
protected AltitudeLimit maximumAltitude
```
    The “Maximum Altitude” field is used to indicate the maximum altitude allowed.
  - minimumAltitude
```
protected Altitude minimumAltitude
```
    The “Altitude/Minimum Altitude” field indicates the reference altitude associated with (1) Enroute Airways (MEA, MFA or other minimum altitudes as defined by source), (2) holding pattern path of Holding Pattern record, (3) altitudes at fixes in terminal procedures and terminal procedure path termination defined by the Path Terminator in the Airport or Heliport SID/STAR/Approach Record and (4) lowest altitude of the “blocked altitudes” for a Preferred Route.
  - rnp
```
protected BigDecimal rnp
```
    Required Navigation Performance (RNP) is a statement of the Navigation Performance necessary for operation within a defined airspace in accordance with ICAO Annex 15 and/or State published rules.
  - rvsmMaximumLevel
```
protected Integer rvsmMaximumLevel
```
    RVSM Maximum Level is the highest defined cruising level for an airway or holding pattern.
  - rvsmMinimumLevel
```
protected Integer rvsmMinimumLevel
```
    RVSM Minimum Level is the lowest defined cruising level for an airway or holding pattern.
  - turnDirection
```
protected Turn turnDirection
```
    The “Turn” field specifies the direction in which holding pattern turns are to be made.
  - verticalScaleFactor
```
protected Long verticalScaleFactor
```
    Vertical Scale Factor (VSF) is used to set the vertical deviation scale.
  - fixIdentifier
```
protected String fixIdentifier
```
    The “Fix Identifier” field contains the five-character-name-code, or other series of characters, with which the fix is identified. This includes Waypoint Identifiers, VHF NAVAID Identifiers, NDB NAVAID identifier, Airport Identifiers, and Runway Identifiers
  - fixRef
```
protected PointReference fixRef
```
  - portRef
```
protected PointReference portRef
```
- Constructor Detail
  - HoldingPattern
```
public HoldingPattern()
```
- Method Detail
  - isIsEnroute
```
public Boolean isIsEnroute()
```
    Gets the value of the isEnroute property.
    
    Returns:
    
    possible object is Boolean
  - setIsEnroute
```
public void setIsEnroute(Boolean value)
```
    Sets the value of the isEnroute property.
    
    Parameters:
    
    value - allowed object is Boolean
  - getArcRadius
```
public BigDecimal getArcRadius()
```
    Gets the value of the arcRadius property.
    The “ARC Radius” field is used to define the radius of a precision turn. In Terminal Procedures, this is the “Constant Radius To A Fix” Path and Termination, for “RF” Leg. In Holding Patterns, this is the turning radius, inbound to outbound leg, for RNP Holding. The ARC Radius field is also used to specify the turn radius of RNP holding patterns included in SID, STAR, and Approach Records as HA, HF, and HM legs.
    
    Returns:
    
    possible object is BigDecimal
  - setArcRadius
```
public void setArcRadius(BigDecimal value)
```
    Sets the value of the arcRadius property.
    
    Parameters:
    
    value - allowed object is BigDecimal
    
    See Also:
    
    getArcRadius()
  - getDuplicateIndicator
```
public DuplicateIndicator getDuplicateIndicator()
```
    Gets the value of the duplicateIndicator property.
    The “Duplicate Identifier” field is used to further define holding patterns when official government source has designated more than one Holding Pattern on a Navaid or Waypoint.
    
    Returns:
    
    possible object is DuplicateIndicator
  - setDuplicateIndicator
```
public void setDuplicateIndicator(DuplicateIndicator value)
```
    Sets the value of the duplicateIndicator property.
    
    Parameters:
    
    value - allowed object is DuplicateIndicator
    
    See Also:
    
    getDuplicateIndicator()
  - getHoldingPatternName
```
public String getHoldingPatternName()
```
    Gets the value of the holdingPatternName property.
    The “Name” field defines the name commonly applied to the navigation entity defined in the record.
    
    Returns:
    
    possible object is String
  - setHoldingPatternName
```
public void setHoldingPatternName(String value)
```
    Sets the value of the holdingPatternName property.
    
    Parameters:
    
    value - allowed object is String
    
    See Also:
    
    getHoldingPatternName()
  - getHoldingSpeed
```
public Long getHoldingSpeed()
```
    Gets the value of the holdingSpeed property.
    The “Holding Speed” will be the maximum speed in a holding pattern.
    
    Returns:
    
    possible object is Long
  - setHoldingSpeed
```
public void setHoldingSpeed(Long value)
```
    Sets the value of the holdingSpeed property.
    
    Parameters:
    
    value - allowed object is Long
    
    See Also:
    
    getHoldingSpeed()
  - getHoldingTime
```
public Duration getHoldingTime()
```
    Gets the value of the holdingTime property.
    The Leg Time field specifies the length of the inbound leg or outbound of a holding pattern in units of time. The determination of inbound or outbound is identified by the content of Section 5.298 of the applicable record. Inbound is defined as the timing between the point at which the aircraft rolls out on the inbound leg of the holding pattern and the fix at which the holding pattern is defined. Outbound is defined as the timing from a point abeam the holding fix to the beginning of the inbound turn.
    
    Returns:
    
    possible object is Duration
  - setHoldingTime
```
public void setHoldingTime(Duration value)
```
    Sets the value of the holdingTime property.
    
    Parameters:
    
    value - allowed object is Duration
    
    See Also:
    
    getHoldingTime()
  - getHoldingDistance
```
public BigDecimal getHoldingDistance()
```
    Gets the value of the holdingDistance property.
    The Leg Length field specifies the distance of either the inbound leg or the outbound leg of the holding pattern. The determination of inbound or outbound is identified by the content of Section 5.298 of the applicable record. Inbound is defined as the distance between the point at which the aircraft rolls out on the inbound leg of the holding pattern and the fix at which the holding pattern is defined. Outbound is defined as the distance from a point abeam the holding fix to the beginning of the inbound turn.
    
    Returns:
    
    possible object is BigDecimal
  - setHoldingDistance
```
public void setHoldingDistance(BigDecimal value)
```
    Sets the value of the holdingDistance property.
    
    Parameters:
    
    value - allowed object is BigDecimal
    
    See Also:
    
    getHoldingDistance()
  - getInboundHoldingCourse
```
public Course getInboundHoldingCourse()
```
    Gets the value of the inboundHoldingCourse property.
    The Inbound Holding Course field defines the inbound course to the holding waypoint.
    
    Returns:
    
    possible object is Course
  - setInboundHoldingCourse
```
public void setInboundHoldingCourse(Course value)
```
    Sets the value of the inboundHoldingCourse property.
    
    Parameters:
    
    value - allowed object is Course
    
    See Also:
    
    getInboundHoldingCourse()
  - getLegInboundOutboundIndicator
```
public LegInboundOutboundIndicator getLegInboundOutboundIndicator()
```
    Gets the value of the legInboundOutboundIndicator property.
    
    Returns:
    
    possible object is LegInboundOutboundIndicator
  - setLegInboundOutboundIndicator
```
public void setLegInboundOutboundIndicator(LegInboundOutboundIndicator value)
```
    Sets the value of the legInboundOutboundIndicator property.
    
    Parameters:
    
    value - allowed object is LegInboundOutboundIndicator
  - getMaximumAltitude
```
public AltitudeLimit getMaximumAltitude()
```
    Gets the value of the maximumAltitude property.
    The “Maximum Altitude” field is used to indicate the maximum altitude allowed.
    
    Returns:
    
    possible object is AltitudeLimit
  - setMaximumAltitude
```
public void setMaximumAltitude(AltitudeLimit value)
```
    Sets the value of the maximumAltitude property.
    
    Parameters:
    
    value - allowed object is AltitudeLimit
    
    See Also:
    
    getMaximumAltitude()
  - getMinimumAltitude
```
public Altitude getMinimumAltitude()
```
    Gets the value of the minimumAltitude property.
    The “Altitude/Minimum Altitude” field indicates the reference altitude associated with (1) Enroute Airways (MEA, MFA or other minimum altitudes as defined by source), (2) holding pattern path of Holding Pattern record, (3) altitudes at fixes in terminal procedures and terminal procedure path termination defined by the Path Terminator in the Airport or Heliport SID/STAR/Approach Record and (4) lowest altitude of the “blocked altitudes” for a Preferred Route.
    
    Returns:
    
    possible object is Altitude
  - setMinimumAltitude
```
public void setMinimumAltitude(Altitude value)
```
    Sets the value of the minimumAltitude property.
    
    Parameters:
    
    value - allowed object is Altitude
    
    See Also:
    
    getMinimumAltitude()
  - getRNP
```
public BigDecimal getRNP()
```
    Gets the value of the rnp property.
    Required Navigation Performance (RNP) is a statement of the Navigation Performance necessary for operation within a defined airspace in accordance with ICAO Annex 15 and/or State published rules.
    
    Returns:
    
    possible object is BigDecimal
  - setRNP
```
public void setRNP(BigDecimal value)
```
    Sets the value of the rnp property.
    
    Parameters:
    
    value - allowed object is BigDecimal
    
    See Also:
    
    getRNP()
  - getRvsmMaximumLevel
```
public Integer getRvsmMaximumLevel()
```
    Gets the value of the rvsmMaximumLevel property.
    RVSM Maximum Level is the highest defined cruising level for an airway or holding pattern.
    
    Returns:
    
    possible object is Integer
  - setRvsmMaximumLevel
```
public void setRvsmMaximumLevel(Integer value)
```
    Sets the value of the rvsmMaximumLevel property.
    
    Parameters:
    
    value - allowed object is Integer
    
    See Also:
    
    getRvsmMaximumLevel()
  - getRvsmMinimumLevel
```
public Integer getRvsmMinimumLevel()
```
    Gets the value of the rvsmMinimumLevel property.
    RVSM Minimum Level is the lowest defined cruising level for an airway or holding pattern.
    
    Returns:
    
    possible object is Integer
  - setRvsmMinimumLevel
```
public void setRvsmMinimumLevel(Integer value)
```
    Sets the value of the rvsmMinimumLevel property.
    
    Parameters:
    
    value - allowed object is Integer
    
    See Also:
    
    getRvsmMinimumLevel()
  - getTurnDirection
```
public Turn getTurnDirection()
```
    Gets the value of the turnDirection property.
    The “Turn” field specifies the direction in which holding pattern turns are to be made.
    
    Returns:
    
    possible object is Turn
  - setTurnDirection
```
public void setTurnDirection(Turn value)
```
    Sets the value of the turnDirection property.
    
    Parameters:
    
    value - allowed object is Turn
    
    See Also:
    
    getTurnDirection()
  - getVerticalScaleFactor
```
public Long getVerticalScaleFactor()
```
    Gets the value of the verticalScaleFactor property.
    Vertical Scale Factor (VSF) is used to set the vertical deviation scale.
    
    Returns:
    
    possible object is Long
  - setVerticalScaleFactor
```
public void setVerticalScaleFactor(Long value)
```
    Sets the value of the verticalScaleFactor property.
    
    Parameters:
    
    value - allowed object is Long
    
    See Also:
    
    getVerticalScaleFactor()
  - getFixIdentifier
```
public String getFixIdentifier()
```
    Gets the value of the fixIdentifier property.
    The “Fix Identifier” field contains the five-character-name-code, or other series of characters, with which the fix is identified. This includes Waypoint Identifiers, VHF NAVAID Identifiers, NDB NAVAID identifier, Airport Identifiers, and Runway Identifiers
    
    Returns:
    
    possible object is String
  - setFixIdentifier
```
public void setFixIdentifier(String value)
```
    Sets the value of the fixIdentifier property.
    
    Parameters:
    
    value - allowed object is String
    
    See Also:
    
    getFixIdentifier()
  - getFixRef
```
public PointReference getFixRef()
```
    Gets the value of the fixRef property.
    
    Returns:
    
    possible object is PointReference
  - setFixRef
```
public void setFixRef(PointReference value)
```
    Sets the value of the fixRef property.
    
    Parameters:
    
    value - allowed object is PointReference
  - getPortRef
```
public PointReference getPortRef()
```
    Gets the value of the portRef property.
    
    Returns:
    
    possible object is PointReference
  - setPortRef
```
public void setPortRef(PointReference value)
```
    Sets the value of the portRef property.
    
    Parameters:
    
    value - allowed object is PointReference

Class HoldingPattern

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

isEnroute

arcRadius

duplicateIndicator

holdingPatternName

holdingSpeed

holdingTime

holdingDistance

inboundHoldingCourse

legInboundOutboundIndicator

maximumAltitude

minimumAltitude

rnp

rvsmMaximumLevel

rvsmMinimumLevel

turnDirection

verticalScaleFactor

fixIdentifier

fixRef

portRef

Constructor Detail

HoldingPattern

Method Detail

isIsEnroute

setIsEnroute

getArcRadius

setArcRadius

getDuplicateIndicator

setDuplicateIndicator

getHoldingPatternName

setHoldingPatternName

getHoldingSpeed

setHoldingSpeed

getHoldingTime

setHoldingTime

getHoldingDistance

setHoldingDistance

getInboundHoldingCourse

setInboundHoldingCourse

getLegInboundOutboundIndicator

setLegInboundOutboundIndicator

getMaximumAltitude

setMaximumAltitude

getMinimumAltitude

setMinimumAltitude

getRNP

setRNP

getRvsmMaximumLevel

setRvsmMaximumLevel

getRvsmMinimumLevel

setRvsmMinimumLevel

getTurnDirection

setTurnDirection

getVerticalScaleFactor

setVerticalScaleFactor

getFixIdentifier

setFixIdentifier

getFixRef

setFixRef

getPortRef

setPortRef