Class TLcdARINCAerodromeCommunicationDataProperties
java.lang.Object
com.luciad.format.arinc.model.communication.TLcdARINCAerodromeCommunicationDataProperties
This class provides easy access to the properties of the AerodromeCommunication type.
- See Also:
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Field Summary
Modifier and TypeFieldDescriptionstatic final TLcdDataProperty
The identifier of the corresponding aerodrome.static final TLcdDataProperty
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.static final TLcdDataProperty
The Call Sign field specifies the name of the facility being called.static final TLcdDataProperty
The Communication Altitude fields are used to define the altitude restrictions that the frequency is to be used within.static final TLcdDataProperty
The Communication Altitude fields are used to define the altitude restrictions that the frequency is to be used within.static final TLcdDataProperty
Defines the distance restriction a communication frequency is to be used within or beyond when such restrictions apply.static final TLcdDataProperty
The Communication Frequency field specifies a frequency for the facility identified in the Communication Type.static final TLcdDataProperty
The Communication Receive Frequency field specifies a receive frequency for the facility identified in the Communication Type.static final TLcdDataProperty
The Communication Transmit Frequency field specifies a transmit frequency for the facility identified in the Communication Type.static final TLcdDataProperty
The tree letter type of the communication object.static final TLcdDataProperty
A code permitting to categorize communication facilities by geographical area (standard record) or by airline for whom the data is provided (tailored record).static final TLcdDataProperty
The calendar period in which the record was added to the file or last revised.static final TLcdDataProperty
The Distance Description will designate whether a Communication frequency is to be used from the facility out to a specified distance or from a specified distance and beyond in the Airport Communication Record.static final TLcdDataProperty
The Frequency Units field will designate the frequency spectrum area for the frequency in the Communication Frequency.static final TLcdDataProperty
The Guard/Transmit field is used to indicate if the frequency shown in the Communication Frequency field is used, by the station, to receive voice communications or to transmit voice on.static final TLcdDataProperty
The 24H Indicator field is used to indicate if the frequency is available on a 24 hour basis or only on a part time base.static final TLcdDataProperty
The two letter ICAO region of the aerodrome.static final TLcdDataProperty
The Magnetic Variation field specifies the angular difference between True North and Magnetic North at the location defined in the record.static final TLcdDataProperty
The Modulation field will design the type of modulation for the frequency in the Communication Frequency field.static final TLcdDataProperty
The Radar field indicates whether or not the communication unit has access to information derived from primary or secondary radar and can use that information in fulfilling their assigned tasks.static final TLcdDataProperty
The Remote Facility field is used to define the Navaid that a Remote Communications Outlet (RCO) will be transmitting through.static final TLcdDataProperty
The two letter ICAO region of the remote facility.static final TLcdDataProperty
Define the Navaid or Airport upon which the information in the 'Sector' field (bearings) is based.static final TLcdDataProperty
The two letter ICAO region of the sector facility.static final TLcdDataProperty
Defines the beginning bearing from the station.static final TLcdDataProperty
Defines the ending bearing from the station.static final TLcdDataProperty
The Service Indicator field is used to further define the use of the frequency for the specified Communication Type.static final TLcdDataProperty
High Frequency (HF) signals used in aeronautical communications can be the complete signal or a portion of the signal, called a sideband. -
Method Summary
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Field Details
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CUSTOMER_AREA_CODE
A code permitting to categorize communication facilities by geographical area (standard record) or by airline for whom the data is provided (tailored record). The customer/area code is of the typeString
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ICAO_CODE
The two letter ICAO region of the aerodrome. For ICAO regions starting with a 'K', the second character is not unambiguous specified by the different formats. ARINC will use regions like K1, K2, etc. while DAFIF specifies regions like KZ, KA, etc. . The ICAO region is of the typeString
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AERODROME_IDENTIFIER
The identifier of the corresponding aerodrome. The identifier is of the typeString
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COMMUNICATION_TYPE
The tree letter type of the communication object. The communication type is of the typeTLcdCommunicationType
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COMMUNICATION_FREQUENCY
The Communication Frequency field specifies a frequency for the facility identified in the Communication Type. As of ARINC 424-19, this property is replaced by two separate properties to indicate the frequency for transmitting and receiving, i.e.COMMUNICATION_TRANSMIT_FREQUENCY
andCOMMUNICATION_RECEIVE_FREQUENCY
. For ARINC 424-19 or higher, this property will contain the transmit frequency. Communication frequency is of the typeDouble
.- Since:
- 2016.1.58
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COMMUNICATION_TRANSMIT_FREQUENCY
The Communication Transmit Frequency field specifies a transmit frequency for the facility identified in the Communication Type. The frequency value is of the typeDouble
.- Since:
- 2016.1.58
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COMMUNICATION_RECEIVE_FREQUENCY
The Communication Receive Frequency field specifies a receive frequency for the facility identified in the Communication Type. The frequency value is of the typeDouble
.- Since:
- 2016.1.58
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FREQUENCY_UNIT
The Frequency Units field will designate the frequency spectrum area for the frequency in the Communication Frequency. Frequency Units is of the typeTLcdFrequencyUnit
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GUARD_TRANSMIT
The Guard/Transmit field is used to indicate if the frequency shown in the Communication Frequency field is used, by the station, to receive voice communications or to transmit voice on. Guard/Transmit is of the typeTLcdGuardTransmitType
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SERVICE_INDICATOR
The Service Indicator field is used to further define the use of the frequency for the specified Communication Type. Service indicator is a fixed lengthString
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RADAR_CAPABILITIES
The Radar field indicates whether or not the communication unit has access to information derived from primary or secondary radar and can use that information in fulfilling their assigned tasks. Radar capabilities is of the typeBoolean
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MODULATION
The Modulation field will design the type of modulation for the frequency in the Communication Frequency field. Modulation is of the typeTLcdModulationType
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SIGNAL_EMISSION
High Frequency (HF) signals used in aeronautical communications can be the complete signal or a portion of the signal, called a sideband. The Signal Emission field will designate for each HF Frequency what emission is used. Signal emission is of the typeTLcdSignalEmissionType
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MAGNETIC_VARIATION
The Magnetic Variation field specifies the angular difference between True North and Magnetic North at the location defined in the record. Dynamic Magnetic Variation is a computer model derived value and takes location and date into consideration. Magnetic variation is of the typeString
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H24_INDICATOR
The 24H Indicator field is used to indicate if the frequency is available on a 24 hour basis or only on a part time base. H24 indicator is of the typeBoolean
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SECTORIZATION_BEGIN_BEARING
Defines the beginning bearing from the station. Beginning bearing is of the typeInteger
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SECTORIZATION_END_BEARING
Defines the ending bearing from the station. Ending bearing is of the typeInteger
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ALTITUDE_DESCRIPTION
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. Altitude description is of the typeTLcdAltitudeType
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COMMUNICATION_ALTITUDE1
The Communication Altitude fields are used to define the altitude restrictions that the frequency is to be used within. Communication altitude is of the typeInteger
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COMMUNICATION_ALTITUDE2
The Communication Altitude fields are used to define the altitude restrictions that the frequency is to be used within. Communication altitude is of the typeInteger
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SECTOR_FACILITY
Define the Navaid or Airport upon which the information in the 'Sector' field (bearings) is based. Sector facility is of the typeILcdPoint
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SECTOR_FACILITY_ICAO
The two letter ICAO region of the sector facility. For ICAO regions starting with a 'K', the second character is not unambiguous specified by the different formats. ARINC will use regions like K1, K2, etc. while DAFIF specifies regions like KZ, KA, etc. . The ICAO region is of the typeString
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DISTANCE_DESCRIPTION
The Distance Description will designate whether a Communication frequency is to be used from the facility out to a specified distance or from a specified distance and beyond in the Airport Communication Record. Distance description is of the typeTLcdDistanceDescription
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COMMUNICATION_DISTANCE
Defines the distance restriction a communication frequency is to be used within or beyond when such restrictions apply. Communication distance is of the typeInteger
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REMOTE_FACILITY
The Remote Facility field is used to define the Navaid that a Remote Communications Outlet (RCO) will be transmitting through. Remote facility is of the typeILcdPoint
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REMOTE_FACILITY_ICAO
The two letter ICAO region of the remote facility. For ICAO regions starting with a 'K', the second character is not unambiguous specified by the different formats. ARINC will use regions like K1, K2, etc. while DAFIF specifies regions like KZ, KA, etc. . The ICAO region is of the typeString
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CALLSIGN
The Call Sign field specifies the name of the facility being called. Call Sign is of the typeString
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CYCLE_DATE
The calendar period in which the record was added to the file or last revised. A change in any ARINC 424 field, except Dynamic Magnetic Variation, Frequency Protection, Continuation Record Number and File Record Number, requires a cycle date change. The cycle date will not change if there is no change in the data. The first two digits of the field contain the last two digits of the year in which the addition or revision was made. The last two digits contain the numeric identity of the 28-day data update cycle during which the change occurred. Each calendar year contains 13 such cycles, however, on rare occasions 14 cycles will be encountered. The cycle date is of the typeString
.- Since:
- 2016.1.51
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