com.luciad.format.dafif.decoder

Aviation StandardsClass ALcdDAFIFAerodromeDecoder

java.lang.Object

com.luciad.format.dafif.decoder.ALcdDAFIFDecoder

com.luciad.format.dafif.decoder.ALcdDAFIFSingleModelDecoder

com.luciad.format.dafif.decoder.ALcdDAFIFAerodromeDecoder

All Implemented Interfaces:

ILcdDAFIFDecoder, ILcdInputStreamFactoryCapable, ILcdModelDecoder

Direct Known Subclasses:

TLcdDAFIFAerodromeDecoder, TLcdDAFIFHeliportDecoder

public abstract class ALcdDAFIFAerodromeDecoder
extends ALcdDAFIFSingleModelDecoder

This extension of the ALcdDAFIFSingleModelDecoder class provides read methods to retrieve data from a aerodrome or heliport data file.

Records containing information about airports and about airport communication have the same structure as records containing information about heliports. Therefore, the read methods will be the same for these objects.

Field Summary

Fields

Modifier and Type	Field and Description
protected java.lang.String[]	fCommunicationFeaturesToBeDecoded The set of all communications features to be decoded This may be set by the user.
protected java.lang.String[]	fCommunicationFeaturesType1 For each of the 4 formats, the particular features to decode.
protected java.lang.String[]	fCommunicationFeaturesType2
protected java.lang.String[]	fCommunicationFeaturesType3
protected java.lang.String[]	fCommunicationFeaturesType4

Fields inherited from class com.luciad.format.dafif.decoder.ALcdDAFIFDecoder

DAFIF_PROP_EXTENSION, fRecordCount

Constructor Summary

Constructors

Constructor and Description
ALcdDAFIFAerodromeDecoder(java.util.Properties aDAFIFProperties) Initializes the DAFIFProperties field with the specified properties object.

Method Summary

Modifier and Type	Method and Description
protected TLcdAerodromeOperationsType	getTypeForChar(char aType) Returns the unique TLcdAirportType object attached to the given character.
protected TLcdFeaturedService	readCommunicationFeaturesFromType1(char[] aRecord) Reads a full record having format 16 (airports) / 13 (heliports) The created TLcdFeaturedService has the same number of features as specified by fCommunicationFeaturesToBeDecoded, but only the fCommunicationFeaturesType1 are actually filled in.
protected TLcdFeaturedService	readCommunicationFeaturesFromType2(char[] aRecord) Reads a full record having format 17 (airports) / 14 (heliports) The created TLcdFeaturedService has the same number of features as specified by fCommunicationFeaturesToBeDecoded, but only the fCommunicationFeaturesType1 are actually filled in.
protected TLcdFeaturedService	readCommunicationFeaturesFromType3(char[] aRecord) Reads a full record having format 18 (airports) / 15 (heliports) The created TLcdFeaturedService has the same number of features as specified by fCommunicationFeaturesToBeDecoded, but only the fCommunicationFeaturesType1 are actually filled in.
protected java.lang.String	readCommunicationRemark(char[] aRecord) Reads the remark text from a communication record of format 19 - airports or 16 - heliports
protected java.lang.Integer	readCommunicationRemarkSequenceNumber(char[] aRecord) Reads the remark sequence number from a communication record of format 19 - airports or 16 - heliports
protected TLcdCommunicationType	readCommunicationType(char[] aRecord) Reads the communication type from a communication record
protected java.lang.Integer	readCommunicationTypeMultiplierFromType1(char[] aRecord) Reads the communication type multiplier from a communication record of format 16 - airports or 13 - heliports.
protected java.lang.Integer	readCommunicationTypeMultiplierFromType2(char[] aRecord) Reads the communication type multiplier from a communication record of format 17 - airports or 14 - heliports.
protected java.lang.Integer	readCommunicationTypeMultiplierFromType3(char[] aRecord) Reads the communication type multiplier from a communication record of format 18 - airports or 15 - heliports.
protected java.lang.Integer	readCommunicationTypeMultiplierFromType4(char[] aRecord) Reads the communication type multiplier from a communication record of format 19 - airports or 16 - heliports.
protected java.lang.String	readCountryCodeFromFmt1(char[] aRecord) Returns the country code of an aerodrome.
protected double	readElevationFromFmt1(char[] aRecord) Reads the elevation of an aerodrome.
protected java.lang.String	readFAAHostCountryIdentifierFromFmt1(char[] aRecord) Reads the Federal Aviation Administration identifier/host country identifier.
protected double	readGeodeticLat(char[] aRecord) Reads a geodetic latitude.
protected double	readGeodeticLon(char[] aRecord) Reads a geodetic longitude.
protected java.lang.String	readICAOCodeFromFmt1(char[] aRecord) Reads an aerodromes ICAO code from a record of format 01.
protected java.lang.String	readIdentification(char[] aRecord) Reads the identification of an aerodrome from a given record.
protected double	readLat(char[] aRecord) Reads a latitude.
protected ILcdGeodeticDatum	readLocalHorizontalDatumFromFmt1(char[] aRecord) Reads the local horizontal datum from a record of format 01.
protected double	readLon(char[] aRecord) Reads a longitude.
protected java.lang.String	readMagneticVariation(char[] aRecord) Reads the magnetic variation from a record of format 01.
protected java.lang.String	readNameFromFmt1(char[] aRecord) Reads the name of an aerodrome.
protected TLcdAerodromeOperationsType	readOperationsTypeFromFmt1(char[] aRecord) Reads an aerodromes type from a record of format 01.
protected boolean	readRotatingBeaconFromFmt1(char[] aRecord) Reads the rotating beacon of an aerodrome.
protected java.lang.Integer	readStateProvinceCodeFromFmt1(char[] aRecord) Reads the state province code from a record of format 01.
protected java.lang.String	readWACFromFmt1(char[] aRecord) Reads the world area code from a record of format 01.
void	setCommunicationFeaturesToBeDecoded(java.lang.String[] aAerodromeCommunicationsFeaturesToBeDecoded) Sets the airport/heliport communications features to be decoded.
protected void	splitAerodromeFeatures() Given the complete fCommunicationFeaturesToBeDecoded list, it finds the features that have to be extracted from each type of format.

Methods inherited from class com.luciad.format.dafif.decoder.ALcdDAFIFSingleModelDecoder

cleanUp, createModelDescriptor, decode, handleRecord, setKeyFeatureNames

Methods inherited from class com.luciad.format.dafif.decoder.ALcdDAFIFDecoder

addErrorReport, canDecodeSource, getAltitudeType, getBearingTypeForChar, getBounds, getDAFIFProperties, getDataObjectFactory, getDecodingBounds, getDisplayName, getDomainFactory, getErrorMessage, getInputStream, getInputStreamFactory, getLocalHorizontalDatum, getModelFilter, getRecordCount, initializeErrorMessage, isStoreOriginalReference, isTraceOn, loadCFGProperties, read, readExactValue, readFormat, readMinLength, readRecord, setBounds, setDAFIFModelFilter, setDAFIFProperties, setDataObjectFactory, setDecodingBounds, setDomainFactory, setInputStreamFactory, setStoreOriginalReference, setTraceOn, transformPointToReferenceDatumSFCT

Methods inherited from class java.lang.Object

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

Methods inherited from interface com.luciad.format.dafif.decoder.ILcdDAFIFDecoder

getDecodeFileName

Methods inherited from interface com.luciad.model.ILcdModelDecoder

canDecodeSource, decodeModelMetadata, decodeModelMetadata, decodeSource, discoverDataSources

Field Detail

fCommunicationFeaturesToBeDecoded

protected java.lang.String[] fCommunicationFeaturesToBeDecoded

The set of all communications features to be decoded This may be set by the user. The accepted types are the union of the Airport Communications Features corresponding to FILE 0 (airports), formats 16,17,18, 19. These types are identical to the Heliport Communications features corresponding to FILE 1 (heliports), formats 13,14, 15 and 16.

fCommunicationFeaturesType1

protected java.lang.String[] fCommunicationFeaturesType1

For each of the 4 formats, the particular features to decode. The formats are 16,17,18,19 for airports are identical to formats 13,14,15,16 for heliports. The formats are mapped to "Type1", "Type2", "Type3" and "Type4" respectively. This list is obtained from fCommunicationFeaturesToBeDecoded by calling splitAerodromeFeatures.

fCommunicationFeaturesType2

protected java.lang.String[] fCommunicationFeaturesType2

fCommunicationFeaturesType3

protected java.lang.String[] fCommunicationFeaturesType3

fCommunicationFeaturesType4

protected java.lang.String[] fCommunicationFeaturesType4

Constructor Detail

ALcdDAFIFAerodromeDecoder

public ALcdDAFIFAerodromeDecoder(java.util.Properties aDAFIFProperties)

Initializes the DAFIFProperties field with the specified properties object. This object may be null.

If you don't have a properties object here, you can still specify it by decoding a .toc file containing the dafif properties. The decoder will read the properties from the .toc file and look for the data file to be decoded in the directory containing this .toc file.

Parameters:

aDAFIFProperties - a Properties object containing for each domain object the name of its data file or NULL

Method Detail

readIdentification

protected java.lang.String readIdentification(char[] aRecord)

Reads the identification of an aerodrome from a given record.

The identification has no spaces.

Parameters:

aRecord - the record to read from

Returns:

the aerodrome identification

readCountryCodeFromFmt1

protected java.lang.String readCountryCodeFromFmt1(char[] aRecord)

Returns the country code of an aerodrome.

The country code is part of the aerodromes identification. The identification consists of 7 characters: 5 numbers preceded by the country code.

Parameters:

aRecord - the record to read from

Returns:

the country code

readNameFromFmt1

protected java.lang.String readNameFromFmt1(char[] aRecord)

Reads the name of an aerodrome.

Aerodrome names are found in records of format 01. A name has 38 characters and starts at the 14th position of the record. It should contain at least one character. An exception will be thrown if the name is empty.

Parameters:

aRecord - the record to read from

Returns:

the name

readICAOCodeFromFmt1

protected java.lang.String readICAOCodeFromFmt1(char[] aRecord)

Reads an aerodromes ICAO code from a record of format 01.

The ICAO code has 4 characters and starts at the 3th position of the record. It should contain at least 2 non-space characters. If not, an exception will be thrown

Parameters:

aRecord - the record to read from

Returns:

the ICAO code

readStateProvinceCodeFromFmt1

protected java.lang.Integer readStateProvinceCodeFromFmt1(char[] aRecord)

Reads the state province code from a record of format 01.

This code has length 2. The field may be empty.

Parameters:

aRecord - the record to read from

Returns:

the State Province code

readFAAHostCountryIdentifierFromFmt1

protected java.lang.String readFAAHostCountryIdentifierFromFmt1(char[] aRecord)

Reads the Federal Aviation Administration identifier/host country identifier.

This 4 letter - String contains at least 1 character. If it 's empty, an exception will be thrown.

Parameters:

aRecord - the record to read from

Returns:

the Federal Aviation Administration identifier/host country identifier

readLon

protected double readLon(char[] aRecord)

Reads a longitude.

Parameters:

aRecord - the record to read from

Returns:

the longitude

readLat

protected double readLat(char[] aRecord)

Reads a latitude.

Parameters:

aRecord - the record to read from

Returns:

the latitude

readGeodeticLon

protected double readGeodeticLon(char[] aRecord)

Reads a geodetic longitude.

Parameters:

aRecord - the record to read from

Returns:

the longitude

readGeodeticLat

protected double readGeodeticLat(char[] aRecord)

Reads a geodetic latitude.

Parameters:

aRecord - the record to read from

Returns:

the latitude

readLocalHorizontalDatumFromFmt1

protected ILcdGeodeticDatum readLocalHorizontalDatumFromFmt1(char[] aRecord)

Reads the local horizontal datum from a record of format 01.

This field must not be empty. If it is, an exception will be thrown.

Parameters:

aRecord - the record to read from

Returns:

the geodetic datum of the source coordinates

readOperationsTypeFromFmt1

protected TLcdAerodromeOperationsType readOperationsTypeFromFmt1(char[] aRecord)

Reads an aerodromes type from a record of format 01.

A type is defined by one single character (values 'A', 'B', 'C' or 'D') and results in an object of TLcdAirportType.

Parameters:

aRecord - the record to read from

Returns:

the operationsType

readElevationFromFmt1

protected double readElevationFromFmt1(char[] aRecord)

Reads the elevation of an aerodrome.

The elevation starts at the 102nd position of a record of format 01 and it consists of 5 characters. The elevation is measured in meter.

Parameters:

aRecord - the record to read from

Returns:

the elevation

readRotatingBeaconFromFmt1

protected boolean readRotatingBeaconFromFmt1(char[] aRecord)

Reads the rotating beacon of an aerodrome.

This field should contain 'Y' or ' '. If not, an IllegalArgumentException

Parameters:

aRecord - the record to read from

Returns:

a flag indicating whether this aerodrome has a rotating beacon

readMagneticVariation

protected java.lang.String readMagneticVariation(char[] aRecord)

Reads the magnetic variation from a record of format 01.

The magnetic variation has length 12. If not, an exception will be thrown.

Parameters:

aRecord - the record to read from

Returns:

the magnetic variation

readWACFromFmt1

protected java.lang.String readWACFromFmt1(char[] aRecord)

Reads the world area code from a record of format 01.

This code has length 4 and at least 2 characters are no space. If less than 2 characters are found, an exception will be thrown.

Parameters:

aRecord - the record to read from

Returns:

the WAC

getTypeForChar

protected TLcdAerodromeOperationsType getTypeForChar(char aType)

Returns the unique TLcdAirportType object attached to the given character.

If there's no TLcdAirportType object provided for the given character, an IllegalArgumentException is thrown.

Parameters:

aType - a code for the operationsType

Returns:

the operationsType according to the given code

readCommunicationType

protected TLcdCommunicationType readCommunicationType(char[] aRecord)

Reads the communication type from a communication record

Parameters:

aRecord -

Returns:

the communication type as a TLcdCommunicationType object

readCommunicationTypeMultiplierFromType1

protected java.lang.Integer readCommunicationTypeMultiplierFromType1(char[] aRecord)

Reads the communication type multiplier from a communication record of format 16 - airports or 13 - heliports.

Parameters:

aRecord -

Returns:

the communication type multiplier as an Integer

readCommunicationTypeMultiplierFromType2

protected java.lang.Integer readCommunicationTypeMultiplierFromType2(char[] aRecord)

Reads the communication type multiplier from a communication record of format 17 - airports or 14 - heliports.

Parameters:

aRecord -

Returns:

the communication type multiplier as an Integer

readCommunicationTypeMultiplierFromType3

protected java.lang.Integer readCommunicationTypeMultiplierFromType3(char[] aRecord)

Reads the communication type multiplier from a communication record of format 18 - airports or 15 - heliports.

Parameters:

aRecord -

Returns:

the communication type multiplier as an Integer

readCommunicationTypeMultiplierFromType4

protected java.lang.Integer readCommunicationTypeMultiplierFromType4(char[] aRecord)

Reads the communication type multiplier from a communication record of format 19 - airports or 16 - heliports.

Parameters:

aRecord -

Returns:

the communication type multiplier as an Integer

readCommunicationRemarkSequenceNumber

protected java.lang.Integer readCommunicationRemarkSequenceNumber(char[] aRecord)

Reads the remark sequence number from a communication record of format 19 - airports or 16 - heliports

Parameters:

aRecord -

Returns:

the remark sequence number

readCommunicationRemark

protected java.lang.String readCommunicationRemark(char[] aRecord)

Reads the remark text from a communication record of format 19 - airports or 16 - heliports

Parameters:

aRecord -

Returns:

the remark text

setCommunicationFeaturesToBeDecoded

public void setCommunicationFeaturesToBeDecoded(java.lang.String[] aAerodromeCommunicationsFeaturesToBeDecoded)

Sets the airport/heliport communications features to be decoded. The legal names of the features are those present in ILcdDAFIFCommunicationFeature.

Parameters:

aAerodromeCommunicationsFeaturesToBeDecoded - an array of communication features

See Also:

TLcdDAFIFAerodromeDecoder, TLcdDAFIFHeliportDecoder

readCommunicationFeaturesFromType1

protected TLcdFeaturedService readCommunicationFeaturesFromType1(char[] aRecord)

Reads a full record having format 16 (airports) / 13 (heliports) The created TLcdFeaturedService has the same number of features as specified by fCommunicationFeaturesToBeDecoded, but only the fCommunicationFeaturesType1 are actually filled in.

readCommunicationFeaturesFromType2

protected TLcdFeaturedService readCommunicationFeaturesFromType2(char[] aRecord)

Reads a full record having format 17 (airports) / 14 (heliports) The created TLcdFeaturedService has the same number of features as specified by fCommunicationFeaturesToBeDecoded, but only the fCommunicationFeaturesType1 are actually filled in.

readCommunicationFeaturesFromType3

protected TLcdFeaturedService readCommunicationFeaturesFromType3(char[] aRecord)

Reads a full record having format 18 (airports) / 15 (heliports) The created TLcdFeaturedService has the same number of features as specified by fCommunicationFeaturesToBeDecoded, but only the fCommunicationFeaturesType1 are actually filled in.

splitAerodromeFeatures

protected void splitAerodromeFeatures()

Given the complete fCommunicationFeaturesToBeDecoded list, it finds the features that have to be extracted from each type of format. Also computes the position (mapping) of each feature into the final vector.