MS2ASDM provides functionalities to create an ASDM (ALMA science data model) from an existing MS. More...

#include <MS2ASDM.h>

Inheritance diagram for casa::MS2ASDM:

Public Member Functions
	MS2ASDM (MeasurementSet &ms)
	construct from an MS
	~MS2ASDM ()
const String &	showversion ()
void	setVerbosity (const uInt verbosity=2)
	set verbosity of the write methods
void	setBaseUid (const String &baseuid)
const String &	getBaseUid ()
const std::string &	getCurrentUid ()
const std::string &	getCurrentUidAsFileName ()
	return currentUid_p with all ":" and "/" characters replaced by "_"
void	setSubScanDuration (const Double subscanDuration=24.*3600.)
	set maximum duration of a subscan in seconds, 0.
Double	getSubScanDuration ()
	get maximum duration of a subscan in seconds
void	setSBDuration (const Double sBDuration=2700.)
	set maximum duration of a Scheduling Block in seconds
Double	getSBDuration ()
	get maximum duration of a Scheduling Block in seconds
void	setDataAPCorrected (const Bool isCorrected=True)
Bool	dataIsAPCorrected ()
void	setObservatoryName (const String &telName)
void	getObservatoryName (String &telName)
StokesParameterMod::StokesParameter	ASDMStokesParameter (Stokes::StokesTypes s)
	convert CASA Stokes to ASDM Stokes
AntennaTypeMod::AntennaType	ASDMAntennaType (const String &type)
	convert CASA antenna type string to ASDM antenna type enum
ArrayTime	ASDMArrayTime (const Double seconds)
	convert time in seconds to an array time
Double	MSTimeSecs (const ArrayTime atime)
	convert array time to time in seconds
asdm::Interval	ASDMInterval (const Double seconds)
asdm::ArrayTimeInterval	ASDMTimeInterval (const Quantity midpoint, const Quantity interval)
	convert MS style time interval to ASDM ArrayTimeInterval
Double	timestampStartSecs (const uInt mainTabRow)
	return start of MS main table timestamp (seconds)
Double	timestampEndSecs (const uInt mainTabRow)
	return end of MS main table timestamp (seconds)
vector< asdm::Angle >	ASDMAngleV (const MDirection mDir)
	convert MDirection to a vector of Angles
DirectionReferenceCodeMod::DirectionReferenceCode	ASDMDirRefCode (const MDirection::Types type)
	convert MDirection type to ASDM DirectionReferenceCode
BasebandNameMod::BasebandName	ASDMBBName (const Int bbcNo)
	convert a base band converter number to an ASDM base band name
NetSidebandMod::NetSideband	ASDMNetSideBand (const Int netSideband)
	convert a MS net sideband no.
Int	setRecBands (const asdm::Frequency refFreq, Double &frequency, ReceiverBandMod::ReceiverBand &frequencyBand, ReceiverSidebandMod::ReceiverSideband &receiverSideband)
	set a representative frequency, the receiver band and receiver sideband based on a frequency refFreq and the previously set observatory name telName_p, return the band id as an Int (1 to 10), -1 if refFreq is outside ALMA bands but observatory is ALMA, 0 if observatory not ALMA
FrequencyReferenceCodeMod::FrequencyReferenceCode	ASDMFreqRefCode (const MFrequency::Types refFrame)
Unit	unitASDMFreq ()
Unit	unitASDMAngle ()
Unit	unitASDMAngularRate ()
Unit	unitASDMLength ()
Unit	unitASDMTemp ()
asdm::Complex	ASDMComplex (casa::Complex x)
Bool	writeASDM (const String &asdmfile="", const String &datacolumn="data", const String &archiveid="S0", const String &rangeid="X1", const Bool verbose=True, const Double maxSubscanDuration=24.*3600., const Double maxSchedBlockDuration=2700., const Bool msDataIsAPCorrected=True)
	write the entire ASDM from scratch
	MS2ASDM (MeasurementSet &ms)
	construct from an MS
	~MS2ASDM ()
const String &	showversion ()
void	setVerbosity (const uInt verbosity=2)
	set verbosity of the write methods
void	setBaseUid (const String &baseuid)
const String &	getBaseUid ()
const std::string &	getCurrentUid ()
const std::string &	getCurrentUidAsFileName ()
	return currentUid_p with all ":" and "/" characters replaced by "_"
void	setSubScanDuration (const Double subscanDuration=24.*3600.)
	set maximum duration of a subscan in seconds, 0.
Double	getSubScanDuration ()
	get maximum duration of a subscan in seconds
void	setSBDuration (const Double sBDuration=2700.)
	set maximum duration of a Scheduling Block in seconds
Double	getSBDuration ()
	get maximum duration of a Scheduling Block in seconds
void	setDataAPCorrected (const Bool isCorrected=True)
Bool	dataIsAPCorrected ()
void	setObservatoryName (const String &telName)
void	getObservatoryName (String &telName)
StokesParameterMod::StokesParameter	ASDMStokesParameter (Stokes::StokesTypes s)
	convert CASA Stokes to ASDM Stokes
AntennaTypeMod::AntennaType	ASDMAntennaType (const String &type)
	convert CASA antenna type string to ASDM antenna type enum
ArrayTime	ASDMArrayTime (const Double seconds)
	convert time in seconds to an array time
Double	MSTimeSecs (const ArrayTime atime)
	convert array time to time in seconds
asdm::Interval	ASDMInterval (const Double seconds)
asdm::ArrayTimeInterval	ASDMTimeInterval (const Quantity midpoint, const Quantity interval)
	convert MS style time interval to ASDM ArrayTimeInterval
Double	timestampStartSecs (const uInt mainTabRow)
	return start of MS main table timestamp (seconds)
Double	timestampEndSecs (const uInt mainTabRow)
	return end of MS main table timestamp (seconds)
vector< asdm::Angle >	ASDMAngleV (const MDirection mDir)
	convert MDirection to a vector of Angles
DirectionReferenceCodeMod::DirectionReferenceCode	ASDMDirRefCode (const MDirection::Types type)
	convert MDirection type to ASDM DirectionReferenceCode
BasebandNameMod::BasebandName	ASDMBBName (const Int bbcNo)
	convert a base band converter number to an ASDM base band name
NetSidebandMod::NetSideband	ASDMNetSideBand (const Int netSideband)
	convert a MS net sideband no.
Int	setRecBands (const asdm::Frequency refFreq, Double &frequency, ReceiverBandMod::ReceiverBand &frequencyBand, ReceiverSidebandMod::ReceiverSideband &receiverSideband)
	set a representative frequency, the receiver band and receiver sideband based on a frequency refFreq and the previously set observatory name telName_p, return the band id as an Int (1 to 10), -1 if refFreq is outside ALMA bands but observatory is ALMA, 0 if observatory not ALMA
FrequencyReferenceCodeMod::FrequencyReferenceCode	ASDMFreqRefCode (const MFrequency::Types refFrame)
Unit	unitASDMFreq ()
Unit	unitASDMAngle ()
Unit	unitASDMAngularRate ()
Unit	unitASDMLength ()
Unit	unitASDMTemp ()
asdm::Complex	ASDMComplex (casa::Complex x)
Bool	writeASDM (const String &asdmfile="", const String &datacolumn="data", const String &archiveid="S0", const String &rangeid="X1", const Bool verbose=True, const Double maxSubscanDuration=24.*3600., const Double maxSchedBlockDuration=2700., const Bool msDataIsAPCorrected=True)
	write the entire ASDM from scratch
Private Member Functions
Bool	incrementUid ()
	* Private member functions *
Bool	setDirectory (const String &asdmfile)
Bool	writeStation ()
Bool	writeAntenna ()
Bool	writeSpectralWindow ()
Bool	writeSource ()
Bool	writePolarization ()
Bool	writeCorrelatorMode ()
Bool	writeAlmaRadiometer ()
Bool	writeHolography ()
Bool	writeProcessor ()
Bool	writeField ()
Bool	writeReceiver ()
Bool	writeFeed ()
Bool	writeDataDescription ()
Bool	writeSwitchCycle ()
Bool	writeState ()
Bool	writeSysCal ()
Bool	writeConfigDescription ()
Bool	writeSBSummaryAndExecBlockStubs ()
	Scheme 1) We regard one MS Observation as a set of ASDM ExecBlocks modelled on a single ASDM Scheduling Block 2) ALMA ExecBlocks are at most 30 minutes long.
Bool	writeMainAndScanAndSubScan (const String &datacolumn)
	with information from the APDM
Int	writeMainBinSubScanForOneDDIdFIdPair (const Int theDDId, const Int theFieldId, const String &datacolumn, const uInt theScan, const uInt theSubScan, const uInt startRow, const uInt endRow, const asdm::Tag eBlockId, int &datasize, asdm::EntityRef &dataOid, vector< asdm::Tag > &stateId)
	write the Main binary data for one DataDescId/FieldId pair and one SubScan (return number of integrations written and set the last three parameters in the list)
Bool	writePointingModel ()
Bool	writePointing ()
Bool	stokesTypePresent (const Vector< Int > corrT, const Stokes::StokesTypes st)
	*** Aux.
Bool	incrementUid ()
	* Private member functions *
Bool	setDirectory (const String &asdmfile)
Bool	writeStation ()
Bool	writeAntenna ()
Bool	writeSpectralWindow ()
Bool	writeSource ()
Bool	writePolarization ()
Bool	writeCorrelatorMode ()
Bool	writeAlmaRadiometer ()
Bool	writeHolography ()
Bool	writeProcessor ()
Bool	writeField ()
Bool	writeReceiver ()
Bool	writeFeed ()
Bool	writeDataDescription ()
Bool	writeSwitchCycle ()
Bool	writeState ()
Bool	writeSysCal ()
Bool	writeConfigDescription ()
Bool	writeSBSummaryAndExecBlockStubs ()
	Scheme 1) We regard one MS Observation as a set of ASDM ExecBlocks modelled on a single ASDM Scheduling Block 2) ALMA ExecBlocks are at most 30 minutes long.
Bool	writeMainAndScanAndSubScan (const String &datacolumn)
	with information from the APDM
Int	writeMainBinSubScanForOneDDIdFIdPair (const Int theDDId, const Int theFieldId, const String &datacolumn, const uInt theScan, const uInt theSubScan, const uInt startRow, const uInt endRow, const asdm::Tag eBlockId, int &datasize, asdm::EntityRef &dataOid, vector< asdm::Tag > &stateId)
	write the Main binary data for one DataDescId/FieldId pair and one SubScan (return number of integrations written and set the last three parameters in the list)
Bool	writePointingModel ()
Bool	writePointing ()
Bool	stokesTypePresent (const Vector< Int > corrT, const Stokes::StokesTypes st)
	*** Aux.
Private Attributes
MeasurementSet	ms_p
	* Member variables *
asdm::ASDM *	ASDM_p
string	asdmVersion_p
uInt	verbosity_p
String	baseUid_p
uInt	runningId_p
	i.e.
String	currentUid_p
	used to construct the UIDs: uid = baseUid_p + (runningId_p converted to unpadded hex string)
String	telName_p
Double	subscanDuration_p
Double	schedBlockDuration_p
Bool	dataIsAPCorrected_p
string	asdmUID_p
	AtmPhaseCorrectionMod::AP_CORRECTED, false if it is AtmPhaseCorrectionMod::AP_UNCORRECTED.
String	asdmDir_p
SimpleOrderedMap< String, asdm::Tag >	asdmStationId_p
SimpleOrderedMap< Int, asdm::Tag >	asdmAntennaId_p
SimpleOrderedMap< Int, asdm::Tag >	asdmSpectralWindowId_p
SimpleOrderedMap< Int, asdm::Tag >	asdmPolarizationId_p
SimpleOrderedMap< Int, asdm::Tag >	asdmProcessorId_p
SimpleOrderedMap< Int, asdm::Tag >	asdmFieldId_p
SimpleOrderedMap< Int, asdm::Tag >	asdmEphemerisId_p
SimpleOrderedMap< Int, asdm::Tag >	asdmDataDescriptionId_p
SimpleOrderedMap< Int, asdm::Tag >	asdmStateId_p
SimpleOrderedMap< uInt, asdm::Tag >	asdmConfigDescriptionId_p
SimpleOrderedMap< Int, asdm::Tag >	asdmSBSummaryId_p
SimpleOrderedMap< Double, asdm::Tag >	asdmExecBlockId_p
SimpleOrderedMap< Int, int >	asdmFeedId_p
SimpleOrderedMap< Int, int >	asdmSourceId_p
SimpleOrderedMap< asdm::Tag, int >	asdmPointingModelId_p
vector< vector< Bool > >	skipCorr_p

Detailed Description

MS2ASDM provides functionalities to create an ASDM (ALMA science data model) from an existing MS.

<visibility=export>

Review Status

Date Reviewed:: yyyy/mm/dd

Prerequisite

MeasurementSet

Etymology

Synopsis

Definition at line 78 of file MS2ASDM.h.

Constructor & Destructor Documentation

casa::MS2ASDM::MS2ASDM ( MeasurementSet & ms )

construct from an MS

casa::MS2ASDM::~MS2ASDM ( )

casa::MS2ASDM::MS2ASDM ( MeasurementSet & ms )

construct from an MS

casa::MS2ASDM::~MS2ASDM ( )

Member Function Documentation

vector< asdm::Angle > casa::MS2ASDM::ASDMAngleV ( const MDirection mDir )

convert MDirection to a vector of Angles

vector< asdm::Angle > casa::MS2ASDM::ASDMAngleV ( const MDirection mDir )

convert MDirection to a vector of Angles

AntennaTypeMod::AntennaType casa::MS2ASDM::ASDMAntennaType ( const String & type )

convert CASA antenna type string to ASDM antenna type enum

AntennaTypeMod::AntennaType casa::MS2ASDM::ASDMAntennaType ( const String & type )

convert CASA antenna type string to ASDM antenna type enum

ArrayTime casa::MS2ASDM::ASDMArrayTime ( const Double seconds ) [inline]

convert time in seconds to an array time

Definition at line 135 of file MS2ASDM.h.

References casa::floor().

ArrayTime casa::MS2ASDM::ASDMArrayTime ( const Double seconds ) [inline]

convert time in seconds to an array time

Definition at line 135 of file MS2ASDM.h.

References casa::floor().

BasebandNameMod::BasebandName casa::MS2ASDM::ASDMBBName ( const Int bbcNo )

convert a base band converter number to an ASDM base band name

BasebandNameMod::BasebandName casa::MS2ASDM::ASDMBBName ( const Int bbcNo )

convert a base band converter number to an ASDM base band name

asdm::Complex casa::MS2ASDM::ASDMComplex ( casa::Complex x ) [inline]

Definition at line 188 of file MS2ASDM.h.

asdm::Complex casa::MS2ASDM::ASDMComplex ( casa::Complex x ) [inline]

Definition at line 188 of file MS2ASDM.h.

DirectionReferenceCodeMod::DirectionReferenceCode casa::MS2ASDM::ASDMDirRefCode ( const MDirection::Types type )

convert MDirection type to ASDM DirectionReferenceCode

DirectionReferenceCodeMod::DirectionReferenceCode casa::MS2ASDM::ASDMDirRefCode ( const MDirection::Types type )

convert MDirection type to ASDM DirectionReferenceCode

FrequencyReferenceCodeMod::FrequencyReferenceCode casa::MS2ASDM::ASDMFreqRefCode ( const MFrequency::Types refFrame )

asdm::Interval casa::MS2ASDM::ASDMInterval ( const Double seconds ) [inline]

Definition at line 142 of file MS2ASDM.h.

References casa::floor().

asdm::Interval casa::MS2ASDM::ASDMInterval ( const Double seconds ) [inline]

Definition at line 142 of file MS2ASDM.h.

References casa::floor().

NetSidebandMod::NetSideband casa::MS2ASDM::ASDMNetSideBand ( const Int netSideband )

convert a MS net sideband no.

to an ASDM enum

NetSidebandMod::NetSideband casa::MS2ASDM::ASDMNetSideBand ( const Int netSideband )

convert a MS net sideband no.

to an ASDM enum

StokesParameterMod::StokesParameter casa::MS2ASDM::ASDMStokesParameter ( Stokes::StokesTypes s )

convert CASA Stokes to ASDM Stokes

StokesParameterMod::StokesParameter casa::MS2ASDM::ASDMStokesParameter ( Stokes::StokesTypes s )

convert CASA Stokes to ASDM Stokes

asdm::ArrayTimeInterval casa::MS2ASDM::ASDMTimeInterval	(	const Quantity	midpoint,
		const Quantity	interval
	)

convert MS style time interval to ASDM ArrayTimeInterval

asdm::ArrayTimeInterval casa::MS2ASDM::ASDMTimeInterval	(	const Quantity	midpoint,
		const Quantity	interval
	)

convert MS style time interval to ASDM ArrayTimeInterval

Bool casa::MS2ASDM::dataIsAPCorrected ( ) [inline]

Definition at line 120 of file MS2ASDM.h.

References dataIsAPCorrected_p.

Bool casa::MS2ASDM::dataIsAPCorrected ( ) [inline]

Definition at line 120 of file MS2ASDM.h.

References dataIsAPCorrected_p.

const String& casa::MS2ASDM::getBaseUid ( )

const std::string& casa::MS2ASDM::getCurrentUid ( )

const std::string& casa::MS2ASDM::getCurrentUidAsFileName ( )

return currentUid_p with all ":" and "/" characters replaced by "_"

const std::string& casa::MS2ASDM::getCurrentUidAsFileName ( )

return currentUid_p with all ":" and "/" characters replaced by "_"

void casa::MS2ASDM::getObservatoryName ( String & telName ) [inline]

Definition at line 125 of file MS2ASDM.h.

References telName_p.

void casa::MS2ASDM::getObservatoryName ( String & telName ) [inline]

Definition at line 125 of file MS2ASDM.h.

References telName_p.

Double casa::MS2ASDM::getSBDuration ( ) [inline]

get maximum duration of a Scheduling Block in seconds

Definition at line 115 of file MS2ASDM.h.

References schedBlockDuration_p.

Double casa::MS2ASDM::getSBDuration ( ) [inline]

get maximum duration of a Scheduling Block in seconds

Definition at line 115 of file MS2ASDM.h.

References schedBlockDuration_p.

Double casa::MS2ASDM::getSubScanDuration ( ) [inline]

get maximum duration of a subscan in seconds

Definition at line 108 of file MS2ASDM.h.

References subscanDuration_p.

Double casa::MS2ASDM::getSubScanDuration ( ) [inline]

get maximum duration of a subscan in seconds

Definition at line 108 of file MS2ASDM.h.

References subscanDuration_p.

Bool casa::MS2ASDM::incrementUid ( ) [private]

*** Private member functions ***

Bool casa::MS2ASDM::incrementUid ( ) [private]

*** Private member functions ***

Double casa::MS2ASDM::MSTimeSecs ( const ArrayTime atime ) [inline]

convert array time to time in seconds

Definition at line 139 of file MS2ASDM.h.

Double casa::MS2ASDM::MSTimeSecs ( const ArrayTime atime ) [inline]

convert array time to time in seconds

Definition at line 139 of file MS2ASDM.h.

void casa::MS2ASDM::setBaseUid ( const String & baseuid )

void casa::MS2ASDM::setDataAPCorrected ( const Bool isCorrected = True ) [inline]

Definition at line 117 of file MS2ASDM.h.

References dataIsAPCorrected_p.

void casa::MS2ASDM::setDataAPCorrected ( const Bool isCorrected = True ) [inline]

Definition at line 117 of file MS2ASDM.h.

References dataIsAPCorrected_p.

Bool casa::MS2ASDM::setDirectory ( const String & asdmfile ) [private]

void casa::MS2ASDM::setObservatoryName ( const String & telName ) [inline]

Definition at line 122 of file MS2ASDM.h.

References telName_p.

void casa::MS2ASDM::setObservatoryName ( const String & telName ) [inline]

Definition at line 122 of file MS2ASDM.h.

References telName_p.

Int casa::MS2ASDM::setRecBands	(	const asdm::Frequency	refFreq,
		Double &	frequency,
		ReceiverBandMod::ReceiverBand &	frequencyBand,
		ReceiverSidebandMod::ReceiverSideband &	receiverSideband
	)

set a representative frequency, the receiver band and receiver sideband based on a frequency refFreq and the previously set observatory name telName_p, return the band id as an Int (1 to 10), -1 if refFreq is outside ALMA bands but observatory is ALMA, 0 if observatory not ALMA

Int casa::MS2ASDM::setRecBands	(	const asdm::Frequency	refFreq,
		Double &	frequency,
		ReceiverBandMod::ReceiverBand &	frequencyBand,
		ReceiverSidebandMod::ReceiverSideband &	receiverSideband
	)

set a representative frequency, the receiver band and receiver sideband based on a frequency refFreq and the previously set observatory name telName_p, return the band id as an Int (1 to 10), -1 if refFreq is outside ALMA bands but observatory is ALMA, 0 if observatory not ALMA

void casa::MS2ASDM::setSBDuration ( const Double sBDuration = 2700. ) [inline]

set maximum duration of a Scheduling Block in seconds

Definition at line 111 of file MS2ASDM.h.

References schedBlockDuration_p.

void casa::MS2ASDM::setSBDuration ( const Double sBDuration = 2700. ) [inline]

set maximum duration of a Scheduling Block in seconds

Definition at line 111 of file MS2ASDM.h.

References schedBlockDuration_p.

void casa::MS2ASDM::setSubScanDuration ( const Double subscanDuration = 24.*3600. ) [inline]

set maximum duration of a subscan in seconds, 0.

== no time limit

Definition at line 104 of file MS2ASDM.h.

References subscanDuration_p.

void casa::MS2ASDM::setSubScanDuration ( const Double subscanDuration = 24.*3600. ) [inline]

set maximum duration of a subscan in seconds, 0.

== no time limit

Definition at line 104 of file MS2ASDM.h.

References subscanDuration_p.

void casa::MS2ASDM::setVerbosity ( const uInt verbosity = 2 ) [inline]

set verbosity of the write methods

Definition at line 91 of file MS2ASDM.h.

References verbosity_p.

void casa::MS2ASDM::setVerbosity ( const uInt verbosity = 2 ) [inline]

set verbosity of the write methods

Definition at line 91 of file MS2ASDM.h.

References verbosity_p.

const String& casa::MS2ASDM::showversion ( )

Bool casa::MS2ASDM::stokesTypePresent	(	const Vector< Int >	corrT,
		const Stokes::StokesTypes	st
	)		`[private]`

*** Aux.

methods ***

 check if vector corrT already contains a stokes type equivalent to st

Bool casa::MS2ASDM::stokesTypePresent	(	const Vector< Int >	corrT,
		const Stokes::StokesTypes	st
	)		`[private]`

*** Aux.

methods ***

 check if vector corrT already contains a stokes type equivalent to st

Double casa::MS2ASDM::timestampEndSecs ( const uInt mainTabRow ) [inline]

return end of MS main table timestamp (seconds)

Definition at line 153 of file MS2ASDM.h.

References casa::ROMSMainColumns::intervalQuant(), and casa::ROMSMainColumns::timeQuant().

Double casa::MS2ASDM::timestampEndSecs ( const uInt mainTabRow ) [inline]

return end of MS main table timestamp (seconds)

Definition at line 153 of file MS2ASDM.h.

References casa::ROMSMainColumns::intervalQuant(), and casa::ROMSMainColumns::timeQuant().

Double casa::MS2ASDM::timestampStartSecs ( const uInt mainTabRow ) [inline]

return start of MS main table timestamp (seconds)

Definition at line 149 of file MS2ASDM.h.

References casa::ROMSMainColumns::intervalQuant(), and casa::ROMSMainColumns::timeQuant().

Double casa::MS2ASDM::timestampStartSecs ( const uInt mainTabRow ) [inline]

return start of MS main table timestamp (seconds)

Definition at line 149 of file MS2ASDM.h.

References casa::ROMSMainColumns::intervalQuant(), and casa::ROMSMainColumns::timeQuant().

Unit casa::MS2ASDM::unitASDMAngle ( ) [inline]

Definition at line 180 of file MS2ASDM.h.

References String, and asdm::Angle::unit().

Unit casa::MS2ASDM::unitASDMAngle ( ) [inline]

Definition at line 180 of file MS2ASDM.h.

References String, and asdm::Angle::unit().

Unit casa::MS2ASDM::unitASDMAngularRate ( ) [inline]

Definition at line 182 of file MS2ASDM.h.

References String, and asdm::AngularRate::unit().

Unit casa::MS2ASDM::unitASDMAngularRate ( ) [inline]

Definition at line 182 of file MS2ASDM.h.

References String, and asdm::AngularRate::unit().

Unit casa::MS2ASDM::unitASDMFreq ( ) [inline]

Definition at line 178 of file MS2ASDM.h.

References String, and asdm::Frequency::unit().

Unit casa::MS2ASDM::unitASDMFreq ( ) [inline]

Definition at line 178 of file MS2ASDM.h.

References String, and asdm::Frequency::unit().

Unit casa::MS2ASDM::unitASDMLength ( ) [inline]

Definition at line 184 of file MS2ASDM.h.

References String, and asdm::Length::unit().

Unit casa::MS2ASDM::unitASDMLength ( ) [inline]

Definition at line 184 of file MS2ASDM.h.

References String, and asdm::Length::unit().

Unit casa::MS2ASDM::unitASDMTemp ( ) [inline]

Definition at line 186 of file MS2ASDM.h.

References String, and asdm::Temperature::unit().

Unit casa::MS2ASDM::unitASDMTemp ( ) [inline]

Definition at line 186 of file MS2ASDM.h.

References String, and asdm::Temperature::unit().

Bool casa::MS2ASDM::writeAlmaRadiometer ( ) [private]

Bool casa::MS2ASDM::writeAntenna ( ) [private]

Bool casa::MS2ASDM::writeASDM	(	const String &	asdmfile = `""`,
		const String &	datacolumn = `"data"`,
		const String &	archiveid = `"S0"`,
		const String &	rangeid = `"X1"`,
		const Bool	verbose = `True`,
		const Double	maxSubscanDuration = `24.*3600.`,
		const Double	maxSchedBlockDuration = `2700.`,
		const Bool	msDataIsAPCorrected = `True`
	)

write the entire ASDM from scratch

Bool casa::MS2ASDM::writeASDM	(	const String &	asdmfile = `""`,
		const String &	datacolumn = `"data"`,
		const String &	archiveid = `"S0"`,
		const String &	rangeid = `"X1"`,
		const Bool	verbose = `True`,
		const Double	maxSubscanDuration = `24.*3600.`,
		const Double	maxSchedBlockDuration = `2700.`,
		const Bool	msDataIsAPCorrected = `True`
	)

write the entire ASDM from scratch

Bool casa::MS2ASDM::writeConfigDescription ( ) [private]

Bool casa::MS2ASDM::writeCorrelatorMode ( ) [private]

Bool casa::MS2ASDM::writeDataDescription ( ) [private]

Bool casa::MS2ASDM::writeFeed ( ) [private]

Bool casa::MS2ASDM::writeField ( ) [private]

Bool casa::MS2ASDM::writeHolography ( ) [private]

Bool casa::MS2ASDM::writeMainAndScanAndSubScan ( const String & datacolumn ) [private]

with information from the APDM

Bool casa::MS2ASDM::writeMainAndScanAndSubScan ( const String & datacolumn ) [private]

with information from the APDM

Int casa::MS2ASDM::writeMainBinSubScanForOneDDIdFIdPair	(	const Int	theDDId,
		const Int	theFieldId,
		const String &	datacolumn,
		const uInt	theScan,
		const uInt	theSubScan,
		const uInt	startRow,
		const uInt	endRow,
		const asdm::Tag	eBlockId,
		int &	datasize,
		asdm::EntityRef &	dataOid,
		vector< asdm::Tag > &	stateId
	)		`[private]`

write the Main binary data for one DataDescId/FieldId pair and one SubScan (return number of integrations written and set the last three parameters in the list)

Int casa::MS2ASDM::writeMainBinSubScanForOneDDIdFIdPair	(	const Int	theDDId,
		const Int	theFieldId,
		const String &	datacolumn,
		const uInt	theScan,
		const uInt	theSubScan,
		const uInt	startRow,
		const uInt	endRow,
		const asdm::Tag	eBlockId,
		int &	datasize,
		asdm::EntityRef &	dataOid,
		vector< asdm::Tag > &	stateId
	)		`[private]`

write the Main binary data for one DataDescId/FieldId pair and one SubScan (return number of integrations written and set the last three parameters in the list)

Bool casa::MS2ASDM::writePointing ( ) [private]

Bool casa::MS2ASDM::writePointingModel ( ) [private]

Bool casa::MS2ASDM::writePolarization ( ) [private]

Bool casa::MS2ASDM::writeProcessor ( ) [private]

Bool casa::MS2ASDM::writeReceiver ( ) [private]

Bool casa::MS2ASDM::writeSBSummaryAndExecBlockStubs ( ) [private]

Scheme 1) We regard one MS Observation as a set of ASDM ExecBlocks modelled on a single ASDM Scheduling Block 2) ALMA ExecBlocks are at most 30 minutes long.

If an MS Observation is more than 30 Minutes long, it is split up into several ASDM ExecBlocks each referring to the same Scheduling Block. 3) Each ASDM ExecBlock contains one or more ASDM Scans based on the MS scans 4) Each ASDM Scan contains one or more ASDM Subscans 5) Each ASDM Subscan is at most subscanduration long. (external parameter) 6) If an MS Scan is longer than subscanduration, it is split up into several ASDM subscans.

Bool casa::MS2ASDM::writeSBSummaryAndExecBlockStubs ( ) [private]

Scheme 1) We regard one MS Observation as a set of ASDM ExecBlocks modelled on a single ASDM Scheduling Block 2) ALMA ExecBlocks are at most 30 minutes long.

If an MS Observation is more than 30 Minutes long, it is split up into several ASDM ExecBlocks each referring to the same Scheduling Block. 3) Each ASDM ExecBlock contains one or more ASDM Scans based on the MS scans 4) Each ASDM Scan contains one or more ASDM Subscans 5) Each ASDM Subscan is at most subscanduration long. (external parameter) 6) If an MS Scan is longer than subscanduration, it is split up into several ASDM subscans.

Bool casa::MS2ASDM::writeSource ( ) [private]