#include <SubMS.h>

Inheritance diagram for casa::SubMS:

Public Types
enum	RegriddingAlternatives { useFFTShift, useLinIntThenFFTShift }
enum	asdmStManUseAlternatives { DONT, USE_FOR_DATA, USE_FOR_DATA_WEIGHT_SIGMA_FLAG }
Public Member Functions
	SubMS (String &theMS, Table::TableOption option=Table::Old)
	SubMS (MeasurementSet &ms)
	construct from an MS
virtual	~SubMS ()
void	setMS (MeasurementSet &ms)
	Change or Set the MS this MSSelector refers to.
Bool	selectSpw (const String &spwstr, const Vector< Int > &steps)
	Select spw and channels for each spw.
void	selectSpw (Vector< Int > spw, Vector< Int > nchan, Vector< Int > start, Vector< Int > step)
	This older version is used by the older version of setmsselect().
Bool	selectCorrelations (const String &corrstr)
	Setup polarization selection (for now, only from available correlations - no Stokes transformations.)
Bool	setmsselect (const String &spw="", const String &field="", const String &baseline="", const String &scan="", const String &uvrange="", const String &taql="", const Vector< Int > &step=Vector< Int >(1, 1), const String &subarray="", const String &correlation="", const String &intent="", const String &obs="")
	select Time and time averaging or regridding void selectTime();
void	setmsselect (const String &spw, const String &field, const String &baseline, const String &scan, const String &obs, const String &uvrange, const String &taql, const Vector< Int > &nchan, const Vector< Int > &start, const Vector< Int > &step, const String &subarray)
	This older version does not return a success value, and does need nchan, start, and step.
Bool	selectSource (const Vector< Int > &fieldid)
	Select source or field.
void	selectAntenna (const Vector< Int > &antennaids, const Vector< String > &antennaSel)
	Select Antennas to split out.
void	selectArray (const String &subarray)
	Select array IDs to use.
void	selectTime (Double timeBin=-1.0, String timerng="")
	select time parameters
void	setFitOrder (Int fitorder, Bool advise=true)
	void selectSource(Vector<String> sourceid);
void	setFitSpw (const String &fitspw)
	Set the selection string for line-free channels.
void	setFitOutSpw (const String &fitoutspw)
	Selection string for output channels if doing continuum subtraction.
Bool	makeSubMS (String &submsname, String &whichDataCol, const Vector< Int > &tileShape=Vector< Int >(1, 0), const String &combine="")
	Method to make the subMS.
virtual MeasurementSet *	makeScratchSubMS (const Vector< MS::PredefinedColumns > &whichDataCols, const Bool forceInMemory=False)
	Method to make a scratch subMS and even in memory if posssible Useful if temporary subselection/averaging is necessary It'll be in memory if the basic output ms is less than half of memory reported by HostInfo unless forced to by user...
virtual MeasurementSet *	makeScratchSubMS (const String &whichDataCol, const Bool forceInMemory=False)
	In this form whichDataCol gets passed to parseColumnNames().
void	verifyColumns (const MeasurementSet &ms, const Vector< MS::PredefinedColumns > &colNames)
Int	regridSpw (String &message, const String &outframe="", const String &regridQuant="chan", const Double regridVeloRestfrq=-3E30, const String &regridInterpMeth="LINEAR", const Double regridCenter=-3E30, const Double regridBandwidth=-1., const Double regridChanWidth=-1., const Bool doHanningSmooth=False, const Int phaseCenterFieldId=-2, MDirection phaseCenter=MDirection(), const Bool centerIsStart=False, const Bool startIsEnd=False, const Int nchan=0, const Int width=0, const Int start=-1)
	Transform spectral data to different reference frame, optionally regrid the frequency channels return values: -1 = MS not modified, 1 = MS modified and OK, 0 = MS modified but not OK (i.e.
Bool	createPartnerColumn (TableDesc &modMSTD, const String &oldName, const String &newName, const Int &hypercolumnDim, const IPosition &tileShape)
	Support method for regridSpw(): results in the column oldName being renamed to newName, and a new column which is an empty copy of oldName being created together with a TileShapeStMan data manager and hypercolumn (name copied from the old hypercolumn) with given dimension, the old hypercolumn of name hypercolumnName is renamed to name+"B".
Bool	setRegridParameters (vector< Int > &oldSpwId, vector< Int > &oldFieldId, vector< Int > &newDataDescId, vector< Bool > &regrid, vector< Bool > &transform, vector< MDirection > &theFieldDirV, vector< MPosition > &mObsPosV, vector< MFrequency::Types > &fromFrameTypeV, vector< MFrequency::Ref > &outFrameV, vector< Vector< Double > > &xold, vector< Vector< Double > > &xout, vector< Vector< Double > > &xin, vector< Int > &method, Bool &msMod, const String &outframe, const String &regridQuant, const Double regridVeloRestfrq, const String &regridInterpMeth, const Double regridCenter, const Double regridBandwidth, const Double regridChanWidth, const Int regridPhaseCenterFieldId, const MDirection regridPhaseCenter, const Bool writeTables, LogIO &os, String &regridMessage, const Bool centerIsStart=False, const Bool startIsEnd=False, const Int nchan=0, const Int width=0, const Int start=-1)
	Support method for regridSpw(): if writeTables is False, the (const) input parameters are only verified, nothing is written; return value is True if the parameters are OK.
Bool	combineSpws (const Vector< Int > &spwids, const Bool noModify, Vector< Double > &newCHAN_FREQ, Vector< Double > &newCHAN_WIDTH, Bool verbose=False)
	combineSpws(): make one spectral window from all spws given by the spwids vector
Bool	combineSpws (const Vector< Int > &spwids=Vector< Int >(1,-1))
Static Public Member Functions
static std::set< Int >	findBadSpws (MeasurementSet &ms, Vector< Int > spwv)
	Returns the set (possibly empty) of spectral windows that are in spwv but not listed in ms's DATA_DESCRIPTION subtable.
static Bool	pickAntennas (Vector< Int > &selected_antennaids, Vector< String > &selected_antenna_strs, const Vector< Int > &antennaids, const Vector< String > &antennaSel)
static MeasurementSet *	setupMS (const String &msname, const Int nchan, const Int npol, const String &telescop, const Vector< MS::PredefinedColumns > &colNamesTok, const Int obstype=0, const Bool compress=False, const asdmStManUseAlternatives asdmStManUse=DONT)
	This sets up a default new ms Declared static as it can be (and is) called directly outside of SubMS.
static MeasurementSet *	setupMS (const String &msname, const Int nchan, const Int npol, const Vector< MS::PredefinedColumns > &colNamesTok, const Vector< Int > &tileShape=Vector< Int >(1, 0), const Bool compress=False, const asdmStManUseAlternatives asdmStManUse=DONT)
	Same as above except allowing manual tileshapes.
static uInt	addOptionalColumns (const Table &inTab, Table &outTab, const Bool beLazy=false)
	Add optional columns to outTab if present in inTab and possColNames.
static Bool	copyCols (Table &out, const Table &in, const Bool flush=True)
	Like TableCopy::copyRows, but by column.
static void	createSubtables (MeasurementSet &ms, Table::TableOption option)
	A customized version of MS::createDefaultSubtables().
static const Vector < MS::PredefinedColumns > &	parseColumnNames (String colNameList)
	Declared static because it's used in setupMS().
static const Vector < MS::PredefinedColumns > &	parseColumnNames (String colNameList, const MeasurementSet &ms)
	This version uses the MeasurementSet to check what columns are present, i.e.
static Bool	mustConvertToData (const uInt nTok, const Vector< MS::PredefinedColumns > &datacols)
	The output MS must have (at least?) 1 of DATA, FLOAT_DATA, or LAG_DATA.
static Bool	sepFloat (const Vector< MS::PredefinedColumns > &anyDataCols, Vector< MS::PredefinedColumns > &complexDataCols)
static Bool	getCorrMaps (MSSelection &mssel, const MeasurementSet &ms, Vector< Vector< Int > > &outToIn, const Bool areSelecting=false)
	Fills outToIn[pol] with a map from output correlation index to input correlation index, for each input polID pol.
static void	remap (Vector< Int > &col, const Vector< Int > &mapper)
	Replaces col[i] with mapper[col[i]] for each element of col.
static void	remap (Vector< Int > &col, const std::map< Int, Int > &mapper)
static lDouble	vrad (const lDouble freq, const lDouble rest)
	the following inline convenience methods for regridSpw bypass the whole CASA measure system because when they are used, they can assume that the frame stays the same and the units are OK
static lDouble	vopt (const lDouble freq, const lDouble rest)
static lDouble	lambda (const lDouble freq)
static lDouble	freq_from_vrad (const lDouble vrad, const lDouble rest)
static lDouble	freq_from_vopt (const lDouble vopt, const lDouble rest)
static lDouble	freq_from_lambda (const lDouble lambda)
static Bool	regridChanBounds (Vector< Double > &newChanLoBound, Vector< Double > &newChanHiBound, const Double regridCenter, const Double regridBandwidth, const Double regridChanWidth, const Double regridVeloRestfrq, const String regridQuant, const Vector< Double > &transNewXin, const Vector< Double > &transCHAN_WIDTH, String &message, const Bool centerIsStart=False, const Bool startIsEnd=False, const Int nchan=0, const Int width=0, const Int start=-1)
	Support method for regridSpw(): calculate the final new channel boundaries from the regridding parameters and the old channel boundaries (already transformed to the desired reference frame); returns False if input paramters were invalid and no useful boundaries could be created.
static Bool	convertGridPars (LogIO &os, const String &mode, const int nchan, const String &start, const String &width, const String &interp, const String &restfreq, const String &outframe, const String &veltype, String &t_mode, String &t_outframe, String &t_regridQuantity, Double &t_restfreq, String &t_regridInterpMeth, Double &t_cstart, Double &t_bandwidth, Double &t_cwidth, Bool &t_centerIsStart, Bool &t_startIsEnd, Int &t_nchan, Int &t_width, Int &t_start)
	a helper function for handling the gridding parameter user input
static Bool	calcChanFreqs (LogIO &os, Vector< Double > &newCHAN_FREQ, Vector< Double > &newCHAN_WIDTH, const Vector< Double > &oldCHAN_FREQ, const Vector< Double > &oldCHAN_WIDTH, const MDirection phaseCenter, const MFrequency::Types theOldRefFrame, const MEpoch theObsTime, const MPosition mObsPos, const String &mode, const int nchan, const String &start, const String &width, const String &restfreq, const String &outframe, const String &veltype, Bool verbose=False, MRadialVelocity mRV=MRadialVelocity())
	A wrapper for SubMS::regridChanBounds() which takes the user interface type gridding parameters The ready-made grid is returned in newCHAN_FREQ and newCHAN_WIDTH.
static void	getDataColMap (MSColumns msc, ArrayColumn< Complex > mapper, uInt ntok, const Vector< MS::PredefinedColumns > &colEnums)
	Fills mapper[ntok] with a map from dataColumn indices to ArrayColumns in the output.
Protected Member Functions
Bool	makeSelection ()
	method that returns the selected ms (?! - but it's Boolean - RR)
Bool	fillAllTables (const Vector< MS::PredefinedColumns > &colNames)
	(Sub)table fillers.
Bool	fillDDTables ()
Bool	fillFieldTable ()
Bool	writeAllMainRows (const Vector< MS::PredefinedColumns > &colNames)
	Used to be fillMainTable(colnames), but what distinguishes it from writeSomeMainRows(colnames) is that it is for cases where there is a 1-1 match between rows in mssel_p and msOut_p (including order).
Bool	writeSomeMainRows (const Vector< MS::PredefinedColumns > &colNames)
	Used to be fillAverMainTable(colnames), but what distinguishes it from writeAllMainRows(colnames) is that it is for cases where there is not necessarily a 1-1 match between rows in mssel_p and msOut_p.
Bool	copyAntenna ()
Bool	copyFeed ()
Bool	copyFlag_Cmd ()
Bool	copyHistory ()
Bool	copyObservation ()
Bool	copyPointing ()
Bool	copyProcessor ()
Bool	copySource ()
Bool	copyState ()
Bool	copySyscal ()
Bool	copyWeather ()
Bool	copyGenericSubtables ()
Bool	filterOptSubtable (const String &subtabname)
	This falls between copyGenericSubtables() and the copiers for standard subtables like copyFeed().
Bool	fillAccessoryMainCols ()
	Bool writeDiffSpwShape(const Vector<MS::PredefinedColumns>& colNames);.
void	copySubtable (const String &tabName, const Table &inTab, const Bool noRows=False)
	* Private member functions *
Bool	getDataColumn (ROArrayColumn< Complex > &data, const MS::PredefinedColumns colName)
Bool	getDataColumn (ROArrayColumn< Float > &data, const MS::PredefinedColumns colName)
Bool	putDataColumn (MSColumns &msc, ROArrayColumn< Complex > &data, const MS::PredefinedColumns datacol, const Bool writeToDataCol=False)
Bool	putDataColumn (MSColumns &msc, ROArrayColumn< Float > &data, const MS::PredefinedColumns datacol, const Bool writeToDataCol=False)
Bool	copyDataFlagsWtSp (const Vector< MS::PredefinedColumns > &colNames, const Bool writeToDataCol)
	This method uses VisIter for efficient copy mode data transfer.
Bool	subtractContinuum (const Vector< MS::PredefinedColumns > &colNames, const VBRemapper &remapper)
	Like doTimeAver(), but it subtracts the continuum instead of time averaging.
Bool	doChannelMods (const Vector< MS::PredefinedColumns > &colNames)
void	fill_vbmaps (std::map< VisBufferComponents::EnumType, std::map< Int, Int > > &vbmaps)
Double	n_bytes ()
	return the number of unique antennas selected Int numOfBaselines(Vector<Int>& ant1, Vector<Int>& ant2, Bool includeAutoCorr=False);
const ROArrayColumn< Complex > &	right_column (const ROMSColumns *ms_p, const MS::PredefinedColumns datacol)
	Picks a reference to DATA, MODEL_DATA, CORRECTED_DATA, or LAG_DATA out of ms_p.
ArrayColumn< Complex > &	right_column (MSColumns *msclala, const MS::PredefinedColumns col, const Bool writeToDataCol)
	The writable version of the above.
uInt	fillAntIndexer (std::map< Int, Int > &antIndexer, const ROMSColumns *msc)
	Figures out the number, maximum, and index of the selected antennas.
Bool	doTimeAver (const Vector< MS::PredefinedColumns > &dataColNames, const VBRemapper &remapper)
	Read the input, time average it to timeBin_p, and write the output.
Bool	doTimeAverVisIterator (const Vector< MS::PredefinedColumns > &dataColNames, const VBRemapper &remapper)
void	getDataColMap (ArrayColumn< Complex > *mapper, uInt ntok, const Vector< MS::PredefinedColumns > &colEnums)
Bool	areDataShapesConstant ()
	Returns whether or not the numbers of correlations and channels are independent of DATA_DESCRIPTION_ID, for both the input and output MSes.
Bool	existsFlagCategory () const
	Returns whether or not the input MS has a valid FLAG_CATEGORY, and its first row has the right number of correlations and channels.
void	relabelSources ()
	Sets up sourceRelabel_p for mapping input SourceIDs (if any) to output ones.
void	relabelIDs ()
void	remapColumn (ScalarColumn< Int > &outcol, const ROScalarColumn< Int > &incol, const Vector< Int > &selvals)
	Sets outcol to the indices of selvals that correspond to incol, i.e.
void	remapColumn (ScalarColumn< Int > &outcol, const ROScalarColumn< Int > &incol)
	Equivalent to but slightly more efficient than remapColumn(outcol, incol, incol.getColumn()).
uInt	remapped (const Int ov, const Vector< Int > &mapper, uInt i)
void	setupNewPointing ()
	Sets up the stub of a POINTING, enough to create an MSColumns.
Bool	setSortOrder (Block< Int > &sort, const String &uncombinable="", const Bool verbose=true) const
	Sets sort to a Block of columns that a VisibilityIterator should sort by, according to combine_p.
Bool	shouldWatch (Bool &conflict, const String &col, const String &uncombinable="", const Bool verbose=true) const
	Returns whether col is (not in combine_p) \|\| in uncombinable.
Static Protected Member Functions
static uInt	dataColStrToEnums (const String &col, Vector< MS::PredefinedColumns > &colvec)
	Helper function for parseColumnNames().
static void	make_map (std::map< Int, Int > &mapper, const Vector< Int > &inv)
	static void make_map(const Vector<Int>& mscol, Vector<Int>& mapper);
static void	make_map2 (std::map< Int, Int > &mapper, const Vector< Int > &inv)
	Sets mapper to form a map from inv whose elements are mapped values.
Protected Attributes
MeasurementSet	ms_p
	* Member variables *
MeasurementSet	mssel_p
MSColumns *	msc_p
ROMSColumns *	mscIn_p
Bool	keepShape_p
Bool	antennaSel_p
	same shape as the corresponding input one.
Double	timeBin_p
String	scanString_p
String	intentString_p
String	obsString_p
String	uvrangeString_p
String	taqlString_p
String	timeRange_p
String	arrayExpr_p
String	corrString_p
String	combine_p
Int	fitorder_p
	scan #, observation, and/or state ID? Must be lowercase at all times.
String	fitspw_p
	If < 0 (default), continuum subtraction is not done.
String	fitoutspw_p
Bool	fillMainTable_p
	continuum subtraction.
MeasurementSet	msOut_p
	Uninitialized by ctors.
Vector< Int >	spw_p
Vector< Int >	spw_uniq_p
Vector< Int >	spwind_to_min_spwind_p
Vector< Int >	nchan_p
Vector< Int >	totnchan_p
Vector< Int >	chanStart_p
Vector< Int >	chanEnd_p
Vector< Int >	chanStep_p
Vector< Int >	widths_p
	input channel will be used.
Vector< Int >	ncorr_p
Vector< Int >	inNumChan_p
Vector< Int >	inNumCorr_p
Vector< Int >	fieldid_p
Vector< Int >	spwRelabel_p
Vector< Int >	fieldRelabel_p
Vector< Int >	sourceRelabel_p
Vector< Int >	oldDDSpwMatch_p
Vector< String >	antennaSelStr_p
Vector< Int >	antennaId_p
Vector< Int >	antIndexer_p
Vector< Int >	antNewIndex_p
Vector< Int >	selObsId_p
Vector< Int >	polID_p
Vector< uInt >	spw2ddid_p
Vector< Vector< Int > >	inPolOutCorrToInCorrMap_p
	inCorrInd = outPolCorrToInCorrMap_p[polID_p[ddID]][outCorrInd]
std::map< Int, Int >	stateRemapper_p
Vector< Vector< Slice > >	chanSlices_p
Vector< Slice >	corrSlice_p
Vector< Vector< Slice > >	corrSlices_p
Matrix< Double >	selTimeRanges_p
Friends
class	MSTransformDataHandler
	jagonzal: Allow TransformVisDataHandler to access protected methods and members of this class

Detailed Description

Definition at line 103 of file SubMS.h.

Member Enumeration Documentation

enum casa::SubMS::asdmStManUseAlternatives

Enumerator:

DONT
USE_FOR_DATA
USE_FOR_DATA_WEIGHT_SIGMA_FLAG

Definition at line 116 of file SubMS.h.

enum casa::SubMS::RegriddingAlternatives

Enumerator:

useFFTShift
useLinIntThenFFTShift

Definition at line 111 of file SubMS.h.

Constructor & Destructor Documentation

casa::SubMS::SubMS	(	String &	theMS,
		Table::TableOption	option = `Table::Old`
	)

casa::SubMS::SubMS ( MeasurementSet & ms )

construct from an MS

virtual casa::SubMS::~SubMS ( ) [virtual]

Member Function Documentation

static uInt casa::SubMS::addOptionalColumns	(	const Table &	inTab,
		Table &	outTab,
		const Bool	beLazy = `false`
	)		`[static]`

Add optional columns to outTab if present in inTab and possColNames.

beLazy should only be true if outTab is in its default state. Returns the number of added columns.

Bool casa::SubMS::areDataShapesConstant ( ) [protected]

Returns whether or not the numbers of correlations and channels are independent of DATA_DESCRIPTION_ID, for both the input and output MSes.

static Bool casa::SubMS::calcChanFreqs	(	LogIO &	os,
		Vector< Double > &	newCHAN_FREQ,
		Vector< Double > &	newCHAN_WIDTH,
		const Vector< Double > &	oldCHAN_FREQ,
		const Vector< Double > &	oldCHAN_WIDTH,
		const MDirection	phaseCenter,
		const MFrequency::Types	theOldRefFrame,
		const MEpoch	theObsTime,
		const MPosition	mObsPos,
		const String &	mode,
		const int	nchan,
		const String &	start,
		const String &	width,
		const String &	restfreq,
		const String &	outframe,
		const String &	veltype,
		Bool	verbose = `False`,
		MRadialVelocity	mRV = `MRadialVelocity()`
	)		`[static]`

A wrapper for SubMS::regridChanBounds() which takes the user interface type gridding parameters The ready-made grid is returned in newCHAN_FREQ and newCHAN_WIDTH.

Parameters:

newCHAN_FREQ	output
oldCHAN_FREQ	input
phaseCenter	the gridding parameters

Bool casa::SubMS::combineSpws	(	const Vector< Int > &	spwids,
		const Bool	noModify,
		Vector< Double > &	newCHAN_FREQ,
		Vector< Double > &	newCHAN_WIDTH,
		Bool	verbose = `False`
	)

combineSpws(): make one spectral window from all spws given by the spwids vector

Referenced by combineSpws().

Bool casa::SubMS::combineSpws ( const Vector< Int > & spwids = Vector<Int>(1,-1) ) [inline]

Definition at line 462 of file SubMS.h.

References combineSpws(), casa::False, and casa::True.

static Bool casa::SubMS::convertGridPars	(	LogIO &	os,
		const String &	mode,
		const int	nchan,
		const String &	start,
		const String &	width,
		const String &	interp,
		const String &	restfreq,
		const String &	outframe,
		const String &	veltype,
		String &	t_mode,
		String &	t_outframe,
		String &	t_regridQuantity,
		Double &	t_restfreq,
		String &	t_regridInterpMeth,
		Double &	t_cstart,
		Double &	t_bandwidth,
		Double &	t_cwidth,
		Bool &	t_centerIsStart,
		Bool &	t_startIsEnd,
		Int &	t_nchan,
		Int &	t_width,
		Int &	t_start
	)		`[static]`

a helper function for handling the gridding parameter user input

Bool casa::SubMS::copyAntenna ( ) [protected]

static Bool casa::SubMS::copyCols	(	Table &	out,
		const Table &	in,
		const Bool	flush = `True`
	)		`[static]`

Like TableCopy::copyRows, but by column.

Bool casa::SubMS::copyDataFlagsWtSp	(	const Vector< MS::PredefinedColumns > &	colNames,
		const Bool	writeToDataCol
	)		`[protected]`

This method uses VisIter for efficient copy mode data transfer.

Bool casa::SubMS::copyFeed ( ) [protected]

Bool casa::SubMS::copyFlag_Cmd ( ) [protected]

Bool casa::SubMS::copyGenericSubtables ( ) [protected]

Bool casa::SubMS::copyHistory ( ) [protected]

Bool casa::SubMS::copyObservation ( ) [protected]

Bool casa::SubMS::copyPointing ( ) [protected]

Bool casa::SubMS::copyProcessor ( ) [protected]

Bool casa::SubMS::copySource ( ) [protected]

Bool casa::SubMS::copyState ( ) [protected]

void casa::SubMS::copySubtable	(	const String &	tabName,
		const Table &	inTab,
		const Bool	noRows = `False`
	)		`[protected]`

*** Private member functions ***

Adds and copies inTab to msOut_p without any filtering. tabName is the table "type", i.e. POINTING or SYSPOWER without the preceding path.

If noRows is True, the structure will be setup but no rows will be copied. (Useful for filtering)

Bool casa::SubMS::copySyscal ( ) [protected]

Bool casa::SubMS::copyWeather ( ) [protected]

Bool casa::SubMS::createPartnerColumn	(	TableDesc &	modMSTD,
		const String &	oldName,
		const String &	newName,
		const Int &	hypercolumnDim,
		const IPosition &	tileShape
	)

Support method for regridSpw(): results in the column oldName being renamed to newName, and a new column which is an empty copy of oldName being created together with a TileShapeStMan data manager and hypercolumn (name copied from the old hypercolumn) with given dimension, the old hypercolumn of name hypercolumnName is renamed to name+"B".

static void casa::SubMS::createSubtables	(	MeasurementSet &	ms,
		Table::TableOption	option
	)		`[static]`

A customized version of MS::createDefaultSubtables().

static uInt casa::SubMS::dataColStrToEnums	(	const String &	col,
		Vector< MS::PredefinedColumns > &	colvec
	)		`[static, protected]`

Helper function for parseColumnNames().

Converts col to a list of MS::PredefinedColumnss, and returns the # of recognized data columns. static because parseColumnNames() is static.

Bool casa::SubMS::doChannelMods ( const Vector< MS::PredefinedColumns > & colNames ) [protected]

Bool casa::SubMS::doTimeAver	(	const Vector< MS::PredefinedColumns > &	dataColNames,
		const VBRemapper &	remapper
	)		`[protected]`

Read the input, time average it to timeBin_p, and write the output.

The first version uses VisibilityIterator (much faster), but the second supports correlation selection using VisIterator. VisIterator should be sped up soon!

Bool casa::SubMS::doTimeAverVisIterator	(	const Vector< MS::PredefinedColumns > &	dataColNames,
		const VBRemapper &	remapper
	)		`[protected]`

Bool casa::SubMS::existsFlagCategory ( ) const [protected]

Returns whether or not the input MS has a valid FLAG_CATEGORY, and its first row has the right number of correlations and channels.

void casa::SubMS::fill_vbmaps ( std::map< VisBufferComponents::EnumType, std::map< Int, Int > > & vbmaps ) [protected]

Bool casa::SubMS::fillAccessoryMainCols ( ) [protected]

Bool writeDiffSpwShape(const Vector<MS::PredefinedColumns>& colNames);.

Bool casa::SubMS::fillAllTables ( const Vector< MS::PredefinedColumns > & colNames ) [protected]

(Sub)table fillers.

uInt casa::SubMS::fillAntIndexer	(	std::map< Int, Int > &	antIndexer,
		const ROMSColumns *	msc
	)		`[protected]`

Figures out the number, maximum, and index of the selected antennas.

Bool casa::SubMS::fillDDTables ( ) [protected]

Bool casa::SubMS::fillFieldTable ( ) [protected]

Bool casa::SubMS::filterOptSubtable ( const String & subtabname ) [protected]

This falls between copyGenericSubtables() and the copiers for standard subtables like copyFeed().

It is for optional subtables like CALDEVICE and SYSPOWER which can be watched for by name and may need their ANTENNA_ID and SPECTRAL_WINDOW_ID columns remapped. (Technically FEED_ID, too, if split ever starts remapping feeds.)

It must be called BEFORE copyGenericSubtables()!

static std::set<Int> casa::SubMS::findBadSpws	(	MeasurementSet &	ms,
		Vector< Int >	spwv
	)		`[static]`

Returns the set (possibly empty) of spectral windows that are in spwv but not listed in ms's DATA_DESCRIPTION subtable.

(This happens with certain calibration/hardware setups.)

static lDouble casa::SubMS::freq_from_lambda ( const lDouble lambda ) [inline, static]

Definition at line 332 of file SubMS.h.

References casa::C::c.

static lDouble casa::SubMS::freq_from_vopt	(	const lDouble	vopt,
		const lDouble	rest
	)		`[inline, static]`

Definition at line 331 of file SubMS.h.

References casa::C::c.

static lDouble casa::SubMS::freq_from_vrad	(	const lDouble	vrad,
		const lDouble	rest
	)		`[inline, static]`

Definition at line 330 of file SubMS.h.

References casa::C::c.

static Bool casa::SubMS::getCorrMaps	(	MSSelection &	mssel,
		const MeasurementSet &	ms,
		Vector< Vector< Int > > &	outToIn,
		const Bool	areSelecting = `false`
	)		`[static]`

Fills outToIn[pol] with a map from output correlation index to input correlation index, for each input polID pol.

It does not yet check the appropriateness of the correlation selection string, so ignore the return value for now. outToIn[pol] defaults to an empty Vector if no correlations are selected for pol. That is not the same as the default "select everything in ms".

static void casa::SubMS::getDataColMap	(	MSColumns *	msc,
		ArrayColumn< Complex > *	mapper,
		uInt	ntok,
		const Vector< MS::PredefinedColumns > &	colEnums
	)		`[static]`

Fills mapper[ntok] with a map from dataColumn indices to ArrayColumns in the output.

mapper must have ntok slots!

Referenced by getDataColMap().

void casa::SubMS::getDataColMap	(	ArrayColumn< Complex > *	mapper,
		uInt	ntok,
		const Vector< MS::PredefinedColumns > &	colEnums
	)		`[inline, protected]`

Definition at line 594 of file SubMS.h.

References getDataColMap(), and msc_p.

Bool casa::SubMS::getDataColumn	(	ROArrayColumn< Complex > &	data,
		const MS::PredefinedColumns	colName
	)		`[protected]`

Bool casa::SubMS::getDataColumn	(	ROArrayColumn< Float > &	data,
		const MS::PredefinedColumns	colName
	)		`[protected]`

static lDouble casa::SubMS::lambda ( const lDouble freq ) [inline, static]

Definition at line 329 of file SubMS.h.

References casa::C::c.

static void casa::SubMS::make_map	(	std::map< Int, Int > &	mapper,
		const Vector< Int > &	inv
	)		`[static, protected]`

static void make_map(const Vector<Int>& mscol, Vector<Int>& mapper);

Sets mapper to to a map from the distinct values of inv, in increasing order, to 0, 1, 2, ..., mapper.size() - 1.

static void casa::SubMS::make_map2	(	std::map< Int, Int > &	mapper,
		const Vector< Int > &	inv
	)		`[static, protected]`

Sets mapper to form a map from inv whose elements are mapped values.

It skips to store in mapper if the value is -1

virtual MeasurementSet* casa::SubMS::makeScratchSubMS	(	const Vector< MS::PredefinedColumns > &	whichDataCols,
		const Bool	forceInMemory = `False`
	)		`[virtual]`

Method to make a scratch subMS and even in memory if posssible Useful if temporary subselection/averaging is necessary It'll be in memory if the basic output ms is less than half of memory reported by HostInfo unless forced to by user...

virtual MeasurementSet* casa::SubMS::makeScratchSubMS	(	const String &	whichDataCol,
		const Bool	forceInMemory = `False`
	)		`[virtual]`

In this form whichDataCol gets passed to parseColumnNames().

Bool casa::SubMS::makeSelection ( ) [protected]

method that returns the selected ms (?! - but it's Boolean - RR)

Bool casa::SubMS::makeSubMS	(	String &	submsname,
		String &	whichDataCol,
		const Vector< Int > &	tileShape = `Vector< Int >(1, 0)`,
		const String &	combine = `""`
	)

Method to make the subMS.

TileShape of size 1 can have 2 values [0], and [1] ...these are used in to determine the tileshape by using MSTileLayout. Otherwise it has to be a vector size 3 e.g [4, 15, 351] => a tile shape of 4 stokes, 15 channels 351 rows.

combine sets combine_p. (Columns to ignore while time averaging.)

static Bool casa::SubMS::mustConvertToData	(	const uInt	nTok,
		const Vector< MS::PredefinedColumns > &	datacols
	)		`[inline, static]`

The output MS must have (at least?) 1 of DATA, FLOAT_DATA, or LAG_DATA.

MODEL_DATA or CORRECTED_DATA will be converted to DATA if necessary.

Definition at line 277 of file SubMS.h.

References casa::MSMainEnums::FLOAT_DATA, and casa::MSMainEnums::LAG_DATA.

Double casa::SubMS::n_bytes ( ) [inline, protected]

return the number of unique antennas selected Int numOfBaselines(Vector<Int>& ant1, Vector<Int>& ant2, Bool includeAutoCorr=False);

Used in a couple of places to estimate how much memory to grab.

Definition at line 569 of file SubMS.h.

References mssel_p, nchan_p, ncorr_p, and casa::Table::nrow().

static const Vector<MS::PredefinedColumns>& casa::SubMS::parseColumnNames ( String colNameList ) [static]

Declared static because it's used in setupMS().

Therefore it can't use any member variables. It is also used in MSFixvis.cc. colNameList is internally upcased, so it is not const or passed by reference.

static const Vector<MS::PredefinedColumns>& casa::SubMS::parseColumnNames	(	String	colNameList,
		const MeasurementSet &	ms
	)		`[static]`

This version uses the MeasurementSet to check what columns are present, i.e.

it makes col=="all" smarter, and it is not necessary to call verifyColumns() after calling this. Unlike the other version, it knows about FLOAT_DATA and LAG_DATA. It throws an exception if a specifically requested column is absent.

static Bool casa::SubMS::pickAntennas	(	Vector< Int > &	selected_antennaids,
		Vector< String > &	selected_antenna_strs,
		const Vector< Int > &	antennaids,
		const Vector< String > &	antennaSel
	)		`[static]`

Referenced by casa::Partition::selectAntenna(), casa::Reweighter::selectAntenna(), and selectAntenna().

Bool casa::SubMS::putDataColumn	(	MSColumns &	msc,
		ROArrayColumn< Complex > &	data,
		const MS::PredefinedColumns	datacol,
		const Bool	writeToDataCol = `False`
	)		`[protected]`

Bool casa::SubMS::putDataColumn	(	MSColumns &	msc,
		ROArrayColumn< Float > &	data,
		const MS::PredefinedColumns	datacol,
		const Bool	writeToDataCol = `False`
	)		`[protected]`

static Bool casa::SubMS::regridChanBounds	(	Vector< Double > &	newChanLoBound,
		Vector< Double > &	newChanHiBound,
		const Double	regridCenter,
		const Double	regridBandwidth,
		const Double	regridChanWidth,
		const Double	regridVeloRestfrq,
		const String	regridQuant,
		const Vector< Double > &	transNewXin,
		const Vector< Double > &	transCHAN_WIDTH,
		String &	message,
		const Bool	centerIsStart = `False`,
		const Bool	startIsEnd = `False`,
		const Int	nchan = `0`,
		const Int	width = `0`,
		const Int	start = `-1`
	)		`[static]`

Support method for regridSpw(): calculate the final new channel boundaries from the regridding parameters and the old channel boundaries (already transformed to the desired reference frame); returns False if input paramters were invalid and no useful boundaries could be created.

Int casa::SubMS::regridSpw	(	String &	message,
		const String &	outframe = `""`,
		const String &	regridQuant = `"chan"`,
		const Double	regridVeloRestfrq = `-3E30`,
		const String &	regridInterpMeth = `"LINEAR"`,
		const Double	regridCenter = `-3E30`,
		const Double	regridBandwidth = `-1.`,
		const Double	regridChanWidth = `-1.`,
		const Bool	doHanningSmooth = `False`,
		const Int	phaseCenterFieldId = `-2`,
		MDirection	phaseCenter = `MDirection()`,
		const Bool	centerIsStart = `False`,
		const Bool	startIsEnd = `False`,
		const Int	nchan = `0`,
		const Int	width = `0`,
		const Int	start = `-1`
	)

Transform spectral data to different reference frame, optionally regrid the frequency channels return values: -1 = MS not modified, 1 = MS modified and OK, 0 = MS modified but not OK (i.e.

MS is probably damaged)

void casa::SubMS::relabelIDs ( ) [protected]

void casa::SubMS::relabelSources ( ) [protected]

Sets up sourceRelabel_p for mapping input SourceIDs (if any) to output ones.

Must be called after fieldid_p is set and before calling fillFieldTable() or copySource().

static void casa::SubMS::remap	(	Vector< Int > &	col,
		const Vector< Int > &	mapper
	)		`[static]`

Replaces col[i] with mapper[col[i]] for each element of col.

Does NOT check whether mapper[col[i]] is defined, but it does return right away (i.e. a no-op) if mapper is empty.

static void casa::SubMS::remap	(	Vector< Int > &	col,
		const std::map< Int, Int > &	mapper
	)		`[static]`

void casa::SubMS::remapColumn	(	ScalarColumn< Int > &	outcol,
		const ROScalarColumn< Int > &	incol,
		const Vector< Int > &	selvals
	)		`[protected]`

Sets outcol to the indices of selvals that correspond to incol, i.e.

outcol(i) = j s.t. selvals[j] == incol(i).

Ideally selvals is set up so that outcol's values will be row numbers in the corresponding subtable of its ms.

Throws an exception if incol and outcol do not have the same # of rows, or incol has a value that is not in selvals.

void casa::SubMS::remapColumn	(	ScalarColumn< Int > &	outcol,
		const ROScalarColumn< Int > &	incol
	)		`[protected]`

Equivalent to but slightly more efficient than remapColumn(outcol, incol, incol.getColumn()).

uInt casa::SubMS::remapped	(	const Int	ov,
		const Vector< Int > &	mapper,
		uInt	i
	)		`[protected]`

const ROArrayColumn<Complex>& casa::SubMS::right_column	(	const ROMSColumns *	ms_p,
		const MS::PredefinedColumns	datacol
	)		`[protected]`

Picks a reference to DATA, MODEL_DATA, CORRECTED_DATA, or LAG_DATA out of ms_p.

FLOAT_DATA is not included because it is not natively complex.

ArrayColumn<Complex>& casa::SubMS::right_column	(	MSColumns *	msclala,
		const MS::PredefinedColumns	col,
		const Bool	writeToDataCol
	)		`[protected]`

The writable version of the above.

void casa::SubMS::selectAntenna	(	const Vector< Int > &	antennaids,
		const Vector< String > &	antennaSel
	)		`[inline]`

Select Antennas to split out.

Definition at line 177 of file SubMS.h.

References antennaId_p, antennaSel_p, antennaSelStr_p, and pickAntennas().

void casa::SubMS::selectArray ( const String & subarray ) [inline]

Select array IDs to use.

Definition at line 189 of file SubMS.h.

References arrayExpr_p.

Bool casa::SubMS::selectCorrelations ( const String & corrstr )

Setup polarization selection (for now, only from available correlations - no Stokes transformations.)

Bool casa::SubMS::selectSource ( const Vector< Int > & fieldid )

Select source or field.

Bool casa::SubMS::selectSpw	(	const String &	spwstr,
		const Vector< Int > &	steps
	)

Select spw and channels for each spw.

This is the version used by split. It returns true on success and false on failure.

void casa::SubMS::selectSpw	(	Vector< Int >	spw,
		Vector< Int >	nchan,
		Vector< Int >	start,
		Vector< Int >	step
	)

This older version is used by the older version of setmsselect().

void casa::SubMS::selectTime	(	Double	timeBin = `-1.0`,
		String	timerng = `""`
	)

select time parameters

static Bool casa::SubMS::sepFloat	(	const Vector< MS::PredefinedColumns > &	anyDataCols,
		Vector< MS::PredefinedColumns > &	complexDataCols
	)		`[static]`

void casa::SubMS::setFitOrder	(	Int	fitorder,
		Bool	advise = `true`
	)

void selectSource(Vector<String> sourceid);

Method to set if a phase Center rotation is needed void setPhaseCenter(Int fieldid, MDirection& newPhaseCenter);

Sets the polynomial order for continuum fitting to fitorder. If < 0, continuum subtraction is not done.

void casa::SubMS::setFitOutSpw ( const String & fitoutspw ) [inline]

Selection string for output channels if doing continuum subtraction.

Definition at line 205 of file SubMS.h.

References fitoutspw_p.

void casa::SubMS::setFitSpw ( const String & fitspw ) [inline]

Set the selection string for line-free channels.

Definition at line 203 of file SubMS.h.

References fitspw_p.

void casa::SubMS::setMS ( MeasurementSet & ms )

Change or Set the MS this MSSelector refers to.

Bool casa::SubMS::setmsselect	(	const String &	spw = `""`,
		const String &	field = `""`,
		const String &	baseline = `""`,
		const String &	scan = `""`,
		const String &	uvrange = `""`,
		const String &	taql = `""`,
		const Vector< Int > &	step = `Vector< Int >(1, 1)`,
		const String &	subarray = `""`,
		const String &	correlation = `""`,
		const String &	intent = `""`,
		const String &	obs = `""`
	)

select Time and time averaging or regridding void selectTime();

select stuff using msselection syntax ...time is left out call it separately with timebin This version returns a success value, and does not need nchan, start, and step. It is used by split.

void casa::SubMS::setmsselect	(	const String &	spw,
		const String &	field,
		const String &	baseline,
		const String &	scan,
		const String &	obs,
		const String &	uvrange,
		const String &	taql,
		const Vector< Int > &	nchan,
		const Vector< Int > &	start,
		const Vector< Int > &	step,
		const String &	subarray
	)

This older version does not return a success value, and does need nchan, start, and step.

It is used elsewhere (i.e. ImagerMultiMS).

Bool casa::SubMS::setRegridParameters	(	vector< Int > &	oldSpwId,
		vector< Int > &	oldFieldId,
		vector< Int > &	newDataDescId,
		vector< Bool > &	regrid,
		vector< Bool > &	transform,
		vector< MDirection > &	theFieldDirV,
		vector< MPosition > &	mObsPosV,
		vector< MFrequency::Types > &	fromFrameTypeV,
		vector< MFrequency::Ref > &	outFrameV,
		vector< Vector< Double > > &	xold,
		vector< Vector< Double > > &	xout,
		vector< Vector< Double > > &	xin,
		vector< Int > &	method,
		Bool &	msMod,
		const String &	outframe,
		const String &	regridQuant,
		const Double	regridVeloRestfrq,
		const String &	regridInterpMeth,
		const Double	regridCenter,
		const Double	regridBandwidth,
		const Double	regridChanWidth,
		const Int	regridPhaseCenterFieldId,
		const MDirection	regridPhaseCenter,
		const Bool	writeTables,
		LogIO &	os,
		String &	regridMessage,
		const Bool	centerIsStart = `False`,
		const Bool	startIsEnd = `False`,
		const Int	nchan = `0`,
		const Int	width = `0`,
		const Int	start = `-1`
	)

Support method for regridSpw(): if writeTables is False, the (const) input parameters are only verified, nothing is written; return value is True if the parameters are OK.

if writeTables is True, the vectors are filled and the SPW, DD, and SOURCE tables are modified; the return value in this case is True only if a successful modification (or none) took place

Bool casa::SubMS::setSortOrder	(	Block< Int > &	sort,
		const String &	uncombinable = `""`,
		const Bool	verbose = `true`
	)		const `[protected]`

Sets sort to a Block of columns that a VisibilityIterator should sort by, according to combine_p.

Columns that should never be combined in the calling function, i.e. spw for time averaging, should be listed in uncombinable.

verbose: log a message on error.

Returns whether or not there were any conflicts between combine_p and uncombinable.

static MeasurementSet* casa::SubMS::setupMS	(	const String &	msname,
		const Int	nchan,
		const Int	npol,
		const String &	telescop,
		const Vector< MS::PredefinedColumns > &	colNamesTok,
		const Int	obstype = `0`,
		const Bool	compress = `False`,
		const asdmStManUseAlternatives	asdmStManUse = `DONT`
	)		`[static]`

This sets up a default new ms Declared static as it can be (and is) called directly outside of SubMS.

Therefore it is not dependent on any member variable.

static MeasurementSet* casa::SubMS::setupMS	(	const String &	msname,
		const Int	nchan,
		const Int	npol,
		const Vector< MS::PredefinedColumns > &	colNamesTok,
		const Vector< Int > &	tileShape = `Vector< Int >(1, 0)`,
		const Bool	compress = `False`,
		const asdmStManUseAlternatives	asdmStManUse = `DONT`
	)		`[static]`

Same as above except allowing manual tileshapes.

void casa::SubMS::setupNewPointing ( ) [protected]

Sets up the stub of a POINTING, enough to create an MSColumns.

Bool casa::SubMS::shouldWatch	(	Bool &	conflict,
		const String &	col,
		const String &	uncombinable = `""`,
		const Bool	verbose = `true`
	)		const `[protected]`

Returns whether col is (not in combine_p) || in uncombinable.

Columns that should never be combined in the calling function, i.e. spw for time averaging, should be listed in uncombinable.

verbose: log a message on error.

conflict is set to true if there is a conflict between combine_p and uncombinable.

Bool casa::SubMS::subtractContinuum	(	const Vector< MS::PredefinedColumns > &	colNames,
		const VBRemapper &	remapper
	)		`[protected]`

Like doTimeAver(), but it subtracts the continuum instead of time averaging.

Unlike doTimeAver(), it infers writeToDataCol from colNames.nelements() (subtractContinuum is intentionally not as general as copyDataFlagsWtSp), and writes according to fitoutspw_p instead of spw_p.

void casa::SubMS::verifyColumns	(	const MeasurementSet &	ms,
		const Vector< MS::PredefinedColumns > &	colNames
	)

static lDouble casa::SubMS::vopt	(	const lDouble	freq,
		const lDouble	rest
	)		`[inline, static]`

Definition at line 328 of file SubMS.h.

References casa::C::c.

static lDouble casa::SubMS::vrad	(	const lDouble	freq,
		const lDouble	rest
	)		`[inline, static]`

the following inline convenience methods for regridSpw bypass the whole CASA measure system because when they are used, they can assume that the frame stays the same and the units are OK

Definition at line 327 of file SubMS.h.

References casa::C::c.

Bool casa::SubMS::writeAllMainRows ( const Vector< MS::PredefinedColumns > & colNames ) [protected]

Used to be fillMainTable(colnames), but what distinguishes it from writeSomeMainRows(colnames) is that it is for cases where there is a 1-1 match between rows in mssel_p and msOut_p (including order).

Bool casa::SubMS::writeSomeMainRows ( const Vector< MS::PredefinedColumns > & colNames ) [protected]

Used to be fillAverMainTable(colnames), but what distinguishes it from writeAllMainRows(colnames) is that it is for cases where there is not necessarily a 1-1 match between rows in mssel_p and msOut_p.

Friends And Related Function Documentation

friend class MSTransformDataHandler [friend]

jagonzal: Allow TransformVisDataHandler to access protected methods and members of this class

Definition at line 107 of file SubMS.h.

Member Data Documentation

Vector<Int> casa::SubMS::antennaId_p [protected]

Definition at line 721 of file SubMS.h.

Referenced by selectAntenna().

Bool casa::SubMS::antennaSel_p [protected]

same shape as the corresponding input one.

       sameShape_p,             // Iff true, the shapes of the arrays do not

vary with row number.

Definition at line 677 of file SubMS.h.

Referenced by selectAntenna().

Vector<String> casa::SubMS::antennaSelStr_p [protected]

Definition at line 720 of file SubMS.h.

Referenced by selectAntenna().

Vector<Int> casa::SubMS::antIndexer_p [protected]

Definition at line 722 of file SubMS.h.

Vector<Int> casa::SubMS::antNewIndex_p [protected]

Definition at line 723 of file SubMS.h.

String casa::SubMS::arrayExpr_p [protected]

Definition at line 688 of file SubMS.h.

Referenced by selectArray().

Vector<Int> casa::SubMS::chanEnd_p [protected]

Definition at line 704 of file SubMS.h.

Vector<Vector<Slice> > casa::SubMS::chanSlices_p [protected]

Definition at line 734 of file SubMS.h.

Vector<Int> casa::SubMS::chanStart_p [protected]

Definition at line 704 of file SubMS.h.

Vector<Int> casa::SubMS::chanStep_p [protected]

Definition at line 704 of file SubMS.h.

String casa::SubMS::combine_p [protected]

Definition at line 689 of file SubMS.h.

Vector<Slice> casa::SubMS::corrSlice_p [protected]

Definition at line 735 of file SubMS.h.

Vector<Vector<Slice> > casa::SubMS::corrSlices_p [protected]

Definition at line 736 of file SubMS.h.

String casa::SubMS::corrString_p [protected]

Definition at line 688 of file SubMS.h.

Vector<Int> casa::SubMS::fieldid_p [protected]

Definition at line 717 of file SubMS.h.

Vector<Int> casa::SubMS::fieldRelabel_p [protected]

Definition at line 718 of file SubMS.h.

Bool casa::SubMS::fillMainTable_p [protected]

continuum subtraction.

jagonzal: Allow main table to be left empty, so that it can be filled by another layer.

Definition at line 700 of file SubMS.h.

Int casa::SubMS::fitorder_p [protected]

scan #, observation, and/or state ID? Must be lowercase at all times.

Definition at line 692 of file SubMS.h.

String casa::SubMS::fitoutspw_p [protected]

Definition at line 696 of file SubMS.h.

Referenced by setFitOutSpw().

String casa::SubMS::fitspw_p [protected]

If < 0 (default), continuum subtraction is not done.

Definition at line 695 of file SubMS.h.

Referenced by setFitSpw().

Vector<Int> casa::SubMS::inNumChan_p [protected]

Definition at line 704 of file SubMS.h.

Vector<Int> casa::SubMS::inNumCorr_p [protected]

Definition at line 704 of file SubMS.h.

Vector<Vector<Int> > casa::SubMS::inPolOutCorrToInCorrMap_p [protected]

inCorrInd = outPolCorrToInCorrMap_p[polID_p[ddID]][outCorrInd]

Definition at line 730 of file SubMS.h.

String casa::SubMS::intentString_p [protected]

Definition at line 683 of file SubMS.h.

Bool casa::SubMS::keepShape_p [protected]

Definition at line 677 of file SubMS.h.

MeasurementSet casa::SubMS::ms_p [protected]

*** Member variables ***

 Initialized* by ctors.  (Maintain order both here and in ctors.)

not necessarily to anything useful.

Definition at line 674 of file SubMS.h.

MSColumns* casa::SubMS::msc_p [protected]

Definition at line 675 of file SubMS.h.

Referenced by getDataColMap().

ROMSColumns* casa::SubMS::mscIn_p [protected]

Definition at line 676 of file SubMS.h.

MeasurementSet casa::SubMS::msOut_p [protected]

Uninitialized by ctors.

Definition at line 703 of file SubMS.h.

MeasurementSet casa::SubMS::mssel_p [protected]

Definition at line 674 of file SubMS.h.

Referenced by n_bytes().

Vector<Int> casa::SubMS::nchan_p [protected]

Definition at line 704 of file SubMS.h.

Referenced by n_bytes().

Vector<Int> casa::SubMS::ncorr_p [protected]

Definition at line 704 of file SubMS.h.

Referenced by n_bytes().

String casa::SubMS::obsString_p [protected]

Definition at line 683 of file SubMS.h.

Vector<Int> casa::SubMS::oldDDSpwMatch_p [protected]

Definition at line 719 of file SubMS.h.

Vector<Int> casa::SubMS::polID_p [protected]

Definition at line 726 of file SubMS.h.

String casa::SubMS::scanString_p [protected]

Definition at line 683 of file SubMS.h.

Vector<Int> casa::SubMS::selObsId_p [protected]

Definition at line 725 of file SubMS.h.

Matrix<Double> casa::SubMS::selTimeRanges_p [protected]

Definition at line 737 of file SubMS.h.

Vector<Int> casa::SubMS::sourceRelabel_p [protected]

Definition at line 718 of file SubMS.h.

Vector<uInt> casa::SubMS::spw2ddid_p [protected]

Definition at line 727 of file SubMS.h.

Vector<Int> casa::SubMS::spw_p [protected]

Definition at line 704 of file SubMS.h.

Vector<Int> casa::SubMS::spw_uniq_p [protected]

Definition at line 704 of file SubMS.h.

Vector<Int> casa::SubMS::spwind_to_min_spwind_p [protected]

Definition at line 704 of file SubMS.h.

Vector<Int> casa::SubMS::spwRelabel_p [protected]

Definition at line 718 of file SubMS.h.

std::map<Int, Int> casa::SubMS::stateRemapper_p [protected]

Definition at line 732 of file SubMS.h.

String casa::SubMS::taqlString_p [protected]

Definition at line 683 of file SubMS.h.

Double casa::SubMS::timeBin_p [protected]

Definition at line 682 of file SubMS.h.

String casa::SubMS::timeRange_p [protected]

Definition at line 688 of file SubMS.h.

Vector<Int> casa::SubMS::totnchan_p [protected]

Definition at line 704 of file SubMS.h.

String casa::SubMS::uvrangeString_p [protected]

Definition at line 683 of file SubMS.h.

Vector<Int> casa::SubMS::widths_p [protected]

input channel will be used.

Definition at line 704 of file SubMS.h.

The documentation for this class was generated from the following file:

code/synthesis/MSVis/SubMS.h

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Friends

Detailed Description

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation