Definition of the first level in the tree hierarchy: set of spectro-polarization descriptions, basebands. More...

#include <DataDescriptionsSet.h>

Inheritance diagram for sdmbin::DataDescriptionsSet:

Public Member Functions
	DataDescriptionsSet ()
	DataDescriptionsSet (ASDM *const datasetPtr, vector< Tag > v_switchCycleId, vector< Tag > v_dataDescriptionId, CorrelationMode corrMode, vector< AtmPhaseCorrection > atmPhaseCodes)
	Define the first level in the tree hierarchy.
	DataDescriptionsSet (vector< int > v_switchCycleId, vector< int > v_dataDescriptionId, CorrelationMode corrMode, vector< AtmPhaseCorrection > atmPhaseCodes)
	Define the first level in the tree hierarchy.
	DataDescriptionsSet (const DataDescriptionsSet &)
	Copy constructor.
virtual	~DataDescriptionsSet ()
	Destructor.
BasebandName	getBasebandName (unsigned int ndd)
	Get the baseband name of a given dataDescription.
unsigned int	getBasebandIndex (unsigned int ndd)
	Get the baseband number of a given dataDescription.
unsigned int	numBaseband ()
	Accessor to the number of basebands.
unsigned int	numBin (unsigned int ndd)
	Accessor to the number of steps for the baseband of a given dataDescription.
unsigned int	numPol (unsigned int ndd)
	Accessor to the number of polarization products of a given dataDescription.
unsigned int	numSdPol (unsigned int ndd)
	Accessor to the number of polarization cross-products of a given dataDescription.
unsigned int	numChan (unsigned int ndd)
	Accessor to the number of frequency channels of a given dataDescription.
Tag	getSpwId (unsigned int ndd)
	Accessor to get the spwtral window identifier of a given dataDescription.
Frequency	totBandwidth (unsigned int ndd)
	Accessor to the total frequency bandwidth of a given dataDescription.
unsigned int	numApc ()
	Size of the apc axis (can be only 1 or 2)
Enum< AtmPhaseCorrection >	atmPhaseCorrection (unsigned int atmPhaseCorrectionIndex)
	Accessor to the atmospherePhaseCorrection.
unsigned int	atmPhaseCorrectionIndex (AtmPhaseCorrection apc)
	Get the index position along the apc axis.
int	numAutoData (unsigned int ndd)
	Provide the number of auto-correlations for a given dataDescription.
unsigned int	numCrossData (unsigned int ndd)
	Provide the number of cross-correlations for a given dataDescription.
unsigned int	sumMetaDataIndex ()
	Provide the number of switchCycle phases cumulated over all the basebands in the configuration.
unsigned int	metaDataIndex (unsigned int ndd)
	Provide the index for a given dataDescription in the meta-data tree.
CorrelationMode	getCorrelationMode ()
	Get the bitSize (actually the number of bytes, 2 or 4) used for the visibilities.
unsigned int	getNumDataDescription ()
	Get the number of dataDescription.
unsigned int	getNumChan (unsigned int ndd)
	Get the number of frequency channels for a given dataDescription.
unsigned int	getNumPol (unsigned int bbIndex)
	Get the number of Polarization Products given a baseband.
unsigned int	getNumPol (BasebandName bbName)
	Get the number of Polarization Products given a baseband.
unsigned int	getNumSdPol (unsigned int bbIndex)
	Get the number of Polarization Products in the case of zero-baselines given a baseband.
unsigned int	getNumSdPol (BasebandName bbName)
	Get the number of Polarization Products in the case of zero-baselines given a baseband.
unsigned int	getNdd (unsigned int bbIndex, unsigned int j)
	Get the index of a dataDescription given its index in its parent baseband.
unsigned int	getNdd (BasebandName bbName, unsigned int j)
	Get the index of a dataDescription given its index in its parent baseband.
unsigned int	getNumSpw (unsigned int bbIndex)
	Get the number of Spectral Windows in a given baseband identified by its index.
unsigned int	getNumSpw (BasebandName bbName)
	Get the number of Spectral Windows in a given baseband identified by its name.
unsigned int	getDataDescriptionIndex (Tag dataDescriptionId)
	Get the dataDescription index given a dataDescriptionId identifier.
unsigned long	getAutoSize ()
	Get the size of the block of data for the auto-correlations originating from one antenna.
unsigned long	getCrossSize ()
	Get the size of the block of cross-correlation data for the ensemble of spectral windows and a single non-zero baseline.
unsigned long	getNumAutoData ()
	Number of auto-correlations produce for one antenna.
unsigned long	getNumCrossData ()
	Number of cross-correlations produced by one non-zero baseline for the set of dataDescriptions.
unsigned long	getNumAutoData (Tag autoDataDescriptionId)
	Number of auto-correlations produced by one antenna for one dataDescription.
unsigned long	getNumCrossData (Tag crossDataDescriptionId)
	Number of cross-correlations produced by one non-zero baseline for a given dataDescription.
Tag	getAutoDataDescriptionId (Tag crossDataDescriptionId)
	Get the array of dataDescriptionId identifiers for the auto-correlations.
vector< Tag >	getAutoDataDescriptionId ()
	Get the array of dataDescriptionId identifiers for the cross-correlations.
vector< Tag >	getCrossDataDescriptionId ()
	Get the array of dataDescriptionId identifiers for the cross-correlations.
	DataDescriptionsSet ()
	DataDescriptionsSet (ASDM *const datasetPtr, vector< Tag > v_switchCycleId, vector< Tag > v_dataDescriptionId, CorrelationMode corrMode, vector< AtmPhaseCorrection > atmPhaseCodes)
	Define the first level in the tree hierarchy.
	DataDescriptionsSet (vector< int > v_switchCycleId, vector< int > v_dataDescriptionId, CorrelationMode corrMode, vector< AtmPhaseCorrection > atmPhaseCodes)
	Define the first level in the tree hierarchy.
	DataDescriptionsSet (const DataDescriptionsSet &)
	Copy constructor.
virtual	~DataDescriptionsSet ()
	Destructor.
BasebandName	getBasebandName (unsigned int ndd)
	Get the baseband name of a given dataDescription.
unsigned int	getBasebandIndex (unsigned int ndd)
	Get the baseband number of a given dataDescription.
unsigned int	numBaseband ()
	Accessor to the number of basebands.
unsigned int	numBin (unsigned int ndd)
	Accessor to the number of steps for the baseband of a given dataDescription.
unsigned int	numPol (unsigned int ndd)
	Accessor to the number of polarization products of a given dataDescription.
unsigned int	numSdPol (unsigned int ndd)
	Accessor to the number of polarization cross-products of a given dataDescription.
unsigned int	numChan (unsigned int ndd)
	Accessor to the number of frequency channels of a given dataDescription.
Tag	getSpwId (unsigned int ndd)
	Accessor to get the spwtral window identifier of a given dataDescription.
Frequency	totBandwidth (unsigned int ndd)
	Accessor to the total frequency bandwidth of a given dataDescription.
unsigned int	numApc ()
	Size of the apc axis (can be only 1 or 2)
Enum< AtmPhaseCorrection >	atmPhaseCorrection (unsigned int atmPhaseCorrectionIndex)
	Accessor to the atmospherePhaseCorrection.
unsigned int	atmPhaseCorrectionIndex (AtmPhaseCorrection apc)
	Get the index position along the apc axis.
int	numAutoData (unsigned int ndd)
	Provide the number of auto-correlations for a given dataDescription.
unsigned int	numCrossData (unsigned int ndd)
	Provide the number of cross-correlations for a given dataDescription.
unsigned int	sumMetaDataIndex ()
	Provide the number of switchCycle phases cumulated over all the basebands in the configuration.
unsigned int	metaDataIndex (unsigned int ndd)
	Provide the index for a given dataDescription in the meta-data tree.
CorrelationMode	getCorrelationMode ()
	Get the bitSize (actually the number of bytes, 2 or 4) used for the visibilities.
unsigned int	getNumDataDescription ()
	Get the number of dataDescription.
unsigned int	getNumChan (unsigned int ndd)
	Get the number of frequency channels for a given dataDescription.
unsigned int	getNumPol (unsigned int bbIndex)
	Get the number of Polarization Products given a baseband.
unsigned int	getNumPol (BasebandName bbName)
	Get the number of Polarization Products given a baseband.
unsigned int	getNumSdPol (unsigned int bbIndex)
	Get the number of Polarization Products in the case of zero-baselines given a baseband.
unsigned int	getNumSdPol (BasebandName bbName)
	Get the number of Polarization Products in the case of zero-baselines given a baseband.
unsigned int	getNdd (unsigned int bbIndex, unsigned int j)
	Get the index of a dataDescription given its index in its parent baseband.
unsigned int	getNdd (BasebandName bbName, unsigned int j)
	Get the index of a dataDescription given its index in its parent baseband.
unsigned int	getNumSpw (unsigned int bbIndex)
	Get the number of Spectral Windows in a given baseband identified by its index.
unsigned int	getNumSpw (BasebandName bbName)
	Get the number of Spectral Windows in a given baseband identified by its name.
unsigned int	getDataDescriptionIndex (Tag dataDescriptionId)
	Get the dataDescription index given a dataDescriptionId identifier.
unsigned long	getAutoSize ()
	Get the size of the block of data for the auto-correlations originating from one antenna.
unsigned long	getCrossSize ()
	Get the size of the block of cross-correlation data for the ensemble of spectral windows and a single non-zero baseline.
unsigned long	getNumAutoData ()
	Number of auto-correlations produce for one antenna.
unsigned long	getNumCrossData ()
	Number of cross-correlations produced by one non-zero baseline for the set of dataDescriptions.
unsigned long	getNumAutoData (Tag autoDataDescriptionId)
	Number of auto-correlations produced by one antenna for one dataDescription.
unsigned long	getNumCrossData (Tag crossDataDescriptionId)
	Number of cross-correlations produced by one non-zero baseline for a given dataDescription.
Tag	getAutoDataDescriptionId (Tag crossDataDescriptionId)
	Get the array of dataDescriptionId identifiers for the auto-correlations.
vector< Tag >	getAutoDataDescriptionId ()
	Get the array of dataDescriptionId identifiers for the cross-correlations.
vector< Tag >	getCrossDataDescriptionId ()
	Get the array of dataDescriptionId identifiers for the cross-correlations.
Protected Attributes
vector< Tag >	v_dataDescriptionIdArray_
	the input array of dataDescription identifiers
Enum< CorrelationMode >	e_cm_
	Type-safe correlation mode.
CorrelationMode	correlationMode_
	Correlation mode.
EnumSet< AtmPhaseCorrection >	es_apc_
	Atmospheric Phase Correction set.
vector< AtmPhaseCorrection >	v_atmPhaseCorrection_
	sequence of the Atmospheric Phase Correction values along the apc axis
vector< unsigned int >	v_numPol_
	number of cross-products (size numDataDesc_)
vector< Tag >	v_spwId_
	sequence of spectral window identifiers (size numDataDesc_)
vector< unsigned int >	v_numChan_
	sequence of nb of chan. i.e. spectral points (size numDataDesc_)
vector< BasebandName >	v_basebandName_
	(size numDataDesc_), baseband name for every spectral window.
vector< vector< int > >	vv_nsp_
	Nb of chan. per dataDescription (size numBaseband) vectors.
map< BasebandName, vector < DataDescParams > >	m_bn_v_ddp_
	The sequence of dataDescParams in the different basebands.
map< Tag, BasebandName >	m_ddid_bbn_
	Association between the dataDescriptionId and the baseband name.
unsigned int	numApc_
	APC axis size (can take the value 1 or 2 only)
unsigned int	numDataDescription_
	Explicit number of dataDescriptionId.
unsigned int	sumMetaDataIndex_
	Sum of the elements of the vector v_metaDataIndex_.
unsigned long	sumAutoSize_
	Sum of the elements of the vector v_autoSize_.
unsigned long	sumCrossSize_
	Sum of the elements of the vector v_crossSize_.
vector< unsigned int >	v_metaDataIndex_
	Indices for positions for every dataDesc (size numDataDesc_)
vector< unsigned long >	v_cumulAutoSize_
	Number of bytes to skip for every dataDesc (size numDataDesc_)
vector< unsigned long >	v_cumulCrossSize_
	Number of bytes to skip for every dataDesc (size numDataDesc_)
vector< unsigned long >	v_numAutoData_
	Number of auto-correlations per antenna (size numDataDesc_)
vector< unsigned long >	v_numCrossData_
	Number of cross-correlations per antenna pair (size numDataDesc_)
vector< unsigned long >	v_autoSize_
	Size, in nb PDT values, for every dataDesc (size numDataDesc_)
vector< unsigned long >	v_crossSize_
	Size, in nb PDT values, for every dataDesc (size numDataDesc_)
vector< Tag >	v_crossDataDescriptionId_
	Vector of dataDecsritionId for the cross-correlations (size numDataDesc_)
vector< Tag >	v_autoDataDescriptionId_
	Vector of dataDecsritionId for the auto-correlations (size <= numDataDesc_)
vector< bool >	v_pairDataDescriptionId_
	true if crossDataDecsritionId assoc to autoDataDecsritionId (size numDataDesc_)
vector< BasebandName >	v_basebandSet_
	Sequence of baseband names.
EnumSet< BasebandName >	e_basebandSet_
	Set of baseband names.
vector< unsigned int >	v_numSpwPerBb_
	Number of spectral windows in every baseband.
Private Member Functions
void	size ()
void	metaDataIndex ()
void	mapScToBaseband ()
	SwitchCyclesList defines the abstract base type of a hierarchy.
void	size ()
void	metaDataIndex ()
void	mapScToBaseband ()
	SwitchCyclesList defines the abstract base type of a hierarchy.

Detailed Description

Definition of the first level in the tree hierarchy: set of spectro-polarization descriptions, basebands.

Definition at line 34 of file DataDescriptionsSet.h.

Constructor & Destructor Documentation

sdmbin::DataDescriptionsSet::DataDescriptionsSet ( )

sdmbin::DataDescriptionsSet::DataDescriptionsSet	(	ASDM *const	datasetPtr,
		vector< Tag >	v_switchCycleId,
		vector< Tag >	v_dataDescriptionId,
		CorrelationMode	corrMode,
		vector< AtmPhaseCorrection >	atmPhaseCodes
	)

Define the first level in the tree hierarchy.

Precondition:: the pointer to the SDM dataset is already known

Parameters:

v_switchCycleId	a sequence of switchCycle identifiers, one per data description. It is not a set
v_dataDescriptionId	the sequence of DataDescription identifiers. it is an ordered set
corrMode	the correlation mode used: CROSS_ONLY if, in the data products, there are only visibilities (i.e. no auto-correlation data) AUTO-ONLY if, in the data products, there are only auto-correlations (i.e. no visibilities data) CROSS_AND_AUTO if , in the data products, there are both visibilities and auto-correlations
atmPhaseCodes	the vector of atmospheric phase correction enumerators used: AP_UNCORRECTED AP_CORRECTED AP_MIXED

Postcondition:: the first level of the tree hierarchy being defined this class can be derived to set the second level (class BaselinesSet).

Note:: Use the alternate constructor DataDescriptionsSet( SwitchCyclesList& , vector<int> , int , int , int); if the data description identifiers are typed int.; Use the alternate constructor if the data description identifiers are typed int.

sdmbin::DataDescriptionsSet::DataDescriptionsSet	(	vector< int >	v_switchCycleId,
		vector< int >	v_dataDescriptionId,
		CorrelationMode	corrMode,
		vector< AtmPhaseCorrection >	atmPhaseCodes
	)

Define the first level in the tree hierarchy.

Precondition:: the pointer to the SDM dataset is already known

Parameters:

datasetPtr	the SDM dataset
switchCyclesList	a switchCycle object
v_dataDescriptionIdArray	the set of DataDescription identifiers
corrMode	the correlation mode used: CROSS_ONLY AUTO-ONLY CROSS_AND_AUTO
atmPhaseCodes	the vector of atmospheric phase correction enumerators used: AP_UNCORRECTED AP_CORRECTED AP_MIXED
bitSize	(MAY BECOME OBSOLETE in the future since bitSize is now imposed to be the same for all spectral windows)

Postcondition:: the first level of the tree hierarchy is now defined

Note:: Use the alternate constructor DataDescriptionsSet( SwitchCyclesList& , vector<Tag> , int , int , int); if the data description identifiers are with the asdm type Tag.

sdmbin::DataDescriptionsSet::DataDescriptionsSet ( const DataDescriptionsSet & )

Copy constructor.

virtual sdmbin::DataDescriptionsSet::~DataDescriptionsSet ( ) [virtual]

Destructor.

Note:: use the default implementation

sdmbin::DataDescriptionsSet::DataDescriptionsSet ( )

sdmbin::DataDescriptionsSet::DataDescriptionsSet	(	ASDM *const	datasetPtr,
		vector< Tag >	v_switchCycleId,
		vector< Tag >	v_dataDescriptionId,
		CorrelationMode	corrMode,
		vector< AtmPhaseCorrection >	atmPhaseCodes
	)

Define the first level in the tree hierarchy.

Precondition:: the pointer to the SDM dataset is already known

Parameters:

v_switchCycleId	a sequence of switchCycle identifiers, one per data description. It is not a set
v_dataDescriptionId	the sequence of DataDescription identifiers. it is an ordered set
corrMode	the correlation mode used: CROSS_ONLY if, in the data products, there are only visibilities (i.e. no auto-correlation data) AUTO-ONLY if, in the data products, there are only auto-correlations (i.e. no visibilities data) CROSS_AND_AUTO if , in the data products, there are both visibilities and auto-correlations
atmPhaseCodes	the vector of atmospheric phase correction enumerators used: AP_UNCORRECTED AP_CORRECTED AP_MIXED

Postcondition:: the first level of the tree hierarchy being defined this class can be derived to set the second level (class BaselinesSet).

Note:: Use the alternate constructor DataDescriptionsSet( SwitchCyclesList& , vector<int> , int , int , int); if the data description identifiers are typed int.; Use the alternate constructor if the data description identifiers are typed int.

sdmbin::DataDescriptionsSet::DataDescriptionsSet	(	vector< int >	v_switchCycleId,
		vector< int >	v_dataDescriptionId,
		CorrelationMode	corrMode,
		vector< AtmPhaseCorrection >	atmPhaseCodes
	)

Define the first level in the tree hierarchy.

Precondition:: the pointer to the SDM dataset is already known

Parameters:

datasetPtr	the SDM dataset
switchCyclesList	a switchCycle object
v_dataDescriptionIdArray	the set of DataDescription identifiers
corrMode	the correlation mode used: CROSS_ONLY AUTO-ONLY CROSS_AND_AUTO
atmPhaseCodes	the vector of atmospheric phase correction enumerators used: AP_UNCORRECTED AP_CORRECTED AP_MIXED
bitSize	(MAY BECOME OBSOLETE in the future since bitSize is now imposed to be the same for all spectral windows)

Postcondition:: the first level of the tree hierarchy is now defined

Note:: Use the alternate constructor DataDescriptionsSet( SwitchCyclesList& , vector<Tag> , int , int , int); if the data description identifiers are with the asdm type Tag.

sdmbin::DataDescriptionsSet::DataDescriptionsSet ( const DataDescriptionsSet & )

Copy constructor.

virtual sdmbin::DataDescriptionsSet::~DataDescriptionsSet ( ) [virtual]

Destructor.

Note:: use the default implementation

Member Function Documentation

Enum<AtmPhaseCorrection> sdmbin::DataDescriptionsSet::atmPhaseCorrection ( unsigned int atmPhaseCorrectionIndex )

Accessor to the atmospherePhaseCorrection.

Parameters:

atmPhaseCorrectionIndex index (0-based) along the apc axis

Returns:: the atmPhaseCorrection enumerator for that index

Note:

return an empty enumeration if the index is outside the range along the apc axis

AP_UNCORRECTED means the data product contain uncorrected data
AP_CORRECTED means the data product contain corrected data
AP_MIXED means in the data product contains some data having been corrected, the other not corrected, the criterion for correcting or not being being based to some algorithm

Enum<AtmPhaseCorrection> sdmbin::DataDescriptionsSet::atmPhaseCorrection ( unsigned int atmPhaseCorrectionIndex )

Accessor to the atmospherePhaseCorrection.

Parameters:

atmPhaseCorrectionIndex index (0-based) along the apc axis

Returns:: the atmPhaseCorrection enumerator for that index

Note:

return an empty enumeration if the index is outside the range along the apc axis

AP_UNCORRECTED means the data product contain uncorrected data
AP_CORRECTED means the data product contain corrected data
AP_MIXED means in the data product contains some data having been corrected, the other not corrected, the criterion for correcting or not being being based to some algorithm

unsigned int sdmbin::DataDescriptionsSet::atmPhaseCorrectionIndex ( AtmPhaseCorrection apc )

Get the index position along the apc axis.

Parameters:

apc	an AtmPhaseCorrection enumerator

Returns:: The index position (0-based) along the apc axis

Exceptions:

-1	returned if the input apc value is not present on the apc axis

unsigned int sdmbin::DataDescriptionsSet::atmPhaseCorrectionIndex ( AtmPhaseCorrection apc )

Get the index position along the apc axis.

Parameters:

apc	an AtmPhaseCorrection enumerator

Returns:: The index position (0-based) along the apc axis

Exceptions:

-1	returned if the input apc value is not present on the apc axis

Tag sdmbin::DataDescriptionsSet::getAutoDataDescriptionId ( Tag crossDataDescriptionId )

Get the array of dataDescriptionId identifiers for the auto-correlations.

Parameters:

crossDataDescriptionId one of the dataDescription identifiers in the set used for the configuration setup

Exceptions:

crossDataDescriptionId does not exist in the set of dataDescription identifiers in the setup

Returns:: The array of dataDescriptionId identifier for the auto-correlations

Note:: In the case correlationMode=2 this array of identifiers is only implicit in configDescription. It is automaticly derived based on the input dataDescriptionId identifiers for the cross-correlations (the second parameter in the signature of the constructor of this class).

Tag sdmbin::DataDescriptionsSet::getAutoDataDescriptionId ( Tag crossDataDescriptionId )

Get the array of dataDescriptionId identifiers for the auto-correlations.

Parameters:

crossDataDescriptionId one of the dataDescription identifiers in the set used for the configuration setup

Exceptions:

crossDataDescriptionId does not exist in the set of dataDescription identifiers in the setup

Returns:: The array of dataDescriptionId identifier for the auto-correlations

Note:: In the case correlationMode=2 this array of identifiers is only implicit in configDescription. It is automaticly derived based on the input dataDescriptionId identifiers for the cross-correlations (the second parameter in the signature of the constructor of this class).

vector<Tag> sdmbin::DataDescriptionsSet::getAutoDataDescriptionId ( )

Get the array of dataDescriptionId identifiers for the cross-correlations.

Returns:: The array of dataDescriptionId identifier for the auto-correlations (zero-baselines)

Exceptions:

Would correlationMode=0 the returned vector would have a size of 0

vector<Tag> sdmbin::DataDescriptionsSet::getAutoDataDescriptionId ( )

Get the array of dataDescriptionId identifiers for the cross-correlations.

Returns:: The array of dataDescriptionId identifier for the auto-correlations (zero-baselines)

Exceptions:

Would correlationMode=0 the returned vector would have a size of 0

unsigned long sdmbin::DataDescriptionsSet::getAutoSize ( )

Get the size of the block of data for the auto-correlations originating from one antenna.

This size is determined according to the formula

$sizeof(float) \times \sum_{i=1}^{N_{bb}} \left( N_{bin}(i)~f(N_{pp}(i))~ \sum_{j=1}^{N_{sw}(i)} N_{sp}(j) \right)$
where, for pure single-dish, (i.e. correlationMode=1),
$f(N_{pp}(i)) = \left\| \begin{array} {r@{\quad if\quad}l} N_{pp}^{o}(i) & N_{pp}^{o}(i) \le 2 \\ 4 & N_{pp}^{o}(i)=3 \\ \end{array} \right.$
and for correlationMode=2
$f(N_{pp}(i)) = \left\| \begin{array} {r@{\quad if\quad}l} N_{pp}^{oo}(i) & N_{pp}^{oo}(i) \le 2~~ (i.e.~1~re~if~N_{pp}^{oo}(i)=1, ~2~re~if~N_{pp}^{oo}(i)=2)\\ N_{pp}^{oo}(i) & N_{pp}^{oo}(i) = 4~~ (i.e.~3~re + 1~im,~standard~mode) \\ \end{array} \right.$

unsigned long sdmbin::DataDescriptionsSet::getAutoSize ( )

Get the size of the block of data for the auto-correlations originating from one antenna.

This size is determined according to the formula

$sizeof(float) \times \sum_{i=1}^{N_{bb}} \left( N_{bin}(i)~f(N_{pp}(i))~ \sum_{j=1}^{N_{sw}(i)} N_{sp}(j) \right)$
where, for pure single-dish, (i.e. correlationMode=1),
$f(N_{pp}(i)) = \left\| \begin{array} {r@{\quad if\quad}l} N_{pp}^{o}(i) & N_{pp}^{o}(i) \le 2 \\ 4 & N_{pp}^{o}(i)=3 \\ \end{array} \right.$
and for correlationMode=2
$f(N_{pp}(i)) = \left\| \begin{array} {r@{\quad if\quad}l} N_{pp}^{oo}(i) & N_{pp}^{oo}(i) \le 2~~ (i.e.~1~re~if~N_{pp}^{oo}(i)=1, ~2~re~if~N_{pp}^{oo}(i)=2)\\ N_{pp}^{oo}(i) & N_{pp}^{oo}(i) = 4~~ (i.e.~3~re + 1~im,~standard~mode) \\ \end{array} \right.$

unsigned int sdmbin::DataDescriptionsSet::getBasebandIndex ( unsigned int ndd )

Get the baseband number of a given dataDescription.

Parameters:

ndd	The index of the dataDescription identifier

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: The baseband number (one-based)

unsigned int sdmbin::DataDescriptionsSet::getBasebandIndex ( unsigned int ndd )

Get the baseband number of a given dataDescription.

Parameters:

ndd	The index of the dataDescription identifier

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: The baseband number (one-based)

BasebandName sdmbin::DataDescriptionsSet::getBasebandName ( unsigned int ndd )

Get the baseband name of a given dataDescription.

Parameters:

ndd	The index (zero-based) of the dataDescription identifier

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: The baseband number (one-based)

BasebandName sdmbin::DataDescriptionsSet::getBasebandName ( unsigned int ndd )

Get the baseband name of a given dataDescription.

Parameters:

ndd	The index (zero-based) of the dataDescription identifier

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: The baseband number (one-based)

CorrelationMode sdmbin::DataDescriptionsSet::getCorrelationMode ( )

Get the bitSize (actually the number of bytes, 2 or 4) used for the visibilities.

Returns:: The size (actually in number of bytes)

Note:: Since December 2005 only the cross data (the visibilities) may be represented either with 2 bytes or 4 bytes words. The auto data are always represented using 4 bytes. Furthermore the same representation must be used whatever the spectral resolution or the baselines. Hence this getBitSize method no longer requires input parameters.
Note that a visibility being a complex quantity it is represented using two words, the first for the real part and the second for the imaginary part. Note also that for single-dish (zero-baseline), the XY correlation product is also a complex quantity while XX and YY are real quantities, these being represented using a single word. Get the correlation mode used

Returns:

The correlation mode:

CROSS_ONLY
AUTO_ONLY
CROSS_AND_AUTO

CorrelationMode sdmbin::DataDescriptionsSet::getCorrelationMode ( )

Get the bitSize (actually the number of bytes, 2 or 4) used for the visibilities.

Returns:: The size (actually in number of bytes)

Note:: Since December 2005 only the cross data (the visibilities) may be represented either with 2 bytes or 4 bytes words. The auto data are always represented using 4 bytes. Furthermore the same representation must be used whatever the spectral resolution or the baselines. Hence this getBitSize method no longer requires input parameters.
Note that a visibility being a complex quantity it is represented using two words, the first for the real part and the second for the imaginary part. Note also that for single-dish (zero-baseline), the XY correlation product is also a complex quantity while XX and YY are real quantities, these being represented using a single word. Get the correlation mode used

Returns:

The correlation mode:

CROSS_ONLY
AUTO_ONLY
CROSS_AND_AUTO

vector<Tag> sdmbin::DataDescriptionsSet::getCrossDataDescriptionId ( )

Get the array of dataDescriptionId identifiers for the cross-correlations.

Returns:: The array of dataDescriptionId identifier for the cross-correlations

Exceptions:

would correlationMode=1 the returned vector would have a size of 0

vector<Tag> sdmbin::DataDescriptionsSet::getCrossDataDescriptionId ( )

Get the array of dataDescriptionId identifiers for the cross-correlations.

Returns:: The array of dataDescriptionId identifier for the cross-correlations

Exceptions:

would correlationMode=1 the returned vector would have a size of 0

unsigned long sdmbin::DataDescriptionsSet::getCrossSize ( )

Get the size of the block of cross-correlation data for the ensemble of spectral windows and a single non-zero baseline.

This size is determined according to the formula
$sizeof(bitSize) \times 2 ~ N_{apc}~ \sum_{i=1}^{N_{bb}} ~\left( N_{bin}(i)~N_{pp}^{oo}(i) \sum_{j=1}^{N_{sw}(i)} N_{sp}(j) \right)$
where there is a factor 2 because a visibility is a complex.

$ sizeof(bitSize)$ =2 or 4 bytes (ref. note of Steeve).

unsigned long sdmbin::DataDescriptionsSet::getCrossSize ( )

Get the size of the block of cross-correlation data for the ensemble of spectral windows and a single non-zero baseline.

This size is determined according to the formula
$sizeof(bitSize) \times 2 ~ N_{apc}~ \sum_{i=1}^{N_{bb}} ~\left( N_{bin}(i)~N_{pp}^{oo}(i) \sum_{j=1}^{N_{sw}(i)} N_{sp}(j) \right)$
where there is a factor 2 because a visibility is a complex.

$ sizeof(bitSize)$ =2 or 4 bytes (ref. note of Steeve).

unsigned int sdmbin::DataDescriptionsSet::getDataDescriptionIndex ( Tag dataDescriptionId )

Get the dataDescription index given a dataDescriptionId identifier.

Parameters:

dataDescriptionId The dataDescriptionId identifier

Exceptions:

dataDescriptionId does not exist in the set of dataDescription identifiers in the configuration

Returns:: The dataDescription index (0-based)

unsigned int sdmbin::DataDescriptionsSet::getDataDescriptionIndex ( Tag dataDescriptionId )

Get the dataDescription index given a dataDescriptionId identifier.

Parameters:

dataDescriptionId The dataDescriptionId identifier

Exceptions:

dataDescriptionId does not exist in the set of dataDescription identifiers in the configuration

Returns:: The dataDescription index (0-based)

unsigned int sdmbin::DataDescriptionsSet::getNdd	(	unsigned int	bbIndex,
		unsigned int	j
	)

Get the index of a dataDescription given its index in its parent baseband.

Parameters:

bbIndex The baseband index

Exceptions:

bbIndex eqaul or exceeding the number of basebands used in the configuration

Parameters:

j	The dataDescription index (zero-based) within that baseband

Exceptions:

j	too large for the number of dataDescriptions in the given baseband

Returns:: The index of the dataDescrition in the sequence of dataDescription in the configDescription

unsigned int sdmbin::DataDescriptionsSet::getNdd	(	unsigned int	bbIndex,
		unsigned int	j
	)

Get the index of a dataDescription given its index in its parent baseband.

Parameters:

bbIndex The baseband index

Exceptions:

bbIndex eqaul or exceeding the number of basebands used in the configuration

Parameters:

j	The dataDescription index (zero-based) within that baseband

Exceptions:

j	too large for the number of dataDescriptions in the given baseband

Returns:: The index of the dataDescrition in the sequence of dataDescription in the configDescription

unsigned int sdmbin::DataDescriptionsSet::getNdd	(	BasebandName	bbName,
		unsigned int	j
	)

Get the index of a dataDescription given its index in its parent baseband.

Parameters:

bbName	The baseband name
j	The dataDescription index (zero-based) within that baseband

Exceptions:

no	such babseband name in the configuration or j too large for the number of dataDescriptions given that baseband

Returns:: The index of the dataDescrition in the sequence of dataDescription in the configDescription

unsigned int sdmbin::DataDescriptionsSet::getNdd	(	BasebandName	bbName,
		unsigned int	j
	)

Get the index of a dataDescription given its index in its parent baseband.

Parameters:

bbName	The baseband name
j	The dataDescription index (zero-based) within that baseband

Exceptions:

no	such babseband name in the configuration or j too large for the number of dataDescriptions given that baseband

Returns:: The index of the dataDescrition in the sequence of dataDescription in the configDescription

unsigned long sdmbin::DataDescriptionsSet::getNumAutoData ( )

Number of auto-correlations produce for one antenna.

Note:: If the number $N_{pp}^{o}$ of polarization products is 3 the cross product XY counts for one data quantity.
To get this number of polarization products $N_{pp}^{o}$ see the method numSdPol(int ndd); to get it for a given dataDescription index or the method getNumSdPol(int bbNum) for a given baseband.

unsigned long sdmbin::DataDescriptionsSet::getNumAutoData ( )

Number of auto-correlations produce for one antenna.

Note:: If the number $N_{pp}^{o}$ of polarization products is 3 the cross product XY counts for one data quantity.
To get this number of polarization products $N_{pp}^{o}$ see the method numSdPol(int ndd); to get it for a given dataDescription index or the method getNumSdPol(int bbNum) for a given baseband.

unsigned long sdmbin::DataDescriptionsSet::getNumAutoData ( Tag autoDataDescriptionId )

Number of auto-correlations produced by one antenna for one dataDescription.

Parameters:

autoDataDescriptionId dataDescription identifier of the subset of auto-correlations

Exceptions:

autoDataDescriptionId (eventualy as infered from crossDataDescriptionId) does not exist for the configuration setup

Note:: If the number $N_{pp}^{o}$ of polarization products is 3 the cross product XY counts for one data quantity.
To get this number of polarization products $N_{pp}^{o}$ for a given dataDescription index see the method numSdPol(int ndd); to get it for a given baseband, would it be baseband-based, see the method getNumSdPol(int bbNum).

unsigned long sdmbin::DataDescriptionsSet::getNumAutoData ( Tag autoDataDescriptionId )

Number of auto-correlations produced by one antenna for one dataDescription.

Parameters:

autoDataDescriptionId dataDescription identifier of the subset of auto-correlations

Exceptions:

autoDataDescriptionId (eventualy as infered from crossDataDescriptionId) does not exist for the configuration setup

Note:: If the number $N_{pp}^{o}$ of polarization products is 3 the cross product XY counts for one data quantity.
To get this number of polarization products $N_{pp}^{o}$ for a given dataDescription index see the method numSdPol(int ndd); to get it for a given baseband, would it be baseband-based, see the method getNumSdPol(int bbNum).

unsigned int sdmbin::DataDescriptionsSet::getNumChan ( unsigned int ndd )

Get the number of frequency channels for a given dataDescription.

Parameters:

ndd	The dataDescription number

Exceptions:

ndd	equal or exeeding the number of dataDescription in the configuration setup

Returns:: The number of channels (spectral points) for that dataDescription number (1-based)

unsigned int sdmbin::DataDescriptionsSet::getNumChan ( unsigned int ndd )

Get the number of frequency channels for a given dataDescription.

Parameters:

ndd	The dataDescription number

Exceptions:

ndd	equal or exeeding the number of dataDescription in the configuration setup

Returns:: The number of channels (spectral points) for that dataDescription number (1-based)

unsigned long sdmbin::DataDescriptionsSet::getNumCrossData ( )

Number of cross-correlations produced by one non-zero baseline for the set of dataDescriptions.

Note:: This number must be understood as the number complex values, one data value being a complex quantity.

unsigned long sdmbin::DataDescriptionsSet::getNumCrossData ( )

Number of cross-correlations produced by one non-zero baseline for the set of dataDescriptions.

Note:: This number must be understood as the number complex values, one data value being a complex quantity.

unsigned long sdmbin::DataDescriptionsSet::getNumCrossData ( Tag crossDataDescriptionId )

Number of cross-correlations produced by one non-zero baseline for a given dataDescription.

Parameters:

crossDataDescriptionId one of the dataDescription identifiers in the set used for the configuration setup

Exceptions:

crossDataDescriptionId does not exist in the set of dataDescription identifiers in the setup configDescription setup

Note:: This number must be understood as the number complex values, one data value being a complex quantity.

unsigned long sdmbin::DataDescriptionsSet::getNumCrossData ( Tag crossDataDescriptionId )

Number of cross-correlations produced by one non-zero baseline for a given dataDescription.

Parameters:

crossDataDescriptionId one of the dataDescription identifiers in the set used for the configuration setup

Exceptions:

crossDataDescriptionId does not exist in the set of dataDescription identifiers in the setup configDescription setup

Note:: This number must be understood as the number complex values, one data value being a complex quantity.

unsigned int sdmbin::DataDescriptionsSet::getNumDataDescription ( )

Get the number of dataDescription.

Returns:: The number of dataDescription

unsigned int sdmbin::DataDescriptionsSet::getNumDataDescription ( )

Get the number of dataDescription.

Returns:: The number of dataDescription

unsigned int sdmbin::DataDescriptionsSet::getNumPol ( unsigned int bbIndex )

Get the number of Polarization Products given a baseband.

Parameters:

nbb	The baseband index

Exceptions:

bbIndex is equal or exceeds number of basebands in the configuration or not baseband independent

Returns:

The number of Polarization Products:

if correlationMode=CROSS_ONLY number $N_{pp}^{oo}$ of products for the non-zero baselines
if correlationMode=AUTO_ONLY number $N_{pp}^{o}$ of products for the zero-baselines
if correlationMode=CROSS_AND_AUTO number $N_{pp}^{oo}$ of products for the non-zero baselines;
use the method getNumSdPol() to get $N_{pp}^{o}$ , the number of products for the zero-baselines.

Note:: To get number of products given a dataDescription use the method numPol(). To get number of products given a basebandName, would that be constant per baseband, use getNumPol(BasebandName bbName)

unsigned int sdmbin::DataDescriptionsSet::getNumPol ( unsigned int bbIndex )

Get the number of Polarization Products given a baseband.

Parameters:

nbb	The baseband index

Exceptions:

bbIndex is equal or exceeds number of basebands in the configuration or not baseband independent

Returns:

The number of Polarization Products:

if correlationMode=CROSS_ONLY number $N_{pp}^{oo}$ of products for the non-zero baselines
if correlationMode=AUTO_ONLY number $N_{pp}^{o}$ of products for the zero-baselines
if correlationMode=CROSS_AND_AUTO number $N_{pp}^{oo}$ of products for the non-zero baselines;
use the method getNumSdPol() to get $N_{pp}^{o}$ , the number of products for the zero-baselines.

Note:: To get number of products given a dataDescription use the method numPol(). To get number of products given a basebandName, would that be constant per baseband, use getNumPol(BasebandName bbName)

unsigned int sdmbin::DataDescriptionsSet::getNumPol ( BasebandName bbName )

Get the number of Polarization Products given a baseband.

Parameters:

bbName The baseband index (0-based)

Returns:

The number of Polarization Products:

if CROSS_ONLY number $N_{pp}^{oo}$ of products for the non-zero baselines
if AUTO_ONLY number $N_{pp}^{o}$ of products for the zero-baselines
if CROSS_AND_AUTO number $N_{pp}^{oo}$ of products for the non-zero baselines;
use the method getNumSdPol() to get $N_{pp}^{o}$ , the number of products for the zero-baselines.

Note:: To get number of products given a dataDescription use the method numPol().

unsigned int sdmbin::DataDescriptionsSet::getNumPol ( BasebandName bbName )

Get the number of Polarization Products given a baseband.

Parameters:

bbName The baseband index (0-based)

Returns:

The number of Polarization Products:

if CROSS_ONLY number $N_{pp}^{oo}$ of products for the non-zero baselines
if AUTO_ONLY number $N_{pp}^{o}$ of products for the zero-baselines
if CROSS_AND_AUTO number $N_{pp}^{oo}$ of products for the non-zero baselines;
use the method getNumSdPol() to get $N_{pp}^{o}$ , the number of products for the zero-baselines.

Note:: To get number of products given a dataDescription use the method numPol().

unsigned int sdmbin::DataDescriptionsSet::getNumSdPol ( unsigned int bbIndex )

Get the number of Polarization Products in the case of zero-baselines given a baseband.

Parameters:

bbIndex The baseband index

Exceptions:

not	baseband independent

Returns:

The number of Polarization Products $N_{pp}^{o}$ :

if CROSS_ONLY the returned number is 0.
if AUTO_ONLY this method is equivalent to the method getNumPol().
if CROSS_AND_AUTO use the method getNumPol() to get $N_{pp}^{oo}$ , the corresponding number of products for the non-zero baselines.
if the input baseband name does not belong to the configuration return 0

Note:: To get number of products given a dataDescription use the method numPol().

unsigned int sdmbin::DataDescriptionsSet::getNumSdPol ( unsigned int bbIndex )

Get the number of Polarization Products in the case of zero-baselines given a baseband.

Parameters:

bbIndex The baseband index

Exceptions:

not	baseband independent

Returns:

The number of Polarization Products $N_{pp}^{o}$ :

if CROSS_ONLY the returned number is 0.
if AUTO_ONLY this method is equivalent to the method getNumPol().
if CROSS_AND_AUTO use the method getNumPol() to get $N_{pp}^{oo}$ , the corresponding number of products for the non-zero baselines.
if the input baseband name does not belong to the configuration return 0

Note:: To get number of products given a dataDescription use the method numPol().

unsigned int sdmbin::DataDescriptionsSet::getNumSdPol ( BasebandName bbName )

Get the number of Polarization Products in the case of zero-baselines given a baseband.

Parameters:

bbName The baseband index (0-based)

Returns:

The number of Polarization Products $N_{pp}^{o}$ :

if CROSS_ONLY the returned number is 0.
if AUTO_ONLY this method is equivalent to the method getNumPol().
if CROSS_AND_AUTO use the method getNumPol() to get $N_{pp}^{oo}$ , the corresponding number of products for the non-zero baselines.
if the input baseband name does not belong to the configuration return 0

Note:: To get number of products given a dataDescription use the method numPol().

unsigned int sdmbin::DataDescriptionsSet::getNumSdPol ( BasebandName bbName )

Get the number of Polarization Products in the case of zero-baselines given a baseband.

Parameters:

bbName The baseband index (0-based)

Returns:

The number of Polarization Products $N_{pp}^{o}$ :

if CROSS_ONLY the returned number is 0.
if AUTO_ONLY this method is equivalent to the method getNumPol().
if CROSS_AND_AUTO use the method getNumPol() to get $N_{pp}^{oo}$ , the corresponding number of products for the non-zero baselines.
if the input baseband name does not belong to the configuration return 0

Note:: To get number of products given a dataDescription use the method numPol().

unsigned int sdmbin::DataDescriptionsSet::getNumSpw ( unsigned int bbIndex )

Get the number of Spectral Windows in a given baseband identified by its index.

Parameters:

bbNum The baseband index (zero-based)

Exceptions:

bbNum illegal or exceeding the number of basebands used in the configuration

Returns:: The number $N_{sw}$ of spectral windows in the baseband

unsigned int sdmbin::DataDescriptionsSet::getNumSpw ( unsigned int bbIndex )

Get the number of Spectral Windows in a given baseband identified by its index.

Parameters:

bbNum The baseband index (zero-based)

Exceptions:

bbNum illegal or exceeding the number of basebands used in the configuration

Returns:: The number $N_{sw}$ of spectral windows in the baseband

unsigned int sdmbin::DataDescriptionsSet::getNumSpw ( BasebandName bbName )

Get the number of Spectral Windows in a given baseband identified by its name.

Parameters:

bbName The baseband name

Returns:: The number $N_{sw}$ of spectral windows in the baseband or 0 if baseband does not belong to the configuration

unsigned int sdmbin::DataDescriptionsSet::getNumSpw ( BasebandName bbName )

Get the number of Spectral Windows in a given baseband identified by its name.

Parameters:

bbName The baseband name

Returns:: The number $N_{sw}$ of spectral windows in the baseband or 0 if baseband does not belong to the configuration

Tag sdmbin::DataDescriptionsSet::getSpwId ( unsigned int ndd )

Accessor to get the spwtral window identifier of a given dataDescription.

Parameters:

ndd	The index of the dataDescription identifier in dataDescriptionIdArray

Exceptions:

ndd	is too large for the number of dataDescriptions in the ConfigDescription

Returns:: The spectral window identifier

Tag sdmbin::DataDescriptionsSet::getSpwId ( unsigned int ndd )

Accessor to get the spwtral window identifier of a given dataDescription.

Parameters:

ndd	The index of the dataDescription identifier in dataDescriptionIdArray

Exceptions:

ndd	is too large for the number of dataDescriptions in the ConfigDescription

Returns:: The spectral window identifier

void sdmbin::DataDescriptionsSet::mapScToBaseband ( ) [private, virtual]

SwitchCyclesList defines the abstract base type of a hierarchy.

Note:

there are various possible levels of constraints for the number of bins. For example, from the highest to the lowest constraint:

With a nutating sub-reflector the number of bins must be the same in all the spectral windows, whatever the baseband.
With frequency-switch observing modes, the number of bins may require to be unique on a baseband basis.
With dedispersion for pulsar observations the number of bins may be solely spectral-window based.

mapScToBaseband(), implemented in the derived class DataDescriptionSets, maps vectors to baseband names to support this, the baseband names being attributes in the definition of the spectral windows.

Implements sdmbin::SwitchCyclesList.

void sdmbin::DataDescriptionsSet::mapScToBaseband ( ) [private, virtual]

SwitchCyclesList defines the abstract base type of a hierarchy.

Note:

there are various possible levels of constraints for the number of bins. For example, from the highest to the lowest constraint:

With a nutating sub-reflector the number of bins must be the same in all the spectral windows, whatever the baseband.
With frequency-switch observing modes, the number of bins may require to be unique on a baseband basis.
With dedispersion for pulsar observations the number of bins may be solely spectral-window based.

mapScToBaseband(), implemented in the derived class DataDescriptionSets, maps vectors to baseband names to support this, the baseband names being attributes in the definition of the spectral windows.

Implements sdmbin::SwitchCyclesList.

unsigned int sdmbin::DataDescriptionsSet::metaDataIndex ( unsigned int ndd )

Provide the index for a given dataDescription in the meta-data tree.

Parameters:

ndd	The index (zero-based) of the dataDescription identifier in dataDescriptionIdArray, the second parameter in the signature of the constructors.

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: The index in the metadata tree

unsigned int sdmbin::DataDescriptionsSet::metaDataIndex ( unsigned int ndd )

Provide the index for a given dataDescription in the meta-data tree.

Parameters:

ndd	The index (zero-based) of the dataDescription identifier in dataDescriptionIdArray, the second parameter in the signature of the constructors.

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: The index in the metadata tree

void sdmbin::DataDescriptionsSet::metaDataIndex ( ) [private]

unsigned int sdmbin::DataDescriptionsSet::numApc ( )

Size of the apc axis (can be only 1 or 2)

Returns:: size of this axis (the 3rd inner most in the axis hierarchy)

Note:

atmospherePhaseCode=0 or 1 this size will be 1
if atmospherePhaseCode=2 this size is 2 TODO tell in the SDM document that along this axis the first grid coordinate is for the uncorreceted data and the second for the corrected data.

unsigned int sdmbin::DataDescriptionsSet::numApc ( )

Size of the apc axis (can be only 1 or 2)

Returns:: size of this axis (the 3rd inner most in the axis hierarchy)

Note:

atmospherePhaseCode=0 or 1 this size will be 1
if atmospherePhaseCode=2 this size is 2 TODO tell in the SDM document that along this axis the first grid coordinate is for the uncorreceted data and the second for the corrected data.

int sdmbin::DataDescriptionsSet::numAutoData ( unsigned int ndd )

Provide the number of auto-correlations for a given dataDescription.

Note:: would the dataDescription identifier for this index in ConfigDescription be for cross correlations, the corresponding dataDescription for auto-correlations would actually be used

Parameters:

ndd	The index (zero-based) of the dataDescription identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	has a value which is illegal or too large for the number of dataDescription used in the configuration

Returns:: Number of auto-correlations for that dataDescription

Exceptions:

0	returned (lax mode) if correlationMode=0.

int sdmbin::DataDescriptionsSet::numAutoData ( unsigned int ndd )

Provide the number of auto-correlations for a given dataDescription.

Note:: would the dataDescription identifier for this index in ConfigDescription be for cross correlations, the corresponding dataDescription for auto-correlations would actually be used

Parameters:

ndd	The index (zero-based) of the dataDescription identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	has a value which is illegal or too large for the number of dataDescription used in the configuration

Returns:: Number of auto-correlations for that dataDescription

Exceptions:

0	returned (lax mode) if correlationMode=0.

unsigned int sdmbin::DataDescriptionsSet::numBaseband ( )

Accessor to the number of basebands.

Returns:: the number of basebands $N_{bb}$

unsigned int sdmbin::DataDescriptionsSet::numBaseband ( )

Accessor to the number of basebands.

Returns:: the number of basebands $N_{bb}$

unsigned int sdmbin::DataDescriptionsSet::numBin ( unsigned int ndd )

Accessor to the number of steps for the baseband of a given dataDescription.

Parameters:

ndd	The index of the dataDescrition identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	is too large for the number of dataDescriptions in the ConfigDescription

Returns:: Number of steps for the baseband of a given dataDescription

unsigned int sdmbin::DataDescriptionsSet::numBin ( unsigned int ndd ) [inline]

Accessor to the number of steps for the baseband of a given dataDescription.

Parameters:

ndd	The index of the dataDescrition identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	is too large for the number of dataDescriptions in the ConfigDescription

Returns:: Number of steps for the baseband of a given dataDescription

if(ndd>=v_basebandName_.size()) Error(SERIOUS,"The dataDescription index must be smaller than %d", v_basebandName_.size());

Definition at line 293 of file BaselinesSet.h.

References sdmbin::SwitchCyclesList::v_numBin_.

Referenced by sdmbin::BaselinesSet::transferId().

unsigned int sdmbin::DataDescriptionsSet::numChan ( unsigned int ndd )

Accessor to the number of frequency channels of a given dataDescription.

Parameters:

ndd	The index of the dataDescription identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	is too large for the number of dataDescriptions in the ConfigDescription

Returns:: Number of frequency channels (spectral points) for that dataDescription

unsigned int sdmbin::DataDescriptionsSet::numChan ( unsigned int ndd )

Accessor to the number of frequency channels of a given dataDescription.

Parameters:

ndd	The index of the dataDescription identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	is too large for the number of dataDescriptions in the ConfigDescription

Returns:: Number of frequency channels (spectral points) for that dataDescription

unsigned int sdmbin::DataDescriptionsSet::numCrossData ( unsigned int ndd )

Provide the number of cross-correlations for a given dataDescription.

Parameters:

ndd	The index (zero-based) of the dataDescription identifier in dataDescriptionIdArray

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: the number of cross-correlations for that dataDescription

Exceptions:

returns 0 if correlationMode=1.

unsigned int sdmbin::DataDescriptionsSet::numCrossData ( unsigned int ndd )

Provide the number of cross-correlations for a given dataDescription.

Parameters:

ndd	The index (zero-based) of the dataDescription identifier in dataDescriptionIdArray

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: the number of cross-correlations for that dataDescription

Exceptions:

returns 0 if correlationMode=1.

unsigned int sdmbin::DataDescriptionsSet::numPol ( unsigned int ndd )

Accessor to the number of polarization products of a given dataDescription.

Parameters:

ndd	The index of the dataDescrition identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	is too large for the number of dataDescriptions in the ConfigDescription

Returns:

Number of polarization products depending on the correlation mode:

if CROSS_ONLY this is $N_{pp}^{oo}$ , the number of polarization cross products for the non-zero baselines.
if AUTO_ONLY this number is $N_{pp}^{o}$ for the case of "single-dish" data.
if CROSS_AND_AUTO this is $N_{pp}^{oo}$ , the number of polarization cross products for the non-zero baselines;
use the method numSdPol(int) to get the corresponding number $N_{pp}^{o}$ for the zero baselines.

Note:: If it desired to get this number for a given baseband, use the method getNumPol(int bbNum).

unsigned int sdmbin::DataDescriptionsSet::numPol ( unsigned int ndd )

Accessor to the number of polarization products of a given dataDescription.

Parameters:

ndd	The index of the dataDescrition identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	is too large for the number of dataDescriptions in the ConfigDescription

Returns:

Number of polarization products depending on the correlation mode:

if CROSS_ONLY this is $N_{pp}^{oo}$ , the number of polarization cross products for the non-zero baselines.
if AUTO_ONLY this number is $N_{pp}^{o}$ for the case of "single-dish" data.
if CROSS_AND_AUTO this is $N_{pp}^{oo}$ , the number of polarization cross products for the non-zero baselines;
use the method numSdPol(int) to get the corresponding number $N_{pp}^{o}$ for the zero baselines.

Note:: If it desired to get this number for a given baseband, use the method getNumPol(int bbNum).

unsigned int sdmbin::DataDescriptionsSet::numSdPol ( unsigned int ndd )

Accessor to the number of polarization cross-products of a given dataDescription.

Parameters:

ndd	The index (zero-based) of the dataDescription identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: Number of products for the zero-baselines.
If correlationMode=CROSS_AND_AUTO, use the accessor numPol(unsigned int) to get the corresponding number $N_{pp}^{oo}$ of cross products for the non-zero baselines.

Note:: If it desired to get this number $N_{pp}^{oo}$ for a given baseband, use the method getNumSdPol(int bbNum).

unsigned int sdmbin::DataDescriptionsSet::numSdPol ( unsigned int ndd )

Accessor to the number of polarization cross-products of a given dataDescription.

Parameters:

ndd	The index (zero-based) of the dataDescription identifier in dataDescriptionIdArray (2nd param. in the constructors).

Exceptions:

ndd	has an illegal value or is too large for the number of dataDescriptions in the ConfigDescription

Returns:: Number of products for the zero-baselines.
If correlationMode=CROSS_AND_AUTO, use the accessor numPol(unsigned int) to get the corresponding number $N_{pp}^{oo}$ of cross products for the non-zero baselines.

Note:: If it desired to get this number $N_{pp}^{oo}$ for a given baseband, use the method getNumSdPol(int bbNum).

void sdmbin::DataDescriptionsSet::size ( ) [private]

unsigned int sdmbin::DataDescriptionsSet::sumMetaDataIndex ( )

Provide the number of switchCycle phases cumulated over all the basebands in the configuration.

Returns:: the sum $\sum_{i=1}^{N_{bb}} N_{bin}(i)$

Note:: In the software of the ALMA correlator subsystem the following constraint has been set: the number of phases in the switching cycles (e.g. when using the frequency switch observing mode) must be common to all dataDescriptions within a baseband but may be different from baseband to baseband.

unsigned int sdmbin::DataDescriptionsSet::sumMetaDataIndex ( )

Provide the number of switchCycle phases cumulated over all the basebands in the configuration.

Returns:: the sum $\sum_{i=1}^{N_{bb}} N_{bin}(i)$

Note:: In the software of the ALMA correlator subsystem the following constraint has been set: the number of phases in the switching cycles (e.g. when using the frequency switch observing mode) must be common to all dataDescriptions within a baseband but may be different from baseband to baseband.

Frequency sdmbin::DataDescriptionsSet::totBandwidth ( unsigned int ndd )

Accessor to the total frequency bandwidth of a given dataDescription.

Parameters: