casa::CLPatchPanel Class Reference

#include <CLPatchPanel.h>

Public Member Functions
	CLPatchPanel (const String &ctname, const Record &callib, VisCalEnum::MatrixType mtype, Int nPar)
	From caltable name and MS shapes.
	CLPatchPanel (const String &ctname, const MeasurementSet &ms, const Record &callib, VisCalEnum::MatrixType mtype, Int nPar)
	From caltable name and (selected) MS.
virtual	~CLPatchPanel ()
	Destructor.
Bool	interpolate (Cube< Complex > &resultC, Cube< Bool > &resFlag, Int obs, Int fld, Int ent, Int spw, Double time, Double freq=-1.0)
	Interpolate, given input obs, field, intent, spw, timestamp, & (optionally) freq returns T if new result (anywhere,anyhow) For Complex params (calls Float version).
Bool	interpolate (Cube< Float > &resultR, Cube< Bool > &resFlag, Int obs, Int fld, Int ent, Int spw, Double time, Double freq=-1.0)
	For Float params.
Bool	interpolate (Cube< Complex > &resultC, Cube< Bool > &resFlag, Int obs, Int fld, Int ent, Int spw, Double time, const Vector< Double > &freq)
	Interpolate, given input obs, field, intent, spw, timestamp, & freq list This is for freqdep interpolation context returns T if new result (anywhere,anyhow) For Complex params (calls Float version).
Bool	interpolate (Cube< Float > &resultR, Cube< Bool > &resFlag, Int obs, Int fld, Int ent, Int spw, Double time, const Vector< Double > &freq)
	For Float params.
Bool	getTresult (Cube< Float > &resultR, Cube< Bool > &resFlag, Int obs, Int fld, Int ent, Int spw)
	Const access to various state TBD.
const Vector< Double > &	refFreqIn ()
	Access to CalTable's freq info Vector<Double> freqIn(Int spw); // NYI.
void	listmappings ()
	Report state.
void	state ()
Private Member Functions
	CLPatchPanel ()
	Null ctor does nothing.
void	selectOnCTorMS (Table &ctout, MSSelectableTable &msst, const String &obs, const String &fld, const String &ent, const String &spw, const String &ant, const String &taql)
	Methods to support layered selection.
void	selectOnMS (MeasurementSet &msout, const MeasurementSet &msin, const String &obs, const String &fld, const String &ent, const String &spw, const String &ant)
void	selectOnCT (NewCalTable &ctout, const NewCalTable &ctin, const String &obs, const String &fld, const String &spw, const String &ant1)
Vector< Int >	getCLuniqueObsIds (NewCalTable &ct)
	Extract unique indices from caltables.
Vector< Int >	getCLuniqueFldIds (NewCalTable &ct)
Vector< Int >	getCLuniqueSpwIds (NewCalTable &ct)
Vector< Int >	getCLuniqueIds (NewCalTable &ct, String vcol)
Vector< Int >	getMSuniqueIds (MeasurementSet &ms, String vcol)
	Extract unique indices (net selected) from MS.
void	resampleInFreq (Matrix< Float > &fres, Matrix< Bool > &fflg, const Vector< Double > &fout, Matrix< Float > &tres, Matrix< Bool > &tflg, const Vector< Double > &fin, String finterp)
	Set generic antenna/baseline map void setElemMap();.
void	resampleFlagsInFreq (Vector< Bool > &flgout, const Vector< Double > &fout, Vector< Bool > &flgin, const Vector< Double > &fin, String finterp)
InterpolateArray1D< Double, Float >::InterpolationMethod	ftype (String &strtype)
	Baseline index from antenna indices: (assumes a1<=a2 !!) inline Int blnidx(const Int& a1, const Int& a2, const Int& nAnt) { return a1nAnt-a1(a1+1)/2+a2; };.
Private Attributes
NewCalTable	ct_
	PRIVATE DATA:.
NewCalTable	ctasms_
MeasurementSet	ms_
	Associated (selected) MS.
VisCalEnum::MatrixType	mtype_
	Matrix type.
Bool	isCmplx_
	Are parameters fundamentally complex?
Int	nPar_
	The number of (Float) parameters (per-chan, per-element).
Int	nFPar_
Vector< Int >	nChanIn_
	InterpolateArray1D<Double,Float>::InterpolationMethod ia1dmethod_;.
Vector< Vector< Double > >	freqIn_
Vector< Double >	refFreqIn_
Int	nMSObs_
	Obs, Field, Spw, Ant _output_ (MS) sizes calibration required for up to this many.
Int	nMSFld_
Int	nMSSpw_
Int	nMSAnt_
Int	nMSElem_
Int	nCTObs_
	Obs, Field, Spw, Ant _input_ (CalTable) sizes patch panels should not violate these (point to larger indices).
Int	nCTFld_
Int	nCTSpw_
Int	nCTAnt_
Int	nCTElem_
std::map< CTCalPatchKey, CLPPResult >	clTres_
	Maps.
std::map< CTCalPatchKey, String >	ciname_
std::map< CTCalPatchKey, CTTimeInterp1 * >	ci_
std::map< MSCalPatchKey, CLPPResult >	msTres_
std::map< MSCalPatchKey, CLPPResult >	msFres_
std::map< MSCalPatchKey, String >	msciname_
std::map< MSCalPatchKey, Int >	ctspw_
std::map< MSCalPatchKey, String >	finterp_
std::map< MSCalPatchKey, CTTimeInterp1 * >	msci_
Vector< Float * >	lastresadd_
	Keep track of last cal result address (per spw).
Cube< Float >	result_
	Control conjugation of baseline-based solutions when mapping requires Vector<Bool> conjTab_;.
Cube< Bool >	resFlag_
LogIO	logsink_

Detailed Description

Definition at line 216 of file CLPatchPanel.h.

Constructor & Destructor Documentation

casa::CLPatchPanel::CLPatchPanel	(	const String &	ctname,
		const Record &	callib,
		VisCalEnum::MatrixType	mtype,
		Int	nPar
	)

From caltable name and MS shapes.

casa::CLPatchPanel::CLPatchPanel	(	const String &	ctname,
		const MeasurementSet &	ms,
		const Record &	callib,
		VisCalEnum::MatrixType	mtype,
		Int	nPar
	)

From caltable name and (selected) MS.

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

Destructor.

casa::CLPatchPanel::CLPatchPanel ( ) [inline, private]

Null ctor does nothing.

Definition at line 277 of file CLPatchPanel.h.

Member Function Documentation

InterpolateArray1D<Double,Float>::InterpolationMethod casa::CLPatchPanel::ftype ( String & strtype ) [private]

Baseline index from antenna indices: (assumes a1<=a2 !!) inline Int blnidx(const Int& a1, const Int& a2, const Int& nAnt) { return a1*nAnt-a1*(a1+1)/2+a2; };.

Translate freq axis interpolation string

Vector<Int> casa::CLPatchPanel::getCLuniqueFldIds ( NewCalTable & ct ) [inline, private]

Definition at line 297 of file CLPatchPanel.h.

References getCLuniqueIds().

Vector<Int> casa::CLPatchPanel::getCLuniqueIds	(	NewCalTable &	ct,
		String	vcol
	)			`[private]`

Referenced by getCLuniqueFldIds(), getCLuniqueObsIds(), and getCLuniqueSpwIds().

Vector<Int> casa::CLPatchPanel::getCLuniqueObsIds ( NewCalTable & ct ) [inline, private]

Extract unique indices from caltables.

Definition at line 296 of file CLPatchPanel.h.

References getCLuniqueIds().

Vector<Int> casa::CLPatchPanel::getCLuniqueSpwIds ( NewCalTable & ct ) [inline, private]

Definition at line 298 of file CLPatchPanel.h.

References getCLuniqueIds().

Vector<Int> casa::CLPatchPanel::getMSuniqueIds	(	MeasurementSet &	ms,
		String	vcol
	)			`[private]`

Extract unique indices (net selected) from MS.

Bool casa::CLPatchPanel::getTresult	(	Cube< Float > &	resultR,
		Cube< Bool > &	resFlag,
		Int	obs,
		Int	fld,
		Int	ent,
		Int	spw
	)

Const access to various state TBD.

Bool casa::CLPatchPanel::interpolate	(	Cube< Float > &	resultR,
		Cube< Bool > &	resFlag,
		Int	obs,
		Int	fld,
		Int	ent,
		Int	spw,
		Double	time,
		const Vector< Double > &	freq
	)

For Float params.

Bool casa::CLPatchPanel::interpolate	(	Cube< Complex > &	resultC,
		Cube< Bool > &	resFlag,
		Int	obs,
		Int	fld,
		Int	ent,
		Int	spw,
		Double	time,
		const Vector< Double > &	freq
	)

Interpolate, given input obs, field, intent, spw, timestamp, & freq list This is for freqdep interpolation context returns T if new result (anywhere,anyhow) For Complex params (calls Float version).

Bool casa::CLPatchPanel::interpolate	(	Cube< Float > &	resultR,
		Cube< Bool > &	resFlag,
		Int	obs,
		Int	fld,
		Int	ent,
		Int	spw,
		Double	time,
		Double	freq = `-1.0`
	)

For Float params.

Bool casa::CLPatchPanel::interpolate	(	Cube< Complex > &	resultC,
		Cube< Bool > &	resFlag,
		Int	obs,
		Int	fld,
		Int	ent,
		Int	spw,
		Double	time,
		Double	freq = `-1.0`
	)

Interpolate, given input obs, field, intent, spw, timestamp, & (optionally) freq returns T if new result (anywhere,anyhow) For Complex params (calls Float version).

void casa::CLPatchPanel::listmappings ( )

Report state.

const Vector<Double>& casa::CLPatchPanel::refFreqIn ( ) [inline]

Access to CalTable's freq info Vector<Double> freqIn(Int spw); // NYI.

Definition at line 268 of file CLPatchPanel.h.

References refFreqIn_.

void casa::CLPatchPanel::resampleFlagsInFreq	(	Vector< Bool > &	flgout,
		const Vector< Double > &	fout,
		Vector< Bool > &	flgin,
		const Vector< Double > &	fin,
		String	finterp
	)			`[private]`

void casa::CLPatchPanel::resampleInFreq	(	Matrix< Float > &	fres,
		Matrix< Bool > &	fflg,
		const Vector< Double > &	fout,
		Matrix< Float > &	tres,
		Matrix< Bool > &	tflg,
		const Vector< Double > &	fin,
		String	finterp
	)			`[private]`

Set generic antenna/baseline map void setElemMap();.

Resample in frequency

void casa::CLPatchPanel::selectOnCT	(	NewCalTable &	ctout,
		const NewCalTable &	ctin,
		const String &	obs,
		const String &	fld,
		const String &	spw,
		const String &	ant1
	)			`[private]`

void casa::CLPatchPanel::selectOnCTorMS	(	Table &	ctout,
		MSSelectableTable &	msst,
		const String &	obs,
		const String &	fld,
		const String &	ent,
		const String &	spw,
		const String &	ant,
		const String &	taql
	)			`[private]`

Methods to support layered selection.

void casa::CLPatchPanel::selectOnMS	(	MeasurementSet &	msout,
		const MeasurementSet &	msin,
		const String &	obs,
		const String &	fld,
		const String &	ent,
		const String &	spw,
		const String &	ant
	)			`[private]`