#include <SolvableVisCal.h>

Inheritance diagram for casa::SolvableVisCal:

Classes
struct	fluxScaleStruct
Public Types
typedef struct casa::SolvableVisCal::fluxScaleStruct	fluxScaleStruct
Public Member Functions
	SolvableVisCal (VisSet &vs)
	SolvableVisCal (const Int &nAnt)
virtual	~SolvableVisCal ()
String &	calTableName ()
	Access to user-supplied parameters.
String &	calTableSelect ()
Bool &	append ()
String &	tInterpType ()
String &	fInterpType ()
Vector< Int > &	spwMap ()
Int &	refant ()
Vector< Int > &	refantlist ()
Int &	minblperant ()
String &	apmode ()
String &	solint ()
String &	fsolint ()
Double &	preavg ()
Bool &	solnorm ()
Float &	minSNR ()
String &	combine ()
Bool	combspw ()
Bool	combfld ()
Bool	combscan ()
Bool	combobs ()
virtual Int	nTotalPar ()=0
	Total number of (complex) parameters per solve (specialize to jive with ant- or bln-basedness, etc.)
virtual Bool	useGenericGatherForSolve ()
	Report if calibration available for specified spw (if no CalInterp available, assume True)
virtual Bool	useGenericSolveOne ()
	Use generic solution engine for a single solve (usually inside the generic gathering mechanism)
virtual Int	solvePol ()
	Solve for point-source X or Q,U? nominally no (0)
virtual Bool	normalizable ()=0
	Does normalization by MODEL_DATA commute with this VisCal? (if so, permits pre-solve time-averaging)
virtual Bool	accumulatable ()
	Is this type capable of accumulation? (nominally no)
virtual Bool	smoothable ()
	Is this type capable of smoothing? (nominally no)
virtual Bool	phandonly ()
	Should only parallel-hands be used in solving? (generally no (default=False), but GJones and related will override, and eventually this will be a user-set-able parameter)
Int &	focusChan ()
	Access to focus channel.
Bool	isSolved ()
	Is this ready to solve?
virtual Bool	isSolvable ()
	Is this solveable? (via this interface, nominally yes)
virtual void	setApply ()
	Set the application parameters.
virtual void	setApply (const Record &apply)
virtual void	setModel (const String &)
virtual String	applyinfo ()
	Report apply info/params, e.g.
virtual void	setSolve ()
	Set the solving parameters.
virtual void	setSolve (const Record &solve)
virtual String	solveinfo ()
	Report solve info/params, e.g., for logging.
virtual void	setAccumulate (VisSet &vs, const String &table, const String &select, const Double &t, const Int &refAnt=-1)
	Arrange for accumulation.
virtual Complex	defaultPar ()
	Default value for parameters.
virtual Float	defaultRPar ()
virtual Complex	defaultCPar ()
virtual void	setSpecify (const Record &specify)
	Arrange to build a cal table from specified values.
virtual void	specify (const Record &specify)
	Fill a caltable with specified values.
virtual Int	sizeUpSolve (VisSet &vs, Vector< Int > &nChunkPerSol)
	Size up the solving arrays, etc.
void	inflate (VisSet &vs, const Bool &fillMeta=False)
	These inflate methods soon to deprecate (gmoellen, 20121212) Inflate the pristine CalSet (from VisSet info)
virtual void	inflate (const Vector< Int > &nChanDat, const Vector< Int > &startChanDat, const Vector< Int > &nSlot)
	Inflate the pristine CalSet (generically)
virtual void	guessPar (VisBuffer &vb)=0
	Hazard a guess at the parameters (solveCPar) given the data.
Double &	fintervalHz ()
	Freq-dep solint values.
Double &	fintervalCh ()
Matrix< Int >	chanAveBounds ()
Matrix< Int >	chanAveBounds (Int spw)
virtual Cube< Complex > &	solveCPar ()
	Access to current solution parameters and matrices.
virtual Cube< Float > &	solveRPar ()
virtual Cube< Bool > &	solveParOK ()
virtual Cube< Float > &	solveParErr ()
virtual Cube< Float > &	solveParSNR ()
virtual Cube< Complex > &	solveAllCPar ()
virtual Cube< Float > &	solveAllRPar ()
virtual Cube< Bool > &	solveAllParOK ()
virtual Cube< Float > &	solveAllParErr ()
virtual Cube< Float > &	solveAllParSNR ()
Vector< Complex > &	srcPolPar ()
	Access to source pol parameters.
Bool	syncSolveMeta (VisBuffer &vb, const Int &fieldId)
	Synchronize the meta data with a solvable VisBuffer (returns False if VisBuffer has no valid data)
Bool	syncSolveMeta (VisBuffGroupAcc &vbga)
void	overrideObsScan (Int obs, Int scan)
	Provide for override of currScan and currObs.
virtual void	enforceAPonData (VisBuffer &vb)
	If apmode() is "A", convert vb's visibilities to amp + 0i.
virtual Bool	verifyConstraints (VisBuffGroupAcc &vbag)
	Verify VisBuffer data sufficient for solving (wts, etc.)
virtual Bool	verifyForSolve (VisBuffer &vb)
virtual void	selfGatherAndSolve (VisSet &vs, VisEquation &ve)
	Self- gather and/or solve prototypes (triggered by useGenericGatherForSolve=F or useGenericSolveOne=F; must be overridden in derived specializations)
virtual void	selfSolveOne (VisBuffGroupAcc &vs)
void	setUpForPolSolve (VisBuffer &vb)
	Set up data and model for pol solve.
virtual void	differentiate (CalVisBuffer &cvb)=0
	Differentiate VB model w.r.t.
virtual void	differentiate (VisBuffer &vb, Cube< Complex > &V, Array< Complex > &dV, Matrix< Bool > &Vflg)=0
virtual void	differentiate (VisBuffer &, VisBuffer &, VisBuffer &, Matrix< Bool > &)
virtual void	diffSrc (VisBuffer &vb, Array< Complex > &dV)=0
	Differentiate VB model w.r.t.
virtual void	updatePar (const Vector< Complex > dCalPar, const Vector< Complex > dSrcPar)
	Update solve parameters incrementally (additive)
virtual void	formSolveSNR ()
	Form solution SNR.
virtual void	applySNRThreshold ()
	Apply SNR threshold.
virtual void	reReference ()=0
	Apply refant (implemented in SVJ)
virtual Record	actionRec ()
	Retrieve the cal flag info as a record.
virtual void	accumulate (SolvableVisCal *incr, const Vector< Int > &fields)=0
	Accumulate another VisCal onto this one.
virtual void	smooth (Vector< Int > &fields, const String &smtype, const Double &smtime)
virtual void	reportSolvedQU ()
	Report solved-for QU.
virtual void	createMemCalTable ()
	New CalTable handling.
virtual void	keep1 (Int ichan)
virtual void	keepNCT ()
virtual void	storeNCT ()
void	storeNCT (const String &tableName, const Bool &append)
virtual void	loadMemCalTable (String ctname, String field="")
virtual Bool	spwOK (Int ispw)
	New spwOK.
virtual void	globalPostSolveTinker ()
	Post solve tinkering (generic version)
virtual void	enforceAPonSoln ()
	Divide all solutions by their amplitudes.
virtual void	normalize ()
	Normalize a solution (generic implementation)
virtual void	fluxscale (const String &outfile, const Vector< Int > &refFieldIn, const Vector< Int > &tranFieldIn, const Vector< Int > &inRefSpwMap, const Vector< String > &fldNames, fluxScaleStruct &oFluxScaleStruct, const String &oListFile, const Bool &incremental, const Int &fitorder)=0
	Determine and apply flux density scaling.
virtual void	state ()
	Report state:
virtual VisCalEnum::VCParType	setParType (VisCalEnum::VCParType type)
virtual void	currMetaNote ()
virtual void	listCal (const Vector< Int > ufldids, const Vector< Int > uantids, const Matrix< Int > uchanids, const String &listfile="", const Int &pagerows=50)=0
void	setChanMask (PtrBlock< Vector< Bool > * > &chanmask)
	Handle external channel mask.
void	clearChanMask ()
void	applyChanMask (VisBuffer &vb)
virtual void	printActivity (const Int nSlots, const Int slotNo, const Int fieldId, const Int spw, const Int nSolutions)
	Log periodic solver activity.
virtual void	markTimer ()
virtual void	setSimulate (VisSet &vs, Record &simpar, Vector< Double > &solTimes)
	Set the simulation parameters
virtual void	createCorruptor (const VisIter &vi, const Record &simpar, const int nSim)
	make a corruptor in a VC-specific way
String &	simint ()
	access to simulation variables that are general to all VisCals
virtual String	siminfo ()
	Simulation info/params, suitable for logging.
Bool	isSimulated ()
	Is this calibration simulated?
Int	sizeUpSim (VisSet &vs, Vector< Int > &nChunkPerSol, Vector< Double > &solTimes)
	calculate # required slots to simulate this SVC
Public Attributes
CalCorruptor *	corruptor_p
	object that can simulate the corruption terms
Protected Member Functions
void	setSolved (const Bool &flag)
	Set to-be-solved-for flag.
virtual void	initSolvePar ()=0
	Initialize solve parameters (shape)
virtual void	invalidateDiffCalMat ()=0
	Invalidate diff cal matrices generically.
virtual void	setSolveChannelization (VisSet &vs)
	Set matrix channelization according to a VisSet.
virtual void	setFracChanAve ()
	Calculate chan averaging bounds.
void	inflateNCTwithMetaData (VisSet &vs)
	Inflate an NCT w/ meta-data according to a VisSet (for accum)
void	syncSolveCal ()
	Synchronize calibration for solve context.
void	syncSolvePar ()
	Synchronize parameters for solve context.
virtual void	calcPar ()
	Calculate parameters by some means (e.g., interpolation from a CalSet)
virtual void	syncDiffMat ()=0
	Synchronize the differentiated calibration.
virtual void	stateSVC (const Bool &doVC)
	Report the SVC-specific state, w/ option for VC::state()
void	normSolnArray (Array< Complex > &sol, const Array< Bool > &solOK, const Bool doPhase=False)
	Normalize a (complex) solution array (generic)
LogIO &	logSink ()
	Logger.
void	verifyCalTable (const String &caltablename)
	Check if a cal table is appropriate.
void	sortVisSet (VisSet &vs, const Bool verbose=False)
void	setSimulated (const Bool &flag)
	Set state flag to simulate cal terms.
Bool &	simOnTheFly ()
	RI todo implement calcOneJones like calcAllMueller calculate terms during apply, or up front during setSim?
Protected Attributes
Int	parType_
NewCalTable *	ct_
	New CalTable.
CTPatchedInterp *	ci_
Vector< Bool >	spwOK_
CalSetMetaInfo	csmi
Double	maxTimePerSolution_p
Double	minTimePerSolution_p
Double	avgTimePerSolution_p
Float	userPrintActivityInterval_p
Float	userPrintActivityFraction_p
uInt	caiRC_p
uInt	cafRC_p
Timer	timer_p
Private Member Functions
	SolvableVisCal ()
	Default ctor is private.
void	initSVC ()
	Initialize pointers, etc.
void	deleteSVC ()
	Delete pointers.
Private Attributes
String	calTableName_
	Cal table name.
String	calTableSelect_
Bool	append_
String	tInterpType_
	Interpolation types.
String	fInterpType_
Vector< Int >	spwMap_
	Spw mapping.
Vector< Int >	urefantlist_
	Refant.
Int	minblperant_
	Min baselines per ant for solve.
Bool	solved_
	Solved-for flag.
String	apmode_
	Solving mode.
String	solint_
	User-specified time-dep solint (string)
String	fsolint_
	User-specified freq-dep solint info.
Double	fintervalHz_
Vector< Double >	fintervalCh_
Vector< Matrix< Int > >	chanAveBounds_
	Channel averaging bounds.
Double	preavg_
	Preavering interval.
Bool	solnorm_
	Do solution normalization after a solve.
Float	minSNR_
	SNR threshold.
String	combine_
	axes to combine for solve
Int	focusChan_
	In-focus channel for single-chan solves on multi-chan data.
Double	dataInterval_
	Solving meta-data.
Double	fitWt_
Double	fit_
PtrBlock< Cube< Complex > * >	solveCPar_
	Current parameters.
PtrBlock< Cube< Float > * >	solveRPar_
PtrBlock< Cube< Bool > * >	solveParOK_
PtrBlock< Cube< Float > * >	solveParErr_
PtrBlock< Cube< Float > * >	solveParSNR_
PtrBlock< Cube< Complex > * >	solveAllCPar_
PtrBlock< Cube< Float > * >	solveAllRPar_
PtrBlock< Cube< Bool > * >	solveAllParOK_
PtrBlock< Cube< Float > * >	solveAllParErr_
PtrBlock< Cube< Float > * >	solveAllParSNR_
Vector< Complex >	srcPolPar_
PtrBlock< Vector< Bool > * > *	chanmask_
	A pointer to the external channel mask.
LogIO	logsink_p
	LogIO.
Bool	simulated_
	Simulation flag.
String	simint_
	simulation interval
Bool	onthefly_

Detailed Description

Definition at line 67 of file SolvableVisCal.h.

Member Typedef Documentation

typedef struct casa::SolvableVisCal::fluxScaleStruct casa::SolvableVisCal::fluxScaleStruct

Constructor & Destructor Documentation

casa::SolvableVisCal::SolvableVisCal ( VisSet & vs )

casa::SolvableVisCal::SolvableVisCal ( const Int & nAnt )

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

casa::SolvableVisCal::SolvableVisCal ( ) [private]

Default ctor is private.

Member Function Documentation

virtual Bool casa::SolvableVisCal::accumulatable ( ) [inline, virtual]

Is this type capable of accumulation? (nominally no)

Reimplemented in casa::GJones, casa::TJones, and casa::KJones.

Definition at line 132 of file SolvableVisCal.h.

References casa::False.

virtual void casa::SolvableVisCal::accumulate	(	SolvableVisCal *	incr,
		const Vector< Int > &	fields
	)		`[pure virtual]`

Accumulate another VisCal onto this one.

Implemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

virtual Record casa::SolvableVisCal::actionRec ( ) [virtual]

Retrieve the cal flag info as a record.

Reimplemented from casa::VisCal.

String& casa::SolvableVisCal::apmode ( ) [inline]

Definition at line 96 of file SolvableVisCal.h.

References apmode_.

Bool& casa::SolvableVisCal::append ( ) [inline]

Definition at line 89 of file SolvableVisCal.h.

References append_.

void casa::SolvableVisCal::applyChanMask ( VisBuffer & vb )

virtual String casa::SolvableVisCal::applyinfo ( ) [virtual]

Report apply info/params, e.g.

for logging

Reimplemented from casa::VisCal.

Reimplemented in casa::TOpac.

virtual void casa::SolvableVisCal::applySNRThreshold ( ) [virtual]

Apply SNR threshold.

virtual void casa::SolvableVisCal::calcPar ( ) [protected, virtual]

Calculate parameters by some means (e.g., interpolation from a CalSet)

Reimplemented from casa::VisCal.

Reimplemented in casa::TOpac, casa::GJonesSpline, casa::BJonesPoly, casa::EGainCurve, and casa::StandardTsys.

String& casa::SolvableVisCal::calTableName ( ) [inline]

Access to user-supplied parameters.

Definition at line 87 of file SolvableVisCal.h.

References calTableName_.

String& casa::SolvableVisCal::calTableSelect ( ) [inline]

Definition at line 88 of file SolvableVisCal.h.

References calTableSelect_.

Matrix<Int> casa::SolvableVisCal::chanAveBounds ( ) [inline]

Definition at line 205 of file SolvableVisCal.h.

References chanAveBounds_, and casa::VisCal::currSpw().

Matrix<Int> casa::SolvableVisCal::chanAveBounds ( Int spw ) [inline]

Definition at line 206 of file SolvableVisCal.h.

References chanAveBounds_.

void casa::SolvableVisCal::clearChanMask ( ) [inline]

Definition at line 337 of file SolvableVisCal.h.

References chanmask_.

Bool casa::SolvableVisCal::combfld ( ) [inline]

Definition at line 105 of file SolvableVisCal.h.

References combine_, and casa::upcase().

String& casa::SolvableVisCal::combine ( ) [inline]

Definition at line 103 of file SolvableVisCal.h.

References combine_.

Bool casa::SolvableVisCal::combobs ( ) [inline]

Definition at line 107 of file SolvableVisCal.h.

References combine_, and casa::upcase().

Bool casa::SolvableVisCal::combscan ( ) [inline]

Definition at line 106 of file SolvableVisCal.h.

References combine_, and casa::upcase().

Bool casa::SolvableVisCal::combspw ( ) [inline]

Definition at line 104 of file SolvableVisCal.h.

References combine_, and casa::upcase().

virtual void casa::SolvableVisCal::createCorruptor	(	const VisIter &	vi,
		const Record &	simpar,
		const int	nSim
	)		`[virtual]`

make a corruptor in a VC-specific way

Reimplemented in casa::MMueller, casa::GJones, casa::ANoise, casa::TJones, and casa::DJones.

virtual void casa::SolvableVisCal::createMemCalTable ( ) [virtual]

New CalTable handling.

virtual void casa::SolvableVisCal::currMetaNote ( ) [virtual]

Reimplemented from casa::VisCal.

virtual Complex casa::SolvableVisCal::defaultCPar ( ) [inline, virtual]

Definition at line 178 of file SolvableVisCal.h.

virtual Complex casa::SolvableVisCal::defaultPar ( ) [inline, virtual]

Default value for parameters.

Reimplemented in casa::KJones.

Definition at line 176 of file SolvableVisCal.h.

virtual Float casa::SolvableVisCal::defaultRPar ( ) [inline, virtual]

Definition at line 177 of file SolvableVisCal.h.

void casa::SolvableVisCal::deleteSVC ( ) [private]

Delete pointers.

virtual void casa::SolvableVisCal::differentiate ( CalVisBuffer & cvb ) [pure virtual]

Differentiate VB model w.r.t.

Cal parameters (no 2nd derivative yet)

Implemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

virtual void casa::SolvableVisCal::differentiate	(	VisBuffer &	vb,
		Cube< Complex > &	V,
		Array< Complex > &	dV,
		Matrix< Bool > &	Vflg
	)		`[pure virtual]`

Implemented in casa::SolvableVisJones, casa::SolvableVisMueller, casa::LJJones, and casa::EPJones.

virtual void casa::SolvableVisCal::differentiate	(	VisBuffer &	,
		VisBuffer &	,
		VisBuffer &	,
		Matrix< Bool > &
	)		`[inline, virtual]`

Reimplemented in casa::LJJones, and casa::EPJones.

Definition at line 255 of file SolvableVisCal.h.

virtual void casa::SolvableVisCal::diffSrc	(	VisBuffer &	vb,
		Array< Complex > &	dV
	)		`[pure virtual]`

Differentiate VB model w.r.t.

Source parameters

Implemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

virtual void casa::SolvableVisCal::enforceAPonData ( VisBuffer & vb ) [virtual]

If apmode() is "A", convert vb's visibilities to amp + 0i.

If it is "P", convert them to phase + 0i. Otherwise (i.e. "AP"), leave them alone.

virtual void casa::SolvableVisCal::enforceAPonSoln ( ) [virtual]

Divide all solutions by their amplitudes.

String& casa::SolvableVisCal::fInterpType ( ) [inline]

Definition at line 91 of file SolvableVisCal.h.

References fInterpType_.

Double& casa::SolvableVisCal::fintervalCh ( ) [inline]

Definition at line 204 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and fintervalCh_.

Double& casa::SolvableVisCal::fintervalHz ( ) [inline]

Freq-dep solint values.

Definition at line 203 of file SolvableVisCal.h.

References fintervalHz_.

virtual void casa::SolvableVisCal::fluxscale	(	const String &	outfile,
		const Vector< Int > &	refFieldIn,
		const Vector< Int > &	tranFieldIn,
		const Vector< Int > &	inRefSpwMap,
		const Vector< String > &	fldNames,
		fluxScaleStruct &	oFluxScaleStruct,
		const String &	oListFile,
		const Bool &	incremental,
		const Int &	fitorder
	)		`[pure virtual]`

Determine and apply flux density scaling.

Implemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

Int& casa::SolvableVisCal::focusChan ( ) [inline]

Access to focus channel.

Definition at line 144 of file SolvableVisCal.h.

References focusChan_.

virtual void casa::SolvableVisCal::formSolveSNR ( ) [virtual]

Form solution SNR.

Reimplemented in casa::DJones.

String& casa::SolvableVisCal::fsolint ( ) [inline]

Definition at line 98 of file SolvableVisCal.h.

References fsolint_.

virtual void casa::SolvableVisCal::globalPostSolveTinker ( ) [virtual]

Post solve tinkering (generic version)

Reimplemented in casa::SolvableVisJones, casa::GlinXphJones, casa::MMueller, casa::BJones, casa::KJones, and casa::DJones.

virtual void casa::SolvableVisCal::guessPar ( VisBuffer & vb ) [pure virtual]

Hazard a guess at the parameters (solveCPar) given the data.

Implemented in casa::SolvableVisMueller, casa::JJones, casa::GJones, casa::TJones, casa::LJJones, casa::EPJones, casa::KJones, casa::DJones, and casa::EGainCurve.

void casa::SolvableVisCal::inflate	(	VisSet &	vs,
		const Bool &	fillMeta = `False`
	)

These inflate methods soon to deprecate (gmoellen, 20121212) Inflate the pristine CalSet (from VisSet info)

virtual void casa::SolvableVisCal::inflate	(	const Vector< Int > &	nChanDat,
		const Vector< Int > &	startChanDat,
		const Vector< Int > &	nSlot
	)		`[virtual]`

Inflate the pristine CalSet (generically)

Reimplemented in casa::LJJones, and casa::EPJones.

void casa::SolvableVisCal::inflateNCTwithMetaData ( VisSet & vs ) [protected]

Inflate an NCT w/ meta-data according to a VisSet (for accum)

virtual void casa::SolvableVisCal::initSolvePar ( ) [protected, pure virtual]

Initialize solve parameters (shape)

Implemented in casa::SolvableVisJones, casa::SolvableVisMueller, casa::XfJones, casa::LJJones, and casa::EPJones.

void casa::SolvableVisCal::initSVC ( ) [private]

Initialize pointers, etc.

virtual void casa::SolvableVisCal::invalidateDiffCalMat ( ) [inline, protected, pure virtual]

Invalidate diff cal matrices generically.

Implemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

Bool casa::SolvableVisCal::isSimulated ( ) [inline]

Is this calibration simulated?

Definition at line 360 of file SolvableVisCal.h.

References simulated_.

virtual Bool casa::SolvableVisCal::isSolvable ( ) [inline, virtual]

Is this solveable? (via this interface, nominally yes)

Reimplemented from casa::VisCal.

Reimplemented in casa::ANoise.

Definition at line 150 of file SolvableVisCal.h.

References casa::True.

Bool casa::SolvableVisCal::isSolved ( ) [inline]

Is this ready to solve?

Definition at line 147 of file SolvableVisCal.h.

References solved_.

Referenced by casa::SolvableVisMueller::nCalMat(), casa::SolvableVisMueller::setMatByOk(), and casa::SolvableVisJones::setMatByOk().

virtual void casa::SolvableVisCal::keep1 ( Int ichan ) [virtual]

virtual void casa::SolvableVisCal::keepNCT ( ) [virtual]

Reimplemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

virtual void casa::SolvableVisCal::listCal	(	const Vector< Int >	ufldids,
		const Vector< Int >	uantids,
		const Matrix< Int >	uchanids,
		const String &	listfile = `""`,
		const Int &	pagerows = `50`
	)		`[pure virtual]`

Implemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

virtual void casa::SolvableVisCal::loadMemCalTable	(	String	ctname,
		String	field = `""`
	)		`[virtual]`

Reimplemented in casa::BJonesPoly.

LogIO& casa::SolvableVisCal::logSink ( ) [inline, protected]

Logger.

Definition at line 413 of file SolvableVisCal.h.

References logsink_p.

virtual void casa::SolvableVisCal::markTimer ( ) [inline, virtual]

Definition at line 343 of file SolvableVisCal.h.

References casa::Timer::mark(), and timer_p.

Int& casa::SolvableVisCal::minblperant ( ) [inline]

Definition at line 95 of file SolvableVisCal.h.

References minblperant_.

Float& casa::SolvableVisCal::minSNR ( ) [inline]

Definition at line 101 of file SolvableVisCal.h.

References minSNR_.

virtual Bool casa::SolvableVisCal::normalizable ( ) [pure virtual]

Does normalization by MODEL_DATA commute with this VisCal? (if so, permits pre-solve time-averaging)

Implemented in casa::SolvableVisJones, casa::SolvableVisMueller, casa::XJones, casa::XMueller, casa::LJJones, casa::EPJones, and casa::AMueller.

virtual void casa::SolvableVisCal::normalize ( ) [virtual]

Normalize a solution (generic implementation)

Reimplemented in casa::MfMueller, and casa::BJones.

void casa::SolvableVisCal::normSolnArray	(	Array< Complex > &	sol,
		const Array< Bool > &	solOK,
		const Bool	doPhase = `False`
	)		`[protected]`

Normalize a (complex) solution array (generic)

virtual Int casa::SolvableVisCal::nTotalPar ( ) [pure virtual]

Total number of (complex) parameters per solve (specialize to jive with ant- or bln-basedness, etc.)

Implemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

void casa::SolvableVisCal::overrideObsScan	(	Int	obs,
		Int	scan
	)

Provide for override of currScan and currObs.

virtual Bool casa::SolvableVisCal::phandonly ( ) [inline, virtual]

Should only parallel-hands be used in solving? (generally no (default=False), but GJones and related will override, and eventually this will be a user-set-able parameter)

Reimplemented in casa::GlinXphJones, casa::GJones, and casa::KcrossJones.

Definition at line 141 of file SolvableVisCal.h.

References casa::False.

Double& casa::SolvableVisCal::preavg ( ) [inline]

Definition at line 99 of file SolvableVisCal.h.

References preavg_.

virtual void casa::SolvableVisCal::printActivity	(	const Int	nSlots,
		const Int	slotNo,
		const Int	fieldId,
		const Int	spw,
		const Int	nSolutions
	)		`[virtual]`

Log periodic solver activity.

Int& casa::SolvableVisCal::refant ( ) [inline]

Definition at line 93 of file SolvableVisCal.h.

References refantlist().

Vector<Int>& casa::SolvableVisCal::refantlist ( ) [inline]

Definition at line 94 of file SolvableVisCal.h.

References urefantlist_.

Referenced by refant().

virtual void casa::SolvableVisCal::reportSolvedQU ( ) [virtual]

Report solved-for QU.

virtual void casa::SolvableVisCal::reReference ( ) [pure virtual]

Apply refant (implemented in SVJ)

Implemented in casa::SolvableVisJones, casa::SolvableVisMueller, casa::JJones, and casa::DJones.

virtual void casa::SolvableVisCal::selfGatherAndSolve	(	VisSet &	vs,
		VisEquation &	ve
	)		`[virtual]`

Self- gather and/or solve prototypes (triggered by useGenericGatherForSolve=F or useGenericSolveOne=F; must be overridden in derived specializations)

Reimplemented in casa::GlinXphJones, casa::MMueller, casa::XJones, casa::XMueller, casa::LJJones, casa::EPJones, and casa::GJonesSpline.

virtual void casa::SolvableVisCal::selfSolveOne ( VisBuffGroupAcc & vs ) [virtual]

Reimplemented in casa::GlinXphJones, casa::XJones, casa::DllsJones, casa::KJones, casa::BJonesPoly, and casa::AMueller.

virtual void casa::SolvableVisCal::setAccumulate	(	VisSet &	vs,
		const String &	table,
		const String &	select,
		const Double &	t,
		const Int &	refAnt = `-1`
	)		`[virtual]`

Arrange for accumulation.

virtual void casa::SolvableVisCal::setApply ( ) [virtual]

Set the application parameters.

Reimplemented from casa::VisCal.

Reimplemented in casa::AMueller.

virtual void casa::SolvableVisCal::setApply ( const Record & apply ) [virtual]

Reimplemented from casa::VisCal.

Reimplemented in casa::TOpac, casa::MMueller, casa::XJones, casa::XMueller, casa::KAntPosJones, casa::KMBDJones, casa::GJonesSpline, casa::BJonesPoly, casa::LJJones, casa::EPJones, casa::AMueller, casa::EGainCurve, casa::DJones, and casa::KJones.

void casa::SolvableVisCal::setChanMask ( PtrBlock< Vector< Bool > * > & chanmask ) [inline]

Handle external channel mask.

Definition at line 336 of file SolvableVisCal.h.

References chanmask_.

virtual void casa::SolvableVisCal::setFracChanAve ( ) [protected, virtual]

Calculate chan averaging bounds.

virtual void casa::SolvableVisCal::setModel ( const String & ) [inline, virtual]

Reimplemented in casa::LJJones, and casa::EPJones.

Definition at line 155 of file SolvableVisCal.h.

virtual VisCalEnum::VCParType casa::SolvableVisCal::setParType ( VisCalEnum::VCParType type ) [inline, virtual]

Definition at line 327 of file SolvableVisCal.h.

References parType_, and casa::VisCal::type().

Referenced by casa::EPJones::parType(), and casa::LJJones::parType().

virtual void casa::SolvableVisCal::setSimulate	(	VisSet &	vs,
		Record &	simpar,
		Vector< Double > &	solTimes
	)		`[virtual]`

Set the simulation parameters

void casa::SolvableVisCal::setSimulated ( const Bool & flag ) [inline, protected]

Set state flag to simulate cal terms.

Definition at line 435 of file SolvableVisCal.h.

References simulated_.

virtual void casa::SolvableVisCal::setSolve ( ) [virtual]

Set the solving parameters.

Reimplemented in casa::LJJones, and casa::EPJones.

virtual void casa::SolvableVisCal::setSolve ( const Record & solve ) [virtual]

Reimplemented in casa::XJones, casa::JJones, casa::XMueller, casa::BJones, casa::GJonesSpline, casa::BJonesPoly, casa::LJJones, casa::EPJones, casa::AMueller, casa::DJones, and casa::KJones.

virtual void casa::SolvableVisCal::setSolveChannelization ( VisSet & vs ) [protected, virtual]

Set matrix channelization according to a VisSet.

Reimplemented in casa::AMueller.

void casa::SolvableVisCal::setSolved ( const Bool & flag ) [inline, protected]

Set to-be-solved-for flag.

Definition at line 371 of file SolvableVisCal.h.

References solved_.

virtual void casa::SolvableVisCal::setSpecify ( const Record & specify ) [virtual]

Arrange to build a cal table from specified values.

Reimplemented in casa::EVLASwPow, casa::EGainCurve, and casa::StandardTsys.

void casa::SolvableVisCal::setUpForPolSolve ( VisBuffer & vb )

Set up data and model for pol solve.

virtual String casa::SolvableVisCal::siminfo ( ) [virtual]

Simulation info/params, suitable for logging.

Reimplemented from casa::VisCal.

String& casa::SolvableVisCal::simint ( ) [inline]

access to simulation variables that are general to all VisCals

Definition at line 354 of file SolvableVisCal.h.

References simint_.

Bool& casa::SolvableVisCal::simOnTheFly ( ) [inline, protected]

RI todo implement calcOneJones like calcAllMueller calculate terms during apply, or up front during setSim?

cout << "simOTF=" << onthefly_ << endl;

Definition at line 439 of file SolvableVisCal.h.

References onthefly_.

Referenced by casa::ANoise::timeDepMat(), and casa::ANoise::trivialMuellerElem().

Int casa::SolvableVisCal::sizeUpSim	(	VisSet &	vs,
		Vector< Int > &	nChunkPerSol,
		Vector< Double > &	solTimes
	)

calculate # required slots to simulate this SVC

virtual Int casa::SolvableVisCal::sizeUpSolve	(	VisSet &	vs,
		Vector< Int > &	nChunkPerSol
	)		`[virtual]`

Size up the solving arrays, etc.

(supports combine)

Reimplemented in casa::AMueller.

virtual void casa::SolvableVisCal::smooth	(	Vector< Int > &	fields,
		const String &	smtype,
		const Double &	smtime
	)		`[virtual]`

virtual Bool casa::SolvableVisCal::smoothable ( ) [inline, virtual]

Is this type capable of smoothing? (nominally no)

Reimplemented in casa::GJones, casa::KAntPosJones, casa::TJones, and casa::KJones.

Definition at line 135 of file SolvableVisCal.h.

References casa::False.

String& casa::SolvableVisCal::solint ( ) [inline]

Definition at line 97 of file SolvableVisCal.h.

References solint_.

Bool& casa::SolvableVisCal::solnorm ( ) [inline]

Definition at line 100 of file SolvableVisCal.h.

References solnorm_.

virtual Cube<Complex>& casa::SolvableVisCal::solveAllCPar ( ) [inline, virtual]

Definition at line 214 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveAllCPar_.

virtual Cube<Float>& casa::SolvableVisCal::solveAllParErr ( ) [inline, virtual]

Definition at line 217 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveAllParErr_.

virtual Cube<Bool>& casa::SolvableVisCal::solveAllParOK ( ) [inline, virtual]

Definition at line 216 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveAllParOK_.

virtual Cube<Float>& casa::SolvableVisCal::solveAllParSNR ( ) [inline, virtual]

Definition at line 218 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveAllParSNR_.

virtual Cube<Float>& casa::SolvableVisCal::solveAllRPar ( ) [inline, virtual]

Definition at line 215 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveAllRPar_.

virtual Cube<Complex>& casa::SolvableVisCal::solveCPar ( ) [inline, virtual]

Access to current solution parameters and matrices.

Definition at line 209 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveCPar_.

virtual String casa::SolvableVisCal::solveinfo ( ) [virtual]

Report solve info/params, e.g., for logging.

virtual Cube<Float>& casa::SolvableVisCal::solveParErr ( ) [inline, virtual]

Definition at line 212 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveParErr_.

virtual Cube<Bool>& casa::SolvableVisCal::solveParOK ( ) [inline, virtual]

Definition at line 211 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveParOK_.

virtual Cube<Float>& casa::SolvableVisCal::solveParSNR ( ) [inline, virtual]

Definition at line 213 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveParSNR_.

virtual Int casa::SolvableVisCal::solvePol ( ) [inline, virtual]

Solve for point-source X or Q,U? nominally no (0)

Reimplemented in casa::DJones.

Definition at line 125 of file SolvableVisCal.h.

virtual Cube<Float>& casa::SolvableVisCal::solveRPar ( ) [inline, virtual]

Reimplemented in casa::EPJones.

Definition at line 210 of file SolvableVisCal.h.

References casa::VisCal::currSpw(), and solveRPar_.

void casa::SolvableVisCal::sortVisSet	(	VisSet &	vs,
		const Bool	verbose = `False`
	)		`[protected]`

virtual void casa::SolvableVisCal::specify ( const Record & specify ) [virtual]

Fill a caltable with specified values.

Reimplemented in casa::KAntPosJones, casa::EVLASwPow, casa::KJones, casa::StandardTsys, and casa::EGainCurve.

Vector<Int>& casa::SolvableVisCal::spwMap ( ) [inline]

Definition at line 92 of file SolvableVisCal.h.

References spwMap_.

virtual Bool casa::SolvableVisCal::spwOK ( Int ispw ) [virtual]

New spwOK.

Reimplemented from casa::VisCal.

Vector<Complex>& casa::SolvableVisCal::srcPolPar ( ) [inline]

Access to source pol parameters.

Definition at line 221 of file SolvableVisCal.h.

References srcPolPar_.

virtual void casa::SolvableVisCal::state ( ) [inline, virtual]

Report state:

Reimplemented from casa::VisCal.

Reimplemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

Definition at line 325 of file SolvableVisCal.h.

References stateSVC(), and casa::True.

virtual void casa::SolvableVisCal::stateSVC ( const Bool & doVC ) [protected, virtual]

Report the SVC-specific state, w/ option for VC::state()

Referenced by state().

virtual void casa::SolvableVisCal::storeNCT ( ) [virtual]

Reimplemented in casa::AMueller.

void casa::SolvableVisCal::storeNCT	(	const String &	tableName,
		const Bool &	append
	)

virtual void casa::SolvableVisCal::syncDiffMat ( ) [protected, pure virtual]

Synchronize the differentiated calibration.

Implemented in casa::SolvableVisJones, and casa::SolvableVisMueller.

void casa::SolvableVisCal::syncSolveCal ( ) [protected]

Synchronize calibration for solve context.

Bool casa::SolvableVisCal::syncSolveMeta	(	VisBuffer &	vb,
		const Int &	fieldId
	)

Synchronize the meta data with a solvable VisBuffer (returns False if VisBuffer has no valid data)

Bool casa::SolvableVisCal::syncSolveMeta ( VisBuffGroupAcc & vbga )

void casa::SolvableVisCal::syncSolvePar ( ) [protected]

Synchronize parameters for solve context.

String& casa::SolvableVisCal::tInterpType ( ) [inline]

Definition at line 90 of file SolvableVisCal.h.

References tInterpType_.

virtual void casa::SolvableVisCal::updatePar	(	const Vector< Complex >	dCalPar,
		const Vector< Complex >	dSrcPar
	)		`[virtual]`

Update solve parameters incrementally (additive)

Reimplemented in casa::DJones.

virtual Bool casa::SolvableVisCal::useGenericGatherForSolve ( ) [inline, virtual]

Report if calibration available for specified spw (if no CalInterp available, assume True)

Use generic data gathering mechanism for solve

Reimplemented in casa::GlinXphJones, casa::MMueller, casa::XJones, casa::XMueller, casa::DllsJones, casa::LJJones, casa::EPJones, casa::KJones, casa::GJonesSpline, casa::BJonesPoly, and casa::AMueller.

Definition at line 117 of file SolvableVisCal.h.

References casa::True.

Referenced by useGenericSolveOne().

virtual Bool casa::SolvableVisCal::useGenericSolveOne ( ) [inline, virtual]

Use generic solution engine for a single solve (usually inside the generic gathering mechanism)

Reimplemented in casa::GlinXphJones, casa::XJones, casa::DllsJones, casa::KJones, casa::BJonesPoly, and casa::AMueller.

Definition at line 121 of file SolvableVisCal.h.

References useGenericGatherForSolve().

void casa::SolvableVisCal::verifyCalTable ( const String & caltablename ) [protected]

Check if a cal table is appropriate.

virtual Bool casa::SolvableVisCal::verifyConstraints ( VisBuffGroupAcc & vbag ) [virtual]

Verify VisBuffer data sufficient for solving (wts, etc.)

virtual Bool casa::SolvableVisCal::verifyForSolve ( VisBuffer & vb ) [virtual]

Reimplemented in casa::LJJones, and casa::EPJones.

Member Data Documentation

String casa::SolvableVisCal::apmode_ [private]

Solving mode.

Definition at line 479 of file SolvableVisCal.h.

Referenced by apmode().

Bool casa::SolvableVisCal::append_ [private]

Definition at line 460 of file SolvableVisCal.h.

Referenced by append().

Double casa::SolvableVisCal::avgTimePerSolution_p [protected]

Definition at line 429 of file SolvableVisCal.h.

uInt casa::SolvableVisCal::cafRC_p [protected]

Definition at line 431 of file SolvableVisCal.h.

uInt casa::SolvableVisCal::caiRC_p [protected]

Definition at line 431 of file SolvableVisCal.h.

String casa::SolvableVisCal::calTableName_ [private]

Cal table name.

Definition at line 458 of file SolvableVisCal.h.

Referenced by calTableName().

String casa::SolvableVisCal::calTableSelect_ [private]

Definition at line 459 of file SolvableVisCal.h.

Referenced by calTableSelect().

Vector<Matrix<Int> > casa::SolvableVisCal::chanAveBounds_ [private]

Channel averaging bounds.

Definition at line 490 of file SolvableVisCal.h.

Referenced by chanAveBounds().

PtrBlock<Vector<Bool>*>* casa::SolvableVisCal::chanmask_ [private]

A pointer to the external channel mask.

Definition at line 529 of file SolvableVisCal.h.

Referenced by clearChanMask(), and setChanMask().

CTPatchedInterp* casa::SolvableVisCal::ci_ [protected]

Definition at line 424 of file SolvableVisCal.h.

String casa::SolvableVisCal::combine_ [private]

axes to combine for solve

Definition at line 502 of file SolvableVisCal.h.

Referenced by combfld(), combine(), combobs(), combscan(), and combspw().

CalCorruptor* casa::SolvableVisCal::corruptor_p

object that can simulate the corruption terms

Definition at line 360 of file SolvableVisCal.h.

CalSetMetaInfo casa::SolvableVisCal::csmi [protected]

Definition at line 427 of file SolvableVisCal.h.

NewCalTable* casa::SolvableVisCal::ct_ [protected]

New CalTable.

Definition at line 423 of file SolvableVisCal.h.

Double casa::SolvableVisCal::dataInterval_ [private]

Solving meta-data.

Definition at line 508 of file SolvableVisCal.h.

String casa::SolvableVisCal::fInterpType_ [private]

Definition at line 464 of file SolvableVisCal.h.

Referenced by fInterpType().

Vector<Double> casa::SolvableVisCal::fintervalCh_ [private]

Definition at line 487 of file SolvableVisCal.h.

Referenced by fintervalCh().

Double casa::SolvableVisCal::fintervalHz_ [private]

Definition at line 486 of file SolvableVisCal.h.

Referenced by fintervalHz().

Double casa::SolvableVisCal::fit_ [private]

Definition at line 510 of file SolvableVisCal.h.

Double casa::SolvableVisCal::fitWt_ [private]

Definition at line 509 of file SolvableVisCal.h.

Int casa::SolvableVisCal::focusChan_ [private]

In-focus channel for single-chan solves on multi-chan data.

Reimplemented from casa::VisCal.

Definition at line 505 of file SolvableVisCal.h.

Referenced by focusChan().

String casa::SolvableVisCal::fsolint_ [private]

User-specified freq-dep solint info.

Definition at line 485 of file SolvableVisCal.h.

Referenced by fsolint().

LogIO casa::SolvableVisCal::logsink_p [private]

LogIO.

Definition at line 532 of file SolvableVisCal.h.

Referenced by logSink().

Double casa::SolvableVisCal::maxTimePerSolution_p [protected]

Definition at line 429 of file SolvableVisCal.h.

Int casa::SolvableVisCal::minblperant_ [private]

Min baselines per ant for solve.

Definition at line 473 of file SolvableVisCal.h.

Referenced by minblperant().

Float casa::SolvableVisCal::minSNR_ [private]

SNR threshold.

Definition at line 499 of file SolvableVisCal.h.

Referenced by minSNR().

Double casa::SolvableVisCal::minTimePerSolution_p [protected]

Definition at line 429 of file SolvableVisCal.h.

Bool casa::SolvableVisCal::onthefly_ [private]

Definition at line 540 of file SolvableVisCal.h.

Referenced by simOnTheFly().

Int casa::SolvableVisCal::parType_ [protected]

Definition at line 420 of file SolvableVisCal.h.

Referenced by setParType().

Double casa::SolvableVisCal::preavg_ [private]

Preavering interval.

Definition at line 493 of file SolvableVisCal.h.

Referenced by preavg().

String casa::SolvableVisCal::simint_ [private]

simulation interval

Definition at line 538 of file SolvableVisCal.h.

Referenced by simint().

Bool casa::SolvableVisCal::simulated_ [private]

Simulation flag.

Definition at line 535 of file SolvableVisCal.h.

Referenced by isSimulated(), and setSimulated().

String casa::SolvableVisCal::solint_ [private]

User-specified time-dep solint (string)

Definition at line 482 of file SolvableVisCal.h.

Referenced by solint().

Bool casa::SolvableVisCal::solnorm_ [private]

Do solution normalization after a solve.

Definition at line 496 of file SolvableVisCal.h.

Referenced by solnorm().

PtrBlock<Cube<Complex>*> casa::SolvableVisCal::solveAllCPar_ [private]

Definition at line 520 of file SolvableVisCal.h.

Referenced by solveAllCPar().

PtrBlock<Cube<Float>*> casa::SolvableVisCal::solveAllParErr_ [private]

Definition at line 523 of file SolvableVisCal.h.

Referenced by solveAllParErr().

PtrBlock<Cube<Bool>*> casa::SolvableVisCal::solveAllParOK_ [private]

Definition at line 522 of file SolvableVisCal.h.

Referenced by solveAllParOK().

PtrBlock<Cube<Float>*> casa::SolvableVisCal::solveAllParSNR_ [private]

Definition at line 524 of file SolvableVisCal.h.

Referenced by solveAllParSNR().

PtrBlock<Cube<Float>*> casa::SolvableVisCal::solveAllRPar_ [private]

Definition at line 521 of file SolvableVisCal.h.

Referenced by solveAllRPar().

PtrBlock<Cube<Complex>*> casa::SolvableVisCal::solveCPar_ [private]

Current parameters.

Definition at line 514 of file SolvableVisCal.h.

Referenced by solveCPar().

Bool casa::SolvableVisCal::solved_ [private]

Solved-for flag.

Definition at line 476 of file SolvableVisCal.h.

Referenced by isSolved(), and setSolved().

PtrBlock<Cube<Float>*> casa::SolvableVisCal::solveParErr_ [private]

Definition at line 517 of file SolvableVisCal.h.

Referenced by solveParErr().

PtrBlock<Cube<Bool>*> casa::SolvableVisCal::solveParOK_ [private]

Definition at line 516 of file SolvableVisCal.h.

Referenced by solveParOK().

PtrBlock<Cube<Float>*> casa::SolvableVisCal::solveParSNR_ [private]

Definition at line 518 of file SolvableVisCal.h.

Referenced by solveParSNR().

PtrBlock<Cube<Float>*> casa::SolvableVisCal::solveRPar_ [private]

Definition at line 515 of file SolvableVisCal.h.

Referenced by solveRPar().

Vector<Int> casa::SolvableVisCal::spwMap_ [private]

Spw mapping.

Definition at line 467 of file SolvableVisCal.h.

Referenced by spwMap().

Vector<Bool> casa::SolvableVisCal::spwOK_ [protected]

Reimplemented in casa::EGainCurve.

Definition at line 425 of file SolvableVisCal.h.

Vector<Complex> casa::SolvableVisCal::srcPolPar_ [private]

Definition at line 526 of file SolvableVisCal.h.

Referenced by srcPolPar().

Timer casa::SolvableVisCal::timer_p [protected]

Definition at line 432 of file SolvableVisCal.h.

Referenced by markTimer().

String casa::SolvableVisCal::tInterpType_ [private]

Interpolation types.

Definition at line 463 of file SolvableVisCal.h.

Referenced by tInterpType().

Vector<Int> casa::SolvableVisCal::urefantlist_ [private]

Refant.

Definition at line 470 of file SolvableVisCal.h.

Referenced by refantlist().

Float casa::SolvableVisCal::userPrintActivityFraction_p [protected]

Definition at line 430 of file SolvableVisCal.h.

Float casa::SolvableVisCal::userPrintActivityInterval_p [protected]

Definition at line 430 of file SolvableVisCal.h.

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

code/synthesis/MeasurementComponents/SolvableVisCal.h

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