#include <SolvableVisCal.h>

Inheritance diagram for casa::SolvableVisJones:

Public Member Functions
	SolvableVisJones (VisSet &vs)
	SolvableVisJones (const Int &nAnt)
virtual	~SolvableVisJones ()
virtual Int	nTotalPar ()
	Total number of (complex) parameters per solve Jones version: nPar()*nAnt()
virtual Bool	normalizable ()
	Does normalization by MODEL_DATA commute with this VisCal?
virtual void	differentiate (CalVisBuffer &cvb)
	Differentiate VB model w.r.t.
virtual void	differentiate (VisBuffer &vb, Cube< Complex > &V, Array< Complex > &dV, Matrix< Bool > &Vflg)
virtual void	diffSrc (VisBuffer &vb, Array< Complex > &dV)
	Differentiate VB model w.r.t.
virtual void	reReference ()
	Apply refant.
virtual void	accumulate (SolvableVisCal *incr, const Vector< Int > &fields)
	Accumulate another VisCal onto this one.
virtual void	globalPostSolveTinker ()
	Post solve tinkering (Jones version: includes refant application)
virtual void	applyRefAnt ()
	Apply reference antenna (generic Jones version)
void	fluxscale (const String &outfile, const Vector< Int > &refFieldIn, const Vector< Int > &tranFieldIn, const Vector< Int > &inRefSpwMap, const Vector< String > &fldNames, SolvableVisCal::fluxScaleStruct &oFluxScaleStruct, const String &oListFile, const Bool &incremental=False, const Int &fitorder=1)
	Fluxscale is implemented here.
virtual void	keepNCT ()
	SVJ-specific write to caltable.
virtual void	state ()
	Report state:
virtual void	listCal (const Vector< Int > ufldids, const Vector< Int > uantids, const Matrix< Int > uchanids, const String &listfile="", const Int &pagerows=50)
	Write calibration solutions to the terminal.
int	writeHeader (const uInt numAntCols, const uInt numAnts, const uInt iElem)
	Write header for listCal output.
virtual void	nearest (const Double, Array< Float > &)
virtual void	nearest (const Double, Array< Complex > &)
Protected Member Functions
virtual Int	nCalMat ()
	Number of Cal Matrices to form on baseline axis (Jones, all contexts: nAnt())
virtual Bool	trivialDM ()
	DM never trivial for SVJ.
virtual Bool	trivialDJ ()
	Are differentiated J matrices constant in chan & ant?
virtual void	initSolvePar ()
	Initialize solve parameter shape Jones version: (nPar(),1,nAnt()) (one chan, all antennas)
Jones &	dJ1 ()
	Access to matrix rendering of dJ1, dJ2.
Jones &	dJ2 ()
Array< Complex > &	diffJElem ()
	Access to differentiated Joness.
virtual void	invalidateDiffCalMat ()
	Invalidate diff cal matrices generically (at this level, M, dM, J, dJ)
void	invalidateDJ ()
	Validation of Jones matrix derivatives.
void	validateDJ ()
Bool	DJValid ()
virtual void	syncDiffMat ()
	Synchronize the differentiated calibration (specialization for Jones)
virtual void	syncDiffJones ()
	Synchronize the Jones AND diffJones matrices.
virtual void	calcAllDiffJones ()
	Calculate the ensemble of diff'd Jones Elements.
virtual void	calcOneDiffJones (Matrix< Complex > &mat, const Vector< Complex > &par)
	Calculate one ant/chan's diffJElem w.r.t.
void	createDiffJones ()
	Create matrix renderers for dJs.
void	setMatByOk ()
	Override VJ::setMatByOk in solve context.
virtual void	initTrivDJ ()
	Initialize trivial diff'd Jones.
virtual void	stateSVJ (const Bool &doVC)
Private Member Functions
	SolvableVisJones ()
	Default ctor is private.
Private Attributes
Jones *	dJ1_
	Jones wrappers for diffJElem_;.
Jones *	dJ2_
Array< Complex >	diffJElem_
	Differentiated Jones matrix elements.
Bool	DJValid_
	Validity of Jones matrix derivatives.
uInt	wTime_p
	Column widths for listing.
uInt	wField_p
uInt	wChan_p
uInt	wAmp_p
uInt	wPhase_p
uInt	wFlag_p
uInt	wPol_p
uInt	wAntCol_p
uInt	wTotal_p
uInt	wPreAnt_p

Detailed Description

SolvableVisJones

Definition at line 689 of file SolvableVisCal.h.

Constructor & Destructor Documentation

casa::SolvableVisJones::SolvableVisJones ( VisSet & vs )

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

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

casa::SolvableVisJones::SolvableVisJones ( ) [private]

Default ctor is private.

Member Function Documentation

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

Accumulate another VisCal onto this one.

Reimplemented from casa::SolvableVisMueller.

virtual void casa::SolvableVisJones::applyRefAnt ( ) [virtual]

Apply reference antenna (generic Jones version)

Reimplemented in casa::DJones.

virtual void casa::SolvableVisJones::calcAllDiffJones ( ) [protected, virtual]

Calculate the ensemble of diff'd Jones Elements.

virtual void casa::SolvableVisJones::calcOneDiffJones	(	Matrix< Complex > &	mat,
		const Vector< Complex > &	par
	)		`[protected, virtual]`

Calculate one ant/chan's diffJElem w.r.t.

each par

void casa::SolvableVisJones::createDiffJones ( ) [protected]

Create matrix renderers for dJs.

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

Differentiate VB model w.r.t.

Jones parameters

Reimplemented from casa::SolvableVisMueller.

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

Reimplemented from casa::SolvableVisMueller.

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

Array<Complex>& casa::SolvableVisJones::diffJElem ( ) [inline, protected]

Access to differentiated Joness.

Definition at line 781 of file SolvableVisCal.h.

References diffJElem_.

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

Differentiate VB model w.r.t.

Source parameters

Reimplemented from casa::SolvableVisMueller.

Jones& casa::SolvableVisJones::dJ1 ( ) [inline, protected]

Access to matrix rendering of dJ1, dJ2.

Definition at line 777 of file SolvableVisCal.h.

References dJ1_.

Jones& casa::SolvableVisJones::dJ2 ( ) [inline, protected]

Definition at line 778 of file SolvableVisCal.h.

References dJ2_.

Bool casa::SolvableVisJones::DJValid ( ) [inline, protected]

Definition at line 790 of file SolvableVisCal.h.

References DJValid_.

void casa::SolvableVisJones::fluxscale	(	const String &	outfile,
		const Vector< Int > &	refFieldIn,
		const Vector< Int > &	tranFieldIn,
		const Vector< Int > &	inRefSpwMap,
		const Vector< String > &	fldNames,
		SolvableVisCal::fluxScaleStruct &	oFluxScaleStruct,
		const String &	oListFile,
		const Bool &	incremental = `False`,
		const Int &	fitorder = `1`
	)		`[virtual]`

Fluxscale is implemented here.

Reimplemented from casa::SolvableVisMueller.

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

Post solve tinkering (Jones version: includes refant application)

Reimplemented from casa::SolvableVisCal.

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

virtual void casa::SolvableVisJones::initSolvePar ( ) [protected, virtual]

Initialize solve parameter shape Jones version: (nPar(),1,nAnt()) (one chan, all antennas)

Reimplemented from casa::SolvableVisMueller.

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

virtual void casa::SolvableVisJones::initTrivDJ ( ) [protected, virtual]

Initialize trivial diff'd Jones.

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

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

Invalidate diff cal matrices generically (at this level, M, dM, J, dJ)

Reimplemented from casa::SolvableVisMueller.

Definition at line 784 of file SolvableVisCal.h.

References invalidateDJ(), and casa::VisJones::invalidateJ().

void casa::SolvableVisJones::invalidateDJ ( ) [inline, protected]

Validation of Jones matrix derivatives.

Definition at line 788 of file SolvableVisCal.h.

References DJValid_, and casa::False.

Referenced by invalidateDiffCalMat().

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

SVJ-specific write to caltable.

Reimplemented from casa::SolvableVisMueller.

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