#include <VisCal.h>

Inheritance diagram for casa::VisMueller:

Public Member Functions
	VisMueller (VisSet &vs)
	Constructor.
	VisMueller (const Int &nAnt)
virtual	~VisMueller ()
virtual VisCalEnum::MatrixType	matrixType ()
	Return Matrix type.
virtual Mueller::MuellerType	muellerType ()=0
	Mueller matrix type (must be implemented in Mueller specializations!)
virtual void	state ()
	Report the state.
Protected Member Functions
virtual Int &	nElem ()
	Total number of parameter sets required.
virtual Int	nCalMat ()
	Number of Cal Matrices to form on baseline axis (Mueller, apply context: nBln())
virtual Bool	trivialMuellerElem ()=0
	Are the parameters the matrix elements? (or is a non-trivial calculation required?) (Must be implemented in specializations!)
virtual Bool	applyByMueller ()
	Are we applying via Mueller multiplication? (necessarily True for native Muellers)
Mueller &	M ()
	Access to matrix renderings of Muellers.
Cube< Complex > &	currMElem ()
	Access to current matrices.
Cube< Bool > &	currMElemOK ()
virtual void	invalidateCalMat ()
	Invalidate cal matrices generically (at this level, just Mueller)
void	invalidateM ()
	Validation of Mueller matrices (for currSpw)
void	validateM ()
Bool	MValid ()
virtual void	applyCal (VisBuffer &vb, Cube< Complex > &Vout, Bool trial=False)
	Row-by-row apply to a Cube<Complex> (applyByMueller override)
virtual void	syncCalMat (const Bool &doInv=False)
	Sync matrices for current meta data (Mueller override)
virtual void	syncMueller (const Bool &doInv=False)
	Sync Mueller matrix elements for current parameters.
virtual void	calcAllMueller ()
	Calculate an ensemble of Mueller matrices (all baselines, channels)
virtual void	calcOneMueller (Vector< Complex > &mat, Vector< Bool > &mOk, const Vector< Complex > &par, const Vector< Bool > &pOk)
	Calculate a single Mueller matrix by some means.
virtual void	invMueller ()
	Invert Mueller matrices.
virtual void	setMatByOk ()
	Set matrix elements according to their ok flags (e.g., makes a unit matrix if everything flagged, so we don't have to make atomic ok checks in apply)
void	createMueller ()
	Create Mueller matrix algebra interface.
virtual void	syncWtScale ()
	Synchronize weight scale factors.
virtual void	updateWt (Vector< Float > &wt, const Int &a1, const Int &a2)
	Update the wt vector for a baseline.
Private Member Functions
	VisMueller ()
	Default ctor is private.
void	initVisMueller ()
	Init VisMueller pointers, etc.
void	deleteVisMueller ()
	Delete the this* caches.
Private Attributes
PtrBlock< Mueller * >	M_
	Mueller algebra wrapper (per Spw)
PtrBlock< Cube< Complex > * >	currMElem_
	Current Mueller matrix elements.
PtrBlock< Cube< Bool > * >	currMElemOK_
Vector< Bool >	MValid_
	Mueller validity.

Detailed Description

VisMueller

Definition at line 369 of file VisCal.h.

Constructor & Destructor Documentation

casa::VisMueller::VisMueller ( VisSet & vs )

Constructor.

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

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

casa::VisMueller::VisMueller ( ) [private]

Default ctor is private.

Member Function Documentation

virtual Bool casa::VisMueller::applyByMueller ( ) [inline, protected, virtual]

Are we applying via Mueller multiplication? (necessarily True for native Muellers)

Reimplemented in casa::VisJones.

Definition at line 405 of file VisCal.h.

References casa::True.

virtual void casa::VisMueller::applyCal	(	VisBuffer &	vb,
		Cube< Complex > &	Vout,
		Bool	trial = `False`
	)		`[protected, virtual]`

Row-by-row apply to a Cube<Complex> (applyByMueller override)

Implements casa::VisCal.

Reimplemented in casa::VisJones, casa::AMueller, and casa::EVLASwPow.

virtual void casa::VisMueller::calcAllMueller ( ) [protected, virtual]

Calculate an ensemble of Mueller matrices (all baselines, channels)

Reimplemented in casa::VisJones, casa::XMueller, and casa::ANoise.

virtual void casa::VisMueller::calcOneMueller	(	Vector< Complex > &	mat,
		Vector< Bool > &	mOk,
		const Vector< Complex > &	par,
		const Vector< Bool > &	pOk
	)		`[protected, virtual]`

Calculate a single Mueller matrix by some means.

Reimplemented in casa::ANoise.

void casa::VisMueller::createMueller ( ) [protected]

Create Mueller matrix algebra interface.

Cube<Complex>& casa::VisMueller::currMElem ( ) [inline, protected]

Access to current matrices.

Definition at line 411 of file VisCal.h.

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

Cube<Bool>& casa::VisMueller::currMElemOK ( ) [inline, protected]

Definition at line 412 of file VisCal.h.

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

void casa::VisMueller::deleteVisMueller ( ) [private]

Delete the this* caches.

void casa::VisMueller::initVisMueller ( ) [private]

Init VisMueller pointers, etc.

virtual void casa::VisMueller::invalidateCalMat ( ) [inline, protected, virtual]

Invalidate cal matrices generically (at this level, just Mueller)

Implements casa::VisCal.

Reimplemented in casa::VisJones.

Definition at line 415 of file VisCal.h.

References invalidateM().

void casa::VisMueller::invalidateM ( ) [inline, protected]

Validation of Mueller matrices (for currSpw)

Definition at line 418 of file VisCal.h.

References casa::VisCal::currSpw(), casa::False, and MValid_.

Referenced by invalidateCalMat(), casa::VisJones::invalidateCalMat(), and casa::SolvableVisMueller::invalidateDiffCalMat().

virtual void casa::VisMueller::invMueller ( ) [protected, virtual]

Invert Mueller matrices.

Mueller& casa::VisMueller::M ( ) [inline, protected]

Access to matrix renderings of Muellers.

Definition at line 408 of file VisCal.h.

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

Referenced by casa::MMueller::type(), and casa::MfMueller::type().

virtual VisCalEnum::MatrixType casa::VisMueller::matrixType ( ) [inline, virtual]

Return Matrix type.

Reimplemented from casa::VisCal.

Reimplemented in casa::VisJones.

Definition at line 381 of file VisCal.h.

References casa::VisCalEnum::MUELLER.

virtual Mueller::MuellerType casa::VisMueller::muellerType ( ) [pure virtual]

Mueller matrix type (must be implemented in Mueller specializations!)

Implemented in casa::VisJones, casa::MMueller, casa::XMueller, casa::ANoise, and casa::AMueller.

Referenced by casa::SolvableVisMueller::normalizable().

Bool casa::VisMueller::MValid ( ) [inline, protected]

Definition at line 420 of file VisCal.h.

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

virtual Int casa::VisMueller::nCalMat ( ) [inline, protected, virtual]

Number of Cal Matrices to form on baseline axis (Mueller, apply context: nBln())

Implements casa::VisCal.

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

Definition at line 396 of file VisCal.h.

References casa::VisCal::nBln().

virtual Int& casa::VisMueller::nElem ( ) [inline, protected, virtual]

Total number of parameter sets required.

Implements casa::VisCal.

Reimplemented in casa::VisJones.

Definition at line 392 of file VisCal.h.

References casa::VisCal::nBln().

virtual void casa::VisMueller::setMatByOk ( ) [protected, virtual]

Set matrix elements according to their ok flags (e.g., makes a unit matrix if everything flagged, so we don't have to make atomic ok checks in apply)

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

virtual void casa::VisMueller::state ( ) [virtual]

Report the state.

Reimplemented from casa::VisCal.

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

virtual void casa::VisMueller::syncCalMat ( const Bool & doInv = False ) [protected, virtual]

Sync matrices for current meta data (Mueller override)

Implements casa::VisCal.

Reimplemented in casa::VisJones, and casa::AMueller.

virtual void casa::VisMueller::syncMueller ( const Bool & doInv = False ) [protected, virtual]

Sync Mueller matrix elements for current parameters.

virtual void casa::VisMueller::syncWtScale ( ) [protected, virtual]

Synchronize weight scale factors.

Reimplemented in casa::VisJones, casa::BJones, casa::EVLASwPow, and casa::StandardTsys.

virtual Bool casa::VisMueller::trivialMuellerElem ( ) [protected, pure virtual]

Are the parameters the matrix elements? (or is a non-trivial calculation required?) (Must be implemented in specializations!)

Implemented in casa::VisJones, casa::MMueller, casa::XMueller, and casa::ANoise.

virtual void casa::VisMueller::updateWt	(	Vector< Float > &	wt,
		const Int &	a1,
		const Int &	a2
	)		`[protected, virtual]`

Update the wt vector for a baseline.

Reimplemented in casa::VisJones.

void casa::VisMueller::validateM ( ) [inline, protected]

Definition at line 419 of file VisCal.h.

References casa::VisCal::currSpw(), MValid_, and casa::True.

Member Data Documentation

PtrBlock<Cube<Complex>*> casa::VisMueller::currMElem_ [private]

Current Mueller matrix elements.

Definition at line 471 of file VisCal.h.

Referenced by currMElem().

PtrBlock<Cube<Bool>*> casa::VisMueller::currMElemOK_ [private]

Definition at line 472 of file VisCal.h.

Referenced by currMElemOK().

PtrBlock<Mueller*> casa::VisMueller::M_ [private]

Mueller algebra wrapper (per Spw)

Definition at line 468 of file VisCal.h.

Referenced by M().

Vector<Bool> casa::VisMueller::MValid_ [private]

Mueller validity.

Definition at line 475 of file VisCal.h.

Referenced by invalidateM(), MValid(), and validateM().

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

code/synthesis/MeasurementComponents/VisCal.h

Public Member Functions

Protected Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation