#include <MultiTermLatticeCleaner.h>

Public Member Functions
	MultiTermLatticeCleaner ()
	Create a cleaner for a specific dirty image and PSF.

	MultiTermLatticeCleaner (const MultiTermLatticeCleaner< T > &other)
	The copy constructor uses reference semantics.

MultiTermLatticeCleaner< T > &	operator= (const MultiTermLatticeCleaner< T > &other)
	The assignment operator also uses reference semantics.

	~MultiTermLatticeCleaner ()
	The destructor does nothing special.

Bool	setntaylorterms (const int &nterms)
	Input : number of Taylor terms Reshapes PtrBlocks to hold the correct number of PSFs and Residual images.

Bool	setscales (const Vector< Float > &scales)
	Input : scales.

Bool	initialise (Int nx, Int ny)
	Initialize all the memory being used.

Bool	setcontrol (CleanEnums::CleanType cleanType, const Int niter, const Float gain, const Quantity &aThreshold, const Bool choose)
	Set control parameters.

Bool	setcontrol (CleanEnums::CleanType cleanType, const Int niter, const Float gain, const Quantity &aThreshold, const Quantity &, const Bool choose=True)

Bool	setpsf (int order, Lattice< T > &psf)
	Input : psfs and dirty images.

Bool	setresidual (int order, Lattice< T > &dirty)
	Input : psfs and dirty images.

Bool	setmodel (int order, Lattice< T > &model)
	Input : model images.

Bool	setmask (Lattice< T > &mask)
	Input : mask.

Int	mtclean (LatticeCleanProgress *progress=0)
	Run the minor cycle.

Bool	getmodel (int order, Lattice< T > &model)
	Output : Model images.

Bool	getresidual (int order, Lattice< T > &residual)
	Ouput : psfs and dirty images.

Bool	getinvhessian (Matrix< Double > &invhessian)
	Output : Hessian matrix.

Public Member Functions inherited from casacore::LatticeCleaner< T >
	LatticeCleaner ()
	Create a cleaner : default constructor.

	LatticeCleaner (const Lattice< T > &psf, const Lattice< T > &dirty)
	Create a cleaner for a specific dirty image and PSF.

	LatticeCleaner (const LatticeCleaner< T > &other)
	The copy constructor uses reference semantics.

LatticeCleaner< T > &	operator= (const LatticeCleaner< T > &other)
	The assignment operator also uses reference semantics.

	~LatticeCleaner ()
	The destructor does nothing special.

void	update (const Lattice< T > &dirty)
	Update the dirty image only.

Bool	setscales (const Int nscales, const Float scaleInc=1.0)
	Set a number of scale sizes.

Bool	setscales (const Vector< Float > &scales)
	Set a specific set of scales.

Bool	setcontrol (CleanEnums::CleanType cleanType, const Int niter, const Float gain, const Quantity &aThreshold, const Quantity &fThreshold, const Bool choose=True)
	Set up control parameters cleanType - type of the cleaning algorithm to use (HOGBOM, MULTISCALE) niter - number of iterations gain - loop gain used in cleaning (a fraction of the maximum subtracted at every iteration) aThreshold - absolute threshold to stop iterations fThreshold - fractional threshold (i.e.

Bool	setcontrol (CleanEnums::CleanType cleanType, const Int niter, const Float gain, const Quantity &threshold, const Bool choose=True)
	This version of the method disables stopping on fractional threshold.

Int	iteration () const
	return how many iterations we did do

Int	numberIterations () const

void	startingIteration (const Int starting=0)
	what iteration number to start on

Int	clean (Lattice< T > &model, LatticeCleanProgress *progress=0)
	Clean an image.

void	setMask (const Lattice< T > &mask, const T &maskThreshold=T(0.9))
	Set the mask mask - input mask lattice maskThreshold - if positive, the value is treated as a threshold value to determine whether a pixel is good (mask value is greater than the threshold) or has to be masked (mask value is below the threshold).

void	ignoreCenterBox (Bool huh)
	Tell the algorithm to NOT clean just the inner quarter (This is useful when multiscale clean is being used inside a major cycle for MF or WF algorithms) if True, the full image deconvolution will be attempted.

void	setSmallScaleBias (const Float x=0.5)
	Consider the case of a point source: the flux on all scales is the same, and the first scale will be chosen.

void	stopAtLargeScaleNegative ()
	During early iterations of a cycled MS Clean in mosaicing, it common to come across an ocsilatory pattern going between positive and negative in the large scale.

void	stopPointMode (Int nStopPointMode)
	Some algorithms require that the cycles be terminated when the image is dominated by point sources; if we get nStopPointMode of the smallest scale components in a row, we terminate the cycles.

Bool	queryStopPointMode () const
	After completion of cycle, querry this to find out if we stopped because of stopPointMode.

void	speedup (const Float Ndouble)
	speedup() will speed the clean iteration by raising the threshold.

Lattice< T > *	residual ()
	Look at what WE think the residuals look like Assumes the first scale is zero-sized.

Float	threshold () const
	Method to return threshold, including any speedup factors.

T	strengthOptimum () const
	Method to return the strength optimum achieved at the last clean iteration The output of this method makes sense only if it is called after clean.

Private Member Functions
Int	numberOfTempLattices (Int nscales, Int ntaylor)

Int	manageMemory (Bool allocate)

Bool	findMaxAbsLattice (const TempLattice< Float > &masklat, const Lattice< Float > &lattice, Float &maxAbs, IPosition &posMaxAbs, Bool flip=False)

Int	addTo (Lattice< Float > &to, const Lattice< Float > &add, Float multiplier)

Int	setupFFTMask ()

Int	setupUserMask ()

Int	setupBlobs ()

Int	computeFluxLimit (Float &fluxlimit, Float threshold)

Int	computeMatrixA ()

Int	computeRHS ()

Int	solveMatrixEqn (Int scale)

Int	computePenaltyFunction (Int scale, Float &loopgain, Bool choosespec)

Int	updateSolution (IPosition globalmaxpos, Int maxscaleindex, Float loopgain)

Int	checkConvergence (Bool choosespec, Float thresh, Float fluxlimit)

Int	IND2 (Int taylor, Int scale)

Int	IND4 (Int taylor1, Int taylor2, Int scale1, Int scale2)

Private Attributes
LogIO	os

Int	ntaylor_p

Int	psfntaylor_p

Int	nscales_p

Int	nx_p

Int	ny_p

Int	totalIters_p

TempLattice< Float > *	dirty_p
	Image mask.

TempLattice< Complex > *	dirtyFT_p

TempLattice< Float > *	mask_p

TempLattice< Float > *	fftmask_p

Vector< Float >	scaleSizes_p

Vector< Float >	scaleBias_p

Vector< Float >	totalScaleFlux_p

Vector< Float >	totalTaylorFlux_p

Float	weightScaleFactor_p

Float	maxPsf_p

IPosition	gip

IPosition	imshape

Int	nx

Int	ny

Int	npol_p

Int	nchan

Bool	donePSF_p

Bool	donePSP_p

Bool	doneCONV_p

PtrBlock< TempLattice< Float > * >	vecScales_p
	h(s) [nx,ny,nscales]

PtrBlock< TempLattice< Complex > * >	vecScalesFT_p

PtrBlock< TempLattice< Float > * >	vecPsf_p
	B_k [nx,ny,ntaylor].

PtrBlock< TempLattice< Complex > * >	vecPsfFT_p

PtrBlock< TempLattice< Float > * >	vecDirty_p
	I_D : Residual/Dirty Images [nx,ny,ntaylor].

PtrBlock< TempLattice< Float > * >	vecModel_p
	I_M : Model Images [nx,ny,ntaylor].

PtrBlock< TempLattice< Float > * >	cubeA_p
	A_{smn} = B_{sm} * B{sn} [nx,ny,ntaylor,ntaylor,nscales,nscales] A_{s1s2mn} = B_{s1m} * B{s2n} [nx,ny,ntaylor,ntaylor,nscales,nscales].

PtrBlock< LatticeIterator< Float > * >	itercubeA_p

PtrBlock< TempLattice< Float > * >	matR_p
	R_{sk} = I_D * B_{sk} [nx,ny,ntaylor,nscales].

PtrBlock< LatticeIterator< Float > * >	itermatR_p

PtrBlock< TempLattice< Float > * >	matCoeffs_p
	a_{sk} = Solution vectors.

PtrBlock< LatticeIterator< Float > * >	itermatCoeffs_p

Double	memoryMB_p
	Memory to be allocated per TempLattice.

PtrBlock< Matrix< Double > * >	matA_p
	Solve [A][Coeffs] = [I_D * B] Shape of A : [ntaylor,ntaylor].

PtrBlock< Matrix< Double > * >	invMatA_p

TempLattice< Complex > *	cWork_p
	Scratch Lattices and iterators.

TempLattice< Float > *	tWork_p

LatticeIterator< Float > *	itertWork_p

LatticeExprNode	len_p

Float	lambda_p

Bool	adbg

Additional Inherited Members
Static Public Member Functions inherited from casacore::LatticeCleaner< T >
static void	addTo (Lattice< T > &to, const Lattice< T > &add)
	Helper function to optimize adding.

Protected Member Functions inherited from casacore::LatticeCleaner< T >
Bool	validatePsf (const Lattice< T > &psf)
	Make sure that the peak of the Psf is within the image.

void	makeScale (Lattice< T > &scale, const Float &scaleSize)
	Make an lattice of the specified scale.

Float	spheroidal (Float nu)
	Make Spheroidal function for scale images.

Bool	findMaxAbsMaskLattice (const Lattice< T > &lattice, const Lattice< T > &mask, T &maxAbs, IPosition &posMax)
	Find the Peak of the lattice, applying a mask.

Static Protected Member Functions inherited from casacore::LatticeCleaner< T >
static Bool	findMaxAbsLattice (const Lattice< T > &lattice, T &maxAbs, IPosition &posMax)
	Find the Peak of the Lattice.

static void	makeBoxesSameSize (IPosition &blc1, IPosition &trc1, IPosition &blc2, IPosition &trc2)
	Helper function to reduce the box sizes until the have the same size keeping the centers intact

Protected Attributes inherited from casacore::LatticeCleaner< T >
CleanEnums::CleanType	itsCleanType

Float	itsGain

Int	itsMaxNiter

Quantum< Double >	itsThreshold

TempLattice< T > *	itsMask

IPosition	itsPositionPeakPsf

Detailed Description

template<class T>
class casacore::MultiTermLatticeCleaner< T >

Definition at line 39 of file MultiTermLatticeCleaner.h.

Constructor & Destructor Documentation

◆ MultiTermLatticeCleaner() [1/2]

template<class T >

casacore::MultiTermLatticeCleaner< T >::MultiTermLatticeCleaner ( )

Create a cleaner for a specific dirty image and PSF.

◆ MultiTermLatticeCleaner() [2/2]

template<class T >

casacore::MultiTermLatticeCleaner< T >::MultiTermLatticeCleaner ( const MultiTermLatticeCleaner< T > & other )

The copy constructor uses reference semantics.

◆ ~MultiTermLatticeCleaner()

template<class T >

casacore::MultiTermLatticeCleaner< T >::~MultiTermLatticeCleaner ( )

The destructor does nothing special.

Member Function Documentation

◆ addTo()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::addTo	(	Lattice< Float > &	to,
		const Lattice< Float > &	add,
		Float	multiplier
	)

private

◆ checkConvergence()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::checkConvergence	(	Bool	choosespec,
		Float	thresh,
		Float	fluxlimit
	)

private

◆ computeFluxLimit()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::computeFluxLimit	(	Float &	fluxlimit,
		Float	threshold
	)

private

◆ computeMatrixA()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::computeMatrixA ( )

private

◆ computePenaltyFunction()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::computePenaltyFunction	(	Int	scale,
		Float &	loopgain,
		Bool	choosespec
	)

private

◆ computeRHS()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::computeRHS ( )

private

◆ findMaxAbsLattice()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::findMaxAbsLattice	(	const TempLattice< Float > &	masklat,
		const Lattice< Float > &	lattice,
		Float &	maxAbs,
		IPosition &	posMaxAbs,
		Bool	flip = `False`
	)

private

◆ getinvhessian()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::getinvhessian ( Matrix< Double > & invhessian )

Output : Hessian matrix.

◆ getmodel()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::getmodel	(	int	order,
		Lattice< T > &	model
	)

Output : Model images.

◆ getresidual()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::getresidual	(	int	order,
		Lattice< T > &	residual
	)

Ouput : psfs and dirty images.

◆ IND2()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::IND2	(	Int	taylor,
		Int	scale
	)

private

◆ IND4()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::IND4	(	Int	taylor1,
		Int	taylor2,
		Int	scale1,
		Int	scale2
	)

private

◆ initialise()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::initialise	(	Int	nx,
		Int	ny
	)

Initialize all the memory being used.

◆ manageMemory()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::manageMemory ( Bool allocate )

private

◆ mtclean()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::mtclean ( LatticeCleanProgress * progress = 0 )

Run the minor cycle.

◆ numberOfTempLattices()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::numberOfTempLattices	(	Int	nscales,
		Int	ntaylor
	)

private

◆ operator=()

template<class T >

MultiTermLatticeCleaner< T > & casacore::MultiTermLatticeCleaner< T >::operator= ( const MultiTermLatticeCleaner< T > & other )

The assignment operator also uses reference semantics.

◆ setcontrol() [1/2]

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::setcontrol	(	CleanEnums::CleanType	cleanType,
		const Int	niter,
		const Float	gain,
		const Quantity &	aThreshold,
		const Bool	choose
	)

Set control parameters.

Referenced by casacore::MultiTermLatticeCleaner< T >::setcontrol().

◆ setcontrol() [2/2]

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::setcontrol	(	CleanEnums::CleanType	cleanType,
		const Int	niter,
		const Float	gain,
		const Quantity &	aThreshold,
		const Quantity &	,
		const Bool	choose = `True`
	)

inline

Definition at line 69 of file MultiTermLatticeCleaner.h.

References casacore::MultiTermLatticeCleaner< T >::setcontrol().

◆ setmask()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::setmask ( Lattice< T > & mask )

Input : mask.

◆ setmodel()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::setmodel	(	int	order,
		Lattice< T > &	model
	)

Input : model images.

◆ setntaylorterms()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::setntaylorterms ( const int & nterms )

Input : number of Taylor terms Reshapes PtrBlocks to hold the correct number of PSFs and Residual images.

◆ setpsf()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::setpsf	(	int	order,
		Lattice< T > &	psf
	)

Input : psfs and dirty images.

◆ setresidual()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::setresidual	(	int	order,
		Lattice< T > &	dirty
	)

Input : psfs and dirty images.

◆ setscales()

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::setscales ( const Vector< Float > & scales )

Input : scales.

◆ setupBlobs()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::setupBlobs ( )

private

◆ setupFFTMask()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::setupFFTMask ( )

private

◆ setupUserMask()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::setupUserMask ( )

private

◆ solveMatrixEqn()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::solveMatrixEqn ( Int scale )

private

◆ updateSolution()

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::updateSolution	(	IPosition	globalmaxpos,
		Int	maxscaleindex,
		Float	loopgain
	)

private

Member Data Documentation

◆ adbg

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::adbg

private

Definition at line 204 of file MultiTermLatticeCleaner.h.

◆ cubeA_p

template<class T >

PtrBlock<TempLattice<Float>* > casacore::MultiTermLatticeCleaner< T >::cubeA_p

private

A_{smn} = B_{sm} * B{sn} [nx,ny,ntaylor,ntaylor,nscales,nscales] A_{s1s2mn} = B_{s1m} * B{s2n} [nx,ny,ntaylor,ntaylor,nscales,nscales].

Definition at line 156 of file MultiTermLatticeCleaner.h.

◆ cWork_p

template<class T >

TempLattice<Complex>* casacore::MultiTermLatticeCleaner< T >::cWork_p

private

Scratch Lattices and iterators.

Definition at line 176 of file MultiTermLatticeCleaner.h.

◆ dirty_p

template<class T >

TempLattice<Float>* casacore::MultiTermLatticeCleaner< T >::dirty_p

private

Image mask.

Definition at line 124 of file MultiTermLatticeCleaner.h.

◆ dirtyFT_p

template<class T >

TempLattice<Complex>* casacore::MultiTermLatticeCleaner< T >::dirtyFT_p

private

Definition at line 125 of file MultiTermLatticeCleaner.h.

◆ doneCONV_p

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::doneCONV_p

private

Definition at line 138 of file MultiTermLatticeCleaner.h.

◆ donePSF_p

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::donePSF_p

private

Definition at line 138 of file MultiTermLatticeCleaner.h.

◆ donePSP_p

template<class T >

Bool casacore::MultiTermLatticeCleaner< T >::donePSP_p

private

Definition at line 138 of file MultiTermLatticeCleaner.h.

◆ fftmask_p

template<class T >

TempLattice<Float>* casacore::MultiTermLatticeCleaner< T >::fftmask_p

private

Definition at line 127 of file MultiTermLatticeCleaner.h.

◆ gip

template<class T >

IPosition casacore::MultiTermLatticeCleaner< T >::gip

private

Definition at line 136 of file MultiTermLatticeCleaner.h.

◆ imshape

template<class T >

IPosition casacore::MultiTermLatticeCleaner< T >::imshape

private

Definition at line 136 of file MultiTermLatticeCleaner.h.

◆ invMatA_p

template<class T >

PtrBlock<Matrix<Double>*> casacore::MultiTermLatticeCleaner< T >::invMatA_p

private

Definition at line 173 of file MultiTermLatticeCleaner.h.

◆ itercubeA_p

template<class T >

PtrBlock<LatticeIterator<Float>* > casacore::MultiTermLatticeCleaner< T >::itercubeA_p

private

Definition at line 157 of file MultiTermLatticeCleaner.h.

◆ itermatCoeffs_p

template<class T >

PtrBlock<LatticeIterator<Float>* > casacore::MultiTermLatticeCleaner< T >::itermatCoeffs_p

private

Definition at line 165 of file MultiTermLatticeCleaner.h.

◆ itermatR_p

template<class T >

PtrBlock<LatticeIterator<Float>* > casacore::MultiTermLatticeCleaner< T >::itermatR_p

private

Definition at line 161 of file MultiTermLatticeCleaner.h.

◆ itertWork_p

template<class T >

LatticeIterator<Float>* casacore::MultiTermLatticeCleaner< T >::itertWork_p

private

Definition at line 178 of file MultiTermLatticeCleaner.h.

◆ lambda_p

template<class T >

Float casacore::MultiTermLatticeCleaner< T >::lambda_p

private

Definition at line 182 of file MultiTermLatticeCleaner.h.

◆ len_p

template<class T >

LatticeExprNode casacore::MultiTermLatticeCleaner< T >::len_p

private

Definition at line 180 of file MultiTermLatticeCleaner.h.

◆ mask_p

template<class T >

TempLattice<Float>* casacore::MultiTermLatticeCleaner< T >::mask_p

private

Definition at line 126 of file MultiTermLatticeCleaner.h.

◆ matA_p

template<class T >

PtrBlock<Matrix<Double>*> casacore::MultiTermLatticeCleaner< T >::matA_p

private

Solve [A][Coeffs] = [I_D * B] Shape of A : [ntaylor,ntaylor].

Definition at line 172 of file MultiTermLatticeCleaner.h.

◆ matCoeffs_p

template<class T >

PtrBlock<TempLattice<Float>* > casacore::MultiTermLatticeCleaner< T >::matCoeffs_p

private

a_{sk} = Solution vectors.

[nx,ny,ntaylor,nscales]

Definition at line 164 of file MultiTermLatticeCleaner.h.

◆ matR_p

template<class T >

PtrBlock<TempLattice<Float>* > casacore::MultiTermLatticeCleaner< T >::matR_p

private

R_{sk} = I_D * B_{sk} [nx,ny,ntaylor,nscales].

Definition at line 160 of file MultiTermLatticeCleaner.h.

◆ maxPsf_p

template<class T >

Float casacore::MultiTermLatticeCleaner< T >::maxPsf_p

private

Definition at line 134 of file MultiTermLatticeCleaner.h.

◆ memoryMB_p

template<class T >

Double casacore::MultiTermLatticeCleaner< T >::memoryMB_p

private

Memory to be allocated per TempLattice.

Definition at line 168 of file MultiTermLatticeCleaner.h.

◆ nchan

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::nchan

private

Definition at line 137 of file MultiTermLatticeCleaner.h.

◆ npol_p

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::npol_p

private

Definition at line 137 of file MultiTermLatticeCleaner.h.

◆ nscales_p

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::nscales_p

private

Definition at line 118 of file MultiTermLatticeCleaner.h.

◆ ntaylor_p

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::ntaylor_p

private

Definition at line 116 of file MultiTermLatticeCleaner.h.

◆ nx

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::nx

private

Definition at line 137 of file MultiTermLatticeCleaner.h.

◆ nx_p

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::nx_p

private

Definition at line 119 of file MultiTermLatticeCleaner.h.

◆ ny

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::ny

private

Definition at line 137 of file MultiTermLatticeCleaner.h.

◆ ny_p

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::ny_p

private

Definition at line 120 of file MultiTermLatticeCleaner.h.

◆ os

template<class T >

LogIO casacore::MultiTermLatticeCleaner< T >::os

private

Definition at line 100 of file MultiTermLatticeCleaner.h.

◆ psfntaylor_p

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::psfntaylor_p

private

Definition at line 117 of file MultiTermLatticeCleaner.h.

◆ scaleBias_p

template<class T >

Vector<Float> casacore::MultiTermLatticeCleaner< T >::scaleBias_p

private

Definition at line 130 of file MultiTermLatticeCleaner.h.

◆ scaleSizes_p

template<class T >

Vector<Float> casacore::MultiTermLatticeCleaner< T >::scaleSizes_p

private

Definition at line 129 of file MultiTermLatticeCleaner.h.

◆ totalIters_p

template<class T >

Int casacore::MultiTermLatticeCleaner< T >::totalIters_p

private

Definition at line 121 of file MultiTermLatticeCleaner.h.

◆ totalScaleFlux_p

template<class T >

Vector<Float> casacore::MultiTermLatticeCleaner< T >::totalScaleFlux_p

private

Definition at line 131 of file MultiTermLatticeCleaner.h.

◆ totalTaylorFlux_p

template<class T >

Vector<Float> casacore::MultiTermLatticeCleaner< T >::totalTaylorFlux_p

private

Definition at line 132 of file MultiTermLatticeCleaner.h.

◆ tWork_p

template<class T >

TempLattice<Float>* casacore::MultiTermLatticeCleaner< T >::tWork_p

private

Definition at line 177 of file MultiTermLatticeCleaner.h.

◆ vecDirty_p

template<class T >

PtrBlock<TempLattice<Float>* > casacore::MultiTermLatticeCleaner< T >::vecDirty_p

private

I_D : Residual/Dirty Images [nx,ny,ntaylor].

Definition at line 149 of file MultiTermLatticeCleaner.h.

◆ vecModel_p

template<class T >

PtrBlock<TempLattice<Float>* > casacore::MultiTermLatticeCleaner< T >::vecModel_p

private

I_M : Model Images [nx,ny,ntaylor].

Definition at line 152 of file MultiTermLatticeCleaner.h.

◆ vecPsf_p

template<class T >

PtrBlock<TempLattice<Float>* > casacore::MultiTermLatticeCleaner< T >::vecPsf_p

private

B_k [nx,ny,ntaylor].

Definition at line 145 of file MultiTermLatticeCleaner.h.

◆ vecPsfFT_p

template<class T >

PtrBlock<TempLattice<Complex>* > casacore::MultiTermLatticeCleaner< T >::vecPsfFT_p

private

Definition at line 146 of file MultiTermLatticeCleaner.h.

◆ vecScales_p

template<class T >

PtrBlock<TempLattice<Float>* > casacore::MultiTermLatticeCleaner< T >::vecScales_p

private

h(s) [nx,ny,nscales]

Definition at line 141 of file MultiTermLatticeCleaner.h.

◆ vecScalesFT_p

template<class T >

PtrBlock<TempLattice<Complex>* > casacore::MultiTermLatticeCleaner< T >::vecScalesFT_p

private

Definition at line 142 of file MultiTermLatticeCleaner.h.

◆ weightScaleFactor_p

template<class T >

Float casacore::MultiTermLatticeCleaner< T >::weightScaleFactor_p

private

Definition at line 133 of file MultiTermLatticeCleaner.h.

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

lattices/LatticeMath/MultiTermLatticeCleaner.h

Public Member Functions

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ MultiTermLatticeCleaner() [1/2]

◆ MultiTermLatticeCleaner() [2/2]

◆ ~MultiTermLatticeCleaner()

Member Function Documentation

◆ addTo()

◆ checkConvergence()

◆ computeFluxLimit()

◆ computeMatrixA()

◆ computePenaltyFunction()

◆ computeRHS()

◆ findMaxAbsLattice()

◆ getinvhessian()

◆ getmodel()

◆ getresidual()

◆ IND2()

◆ IND4()

◆ initialise()

◆ manageMemory()

◆ mtclean()

◆ numberOfTempLattices()

◆ operator=()

◆ setcontrol() [1/2]

◆ setcontrol() [2/2]

◆ setmask()

◆ setmodel()

◆ setntaylorterms()

◆ setpsf()

◆ setresidual()

◆ setscales()

◆ setupBlobs()

◆ setupFFTMask()

◆ setupUserMask()

◆ solveMatrixEqn()

◆ updateSolution()

Member Data Documentation

◆ adbg

◆ cubeA_p

◆ cWork_p

◆ dirty_p

◆ dirtyFT_p

◆ doneCONV_p

◆ donePSF_p

◆ donePSP_p

◆ fftmask_p

◆ gip

◆ imshape

◆ invMatA_p

◆ itercubeA_p

◆ itermatCoeffs_p

◆ itermatR_p

◆ itertWork_p

◆ lambda_p

◆ len_p

◆ mask_p

◆ matA_p

◆ matCoeffs_p

◆ matR_p

◆ maxPsf_p

◆ memoryMB_p

◆ nchan

◆ npol_p

◆ nscales_p

◆ ntaylor_p

◆ nx

◆ nx_p

◆ ny

◆ ny_p

◆ os

◆ psfntaylor_p

◆ scaleBias_p

◆ scaleSizes_p

◆ totalIters_p

◆ totalScaleFlux_p

◆ totalTaylorFlux_p