#include <AWProjectFT.h>

Inheritance diagram for casa::AWProjectFT:

Public Member Functions
	AWProjectFT ()
	AWProjectFT (Int nFacets, Long cachesize, CountedPtr< CFCache > &cfcache, CountedPtr< ConvolutionFunction > &cf, CountedPtr< VisibilityResamplerBase > &visResampler, Bool applyPointingOffset=True, Bool doPBCorr=True, Int tilesize=16, Float pbLimit=5e-4, Bool usezero=False, Bool conjBeams_p=True, Bool doublePrecGrid=False)
	Constructor: cachesize is the size of the cache in words (e.g.
	AWProjectFT (const RecordInterface &stateRec)
	Construct from a Record containing the AWProjectFT state.
	AWProjectFT (const AWProjectFT &other)
	Copy constructor.
AWProjectFT &	operator= (const AWProjectFT &other)
	Assignment operator.
	~AWProjectFT ()
void	setEPJones (SolvableVisJones *ep_j)
	void setEPJones(EPJones* ep_j) {epJ = ep_j;}
virtual void	setDOPBCorrection (Bool doit=True)
virtual Bool	getDOPBCorrection ()
virtual void	setConjBeams (Bool useit=True)
virtual Bool	getConjBeams ()
virtual Float	getPBLimit ()
void	setObservatoryLocation (const MPosition &mLocation)
	Initialize transform to Visibility plane using the image as a template.
virtual void	initializeToVis (Block< CountedPtr< ImageInterface< Complex > > > &compImageVec, PtrBlock< SubImage< Float > * > &modelImageVec, PtrBlock< SubImage< Float > * > &weightImageVec, PtrBlock< SubImage< Float > * > &fluxScaleVec, Block< Matrix< Float > > &weightsVec, const VisBuffer &vb)
	Vectorized version of initializeToVis.
virtual void	initializeToVis (ImageInterface< Complex > &image, const VisBuffer &vb)
	Initialize transform to Visibility plane.
virtual void	initializeToVis (ImageInterface< Complex > &image, const VisBuffer &vb, Array< Complex > &griddedVis, Vector< Double > &uvscale)
	This version returns the gridded vis...should be used in conjunction with the version of 'get' that needs the gridded visdata.
virtual void	finalizeToVis ()
	Finalize transform to Visibility plane: flushes the image cache and shows statistics if it is being used.
virtual void	initializeToSky (ImageInterface< Complex > &image, Matrix< Float > &weight, const VisBuffer &vb)
	Initialize transform to Sky plane: initializes the image.
virtual void	finalizeToSky ()
	Finalize transform to Sky plane: flushes the image cache and shows statistics if it is being used.
virtual void	initVisBuffer (VisBuffer &vb, Type whichVBColumn)
void	initVisBuffer (VisBuffer &vb, Type whichVBColumn, Int row)
void	get (VisBuffer &vb, Int row=-1)
	Get actual coherence from grid by degridding.
void	get (VisBuffer &vb, Cube< Complex > &degrid, Array< Complex > &griddedVis, Vector< Double > &scale, Int row=-1)
	Get the coherence from grid return it in the degrid is used especially when scratch columns are not present in ms.
void	get (VisBuffer &vb, Cube< Float > &pointingOffsets, Int row=-1, Type whichVBColumn=FTMachine::MODEL, Int Conj=0)
void	get (VisBuffer &vb, VisBuffer &gradAzVB, VisBuffer &gradElVB, Cube< Float > &pointingOffsets, Int row=-1, Type whichVBColumn=FTMachine::MODEL, Type whichGradVBColumn=FTMachine::MODEL, Int Conj=0, Int doGrad=1)
void	nget (VisBuffer &vb, Array< Float > &l_off, Array< Float > &m_off, Cube< Complex > &Mout, Cube< Complex > &dMout1, Cube< Complex > &dMout2, Int Conj=0, Int doGrad=1)
void	get (VisBuffer &vb, Cube< Complex > &degrid, Array< Complex > &griddedVis, Vector< Double > &scale, Cube< Float > &pointingOffsets, Int row=-1)
	Get the coherence from grid return it in the degrid is used especially when scratch columns are not present in ms.
void	put (const VisBuffer &, TempImage< Complex > &, Vector< Double > &, int, UVWMachine *, Bool)
	Put coherence to grid by gridding.
void	put (const VisBuffer &vb, Int row=-1, Bool dopsf=False, FTMachine::Type type=FTMachine::OBSERVED)
	Put coherence to grid.
virtual void	makeImage (FTMachine::Type, ROVisibilityIterator &, ImageInterface< Complex > &, Matrix< Float > &)
	Make the entire image using a ROVisIter.
void	makeImage (FTMachine::Type type, VisSet &vs, ImageInterface< Complex > &image, Matrix< Float > &weight)
	Make the entire image.
virtual ImageInterface< Complex > &	getImage (Matrix< Float > &, Bool normalize=True)
	Get the final image: do the Fourier transform and grid-correct, then optionally normalize by the summed weights.
void	getWeightImage (ImageInterface< Float > &, Matrix< Float > &)
	Get the final weights image.
Bool	toRecord (RecordInterface &outRec, Bool withImage=False)
	Save and restore the AWProjectFT to and from a record.
Bool	fromRecord (const RecordInterface &inRec)
Bool	isFourier ()
	Can this FTMachine be represented by Fourier convolutions?
virtual Int	findPointingOffsets (const VisBuffer &, Array< Float > &, Array< Float > &, Bool Evaluate=True)
	Bool changed(const VisBuffer& vb) {return vpSJ->changed(vb,1);}; Bool changed(const VisBuffer& vb) {return False;}.
virtual Int	findPointingOffsets (const VisBuffer &, Cube< Float > &, Array< Float > &, Array< Float > &, Bool Evaluate=True)
virtual Double	getVBPA (const VisBuffer &vb)
MDirection::Convert	makeCoordinateMachine (const VisBuffer &, const MDirection::Types &, const MDirection::Types &, MEpoch &last)
virtual void	makeSensitivityImage (Lattice< Complex > &, ImageInterface< Float > &, const Matrix< Float > &, const Bool &)
	Make a sensitivity image (sensitivityImage), given the gridded weights (wtImage).
virtual void	makeSensitivityImage (const VisBuffer &vb, const ImageInterface< Complex > &imageTemplate, ImageInterface< Float > &sensitivityImage)
virtual ImageInterface< Float > &	getSensitivityImage ()
	Given the sky image (Fourier transform of the visibilities), sum of weights and the sensitivity image, this method replaces the skyImage with the normalized image of the sky.
virtual Matrix< Double > &	getSumOfWeights ()
virtual Matrix< Double > &	getSumOfCFWeights ()
void	makeConjPolMap (const VisBuffer &vb, const Vector< Int > cfPolMap, Vector< Int > &conjPolMap)
void	makeCFPolMap (const VisBuffer &vb, const Vector< Int > &cfstokes, Vector< Int > &polM)
	Vector<Int> makeConjPolMap(const VisBuffer& vb);.
void	reset ()
	void reset() {vpSJ->reset();}
void	setPAIncrement (const Quantity &computePAIncr, const Quantity &rotateOTFPAIncr)
Vector< Int > &	getPolMap ()
virtual String	name () const
	Return the name of the machine.
virtual Bool	verifyAvgPB (ImageInterface< Float > &pb, ImageInterface< Float > &sky)
virtual Bool	verifyAvgPB (ImageInterface< Float > &pb, ImageInterface< Complex > &sky)
virtual Bool	verifyShapes (IPosition shape0, IPosition shape1)
virtual Float	pbFunc (const Float &a, const Float &limit)
	{Float tt=sqrt(a);return (abs(tt) >= limit)?tt:1.0;};
virtual Complex	pbFunc (const Complex &a, const Float &limit)
virtual void	setMiscInfo (const Int qualifier)
	set the order of the Taylor term for MFS this is to tell A-Projection to qualify the accumulated avgPB for each Taylor term in the CFCache.
virtual void	ComputeResiduals (VisBuffer &vb, Bool useCorrected)
	Make the VB and VBStore interefaces for the interim re-factoring work.
void	makeWBCFWt (CFStore2 &cfs, const Double imRefFreq)
Protected Member Functions
Int	nint (Double val)
void	findConvFunction (const ImageInterface< Complex > &image, const VisBuffer &vb)
	Locate convolution functions on the disk Int locateConvFunction(const Int Nw, const Float pa); void cacheConvFunction(Int which, Array<Complex>& cf, CoordinateSystem& coord); Find the convolution function.
Array< Complex > *	getDataPointer (const IPosition &, Bool)
	Get the appropriate data pointer.
void	ok ()
void	init ()
Bool	recordOnGrid (const VisBuffer &vb, Int rownr) const
	virtual void initPolInfo(const VisBuffer& vb); Is this record on Grid? check both ends.
virtual void	normalizeAvgPB ()

virtual void	normalizeAvgPB (ImageInterface< Complex > &inImage, ImageInterface< Float > &outImage)
virtual void	resampleDataToGrid (Array< Complex > &griddedData, VBStore &vbs, const VisBuffer &vb, Bool &dopsf)
virtual void	resampleDataToGrid (Array< DComplex > &griddedData, VBStore &vbs, const VisBuffer &vb, Bool &dopsf)
virtual void	resampleGridToData (VBStore &vbs, Array< Complex > &griddedData, const VisBuffer &vb)
virtual void	setupVBStore (VBStore &vbs, const VisBuffer &vb, const Matrix< Float > &imagingweight, const Cube< Complex > &visData, const Matrix< Double > &uvw, const Cube< Int > &flagCube, const Vector< Double > &dphase)
Protected Attributes
Float	padding_p
	Padding in FFT.
Int	nWPlanes_p
LatticeCache< Complex > *	imageCache
	Image cache.
Long	cachesize
	Sizes.
Int	tilesize
ConvolveGridder< Double, Complex > *	gridder
	Gridder.
Bool	isTiled
	Is this tiled?
CountedPtr< Lattice< Complex > >	arrayLattice
	Array lattice.
CountedPtr< Lattice< Complex > >	lattice
	Lattice.
Float	maxAbsData
IPosition	centerLoc
	Useful IPositions.
IPosition	offsetLoc
Vector< Double >	uvScale
	Image Scaling and offset.
Vector< Double >	uvOffset
Array< Complex >	griddedData
	Array for non-tiled gridding.
Array< DComplex >	griddedData2
MDirection::Convert *	pointingToImage
	DirectionCoordinate directionCoord;.
Bool	usezero_p
	Grid/degrid zero spacing points?
Int	convSize
	CountedPtr<ConvolutionFunction> telescopeConvFunc_p; CFStore cfs_p, cfwts_p; Array<Complex> convFunc_p, convWeights_p;.
Int	convSampling
Int	wConvSize
Int	lastIndex_p
CountedPtr< ImageInterface < Float > >	avgPB_p
	The average PB for sky image normalization.
CountedPtr< ImageInterface < Complex > >	avgPBSq_p
Int	maxConvSupport
	No.
CountedPtr< SolvableVisJones >	epJ_p
	Percentage of the peak of the PB after which the image is set to zero.
Double	sigma
Int	Nant_p
Int	doPointing
Bool	doPBCorrection
Bool	makingPSF
Bool	conjBeams_p
ParAngleChangeDetector	paChangeDetector
	CountedPtr<CFCache> cfCache_p;.
Double	rotateOTFPAIncr_p
Double	computePAIncr_p
Unit	Second
Unit	Radian
Unit	Day
Array< Float >	l_offsets
Array< Float >	m_offsets
Vector< Float >	pbPeaks
Vector< Float >	paList
Double	currentCFPA
Double	cfRefFreq_p
Double	imRefFreq_p
Float	lastPAUsedForWtImg
Bool	pbNormalized_p
Vector< Bool >	paNdxProcessed_p
CountedPtr < VisibilityResamplerBase >	visResampler_p
	AWVisResampler visResampler_p;.
Int	sensitivityPatternQualifier_p
String	sensitivityPatternQualifierStr_p
CFStore	rotatedConvFunc_p
CountedPtr< CFStore2 >	cfs2_p
CountedPtr< CFStore2 >	cfwts2_p
Vector< Int >	ConjCFMap_p
Vector< Int >	CFMap_p
Timer	timer_p
Double	runTime1_p

Detailed Description

Definition at line 142 of file AWProjectFT.h.

Constructor & Destructor Documentation

casa::AWProjectFT::AWProjectFT ( )

casa::AWProjectFT::AWProjectFT	(	Int	nFacets,
		Long	cachesize,
		CountedPtr< CFCache > &	cfcache,
		CountedPtr< ConvolutionFunction > &	cf,
		CountedPtr< VisibilityResamplerBase > &	visResampler,
		Bool	applyPointingOffset = `True`,
		Bool	doPBCorr = `True`,
		Int	tilesize = `16`,
		Float	pbLimit = `5e-4`,
		Bool	usezero = `False`,
		Bool	conjBeams_p = `True`,
		Bool	doublePrecGrid = `False`
	)

Constructor: cachesize is the size of the cache in words (e.g.

a few million is a good number), tilesize is the size of the tile used in gridding (cannot be less than 12, 16 works in most cases).

casa::AWProjectFT::AWProjectFT ( const RecordInterface & stateRec )

Construct from a Record containing the AWProjectFT state.

casa::AWProjectFT::AWProjectFT ( const AWProjectFT & other )

Copy constructor.

casa::AWProjectFT::~AWProjectFT ( )

Member Function Documentation

virtual void casa::AWProjectFT::ComputeResiduals	(	VisBuffer &	vb,
		Bool	useCorrected
	)		`[virtual]`

Make the VB and VBStore interefaces for the interim re-factoring work.

Finally removed the VB interface.

Implements casa::FTMachine.

virtual void casa::AWProjectFT::finalizeToSky ( ) [virtual]

Finalize transform to Sky plane: flushes the image cache and shows statistics if it is being used.

DOES NOT DO THE FINAL TRANSFORM!

Implements casa::FTMachine.

Reimplemented in casa::AWProjectWBFT.

virtual void casa::AWProjectFT::finalizeToVis ( ) [virtual]

Finalize transform to Visibility plane: flushes the image cache and shows statistics if it is being used.

Implements casa::FTMachine.

void casa::AWProjectFT::findConvFunction	(	const ImageInterface< Complex > &	image,
		const VisBuffer &	vb
	)		`[protected, virtual]`

Locate convolution functions on the disk Int locateConvFunction(const Int Nw, const Float pa); void cacheConvFunction(Int which, Array<Complex>& cf, CoordinateSystem& coord); Find the convolution function.

Reimplemented from casa::FTMachine.

virtual Int casa::AWProjectFT::findPointingOffsets	(	const VisBuffer &	,
		Array< Float > &	,
		Array< Float > &	,
		Bool	Evaluate = `True`
	)		`[virtual]`

Bool changed(const VisBuffer& vb) {return vpSJ->changed(vb,1);}; Bool changed(const VisBuffer& vb) {return False;}.

Reimplemented in casa::AWProjectWBFT.

virtual Int casa::AWProjectFT::findPointingOffsets	(	const VisBuffer &	,
		Cube< Float > &	,
		Array< Float > &	,
		Array< Float > &	,
		Bool	Evaluate = `True`
	)		`[virtual]`

Bool casa::AWProjectFT::fromRecord ( const RecordInterface & inRec )

void casa::AWProjectFT::get	(	VisBuffer &	vb,
		Int	row = `-1`
	)		`[virtual]`

Get actual coherence from grid by degridding.

Implements casa::FTMachine.

void casa::AWProjectFT::get	(	VisBuffer &	vb,
		Cube< Complex > &	degrid,
		Array< Complex > &	griddedVis,
		Vector< Double > &	scale,
		Int	row = `-1`
	)

Get the coherence from grid return it in the degrid is used especially when scratch columns are not present in ms.

void casa::AWProjectFT::get	(	VisBuffer &	vb,
		Cube< Float > &	pointingOffsets,
		Int	row = `-1`,
		Type	whichVBColumn = `FTMachine::MODEL`,
		Int	Conj = `0`
	)		`[inline]`

Definition at line 236 of file AWProjectFT.h.

void casa::AWProjectFT::get	(	VisBuffer &	vb,
		VisBuffer &	gradAzVB,
		VisBuffer &	gradElVB,
		Cube< Float > &	pointingOffsets,
		Int	row = `-1`,
		Type	whichVBColumn = `FTMachine::MODEL`,
		Type	whichGradVBColumn = `FTMachine::MODEL`,
		Int	Conj = `0`,
		Int	doGrad = `1`
	)

void casa::AWProjectFT::get	(	VisBuffer &	vb,
		Cube< Complex > &	degrid,
		Array< Complex > &	griddedVis,
		Vector< Double > &	scale,
		Cube< Float > &	pointingOffsets,
		Int	row = `-1`
	)

Get the coherence from grid return it in the degrid is used especially when scratch columns are not present in ms.

virtual Bool casa::AWProjectFT::getConjBeams ( ) [inline, virtual]

Definition at line 181 of file AWProjectFT.h.

References conjBeams_p.

Array<Complex>* casa::AWProjectFT::getDataPointer	(	const IPosition &	,
		Bool
	)		`[protected]`

Get the appropriate data pointer.

virtual Bool casa::AWProjectFT::getDOPBCorrection ( ) [inline, virtual]

Definition at line 179 of file AWProjectFT.h.

References doPBCorrection.

virtual ImageInterface<Complex>& casa::AWProjectFT::getImage	(	Matrix< Float > &	,
		Bool	normalize = `True`
	)		`[virtual]`

Get the final image: do the Fourier transform and grid-correct, then optionally normalize by the summed weights.

Implements casa::FTMachine.

Reimplemented in casa::AWProjectWBFT, and casa::MultiTermAWProjectWBFT.

virtual Float casa::AWProjectFT::getPBLimit ( ) [inline, virtual]

Reimplemented from casa::FTMachine.

Definition at line 183 of file AWProjectFT.h.

References casa::FTMachine::pbLimit_p.

Vector<Int>& casa::AWProjectFT::getPolMap ( ) [inline]

Definition at line 366 of file AWProjectFT.h.

References casa::FTMachine::polMap.

virtual ImageInterface<Float>& casa::AWProjectFT::getSensitivityImage ( ) [inline, virtual]

Given the sky image (Fourier transform of the visibilities), sum of weights and the sensitivity image, this method replaces the skyImage with the normalized image of the sky.

These are now implement in the FTMachine base class.

These can't be left here since now the design depends on getting the correct version called due to static type casting of FTM pointer and not on inheretance and and specialization via overloading.

virtual void normalizeImage(Lattice<Complex>& skyImage, const Matrix<Double>& sumOfWts, Lattice<Float>& sensitivityImage, Bool fftNorm=True); virtual void normalizeImage(Lattice<Complex>& skyImage, const Matrix<Double>& sumOfWts, Lattice<Float>& sensitivityImage, Lattice<Complex>& sensitivitySqImage, Bool fftNorm=True);

Definition at line 354 of file AWProjectFT.h.

References avgPB_p.

virtual Matrix<Double>& casa::AWProjectFT::getSumOfCFWeights ( ) [inline, virtual]

Definition at line 356 of file AWProjectFT.h.

References casa::FTMachine::sumCFWeight.

virtual Matrix<Double>& casa::AWProjectFT::getSumOfWeights ( ) [inline, virtual]

Definition at line 355 of file AWProjectFT.h.

References casa::FTMachine::sumWeight.

virtual Double casa::AWProjectFT::getVBPA ( const VisBuffer & vb ) [inline, virtual]

if (!rotateApertureOTP_p) return currentCFPA; else return getPA(vb);

Definition at line 306 of file AWProjectFT.h.

References casa::getPA().

void casa::AWProjectFT::getWeightImage	(	ImageInterface< Float > &	,
		Matrix< Float > &
	)		`[virtual]`

Get the final weights image.

Implements casa::FTMachine.

void casa::AWProjectFT::init ( ) [protected]

virtual void casa::AWProjectFT::initializeToSky	(	ImageInterface< Complex > &	image,
		Matrix< Float > &	weight,
		const VisBuffer &	vb
	)		`[virtual]`

Initialize transform to Sky plane: initializes the image.

Implements casa::FTMachine.

Reimplemented in casa::AWProjectWBFT.

virtual void casa::AWProjectFT::initializeToVis	(	Block< CountedPtr< ImageInterface< Complex > > > &	compImageVec,
		PtrBlock< SubImage< Float > * > &	modelImageVec,
		PtrBlock< SubImage< Float > * > &	weightImageVec,
		PtrBlock< SubImage< Float > * > &	fluxScaleVec,
		Block< Matrix< Float > > &	weightsVec,
		const VisBuffer &	vb
	)		`[virtual]`

Vectorized version of initializeToVis.

Required since MultiTermFTM needs vectorized version. And this is implemented in FTMachine (the baseclass). And one relies on static_cast in Imager::createFTMachine() (or is it in CSE?) to cast the pointer to specific types such that this methods gets called when the FTMachine pointer is of type AWProjectFT.

Reimplemented from casa::FTMachine.

virtual void casa::AWProjectFT::initializeToVis	(	ImageInterface< Complex > &	image,
		const VisBuffer &	vb
	)		`[virtual]`

Initialize transform to Visibility plane.

Implements casa::FTMachine.

virtual void casa::AWProjectFT::initializeToVis	(	ImageInterface< Complex > &	image,
		const VisBuffer &	vb,
		Array< Complex > &	griddedVis,
		Vector< Double > &	uvscale
	)		`[virtual]`

This version returns the gridded vis...should be used in conjunction with the version of 'get' that needs the gridded visdata.

virtual void casa::AWProjectFT::initVisBuffer	(	VisBuffer &	vb,
		Type	whichVBColumn
	)		`[virtual]`

void casa::AWProjectFT::initVisBuffer	(	VisBuffer &	vb,
		Type	whichVBColumn,
		Int	row
	)

Bool casa::AWProjectFT::isFourier ( ) [inline, virtual]

Can this FTMachine be represented by Fourier convolutions?

Reimplemented from casa::FTMachine.

Definition at line 296 of file AWProjectFT.h.

References casa::True.

void casa::AWProjectFT::makeCFPolMap	(	const VisBuffer &	vb,
		const Vector< Int > &	cfstokes,
		Vector< Int > &	polM
	)

Vector<Int> makeConjPolMap(const VisBuffer& vb);.

void casa::AWProjectFT::makeConjPolMap	(	const VisBuffer &	vb,
		const Vector< Int >	cfPolMap,
		Vector< Int > &	conjPolMap
	)

MDirection::Convert casa::AWProjectFT::makeCoordinateMachine	(	const VisBuffer &	,
		const MDirection::Types &	,
		const MDirection::Types &	,
		MEpoch &	last
	)

virtual void casa::AWProjectFT::makeImage	(	FTMachine::Type	,
		ROVisibilityIterator &	,
		ImageInterface< Complex > &	,
		Matrix< Float > &
	)		`[inline, virtual]`

Make the entire image using a ROVisIter.

Reimplemented from casa::FTMachine.

Definition at line 273 of file AWProjectFT.h.

void casa::AWProjectFT::makeImage	(	FTMachine::Type	type,
		VisSet &	vs,
		ImageInterface< Complex > &	image,
		Matrix< Float > &	weight
	)		`[virtual]`

Make the entire image.

Reimplemented from casa::FTMachine.

virtual void casa::AWProjectFT::makeSensitivityImage	(	Lattice< Complex > &	,
		ImageInterface< Float > &	,
		const Matrix< Float > &	,
		const Bool &
	)		`[inline, virtual]`

Make a sensitivity image (sensitivityImage), given the gridded weights (wtImage).

These are related to each other by a Fourier transform and normalization by the sum-of-weights (sumWt) and normalization by the product of the 2D FFT size along each axis. If doFFTNorm=False, normalization by the FFT size is not done. If sumWt is not provided, normalization by the sum of weights is also not done.

Reimplemented in casa::AWProjectWBFT, and casa::MultiTermAWProjectWBFT.

Definition at line 325 of file AWProjectFT.h.

virtual void casa::AWProjectFT::makeSensitivityImage	(	const VisBuffer &	vb,
		const ImageInterface< Complex > &	imageTemplate,
		ImageInterface< Float > &	sensitivityImage
	)		`[virtual]`

Reimplemented in casa::AWProjectWBFT.

void casa::AWProjectFT::makeWBCFWt	(	CFStore2 &	cfs,
		const Double	imRefFreq
	)

virtual String casa::AWProjectFT::name ( ) const [inline, virtual]

Return the name of the machine.

Implements casa::FTMachine.

Reimplemented in casa::MultiTermAWProjectWBFT, and casa::AWProjectWBFT.

Definition at line 367 of file AWProjectFT.h.

void casa::AWProjectFT::nget	(	VisBuffer &	vb,
		Array< Float > &	l_off,
		Array< Float > &	m_off,
		Cube< Complex > &	Mout,
		Cube< Complex > &	dMout1,
		Cube< Complex > &	dMout2,
		Int	Conj = `0`,
		Int	doGrad = `1`
	)

Parameters:

l_off These offsets should be appropriate for the VB

Int casa::AWProjectFT::nint ( Double val ) [inline, protected]

Definition at line 392 of file AWProjectFT.h.

References casa::floor().

virtual void casa::AWProjectFT::normalizeAvgPB ( ) [protected, virtual]

Reimplemented in casa::AWProjectWBFT.

virtual void casa::AWProjectFT::normalizeAvgPB	(	ImageInterface< Complex > &	inImage,
		ImageInterface< Float > &	outImage
	)		`[protected, virtual]`

Reimplemented in casa::MultiTermAWProjectWBFT, and casa::AWProjectWBFT.

void casa::AWProjectFT::ok ( ) [protected, virtual]

Reimplemented from casa::FTMachine.

AWProjectFT& casa::AWProjectFT::operator= ( const AWProjectFT & other )

Assignment operator.

virtual Float casa::AWProjectFT::pbFunc	(	const Float &	a,
		const Float &	limit
	)		`[inline, virtual]`

{Float tt=sqrt(a);return (abs(tt) >= limit)?tt:1.0;};

Reimplemented in casa::AWProjectWBFT.

Definition at line 376 of file AWProjectFT.h.

References casa::abs().

virtual Complex casa::AWProjectFT::pbFunc	(	const Complex &	a,
		const Float &	limit
	)		`[inline, virtual]`

Definition at line 379 of file AWProjectFT.h.

References casa::abs().

void casa::AWProjectFT::put	(	const VisBuffer &	,
		TempImage< Complex > &	,
		Vector< Double > &	,
		int	,
		UVWMachine *	,
		Bool
	)		`[inline]`

Put coherence to grid by gridding.

throw(AipsError("AWProjectFT::put is not implemented"));

Definition at line 263 of file AWProjectFT.h.

void casa::AWProjectFT::put	(	const VisBuffer &	vb,
		Int	row = `-1`,
		Bool	dopsf = `False`,
		FTMachine::Type	type = `FTMachine::OBSERVED`
	)		`[virtual]`

Put coherence to grid.

Implements casa::FTMachine.

Bool casa::AWProjectFT::recordOnGrid	(	const VisBuffer &	vb,
		Int	rownr
	)		const `[protected]`

virtual void initPolInfo(const VisBuffer& vb); Is this record on Grid? check both ends.

This assumes that the ends bracket the middle

virtual void casa::AWProjectFT::resampleDataToGrid	(	Array< Complex > &	griddedData,
		VBStore &	vbs,
		const VisBuffer &	vb,
		Bool &	dopsf
	)		`[protected, virtual]`

Reimplemented in casa::AWProjectWBFT.

virtual void casa::AWProjectFT::resampleDataToGrid	(	Array< DComplex > &	griddedData,
		VBStore &	vbs,
		const VisBuffer &	vb,
		Bool &	dopsf
	)		`[protected, virtual]`

Reimplemented in casa::AWProjectWBFT.

virtual void casa::AWProjectFT::resampleGridToData	(	VBStore &	vbs,
		Array< Complex > &	griddedData,
		const VisBuffer &	vb
	)		`[protected, virtual]`

void casa::AWProjectFT::reset ( ) [inline, virtual]

void reset() {vpSJ->reset();}

Reimplemented from casa::FTMachine.

Definition at line 362 of file AWProjectFT.h.

References paChangeDetector, and casa::ParAngleChangeDetector::reset().

virtual void casa::AWProjectFT::setConjBeams ( Bool useit = True ) [inline, virtual]

Definition at line 180 of file AWProjectFT.h.

References conjBeams_p.

virtual void casa::AWProjectFT::setDOPBCorrection ( Bool doit = True ) [inline, virtual]

Definition at line 178 of file AWProjectFT.h.

References doPBCorrection.

void casa::AWProjectFT::setEPJones ( SolvableVisJones * ep_j ) [inline]

void setEPJones(EPJones* ep_j) {epJ = ep_j;}

Definition at line 176 of file AWProjectFT.h.

References epJ_p.

virtual void casa::AWProjectFT::setMiscInfo ( const Int qualifier ) [inline, virtual]

set the order of the Taylor term for MFS this is to tell A-Projection to qualify the accumulated avgPB for each Taylor term in the CFCache.

Implements casa::FTMachine.

Definition at line 382 of file AWProjectFT.h.

References sensitivityPatternQualifier_p, sensitivityPatternQualifierStr_p, and casa::vpf::toString().

void casa::AWProjectFT::setObservatoryLocation ( const MPosition & mLocation ) [inline]

Initialize transform to Visibility plane using the image as a template.

The image is loaded and Fourier transformed.

Reimplemented in casa::AWProjectWBFT.

Definition at line 187 of file AWProjectFT.h.

References casa::FTMachine::mLocation_p.

void casa::AWProjectFT::setPAIncrement	(	const Quantity &	computePAIncr,
		const Quantity &	rotateOTFPAIncr
	)

virtual void casa::AWProjectFT::setupVBStore	(	VBStore &	vbs,
		const VisBuffer &	vb,
		const Matrix< Float > &	imagingweight,
		const Cube< Complex > &	visData,
		const Matrix< Double > &	uvw,
		const Cube< Int > &	flagCube,
		const Vector< Double > &	dphase
	)		`[protected, virtual]`

Bool casa::AWProjectFT::toRecord	(	RecordInterface &	outRec,
		Bool	withImage = `False`
	)

Save and restore the AWProjectFT to and from a record.

virtual Bool casa::AWProjectFT::verifyAvgPB	(	ImageInterface< Float > &	pb,
		ImageInterface< Float > &	sky
	)		`[inline, virtual]`

Definition at line 368 of file AWProjectFT.h.

References casa::LatticeBase::shape(), and verifyShapes().

virtual Bool casa::AWProjectFT::verifyAvgPB	(	ImageInterface< Float > &	pb,
		ImageInterface< Complex > &	sky
	)		`[inline, virtual]`

Definition at line 371 of file AWProjectFT.h.

References casa::LatticeBase::shape(), and verifyShapes().

virtual Bool casa::AWProjectFT::verifyShapes	(	IPosition	shape0,
		IPosition	shape1
	)		`[virtual]`

Reimplemented in casa::AWProjectWBFT.

Referenced by verifyAvgPB().

Member Data Documentation

CountedPtr<Lattice<Complex> > casa::AWProjectFT::arrayLattice [protected]

Array lattice.

Definition at line 429 of file AWProjectFT.h.

CountedPtr<ImageInterface<Float> > casa::AWProjectFT::avgPB_p [protected]

The average PB for sky image normalization.

Definition at line 466 of file AWProjectFT.h.

Referenced by getSensitivityImage().

CountedPtr<ImageInterface<Complex> > casa::AWProjectFT::avgPBSq_p [protected]

Definition at line 467 of file AWProjectFT.h.

Long casa::AWProjectFT::cachesize [protected]

Sizes.

Definition at line 419 of file AWProjectFT.h.

IPosition casa::AWProjectFT::centerLoc [protected]

Useful IPositions.

Definition at line 438 of file AWProjectFT.h.

Vector<Int> casa::AWProjectFT::CFMap_p [protected]

Definition at line 521 of file AWProjectFT.h.

Double casa::AWProjectFT::cfRefFreq_p [protected]

Definition at line 490 of file AWProjectFT.h.

CountedPtr<CFStore2> casa::AWProjectFT::cfs2_p [protected]

Reimplemented from casa::FTMachine.

Definition at line 520 of file AWProjectFT.h.

CountedPtr<CFStore2> casa::AWProjectFT::cfwts2_p [protected]

Reimplemented from casa::FTMachine.

Definition at line 520 of file AWProjectFT.h.

Double casa::AWProjectFT::computePAIncr_p [protected]

Definition at line 484 of file AWProjectFT.h.

Bool casa::AWProjectFT::conjBeams_p [protected]

Definition at line 480 of file AWProjectFT.h.

Referenced by getConjBeams(), and setConjBeams().

Vector<Int> casa::AWProjectFT::ConjCFMap_p [protected]

Definition at line 521 of file AWProjectFT.h.

Int casa::AWProjectFT::convSampling [protected]

Definition at line 461 of file AWProjectFT.h.

Int casa::AWProjectFT::convSize [protected]

CountedPtr<ConvolutionFunction> telescopeConvFunc_p; CFStore cfs_p, cfwts_p; Array<Complex> convFunc_p, convWeights_p;.

Vector to hold the support size info. for the convolution functions pointed to by the elements of convFunctions_p. The co-ordinates of this array are (W-term, Poln, PA).

Definition at line 461 of file AWProjectFT.h.

Double casa::AWProjectFT::currentCFPA [protected]

Definition at line 490 of file AWProjectFT.h.

Unit casa::AWProjectFT::Day [protected]

Definition at line 486 of file AWProjectFT.h.

Bool casa::AWProjectFT::doPBCorrection [protected]

Definition at line 480 of file AWProjectFT.h.

Referenced by getDOPBCorrection(), and setDOPBCorrection().

Int casa::AWProjectFT::doPointing [protected]

Definition at line 479 of file AWProjectFT.h.

CountedPtr<SolvableVisJones> casa::AWProjectFT::epJ_p [protected]

Percentage of the peak of the PB after which the image is set to zero.