casa::refim::AWConvFunc Class Reference

#include <AWConvFunc.h>

Inheritance diagram for casa::refim::AWConvFunc:

Public Member Functions
	AWConvFunc (const CountedPtr< ATerm > ATerm, const CountedPtr< PSTerm > psTerm, const CountedPtr< WTerm > wTerm, const Bool wbAWP=False)
	~AWConvFunc ()
AWConvFunc &	operator= (const AWConvFunc &other)
virtual void	makeConvFunction (const ImageInterface< Complex > &image, const VisBuffer2 &vb, const Int wConvSize, const CountedPtr< PolOuterProduct > &pop, const Float pa, const Float dpa, const Vector< Double > &uvScale, const Vector< Double > &uvOffset, const Matrix< Double > &vbFreqSelection, CFStore2 &cfs, CFStore2 &cfwts, Bool fillCF=True)
	This method computes the convolution function and the convolution function used for gridding the weights (typically these are the same) and returns them in the cfs and cfwts parameters.
virtual void	fillConvFuncBuffer (CFBuffer &cfb, CFBuffer &cfWtb, const Int &nx, const Int &ny, const Vector< Double > &freqValues, const Vector< Double > &wValues, const Double &wScale, const Double &vbPA, const Double &freqHi, const PolMapType &muellerElements, const PolMapType &muellerElementsIndex, const VisBuffer2 &vb, const Float &psScale, PSTerm &psTerm, WTerm &wTerm, ATerm &aTerm, Bool isDryRun=False)
virtual Bool	makeAverageResponse (const VisBuffer2 &vb, const ImageInterface< Complex > &image, ImageInterface< Float > &theavgPB, Bool reset=True)
	This method computes the average response function.
virtual Bool	makeAverageResponse (const VisBuffer2 &vb, const ImageInterface< Complex > &image, ImageInterface< Complex > &theavgPB, Bool reset=True)
virtual int	getVisParams (const VisBuffer2 &vb, const CoordinateSystem &skyCoord=CoordinateSystem())
	A support function which, for now, returns and integer ID corresponding to the on-sky frequency of the supplied VisBuffer.
virtual void	setPolMap (const Vector< Int > &polMap)
virtual Bool	findSupport (Array< Complex > &func, Float &threshold, Int &origin, Int &R)
	virtual void setFeedStokes(const Vector<Int>& feedStokes) {aTerm_p->setFeedStokes(feedStokes);};
virtual Vector< Double >	findPointingOffset (const ImageInterface< Complex > &, const VisBuffer2 &)
virtual void	prepareConvFunction (const VisBuffer2 &vb, VBRow2CFBMapType &cfs)
	virtual void setParams(const Vector<Int>& polMap, const Vector<Int>& feedStokes) {setPolMap(polMap); setFeedStokes(feedStokes);};
Int	mapAntIDToAntType (const Int &ant)
virtual Vector< Double >	makeFreqValList (Double &freqScale, const VisBuffer2 &vb, const ImageInterface< Complex > &uvGrid)
virtual Vector< Double >	makeWValList (const Double &dW, const Int &nW)
virtual void	setMiscInfo (const RecordInterface &params)
virtual Matrix< Double >	getFreqRangePerSpw (const VisBuffer2 &vb)
virtual CountedPtr< CFTerms >	getTerm (const String &name)
Static Public Member Functions
static void	makeConvFunction2 (const String &uvGridDiskimage, const Vector< Double > &uvScale, const Vector< Double > &uvOffset, const Matrix< Double > &vbFreqSelection, CFStore2 &cfs, CFStore2 &cfwts, const Bool psTermOn, const Bool aTermOn)
static void	fillConvFuncBuffer2 (CFBuffer &cfb, CFBuffer &cfWtb, const Int &nx, const Int &ny, const ImageInterface< Complex > &skyImage, const CFCStruct &miscInfo, PSTerm &psTerm, WTerm &wTerm, ATerm &aTerm)
static void	makeConjPolAxis (CoordinateSystem &cs, Int conjStokes_in=-1)
	Global methods (services).
static Complex	cfArea (Matrix< Complex > &cf, const Int &xSupport, const Int &ySupport, const Float &sampling)
static Bool	awFindSupport (Array< Complex > &func, Float &threshold, Int &origin, Int &radius)
static Bool	setUpCFSupport (Array< Complex > &func, Int &xSupport, Int &ySupport, const Float &sampling, const Complex &peak)
static Bool	resizeCF (Array< Complex > &func, Int &xSupport, Int &ySupport, const Int &supportBuffer, const Float &sampling, const Complex &peak)
static Int	getOversampling (PSTerm &psTerm, WTerm &wTerm, ATerm &aTerm)
Public Attributes
CountedPtr< ATerm >	aTerm_p
CountedPtr< PSTerm >	psTerm_p
CountedPtr< WTerm >	wTerm_p
Protected Member Functions
void	normalizeAvgPB (ImageInterface< Complex > &inImage, ImageInterface< Float > &outImage)
Bool	makeAverageResponse_org (const VisBuffer2 &vb, const ImageInterface< Complex > &image, ImageInterface< Float > &theavgPB, Bool reset=True)
void	makePBSq (ImageInterface< Complex > &inImage)
Protected Attributes
Vector< Double >	thePix_p
Vector< Double >	pixFieldGrad_p
Double	imRefFreq_p
Bool	wbAWP_p
CountedPtr< CFBuffer >	baseCFB_p

Detailed Description

Definition at line 56 of file AWConvFunc.h.

Constructor & Destructor Documentation

casa::refim::AWConvFunc::AWConvFunc	(	const CountedPtr< ATerm >	ATerm,
		const CountedPtr< PSTerm >	psTerm,
		const CountedPtr< WTerm >	wTerm,
		const Bool	wbAWP = `False`
	)			`[inline]`

Definition at line 59 of file AWConvFunc.h.

References pixFieldGrad_p.

casa::refim::AWConvFunc::~AWConvFunc ( ) [inline]

Definition at line 67 of file AWConvFunc.h.

Member Function Documentation

static Bool casa::refim::AWConvFunc::awFindSupport	(	Array< Complex > &	func,
		Float &	threshold,
		Int &	origin,
		Int &	radius
	)			`[static]`

static Complex casa::refim::AWConvFunc::cfArea	(	Matrix< Complex > &	cf,
		const Int &	xSupport,
		const Int &	ySupport,
		const Float &	sampling
	)			`[static]`

virtual void casa::refim::AWConvFunc::fillConvFuncBuffer	(	CFBuffer &	cfb,
		CFBuffer &	cfWtb,
		const Int &	nx,
		const Int &	ny,
		const Vector< Double > &	freqValues,
		const Vector< Double > &	wValues,
		const Double &	wScale,
		const Double &	vbPA,
		const Double &	freqHi,
		const PolMapType &	muellerElements,
		const PolMapType &	muellerElementsIndex,
		const VisBuffer2 &	vb,
		const Float &	psScale,
		PSTerm &	psTerm,
		WTerm &	wTerm,
		ATerm &	aTerm,
		Bool	isDryRun = `False`
	)			`[virtual]`

static void casa::refim::AWConvFunc::fillConvFuncBuffer2	(	CFBuffer &	cfb,
		CFBuffer &	cfWtb,
		const Int &	nx,
		const Int &	ny,
		const ImageInterface< Complex > &	skyImage,
		const CFCStruct &	miscInfo,
		PSTerm &	psTerm,
		WTerm &	wTerm,
		ATerm &	aTerm
	)			`[static]`

virtual Vector<Double> casa::refim::AWConvFunc::findPointingOffset	(	const ImageInterface< Complex > &	,
		const VisBuffer2 &
	)			`[inline, virtual]`

Implements casa::refim::ConvolutionFunction.

Reimplemented in casa::refim::AWConvFuncEPJones.

Definition at line 117 of file AWConvFunc.h.

virtual Bool casa::refim::AWConvFunc::findSupport	(	Array< Complex > &	func,
		Float &	threshold,
		Int &	origin,
		Int &	R
	)			`[virtual]`

virtual void setFeedStokes(const Vector<Int>& feedStokes) {aTerm_p->setFeedStokes(feedStokes);};

Implements casa::refim::ConvolutionFunction.

virtual Matrix<Double> casa::refim::AWConvFunc::getFreqRangePerSpw ( const VisBuffer2 & vb ) [virtual]

static Int casa::refim::AWConvFunc::getOversampling	(	PSTerm &	psTerm,
		WTerm &	wTerm,
		ATerm &	aTerm
	)			`[static]`

virtual CountedPtr<CFTerms> casa::refim::AWConvFunc::getTerm ( const String & name ) [inline, virtual]

Reimplemented from casa::refim::ConvolutionFunction.

Definition at line 143 of file AWConvFunc.h.

References aTerm_p.

virtual int casa::refim::AWConvFunc::getVisParams	(	const VisBuffer2 &	vb,
		const CoordinateSystem &	skyCoord = `CoordinateSystem()`
	)			`[inline, virtual]`

A support function which, for now, returns and integer ID corresponding to the on-sky frequency of the supplied VisBuffer.

Implements casa::refim::ConvolutionFunction.

Definition at line 112 of file AWConvFunc.h.

References aTerm_p.

virtual Bool casa::refim::AWConvFunc::makeAverageResponse	(	const VisBuffer2 &	vb,
		const ImageInterface< Complex > &	image,
		ImageInterface< Complex > &	theavgPB,
		Bool	reset = `True`
	)			`[virtual]`

Implements casa::refim::ConvolutionFunction.

virtual Bool casa::refim::AWConvFunc::makeAverageResponse	(	const VisBuffer2 &	vb,
		const ImageInterface< Complex > &	image,
		ImageInterface< Float > &	theavgPB,
		Bool	reset = `True`
	)			`[virtual]`

This method computes the average response function.

This is typically image-plane equivalent of the convolution functions, averaged over various axis. The precise averaging will be implementation dependent in the derived classes.

Implements casa::refim::ConvolutionFunction.

Bool casa::refim::AWConvFunc::makeAverageResponse_org	(	const VisBuffer2 &	vb,
		const ImageInterface< Complex > &	image,
		ImageInterface< Float > &	theavgPB,
		Bool	reset = `True`
	)			`[protected]`

static void casa::refim::AWConvFunc::makeConjPolAxis	(	CoordinateSystem &	cs,
		Int	conjStokes_in = `-1`
	)			`[static]`

Global methods (services).

virtual void casa::refim::AWConvFunc::makeConvFunction	(	const ImageInterface< Complex > &	image,
		const VisBuffer2 &	vb,
		const Int	wConvSize,
		const CountedPtr< PolOuterProduct > &	pop,
		const Float	pa,
		const Float	dpa,
		const Vector< Double > &	uvScale,
		const Vector< Double > &	uvOffset,
		const Matrix< Double > &	vbFreqSelection,
		CFStore2 &	cfs,
		CFStore2 &	cfwts,
		Bool	fillCF = `True`
	)			`[virtual]`

This method computes the convolution function and the convolution function used for gridding the weights (typically these are the same) and returns them in the cfs and cfwts parameters.

The required information about the image and visibility parameters is dervided from the given image and VisBuffer objects. wConvSize is the number of w-term planes and pa is the Parallactic Angle in radians for which the convolution function(s) are computed.

Implements casa::refim::ConvolutionFunction.

Reimplemented in casa::refim::AWConvFuncEPJones.

static void casa::refim::AWConvFunc::makeConvFunction2	(	const String &	uvGridDiskimage,
		const Vector< Double > &	uvScale,
		const Vector< Double > &	uvOffset,
		const Matrix< Double > &	vbFreqSelection,
		CFStore2 &	cfs,
		CFStore2 &	cfwts,
		const Bool	psTermOn,
		const Bool	aTermOn
	)			`[static]`

virtual Vector<Double> casa::refim::AWConvFunc::makeFreqValList	(	Double &	freqScale,
		const VisBuffer2 &	vb,
		const ImageInterface< Complex > &	uvGrid
	)			`[virtual]`

void casa::refim::AWConvFunc::makePBSq ( ImageInterface< Complex > & inImage ) [protected]

virtual Vector<Double> casa::refim::AWConvFunc::makeWValList	(	const Double &	dW,
		const Int &	nW
	)			`[virtual]`

Int casa::refim::AWConvFunc::mapAntIDToAntType ( const Int & ant ) [inline, virtual]

Reimplemented from casa::refim::ConvolutionFunction.

Definition at line 120 of file AWConvFunc.h.

References aTerm_p.

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

AWConvFunc& casa::refim::AWConvFunc::operator= ( const AWConvFunc & other )

Reimplemented in casa::refim::AWConvFuncEPJones.

virtual void casa::refim::AWConvFunc::prepareConvFunction	(	const VisBuffer2 &	vb,
		VBRow2CFBMapType &	theMap
	)			`[virtual]`

virtual void setParams(const Vector<Int>& polMap, const Vector<Int>& feedStokes) {setPolMap(polMap); setFeedStokes(feedStokes);};

virtual void prepareConvFunction(const VisBuffer2& vb, CFStore2& cfs)=0;

Implements casa::refim::ConvolutionFunction.

static Bool casa::refim::AWConvFunc::resizeCF	(	Array< Complex > &	func,
		Int &	xSupport,
		Int &	ySupport,
		const Int &	supportBuffer,
		const Float &	sampling,
		const Complex &	peak
	)			`[static]`

virtual void casa::refim::AWConvFunc::setMiscInfo ( const RecordInterface & params ) [virtual]

Reimplemented from casa::refim::ConvolutionFunction.

virtual void casa::refim::AWConvFunc::setPolMap ( const Vector< Int > & polMap ) [inline, virtual]

Implements casa::refim::ConvolutionFunction.

Definition at line 114 of file AWConvFunc.h.

References aTerm_p.

static Bool casa::refim::AWConvFunc::setUpCFSupport	(	Array< Complex > &	func,
		Int &	xSupport,
		Int &	ySupport,
		const Float &	sampling,
		const Complex &	peak
	)			`[static]`