class ALMAAperture : public ATerm More...

#include <ALMAAperture.h>

Inheritance diagram for casa::ALMAAperture:

Public Member Functions
	ALMAAperture ()
	~ALMAAperture ()
ALMAAperture &	operator= (const ALMAAperture &other)
virtual String	name ()
	Overload these functions.
virtual void	applySky (ImageInterface< Float > &outputImage, const VisBuffer &vb, const Bool doSquint=True, const Int &cfKey=0)
virtual void	applySky (ImageInterface< Complex > &outputImage, const VisBuffer &vb, const Bool doSquint=True, const Int &cfKey=0)
void	applySky (ImageInterface< Float > &outputImage, const VisBuffer &vb, const Bool doSquint, const Int &cfKey, const Bool raytrace)
void	applySky (ImageInterface< Complex > &outputImage, const VisBuffer &vb, const Bool doSquint, const Int &cfKey, const Bool raytrace)
virtual Vector< Int >	vbRow2CFKeyMap (const VisBuffer &vb, Int &nUnique)
	Not sure if the following method is requried.
virtual void	setPolMap (const Vector< Int > &polMap)
	The mapping from VisBuffer polarizations map to the Image plane polarization.
virtual void	getPolMap (Vector< Int > &polMap)
virtual Int	getConvSize ()
virtual Int	getOversampling ()
virtual Float	getConvWeightSizeFactor ()
virtual Float	getSupportThreshold ()
Vector< ALMAAntennaType >	antTypeMap (const VisBuffer &vb)
	tell the antenna type number for each antenna in the antenna table
void	resetAntTypeMap ()
	call this before reusing the same ALMAAperture object on a different MS
Vector< ALMAAntennaType >	antTypeList (const VisBuffer &vb)
	generate the lists of antenna types for the whole vb
Int	getVisParams (const VisBuffer &vb, const CoordinateSystem &skyCoord=CoordinateSystem())
Int	makePBPolnCoords (const VisBuffer &vb, const Int &convSize, const Int &convSampling, const CoordinateSystem &skyCoord, const Int &skyNx, const Int &skyNy, CoordinateSystem &feedCoord)
	Not sure if the following method is requried.
void	destroyAntResp ()
Static Public Member Functions
static ALMAAntennaType	antTypeFromName (const String &name)
	derive type number from first two characters in antenna name, return -1 if not recognised
static String	antTypeStrFromType (const ALMAAntennaType &aType)
static Int	cFKeyFromAntennaTypes (const ALMAAntennaType aT1, const ALMAAntennaType aT2)
static Vector< ALMAAntennaType >	antennaTypesFromCFKey (const Int &cFKey)
Private Attributes
Vector< Int >	polMap_p
Bool	haveCannedResponses_p
Vector< ALMAAntennaType >	antTypeMap_p
Vector< PagedImage< Complex > * >	respImage_p
Static Private Attributes
static AntennaResponses *	aR_p
static Bool	orderMattersInCFKey

Detailed Description

class ALMAAperture : public ATerm

Definition at line 68 of file ALMAAperture.h.

Constructor & Destructor Documentation

casa::ALMAAperture::ALMAAperture ( )

casa::ALMAAperture::~ALMAAperture ( )

Member Function Documentation

static Vector<ALMAAntennaType> casa::ALMAAperture::antennaTypesFromCFKey ( const Int & cFKey ) [static]

static ALMAAntennaType casa::ALMAAperture::antTypeFromName ( const String & name ) [static]

derive type number from first two characters in antenna name, return -1 if not recognised

Vector<ALMAAntennaType> casa::ALMAAperture::antTypeList ( const VisBuffer & vb )

generate the lists of antenna types for the whole vb

Vector<ALMAAntennaType> casa::ALMAAperture::antTypeMap ( const VisBuffer & vb )

tell the antenna type number for each antenna in the antenna table

static String casa::ALMAAperture::antTypeStrFromType ( const ALMAAntennaType & aType ) [static]

virtual void casa::ALMAAperture::applySky	(	ImageInterface< Float > &	outputImage,
		const VisBuffer &	vb,
		const Bool	doSquint = `True`,
		const Int &	cfKey = `0`
	)		`[inline, virtual]`

Definition at line 81 of file ALMAAperture.h.

References casa::False.

Referenced by applySky().

virtual void casa::ALMAAperture::applySky	(	ImageInterface< Complex > &	outputImage,
		const VisBuffer &	vb,
		const Bool	doSquint = `True`,
		const Int &	cfKey = `0`
	)		`[inline, virtual]`

Definition at line 86 of file ALMAAperture.h.

References applySky(), and casa::False.

void casa::ALMAAperture::applySky	(	ImageInterface< Float > &	outputImage,
		const VisBuffer &	vb,
		const Bool	doSquint,
		const Int &	cfKey,
		const Bool	raytrace
	)

void casa::ALMAAperture::applySky	(	ImageInterface< Complex > &	outputImage,
		const VisBuffer &	vb,
		const Bool	doSquint,
		const Int &	cfKey,
		const Bool	raytrace
	)

static Int casa::ALMAAperture::cFKeyFromAntennaTypes	(	const ALMAAntennaType	aT1,
		const ALMAAntennaType	aT2
	)		`[static]`

void casa::ALMAAperture::destroyAntResp ( ) [inline]

Definition at line 137 of file ALMAAperture.h.

References aR_p.

virtual Int casa::ALMAAperture::getConvSize ( ) [inline, virtual]

Reimplemented from casa::ATerm.

Definition at line 107 of file ALMAAperture.h.

References CONVSIZE.

virtual Float casa::ALMAAperture::getConvWeightSizeFactor ( ) [inline, virtual]

Reimplemented from casa::ATerm.

Definition at line 109 of file ALMAAperture.h.

References CONVWTSIZEFACTOR.

virtual Int casa::ALMAAperture::getOversampling ( ) [inline, virtual]

Reimplemented from casa::ATerm.

Definition at line 108 of file ALMAAperture.h.

References OVERSAMPLING.

virtual void casa::ALMAAperture::getPolMap ( Vector< Int > & polMap ) [inline, virtual]

Reimplemented from casa::ATerm.

Definition at line 106 of file ALMAAperture.h.

References polMap_p, and casa::Vector< T >::resize().

virtual Float casa::ALMAAperture::getSupportThreshold ( ) [inline, virtual]

Reimplemented from casa::ATerm.

Definition at line 110 of file ALMAAperture.h.

References THRESHOLD.

Int casa::ALMAAperture::getVisParams	(	const VisBuffer &	vb,
		const CoordinateSystem &	skyCoord = `CoordinateSystem()`
	)		`[virtual]`

Implements casa::ATerm.

Int casa::ALMAAperture::makePBPolnCoords	(	const VisBuffer &	vb,
		const Int &	convSize,
		const Int &	convSampling,
		const CoordinateSystem &	skyCoord,
		const Int &	skyNx,
		const Int &	skyNy,
		CoordinateSystem &	feedCoord
	)		`[virtual]`

Not sure if the following method is requried.

Leaving it in the code for now with an implementation that does nothing.

virtual void applySky(Matrix<Complex>& screen, const Int wPixel, const Vector<Double>& sampling, const Int wConvSize, const Double wScale, const Int inner) {(void)screen; (void)wPixel; (void)sampling; (void)wConvSize; (void)wScale; (void)inner;};

Returns a vector of integers that map each row in the given VisBuffer to an index that is used to pick the appropriate convolution function plane. It also returns the number of unique baselines in the nUnique parameter (unique baselines are defined as the number of baselines each requiring a unique convolution function).

This is required for Heterogeneous antenna arrays (like ALMA) and for all arrays where not all antenna aperture illuminations can be treated as identical.

Reimplemented from casa::ATerm.

virtual String casa::ALMAAperture::name ( ) [inline, virtual]

Overload these functions.

They are pure virtual in the base class (ATerm).

Implements casa::ATerm.

Definition at line 79 of file ALMAAperture.h.

References String.

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

void casa::ALMAAperture::resetAntTypeMap ( ) [inline]

call this before reusing the same ALMAAperture object on a different MS

Definition at line 116 of file ALMAAperture.h.

References antTypeMap_p, and casa::Vector< T >::resize().

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

The mapping from VisBuffer polarizations map to the Image plane polarization.

The latter is determined by the user input, which is passed to the FTMachine in Imager.cc

The map is available in the FTMachine which uses this method to set the map for the ATerm object.

Reimplemented from casa::ATerm.

Definition at line 105 of file ALMAAperture.h.

References polMap_p, and casa::Vector< T >::resize().

virtual Vector<Int> casa::ALMAAperture::vbRow2CFKeyMap	(	const VisBuffer &	vb,
		Int &	nUnique
	)		`[virtual]`

Not sure if the following method is requried.

Leaving it in the code for now with an implementation that does nothing.

virtual void applySky(Matrix<Complex>& screen, const Int wPixel, const Vector<Double>& sampling, const Int wConvSize, const Double wScale, const Int inner) {(void)screen; (void)wPixel; (void)sampling; (void)wConvSize; (void)wScale; (void)inner;};

Returns a vector of integers that map each row in the given VisBuffer to an index that is used to pick the appropriate convolution function plane. It also returns the number of unique baselines in the nUnique parameter (unique baselines are defined as the number of baselines each requiring a unique convolution function).

This is required for Heterogeneous antenna arrays (like ALMA) and for all arrays where not all antenna aperture illuminations can be treated as identical.

Reimplemented from casa::ATerm.