casa::refim::FTMachine Class Reference

defines interface for the Fourier Transform Machine More...

#include <FTMachine.h>

Inheritance diagram for casa::refim::FTMachine:

Public Types
enum	Type { OBSERVED, MODEL, CORRECTED, RESIDUAL, PSF, COVERAGE, N_types, DEFAULT }
	Types of known Images that may be made using the makeImage method. More...
Public Member Functions
	FTMachine ()
	FTMachine (CountedPtr< CFCache > &cfcache, CountedPtr< ConvolutionFunction > &cfctor)
	FTMachine (const FTMachine &other)
FTMachine &	operator= (const FTMachine &other)
void	setBasePrivates (const FTMachine &other)
virtual	~FTMachine ()
virtual FTMachine *	cloneFTM ()
	clone copy should make it pure virtual forcing every ftm to have a cloner
virtual void	initializeToVis (ImageInterface< Complex > &image, const vi::VisBuffer2 &vb)=0
	Initialize transform to Visibility plane.
virtual void	initializeToVisNew (const vi::VisBuffer2 &vb, CountedPtr< SIImageStore > imstore)
virtual void	finalizeToVis ()=0
	------------------------------------------------------------------------------------- Finalize transform to Visibility plane This is mostly a no-op, and is not-even called from CubeSkyEquation.
virtual void	initializeToSky (ImageInterface< Complex > &image, Matrix< Float > &weight, const vi::VisBuffer2 &vb)=0
	Note : No vectorized form of finalizeToVis yet.
virtual void	initializeToSkyNew (const Bool dopsf, const vi::VisBuffer2 &vb, CountedPtr< SIImageStore > imstore)
virtual void	finalizeToSky ()=0
	------------------------------------------------------------------------------------- Finalize transform to Sky plane
virtual void	finalizeToSky (ImageInterface< Complex > &iimage)
virtual void	finalizeToSkyNew (Bool dopsf, const vi::VisBuffer2 &vb, CountedPtr< SIImageStore > imstore)
virtual void	get (vi::VisBuffer2 &vb, Int row=-1)=0
	-------------------------------------------------------------------------------------
virtual void	put (const vi::VisBuffer2 &vb, Int row=-1, Bool dopsf=False, refim::FTMachine::Type type=refim::FTMachine::OBSERVED)=0
	Put coherence to grid.
virtual void	put (vi::VisBuffer2 &vb, Int row=-1, Bool dopsf=False, refim::FTMachine::Type type=refim::FTMachine::OBSERVED)
	Non const vb version - so that weights can be modified in-place Currently, used only by MultiTermFT.
virtual void	correlationToStokes (ImageInterface< Complex > &compImage, ImageInterface< Float > &resImage, const Bool dopsf)
	-------------------------------------------------------------------------------------
virtual void	stokesToCorrelation (ImageInterface< Float > &modelImage, ImageInterface< Complex > &compImage)
virtual void	normalizeImage (Lattice< Complex > &, const Matrix< Double > &, Lattice< Float > &, Bool)
virtual void	normalizeImage (ImageInterface< Float > &skyImage, Matrix< Float > &sumOfWts, ImageInterface< Float > &sensitivityImage, Bool dopsf, Float pblimit, Int normtype)
virtual Bool	useWeightImage ()
	All FTMachines that fill weightimage, need to set this.
virtual Bool	isSkyJonesSet ()
virtual Bool	isSkyJonesChanged (vi::VisBuffer2 &vb, Int row)
virtual void	setSkyJones (Vector< CountedPtr< SkyJones > > &sj)
	Set SkyJones if image domain corrections /applycation are needed To reset the the FTMachine for stopping image based correction/applycation set in a Vector of size 0.
Bool	changedSkyJonesLogic (const vi::VisBuffer2 &vb, Bool &firstRow, Bool &internalRow)
template<typename T >
void	getGrid (Array< T > &thegrid)
	-------------------------------------------------------------------------------------
virtual ImageInterface< Complex > &	getImage (Matrix< Float > &, Bool normalize=True)=0
	Get the final image.
virtual const CountedPtr < refim::ConvolutionFunction > &	getAWConvFunc ()
virtual void	findConvFunction (const ImageInterface< Complex > &, const vi::VisBuffer2 &)
virtual void	getWeightImage (ImageInterface< Float > &weightImage, Matrix< Float > &weights)=0
	Get the final weights image.
virtual void	getFluxImage (ImageInterface< Float > &image)
	Get a flux (divide by this to get a flux density correct image) image if there is one.
virtual void	makeImage (FTMachine::Type type, vi::VisibilityIterator2 &vi, ImageInterface< Complex > &image, Matrix< Float > &weight)
	Make the entire image Make the entire image using a ROVisIter.
void	rotateUVW (Matrix< Double > &uvw, Vector< Double > &dphase, const vi::VisBuffer2 &vb)
	-------------------------------------------------------------------------------------
void	refocus (Matrix< Double > &uvw, const Vector< Int > &ant1, const Vector< Int > &ant2, Vector< Double > &dphase, const vi::VisBuffer2 &vb)
	Refocus on a finite distance.
virtual Bool	toRecord (String &error, RecordInterface &outRecord, Bool withImage=False, const String diskimagename="")
	Save and restore the FTMachine to and from a record.
virtual Bool	fromRecord (String &error, const RecordInterface &inRecord)
virtual Bool	changed (const vi::VisBuffer2 &vb)
	Has this operator changed since the last application?
virtual Bool	isFourier ()
	Can this FTMachine be represented by Fourier convolutions?
Bool	setFrameValidity (Bool validFrame)
	set otf spectral frame transform is on or off;
virtual Bool	doublePrecGrid ()
	return whether the ftmachine is using a double precision grid
virtual void	setNoPadding (Bool nopad)
	To make sure no padding is used in certain gridders.
virtual String	name () const =0
	Return the name of the machine.
void	setLocation (const MPosition &loc)
	set and get the location used for frame
MPosition &	getLocation ()
virtual void	setMovingSource (const String &sourcename)
	set a moving source aka planets or comets => adjust phase center on the fly for gridding
virtual void	setMovingSource (const MDirection &mdir)
virtual void	reset ()
	reset stuff in an FTMachine
virtual void	setFreqInterpolation (const String &method)
	set frequency interpolation type
virtual void	setPointingDirColumn (const String &column="DIRECTION")
	tell ftmachine which Pointing table column to use for Direction Mosaic or Single dish ft use this for example
virtual String	getPointingDirColumnInUse ()
virtual void	setSpwChanSelection (const Cube< Int > &spwchansels)
virtual void	setSpwFreqSelection (const Matrix< Double > &spwfreqs)
virtual void	setMiscInfo (const Int qualifier)=0
	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	setCanComputeResiduals (Bool &b)
virtual Bool	canComputeResiduals ()
virtual void	ComputeResiduals (vi::VisBuffer2 &vb, Bool useCorrected)=0
	Make the VB and VBStore interefaces for the interim re-factoring work.
virtual Float	getPBLimit ()
void	setnumthreads (Int n)
	virtual void ComputeResiduals(VBStore& vb)=0; get and set numthreads
Int	getnumthreads ()
virtual void	setCFCache (CountedPtr< CFCache > &cfc, const Bool resetCFC=True)
CountedPtr< CFCache >	getCFCache ()
String	getCacheDir ()
virtual void	setDryRun (Bool val)
virtual Bool	dryRun ()
virtual Bool	isUsingCFCache ()
Static Public Member Functions
static void	locateuvw (const Double &uvw, const Double &dphase, const Double &freq, const Int &nchan, const Double &scale, const Double &offset, const Int &sampling, Int &loc, Int &off, Complex &phasor, const Int &row, const Bool &doW=False)
	helper function for openmp to call ...no private dependency
Public Attributes
Bool	isDryRun
Protected Member Functions
LogIO &	logIO ()
virtual void	initMaps (const vi::VisBuffer2 &vb)
virtual void	initPolInfo (const vi::VisBuffer2 &vb)
virtual void	ok ()
virtual void	gridOk (Int gridsupport)
	check if image is big enough for gridding
Bool	matchChannel (const Int &spw, const VisBuffer &vb)
Bool	matchChannel (const vi::VisBuffer2 &vb)
Bool	matchAllSpwChans (const VisBuffer &vb)
	redo all spw chan match especially if ms has changed underneath
virtual Bool	interpolateFrequencyTogrid (const vi::VisBuffer2 &vb, const Matrix< Float > &wt, Cube< Complex > &data, Cube< Int > &flag, Matrix< Float > &weight, FTMachine::Type type=FTMachine::OBSERVED)
	Bool matchAllSpwChans(const vi::VisBuffer2& vb); interpolate visibility data of vb to grid frequency definition flag will be set the one as described in interpolateArray1D return False if no interpolation is done...for e.g for nearest case.
virtual Bool	interpolateFrequencyFromgrid (vi::VisBuffer2 &vb, Cube< Complex > &data, FTMachine::Type type=FTMachine::MODEL)
	degridded data interpolated back onto visibilities
virtual void	getInterpolateArrays (const vi::VisBuffer2 &vb, Cube< Complex > &data, Cube< Int > &flag)
	Interpolate visibilities to be degridded upon.
void	setSpectralFlag (const vi::VisBuffer2 &vb, Cube< Bool > &modflagcube)
Bool	saveMeasure (RecordInterface &rec, const String &name, String &error, const Measure &ms)
	helper to save Measures in a record
Matrix< Double >	negateUV (const vi::VisBuffer2 &vb)
Protected Attributes
LogIO	logIO_p
ImageInterface< Complex > *	image
casa::UVWMachine *	uvwMachine_p
MeasFrame	mFrame_p
Bool	tangentSpecified_p
	Direction of desired tangent plane.
MDirection	mTangent_p
MDirection	mImage_p
MDirection	movingDir_p
	moving source stuff
Bool	fixMovingSource_p
MDirection	firstMovingDir_p
Double	distance_p
uInt	nAntenna_p
Int	lastFieldId_p
Int	lastMSId_p
Bool	useDoubleGrid_p
	Use douple precision grid in gridding process.
Matrix< Double >	sumWeight
	Sum of weights per polarization and per chan.
Matrix< Double >	sumCFWeight
Int	nx
	Sizes.
Int	ny
Int	npol
Int	nchan
Int	nvischan
Int	nvispol
Vector< Int >	chanMap
	Maps of channels and polarization.
Vector< Int >	polMap
Bool	isIOnly
	Is Stokes I only? iso XX,XY,YX,YY or LL,LR,RL,RR.
MPosition	mLocation_p
	Default Position used for phase rotations.
Bool	doUVWRotation_p
	Set if uvwrotation is necessary.
Vector< Int >	nVisChan_p
	setup multiple spectral window for cubes Block <Vector <Int> > multiChanMap_p; Vector<Int> selectedSpw_p;
SpectralCoordinate	spectralCoord_p
	Private variables needed for spectral frame conversion.
Bool	freqFrameValid_p
	Vector<Bool> doConversion_p;.
Vector< Double >	imageFreq_p
Vector< Double >	lsrFreq_p
	Vector of float lsrfreq needed for regridding.
Vector< Double >	interpVisFreq_p
InterpolateArray1D< Double, Complex >::InterpolationMethod	freqInterpMethod_p
String	pointingDirCol_p
Cube< Int >	spwChanSelFlag_p
Matrix< Double >	spwFreqSel_p
Matrix< Double >	expandedSpwFreqSel_p
Matrix< Double >	expandedSpwConjFreqSel_p
Vector< Int >	cfStokes_p
Int	polInUse_p
CountedPtr< CFCache >	cfCache_p
CFStore	cfs_p
CFStore	cfwts_p
CountedPtr< CFStore2 >	cfs2_p
CountedPtr< CFStore2 >	cfwts2_p
CountedPtr< ConvolutionFunction >	convFuncCtor_p
CountedPtr< PolOuterProduct >	pop_p
Bool	canComputeResiduals_p
Bool	toVis_p
Int	numthreads_p
Array< Complex >	griddedData
	Array for non-tiled gridding These are common to most FTmachines.
Array< DComplex >	griddedData2
Float	pbLimit_p
Vector< CountedPtr< SkyJones > >	sj_p
	Vector<SkyJones *> sj_p;.
CountedPtr< ImageInterface < Complex > >	cmplxImage_p
	A holder for the complex image if nobody else is keeping it.
Private Member Functions
void	swapyz (Cube< Complex > &out, const Cube< Complex > &in)
	Some temporary wasteful function for swapping axes because we don't Interpolation along the second axis...will need to implement interpolation on y axis of a cube.
void	swapyz (Cube< Complex > &out, const Cube< Bool > &outFlag, const Cube< Complex > &in)
void	swapyz (Cube< Bool > &out, const Cube< Bool > &in)
void	convUVW (Double &dphase, Vector< Double > &thisrow)
Friends
class	VisModelData
class	MultiTermFT
class	MultiTermFTNew

Detailed Description

defines interface for the Fourier Transform Machine

Intended use:

Public interface

Prerequisite

SkyModel module
SkyEquation module
VisBuffer module

Etymology

FTMachine is a Machine for Fourier Transforms

Synopsis

The SkyEquation needs to be able to perform Fourier transforms on visibility data. FTMachine allows efficient Fourier Transform processing using a VisBuffer which encapsulates a chunk of visibility (typically all baselines for one time) together with all the information needed for processing (e.g. UVW coordinates).

Example

A simple example of a FTMachine is found in GridFT . See the example for SkyModel .

Motivation

Define an interface to allow efficient processing of chunks of visibility data

Note that the image must be Complex. It must contain the Complex Stokes values (e.g. RR,RL,LR,LL). FTMachine uses the image coordinate system to determine mappings between the polarization and frequency values in the PagedImage and in the VisBuffer.

Definition at line 118 of file FTMachine.h.

Member Enumeration Documentation

enum casa::refim::FTMachine::Type

Types of known Images that may be made using the makeImage method.

Enumerator:

OBSERVED
MODEL
CORRECTED
RESIDUAL
PSF
COVERAGE
N_types
DEFAULT

Definition at line 123 of file FTMachine.h.

Constructor & Destructor Documentation

casa::refim::FTMachine::FTMachine ( )

casa::refim::FTMachine::FTMachine	(	CountedPtr< CFCache > &	cfcache,
		CountedPtr< ConvolutionFunction > &	cfctor
	)

casa::refim::FTMachine::FTMachine ( const FTMachine & other )

virtual casa::refim::FTMachine::~FTMachine ( ) [virtual]

Member Function Documentation

virtual Bool casa::refim::FTMachine::canComputeResiduals ( ) [inline, virtual]

Definition at line 332 of file FTMachine.h.

References canComputeResiduals_p.

virtual Bool casa::refim::FTMachine::changed ( const vi::VisBuffer2 & vb ) [virtual]

Has this operator changed since the last application?

Bool casa::refim::FTMachine::changedSkyJonesLogic	(	const vi::VisBuffer2 &	vb,
		Bool &	firstRow,
		Bool &	internalRow
	)

virtual FTMachine* casa::refim::FTMachine::cloneFTM ( ) [inline, virtual]

clone copy should make it pure virtual forcing every ftm to have a cloner

Reimplemented in casa::refim::AWProjectWBFTNew, casa::refim::GridFT, casa::refim::MosaicFTNew, casa::refim::MultiTermFTNew, casa::refim::SetJyGridFT, and casa::refim::WProjectFT.

Definition at line 150 of file FTMachine.h.

virtual void casa::refim::FTMachine::ComputeResiduals	(	vi::VisBuffer2 &	vb,
		Bool	useCorrected
	)			`[pure virtual]`

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

Finally removed the VB interface.

Implemented in casa::refim::AWProjectFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

void casa::refim::FTMachine::convUVW	(	Double &	dphase,
		Vector< Double > &	thisrow
	)			`[private]`

virtual void casa::refim::FTMachine::correlationToStokes	(	ImageInterface< Complex > &	compImage,
		ImageInterface< Float > &	resImage,
		const Bool	dopsf
	)			`[virtual]`

-------------------------------------------------------------------------------------

virtual Bool casa::refim::FTMachine::doublePrecGrid ( ) [virtual]

return whether the ftmachine is using a double precision grid

virtual Bool casa::refim::FTMachine::dryRun ( ) [inline, virtual]

Definition at line 352 of file FTMachine.h.

References isDryRun.

virtual void casa::refim::FTMachine::finalizeToSky ( ImageInterface< Complex > & iimage ) [inline, virtual]

Definition at line 179 of file FTMachine.h.

virtual void casa::refim::FTMachine::finalizeToSky ( ) [pure virtual]

------------------------------------------------------------------------------------- Finalize transform to Sky plane

Implemented in casa::refim::AWProjectFT, casa::refim::AWProjectWBFT, casa::refim::GridFT, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

virtual void casa::refim::FTMachine::finalizeToSkyNew	(	Bool	dopsf,
		const vi::VisBuffer2 &	vb,
		CountedPtr< SIImageStore >	imstore
	)			`[virtual]`

Reimplemented in casa::refim::MultiTermFTNew.

virtual void casa::refim::FTMachine::finalizeToVis ( ) [pure virtual]

------------------------------------------------------------------------------------- Finalize transform to Visibility plane This is mostly a no-op, and is not-even called from CubeSkyEquation.

Implemented in casa::refim::AWProjectFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

virtual void casa::refim::FTMachine::findConvFunction	(	const ImageInterface< Complex > &	,
		const vi::VisBuffer2 &
	)			`[inline, virtual]`

Reimplemented in casa::refim::AWProjectFT, casa::refim::MosaicFT, and casa::refim::WProjectFT.

Definition at line 249 of file FTMachine.h.

virtual Bool casa::refim::FTMachine::fromRecord	(	String &	error,
		const RecordInterface &	inRecord
	)			`[virtual]`

Reimplemented in casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, casa::refim::SetJyGridFT, and casa::refim::WProjectFT.

virtual void casa::refim::FTMachine::get	(	vi::VisBuffer2 &	vb,
		Int	row = `-1`
	)			`[pure virtual]`

-------------------------------------------------------------------------------------

Get actual coherence from grid

Implemented in casa::refim::AWProjectFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, casa::refim::SetJyGridFT, and casa::refim::WProjectFT.

virtual const CountedPtr<refim::ConvolutionFunction>& casa::refim::FTMachine::getAWConvFunc ( ) [inline, virtual]

Definition at line 247 of file FTMachine.h.

References convFuncCtor_p.

String casa::refim::FTMachine::getCacheDir ( ) [inline]

Definition at line 345 of file FTMachine.h.

References cfCache_p.

CountedPtr<CFCache> casa::refim::FTMachine::getCFCache ( ) [inline]

Definition at line 344 of file FTMachine.h.

References cfCache_p.

virtual void casa::refim::FTMachine::getFluxImage ( ImageInterface< Float > & image ) [inline, virtual]

Get a flux (divide by this to get a flux density correct image) image if there is one.

Reimplemented in casa::refim::MosaicFT.

Definition at line 256 of file FTMachine.h.

template<typename T >

void casa::refim::FTMachine::getGrid ( Array< T > & thegrid ) [inline]

-------------------------------------------------------------------------------------

Get the gridded visibilities or weight

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

Get the final image.

Implemented in casa::refim::AWProjectFT, casa::refim::AWProjectWBFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MosaicFTNew, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

virtual void casa::refim::FTMachine::getInterpolateArrays	(	const vi::VisBuffer2 &	vb,
		Cube< Complex > &	data,
		Cube< Int > &	flag
	)			`[protected, virtual]`

Interpolate visibilities to be degridded upon.

MPosition& casa::refim::FTMachine::getLocation ( )

Int casa::refim::FTMachine::getnumthreads ( )

virtual Float casa::refim::FTMachine::getPBLimit ( ) [inline, virtual]

Reimplemented in casa::refim::AWProjectFT.

Definition at line 337 of file FTMachine.h.

References pbLimit_p.

virtual String casa::refim::FTMachine::getPointingDirColumnInUse ( ) [virtual]

virtual void casa::refim::FTMachine::getWeightImage	(	ImageInterface< Float > &	weightImage,
		Matrix< Float > &	weights
	)			`[pure virtual]`

Get the final weights image.

Implemented in casa::refim::AWProjectFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MosaicFTNew, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

virtual void casa::refim::FTMachine::gridOk ( Int gridsupport ) [protected, virtual]

check if image is big enough for gridding

virtual void casa::refim::FTMachine::initializeToSky	(	ImageInterface< Complex > &	image,
		Matrix< Float > &	weight,
		const vi::VisBuffer2 &	vb
	)			`[pure virtual]`

Note : No vectorized form of finalizeToVis yet.

...\.

------------------------------------------------------------------------------------- Initialize transform to Sky plane

Implemented in casa::refim::AWProjectFT, casa::refim::AWProjectWBFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

virtual void casa::refim::FTMachine::initializeToSkyNew	(	const Bool	dopsf,
		const vi::VisBuffer2 &	vb,
		CountedPtr< SIImageStore >	imstore
	)			`[virtual]`

Reimplemented in casa::refim::MultiTermFTNew.

virtual void casa::refim::FTMachine::initializeToVis	(	ImageInterface< Complex > &	image,
		const vi::VisBuffer2 &	vb
	)			`[pure virtual]`

Initialize transform to Visibility plane.

Implemented in casa::refim::AWProjectFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, casa::refim::SetJyGridFT, and casa::refim::WProjectFT.

virtual void casa::refim::FTMachine::initializeToVisNew	(	const vi::VisBuffer2 &	vb,
		CountedPtr< SIImageStore >	imstore
	)			`[virtual]`

Reimplemented in casa::refim::MultiTermFTNew.

virtual void casa::refim::FTMachine::initMaps ( const vi::VisBuffer2 & vb ) [protected, virtual]

Reimplemented in casa::refim::MultiTermFTNew.

virtual void casa::refim::FTMachine::initPolInfo ( const vi::VisBuffer2 & vb ) [protected, virtual]

virtual Bool casa::refim::FTMachine::interpolateFrequencyFromgrid	(	vi::VisBuffer2 &	vb,
		Cube< Complex > &	data,
		FTMachine::Type	type = `FTMachine::MODEL`
	)			`[protected, virtual]`

degridded data interpolated back onto visibilities

virtual Bool casa::refim::FTMachine::interpolateFrequencyTogrid	(	const vi::VisBuffer2 &	vb,
		const Matrix< Float > &	wt,
		Cube< Complex > &	data,
		Cube< Int > &	flag,
		Matrix< Float > &	weight,
		FTMachine::Type	type = `FTMachine::OBSERVED`
	)			`[protected, virtual]`

Bool matchAllSpwChans(const vi::VisBuffer2& vb); interpolate visibility data of vb to grid frequency definition flag will be set the one as described in interpolateArray1D return False if no interpolation is done...for e.g for nearest case.

virtual Bool casa::refim::FTMachine::isFourier ( ) [inline, virtual]

Can this FTMachine be represented by Fourier convolutions?

Reimplemented in casa::refim::AWProjectFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

Definition at line 287 of file FTMachine.h.

References casacore::False.

virtual Bool casa::refim::FTMachine::isSkyJonesChanged	(	vi::VisBuffer2 &	vb,
		Int	row
	)			`[inline, virtual]`

Definition at line 230 of file FTMachine.h.

References casacore::False, and sj_p.

virtual Bool casa::refim::FTMachine::isSkyJonesSet ( ) [inline, virtual]

Definition at line 229 of file FTMachine.h.

References sj_p.

virtual Bool casa::refim::FTMachine::isUsingCFCache ( ) [inline, virtual]

cerr << "@#%$@% = " << cfCache_p.nrefs() << endl;

Reimplemented in casa::refim::MultiTermFTNew.

Definition at line 353 of file FTMachine.h.

References cfCache_p.

static void casa::refim::FTMachine::locateuvw	(	const Double *&	uvw,
		const Double *&	dphase,
		const Double *&	freq,
		const Int &	nchan,
		const Double *&	scale,
		const Double *&	offset,
		const Int &	sampling,
		Int *&	loc,
		Int *&	off,
		Complex *&	phasor,
		const Int &	row,
		const Bool &	doW = `False`
	)			`[static]`

helper function for openmp to call ...no private dependency

LogIO& casa::refim::FTMachine::logIO ( ) [protected]

virtual void casa::refim::FTMachine::makeImage	(	FTMachine::Type	type,
		vi::VisibilityIterator2 &	vi,
		ImageInterface< Complex > &	image,
		Matrix< Float > &	weight
	)			`[virtual]`

Make the entire image Make the entire image using a ROVisIter.

Reimplemented in casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

Bool casa::refim::FTMachine::matchAllSpwChans ( const VisBuffer & vb ) [protected]

redo all spw chan match especially if ms has changed underneath

Bool casa::refim::FTMachine::matchChannel ( const vi::VisBuffer2 & vb ) [protected]

Bool casa::refim::FTMachine::matchChannel	(	const Int &	spw,
		const VisBuffer &	vb
	)			`[protected]`

virtual String casa::refim::FTMachine::name ( ) const [pure virtual]

Return the name of the machine.

Implemented in casa::refim::AWProjectFT, casa::refim::AWProjectWBFT, casa::refim::AWProjectWBFTNew, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MosaicFTNew, casa::refim::MultiTermFTNew, casa::refim::SetJyGridFT, and casa::refim::WProjectFT.

Matrix<Double> casa::refim::FTMachine::negateUV ( const vi::VisBuffer2 & vb ) [protected]

virtual void casa::refim::FTMachine::normalizeImage	(	ImageInterface< Float > &	skyImage,
		Matrix< Float > &	sumOfWts,
		ImageInterface< Float > &	sensitivityImage,
		Bool	dopsf,
		Float	pblimit,
		Int	normtype
	)			`[virtual]`

virtual void casa::refim::FTMachine::normalizeImage	(	Lattice< Complex > &	,
		const Matrix< Double > &	,
		Lattice< Float > &	,
		Bool
	)			`[inline, virtual]`

Reimplemented in casa::refim::GridFT, casa::refim::MosaicFT, and casa::refim::WProjectFT.

Definition at line 215 of file FTMachine.h.

virtual void casa::refim::FTMachine::ok ( ) [protected, virtual]

Reimplemented in casa::refim::AWProjectFT, casa::refim::GridFT, casa::refim::MosaicFT, and casa::refim::WProjectFT.

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

Reimplemented in casa::refim::AWProjectFT, casa::refim::AWProjectWBFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, casa::refim::SetJyGridFT, and casa::refim::WProjectFT.

Referenced by setBasePrivates().

virtual void casa::refim::FTMachine::put	(	vi::VisBuffer2 &	vb,
		Int	row = `-1`,
		Bool	dopsf = `False`,
		refim::FTMachine::Type	type = `refim::FTMachine::OBSERVED`
	)			`[inline, virtual]`

Non const vb version - so that weights can be modified in-place Currently, used only by MultiTermFT.

Reimplemented in casa::refim::MultiTermFTNew.

Definition at line 197 of file FTMachine.h.

References put(), and type().

Referenced by put().

virtual void casa::refim::FTMachine::put	(	const vi::VisBuffer2 &	vb,
		Int	row = `-1`,
		Bool	dopsf = `False`,
		refim::FTMachine::Type	type = `refim::FTMachine::OBSERVED`
	)			`[pure virtual]`

Put coherence to grid.

Implemented in casa::refim::AWProjectFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

void casa::refim::FTMachine::refocus	(	Matrix< Double > &	uvw,
		const Vector< Int > &	ant1,
		const Vector< Int > &	ant2,
		Vector< Double > &	dphase,
		const vi::VisBuffer2 &	vb
	)

Refocus on a finite distance.

virtual void casa::refim::FTMachine::reset ( void ) [inline, virtual]

reset stuff in an FTMachine

Reimplemented in casa::refim::AWProjectFT, and casa::refim::MosaicFT.

Definition at line 312 of file FTMachine.h.

void casa::refim::FTMachine::rotateUVW	(	Matrix< Double > &	uvw,
		Vector< Double > &	dphase,
		const vi::VisBuffer2 &	vb
	)

-------------------------------------------------------------------------------------

Rotate the uvw from the observed phase center to the desired phase center.

Bool casa::refim::FTMachine::saveMeasure	(	RecordInterface &	rec,
		const String &	name,
		String &	error,
		const Measure &	ms
	)			`[protected]`

helper to save Measures in a record

void casa::refim::FTMachine::setBasePrivates ( const FTMachine & other ) [inline]

Definition at line 143 of file FTMachine.h.

References operator=().

virtual void casa::refim::FTMachine::setCanComputeResiduals ( Bool & b ) [inline, virtual]

Definition at line 331 of file FTMachine.h.

References canComputeResiduals_p.

virtual void casa::refim::FTMachine::setCFCache	(	CountedPtr< CFCache > &	cfc,
		const Bool	resetCFC = `True`
	)			`[virtual]`

Reimplemented in casa::refim::AWProjectWBFT.

virtual void casa::refim::FTMachine::setDryRun ( Bool val ) [inline, virtual]

cerr << "FTM: " << isDryRun << endl;

Reimplemented in casa::refim::AWProjectWBFTNew, and casa::refim::MultiTermFTNew.

Definition at line 347 of file FTMachine.h.

References isDryRun.

Bool casa::refim::FTMachine::setFrameValidity ( Bool validFrame )

set otf spectral frame transform is on or off;

virtual void casa::refim::FTMachine::setFreqInterpolation ( const String & method ) [virtual]

set frequency interpolation type

void casa::refim::FTMachine::setLocation ( const MPosition & loc )

set and get the location used for frame

virtual void casa::refim::FTMachine::setMiscInfo ( const Int qualifier ) [pure 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.

Implemented in casa::refim::AWProjectFT, casa::refim::GridFT, casa::refim::MosaicFT, casa::refim::MultiTermFTNew, and casa::refim::WProjectFT.

virtual void casa::refim::FTMachine::setMovingSource ( const MDirection & mdir ) [virtual]

virtual void casa::refim::FTMachine::setMovingSource ( const String & sourcename ) [virtual]

set a moving source aka planets or comets => adjust phase center on the fly for gridding

virtual void casa::refim::FTMachine::setNoPadding ( Bool nopad ) [inline, virtual]

To make sure no padding is used in certain gridders.

Reimplemented in casa::refim::GridFT, and casa::refim::MultiTermFTNew.

Definition at line 296 of file FTMachine.h.

void casa::refim::FTMachine::setnumthreads ( Int n )

virtual void ComputeResiduals(VBStore& vb)=0; get and set numthreads

virtual void casa::refim::FTMachine::setPointingDirColumn ( const String & column = "DIRECTION" ) [virtual]

tell ftmachine which Pointing table column to use for Direction Mosaic or Single dish ft use this for example

virtual void casa::refim::FTMachine::setSkyJones ( Vector< CountedPtr< SkyJones > > & sj ) [virtual]

Set SkyJones if image domain corrections /applycation are needed To reset the the FTMachine for stopping image based correction/applycation set in a Vector of size 0.

The pointers have to be handled by the caller ..no delete happening here

void casa::refim::FTMachine::setSpectralFlag	(	const vi::VisBuffer2 &	vb,
		Cube< Bool > &	modflagcube
	)			`[protected]`

virtual void casa::refim::FTMachine::setSpwChanSelection ( const Cube< Int > & spwchansels ) [virtual]

virtual void casa::refim::FTMachine::setSpwFreqSelection ( const Matrix< Double > & spwfreqs ) [virtual]

virtual void casa::refim::FTMachine::stokesToCorrelation	(	ImageInterface< Float > &	modelImage,
		ImageInterface< Complex > &	compImage
	)			`[virtual]`

void casa::refim::FTMachine::swapyz	(	Cube< Bool > &	out,
		const Cube< Bool > &	in
	)			`[private]`

void casa::refim::FTMachine::swapyz	(	Cube< Complex > &	out,
		const Cube< Bool > &	outFlag,
		const Cube< Complex > &	in
	)			`[private]`

void casa::refim::FTMachine::swapyz	(	Cube< Complex > &	out,
		const Cube< Complex > &	in
	)			`[private]`

Some temporary wasteful function for swapping axes because we don't Interpolation along the second axis...will need to implement interpolation on y axis of a cube.

virtual Bool casa::refim::FTMachine::toRecord	(	String &	error,
		RecordInterface &	outRecord,
		Bool	withImage = `False`,
		const String	diskimagename = `""`
	)			`[virtual]`