#include <VisBufferImplAsync2.h>

Inheritance diagram for casa::vi::VisBufferImplAsync2:

Public Member Functions
	~VisBufferImplAsync2 ()
	VisBufferAsync2 (const VisBuffer& vb);.
const MsIterInfo &	msIterInfo () const
Protected Member Functions
	VisBufferImplAsync2 ()
	The constructors are not public because creation should be performed by a factory object (e.g., VisBufferAutoPtr).
	VisBufferImplAsync2 (VisibilityIterator2 &iter, Bool isWritable)
void	construct ()
	void attachToVisIter(VisibilityIterator2 & iter); void checkVisIter (const char * func, const char * file, int line, const char * extra = "") const; void clear ();
Private Attributes
Bool	allBeamOffsetsZero_p
	virtual void copyAsyncValues (const VisBufferAsync2 & other); virtual void copyCache (const VisBuffer2 & other, Bool force); template<typename T> void copyVector (const Vector<T> & from, Vector<T> & to); Vector<MDirection>& fillDirection1(); Vector<MDirection>& fillDirection2(); void fillFrom (const VisBufferAsync2 & other); MDirection & fillPhaseCenter(); Bool getAllBeamOffsetsZero () const; const Vector <String> & getAntennaMounts () const; const Cube <RigidVector <Double, 2> > & getBeamOffsets () const; const MeasurementSet & getMs () const; Int getNSpw () const; MDirection getPhaseCenter () const; const Cube <Double> & getReceptorAngles () const; void setAngleInfo (Bool allBeamOffsetsZero, const Vector<String> antennaMounts, Cube<RigidVector<Double, 2> > beamOffsets, const Cube<Double> & receptorAngles); void initializeScalars (); ///void setDataDescriptionId (Int id); void setFilling (Bool isFilling); void setLsrInfo (const Block <Int> & channelGroupNumber, const Block <Int> & channelIncrement, const Block <Int> & channelStart, const Block <Int> & channelWidth, const MPosition & observatoryPosition, const MDirection & phaseCenter, Bool velocitySelection); void setMeasurementSet (const MeasurementSet & ms); void setMeasurementSetId (Int id, bool isNew); void setMEpoch (const MEpoch & mEpoch); void setMSD (const MSDerivedValues & msd); void setNAntennas (Int); void setNCoh (Int); void setNSpw (Int); void setNewEntityFlags (bool newArrayId, bool newFieldId, bool newSpectralWindow); void setPolarizationId (Int); void setNRowChunk (Int); void setReceptor0Angle (const Vector<Float> & receptor0Angle); void setRowIds (const Vector<uInt> & rowIds); void setSelectedNVisibilityChannels (const Vector<Int> & nVisibilityChannels); void setSelectedSpectralWindows (const Vector<Int> & spectralWindows); void setTopoFreqs (const Vector<Double> & lsrFreq, const Vector<Double> & selFreq_p); void setVisibilityShape (const IPosition & pvisibilityShape); void updateCoordInfo (const VisBuffer2 *, const Bool dirDependent=True);
Vector< String >	antennaMounts_p
Vector< MDirection >	azelCached_p
Double	azelCachedTime_p
Cube< RigidVector< Double, 2 > >	beamOffsets_p
Block< Int >	channelGroupNumber_p
Block< Int >	channelIncrement_p
Block< Int >	channelStart_p
Block< Int >	channelWidth_p
Vector< Float >	feedpaCached_p
	Int dataDescriptionId_p;.
Double	feedpaCachedTime_p
Bool	isFilling_p
Vector< Double >	lsrFrequency_p
MEpoch	mEpoch_p
const MeasurementSet *	measurementSet_p
ROMSColumns *	msColumns_p
MSDerivedValues *	msd_p
Int	nAntennas_p
Int	nCoh_p
Bool	newArrayId_p
Bool	newFieldId_p
Bool	newSpectralWindow_p
Int	nRowChunk_p
Int	nSpw_p
MPosition	observatoryPosition_p
	const ROScalarColumn<Int> * obsMFreqTypes_p; // [use]
Vector< Float >	parangCached_p
Double	parangCachedTime_p
Int	polarizationId_p
Vector< Float >	receptor0Angle_p
Cube< Double >	receptorAngles_p
Vector< Double >	selFreq_p
Vector< Int >	selectedNVisibilityChannels_p
Vector< Int >	selectedSpectralWindows_p
Bool	velSelection_p
IPosition	visibilityShape_p
Friends
class	Rovia_Test
class	ViImplAsync2
class	VisBufferAsync2Wrapper2
class	VlaDatum
class	VLAT

Detailed Description

Definition at line 79 of file VisBufferImplAsync2.h.

Constructor & Destructor Documentation

casa::vi::VisBufferImplAsync2::~VisBufferImplAsync2 ( )

VisBufferAsync2 (const VisBuffer& vb);.

casa::vi::VisBufferImplAsync2::VisBufferImplAsync2 ( ) [protected]

The constructors are not public because creation should be performed by a factory object (e.g., VisBufferAutoPtr).

The use of a factory makes it possible to fine tune at run time whether a VisBuffer or a VisBufferAsync2 is created.

casa::vi::VisBufferImplAsync2::VisBufferImplAsync2	(	VisibilityIterator2 &	iter,
		Bool	isWritable
	)		`[protected]`

Member Function Documentation

void casa::vi::VisBufferImplAsync2::construct ( ) [protected]

void attachToVisIter(VisibilityIterator2 & iter); void checkVisIter (const char * func, const char * file, int line, const char * extra = "") const; void clear ();

const MsIterInfo& casa::vi::VisBufferImplAsync2::msIterInfo ( ) const

Friends And Related Function Documentation

friend class Rovia_Test [friend]

Definition at line 81 of file VisBufferImplAsync2.h.

friend class ViImplAsync2 [friend]

Definition at line 82 of file VisBufferImplAsync2.h.

friend class VisBufferAsync2Wrapper2 [friend]

Definition at line 83 of file VisBufferImplAsync2.h.

friend class VlaDatum [friend]

Definition at line 84 of file VisBufferImplAsync2.h.

friend class VLAT [friend]

Reimplemented from casa::vi::VisBufferImpl2.

Definition at line 85 of file VisBufferImplAsync2.h.

Member Data Documentation

Bool casa::vi::VisBufferImplAsync2::allBeamOffsetsZero_p [private]

virtual void copyAsyncValues (const VisBufferAsync2 & other);
   virtual void copyCache (const VisBuffer2 & other, Bool force);
   template<typename T> void copyVector (const Vector<T> & from, Vector<T> & to);
   Vector<MDirection>& fillDirection1();
   Vector<MDirection>& fillDirection2();
   void fillFrom (const VisBufferAsync2 & other);
   MDirection & fillPhaseCenter();
   Bool getAllBeamOffsetsZero () const;
   const Vector <String> & getAntennaMounts () const;
   const Cube <RigidVector <Double, 2> > & getBeamOffsets () const;
   const MeasurementSet & getMs () const;
   Int getNSpw () const;
   MDirection getPhaseCenter () const;
   const Cube <Double> & getReceptorAngles () const;
   void setAngleInfo (Bool allBeamOffsetsZero,
                      const Vector<String> antennaMounts,
                      Cube<RigidVector<Double, 2> > beamOffsets,
                      const Cube<Double> & receptorAngles);
   void initializeScalars ();

///void setDataDescriptionId (Int id); void setFilling (Bool isFilling); void setLsrInfo (const Block <Int> & channelGroupNumber, const Block <Int> & channelIncrement, const Block <Int> & channelStart, const Block <Int> & channelWidth, const MPosition & observatoryPosition, const MDirection & phaseCenter, Bool velocitySelection); void setMeasurementSet (const MeasurementSet & ms); void setMeasurementSetId (Int id, bool isNew); void setMEpoch (const MEpoch & mEpoch); void setMSD (const MSDerivedValues & msd); void setNAntennas (Int); void setNCoh (Int); void setNSpw (Int); void setNewEntityFlags (bool newArrayId, bool newFieldId, bool newSpectralWindow); void setPolarizationId (Int); void setNRowChunk (Int); void setReceptor0Angle (const Vector<Float> & receptor0Angle); void setRowIds (const Vector<uInt> & rowIds); void setSelectedNVisibilityChannels (const Vector<Int> & nVisibilityChannels); void setSelectedSpectralWindows (const Vector<Int> & spectralWindows); void setTopoFreqs (const Vector<Double> & lsrFreq, const Vector<Double> & selFreq_p); void setVisibilityShape (const IPosition & pvisibilityShape); void updateCoordInfo (const VisBuffer2 *, const Bool dirDependent=True);

static MDirection unsharedCopyDirection (const MDirection & direction); static void unsharedCopyDirectionVector (Vector<MDirection> & direction); static MEpoch unsharedCopyEpoch (const MEpoch & mEpoch); static MPosition unsharedCopyPosition (const MPosition & position); Bool fillAllBeamOffsetsZero (); Vector <String> fillAntennaMounts (); Cube <RigidVector <Double, 2> > fillBeamOffsets (); Cube <Double> fillReceptorAngles ();