#include <Calibrater.h>

Inheritance diagram for casa::CorrectorVp:

Public Member Functions
	CorrectorVp (Calibrater *calibrater, const String &name="Corrector")
ROVisibilityIterator *	getVisibilityIterator ()
Static Public Attributes
static const String	In
static const String	Out
Protected Member Functions
void	chunkStartImpl (const vpf::SubchunkIndex &)
	The public API contains many methods that are not virtual.
ProcessingResult	doProcessingImpl (ProcessingType processingType, vpf::VpData &inputData, const vpf::SubchunkIndex &subChunkIndex)
	Requests processing of the provided (possibly empty) input data.
void	processingStartImpl ()
	Called when data processing is about to beging; this allows the VP to perform any initialization that it desires now that it is completely connected into the graph.
void	validateImpl ()
	Called to allow the node to validate its initial state.
Private Attributes
Calibrater *	calibrater_p
Bool	calculateWeights_p
Vector< Bool >	uncalibratedSpectralWindows_p
VisibilityIterator::DataColumn	whichOutputColumn_p

Detailed Description

Definition at line 358 of file Calibrater.h.

Constructor & Destructor Documentation

casa::CorrectorVp::CorrectorVp	(	Calibrater *	calibrater,
		const String &	name = `"Corrector"`
	)

Member Function Documentation

void casa::CorrectorVp::chunkStartImpl ( const vpf::SubchunkIndex & ) [protected, virtual]

The public API contains many methods that are not virtual.

However, where subclass-specific behavior is potentially useful, a corresponding xxxImpl method is provided. This allows the framework to perform certain required housekeeping options while allowing the subclass to perform custom operations.

Called on the object when a new chunk is about to be started.

Reimplemented from casa::vpf::VisibilityProcessor.

ProcessingResult casa::CorrectorVp::doProcessingImpl	(	ProcessingType	processingType,
		vpf::VpData &	inputData,
		const vpf::SubchunkIndex &	subChunkIndex
	)		`[protected, virtual]`

Requests processing of the provided (possibly empty) input data.

This is called on each subchunk (then inputData will be nonempty) and at the end of a chunk and the end of the entire data set. These last two call types allow the VP to output any data that it might have been accumulating across multiple subchunks, etc.

Implements casa::vpf::VisibilityProcessor.

ROVisibilityIterator* casa::CorrectorVp::getVisibilityIterator ( )

void casa::CorrectorVp::processingStartImpl ( ) [protected, virtual]

Called when data processing is about to beging; this allows the VP to perform any initialization that it desires now that it is completely connected into the graph.

Reimplemented from casa::vpf::VisibilityProcessor.

void casa::CorrectorVp::validateImpl ( ) [protected, virtual]

Called to allow the node to validate its initial state.

An AipsError should be thrown if this node decides that it is invalid.

Implements casa::vpf::VisibilityProcessor.