ObitUVCal Struct Reference

ObitUVCal Class structure. More...

#include <ObitUVCal.h>

List of all members.

Public Attributes
gint32	ObitId
	Recognition bit pattern to identify the start of an Obit object.
gpointer	ClassInfo
	ClassInfo pointer for class with name, base and function pointers.
gint	ReferenceCount
	Reference count for object (numbers of pointers attaching).
gchar *	name
	Name of object [Optional].
ObitThread *	thread
	Threading info member object.
ObitInfoList *	info
	Linked list of arrays of data.
ObitIOStatus	myStatus
	I/O status.
ObitUVDesc *	myDesc
	Obit UV data Descriptor.
ObitUVSel *	mySel
	Obit UV data Selector.
gboolean	dropSubA
	Drop Subarray info?
gboolean	doFlag
	Apply flagging?
gboolean	doSmo
	Apply Spectral smoothing.
gboolean	doBL
	Apply Baseline based calibration?
gboolean	doCal
	Apply amp/phase/delay/rate/baseline calibration.
gint	doBP
	Apply Bandpass calibration? if > 0 specifies bandpass type.
gboolean	doPol
	Apply Polarization calibration?
gint	jadr [4][2]
	Stokes translation indices.
gint	numAnt
	Number of antennas in calibration table (actually max antenna no).
gint	numSubA
	Number of subarrays in the data.
gint	numChan
	Number of Spectral channels.
gint	bChan
	Start channel number (1-rel).
gint	eChan
	highest channel (1-rel)
gint	numIF
	Number of IFs.
gint	bIF
	Start IF number (1-rel) selected.
gint	eIF
	highest IF (1-rel) selected
gint	numStok
	Number of Stokes in data.
gfloat	selFact [4][2]
	Stokes translation factors.
gfloat	smooth [3]
	Spectral smoothing SMOOTH(1) = type of smoothing to apply: 0 => no smoothing 1 => Hanning 2 => Gaussian 3 => Boxcar 4 => Sinc (i.e.
gint	bChanSmo
	Start channel number for smoothing (1-rel) {BCHANS}.
gint	eChanSmo
	highest channel for smoothing (1-rel) {ECHANS}
gint	SmoothWidth
	Width of spectral Smoothing kernal.
gfloat *	SmoothConvFn
	Smoothing convolution function {SMTAB}.
gfloat *	SmoothWork
	Spectral smoothing work array.
ObitSourceList *	sourceList
	SourceList with source info.
ObitAntennaList **	antennaLists
	Array of AntennaLists one per subarray.
ObitUVCalFlagS *	flag
	data flagging structure
ObitUVCalBaselineS *	baselineCal
	Baseline dependent calibration structure.
ObitUVCalCalibrateS *	ampPhaseCal
	Amp/phase/delay/rate calibration structure.
ObitUVCalBandpassS *	bandpassCal
	Bandpass calibration structure.
ObitUVCalPolarizationS *	polnCal
	Polarization calibration structure.
glong	numANTable
	Number of subarrays (number of entries in ANtables).
Obit **	ANTables
	Array of AN tables for polarization calibration, one per subarray (as Obit*).
Obit *	BLTable
	Baseline dependent calibration table (as Obit*).
Obit *	BPTable
	Bandpass calibration table (as Obit*).
Obit *	CQTable
	VLBA corelator parameter table.
Obit *	CLTable
	CL table for multisource calibration.
Obit *	FGTable
Obit *	SNTable
Obit *	SUTable

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Detailed Description

ObitUVCal Class structure.

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Member Data Documentation

ObitUVCalCalibrateS* ObitUVCal::ampPhaseCal

Amp/phase/delay/rate calibration structure.

Obit** ObitUVCal::ANTables

Array of AN tables for polarization calibration, one per subarray (as Obit*).

ObitAntennaList** ObitUVCal::antennaLists

Array of AntennaLists one per subarray.

ObitUVCalBandpassS* ObitUVCal::bandpassCal

Bandpass calibration structure.

ObitUVCalBaselineS* ObitUVCal::baselineCal

Baseline dependent calibration structure.

gint ObitUVCal::bChan

Start channel number (1-rel).

gint ObitUVCal::bChanSmo

Start channel number for smoothing (1-rel) {BCHANS}.

gint ObitUVCal::bIF

Start IF number (1-rel) selected.

Obit* ObitUVCal::BLTable

Baseline dependent calibration table (as Obit*).

Obit* ObitUVCal::BPTable

Bandpass calibration table (as Obit*).

gpointer ObitUVCal::ClassInfo

ClassInfo pointer for class with name, base and function pointers.

Obit* ObitUVCal::CLTable

CL table for multisource calibration.

Obit* ObitUVCal::CQTable

VLBA corelator parameter table.

gboolean ObitUVCal::doBL

Apply Baseline based calibration?

gint ObitUVCal::doBP

Apply Bandpass calibration? if > 0 specifies bandpass type.

gboolean ObitUVCal::doCal

Apply amp/phase/delay/rate/baseline calibration.

gboolean ObitUVCal::doFlag

Apply flagging?

gboolean ObitUVCal::doPol

Apply Polarization calibration?

gboolean ObitUVCal::doSmo

Apply Spectral smoothing.

gboolean ObitUVCal::dropSubA

Drop Subarray info?

gint ObitUVCal::eChan

highest channel (1-rel)

gint ObitUVCal::eChanSmo

highest channel for smoothing (1-rel) {ECHANS}

gint ObitUVCal::eIF

highest IF (1-rel) selected

Obit* ObitUVCal::FGTable

ObitUVCalFlagS* ObitUVCal::flag

data flagging structure

ObitInfoList* ObitUVCal::info

Linked list of arrays of data.

gint ObitUVCal::jadr[4][2]

Stokes translation indices.

ObitUVDesc* ObitUVCal::myDesc

Obit UV data Descriptor.

ObitUVSel* ObitUVCal::mySel

Obit UV data Selector.

ObitIOStatus ObitUVCal::myStatus

I/O status.

gchar* ObitUVCal::name

Name of object [Optional].

gint ObitUVCal::numAnt

Number of antennas in calibration table (actually max antenna no).

glong ObitUVCal::numANTable

Number of subarrays (number of entries in ANtables).

gint ObitUVCal::numChan

Number of Spectral channels.

gint ObitUVCal::numIF

Number of IFs.

gint ObitUVCal::numStok

Number of Stokes in data.

gint ObitUVCal::numSubA

Number of subarrays in the data.

gint32 ObitUVCal::ObitId

Recognition bit pattern to identify the start of an Obit object.

ObitUVCalPolarizationS* ObitUVCal::polnCal

Polarization calibration structure.

gint ObitUVCal::ReferenceCount

Reference count for object (numbers of pointers attaching).

gfloat ObitUVCal::selFact[4][2]

Stokes translation factors.

gfloat ObitUVCal::smooth[3]

Spectral smoothing SMOOTH(1) = type of smoothing to apply: 0 => no smoothing 1 => Hanning 2 => Gaussian 3 => Boxcar 4 => Sinc (i.e. sin(x)/x) SMOOTH(2) = the "diameter" of the function, i.e. width between first nulls of Hanning triangle and sinc function, FWHM of Gaussian, width of Boxcar. Defaults (if < 0.1) are 4, 2, 2 and 3 channels for SMOOTH(1) = 1 - 4. SMOOTH(3) = the diameter over which the convolving function has value - in channels. Defaults: 1, 3, 1, 4 times SMOOTH(2) used when

gfloat* ObitUVCal::SmoothConvFn

Smoothing convolution function {SMTAB}.

gint ObitUVCal::SmoothWidth

Width of spectral Smoothing kernal.

gfloat* ObitUVCal::SmoothWork

Spectral smoothing work array.

Obit* ObitUVCal::SNTable

ObitSourceList* ObitUVCal::sourceList

SourceList with source info.

Obit* ObitUVCal::SUTable

ObitThread* ObitUVCal::thread

Threading info member object.

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The documentation for this struct was generated from the following file:

• ObitUVCal.h

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