ObitUVCalCalibrateS Struct Reference

Amp/phase/delay/rate calibration structure. More...

#include <ObitUVCal.h>

List of all members.

Public Attributes

Obit * CLTable

Calibration CL table (as Obit*).

Obit * CLTableRow

CL Table Row (as Obit*).

Obit * SNTable

Calibration SN table (as Obit*).

Obit * SNTableRow

SN Table Row (as Obit*).

glong numRow

Number of rows in calibration table.

glong LastRowRead

Last Row read.

gboolean doSNTable

Use SN (else CL) table?

gboolean doCalWt

Calibrate Weights?

gboolean doRateSmear

Make rate smearing correction? {DORSM}.

gboolean doDelayRate

Make delay/rate correction?

gint lenCalArrayEntry

length of entry in CalApply/CalPrior/CalFollow (LCUCAL)

gint numAnt

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

gint numSubA

Number of subarrays in the data.

gint numIF

Number of IFs in data.

glong SubA

Selected Subarray number.

glong FreqID

Selected Frequency ID number.

gint bIF

Start IF number (1-rel) selected.

gint eIF

highest IF (1-rel) selected

gint numChan

Number of channels in data.

gint bChan

Start channel number (1-rel).

gint eChan

highest channel (1-rel)

gint numPol

Number of polarizations in the calibration table (1 or 2).

gint numLambda

number of entries in Lambda for each IF {NLAMBDA}

gint PolOff [2][4]

Offset from the beginning an IF entry in the calibration array for a given polarization.

gint countRec [3][2]

Count of the good, the bad and ugly.

gint CurSourID

current source ID in cal table

gint PriorSourID

Prior source ID in cal table.

gint FollowSourID

Following source ID in cal table.

gfloat PriorCalTime

Prior time in cal table {CALTIM(1)}.

gfloat * PriorAntTime

Prior time per antenna.

gfloat FollowCalTime

Following Time in cal table {CALTIM(2)}.

gfloat * FollowAntTime

Following time per antenna.

gfloat CalTime

time of calibration in CalApply {LCALTM}

gfloat DeltaTime

Integration time of data (days).

gfloat * CalApply

Calibration array to apply to data {CURCAL} Values in order: By antenna {NUMANT} By IF (EIF-BIF+1) By Polarization {NUMPOL} Real part, imaginary part, cos(delta), sin(delta), rate Where delta is the phase change between channels and rate is the fringe rate in radians/day.

gfloat * CalPrior

Prior calibration array from cal (SN or CL table) {CALTAB(*,1)}.

gfloat * CalFollow

Following calibration array from cal (SN or CL table) {CALTAB(*,1)}.

gfloat * IFR

Current Ionospheric Faraday rotation per ant {IFR}.

gfloat * PriorIFR

Prior Ionospheric Faraday rotation per ant {IFRTAB(*,1)}.

gfloat * FollowIFR

Following Ionospheric Faraday rotation per IF {IFRTAB(*,2)}.

gfloat * DDelay

Dispersive delay at time of current datum, one per antenna {DDELAY}.

gfloat * PriorDDelay

Prior dispersive delay per ant {DDTAB(*,1)}.

gfloat * FollowDDelay

Following dispersive delay per ant {DDTAB(*,1)}.

gfloat * RateFact

IF scaling factor to convert s/s to rad/day.

gfloat * DelayFact

IF scaling factor to convert s to rad/channel.

gfloat * Lambda

Array of wavelengths for each channel and IF {LAMBDA}.

gint * LTaper

VLBA Filter Taper function (eg.

gint * NSpecA

VLBA Spectral averaging factor per IF and Corr-ID from CQ table {NSPECA,NXDSM}.

gdouble * DelBit

VLBA Time interval per bit in FFT (s) per IF and Corr-ID from CQ table {DELBIT, DBTVBA}.

gint * NFFTSize

VLBA FFT size per IF and Corr-ID from CQ table {NFFTSZ,NFTVBA}.

gint * typeTimeFilt

VLBA Time filter type (0=>boxcar; 3=>32-4; 4=>64-8 per IF and Corr-ID from CQ table (ITYPTF,ITFVBA).

gfloat * TimeFiltTime

VLBA Time filter averaging time (sec) per IF and Corr-ID from CQ table {TAVGTF}.

gboolean * doDelayDecorr

is VLBA delay decor.

gint * corrType

VLBA Subarray correlator type (1=VLBA; else non-VLBA) {NETVLB, ICQVBA}.

gboolean * warnNoCQ

VLBA: Print warning about missing CQ per IF and Corr-ID from CQ table {WARN,WRNVBA}.

Obit * CLTable

Calibration CL table (as Obit*).

Obit * CLTableRow

CL Table Row (as Obit*).

Obit * SNTable

Calibration SN table (as Obit*).

Obit * SNTableRow

SN Table Row (as Obit*).

gfloat * PriorAntTime

Prior time per antenna.

gfloat * FollowAntTime

Following time per antenna.

gfloat * CalApply

Calibration array to apply to data {CURCAL} Values in order: By antenna {NUMANT} By IF (EIF-BIF+1) By Polarization {NUMPOL} Real part, imaginary part, cos(delta), sin(delta), rate Where delta is the phase change between channels and rate is the fringe rate in radians/day.

gfloat * CalPrior

Prior calibration array from cal (SN or CL table) {CALTAB(*,1)}.

gfloat * CalFollow

Following calibration array from cal (SN or CL table) {CALTAB(*,1)}.

gfloat * IFR

Current Ionospheric Faraday rotation per ant {IFR}.

gfloat * PriorIFR

Prior Ionospheric Faraday rotation per ant {IFRTAB(*,1)}.

gfloat * FollowIFR

Following Ionospheric Faraday rotation per IF {IFRTAB(*,2)}.

gfloat * DDelay

Dispersive delay at time of current datum, one per antenna {DDELAY}.

gfloat * PriorDDelay

Prior dispersive delay per ant {DDTAB(*,1)}.

gfloat * FollowDDelay

Following dispersive delay per ant {DDTAB(*,1)}.

gfloat * RateFact

IF scaling factor to convert s/s to rad/day.

gfloat * DelayFact

IF scaling factor to convert s to rad/channel.

gfloat * Lambda

Array of wavelengths for each channel and IF {LAMBDA}.

gint * LTaper

VLBA Filter Taper function (eg.

gint * NSpecA

VLBA Spectral averaging factor per IF and Corr-ID from CQ table {NSPECA,NXDSM}.

gdouble * DelBit

VLBA Time interval per bit in FFT (s) per IF and Corr-ID from CQ table {DELBIT, DBTVBA}.

gint * NFFTSize

VLBA FFT size per IF and Corr-ID from CQ table {NFFTSZ,NFTVBA}.

gint * typeTimeFilt

VLBA Time filter type (0=>boxcar; 3=>32-4; 4=>64-8 per IF and Corr-ID from CQ table (ITYPTF,ITFVBA).

gfloat * TimeFiltTime

VLBA Time filter averaging time (sec) per IF and Corr-ID from CQ table {TAVGTF}.

gboolean * doDelayDecorr

is VLBA delay decor.

gint * corrType

VLBA Subarray correlator type (1=VLBA; else non-VLBA) {NETVLB, ICQVBA}.

gboolean * warnNoCQ

VLBA: Print warning about missing CQ per IF and Corr-ID from CQ table {WARN,WRNVBA}.

Detailed Description

Amp/phase/delay/rate calibration structure.

Member Data Documentation

gint ObitUVCalCalibrateS::bChan

Start channel number (1-rel).

gint ObitUVCalCalibrateS::bIF

Start IF number (1-rel) selected.

gfloat* ObitUVCalCalibrateS::CalApply

Calibration array to apply to data {CURCAL} Values in order: By antenna {NUMANT} By IF (EIF-BIF+1) By Polarization {NUMPOL} Real part, imaginary part, cos(delta), sin(delta), rate Where delta is the phase change between channels and rate is the fringe rate in radians/day.

gfloat* ObitUVCalCalibrateS::CalFollow

Following calibration array from cal (SN or CL table) {CALTAB(*,1)}.

gfloat* ObitUVCalCalibrateS::CalPrior

Prior calibration array from cal (SN or CL table) {CALTAB(*,1)}.

gfloat ObitUVCalCalibrateS::CalTime

time of calibration in CalApply {LCALTM}

Obit* ObitUVCalCalibrateS::CLTable

Calibration CL table (as Obit*).

Obit* ObitUVCalCalibrateS::CLTableRow

CL Table Row (as Obit*).

gint* ObitUVCalCalibrateS::corrType

VLBA Subarray correlator type (1=VLBA; else non-VLBA) {NETVLB, ICQVBA}.

gint ObitUVCalCalibrateS::countRec

Count of the good, the bad and ugly.

gint ObitUVCalCalibrateS::CurSourID

current source ID in cal table

gfloat* ObitUVCalCalibrateS::DDelay

Dispersive delay at time of current datum, one per antenna {DDELAY}.

gfloat* ObitUVCalCalibrateS::DelayFact

IF scaling factor to convert s to rad/channel.

gdouble* ObitUVCalCalibrateS::DelBit

VLBA Time interval per bit in FFT (s) per IF and Corr-ID from CQ table {DELBIT, DBTVBA}.

gfloat ObitUVCalCalibrateS::DeltaTime

Integration time of data (days).

gboolean ObitUVCalCalibrateS::doCalWt

Calibrate Weights?

gboolean* ObitUVCalCalibrateS::doDelayDecorr

is VLBA delay decor.
correction enabled per IF and Corr-ID from CQ table {WDODSM, DODSM}

gboolean ObitUVCalCalibrateS::doDelayRate

Make delay/rate correction?

gboolean ObitUVCalCalibrateS::doRateSmear

Make rate smearing correction? {DORSM}.

gboolean ObitUVCalCalibrateS::doSNTable

Use SN (else CL) table?

gint ObitUVCalCalibrateS::eChan

highest channel (1-rel)

gint ObitUVCalCalibrateS::eIF

highest IF (1-rel) selected

gfloat* ObitUVCalCalibrateS::FollowAntTime

Following time per antenna.

gfloat ObitUVCalCalibrateS::FollowCalTime

Following Time in cal table {CALTIM(2)}.

gfloat* ObitUVCalCalibrateS::FollowDDelay

Following dispersive delay per ant {DDTAB(*,1)}.

gfloat* ObitUVCalCalibrateS::FollowIFR

Following Ionospheric Faraday rotation per IF {IFRTAB(*,2)}.

gint ObitUVCalCalibrateS::FollowSourID

Following source ID in cal table.

glong ObitUVCalCalibrateS::FreqID

Selected Frequency ID number.
<=0-> all

gfloat* ObitUVCalCalibrateS::IFR

Current Ionospheric Faraday rotation per ant {IFR}.

gfloat* ObitUVCalCalibrateS::Lambda

Array of wavelengths for each channel and IF {LAMBDA}.

glong ObitUVCalCalibrateS::LastRowRead

Last Row read.

gint ObitUVCalCalibrateS::lenCalArrayEntry

length of entry in CalApply/CalPrior/CalFollow (LCUCAL)

gint* ObitUVCalCalibrateS::LTaper

VLBA Filter Taper function (eg.
'HANNING') from CQ table{LTAPER, LTPVBA}

1 = "HANNING"

2 = "UNIFORM"

gint* ObitUVCalCalibrateS::NFFTSize

VLBA FFT size per IF and Corr-ID from CQ table {NFFTSZ,NFTVBA}.

gint* ObitUVCalCalibrateS::NSpecA

VLBA Spectral averaging factor per IF and Corr-ID from CQ table {NSPECA,NXDSM}.

gint ObitUVCalCalibrateS::numAnt

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

gint ObitUVCalCalibrateS::numChan

Number of channels in data.

gint ObitUVCalCalibrateS::numIF

Number of IFs in data.

gint ObitUVCalCalibrateS::numLambda

number of entries in Lambda for each IF {NLAMBDA}

gint ObitUVCalCalibrateS::numPol

Number of polarizations in the calibration table (1 or 2).

glong ObitUVCalCalibrateS::numRow

Number of rows in calibration table.

gint ObitUVCalCalibrateS::numSubA

Number of subarrays in the data.

gint ObitUVCalCalibrateS::PolOff

Offset from the beginning an IF entry in the calibration array for a given polarization.
The first dimension is the polarization pixel number and the second is the antenna number of a baseline (e.g. first or second = 1 or 2).

gfloat* ObitUVCalCalibrateS::PriorAntTime

Prior time per antenna.

gfloat ObitUVCalCalibrateS::PriorCalTime

Prior time in cal table {CALTIM(1)}.

gfloat* ObitUVCalCalibrateS::PriorDDelay

Prior dispersive delay per ant {DDTAB(*,1)}.

gfloat* ObitUVCalCalibrateS::PriorIFR

Prior Ionospheric Faraday rotation per ant {IFRTAB(*,1)}.

gint ObitUVCalCalibrateS::PriorSourID

Prior source ID in cal table.

gfloat* ObitUVCalCalibrateS::RateFact

IF scaling factor to convert s/s to rad/day.

Obit* ObitUVCalCalibrateS::SNTable

Calibration SN table (as Obit*).

Obit* ObitUVCalCalibrateS::SNTableRow

SN Table Row (as Obit*).

glong ObitUVCalCalibrateS::SubA

Selected Subarray number.
<=0-> all

gfloat* ObitUVCalCalibrateS::TimeFiltTime

VLBA Time filter averaging time (sec) per IF and Corr-ID from CQ table {TAVGTF}.

gint* ObitUVCalCalibrateS::typeTimeFilt

VLBA Time filter type (0=>boxcar; 3=>32-4; 4=>64-8 per IF and Corr-ID from CQ table (ITYPTF,ITFVBA).

gboolean* ObitUVCalCalibrateS::warnNoCQ

VLBA: Print warning about missing CQ per IF and Corr-ID from CQ table {WARN,WRNVBA}.

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

Generated on Fri Aug 31 22:13:16 2007 for Obit by

1.3.9.1


Public Attributes
Obit *	CLTable
	Calibration CL table (as Obit*).
Obit *	CLTableRow
	CL Table Row (as Obit*).
Obit *	SNTable
	Calibration SN table (as Obit*).
Obit *	SNTableRow
	SN Table Row (as Obit*).
glong	numRow
	Number of rows in calibration table.
glong	LastRowRead
	Last Row read.
gboolean	doSNTable
	Use SN (else CL) table?
gboolean	doCalWt
	Calibrate Weights?
gboolean	doRateSmear
	Make rate smearing correction? {DORSM}.
gboolean	doDelayRate
	Make delay/rate correction?
gint	lenCalArrayEntry
	length of entry in CalApply/CalPrior/CalFollow (LCUCAL)
gint	numAnt
	Number of antennas in calibration table (actually max antenna no).
gint	numSubA
	Number of subarrays in the data.
gint	numIF
	Number of IFs in data.
glong	SubA
	Selected Subarray number.
glong	FreqID
	Selected Frequency ID number.
gint	bIF
	Start IF number (1-rel) selected.
gint	eIF
	highest IF (1-rel) selected
gint	numChan
	Number of channels in data.
gint	bChan
	Start channel number (1-rel).
gint	eChan
	highest channel (1-rel)
gint	numPol
	Number of polarizations in the calibration table (1 or 2).
gint	numLambda
	number of entries in Lambda for each IF {NLAMBDA}
gint	PolOff [2][4]
	Offset from the beginning an IF entry in the calibration array for a given polarization.
gint	countRec [3][2]
	Count of the good, the bad and ugly.
gint	CurSourID
	current source ID in cal table
gint	PriorSourID
	Prior source ID in cal table.
gint	FollowSourID
	Following source ID in cal table.
gfloat	PriorCalTime
	Prior time in cal table {CALTIM(1)}.
gfloat *	PriorAntTime
	Prior time per antenna.
gfloat	FollowCalTime
	Following Time in cal table {CALTIM(2)}.
gfloat *	FollowAntTime
	Following time per antenna.
gfloat	CalTime
	time of calibration in CalApply {LCALTM}
gfloat	DeltaTime
	Integration time of data (days).
gfloat *	CalApply
	Calibration array to apply to data {CURCAL} Values in order: By antenna {NUMANT} By IF (EIF-BIF+1) By Polarization {NUMPOL} Real part, imaginary part, cos(delta), sin(delta), rate Where delta is the phase change between channels and rate is the fringe rate in radians/day.
gfloat *	CalPrior
	Prior calibration array from cal (SN or CL table) {CALTAB(*,1)}.
gfloat *	CalFollow
	Following calibration array from cal (SN or CL table) {CALTAB(*,1)}.
gfloat *	IFR
	Current Ionospheric Faraday rotation per ant {IFR}.
gfloat *	PriorIFR
	Prior Ionospheric Faraday rotation per ant {IFRTAB(*,1)}.
gfloat *	FollowIFR
	Following Ionospheric Faraday rotation per IF {IFRTAB(*,2)}.
gfloat *	DDelay
	Dispersive delay at time of current datum, one per antenna {DDELAY}.
gfloat *	PriorDDelay
	Prior dispersive delay per ant {DDTAB(*,1)}.
gfloat *	FollowDDelay
	Following dispersive delay per ant {DDTAB(*,1)}.
gfloat *	RateFact
	IF scaling factor to convert s/s to rad/day.
gfloat *	DelayFact
	IF scaling factor to convert s to rad/channel.
gfloat *	Lambda
	Array of wavelengths for each channel and IF {LAMBDA}.
gint *	LTaper
	VLBA Filter Taper function (eg.
gint *	NSpecA
	VLBA Spectral averaging factor per IF and Corr-ID from CQ table {NSPECA,NXDSM}.
gdouble *	DelBit
	VLBA Time interval per bit in FFT (s) per IF and Corr-ID from CQ table {DELBIT, DBTVBA}.
gint *	NFFTSize
	VLBA FFT size per IF and Corr-ID from CQ table {NFFTSZ,NFTVBA}.
gint *	typeTimeFilt
	VLBA Time filter type (0=>boxcar; 3=>32-4; 4=>64-8 per IF and Corr-ID from CQ table (ITYPTF,ITFVBA).
gfloat *	TimeFiltTime
	VLBA Time filter averaging time (sec) per IF and Corr-ID from CQ table {TAVGTF}.
gboolean *	doDelayDecorr
	is VLBA delay decor.
gint *	corrType
	VLBA Subarray correlator type (1=VLBA; else non-VLBA) {NETVLB, ICQVBA}.
gboolean *	warnNoCQ
	VLBA: Print warning about missing CQ per IF and Corr-ID from CQ table {WARN,WRNVBA}.
Obit *	CLTable
	Calibration CL table (as Obit*).
Obit *	CLTableRow
	CL Table Row (as Obit*).
Obit *	SNTable
	Calibration SN table (as Obit*).
Obit *	SNTableRow
	SN Table Row (as Obit*).
gfloat *	PriorAntTime
	Prior time per antenna.
gfloat *	FollowAntTime
	Following time per antenna.
gfloat *	CalApply
	Calibration array to apply to data {CURCAL} Values in order: By antenna {NUMANT} By IF (EIF-BIF+1) By Polarization {NUMPOL} Real part, imaginary part, cos(delta), sin(delta), rate Where delta is the phase change between channels and rate is the fringe rate in radians/day.
gfloat *	CalPrior
	Prior calibration array from cal (SN or CL table) {CALTAB(*,1)}.
gfloat *	CalFollow
	Following calibration array from cal (SN or CL table) {CALTAB(*,1)}.
gfloat *	IFR
	Current Ionospheric Faraday rotation per ant {IFR}.
gfloat *	PriorIFR
	Prior Ionospheric Faraday rotation per ant {IFRTAB(*,1)}.
gfloat *	FollowIFR
	Following Ionospheric Faraday rotation per IF {IFRTAB(*,2)}.
gfloat *	DDelay
	Dispersive delay at time of current datum, one per antenna {DDELAY}.
gfloat *	PriorDDelay
	Prior dispersive delay per ant {DDTAB(*,1)}.
gfloat *	FollowDDelay
	Following dispersive delay per ant {DDTAB(*,1)}.
gfloat *	RateFact
	IF scaling factor to convert s/s to rad/day.
gfloat *	DelayFact
	IF scaling factor to convert s to rad/channel.
gfloat *	Lambda
	Array of wavelengths for each channel and IF {LAMBDA}.
gint *	LTaper
	VLBA Filter Taper function (eg.
gint *	NSpecA
	VLBA Spectral averaging factor per IF and Corr-ID from CQ table {NSPECA,NXDSM}.
gdouble *	DelBit
	VLBA Time interval per bit in FFT (s) per IF and Corr-ID from CQ table {DELBIT, DBTVBA}.
gint *	NFFTSize
	VLBA FFT size per IF and Corr-ID from CQ table {NFFTSZ,NFTVBA}.
gint *	typeTimeFilt
	VLBA Time filter type (0=>boxcar; 3=>32-4; 4=>64-8 per IF and Corr-ID from CQ table (ITYPTF,ITFVBA).
gfloat *	TimeFiltTime
	VLBA Time filter averaging time (sec) per IF and Corr-ID from CQ table {TAVGTF}.
gboolean *	doDelayDecorr
	is VLBA delay decor.
gint *	corrType
	VLBA Subarray correlator type (1=VLBA; else non-VLBA) {NETVLB, ICQVBA}.
gboolean *	warnNoCQ
	VLBA: Print warning about missing CQ per IF and Corr-ID from CQ table {WARN,WRNVBA}.