ObitUVCalPolarizationS Struct Reference

Polarization calibration structure. More...

#include <ObitUVCal.h>

List of all members.

Public Attributes
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	numPoln
	Number of polarizations in the calibration table (1 or 2).
gboolean	allStokes
	Are all stokes correlations required.
gint	curSourID
	Current source ID, -1 => single source.
gint	curSubA
	Current Subarray.
gfloat	curTime
	Current time.
gfloat *	curPA
	Array current parallactic angles, one per antenna as cosine and sine.
gfloat *	curCosPA
	Array current parallactic angles, one per antenna as cosine and sine.
gfloat *	curSinPA
	Array current parallactic angles, one per antenna as cosine and sine.
gfloat **	Jones
	Subarray inverse Jones matrices (2x2 complex per IF) (I really hate c).
gfloat *	PolCal
	Polarization Mueller matrix for one baseline, all IFs.
gdouble	curRA
	Current source RA (rad).
gdouble	curCosDec
	Cosine current source Declination.
gdouble	curSinDec
	Sine current source Declination.
gfloat *	curPA
	Array current parallactic angles, one per antenna as cosine and sine.
gfloat **	Jones
	Subarray inverse Jones matrices (2x2 complex per IF) (I really hate c).
gfloat *	PolCal
	Polarization Mueller matrix for one baseline, all IFs.

---

Detailed Description

Polarization calibration structure.

---

Member Data Documentation

gboolean ObitUVCalPolarizationS::allStokes

Are all stokes correlations required.

gint ObitUVCalPolarizationS::bChan

Start channel number (1-rel).

gint ObitUVCalPolarizationS::bIF

Start IF number (1-rel) selected.

gdouble ObitUVCalPolarizationS::curCosDec

Cosine current source Declination.

gfloat * ObitUVCalPolarizationS::curCosPA

Array current parallactic angles, one per antenna as cosine and sine.

gfloat* ObitUVCalPolarizationS::curPA

Array current parallactic angles, one per antenna as cosine and sine.

gfloat* ObitUVCalPolarizationS::curPA

Array current parallactic angles, one per antenna as cosine and sine.

gdouble ObitUVCalPolarizationS::curRA

Current source RA (rad).

gdouble ObitUVCalPolarizationS::curSinDec

Sine current source Declination.

gfloat * ObitUVCalPolarizationS::curSinPA

Array current parallactic angles, one per antenna as cosine and sine.

gint ObitUVCalPolarizationS::curSourID

Current source ID, -1 => single source.

gint ObitUVCalPolarizationS::curSubA

Current Subarray.

gfloat ObitUVCalPolarizationS::curTime

Current time.

gint ObitUVCalPolarizationS::eChan

highest channel (1-rel)

gint ObitUVCalPolarizationS::eIF

highest IF (1-rel) selected

glong ObitUVCalPolarizationS::FreqID

Selected Frequency ID number. <=0-> all

gfloat** ObitUVCalPolarizationS::Jones

Subarray inverse Jones matrices (2x2 complex per IF) (I really hate c).

gfloat** ObitUVCalPolarizationS::Jones

Subarray inverse Jones matrices (2x2 complex per IF) (I really hate c).

gint ObitUVCalPolarizationS::numAnt

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

gint ObitUVCalPolarizationS::numChan

Number of channels in data.

gint ObitUVCalPolarizationS::numIF

Number of IFs in data.

gint ObitUVCalPolarizationS::numPoln

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

gint ObitUVCalPolarizationS::numSubA

Number of subarrays in the data.

gfloat* ObitUVCalPolarizationS::PolCal

Polarization Mueller matrix for one baseline, all IFs.

gfloat* ObitUVCalPolarizationS::PolCal

Polarization Mueller matrix for one baseline, all IFs.

glong ObitUVCalPolarizationS::SubA

Selected Subarray number. <=0-> all

---

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

• ObitUVCalPolarization.c
• ObitUVCal.h

---