ObitSkyModelVMSquint Struct Reference

ObitSkyModelVMSquint Class structure. More...

#include <ObitSkyModelVMSquint.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.
ObitImageMosaic *	mosaic
	Image array.
ObitFArray *	plane
	Image plane of single image.
ObitCArray *	FTplane
	Fourier transform of plane.
glong	numConjCol
	Number of conjugate (neg U) columns in FTplane.
ObitFArray *	comps
	Array of component model as rows in an FArray.
ObitCInterpolate *	myInterp
	Interpolator for UV grid.
ObitSkyModelType	modelType
	Model type.
ObitSkyModelCompType	modType
	Component model type.
ObitSkyModelMode	modelMode
	Model calculation mode for components.
ObitSkyModelMode	currentMode
	Current model calculation mode.
gint *	CCver
	List of AIPSCC table versions per image in mosaic there are mosaic->numberImages of these.
gint *	startComp
	List of beginning component per image in mosaic (1-rel).
gint *	endComp
	List of highest component per image in mosaic (1-rel).
gfloat	factor
	Factor to multiply times model.
gfloat	minFlux
	Minimum flux density model or pixel.
gfloat	stokFactor
	Factor to multiply times second Stokes of model.
gfloat	pointFlux
	Point model flux density (Jy).
gfloat	pointXOff
	Point, x (ra), y (dec) offset in deg.
gfloat	pointYOff
	Point, x (ra), y (dec) offset in deg.
gfloat	pointParms [10]
	Other (non-point)model components: major_axis (deg), minor_axis (deg), position_angle (deg), type (ObitSkyModelCompType as gint);.
gfloat	antSize
	Antennna diameter for rel.
gboolean	do3D
	Apply 3D imaging corrections.
gboolean	doDivide
	Divide model into data?
gboolean	doReplace
	Replace data with model?
gboolean	doPBCor
	Make relative Primary Beam corrections?
gint	startChannel
	Selected start channel[1-rel] and number.
gint	numberChannel
	Selected start channel[1-rel] and number.
gint	startIF
	Selected start IF [1-rel] and number.
gint	numberIF
	Selected start IF [1-rel] and number.
gint	startChannelPB
	Selected start rel.
gint	numberChannelPB
	Selected start rel.
gint	startIFPB
	Selected start rel.
gint	numberIFPB
	Selected start rel.
gint	nfreqPB
	Number of frequency channels for PB correction.
gdouble	PBFreq
	Reference frequency for this block of channels for PB corrections.
gchar	stokes [5]
	Selected Stokes.
gint	startPoln
	Selected start Poln [1-rel] and number.
gint	numberPoln
	Selected start Poln [1-rel] and number.
gboolean	doFlip
	True if need to multiply the FT by sqrt(-1) before applying.
gboolean	noNeg
	True if only positive flux components are to be used.
gfloat	minDFT
	Minimum absolute component flux to use in DFT.
gfloat	maxGrid
	Maximum absolute component flux to use in Gridded model.
gboolean	doDFT
	Something to do for DFT model.
gboolean	doGrid
	Something to do for Grid model.
gint	prtLv
	message level for deconvolution progress messages, 0=none, 1=summary, 2=normal, higher numbers for diagnostics
ObitFArray *	VMComps
	Array of time/spatially variable component model as rows in an FArray.
gfloat	curVMModelTime
	Current time (d) for model in VMComps.
gfloat	endVMModelTime
	End time (d) for validity of model model in VMComps.
gfloat	updateInterval
	Model update interval (d).
gint	numComp
	Number of actual components in model.
gfloat	Threshold
	Threshold flux density for doing high accuracy DFT model.
gfloat	maxResid
	Current maximum residual.
glong	dimGain
	Dimension of Rgain...
gfloat *	Rgain
	Array of time/spatially variable VLA R component gain.
gfloat *	Lgain
	Array of time/spatially variable VLA L component gain.
gfloat *	REgain
	Array of time/spatially variable EVLA R component gain.
gfloat *	LEgain
	Array of time/spatially variable EVLA L component gain.
gboolean *	isEVLA
	Array booleans, TRUE if corresponding antenna (0-rel) is EVLA.
gint	numAntList
	Number of subarrays.
ObitAntennaList **	AntList
	Antenna List for parallactic angle.
ObitSource *	curSource
	Current source.
gchar	saveStokes [8]
	Save Stokes request.
gboolean	saveDoCalSelect
	Save doCalSelect.
gint	saveDoCalib
	Save doCalib.

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Detailed Description

ObitSkyModelVMSquint Class structure.

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Member Data Documentation

ObitAntennaList** ObitSkyModelVMSquint::AntList

Antenna List for parallactic angle.

gfloat ObitSkyModelVMSquint::antSize

Antennna diameter for rel. PB corrections

gint* ObitSkyModelVMSquint::CCver

List of AIPSCC table versions per image in mosaic there are mosaic->numberImages of these.

gpointer ObitSkyModelVMSquint::ClassInfo

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

ObitFArray* ObitSkyModelVMSquint::comps

Array of component model as rows in an FArray.

ObitSkyModelMode ObitSkyModelVMSquint::currentMode

Current model calculation mode.

ObitSource* ObitSkyModelVMSquint::curSource

Current source.

gfloat ObitSkyModelVMSquint::curVMModelTime

Current time (d) for model in VMComps.

glong ObitSkyModelVMSquint::dimGain

Dimension of Rgain...

gboolean ObitSkyModelVMSquint::do3D

Apply 3D imaging corrections.

gboolean ObitSkyModelVMSquint::doDFT

Something to do for DFT model.

gboolean ObitSkyModelVMSquint::doDivide

Divide model into data?

gboolean ObitSkyModelVMSquint::doFlip

True if need to multiply the FT by sqrt(-1) before applying.

gboolean ObitSkyModelVMSquint::doGrid

Something to do for Grid model.

gboolean ObitSkyModelVMSquint::doPBCor

Make relative Primary Beam corrections?

gboolean ObitSkyModelVMSquint::doReplace

Replace data with model?

gint* ObitSkyModelVMSquint::endComp

List of highest component per image in mosaic (1-rel).

gfloat ObitSkyModelVMSquint::endVMModelTime

End time (d) for validity of model model in VMComps.

gfloat ObitSkyModelVMSquint::factor

Factor to multiply times model.

ObitCArray* ObitSkyModelVMSquint::FTplane

Fourier transform of plane.

ObitInfoList* ObitSkyModelVMSquint::info

Linked list of arrays of data.

gboolean* ObitSkyModelVMSquint::isEVLA

Array booleans, TRUE if corresponding antenna (0-rel) is EVLA.

gfloat* ObitSkyModelVMSquint::LEgain

Array of time/spatially variable EVLA L component gain.

gfloat* ObitSkyModelVMSquint::Lgain

Array of time/spatially variable VLA L component gain.

gfloat ObitSkyModelVMSquint::maxGrid

Maximum absolute component flux to use in Gridded model.

gfloat ObitSkyModelVMSquint::maxResid

Current maximum residual.

gfloat ObitSkyModelVMSquint::minDFT

Minimum absolute component flux to use in DFT.

gfloat ObitSkyModelVMSquint::minFlux

Minimum flux density model or pixel.

ObitSkyModelMode ObitSkyModelVMSquint::modelMode

Model calculation mode for components.

ObitSkyModelType ObitSkyModelVMSquint::modelType

Model type.

ObitSkyModelCompType ObitSkyModelVMSquint::modType

Component model type.

ObitImageMosaic* ObitSkyModelVMSquint::mosaic

Image array.

ObitCInterpolate* ObitSkyModelVMSquint::myInterp

Interpolator for UV grid.

ObitIOStatus ObitSkyModelVMSquint::myStatus

I/O status.

gchar* ObitSkyModelVMSquint::name

Name of object [Optional].

gint ObitSkyModelVMSquint::nfreqPB

Number of frequency channels for PB correction.

gboolean ObitSkyModelVMSquint::noNeg

True if only positive flux components are to be used.

gint ObitSkyModelVMSquint::numAntList

Number of subarrays.

gint ObitSkyModelVMSquint::numberChannel

Selected start channel[1-rel] and number.

gint ObitSkyModelVMSquint::numberChannelPB

Selected start rel. PB correction channel[1-rel] and number

gint ObitSkyModelVMSquint::numberIF

Selected start IF [1-rel] and number.

gint ObitSkyModelVMSquint::numberIFPB

Selected start rel. PB correction IF [1-rel] and number

gint ObitSkyModelVMSquint::numberPoln

Selected start Poln [1-rel] and number.

gint ObitSkyModelVMSquint::numComp

Number of actual components in model.

glong ObitSkyModelVMSquint::numConjCol

Number of conjugate (neg U) columns in FTplane.

gint32 ObitSkyModelVMSquint::ObitId

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

gdouble ObitSkyModelVMSquint::PBFreq

Reference frequency for this block of channels for PB corrections.

ObitFArray* ObitSkyModelVMSquint::plane

Image plane of single image.

gfloat ObitSkyModelVMSquint::pointFlux

Point model flux density (Jy).

gfloat ObitSkyModelVMSquint::pointParms[10]

Other (non-point)model components: major_axis (deg), minor_axis (deg), position_angle (deg), type (ObitSkyModelCompType as gint);.

gfloat ObitSkyModelVMSquint::pointXOff

Point, x (ra), y (dec) offset in deg.

gfloat ObitSkyModelVMSquint::pointYOff

Point, x (ra), y (dec) offset in deg.

gint ObitSkyModelVMSquint::prtLv

message level for deconvolution progress messages, 0=none, 1=summary, 2=normal, higher numbers for diagnostics

gint ObitSkyModelVMSquint::ReferenceCount

Reference count for object (numbers of pointers attaching).

gfloat* ObitSkyModelVMSquint::REgain

Array of time/spatially variable EVLA R component gain.

gfloat* ObitSkyModelVMSquint::Rgain

Array of time/spatially variable VLA R component gain.

gint ObitSkyModelVMSquint::saveDoCalib

Save doCalib.

gboolean ObitSkyModelVMSquint::saveDoCalSelect

Save doCalSelect.

gchar ObitSkyModelVMSquint::saveStokes[8]

Save Stokes request.

gint ObitSkyModelVMSquint::startChannel

Selected start channel[1-rel] and number.

gint ObitSkyModelVMSquint::startChannelPB

Selected start rel. PB correction channel[1-rel] and number

gint* ObitSkyModelVMSquint::startComp

List of beginning component per image in mosaic (1-rel).

gint ObitSkyModelVMSquint::startIF

Selected start IF [1-rel] and number.

gint ObitSkyModelVMSquint::startIFPB

Selected start rel. PB correction IF [1-rel] and number

gint ObitSkyModelVMSquint::startPoln

Selected start Poln [1-rel] and number.

gchar ObitSkyModelVMSquint::stokes[5]

Selected Stokes.

gfloat ObitSkyModelVMSquint::stokFactor

Factor to multiply times second Stokes of model.

ObitThread* ObitSkyModelVMSquint::thread

Threading info member object.

gfloat ObitSkyModelVMSquint::Threshold

Threshold flux density for doing high accuracy DFT model.

gfloat ObitSkyModelVMSquint::updateInterval

Model update interval (d).

ObitFArray* ObitSkyModelVMSquint::VMComps

Array of time/spatially variable component model as rows in an FArray.

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

• ObitSkyModelVMSquint.h

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