casa Namespace Reference

----------------------------------------------------------------------------- Start of casa namespace ----------------------------------------------------------------------------- More...

Namespaces
namespace	async
namespace	asyncio
namespace	CFDefs
namespace	dbus
namespace	denoising
namespace	display
namespace	functor
namespace	linefinder
namespace	memory
namespace	ms
namespace	MSTransformations
	MS Transform Framework utilities.
namespace	MThWorkID
namespace	NSTDS
namespace	pvt
namespace	QtMouseToolNames
namespace	refim
	Class that contains functions needed for imager.
namespace	sdfiller
namespace	SynthesisUtils
namespace	tb
namespace	utilj
namespace	vi
namespace	viewer
namespace	viscal
	Parameter axis slicer for caltables (experimental).
namespace	vpf
Classes
class	MS2ASDM
	MS2ASDM provides functionalities to create an ASDM (ALMA science data model) from an existing MS. More...
class	ATCAFiller
class	CalAnalysis
	----------------------------------------------------------------------------- Start of CalAnalysis class definition ----------------------------------------------------------------------------- More...
class	CalStats
	----------------------------------------------------------------------------- Start of CalStats class definition ----------------------------------------------------------------------------- More...
class	CalStatsReal
	----------------------------------------------------------------------------- Start of CalStatsReal class definition ----------------------------------------------------------------------------- More...
class	CalStatsAmp
	----------------------------------------------------------------------------- End of CalStatsReal class definition ----------------------------------------------------------------------------- More...
class	CalStatsPhase
	----------------------------------------------------------------------------- End of CalStatsAmp class definition ----------------------------------------------------------------------------- More...
class	CalStatsFitter
	----------------------------------------------------------------------------- Start of CalStatsFitter class definition ----------------------------------------------------------------------------- More...
class	PlotServerProxy
class	DBusSession
class	init_dispatcher
class	ImagerControl
class	DBusThreadedBase
class	DBusService
class	ServiceProxy
class	ViewerProxy
class	PlotterImplementations
class	QCloseableWidget
	Wrapper around a QWidget with a "Close" button. More...
class	QProgressPanel
	Convenience class with a label and progress meter. More...
class	ProgressHelper
	Wrapper around a QProgressPanel or other QLabel/QProgressBar pairing. More...
class	TBAction
	Abstract parent class of any action that can be performed. More...
class	TBActionList
	Contains an list of performed actions and a list of undone actions. More...
class	TBEditDataAction
	TBAction for when non-array data in the table is edited. More...
class	TBEditArrayDataAction
	TBAction for when array data in the table is edited. More...
class	TBArray
	Holds a potentially multi-dimensional array. More...
class	TBBrowser
	Browser widget for managing opened tables. More...
class	TBConnection
	Dialog for opening/connecting to a table with options. More...
class	Result
	Convenience class for a String/bool tuple. More...
class	TBLocatedRows
	Results of a row locate on at least one table. More...
class	TBConstants
	Constants, defaults, and commonly-used functions for the table browser. More...
class	TBData
	Data types used for loaded data. More...
class	TBDataString
	Implementation of TBData for String data. More...
class	TBDataDouble
	Implementation of TBData for double data. More...
class	TBDataFloat
	Implementation of TBData for float data. More...
class	TBDataInt
	Implementation of TBData for integer data. More...
class	TBDataUInt
	Implementation of TBData for unsigned int data. More...
class	TBDataBool
	Implementation of TBData for boolean data. More...
class	TBDataChar
	Implementation of TBData for character data. More...
class	TBDataUChar
	Implementation of TBData for unsigned character data. More...
class	TBDataShort
	Implementation of TBData for short data. More...
class	TBDataComplex
	Implementation of TBData for complex data. More...
class	TBDataDComplex
	Implementation of TBData for double complex data. More...
class	TBDataTable
	Implementation of TBData for Table data. More...
class	TBDataRecord
	Implementation of TBData for Record data. More...
class	TBDataDate
	Implementation of TBData for date data. More...
class	TBArrayData
	Data type that holds an array. More...
class	TBArrayDataString
	Implementation of TBArrayData for String array data. More...
class	TBArrayDataDouble
	Implementation of TBArrayData for double array data. More...
class	TBArrayDataFloat
	Implementation of TBArrayData for float array data. More...
class	TBArrayDataInt
	Implementation of TBArrayData for int array data. More...
class	TBArrayDataUInt
	Implementation of TBArrayData for unsigned int array data. More...
class	TBArrayDataBool
	Implementation of TBArrayData for boolean array data. More...
class	TBArrayDataChar
	Implementation of TBArrayData for character array data. More...
class	TBArrayDataUChar
	Implementation of TBArrayData for unsigned character array data. More...
class	TBArrayDataShort
	Implementation of TBArrayData for short array data. More...
class	TBArrayDataComplex
	Implementation of TBArrayData for complex array data. More...
class	TBArrayDataDComplex
	Implementation of TBArrayData for double complex array data. More...
class	TBDataItem
	Subclass of QTableWidgetItem that allows for custom sorting. More...
class	TBDataTab
	Widget used to display table data. More...
class	TBExportThread
	Thread that exports a table to VOTable XML format. More...
class	TBField
	Representation of a table field. More...
class	TBFilterRule
	Rule that can be used to filter rows based upon field values. More...
class	TBFilterRuleSequence
	A sequence of TBFilterRules that can be used to filter rows. More...
class	TBFilterRules
	Widget to allow the user to enter a filter rule sequence. More...
class	QFontColor
	QFont color is a convenience class containing a QFont and a QColor. More...
class	TBFormat
	Rules used to format displayed values for fields. More...
class	TBFormatter
	Widget for entering format rules for a given field. More...
class	TBHelp
	Widget for displaying and updating the browser help files. More...
class	TBKeyword
	Representation of a keyword attached to a table or field. More...
class	TBNewKeyword
class	TBTableKeywordsTab
	Widget used to display table keywords. More...
class	TBFieldKeywordsTab
	Widget used to display field keywords. More...
class	TBMain
	Main window which is mainly responsible for menu actions. More...
class	TBOptions
	Widget to edit the browsing options. More...
class	TBParser
	Parses the XMLDriver-generated XML into data in a TBTable. More...
class	TBHomeParser
	TBParser subclass that uses a "home" parsing method. More...
class	TBXercesDOMParser
	TBParser subclass that uses a DOM parser in the XERCES library. More...
class	TBXercesSAXParser
	TBParser subclass that uses a SAX parser in the XERCES library. More...
class	TBPlotFormat
	Format for the curves on the plot canvas. More...
class	TBPlotCanvas
	Canvas for data plotting using a given plotting implementation. More...
class	PlotParams
	Parameters for a single field for collecting plotting data. More...
class	TBPlotData
	Data for plotting. More...
class	PlotSlicer
	Small widget to provide a variable number of spinners to create a slice. More...
class	TBPlotter
	Widget to collect plot parameters and plot on the canvas. More...
class	TBRowLocate
	Displays results of a row locate. More...
class	TBSlicer
	Widget to display and change the current array slice. More...
class	TBSorter
	Widget to configure a multi-field sort ordering. More...
class	DriverParams
	Parameters to indicate what driver should be used for the table backend. More...
class	TableParams
	Parameters that define all table data and meta-deta. More...
class	TBTable
	Primary interface for the rest of the browser to a table. More...
class	TBTableDriver
	Driver for interacting with the table on disk. More...
class	TBTableDriverDirect
	TBTableDriver implementation that directly accesses the table on disk. More...
class	TBTableDriverXML
	NOTE: the TBTableDriverXML has been disabled. More...
class	TBTableInfo
	Displays general information about a table. More...
class	TBTableTabs
	Collection of table backend and display tabs. More...
class	TBTaQL
	GUI for entering a TaQL command. More...
class	TBTest
	Tests to check the validity of a table. More...
class	TBIDFieldsTest
	Tests whether fields ending in _ID have a corresponding subtable. More...
class	TBSubtablesTest
	Tests whether subtables exist on disk. More...
class	TBValidSubtablesTest
	Tests whether subtables can be opened and have data. More...
class	TBTypes
	(Not finished) Widget for entering a value based on its type. More...
class	TBValidityChecker
	Widget for running TBTests on opened tables. More...
class	TBTableView
	Current "view" or state of a single table. More...
class	TBView
	Current "view" or state of the browser that can be serialized. More...
class	TBViewArray
	Widget for viewing array data in TBArray format. More...
class	TBArrayPanel
	Panel that can hold multiple TBViewArray widgets. More...
class	TBViewRecord
	Widget for viewing record data. More...
class	XMLtoken
	Representation of a single XML token. More...
class	DirItem
class	DirModel
class	FileCatalog
class	PictureViewer
class	TextEditor
class	LogItem
class	LogModel
class	LogViewer
class	FileWatcher
class	QtDBusPlotSvrAdaptor
class	QtPlotFrame
class	QtPlotServer
class	QtPlotSvrMain
class	QtPlotSvrPanel
class	QtRasterData
class	ProgressBar
class	ProgressTimer
class	ExternalAxisWidget
	Base class for classes that use the QwtScaleDiv information to draw their own axis. More...
class	ExternalAxisWidgetBottom
class	ExternalAxisWidgetHorizontal
	Common code for drawing a horizontal axis external to the plot. More...
class	ExternalAxisWidgetLeft
class	ExternalAxisWidgetRight
class	ExternalAxisWidgetTop
class	ExternalAxisWidgetVertical
	Common code for drawing a vertical axis external to the plot. More...
class	QtActionSynchronizer
	This class is used to synchronize the checked state of actions with checkable buttons or other actions. More...
class	QtActionGroup
	This class meant to be used almost identically to an exclusive QActionGroup. More...
class	QtButtonGroup
	This class meant to be used almost identically to an exclusive QButtonGroup. More...
class	QtComboCheckBoxDelegate
	Subclass of QItemDelegate for use with QtComboCheckBox. More...
class	QtComboCheckBox
	Subclass of QComboBox that uses the item delegate above. More...
class	QtDBusApp
class	QtDBusXML
	Subclass of QDomDocument that represents an XML scheme that is to be used with CASA's Qt dbus communication. More...
class	QtDBusXmlApp
	Abstract parent of classes that want to register themselves with CASA's DBus server. More...
class	QtDBusXmlAppAdaptor
	Subclass of QDBusAbstractAdaptor for use with CASA's QtDBusXmlApp class. More...
class	QtEditingWidget
	A simple parent for editing widgets. More...
class	QtLabelWidget
	Widget for choosing a label. More...
class	QtFileWidget
	Widget for choosing a file. More...
class	QtFileDialog
	Subclass of QFileDialog with additional functionality. More...
class	QtId
class	QtIndexChooser
	Widget that allows the user to pick an index, with a number of choices on how the index can be chosen. More...
class	QtLayeredLayout
	Subclass of QLayout to have multiple widgets layered on top of each other. More...
class	QtPanelBase
class	QtPlotWidget
	Parent for plot widgets. More...
class	PlotColorWidget
	Widget for choosing a plot color. More...
class	PlotFillWidget
	Widget for choosing a plot area fill. More...
class	PlotLineWidget
	Widget for choosing a plot line. More...
class	PlotSymbolWidget
	Widget for choosing a plot symbol. More...
class	PlotFontWidget
	Widget for choosing a plot font. More...
class	QtProgressWidget
	GUI for displaying progress information. More...
class	QtUtilities
class	AxisListener
	Interface implemented by classes wanting to receive notice when a plot property changes. More...
class	QPExportCanvas
	Interface implemented by classes that can export their draw area (QPAxis & QPCanvas). More...
class	QPExporter
	Utility class for exporting plots. More...
class	QPArrow
	Used by the viewer's region shapes, so have it outside the ifdefs in case the flag isn't on. More...
class	C11Timer
class	ComponentList
	A class for manipulating groups of components. More...
class	ComponentShape
	Base class for component shapes. More...
class	ComponentType
	Enumerators common to the ComponentsModels module. More...
class	ConstantSpectrum
	Model the spectral variation with a constant. More...
class	DiskShape
	A disk model for the spatial distribution of emission. More...
class	FluxRep
	A class that represents the Flux (copy semantics). More...
class	Flux
	A class that represents the Flux (reference semantics). More...
class	FluxCalc_SS_JPL_Butler
	class ROScalarColumn<Double>; There doesn't seem to be a way to forward declare a template. More...
class	FluxCalcLogFreqPolynomial
	FluxCalcLogFreqPolynomial: Implementation base class for flux standards which are polynomials of log10(frequency). More...
class	FluxCalcLogFreqBrokenPolynomial
	FluxCalcLogFreqBrokenPolynomial: Implementation base class for flux standards which are broken polynomials of log10(frequency). More...
class	FluxCalcLogFreqPolynomialSH
	FluxCalcLogFreqPolynomialSH: Implementation base class for flux standards which are polynomials of log10(frequency) following Scaife & Heald (2012). More...
class	FluxCalcQS
	class Vector; More...
class	FluxCalcVQS
	class Vector; More...
class	FluxStandard
	FluxStandard: Compute flux densities for standard reference sources. More...
class	FluxStdBaars
	FluxStdBaars: The Baars flux standard. More...
class	FluxStdPerley90
	FluxStdPerley90: The Perley90 flux standard. More...
class	FluxStdPerleyTaylor95
	FluxStdPerleyTaylor95: The PerleyTaylor95 flux standard. More...
class	FluxStdPerleyTaylor99
	FluxStdPerleyTaylor99: The PerleyTaylor99 flux standard. More...
class	FluxStdPerleyButler2010
	FluxStdPerleyButler2010: The PerleyButler2010 flux standard. More...
class	FluxStdPerleyButler2013
	FluxStdPerleyButler2013: The PerleyButler2013 flux standard. More...
class	FluxStdSrcs
	Basic calibrator data used in the flux standards. More...
class	GaussianDeconvolver
	Deconvolve a gaussian source from a gaussian beam. More...
class	GaussianShape
	A Gaussian model for the spatial distribution of emission. More...
class	LimbDarkenedDiskShape
	A limb-darkened disk model for the spatial distribution of emission. More...
class	PointShape
	A shape where emission comes from only one direction. More...
class	SkyCompBase
	Base class for model components of the sky brightness. More...
class	SkyComponent
	A component of a model of the sky. More...
class	SkyComponentFactory
class	SkyCompRep
	A model component of the sky brightness. More...
class	SpectralIndex
	Models the spectral variation with a spectral index. More...
class	SpectralModel
	Base class for spectral models. More...
class	TabularSpectrum
	Models the spectral variation with a spectral index. More...
class	TwoSidedShape
	Base class for component shapes with two sides. More...
class	CompiledSpectralElement
	Describes a compiled function for describing a spectral profile. More...
class	GaussianMultipletSpectralElement
	Describes a multiplet of Gaussian shaped spectral lines. More...
class	GaussianSpectralElement
	Describes a Gaussian spectral line. More...
class	LogTransformedPolynomialSpectralElement
	Describes the often used for determining spectral index plus higher order terms: y = log (S_x) = ln(c_0) + c_1*ln(x) + c_2*ln(x)**2 + c_3*ln(x)**3 + ..\. where c_1 is the traditional spectral index (alpha). More...
class	LorentzianSpectralElement
	Describes a single Lorentzian spectral profile. More...
class	PCFSpectralElement
	Abstract base class that describes a spectral profile that can be parameterized by a peak value (amplitude), center, and width. More...
class	PolynomialSpectralElement
	Describes a polynomial spectral profile. More...
struct	PolynomialSpectralElement_global_functions_Output
	Global functions. More...
class	PowerLogPolynomialSpectralElement
	Describes the function most often used for determining spectral index plus higher order terms: y = c_0 * x**( c_1 + c_2*ln(x) + c_3*ln(x)**2 + ... ) where c_1 is the traditional spectral index (alpha). More...
class	ProfileFit1D
	Fit spectral components to a Vector of data. More...
class	SpectralElement
	Describes (a set of related) spectral lines. More...
class	SpectralElementFactory
	FIXME fix documentation. More...
class	SpectralEstimate
	Get an initial estimate for spectral lines. More...
class	SpectralFit
	Least Squares fitting of spectral elements to spectrum. More...
class	SpectralList
	A set of SpectralElements. More...
struct	SpectralList_global_functions_Output
	Global functions. More...
class	SpectralListFactory
	create a SpectralList More...
class	Attribute
	Arbitrary name-value pairs used in the display classes. More...
class	AttributeBuffer
	Buffer for storing Attributes. More...
class	AttributeValue
	Type-dependent interface for values of Attributes. More...
class	AttValue
	Provision of type identification services for Attribute classes. More...
class	AttributeValueBase
	Base class for values of Attributes used in the display classes. More...
class	AttributeValuePoi
	Templated class for storing a pointer to the value of an Attribute. More...
class	AttributeValuePoiTol
	Templated class for aliased, tolerant AttributeValues. More...
class	AttributeValueTol
	Templated class for storing Attributes which have a tolerance. More...
struct	ColorDistribution_global_functions_Color_Distribution_interface
	Global functions for generating color cube dimensions. More...
class	Colormap
	Describes a method of generating a table of colors. More...
class	ColormapDefinition
class	ColormapInfo
	ColormapInfo stores information about the dynamic mapping of a Colormap. More...
class	ColormapManager
	Class to manage registration of colormaps on PixelCanvasColorTables. More...
class	DisplayCoordinateSystem
class	Display
	Enumerate constants for the display classes. More...
struct	DisplayEnums_global_functions_DisplayEnums_to_string_functions
	Global functions (operators) to print display class enumerations. More...
class	DisplayParameter
	Base class for storing and parsing of parameters for display classes. More...
class	DLFont
	A class designed to manage several representations of the same font. More...
class	DParameterButton
	Implementation of DisplayParameter to package interface to button autoguis. More...
class	DParameterChoice
	Implementation of DisplayParameter to store choice parameters. More...
class	DParameterColorChoice
	Implementation of DParameterChoice to store color selection parameters. More...
class	DParameterFontChoice
	Implementation of DParameterChoice to store font selection parameters. More...
class	DParameterMapKeyChoice
	Implementation of DParameterChoice to store parameter and associated key. More...
class	DParameterRange
	A helper class to deal with data ranges to support options. More...
class	DParameterString
	Implementation of DisplayParameter to store String parameters. More...
class	DParameterSwitch
	Implementation of DisplayParameter to store choice parameters. More...
class	GLPCDisplayListElement
	Base class for the various display list subclasses. More...
class	GLPCDisplayListEntry
	Returns a Display List Element for recording GL commands. More...
class	GLPCDisplayList
	DisplayListElement that can contain lists of other DisplayListElements. More...
class	GLPCTextureParams
	Holds parameters for setting glTexParameteri variables. <visibility=local>. More...
class	GLPCTexturedImage
class	GLPixelCanvas
	OpenGL implementation of PixelCanvas. More...
class	GLVColorTableEntry
	Implementation of PixelCanvasColorTable for OpenGL. More...
class	GLPixelCanvasColorTable
class	GLLogIO
	GLLogIO adds tracing support to the AIPS++ LogIO object. More...
class	MultiWCHolder
	A holder of WorldCanvasHolders to use for panelling applications. More...
class	PanelDisplay
	A class which creates and manages "panelled" displays. More...
class	PCVGBuffer
class	PixelCanvas
	Base class defining interface to pixel-based output devices. More...
class	PixelCanvasColorTable
	Abstract interface to underlying graphics library's colortable. More...
class	PSDriver
	Low level interface between PSPixelCanvas{ColorTable} and PostScript. More...
class	PSPixelCanvas
	Implementation of the PixelCanvas for PostScript devices. More...
class	PSPixelCanvasColorTable
	Implementation of PixelCanvasColorTable for PostScript device. More...
class	PSWorldCanvasApp
	Simple PostScript WorldCanvas application. More...
class	SliceEH
	An event handler to negotiate between three different PanelDisplays. More...
class	SlicePanelDisplay
	An application provide displays of three axis combinations of data in a cube. More...
class	WCPGFilter
	Interface between the WorldCanvas and its PGPLOT driver. More...
class	WorldCanvas
	Implementation of drawing in world coordinates on top of a PixelCanvas. More...
class	WorldCanvasHolder
	A holder to interface between DisplayDatas and a WorldCanvas. More...
struct	WorldCanvasPGPlotDriver_global_functions_Driver_functions_called_by_FORTRAN_PgPlot_library
	Global driver functions need to support PgPlot on the WorldCanvas. More...
struct	WorldCanvasPGPlotDriver_global_functions_Global_functions_to_attach_to_existing_WorldCanvases
	Global utility functions need to support PgPlot on the WorldCanvas. More...
class	DefaultWCCoordinateHandler
	Class to provide default coordinate handling for WorldCanvases. More...
class	DefaultWCSizeControlHandler
	Default WorldCanvas SizeControl handler. More...
class	WCAxisLabeller
	Abstract class for drawing grids, axes, ticks and tick labels on a WorldCanvas. More...
class	WCCoordinateHandler
	Base class defining a set of transformations for WorldCanvas coordinates. More...
class	WCCSAxisLabeller
	Base class for WorldCanvas axis labelling using a DisplayCoordinateSystem. More...
class	WCCSNLAxisLabeller
	Class which provides non-linear axis labelling using a DisplayCoordinateSystem. More...
class	WCDataScaleHandler
	Class implementing simple data scaling for the WorldCanvas. More...
class	WCLinearScaleHandler
	Linear scaling of data for WorldCanvases. More...
class	WCPowerScaleHandler
	Linear, logarithmic and exponential scaling of data for the WorldCanvas. More...
class	WCResampleHandler
	Base class for resampling data pixels to World/PixelCanvas pixels. More...
class	WCSimpleResampleHandler
	Class which implements simple resampling for the WorldCanvas. More...
class	WCSizeControlHandler
	Base class defining the interface to controlling the WorldCanvas size. More...
class	ActiveCaching2dDD
	Class providing active behaviour for 2d CachingDisplayDatas. More...
class	AxesDisplayData
	Interface and simple implementation of axis labelling. More...
class	AxesDisplayMethod
	Class to draw a single set of axis labels for AxesDisplayData. More...
class	CachingDisplayData
	Base class for auto-caching DisplayData objects. More...
class	CachingDisplayMethod
	Assistance class for auto-caching of DisplayData objects. More...
class	DDDEllipse
	Implementation of an ellipse/rectangle object for DrawingDisplayData class. More...
class	DDDHandle
	A class to draw and detect handles on a DDDObject. More...
class	DDDObject
	Base class describing interface for objects supported by DrawingDisplayData. More...
class	DDDPolygon
	Implementation of aan ellipse object for DrawingDisplayData class. More...
class	DDDRectangle
	Implementation of a rectangular object for DrawingDisplayData class. More...
class	DisplayData
	Base class for display objects. More...
class	DisplayMethod
	Base class for drawing a particular element (view) of a DisplayData. More...
class	DrawingDisplayData
	DisplayData which provides interactive drawing capabilities. More...
class	DrawingDisplayMethod
	DisplayMethod which provides actual drawing for DrawingDisplayData class. More...
class	Galaxy
	Simple class to represent a Galaxy as a collection of Stars. More...
class	Star
	Simple class which represents a star as a point mass. More...
class	Histogram2dDD
	A DisplayData to draw histograms. More...
class	Histogram2dDM
	A DisplayMethod to draw histograms. More...
class	LatticeAsContour
	Class to manage the drawing of contour maps of slices from AIPS++ Lattices. More...
class	LatticeAsMarker
	Class to manage the drawing of vector maps of slices from AIPS++ Lattices. More...
class	LatticeAsRaster
	Class to manage the drawing of raster images of slices from AIPS++ Lattices. More...
class	LatticeAsVector
	Class to manage the drawing of vector maps of slices from AIPS++ Lattices. More...
class	LatticePADisplayData
	Partial implementation of PrincipalAxesDD for Lattice-based data. More...
class	LatticePADisplayMethod
	Partial implementation of PrincipalAxesDM for Lattice-based data. More...
class	LatticePADMContour
	Class to draw a single contour map of a slice from an AIPS++ Lattice. More...
class	LatticePADMMarker
	Class to draw a single vector map of a slice from an AIPS++ Lattice. More...
class	LatticePADMRaster
	Class to draw a raster image of a slice of an AIPS++ Lattice. More...
class	LatticePADMVector
	Class to draw a single vector map of a slice from an AIPS++ Lattice. More...
class	MSAsRaster
	Class for displaying data within an MS as a raster (gridded) image. More...
class	MSAsRasterDM
	(Minimal) DisplayMethod for MSAsRaster. More...
class	NBody
	Simple class which provides brute force n-body simulation and display. More...
class	PassiveCachingDD
	Class providing passive behaviour for CachingDisplayDatas. More...
class	PassiveTableDD
	Class adding Table-specific support functions to PassiveCachingDD. More...
class	PrincipalAxesDD
	Interface for DisplayDatas which have data arranged in axes. More...
class	PrincipalAxesDM
	Interface for DisplayMethods which have data arranged in "axes.". More...
class	Profile2dDD
	A DisplayData to draw Profiles. More...
class	Profile2dDM
	A DisplayMethod to draw Profiles. More...
class	ScrollingRasterDD
class	ScrollingRasterDM
	Base class for scrolling DisplayData objects. More...
class	SkyCatOverlayDD
	Simple implementation of a cached DisplayData for sky catalogue overlays. More...
class	SkyCatOverlayDM
	Class to draw catalogue overlays for SkyCatOverlayDD. More...
class	TblAsContourDD
	Class for displaying data within a table as a contour image. More...
class	TblAsContourDM
	A DisplayMethod to draw Contours from table data. More...
class	TblAsRasterDD
	Class for displaying data within a table as a raster image. More...
class	TblAsRasterDM
	A DisplayMethod to draw Raster images from table data. More...
class	TblAsXYDD
	Class for displaying data within a table as a xy image. More...
class	TblAsXYDM
	A DisplayMethod to draw XY plots from table data. More...
class	WedgeDD
	A DisplayData to draw color wedges. More...
class	WedgeDM
	The DisplayMethod to draw Wedges. More...
class	WorldAxesDD
	A DisplayData to setup a World coordinate plot. More...
class	WorldAxesDM
	Class to draw a single set of axis labels for AxesDisplayData. More...
class	AnimatorRefEH
	WorldCanvas refresh event handler for Animator class. More...
class	Animator
	Animation controller for WorldCanvasHolders. More...
class	AniPosEH
	WorldCanvas position event handler for Animator. More...
class	CrosshairEvent
	WorldCanvasEvent:contains info on the WC point selected by MWCCrosshairTool. More...
class	DDModEvent
	Class used by DisplayDatas to signal change in data. More...
class	DisplayDataEvent
	Class for events sent by DisplayDatas. More...
class	DisplayEH
	class for handling any type of DisplayEvent. More...
class	DisplayEvent
	Class describing the most basic event information in the display classes. More...
class	DisplayTool
	Base class for event-based tools in the display classes. More...
class	DTVisible
	Class providing draw style settings for visible DisplayTools. More...
class	MultiEllipseTool
	Base class for MultiWorldCanvas event-based rectangle tools. More...
class	MultiEllipseToolImpl
	WorldCanvas event-based ellipse region drawer. More...
class	MultiPointTool
	Base class for MultiWorldCanvas event-based rectangle tools. More...
class	MultiPointToolImpl
	WorldCanvas event-based point region drawer. More...
class	MultiPolylineTool
	Base class for WorldCanvas event-based polyline tools. More...
class	MultiPolylineToolImpl
	WorldCanvas event-based polyline region drawer. More...
class	MultiPolyTool
	Base class for WorldCanvas event-based polygon tools. More...
class	MultiPolyToolImpl
	WorldCanvas event-based polygon region drawer. More...
class	MultiPVTool
	Base class for MultiWorldCanvas event-based rectangle tools. More...
class	MultiPVToolImpl
	WorldCanvas event-based rectangle region drawer. More...
class	MultiRectTool
	Base class for MultiWorldCanvas event-based rectangle tools. More...
class	MultiRectToolImpl
	WorldCanvas event-based rectangle region drawer. More...
class	MultiWCTool
	Base class for MultiWorldCanvas event-based tools. More...
class	MWCAnimator
	Animator for MultiWCHolder class. More...
class	MWCCrosshairTool
	Base class for MultiWorldCanvas event-based crosshair tools. More...
class	MWCEllipseTool
	Base class for MultiWorldCanvas event-based ellipse tools. More...
class	MWCETRegion
	WorldCanvas event-based elliptical region drawer. More...
class	ResetCrosshairEvent
	Event sent to tell MWCCrosshairTool to reset. More...
class	ResetRTRegionEvent
	Event sent to tell MWCRTRegionTool to reset. More...
class	MWCPannerTool
class	MWCPolylineTool
	Base class for WorldCanvas event-based polyline tools. More...
class	MWCPolyTool
	Base class for WorldCanvas event-based polygon tools. More...
class	MWCPositionVelocityTool
	Multi WorldCanvas event-based position velocity tool. More...
class	MWCPTRegion
	WorldCanvas event-based polygon region drawer. More...
class	MWCRectTool
	Base class for MultiWorldCanvas event-based rectangle tools. More...
class	MWCRTRegion
	WorldCanvas event-based rectangle region drawer. More...
class	MWCRTZoomer
	Multi WorldCanvas event-based zoomer. More...
class	MWCRulerlineTool
	Multi WorldCanvas event-based ruler line tool. More...
class	PCInvisTool
	Base implementation of PCTool for invisible (non-drawing) tools. More...
class	PCITFiddler
	Colormap fiddling on the PixelCanvas. More...
class	PCMotionEH
	PixelCanvas Event Handler for managing pointer motion events. More...
class	PCMotionEvent
	Class which stores PixelCanvas motion event information. More...
class	PCPositionEH
	PixelCanvas Event Handler for managing keyboard and mouse button events. More...
class	PCPositionEvent
	Class which stores PixelCanvas position event information. More...
class	PCRefreshEH
	WorldCanvas Event Handler for managing events. More...
class	PCRefreshEvent
	Class which stores PixelCanvas refresh event information. More...
class	PCTestPattern
	PixelCanvas test pattern display refresh event handler. More...
class	PCToolPosEH
	PixelCanvas position event handler for PCTool. More...
class	PCToolMotEH
	PixelCanvas motion event handler for PCTool. More...
class	PCToolRefEH
	PixelCanvas refresh event handler for PCTool. More...
class	PCTool
	Base class for PixelCanvas event-based tools. More...
class	PixelCanvasEvent
	Base class describing event information for PixelCanvases. More...
class	RectRegionEvent
	Contains info on the WC rectanglar area selected by MWCRTRegion mouse tool. More...
class	RegionTool
class	WCCrosshairTool
	Base class for WorldCanvas event-based crosshair tools. More...
class	WCInvisTool
	Base implementation of WCTool for invisible (non-drawing) tools. More...
class	WCMotionEH
	Base class for handling WorldCanvas motion events. More...
class	WCMotionEvent
	Class which stores WorldCanvas motion event information. More...
class	WCPolyTool
	Base class for WorldCanvas event-based polygon tools. More...
class	WCPositionEH
	Base class for handling WorldCanvas position events. More...
class	WCPositionEvent
	Class which stores WorldCanvas position event information. More...
class	WCPTRegion
	WorldCanvas event-based polygon region drawer. More...
class	WCRectTool
	Base class for WorldCanvas event-based rectangle tools. More...
class	WCRefreshEH
	Base class for handling WorldCanvas refresh events. More...
class	WCRefreshEvent
	Class which stores WorldCanvas refresh event information. More...
class	WCRTRegion
	WorldCanvas event-based rectangle region drawer. More...
class	WCRTZoomer
	WorldCanvas event-based zoomer. More...
class	WCToolPosEH
	WorldCanvas position event handler for WCTool. More...
class	WCToolMotEH
	WorldCanvas motion event handler for WCTool. More...
class	WCToolRefEH
	WorldCanvas refresh event handler for WCTool. More...
class	WCTool
	Base class for WorldCanvas event-based tools. More...
class	WorldCanvasEvent
	Base class describing event information for WorldCanvases. More...
class	Annotations
	Control class for a collection of DisplayShapeInterfaces. More...
class	DisplayShape
	The abstract base class for all "DisplayShapes". More...
class	DisplayShapeInterface
	class PixelCanvas; class WorldCanvas; More...
class	DisplayShapeWithCoords
class	DSArrow
	Arrow implementation;adds a polygon to a DSLine to represent the arrow head. More...
class	DSBasic
	Base class for all "basic" shapes. More...
class	DSCircle
	Circle implementation;extends DSEllipse, adding general circle functions. More...
class	DSClosed
	DSClosed provides common functionality for all "closed" shapes. More...
class	DSEllipse
	Implementation of a ellipse. More...
class	DSLine
	Implementation of a line. More...
class	DSMarker
	Implementation of a marker. More...
class	DSPixelArrow
class	DSPixelEllipse
class	DSPixelMarker
class	DSPixelPoly
class	DSPixelPolyLine
class	DSPixelRectangle
class	DSPixelText
class	DSPoly
	Implementation of a Polygon. More...
class	DSPolyLine
	Implementation of a polyline. More...
class	DSRectangle
	Implementation of a rectangle. More...
class	DSScreenArrow
class	DSScreenEllipse
class	DSScreenMarker
class	DSScreenPoly
class	DSScreenPolyLine
class	DSScreenRectangle
class	DSScreenText
class	DSSquare
	Implementation of a square. More...
class	DSText
	Implementation of text. More...
class	DSWorldArrow
class	DSWorldEllipse
class	DSWorldMarker
class	DSWorldPoly
class	DSWorldPolyLine
class	DSWorldRectangle
class	DSWorldText
class	ColorComboDelegate
class	ComponentListWrapper
	Provides convenient accessors and functionality for a ComponentList. More...
class	FindSourcesDialog
	Displays a dialog that allows the user to find and edit a source list that can be used as estimates for a 2D fit. More...
class	Fit2DLogDialog
class	Fit2DTool
class	Gaussian2DFitter
	Performs a 2DGaussian fit of an image in a background thread. More...
class	PixelRangeDialog
	Displays a histogram that allows the user to set a include/exclude pixel range for the fit. More...
class	RegionBox
class	ResidualHistogramDialog
class	QtAutoGui
	General-purpose Qt options widget created from Record. More...
class	QtAdjustmentTop
class	QtSliderBase
	Base class for QtAutoGui slider interface elements. More...
class	QtSliderEditor
class	QtSliderLabel
class	QtMinMaxEditor
class	QtLineEditor
class	QtCombo
class	QtBool
class	QtPushButton
class	QtCheck
class	QtRegionEditor
class	QtPairEditor
class	QtNumberEditor
	can use PairItem because it's just a frame More...
class	QtFlowLayout
class	QtBorderLayout
class	QtXmlRecord
class	Annotation
class	AnnotationEditor
class	AnnotationEditorText
class	AnnotationText
class	PropertyListener
class	CanvasCurve
class	CanvasHolder
	Holds the QtCanvas where the spectral profile is drawn. More...
class	CanvasMode
class	CanvasModeAnnotation
class	CanvasModeChannel
class	CanvasModeContextMenu
class	CanvasModeFactory
class	CanvasModeRangeSelection
class	CanvasModeZoom
class	ColorSummaryDelegate
class	ColorSummaryWidget
class	Converter
class	ConverterChannel
	Purpose of this class is to convert from channels= pixels to the world units/pixels used by the spectral axis. More...
class	ConverterFrequency
class	ConverterFrequencyVelocity
class	ConverterFrequencyWavelength
class	ConverterIntensity
	Converts intensity units: Jy/Beam, Kelvin, Fraction of Peak, etc. More...
class	ConverterVelocity
class	ConverterVelocityFrequency
class	ConverterVelocityWavelength
class	ConverterWavelength
class	ConverterWavelengthFrequency
class	ConverterWavelengthVelocity
class	GaussianEstimateDialog
class	GaussianEstimateWidget
class	LegendPreferences
	Allows the user to customize properties of the spectral profile legend. More...
class	LineOverlaysSearchResultsDialog
class	LineOverlaysTab
class	MolecularLine
class	MomentSettingsWidgetOptical
class	CollapseResult
class	MomentCollapseThreadRadio
	Note: ImageMomentsProgressMonitor is an interface that provides this class with updates concerning the progress of the moment calculation task. More...
class	MomentSettingsWidgetRadio
	Note: ProfileTaskFacilitator abstracts out some of the common functionality needed for calculating moments and spectral line fitting into a single base class. More...
class	ProfileFitMarker
class	ProfileTaskFacilitator
class	ProfileTaskMonitor
class	GraphLabel
class	QtCanvas
class	QtDrawCanvas
class	QtDrawColors
class	QtDrawer
class	QtDrawSettings
class	QtMWCTool
class	QtPolyTool
class	QtPolylineTool
class	QtEllipseTool
class	QtRectTool
class	QtCrossTool
class	QtPVTool
class	QtOldMWCTool
class	QtOldPolyTool
class	QtOldEllipseTool
class	QtOldRectTool
class	QtOldCrossTool
class	QtPlotSettings
class	QtPlotter
class	QtProfile
	Note: The purpose of the SpecFitMonitor interface is to provide a communications interface between the class doing spectral line fitting and this class. More...
class	QtProfilePrefs
class	SearchMoleculesDialog
class	SearchMoleculesResultDisplayer
	Interface provides decoupling between classes that initialize a search such as SearchMoleculesWidget and classes that display the results of a search such as SearchMoleculesResultsWidget. More...
class	SearchMoleculesResultsWidget
class	SearchThread
	Responsible for running the search algorithm in the background so that we don't freeze the GUI. More...
class	SearchMoleculesWidget
class	SearchRedshiftDialog
class	SettingsWidget
class	SmoothPreferences
class	SmoothSpinBox
	Adds non-editability to a standard QSpinBox. More...
class	SpecFit
class	SpecFitGaussian
class	SpecFitLogDialog
class	SpecFitPolynomial
class	SpecFitSettingsWidgetOptical
class	SpecFitSettingsWidgetRadio
class	SpectralPositioningWidget
class	ThresholdingBinPlotDialog
	This dialog displays a histogram that allows the user to set a minimum/maximum moment collapse threshold graphically. More...
class	Util
class	WorldCanvasTranslator
class	AboutDialogViewer
	Displays information to the user about the viewer. More...
class	AnimatorHolder
	Manages the Animator display on the viewer that allows users to scroll through either the channels withen an image or between loaded images. More...
class	AnimatorWidget
	Manages an individual panel of the viewer animator. More...
class	ColorHistogram
	Displays a histogram that allows the user to set the color scale for an image. More...
class	ColorHistogramScale
	Overrides QwtLinearColorMap in order to provide QwtPlot color lookups based on a casa ColormapDefinition. More...
class	ColorTransferWidget
class	CursorTrackingHolder
	Dock widget which manages the cursor tracking dialogs. More...
class	DisplayDataHolder
	Manages and controls access to a lit of QtDisplayDatas. More...
class	FileBox
class	DisplayLabel
	Provides a quick view of a particular display property that has been set. More...
class	DisplayOptionsDialog
	Opens up a dialog showing the display options that can be tweaked for a particular images. More...
class	ImageManagerDialog
	Allows users to manipulate the images loaded in the viewer. More...
class	ImageScroll
	Displays a list of images, allowing the user to reorder them. More...
class	ImageTracker
	Interface class designed to reduce the coupling between the GUI class, ImageManager and the DisplayDataHolder. More...
class	ImageDisplayer
	Interface implemented by QtDisplayPanel that can add/remove registered DDs and set the controlling QtDisplayData's. More...
class	ImageView
	Displays properties of an image for manipulation such as color and display type. More...
class	InActiveDock
	Allows the dock widget z-position to be behind the main window instead of the default behavior of always being in front. More...
class	InvisibleAxis
class	MakeMask
class	MakeRegion
class	QtAnnotatorGui
	Annotating widget for a display panel. More...
class	QtMarkerGui
class	QtApp
	Management of the QApp object needed by any Qt application. More...
class	QtCanvasManagerOptions
	Options widget for single DisplayPanel. More...
class	CursorLink
class	QtCanvasManager
class	QtCleanPanelGui
class	QtCleanPanelGui2
class	QtDataManager
class	QtDataOptionsPanel
class	QtDBusViewerAdaptor
class	QtDisplayData
class	QtDisplayDataGui
	Qt options widget for single DisplayData. More...
class	QtDisplayPanel
class	LinkedCursorEH
class	QtDisplayPanelGui
	The main display window for the Qt version of the viewer. More...
class	QtExportBrowser
class	QtExportManager
class	QtLELEdit
class	QtMouseToolButton
class	QtPointToolButton
class	QtMouseToolBar
class	QtMouseTool
class	QtRTRegion
class	QtPointRegion
class	QtELRegion
class	QtPTRegion
class	QtPolylineToolRegion
class	QtPVToolRegion
class	QtMouseToolState
class	QtOldMouseTool
class	QtOldRTRegion
class	QtOldELRegion
class	QtOldPTRegion
class	QtPCColorTable
class	QtRegionManager
class	QtViewer
	Qt implementation of main viewer supervisory object -- Gui level. More...
class	QtViewerBase
class	QtViewerPrintGui
class	QtViewerPrintCtl
	viewer print widget More...
class	QtWCBox
class	TrackBox
	Helper class for QtDisplayPanelGui, for display of tracking information. More...
class	HistogramGraph
	Displays a histogram specific to a region and an image; contains a "Next" button that toggles to a histogram displaying the same region, but a different image. More...
class	HistogramTab
	Manages a stack widget that displays histograms for a single region but multiple images. More...
class	DS9
	Contains common enums, constants, and methods for DS9 files. More...
class	DS9Coordinate
	Class to represent a single coordinate (value + unit). More...
class	DS9Region
	Holds information for read DS9 regions. More...
class	DS9FileReader
	Implementation of RSFileReader for DS9 regions. More...
class	DS9FileWriter
	Implementation of RegionFileWriter for writing to DS9 files. More...
class	QtNewRegionShape
	Dialog for creating a new region shape. More...
class	QtNewRSPolygon
	Specialized widget for creating a new polygon. More...
class	QtNewRSComposite
	Specialized widget for creating a new composite. More...
class	QtRegionShapeManager
	Region Shape Manager. More...
class	QtRSFileLoader
	Class for loading region shape files. More...
class	QtRSFileSaver
	Class for saving region files. More...
class	QtSingleRegionShape
	Widget for displaying a single region in the list of a QtRegionShapeManager. More...
class	QtRSOption
	Widget that can be used to input a String, String choice, double, bool, String array, or String choice array. More...
class	QtEditRegionShape
	Dialog for editing a single region shape. More...
class	RegionShapeLabel
	Text label associated with a RegionShape. More...
class	RegionShape
	Parent class for all RegionShapes. More...
class	RegionShapeDM
	Implementation of CachingDisplayMethod to be used by RegionShapes. More...
class	RSEllipse
	Subclass of RegionShape used for drawing ellipses. More...
class	RSCircle
	Subclass of RSEllipse used for drawing circles. More...
class	RSRectangle
	Subclass of RegionShape used for drawing rectangles. More...
class	RSPolygon
	Subclass of RegionShape used for drawing polygons. More...
class	RSLine
	Subclass of RegionShape used for drawing lines. More...
class	RFError
	Convenience class for a String/bool pair. More...
class	RSFileReaderWriter
	Superclass for readers and writers containing common definitions and operations. More...
class	RSFileReader
	Abstract superclass for any class that reads a format that produces RegionShapes from a file. More...
class	RSFileWriter
	Abstract superclass for any class that writes RegionShapes to a region file format. More...
class	RSUtils
	Common utilities/constants for region shapes. More...
class	QtColorWidget
	A widget that lets the user select a color: either one from a list, or a custom color. More...
class	RSValue
	Convenience class for the different units available for coordinates/sizes. More...
class	RSOption
	Convenience class for a String, bool, or double. More...
class	RSHandle
	A "handle" is a four-point structure (usually a rectangle) that describes the boundaries in screen pixels that a RegionShape takes on a canvas. More...
class	RSXML
	Constants and methods for reading/writing RS XML files. More...
class	XMLFileReaderWriter
	Implementation of RegionFileReader/RegionFileWriter for reading/writing CASA-XML files. More...
class	ImageSlice
	Represents a slice cut of an image. More...
class	ImageSliceColorBar
	Draws a colored rectangular bar across the top of the image slice statistics as an identifier when the image slice is closed. More...
class	SegmentTracer
class	SliceAxisDraw
	Overriding QwtScaleDraw in order to provide custom (smaller) fonts for the tick labels on a plot axis. More...
class	SliceColorPreferences
class	SlicePlot
class	SlicePlotPreferences
class	SlicerMainWindow
class	SliceSegment
class	SliceStatistics
	Computes the angle and distance for a single line segment in the slice. More...
class	SliceStatisticsDistance
class	SliceStatisticsFactory
	Returns SliceStatistics appropriate to what is displayed on the x-axis and the units being used. More...
class	SliceStatisticsPosition
class	SliceWorker
	Responsible for computing the (x,y)-values that represent a slice cut. More...
class	SliceZoomer
class	DisplayOptions
	Class to provide option parsing routines for display classes. More...
class	DlHandleBase
class	DlHandle
class	DlTarget
class	GLWidget
class	DisplayData3
class	DisplayPoint3
class	Window3D
class	Colorbar
class	SlideEditor
class	FlowLayout
class	BorderLayout
class	AgentFlagger
	AgentFlagger: high-performance automated flagging. More...
class	DDMapper
	Abstract Derived Data Mapper class. More...
class	DDDummy
	DDDummy: dummy mapper, throws an excpetion if any methods are called. More...
class	DDFunc
	DDFunc: maps correlation A into func(A). More...
class	DDSumFunc
	DDSumFunc: maps two correlations A and B into func(A)+func(B). More...
class	DDFuncSum
	DDFuncSum: maps two correlations A and B into func(A+B). More...
class	DDFuncDiff
	DDFuncDiff: maps two correlations A and B into func(A-B). More...
class	DDDiffFunc
	DDDiffFunc: maps two correlations A and B into func(A)-func(B). More...
class	FlagIDS
	class for flaging and extend flagging More...
class	FlagID
class	ExtendFlagger
class	FlagAgentBase
	A top level class defining the interface for flagging agents. More...
class	FlagAgentList
class	FlagAgentClipping
class	FlagAgentDisplay
class	FlagAgentElevation
class	FlagAgentExtension
class	FlagAgentManual
class	FlagAgentQuack
class	FlagAgentRFlag
class	FlagAgentShadow
class	FlagAgentSummary
class	FlagAgentTimeFreqCrop
class	DummyBufferImpl
class	CTCache
class	CTBuffer
class	FlagCalTableHandler
	Flag Data Handler class definition. More...
class	CubeView
	We need to have the CubeView definition here because its type is used by FlagDataHandler class. More...
class	VectorView
class	VisMapper
class	FlagMapper
class	FlagDataHandler
	A top level class defining the data handling interface for the flagging module. More...
class	Flagger
	Flagger: high-performance automated flagging. More...
class	FlagMSHandler
	Flag Data Handler class definition. More...
class	FlagPlotServerProxy
class	FlagReport
	Everything going into the FlagReport is by value Everything going out of it is by reference. More...
class	FlagVersion
	Class to generate and manage flag versions for Tables containing flag columns. More...
class	RFABase
	Abstract RedFlagger Agent base class. More...
class	RFADiffBase
	RFADiffBase: abstract class for deviation-based flagging. More...
class	RFADiffMapBase
	Abstract base class for deviation-based flagging with a data mapper. More...
class	RFAFlagCubeBase
	Abstract RedFlagger Agent class with a flag cube. More...
class	RFAFlagExaminer
	RFAFlagExaminer: Examine the flags and get statistics. perform extensions too. More...
class	RFATimeMedian
	RFATimeMedian: RedFlagger Agent for clipping relative to median over time. More...
class	RFAFreqMedian
	RFAFreqMedian: RedFlagger Agent for clipping relative to median over frequency. More...
class	RFANewMedianClip
	RFANewMedianClip:RedFlagger Agent;clips relative to median over time slots. More...
class	RFASelector
	RFASelector: flags pixels/rows based on a specified selection. More...
class	RFASpectralRej
	RFASpectralRej: Spectral rejection agent. More...
class	RFATimeFreqCrop
	RFATimeFreqCrop : 2-Dimensional Time Frequency Autoflag agent. More...
class	RFAUVBinner
	RFAUVBinner: flagging via UV binning. More...
class	RFChunkStats
	RFChunkStats: vital information and flagging stats for a visibility chunk. More...
class	FlaggerEnums
	FlaggerEnums: collection of enums for various flagger classes. More...
class	RFCubeLatticeIterator
class	RFCubeLattice
	RFCubeLatice: a cubic lattice. More...
class	RFDataMapper
	RFDataMapper: maps complex visibilities to a single real value. More...
class	RFFlagCube
	RFFlagCube: a cube of flags. More...
class	RFFloatLatticeIterator
class	RFFloatLattice
	RFFloatLatice: a cubic lattice. More...
class	RFRowClipper
	RFRowClipper: flags rows based on their noise level. More...
class	SLog
class	Plot
	A Plot basically consists of data and customization information. More...
class	ScatterPlot
	Scatter plot abstract class. More...
class	MaskedScatterPlot
	Subclass of ScatterPlot that adds masking functionality. More...
class	ErrorPlot
	An error plot is a scatter plot with error bars drawn. More...
class	ColoredPlot
	An color plot is a scatter plot with differentiated colors for points in different bins. More...
class	BarPlot
	Bar plot abstract class. More...
class	RasterPlot
	Plot used to show raster (image-like) data. More...
class	PlotAnnotation
	PlotAnnotation is an abstraction of text written directly on the canvas. More...
class	PlotDrawWatcher
	Abstract parent for any class that wants to be notified when the canvas is about to start drawing. More...
class	PlotCanvas
	PlotCanvas is an area for different PlotItems to be attached and drawn. More...
class	PlotLayoutCoordinate
class	PlotCanvasLayout
	Base class for any layout. More...
class	PlotLayoutSingle
class	PlotGridCoordinate
class	PlotLayoutGrid
	An n x m grid of canvases. More...
class	PlotData
class	PlotSingleData
	A single source of data that basically provides indexing of its values. More...
class	PlotPointData
	A source of data used to supply x and y values. More...
class	PlotMaskedPointData
	Data that adds masking functionality on top of normal point data. More...
class	PlotSingleDataImpl
class	PlotPointDataImpl
	Default implementation of PlotPointData that supports raw arrays, vectors, and CASA Vectors. More...
class	PlotHistogramData
	Specialized subclass of PlotPointData that creates histogram data from single point data. More...
class	PlotMaskedPointDataImpl
	Default implementation of PlotMaskedPointData using default containers. More...
class	PlotScalarErrorDataImpl
	Default implementation of PlotErrorData using standard containers, plus scalars for the four errors. More...
class	PlotErrorDataImpl
	Default implementation of PlotErrorData using standard containers, plus PlotPointDataImpls for the errors. More...
class	PlotRasterMatrixData
	Implementation of raster data using casa::Matrix. More...
class	PlotEvent
	Base class for an event. More...
class	PlotSelectEvent
	Event for when the user selects a region on a plot canvas with the mouse. More...
class	PlotMouseEvent
	Generic mouse event where the canvas is the origin, and the type, button, and location of the event are provided. More...
class	PlotClickEvent
	Convenience class for mouse clicks. More...
class	PlotMousePressEvent
	Convenience class for mouse presses. More...
class	PlotMouseReleaseEvent
	Convenience class for mouse releases. More...
class	PlotMouseDragEvent
	Convenience class for mouse drags. More...
class	PlotMouseMoveEvent
	Convenience class for mouse moves. More...
class	PlotWheelEvent
	Event for when the user scrolls the scroll wheel. More...
class	PlotKeyEvent
	Event for when the user makes a keyboard command when a canvas has focus. More...
class	PlotResizeEvent
	Event for when a canvas or plotter is resized. More...
class	PlotButtonEvent
	Event for when a PlotButton is pressed. More...
class	PlotCheckboxEvent
	Event for when a PlotCheckbox is clicked. More...
class	PlotSelectEventHandler
	Base class for a handler for PlotSelectEvent. More...
class	PlotClickEventHandler
	Base class for a handler for PlotClickEvent. More...
class	PlotMousePressEventHandler
	Base class for a handler for PlotMousePressEvent. More...
class	PlotMouseReleaseEventHandler
	Base class for a handler for PlotMouseReleaseEvent. More...
class	PlotMouseDragEventHandler
	Base class for a handler for PlotMouseDragEvent. More...
class	PlotMouseMoveEventHandler
	Base class for a handler for a PlotMouseMoveEvent. More...
class	PlotWheelEventHandler
	Base class for a handler for PlotWheelEvent. More...
class	PlotKeyEventHandler
	Base class for a handler for PlotKeyEvent. More...
class	PlotResizeEventHandler
	Base class for a handler for PlotResizeEvent. More...
class	PlotButtonEventHandler
	Base class for a handler for PlotButtonEvent. More...
class	PlotCheckboxEventHandler
	Base class for a handler for PlotCheckboxEvent. More...
class	PlotFactory
	The idea behind a plot factory is to produce classes that are useful to the underlying implementation without having to know what the implementation is. More...
class	PlotItem
	PlotItem is the superclass of any object that is meant to be placed on the canvas (plots, annotations, shapes, etc. More...
class	PlotLogMessage
	Superclass for all messages going through the PlotLogger. More...
class	PlotLogMeasurement
	Used to report time and memory measurements. More...
class	PlotLogLocate
	Used to report located indices. More...
class	PlotLogMethod
	Subclass of PlotLogMessage to unify messages for method entering/exiting. More...
class	PlotLogObject
	Subclass of PlotLogMessage to unify messages for object creation/deletion. More...
class	PlotLoggerFilter
	Subclass of LogFilterInterface to filter on both event flags and minimum priority. More...
class	PlotLogger
	A PlotLogger is used to log messages to an underlying CASA log object, as well as provide access to different logging functionality like measurements. More...
class	PlotMutex
	Abstract class, for a synchronization mutex specific to the threading library used by the plotting implementations. More...
class	PlotOperation
	Simple object to synchronize operation progress information across threads. More...
class	PlotOperationWatcher
	Abstract interface for any object that wants to watch a PlotOperation object for changes. More...
class	PlotColor
class	PlotFont
	Abstract class for fonts. More...
class	PlotAreaFill
	Abstract class for area fill. More...
class	PlotLine
	Abstract class for a line. More...
class	PlotSymbol
	Abstract class for a symbol. More...
class	PlotRegion
	A PlotRegion is basically just a wrapper for two PlotCoordinates: an upper left coordinate and a lower right coordinate. More...
class	PlotAxesStack
	A PlotAxesStack is basically a list of PlotRegions as well as axis information that provides stack functionality such as a current index, and moving up and down the stack. More...
class	PlotExportFormat
	PlotExportFormat contains parameters for exporting a canvas to a file. More...
class	PlotWidget
	Abstract superclass for any widget that goes on a PlotPanel. More...
class	PlotButton
	Generic class for a button that goes on a PlotPanel. More...
class	PlotCheckbox
	Generic class for a checkbox that goes on a PlotPanel. More...
class	PlotPanel
	A PlotPanel is a panel that goes on the bottom of the plot window. More...
class	PlotShape
	Abstract class for any shape which contains common functionality. More...
class	PlotShapeRectangle
	Specialization of PlotShape for a rectangle. More...
class	PlotShapeEllipse
	Specialization of PlotShape for an ellipse. More...
class	PlotShapePolygon
	Specialization of PlotShape for a polygon. More...
class	PlotShapeLine
	Specialization of PlotShape for a line. More...
class	PlotShapeArrow
	Specialization of PlotShape for an arrow. More...
class	PlotShapePath
	Specialization of PlotShape for a path. More...
class	PlotShapeArc
	Specialization of PlotShape for an arc. More...
class	PlotPoint
	Abstract class for a single point on the canvas (not descended from PlotShape). More...
class	Plotter
	A Plotter can be thought of as a frame that holds one or more PlotCanvases in a configuration determined by a given PlotCanvasLayout. More...
class	PlotTool
class	PlotMouseTool
	A PlotMouseTool is a specialization of PlotTool that handles all mouse events. More...
class	PlotSelectTool
	A PlotSelectTool is a concrete subclass of PlotMouseTool that mainly handles select events. More...
class	PlotZoomToolNotifier
	Interface for objects that want to be notified when the zoom tool changes. More...
class	PlotPanToolNotifier
	Interface for objects that want to be notified when the pan tool changes. More...
class	PlotTrackerToolNotifier
	Interface for objects that want to be notified when the tracker tool changes. More...
class	ProgressMonitor
	Abstraction for a display widget that can show the progress of an operation. More...
class	SimplePlotter
	SimplePlotter is a concrete class that uses the abstract plotting classes to perform common tasks. More...
struct	PGPLOT_global_functions_interface
	PGPLOT interface calls. More...
class	PGPlotterLocal
	Plot to a PGPLOT device "local" to this process. More...
struct	X11Intrinsic_global_functions_definitions
	Make sure some definitions ok. More...
struct	X11Util_global_functions_X11_Utility_Functions
	X Utilities to assist the X11 classes. More...
class	AboutDialog
	Displays information about Feather to the user. More...
class	ColorProvider
	Interface class for decoupling of a parent from a child. More...
class	CurveDisplay
	Contains display information about a specific curve in the plot such as color, name, and whether it should be shown. More...
class	ExternalAxis
	Overrides methods of QwtScaleDraw so that the axis can be enabled (supported) but the one drawn by the plot will take up no space and be invisible so that we can draw our own. More...
class	ExternalAxisControl
	Base class for classes that use the QwtScaleDiv information to draw their own axis. More...
class	ExternalAxisControlBottom
class	ExternalAxisControlLeft
class	ExternalAxisControlRight
class	FeatherCurve
	Represents a curve on one of the plots. More...
class	FeatherCurveType
	An enumeration of the different curves that a user can ask to be displayed on the plot. More...
class	FeatherDataType
	An enumeration of the different kinds of data that can be graphed on the plot. More...
class	FeatheredData
	Data structure class to collect related feather data in one location. More...
class	FeatherMain
class	FeatherManager
	Does image/data manapulation and stores/provides data. More...
class	FeatherPlot
class	FeatherPlotWidget
class	FeatherPlotWidgetScatter
	A specialization of FeatherPlotWidget for scatter plots. More...
class	FeatherPlotWidgetSlice
	A specialization of FeatherPlotWidget for displaying line plots. More...
class	FeatherThread
	Gathers up the data from the feathering process and stores it. More...
class	FileLoader
class	LegendCurve
	Custom QwtPlotCurve that provides the capability of a thicker (rectangular) legend rather than a hard-to-see line that mirrors the thickness of the curve. More...
class	LegendItemRect
	Custom QwtLegendItem that draws a rectangular legend symbol in a color matching the curve. More...
class	OverWriteFileDialog
	Warns the user that they will be overwriting the output file and provides them with the ability to change to a different output file. More...
class	PlotHolder
class	Preferences
class	PreferencesColor
	Manages the display properties of all the curves that can be shown on the plots. More...
class	PreferencesFunction
	Displays, handles persistence, and stores display properties for a particular curve that can be shown on the plot. More...
class	BinCountWidget
class	BinPlotWidget
	Display a histogram of intensity vs count. More...
class	ChannelRangeWidget
class	ColorDelegate
class	ColorPreferences
	Allows user specification of the colors used in drawing the histogram and pluggable functionality. More...
class	Fitter
	Base class for classes performing histogram fits. More...
class	FitterGaussian
	Manages Gaussian initial guesses and fits Gaussian curves to the histogram. More...
class	FitterPoisson
	Fits Poisson curves to the histogram. More...
class	FitWidget
	Main class for handling the pluggable fit functionality for the histogram. More...
class	FootPrintWidget
class	HeightSource
class	Histogram
	Generates and Manages the data corresponding to a histogram. More...
class	HistogramMain
	Used when the histogram needs to come up as a main window. More...
class	HistogramMarkerGaussian
	Marks initial (center,peak) and FWHM Gaussian estimates on the histogram. More...
class	HistogramMarkerPoisson
	Marks a lambda estimate on the graph. More...
class	ImageLoader
	Loads image files when the histogram runs as a standalone app. More...
class	PercentageCalculator
	Designed as a separaclass so if it needs to go into a different thread, it can be put there. More...
class	RangeControlsWidget
	Pluggable functionality that allows users to specify a range on the histogram. More...
class	RangePicker
	Handles drawing the range selection rectangle for the bin plot. More...
class	SaveHistogramWidget
class	ToolTipPicker
class	ZoomWidget
class	AnnAnnulus
	This class represents an annotation for an annular (in position coordinates) region specified in an ascii region file as proposed in CAS-2285. It is specified by its center position and inner and outer radii. <author>Dave Mehringer</author>. More...
class	AnnCenterBox
	This class represents a annotation for rectangular (in position coordinates) region specified in an ascii region file as proposed in CAS-2285. It is specified by its center position and side widths. <author>Dave Mehringer</author>. More...
class	AnnCircle
	This class represents an annotation for a circular (in position coordinates) region specified in an ascii region file as proposed in CAS-2285. It is specified by its center position and radius. <author>Dave Mehringer</author>. More...
class	AnnEllipse
	This class represents an annotation of an elliptical (in position coordinates) region specified in an ascii region file as proposed in CAS-2285. It is specified by its center position semi-major and semi-minor axes, and position angle. <author>Dave Mehringer</author>. More...
class	AnnLine
	Represents a line annotation. More...
class	AnnotationBase
	Base class for annotations. More...
class	WorldToPixelConversionError
	Just need a identifiable exception class for exception handling. More...
class	AnnPolygon
	This class represents a single polygon (in position coordinates) annotation specified in an ascii region file as proposed in CAS-2285 <author>Dave Mehringer</author>. More...
class	AnnPolyline
	This class represents a single polyline (in position coordinates) annotation specified in an ascii region file as proposed in CAS-2285. More...
class	AnnRectBox
	This class represents an annotation for rectangular (in position coordinates) region specified in an ascii region file as proposed in CAS-2285 <author>Dave Mehringer</author>. More...
class	AnnRegion
	This class represents a annotation referring to a region specified in an ascii region file as proposed in CAS-2285 <author>Dave Mehringer</author>. More...
class	ToLCRegionConversionError
	Just need a identifable expection class, compiler can generate implementation implicitly. More...
class	AnnRotBox
	This class represents an annotation for rectangular (in position coordinates) region specified in an ascii region file as proposed in CAS-2285. It is specified by its center position and side widths and a position angle. <author>Dave Mehringer</author>. More...
class	AnnSymbol
	Represents a symbol annotation. More...
class	AnnText
	Represents a text annotation. More...
class	AnnVector
	Represents a vector annotation which has a start and ending point. More...
class	RegionTextList
	An ordered list of annotations and comments representing an ascii region file. <author>Dave Mehringer</author>. More...
class	AntennaResponses
	AntennaResponses provides access to antenna response data. More...
class	BeamManipulator
class	CasaImageBeamSet
	Represents a set of restoring beams associated with an image. Implements getCommonBeam(). More...
class	ComplexImageRegridder
class	ComponentImager
class	ComponentListDeconvolver
class	Image1DSmoother
class	Image2DConvolver
	This class does 2D convolution of an image by a functional form. More...
class	ImageAnalysis
	template<class T> class ImageHistograms; More...
class	ImageBoxcarSmoother
class	ImageCollapser
class	ImageCollapserData
class	ImageConcatenator
class	ImageConvolver
	This class does convolution of an image by an Array or Lattice. More...
class	ImageConvolverTask
	This class is the high level interface to image convolving. More...
class	ImageCropper
class	ImageDecimator
class	ImageDecimatorData
class	ImageDecomposer
	A tool to separate a complex image into individual components. More...
class	ImageDecomposerTask
class	ImageExprCalculator
class	ImageFactory
class	ImageFFT
	FFT an image. More...
class	ImageFFTer
class	ImageFit1D
	Fit spectral components to a Vector of data from an image. More...
class	ImageFitter
class	ImageHanningSmoother
class	ImageHistograms
	Displays histograms of regions from an image. More...
class	ImageHistogramsCalculator
	This class computes histograms of image pixel values. More...
class	ImageHistory
class	ImageInputProcessor
class	ImageMask
	Static functions for interrogating image masks. More...
class	ImageMaskAttacher
	Contains tatic method to attach a mask to an image. More...
class	ImageMaskedPixelReplacer
class	ImageMaskHandler
class	ImageMaxFitter
class	ImageMetaData
	A class in which to store and allow read-only access to image metadata. More...
class	ImageMetaDataBase
	Base class for image metadata access. More...
class	ImageMetaDataRW
	A class in which to store and allow read-write access to image metadata. More...
class	ImageMoments
	This class generates moments from an image. More...
class	ImageMomentsProgress
class	ImageMomentsProgressMonitor
	This is just an interface class for monitoring the progress of collapsing and image through calculating a moment. More...
class	ImageMomentsTask
class	ImagePadder
class	ImagePolarimetry
	Polarimetric analysis of images. More...
class	ImagePol
	Implementation of the image polarimetry functionality available from casapy. More...
class	ImagePrimaryBeamCorrector
class	ImageProfileFitter
class	ImageRebinner
class	ImageRegridder
class	ImageRegridderBase
class	ImageRotator
	This class rotates an image through a specified angle. More...
class	ImageSourceFinder
	Provides functionality to find sources in an image. More...
class	ImageStatsCalculator
class	ImageTask
class	ImageTransposer
class	ImageTwoPtCorr
	Compute two point correlation functions from images. More...
class	MomentCalcBase
	Abstract base class for moment calculator classes. More...
class	MomentClip
	Computes simple clipped, and masked moments. More...
class	MomentFit
	Compute moments from a Gaussian fitted to a profile. More...
class	MomentsBase
	This class is a base class for generating moments from an image or a spectral data. More...
class	MomentWindow
	Computes moments from a windowed profile. More...
class	PeakIntensityFluxDensityConverter
class	PixelValueManipulator
class	PixelValueManipulatorData
class	ProfileFitResults
class	PVGenerator
class	SepImageConvolver
	This class does separable convolution of an image. More...
class	SepImageConvolverTask
	This class is the high level interface to image convolving. More...
class	SpectralCollapser
class	SpectralFitter
class	SubImageFactory
	Static methods for subimage creation. More...
class	TwoPointCorrelator
class	AsciiAnnotationFileLine
	Represents a line in an ascii region file <author>Dave Mehringer</author>. More...
class	CasaImageOpener
	Definition of image types and handlers. More...
class	FitterEstimatesFileParser
	Class for parsing a file which holds initial estimates for 2-D components. Used by imfit. More...
class	ImageFitterResults
class	ImageProfileFitterResults
class	LogFile
class	OutputDestinationChecker
class	ParameterParser
	Parse various common input parameters to image analysis tasks and tool methods <author>Dave Mehringer</author>. More...
class	ProfileFitterEstimatesFileParser
	Class for parsing a file which holds initial estimates for 1-D components. Used by ImageProfileFitter. More...
class	RegionTextParser
	Parse and store regions and annotations from an ascii region file <author>Dave Mehringer</author>. More...
class	CasacRegionManager
	image component class More...
class	SpectralImageUtil
struct	window
	MIRIAD dataset MeasurementSet filler. More...
class	Importmiriad
	a helper class More...
class	MSTransform
	MSTransform: Apply transformations to data on the fly. More...
class	DataCubeHolderBase
class	DataCubeHolder
class	DataCubeMap
class	MSTransformBufferImpl
class	MSTransformDataHandler
	MSTransformDataHandler definition. More...
class	MSTransformIterator
class	MSTransformIteratorFactory
	A top level class defining the data handling interface for the MSTransform module. More...
struct	channelInfo
	Struct definition. More...
struct	channelContribution
struct	spwInfo
class	MSTransformManager
	MSTransformManager definition. More...
class	MSTransformRegridder
	MSTransformRegridder definition. More...
class	MSUVBin
class	CalVisBuffer
	CalVisBuffer extends VisBuffer to support storage and recall of associated residual and differentiated residual data. More...
class	GroupProcessor
	class Block; class MeasurementSet; More...
class	GroupWorkerBase
	Abstract base class for GroupWorkers. More...
class	ROGroupWorker
	ROGroupWorkers process VisBuffGroups without modifying the input MS(es). More...
class	GroupWorker
	A base class for GroupWorkers that can modify their input MS. More...
class	GroupWriteToNewMS
	A base class for ROGroupWorkers that write to a new MS. More...
class	MeasurementSet2
class	MsAverager
class	MSCalEnums
class	MSChecker
	putting checks here, since Ger objected to them going in casacore More...
class	MSContinuumSubtractor
	Fits and subtracts or models the continuum in spectra. More...
class	MSUtil
class	MSUVWGenerator
	Generates and inserts the (u, v, w)s of a MS that may or may not already have them. Includes antenna offsets when known. More...
class	Partition
	Bool isAllColumns(const Vector<MS::PredefinedColumns>& colNames);. More...
class	Reweighter
class	SimpleSubMS
	SimpleSubMS provide a simpler subset of SubMS. The purpose of this class to avoid unnecessary IO for some simplistic selection and subMSsing No averaging no fanciness...simple time and channel subsets. More...
class	final
	Data provider for antenna1 column. More...
class	Vi2ChunkDataProvider
	Data provider template class backed by VisibilityIterator2 instances. More...
class	Vi2ChunkStatisticsIteratee
	This class is used to encapsulate the action(s) taken on a sequence of StatisticsAlgorithm instances that are generated by the Vi2ChunkDataProvider::foreachChunk() method, which can be used to compute statistics for each MS chunk provided by a VisibilityIterator2 instance. More...
class	Vi2StatsDataIterator
	Vi2StatsDataIterator is designed to support an on-the-fly application of a transformation between the values in the source array and the values provided by the iterator. More...
class	DataIteratorMixin
	Simple non-transforming (widening excepted) data iterator types. More...
class	Vi2StatsFlagsIterator
	Vi2StatsFlagsIterator has the form of a CRTP base class to promote efficiency in iterator operations. More...
class	Vi2StatsSigmasIterator
	Vi2StatsSigmasIterator has the form of a CRTP base class to promote efficiency in iterator operations. More...
class	Vi2StatsWeightsIterator
	Vi2StatsWeightsIterator has the form of a CRTP base class to promote efficiency in iterator operations. More...
class	StatWT
	StatWT sets WEIGHT and SIGMA statistically. More...
class	CStokesVector
	Two specialized 4-vector classes for polarization handling. More...
class	StokesVector
class	VBContinuumSubtractor
	Fits and optionally subtracts the continuum in visibility spectra. More...
class	VBGContinuumSubtractor
	VBGContinuumSubtractors subtract the continuum out of VisBuffGroups. More...
class	VBRemapper
	VBRemappers remap VisBuffers. More...
class	VisBuffAccumulator
	A class to average VisBuffers in time. More...
class	VbDirtyComponents
	VbDirtyComponents allows marking portions of a VisBuffer as modified (aka dirty). This feature is needed for the Visibility Processing Framework (VPF) which allows a sequence of data processing nodes to work as a bucket brigade operating sequentially on a VisBuffer. A downstream output node needs to know what data, if any, needs to be written out. More...
class	VisBuffer
	VisBuffers encapsulate one chunk of visibility data for processing. More...
class	VisBufferAutoPtr
	A convenience class to assist in migrating code to potentially use asynchronous I/O. More...
class	VisBufferAsync
class	VisBufferAsyncWrapper
	VisBuffers encapulsate one chunk of visibility data for processing. More...
class	VisBufferComponents
	This class encapsulates an enum with values corresponding to the various data components accessible via a VisBuffer. Its current usage is to specify the VisBuffer components to be prefetched when asynchronous I/O is in use or to specify the VisBuffer components that have been modified when a Visibility Processing Framework bucket-brigade is operating on a VisBuffer. This implementation should be replaced by a C++11 when the standard matures a bit. More...
class	VisBufferUtil
class	VisBuffGroup
	A class to store a group of VisBuffers. More...
class	VisBuffGroupAcc
	A class to group separately averaged VisBuffers. More...
class	VisChunkAverager
class	SubChunkPair
class	ROVisibilityIterator
	ROVisibilityIterator iterates through one or more readonly MeasurementSets. More...
class	VisibilityIterator
	VisibilityIterator iterates through one or more writable MeasurementSets. More...
class	VisibilityIteratorReadImpl
	ROVisibilityIterator iterates through one or more readonly MeasurementSets. More...
class	VisibilityIteratorWriteImpl
	VisibilityIterator iterates through one or more writable MeasurementSets. More...
class	ViReadImplAsync
class	ViWriteImplAsync
class	VisImagingWeight
	Object to hold type of imaging weight scheme to be used on the fly and to provide facilities to do that. More...
class	ROVisIterator
class	VisIterator
class	VisModelDataI
class	VisSet
class	VisSetUtil
	Utilities for operating on VisSets. More...
class	VWBT
class	ActionAnnotate
class	ActionAnnotateRectangle
class	ActionAnnotateText
class	ActionCache
class	ActionCacheLoad
class	ActionCacheRelease
class	ActionClearPlotter
class	ActionClearRegions
class	ActionExport
class	ActionExportDialog
	Exports the plots based on the information entered in the export dialog. More...
class	ActionFactory
class	ActionHoldReleaseDrawing
class	ActionInformation
class	ActionIterFirst
class	ActionIterLast
class	ActionIterNext
class	ActionIterPrev
class	ActionLocate
class	ActionMarkRegions
class	ActionPan
class	ActionPlot
class	ActionQuit
class	ActionSelect
class	ActionSelectFlag
class	ActionSelectUnflag
class	ActionStack
class	ActionStackBack
class	ActionStackBase
class	ActionStackForward
class	ActionSubtractRegions
class	ActionSummary
class	ActionSummaryDialog
	Displays a dialog allowing the user to specify the data that they want summarized. More...
class	ActionTool
class	ActionTracker
class	ActionTrackerDisplay
class	ActionTrackerHover
class	ActionZoom
class	PlotMSAction
	ABSTRACT CLASSES //. More...
class	Client
	Abstraction for the interface between the client (possibly a GUI) and the model (plot engine) that is performing the work. More...
class	ClientFactory
	Creates an appropriate client (script, GUI) for communicating with the plot engine. More...
class	ClientScript
	Implementation of Client built for user scripting (non-GUI) user interface. More...
class	CacheFactory
class	CalCache
class	MSCache
class	MSCacheVolMeter
class	PlotMSCacheBase
class	PlotMSIndexer
class	PlotMSVBAverager
	A class to average VisBuffers for PlotMS. More...
class	PlotMSAnnotator
	Subclass of PlotMouseTool for drawing/managing annotations on the plot canvases of PlotMSApp. More...
class	PlotMSAveragingWidget
	GUI widget for editing a PlotMSAveraging object. More...
class	PlotMSAxisWidget
	Widget for choosing a single axis. More...
class	PlotMSCalibrationWidget
	Widget for editing a PlotMSCalibration object. More...
class	PlotMSFlaggingWidget
	GUI widget for editing a PlotMSFlagging object. More...
class	PlotMSLoggerWidget
	Widget to set log events and priority filter. More...
class	PlotMSPlotter
	High(ish)-level plotter class that manages the GUI (semi-) transparently to the rest of PlotMS. More...
class	PlotMSSelectionWidget
	Widget for editing a PlotMSSelection object. More...
class	PlotMSSummaryDialog
	Contains controls for customizing and producing a summary of the plot. More...
class	PlotMSTransformationsWidget
	Widget for editing a PlotMSTransformations object. More...
class	PlotRangeWidget
	Widget for selecting a plot axis range. More...
class	PlotMSAnnotatorTab
	Subclass of PlotMSTab that handles interaction with the PlotMSAnnotator. More...
class	PlotMSAxesTab
	Subclass of PlotMSPlotSubtab that manages plot axes parameters. More...
class	PlotMSCacheTab
class	PlotMSCalibrationTab
	Subclass of PlotMSTab that handles using a calibration library (initially settable only from casapy session). More...
class	PlotMSCanvasTab
	Subclass of PlotMSPlotSubtab to manage canvas parameters. More...
class	PlotMSDataCollapsible
	Represents a single plot's properties that can be shown maximized or minimized; handles whether a plot will be shown on the display. More...
class	PlotMSDataSummaryTab
	Handles adding multiple plots to the GUI. More...
class	PlotMSDataSymbolWidget
	Represents how symbols are colored and drawn on the plot. More...
class	PlotMSDataTab
	Subclass of PlotMSTab that handles picking MS filename, selection, and averaging parameters. More...
class	PlotMSDisplayTab
	Subclass of PlotMSPlotSubtab to manage plot display parameters. More...
class	PlotMSExportTab
	Subclass of PlotMSPlotSubtab to manage exporting plots. More...
class	PlotMSFlaggingTab
	Subclass of PlotMSTab that handles flagging. More...
class	PlotMSIterateTab
	Subclass of PlotMSPlotSubtab to manage plot display parameters. More...
class	PlotMSOptionsTab
	Subclass of PlotMSTab that handles options for PlotMSPlotter. More...
class	PlotMSPlotSubtab
	Subclass of PlotMSTab for tabs that are meant to be used as subtabs in a PlotMSPlotTab. More...
class	PlotMSPlotTab
	Subclass of PlotMSTab that manages PlotMSPlots in the GUI. More...
class	PlotMSTab
	Abstract parent for any widget that goes in the tabbed side panel of the PlotMSPlotter. More...
class	TrackerKeyHandler
	Registered with all Canvases so Tracker can act upon key presses. More...
class	PlotMSToolsTab
	Subclass of PlotMSTab that handles the tools for the current plot. More...
class	PlotMSTransformationsTab
	Subclass of PlotMSTab that handles picking MS filename, selection, and averaging parameters. More...
class	PlotEngine
	Abstracts the interface DBUS uses to talk to the main PlotMS application. More...
class	PlotMSApp
	Controller class for plotms. More...
class	PlotMSPolSelection
class	PlotMSAveraging
	Specifies averaging parameters for an MS. More...
class	PlotMSCalibration
	Specifies calibration parameters for an MS. More...
class	PMS
	Container class for useful constants/methods. More...
class	PlotMSDBusApp
	class PlotEngine; More...
class	PlotMSExportParam
	Specifies export parameters for plotms. More...
class	PlotMSFlagging
	Specifies flagging parameters (including possibly flag extension) for an MS. More...
class	PlotMSIterParam
	Specifies iteration parameters for plotms. More...
class	PlotMSLabelFormat
	Class for generating labels based upon axes, units, etc. More...
class	PlotMSParameters
	Subclass of PlotMSWatchedParameters that hold parameters for the whole plotter. More...
class	DummyClass
	Removal of compile warnings for unused variables. More...
class	PlotMSRegion
	A single region; basically just a container class for four doubles. More...
class	PlotMSRegions
	PlotMSRegions is a class that holds information about selected regions for a single PlotMSPlot. More...
class	PlotMSSelection
	Specifies an MS selection. More...
class	PlotMSTransformations
	Specifies averaging parameters for an MS. More...
class	PlotMSParametersWatcher
	Interface for classes that wish to be notified when PlotMSWatchedParameters have changed. More...
class	PlotMSWatchedParameters
	Abstract class for parameters that may be watched by one or more interested classes. More...
class	PlotMSPage
	Represents a single page of PlotCanvases, arranged in a grid. More...
class	PlotMSPages
	Represents (potentially) multiple pages for PlotMS, with one being current (visible) at a time. More...
class	PlotMSPlot
	Class for a single "plot" concept. More...
class	PlotMSPlotManager
	Class which manages PlotMSPlots for plotms. More...
class	PlotMSPlotManagerWatcher
	Interface for any class that wants to be notified when the plots in the manager have changed. More...
class	PMS_PP
	Container class to hold constants for groups. More...
class	PMS_PP_MSData
	Subclass of PlotMSPlotParameters::Group to handle subparameters for MS data. More...
class	PMS_PP_Cache
	Subclass of PlotMSPlotParameters::Group to handle cache parameters. More...
class	PMS_PP_Axes
	Subclass of PlotMSPlotParameters::Group to handle axes parameters. More...
class	PMS_PP_Canvas
	Subclass of PlotMSPlotParameters::Group to handle canvas parameters. More...
class	PMS_PP_Display
	Subclass of PlotMSPlotParameters::Group to handle display parameters. More...
class	PMS_PP_Iteration
	Subclass of PlotMSPlotParameters::Group to handle iteration parameters. More...
class	PlotMSPlotParameters
	Parameters for a PlotMSPlot. More...
class	BackgroundThread
	Manages a thread to do a background operation and communicates back to its controller with regard to work status. More...
class	CacheThread
class	ExportThread
	Exports a plot to a specific format in a background thread. More...
class	PlotMSCacheThread
	Subclass of PlotMSThread for loading axes in a PlotMSCache. More...
class	PlotMSDrawThread
	Subclass of PlotMSThread that handles following the progress of canvas drawing. More...
class	PlotMSExportThread
	Subclass of PlotMSThread for exporting a plot. More...
class	PlotMSThread
	Abstract class to control a threaded operation from the GUI. More...
class	ThreadCommunication
	Defines communication mechanisms that the model and data can use to communicate with the UI concerning progress and status. More...
class	ThreadController
class	LogFilterParallel
class	NRO2MSReader
class	NonCopyable
	NonCopyable Mixin (CRTP). More...
class	ReaderInterface
class	Scantable2MSReader
class	ScantableIteratorInterface
class	ScantableFrequenciesIterator
class	ScantableFieldIterator
class	ScantableSourceIterator
class	SingleDishMSFiller
class	BaselineTable
struct	LineFinderParameter
struct	BLParameterSet
class	BLParameterParser
struct	BLIdSet
class	BLTableParser
class	LineFinderUtils
class	SDMSManager
class	SingleDishMS
class	ListConverter
	Converts a list or lists dumped from the splatalogue web interface to a casa table. More...
class	SearchEngine
	Performs a query on a splatalogue spectral line table. More...
class	Searcher
	Interface needed to support molecular line searching and identification. More...
class	SearcherFactory
class	SplatalogueTable
	Representation of a Splatalogue Table. More...
class	SplatResult
class	DatabaseConnector
	Maintains a connection to an SQLite database. More...
class	SearcherSQLite
	Searches a local sqlite database for molecular lines meeting the specified search criteria. More...
class	CalLibraryParse
	Class to hold values from cal library file parser. More...
class	BJonesDesc
	BJonesDesc: Define the format of BJones cal tables. More...
class	BJonesPolyDesc
	BJonesPolyDesc: Define the format of BJonesPoly cal tables. More...
class	BJonesMBuf
	BJonesMBuf: BJones calibration main table buffer. More...
class	BJonesPolyMBuf
	BJonesPolyMBuf: BJonesPoly calibration main table buffer. More...
class	ROBJonesMCol
	ROBJonesMCol: Read-only BJones cal_main column access. More...
class	BJonesMCol
	BJonesMCol: RW BJones cal_main column access. More...
class	ROBJonesPolyMCol
	ROBJonesPolyMCol: Read-only BJonesPoly cal_main column access. More...
class	BJonesPolyMCol
	BJonesPolyMCol: RW BJonesPoly cal_main column access. More...
class	BJonesMRec
	BJonesMRec: BJones cal_main table record access & creation. More...
class	BJonesTable
	BJonesTable: BJones calibration table access/creation. More...
class	BJonesPolyTable
	BJonesPolyTable: BJonesPoly calibration table access/creation. More...
class	CalBuffer
	CalBuffer: Calibration table buffer. More...
class	CalDescBuffer
	CalDescBuffer: Calibration table cal_desc buffer. More...
class	ROCalDescColumns
	ROCalDescColumns: Read-only cal_desc calibration table column access. More...
class	CalDescColumns
	CalDescColumns: Read-write cal_desc calibration table column access. More...
class	ROCalDescColumns2
	ROCalDescColumns: Read-only cal_desc calibration table column access. More...
class	CalDescColumns2
	CalDescColumns2: Read-write cal_desc calibration table column access. More...
class	CalDescRecord
	CalDescRecord: Cal_desc table record access and creation. More...
class	CalHistoryBuffer
	CalHistoryBuffer: Calibration table cal_history buffer. More...
class	ROCalHistoryColumns
	ROCalHistoryColumns: Read-only cal_history calibration table column access. More...
class	CalHistoryColumns
	CalHistoryColumns: Read-write cal_history calibration table column access. More...
class	CalHistoryRecord
	CalHistoryRecord: Cal_ table record access and creation. More...
class	CalInterp
class	CalInterpolation
	CalInterpolation: a class to hold calibration interpolation parameters. More...
class	CalInterpolator
	CalInterpolator: a class to interpolate calibration information. More...
class	CalIntpMatch
	CalIntpMatch: a class to hold calibration interpolation index maps. More...
class	CalIter
	CalIter: Sequential calibration table iterator. More...
class	CalIterBase
	CalIterBase: Base class for calibration table iterators. More...
class	CalMainBuffer
	CalMainBuffer: Calibration main table buffer. More...
class	ROCalMainColumns
	ROCalMainColumns: Read-only cal_main calibration table column access. More...
class	CalMainColumns
	CalMainColumns: Read-write cal_main calibration table column access. More...
class	CalMainColumns2
class	CalMainRecord
	CalMainRecord: Calibration table record access and creation. More...
class	CalSet
class	CalSetMetaInfo
	********************************************************** CalSetMetaInfo More...
class	CalTable
	CalTable: Calibration table access and creation. More...
class	CalTable2
	CalTable: Calibration table access and creation. More...
class	CalTableDesc
	CalTableDesc: Define the format of calibration tables. More...
class	CalTableDesc2
	CalTableDesc: Define the format of calibration tables. More...
class	CalTableFromAIPS
	CalTableFromAIPS: Calibration table creation from AIPS FITS file. More...
class	CalPatchKey
	A specialized key class for Calibration patch panel elements. More...
class	MSCalPatchKey
class	CTCalPatchKey
class	CalMap
	A base class for calmaps. More...
class	FieldCalMap
class	CalLibSlice
	A class to parse the contents of a single CalLib slice i.e., for one caltable, one setup. More...
class	CLPPResult
class	CLPatchPanel
class	ROCTColumns
	A class to provide easy read-only access to new CalTable columns. More...
class	CTColumns
	A class to provide easy read-write access to NewCalTable columns. More...
class	CTDesc
	CTDesc: Define the format of calibration tables. More...
class	CTEnums
class	CTInterface
class	ROCTIter
	ROCTIter: Read-only iterating interface to New Calibration tables. More...
class	CTIter
	Writable version (limited to certain 'columns'). More...
class	CTMainColInterface
class	ROCTMainColumns
class	CTMainColumns
class	CTMainRecord
	CTMainRecord: Calibration table record access and creation. More...
class	CTPatchedInterp
class	CTSelection
	CTSelection: Class to represent a selection on a CASA CalTable. More...
class	CTTimeInterp1
class	EPointDesc
	EPointDesc: Define the format of GJones cal tables. More...
class	EPointMBuf
	EPointMBuf: EPoint calibration main table buffer. More...
class	ROEPointMCol
class	EPointMCol
	EPointJonesMCol: RW SolvableVisJones cal_main column access. More...
class	EPointTable
class	EPointVisJonesMRec
	EPointVisJonesMRec: EPointVisJones cal_main table record access/creation. More...
class	FVisJonesDesc
	FVisJonesDesc: Define the format of FVisJones cal tables. More...
class	FVisJonesIonoDesc
	FVisJonesIonoDesc: Define the format of FVisJonesIono cal tables. More...
class	FVisJonesMRec
	FVisJonesMRec: FVisJones cal_main table record access/creation. More...
class	FVisJonesIonoMRec
	FVisJonesIonoMRec: FVisJonesIono cal_main table record access/creation. More...
class	GJonesPolyDesc
	GJonesPolyDesc: Define the format of GJonesPoly cal tables. More...
class	GJonesSplineDesc
	GJonesSplineDesc: Define the format of GJonesSpline cal tables. More...
class	GJonesPolyMBuf
	GJonesPolyMBuf: GJonesPoly calibration main table buffer. More...
class	GJonesSplineMBuf
	GJonesSplineMBuf: GJonesSpline calibration main table buffer. More...
class	ROGJonesPolyMCol
	ROGJonesPolyMCol: Read-only GJonesPoly cal_main column access. More...
class	GJonesPolyMCol
	GJonesPolyMCol: RW GJonesPoly cal_main column access. More...
class	ROGJonesSplineMCol
	ROGJonesSplineMCol: Read-only GJonesSpline cal_main column access. More...
class	GJonesSplineMCol
	GJonesSplineMCol: RW GJonesSpline cal_main column access. More...
class	GJonesPolyTable
	GJonesPolyTable: GJonesPoly calibration table access/creation. More...
class	GJonesSplineTable
	GJonesSplineTable: GJonesSpline calibration table access/creation. More...
class	MJonesDesc
	MJonesDesc: Define the format of MJones calibration tables. More...
class	MJonesMRec
	MJonesMRec: MJones cal_main table record access and creation. More...
class	NewCalTable
class	RIorAPArray
class	ROCalMainColumns2
class	SkyJonesDesc
	SkyJonesDesc: Define the format of SkyJones calibration tables. More...
class	ROSolvableCalSetMCol
	ROSolvableVisJonesMCol: Read-only SolvableVisJones cal_main column access. More...
class	SolvableCalSetMCol
	SolvableCalSetMCol: RW SolvableCalSet cal_main column access. More...
class	SolvableMJonesDesc
	SolvableMJonesDesc: Define the format of SolvableMJones cal tables. More...
class	MIfrDesc
	MIfrDesc: Define the format of MIfr cal tables. More...
class	SolvableMJonesMRec
	SolvableMJonesMRec: SolvableMJones cal_main table record access/creation. More...
class	MIfrMRec
	MIfrMRec: MIfr cal_main table record access & creation. More...
class	SolvableVisJonesDesc
	SolvableVisJonesDesc: Define the format of SolvableVisJones cal tables. More...
class	GJonesDesc
	GJonesDesc: Define the format of GJones cal tables. More...
class	GJonesDelayRateSBDesc
	GJonesDelayRateSBDesc: Define the format of GJonesDelayRateSB cal tables. More...
class	DJonesDesc
	DJonesDesc: Define the format of DJones cal tables. More...
class	TJonesDesc
	TJonesDesc: Define the format of TJones cal tables. More...
class	SolvableVisJonesMBuf
	SolvableVisJonesMBuf: SolvableVisJones calibration main table buffer. More...
class	GJonesMBuf
	GJonesMBuf: GJones calibration main table buffer. More...
class	DJonesMBuf
	DJonesMBuf: DJones calibration main table buffer. More...
class	TJonesMBuf
	TJonesMBuf: TJones calibration main table buffer. More...
class	ROSolvableVisJonesMCol
	ROSolvableVisJonesMCol: Read-only SolvableVisJones cal_main column access. More...
class	SolvableVisJonesMCol
	SolvableVisJonesMCol: RW SolvableVisJones cal_main column access. More...
class	ROGJonesMCol
	ROGJonesMCol: Read-only GJones cal_main column access. More...
class	GJonesMCol
	GJonesMCol: RW GJones cal_main column access. More...
class	RODJonesMCol
	RODJonesMCol: Read-only DJones cal_main column access. More...
class	DJonesMCol
	DJonesMCol: RW DJones cal_main column access. More...
class	ROTJonesMCol
	ROTJonesMCol: Read-only TJones cal_main column access. More...
class	TJonesMCol
	TJonesMCol: RW TJones cal_main column access. More...
class	SolvableVisJonesMRec
	SolvableVisJonesMRec: SolvableVisJones cal_main table record access/creation. More...
class	GJonesMRec
	GJonesMRec: GJones cal_main table record access & creation. More...
class	DJonesMRec
	DJonesMRec: DJones cal_main table record access & creation. More...
class	TJonesMRec
	TJonesMRec: TJones cal_main table record access & creation. More...
class	SolvableVisJonesTable
	SolvableVisJonesTable: SolvableVisJones calibration table access/creation. More...
class	GJonesTable
	GJonesTable: GJones calibration table access and creation. More...
class	GJonesDelayRateSBTable
	GJonesDelayRateSBTable: GJonesDelayRateSB calibration table access and creation. More...
class	DJonesTable
	DJonesTable: DJones calibration table access and creation. More...
class	TJonesTable
	TJonesTable: TJones calibration table access and creation. More...
class	TimeVarMJonesDesc
	TimeVarMJonesDesc: Define the format of TimeVarMJones cal tables. More...
class	TimeVarMJonesMRec
	TimeVarMJonesMRec: TimeVarMJones cal_main table record access & creation. More...
class	TimeVarVisJonesDesc
	TimeVarVisJonesDesc: Define the format of TimeVarVisJones cal tables. More...
class	PJonesDesc
	PJonesDesc: Define the format of PJones cal tables. More...
class	CJonesDesc
	CJonesDesc: Define the format of CJones cal tables. More...
class	TimeVarVisJonesMBuf
	TimeVarVisJonesMBuf: TimeVarVisJones calibration main table buffer. More...
class	PJonesMBuf
	PJonesMBuf: PJones calibration main table buffer. More...
class	CJonesMBuf
	CJonesMBuf: CJones calibration main table buffer. More...
class	ROTimeVarVisJonesMCol
	ROTimeVarVisJonesMCol: Read-only TimeVarVisJones cal_main column access. More...
class	TimeVarVisJonesMCol
	TimeVarVisJonesMCol: RW TimeVarVisJones cal_main column access. More...
class	ROPJonesMCol
	ROPJonesMCol: Read-only PJones cal_main column access. More...
class	PJonesMCol
	PJonesMCol: RW PJones cal_main column access. More...
class	ROCJonesMCol
	ROCJonesMCol: Read-only CJones cal_main column access. More...
class	CJonesMCol
	CJonesMCol: RW CJones cal_main column access. More...
class	TimeVarVisJonesMRec
	TimeVarVisJonesMRec: TimeVarVisJones cal_main table record access & creation. More...
class	PJonesMRec
	PJonesMRec: PJones cal_main table record access & creation. More...
class	CJonesMRec
	CJonesMRec: CJones cal_main table record access & creation. More...
class	TimeVarVisJonesTable
	TimeVarVisJonesTable: TimeVarVisJones calibration table access and creation. More...
class	PJonesTable
	PJonesTable: PJones calibration table access and creation. More...
class	CJonesTable
	CJonesTable: CJones calibration table access and creation. More...
class	TJonesPolyDesc
	TJonesPolyDesc: Define the format of TJonesPoly cal tables. More...
class	TJonesSplineDesc
	TJonesSplineDesc: Define the format of TJonesSpline cal tables. More...
class	TJonesPolyMBuf
	TJonesPolyMBuf: TJonesPoly calibration main table buffer. More...
class	TJonesSplineMBuf
	TJonesSplineMBuf: TJonesSpline calibration main table buffer. More...
class	ROTJonesPolyMCol
	ROTJonesPolyMCol: Read-only TJonesPoly cal_main column access. More...
class	TJonesPolyMCol
	TJonesPolyMCol: RW TJonesPoly cal_main column access. More...
class	ROTJonesSplineMCol
	ROTJonesSplineMCol: Read-only TJonesSpline cal_main column access. More...
class	TJonesSplineMCol
	TJonesSplineMCol: RW TJonesSpline cal_main column access. More...
class	TJonesPolyTable
	TJonesPolyTable: TJonesPoly calibration table access/creation. More...
class	TJonesSplineTable
	TJonesSplineTable: TJonesSpline calibration table access/creation. More...
class	VisCalEnum
class	VisJonesDesc
	VisJonesDesc: Define the format of VisJones calibration tables. More...
class	VisJonesMBuf
	VisJonesMBuf: VisJones calibration main table buffer. More...
class	ROVisJonesMCol
	ROVisJonesMCol: Read-only VisJones cal_main calibration table column access. More...
class	VisJonesMCol
	VisJonesMCol: Read-write VisJones cal_main calibration table column access. More...
class	VisJonesMRec
	VisJonesMRec: VisJones cal_main table record access and creation. More...
class	VisJonesTable
	VisJonesTable: VisJones calibration table access and creation. More...
class	DataSampling
	Provides sampling of data for esimation algorithms. More...
class	ImageDataSampling
	Provides sampling of single dish data for esimation algorithms. More...
class	PixonProcessor
	Allows processing via the Pixon algorithm. More...
class	SDDataSampling
	Provides sampling of single dish data for esimation algorithms. More...
class	SynDataSampling
	Provides sampling of synthesis data for estimation algorithms. More...
class	IDL
	A class to start IDL and execute commands, etc. More...
class	ContinuumPartitionMixin
	Parameter and input data partitioning for parallel continuum imaging (in ParallelImagerMixin). More...
class	CubePartitionMixin
	Parameter and input data partitioning for parallel cube imaging (in ParallelImagerMixin). More...
class	DistributedSynthesisIterBot
	Class that contains functions needed for imager. More...
class	DistributedSynthesisIterBotWithOldGUI
class	DistSIIterBot_state
struct	ExecRecord
struct	DetailsRecord
struct	ControlRecord
class	new_interactive_clean_callback
class	InteractiveMasking
class	IterationControl
class	MultiParamFieldIterator
class	ParallelImager
	High level interface to parallel imaging classes, instances of which are returned from ParallelImagerFactory::make. More...
class	ParallelImagerAdaptor
	Adaptor for ParallelImagerMixin implementation classes as ParallelImager instances. More...
class	ParallelImagerFactory
	Factory class for ParallelImager instances. More...
class	ParallelImagerMixin
	ParallelImagerMixin. More...
struct	ParallelImagerParams
	Collection of parameters for parallel imaging, categorized roughly by imaging component. More...
class	ParamFieldIterator
class	SDAlgorithmAAspClean
class	SDAlgorithmBase
class	SDAlgorithmClarkClean
class	SDAlgorithmClarkClean2
class	SDAlgorithmHogbomClean
class	SDAlgorithmMEM
class	SDAlgorithmMSClean
class	SDAlgorithmMSMFS
class	SDAlgorithmTest
class	SDMaskHandler
class	SerialPartitionMixin
	Parameter and input data partitioning for serial imaging (in ParallelImagerMixin). More...
class	SIImageStore
class	SIImageStoreMultiTerm
class	SIIterBot_callback
class	SIIterBot_state
class	SIIterBot_adaptor
class	SIMapper
	Class that contains functions needed for imager. More...
class	SIMapperCollection
class	SIMapperImageMosaic
	Class that contains functions needed for imager. More...
class	SIMinorCycleController
class	SynthesisDeconvolver
	Class that contains functions needed for imager. More...
class	SynthesisDeconvolverMixin
	Simple mixin class to put SynthesisDeconvolver into ParallelImagerMixin framework. More...
class	SynthesisImager
	Class that contains functions needed for imager. More...
class	SynthesisImagerMixin
	Simple mixin class to put SynthesisImager into ParallelImagerMixin framework. More...
class	SynthesisImagerVi2
class	SynthesisIterBot
	Class that contains functions needed for imager. More...
class	SynthesisIterBotWithOldGUI
class	SynthesisNormalizer
	Class that contains functions needed for imager. More...
class	SynthesisNormalizerMixin
	Simple mixin class to put SynthesisNormalizer into ParallelImagerMixin framework. More...
class	SynthesisUtilMethods
class	SynthesisParams
class	SynthesisParamsSelect
class	SynthesisParamsImage
class	SynthesisParamsGrid
class	SynthesisParamsDeconv
class	ACoh
class	AMueller
class	ANoise
	Additive noise In practice, this is not really solvable, but it is a SVM because we need access to general simulation methods. More...
class	BJonesPoly
class	CalCorruptor
	for simulating corruptions More...
class	ANoiseCorruptor
class	DJonesCorruptor
	D is like ANoise but has a complex amplitude (different sigma in real/imag), and a systematic offset. More...
class	fBM
	this generates fractional brownian motion aka generalized 1/f noise class fBM : public Array<Double> { More...
class	AtmosCorruptor
class	GJonesCorruptor
class	Calibrater
	Controls the solution of calibration components (Jones Matrices). More...
class	CalSolVi2Organizer
class	CEMemImageSkyModel
	Image Sky Model for the Cornwell-Evens maximum entropy algorithm. More...
class	CExp
	Call this inline as f(arg/PI2). More...
class	CExp3
class	ClarkCleanAlgorithm
class	ClarkCleanImageSkyModel
	Clark Image Sky Model: Image Sky Model implementing the Clark Clean algorithm. More...
class	CleanImageSkyModel
class	ConvFuncDiskCache
	An object to manage the caches of pre-computed convolution functions on the disk and in the memory. More...
class	CSCleanImageSkyModel
	CS Image Sky Model: Image Sky Model implementing the CS Clean algorithm. More...
class	DJones
	********************************************************** DJones More...
class	DfJones
	********************************************************** DfJones (freq-dep D) (general) More...
class	DlinJones
	********************************************************** DlinJones (linearized DJones) More...
class	DflinJones
	********************************************************** DflinJones (freq-dep, linearized DJones) More...
class	DllsJones
	********************************************************** DllsJones (LLS DJones solve, General apply) More...
class	DfllsJones
	********************************************************** DfllsJones (freq-dep, LLS DJones solve, General apply) More...
class	XMueller
	********************************************************** X: position angle calibration (for circulars!) (rendered as a Mueller for now) More...
class	XJones
	********************************************************** X: position angle calibration (for circulars!) More...
class	XfJones
	********************************************************** Xf: position angle calibration (for circulars!) (channel-dependent) More...
class	GlinXphJones
	X-Y phase. More...
class	GlinXphfJones
	Freq-dep XY-phase. More...
class	EGainCurve
	********************************************************** EGainCurve More...
class	EPJones
	********************************************************** EPJones (pointing errors) More...
class	EVLASwPow
	********************************************************** EVLA switched power Gain and Tsys More...
class	ExpCache
class	FJones
class	FringeJones
	Fringe-fitting (parametrized phase) VisCal. More...
class	GridBoth
class	GJonesSpline
class	HogbomCleanImageSkyModel
	Hogbom Clean Image Sky Model: Image Sky Model implementing the Hogbom Clean algorithm. More...
class	ImageSkyModel
	Image Sky Model: Image-based Model for the Sky Brightness. More...
class	Jones
class	JonesGenLin
class	JonesDiag
class	JonesScal
class	DelayFFT
class	KJones
	Forward declarations. More...
class	KcrossJones
	(sbd) K for cross-hand solve More...
class	KMBDJones
	KMBD Jones provides support for multi-band delays. More...
class	KAntPosJones
class	LJJones
	********************************************************** LJJones (pointing errors) More...
class	MakeApproxPSFAlgorithm
	Parallelized version of approximate PSF formation. More...
class	MFCEMemImageSkyModel
	MF CE Mem Image Sky Model: Image Sky Model implementing the MF Mem algorithm. More...
class	MFCleanImageSkyModel
	MF Image Sky Model: Image Sky Model implementing the MF Clean algorithm. More...
class	MFMSCleanImageSkyModel
	Image Sky Model implementing the MultiScale, MultiField Clean algorithm. More...
class	MSCleanImageSkyModel
	MS Clean Image Sky Model: Image Sky Model implementing the MS Clean algorithm. More...
class	MSMetaInfoForCal
class	Mueller
class	MuellerDiag
class	MuellerDiag2
class	MuellerScal
class	AddMuellerDiag2
	Parallel-hands only "additive Mueller". More...
class	AddMuellerDiag
	Full polarization "additive Mueller". More...
class	MultiThreadedVisibilityResampler
class	NNLSImageSkyModel
	Briggs' Non-Negative Least Squares deconvolution algorithm. More...
class	nPBWProjectFT
class	PBMosaicFT
	class nPBWProjectFT; More...
class	PClarkCleanImageSkyModel
	Clark Image Sky Model: Image Sky Model implementing the Clark Clean algorithm. More...
class	PixelatedConvFunc
class	PredictAlgorithm
	Parallel model visibility prediction. More...
class	PWFCleanImageSkyModel
	Parallelized version of class WFCleanImageSkyModel. More...
class	ReadMSAlgorithm
	Test class to read in parallel a MS. More...
class	ResamplerWorklet
class	ResidualAlgorithm
	Parallel residual image formation. More...
class	rGridFT
	An FTMachine for Gridded Fourier transforms. More...
class	SDDoubleCircleGainCal
class	SDDoubleCircleGainCalImpl
class	SDGrid
	An FTMachine for Gridding Single Dish data. More...
class	SDPosInterpolator
class	SimACoh
	SimACoh: Model additive noise errors for the VisEquation . More...
class	SimACohCalc
	SimACohCalc: Model additive noise errors for the VisEquation. More...
class	SingleDishSkyCal
class	SingleDishPositionSwitchCal
class	SingleDishRasterCal
class	SingleDishOtfCal
class	SkyCal
class	SkyModel
	Sky Model: Model the Sky Brightness for the SkyEquation. More...
class	SolvableVisCal
class	SolvableVisMueller
	********************************************************** SolvableVisMueller More...
class	SolvableVisJones
	********************************************************** SolvableVisJones More...
class	SolveDataBuffer
	SolveDataBuffer is a container for VisBuffer2 data and related residual and differentiation results related to generic calibration solving. More...
class	SDBList
class	PJones
	********************************************************** PJones More...
class	TJones
	********************************************************** TJones More...
class	TfJones
	********************************************************** TfJones (freq-dep T) More...
class	GJones
	********************************************************** GJones More...
class	BJones
	********************************************************** BJones (freq-dep GJones) More...
class	JJones
	********************************************************** JJones More...
class	MMueller
	********************************************************** M: baseline-based (closure) More...
class	MfMueller
	********************************************************** MfMueller (freq-dep MMueller) More...
class	TOpac
	********************************************************** TOPac More...
class	TfOpac
	********************************************************** TfOpac (freq-dep TOpac) More...
class	SteepestDescentSolver
class	TabulatedConvFunc
class	StandardTsys
	not yet: class TJonesCorruptor; More...
class	UVMod
	VisCal: Model multiplicative errors for the VisEquation . More...
class	VBStore
class	VisCal
	********************************************************** VisCal More...
class	VisMueller
	********************************************************** VisMueller More...
class	VisJones
	********************************************************** VisJones More...
class	VisCalSolver
	VisCalSolver: Default solver for calibration using visibility data. More...
class	VisCalSolver2
	VisCalSolver2: Default solver for calibration using visibility data. More...
class	VisVector
class	WBCleanImageSkyModel
	WB Clean Image Sky Model: Image Sky Model implementing a Wide-Band multi frequency synthesis algorithm. More...
class	WFCleanImageSkyModel
	WF Image Sky Model: Image Sky Model implementing the WF Clean algorithm. More...
class	WOnlyConvFunc
	------------------------------------------------------------------------------------------- More...
class	WOnlyProjectFT
class	XCorr
	Model non-linear correlator function for the VisEquation. More...
class	ArrayModel
	models with an internal & external representation as an array More...
class	CCList
class	CEMemModel
	Implements the Cornwell & Evans MEM Algorithm on Lattices. More...
class	CEMemProgress
	Class to monitor progress in MEM deconvolution. More...
class	ClarkCleanLatModel
	A Class for performing the Clark Clean Algorithm on Arrays. More...
class	ClarkCleanModel
	A Class for performing the Clark Clean Algorithm on Arrays. More...
class	ClarkCleanProgress
	Abstract base class to monitor progress in lattice operations. More...
class	ConvolutionEquation
	Implements the convolution equation. More...
class	CubeSkyEquation
class	Deconvolver
	A simple deconvolver operating on images (no SkyEquation). More...
class	Entropy
	base class for entropy functions as used by MEM More...
class	EntropyI
	Thermodynamic or Information entropy used by MEM. More...
class	EntropyEmptiness
	Maximum Emptiness measure used by MEM. More...
class	Feather
	Class that contains functions needed for feathering. More...
class	HogbomCleanModel
	A Class for performing Hogbom Clean's of Arrays. More...
class	ImageMSCleaner
	A class interfacing images to MatrixCleaner. More...
class	ImageNACleaner
	A class interfacing images to MatrixNACleaner. More...
class	Imager
	Class that contains functions needed for imager. More...
class	ImagerMultiMS
class	IncCEMemModel
	performs MEM algorithm incrementally More...
class	IncEntropy
	Base class for incremental entropies used by incremental MEM algorithm. More...
class	IncEntropyI
	Thermodynamic or Information entropy for incremental MEM. More...
class	IncEntropyEmptiness
	Emptiness measure for incremental MEM. More...
class	IPLatConvEquation
	Implements the image plane lattice convolution equation. More...
class	Iterate
	Base class for Iteration. More...
class	LatConvEquation
	Implements the convolution equation. More...
class	LatticeModel
	models with an internal & external representation as an Lattice More...
class	LinearEquation
	defines a relationship between Domain and Range objects More...
class	LinearModel
	Provides a model for use in model fitting applications. More...
class	LinearMosaic
	Class that contains functions needed for feathering. More...
class	MaskedArrayModel
	base class for models with an internal & external representation as a MaskedArray More...
class	MaskedHogbomCleanModel
	A Class for performing Hogbom Clean's of Arrays. More...
class	MatrixCleaner
	A copy of LatticeCleaner but just using 2-D matrices. More...
class	MatrixNACleaner
	A simple deconvolver that masks by memory of previous peaks. More...
class	MultiTermMatrixCleaner
class	ResidualEquation
	Interface class containing functions returning "Domain" type. More...
class	Simulator
	Simulates MeasurementSets from SkyModel and SkyEquation. More...
class	SkyEquation
struct	StokesUtil_global_functions_StokesVector_ancillary_Functions
	for use with StokesVectors and related classes More...
class	VisEquation
class	VPManager
class	Algorithm
	Defines a computational unit for parallel processing. More...
class	Applicator
	Class which provides an interface to the parallelization infrastructure. More...
class	MPIError
	Base error class for MPI. More...
class	PTransport
	Base class for parallel data transport models. More...
class	SerialTransport
	Putting in the MPI Transport stuff only makes sense if we have MPI. More...
class	ALMAAperture
	class ALMAAperture : public ATerm More...
class	ALMACalcIlluminationConvFunc
class	ATerm
	The base class to represent the Aperture-Term of the Measurement Equation. More...
class	AWConvFunc
	------------------------------------------------------------------------------------------- More...
class	AWConvFunc2
	------------------------------------------------------------------------------------------- More...
class	AWConvFuncEPJones
	------------------------------------------------------------------------------------------- More...
class	AWProjectFT
class	AWProjectWBFT
class	AWProjectWBFTNew
class	AWVisResampler
class	AzElAperture
struct	BeamCalcGeometry
struct	ApertureCalcParams
struct	calcAntenna
struct	Pathology
struct	Ray
class	BeamCalc
class	BeamSkyJones
	beam-like sky-plane effects for the SkyEquation More...
class	BeamSquint
	encapsulates beam squint (RR and LL beams at different directions) More...
struct	CFBStruct
class	CFBuffer
class	CFCacheTable
	An object to manage the caches of pre-computed convolution functions on the disk and in the memory. More...
class	CFCache
	---------------------------------------------------------------------- More...
struct	CFCStruct
class	CFCell
	template <class t>=""> More...
class	CFStore
class	CFStore2
class	CFTerms
	The base class to represent the Aperture-Term of the Measurement Equation. More...
class	ComponentFTMachine
class	ConvolutionFunction
	The base class to compute convolution functions for convolutional gridding. More...
class	DBeamSkyJones
	Model the polarization leakage in the Sky Jones Matrices. More...
class	EVLAAperture
	class EVLAAperture : public ATerm More...
class	EVLAConvFunc
class	FTMachine
	defines interface for the Fourier Transform Machine More...
class	GridFT
	An FTMachine for Gridded Fourier transforms. More...
class	HetArrayConvFunc
class	IlluminationConvFunc
class	MosaicFT
class	MosaicFTNew
class	MultiTermAWProjectWBFT
class	MultiTermFT
class	MultiTermFTNew
class	NewMultiTermFT
class	NoOpATerm
	The base class to represent the Aperture-Term of the Measurement Equation. More...
class	PBMath
	Primary beam envelope class, derived from PBMathInterface. More...
class	PBMath1D
	base class for 1D PBMath objects More...
class	PBMath1DAiry
	PBMath1DAiry is a 1-D Airy Disk voltage pattern & Primary Beam. More...
class	PBMath1DCosPoly
	PBMath1DCosPoly is a 1-D Polynomial Cosine Expansion for a Primary Beam. More...
class	PBMath1DEVLA
class	PBMath1DGauss
	PBMath1DGauss is a 1-D Gaussian Primary Beam. More...
class	PBMath1DIPoly
	PBMath1DIPoly is a 1-D Inverse Polynomial Expansion for a Primary Beam. More...
class	PBMath1DNumeric
	1-D Numeric Primary Beam Model More...
class	PBMath1DPoly
	PBMath1DPoly is a 1-D Polynomial Expansion for a Primary Beam. More...
class	PBMath2D
	base class for 1D PBMath objects More...
class	PBMath2DImage
	2-D Image Primary Beam Model More...
class	PBMathInterface
	Virtual base class defining the Primary Beam interface. More...
class	PolOuterProduct
class	ProtoVR
class	PSTerm
	A class to apply the W-Term to the given image. More...
class	SetJyGridFT
	An FTMachine for Gridded Fourier transforms specializing in setjy frequency scaling. More...
class	SimpleComponentGridMachine
class	SimpComponentGridMachine
	SimpComponentFTMachine: does the simplest Fourier transform on SkyComponents. More...
class	SimpleComponentFTMachine
class	SimplePBConvFunc
class	SkyJones
	Sky Jones: Model sky-plane instrumental effects for the SkyEquation. More...
class	StokesImageUtil
class	SynthesisError
class	SynthesisFTMachineError
	Error thrown by the classes in the Synthesis module. More...
class	PSFZero
class	NoSenPattern
class	CFNotCached
struct	IChangeDetector
class	ParAngleChangeDetector
	////////////////////////////////////////////////////////////////////////// More...
class	VisibilityResampler
class	VisibilityResamplerBase
class	VisModelData
	Object to provide MODEL_DATA visibilities on demand. More...
class	VLACalcIlluminationConvFunc
	Int getVLABandID(Double& freq,String&telescopeName);. More...
class	VLAIlluminationConvFunc
class	VPSkyJones
	Model the diagonal elements of the Voltage Pattern Sky Jones Matrices. More...
class	WPConvFunc
class	WProjectFT
	An FTMachine for Gridded Fourier transforms. More...
class	WTerm
	A class to apply the W-Term to the given image. More...
class	AppRC
class	FFT2D
class	FixVis
	Performs for MeasurementSets various fixes which do not involve calibrating. This includes (in order of implementation): 1. Generating and inserting (u, v, w)s into a MS that may or may not already have them. Includes antenna offsets when known. 2. Correcting for differential aberration. 3. Changing the phase tracking center. 4. Changing the equinox (B1950 -> J2000). 5. (maybe never) Changing the projection, i.e. SIN <-> (-)NCP. More...
class	PointingDirectionCalculator
class	Projector
	Partially projection code from ASAP GenericEdgeDetector. More...
class	OrthographicProjector
class	SigHandler
class	ThreadCoordinatorBase
class	ThreadCoordinator
Typedefs
typedef Display	IL
	remove this when all IL's are extracted ???
typedef void(*	PixelCanvasColorTableResizeCB )(class PixelCanvasColorTable *pccmap, uInt newSize, void *clientData, Display::RefreshReason reason)
typedef std::vector< double >	CurveData
typedef std::vector< double >	ErrorData
typedef std::map< std::pair < Int, Int >, std::vector < uInt > >::iterator	antennaPairMapIterator
	Type definitions.
typedef std::map< Double, std::vector< uInt > >::iterator	subIntegrationMapIterator
typedef std::map< uShort, uShort >::iterator	polartizationMapIterator
typedef std::map< std::pair < Int, Int >, std::vector < uInt > >	antennaPairMap
typedef std::map< Double, std::vector< uInt > >	subIntegrationMap
typedef std::map< uShort, uShort >	polarizationMap
typedef std::map< uInt, String >	polarizationIndexMap
typedef std::vector< vector < Double > >	antennaPointingMap
typedef std::map< Int, vector < Double > >	scanStartStopMap
typedef std::map< Int, Double >	lambdaMap
typedef RFABase	RFA
typedef uInt	RFlagWord
	RFAs use bitwise flags.
typedef Vector< RFlagWord >	FlagVector
typedef Matrix< RFlagWord >	FlagMatrix
typedef Float(RFDataMapper::*	RowMapperFunc )(uInt)
	a row mapper member function maps a row to a single value
typedef RFCubeLatticeIterator < RFlagWord >	FlagCubeIterator
typedef CountedPtr < PlotDrawWatcher >	PlotDrawWatcherPtr
typedef CountedPtr< PlotCanvas >	PlotCanvasPtr
typedef std::pair< double, double >	ppoint_t
	Typedef for a point, which is two doubles (x and y).
typedef CountedPtr< PlotData >	PlotDataPtr
typedef PlotSingleDataImpl< int >	PlotSingleIntData
typedef PlotSingleDataImpl < unsigned int >	PlotSingleUIntData
typedef PlotSingleDataImpl< float >	PlotSingleFloatData
typedef PlotSingleDataImpl < double >	PlotSingleDoubleData
typedef PlotPointDataImpl< int >	PlotPointIntData
typedef PlotPointDataImpl < unsigned int >	PlotPointUIntData
typedef PlotPointDataImpl< float >	PlotPointFloatData
typedef PlotPointDataImpl< double >	PlotPointDoubleData
typedef PlotMaskedPointDataImpl< int >	PlotMaskedPointIntData
typedef PlotMaskedPointDataImpl < unsigned int >	PlotMaskedPointUIntData
typedef PlotMaskedPointDataImpl< float >	PlotMaskedPointFloatData
typedef PlotMaskedPointDataImpl < double >	PlotMaskedPointDoubleData
typedef PlotScalarErrorDataImpl< int >	PlotScalarErrorIntData
typedef PlotScalarErrorDataImpl < unsigned int >	PlotScalarErrorUIntData
typedef PlotScalarErrorDataImpl< float >	PlotScalarErrorFloatData
typedef PlotScalarErrorDataImpl < double >	PlotScalarErrorDoubleData
typedef PlotErrorDataImpl< int >	PlotErrorIntData
typedef PlotErrorDataImpl < unsigned int >	PlotErrorUIntData
typedef PlotErrorDataImpl< float >	PlotErrorFloatData
typedef PlotErrorDataImpl< double >	PlotErrorDoubleData
typedef CountedPtr < PlotSelectEventHandler >	PlotSelectEventHandlerPtr
	Smart Pointer Definitions //.
typedef CountedPtr < PlotClickEventHandler >	PlotClickEventHandlerPtr
typedef CountedPtr < PlotMousePressEventHandler >	PlotMousePressEventHandlerPtr
typedef CountedPtr < PlotMouseReleaseEventHandler >	PlotMouseReleaseEventHandlerPtr
typedef CountedPtr < PlotMouseDragEventHandler >	PlotMouseDragEventHandlerPtr
typedef CountedPtr < PlotMouseMoveEventHandler >	PlotMouseMoveEventHandlerPtr
typedef CountedPtr < PlotWheelEventHandler >	PlotWheelEventHandlerPtr
typedef CountedPtr < PlotKeyEventHandler >	PlotKeyEventHandlerPtr
typedef CountedPtr < PlotResizeEventHandler >	PlotResizeEventHandlerPtr
typedef CountedPtr < PlotButtonEventHandler >	PlotButtonEventHandlerPtr
typedef CountedPtr < PlotCheckboxEventHandler >	PlotCheckboxEventHandlerPtr
typedef CountedPtr< PlotFactory >	PlotFactoryPtr
typedef CountedPtr< PlotItem >	PlotItemPtr
typedef CountedPtr< PlotLogger >	PlotLoggerPtr
typedef CountedPtr< PlotMutex >	PlotMutexPtr
typedef CountedPtr< PlotOperation >	PlotOperationPtr
typedef std::pair< double, double >	prange_t
	Typedef for range, which is two doubles (min and max).
typedef std::pair< double, double >	psize_t
	Typedef for size, which is two doubles (width and height).
typedef unsigned int	PlotAxisBitset
	Set of bit flags to indicate combinations of sides, used (as of this writing) for indicating which axes have visible scales.
typedef CountedPtr< PlotColor >	PlotColorPtr
typedef CountedPtr< PlotFont >	PlotFontPtr
typedef CountedPtr< PlotAreaFill >	PlotAreaFillPtr
typedef CountedPtr< PlotLine >	PlotLinePtr
typedef CountedPtr< PlotSymbol >	PlotSymbolPtr
typedef CountedPtr< PlotWidget >	PlotWidgetPtr
typedef CountedPtr< Plotter >	PlotterPtr
typedef CountedPtr< PlotTool >	PlotToolPtr
typedef CountedPtr< SimplePlotter >	SimplePlotterPtr
typedef struct casa::window	WINDOW
	MIRIAD dataset MeasurementSet filler.
typedef void(casa::MSTransformBufferImpl::*	TransformFunction )(vi::VisBuffer2 *vb, DataCubeMap &inputDataMap, DataCubeMap &outputDataMap) const
typedef void(casa::MSTransformBufferImpl::*	TransformKernel )(vi::VisBuffer2 *vb, DataCubeMap &inputDataMap, DataCubeMap &outputDataMap, IPosition &inputPos, IPosition &outputPos, IPosition &kernelShape) const
typedef void(casa::MSTransformBufferImpl::*	TransformKernel1D )(vi::VisBuffer2 *vb, DataCubeMap &inputDataMap, DataCubeMap &outputDataMap, uInt &inputPos, uInt &outputPos, uInt &kernelSize) const
typedef map < MS::PredefinedColumns, MS::PredefinedColumns >	dataColMap
	Map definition.
typedef map< pair< pair< uInt, uInt >, uInt >, vector< uInt > >	baselineMap
typedef map< uInt, map< uInt, uInt > >	inputSpwChanMap
typedef map< uInt, vector < channelContribution > >	inputOutputChanFactorMap
typedef map< uInt, pair < spwInfo, spwInfo > >	inputOutputSpwMap
typedef MSCalEnums	MSC
typedef Vi2ChunkObservedVisDataProvider < Vi2StatsAmplitudeIterator >	Vi2ChunkObservedVisAmplitudeProvider
typedef Vi2ChunkModelVisDataProvider < Vi2StatsAmplitudeIterator >	Vi2ChunkModelVisAmplitudeProvider
typedef Vi2ChunkCorrectedVisDataProvider < Vi2StatsAmplitudeIterator >	Vi2ChunkCorrectedVisAmplitudeProvider
typedef Vi2ChunkObservedVisDataProvider < Vi2StatsImaginaryIterator >	Vi2ChunkObservedVisImaginaryProvider
typedef Vi2ChunkModelVisDataProvider < Vi2StatsImaginaryIterator >	Vi2ChunkModelVisImaginaryProvider
typedef Vi2ChunkCorrectedVisDataProvider < Vi2StatsImaginaryIterator >	Vi2ChunkCorrectedVisImaginaryProvider
typedef Vi2ChunkObservedVisDataProvider < Vi2StatsPhaseIterator >	Vi2ChunkObservedVisPhaseProvider
typedef Vi2ChunkModelVisDataProvider < Vi2StatsPhaseIterator >	Vi2ChunkModelVisPhaseProvider
typedef Vi2ChunkCorrectedVisDataProvider < Vi2StatsPhaseIterator >	Vi2ChunkCorrectedVisPhaseProvider
typedef Vi2ChunkObservedVisDataProvider < Vi2StatsRealIterator >	Vi2ChunkObservedVisRealProvider
typedef Vi2ChunkModelVisDataProvider < Vi2StatsRealIterator >	Vi2ChunkModelVisRealProvider
typedef Vi2ChunkCorrectedVisDataProvider < Vi2StatsRealIterator >	Vi2ChunkCorrectedVisRealProvider
typedef DataIteratorMixin < Vi2StatsDataIterator< Double, Float > >	Vi2StatsFloatIterator
typedef DataIteratorMixin < Vi2StatsDataIterator< Double, Double > >	Vi2StatsDoubleIterator
typedef DataIteratorMixin < Vi2StatsDataIterator< Double, Int > >	Vi2StatsIntIterator
typedef std::map< uInt, std::vector< Int > >	mapuIvIType
	A class to time average all columns of a VisBuffer.
typedef ViReadImplAsync	ROVIA
typedef uInt	Antenna
	The interface to the MeasurementSet for synthesis processing.
typedef Double	Frequency
typedef RigidVector< Float, 3 >	Position
typedef RigidVector< Double, 3 >	Direction
typedef Vector< CStokesVector >	vvCoh
typedef ROVisibilityIterator	ROVisIter
typedef VisibilityIterator	VisIter
typedef CountedPtr< CalCache >	CalCachePtr
typedef CountedPtr< MSCache >	MSCachePtr
typedef CountedPtr < PlotMSCacheBase >	PlotMSCacheBasePtr
typedef Double(PlotMSCacheBase::*	CacheMemPtr )(Int, Int)
typedef Int(PlotMSIndexer::*	IndexerMethPtr )(Int, Int)
typedef void(PlotMSIndexer::*	CollapseMethPtr )(Int, Array< Bool > &)
typedef CountedPtr< PlotMSIndexer >	PlotMSIndexerPtr
typedef CountedPtr< PlotMSPlotter >	PlotMSPlotterPtr
typedef void *	PMSPTObject
	Typedefs for using post-thread methods.
typedef void	PMSPTMethod (PMSPTObject, bool)
typedef CTEnums	NCT
typedef MSField	CTField
	NewCalTable: New Calibration table access and creation.
typedef MSObservation	CTObservation
typedef MSAntenna	CTAntenna
typedef MSSpectralWindow	CTSpectralWindow
typedef MSHistory	CTHistory
typedef MSFieldColumns	CTFieldColumns
typedef MSObservationColumns	CTObservationColumns
typedef MSAntennaColumns	CTAntennaColumns
typedef MSSpWindowColumns	CTSpWindowColumns
typedef MSHistoryColumns	CTHistoryColumns
typedef ROMSFieldColumns	ROCTFieldColumns
typedef ROMSObservationColumns	ROCTObservationColumns
typedef ROMSAntennaColumns	ROCTAntennaColumns
typedef ROMSSpWindowColumns	ROCTSpWindowColumns
typedef ROMSHistoryColumns	ROCTHistoryColumns
typedef ParallelImagerAdaptor < ContinuumParallelImagerImpl >	ContinuumParallelImager
	Standard parallel imager classes based on implementation classes in ParallelImagerMixin.h.
typedef ParallelImagerAdaptor < CubeParallelImagerImpl >	CubeParallelImager
	Parallel cube imager.
typedef ParallelImagerAdaptor < SerialParallelImagerImpl >	SerialParallelImager
	Serial imager.
typedef ParallelImagerMixin < ContinuumPartitionMixin < SynthesisImagerMixin < SynthesisNormalizerMixin < SynthesisDeconvolverMixin < IterationControl > > > > >	ContinuumParallelImagerImpl
	Parallel continuum imager class.
typedef ParallelImagerMixin < CubePartitionMixin < SynthesisImagerMixin < SynthesisNormalizerMixin < SynthesisDeconvolverMixin < IterationControl > > > > >	CubeParallelImagerImpl
	Parallel cube imager class.
typedef ParallelImagerMixin < SerialPartitionMixin < SynthesisImagerMixin < SynthesisNormalizerMixin < SynthesisDeconvolverMixin < IterationControl > > > > >	SerialParallelImagerImpl
	Serial (non-MPI) imager class -- allows ParallelImagerMixin type to be used regardless of serial vs parallel CASA.
typedef void(*	GCFPtr )(Double *griduvw, Double *area, Double *raoff1, Double *decoff1, Double *raoff2, Double *decoff2, Int *doGrad, Complex *weight, Complex *dweight1, Complex *dweight2, Double *currentCFPA)
typedef Complex	TT
	template <class t>="">
typedef Cube< CountedPtr < CFCell > >	VBRow2CFMapType
typedef Vector< CountedPtr < CFBuffer > >	VBRow2CFBMapType
typedef SquareMatrix< Complex, 2 >	mjJones2
typedef SquareMatrix< Complex, 4 >	mjJones4
typedef SquareMatrix< Float, 2 >	mjJones2F
Enumerations
enum	GLTraceLevel {   GLTraceNone,   GLTraceErrors,   GLTraceInfo,   GLTraceCalls,   GLTraceImages,   GLTraceGraphics,   GLTraceMath,   GLTraceOther,   GLTraceNormal,   GLTraceAll }
enum	ProfileType {   UNKNPROF,   SINGPROF,   RECTPROF,   ELLPROF,   POLYPROF,   POLYLINEPROF,   PVPROF }
enum	PlotAxis {   X_BOTTOM,   X_TOP,   Y_LEFT,   Y_RIGHT }
enum	PlotAxisScale {   NORMAL,   LOG10,   DATE_MJ_SEC,   DATE_MJ_DAY }
	Enum for possible axis scales. More...
enum	PlotCursor {   NORMAL_CURSOR,   HAND_OPEN,   HAND_CLOSED,   CROSSHAIR,   WAIT,   TEXT }
	Enum for cursors. More...
enum	PlotCanvasLayer {   MAIN,   ANNOTATION }
	The canvas is composed of multiple layers, where changing/adding items from one layer will not affect the others. More...
enum	ToolCode {   SELECT_TOOL,   SUBTRACT_TOOL,   ZOOM_TOOL,   PAN_TOOL,   NONE_TOOL }
enum	gaussSols {   AMP,   CENTER,   FWHM,   INTEGRAL,   AMPERR,   CENTERERR,   FWHMERR,   INTEGRALERR,   NGSOLMATRICES }
enum	spxSols {   SPXSOL,   SPXERR,   NSPXSOLMATRICES }
enum	axisType {   LONGITUDE,   LATITUDE,   FREQUENCY,   POLARIZATION,   NAXISTYPES }
enum	ALMAAntennaType {   ALMA_INVALID,   ALMA_DA,   ALMA_DV,   ALMA_CM,   ALMA_PM,   ALMA_numAntTypes }
enum	VLABeamCalcBandCode {   BeamCalc_VLA_L,   BeamCalc_VLA_C,   BeamCalc_VLA_X,   BeamCalc_VLA_U,   BeamCalc_VLA_K,   BeamCalc_VLA_Q,   BeamCalc_VLA_4,   VLABeamCalc_NumBandCodes }
enum	EVLABeamCalcBandCode {   BeamCalc_EVLA_L,   BeamCalc_EVLA_S,   BeamCalc_EVLA_C,   BeamCalc_EVLA_X,   BeamCalc_EVLA_U,   BeamCalc_EVLA_K,   BeamCalc_EVLA_A,   BeamCalc_EVLA_Q,   BeamCalc_EVLA_4,   EVLABeamCalc_NumBandCodes }
enum	ALMABeamCalcBandCode {   BeamCalc_ALMA_1,   BeamCalc_ALMA_2,   BeamCalc_ALMA_3,   BeamCalc_ALMA_4,   BeamCalc_ALMA_5,   BeamCalc_ALMA_6,   BeamCalc_ALMA_7,   BeamCalc_ALMA_8,   BeamCalc_ALMA_9,   BeamCalc_ALMA_10,   ALMABeamCalc_NumBandCodes }
Functions
PlotFactoryPtr	plotterImplementation (Plotter::Implementation which=Plotter::DEFAULT, bool smartDelete=true)
	The plotterImplementation function is a global function within the casa namespace.
SimplePlotterPtr	simplePlotter (Plotter::Implementation which=Plotter::DEFAULT, bool smartDelete=true)
	The simplePlotter function is a global function within the casa namespace.
std::string	to_string (const QString &other)
***virtual	~FluxCalcVQS ()
virtual Bool	operator() (Flux< Double > &value, Flux< Double > &error, const MFrequency &mfreq, const Bool updatecoeffs)=0
Bool	operator() (Vector< Flux< Double > > &values, Vector< Flux< Double > > &errors, const Vector< MFrequency > &mfreqs)
Bool	operator() (Vector< Flux< Double > > &values, Vector< Flux< Double > > &errors, const Vector< MFrequency > &mfreqs, const MEpoch &mtime, const String &interpmethod)
	for time variable case with interpolation method
virtual Bool	setSource (const String &sourceName, const MDirection &sourceDir)
	If a FS::Source enum matches srcName, returns the enum.
FCVQS::Source	getSrcEnum ()
MDirection	getDirection ()
	MDirection getDirection() {return directions_p[srcEnum_p];}.
void	readQSCoeffsTable (const Path &fileName)
	Read the coefficient data table.
void	interpolate (const String &interpmethod)
	Interpolate for time variable source.
void	setSourceCoeffsfromVec (uInt &i)
	Set the coefficients from one epoch where i is row number in the original data table.
RigidVector< Vector< Float >, 2 >	getCurrentCoeffs ()
	Get currently set coefficients.
void	isTimeVar (Bool istimevar)
	keep track if it is non-time var source for Perley-Butler2013
	FluxCalcVQS ()
Interpolate1D< Double, Float > ::Method	getInterpMethod_p (const String &interpmethod)
	A map from an FS::Source enum to a list of recognized names for it.
void	convertYearFracToMjd (const Vector< Double > &yearfrac, Vector< Double > &mjds)
	convert epochs in year.frac to mjds
virtual Bool	toRecord (RecordInterface &out) const
	Save to a record.
	CompiledSpectralElement ()
	CompiledSpectralElement (SpectralElement::Types type, const Vector< Double > &param=Vector< Double >(0))
	For subclasses.
	CompiledSpectralElement (SpectralElement::Types type, uInt nParam)
virtual void	_setFunction (const String &function)
ostream &	operator<< (ostream &os, const GaussianMultipletSpectralElement &elem)
ostream &	operator<< (ostream &os, const GaussianSpectralElement &elem)
ostream &	operator<< (ostream &os, const LogTransformedPolynomialSpectralElement &elem)
ostream &	operator<< (ostream &os, const LorentzianSpectralElement &elem)
Bool	fixedAmpl () const
Bool	fixedCenter () const
Bool	fixedWidth () const
Bool	fixedFWHM () const
	PCFSpectralElement (SpectralElement::Types type)
	PCFSpectralElement (SpectralElement::Types type, const Vector< Double > &param)
	param should have three elements: amplitude, center, and width
	PCFSpectralElement (SpectralElement::Types type, Double amp, Double center, Double width)
	PCFSpectralElement (const PCFSpectralElement &other)
	PCFSpectralElement ()
void	_initFunction ()
ostream &	operator<< (ostream &os, const PowerLogPolynomialSpectralElement &elem)
ostream &	operator<< (ostream &os, const SpectralElement &elem)
Bool	near (const SpectralElement &s1, const SpectralElement &s2, const Double tol)
Bool	nearAbs (const SpectralElement &s1, const SpectralElement &s2, const Double tol)
ostream &	operator<< (ostream &os, Attribute &a)
ostream &	operator<< (ostream &os, AttributeBuffer &ab)
ostream &	operator<< (ostream &os, AttributeValueBase &av)
const char *	GLbufferToString (int b)
	Convert various OpenGL constants to their string representations.
const char *	GLformatToString (GLenum format)
void	GLAttribToString (GLbitfield bits, String &str)
	Given a glPushAttrib argument, append the string with the arg's string representation.
std::ostream &	operator<< (std::ostream &out, const casa::viewer::Position &pos)
ostream &	operator<< (ostream &os, Annotations::State st)
	Ostream, mainly for debugging the state of the annotator.
bool	p1Arrow () const
bool	p2Arrow () const
Vector< String >	splitExpression (const Vector< String > &expr0)
	helper function to split an expression into elements
Int	findCorrType (Stokes::StokesTypes type, const Vector< Int > &corr)
	global function for finding polarization by index
Bool	fieldType (const RecordInterface &parm, const String &id, DataType type, DataType type2=TpNumberOfTypes)
	short inline function for checking the type of a record field
Bool	isField (const RecordInterface &parm, const String &id, Bool(*func)(DataType))
	short inline function for checking a field's data type against some function
Bool	isValidRecord (const RecordInterface &parm, const String &id)
	short inline function for checking that a field is a non-empty record
Bool	isFieldSet (const RecordInterface &parm, const String &id)
	Short inline function for checking if a record field is "set", i.e.
uInt	fieldSize (const RecordInterface &parm, const String &id)
	Short inline function for returning the number of elements in a field (0 for no field, 1 for scalar, >1 for arrays).
String	stringUpper (const String &in)
	Basically just upcase(), but in a form suitable for Array::apply.
int	dprintf (LogIO &os, const char *format,...)
	a debug-printf function, for printf-ing debug messages
std::vector< bool >	bitvec_from_ulong (unsigned long val, size_t len=std::numeric_limits< unsigned long >::digits)
unsigned long	bitvec_to_ulong (const std::vector< bool > &val)
template<class T >
Array< T >	operator& (const Array< T > &, const T &)
	Function for working with bitmasks.
template<class T >
LogicalArray	maskBits (const Array< T > &, const T &)
	returns a LogicalArray corresponding to (ARR&MASK)!=0
	INHERITANCE_POINTER (ScatterPlot, ScatterPlotPtr, Plot, PlotPtr, PlotItem, PlotItemPtr) INHERITANCE_POINTER(MaskedScatterPlot
PlotItemPtr	INHERITANCE_POINTER (ErrorPlot, ErrorPlotPtr, ScatterPlot, ScatterPlotPtr, PlotItem, PlotItemPtr) INHERITANCE_POINTER(ColoredPlot
	INHERITANCE_POINTER2 (PlotLayoutSingle, PlotLayoutSinglePtr, PlotCanvasLayout, PlotCanvasLayoutPtr) INHERITANCE_POINTER2(PlotLayoutGrid
	INHERITANCE_POINTER (PlotMaskedPointData, PlotMaskedPointDataPtr, PlotPointData, PlotPointDataPtr, PlotData, PlotDataPtr) class PlotErrorData
	Data that adds error functionality on top of normal plot data.
	INHERITANCE_POINTER (PlotErrorData, PlotErrorDataPtr, PlotPointData, PlotDataPtr, PlotData, PlotDataPtr) class PlotBinnedData
	Data that differentiates different points into different "bins" on top of normal point data functionality.
	INHERITANCE_POINTER (PlotBinnedData, PlotBinnedDataPtr, PlotPointData, PlotDataPtr, PlotData, PlotDataPtr) class PlotRasterData
	Data for raster plots, which can be thought of as three-dimensional.
ABSTRACT CLASSES Abstract class for colors Any implementation of color should be able to provide a hexadecimal form of the	color (i.e.,"000000"for black) and
ABSTRACT CLASSES Abstract class for colors Any implementation of color should be able to provide a hexadecimal form of the if a human readable	name (i.e."black").In many places throughout the plotter
CONCRETE UTILITY CLASSES Coordinate on the canvas	surface (i.e., the part where the actual plots are, which doesn't include things like axes, titles, etc.).A coordinate has two values and a system.*/class PlotCoordinate
virtual void	setSymbol (const PlotSymbolPtr symbol)
virtual void	setSymbol (PlotSymbol::Symbol sym)
	INHERITANCE_POINTER (PlotSelectTool, PlotSelectToolPtr, PlotMouseTool, PlotMouseToolPtr, PlotTool, PlotToolPtr) class PlotZoomTool
	A PlotZoomTool is a concrete subclass of PlotMouseTool that provides convenient zooming functionality.
	INHERITANCE_POINTER (PlotZoomTool, PlotZoomToolPtr, PlotMouseTool, PlotMouseToolPtr, PlotTool, PlotToolPtr) class PlotPanTool
	A PlotPanTool is a concrete subclass of PlotMouseTool that provides convenient panning functionality.
	INHERITANCE_POINTER (PlotPanTool, PlotPanToolPtr, PlotMouseTool, PlotMouseToolPtr, PlotTool, PlotToolPtr) class PlotTrackerTool
	A PlotTrackerTool is a concrete subclass of PlotMouseTool that provides convenient tracker functionality.
	INHERITANCE_POINTER (PlotTrackerTool, PlotTrackerToolPtr, PlotMouseTool, PlotMouseToolPtr, PlotTool, PlotToolPtr) TOOL NOTIFICATION CLASSESInterface for objects that want to be notified when the selection tool changes.*/class PlotSelectToolNotifier
TOOL GROUP CLASSES A PlotMouseToolGroup provides an interface for a group of PlotMouseTools where only	one (or none) is active at a time.*/class PlotMouseToolGroup
	INHERITANCE_POINTER (PlotMouseToolGroup, PlotMouseToolGroupPtr, PlotMouseTool, PlotMouseToolPtr, PlotTool, PlotToolPtr) class PlotStandardMouseToolGroup
	PlotStandardMouseToolGroup is a specialized PlotMouseToolGroup where the tools in the group are: 1) select, 2) zoom, and 3) pan.
ostream &	operator<< (ostream &os, const AnnotationBase &annotation)
ostream &	operator<< (ostream &os, const AnnotationBase::LineStyle &ls)
ostream &	operator<< (ostream &os, const AnnotationBase::FontStyle &fs)
ostream &	operator<< (ostream &os, const map< AnnotationBase::Keyword, String > &x)
ostream &	operator<< (ostream &os, const AnnotationBase::Direction x)
ostream &	operator<< (ostream &os, const RegionTextList &list)
ostream &	operator<< (ostream &os, const CasaImageBeamSet &beamSet)
ostream &	operator<< (ostream &os, const AsciiAnnotationFileLine &line)
const Array< ImageFit1D< Float > > &	getFitters () const
const Vector< Double >	getPixelCenter (uint index) const
	Returns the center, in pixels of the indexth fit.
Double	getWorldValue (double pixelVal, const IPosition &imPos, const String &units, bool velocity, bool wavelength) const
	Converts a pixel value into a world value either in velocity, wavelength, or frequency units.
void	setPLPDivisor (const String &x)
void	logSummary (uInt nProfiles, uInt nAttempted, uInt nSucceeded, uInt nConverged, uInt nValid)
void	writeImages (Bool someConverged) const
void	_setResults ()
void	_resultsToLog ()
String	_getTag (const uInt i) const
std::unique_ptr< vector < vector< Array< Double > > > >	_createPCFArrays () const
String	_elementToString (const Double value, const Double error, const String &unit, Bool isFixed) const
String	_pcfToString (const PCFSpectralElement *const &pcf, const CoordinateSystem &csys, const Vector< Double > &world, const IPosition &imPos, Bool showTypeString=True, const String &indent="") const
String	_gaussianMultipletToString (const GaussianMultipletSpectralElement &gm, const CoordinateSystem &csys, const Vector< Double > &world, const IPosition &imPos) const
Bool	_setAxisTypes ()
String	_polynomialToString (const PolynomialSpectralElement &poly, const CoordinateSystem &csys, const Vector< Double > &imPix, const Vector< Double > &world) const
String	_powerLogPolyToString (const PowerLogPolynomialSpectralElement &plp) const
String	_logTransPolyToString (const LogTransformedPolynomialSpectralElement &ltp) const
void	_marshalFitResults (Array< Bool > &attemptedArr, Array< Bool > &successArr, Array< Bool > &convergedArr, Array< Bool > &validArr, Array< String > &typeMat, Array< Int > &niterArr, Array< Int > &nCompArr, std::unique_ptr< vector< vector< Array< Double > > > > &pcfArrays, vector< Array< Double > > &plpArrayss, vector< Array< Double > > &ltpArrays, Bool returnDirection, Array< String > &directionInfo)
static void	_makeSolutionImages (const String &name, const CoordinateSystem &csys, const Array< Double > &values, const String &unit, const Array< Bool > &mask)
void	_insertPCF (vector< vector< Array< Double > > > &pcfArrays, const IPosition &pixel, const PCFSpectralElement &pcf, const uInt row, const uInt col, const Double increment) const
void	_writeImages (const CoordinateSystem &csys, const Array< Bool > &mask, const String &yUnit) const
Double	_fitAxisIncrement () const
Double	_centerWorld (const PCFSpectralElement &solution, const IPosition &imPos) const
void	_writeLogfile (const String &str, Bool open, Bool close)
static Array< Bool >	_replicateMask (const Array< Bool > &array, Int n)
	the input array must have a degenerate last axis.
void	_doWorldCoords (Array< String > &directionInfo, const CoordinateSystem &csysSub, const IPosition &pixel, const DirectionCoordinate *const &dcoord, const SpectralCoordinate *const &spcoord, const StokesCoordinate *const &polcoord, Bool returnDirection, const String &directionType)
void	_processSolutions (Array< String > &typeMat, Array< Int > &niterArr, Array< Int > &nCompArr, const IPosition &pixel, SHARED_PTR< const ProfileFitResults > fitter, std::unique_ptr< vector< vector< Array< Double > > > > &pcfArrays, vector< Array< Double > > &plpArrays, vector< Array< Double > > &ltpArrays, Double increment)
	RegionTextParser ()
	RegionTextParser (const String &filename, const CoordinateSystem &csys, const IPosition &imShape, const Int requireAtLeastThisVersion, const String &prependRegion="", const String &globalOverrideChans="", const String &globalOverrrideStokes="")
	differentiating between the filename and simple text constructors globalOverrideChans override all spectral selections in the file or text by using this channel selection <src>globalOverrideStokes override all correlation selections in the file or text by using this polarization selection <src>prependRegion allows one to specify region(s) that will be prepended to any text in filename or text
	RegionTextParser (const CoordinateSystem &csys, const IPosition &imShape, const String &text, const String &prependRegion="", const String &globalOverrideChans="", const String &globalOverrrideStokes="")
	~RegionTextParser ()
RegionTextParser &	operator= (const RegionTextParser &)
Int	getFileVersion () const
vector< AsciiAnnotationFileLine >	getLines () const
static ParamSet	getParamSet (Bool &spectralParmsUpdated, LogIO &log, const String &text, const String &preamble, const CoordinateSystem &csys, SHARED_PTR< std::pair< MFrequency, MFrequency > > overridingFreqRange, SHARED_PTR< Vector< Stokes::StokesTypes > > overridingCorrRange)
	get the parameter set from a line of text; preamble is prepended to exception messages;
void	_parse (const String &contents, const String &fileDesc)
Array< String >	_extractTwoPairs (uInt &end, const String &string) const
static Vector< String >	_extractSinglePair (const String &string)
	extract s1 and s2 from a string of the form "[s1, s2]"
void	_addLine (const AsciiAnnotationFileLine &line)
AnnotationBase::Type	_getAnnotationType (Vector< Quantity > &qDirs, vector< Quantity > &qunatities, String &textString, String &consumeMe, const String &preamble) const
ParamSet	_getCurrentParamSet (Bool &spectralParmsUpdated, ParamSet &newParams, String &consumeMe, const String &preamble) const
void	_createAnnotation (const AnnotationBase::Type annType, const Vector< Quantity > &qDirs, const std::pair< Quantity, Quantity > &qFreqs, const vector< Quantity > &quantities, const String &textString, const ParamSet &currentParamSet, const Bool annOnly, const Bool isDifference, const String &preamble)
std::pair< Quantity, Quantity >	_quantitiesFromFrequencyString (const String &freqString, const String &preamble) const
static String	_doLabel (String &consumeMe, const String &logPreamble)
static String	_getKeyValue (String &consumeMe, const String &preamble)
Vector< Quantity >	_extractQuantityPairAndSingleQuantity (String &consumeMe, const String &preamble) const
Vector< Quantity >	_extractNQuantityPairs (String &consumeMe, const String &preamble) const
Vector< Quantity >	_extractTwoQuantityPairs (String &consumeMe, const String &preamble) const
std::pair< Quantity, Quantity >	_extractSingleQuantityPair (const String &pair, const String &preamble) const
void	_setInitialGlobals ()
static Vector < Stokes::StokesTypes >	_stokesFromString (const String &stokes, const String &preamble)
Vector< Quantity >	_extractTwoQuantityPairsAndSingleQuantity (String &consumeMe, const String &preamble) const
void	_extractQuantityPairAndString (std::pair< Quantity, Quantity > &quantities, String &string, String &consumeMe, const String &preamble, const Bool requireQuotesAroundString) const
Vector< Quantity >	_extractQuantitiesFromPair (const String &pair, const String &preamble) const
void	_determineVersion (const String &chunk, const String &filename, const Int requireAtLeastThisVersion)
void	_setOverridingCorrelations (const String &globalOverrideStokes)
	set the Stokes/polarizations/correlations that will override all global and per line correlation specifications; If multiple ranges are specified, an exception will be thrown;
void	_setOverridingChannelRange (const String &globalOverrideChans)
	set the (single) channel range that will override all global and per line frequency specifications; If multiple ranges are specified, an exception will be thrown;
CStokesVector	operator* (const SquareMatrix< Complex, 4 > &m, const CStokesVector &v)
	Multiplication of CStokesVector by a Complex SquareMatrix.
void	defaultValue (CStokesVector &v)
void	defaultValue (StokesVector &v)
StokesVector	operator* (Float f, const StokesVector &v)
	Multiply by a scalar.
StokesVector	operator* (const StokesVector &v, Float f)
	Multiply by a scalar.
StokesVector	operator* (const SquareMatrix< Float, 4 > &m, const StokesVector &v)
	Multiplication of StokesVector by a SquareMatrix.
CStokesVector &	applySlin (CStokesVector &result, const StokesVector &v)
	Apply conversion matrix from Stokes to linear(returns result).
CStokesVector	applySlin (const StokesVector &v)
	Apply conversion matrix from Stokes to linear.
CStokesVector &	applyScirc (CStokesVector &result, const StokesVector &v)
	Apply conversion matrix from Stokes to circular.
CStokesVector	applyScirc (const StokesVector &v)
	Apply conversion matrix from Stokes to circular.
StokesVector &	applySlinInv (StokesVector &result, const CStokesVector &v)
	Apply conversion matrix from linear to Stokes.
StokesVector	applySlinInv (const CStokesVector &v)
	Apply conversion matrix from linear to Stokes.
StokesVector &	applyScircInv (StokesVector &result, const CStokesVector &v)
	Apply conversion matrix from circular to Stokes.
StokesVector	applyScircInv (const CStokesVector &v)
	Apply conversion matrix from circular to Stokes.
void	addRadioButtonsToGroup (QButtonGroup *group) const
	Overrides PlotMSWidget::addRadioButtonsToGroup().
void	rangeChanged ()
	Slot for when the set range changes.
void	timeFromChanged ()
void	timeToChanged ()
Record	callibSetParams (const String &calLibrary)
	Interface to flex/bison scanner/parser for a CalLibrary file. The calibration instructions are returned in a Record.
Record	calLibraryGramParseCommand (CalLibraryParse *parser, const String &calLibrary)
	Declare the bison parser (is implemented by bison command).
void	CalLibraryGramerror (const char *s)
	The yyerror function for the parser.
int	calLibraryGramInput (char *buf, int max_size)
	Declare the input routine for flex/bison.
void	clearBuf (char *buf, int size)
Int &	calLibLineNum ()
	Current line number in file, for parse errors.
const Record *	calLibraryRecord ()
	Give the Record.
void	smooth (CalSet< Complex > &cs, const String &smtype, const Double &smtime, Vector< Int > selfields)
	Globals.
void	smoothCT (NewCalTable ct, const String &smtype, const Double &smtime, Vector< Int > selfields)
	Create a specialized VisCal from VisSet.
void	assignCTScanField (NewCalTable &ct, String msName, Bool doField=True, Bool doScan=True, Bool doObs=True)
	Extract time-dep scan and field id info from the specified MS, and assign them to the NewCalTable.
Bool	clone (const String &imageName, const String &newImageName)
template<class T >
void	openImage (const String &imagenamefull, SHARED_PTR< ImageInterface< T > > *img)
double	myhash (register double arg)
void	gcppeij (Double *griduvw, Double *area, Double *raoff1, Double *decoff1, Double *raoff2, Double *decoff2, Int *doGrad, Complex *weight, Complex *dweight1, Complex *dweight2, Double *currentCFPA)
	---------------------------------------------------------------
Jones *	createJones (const Jones::JonesType &jtype)
	Global methods:.
void	apply (const Jones &j1, VisVector &v, const Jones &j2)
	Apply a pair of Jones to a VisVector:.
void	apply (const Jones &j1, VisVector &v, const Jones &j2, Bool &vflag)
Jones::JonesType	jonesType (const Int &n)
	Return enum from integer.
Int	jonesNPar (const Jones::JonesType &jtype)
	Return parameter count from.
Mueller *	createMueller (const Mueller::MuellerType &mtype)
	Globals.
Int	muellerNPar (const Mueller::MuellerType &mtype)
	Return Mueller type according to Int Mueller::MuellerType muellerType(const Int& n);.
Mueller::MuellerType	muellerType (const Jones::JonesType &jtype, const VisVector::VisType &vtype)
	Return Mueller type according to underlying Jones and VisVector types.
String	calTableType (const String &tablename)
	Global methods.
VisCal *	createVisCal (const String &type, VisSet &vs)
	Create a specialized VisCal from VisSet.
VisCal *	createVisCal (const String &type, String msname, Int MSnAnt, Int MSnSpw)
	Create a specialized VisCal from msname, nAnt, nSpw.
VisCal *	createVisCal (const String &type, const MSMetaInfoForCal &msmc)
	Create a specialized VisCal from MSMetaInfoForCal.
VisCal *	createVisCal (const String &type, const Int &nAnt)
	Create a specialized VisCal from nAnt.
SolvableVisCal *	createSolvableVisCal (const String &type, VisSet &vs)
	Create a specialized SolvableVisCal from VisSet.
SolvableVisCal *	createSolvableVisCal (const String &type, String msname, Int MSnAnt, Int MSnSpw)
	Create a specialized SolvableVisCal from msname, nAnt, nSpw.
SolvableVisCal *	createSolvableVisCal (const String &type, const MSMetaInfoForCal &msmc)
	Create a specialized SolvableVisCal from MSMetaInfoForCal.
SolvableVisCal *	createSolvableVisCal (const String &type, const Int &nAnt)
	Create a specialized SolvableVisCal from nAnt.
VisVector::VisType	visType (const Int &ncorr)
	Globals:.
calcAntenna *	newAntenna (Double sub_h, Double feed_x, Double feed_y, Double feed_z, Double ftaper, Double thmax, const char *geomfile)
void	deleteAntenna (calcAntenna *a)
void	Antennasetfreq (calcAntenna *a, Double freq)
void	Antennasetdir (calcAntenna *a, const Double *dir)
void	alignfeed (calcAntenna *a, const Pathology *p)
void	getfeedbasis (const calcAntenna *a, Double B[3][3])
void	Efield (const calcAntenna *a, const casa::Complex *pol, casa::Complex *E)
Int	Antennasetfeedpattern (calcAntenna *a, const char *filename, Double scale)
calcAntenna *	newAntennafromApertureCalcParams (struct ApertureCalcParams *ap)
void	applyPathology (Pathology *P, calcAntenna *a)
Int	dishvalue (const calcAntenna *a, Double r, Double *z, Double *m)
Int	subfromdish (const calcAntenna *a, Double x, Double y, Double *subpoint)
Int	dishfromsub (const calcAntenna *a, Double x, Double y, Double *dishpoint)
Ray *	newRay (const Double *sub)
void	deleteRay (Ray *ray)
Pathology *	newPathology ()
Pathology *	newPathologyfromApertureCalcParams (struct ApertureCalcParams *ap)
void	deletePathology (Pathology *P)
Double	dAdOmega (const calcAntenna *a, const Ray *ray1, const Ray *ray2, const Ray *ray3, const Pathology *p)
Double	dOmega (const calcAntenna *a, const Ray *ray1, const Ray *ray2, const Ray *ray3, const Pathology *p)
Double	Raylen (const Ray *ray)
Double	feedfunc (const calcAntenna *a, Double theta)
void	Pathologize (Double *sub, const Pathology *p)
void	intersectdish (const calcAntenna *a, const Double *sub, const Double *unitdir, Double *dish, Int niter)
void	intersectaperture (const calcAntenna *a, const Double *dish, const Double *unitdir, Double *aper)
Ray *	trace (const calcAntenna *a, Double x, Double y, const Pathology *p)
Double	feedgain (const calcAntenna *a, const Ray *ray, const Pathology *p)
void	tracepol (casa::Complex *E0, const Ray *ray, casa::Complex *E1)
Int	legplanewaveblock (const calcAntenna *a, Double x, Double y)
Int	legplanewaveblock2 (const calcAntenna *a, const Ray *ray)
Int	legsphericalwaveblock (const calcAntenna *a, const Ray *ray)
void	faccumulatetogrid_ (Complex *grid, Complex *CF, Complex *nvalue, Double *wVal, Int *scaledSupport, Float *scaledSampling, Double *off, Int *convOrigin, Int *cfShape, Int *loc, Int *igrdpos, Double *sinDPA, Double *cosDPA, Int *finitePointingOffset, Int *doPSFOnly, Complex *norm, Complex *phaseGrad, Int *imNX, Int *imNY, Int *imNP, Int *imNC, Int *cfNX, Int *cfNY, Int *cfNP, Int *cfNC, Int *phNX, Int *phNY)
void	dfaccumulatetogrid_ (DComplex *grid, Complex *CF, Complex *nvalue, Double *wVal, Int *scaledSupport, Float *scaledSampling, Double *off, Int *convOrigin, Int *cfShape, Int *loc, Int *igrdpos, Double *sinDPA, Double *cosDPA, Int *finitePointingOffset, Int *doPSFOnly, Complex *norm, Complex *phaseGrad, Int *imNX, Int *imNY, Int *imNP, Int *imNC, Int *cfNX, Int *cfNY, Int *cfNP, Int *cfNC, Int *phNX, Int *phNY)
void	faccumulatefromgrid_ (Complex *nvalue, const Complex *grid, Complex *CF, Double *wVal, Int *scaledSupport, Float *scaledSampling, Double *off, Int *convOrigin, Int *cfShape, Int *loc, Int *igrdpos, Double *sinDPA, Double *cosDPA, Int *finitePointingOffset, Complex *phaseGrad, Complex *phasor, Int *imNX, Int *imNY, Int *imNP, Int *imNC, Int *cfNX, Int *cfNY, Int *cfNP, Int *cfNC, Int *phNX, Int *phNY)
PolOuterProduct::GenericVBPol	translateStokesToGeneric (const Int &stokes)
	------------------------------------------------------------------
Int	translateGenericToStokes (const PolOuterProduct::GenericVBPol &gPol, const MSIter::PolFrame &polFrame=MSIter::Circular)
Int	getPhaseCenter (MeasurementSet &ms, MDirection &dir0, Int whichField=-1)
Bool	findMaxAbsLattice (const ImageInterface< Float > &lattice, Float &maxAbs, IPosition &posMaxAbs)
Bool	findMaxAbsLattice (const ImageInterface< Float > &masklat, const Lattice< Float > &lattice, Float &maxAbs, IPosition &posMaxAbs, Bool flip=False)
Double	getCurrentTimeStamp (const VisBuffer &vb)
void	makeStokesAxis (Int npol_p, Vector< String > &polType, Vector< Int > &whichStokes)
Double	getPA (const VisBuffer &vb)
void	storeImg (String fileName, ImageInterface< Complex > &theImg, Bool writeReIm=False)
void	storeImg (String fileName, ImageInterface< Float > &theImg)
void	storeArrayAsImage (String fileName, const CoordinateSystem &coords, const Array< Complex > &cf)
void	storeArrayAsImage (String fileName, const CoordinateSystem &coords, const Array< DComplex > &cf)
void	storeArrayAsImage (String fileName, const CoordinateSystem &coords, const Array< Float > &cf)
Bool	isVBNaN (const VisBuffer &vb, String &mesg)
void	getHADec (MeasurementSet &ms, const VisBuffer &vb, Double &HA, Double &RA, Double &Dec)
Variables
SMART POINTER DEFINITIONS *typedef CountedPtr < PlotCanvasLayout >	PlotCanvasLayoutPtr
SMART POINTER DEFINITIONS *typedef CountedPtr< PlotPanel >	PlotPanelPtr
static class casa::init_dispatcher	init_dispatcher_
FCVQS::Source	srcEnum_p
Vector< Double >	epochvec_p
Matrix< Float >	coeffsmat_p
Matrix< Float >	coefferrsmat_p
Vector< Float >	fluxes_p
RigidVector< Vector< Float >, 2 >	tvcoeffs_p
	Vector<Float> tvcoeffs_p;.
Table	Table_p
Bool	istimevar_p
String	_function
std::vector< std::vector < double > >	beams_
String	majorunit_
String	minorunit_
String	paunit_
DParameterChoice *	beamOnOff_
DParameterChoice *	beamStyle_
DParameterChoice *	beamColor_
DParameterRange< Int > *	beamLineWidth_
DParameterRange< Float > *	beamXCenter_
DParameterRange< Float > *	beamYCenter_
static const String	CSYS_INDIVIDUAL
static const String	CSYS_IMAGE
static const String	CSYS_B1950
static const String	CSYS_J2000
static const String	CSYS_GALACTIC
static const String	CSYS_ECLIPTIC
static const String	UNIT_IPIXELS
static const String	UNIT_DEGREES
static const String	UNIT_RADIANS
static const String	PUNIT_SEXAGESIMAL
static const String	PUNIT_HMS
static const String	PUNIT_DMS
static const String	SUNIT_ARCSEC
static const String	SUNIT_ARCMIN
static const String	DEFAULT_COMMENTS
const Complex	ImaginaryUnit
const int	RFA_MIN_NAD
	min number of deviations for which average is considered valid
const Float	RFA_AAD_CHANGE
	significant change in accumulated average
const RFChunkStats::StatEnums	active_stats []
	enums for which stats are actually collected
const uInt	num_active_stats
const char	RF_GLISHINDEX []
	character constants for common agent parameters
const char	RF_NAME []
const char	RF_DEBUG []
const char	RF_PLOT []
const char	RF_PLOTSCR []
const char	RF_GLOBAL []
const char	RF_TRIAL []
const char	RF_RESET []
const char	RF_FIGNORE []
const char	RF_UNFLAG []
const char	RF_SHADOW []
const char	RF_ELEVATION []
const char	RF_THR []
const char	RF_ROW_THR []
const char	RF_HW []
const char	RF_ROW_HW []
const char	RF_ROW_DISABLE []
const char	RF_COLUMN []
const char	RF_EXPR []
const char	RF_CLIP []
const char	RF_FLAGRANGE []
const char	RF_MIN []
const char	RF_MAX []
const char	RF_CHANAVG []
const char	RF_NDEG []
const char	RF_SPWID []
const char	RF_FREQS []
const char	RF_CHANS []
const char	RF_REGION []
const char	RF_NBINS []
const char	RF_MINPOP []
const char	RF_CORR []
const char	RF_ANT []
const char	RF_FIELD []
const char	RF_BASELINE []
const char	RF_AUTOCORR []
const char	RF_INTENT []
const char	RF_SCAN []
const char	RF_ARRAY []
const char	RF_OBSERVATION []
const char	RF_FEED []
const char	RF_UVRANGE []
const char	RF_DIAMETER []
const char	RF_LOWERLIMIT []
const char	RF_UPPERLIMIT []
const char	RF_TIMERANGE []
const char	RF_CENTERTIME []
const char	RF_TIMEDELTA []
const char	RF_QUACK []
const char	RF_QUACKMODE []
const char	RF_QUACKINC []
const char	RF_NCHAN []
const char	RF_START []
const char	RF_STEP []
const char	RF_MODE []
const char	RF_MSSELECT []
const RFlagWord	RowFlagged
	special row flag masks.
const RFlagWord	RowAbsent
	MaskedScatterPlotPtr
	ScatterPlot
	ScatterPlotPtr
	PlotItem
PlotItemPtr	ColoredPlotPtr
GRID LAYOUT CLASSES Coordinate for a grid	layout
	PlotLayoutGridPtr
	PlotCanvasLayout
ABSTRACT CLASSES Deliberately vague to be general enough to allow for many different types of	data
ABSTRACT CLASSES Deliberately vague to be general enough to allow for many different types of but is it too vague to be useful Since the interface is meant to be a simple	plotter
ABSTRACT CLASSES Deliberately vague to be general enough to allow for many different types of but is it too vague to be useful Since the interface is meant to be a simple it may be better to restrict PlotData to be more like	PlotPointData
DEFAULT IMPLEMENTATIONS Default implementation of PlotSingleData that supports raw	arrays
DEFAULT IMPLEMENTATIONS Default implementation of PlotSingleData that supports raw	vectors
ENUMS Enum for the four plot axes If this enum is changed or	none
const PlotAxisBitset	all_four_sides
const PlotAxisBitset	none_sides
ABSTRACT CLASSES Abstract class for colors Any implementation of color should be able to provide a hexadecimal form of the if	applicable
ABSTRACT CLASSES Abstract class for colors Any implementation of color should be able to provide a hexadecimal form of the if a human readable color and Strings are	interchangeable
SMART POINTER MACROS This is painful but necessary to have transparent smart pointers that support hierarchies and inheritance See examples in other files	cname
SMART POINTER MACROS This is painful but necessary to have transparent smart pointers that support hierarchies and inheritance See examples in other files	cptrname
SMART POINTER MACROS This is painful but necessary to have transparent smart pointers that support hierarchies and inheritance See examples in other files	pname
SMART POINTER MACROS This is painful but necessary to have transparent smart pointers that support hierarchies and inheritance See examples in other files	gname
ABSTRACT TOOL CLASSES A PlotTool is a higher level event handler for a PlotCanvas The idea is to take common tasks which may require multiple events and put them in one place PlotTools also provide additional functionality in that they can be active	inactive
ABSTRACT TOOL CLASSES A PlotTool is a higher level event handler for a PlotCanvas The idea is to take common tasks which may require multiple events and put them in one place PlotTools also provide additional functionality in that they can be active and blocking non blocking The PlotCanvas will only send events to active	tools
ABSTRACT TOOL CLASSES A PlotTool is a higher level event handler for a PlotCanvas The idea is to take common tasks which may require multiple events and put them in one place PlotTools also provide additional functionality in that they can be active and blocking non blocking The PlotCanvas will only send events to active and will not send events to later tools or event handlers if the latest tool was blocking In this way a single tool can be used to handle ALL user interaction via the GUI at one	time
CONCRETE TOOL CLASSES Was in	PlotStandardMouseToolGroup
CONCRETE TOOL CLASSES Was in but needed	here
CONCRETE TOOL CLASSES Was in but needed so it can be passed to	setActiveTool
static const String	_CONVERGED
static const String	_SUCCEEDED
static const String	_VALID
static const String	_class
Bool	_logResults
Bool	_multiFit
Bool	_doVelocity
String	_xUnit
String	_centerName
String	_centerErrName
String	_fwhmName
String	_fwhmErrName
String	_ampName
String	_ampErrName
String	_integralName
String	_integralErrName
String	_plpName
String	_plpErrName
String	_ltpName
String	_ltpErrName
String	_summaryHeader
uInt	_nGaussSinglets
uInt	_nGaussMultiplets
uInt	_nLorentzSinglets
uInt	_nPLPCoeffs
uInt	_nLTPCoeffs
const Array< SHARED_PTR < ProfileFitResults > > *const	_fitters
SpectralList	_nonPolyEstimates
const SHARED_PTR< const SubImage< Float > >	_subImage
	subimage contains the region of the original image on which the fit is performed.
Int	_polyOrder
Int	_fitAxis
vector< axisType >	_axisTypes
Array< String >	_worldCoords
Record	_results
static const uInt	_nOthers
static const uInt	_gsPlane
static const uInt	_lsPlane
SHARED_PTR< LogFile >	_logfile
SHARED_PTR< LogIO >	_log
Vector< Double >	_goodAmpRange
Vector< Double >	_goodCenterRange
Vector< Double >	_goodFWHMRange
const CoordinateSystem	_csysIm
String	_plpDivisor
Vector< Vector< Double > >	_pixelPositions
	Bool _inVelocitySpace() const;.
static const String	sOnePair
static const String	bTwoPair
static const String	sNPair
static const Regex	startOnePair
static const Regex	startNPair
CoordinateSystem	_csys
ParamSet	_currentGlobals
vector< AsciiAnnotationFileLine >	_lines
Vector< AnnotationBase::Keyword >	_globalKeysToApply
Int	_fileVersion
IPosition	_imShape
uInt	_regions
SHARED_PTR< std::pair < MFrequency, MFrequency > >	_overridingFreqRange
SHARED_PTR< Vector < Stokes::StokesTypes > >	_overridingCorrRange
bool	isCustom_
	Whether last set range was custom or not.
double	from_
	Last set range.
double	to_
constexpr double	kDay2Sec
constexpr double	kSec2Day
IlluminationConvFunc	gwEij
Applicator	applicator
Double	VLABandMinFreqDefaults [VLABeamCalc_NumBandCodes]
Double	VLABandMaxFreqDefaults [VLABeamCalc_NumBandCodes]
BeamCalcGeometry	VLABeamCalcGeometryDefaults [VLABeamCalc_NumBandCodes]
Double	EVLABandMinFreqDefaults [EVLABeamCalc_NumBandCodes]
Double	EVLABandMaxFreqDefaults [EVLABeamCalc_NumBandCodes]
BeamCalcGeometry	EVLABeamCalcGeometryDefaults [EVLABeamCalc_NumBandCodes]
Double	ALMABandMinFreqDefaults [ALMABeamCalc_NumBandCodes]
Double	ALMABandMaxFreqDefaults [ALMABeamCalc_NumBandCodes]
BeamCalcGeometry	ALMABeamCalcGeometryDefaults [ALMABeamCalc_NumBandCodes]

---

Detailed Description

----------------------------------------------------------------------------- Start of casa namespace -----------------------------------------------------------------------------

UVWMachine Does rotation, including B1950 <-> J2000, refocusing, and maybe even SIN <-> (-)NCP reprojection of existing UVWs, but it does not generate UVWs from an antenna table.

--------------------------------------------------------------------- --------------------------------------------------------------------- TEMPS The following #defines should REALLY GO! --------------------------------------------------------------------- ---------------------------------------------------------------------

not yet:include <synthesis/MeasurementComponents/CalCorruptor.h>

----------------------------------------------------------------------------

include <synthesis/TransformMachines/FTMachine.h> include <casa/Arrays/Matrix.h> include <scimath/Mathematics/FFTServer.h> include <msvis/MSVis/VisBuffer.h> include <images/Images/ImageInterface.h> include <images/Images/ImageInterface.h> include <casa/Containers/Block.h> include <casa/Arrays/Array.h> include <casa/Arrays/Vector.h> include <casa/Arrays/Matrix.h> include <scimath/Mathematics/ConvolveGridder.h>

-*- C++ -*-

include <casa/Logging/LogMessage.h> include <casa/Logging/LogSink.h> include <casa/Logging/LogIO.h>

include <synthesis/MeasurementComponents/VisJones.h> include <synthesis/MeasurementEquations/VisEquation.h>

std includes

Forward Decls.

-*- mode: c++ -*-

FTMachine::rotateUVW(Matrix<Double>& uvw, Vector<Double>& dphase, const VisBuffer& vb).

using namespace casa;

pragma GCC diagnostic warning "-Wno-missing-field-initializers"

casacore containers

Base class.

Logging.

To handle configuration records.

Where ViFactory interface is defined.

Where TransformingVi2 interface is defined.

Measurement Set.

Where VisBufferImpl2 interface is defined.

include <lattices/Lattices/LatticeExprNode.h>

PLEASE DO *NOT* ADD ADDITIONAL METHODS TO THIS CLASS.

.casarc interface

To handle variant parameters.

Qt implementation of main viewer supervisory object -- Functional level.

(Trailing underscore is not a typo -- do not remove it; QtDataManager.ui.h uses the QTDATAMANAGER_H symbol).

(Trailing underscore is not a typo -- do not remove it; QtExportBrowser.ui.h uses the QTEXPORTBROWSER_H symbol).

Represents a curve drawn on the QtCanvas.

Displays the log from a fit.

including without guard results in yyFlexLexer being multiply defined when compiling the scanner.

Implementation of a relative screen pos. DSRectangle.

Implementation of a relative screen pos. DSEllipse.

Base class for scrolling DisplayData objects.

aips includes:

Go ahead and include X11 stuff for now.

Support functions for GLPixelCanvas.

Display list support for GLPixelCanvas.

-----------------------------------------------------------------------------

----------------------------------------------------------------------------- Start of casa namespace definitions -----------------------------------------------------------------------------

----------------------------------------------------------------------------- Start of define macro to prevent multiple loading ----------------------------------------------------------------------------- ----------------------------------------------------------------------------- Includes ----------------------------------------------------------------------------- ----------------------------------------------------------------------------- Start of casa namespace -----------------------------------------------------------------------------

Intended use:

Internal

Synopsis

These classes are used to implement display list support for GLPixelCanvas. Execution tracing is supported. The variable 'nspaces' gives the number of spaces to indent the printout. All of these classes are used internally by GLPixelCanvas and wouldn't be useful elsewhere.

Prerequisite

• None

Thrown Exceptions

Synopsis

The GLLogIO class extends the LogIO class to add tracing support. Also, a couple of miscellaneous support routines are defined.

Prerequisite

• LogIO

Intended use:

Internal

Thrown Exceptions

Synopsis

QtMouseToolNames holds static constants for Qt mouse tools (with some access methods for them). There is an ordered list of 'mouse tool' types, names and reference indices for them, etc.

Include Simple{World,Pixel}CanvasApp stuff

trial includes: display library includes:

.\.

Synopsis

The viewer is structured with a functional layer and a gui layer. In principle the former can operate without the latter. This class manages functional objects associated with the viewer, in particular the list of user-created DDs.

Records interface System utilities (for profiling macros)

Class containing the actual transformation logic

Measurement Set Selection Needed by setupMS Needed by copyTable OS methods needed by fillSubTables

Class containing the actual transformation logic VisBuffer class only accessible from this class

Class containing the actual transformation logic Implementation returned by the factory method

To handle variant parameters Measurement Set Selection Data handling Regridding VisibityIterator / VisibilityBuffer framework TVI framework THis is needed just because of vi::AveragingTvi2::weightToSigma To get observatory position from observatory name To post formatted msgs via ostringstream To apply hanning smooth To apply fft shift To apply 1D interpolations to compute partial medians single dish specific

Coordinate systems MS handling To use ostringstream Enable record conversions

GSL includes

VI/VB framework TVI framework Measurement Set NOTE: See implementation include below

To handle variant parameters MS Access To get observatory position from observatory name calcChanFreqs 1d interpolation methods

Measurement Set Standard Lib NOTE: See implementation include below

Fitting classes OpenMP

Antenna column data providers

Array id column data provider

Corrected visibilities data provider template

Data description id column data provider

Base class of data providers based on StatsDataProvider, backed by a VisibilityIterator2 instances.

Data providers for feed id columns.

Data provider for field id column

Data provider for flag cube column

Data provider for flag row column

Float visibilities column data provider

Data provider for interval column

Observed visibilities data provider template

Data provider for scan column

Data provider for time column

Data provider for uvrange.

Data providers for visibility amplitudes.

Data providers for imaginary part of visibilities.

Data providers for visibility phases.

Data providers for real part of visibilities.

Data provider for weight spectrum column.

Data provider data iterator to provide visibility amplitudes.

Data provider data iterator to provide boolean values as true -> 1, false -> 0.

Data iterators for Vi2ChunkDataProvider

Data provider mask iterators, based on a flag column.

Data provider data iterator to provide imaginary part of visibilities.

Data provider data iterator to provide visibility phases.

Data provider data iterator to provide real part of visibilities.

Data provider weights iterators, based on sigma column

Data provider of uvrange values, based on uvw column

Data provider weights iterators, based on weights column

casacore includes

System utilities (for profiling macros) Include files for the DBus Service

System utilities (for profiling macros) Boost Libraries for mutex and noncopyable semantics Include files for the DBus Service

Implementation returned by the factory method

Apparently not required here? (gmoellen 06Nov20)

#define CONVSIZE (1024*2) #define CONVWTSIZEFACTOR sqrt(2.0) #define OVERSAMPLING 10 #define THRESHOLD 1E-3

--------------------------------------------------------------------- --------------------------------------------------------------------- TEMPS The following #defines should REALLLLAY GO! --------------------------------------------------------------------- --------------------------------------------------------------------- #define CONVSIZE (1024*2) #define CONVWTSIZEFACTOR sqrt(2.0) #define OVERSAMPLING 10 #define THRESHOLD 1E-3

include <casa/Tables/Table.h>

A light-weight container to carray all the information required for a single convolution function plan.

Etymology

CFCell is basic in-memory representation of a single monochromatic, single polarization cross-product and single w-plane convoluion function .

Synopsis

Mostly a conveniance class to pass around related information.

Example

Motivation

To avoid parameter-bloat to passing around a number of related objects seperately.

---------------------------------------------------------------------

FTMachine::rotateUVW(Matrix<Double>& uvw, Vector<Double>& dphase, const VisBuffer& vb)

Example

Example

Code in the master thread:

ThreadCoordinator threadCoordinator (nThreads);

Create nThread threads and pass them a pointer to the thread coordinator object. Then enter the work loop

for (int i = 0; i < nBuffers; i++){

Provide access to the i-th buffer

threadCoordinator->getToWork(& vb); // tell workers to hop to it! blocks if workers still busy

}

Code in each worker thread:

while (True){

VisBuffer * workingBuffer = threadCoordinator_p->waitForWork (this); if (workingBuffer == NULL) break;

doSomeWork(workingBuffer); }

---

Typedef Documentation

typedef uInt casa::Antenna

The interface to the MeasurementSet for synthesis processing.

Review Status

Test programs:

t

Prerequisite

• MeasurementSet

Etymology

VisSet is the Set of Visibilities

Synopsis

The VisSet is a class that simplifies access to the visibility data for the synthesis processing code. It holds a reference to an original MeasurementSet with observed data and creates two extra data columns for the storage of model visibilities and corrected visibilities. All access to the MeasurementSet is done via the VisibilityIterator and the VisBuffer

The VisSet allows selection and sorting of the MeasurementSet to be applied. A number of columns can be specified to define the iteration order, a a time interval can be given to iterate in chunks of time and a channel selection can be made for each spectral window present in the data.

Example

 MeasurementSet ms("Example.MS",Table::Update);
 cout << "Constructing VisSet"<<endl;
 Block<Int> bi(2); 
 bi[0]=MS::SPECTRAL_WINDOW_ID;
 bi[1]=MS::TIME; 
 Matrix<Int> chanSelection; // no channel selection
 // iterate in 600s chunks within each SpectralWindow
 Double interval=600.; 
 VisSet vs(ms,bi,chanSelection,interval);

Motivation

This class provides an easy interface to the MS. It keeps the iterator around for reuse, thus avoiding repeated sorting of the data.

Definition at line 92 of file VisSet.h.

typedef std::map< std::pair<Int,Int>,std::vector<uInt> > casa::antennaPairMap

Definition at line 72 of file FlagDataHandler.h.

typedef std::map< std::pair<Int,Int>,std::vector<uInt> >::iterator casa::antennaPairMapIterator

Type definitions.

Definition at line 69 of file FlagDataHandler.h.

typedef std::vector< vector<Double> > casa::antennaPointingMap

Definition at line 76 of file FlagDataHandler.h.

typedef map< pair< pair<uInt,uInt> , uInt >,vector<uInt> > casa::baselineMap

Definition at line 146 of file MSTransformManager.h.

typedef Double(PlotMSCacheBase::* casa::CacheMemPtr)(Int, Int)

Definition at line 46 of file PlotMSIndexer.h.

typedef CountedPtr<CalCache> casa::CalCachePtr

Definition at line 154 of file CalCache.h.

typedef void(PlotMSIndexer::* casa::CollapseMethPtr)(Int, Array< Bool > &)

Definition at line 48 of file PlotMSIndexer.h.

typedef ParallelImagerAdaptor<ContinuumParallelImagerImpl> casa::ContinuumParallelImager

Standard parallel imager classes based on implementation classes in ParallelImagerMixin.h.

Parallel continuum imager

Definition at line 57 of file ParallelImagerAdaptor.h.

typedef ParallelImagerMixin< ContinuumPartitionMixin< SynthesisImagerMixin< SynthesisNormalizerMixin< SynthesisDeconvolverMixin< IterationControl> > > > > casa::ContinuumParallelImagerImpl

Parallel continuum imager class.

Definition at line 295 of file ParallelImagerMixin.h.

typedef MSAntenna casa::CTAntenna

Definition at line 95 of file NewCalTable.h.

typedef MSAntennaColumns casa::CTAntennaColumns

Definition at line 100 of file NewCalTable.h.

typedef MSField casa::CTField

NewCalTable: New Calibration table access and creation.

Intended use:

Public interface

Prerequisite

• CalTableDesc module

Etymology

From "calibration" and "table".

Synopsis

The NewCalTable classes provide basic access to calibration tables. This includes the creation of calibration tables, sorting and selection capabilities, and basic data access. Specializations for baseline-based, time-variable and solvable VisJones types, and sub-types, are provided through inheritance.

Example

Motivation

This class is used by other calibration table accessors and iterators.

Typedefs for subtable objects

Definition at line 93 of file NewCalTable.h.

typedef MSFieldColumns casa::CTFieldColumns

Definition at line 98 of file NewCalTable.h.

typedef MSHistory casa::CTHistory

Definition at line 97 of file NewCalTable.h.

typedef MSHistoryColumns casa::CTHistoryColumns

Definition at line 102 of file NewCalTable.h.

typedef MSObservation casa::CTObservation

Definition at line 94 of file NewCalTable.h.

typedef MSObservationColumns casa::CTObservationColumns

Definition at line 99 of file NewCalTable.h.

typedef MSSpectralWindow casa::CTSpectralWindow

Definition at line 96 of file NewCalTable.h.

typedef MSSpWindowColumns casa::CTSpWindowColumns

Definition at line 101 of file NewCalTable.h.

typedef ParallelImagerAdaptor<CubeParallelImagerImpl> casa::CubeParallelImager

Parallel cube imager.

Definition at line 60 of file ParallelImagerAdaptor.h.

typedef ParallelImagerMixin< CubePartitionMixin< SynthesisImagerMixin< SynthesisNormalizerMixin< SynthesisDeconvolverMixin< IterationControl> > > > > casa::CubeParallelImagerImpl

Parallel cube imager class.

Definition at line 304 of file ParallelImagerMixin.h.

typedef std::vector< double > casa::CurveData

Definition at line 42 of file CanvasCurve.h.

typedef map<MS::PredefinedColumns,MS::PredefinedColumns> casa::dataColMap

Map definition.

Definition at line 142 of file MSTransformManager.h.

typedef RigidVector<Double,3> casa::Direction

Definition at line 95 of file VisSet.h.

typedef std::vector<double> casa::ErrorData

Definition at line 43 of file CanvasCurve.h.

typedef RFCubeLatticeIterator<RFlagWord> casa::FlagCubeIterator

Definition at line 42 of file RFFlagCube.h.

typedef Matrix<RFlagWord> casa::FlagMatrix

Definition at line 43 of file RFCommon.h.

typedef Vector<RFlagWord> casa::FlagVector

Definition at line 42 of file RFCommon.h.

typedef Double casa::Frequency

Definition at line 93 of file VisSet.h.

typedef void(* casa::GCFPtr)(Double *griduvw, Double *area, Double *raoff1, Double *decoff1, Double *raoff2, Double *decoff2, Int *doGrad, Complex *weight, Complex *dweight1, Complex *dweight2, Double *currentCFPA)

Definition at line 52 of file GlobalFTMachineCallbacks.h.

typedef Display casa::IL

remove this when all IL's are extracted ???

Definition at line 1542 of file DisplayEnums.h.

typedef Int(PlotMSIndexer::* casa::IndexerMethPtr)(Int, Int)

Definition at line 47 of file PlotMSIndexer.h.

typedef map<uInt,vector < channelContribution > > casa::inputOutputChanFactorMap

Definition at line 148 of file MSTransformManager.h.

typedef map<uInt,pair < spwInfo, spwInfo > > casa::inputOutputSpwMap

Definition at line 149 of file MSTransformManager.h.

typedef map<uInt,map<uInt, uInt > > casa::inputSpwChanMap

Definition at line 147 of file MSTransformManager.h.

typedef std::map< Int,Double > casa::lambdaMap

Definition at line 78 of file FlagDataHandler.h.

typedef std::map<uInt, std::vector<Int> > casa::mapuIvIType

A class to time average all columns of a VisBuffer.

Intended use:

Public interface

Review Status

Date Reviewed:

yyyy/mm/dd

Prerequisite

• VisBuffer

Etymology

From "VisBuffer", "Chunk", and "averaging". "Chunk" comes from VisibilityIterator.

Synopsis

This class time averages complete rows of a VisBuffer.

Example

See SubMS::doTimeAver().

Motivation

VisBuffAccumulator also time averages VisBuffers, but only for a few columns, as needed by calibration and plotms. Time averaging in split requires (in principle) that all of the columns in the input MS be written to the output MS. This is more work than required by calibration and plotms, and split also has some differences in the details of the averaging.

Note: For many of the columns averaging is trivial, i;e; the VisBuffer should only contain one ARRAY_ID, FIELD_ID, and DATA_DESC_ID, so they will all only have one value each;

TIME and INTERVAL will also be univalued in the output, for a different reason; For most (all?) uses this is a feature; (See CAS-2422 + 2439 for why;)

To Do

• averaging over other indices.

Definition at line 37 of file VisChunkAverager.h.

typedef SquareMatrix<Complex,2> casa::mjJones2

Definition at line 40 of file PBMath2DImage.h.

typedef SquareMatrix<Float,2> casa::mjJones2F

Definition at line 44 of file PBMath2DImage.h.

typedef SquareMatrix<Complex,4> casa::mjJones4

Definition at line 43 of file PBMath2DImage.h.

typedef MSCalEnums casa::MSC

Definition at line 85 of file MSCalEnums.h.

typedef CountedPtr<MSCache> casa::MSCachePtr

Definition at line 190 of file MSCache.h.

typedef CTEnums casa::NCT

Definition at line 81 of file CTEnums.h.

typedef void(* casa::PixelCanvasColorTableResizeCB)(class PixelCanvasColorTable *pccmap, uInt newSize, void *clientData, Display::RefreshReason reason)

Definition at line 40 of file PixelCanvasColorTable.h.

typedef CountedPtr<PlotAreaFill> casa::PlotAreaFillPtr

Definition at line 351 of file PlotOptions.h.

typedef unsigned int casa::PlotAxisBitset

Set of bit flags to indicate combinations of sides, used (as of this writing) for indicating which axes have visible scales.

The value of a PlotSideBitset is the bitwise OR of values of PlotSide.

Definition at line 65 of file PlotOptions.h.

typedef CountedPtr<PlotButtonEventHandler> casa::PlotButtonEventHandlerPtr

Definition at line 168 of file PlotEventHandler.h.

typedef CountedPtr<PlotCanvas> casa::PlotCanvasPtr

Definition at line 1036 of file PlotCanvas.h.

typedef CountedPtr<PlotCheckboxEventHandler> casa::PlotCheckboxEventHandlerPtr

Definition at line 169 of file PlotEventHandler.h.

typedef CountedPtr<PlotClickEventHandler> casa::PlotClickEventHandlerPtr

Definition at line 159 of file PlotEventHandler.h.

typedef CountedPtr<PlotColor> casa::PlotColorPtr

Definition at line 182 of file PlotOptions.h.

typedef CountedPtr<PlotData> casa::PlotDataPtr

Definition at line 72 of file PlotData.h.

typedef CountedPtr<PlotDrawWatcher> casa::PlotDrawWatcherPtr

Definition at line 77 of file PlotCanvas.h.

typedef PlotErrorDataImpl<double> casa::PlotErrorDoubleData

Definition at line 883 of file PlotData.h.

typedef PlotErrorDataImpl<float> casa::PlotErrorFloatData

Definition at line 882 of file PlotData.h.

typedef PlotErrorDataImpl<int> casa::PlotErrorIntData

Definition at line 880 of file PlotData.h.

typedef PlotErrorDataImpl<unsigned int> casa::PlotErrorUIntData

Definition at line 881 of file PlotData.h.

typedef CountedPtr<PlotFactory> casa::PlotFactoryPtr

Definition at line 544 of file PlotFactory.h.

typedef CountedPtr<PlotFont> casa::PlotFontPtr

Definition at line 278 of file PlotOptions.h.

typedef CountedPtr<PlotItem> casa::PlotItemPtr

Definition at line 98 of file PlotItem.h.

typedef CountedPtr<PlotKeyEventHandler> casa::PlotKeyEventHandlerPtr

Definition at line 166 of file PlotEventHandler.h.

typedef CountedPtr<PlotLine> casa::PlotLinePtr

Definition at line 433 of file PlotOptions.h.

typedef CountedPtr<PlotLogger> casa::PlotLoggerPtr

Definition at line 537 of file PlotLogger.h.

typedef PlotMaskedPointDataImpl<double> casa::PlotMaskedPointDoubleData

Definition at line 704 of file PlotData.h.

typedef PlotMaskedPointDataImpl<float> casa::PlotMaskedPointFloatData

Definition at line 703 of file PlotData.h.

typedef PlotMaskedPointDataImpl<int> casa::PlotMaskedPointIntData

Definition at line 701 of file PlotData.h.

typedef PlotMaskedPointDataImpl<unsigned int> casa::PlotMaskedPointUIntData

Definition at line 702 of file PlotData.h.

typedef CountedPtr<PlotMouseDragEventHandler> casa::PlotMouseDragEventHandlerPtr

Definition at line 163 of file PlotEventHandler.h.

typedef CountedPtr<PlotMouseMoveEventHandler> casa::PlotMouseMoveEventHandlerPtr

Definition at line 164 of file PlotEventHandler.h.

typedef CountedPtr<PlotMousePressEventHandler> casa::PlotMousePressEventHandlerPtr

Definition at line 160 of file PlotEventHandler.h.

typedef CountedPtr<PlotMouseReleaseEventHandler> casa::PlotMouseReleaseEventHandlerPtr

Definition at line 162 of file PlotEventHandler.h.

typedef CountedPtr<PlotMSCacheBase> casa::PlotMSCacheBasePtr

Definition at line 445 of file PlotMSCacheBase.h.

typedef CountedPtr<PlotMSIndexer> casa::PlotMSIndexerPtr

Definition at line 283 of file PlotMSIndexer.h.

typedef CountedPtr<PlotMSPlotter> casa::PlotMSPlotterPtr

Definition at line 312 of file PlotMSPlotter.qo.h.

typedef CountedPtr<PlotMutex> casa::PlotMutexPtr

Definition at line 64 of file PlotOperation.h.

typedef CountedPtr<PlotOperation> casa::PlotOperationPtr

Definition at line 141 of file PlotOperation.h.

typedef PlotPointDataImpl<double> casa::PlotPointDoubleData

Definition at line 496 of file PlotData.h.

typedef PlotPointDataImpl<float> casa::PlotPointFloatData

Definition at line 495 of file PlotData.h.

typedef PlotPointDataImpl<int> casa::PlotPointIntData

Definition at line 493 of file PlotData.h.

typedef PlotPointDataImpl<unsigned int> casa::PlotPointUIntData

Definition at line 494 of file PlotData.h.

typedef CountedPtr<PlotResizeEventHandler> casa::PlotResizeEventHandlerPtr

Definition at line 167 of file PlotEventHandler.h.

typedef PlotScalarErrorDataImpl<double> casa::PlotScalarErrorDoubleData

Definition at line 795 of file PlotData.h.

typedef PlotScalarErrorDataImpl<float> casa::PlotScalarErrorFloatData

Definition at line 794 of file PlotData.h.

typedef PlotScalarErrorDataImpl<int> casa::PlotScalarErrorIntData

Definition at line 792 of file PlotData.h.

typedef PlotScalarErrorDataImpl<unsigned int> casa::PlotScalarErrorUIntData

Definition at line 793 of file PlotData.h.

typedef CountedPtr<PlotSelectEventHandler> casa::PlotSelectEventHandlerPtr

Smart Pointer Definitions //.

Definition at line 158 of file PlotEventHandler.h.

typedef PlotSingleDataImpl<double> casa::PlotSingleDoubleData

Definition at line 412 of file PlotData.h.

typedef PlotSingleDataImpl<float> casa::PlotSingleFloatData

Definition at line 411 of file PlotData.h.

typedef PlotSingleDataImpl<int> casa::PlotSingleIntData

Definition at line 409 of file PlotData.h.

typedef PlotSingleDataImpl<unsigned int> casa::PlotSingleUIntData

Definition at line 410 of file PlotData.h.

typedef CountedPtr<PlotSymbol> casa::PlotSymbolPtr

Definition at line 591 of file PlotOptions.h.

typedef CountedPtr<Plotter> casa::PlotterPtr

Definition at line 311 of file Plotter.h.

typedef CountedPtr<PlotTool> casa::PlotToolPtr

Definition at line 157 of file PlotTool.h.

typedef CountedPtr<PlotWheelEventHandler> casa::PlotWheelEventHandlerPtr

Definition at line 165 of file PlotEventHandler.h.

typedef CountedPtr<PlotWidget> casa::PlotWidgetPtr

Definition at line 62 of file PlotPanel.h.

typedef void casa::PMSPTMethod(PMSPTObject, bool)

Definition at line 41 of file ThreadController.h.

typedef void* casa::PMSPTObject

Typedefs for using post-thread methods.

Definition at line 36 of file ThreadController.h.

typedef std::map< uInt,String > casa::polarizationIndexMap

Definition at line 75 of file FlagDataHandler.h.

typedef std::map< uShort,uShort > casa::polarizationMap

Definition at line 74 of file FlagDataHandler.h.

typedef std::map< uShort,uShort >::iterator casa::polartizationMapIterator

Definition at line 71 of file FlagDataHandler.h.

typedef RigidVector<Float,3> casa::Position

Definition at line 94 of file VisSet.h.

typedef std::pair<double, double> casa::ppoint_t

Typedef for a point, which is two doubles (x and y).

Definition at line 41 of file PlotData.h.

typedef std::pair<double, double> casa::prange_t

Typedef for range, which is two doubles (min and max).

Definition at line 41 of file PlotOptions.h.

typedef std::pair<double, double> casa::psize_t

Typedef for size, which is two doubles (width and height).

Definition at line 44 of file PlotOptions.h.

typedef RFABase casa::RFA

Definition at line 45 of file RFChunkStats.h.

typedef uInt casa::RFlagWord

RFAs use bitwise flags.

Definition at line 41 of file RFCommon.h.

typedef ROMSAntennaColumns casa::ROCTAntennaColumns

Definition at line 105 of file NewCalTable.h.

typedef ROMSFieldColumns casa::ROCTFieldColumns

Definition at line 103 of file NewCalTable.h.

typedef ROMSHistoryColumns casa::ROCTHistoryColumns

Definition at line 107 of file NewCalTable.h.

typedef ROMSObservationColumns casa::ROCTObservationColumns

Definition at line 104 of file NewCalTable.h.

typedef ROMSSpWindowColumns casa::ROCTSpWindowColumns

Definition at line 106 of file NewCalTable.h.

typedef ViReadImplAsync casa::ROVIA

Definition at line 358 of file VisibilityIteratorImplAsync.h.

typedef ROVisibilityIterator casa::ROVisIter

Definition at line 99 of file VisSet.h.

typedef Float(RFDataMapper::* casa::RowMapperFunc)(uInt)

a row mapper member function maps a row to a single value

Definition at line 42 of file RFDataMapper.h.

typedef std::map< Int,vector<Double> > casa::scanStartStopMap

Definition at line 77 of file FlagDataHandler.h.

typedef ParallelImagerAdaptor<SerialParallelImagerImpl> casa::SerialParallelImager

Serial imager.

Definition at line 63 of file ParallelImagerAdaptor.h.

typedef ParallelImagerMixin< SerialPartitionMixin< SynthesisImagerMixin< SynthesisNormalizerMixin< SynthesisDeconvolverMixin< IterationControl> > > > > casa::SerialParallelImagerImpl

Serial (non-MPI) imager class -- allows ParallelImagerMixin type to be used regardless of serial vs parallel CASA.

However, the naming is unfortunate...suggestions are welcome!

Definition at line 315 of file ParallelImagerMixin.h.

typedef CountedPtr<SimplePlotter> casa::SimplePlotterPtr

Definition at line 411 of file SimplePlotter.h.

typedef std::map< Double,std::vector<uInt> > casa::subIntegrationMap

Definition at line 73 of file FlagDataHandler.h.

typedef std::map< Double,std::vector<uInt> >::iterator casa::subIntegrationMapIterator

Definition at line 70 of file FlagDataHandler.h.

typedef void(casa::MSTransformBufferImpl::* casa::TransformFunction)(vi::VisBuffer2 *vb, DataCubeMap &inputDataMap, DataCubeMap &outputDataMap) const

Definition at line 149 of file MSTransformBufferImpl.h.

typedef void(casa::MSTransformBufferImpl::* casa::TransformKernel)(vi::VisBuffer2 *vb, DataCubeMap &inputDataMap, DataCubeMap &outputDataMap, IPosition &inputPos, IPosition &outputPos, IPosition &kernelShape) const

Definition at line 153 of file MSTransformBufferImpl.h.

typedef void(casa::MSTransformBufferImpl::* casa::TransformKernel1D)(vi::VisBuffer2 *vb, DataCubeMap &inputDataMap, DataCubeMap &outputDataMap, uInt &inputPos, uInt &outputPos, uInt &kernelSize) const

Definition at line 160 of file MSTransformBufferImpl.h.

typedef Complex casa::TT

template <class t>="">

Definition at line 98 of file CFBuffer.h.

typedef Vector<CountedPtr<CFBuffer > > casa::VBRow2CFBMapType

Definition at line 46 of file CFStore2.h.

typedef Cube<CountedPtr<CFCell > > casa::VBRow2CFMapType

Definition at line 45 of file CFStore2.h.

typedef Vi2ChunkCorrectedVisDataProvider<Vi2StatsAmplitudeIterator> casa::Vi2ChunkCorrectedVisAmplitudeProvider

Definition at line 46 of file Vi2ChunkVisAmplitudeProvider.h.

typedef Vi2ChunkCorrectedVisDataProvider<Vi2StatsImaginaryIterator> casa::Vi2ChunkCorrectedVisImaginaryProvider

Definition at line 46 of file Vi2ChunkVisImaginaryProvider.h.

typedef Vi2ChunkCorrectedVisDataProvider<Vi2StatsPhaseIterator> casa::Vi2ChunkCorrectedVisPhaseProvider

Definition at line 46 of file Vi2ChunkVisPhaseProvider.h.

typedef Vi2ChunkCorrectedVisDataProvider<Vi2StatsRealIterator> casa::Vi2ChunkCorrectedVisRealProvider

Definition at line 46 of file Vi2ChunkVisRealProvider.h.

typedef Vi2ChunkModelVisDataProvider<Vi2StatsAmplitudeIterator> casa::Vi2ChunkModelVisAmplitudeProvider

Definition at line 43 of file Vi2ChunkVisAmplitudeProvider.h.

typedef Vi2ChunkModelVisDataProvider<Vi2StatsImaginaryIterator> casa::Vi2ChunkModelVisImaginaryProvider

Definition at line 43 of file Vi2ChunkVisImaginaryProvider.h.

typedef Vi2ChunkModelVisDataProvider<Vi2StatsPhaseIterator> casa::Vi2ChunkModelVisPhaseProvider

Definition at line 43 of file Vi2ChunkVisPhaseProvider.h.

typedef Vi2ChunkModelVisDataProvider<Vi2StatsRealIterator> casa::Vi2ChunkModelVisRealProvider

Definition at line 43 of file Vi2ChunkVisRealProvider.h.

typedef Vi2ChunkObservedVisDataProvider<Vi2StatsAmplitudeIterator> casa::Vi2ChunkObservedVisAmplitudeProvider

Definition at line 40 of file Vi2ChunkVisAmplitudeProvider.h.

typedef Vi2ChunkObservedVisDataProvider<Vi2StatsImaginaryIterator> casa::Vi2ChunkObservedVisImaginaryProvider

Definition at line 40 of file Vi2ChunkVisImaginaryProvider.h.

typedef Vi2ChunkObservedVisDataProvider<Vi2StatsPhaseIterator> casa::Vi2ChunkObservedVisPhaseProvider

Definition at line 40 of file Vi2ChunkVisPhaseProvider.h.

typedef Vi2ChunkObservedVisDataProvider<Vi2StatsRealIterator> casa::Vi2ChunkObservedVisRealProvider

Definition at line 40 of file Vi2ChunkVisRealProvider.h.

typedef DataIteratorMixin< Vi2StatsDataIterator<Double,Double> > casa::Vi2StatsDoubleIterator

Definition at line 122 of file Vi2StatsDataIterator.h.

typedef DataIteratorMixin< Vi2StatsDataIterator<Double,Float> > casa::Vi2StatsFloatIterator

Definition at line 119 of file Vi2StatsDataIterator.h.

typedef DataIteratorMixin< Vi2StatsDataIterator<Double,Int> > casa::Vi2StatsIntIterator

Definition at line 125 of file Vi2StatsDataIterator.h.

typedef VisibilityIterator casa::VisIter

Definition at line 100 of file VisSet.h.

typedef Vector<CStokesVector> casa::vvCoh

Definition at line 97 of file VisSet.h.

typedef struct casa::window casa::WINDOW

MIRIAD dataset MeasurementSet filler.

Derived from carmafiller.

Despite that this program is written in C++ and uses classes, it is really a set of routines manipulating a huge common block....\.

Acknowledgement: this program was originally cloned off uvfitsfiller.cc whose code is now in MSFitsInput.cc Ray Plante wrote the other filler, with which we had some cross talk

Limitations, Caveats and Remaining ToDo's

• does not apply the various (miriad) complex gain corrections (uvcat and friends should be used for that in miriad, it would be silly to duplicate that code here)
• this code won't run if Double!=double or Float!=float or Int!=int On some future 64bit machines this may cause problems?
• CARMA type arrays when dishes are not the same size
• do not mix arrays from different telescopes (e.g. BIMA and ATCA) but it should handle different configurations (ARRAYs) of the same instrument
• handle multiple array configuration datasets that were UVCAT'ed (needs to count antennae up at each array configuration)
• true miriad storage manager ?

• check UV override, is that being handled transparently?

• spectral windows layout (code present, fix table access descriptors) CHECK: what happens if e.g. uvcat does some line= preprocessing
• correct restfreq's in source tables that relate to the spectral windows (this code currently coredumps)
• make win=,narrow=,wide=0 cause non of them to be written in that selection
• add weather table
• although no more wides are written, there is a way to make a small MS from the wides only by preprocessing in miriad, but conceivably could be done here as well?? -- except the narrow= keyword seems to write files that suffer from the Table array conformance error

Todo: to deal with multiple zoom setups (freq changes), we need to track which spectral windows each source appears to make a proper source table indexed by source id and spw id

History: Spring 1997: written (cloned off uvfitsfiller) Peter Teuben July 1997: Y2K, fixed table-interface PJT Dec 1997: fixed wideband only data (e.g. uvgen) PJT ??? somebody fixed up this code for some new release ??? May 2000: fixed up for various new AIPS++ conventions PJT and added multi-source & field PJT Sep 2000: development now on linux, converted to OldMS PJT Dec 2000: Conversion to MS (MS2) PJT typical compile time: (P600/256M/15MBps HD: 36") typical 3c273 conversion time: 2.6" (5.3->11.3 MB) Cf. that to "uvio" processing time, which runs at disk I/O speed (15 MB/s on the beforementioned laptop) Jan-Feb 2001: window layout, restfreq's and various things to get msmultiscale to work; added some syscal support PJT April 2001: final cleanup for the 1.5 AIPS++ release - PJT [note that from this moment on bimafiller is for experimental use and deprecated, the new version will be called 'mirfiller' Oct 2001: mirlib changed location Sep 2009: revived in CASA, added various tables for CARMA also renamed from bimafiller to carmafiller Sep 2011: initial release Mar 2013: Rename to importmiriad and make it work for ATCA CABB data (more channels, windows and 4 pols) MHW May 2014: Fix some compiler warnings, add TOPO option MHW Jul 2015: Cope with data with changing freq setups,e.g., CABB zoom data with multiple sources MHW Jan 2016 Turn from standalone app into tool+task MHW

a placeholder for the MIRIAD spectral window configuration see also the MIRIAD programmers guide, and its appendix on UV Variables for CARMA we have MAXWIN = MAXWIDE (16 normally, 6 in 2006-2009, more later) narrow band (plus MAXWIDE space to point into the wide band data too)

---

Enumeration Type Documentation

enum casa::ALMAAntennaType

Enumerator:

ALMA_INVALID
ALMA_DA
ALMA_DV
ALMA_CM
ALMA_PM
ALMA_numAntTypes

Definition at line 58 of file ALMAAperture.h.

enum casa::ALMABeamCalcBandCode

Enumerator:

BeamCalc_ALMA_1
BeamCalc_ALMA_2
BeamCalc_ALMA_3
BeamCalc_ALMA_4
BeamCalc_ALMA_5
BeamCalc_ALMA_6
BeamCalc_ALMA_7
BeamCalc_ALMA_8
BeamCalc_ALMA_9
BeamCalc_ALMA_10
ALMABeamCalc_NumBandCodes

Definition at line 166 of file BeamCalc.h.

enum casa::axisType [private]

Enumerator:

LONGITUDE
LATITUDE
FREQUENCY
POLARIZATION
NAXISTYPES

Definition at line 160 of file ImageProfileFitterResults.h.

enum casa::EVLABeamCalcBandCode

Enumerator:

BeamCalc_EVLA_L
BeamCalc_EVLA_S
BeamCalc_EVLA_C
BeamCalc_EVLA_X
BeamCalc_EVLA_U
BeamCalc_EVLA_K
BeamCalc_EVLA_A
BeamCalc_EVLA_Q
BeamCalc_EVLA_4
EVLABeamCalc_NumBandCodes

Definition at line 152 of file BeamCalc.h.

enum casa::gaussSols [private]

Enumerator:

AMP
CENTER
FWHM
INTEGRAL
AMPERR
CENTERERR
FWHMERR
INTEGRALERR
NGSOLMATRICES

Definition at line 151 of file ImageProfileFitterResults.h.

enum casa::GLTraceLevel

Enumerator:

GLTraceNone
GLTraceErrors
GLTraceInfo
GLTraceCalls
GLTraceImages
GLTraceGraphics
GLTraceMath
GLTraceOther
GLTraceNormal
GLTraceAll

Definition at line 108 of file GLSupport.h.

enum casa::PlotAxis

Enumerator:

X_BOTTOM
X_TOP
Y_LEFT
Y_RIGHT

Definition at line 57 of file PlotOptions.h.

enum casa::PlotAxisScale

Enum for possible axis scales.

Enumerator:

NORMAL
LOG10
DATE_MJ_SEC
DATE_MJ_DAY

Definition at line 73 of file PlotOptions.h.

enum casa::PlotCanvasLayer

The canvas is composed of multiple layers, where changing/adding items from one layer will not affect the others.

This is mainly used to separate items that are costly to draw (i.e. scatter plots with many points) from interaction-type items (i.e. annotations and selections). The layers share axes and are otherwise transparent to the user. If this enum is changed, PlotCanvas::allLayers() needs to be updated.

Enumerator:

MAIN
ANNOTATION

Definition at line 96 of file PlotOptions.h.

enum casa::PlotCursor

Enum for cursors.

Enumerator:

NORMAL_CURSOR
HAND_OPEN
HAND_CLOSED
CROSSHAIR
WAIT
TEXT

Definition at line 81 of file PlotOptions.h.

enum casa::ProfileType

Enumerator:

UNKNPROF
SINGPROF
RECTPROF
ELLPROF
POLYPROF
POLYLINEPROF
PVPROF

Definition at line 43 of file QtMWCTools.qo.h.

enum casa::spxSols [private]

Enumerator:

SPXSOL
SPXERR
NSPXSOLMATRICES

Definition at line 156 of file ImageProfileFitterResults.h.

enum casa::ToolCode

Enumerator:

SELECT_TOOL
SUBTRACT_TOOL
ZOOM_TOOL
PAN_TOOL
NONE_TOOL

Definition at line 233 of file PlotTool.h.

enum casa::VLABeamCalcBandCode

Enumerator:

BeamCalc_VLA_L
BeamCalc_VLA_C
BeamCalc_VLA_X
BeamCalc_VLA_U
BeamCalc_VLA_K
BeamCalc_VLA_Q
BeamCalc_VLA_4
VLABeamCalc_NumBandCodes

Definition at line 140 of file BeamCalc.h.

---

Function Documentation

*** virtual casa::~FluxCalcVQS

(

)

[virtual]

casa::~RegionTextParser

(

)

void casa::_addLine

(

const AsciiAnnotationFileLine &

line

)

[private]

Double casa::_centerWorld	(	const PCFSpectralElement &	solution,
		const IPosition &	imPos
	)			const [private]

void casa::_createAnnotation	(	const AnnotationBase::Type	annType,
		const Vector< Quantity > &	qDirs,
		const std::pair< Quantity, Quantity > &	qFreqs,
		const vector< Quantity > &	quantities,
		const String &	textString,
		const ParamSet &	currentParamSet,
		const Bool	annOnly,
		const Bool	isDifference,
		const String &	preamble
	)			[private]

Parameters:

qDirs

const Vector<MDirection> dirs,

std::unique_ptr<vector<vector<Array<Double> > > > casa::_createPCFArrays

(

)

const [private]

void casa::_determineVersion	(	const String &	chunk,
		const String &	filename,
		const Int	requireAtLeastThisVersion
	)			[private]

static String casa::_doLabel	(	String &	consumeMe,
		const String &	logPreamble
	)			[static, private]

void casa::_doWorldCoords	(	Array< String > &	directionInfo,
		const CoordinateSystem &	csysSub,
		const IPosition &	pixel,
		const DirectionCoordinate *const &	dcoord,
		const SpectralCoordinate *const &	spcoord,
		const StokesCoordinate *const &	polcoord,
		Bool	returnDirection,
		const String &	directionType
	)			[private]

String casa::_elementToString	(	const Double	value,
		const Double	error,
		const String &	unit,
		Bool	isFixed
	)			const [private]

Vector<Quantity> casa::_extractNQuantityPairs	(	String &	consumeMe,
		const String &	preamble
	)			const [private]

Vector<Quantity> casa::_extractQuantitiesFromPair	(	const String &	pair,
		const String &	preamble
	)			const [private]

Vector<Quantity> casa::_extractQuantityPairAndSingleQuantity	(	String &	consumeMe,
		const String &	preamble
	)			const [private]

void casa::_extractQuantityPairAndString	(	std::pair< Quantity, Quantity > &	quantities,
		String &	string,
		String &	consumeMe,
		const String &	preamble,
		const Bool	requireQuotesAroundString
	)			const [private]

static Vector<String> casa::_extractSinglePair

(

const String &

string

)

[static, private]

extract s1 and s2 from a string of the form "[s1, s2]"

std::pair<Quantity, Quantity> casa::_extractSingleQuantityPair	(	const String &	pair,
		const String &	preamble
	)			const [private]

Array<String> casa::_extractTwoPairs	(	uInt &	end,
		const String &	string
	)			const [private]

Vector<Quantity> casa::_extractTwoQuantityPairs	(	String &	consumeMe,
		const String &	preamble
	)			const [private]

Vector<Quantity> casa::_extractTwoQuantityPairsAndSingleQuantity	(	String &	consumeMe,
		const String &	preamble
	)			const [private]

Double casa::_fitAxisIncrement

(

)

const [private]

String casa::_gaussianMultipletToString	(	const GaussianMultipletSpectralElement &	gm,
		const CoordinateSystem &	csys,
		const Vector< Double > &	world,
		const IPosition &	imPos
	)			const [private]

AnnotationBase::Type casa::_getAnnotationType	(	Vector< Quantity > &	qDirs,
		vector< Quantity > &	qunatities,
		String &	textString,
		String &	consumeMe,
		const String &	preamble
	)			const [private]

ParamSet casa::_getCurrentParamSet	(	Bool &	spectralParmsUpdated,
		ParamSet &	newParams,
		String &	consumeMe,
		const String &	preamble
	)			const [private]

static String casa::_getKeyValue	(	String &	consumeMe,
		const String &	preamble
	)			[static, private]

String casa::_getTag

(

const uInt

i

)

const [private]

void casa::_initFunction

(

)

[private]

void casa::_insertPCF	(	vector< vector< Array< Double > > > &	pcfArrays,
		const IPosition &	pixel,
		const PCFSpectralElement &	pcf,
		const uInt	row,
		const uInt	col,
		const Double	increment
	)			const [private]

String casa::_logTransPolyToString

(

const LogTransformedPolynomialSpectralElement &

ltp

)

const [private]

static void casa::_makeSolutionImages	(	const String &	name,
		const CoordinateSystem &	csys,
		const Array< Double > &	values,
		const String &	unit,
		const Array< Bool > &	mask
	)			[static, private]

void casa::_marshalFitResults	(	Array< Bool > &	attemptedArr,
		Array< Bool > &	successArr,
		Array< Bool > &	convergedArr,
		Array< Bool > &	validArr,
		Array< String > &	typeMat,
		Array< Int > &	niterArr,
		Array< Int > &	nCompArr,
		std::unique_ptr< vector< vector< Array< Double > > > > &	pcfArrays,
		vector< Array< Double > > &	plpArrayss,
		vector< Array< Double > > &	ltpArrays,
		Bool	returnDirection,
		Array< String > &	directionInfo
	)			[private]

void casa::_parse	(	const String &	contents,
		const String &	fileDesc
	)			[private]

String casa::_pcfToString	(	const PCFSpectralElement *const &	pcf,
		const CoordinateSystem &	csys,
		const Vector< Double > &	world,
		const IPosition &	imPos,
		Bool	showTypeString = True,
		const String &	indent = ""
	)			const [private]

String casa::_polynomialToString	(	const PolynomialSpectralElement &	poly,
		const CoordinateSystem &	csys,
		const Vector< Double > &	imPix,
		const Vector< Double > &	world
	)			const [private]

String casa::_powerLogPolyToString

(

const PowerLogPolynomialSpectralElement &

plp

)

const [private]

void casa::_processSolutions	(	Array< String > &	typeMat,
		Array< Int > &	niterArr,
		Array< Int > &	nCompArr,
		const IPosition &	pixel,
		SHARED_PTR< const ProfileFitResults >	fitter,
		std::unique_ptr< vector< vector< Array< Double > > > > &	pcfArrays,
		vector< Array< Double > > &	plpArrays,
		vector< Array< Double > > &	ltpArrays,
		Double	increment
	)			[private]

std::pair<Quantity, Quantity> casa::_quantitiesFromFrequencyString	(	const String &	freqString,
		const String &	preamble
	)			const [private]

static Array<Bool> casa::_replicateMask	(	const Array< Bool > &	array,
		Int	n
	)			[static, private]

the input array must have a degenerate last axis.

It will be replicated along this axis n times to form an array with a last axis laength of n.

void casa::_resultsToLog

(

)

[private]

Bool casa::_setAxisTypes

(

)

[private]

virtual void casa::_setFunction

(

const String &

function

)

[protected, virtual]

void casa::_setInitialGlobals

(

)

[private]

void casa::_setOverridingChannelRange

(

const String &

globalOverrideChans

)

[private]

set the (single) channel range that will override all global and per line frequency specifications; If multiple ranges are specified, an exception will be thrown;

void casa::_setOverridingCorrelations

(

const String &

globalOverrideStokes

)

[private]

set the Stokes/polarizations/correlations that will override all global and per line correlation specifications; If multiple ranges are specified, an exception will be thrown;

void casa::_setResults

(

)

[private]

static Vector<Stokes::StokesTypes> casa::_stokesFromString	(	const String &	stokes,
		const String &	preamble
	)			[static, private]

void casa::_writeImages	(	const CoordinateSystem &	csys,
		const Array< Bool > &	mask,
		const String &	yUnit
	)			const [private]

void casa::_writeLogfile	(	const String &	str,
		Bool	open,
		Bool	close
	)			[private]

void casa::addRadioButtonsToGroup

(

QButtonGroup *

group

)

const

Overrides PlotMSWidget::addRadioButtonsToGroup().

void casa::alignfeed	(	calcAntenna *	a,
		const Pathology *	p
	)

void casa::Antennasetdir	(	calcAntenna *	a,
		const Double *	dir
	)

Int casa::Antennasetfeedpattern	(	calcAntenna *	a,
		const char *	filename,
		Double	scale
	)

void casa::Antennasetfreq	(	calcAntenna *	a,
		Double	freq
	)

void casa::apply	(	const Jones &	j1,
		VisVector &	v,
		const Jones &	j2,
		Bool &	vflag
	)

void casa::apply	(	const Jones &	j1,
		VisVector &	v,
		const Jones &	j2
	)

Apply a pair of Jones to a VisVector:.

void casa::applyPathology	(	Pathology *	P,
		calcAntenna *	a
	)

CStokesVector casa::applyScirc

(

const StokesVector &

v

)

[inline]

Apply conversion matrix from Stokes to circular.

Definition at line 363 of file StokesVector.h.

References applyScirc().

CStokesVector& casa::applyScirc	(	CStokesVector &	result,
		const StokesVector &	v
	)			[inline]

Apply conversion matrix from Stokes to circular.

Definition at line 353 of file StokesVector.h.

Referenced by applyScirc().

StokesVector casa::applyScircInv

(

const CStokesVector &

v

)

[inline]

Apply conversion matrix from circular to Stokes.

Definition at line 393 of file StokesVector.h.

References applyScircInv().

StokesVector& casa::applyScircInv	(	StokesVector &	result,
		const CStokesVector &	v
	)			[inline]

Apply conversion matrix from circular to Stokes.

Definition at line 384 of file StokesVector.h.

References std::real().

Referenced by applyScircInv().

CStokesVector casa::applySlin

(

const StokesVector &

v

)

[inline]

Apply conversion matrix from Stokes to linear.

Definition at line 348 of file StokesVector.h.

References applySlin().

CStokesVector& casa::applySlin	(	CStokesVector &	result,
		const StokesVector &	v
	)			[inline]

Apply conversion matrix from Stokes to linear(returns result).

Definition at line 338 of file StokesVector.h.

Referenced by applySlin().

StokesVector casa::applySlinInv

(

const CStokesVector &

v

)

[inline]

Apply conversion matrix from linear to Stokes.

Definition at line 378 of file StokesVector.h.

References applySlinInv().

StokesVector& casa::applySlinInv	(	StokesVector &	result,
		const CStokesVector &	v
	)			[inline]

Apply conversion matrix from linear to Stokes.

Definition at line 369 of file StokesVector.h.

References std::real().

Referenced by applySlinInv().

void casa::assignCTScanField	(	NewCalTable &	ct,
		String	msName,
		Bool	doField = True,
		Bool	doScan = True,
		Bool	doObs = True
	)

Extract time-dep scan and field id info from the specified MS, and assign them to the NewCalTable.

std::vector<bool> casa::bitvec_from_ulong	(	unsigned long	val,
		size_t	len = std::numeric_limits<unsigned long>::digits
	)			[inline]

Definition at line 200 of file RFCommon.h.

References casacore::mask(), and casacore::min().

unsigned long casa::bitvec_to_ulong

(

const std::vector< bool > &

val

)

[inline]

Definition at line 210 of file RFCommon.h.

References casacore::mask().

Int& casa::calLibLineNum

(

)

Current line number in file, for parse errors.

void casa::CalLibraryGramerror

(

const char *

s

)

The yyerror function for the parser.

It throws an exception with the current token.

int casa::calLibraryGramInput	(	char *	buf,
		int	max_size
	)

Declare the input routine for flex/bison.

Record casa::calLibraryGramParseCommand	(	CalLibraryParse *	parser,
		const String &	calLibrary
	)

Declare the bison parser (is implemented by bison command).

const Record* casa::calLibraryRecord

(

)

Give the Record.

Record casa::callibSetParams

(

const String &

calLibrary

)

Interface to flex/bison scanner/parser for a CalLibrary file. The calibration instructions are returned in a Record.

Intended use:

Internal

Prerequisite

• CalLibraryGram.l and .y (flex and bison grammar)

Synopsis

Global functions are needed to define the input of the flex scanner and to start the bison parser. The input is taken from a cal library file or string (basically the contents of the file).

The Record for the specified file is filled in by the parser.

String casa::calTableType

(

const String &

tablename

)

Global methods.

Discern cal table type from the table itself

void casa::clearBuf	(	char *	buf,
		int	size
	)

Bool casa::clone	(	const String &	imageName,
		const String &	newImageName
	)

ABSTRACT CLASSES Abstract class for colors Any implementation of color should be able to provide a hexadecimal form of the casa::color	(	i.	e.,
		"000000"for	black
	)

Referenced by casa::FlagPlotServerProxy::draw(), casa::PlotServerProxy::histogram(), casa::FlagPlotServerProxy::line(), casa::PlotServerProxy::line(), and casa::PlotServerProxy::scatter().

casa::CompiledSpectralElement	(	SpectralElement::Types	type,
		uInt	nParam
	)			[protected]

casa::CompiledSpectralElement	(	SpectralElement::Types	type,
		const Vector< Double > &	param = Vector< Double >(0)
	)			[explicit, protected]

For subclasses.

Parameters and function must be set after construction.

casa::CompiledSpectralElement

(

)

[protected]

void casa::convertYearFracToMjd	(	const Vector< Double > &	yearfrac,
		Vector< Double > &	mjds
	)			[private]

convert epochs in year.frac to mjds

Jones* casa::createJones

(

const Jones::JonesType &

jtype

)

Global methods:.

Factory method for creation of Jones

Mueller* casa::createMueller

(

const Mueller::MuellerType &

mtype

)

Globals.

Factory method

SolvableVisCal* casa::createSolvableVisCal	(	const String &	type,
		const Int &	nAnt
	)

Create a specialized SolvableVisCal from nAnt.

SolvableVisCal* casa::createSolvableVisCal	(	const String &	type,
		const MSMetaInfoForCal &	msmc
	)

Create a specialized SolvableVisCal from MSMetaInfoForCal.

SolvableVisCal* casa::createSolvableVisCal	(	const String &	type,
		String	msname,
		Int	MSnAnt,
		Int	MSnSpw
	)

Create a specialized SolvableVisCal from msname, nAnt, nSpw.

SolvableVisCal* casa::createSolvableVisCal	(	const String &	type,
		VisSet &	vs
	)

Create a specialized SolvableVisCal from VisSet.

VisCal* casa::createVisCal	(	const String &	type,
		const Int &	nAnt
	)

Create a specialized VisCal from nAnt.

VisCal* casa::createVisCal	(	const String &	type,
		const MSMetaInfoForCal &	msmc
	)

Create a specialized VisCal from MSMetaInfoForCal.

VisCal* casa::createVisCal	(	const String &	type,
		String	msname,
		Int	MSnAnt,
		Int	MSnSpw
	)

Create a specialized VisCal from msname, nAnt, nSpw.

VisCal* casa::createVisCal	(	const String &	type,
		VisSet &	vs
	)

Create a specialized VisCal from VisSet.

Double casa::dAdOmega	(	const calcAntenna *	a,
		const Ray *	ray1,
		const Ray *	ray2,
		const Ray *	ray3,
		const Pathology *	p
	)

void casa::defaultValue

(

StokesVector &

v

)

[inline]

Definition at line 315 of file StokesVector.h.

void casa::defaultValue

(

CStokesVector &

v

)

[inline]

Definition at line 224 of file StokesVector.h.

void casa::deleteAntenna

(

calcAntenna *

a

)

void casa::deletePathology

(

Pathology *

P

)

void casa::deleteRay

(

Ray *

ray

)

void casa::dfaccumulatetogrid_	(	DComplex *	grid,
		Complex *	CF,
		Complex *	nvalue,
		Double *	wVal,
		Int *	scaledSupport,
		Float *	scaledSampling,
		Double *	off,
		Int *	convOrigin,
		Int *	cfShape,
		Int *	loc,
		Int *	igrdpos,
		Double *	sinDPA,
		Double *	cosDPA,
		Int *	finitePointingOffset,
		Int *	doPSFOnly,
		Complex *	norm,
		Complex *	phaseGrad,
		Int *	imNX,
		Int *	imNY,
		Int *	imNP,
		Int *	imNC,
		Int *	cfNX,
		Int *	cfNY,
		Int *	cfNP,
		Int *	cfNC,
		Int *	phNX,
		Int *	phNY
	)

Int casa::dishfromsub	(	const calcAntenna *	a,
		Double	x,
		Double	y,
		Double *	dishpoint
	)

Int casa::dishvalue	(	const calcAntenna *	a,
		Double	r,
		Double *	z,
		Double *	m
	)

Double casa::dOmega	(	const calcAntenna *	a,
		const Ray *	ray1,
		const Ray *	ray2,
		const Ray *	ray3,
		const Pathology *	p
	)

int casa::dprintf	(	LogIO &	os,
		const char *	format,
			...
	)

a debug-printf function, for printf-ing debug messages

void casa::Efield	(	const calcAntenna *	a,
		const casa::Complex *	pol,
		casa::Complex *	E
	)

void casa::faccumulatefromgrid_	(	Complex *	nvalue,
		const Complex *	grid,
		Complex *	CF,
		Double *	wVal,
		Int *	scaledSupport,
		Float *	scaledSampling,
		Double *	off,
		Int *	convOrigin,
		Int *	cfShape,
		Int *	loc,
		Int *	igrdpos,
		Double *	sinDPA,
		Double *	cosDPA,
		Int *	finitePointingOffset,
		Complex *	phaseGrad,
		Complex *	phasor,
		Int *	imNX,
		Int *	imNY,
		Int *	imNP,
		Int *	imNC,
		Int *	cfNX,
		Int *	cfNY,
		Int *	cfNP,
		Int *	cfNC,
		Int *	phNX,
		Int *	phNY
	)

void casa::faccumulatetogrid_	(	Complex *	grid,
		Complex *	CF,
		Complex *	nvalue,
		Double *	wVal,
		Int *	scaledSupport,
		Float *	scaledSampling,
		Double *	off,
		Int *	convOrigin,
		Int *	cfShape,
		Int *	loc,
		Int *	igrdpos,
		Double *	sinDPA,
		Double *	cosDPA,
		Int *	finitePointingOffset,
		Int *	doPSFOnly,
		Complex *	norm,
		Complex *	phaseGrad,
		Int *	imNX,
		Int *	imNY,
		Int *	imNP,
		Int *	imNC,
		Int *	cfNX,
		Int *	cfNY,
		Int *	cfNP,
		Int *	cfNC,
		Int *	phNX,
		Int *	phNY
	)

Double casa::feedfunc	(	const calcAntenna *	a,
		Double	theta
	)

Double casa::feedgain	(	const calcAntenna *	a,
		const Ray *	ray,
		const Pathology *	p
	)

uInt casa::fieldSize	(	const RecordInterface &	parm,
		const String &	id
	)			[inline]

Short inline function for returning the number of elements in a field (0 for no field, 1 for scalar, >1 for arrays).

Definition at line 186 of file RFCommon.h.

Bool casa::fieldType	(	const RecordInterface &	parm,
		const String &	id,
		DataType	type,
		DataType	type2 = TpNumberOfTypes
	)			[inline]

short inline function for checking the type of a record field

Definition at line 152 of file RFCommon.h.

References casacore::False.

Int casa::findCorrType	(	Stokes::StokesTypes	type,
		const Vector< Int > &	corr
	)

global function for finding polarization by index

Bool casa::findMaxAbsLattice	(	const ImageInterface< Float > &	masklat,
		const Lattice< Float > &	lattice,
		Float &	maxAbs,
		IPosition &	posMaxAbs,
		Bool	flip = False
	)

Bool casa::findMaxAbsLattice	(	const ImageInterface< Float > &	lattice,
		Float &	maxAbs,
		IPosition &	posMaxAbs
	)

Bool casa::fixedAmpl

(

)

const

Bool casa::fixedCenter

(

)

const

Bool casa::fixedFWHM

(

)

const

Definition at line 134 of file PCFSpectralElement.h.

References fixedWidth().

Bool casa::fixedWidth

(

)

const

Referenced by fixedFWHM().

casa::FluxCalcVQS

(

)

[protected]

void casa::gcppeij	(	Double *	griduvw,
		Double *	area,
		Double *	raoff1,
		Double *	decoff1,
		Double *	raoff2,
		Double *	decoff2,
		Int *	doGrad,
		Complex *	weight,
		Complex *	dweight1,
		Complex *	dweight2,
		Double *	currentCFPA
	)

---------------------------------------------------------------

IlluminationConvFunc gwEij;

RigidVector<Vector<Float>,2 > casa::getCurrentCoeffs

(

)

Get currently set coefficients.

Definition at line 147 of file FluxCalcVQS.h.

References tvcoeffs_p.

Double casa::getCurrentTimeStamp

(

const VisBuffer &

vb

)

MDirection casa::getDirection

(

)

MDirection getDirection() {return directions_p[srcEnum_p];}.

Definition at line 138 of file FluxCalcVQS.h.

References casa::FluxStdSrcs::getDirection(), and srcEnum_p.

void casa::getfeedbasis	(	const calcAntenna *	a,
		Double	B[3][3]
	)

Int casa::getFileVersion

(

)

const

const Array<ImageFit1D<Float> >& casa::getFitters

(

)

const

void casa::getHADec	(	MeasurementSet &	ms,
		const VisBuffer &	vb,
		Double &	HA,
		Double &	RA,
		Double &	Dec
	)

Interpolate1D<Double,Float>::Method casa::getInterpMethod_p

(

const String &

interpmethod

)

[private]

A map from an FS::Source enum to a list of recognized names for it.

std::map<FCQS::Source, Vector<String> > names_p;

A map from an FS::Source enum to its J2000 direction. std::map<FCQS::Source, MDirection> directions_p;

get interpolate method enum

vector<AsciiAnnotationFileLine> casa::getLines

(

)

const

Double casa::getPA

(

const VisBuffer &

vb

)

Referenced by casa::nPBWProjectFT::getVBPA(), and casa::AWProjectFT::getVBPA().

static ParamSet casa::getParamSet	(	Bool &	spectralParmsUpdated,
		LogIO &	log,
		const String &	text,
		const String &	preamble,
		const CoordinateSystem &	csys,
		SHARED_PTR< std::pair< MFrequency, MFrequency > >	overridingFreqRange,
		SHARED_PTR< Vector< Stokes::StokesTypes > >	overridingCorrRange
	)			[static]

get the parameter set from a line of text; preamble is prepended to exception messages;

Int casa::getPhaseCenter	(	MeasurementSet &	ms,
		MDirection &	dir0,
		Int	whichField = -1
	)

const Vector<Double> casa::getPixelCenter

(

uint

index

)

const

Returns the center, in pixels of the indexth fit.

FCVQS::Source casa::getSrcEnum

(

)

Double casa::getWorldValue	(	double	pixelVal,
		const IPosition &	imPos,
		const String &	units,
		bool	velocity,
		bool	wavelength
	)			const

Converts a pixel value into a world value either in velocity, wavelength, or frequency units.

void casa::GLAttribToString	(	GLbitfield	bits,
		String &	str
	)

Given a glPushAttrib argument, append the string with the arg's string representation.

const char* casa::GLbufferToString

(

int

b

)

Convert various OpenGL constants to their string representations.

const char* casa::GLformatToString

(

GLenum

format

)

casa::INHERITANCE_POINTER	(	PlotMouseToolGroup	,
		PlotMouseToolGroupPtr	,
		PlotMouseTool	,
		PlotMouseToolPtr	,
		PlotTool	,
		PlotToolPtr
	)

PlotStandardMouseToolGroup is a specialized PlotMouseToolGroup where the tools in the group are: 1) select, 2) zoom, and 3) pan.

A tracker is also provided that is not in the group so that it can be active at the same time other tools are active.

Static //

Non-Static //

Constructor which creates default tools with the given coordinate system, and sets the active tool to the given.

Constructor which creates default tools with the given coordinate system and axes, and sets the active tool to the given.

Constructor which uses the given tools (or creates default tools if the given ones are invalid), and sets the active tool to the given.

Destructor.

Gets/sets the active standard tool.

Provides access to the tracker.

Provides access to the individual tools. Note: this should be avoided if possible.

Overrides PlotMouseToolGroup handler methods to give events to the tracker first.

Overrides PlotMouseToolGroup::attach().

Overrides PlotMouseToolGroup::detach().

Tracker.

Definition at line 783 of file PlotTool.h.

References NONE_TOOL, PlotStandardMouseToolGroup, and setActiveTool.

casa::INHERITANCE_POINTER	(	PlotTrackerTool	,
		PlotTrackerToolPtr	,
		PlotMouseTool	,
		PlotMouseToolPtr	,
		PlotTool	,
		PlotToolPtr
	)

This method is called AFTER the selection has been added.

Definition at line 606 of file PlotTool.h.

casa::INHERITANCE_POINTER	(	PlotPanTool	,
		PlotPanToolPtr	,
		PlotMouseTool	,
		PlotMouseToolPtr	,
		PlotTool	,
		PlotToolPtr
	)

A PlotTrackerTool is a concrete subclass of PlotMouseTool that provides convenient tracker functionality.

Note that plotting implementations may wish to override this class with an implementation-specific version that may be more efficient. A PlotTrackerTool can: 1) show a label with the current position hovering over the mouse, 2) let an external class handle the tracking via notifications, or 3) both.

attach() and detach()? >:(

Static //

Returns a String for the given position in the given format, with the given canvas and axes.

Non-Static //

Constructor which takes the tool's coordinate system.

Constructor which takes the tool's axes and coordinate system.

Destructor.

Adds the given notifier. This object will be notified when the tracker changes (and a new coordinate is ready for display).

Returns true if the tracker text is drawn on the canvas, false otherwise.

Sets whether the tracker will draw the text on the canvas or not.

Sets the tracker text format to the given. The following tags can be used in the format: %x%% : x value %y%% : y values %pX%% : sets the precision to X for any following numbers. NOTICE: if the x or y value is a date, the date format set on the canvas this tool is attached to will be used to display the value. Default format is "(%%x%%, %%y%%)".

Returns the formatted tracker text for the given position.

Returns the annotation used to store the coordinates/text.

Gets the tracker's current position.

Overrides PlotTool::setActive().

Implements PlotMouseTool::handleMouseEvent().

Notifiers.

Annotation that holds current position (even if not drawn on canvas).

Whether to draw the annotation or not.

Tracker text format.

Overrides PlotTool::attach().

Overrides PlotTool::detach().

Notifies all registered listeners that the tracker has changed.

Static //

Format constants.

Definition at line 495 of file PlotTool.h.

References PlotStandardMouseToolGroup, and String.

casa::INHERITANCE_POINTER	(	PlotZoomTool	,
		PlotZoomToolPtr	,
		PlotMouseTool	,
		PlotMouseToolPtr	,
		PlotTool	,
		PlotToolPtr
	)

A PlotPanTool is a concrete subclass of PlotMouseTool that provides convenient panning functionality.

Standard behavior is to pan the canvas on a drag event, go through the pan stack on a wheel event, and go to the pan stack base on a right click. Note that plotting implementations may wish to override this class with an implementation-specific version that may be more efficient. A PlotPanTool is responsible for: 1) managing behavior described above, 2) managing a pan stack, 3) managing the canvas's cursor, and 4) notifying interested objects when the pan changes.

Constructor which takes the tool's coordinate system.

Constructor which takes the tool's axes and coordinate system.

Destructor.

Adds the given notifier. This object will be notified when the pan changes.

Gets the pan stack.

Gets the pan stack index.

Overrides PlotTool::setActive().

Implements PlotMouseTool::handleMouseEvent().

Overrides PlotTool::reset().

Notifiers.

Whether we're in dragging mode or not.

Last coordinate in dragging mode.

Common canvas stack.

Overrides PlotTool::attach().

Overrides PlotTool::detach().

Notifies all registered listeners that the pan has changed.

Definition at line 424 of file PlotTool.h.

casa::INHERITANCE_POINTER	(	PlotSelectTool	,
		PlotSelectToolPtr	,
		PlotMouseTool	,
		PlotMouseToolPtr	,
		PlotTool	,
		PlotToolPtr
	)

A PlotZoomTool is a concrete subclass of PlotMouseTool that provides convenient zooming functionality.

Standard behavior is to zoom on a select event, go through the zoom stack on a wheel event, go to the zoom stack base on a right click, and zoom in 50% centered on a double-click. Note that plotting implementations may wish to override this class with an implementation-specific version that may be more efficient. A PlotZoomTool is responsible for: 1) managing behavior described above, 2) managing a zoom stack, 3) managing the canvas's select line/cursor, and 3) notifying interested objects when the zoom changes.

Constructor which takes the tool's coordinate system.

Constructor which takes the tool's axes and coordinate system.

Destructor.

Adds the given notifier. This object will be notified when the zoom changes.

Sets the selection line to the given.

Gets the zoom stack.

Gets the zoom stack index.

Overrides PlotTool::setActive().

Implements PlotMouseTool::handleMouseEvent().

Overrides PlotTool::reset().

Notifiers.

Copy of canvas selection line, or NULL if none has been set.

Common canvas stack.

Overrides PlotTool::attach().

Overrides PlotTool::detach().

Notifies all registered listeners that the zoom has changed.

Definition at line 344 of file PlotTool.h.

casa::INHERITANCE_POINTER	(	PlotBinnedData	,
		PlotBinnedDataPtr	,
		PlotPointData	,
		PlotDataPtr	,
		PlotData	,
		PlotDataPtr
	)

Data for raster plots, which can be thought of as three-dimensional.

Used for images, with the values being in one of the givne formats.

Format that the data is in

Origin point of the data - in other words, where (0,0) is located visually on the canvas. Default is LLEFT.

ABSTRACT METHODS //

Returns the data origin.

Sets the data origin.

Returns the range of x.

Returns the range of y.

Sets the range of x.

Sets the range of y.

Returns the range of the data values.

Returns the data value at the given (x,y) coordinate.

Gets color bar values.

Definition at line 238 of file PlotData.h.

References casacore::max().

casa::INHERITANCE_POINTER	(	PlotErrorData	,
		PlotErrorDataPtr	,
		PlotPointData	,
		PlotDataPtr	,
		PlotData	,
		PlotDataPtr
	)

Data that differentiates different points into different "bins" on top of normal point data functionality.

Constructor.

Destructor.

ABSTRACT METHODS //

Returns the total number of bins that the data is in.

Returns the bin index number for the given index. MUST be between 0 and numBins().

IMPLEMENTED METHODS //

Returns true if the data is binned, false otherwise.

Definition at line 208 of file PlotData.h.

casa::INHERITANCE_POINTER	(	PlotMaskedPointData	,
		PlotMaskedPointDataPtr	,
		PlotPointData	,
		PlotPointDataPtr	,
		PlotData	,
		PlotDataPtr
	)

Data that adds error functionality on top of normal plot data.

ABSTRACT METHODS //

Returns the "left" error for x at the given index.

Returns the "right" error for x at the given index.

Returns the "bottom" error for y at the given index.

Returns the "top" error for y at the given index.

Gets the maximum errors for the four sides.

IMPLEMENTED METHODS //

Gets the x and y values and error data at the given index. See PlotPointData::xAndYAt().

Definition at line 169 of file PlotData.h.

PlotItemPtr casa::INHERITANCE_POINTER	(	ErrorPlot	,
		ErrorPlotPtr	,
		ScatterPlot	,
		ScatterPlotPtr	,
		PlotItem	,
		PlotItemPtr
	)

Type Constraints

casa::INHERITANCE_POINTER	(	ScatterPlot	,
		ScatterPlotPtr	,
		Plot	,
		PlotPtr	,
		PlotItem	,
		PlotItemPtr
	)

casa::INHERITANCE_POINTER2	(	PlotLayoutSingle	,
		PlotLayoutSinglePtr	,
		PlotCanvasLayout	,
		PlotCanvasLayoutPtr
	)

void casa::interpolate

(

const String &

interpmethod

)

Interpolate for time variable source.

void casa::intersectaperture	(	const calcAntenna *	a,
		const Double *	dish,
		const Double *	unitdir,
		Double *	aper
	)

void casa::intersectdish	(	const calcAntenna *	a,
		const Double *	sub,
		const Double *	unitdir,
		Double *	dish,
		Int	niter
	)

Bool casa::isField	(	const RecordInterface &	parm,
		const String &	id,
		Bool(*)(DataType)	func
	)			[inline]

short inline function for checking a field's data type against some function

Definition at line 161 of file RFCommon.h.

References casacore::False, and type().

Bool casa::isFieldSet	(	const RecordInterface &	parm,
		const String &	id
	)			[inline]

Short inline function for checking if a record field is "set", i.e.

exists, and is not an empty array or a boolean False.

Definition at line 179 of file RFCommon.h.

void casa::isTimeVar

(

Bool

istimevar

)

keep track if it is non-time var source for Perley-Butler2013

Bool casa::isValidRecord	(	const RecordInterface &	parm,
		const String &	id
	)			[inline]

short inline function for checking that a field is a non-empty record

Definition at line 170 of file RFCommon.h.

References casacore::False.

Referenced by casa::sdfiller::DataAccumulator::accumulate(), and casa::sdfiller::DataChunk::accumulate().

Bool casa::isVBNaN	(	const VisBuffer &	vb,
		String &	mesg
	)

Int casa::jonesNPar

(

const Jones::JonesType &

jtype

)

[inline]

Return parameter count from.

must return something

Definition at line 315 of file Jones.h.

References casa::Jones::Diagonal, casa::Jones::General, casa::Jones::GenLinear, and casa::Jones::Scalar.

Jones::JonesType casa::jonesType

(

const Int &

n

)

Return enum from integer.

Int casa::legplanewaveblock	(	const calcAntenna *	a,
		Double	x,
		Double	y
	)

Int casa::legplanewaveblock2	(	const calcAntenna *	a,
		const Ray *	ray
	)

Int casa::legsphericalwaveblock	(	const calcAntenna *	a,
		const Ray *	ray
	)

void casa::logSummary	(	uInt	nProfiles,
		uInt	nAttempted,
		uInt	nSucceeded,
		uInt	nConverged,
		uInt	nValid
	)

void casa::makeStokesAxis	(	Int	npol_p,
		Vector< String > &	polType,
		Vector< Int > &	whichStokes
	)

template<class T >

LogicalArray casa::maskBits	(	const Array< T > &	,
		const T &
	)			[inline]

returns a LogicalArray corresponding to (ARR&MASK)!=0

Int casa::muellerNPar

(

const Mueller::MuellerType &

mtype

)

[inline]

Return Mueller type according to Int Mueller::MuellerType muellerType(const Int& n);.

Return parameter count according to type

must return something (shouldn't reach here)

Definition at line 344 of file Mueller.h.

References casa::Mueller::AddDiag, casa::Mueller::AddDiag2, casa::Mueller::Diag2, casa::Mueller::Diagonal, casa::Mueller::General, and casa::Mueller::Scalar.

Mueller::MuellerType casa::muellerType	(	const Jones::JonesType &	jtype,
		const VisVector::VisType &	vtype
	)

Return Mueller type according to underlying Jones and VisVector types.

double casa::myhash

(

register double

arg

)

[inline]

Definition at line 45 of file CExp.h.

References PI2.

ABSTRACT CLASSES Abstract class for colors Any implementation of color should be able to provide a hexadecimal form of the if a human readable casa::name

(

i.e."black"

)

Type Constraints

Referenced by asdm::TableStreamReader< T, R >::accumulateUntilBoundary(), casa::QtApp::app(), asdm::TableStreamReader< T, R >::checkState(), casa::QtDBusPlotSvrAdaptor::dbusName(), TableSAXReader< T, R, RFilter >::error(), casa::CubePartitionMixin< T >::get_params(), casa::SynthesisImagerMixin< T >::getCFCacheList(), casa::ImageCollapser< T >::getClass(), asdm::TableStreamReader< T, R >::headerField2Pair(), casa::SynthesisImagerMixin< T >::isCFS(), casa::dbus::launch(), asdm::TableStreamReader< T, R >::nextLine(), asdm::TableStreamReader< T, R >::nextNRows(), asdm::TableStreamReader< T, R >::open(), TableSAXReader< T, R, RFilter >::operator()(), MirPolRecps::polToString(), asdmbinaries::Utils::quote(), asdm::TableStreamReader< T, R >::requireBoundary(), asdm::TableStreamReader< T, R >::requireBoundaryInCT(), asdm::TableStreamReader< T, R >::requireHeaderField(), asdm::TableStreamReader< T, R >::requireMIMEHeader(), casa::ScantableSourceIterator::ScantableSourceIterator(), casa::vi::VbCacheItemArray< Vector< SquareMatrix< Complex, 2 > >, True >::shapeErrorMessage(), asdm::TableStreamReader< T, R >::skipUntilEmptyLine(), TableSAXReader< T, R, RFilter >::start_element_callback(), stringValue(), TableSAXReader< T, R, RFilter >::TableSAXReader(), MirPolCorr::toString(), asdmbinaries::Utils::toString(), asdmbinaries::Utils::toXML(), and asdm::TableStreamReader< T, R >::untilNBytes().

Bool casa::near	(	const SpectralElement &	s1,
		const SpectralElement &	s2,
		const Double	tol
	)

Bool casa::nearAbs	(	const SpectralElement &	s1,
		const SpectralElement &	s2,
		const Double	tol
	)

calcAntenna* casa::newAntenna	(	Double	sub_h,
		Double	feed_x,
		Double	feed_y,
		Double	feed_z,
		Double	ftaper,
		Double	thmax,
		const char *	geomfile
	)

calcAntenna* casa::newAntennafromApertureCalcParams

(

struct ApertureCalcParams *

ap

)

Pathology* casa::newPathology

(

)

Pathology* casa::newPathologyfromApertureCalcParams

(

struct ApertureCalcParams *

ap

)

Ray* casa::newRay

(

const Double *

sub

)

TOOL GROUP CLASSES A PlotMouseToolGroup provides an interface for a group of PlotMouseTools where only casa::one

(

or

none

)

Constructor for empty group.

Destructor.

Returns the number of tools in the group.

Returns the tools in the group.

Adds the given tool to the group and returns its index. If makeActive is true, the given tool becomes the group's active tool. Note (dec 2010): used to take 2nd arg, boolean, to make tool active. This is confusing design. Caller of addTool should just call setActiveTool(tool) after calling addTool() if it wants the tool to become active. In practice, source code does not anywhere call addTool with make_active=true.

Removes the given tool from the group, and returns true on success.

Returns the tool at the given index, or NULL for invalid.

Returns the index of the given tool, or numTools() for invalid.

Returns true if the given tool is in this group, false otherwise.

Returns the currently active tool, or NULL for none.

Sets the active tool to the given. If the given tool is not in the group it is first added. Toolcode is optional - meaningful only if tool has double usage, like Select tool which doubles as the Subtraction tool. Otherwise, just stuff NONE_TOOL in for that arg.

Sets the active tool to the one at the given index.

Overrides PlotTool::setActive().

Overrides PlotTool::setBlocking().

Implements PlotMouseTool::handleMouseEvent().

Overrides PlotMouseTool's event handling methods.

Overrides PlotTool::getXAxis().

Overrides PlotTool::getYAxis().

Overrides PlotTool::getCoordinateSystem().

Overrides PlotTool::lastEventWasHandled().

Overrides PlotTool::reset().

All tools.

Active tool (or NULL for no active tool).

Overrides PlotTool::attach().

Overrides PlotTool::detach().

Definition at line 681 of file PlotTool.h.

References casacore::C::c, NONE_TOOL, setActiveTool, and tools.

Referenced by alone_display_applications::grexec_().

template<class T >

void casa::openImage	(	const String &	imagenamefull,
		SHARED_PTR< ImageInterface< T > > *	img
	)			[inline]

template<class T >

Array<T> casa::operator&	(	const Array< T > &	,
		const T &
	)			[inline]

Function for working with bitmasks.

Does a bitwise-AND on every element, returns True if !=0 or False if ==0

Bool casa::operator()	(	Vector< Flux< Double > > &	values,
		Vector< Flux< Double > > &	errors,
		const Vector< MFrequency > &	mfreqs,
		const MEpoch &	mtime,
		const String &	interpmethod
	)

for time variable case with interpolation method

Bool casa::operator()	(	Vector< Flux< Double > > &	values,
		Vector< Flux< Double > > &	errors,
		const Vector< MFrequency > &	mfreqs
	)

virtual Bool casa::operator()	(	Flux< Double > &	value,
		Flux< Double > &	error,
		const MFrequency &	mfreq,
		const Bool	updatecoeffs
	)			[pure virtual]

StokesVector casa::operator*	(	const SquareMatrix< Float, 4 > &	m,
		const StokesVector &	v
	)			[inline]

Multiplication of StokesVector by a SquareMatrix.

Definition at line 331 of file StokesVector.h.

StokesVector casa::operator*	(	const StokesVector &	v,
		Float	f
	)			[inline]

Multiply by a scalar.

Definition at line 325 of file StokesVector.h.

StokesVector casa::operator*	(	Float	f,
		const StokesVector &	v
	)			[inline]

Multiply by a scalar.

Definition at line 320 of file StokesVector.h.

CStokesVector casa::operator*	(	const SquareMatrix< Complex, 4 > &	m,
		const CStokesVector &	v
	)			[inline]

Multiplication of CStokesVector by a Complex SquareMatrix.

Definition at line 218 of file StokesVector.h.

ostream& casa::operator<<	(	ostream &	os,
		const AsciiAnnotationFileLine &	line
	)			[inline]

Definition at line 96 of file AsciiAnnotationFileLine.h.

References casa::AsciiAnnotationFileLine::print().

ostream& casa::operator<<	(	ostream &	os,
		const CasaImageBeamSet &	beamSet
	)

ostream& casa::operator<<	(	ostream &	os,
		const RegionTextList &	list
	)			[inline]

Definition at line 147 of file RegionTextList.h.

References casa::RegionTextList::print().

ostream& casa::operator<<	(	ostream &	os,
		const AnnotationBase::Direction	x
	)			[inline]

Definition at line 468 of file AnnotationBase.h.

References casa::AnnotationBase::print().

ostream& casa::operator<<	(	ostream &	os,
		const map< AnnotationBase::Keyword, String > &	x
	)			[inline]

Definition at line 464 of file AnnotationBase.h.

References casa::AnnotationBase::print().

ostream& casa::operator<<	(	ostream &	os,
		const AnnotationBase::FontStyle &	fs
	)			[inline]

Definition at line 460 of file AnnotationBase.h.

References casa::AnnotationBase::print().

ostream& casa::operator<<	(	ostream &	os,
		const AnnotationBase::LineStyle &	ls
	)			[inline]

Definition at line 456 of file AnnotationBase.h.

References casa::AnnotationBase::print().

ostream& casa::operator<<	(	ostream &	os,
		const AnnotationBase &	annotation
	)			[inline]

Definition at line 452 of file AnnotationBase.h.

References casa::AnnotationBase::print().

ostream& casa::operator<<	(	ostream &	os,
		Annotations::State	st
	)

Ostream, mainly for debugging the state of the annotator.

std::ostream& casa::operator<<	(	std::ostream &	out,
		const casa::viewer::Position &	pos
	)			[inline]

Definition at line 78 of file Position.h.

References casa::viewer::Position::show().

ostream& casa::operator<<	(	ostream &	os,
		AttributeValueBase &	av
	)

ostream& casa::operator<<	(	ostream &	os,
		AttributeBuffer &	ab
	)

ostream& casa::operator<<	(	ostream &	os,
		Attribute &	a
	)

ostream& casa::operator<<	(	ostream &	os,
		const SpectralElement &	elem
	)

ostream& casa::operator<<	(	ostream &	os,
		const PowerLogPolynomialSpectralElement &	elem
	)

ostream& casa::operator<<	(	ostream &	os,
		const LorentzianSpectralElement &	elem
	)

ostream& casa::operator<<	(	ostream &	os,
		const LogTransformedPolynomialSpectralElement &	elem
	)

ostream& casa::operator<<	(	ostream &	os,
		const GaussianSpectralElement &	elem
	)

ostream& casa::operator<<	(	ostream &	os,
		const GaussianMultipletSpectralElement &	elem
	)

RegionTextParser& casa::operator=

(

const RegionTextParser &

)

Referenced by surface().

bool casa::p1Arrow

(

)

const

Definition at line 535 of file RegionShapes.h.

References m_arrow1.

bool casa::p2Arrow

(

)

const

Definition at line 538 of file RegionShapes.h.

References m_arrow2.

Referenced by RSVector::arrow().

void casa::Pathologize	(	Double *	sub,
		const Pathology *	p
	)

casa::PCFSpectralElement

(

)

[private]

casa::PCFSpectralElement

(

const PCFSpectralElement &

other

)

[protected]

casa::PCFSpectralElement	(	SpectralElement::Types	type,
		Double	amp,
		Double	center,
		Double	width
	)			[protected]

casa::PCFSpectralElement	(	SpectralElement::Types	type,
		const Vector< Double > &	param
	)			[protected]

param should have three elements: amplitude, center, and width

casa::PCFSpectralElement

(

SpectralElement::Types

type

)

[protected]

PlotFactoryPtr casa::plotterImplementation	(	Plotter::Implementation	which = Plotter::DEFAULT,
		bool	smartDelete = true
	)

The plotterImplementation function is a global function within the casa namespace.

Any implementation of the generic plotter interface should: 1) add itself to the Implementation enum in the graphics/implementation/Plotter.h file, 2) add a case statement to this function to return a new instance of the factory for that implementation.

void casa::rangeChanged

(

)

[private]

Slot for when the set range changes.

Double casa::Raylen

(

const Ray *

ray

)

void casa::readQSCoeffsTable

(

const Path &

fileName

)

Read the coefficient data table.

casa::RegionTextParser	(	const CoordinateSystem &	csys,
		const IPosition &	imShape,
		const String &	text,
		const String &	prependRegion = "",
		const String &	globalOverrideChans = "",
		const String &	globalOverrrideStokes = ""
	)

casa::RegionTextParser	(	const String &	filename,
		const CoordinateSystem &	csys,
		const IPosition &	imShape,
		const Int	requireAtLeastThisVersion,
		const String &	prependRegion = "",
		const String &	globalOverrideChans = "",
		const String &	globalOverrrideStokes = ""
	)

differentiating between the filename and simple text constructors globalOverrideChans override all spectral selections in the file or text by using this channel selection <src>globalOverrideStokes override all correlation selections in the file or text by using this polarization selection <src>prependRegion allows one to specify region(s) that will be prepended to any text in filename or text

casa::RegionTextParser

(

)

void casa::setPLPDivisor

(

const String &

x

)

Definition at line 141 of file ImageProfileFitterResults.h.

References _plpDivisor.

virtual Bool casa::setSource	(	const String &	sourceName,
		const MDirection &	sourceDir
	)			[virtual]

If a FS::Source enum matches srcName, returns the enum.

Otherwise, FCQS::UNKNOWN_SOURCE. FCQS::Source srcNameToEnum(const String& srcName) const;

Sets srcEnum_p = srcNameToEnum(sourceName), and returns srcEnum_p != FCQS::UNKNOWN_SOURCE

void casa::setSourceCoeffsfromVec

(

uInt &

i

)

Set the coefficients from one epoch where i is row number in the original data table.

virtual void casa::setSymbol

(

PlotSymbol::Symbol

sym

)

[virtual]

Definition at line 358 of file PlotShape.h.

References casa::PlotPoint::setSymbol(), and casa::PlotPoint::symbol().

virtual void casa::setSymbol

(

const PlotSymbolPtr

symbol

)

[virtual]

Definition at line 356 of file PlotShape.h.

References casa::PlotPoint::setSymbol().

SimplePlotterPtr casa::simplePlotter	(	Plotter::Implementation	which = Plotter::DEFAULT,
		bool	smartDelete = true
	)

The simplePlotter function is a global function within the casa namespace.

void casa::smooth	(	CalSet< Complex > &	cs,
		const String &	smtype,
		const Double &	smtime,
		Vector< Int >	selfields
	)

Globals.

Smooth the solutions in a CalSet

void casa::smoothCT	(	NewCalTable	ct,
		const String &	smtype,
		const Double &	smtime,
		Vector< Int >	selfields
	)

Create a specialized VisCal from VisSet.

Vector<String> casa::splitExpression

(

const Vector< String > &

expr0

)

helper function to split an expression into elements

void casa::storeArrayAsImage	(	String	fileName,
		const CoordinateSystem &	coords,
		const Array< Float > &	cf
	)

void casa::storeArrayAsImage	(	String	fileName,
		const CoordinateSystem &	coords,
		const Array< DComplex > &	cf
	)

void casa::storeArrayAsImage	(	String	fileName,
		const CoordinateSystem &	coords,
		const Array< Complex > &	cf
	)

void casa::storeImg	(	String	fileName,
		ImageInterface< Float > &	theImg
	)

void casa::storeImg	(	String	fileName,
		ImageInterface< Complex > &	theImg,
		Bool	writeReIm = False
	)

String casa::stringUpper

(

const String &

in

)

[inline]

Basically just upcase(), but in a form suitable for Array::apply.

Definition at line 192 of file RFCommon.h.

References casacore::upcase().

Int casa::subfromdish	(	const calcAntenna *	a,
		Double	x,
		Double	y,
		Double *	subpoint
	)

CONCRETE UTILITY CLASSES Coordinate on the canvas casa::surface	(	i.	e.,
		the part where the actual plots	are,
		which doesn't include things like	axes,
		titles	,
		etc.
	)

Static //

Coordinate system.

world units

the canvas

Non-Static //

Default constructor.

Parameterized constructor.

Copy constructor.

Destructor.

Accessors //

Returns the coordinate system.

Returns the x value.

Returns the y value.

Operators //

Assigns the value of the given PlotCoordinate to this one.

Returns true if this PlotCoordinate is equal to the given; false otherwise.

Returns true if this PlotCoordinate is NOT equal to the given; false otherwise.

Coordinate system.

X value.

Y value.

Definition at line 598 of file PlotOptions.h.

References casacore::C::c, casacore::operator!=(), operator=(), and casacore::operator==().

void casa::timeFromChanged

(

)

[private]

void casa::timeToChanged

(

)

[private]

std::string casa::to_string

(

const QString &

other

)

[inline]

Definition at line 73 of file QtDBusApp.h.

Referenced by casa::CubePartitionMixin< T >::concat_images(), casa::CubePartitionMixin< T >::get_params(), and casa::ContinuumPartitionMixin< T >::get_params().

virtual Bool casa::toRecord

(

RecordInterface &

out

)

const [virtual]

Save to a record.

Ray* casa::trace	(	const calcAntenna *	a,
		Double	x,
		Double	y,
		const Pathology *	p
	)

void casa::tracepol	(	casa::Complex *	E0,
		const Ray *	ray,
		casa::Complex *	E1
	)

Int casa::translateGenericToStokes	(	const PolOuterProduct::GenericVBPol &	gPol,
		const MSIter::PolFrame &	polFrame = MSIter::Circular
	)

PolOuterProduct::GenericVBPol casa::translateStokesToGeneric

(

const Int &

stokes

)

------------------------------------------------------------------

VisVector::VisType casa::visType

(

const Int &

ncorr

)

Globals:.

Return VisType according to length of data array corr axis

void casa::writeImages

(

Bool

someConverged

)

const

---

Variable Documentation

String casa::_ampErrName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setAmpErrName().

String casa::_ampName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setAmpName().

vector<axisType> casa::_axisTypes

Definition at line 178 of file ImageProfileFitterResults.h.

String casa::_centerErrName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setCenterErrName().

String casa::_centerName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setCenterName().

const String casa::_class [static]

Definition at line 164 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::getClass().

const String casa::_CONVERGED [static]

Definition at line 127 of file ImageProfileFitterResults.h.

CoordinateSystem casa::_csys

Definition at line 149 of file RegionTextParser.h.

const CoordinateSystem casa::_csysIm

Definition at line 185 of file ImageProfileFitterResults.h.

ParamSet casa::_currentGlobals

Definition at line 151 of file RegionTextParser.h.

Bool casa::_doVelocity

Definition at line 165 of file ImageProfileFitterResults.h.

Int casa::_fileVersion

Definition at line 154 of file RegionTextParser.h.

Int casa::_fitAxis

Definition at line 177 of file ImageProfileFitterResults.h.

const Array<SHARED_PTR<ProfileFitResults> >* const casa::_fitters

Definition at line 172 of file ImageProfileFitterResults.h.

String casa::_function

Definition at line 119 of file CompiledSpectralElement.h.

String casa::_fwhmErrName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setFWHMErrName().

String casa::_fwhmName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setFWHMName().

Vector<AnnotationBase::Keyword> casa::_globalKeysToApply

Definition at line 153 of file RegionTextParser.h.

Vector<Double> casa::_goodAmpRange

Definition at line 184 of file ImageProfileFitterResults.h.

Vector<Double> casa::_goodCenterRange

Definition at line 184 of file ImageProfileFitterResults.h.

Vector<Double> casa::_goodFWHMRange

Definition at line 184 of file ImageProfileFitterResults.h.

const uInt casa::_gsPlane [static]

Definition at line 181 of file ImageProfileFitterResults.h.

IPosition casa::_imShape

Definition at line 155 of file RegionTextParser.h.

String casa::_integralErrName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setIntegralErrName().

String casa::_integralName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setIntegralName().

vector<AsciiAnnotationFileLine> casa::_lines

Definition at line 152 of file RegionTextParser.h.

std::unique_ptr< LogIO > casa::_log

Definition at line 183 of file ImageProfileFitterResults.h.

SHARED_PTR<LogFile> casa::_logfile

Definition at line 182 of file ImageProfileFitterResults.h.

Bool casa::_logResults

Definition at line 165 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setLogResults().

const uInt casa::_lsPlane [static]

Definition at line 181 of file ImageProfileFitterResults.h.

String casa::_ltpErrName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setLTPErrName().

String casa::_ltpName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setLTPName().

Bool casa::_multiFit

Definition at line 165 of file ImageProfileFitterResults.h.

uInt casa::_nGaussMultiplets

Definition at line 170 of file ImageProfileFitterResults.h.

uInt casa::_nGaussSinglets

Definition at line 170 of file ImageProfileFitterResults.h.

uInt casa::_nLorentzSinglets

Definition at line 170 of file ImageProfileFitterResults.h.

uInt casa::_nLTPCoeffs

Definition at line 170 of file ImageProfileFitterResults.h.

SpectralList casa::_nonPolyEstimates

Definition at line 173 of file ImageProfileFitterResults.h.

const uInt casa::_nOthers [static]

Definition at line 181 of file ImageProfileFitterResults.h.

uInt casa::_nPLPCoeffs

Definition at line 170 of file ImageProfileFitterResults.h.

SHARED_PTR<Vector<Stokes::StokesTypes> > casa::_overridingCorrRange

Definition at line 159 of file RegionTextParser.h.

SHARED_PTR<std::pair<MFrequency, MFrequency> > casa::_overridingFreqRange

Definition at line 158 of file RegionTextParser.h.

Vector< Vector<Double> > casa::_pixelPositions

Bool _inVelocitySpace() const;.

Definition at line 263 of file ImageProfileFitterResults.h.

String casa::_plpDivisor

Definition at line 186 of file ImageProfileFitterResults.h.

Referenced by setPLPDivisor().

String casa::_plpErrName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setPLPErrName().

String casa::_plpName

Definition at line 166 of file ImageProfileFitterResults.h.

Referenced by casa::ImageProfileFitterResults::setPLPName().

Int casa::_polyOrder

Definition at line 177 of file ImageProfileFitterResults.h.

uInt casa::_regions

Definition at line 156 of file RegionTextParser.h.

Record casa::_results

Definition at line 180 of file ImageProfileFitterResults.h.

const SHARED_PTR<const SubImage<Float> > casa::_subImage

subimage contains the region of the original image on which the fit is performed.

Definition at line 176 of file ImageProfileFitterResults.h.

const String casa::_SUCCEEDED [static]

Definition at line 128 of file ImageProfileFitterResults.h.

String casa::_summaryHeader

Definition at line 166 of file ImageProfileFitterResults.h.

const String casa::_VALID [static]

Definition at line 129 of file ImageProfileFitterResults.h.

Array<String> casa::_worldCoords

Definition at line 179 of file ImageProfileFitterResults.h.

String casa::_xUnit

Definition at line 166 of file ImageProfileFitterResults.h.

const RFChunkStats::StatEnums casa::active_stats[]

enums for which stats are actually collected

Definition at line 243 of file RFChunkStats.h.

const PlotAxisBitset casa::all_four_sides

Definition at line 67 of file PlotOptions.h.

Double casa::ALMABandMaxFreqDefaults[ALMABeamCalc_NumBandCodes]

Double casa::ALMABandMinFreqDefaults[ALMABeamCalc_NumBandCodes]

BeamCalcGeometry casa::ALMABeamCalcGeometryDefaults[ALMABeamCalc_NumBandCodes]

ABSTRACT CLASSES Abstract class for colors Any implementation of color should be able to provide a hexadecimal form of the if casa::applicable

Definition at line 108 of file PlotOptions.h.

Applicator casa::applicator

Referenced by casa::Algorithm::apply().

DEFAULT IMPLEMENTATIONS Default implementation of PlotSingleData that supports raw casa::arrays

Definition at line 293 of file PlotData.h.

DParameterChoice* casa::beamColor_

Definition at line 240 of file LatticePADD.h.

DParameterRange<Int>* casa::beamLineWidth_

Definition at line 241 of file LatticePADD.h.

DParameterChoice* casa::beamOnOff_

Definition at line 238 of file LatticePADD.h.

std::vector<std::vector<double> > casa::beams_

Definition at line 233 of file LatticePADD.h.

DParameterChoice* casa::beamStyle_

Definition at line 239 of file LatticePADD.h.

DParameterRange<Float>* casa::beamXCenter_

Definition at line 242 of file LatticePADD.h.

DParameterRange<Float>* casa::beamYCenter_

Definition at line 243 of file LatticePADD.h.

const String casa::bTwoPair [static]

Definition at line 144 of file RegionTextParser.h.

SMART POINTER MACROS This is painful but necessary to have transparent smart pointers that support hierarchies and inheritance See examples in other files casa::cname

Definition at line 874 of file PlotOptions.h.

Matrix<Float> casa::coefferrsmat_p

Definition at line 172 of file FluxCalcVQS.h.

Matrix<Float> casa::coeffsmat_p

Definition at line 171 of file FluxCalcVQS.h.

PlotItemPtr casa::ColoredPlotPtr

Definition at line 594 of file Plot.h.

SMART POINTER MACROS This is painful but necessary to have transparent smart pointers that support hierarchies and inheritance See examples in other files casa::cptrname

Definition at line 875 of file PlotOptions.h.

const String casa::CSYS_B1950 [static]

Definition at line 50 of file DS9FileWriter.qo.h.

Referenced by coordinateSystem().

const String casa::CSYS_ECLIPTIC [static]

Definition at line 53 of file DS9FileWriter.qo.h.

Referenced by coordinateSystem().

const String casa::CSYS_GALACTIC [static]

Definition at line 52 of file DS9FileWriter.qo.h.

Referenced by coordinateSystem(), and sgUnit().

const String casa::CSYS_IMAGE [static]

Definition at line 49 of file DS9FileWriter.qo.h.

Referenced by coordinateSystem().

const String casa::CSYS_INDIVIDUAL [static]

Definition at line 48 of file DS9FileWriter.qo.h.

const String casa::CSYS_J2000 [static]

Definition at line 51 of file DS9FileWriter.qo.h.

Referenced by coordinateSystem().

ABSTRACT CLASSES Deliberately vague to be general enough to allow for many different types of casa::data

Definition at line 48 of file PlotData.h.

Referenced by casa::sdfiller::DataChunk::accumulate(), casa::SkyCal< DataType, CalDataType >::apply(), casacore::MArrayMath_global_functions_MArray_mathematical_operations::boxedArrayMath(), casa::ViewerProxy::datarange(), casa::SkyCal< DataType, CalDataType >::flag(), casacore::MArrayMath_global_functions_MArray_mathematical_operations::partialArrayMath(), casa::PlotRasterMatrixData< T >::PlotRasterMatrixData(), and casa::vi::VisBufferCache::sortCorrelationItem().

const String casa::DEFAULT_COMMENTS [static]

Definition at line 62 of file DS9FileWriter.qo.h.

Vector<Double> casa::epochvec_p

Definition at line 170 of file FluxCalcVQS.h.

Double casa::EVLABandMaxFreqDefaults[EVLABeamCalc_NumBandCodes]

Double casa::EVLABandMinFreqDefaults[EVLABeamCalc_NumBandCodes]

BeamCalcGeometry casa::EVLABeamCalcGeometryDefaults[EVLABeamCalc_NumBandCodes]

Vector<Float> casa::fluxes_p

Definition at line 173 of file FluxCalcVQS.h.

double casa::from_

Last set range.

Definition at line 84 of file PlotRangeWidget.qo.h.

SMART POINTER MACROS This is painful but necessary to have transparent smart pointers that support hierarchies and inheritance See examples in other files casa::gname

Definition at line 878 of file PlotOptions.h.

IlluminationConvFunc casa::gwEij

CONCRETE TOOL CLASSES Was in but needed casa::here

Definition at line 228 of file PlotTool.h.

const Complex casa::ImaginaryUnit

Definition at line 80 of file FlagDataHandler.h.

ABSTRACT TOOL CLASSES A PlotTool is a higher level event handler for a PlotCanvas The idea is to take common tasks which may require multiple events and put them in one place PlotTools also provide additional functionality in that they can be active casa::inactive

Definition at line 43 of file PlotTool.h.

class casa::init_dispatcher casa::init_dispatcher_ [static]

ABSTRACT CLASSES Abstract class for colors Any implementation of color should be able to provide a hexadecimal form of the if a human readable color and Strings are casa::interchangeable

Definition at line 109 of file PlotOptions.h.

bool casa::isCustom_

Whether last set range was custom or not.

Definition at line 81 of file PlotRangeWidget.qo.h.

Bool casa::istimevar_p

Definition at line 177 of file FluxCalcVQS.h.

constexpr double casa::kDay2Sec

Definition at line 20 of file NRO2MSReader.h.

Referenced by casa::ScantableSourceIterator::ScantableSourceIterator().

constexpr double casa::kSec2Day

Definition at line 21 of file NRO2MSReader.h.

GRID LAYOUT CLASSES Coordinate for a grid casa::layout

Definition at line 160 of file PlotCanvasLayout.h.

String casa::majorunit_

Definition at line 234 of file LatticePADD.h.

casa::MaskedScatterPlotPtr

Definition at line 590 of file Plot.h.

String casa::minorunit_

Definition at line 235 of file LatticePADD.h.

ENUMS Enum for the four plot axes If this enum is changed or casa::none

Definition at line 56 of file PlotOptions.h.

const PlotAxisBitset casa::none_sides

Definition at line 68 of file PlotOptions.h.

const uInt casa::num_active_stats

Definition at line 244 of file RFChunkStats.h.

String casa::paunit_

Definition at line 236 of file LatticePADD.h.

casa::PlotCanvasLayout

Definition at line 228 of file PlotCanvasLayout.h.

SMART POINTER DEFINITIONS* typedef CountedPtr<PlotCanvasLayout> casa::PlotCanvasLayoutPtr

Definition at line 225 of file PlotCanvasLayout.h.

PlotItemPtr casa::PlotItem

Definition at line 590 of file Plot.h.

casa::PlotLayoutGridPtr

Definition at line 228 of file PlotCanvasLayout.h.

SMART POINTER DEFINITIONS* typedef CountedPtr<PlotPanel> casa::PlotPanelPtr

Definition at line 188 of file PlotPanel.h.

ABSTRACT CLASSES Deliberately vague to be general enough to allow for many different types of but is it too vague to be useful Since the interface is meant to be a simple it may be better to restrict PlotData to be more like casa::PlotPointData

Definition at line 48 of file PlotData.h.

CONCRETE TOOL CLASSES Was in casa::PlotStandardMouseToolGroup

Definition at line 228 of file PlotTool.h.

Referenced by INHERITANCE_POINTER().

ABSTRACT CLASSES Deliberately vague to be general enough to allow for many different types of but is it too vague to be useful Since the interface is meant to be a simple casa::plotter

Definition at line 48 of file PlotData.h.

SMART POINTER MACROS This is painful but necessary to have transparent smart pointers that support hierarchies and inheritance See examples in other files casa::pname

Definition at line 876 of file PlotOptions.h.

const String casa::PUNIT_DMS [static]

Definition at line 59 of file DS9FileWriter.qo.h.

Referenced by sgUnit().

const String casa::PUNIT_HMS [static]

Definition at line 58 of file DS9FileWriter.qo.h.

Referenced by sgUnit().

const String casa::PUNIT_SEXAGESIMAL [static]

Definition at line 57 of file DS9FileWriter.qo.h.

Referenced by sgUnit().

const char casa::RF_ANT[]

Definition at line 89 of file RFCommon.h.

const char casa::RF_ARRAY[]

Definition at line 96 of file RFCommon.h.

const char casa::RF_AUTOCORR[]

Definition at line 92 of file RFCommon.h.

const char casa::RF_BASELINE[]

Definition at line 91 of file RFCommon.h.

const char casa::RF_CENTERTIME[]

Definition at line 105 of file RFCommon.h.

const char casa::RF_CHANAVG[]

Definition at line 77 of file RFCommon.h.

const char casa::RF_CHANS[]

Definition at line 82 of file RFCommon.h.

const char casa::RF_CLIP[]

Definition at line 73 of file RFCommon.h.

const char casa::RF_COLUMN[]

Definition at line 70 of file RFCommon.h.

const char casa::RF_CORR[]

Definition at line 88 of file RFCommon.h.

const char casa::RF_DEBUG[]

Definition at line 51 of file RFCommon.h.

const char casa::RF_DIAMETER[]

Definition at line 100 of file RFCommon.h.

const char casa::RF_ELEVATION[]

Definition at line 61 of file RFCommon.h.

const char casa::RF_EXPR[]

Definition at line 71 of file RFCommon.h.

const char casa::RF_FEED[]

Definition at line 98 of file RFCommon.h.

const char casa::RF_FIELD[]

Definition at line 90 of file RFCommon.h.

const char casa::RF_FIGNORE[]

Definition at line 58 of file RFCommon.h.

const char casa::RF_FLAGRANGE[]

Definition at line 74 of file RFCommon.h.

const char casa::RF_FREQS[]

Definition at line 81 of file RFCommon.h.

const char casa::RF_GLISHINDEX[]

character constants for common agent parameters

Definition at line 47 of file RFCommon.h.

const char casa::RF_GLOBAL[]

Definition at line 54 of file RFCommon.h.

const char casa::RF_HW[]

Definition at line 66 of file RFCommon.h.

const char casa::RF_INTENT[]

Definition at line 94 of file RFCommon.h.

const char casa::RF_LOWERLIMIT[]

Definition at line 101 of file RFCommon.h.

const char casa::RF_MAX[]

Definition at line 76 of file RFCommon.h.

const char casa::RF_MIN[]

Definition at line 75 of file RFCommon.h.

const char casa::RF_MINPOP[]

Definition at line 86 of file RFCommon.h.

const char casa::RF_MODE[]

Definition at line 115 of file RFCommon.h.

const char casa::RF_MSSELECT[]

Definition at line 116 of file RFCommon.h.

const char casa::RF_NAME[]

Definition at line 49 of file RFCommon.h.

const char casa::RF_NBINS[]

Definition at line 85 of file RFCommon.h.

const char casa::RF_NCHAN[]

Definition at line 112 of file RFCommon.h.

const char casa::RF_NDEG[]

Definition at line 79 of file RFCommon.h.

const char casa::RF_OBSERVATION[]

Definition at line 97 of file RFCommon.h.

const char casa::RF_PLOT[]

Definition at line 52 of file RFCommon.h.

const char casa::RF_PLOTSCR[]

Definition at line 53 of file RFCommon.h.

const char casa::RF_QUACK[]

Definition at line 108 of file RFCommon.h.

const char casa::RF_QUACKINC[]

Definition at line 110 of file RFCommon.h.

const char casa::RF_QUACKMODE[]

Definition at line 109 of file RFCommon.h.

const char casa::RF_REGION[]

Definition at line 83 of file RFCommon.h.

const char casa::RF_RESET[]

Definition at line 57 of file RFCommon.h.

const char casa::RF_ROW_DISABLE[]

Definition at line 68 of file RFCommon.h.

const char casa::RF_ROW_HW[]

Definition at line 67 of file RFCommon.h.

const char casa::RF_ROW_THR[]

Definition at line 64 of file RFCommon.h.

const char casa::RF_SCAN[]

Definition at line 95 of file RFCommon.h.

const char casa::RF_SHADOW[]

Definition at line 60 of file RFCommon.h.

const char casa::RF_SPWID[]

Definition at line 80 of file RFCommon.h.

const char casa::RF_START[]

Definition at line 113 of file RFCommon.h.

const char casa::RF_STEP[]

Definition at line 114 of file RFCommon.h.

const char casa::RF_THR[]

Definition at line 63 of file RFCommon.h.

const char casa::RF_TIMEDELTA[]

Definition at line 106 of file RFCommon.h.

const char casa::RF_TIMERANGE[]

Definition at line 104 of file RFCommon.h.

const char casa::RF_TRIAL[]

Definition at line 55 of file RFCommon.h.

const char casa::RF_UNFLAG[]

Definition at line 59 of file RFCommon.h.

const char casa::RF_UPPERLIMIT[]

Definition at line 102 of file RFCommon.h.

const char casa::RF_UVRANGE[]

Definition at line 99 of file RFCommon.h.

const Float casa::RFA_AAD_CHANGE

significant change in accumulated average

Definition at line 44 of file RFADiffBase.h.

const int casa::RFA_MIN_NAD

min number of deviations for which average is considered valid

Definition at line 42 of file RFADiffBase.h.

const RFlagWord casa::RowAbsent

Definition at line 46 of file RFFlagCube.h.

Referenced by casa::RFFlagCube::rowAgentFlagged().

const RFlagWord casa::RowFlagged

special row flag masks.

RowFlagged for flagged rows, RowAbsent for absent rows

Definition at line 46 of file RFFlagCube.h.

Referenced by casa::RFFlagCube::rowAgentFlagged(), and casa::RFFlagCube::rowFlagged().

PlotItemPtr casa::ScatterPlot

Definition at line 590 of file Plot.h.

PlotItemPtr casa::ScatterPlotPtr

Definition at line 590 of file Plot.h.

CONCRETE TOOL CLASSES Was in but needed so it can be passed to casa::setActiveTool

Definition at line 228 of file PlotTool.h.

Referenced by INHERITANCE_POINTER(), and one().

const String casa::sNPair [static]

Definition at line 145 of file RegionTextParser.h.

const String casa::sOnePair [static]

Definition at line 143 of file RegionTextParser.h.

FCVQS::Source casa::srcEnum_p

Definition at line 156 of file FluxCalcVQS.h.

Referenced by getDirection().

const Regex casa::startNPair [static]

Definition at line 147 of file RegionTextParser.h.

const Regex casa::startOnePair [static]

Definition at line 146 of file RegionTextParser.h.

const String casa::SUNIT_ARCMIN [static]

Definition at line 61 of file DS9FileWriter.qo.h.

const String casa::SUNIT_ARCSEC [static]

Definition at line 60 of file DS9FileWriter.qo.h.

Table casa::Table_p

Definition at line 176 of file FluxCalcVQS.h.

ABSTRACT TOOL CLASSES A PlotTool is a higher level event handler for a PlotCanvas The idea is to take common tasks which may require multiple events and put them in one place PlotTools also provide additional functionality in that they can be active and blocking non blocking The PlotCanvas will only send events to active and will not send events to later tools or event handlers if the latest tool was blocking In this way a single tool can be used to handle ALL user interaction via the GUI at one casa::time

Definition at line 43 of file PlotTool.h.

Referenced by casa::sdfiller::DataAccumulator::accumulate(), asdm::ArrayTimeInterval::contains(), casa::sdfiller::DataAccumulator::queryForGet(), and casa::vi::VisBufferState::FrequencyCache< Int >::updateCacheIfNeeded().

double casa::to_

Definition at line 84 of file PlotRangeWidget.qo.h.

ABSTRACT TOOL CLASSES A PlotTool is a higher level event handler for a PlotCanvas The idea is to take common tasks which may require multiple events and put them in one place PlotTools also provide additional functionality in that they can be active and blocking non blocking The PlotCanvas will only send events to active casa::tools

Definition at line 43 of file PlotTool.h.

Referenced by one(), casa::QtMouseToolNames::toolIndex(), and casa::QtMouseToolNames::toolName().

RigidVector<Vector<Float>,2> casa::tvcoeffs_p

Vector<Float> tvcoeffs_p;.

Definition at line 175 of file FluxCalcVQS.h.

Referenced by getCurrentCoeffs().

const String casa::UNIT_DEGREES [static]

Definition at line 55 of file DS9FileWriter.qo.h.

const String casa::UNIT_IPIXELS [static]

Definition at line 54 of file DS9FileWriter.qo.h.

const String casa::UNIT_RADIANS [static]

Definition at line 56 of file DS9FileWriter.qo.h.

DEFAULT IMPLEMENTATIONS Default implementation of PlotSingleData that supports raw casa::vectors

Definition at line 293 of file PlotData.h.

Double casa::VLABandMaxFreqDefaults[VLABeamCalc_NumBandCodes]

Double casa::VLABandMinFreqDefaults[VLABeamCalc_NumBandCodes]

BeamCalcGeometry casa::VLABeamCalcGeometryDefaults[VLABeamCalc_NumBandCodes]