casa Namespace Reference
[Containers_module]

this file contains all the compiler specific defines More...

Namespaces
namespace	C
Classes
class	Array
	template <class T, class U> class vector; More...
class	ArrayBaseAccessor
	Axis independent base for the ArrayAccessor classes. More...
class	ArrayAccessor< T, Axis< U > >
	Fast 1D accessor/iterator for nD array classes. More...
class	ArrayAccessor_RT< T, AxisN >
	Specialization for run-time axes. More...
class	ArrayBase
	Non-templated base class for templated Array class. More...
struct	ArrayBase_global_functions_Array_general_global_functions
	General global functions for Arrays. More...
class	ArrayError
	The base class for all Array exception classes. More...
class	ArrayIndexError
	An error thrown when an index is out of range. More...
class	ArrayConformanceError
	An error thrown when two arrays do not conform. More...
class	ArrayNDimError
	Thrown when two arrays have different dimensionality. More...
class	ArrayShapeError
	An error thrown when two arrays have different shapes. More...
class	ArrayIteratorError
	An error thrown by an ArrayIterator. More...
class	ArraySlicerError
	An error thrown by an Slicer member function. More...
struct	ArrayIO_global_functions_Array_IO
	Input/output operators for Arrays. More...
struct	ArrayIO_global_functions_Array_binary_IO
	Global functions to read/write binary arrays from/to a file. More...
struct	ArrayIO_global_functions_Array_Ascii_IO
	Global functions for Matrix/Vector input/output using ASCII format. More...
class	ArrayIterator
	Iterate an Array cursor through another Array. More...
class	ReadOnlyArrayIterator
	Iterate a const Array cursor through a const Array. More...
struct	ArrayLogical_global_functions_Array_logical_operations
	Logical operations for Arrays. More...
class	AllFunc
	Define logical Functors. More...
class	AnyFunc
class	NTrueFunc
class	NFalseFunc
struct	ArrayMath_global_functions_Array_mathematical_operations
	Mathematical operations for Arrays. More...
struct	ArrayOpsDiffShapes_global_functions_OpsDiff_functions
	Operations for 2 Arrays with possibly different shapes. More...
struct	ArrayPartMath_global_functions_Array_partial_operations
	Mathematical and logical operations for Array parts. More...
class	ArrayPositionIterator
	Iterate an IPosition through the shape of an Array. More...
struct	ArrayUtil_global_functions_stringToVector
	Split a String into its elements. More...
struct	ArrayUtil_global_functions_concatenateArray
	Concatenate two Arrays. More...
struct	ArrayUtil_global_functions_partialFuncHelper
	Helper function for partialX functions. More...
struct	ArrayUtil_global_functions_reorderArray
	Reorder the axes of an array. More...
struct	ArrayUtil_global_functions_reorderArrayHelper
	Helper function for function reorderArray. More...
class	AxesMapping
	Info about mapping array axes to another order. More...
class	AxesSpecifier
	Specification of axes to keep or remove. More...
class	Cube
	A 3-D Specialization of the Array class. More...
class	ExtendSpecifier
	Specification of new and stretched lattice axes. More...
class	IPosition
	A Vector of integers, for indexing into Array<T> objects. More...
struct	IPosition_global_functions_IPosition_Arithmetic
	Arithmetic Operations for IPosition's Element by element arithmetic on IPositions. More...
struct	IPosition_global_functions_IPosition_Logical
	Logical operations for IPosition's Element by element boolean operations on IPositions. More...
struct	IPosition_global_functions_IPosition_Indexing
	Indexing functions for IPosition's Convert between IPosition and offset in an array. More...
struct	LogiArray_global_functions_LogicalArray
	Logical valued Arrays. More...
struct	LogiArrayFwd_global_functions_LogicalArray_forwards
	Forward declarations for LogicalArrays. More...
struct	LogiCube_global_functions_LogicalCube
	Logical valued Cubes. More...
struct	LogiMatrix_global_functions_LogicalMatrix
	Logical valued Matrices. More...
struct	LogiVector_global_functions_LogicalVector
	Logical valued Vectors. More...
struct	MaskArrIO_global_functions_MaskedArray_IO
	Ascii input/output operations for MaskedArrays. More...
struct	MaskArrLogi_global_functions_MaskedArray_logical_operations
	Logical operations for MaskedArrays, and between MaskedArrays and Arrays. More...
struct	MaskArrMath_global_functions_MaskedArray_mathematical_operations
	Mathematical operations for MaskedArrays (and with Arrays). More...
class	MaskedSumFunc
class	MaskedProductFunc
class	MaskedMinFunc
class	MaskedMaxFunc
class	MaskedMeanFunc
class	MaskedVarianceFunc
class	MaskedStddevFunc
class	MaskedAvdevFunc
class	MaskedRmsFunc
class	MaskedMedianFunc
class	MaskedArray
	Class for masking an Array for operations on that Array. More...
struct	MaskedArray_global_functions_MaskedArray_general_global_functions
	General global functions for MaskedArrays, and MaskedArrays and Arrays. More...
struct	MaskLogiArr_global_functions_MaskedLogicalArray
	Masked LogicalArrays. More...
struct	MaskLogiArrFwd_global_functions_MaskedLogicalArray_forwards
	Forward declarations for MaskedLogicalArrays. More...
class	Matrix
	A 2-D Specialization of the Array class. More...
class	MatrixIterator
	Iterate a Matrix cursor through another Array. More...
class	ReadOnlyMatrixIterator
	Iterate a Matrix cursor through a R/O Array. More...
struct	MatrixMath_global_functions_Linear_Algebra
	Linear algebra functions on Vectors and Matrices. More...
class	Slice
	define a (start,length,increment) along an axis More...
class	Slicer
	Specify which elements to extract from an n-dimensional array. More...
struct	Slicer_global_functions_Slicer_IO
	IO functions for Slicer's. More...
class	Vector
	A 1-D Specialization of the Array class. More...
class	VectorIterator
	Iterate an Vector cursor through another Array. More...
class	ReadOnlyVectorIterator
	Iterate a Vector cursor through another Array. More...
class	VectorSTLIterator
	AIPS++ Vector iterator. More...
struct	ConvertScalar_global_functions_Scalar_conversion
	Templated functions to convert scalars from one type to another. More...
class	Functional
	Map a domain object into a range object via operator(). More...
struct	Plus
	Functor to add variables of possible different types. More...
struct	Minus
	Functor to subtract variables of possible different types. More...
struct	Multiplies
	Functor to multiply variables of possible different types. More...
struct	Divides
	Functor to divide variables of possible different types. More...
struct	Modulo
	Functor to take modulo of (integer) variables of possible different types. More...
struct	BitAnd
	Functor for bitwise and of (integer) values. More...
struct	BitOr
	Functor for bitwise or of (integer) values. More...
struct	BitXor
	Functor for bitwise xor of (integer) values. More...
struct	BitNegate
	Functor for bitwise negate of (integer) values. More...
struct	IsNaN
	Functor to test for NaN. More...
struct	IsInf
	Functor to test for infinity. More...
struct	Near
	Functor to test if two values are relatively near each other. More...
struct	NearAbs
	Functor to test for if two values are absolutely near each other. More...
struct	Sin
	Functor to apply sin. More...
struct	Sinh
	Functor to apply sinh. More...
struct	Asin
	Functor to apply asin. More...
struct	Cos
	Functor to apply cos. More...
struct	Cosh
	Functor to apply cosh. More...
struct	Acos
	Functor to apply acos. More...
struct	Tan
	Functor to apply tan. More...
struct	Tanh
	Functor to apply tanh. More...
struct	Atan
	Functor to apply atan. More...
struct	Atan2
	Functor to apply atan2. More...
struct	Sqr
	Functor to apply sqr (power of 2). More...
struct	Pow3
	Functor to apply a power of 3. More...
struct	Sqrt
	Functor to apply sqrt. More...
struct	Exp
	Functor to apply exp. More...
struct	Log
	Functor to apply log. More...
struct	Log10
	Functor to apply log10. More...
struct	Abs
	Functor to apply abs. More...
struct	Floor
	Functor to apply floor. More...
struct	Ceil
	Functor to apply ceil. More...
struct	Round
	Functor to apply round (e.g. More...
struct	Sign
	Functor to apply sign (result is -1, 0, or 1). More...
struct	MakeComplex
	Functor to form a complex number from the left and right value. More...
struct	MakeComplexReal
	Functor to form a complex number from the real part of the left value and the right value. More...
struct	MakeComplexImag
	Functor to form a complex number from the left value and the imaginary part of the right value. More...
struct	MakeComplexRealImag
	Functor to form a complex number from the real part of the left value and the imaginary part of the right value. More...
struct	Conj
	Functor to apply complex function conj. More...
struct	Real
	Functor to apply complex function real. More...
struct	Imag
	Functor to apply complex function imag. More...
struct	CArg
	Functor to apply complex function arg. More...
struct	CAbs
	Functor to apply complex function fabs. More...
struct	Pow
	Functor to apply pow. More...
struct	Fmod
	Functor to apply fmod. More...
struct	Min
	Functor to get minimum of two values. More...
struct	Max
	Functor to get maximum of two values. More...
struct	SumSqr
	Functor to add square of right to left. More...
struct	SumSqrDiff
	Functor to add squared diff of right and base value to left. More...
struct	SumAbsDiff
	Functor to add absolute diff of right and base value to left. More...
struct	Math_global_functions_Math_interface_for_casacore
	AIPS++ interface to math.h and other scalar math functions. More...
class	Primes
	Creates a reference table of prime numbers, and some functions. More...
class	RNG
	Base class for random number generators. More...
class	ACG
	Additive number generator. More...
class	MLCG
	Multiplicative linear congruential generator. More...
class	Random
	Base class for random number distributions. More...
class	Binomial
	Binomial distribution. More...
class	DiscreteUniform
	Discrete uniform distribution. More...
class	Erlang
	Erlang distribution. More...
class	Geometric
	Discrete geometric distribution. More...
class	HyperGeometric
	Hypergeometric distribution. More...
class	Normal
	Normal or Gaussian distribution. More...
class	LogNormal
	Logarithmic normal distribution. More...
class	NegativeExpntl
	Negative exponential distribution. More...
class	Poisson
	Poisson distribution. More...
class	Uniform
	Uniform distribution. More...
class	Weibull
	Weibull distribution. More...
struct	Complex_global_functions_Complex_desc
	Single and double precision complex numbers. More...
class	Dummy_Constants_class
	Mathematical and numerical constants. More...
class	IComplex
	Integer complex numbers. More...
class	RegexBase
	Abstract interface class to regular expressions for String. More...
class	SubString
	SubString help class to be used in at, before, ..\. More...
class	String
	String: the storage and methods of handling collections of characters. More...
struct	String_global_functions_concatenator
	Global concatenation operators. More...
struct	String_global_functions_comparitor
	Global comparison operators. More...
struct	String_global_functions_split
	Splitting Global function which splits the String into string array res at separator and returns the number of elements. More...
struct	String_global_functions_common
	Some general functions Functions to find special patterns, join and replicate. More...
struct	String_global_functions_case
	Casing and related functions Case conversion and rearrangement functions. More...
struct	String_global_functions_io
	IO. More...
class	Block
	simple 1-D array More...
class	PtrBlock
	A drop-in replacement for Block<T*>. More...
struct	BlockIO_global_functions_BlockIO
	IO functions for Block. More...
struct	HashMap_global_functions_hashfunc
	Hash functions for standard types. More...
struct	HashMap_global_functions_defaulthashvalue
	Specify the default values for HashMap keys. More...
class	HashClass
	Hash function with state. More...
class	HashMap
	Associative Array with a hash table implementation. More...
struct	HashMapIO_global_functions_hashmapio
	HashMap/HashMapIter IO functions. More...
class	ConstHashMapIter
class	HashMapIter
	Step through a non-const HashMap. More...
class	IterError
	Iteration error class. More...
class	IterBoundaryError
	Iteration Boundary error class. More...
class	IterInitError
	Iteration initialization error. More...
class	InvalidIterError
	Invalide iteration error class. More...
class	Link
	doubly linked list primitive More...
class	ListNotice
	Linked list update notice. More...
class	List
	Doubly linked list. More...
class	ConstListIter
	Doubly linked constant list iterator. More...
class	ListIter
	Doubly linked non-constant list iterator The List class above only provides for the list framework. More...
struct	ListIO_global_functions_List_IO
	Input/output operators for Lists. More...
class	MapRep
	Map representation class. More...
class	Map
	Abstract base class for associative arrays. More...
class	MapIterRep
	Abstract base class for associative array iterators. More...
class	ConstMapIter
	Const associative array iterator. More...
class	MapIter
	Associative array iterator. More...
struct	MapIO_global_functions_Map_IO
	Input/output operators for Maps. More...
class	ObjectPool
	A parameterized stack of re-usable objects. More...
class	ObjectStack
	A stack of re-usable objects. More...
class	OrderedMapNotice
	Message used for OrderedMap notification. More...
class	OrderedMapRep
	Representation class for an Ordered Map. More...
class	OrderedMap
	Map with keys ordered. More...
class	OrderedMapIterRep
	OrderedMap iterator "letter". More...
class	OrderedPair
	Ordered pair class. More...
struct	OrdPairIO_global_functions_inoutput
	These need to be left out **SUN BUG**. More...
class	PoolStack
	A parameterized stack of re-usable objects. More...
class	Queue
	A First-In-First-Out (FIFO) data structure. More...
class	Record
	A hierarchical collection of named fields of various types. More...
class	RecordDesc
	Description of the fields in a record object. More...
class	RecordDescRep
	Representation of a RecordDesc. More...
class	RecordFieldPtr
	Access to an individual field in a record. More...
class	RORecordFieldPtr
	Read-Only access to an individual field from a Record. More...
class	RecordFieldId
	The identification of a record field. More...
class	RecordFieldWriter
	Record field writer. Base class for the copiers. More...
class	RecordFieldCopier
	Record field copier. More...
class	UnequalShapeCopier
	Unequal shape copier. More...
class	MultiRecordFieldWriter
	Multi field writer. More...
class	RecordInterface
	Abstract base class for Record classes. More...
class	RecordNotice
	Helper class to notify class Record about changes. More...
class	RecordRep
	The representation of a Record. More...
class	SimpleOrderedMap
	Simple map with keys ordered. More...
struct	SimOrdMapIO_global_functions_inoutput
	Global IO functions. More...
class	Stack
	This class, Stack<t>, defines an implementation of a stack using the doubly linked list primitive, Link<t>. More...
class	EmptyStackError
	Error class for the Stack class. More...
class	ValueHolder
	A holder for a value of any basic AIPS++ data type. More...
class	ValueHolderRep
	A holder for a value of any basic type. More...
class	AipsError
	Base class for all AIPS++ library errors. More...
class	AllocError
	Allocation errors. More...
class	IndexError
	Base class for all indexing errors. More...
class	indexError
	Index errors returning the bad index. More...
class	DuplError
	Duplicate key errors. More...
class	duplError
	Duplicate key errors where the bad key is returned. More...
class	AbortError
	Exception which halts execution. More...
class	HDF5DataSet
	A class representing an HDF5 data set. More...
class	HDF5DataType
	A class representing an HDF5 data type. More...
class	HDF5Error
	Base error class for HDF5 wrapper classes. More...
class	HDF5File
	A class representing an HDF5 file. More...
class	HDF5Group
	A class representing an HDF5 group. More...
class	HDF5HidProperty
	A class representing an HDF5 property hid. More...
class	HDF5HidDataType
	A class representing an HDF5 datatype hid. More...
class	HDF5HidDataSpace
	A class representing an HDF5 dataspace hid. More...
class	HDF5HidAttribute
	A class representing an HDF5 attribute hid. More...
class	HDF5Object
	An abstract base class representing an HDF5 object. More...
class	HDF5Record
	A class to write/read a record into HDF5. More...
class	Input
	Input.h: A simple command-line argument method for applications. More...
class	Param
	A simple keyword/value pair with internal help Strings. More...
class	AipsIO
	AipsIO is the object persistency mechanism of AIPS++. More...
struct	AipsIOCarray_global_functions_AipsIOCarray
	Templated functions to get/put a C-style array from/into AipsIO. More...
class	BaseSinkSource
	Shared base class for ByteSink and ByteSource. More...
class	BucketBase
	Abstract base class for Bucket classes. More...
class	BucketBuffered
	Use buffered file IO for buckets in a part of a file. More...
struct	BucketCache_global_functions_BucketCache_CallBack
	Define the type of the static read and write function. More...
class	BucketCache
	Cache for buckets in a part of a file. More...
class	BucketFile
	File object for the bucket cache. More...
class	BucketMapped
	Use file mapping for buckets in a part of a file. More...
class	ByteIO
	Abstract base class for IO on a byte stream. More...
class	ByteSink
	Class for write-only access to data in a given format. More...
class	ByteSinkSource
	Class for read/write access to data in a given format. More...
class	ByteSource
	Class for read-only access to data in a given format. More...
class	CanonicalIO
	Class for IO in canonical format. More...
class	ConversionIO
	Class for IO in a converted format. More...
class	FilebufIO
	Class for buffered file IO. More...
class	FiledesIO
	Class for IO on a file descriptor. More...
class	FileLocker
	Class to handle file locking. More...
class	LargeFilebufIO
	Class for buffered IO on a large file. More...
class	LargeFiledesIO
	Class for IO on a large file descriptor. More...
class	LargeRegularFileIO
	Class for IO on a regular large file. More...
class	LECanonicalIO
	Class for IO in little endian canonical format. More...
class	LockFile
	Class to handle file locking and synchronization. More...
class	MemoryIO
	Class for IO to a memory buffer. More...
class	MMapfdIO
	Memory-mapped IO on a file. More...
class	MMapIO
	Memory-mapped IO on a file. More...
class	RawIO
	Class for IO in local format. More...
class	RegularFileIO
	Class for IO on a regular file. More...
class	StreamIO
	Class for IO on connection oriented socket. More...
class	TapeIO
	Class for IO on a tape device. More...
class	TypeIO
	Abstract base class for IO of data in a type-dependent format. More...
class	LogFilter
	Filter LogMessages on message priority. More...
class	LogFilterInterface
	Abstract base class for filtering LogMessages. More...
class	LogIO
	ostream-like interface to creating log messages. More...
struct	LogIO_global_functions_command
	Functions to send commands to a LogIO object. More...
struct	LogIO_global_functions_output
	Functions to accumulate text in the output message. More...
class	LogMessage
	Informational log messages with with time, priority, and origin. More...
struct	LogMessage_global_functions_LogMessage_ostream
	Write a LogMessage to an ostream. More...
class	LogOrigin
	LogOrigin: The source code location of the originator of a LogMessage. More...
struct	LogOrigin_global_functions_LogOrigin_ostream
	Write a LogOrigin to an ostream. More...
struct	LogOrigin_global_functions_SourceLocation
	Helper struct to get the source line. More...
class	LogSink
	Distribute LogMessages to their destination(s). More...
class	LogSinkInterface
	Accepts LogMessages and posts them to some destination. More...
class	MemoryLogSink
	Save log messages in memory. More...
class	NullLogSink
	Throw away all messages. More...
class	StreamLogSink
	Send log messages to an ostream. More...
class	CanonicalConversion
	LDOUBLE is 8 bytes on SUN, but 16 bytes canonical. More...
class	CanonicalDataConversion
	A class with virtual functions to convert canonical format. More...
class	Conversion
	A class with general conversion definitions. More...
class	DataConversion
	Abstract base class with functions to convert any format. More...
class	Directory
	Get information about, and manipulate directories. More...
class	DirectoryIterator
	Traverse the contents of a directory. More...
class	DOos
	DO for accessing os-specific functions. More...
class	DynLib
	Class to handle loadig of dynamic libraries. More...
class	EnvironmentVariable
	This class allows for getting enviroment variables. More...
class	File
	Class to get file information and a base for other file classes. More...
class	HostInfo
	Miscellaneous information about this host and process. More...
class	IBMConversion
	A class with static functions to convert IBM format. More...
class	IBMDataConversion
	A class with virtual functions to convert IBM format. More...
class	LECanonicalConversion
	A class with static functions to convert little endian canonical format. More...
class	LECanonicalDataConversion
	A class with virtual functions to convert little endian canonical format. More...
class	LittleEndianConversion
	A class with static functions to convert littleEndian format. More...
class	Memory
	Memory related information and utilities. use visibility=export>. More...
class	ModcompConversion
	Static functions to convert Modcomp numeric formats. More...
class	ModcompDataConversion
	A DataConversion class to convert between Modcomp format. More...
class	Path
	Path name of a file. More...
class	PrecTimer
	Precision timer to measure elapsed times in a cumulative way. More...
class	RawDataConversion
	A class with virtual functions to copy without conversion. More...
class	RegularFile
	Manipulate and get information about regular files. More...
class	SymLink
	Get information about, and manipulate symbolic links. More...
class	Time
	date and time enquiry functions, with some operations. More...
class	Timer
	measure the time it takes to execute parts of a program More...
class	VAXConversion
	A class with static functions to convert VAX format. More...
class	VAXDataConversion
	A class with virtual functions to convert VAX format. More...
class	Euler
	Vector of Euler rotation angles. More...
class	MeasValue
	Base class for values in a Measure. More...
struct	MeasValue_global_functions_Output
	Global functions. More...
class	MVAngle
	Class to handle angle type conversions and I/O. More...
struct	MVAngle_global_functions_output
	Global functions. More...
class	MVBaseline
	A 3D vector on Earth. More...
class	MVDirection
	Vector of three direction cosines. More...
class	MVDoppler
	Internal value for MDoppler. More...
class	MVDouble
	Class to distinguish external and Measure internal Double. More...
class	MVEarthMagnetic
	A 3D Earth magnetic field vector. More...
class	MVEpoch
	A class for high precision time. More...
class	MVFrequency
	Internal value for MFrequency. More...
class	MVPosition
	A 3D vector in space. More...
class	MVRadialVelocity
	Internal value for MRadialVelocity. More...
class	MVTime
	Class to handle date/time type conversions and I/O. More...
class	MVuvw
	A 3D vector on Earth. More...
class	QBase
	Base for Quantities (i.e. dimensioned values). More...
struct	QBase_global_functions_Output
	Global functions. More...
class	QC
	Physical constants (i.e. dimensioned values). More...
class	QC_init
	Class used to force construction of QC . More...
struct	QC_global_functions_QC_initialization_object
	Object used to force construction of QC . More...
struct	QLogical_global_functions_Quantum_logical_operations
	Logical operations for the Quantum class. More...
struct	QMath_global_functions_Quantum_mathematical_operations
	Mathematical operations for the Quantum class. More...
class	Quantum
	Quantities (i.e. dimensioned values). More...
struct	Quantum_global_functions_output
	Global functions. More...
class	QuantumHolder
	A holder for Quantums to enable record conversions. More...
class	RotMatrix
	A 3x3 rotation matrix. More...
class	Unit
	defines physical units More...
class	UnitDim
	describes a unit in basic SI unit dimensions More...
class	UnitMap
	contains all simple known physical units More...
class	UnitName
	handles physical units More...
class	UnitVal
	describes any valid unit as a factor and a dimenion of SI units More...
struct	UnitVal_global_functions_output
	Global output function. More...
class	UnitVal_static_initializer
	Static initialisation of UnitVal constants. More...
class	Aipsrc
	Class to read the casa general resource files. More...
class	AipsrcValue
	Class to read values from the Aipsrc general resource files. More...
class	AipsrcValue_Bool< Bool >
	Specialization of AipsrcValue for Bool. More...
class	AipsrcVector
	Read multiple values from the Aipsrc resource files. More...
class	AipsrcVector_String< String >
	Specialization of AipsrcVector for String. More...
class	AipsrcVector_Bool< Bool >
	Specialization of AipsrcVector for Bool. More...
class	AppInfo
	General information for applications. More...
class	Choice
	Class to ask a user a choice. More...
class	ObjectID
	ObjectID: A unique identifier for distributed and other objects. More...
class	PGPlotter
	Standard plotting object for application programmers. More...
class	PGPlotterInterface
	Abstract base class for PGPLOT style plotting. More...
class	PGPlotterNull
	Plot to a PGPLOT device "local" to this process. More...
class	ProgressMeter
	Visual indication of a tasks progress. More...
class	assert_
	Utility class for Assert macros. More...
struct	BinarySearch_global_functions_binarysearch
	Binary search a sorted, linear, data structure. More...
class	BitVector
	Bit vectors of any size. More...
class	BitVectorHelper
	Helper class for BitVector. More...
class	CASATask
	Task interface. More...
struct	Compare_global_functions_ObjCompareFunc
	signature of comparison functions More...
class	ObjCompare
	compare two objects More...
class	CompositeNumber
	This class generates composite numbers. More...
struct	Copy_global_functions_throw
	Copy objects from one C-style array to another. More...
struct	Copy_global_functions_test
	Test routines. More...
struct	Copy_global_functions_copy
	Copy methods. More...
struct	CountedPtr_global_functions_dereference_error
	act on dereference error More...
class	PtrRep
	Internal representation for CountedPtr. More...
class	SimpleCountedConstPtr
	Simple referenced counted pointer for constant data. More...
class	CountedConstPtr
	Regular referenced counted pointer for constant data. More...
class	SimpleCountedPtr
	Simple referenced counted pointer to non-constant data. More...
class	CountedPtr
	Regular referenced counted pointer for non-constant data. More...
class	COWPtr
	Copy-On-Write-Pointer class - allows control of copy based on constness. More...
struct	re_pattern_buffer
	This data structure is used to represent a compiled pattern. More...
struct	re_registers
	Data structure to store register contents data in. More...
struct	DataType_global_functions_DataType
	Data types (primarily) in the table system. More...
struct	DefaultValue_global_functions_defval
	A templated function which sets a variable to a default value. More...
class	DynBuffer
	Store data in dynamically allocated buffers. More...
struct	Fallible_global_functions_invalid_access
	throw exception on access of an invalid object This function gets called when an invalid object is accessed. It just throws an exception. Since we have inline functions, let's keep the throw out of them to keep them from moving out of line. More...
class	Fallible
	Mark a value as valid or invalid. More...
struct	generic_global_functions_def
	Generic gnu macros. More...
class	GenSort
	General in-place sort functions. More...
class	GenSortIndirect
	General indirect sort functions. More...
struct	GenSort_global_functions_genSortInPlace
	Global in-place sort functions The following global functions are easier to use than the static GenSort member functions. More...
struct	GenSort_global_functions_genSortIndirect
	Global indirect sort functions The following global functions easier to use than the static GenSortIndirect member functions. More...
struct	LinearSearch_global_functions_linearsearch
	Linear search a linear data structure. More...
class	MUString
	Pointed String class to aid analysis of quantity strings. More...
struct	MUString_global_functions_output
	Global functions. More...
class	Notice
	abstract base class for notices More...
class	NoticeSource
	base class for notice originators More...
class	NoticeTarget
	abstract base class for notice receptors More...
class	PtrHolder
	Hold and delete pointers not deleted by object destructors. More...
class	SPtrHolder
	Hold and delete pointers not deleted by object destructors. More...
class	RecordTransformable
	Interface class for converting to/from records. More...
class	Regex
	Regular expression class. More...
struct	Register_global_functions_register
	Primitive Run Time Type Information (RTTI). More...
class	RegSequence
	Sequence for the Register() template functions. More...
class	Sequence
	virtual templated base class for sequences More...
class	uIntSequence
	uInt sequence for general use More...
class	SortKey
	Define a Sort key. More...
class	Sort
	Sort on one or more keys, ascending and/or descending. More...
class	SortError
	Generic Sort exception. More...
class	SortInvDT
	Invalid data type used for this sort key. More...
class	SortInvIncr
	Invalid increment used for this sort key. More...
class	SortNoData
	No data array given to Sort constructor. More...
class	SortInvOpt
	Invalid sort option given to routine dosort. More...
class	StringDistance
	Class to deal with Levensthein distance of strings. More...
class	Template
	Canonicalise, format and other actions on aips++ template definitions. More...
class	ValType
	Data types and their undefined values. More...
struct	ValTypeId_global_functions_typeid
	The id-string of a value type. More...
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	FluxStandard
	FluxStandard: Compute flux densities for standard reference sources. More...
class	GaussianShape
	A Gaussian 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	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	TwoSidedShape
	Base class for component shapes with two sides. More...
class	ProfileFit1D
	Fit spectral components to a Vector of data. More...
class	SpectralElement
	Describes (a set of related) spectral lines. More...
struct	SpectralElement_global_functions_Output
	Global functions. 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	Coordinate
	Interface for converting between world and pixel coordinates. More...
class	CoordinateSystem
	Interconvert pixel and world coordinates. More...
class	CoordinateUtil
	Functions for creating default CoordinateSystems. More...
class	DirectionCoordinate
	Interconvert pixel positions and directions (e.g. RA/DEC). More...
class	FITSCoordinateUtil
class	FrequencyAligner
	Aligns spectra in frequency space. More...
class	GaussianConvert
	Converts Gaussian parameters between pixel and world. More...
class	LinearCoordinate
	Interconvert between pixel and a linear world coordinate. More...
class	LinearXform
	Perform a linear transform between input and output vectors. More...
class	ObsInfo
	Store miscellaneous information related to an observation. More...
class	Projection
	Geometric parameters needed for a sky projection to a plane. More...
class	SpectralCoordinate
	Interconvert pixel and frequency values. More...
class	StokesCoordinate
	Interconvert between pixel and Stokes value. More...
class	TabularCoordinate
	Table lookup 1-D coordinate, with interpolation. More...
class	HourangleColumn
	Hourangle derived from TIME, etc. More...
class	LASTColumn
	Local sidereal time derived from TIME, etc. More...
class	ParAngleColumn
	Parallactic angle derived from TIME, etc. More...
class	AzElColumn
	Azimuth/elevation derived from TIME, etc. More...
class	UVWJ2000Column
	Azimuth/elevation derived from TIME, etc. More...
class	DerivedMSCal
	Virtual column engine to return derived MS values. More...
class	MSCalEngine
	Engine to calculate derived MS values. More...
class	UDFMSCal
	TaQL UDFs to calculate derived MS values. More...
struct	BasicFITS_global_functions_ReadFITS
	read a FITS file from an AIPS++ array More...
struct	BasicFITS_global_functions_WriteFITS
	write a FITS file to an AIPS++ array More...
class	BinaryTable
	BinaryTable is used to translate a FITS binary table to an aips++ Table. More...
class	BlockIO
	---------------------------------------------------------------------------- More...
class	BlockInput
	fixed-length blocked sequential input base class More...
class	BlockOutput
	fixed-length blocked sequential output base class More...
class	CopyRecordToTable
	Copies fields from a Record to columns of a Table. More...
class	CopyRecordToRecord
	Copies fields between Records, possibly to fields with another name. More...
class	NoConvert
	FITS templated helper class. More...
class	FitsLogical
	FITS helper class. More...
class	FitsBit
	helper class for FITS Binary Tables More...
class	FitsVADesc
	Variable Length Array Descriptor. More...
class	FITS
	static functions and enumerations More...
class	ReservedFitsKeyword
	reserved FITS keyword More...
class	ReservedFitsKeywordCollection
	collection of reserved FITS keywords More...
class	FitsNameResult
	analyse the name of a header card More...
class	FitsValueResult
	analyse the value of a header card More...
class	FitsParse
	parse a header card More...
class	FitsKeyword
	FITS keyword. More...
class	FitsKeywordList
	linked list of FITS keywords More...
class	ConstFitsKeywordList
	list of read-only FITS keywords More...
class	FitsKeyCardTranslator
	translator between Keyword lists and fixed FITS cars More...
class	FitsFPUtil
	Utility functions for floating point values. More...
struct	FITS2_global_functions_ReadFITSin
	helper function for ReadFITS and WriteFITS More...
class	FITSDateUtil
	A class with static functions to help deal with FITS dates. More...
class	FITSError
	default FITS error handling function, typdef, and enumeration More...
class	FITSFieldCopier
	Virtual base class for copying RORecordFields to FitsFields. More...
class	ScalarFITSFieldCopier
	A FITSFieldCopier for copying scalar non-string RecordFields to FitsFields. More...
class	StringFITSFieldCopier
	A FITSFieldCopier for copying String RecordFields to FitsFields. More...
class	ArrayFITSFieldCopier
	A FITSFieldCopier for copying Array RecordFields to FitsFields. More...
class	VariableArrayFITSFieldCopier
class	FITSHistoryUtil
	A class with static functions to help deal with FITS History cards. More...
class	FitsIO
	sequential FITS I/O More...
class	FitsInput
	fixed-length sequential blocked FITS input More...
class	FitsOutput
	fixed-length sequential blocked FITS output More...
class	FitsDiskInput
	FITS input from disk. More...
class	FitsDiskOutput
	FITS output to disk. More...
class	FitsStdInput
	FITS input from standard input. More...
class	FitsStdOutput
	FITS output to standard output. More...
class	FitsTape9Input
	FITS input from 9-track tape. More...
class	FitsTape9Output
	FITS output to 9-track tape. More...
class	FITSKeywordUtil
	A class with static functions to help deal with FITS Keywords. More...
class	FITSMultiTable
	View multiple FITS files as a single table. More...
class	FITSSpectralUtil
	A class with static functions to help deal with FITS spectral axes. More...
class	FITSTabular
	Simplified interface to FITS tables with AIPS++ Look and Feel. More...
class	FITSTable
	Attach a FITSTabular to a binary or ASCII table. More...
class	FITSTableWriter
	Simplified interface to create and write to a FITS Binary Table. More...
class	FITSGroupWriter
	Simplified interface to create and write to FITS random groups. More...
class	FITSTimedTable
class	HeaderDataUnit
	base class that defines a HDU More...
class	PrimaryArray
	templated primary array base class of given type More...
class	ImageExtension
	IMAGE extension of given type. More...
class	PrimaryGroup
	Random Group datastructure. More...
class	ExtensionHeaderDataUnit
	base class for generalized exentensions HDU More...
class	FitsBase
	helper class More...
class	FitsField
	helper class Note: Note that FitsField does not allocate space for the data; Space is external to FitsField and its address is set via the setaddr function; More...
class	FitsField< FitsBit >
	helper class More...
class	FitsArray
	FITS array of given type. More...
class	FitsArray< FitsBit >
	FITS array of FitsBit type. More...
class	BinaryTableExtension
	BINTABLE extension. More...
class	AsciiTableExtension
	(ascii) TABLE extension More...
class	SDFITSTable
	SDFITSTable is a FITSTable which follows the Single Dish FITS Convention. More...
class	ComponentImager
class	CurvedImage2D
	An image crosscut based on a curve in a plane. More...
class	ExtendImage
	An extension of an ImageInterface object. More...
class	FITSImage
	Class providing native access to FITS images. More...
class	HDF5Image
	Read, store, and manipulate astronomical images in HDF5 format. More...
class	Image2DConvolver
	This class does 2D convolution of an image by a functional form. More...
class	ImageAnalysis
	Image analysis and handling tool. More...
class	ImageConcat
	Concatenates images along a specified axis. More...
class	ImageConvolver
	This class does convolution of an image by an Array or Lattice. More...
class	ImageDecomposer
	A tool to separate a complex image into individual components. More...
class	ImageExpr
	Hold mathematical expressions involving ImageInterface objects. More...
struct	ImageExprGram_global_functions_ImageExprGramFunctions
	Global functions for flex/bison scanner/parser for ImageExprGram. More...
class	ImageExprParse
	Class to hold values from image expression parser. More...
class	ImageFFT
	FFT an image. More...
class	ImageFit1D
	Fit spectral components to a Vector of data from an image. More...
class	ImageFITSConverter
	Interconvert between AIPS++ Images and FITS files. More...
class	ImageFITSConverterImpl
	This class is an internal class for ImageFITSConverter. More...
class	ImageHistograms
	Displays histograms of regions from an image. More...
class	ImageInfo
	Miscellaneous information related to an image. More...
struct	ImageInfo_global_functions_Output
	Global functions. More...
class	ImageInterface
	A base class for astronomical images. More...
class	ImageMetaData
	A class in which to store and allow read-only access to image metadata. More...
class	ImageMoments
	This class generates moments from an image. More...
class	ImageMomentsProgress
	Provides a progress meter for the ImageMoments class. More...
class	ImageOpener
	Definition of image types and handlers. More...
class	ImagePolarimetry
	Polarimetric analysis of images. More...
class	ImagePol
	Implementation of the image polarimetry functionality available from casapy. More...
class	ImageProfileFit
	Class to fit profiles in images. More...
class	ImageProxy
class	ImageRegrid
	This regrids one image to match the coordinate system of another. More...
class	ImageSourceFinder
	Provides functionality to find sources in an image. More...
class	ImageStatistics
	Displays various statistics from an image. More...
class	ImageSummary
	Provides and lists information about the header of an image. More...
class	ImageTwoPtCorr
	Compute two point correlation functions from images. More...
class	ImageUtilities
	Utility functions for Image manipulation. More...
class	LELImageCoord
	The letter class for image coordinates. More...
class	MaskSpecifier
	Class to specify which mask to use in an image. More...
class	MIRIADImage
	Class providing native access to MIRIAD images. More...
class	MomentCalcBase
	Abstract base class for moment calculator classes. More...
class	MomentClip
	Computes simple clipped, and masked moments. More...
class	MomentWindow
	Computes moments from a windowed profile. More...
class	MomentFit
	Compute moments from a Gaussian fitted to a profile. More...
class	PagedImage
	Read, store, and manipulate astronomical images. More...
class	RebinImage
	Rebin an image. More...
class	SepImageConvolver
	This class does separable convolution of an image. More...
class	SubImage
	A (masked) subset of an ImageInterface object. More...
class	TempImage
	Temporary astronomical images. More...
class	AipsIOReaderWriter
	Implementation of CASA region AipsIO file reader and writer. More...
class	ImageRegion
	Class to hold a region of interest in an image. More...
class	RegionHandler
	Base class for handling regions in images. More...
class	RegionHandlerHDF5
	Class for keeping regions in an HDF5 file. More...
class	RegionHandlerMemory
	Class for keeping regions in memory. More...
class	RegionHandlerTable
	Class for keeping regions in memory. More...
class	RegionManager
	image component class handling regions More...
class	RFError
	Convenience class for a String/bool pair. More...
class	RFReaderWriter
	Superclass for readers and writers containing common definitions and operations. More...
class	RFReader
	Abstract superclass for any class that reads a format that produces Regions from a file. More...
class	RFWriter
	Abstract superclass for any class that writes Regions to a region file format. More...
class	WCBox
	Class to define a world coordinate box region of interest in an image. More...
class	WCComplement
	Make the complement of an image region. More...
class	WCCompound
	Base class for compound WCRegion objects. More...
class	WCConcatenation
	Combine multiple ImageRegion's into a new dimension. More...
class	WCDifference
	Make the difference of 2 image regions. More...
class	WCExtension
	Make the extension of an image region. More...
class	WCIntersection
	Make the intersection of 2 or more image regions. More...
class	WCLELMask
	Class to define a mask as a LEL expression. More...
class	WCPolygon
	Class to define a 2-D polygonal world coordinate region in an image. More...
class	WCRegion
	Base class to define world coordinate regions of interest in an image. More...
class	WCUnion
	Make the union of 2 or more image regions. More...
class	ComponentUpdate
	This class updates components in UV plane. More...
class	Fit2D
	Fit 2-D objects to 2-D Lattices or Arrays. More...
class	LatticeFit
	Fit every line of pixels parallel to any axis in a Lattice. More...
class	ArrayLattice
	A memory resident Lattice. More...
class	CLInterpolator2D
	Abstract base class for interpolator used by CurvedLattice2D. More...
class	CLIPNearest2D
	Arbitrarily shaped 1-dim lattice crosscut. More...
class	CurvedLattice2D
	A lattice crosscut based on a curve in a plane. More...
class	ExtendLattice
	An extension of a Lattice or MaskedLattice. More...
class	FITSMask
	Provides an on-the-fly mask for FITS images. More...
class	HDF5Lattice
	A Lattice that is read from or written to an HDF5 dataset. More...
class	HDF5LattIter
	A read/write Lattice iterator for PagedArrays. More...
class	Lattice
	A templated, abstract base class for array-like objects. More...
class	LatticeAddNoise
	Add noise from specified distribution to a lattice. More...
class	LatticeApply
	Optimally iterate through a Lattice and apply provided function object. More...
class	LatticeBase
	A non-templated, abstract base class for array-like objects. More...
class	LatticeCache
	a class for caching image access via tiles More...
class	CleanEnums
	Lists the different types of Convolutions that can be done. More...
class	LatticeCleaner
	A class for doing multi-dimensional cleaning. More...
class	LatticeCleanProgress
	Abstract base class to monitor progress in lattice operations. More...
class	LatticeConcat
	Concatenates lattices along a specified axis. More...
class	ConvEnums
	Lists the different types of Convolutions that can be done. More...
class	LatticeConvolver
	A class for doing multi-dimensional convolution. More...
class	LatticeExpr
	Class to allow C++ expressions involving lattices. More...
class	LatticeExprNode
	Bridging class to allow C++ expressions involving lattices. More...
class	LatticeFFT
	Functions for Fourier transforming Lattices. More...
class	LatticeFractile
	Static functions to get median and fractiles of a lattice. More...
class	LatticeHistograms
	Displays histograms of regions from a lattice. More...
class	HistTiledCollapser
	Generate histograms, tile by tile, from a masked lattice. More...
class	LatticeHistProgress
	Provides a progress meter for the LatticeHistograms class. More...
class	LatticeHistSpecialize
	Specialized functions for LatticeHistograms. More...
class	LatticeIndexer
	A helper class for stepping through Lattices. More...
class	RO_LatticeIterator
	A readonly iterator for Lattices. More...
class	LatticeIterator
	A read/write lattice iterator. More...
class	LatticeIterInterface
	A base class for Lattice iterators. More...
class	LatticeLocker
	Class to hold a (user) lock on a lattice. More...
class	LatticeNavigator
	Abstract base class to steer lattice iterators. More...
class	LatticeProgress
	Abstract base class to monitor progress in lattice operations. More...
class	LatticeRegion
	An optionally strided region in a Lattice. More...
class	LatticeSlice1D
	Extract a 1-D slice from a Lattice. More...
class	LatticeStatistics
	Compute and display various statistics from a lattice. More...
class	StatsTiledCollapser
	Generate statistics, tile by tile, from a masked lattice. More...
class	LatticeStatsBase
	Base class for LatticeStatistics class. More...
class	LatticeStepper
	Traverse a Lattice by cursor shape. More...
class	LatticeTwoPtCorr
	Compute two point auto-correlation functions from a lattice. More...
class	LatticeUtilities
	Static functions for Lattices. More...
struct	LatticeUtilities_global_functions_LatticeUtilities
	Global functions on Lattices. More...
class	LattRegionHolder
	Class to hold a region of interest in an image. More...
class	LattStatsProgress
	Provides a progress meter for the LatticeStatistics class. More...
class	LattStatsSpecialize
class	LCBox
	Class to define a rectangular box of interest. More...
class	LCComplement
	Make the complement of a region. More...
class	LCConcatenation
	Combine multiple LCRegion's into a new dimension. More...
class	LCDifference
	Make the difference of 2 regions. More...
class	LCEllipsoid
	Define an N-dimensional ellipsoidal region of interest. More...
class	LCExtension
	Extend an LCRegion along straight lines to other dimensions. More...
class	LCHDF5Mask
	Class to define a rectangular mask as a region. More...
class	LCIntersection
	Make the intersection of 2 or more regions. More...
class	LCLELMask
	Class to define a mask as a LEL expression. More...
class	LCMask
	Class to define a rectangular mask as a temporary region. More...
class	LCPagedMask
	Class to define a rectangular mask as a region. More...
class	LCPixelSet
	Class to define a rectangular mask as a region. More...
class	LCPolygon
	Define a 2-dimensional region by a polygon. More...
class	LCRegion
	Abstract base class to define a region of interest in lattice coordinates. More...
class	LCRegionFixed
	Abstract base class to define a fixed region. More...
class	LCRegionMulti
	Make the intersection of 2 or more regions. More...
class	LCRegionSingle
	Abstract base class to define a single region. More...
class	LCSlicer
	Class to define a rectangular box of interest with strides. More...
class	LCStretch
	Stretch length 1 axes in an LCRegion along straight lines. More...
class	LCUnion
	Make the union of 2 or more regions. More...
class	LELArray
	This LEL class holds an array with a mask. More...
class	LELArrayRef
	This LEL class holds a possible referenced array with a mask. More...
class	LELArrayBase
	Base class for LELArray holding the mask. More...
class	LELAttribute
	Ancillary information for the LEL letter classes. More...
class	LELBinary
	This LEL class handles numerical binary operators. More...
class	LELBinaryCmp
	This LEL class handles relational binary numerical operators. More...
class	LELBinaryBool
	This LEL class handles logical binary operators. More...
class	LELBinaryEnums
	Each LEL binary operation is described in this enum. More...
class	LELCondition
	Class to make a mask from a condition. More...
class	LELConvert
	Class to convert a LEL node from one numerical type to another. More...
class	LELCoordinates
	Envelope class to handle Lattice Coordinates in LEL. More...
class	LELFunction1D
	This LEL class handles numerical (real and complex) 1-argument functions. More...
class	LELFunctionReal1D
	This LEL class handles numerical (real only) 1-argument functions. More...
class	LELFunctionND
	This LEL class handles functions with a variable number of arguments. More...
class	LELFunctionFloat
	This LEL class handles numerical functions whose return type is a Float. More...
class	LELFunctionDouble
	This LEL class handles numerical functions whose return type is a Double. More...
class	LELFunctionComplex
	This LEL class handles complex numerical functions. More...
class	LELFunctionDComplex
	This LEL class handles double complex numerical functions. More...
class	LELFunctionBool
	This LEL class handles logical functions. More...
class	LELFunctionEnums
	Each LEL function is described in this enum. More...
class	LELInterface
	This base class provides the interface for Lattice expressions. More...
class	LELLattCoord
	The base letter class for lattice coordinates in LEL. More...
class	LELLattCoordBase
	The base letter class for lattice coordinates in LEL. More...
class	LELLattice
	This LEL class handles access to Lattices. More...
class	LELRegion
	Class to hold a region as a LEL node. More...
class	LELRegionAsBool
	Class to convert a region to a boolean node. More...
class	LELScalar
	This LEL class holds a scalar with a mask. More...
class	LELSpectralIndex
	This LEL class handles calculation of the spectral index. More...
class	LELUnaryConst
	This LEL class handles scalar (unary) constants. More...
class	LELUnary
	This LEL class handles numerical unary operators. More...
class	LELUnaryBool
	This LEL class handles logical unary operators. More...
class	LELUnaryEnums
	Each LEL unary operation is described in this enum. More...
class	LineCollapser
	Abstract base class for LatticeApply function signatures. More...
class	MaskedLattice
	A templated, abstract base class for array-like objects with masks. More...
class	RO_MaskedLatticeIterator
	A readonly iterator for masked Lattices. More...
class	MultiTermLatticeCleaner
class	PagedArray
	A Lattice that is read from or written to disk. More...
class	PagedArrIter
	A read/write Lattice iterator for PagedArrays. More...
class	PixelCurve1D
	Arbitrary 1-dim curve in a lattice plane. More...
class	RebinLattice
	Rebin a masked lattice. More...
class	RegionType
	Define the various region types. More...
class	SubLattice
	A subset of a Lattice or MaskedLattice. More...
class	TempLattice
	A Lattice that can be used for temporary storage. More...
class	TiledCollapser
	Abstract base class to collapse chunks for LatticeApply. More...
class	TiledLineStepper
	Step a Vector cursor optimally through a tiled Lattice. More...
class	TiledShape
	Define the shape and tile shape. More...
class	TileStepper
	traverse a tiled Lattice optimally with a tile cursor More...
class	Aberration
	Aberration class and calculations. More...
class	EarthField
	EarthField class model calculations. More...
class	EarthMagneticMachine
	Calculates magnetic field in a direction. More...
class	MBaseline
	A Measure: Baseline on Earth. More...
class	MCBase
	Base for specific measure conversions. More...
class	MCBaseline
	MBaseline conversion routines. More...
class	MCDirection
	MDirection conversion routines. More...
class	MCDoppler
	MDoppler conversion routines. More...
class	MCEarthMagnetic
	MEarthMagnetic conversion routines. More...
class	MCEpoch
	MEpoch conversion routines. More...
class	MCFrame
	Measure frame calculations proxy. More...
class	MCFrequency
	MFrequency conversion routines. More...
class	MConvertBase
	Conversion of Measures Base. More...
struct	MConvertBase_global_functions_Output
	Global functions. More...
class	MCPosition
	MPosition conversion routines. More...
class	MCRadialVelocity
	MRadialVelocity conversion routines. More...
class	MCuvw
	Muvw conversion routines. More...
class	MDirection
	A Measure: astronomical direction. More...
class	MDoppler
	A Measure: Doppler shift. More...
class	MEarthMagnetic
	A Measure: Magnetic field on Earth. More...
class	MeasBase
	Base class for all measures. More...
class	MeasComet
	Position for comets and other solar system bodies. More...
class	MeasConvert
	Conversion of Measures. More...
class	MeasData
	MeasData provides Measure computing data. More...
class	MeasFrame
	Container for Measure frame. More...
struct	MeasFrame_global_functions_Output
	Global functions. More...
class	MeasIERS
	Interface to IERS tables. More...
class	MeasJPL
	Interface to JPL DE tables. More...
class	MeasMath
	Measure conversion aid routines. More...
class	MeasRef
	Reference frame for physical measures. More...
class	MeasTable
	MeasTable provides Measure computing database data. More...
class	Measure
	Physical quantities within reference frame. More...
struct	Measure_global_functions_Output
	Global functions. More...
class	MeasureHolder
	A holder for Measures to enable record conversions. More...
class	MEpoch
	A Measure: instant in time. More...
class	MFrequency
	A Measure: wave characteristics. More...
class	MPosition
	A Measure: position on Earth. More...
class	MRadialVelocity
	A Measure: radial velocity. More...
class	MRBase
	Base for Reference frame for physical measures. More...
struct	MRBase_global_functions_Output
	Global functions. More...
class	Muvw
	A Measure: uvw on Earth. More...
class	Nutation
	Nutation class and calculations. More...
class	ParAngleMachine
	Converts a direction into parallactic angle. More...
class	Precession
	Precession class and calculations. More...
class	SofaTest
	Wrapping of IAU SOFA Fortran routines and test class. More...
struct	SofaTest_global_functions_IAU_SOFA
	Global Fortran function wraps. More...
class	SolarPos
	Solar position class and calculations. More...
class	Stokes
	Stokes parameter definitions for interface to table data. More...
class	UVWMachine
	Converts UVW coordinates between coordinate systems. More...
class	VelocityMachine
	Converts between velocities and frequencies. More...
class	ROArrayMeasColumn
	Read only access to table array Measure columns. More...
class	ArrayMeasColumn
	Read write access to table array Measure columns. More...
class	ROArrayQuantColumn
	Provides read-only access to Array Quantum columns in Tables. More...
class	ArrayQuantColumn
	Provides read/write access to Array Quantum columns in Tables. More...
class	ROScalarMeasColumn
	Read only access to table scalar Measure columns. More...
class	ScalarMeasColumn
	Read write access to table scalar Measure columns. More...
class	ROScalarQuantColumn
	Provides read-only access to Scalar Quantum Columns in Tables. More...
class	ScalarQuantColumn
	Provides read/write access to Scalar Quantum Columns in Tables. More...
class	ROTableMeasColumn
	Read only access to table scalar Measure columns. More...
class	TableMeasDesc
	Definition of a Measure column in a Table. More...
class	TableMeasDescBase
	Definition of a Measure in a Table. More...
class	TableMeasOffsetDesc
	Definition of a Measure Offset in a Table. More...
class	TableMeasRefDesc
	Definition of a Measure Reference in a Table. More...
class	TableMeasType
	Definition of a Measure column in a Table. More...
class	TableMeasValueDesc
	Definition of a Measure Value in a Table. More...
class	TableQuantumDesc
	A class for defining Quantum columns in Tables. More...
class	MeasurementSet
	A Table intended to hold astronomical data (a set of Measurements). More...
class	MS1ToMS2Converter
	Class to convert a MeasurementSet v1 to v2. More...
class	MSAntenna
	A Table intended to hold a MeasurementSet ANTENNA table. More...
class	ROMSAntennaColumns
	A class to provide easy read-only access to MSAntenna columns. More...
class	MSAntennaColumns
	A class to provide easy read-write access to MSAntenna columns. More...
class	MSAntennaEnums
	Enums for the MeasurementSet ANTENNA table. More...
struct	MSAntennaGram_global_functions_MSAntennaGramFunctions
	Global functions for flex/bison scanner/parser for MSAntennaGram. More...
class	MSAntennaIndex
	Class to handle lookup or indexing into a MS ANTENNA subtable. More...
class	MSAntennaParse
	Class to hold values from antenna grammar parser. More...
struct	MSArrayGram_global_functions_MSArrayGramFunctions
	Global functions for flex/bison scanner/parser for MSArrayGram. More...
class	MSArrayParse
	Class to hold values from scan grammar parser. More...
class	ROMSColumns
	A class to provide easy read-only access to MeasurementSet columns. More...
class	MSColumns
	A class to provide easy read-write access to MeasurementSet columns. More...
class	MSConcat
	A class with functions for concatenating MeasurementSets. More...
struct	MSCorrGram_global_functions_MSCorrGramFunctions
	Global functions for flex/bison scanner/parser for MSCorrGram. More...
class	MSCorrParse
	Class to hold values from UV dist grammar parser. More...
class	ROMSDataDescColumns
	A class to provide easy read-only access to MSDataDesc columns. More...
class	MSDataDescColumns
	A class to provide easy read-write access to MSDataDescription columns. More...
class	MSDataDescriptionEnums
	Enums for the MeasurementSet DATA_DESCRIPTION table. More...
class	MSDataDescIndex
	Class to handle lookup or indexing into a MS DATA_DESC subtable. More...
class	MSDataDescription
	A Table intended to hold a MeasurementSet DATADESCRIPTION table. More...
class	MSDerivedValues
	MSDerivedValues calculates values derived from a MS. More...
class	MSDoppler
	A Table intended to hold a MeasurementSet DOPPLER table. More...
class	ROMSDopplerColumns
	A class to provide easy read-only access to MSDoppler columns. More...
class	MSDopplerColumns
	A class to provide easy read-write access to MSDoppler columns. More...
class	MSDopplerEnums
	Enums for the MeasurementSet DOPPLER table. More...
class	MSDopplerIndex
class	MSDopplerUtil
	A utility class for MS Doppler tracking information. More...
class	MSFeed
	A Table intended to hold a MeasurementSet FEED table. More...
class	ROMSFeedColumns
	A class to provide easy read-only access to MSFeed columns. More...
class	MSFeedColumns
	A class to provide easy read-write access to MSFeed columns. More...
class	MSFeedEnums
	Enums for the MeasurementSet FEED table. More...
class	MSFeedIndex
class	MSField
	A Table intended to hold a MeasurementSet FIELD table. More...
class	ROMSFieldColumns
	A class to provide easy access to MSField columns. More...
class	MSFieldColumns
	A class to provide easy read-write access to MSField columns. More...
class	MSFieldEnums
	Enums for the MeasurementSet FIELD table. More...
struct	MSFieldGram_global_functions_MSFieldGramFunctions
	Global functions for flex/bison scanner/parser for MSFieldGram. More...
class	MSFieldIndex
	Class to handle lookup or indexing into a MS FIELD subtable. More...
class	MSFieldParse
	Class to hold values from field grammar parser. More...
class	MSFlagCmd
	A Table intended to hold a MeasurementSet FLAG_CMD table. More...
class	ROMSFlagCmdColumns
	A class to provide easy read-only access to MSFlagCmd columns. More...
class	MSFlagCmdColumns
	A class to provide easy read-write access to MSFlagCmd columns. More...
class	MSFlagCmdEnums
	Enums for the MeasurementSet FLAG_CMD table. More...
class	MSFlagger
	MSFlagger specifies selections on a MeasurementSet. More...
class	ROMSFreqOffsetColumns
	A class to provide easy read-only access to MSFreqOffset columns. More...
class	MSFreqOffsetColumns
	A class to provide easy read-write access to MSFreqOffset columns. More...
class	MSFreqOffsetEnums
	Enums for the MeasurementSet FREQ_OFFSET table. More...
class	MSFreqOffIndex
class	MSFreqOffset
	A Table intended to hold a MeasurementSet FREQ_OFFSET table. More...
class	MSHistory
	A Table intended to hold a MeasurementSet OBSERVATIONLOG table. More...
class	ROMSHistoryColumns
	A class to provide easy read-only access to MSHistory columns. More...
class	MSHistoryColumns
	A class to provide easy read-write access to MSHistory columns. More...
class	MSHistoryEnums
	Enums for the MeasurementSet HISTORY table. More...
class	MSHistoryHandler
	A class to provide a simple interface to history writing. More...
class	MSInterval
	Small helper class to specify an 'interval' comparison. More...
class	MSIter
	An iterator class for MeasurementSets. More...
class	MSLister
	List visibility records from a Measurement Set. More...
class	ROMSMainColumns
	A class for easy read-only access to MeasurementSet main table columns. More...
class	MSMainColumns
	A class for easy read-write access to MeasurementSet main table columns. More...
class	MSMainEnums
	Enums for the MeasurementSet main table. More...
class	ROMSObservationColumns
	A class to provide easy read-only access to MSObservation columns. More...
class	MSObservationColumns
	A class to provide easy read-write access to MSObservation columns. More...
class	MSObservationEnums
	Enums for the MeasurementSet OBSERVATION table. More...
class	MSObservation
	A Table intended to hold a MeasurementSet OBSERVATION table. More...
class	MSObservationIndex
	Class to handle lookup or indexing into an MS OBSERVATION subtable. More...
class	MSParse
	Class to hold values from an ms grammar parser. More...
class	MSPointing
	A Table intended to hold a MeasurementSet POINTING table. More...
class	ROMSPointingColumns
	A class to provide easy read-only access to MSPointing columns. More...
class	MSPointingColumns
	A class to provide easy read-write access to MSPointing columns. More...
class	MSPointingEnums
	Enums for the MeasurementSet POINTING table. More...
class	MSPointingIndex
class	MSPolarization
	A Table intended to hold a MeasurementSet POLARIZATION table. More...
class	ROMSPolarizationColumns
	A class to provide easy read-only access to MSPolarization columns. More...
class	MSPolarizationColumns
	A class to provide easy read-write access to MSPolarization columns. More...
class	MSPolarizationEnums
	Enums for the MeasurementSet POLARIZATION table. More...
class	MSPolarizationIndex
	Class to handle lookup or indexing into an MS POLARIZATION subtable. More...
struct	MSPolnGram_global_functions_MSPolnGramFunctions
	Global functions to drive the MSPolnParse class. These, for Polarization selection, need not be global functions, but are done this way to keep the interface uniform for the various selection expressions. More...
class	MSPolnParse
	Class to hold values from field grammar parser. More...
class	MSProcessor
	A Table intended to hold a MeasurementSet PROCESSOR table. More...
class	ROMSProcessorColumns
	A class to provide easy read-only access to MSProcessor columns. More...
class	MSProcessorColumns
	A class to provide easy read-write access to MSProcessor columns. More...
class	MSProcessorEnums
	Enums for the MeasurementSet PROCESSER table. More...
class	MSRange
	MSRange determines ranges of values in a MeasurementSet. More...
class	MSReader
	Read from an MS, coordinating all of the subtables in the process. More...
struct	MSScanGram_global_functions_MSScanGramFunctions
	Global functions for flex/bison scanner/parser for MSScanGram. More...
class	MSScanParse
	Class to hold values from scan grammar parser. More...
class	MSSelection
	MSSelection: Class to represent a selection on an MS. More...
class	MSSelectionError
class	MSSelectionTimeError
	------------------------------------------------------------------- More...
class	MSSelectionTimeParseError
class	MSSelectionAntennaError
	------------------------------------------------------------------- More...
class	MSSelectionAntennaParseError
	------------------------------------------------------------------- More...
class	MSSelectionFieldError
	Error thrown by MSFieldXXXX classes. More...
class	MSSelectionFieldParseError
	------------------------------------------------------------------- More...
class	MSSelectionUvDistError
	Error thrown by MSUvDistXXXX classes. More...
class	MSSelectionUvDistParseError
class	MSSelectionSpwError
	------------------------------------------------------------------- More...
class	MSSelectionSpwParseError
class	MSSelectionSpwWarning
class	MSSelectionScanError
	------------------------------------------------------------------- More...
class	MSSelectionScanParseError
class	MSSelectionScanWarning
class	MSSelectionArrayError
	String constructMessage(const Int pos, const String& command);. More...
class	MSSelectionArrayParseError
class	MSSelectionArrayWarning
class	MSSelectionPolnError
	------------------------------------------------------------------- More...
class	MSSelectionPolnParseError
class	MSSelectionPolnWarning
class	MSSelectionKeywords
	MSSelectionKeywords specifies selection keywords for the MeasurementSet. More...
class	MSSelector
	MSSelector specifies selections on a MeasurementSet. More...
class	MSSelUtil
	Helper class for MSFlagger with templated static function. More...
class	MSSelUtil2
class	MSSimulator
	Create an empty MeasurementSet from observation and telescope descriptions. More...
class	MSSource
	A Table intended to hold a MeasurementSet SOURCE table. More...
class	ROMSSourceColumns
	A class to provide easy read-only access to MSSource columns. More...
class	MSSourceColumns
	A class to provide easy read-write access to MSSource columns. More...
class	MSSourceEnums
	Enums for the MeasurementSet SOURCE table. More...
class	MSSourceIndex
class	MSSpectralWindow
	A Table intended to hold a MeasurementSet SPECTRAL_WINDOW table. More...
struct	MSSpwGram_global_functions_MSSpwGramFunctions
	Global functions for flex/bison scanner/parser for MSSpwGram. More...
class	MSSpwIndex
	Class to handle lookup or indexing into a MS Data_Desc_ID and SpectralWindow subtables. More...
class	ROMSSpWindowColumns
	A class to provide easy read-only access to MSASpectralWindow columns. More...
class	MSSpWindowColumns
	A class to provide easy read-write access to MSSpectralWindow columns. More...
class	MSSpectralWindowEnums
	Enums for the MeasurementSet SPECTRAL_WINDOW table. More...
class	MSSpWindowIndex
	Class to handle lookup or indexing into a MS SPECTRAL_WINDOW subtable. More...
class	MSSpwParse
	Class to hold values from field grammar parser. More...
class	MSState
	A Table intended to hold a MeasurementSet STATE table. More...
class	ROMSStateColumns
	A class to provide easy read-only access to MSState columns. More...
class	MSStateColumns
	A class to provide easy read-write access to MSState columns. More...
class	MSStateEnums
	Enums for the MeasurementSet STATE table. More...
class	MSSummary
	Provides and lists information about the header of an image. More...
class	MSSysCal
	A Table intended to hold a MeasurementSet SYSCAL table. More...
class	ROMSSysCalColumns
	A class to provide easy read-only access to MSSysCal columns. More...
class	MSSysCalColumns
	A class to provide easy read-write access to MSSysCal columns. More...
class	MSSysCalEnums
	Enums for the MeasurementSet SYSCAL table. More...
class	MSSysCalIndex
class	MSTable
	A Table intended to hold astronomical data. More...
class	MSTableImpl
	An implementation class for the MeasurementSet to share code. More...
class	MSTableIndex
class	MSTileLayout
	An helper class for deciding on tile shapes in MeasurementSets. More...
struct	TimeFields
struct	MSTimeGram_global_functions_MSTimeGramFunctions
	Global functions for flex/bison scanner/parser for MSTimeGram. More...
class	MSTimeParse
	Class to hold values from time grammar parser. More...
struct	MSUvDistGram_global_functions_MSUvDistGramFunctions
	Global functions for flex/bison scanner/parser for MSUvDistGram. More...
class	MSUvDistParse
	Class to hold values from UV dist grammar parser. More...
class	MSValidIds
class	MSWeather
	A Table intended to hold a MeasurementSet WEATHER table. More...
class	ROMSWeatherColumns
	A class to provide easy read-only access to MSWeather columns. More...
class	MSWeatherColumns
	A class to provide easy read-write access to MSWeather columns. More...
class	MSWeatherEnums
	Enums for the MeasurementSet WEATHER table. More...
class	MSWeatherIndex
class	NewMSSimulator
	Create an empty MeasurementSet from observation and telescope descriptions. More...
class	StokesConverter
	StokesConverter converts any set of polarizations into any other one. More...
class	FITSIDItoMS1
	FITSIDItoMS converts a FITS-IDI binary table to an AIPS++ Table. More...
class	MSFitsIDI
	MSFitsIDI: Convert FITS-IDI data to MS format. More...
class	MSPrimaryGroupHolder
	A helper class for MSFitsInput. More...
class	MSFitsInput
	UV FITS to MeasurementSet filler. More...
class	MSFitsOutput
	Write a MeasurementSet to a random group uvfits file. More...
class	SDAntennaHandler
class	SDDataDescHandler
class	SDFeedHandler
class	SDFieldHandler
class	SDFITSHandler
class	SDHistoryHandler
class	SDMainHandler
class	SDObservationHandler
class	SDPointingHandler
class	SDPolarizationHandler
class	SDSourceHandler
class	SDSpWindowHandler
class	SDSysCalHandler
class	SDWeatherHandler
class	FitGaussian
	Multidimensional fitter class for Gaussians. More...
class	GenericL2Fit
	Generic base class for least-squares fit. More...
class	LinearFit
	Class for linear least-squares fit. More...
class	LinearFitSVD
	Linear least-squares fit using Singular Value Decomposition method. More...
class	LSQaips
	Interface for aips++ Vectors in least squares fitting. More...
class	LSQFit
	Basic class for the least squares fitting. More...
class	LSQMatrix
	Support class for the LSQ package. More...
class	LSQReal
	Typing support classes for LSQ classes. More...
class	LSQComplex
	Type of complex numeric class indicator. More...
class	LSQNull
	Non relevant class indicator. More...
class	LSQType
	Determine if pointer type. More...
class	LSQTraits
	Traits for numeric classes used. More...
class	LSQTraits_F< Float >
	LSQTraits specialization for Float. More...
class	LSQTraits_D< Double >
	LSQTraits specialization for Double. More...
class	LSQTraits_CD< std::complex< Double > >
	LSQTraits specialization for DComplex. More...
class	LSQTraits_CF< std::complex< Float > >
	LSQTraits specialization for Complex. More...
class	NonLinearFit
	Class for non-linear least-squares fit. More...
class	NonLinearFitLM
	Solve non-linear fit with Levenberg-Marquardt method. More...
class	FunctionFactory
	a class for creating Function objects from Records More...
class	ArraySampledFunctional
	Index into an array using the longest axis. More...
class	Chebyshev
	A function class that defines a Chebyshev polynomial. More...
class	ChebyshevEnums
	Define enums for Chebyshev classes. More...
class	ChebyshevParam
	Parameter handling for Chebyshev polynomial parameters. More...
class	ChebyshevParamModeImpl
	A ChebyshevParam with the get/setMode implementation. More...
class	ChebyshevParamModeImpl_PS< AutoDiff< T > >
	Partial specialization of ChebyshevParamModeImpl for AutoDiff. More...
class	ChebyshevParamModeImpl_PSA< AutoDiffA< T > >
	Partial specialization of ChebyshevParamModeImpl for AutoDiff. More...
class	CombiFunction
	Form a linear combination of function objects. More...
class	CombiFunction_PS< AutoDiff< T > >
	Partial specialization of CombiFunction for AutoDiff. More...
class	CombiParam
	Parameters for a linear combination of function objects. More...
class	CompiledFunction
	Form a linear combination of function objects. More...
class	CompiledParam
	Parameters for a compiled string function object. More...
class	CompoundFunction
	Sum of a collection of Functions which behaves as one Function object. More...
class	CompoundFunction_PS< AutoDiff< T > >
	Partial AutoDiff specialization of CompoundFunction. More...
class	CompoundParam
	Parameters for sum of parameterized Functions. More...
class	DiracDFunction
	A one dimensional Dirac delta function. More...
class	DiracDParam
	A one dimensional Dirac delta function. More...
class	EclecticFunctionFactory
class	EvenPolynomial
	A one dimensional odd polynomial class. More...
class	EvenPolynomial_PS< AutoDiff< T > >
	Partial specialization of EvenPolynomial for AutoDiff. More...
class	EvenPolynomialParam
	Parameter handling for even polynomials. More...
class	FuncExprData
	Data and enumerations for functional expressions. More...
struct	FuncExprData_global_functions_output
	Output function. More...
class	FuncExpression
	An expression executable as function. More...
struct	FuncExpression_global_functions_output
	Output function. More...
struct	FuncExpression_global_functions_execute
	Execute function. More...
class	Function
	Numerical functional interface class. More...
struct	Function_global_functions_Output
	Global functions. More...
class	Function1D
	Numerical functional interface class for 1 dimension. More...
class	FunctionalProxy
class	FunctionFactoryError
class	UnrecognizedFunctionError
class	InvalidSerializationError
class	FieldNotFoundError
class	FunctionHolder
	A holder for Functions to enable record conversions. More...
class	FunctionMarshallable
	a class for serializing/reconstituting Function objects to/from Records More...
class	FunctionOrder
	Container of function description details. More...
struct	FunctionOrder_global_functions_Output
	Global functions. More...
class	FunctionParam
	Container of function parameters with masking flags. More...
struct	FunctionParam_global_functions_Output
	Global functions. More...
class	FunctionTraits
	Function data types for parameters and arguments. More...
class	FunctionTraits_P< AutoDiff< T > >
	FunctionTraits specialization for AutoDiff. More...
class	FunctionTraits_PA< AutoDiffA< T > >
	FunctionTraits specialization for AutoDiffA. More...
class	FunctionTraits_PX< AutoDiffX< T > >
	FunctionTraits specialization for AutoDiffX. More...
class	FunctionWrapper
	Construct nD function objects from C++ functions. More...
class	Gaussian1D
	A one dimensional Gaussian class. More...
class	Gaussian1D_PS< AutoDiff< T > >
	Partial specialization of Gaussian1D for AutoDiff. More...
class	Gaussian1DParam
	Parameter handling for one dimensional Gaussian class. More...
class	Gaussian2D
	A two dimensional Gaussian class. More...
class	Gaussian2D_PS< AutoDiff< T > >
	Partial specialization of Gaussian2D for AutoDiff. More...
class	Gaussian2DParam
	Parameter handling for 2 dimensional Gaussian class. More...
class	Gaussian3D
	A three dimensional Gaussian class. More...
class	Gaussian3D_PS< AutoDiff< T > >
	Partial specialization of Gaussian3D for AutoDiff. More...
class	Gaussian3DParam
	Parameter handling for 3 dimensional Gaussian class. More...
class	GaussianND
	A Multi-dimensional Gaussian functional. More...
class	GaussianNDParam
	A Multi-dimensional Gaussian parameter handling. More...
class	GNoiseFunction
	A one dimensional normal distribution. More...
class	GNoiseParam
	A one dimensional normal distribution. More...
class	HyperPlane
	A hyper plane function. More...
class	HyperPlane_PS< AutoDiff< T > >
	Partial specialization of HyperPlane for AutoDiff. More...
class	HyperPlaneParam
	Parameter handling for a hyper plane function. More...
class	Interpolate1D
	Interpolate in one dimension. More...
class	KaiserBFunction
	A one dimensional Kaiser-Bessel function. More...
class	KaiserBParam
	A one dimensional Kaiser-Bessel function. More...
class	MarshallableChebyshev
	A Chebyshev function class that supports serialization. More...
class	MarshButterworthBandpass
	A Butterworth function class that supports serialization. More...
class	OddPolynomial
	A one dimensional odd polynomial class. More...
class	OddPolynomial_PS< AutoDiff< T > >
	Partial specialization of OddPolynomial for AutoDiff. More...
class	OddPolynomialParam
	Parameter handling for odd polynomials. More...
class	Polynomial
	A one dimensional polynomial class. More...
class	Polynomial_PS< AutoDiff< T > >
	Partial specialization of Polynomial for AutoDiff. More...
class	PolynomialParam
	Parameter handling for one-dimensional polynomials. More...
class	SampledFunctional
	A base class for indexing into arbitrary data types. More...
class	ScalarSampledFunctional
	A unified interface for indexing into Vectors or Blocks. More...
class	SerialHelper
class	SimButterworthBandpass
	a class for evaluating a Butterworth filter transfer function. More...
class	SincFunction
	A one dimensional sin(x)/x. More...
class	SincParam
	A one dimensional sin(x)/x. More...
class	Sinusoid1D
	A one dimensional Sinusoid class. More...
class	Sinusoid1D_PS< AutoDiff< T > >
	Partial specialization of Sinusoid1D for AutoDiff. More...
class	Sinusoid1DParam
	Parameter handling for one dimensional Sinusoid class. More...
class	SpecificFunctionFactory
class	SPolynomial
	A one dimensional scaled polynomial class. More...
class	SPolynomialParam
	Parameter handling for scaled 1-D polynomials. More...
class	UnaryFunction
	A one dimensional unary function. More...
class	UnaryParam
	Parameter handling for one dimensional unary function. More...
class	WrapperBase
	Aid in constructing function objects from C++ functions. More...
class	WrapperData
	Aid in constructing function objects from C++ functions. More...
class	WrapperData_TT< T, T, T, True, True >
	Specialization for calls with argument and parameter. More...
class	WrapperData_VT< T, Vector< T >, T, True, True >
	Specialization for calls with argument and parameter. More...
class	WrapperData_TV< T, T, Vector< T >, True, True >
	Specialization for calls with argument and parameters. More...
class	WrapperData_VV< T, Vector< T >, Vector< T >, True, True >
	Specialization for calls with argument and parameters. More...
class	WrapperData_FT< T, T, T, False, True >
	Specialization for calls with no arguments and parameter. More...
class	WrapperData_FV< T, T, Vector< T >, False, True >
	Specialization for calls with no arguments and parameters. More...
class	WrapperData_TF< T, T, T, True, False >
	Specialization for calls with argument and no parameters. More...
class	WrapperData_VF< T, Vector< T >, T, True, False >
	Specialization for calls with argument and no parameters. More...
class	WrapperData_FF< T, T, T, False, False >
	Specialization for calls with no arguments and no parameters. More...
class	WrapperParam
	Parameter handling for wrapped function objects. More...
class	AutoDiff
	Class that computes partial derivatives by automatic differentiation. More...
class	AutoDiffA
	Class that computes partial derivatives by automatic differentiation. More...
struct	AutoDiffIO_global_functions_AutoDiff_IO_operations
	Implements all IO operators and functions for AutoDiff. More...
struct	AutoDiffMath_global_functions_AutoDiff_mathematical_operations
	Implements all mathematical operators and functions for AutoDiff. More...
class	AutoDiffRep
	Representation of an automatic differential class data. More...
class	AutoDiffX
	Class that computes partial derivatives by automatic differentiation. More...
class	ConvolveGridder
	Does convolutional gridding. More...
class	Convolver
	A class for doing multi-dimensional convolution. More...
class	DFTError
	Error class for DFTServer class. More...
class	DFTServer
	Class containing methods for doing n-D slow Fourier transforms. More...
class	FFTPack
	C++ interface to the Fortran FFTPACK library. More...
class	FFTEnums
	Lists the different types of FFT's that can be done. More...
class	FFTServer
	A class with methods for Fast Fourier Transforms. More...
class	FFTW
	C++ interface to the FFTWw library. More...
class	Gridder
	A base class for gridding. More...
class	HistAcc
	Makes a histogram from input values. More...
class	Interpolate2D
	A two dimension interpolator for Matrices or Arrays. More...
class	InterpolateArray1D
	Interpolate in one dimension. More...
class	MathFuncError
	Error class for MathFunc class. More...
struct	MathFunc_global_functions_spheriodal_functions
	Fred Schwab function to calculate spheriodal functions. More...
struct	MathFunc_global_functions_FUNCTYPE_enum
	Enum used to identify function type for MathFunc class. More...
struct	FuncId
	Function ID, for use by MathFunc class. More...
class	MathFunc
	A class to generate values of mathematical functions. More...
class	Unary
	Unary. More...
class	GaussianConv
	Gaussian. More...
class	KB_Conv
	A Kaiser-Bessel function. More...
class	Mod_KB_Conv
	A Kaiser-Bessel function multiplied by a Gaussian. More...
class	Sinc_Conv
	Sine x / x function. More...
class	Sph_Conv
	Spheroidal function. More...
class	ExpSincConv
	Exponential times a Sinc. More...
struct	MatrixMathLA_global_functions_Linear_Algebra
	Linear algebra functions on Vectors and Matrices. More...
class	MatrixSolver
	MatrixSolver.h: the base class for solvers of linear equations AX=B. More...
class	MedianSlider
	Class to compute sliding median. More...
class	NNGridder
	A non-negative gridding class. More...
class	NNLSMatrixSolver
	NNLSMatrixSolver.h: the base class for NNLS solvers of linear equations AX=B. More...
class	NumericTraits
	Relationships between numeric data types. More...
class	NumericTraits_F< Float >
	NumericTraits specialization for Float. More...
class	NumericTraits_D< Double >
	NumericTraits specialization for Double. More...
class	NumericTraits_C< Complex >
	NumericTraits specialization for Complex. More...
class	NumericTraits_DC< DComplex >
	NumericTraits specialization for DComplex. More...
class	NumericTraits< Float >
	A specialisation for T=Float of the NumericTraits class. More...
class	NumericTraits< Double >
	A specialisation for T=Double of the NumericTraits class. More...
class	NumericTraits< Complex >
	A specialisation for T=Complex of the NumericTraits class. More...
class	NumericTraits< DComplex >
	A specialisation for T=DComplex of the NumericTraits class. More...
class	RigidVector
	Fast Vector classes with fixed (templated) length. More...
struct	RigidVector_global_functions_math
	Mathematical operations involving RigidVectors. More...
class	SCSL
	C++ Interface to the Sgi/Cray Scientific Library (SCSL). More...
class	SparseDiff
	Class that computes partial derivatives by automatic differentiation. More...
class	SparseDiffA
	Class that computes partial derivatives by automatic differentiation. More...
struct	SparseDiffIO_global_functions_SparseDiff_IO_operations
	Implements all IO operators and functions for SparseDiff. More...
struct	SparseDiffMath_global_functions_SparseDiff_mathematical_operations
	Implements all mathematical operators and functions for SparseDiff. More...
class	SparseDiffRep
	Representation of data for the spare automatic differentiation calss. More...
class	SparseDiffX
	Class that computes partial derivatives by automatic differentiation. More...
class	SquareMatrix
	Fast Square Matrix class with fixed (templated) size. More...
struct	SquareMatrix_global_functions_SqM_global_functions
	Various global math and IO functions. More...
class	StatAcc
	A statistics accumulator. More...
class	VanVleck
	A class of static functions to aid with vanVleck corrections of lag data. More...
class	VectorKernel
	Make a Vector smoothing kernel from a kernel specification. More...
class	LogFilterExpr
	Class to deal with a TaQL expression to filter messages. More...
class	LogFilterTaql
	Filter LogMessages using a TaQL expression. More...
class	LoggerHolder
	Class holding a hierarchy of loggers. More...
class	LoggerHolderRep
	Representation of the class holding a hierarchy of loggers. More...
class	LogHolderIterEntry
	Class representing an entry in a LoggerHolder. More...
class	LogHolderIter
	Class doing the actual iteration through an LoggerHolder. More...
class	LoggerHolderIterator
	Class to iterate through an LoggerHolder. More...
class	NewFile
	Do checks for a new (non-existent) file. More...
class	TableLogSink
	Save log messages in an AIPS++ Table. More...
class	ROArrayColumn
	Readonly access to an array table column with arbitrary data type. More...
class	ArrayColumn
	Read/write access to an array table column with arbitrary data type. More...
class	BaseSlicesFunctor
	Abstract baseclass for slices functors. More...
class	GetCellSlices
	Functor to get irregular array slices from a cell. More...
class	GetColumnSlices
	Functor to get irregular array slices from a column. More...
class	PutCellSlices
	Functor to put irregular array slices into a cell. More...
class	PutColumnSlices
	Functor to get irregular array slices from a column. More...
class	ArrayColumnData
	Access to a table column containing arrays. More...
class	ArrayColumnDesc
	Templated class for description of table array columns. More...
class	BaseColumnDesc
	An abstract base class for table column descriptions. More...
class	BaseColumn
	Abstract base class for a table column. More...
class	BaseMappedArrayEngine
	Templated virtual column engine for a table array of any type. More...
class	BaseTableIterator
	Base class for table iterator. More...
class	BaseTable
	Abstract base class for tables. More...
class	BFEngineMask
	Non-templated Helper class to handle the mask. More...
class	BitFlagsEngine
	Templated virtual column engine to map bit flags to a Bool. More...
class	ColumnDescSet
	Set of table column descriptions. More...
class	ColumnCache
	A caching object for a table column. More...
class	ColumnDesc
	Envelope class for the description of a table column. More...
class	ColumnSet
	Class to manage a set of table columns. More...
class	ColumnsIndex
	Index to one or more columns in a table. More...
class	ColumnsIndexArray
	Index to an array column in a table. More...
class	CompressComplex
	Virtual column engine to scale a table Complex array. More...
class	CompressComplexSD
	Virtual column engine to scale a table Complex array for Single Dish data. More...
class	CompressFloat
	Virtual column engine to scale a table float array. More...
class	ConcatColumn
	A column in a concatenated table. More...
class	ConcatRows
	Class holding the row numbers in a ConcatTable. More...
class	ConcatRowsIter
	Class to iterate through a ConcatRows object. More...
class	ConcatScalarColumn
	A typed column in a concatenated table. More...
class	ConcatTable
	Class to view a concatenation of tables as a single table. More...
class	RODataManAccessor
	Base class for the Data Manager Accessor classes. More...
struct	DataManager_global_functions_DataManagerCtor
	Define the type of the static "constructor" function. More...
class	DataManager
	Abstract base class for a data manager. More...
class	DataManagerColumn
	Abstract base class for a column in a data manager. More...
class	DataManError
	Base error class for table data manager. More...
class	DataManInternalError
	Internal table data manager error. More...
class	DataManUnknownCtor
	Table DataManager error; invalid data manager. More...
class	DataManInvDT
	Table DataManager error; invalid data type. More...
class	DataManInvOper
	Table DataManager error; invalid operation. More...
class	DataManUnknownVirtualColumn
	Table DataManager error; unknown virtual column. More...
class	TSMError
	Table DataManager error; error in TiledStMan. More...
class	DataManInfo
	Class with static functions to manipulate a datamanager record. More...
class	TableExprConeNode
	Class representing a cone search in table select expression. More...
class	TableExprNodeConstBool
	Constant Bool in table select expression tree. More...
class	TableExprNodeConstInt
	Constant Int64 in table select expression tree. More...
class	TableExprNodeConstDouble
	Constant Double in table select expression tree. More...
class	TableExprNodeConstDComplex
	Constant DComplex in table select expression tree. More...
class	TableExprNodeConstString
	Constant String in table select expression tree. More...
class	TableExprNodeConstRegex
	Constant Regex or StringDistance in table select expression tree. More...
class	TableExprNodeConstDate
	Constant Date in table select expression tree. More...
class	TableExprNodeColumn
	Scalar column in table select expression tree. More...
class	TableExprNodeRownr
	Rownumber in table select expression tree. More...
class	TableExprNodeRowid
	Rowid in table select expression tree. More...
class	TableExprNodeRandom
	Random number in table select expression tree. More...
class	TableExprNodeArrayConstBool
	Bool Array constant in table select expression tree. More...
class	TableExprNodeArrayConstInt
	Int Array constant in table select expression tree. More...
class	TableExprNodeArrayConstDouble
	Double Array constant in table select expression tree. More...
class	TableExprNodeArrayConstDComplex
	DComplex Array constant in table select expression tree. More...
class	TableExprNodeArrayConstString
	String Array constant in table select expression tree. More...
class	TableExprNodeArrayConstDate
	Date Array constant in table select expression tree. More...
class	TableExprFuncNode
	Class representing a function in table select expression. More...
class	TableExprFuncNodeArray
	Class representing an array function in table select expression. More...
class	TableExprNodeEQBool
	Bool comparison == in table select expression tree. More...
class	TableExprNodeEQInt
	Int comparison == in table select expression tree. More...
class	TableExprNodeEQDouble
	Double comparison == in table select expression tree. More...
class	TableExprNodeEQDComplex
	DComplex comparison == in table select expression tree. More...
class	TableExprNodeEQString
	String comparison == in table select expression tree. More...
class	TableExprNodeEQRegex
	Regex comparison == in table select expression tree. More...
class	TableExprNodeEQDate
	Date comparison == in table select expression tree. More...
class	TableExprNodeNEBool
	Bool comparison != in table select expression tree. More...
class	TableExprNodeNEInt
	Int comparison != in table select expression tree. More...
class	TableExprNodeNEDouble
	Double comparison != in table select expression tree. More...
class	TableExprNodeNEDComplex
	DComplex comparison != in table select expression tree. More...
class	TableExprNodeNEString
	String comparison != in table select expression tree. More...
class	TableExprNodeNERegex
	Regex comparison != in table select expression tree. More...
class	TableExprNodeNEDate
	Date comparison != in table select expression tree. More...
class	TableExprNodeGTInt
	Int comparison > in table select expression tree. More...
class	TableExprNodeGTDouble
	Double comparison > in table select expression tree. More...
class	TableExprNodeGTDComplex
	DComplex comparison > in table select expression tree. More...
class	TableExprNodeGTString
	String comparison > in table select expression tree. More...
class	TableExprNodeGTDate
	Date comparison > in table select expression tree. More...
class	TableExprNodeGEInt
	Int comparison >= in table select expression tree. More...
class	TableExprNodeGEDouble
	Double comparison >= in table select expression tree. More...
class	TableExprNodeGEDComplex
	DComplex comparison >= in table select expression tree. More...
class	TableExprNodeGEString
	String comparison >= in table select expression tree. More...
class	TableExprNodeGEDate
	Date comparison >= in table select expression tree. More...
class	TableExprNodeINInt
	Int comparison IN in table select expression tree. More...
class	TableExprNodeINDouble
	Double comparison IN in table select expression tree. More...
class	TableExprNodeINDComplex
	DComplex comparison IN in table select expression tree. More...
class	TableExprNodeINString
	String comparison IN in table select expression tree. More...
class	TableExprNodeINDate
	Date comparison IN in table select expression tree. More...
class	TableExprNodeOR
	Logical or in table select expression tree. More...
class	TableExprNodeAND
	Logical and in table select expression tree. More...
class	TableExprNodeNOT
	Logical not in table select expression tree. More...
class	TableExprNodeArrayEQBool
	Bool Array comparison == in table select expression tree. More...
class	TableExprNodeArrayEQInt
	Int Array comparison == in table select expression tree. More...
class	TableExprNodeArrayEQDouble
	Double Array comparison == in table select expression tree. More...
class	TableExprNodeArrayEQDComplex
	DComplex Array comparison == in table select expression tree. More...
class	TableExprNodeArrayEQString
	String Array comparison == in table select expression tree. More...
class	TableExprNodeArrayEQRegex
	Regex Array comparison == in table select expression tree. More...
class	TableExprNodeArrayEQDate
	Date Array comparison == in table select expression tree. More...
class	TableExprNodeArrayNEBool
	Bool Array comparison != in table select expression tree. More...
class	TableExprNodeArrayNEInt
	Int Array comparison != in table select expression tree. More...
class	TableExprNodeArrayNEDouble
	Double Array comparison != in table select expression tree. More...
class	TableExprNodeArrayNEDComplex
	DComplex Array comparison != in table select expression tree. More...
class	TableExprNodeArrayNEString
	String Array comparison != in table select expression tree. More...
class	TableExprNodeArrayNERegex
	Regex Array comparison != in table select expression tree. More...
class	TableExprNodeArrayNEDate
	Date Array comparison != in table select expression tree. More...
class	TableExprNodeArrayGTInt
	Int Array comparison > in table select expression tree. More...
class	TableExprNodeArrayGTDouble
	Double Array comparison > in table select expression tree. More...
class	TableExprNodeArrayGTDComplex
	DComplex Array comparison > in table select expression tree. More...
class	TableExprNodeArrayGTString
	String Array comparison > in table select expression tree. More...
class	TableExprNodeArrayGTDate
	Date Array comparison > in table select expression tree. More...
class	TableExprNodeArrayGEInt
	Int Array comparison >= in table select expression tree. More...
class	TableExprNodeArrayGEDouble
	Double Array comparison >= in table select expression tree. More...
class	TableExprNodeArrayGEDComplex
	DComplex Array comparison >= in table select expression tree. More...
class	TableExprNodeArrayGEString
	String Array comparison >= in table select expression tree. More...
class	TableExprNodeArrayGEDate
	Date Array comparison >= in table select expression tree. More...
class	TableExprNodeArrayINInt
	Int Array comparison IN in table select expression tree. More...
class	TableExprNodeArrayINDouble
	Double Array comparison IN in table select expression tree. More...
class	TableExprNodeArrayINDComplex
	DComplex Array comparison IN in table select expression tree. More...
class	TableExprNodeArrayINString
	String Array comparison IN in table select expression tree. More...
class	TableExprNodeArrayINDate
	Date Array comparison IN in table select expression tree. More...
class	TableExprNodeArrayOR
	Logical or in table select expression tree. More...
class	TableExprNodeArrayAND
	Logical and in table select expression tree. More...
class	TableExprNodeArrayNOT
	Logical not in table select expression tree. More...
class	TableExprNodePlus
	Addition in table select expression tree. More...
class	TableExprNodePlusInt
	Int addition in table select expression tree. More...
class	TableExprNodePlusDouble
	Double addition in table select expression tree. More...
class	TableExprNodePlusDComplex
	DComplex addition in table select expression tree. More...
class	TableExprNodePlusString
	String addition in table select expression tree. More...
class	TableExprNodePlusDate
	Date addition in table select expression tree. More...
class	TableExprNodeMinus
	Subtraction in table select expression tree. More...
class	TableExprNodeMinusInt
	Int subtraction in table select expression tree. More...
class	TableExprNodeMinusDouble
	Double subtraction in table select expression tree. More...
class	TableExprNodeMinusDComplex
	DComplex subtraction in table select expression tree. More...
class	TableExprNodeMinusDate
	Date subtraction in table select expression tree. More...
class	TableExprNodeTimes
	Multiplication in table select expression tree. More...
class	TableExprNodeTimesInt
	Int multiplication in table select expression tree. More...
class	TableExprNodeTimesDouble
	Double multiplication in table select expression tree. More...
class	TableExprNodeTimesDComplex
	DComplex multiplication in table select expression tree. More...
class	TableExprNodeDivide
	Division in table select expression tree. More...
class	TableExprNodeDivideDouble
	Double division in table select expression tree. More...
class	TableExprNodeDivideDComplex
	DComplex division in table select expression tree. More...
class	TableExprNodeModulo
	Modulo in table select expression tree. More...
class	TableExprNodeModuloInt
	Int modulo in table select expression tree. More...
class	TableExprNodeModuloDouble
	Double modulo in table select expression tree. More...
class	TableExprNodeBitAndInt
	Bitwise and in table select expression tree. More...
class	TableExprNodeBitOrInt
	Bitwise or in table select expression tree. More...
class	TableExprNodeBitXorInt
	Bitwise xor in table select expression tree. More...
class	TableExprNodeMIN
	Unary minus in table select expression tree. More...
class	TableExprNodeBitNegate
	Bitwise negate in table select expression tree. More...
class	TableExprNodeArrayPlus
	Array addition in table select expression tree. More...
class	TableExprNodeArrayPlusInt
	Int Array addition in table select expression tree. More...
class	TableExprNodeArrayPlusDouble
	Double Array addition in table select expression tree. More...
class	TableExprNodeArrayPlusDComplex
	DComplex Array addition in table select expression tree. More...
class	TableExprNodeArrayPlusString
	String Array addition in table select expression tree. More...
class	TableExprNodeArrayMinus
	Array addition in table select expression tree. More...
class	TableExprNodeArrayMinusInt
	Int Array subtraction in table select expression tree. More...
class	TableExprNodeArrayMinusDouble
	Double Array subtraction in table select expression tree. More...
class	TableExprNodeArrayMinusDComplex
	DComplex Array subtraction in table select expression tree. More...
class	TableExprNodeArrayTimes
	Array addition in table select expression tree. More...
class	TableExprNodeArrayTimesInt
	Int Array multiplication in table select expression tree. More...
class	TableExprNodeArrayTimesDouble
	Double Array multiplication in table select expression tree. More...
class	TableExprNodeArrayTimesDComplex
	DComplex Array multiplication in table select expression tree. More...
class	TableExprNodeArrayDivide
	Array addition in table select expression tree. More...
class	TableExprNodeArrayDivideDouble
	Double Array division in table select expression tree. More...
class	TableExprNodeArrayDivideDComplex
	DComplex Array division in table select expression tree. More...
class	TableExprNodeArrayModulo
	Array addition in table select expression tree. More...
class	TableExprNodeArrayModuloInt
	Int Array modulo in table select expression tree. More...
class	TableExprNodeArrayModuloDouble
	Double Array modulo in table select expression tree. More...
class	TableExprNodeArrayBitAndInt
	Int Array bitwise and in table select expression tree. More...
class	TableExprNodeArrayBitOrInt
	Int Array bitwise or in table select expression tree. More...
class	TableExprNodeArrayBitXorInt
	Int Array bitwise xor in table select expression tree. More...
class	TableExprNodeArrayMIN
	Unary minus in table select expression tree. More...
class	TableExprNodeArrayBitNegate
	Bitwise negate in table select expression tree. More...
class	TableExprNode
	Handle class for a table column expression tree. More...
class	TableExprNodeArray
	Base class for arrays in table select expression. More...
class	TableExprNodeArrayColumn
	Base class for Array column in table select expression. More...
class	TableExprNodeArrayColumnBool
	Bool array column in table select expression. More...
class	TableExprNodeArrayColumnuChar
	uChar array column in table select expression More...
class	TableExprNodeArrayColumnShort
	Short array column in table select expression. More...
class	TableExprNodeArrayColumnuShort
	uShort array column in table select expression More...
class	TableExprNodeArrayColumnInt
	Int array column in table select expression. More...
class	TableExprNodeArrayColumnuInt
	uInt array column in table select expression More...
class	TableExprNodeArrayColumnFloat
	Float array column in table select expression. More...
class	TableExprNodeArrayColumnDouble
	Double array column in table select expression. More...
class	TableExprNodeArrayColumnComplex
	Complex array column in table select expression. More...
class	TableExprNodeArrayColumnDComplex
	DComplex array column in table select expression. More...
class	TableExprNodeArrayColumnString
	String array column in table select expression. More...
class	TableExprNodeIndex
	The index of an array element in a table select expression. More...
class	TableExprNodeArrayPart
	Array column part in table select expression. More...
class	TableExprNodeRecordField
	Scalar field in record select expression tree. More...
class	TableExprNodeRecordFieldArray
	Array field in record select expression tree. More...
class	TaqlRegex
	Class to handle a Regex or StringDistance. More...
class	TableExprNodeRep
	Abstract base class for a node in a table column expression tree. More...
class	TableExprNodeBinary
	Abstract base class for a node having 0, 1, or 2 child nodes. More...
class	TableExprNodeMulti
	Abstract base class for a node having multiple child nodes. More...
class	TableExprNodeSetElem
	Class to hold the table expression nodes for an element in a set. More...
class	TableExprNodeSet
	Class to hold multiple table expression nodes. More...
class	TableExprRange
	Select range of a column in an select expression. More...
class	TableExprUDFNode
	Class representing a function in table select expression. More...
class	TableExprUDFNodeArray
	Class representing a function in table select expression. More...
class	TableExprNodeUnit
	Unit for scalar values in a table select expression tree. More...
class	TableExprNodeArrayUnit
	Unit for array values in a table select expression tree. More...
class	ExternalLockSync
	Class to hold table lock data. More...
class	ForwardColumn
	Virtual column forwarding to another column. More...
class	ForwardColumnEngine
	Virtual column engine forwarding to other columns. More...
class	ForwardColumnIndexedRow
	Virtual column forwarding to another row/column. More...
class	ForwardColumnIndexedRowEngine
	Virtual column engine forwarding to other columns/rows. More...
class	IncrementalStMan
	The Incremental Storage Manager. More...
class	ROIncrementalStManAccessor
	Give access to some IncrementalStMan functions. More...
class	ISMBase
	Base class of the Incremental Storage Manager. More...
class	ISMBucket
	A bucket in the Incremental Storage Manager. More...
class	ISMColumn
	A Column in the Incremental Storage Manager. More...
class	ISMIndColumn
	A column of Incremental storage manager for indirect arrays. More...
class	ISMIndex
	The Index of the Incremental Storage Manager. More...
class	MappedArrayEngine
	Templated virtual column engine to map the data type of a table array. More...
class	MemoryStMan
	Memory-based table storage manager class. More...
class	MemoryTable
	Class for a table held in memory. More...
class	MSMBase
	Base class for memory-based table storage manager class. More...
class	MSMColumn
	Column in the Memory table storage manager class. More...
class	MSMDirColumn
	Memory storage manager for table arrays. More...
class	MSMIndColumn
	Mmeory storage manager for variable shaped table arrays. More...
class	NullTable
	Class indicating a null Table object. More...
class	PlainColumn
	Base class for a column in a plain table. More...
class	PlainTable
	Class defining a plain regular table. More...
struct	ReadAsciiTable_global_functions_readAsciiTable
	Filling a table from an Ascii file. More...
class	ReadAsciiTable
	Helper class for readAsciiTable. More...
struct	RecordExpr_global_functions_RecordExpr
	Global functions to make a expression node for a record field. More...
struct	RecordGram_global_functions_RecordGramFunctions
	Global functions for flex/bison scanner/parser for RecordGram. More...
class	RecordGramVal
	Helper class for values in RecordGram. More...
class	RecordGram
	Select-class for flex/bison scanner/parser for RecordGram. More...
class	RefColumn
	A column in a reference table. More...
class	RefRows
	Class holding the row numbers in a RefTable. More...
class	RefRowsSliceIter
	Class to iterate through a RefRows object. More...
class	RefTable
	Class for a table as a view of another table. More...
class	RetypedArrayEngine
	Virtual column engine to retype and reshape arrays. More...
struct	RetypedArraySetGet_global_functions_RetypedArrayEngineSetGet
	Helper functions for users of RetypedArrayEngine. More...
class	RowCopier
	RowCopier copies all or part of a row from one table to another. More...
class	ScalarColumnData
	Access to a table column containing scalars. More...
class	ScalarColumnDesc
	Templated class to define columns of scalars in tables. More...
class	ROScalarColumn
	Readonly access to a scalar table column with arbitrary data type. More...
class	ScalarColumn
	Read/write access to a scalar table column with arbitrary data type. More...
class	ScaledArrayEngine
	Templated virtual column engine to scale a table array. More...
class	ScaledComplexData
	Templated virtual column engine to scale a complex table array. More...
class	ScalarRecordColumnData
	Access to a table column containing scalar records. More...
class	ScalarRecordColumnDesc
	Class to define columns of scalar records in tables. More...
class	SetupNewTableRep
	Representation for handle class SetupNewTable. More...
class	SetupNewTable
	Create a new table - define shapes, data managers, etc. More...
class	SSMBase
	Base class of the Standard Storage Manager. More...
class	SSMColumn
	A Column in the Standard Storage Manager. More...
class	SSMDirColumn
	A Direct Array Column in the Standard Storage Manager. More...
class	SSMIndColumn
	A column of Standard storage manager for indirect arrays. More...
class	SSMIndex
	The bucket index for a group of columns in the Standard Storage Manager. More...
class	SSMIndStringColumn
	An Indirect String Array Column in the Standard Storage Manager. More...
class	SSMStringHandler
	Store strings in the Standard Storage Manager. More...
class	StandardStMan
	The Standard Storage Manager. More...
class	ROStandardStManAccessor
	Give access to some StandardStMan functions. More...
class	StManColumnArrayAipsIO
	AipsIO storage manager for direct table arrays. More...
class	StManArrayFile
	Read/write array in external format for a storage manager. More...
class	StManColumnIndArrayAipsIO
	AipsIO storage manager for indirect table arrays. More...
class	StIndArray
	Read/write indirect arrays. More...
class	StManColumnAipsIO
	AipsIO table column storage manager class. More...
class	StManAipsIO
	AipsIO table storage manager class. More...
class	StManColumn
	Base table column storage manager class. More...
class	SubTableDesc
	Description of columns containing tables. More...
class	Table
	Main interface class to a read/write table. More...
class	TableAttr
	Some attributes of a table. More...
class	TableCache
	Cache of open tables. More...
class	ROTableColumn
	Readonly access to a table column. More...
class	TableColumn
	Non-const access to a table column. More...
class	TableCopy
	Class with static functions for copying a table. More...
class	TableDesc
	Define the structure of an AIPS++ table. More...
class	TableError
	Base error class for storage manager. More...
class	TableInternalError
	Internal table error. More...
class	TableDuplFile
	Table error; table (description) already exists. More...
class	TableNoFile
	Table error; table (description) not found. More...
class	TableDescNoName
	Table error; no name given to table description. More...
class	TableInvOpt
	Table error; invalid table (description) option. More...
class	TableInvType
	Table error; table type mismatch. More...
class	TableInvColumnDesc
	Table error; invalid column description. More...
class	TableInvHyperDesc
	Table error; invalid hypercolumn description. More...
class	TableUnknownDesc
	Table error; unknown column description. More...
class	TableInvDT
	Table error; invalid data type. More...
class	TableInvOper
	Table error; invalid operation. More...
class	TableArrayConformanceError
	Table error; non-conformant array. More...
class	TableConformanceError
	Table error; table length conformance error. More...
class	TableInvSort
	Table error; invalid sort. More...
class	TableInvLogic
	Table error; invalid logical operation. More...
class	TableInvExpr
	Table error; invalid select expression. More...
class	TableVectorNonConform
	Table error; non-conformant table vectors. More...
class	TableParseError
	Table error; invalid table command. More...
class	TableExprData
	Abstract base class for data object in a TaQL expression. More...
class	TableExprId
	The identification of a TaQL selection subject. More...
struct	TableGram_global_functions_TableGramFunctions
	Global functions for flex/bison scanner/parser for TableGram. More...
class	TableIndexProxy
	Proxy for table index access. More...
class	TableInfo
	Table type, subtype and further info. More...
class	TableIterator
	Iterate through a Table. More...
class	TableIterProxy
	Proxy for table iterator access. More...
class	TableKeyword
	Keyword value representing a table. More...
class	TableLock
	Class to hold table lock options. More...
class	TableLockData
	Class to hold table lock data. More...
class	TableLocker
	Class to hold a (user) lock on a table. More...
class	TableParse
	Class to hold values from table grammar parser. More...
class	TableParseSort
	Helper class for sort keys in TableParse. More...
class	TableParseUpdate
	Helper class for updates in TableParse. More...
class	TableParseSelect
	Select-class for flex/bison scanner/parser for TableParse. More...
class	TableProxy
	High-level interface to tables. More...
class	TableRecord
	A hierarchical collection of named fields of various types. More...
class	TableRecordRep
	The representation of a TableRecord. More...
class	ROTableRow
	Readonly access to a table row. More...
class	TableRow
	Read/write access to a table row. More...
class	TableRowProxy
	Proxy for table row access. More...
class	TableSyncData
	Class to hold table synchronization data. More...
class	ROTableVector
	Templated readonly table column vectors. More...
class	TableVector
	Templated read/write table column vectors. More...
class	TabPath
	Search path for table files. More...
struct	TabVecLogic_global_functions_vectorComparison
	Comparison between two table vectors. More...
struct	TabVecLogic_global_functions_scalarComparison
	Comparison between a table vector and a scalar. More...
struct	TabVecMath_global_functions_basicMath
	Basic math for table vectors. More...
struct	TabVecMath_global_functions_basicTransMath
	Transcendental math for table vectors. More...
struct	TabVecMath_global_functions_advTransMath
	Further transcendental math for table vectors. More...
struct	TabVecMath_global_functions_miscellaneous
	Miscellaneous table vector operations. More...
struct	TabVecMath_global_functions_vectorMath
	Vector operations on a table vector. More...
class	TaQLNode
	Envelope class for a node in the raw TaQL parse tree. More...
class	TaQLConstNode
	Envelope class for a node containing a constant value. More...
class	TaQLRegexNode
	Envelope class for a node containing a constant regex value. More...
class	TaQLMultiNode
	Envelope class for a node containing a select command. More...
class	TaQLSelectNode
	Envelope class for a node containing a list of nodes. More...
class	TaQLConstNodeRep
	Raw TaQL parse tree node defining a constant value. More...
class	TaQLRegexNodeRep
	Raw TaQL parse tree node defining a constant regex value. More...
class	TaQLUnaryNodeRep
	Raw TaQL parse tree node defining a unary operator. More...
class	TaQLBinaryNodeRep
	Raw TaQL parse tree node defining a binary operator. More...
class	TaQLMultiNodeRep
	Raw TaQL parse tree node defining a list of nodes. More...
class	TaQLFuncNodeRep
	Raw TaQL parse tree node defining a function. More...
class	TaQLRangeNodeRep
	Raw TaQL parse tree node defining a range. More...
class	TaQLIndexNodeRep
	Raw TaQL parse tree node defining an index in a array. More...
class	TaQLJoinNodeRep
	Raw TaQL parse tree node defining a join operation. More...
class	TaQLKeyColNodeRep
	Raw TaQL parse tree node defining a keyword or column name. More...
class	TaQLTableNodeRep
	Raw TaQL parse tree node defining a table. More...
class	TaQLColNodeRep
	Raw TaQL parse tree node defining a select column expression. More...
class	TaQLColumnsNodeRep
	Raw TaQL parse tree node defining a select column list. More...
class	TaQLSortKeyNodeRep
	Raw TaQL parse tree node defining a sort key. More...
class	TaQLSortNodeRep
	Raw TaQL parse tree node defining a sort list. More...
class	TaQLLimitOffNodeRep
	Raw TaQL parse tree node defining a limit/offset expression. More...
class	TaQLGivingNodeRep
	Raw TaQL parse tree node defining a giving expression list. More...
class	TaQLUpdExprNodeRep
	Raw TaQL parse tree node defining a column update expression. More...
class	TaQLSelectNodeRep
	Raw TaQL parse tree node defining a select command. More...
class	TaQLUpdateNodeRep
	Raw TaQL parse tree node defining an update command. More...
class	TaQLInsertNodeRep
	Raw TaQL parse tree node defining an insert command. More...
class	TaQLDeleteNodeRep
	Raw TaQL parse tree node defining a delete command. More...
class	TaQLCountNodeRep
	Raw TaQL parse tree node defining a count command. More...
class	TaQLCalcNodeRep
	Raw TaQL parse tree node defining a calc command. More...
class	TaQLCreTabNodeRep
	Raw TaQL parse tree node defining a create table command. More...
class	TaQLColSpecNodeRep
	Raw TaQL parse tree node defining a create column specification. More...
class	TaQLRecFldNodeRep
	Raw TaQL parse tree node defining a record field. More...
class	TaQLUnitNodeRep
	Raw TaQL parse tree node defining a unit. More...
class	TaQLNodeHandler
	Class to handle the nodes in the raw TaQL parse tree. More...
class	TaQLNodeHRValue
	Class containing the result value of the handling of a TaQLNode. More...
class	TaQLNodeRep
	Representation of a node in the raw TaQL parse tree. More...
class	TaQLNodeResultRep
	Abstract base class to hold the result of a visit to the node tree. More...
class	TaQLNodeResult
	Envelope class to hold the result of a visit to the node tree. More...
class	TaQLNodeVisitor
	Class to visit the nodes in the raw TaQL parse tree. More...
class	TaQLResult
	Class to hold the result of a TaQL command. More...
class	TaQLStyle
	Class with static members defining the TaQL style. More...
class	TiledCellStMan
	Tiled Cell Storage Manager. More...
class	TiledColumnStMan
	Tiled Column Storage Manager. More...
class	TiledDataStMan
	Tiled Data Storage Manager. More...
class	TiledDataStManAccessor
	Give access to some TiledDataStMan functions. More...
class	TiledFileAccess
	Tiled access to an array in a file. More...
class	TiledFileHelper
	Helper class for tiled access to an array in a file. More...
class	TiledShapeStMan
	Tiled Data Storage Manager using the shape as id. More...
class	TiledStMan
	Base class for Tiled Storage Manager classes. More...
class	ROTiledStManAccessor
	Give access to some TiledStMan functions. More...
class	TSMColumn
	A column in the Tiled Storage Manager. More...
class	TSMCoordColumn
	A coordinate column in Tiled Storage Manager. More...
class	TSMCube
	Tiled hypercube in a table. More...
class	TSMCubeBuff
	Tiled hypercube in a table. More...
class	TSMCubeMMap
	Tiled hypercube in a table. More...
class	TSMDataColumn
	A data column in Tiled Storage Manager. More...
class	TSMFile
	File object for Tiled Storage Manager. More...
class	TSMIdColumn
	An id column in Tiled Storage Manager. More...
class	TSMOption
	Options for the Tiled Storage Manager Access. More...
class	TSMShape
	Expanded IPosition for shapes. More...
struct	TVec_global_functions_enum
	Enumeration of possible table vectors. More...
class	TabVecRep
	Templated base class for table vectors. More...
struct	TVecLogic_global_functions_vectorComparison
	Comparison between two table vectors. More...
struct	TVecLogic_global_functions_scalarComparison
	Comparison between a table vector and a scalar. More...
struct	TVecMath_global_functions_basicMath
	Basic math for table vectors. More...
struct	TVecMath_global_functions_basicTransMath
	Transcendental math for table vectors. More...
struct	TVecMath_global_functions_advTransMath
	Further transcendental math for table vectors. More...
struct	TVecMath_global_functions_miscellaneous
	Miscellaneous table vector operations. More...
struct	TVecMath_global_functions_vectorMath
	Vector operations on a table vector. More...
class	TabVecScaCol
	Templated table scalar column vectors. More...
class	TabVecTemp
	Templated table vectors held in memory as a temporary. More...
class	UDFBase
	Abstract base class for a user-defined TaQL function. More...
class	VirtualArrayColumn
	Templated base class for virtual array column. More...
class	VirtualColumnEngine
	Abstract base class for virtual column handling. More...
class	VirtualScalarColumn
	Templated base class for virtual scalar column. More...
struct	VirtScaCol_global_functions_getVirtualScalarColumn
	Global functions to get or put data of a virtual column. More...
class	VirtualTaQLColumn
	Virtual scalar column using TaQL. More...
class	VSCEngine
	Base virtual column for a scalar column with any type. More...
Typedefs
typedef bool	Bool
	Define the standard types used by aips++.
typedef char	Char
typedef unsigned char	uChar
typedef short	Short
typedef unsigned short	uShort
typedef int	Int
typedef unsigned int	uInt
typedef long	Long
typedef unsigned long	uLong
typedef float	Float
typedef double	Double
typedef long double	lDouble
typedef long long	Int64
	Define the extra non-standard types used by aips++ (like proposed uSize, Size).
typedef unsigned long long	uInt64
typedef long	FitsLong
typedef Link< int >	Link_int
typedef Quantum< Double >	Quantity
typedef AipsrcValue< Double >	AipsrcDouble
typedef AipsrcValue< Int >	AipsrcInt
typedef AipsrcValue< Bool >	AipsrcBool
typedef Aipsrc	AipsrcString
typedef AipsrcVector< Double >	AipsrcVDouble
typedef AipsrcVector< Int >	AipsrcVInt
typedef AipsrcVector< Bool >	AipsrcVBool
typedef AipsrcVector< String >	AipsrcVString
typedef void(*	FITSErrorHandler )(const char *errMessage, FITSError::ErrorLevel severity)
	Define a typedef for the handler function signature for convenience.
typedef PrimaryArray< unsigned char >	BytePrimaryArray
typedef PrimaryArray< short >	ShortPrimaryArray
typedef PrimaryArray< FitsLong >	LongPrimaryArray
typedef PrimaryArray< float >	FloatPrimaryArray
typedef PrimaryArray< double >	DoublePrimaryArray
typedef ImageExtension < unsigned char >	ByteImageExtension
typedef ImageExtension< short >	ShortImageExtension
typedef ImageExtension< FitsLong >	LongImageExtension
typedef ImageExtension< float >	FloatImageExtension
typedef ImageExtension< double >	DoubleImageExtension
typedef PrimaryGroup< unsigned char >	BytePrimaryGroup
typedef PrimaryGroup< short >	ShortPrimaryGroup
typedef PrimaryGroup< FitsLong >	LongPrimaryGroup
typedef PrimaryGroup< float >	FloatPrimaryGroup
typedef PrimaryGroup< double >	DoublePrimaryGroup
typedef FitsField< FitsLogical >	LogicalFitsField
typedef FitsField< FitsBit >	BitFitsField
typedef FitsField< char >	CharFitsField
typedef FitsField< unsigned char >	ByteFitsField
typedef FitsField< short >	ShortFitsField
typedef FitsField< FitsLong >	LongFitsField
typedef FitsField< float >	FloatFitsField
typedef FitsField< double >	DoubleFitsField
typedef FitsField< Complex >	ComplexFitsField
typedef FitsField< IComplex >	IComplexFitsField
typedef FitsField< DComplex >	DComplexFitsField
typedef FitsField< FitsVADesc >	VADescFitsField
typedef FitsArray< FitsLogical >	LogicalFitsArray
typedef FitsArray< FitsBit >	BitFitsArray
typedef FitsArray< char >	CharFitsArray
typedef FitsArray< unsigned char >	ByteFitsArray
typedef FitsArray< short >	ShortFitsArray
typedef FitsArray< FitsLong >	LongFitsArray
typedef FitsArray< float >	FloatFitsArray
typedef FitsArray< double >	DoubleFitsArray
typedef FitsArray< Complex >	ComplexFitsArray
typedef FitsArray< IComplex >	IComplexFitsArray
typedef FitsArray< DComplex >	DComplexFitsArray
typedef FitsArray< FitsVADesc >	VADescFitsArray
typedef MeasurementSet	MS
	MeasurementSet is too cumbersome for a number of common uses, so we give a typedef here.
typedef MSSelectionKeywords	MSS
	Define a shorthand notation for this class, so enums can be specified easily.
typedef struct casa::TimeFields	TimeFields
typedef Convolver< Float >	FloatConvolver
	Typedefs.
typedef Convolver< Double >	DoubleConvolver
typedef Float	FType
Enumerations
enum	StorageInitPolicy {   COPY,   TAKE_OVER,   SHARE }
	A global enum used by some Array constructors. More...
enum	{ ConstListIterVersion }
	enum outside class because of compiler errors on HPUX More...
Functions
template<typename T , typename FuncType >
MaskedArray< T >	boxedArrayMath (const MaskedArray< T > &array, const IPosition &boxSize, const FuncType &funcObj)
	Apply the given ArrayMath reduction function objects to each box in the array.
template<typename T , typename FuncType >
Array< T >	slidingArrayMath (const MaskedArray< T > &array, const IPosition &halfBoxSize, const FuncType &funcObj, Bool fillEdge=True)
	Apply for each element in the array the given ArrayMath reduction function object to the box around that element.
template<typename InputIterator1 , typename InputIterator2 , typename BinaryOperator >
void	transformInPlace (InputIterator1 first1, InputIterator1 last1, InputIterator2 first2, BinaryOperator op)
	Define a function to do a binary transform in place.
template<typename InputIterator1 , typename UnaryOperator >
void	transformInPlace (InputIterator1 first1, InputIterator1 last1, UnaryOperator op)
	Define a function to do a unary transform in place.
template<typename InputIterator , typename MaskIterator , typename Accum , typename BinaryOperator >
Accum	accumulateTrue (InputIterator first, InputIterator last, MaskIterator mask, Accum acc, BinaryOperator op=std::plus< Accum >())
	Define a function (similar to std::accumulate) to do accumulation of elements for which the corresponding mask value is true.
template<typename InputIterator , typename MaskIterator , typename Accum , typename BinaryOperator >
Accum	accumulateFalse (InputIterator first, InputIterator last, MaskIterator mask, Accum acc, BinaryOperator op=std::plus< Accum >())
	Define a function (similar to std::accumulate) to do accumulation of elements for which the corresponding mask value is false.
template<typename InputIterator1 , typename InputIterator2 , typename CompareOperator >
bool	compareAll (InputIterator1 first1, InputIterator1 last1, InputIterator2 first2, CompareOperator op)
	Define a function to compare all elements of two sequences.
template<typename InputIterator1 , typename CompareOperator >
bool	compareAll (InputIterator1 first1, InputIterator1 last1, CompareOperator op)
	For use with a constant value (through bind1st or bind2nd).
template<typename InputIterator1 , typename InputIterator2 , typename CompareOperator >
bool	compareAny (InputIterator1 first1, InputIterator1 last1, InputIterator2 first2, CompareOperator op)
	Define a function to compare all elements of two sequences.
template<typename InputIterator1 , typename CompareOperator >
bool	compareAny (InputIterator1 first1, InputIterator1 last1, CompareOperator op)
	For use with a constant value (through bind1st or bind2nd).
ostream &	operator<< (ostream &os, const IComplex &)
	Show on ostream.
ostream &	operator<< (ostream &s, const String &x)
void	putBlock (AipsIO &, const Block< void * > &, Int)
void	getBlock (AipsIO &, Block< void * > &)
void	showBlock (AipsIO &, const Block< void * > &, Int)
void	throw_invalid_hashmapiter_error ()
void	throw_hashmapiter_init_error ()
void	throw_list_end_error ()
	The function which throws an exception for advancing the internal cursor past the end of a list.
void	throw_list_init_error ()
void	throw_list_start_error ()
void	throw_list_swapright_same_error ()
void	throw_mapiter_init_error ()
void	throw_map_init_error ()
void	throw_invalid_mapiter_error ()
void	throw_map_constop_error ()
AipsIO &	operator<< (AipsIO &os, const Record &rec)
AipsIO &	operator>> (AipsIO &os, Record &rec)
ostream &	operator<< (ostream &os, const RecordDesc &desc)
AipsIO &	operator<< (AipsIO &os, const RecordDesc &desc)
AipsIO &	operator>> (AipsIO &os, RecordDesc &desc)
void	defineRecordFieldPtr (RecordInterface *parent, Int fieldNumber, DataType type, const void *value)
void	defineRecordFieldPtr (RecordInterface *parent, Int fieldNumber, DataType, const TableRecord *value)
void *	attachRecordFieldPtr (RecordInterface *parent, Int fieldNumber, DataType type, const void *)
	This function attaches a RecordFieldPtr object.
void *	attachRecordFieldPtr (RecordInterface *parent, Int fieldNumber, DataType, const Table *)
	Specialization for a Table field (which cannot be used).
void *	attachRecordFieldPtr (RecordInterface *parent, Int fieldNumber, DataType, const Record *)
	Specialization for a Record field.
void *	attachRecordFieldPtr (RecordInterface *parent, Int fieldNumber, DataType, const TableRecord *)
	Specialization for a TableRecord field.
void	throw_empty_Stack_error (const char *msg=0)
void	throwInvHDF5 ()
	Define 2 functions to check that hid_t and hsize_t are mapped correctly.
void	check_hid_t (int)
template<typename T >
void	check_hid_t (T)
void	check_hsize_t (unsigned long long)
template<typename T >
void	check_hsize_t (T)
Float	pow (Float f1, Float f2)
MVBaseline	operator* (const RotMatrix &left, const MVBaseline &right)
	Rotate a Baseline vector with rotation matrix and other multiplications.
MVBaseline	operator* (const MVBaseline &left, const RotMatrix &right)
MVBaseline	operator* (Double left, const MVBaseline &right)
MVBaseline	operator* (const MVBaseline &left, Double right)
Double	operator* (const Vector< Double > &left, const MVBaseline &right)
Double	operator* (const MVBaseline &left, const Vector< Double > &right)
Double	operator* (const MVPosition &left, const MVBaseline &right)
Double	operator* (const MVBaseline &left, const MVPosition &right)
MVDirection	operator* (const RotMatrix &left, const MVDirection &right)
	Rotate a position vector.
MVDirection	operator* (const MVDirection &left, const RotMatrix &right)
MVEarthMagnetic	operator* (const RotMatrix &left, const MVEarthMagnetic &right)
	Rotate a EarthMagnetic vector with rotation matrix and other multiplications.
MVEarthMagnetic	operator* (const MVEarthMagnetic &left, const RotMatrix &right)
MVEarthMagnetic	operator* (Double left, const MVEarthMagnetic &right)
MVEarthMagnetic	operator* (const MVEarthMagnetic &left, Double right)
Double	operator* (const Vector< Double > &left, const MVEarthMagnetic &right)
Double	operator* (const MVEarthMagnetic &left, const Vector< Double > &right)
Double	operator* (const MVPosition &left, const MVEarthMagnetic &right)
Double	operator* (const MVEarthMagnetic &left, const MVPosition &right)
MVPosition	operator* (const RotMatrix &left, const MVPosition &right)
	Rotate a position vector with rotation matrix and other multiplications.
MVPosition	operator* (const MVPosition &left, const RotMatrix &right)
MVPosition	operator* (Double left, const MVPosition &right)
MVPosition	operator* (const MVPosition &left, Double right)
Double	operator* (const Vector< Double > &left, const MVPosition &right)
Double	operator* (const MVPosition &left, const Vector< Double > &right)
ostream &	operator<< (ostream &os, const MVTime &meas)
	Global functions Output.
ostream &	operator>> (ostream &is, MVTime &meas)
ostream &	operator<< (ostream &os, const MVTime::Format &form)
Bool	operator== (const MVTime &lh, const MVTime &rh)
	is equal operator, uses operator Double which returns days
MVuvw	operator* (const RotMatrix &left, const MVuvw &right)
	Rotate a uvw vector with rotation matrix and other multiplications.
MVuvw	operator* (const MVuvw &left, const RotMatrix &right)
MVuvw	operator* (Double left, const MVuvw &right)
MVuvw	operator* (const MVuvw &left, Double right)
Double	operator* (const Vector< Double > &left, const MVuvw &right)
Double	operator* (const MVuvw &left, const Vector< Double > &right)
Double	operator* (const MVPosition &left, const MVuvw &right)
Double	operator* (const MVuvw &left, const MVPosition &right)
ostream &	operator<< (ostream &os, const UnitDim &du)
	Output.
uInt	hashFunc (const ObjectID &)
ostream &	operator<< (ostream &os, const ObjectID &id)
const char *	a2_re_compile_pattern ()
void	a2_re_compile_fastmap ()
int	a2_re_search ()
int	a2_re_search_2 ()
int	a2_re_match ()
int	a2_re_match_2 ()
const char *	re_comp ()
int	re_exec ()
const std::string	getVersion ()
	Get the casacore version.
void	addRecordDesc (TableDesc &tableDescription, const RecordDesc &recordDescription, const String &prefix)
	This function probably doesn't belong here, but I'm not yet sure where it does belong.
ostream &	operator<< (ostream &, const FITS::ValueType &)
ostream &	operator<< (ostream &, const FitsKeyword &)
ostream &	operator<< (ostream &o, FitsKeywordList &)
std::ostream &	operator<< (std::ostream &o, HeaderDataUnit &h)
std::ostream &	operator<< (std::ostream &o, FitsBase &x)
Bool	canUseHDF5Image ()
	Tell if HDF5 images can be used.
DataType	hdf5imagePixelType (const String &fileName)
	Determine the pixel type in the HDF5Image contained in fileName.
Bool	isHDF5Image (const String &fileName)
	Check if this HDF5 file is an HDF5 image.
DataType	imagePixelType (const String &fileName)
	Determine the pixel type in the PagedImage contained in fileName.
template<class T >
Bool	areEQ (const ROScalarColumn< T > &col, uInt row_i, uInt row_j)
template<class T >
Bool	areEQ (const ROArrayColumn< T > &col, uInt row_i, uInt row_j)
String	constructMessage (const Int pos, const String &command)
	-------------------------------------------------------------------
Vector< Int >	set_intersection (const Vector< Int > &v1, const Vector< Int > &v2)
Vector< Int >	set_union (const Vector< Int > &v1, const Vector< Int > &v2)
Bool	mssSetData (const MeasurementSet &ms, MeasurementSet &selectedMS, const String &outMSName="", const String &timeExpr="", const String &antennaExpr="", const String &fieldExpr="", const String &spwExpr="", const String &uvDistExpr="", const String &taQLExpr="", const String &polnExpr="", const String &scanExpr="", const String &arrayExpr="")
	Collective selection.
Bool	mssSetData (const MeasurementSet &ms, MeasurementSet &selectedMS, Vector< Vector< Slice > > &chanSlices, Vector< Vector< Slice > > &corrSlices, const String &outMSName="", const String &timeExpr="", const String &antennaExpr="", const String &fieldExpr="", const String &spwExpr="", const String &uvDistExpr="", const String &taQLExpr="", const String &polnExpr="", const String &scanExpr="", const String &arrayExpr="", const Int defaultChanStep=1)
	Collective selection also returning in-row (corr/chan) slices.
String	stripWhite (const String &str, Bool onlyends=True)
int	tokenize (const String &str, const String &sep, Vector< String > &tokens, Bool upCase=False)
template<class T , class U >
ostream &	operator<< (ostream &os, const Function< T, U > &fun)
template<class T >
ostream &	operator<< (ostream &os, const FunctionOrder< T > &par)
template<class T >
ostream &	operator<< (ostream &os, const FunctionParam< T > &par)
template<class V >
void	getArrayVal (V &val, int type, const Record &gr, const String &name, uInt index=0) throw (InvalidSerializationError)
template<class V >
void	getArray (Array< V > &val, int type, const Record &gr, const String &name) throw (InvalidSerializationError)
template<class T >
void	CholeskyDecomp (Matrix< T > &A, Vector< T > &diag)
template<class T >
void	CholeskySolve (Matrix< T > &A, Vector< T > &diag, Vector< T > &b, Vector< T > &x)
void	sgetrf (const int *m, const int *n, float *a, const int *lda, int *ipiv, int *info)
void	dgetrf (const int *m, const int *n, double *a, const int *lda, int *ipiv, int *info)
void	cgetrf (const int *m, const int *n, Complex *a, const int *lda, int *ipiv, int *info)
void	zgetrf (const int *m, const int *n, DComplex *a, const int *lda, int *ipiv, int *info)
void	sgetri (const int *m, float *a, const int *lda, const int *ipiv, float *work, const int *lwork, int *info)
void	dgetri (const int *m, double *a, const int *lda, const int *ipiv, double *work, const int *lwork, int *info)
void	cgetri (const int *m, Complex *a, const int *lda, const int *ipiv, Complex *work, const int *lwork, int *info)
void	zgetri (const int *m, DComplex *a, const int *lda, const int *ipiv, DComplex *work, const int *lwork, int *info)
void	sposv (const char *uplo, const int *n, const int *nrhs, float *a, const int *lda, float *b, const int *ldb, int *info)
void	dposv (const char *uplo, const int *n, const int *nrhs, double *a, const int *lda, double *b, const int *ldb, int *info)
void	cposv (const char *uplo, const int *n, const int *nrhs, Complex *a, const int *lda, Complex *b, const int *ldb, int *info)
void	zposv (const char *uplo, const int *n, const int *nrhs, DComplex *a, const int *lda, DComplex *b, const int *ldb, int *info)
void	spotri (const char *uplo, const int *n, float *a, const int *lda, int *info)
void	dpotri (const char *uplo, const int *n, double *a, const int *lda, int *info)
void	cpotri (const char *uplo, const int *n, Complex *a, const int *lda, int *info)
void	zpotri (const char *uplo, const int *n, DComplex *a, const int *lda, int *info)
void	getrf (const int *m, const int *n, float *a, const int *lda, int *ipiv, int *info)
void	getrf (const int *m, const int *n, double *a, const int *lda, int *ipiv, int *info)
void	getrf (const int *m, const int *n, Complex *a, const int *lda, int *ipiv, int *info)
void	getrf (const int *m, const int *n, DComplex *a, const int *lda, int *ipiv, int *info)
void	getri (const int *m, float *a, const int *lda, const int *ipiv, float *work, const int *lwork, int *info)
void	getri (const int *m, double *a, const int *lda, const int *ipiv, double *work, const int *lwork, int *info)
void	getri (const int *m, Complex *a, const int *lda, const int *ipiv, Complex *work, const int *lwork, int *info)
void	getri (const int *m, DComplex *a, const int *lda, const int *ipiv, DComplex *work, const int *lwork, int *info)
void	posv (const char *uplo, const int *n, const int *nrhs, float *a, const int *lda, float *b, const int *ldb, int *info)
void	posv (const char *uplo, const int *n, const int *nrhs, double *a, const int *lda, double *b, const int *ldb, int *info)
void	posv (const char *uplo, const int *n, const int *nrhs, Complex *a, const int *lda, Complex *b, const int *ldb, int *info)
void	posv (const char *uplo, const int *n, const int *nrhs, DComplex *a, const int *lda, DComplex *b, const int *ldb, int *info)
void	potri (const char *uplo, const int *n, float *a, const int *lda, int *info)
void	potri (const char *uplo, const int *n, double *a, const int *lda, int *info)
void	potri (const char *uplo, const int *n, Complex *a, const int *lda, int *info)
void	potri (const char *uplo, const int *n, DComplex *a, const int *lda, int *info)
void	setColumnCache (uInt tableNr, const ColumnCache &) const
	Set the column cache to the cache of the given table.
template<class T >
Bool	anyLE (const ROTableVector< T > &l, const ROTableVector< T > &r)
	Element by element comparisons between the "l" and "r" table vectors.
template<class T >
Bool	anyLT (const ROTableVector< T > &l, const ROTableVector< T > &r)
template<class T >
Bool	anyGE (const ROTableVector< T > &l, const ROTableVector< T > &r)
template<class T >
Bool	anyGT (const ROTableVector< T > &l, const ROTableVector< T > &r)
template<class T >
Bool	anyEQ (const ROTableVector< T > &l, const ROTableVector< T > &r)
template<class T >
Bool	anyNE (const ROTableVector< T > &l, const ROTableVector< T > &r)
template<class T >
Bool	anyLE (const ROTableVector< T > &tv, const T &val)
	Element by element comparisons between a table vector and a scalar, which behaves as if it were a conformant vector filled with the value "val." The result is true if the comparison is true for some element of the vector.
template<class T >
Bool	anyLE (const T &val, const ROTableVector< T > &tv)
template<class T >
Bool	anyLT (const ROTableVector< T > &tv, const T &val)
template<class T >
Bool	anyLT (const T &val, const ROTableVector< T > &tv)
template<class T >
Bool	anyGE (const ROTableVector< T > &tv, const T &val)
template<class T >
Bool	anyGE (const T &val, const ROTableVector< T > &tv)
template<class T >
Bool	anyGT (const ROTableVector< T > &tv, const T &val)
template<class T >
Bool	anyGT (const T &val, const ROTableVector< T > &tv)
template<class T >
Bool	anyEQ (const ROTableVector< T > &tv, const T &val)
template<class T >
Bool	anyEQ (const T &val, const ROTableVector< T > &tv)
template<class T >
Bool	anyNE (const ROTableVector< T > &tv, const T &val)
template<class T >
Bool	anyNE (const T &val, const ROTableVector< T > &tv)
template<class T >
TableVector< T >	pow (const ROTableVector< T > &tv, const double &exp)
template<class T >
T	sum (const ROTableVector< T > &tv)
template<class T >
T	product (const ROTableVector< T > &tv)
template<class T >
void	minMax (T &min, T &max, const ROTableVector< T > &tv)
template<class T >
T	min (const ROTableVector< T > &tv)
template<class T >
T	max (const ROTableVector< T > &tv)
template<class T >
void	indgen (TableVector< T > &tv, Int start, Int inc)
template<class T >
void	indgen (TableVector< T > &tv, Int start)
template<class T >
void	indgen (TableVector< T > &tv)
template<class T >
T	innerProduct (const ROTableVector< T > &l, const ROTableVector< T > &r)
template<class T >
T	norm (const ROTableVector< T > &tv)
template<class T >
TableVector< T >	crossProduct (const ROTableVector< T > &l, const ROTableVector< T > &r)
ostream &	operator<< (ostream &os, const ObsInfo &info)
	Global functions.
LatticeExprNode	operator+ (const LatticeExprNode &expr)
	Global functions operating on a LatticeExprNode.
LatticeExprNode	operator- (const LatticeExprNode &expr)
LatticeExprNode	operator! (const LatticeExprNode &expr)
LatticeExprNode	operator+ (const LatticeExprNode &left, const LatticeExprNode &right)
	Numerical binary operators.
LatticeExprNode	operator- (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator* (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator/ (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator% (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator^ (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator== (const LatticeExprNode &left, const LatticeExprNode &right)
	Relational binary operators.
LatticeExprNode	operator> (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator>= (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator< (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator<= (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator!= (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	operator&& (const LatticeExprNode &left, const LatticeExprNode &right)
	Logical binary operators.
LatticeExprNode	operator|| (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	sin (const LatticeExprNode &expr)
	Numerical 1-argument functions.
LatticeExprNode	sinh (const LatticeExprNode &expr)
LatticeExprNode	asin (const LatticeExprNode &expr)
LatticeExprNode	cos (const LatticeExprNode &expr)
LatticeExprNode	cosh (const LatticeExprNode &expr)
LatticeExprNode	acos (const LatticeExprNode &expr)
LatticeExprNode	tan (const LatticeExprNode &expr)
LatticeExprNode	tanh (const LatticeExprNode &expr)
LatticeExprNode	atan (const LatticeExprNode &expr)
LatticeExprNode	exp (const LatticeExprNode &expr)
LatticeExprNode	log (const LatticeExprNode &expr)
LatticeExprNode	log10 (const LatticeExprNode &expr)
LatticeExprNode	sqrt (const LatticeExprNode &expr)
LatticeExprNode	sign (const LatticeExprNode &expr)
LatticeExprNode	round (const LatticeExprNode &expr)
LatticeExprNode	ceil (const LatticeExprNode &expr)
LatticeExprNode	floor (const LatticeExprNode &expr)
LatticeExprNode	conj (const LatticeExprNode &expr)
LatticeExprNode	atan2 (const LatticeExprNode &left, const LatticeExprNode &right)
	Numerical 2-argument functions.
LatticeExprNode	pow (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	fmod (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	min (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	max (const LatticeExprNode &left, const LatticeExprNode &right)
LatticeExprNode	formComplex (const LatticeExprNode &left, const LatticeExprNode &right)
	Form a complex number from two real numbers.
LatticeExprNode	abs (const LatticeExprNode &expr)
	Numerical 1-argument functions which result in a real number regardless of input expression type.
LatticeExprNode	arg (const LatticeExprNode &expr)
LatticeExprNode	real (const LatticeExprNode &expr)
LatticeExprNode	imag (const LatticeExprNode &expr)
LatticeExprNode	min (const LatticeExprNode &expr)
	1-argument functions operating on a numeric expression resulting in a scalar
LatticeExprNode	max (const LatticeExprNode &expr)
LatticeExprNode	sum (const LatticeExprNode &expr)
LatticeExprNode	median (const LatticeExprNode &expr)
LatticeExprNode	mean (const LatticeExprNode &expr)
LatticeExprNode	variance (const LatticeExprNode &expr)
LatticeExprNode	stddev (const LatticeExprNode &expr)
LatticeExprNode	avdev (const LatticeExprNode &expr)
LatticeExprNode	fractile (const LatticeExprNode &expr, const LatticeExprNode &fraction)
	Determine the value of the element at the part fraction from the beginning of the given lattice.
LatticeExprNode	fractileRange (const LatticeExprNode &expr, const LatticeExprNode &fraction1, const LatticeExprNode &fraction2)
	Determine the value range of the elements at the part fraction1 and fraction2 from the beginning of the given lattice.
LatticeExprNode	fractileRange (const LatticeExprNode &expr, const LatticeExprNode &fraction)
LatticeExprNode	nelements (const LatticeExprNode &expr)
	1-argument function to get the number of elements in a lattice.
LatticeExprNode	ndim (const LatticeExprNode &expr)
	1-argument function to get the dimensionality of a lattice.
LatticeExprNode	length (const LatticeExprNode &expr, const LatticeExprNode &axis)
	2-argument function to get the length of an axis.
LatticeExprNode	indexin (const LatticeExprNode &axis, const LatticeExprNode &indexFlags)
	2-argument function telling per pixel if its index on the given axis is contained in the 2nd argument.
LatticeExprNode	rebin (const LatticeExprNode &expr, const LatticeExprNode &bin)
	2-argument function rebinning Lattice by given factors.
LatticeExprNode	isNaN (const LatticeExprNode &expr)
	Test if a value is a NaN.
LatticeExprNode	any (const LatticeExprNode &expr)
	Functions operating on a logical expression resulting in a scalar; Functions "any" (are any pixels "True") and "all" (are all pixels "True") result in a Bool; functions "ntrue" and "nfalse" result in a Double.
LatticeExprNode	all (const LatticeExprNode &expr)
LatticeExprNode	ntrue (const LatticeExprNode &expr)
LatticeExprNode	nfalse (const LatticeExprNode &expr)
LatticeExprNode	mask (const LatticeExprNode &expr)
	This function returns the mask of the given expression.
LatticeExprNode	value (const LatticeExprNode &expr)
	This function returns the value of the expression without a mask.
LatticeExprNode	amp (const LatticeExprNode &left, const LatticeExprNode &right)
	This function finds sqrt(left^2+right^2).
LatticeExprNode	pa (const LatticeExprNode &left, const LatticeExprNode &right)
	This function finds 180/pi*atan2(left,right)/2.
LatticeExprNode	spectralindex (const LatticeExprNode &left, const LatticeExprNode &right)
	This function finds the spectral index alpha = log(s1/s2) / log(f1/f2).
LatticeExprNode	iif (const LatticeExprNode &condition, const LatticeExprNode &arg1, const LatticeExprNode &arg2)
	Function resembling the ternary ?: construct in C++.
LatticeExprNode	replace (const LatticeExprNode &arg1, const LatticeExprNode &arg2)
	This function replaces every masked-off element in the first argument with the corresponding element from the second argument.
LatticeExprNode	toFloat (const LatticeExprNode &expr)
	Functions to convert to the given data type.
LatticeExprNode	toDouble (const LatticeExprNode &expr)
LatticeExprNode	toComplex (const LatticeExprNode &expr)
LatticeExprNode	toDComplex (const LatticeExprNode &expr)
LatticeExprNode	toBool (const LatticeExprNode &expr)
LatticeExprNode	convertType (const LatticeExprNode &expr, const Float *)
LatticeExprNode	convertType (const LatticeExprNode &expr, const Double *)
LatticeExprNode	convertType (const LatticeExprNode &expr, const Complex *)
LatticeExprNode	convertType (const LatticeExprNode &expr, const DComplex *)
LatticeExprNode	convertType (const LatticeExprNode &expr, const Bool *)
TableExprNode	operator+ (const TableExprNode &left, const TableExprNode &right)
	Define all global functions operating on a TableExprNode.
TableExprNode	operator- (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator* (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator/ (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator% (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator& (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator| (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator^ (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator== (const TableExprNode &left, const TableExprNode &right)
	Comparison operators.
TableExprNode	operator!= (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator>= (const TableExprNode &left, const TableExprNode &right)
	Not defined for Bool.
TableExprNode	operator> (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator<= (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator< (const TableExprNode &left, const TableExprNode &right)
TableExprNode	operator&& (const TableExprNode &left, const TableExprNode &right)
	Logical operators to combine boolean TableExprNode's.
TableExprNode	operator|| (const TableExprNode &left, const TableExprNode &right)
TableExprNode	near (const TableExprNode &left, const TableExprNode &right)
	Functions to return whether a value is "relatively" near another.
TableExprNode	near (const TableExprNode &left, const TableExprNode &right, const TableExprNode &tolerance)
TableExprNode	nearAbs (const TableExprNode &left, const TableExprNode &right)
TableExprNode	nearAbs (const TableExprNode &left, const TableExprNode &right, const TableExprNode &tolerance)
TableExprNode	cones (const TableExprNode &sourcePos, const TableExprNode &cones)
	Cone search; test if the position of a source is inside a cone.
TableExprNode	anyCone (const TableExprNode &sourcePos, const TableExprNode &cones)
	The result is always a Bool scalar telling if any cone contains the source.
TableExprNode	findCone (const TableExprNode &sourcePos, const TableExprNode &cones)
	The sourcePos can contain multiple sources.
TableExprNode	cones (const TableExprNode &sourcePos, const TableExprNode &conePos, const TableExprNode &radii)
	Cone search as above.
TableExprNode	anyCone (const TableExprNode &sourcePos, const TableExprNode &conePos, const TableExprNode &radii)
TableExprNode	findCone (const TableExprNode &sourcePos, const TableExprNode &conePos, const TableExprNode &radii)
TableExprNode	sin (const TableExprNode &node)
	Transcendental functions that can be applied to essentially all numeric nodes containing scalars or arrays.
TableExprNode	sinh (const TableExprNode &node)
TableExprNode	cos (const TableExprNode &node)
TableExprNode	cosh (const TableExprNode &node)
TableExprNode	exp (const TableExprNode &node)
TableExprNode	log (const TableExprNode &node)
TableExprNode	log10 (const TableExprNode &node)
TableExprNode	pow (const TableExprNode &x, const TableExprNode &exp)
TableExprNode	square (const TableExprNode &node)
TableExprNode	cube (const TableExprNode &node)
TableExprNode	sqrt (const TableExprNode &node)
TableExprNode	norm (const TableExprNode &node)
TableExprNode	asin (const TableExprNode &node)
	Transcendental functions applied to to nodes containing scalars or arrays with double values.
TableExprNode	acos (const TableExprNode &node)
TableExprNode	atan (const TableExprNode &node)
TableExprNode	atan2 (const TableExprNode &y, const TableExprNode &x)
TableExprNode	tan (const TableExprNode &node)
TableExprNode	tanh (const TableExprNode &node)
TableExprNode	sign (const TableExprNode &node)
TableExprNode	round (const TableExprNode &node)
TableExprNode	ceil (const TableExprNode &node)
TableExprNode	abs (const TableExprNode &node)
TableExprNode	floor (const TableExprNode &node)
TableExprNode	fmod (const TableExprNode &x, const TableExprNode &y)
TableExprNode	strlength (const TableExprNode &node)
	String functions on scalars or arrays.
TableExprNode	upcase (const TableExprNode &node)
TableExprNode	downcase (const TableExprNode &node)
TableExprNode	trim (const TableExprNode &node)
TableExprNode	ltrim (const TableExprNode &node)
TableExprNode	rtrim (const TableExprNode &node)
TableExprNode	regex (const TableExprNode &node)
	Functions for regular expression matching and pattern matching.
TableExprNode	pattern (const TableExprNode &node)
TableExprNode	sqlpattern (const TableExprNode &node)
TableExprNode	datetime (const TableExprNode &node)
	Functions for date-values.
TableExprNode	mjdtodate (const TableExprNode &node)
TableExprNode	mjd (const TableExprNode &node)
TableExprNode	date (const TableExprNode &node)
TableExprNode	year (const TableExprNode &node)
TableExprNode	month (const TableExprNode &node)
TableExprNode	day (const TableExprNode &node)
TableExprNode	cmonth (const TableExprNode &node)
TableExprNode	weekday (const TableExprNode &node)
TableExprNode	cdow (const TableExprNode &node)
TableExprNode	week (const TableExprNode &node)
TableExprNode	time (const TableExprNode &node)
TableExprNode	isNaN (const TableExprNode &node)
	Function to test if a scalar or array is NaN (not-a-number).
TableExprNode	min (const TableExprNode &a, const TableExprNode &b)
	Minimum or maximum of 2 nodes.
TableExprNode	max (const TableExprNode &a, const TableExprNode &b)
TableExprNode	conj (const TableExprNode &node)
	The complex conjugate of a complex node.
TableExprNode	real (const TableExprNode &node)
	The real part of a complex node.
TableExprNode	imag (const TableExprNode &node)
	The imaginary part of a complex node.
TableExprNode	integer (const TableExprNode &node)
	Convert double to int (using floor).
TableExprNode	amplitude (const TableExprNode &node)
	The amplitude (i.e.
TableExprNode	phase (const TableExprNode &node)
	The phase (i.e.
TableExprNode	arg (const TableExprNode &node)
	The arg (i.e.
TableExprNode	formComplex (const TableExprNode &real, const TableExprNode &imag)
	Form a complex number from two Doubles.
TableExprNode	sum (const TableExprNode &array)
	Functions operating on a Double or Complex scalar or array resulting in a scalar with the same data type.
TableExprNode	product (const TableExprNode &array)
TableExprNode	sumSquare (const TableExprNode &array)
TableExprNode	min (const TableExprNode &array)
	Functions operating on a Double scalar or array resulting in a Double scalar.
TableExprNode	max (const TableExprNode &array)
TableExprNode	mean (const TableExprNode &array)
TableExprNode	variance (const TableExprNode &array)
TableExprNode	stddev (const TableExprNode &array)
TableExprNode	avdev (const TableExprNode &array)
TableExprNode	rms (const TableExprNode &array)
TableExprNode	median (const TableExprNode &array)
TableExprNode	fractile (const TableExprNode &array, const TableExprNode &fraction)
TableExprNode	any (const TableExprNode &array)
TableExprNode	all (const TableExprNode &array)
TableExprNode	ntrue (const TableExprNode &array)
TableExprNode	nfalse (const TableExprNode &array)
TableExprNode	sums (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
	The partial version of the functions above.
TableExprNode	products (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	sumSquares (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	mins (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	maxs (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	means (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	variances (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	stddevs (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	avdevs (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	rmss (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	medians (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	fractiles (const TableExprNode &array, const TableExprNode &fraction, const TableExprNodeSet &collapseAxes)
TableExprNode	anys (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	alls (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	ntrues (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	nfalses (const TableExprNode &array, const TableExprNodeSet &collapseAxes)
TableExprNode	runningMin (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
	Functions operating for each element on a box around that element.
TableExprNode	runningMax (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
TableExprNode	runningMean (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
TableExprNode	runningVariance (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
TableExprNode	runningStddev (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
TableExprNode	runningAvdev (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
TableExprNode	runningRms (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
TableExprNode	runningMedian (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
TableExprNode	runningAny (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
TableExprNode	runningAll (const TableExprNode &array, const TableExprNodeSet &halfBoxWidth)
TableExprNode	array (const TableExprNode &values, const TableExprNodeSet &shape)
	Create an array of the given shape and fill it with the values.
TableExprNode	isdefined (const TableExprNode &array)
	Function operating on a field resulting in a bool scalar.
TableExprNode	nelements (const TableExprNode &array)
	Functions operating on any scalar or array resulting in a Double scalar.
TableExprNode	ndim (const TableExprNode &array)
TableExprNode	shape (const TableExprNode &array)
	Function operating on any scalar or array resulting in a Double array containing the shape.
TableExprNode	iif (const TableExprNode &condition, const TableExprNode &arg1, const TableExprNode &arg2)
	Function resembling the ternary ?: construct in C++.
TableExprNode	boxedMin (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TableExprNode	boxedMax (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TableExprNode	boxedMean (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TableExprNode	boxedVariance (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TableExprNode	boxedStddev (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TableExprNode	boxedAvdev (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TableExprNode	boxedRms (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TableExprNode	boxedMedian (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TableExprNode	boxedAny (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TableExprNode	boxedAll (const TableExprNode &node, const TableExprNodeSet &halfBoxWidth)
TaQLResult	tableCommand (const String &command)
TaQLResult	tableCommand (const String &command, const Table &tempTable)
TaQLResult	tableCommand (const String &command, const std::vector< const Table * > &tempTables)
TaQLResult	tableCommand (const String &command, Vector< String > &columnNames)
TaQLResult	tableCommand (const String &command, Vector< String > &columnNames, String &commandType)
TaQLResult	tableCommand (const String &command, const std::vector< const Table * > &tempTables, Vector< String > &columnNames)
TaQLResult	tableCommand (const String &command, const std::vector< const Table * > &tempTables, Vector< String > &columnNames, String &commandType)
Variables
Bool	aips_debug_on
	If AIPS_DEBUG is not defined, then the symbol expands to (0) which in an if should be removed by the dead code eliminator of any optimizer; thus using this in your code should have no performance penalty in the normal case.
const Bool	True
const Bool	False
const Double	IAU_k
const uInt	N_FITS
	Number of FITS units recognised (change the FITSstring and FITSunit lists in the UnitMap.cc when changing this number.
static const String	EmptyString
	Warning: SUN compiler does not accept non-simple default arguments
static class casa::UnitVal_static_initializer	unitval_static_initializer
	Static initialisation of UnitVal constants.
const uInt	WORDSIZE
	The size of a unsigned Integer ( assumes 8-bit char ).
const Regex	RXwhite
	some built in regular expressions
const Regex	RXint
const Regex	RXdouble
const Regex	RXalpha
	([0-9]+)|(\.
const Regex	RXlowercase
const Regex	RXuppercase
const Regex	RXalphanum
const Regex	RXidentifier
const Int	PQ_LEN
	Length of P and Q arrays, half length of CL/SL arrays in IGRF model.
const Double	DER_INTV
	Interval (m) for derivatives in IGRF model.
ConcatTable *	refTabPtr_p
Block< BaseColumn * >	refColPtr_p
ColumnCache	colCache_p
TableRecord	keywordSet_p

---

Detailed Description

this file contains all the compiler specific defines

Step through a const HashMap.

include <casa/Containers/BlockIO.h>

On some systems the following is needed to get the finite function.

Don't forget a .tcc file is included at the end!

Intended use:

Public interface

Review Status

Date Reviewed:

yyyy/mm/dd

Synopsis

This class is an iterator, and it used to step through const HashMap s. This is useful when one wishes to find each of the user defined mappings in a particular map.

Example

       #include <casa/Containers/HashMap.h>
       #include <casa/BasicSL/String.h>
       #include <casa/iostream.h>
      
       main() {
         HashMap<String,Int> hash;
       
         hash.define("one",1);
         hash.define("two",2);
         hash.define("three",3);
         hash.define("four",4);
         hash.define("five",5);
         hash.define("six",6);
       
         ConstHashMapIter<String,Int> iter(hash);
         for ( iter.toStart(); ! iter.atEnd(); iter++ )
             cout << iter.getVal() << ": " << iter.getKey() << endl;
       }

Motivation

Sometimes one needs to step through the defined elements of an associative array. The user should be told when iterator does not modify the underlying data structure. The standard C++ const is not sufficient because while the internal state of the iterator changes, the underlying data structure is not modified. For this reason, both const and non-const versions of the iterator are useful.

---

Typedef Documentation

typedef AipsrcValue<Bool> casa::AipsrcBool

Definition at line 47 of file Aipsrc.h.

typedef AipsrcValue<Double> casa::AipsrcDouble

Definition at line 42 of file Aipsrc.h.

typedef AipsrcValue<Int> casa::AipsrcInt

Definition at line 46 of file Aipsrc.h.

typedef Aipsrc casa::AipsrcString

Definition at line 48 of file Aipsrc.h.

typedef AipsrcVector<Bool> casa::AipsrcVBool

Definition at line 51 of file Aipsrc.h.

typedef AipsrcVector<Double> casa::AipsrcVDouble

Definition at line 49 of file Aipsrc.h.

typedef AipsrcVector<Int> casa::AipsrcVInt

Definition at line 50 of file Aipsrc.h.

typedef AipsrcVector<String> casa::AipsrcVString

Definition at line 52 of file Aipsrc.h.

typedef FitsArray<FitsBit> casa::BitFitsArray

Definition at line 937 of file hdu.h.

typedef FitsField<FitsBit> casa::BitFitsField

Definition at line 859 of file hdu.h.

typedef bool casa::Bool

Define the standard types used by aips++.

Definition at line 35 of file aipstype.h.

typedef FitsArray<unsigned char> casa::ByteFitsArray

Definition at line 939 of file hdu.h.

typedef FitsField<unsigned char> casa::ByteFitsField

Definition at line 861 of file hdu.h.

typedef ImageExtension<unsigned char> casa::ByteImageExtension

Definition at line 564 of file hdu.h.

typedef PrimaryArray<unsigned char> casa::BytePrimaryArray

Definition at line 498 of file hdu.h.

typedef PrimaryGroup<unsigned char> casa::BytePrimaryGroup

Definition at line 690 of file hdu.h.

typedef char casa::Char

Definition at line 39 of file aipstype.h.

typedef FitsArray<char> casa::CharFitsArray

Definition at line 938 of file hdu.h.

typedef FitsField<char> casa::CharFitsField

Definition at line 860 of file hdu.h.

typedef FitsArray<Complex> casa::ComplexFitsArray

Definition at line 944 of file hdu.h.

typedef FitsField<Complex> casa::ComplexFitsField

Definition at line 866 of file hdu.h.

typedef FitsArray<DComplex> casa::DComplexFitsArray

Definition at line 946 of file hdu.h.

typedef FitsField<DComplex> casa::DComplexFitsField

Definition at line 868 of file hdu.h.

typedef double casa::Double

Definition at line 48 of file aipstype.h.

typedef Convolver<Double> casa::DoubleConvolver

Definition at line 46 of file Convolver.h.

typedef FitsArray<double> casa::DoubleFitsArray

Definition at line 943 of file hdu.h.

typedef FitsField<double> casa::DoubleFitsField

Definition at line 865 of file hdu.h.

typedef ImageExtension<double> casa::DoubleImageExtension

Definition at line 568 of file hdu.h.

typedef PrimaryArray<double> casa::DoublePrimaryArray

Definition at line 502 of file hdu.h.

typedef PrimaryGroup<double> casa::DoublePrimaryGroup

Definition at line 694 of file hdu.h.

typedef Long casa::FitsLong

Definition at line 47 of file aipsxtype.h.

typedef float casa::Float

Definition at line 47 of file aipstype.h.

typedef Convolver<Float> casa::FloatConvolver

Typedefs.

Definition at line 42 of file Convolver.h.

typedef FitsArray<float> casa::FloatFitsArray

Definition at line 942 of file hdu.h.

typedef FitsField<float> casa::FloatFitsField

Definition at line 864 of file hdu.h.

typedef ImageExtension<float> casa::FloatImageExtension

Definition at line 567 of file hdu.h.

typedef PrimaryArray<float> casa::FloatPrimaryArray

Definition at line 501 of file hdu.h.

typedef PrimaryGroup<float> casa::FloatPrimaryGroup

Definition at line 693 of file hdu.h.

typedef Float casa::FType

Definition at line 43 of file MatrixSolver.h.

typedef FitsArray<IComplex> casa::IComplexFitsArray

Definition at line 945 of file hdu.h.

typedef FitsField<IComplex> casa::IComplexFitsField

Definition at line 867 of file hdu.h.

typedef int casa::Int

Definition at line 43 of file aipstype.h.

typedef long long casa::Int64

Define the extra non-standard types used by aips++ (like proposed uSize, Size).

A guaranteed 64-bit long integer (for a.o. large file systems). An implementation must support the + and - operators.

Definition at line 38 of file aipsxtype.h.

typedef long double casa::lDouble

Definition at line 49 of file aipstype.h.

typedef Link<int> casa::Link_int

Definition at line 202 of file Link.h.

typedef FitsArray<FitsLogical> casa::LogicalFitsArray

Definition at line 936 of file hdu.h.

typedef FitsField<FitsLogical> casa::LogicalFitsField

Definition at line 858 of file hdu.h.

typedef long casa::Long

Definition at line 45 of file aipstype.h.

typedef FitsArray<FitsLong> casa::LongFitsArray

Definition at line 941 of file hdu.h.

typedef FitsField<FitsLong> casa::LongFitsField

Definition at line 863 of file hdu.h.

typedef ImageExtension<FitsLong> casa::LongImageExtension

Definition at line 566 of file hdu.h.

typedef PrimaryArray<FitsLong> casa::LongPrimaryArray

Definition at line 500 of file hdu.h.

typedef PrimaryGroup<FitsLong> casa::LongPrimaryGroup

Definition at line 692 of file hdu.h.

typedef MeasurementSet casa::MS

MeasurementSet is too cumbersome for a number of common uses, so we give a typedef here.

Definition at line 66 of file MeasurementSet.h.

typedef MSSelectionKeywords casa::MSS

Define a shorthand notation for this class, so enums can be specified easily.

Definition at line 40 of file MSSelectionKeywords.h.

typedef Quantum<Double> casa::Quantity

Definition at line 40 of file Quantum.h.

typedef short casa::Short

Definition at line 41 of file aipstype.h.

typedef FitsArray<short> casa::ShortFitsArray

Definition at line 940 of file hdu.h.

typedef FitsField<short> casa::ShortFitsField

Definition at line 862 of file hdu.h.

typedef ImageExtension<short> casa::ShortImageExtension

Definition at line 565 of file hdu.h.

typedef PrimaryArray<short> casa::ShortPrimaryArray

Definition at line 499 of file hdu.h.

typedef PrimaryGroup<short> casa::ShortPrimaryGroup

Definition at line 691 of file hdu.h.

typedef struct casa::TimeFields casa::TimeFields

typedef unsigned char casa::uChar

Definition at line 40 of file aipstype.h.

typedef unsigned int casa::uInt

Definition at line 44 of file aipstype.h.

typedef unsigned long long casa::uInt64

Definition at line 39 of file aipsxtype.h.

typedef unsigned long casa::uLong

Definition at line 46 of file aipstype.h.

typedef unsigned short casa::uShort

Definition at line 42 of file aipstype.h.

typedef FitsArray<FitsVADesc> casa::VADescFitsArray

Definition at line 947 of file hdu.h.

typedef FitsField<FitsVADesc> casa::VADescFitsField

Definition at line 869 of file hdu.h.

---

Enumeration Type Documentation

anonymous enum

enum outside class because of compiler errors on HPUX

Enumerator:

ConstListIterVersion

Definition at line 749 of file List.h.

---

Function Documentation

void casa::a2_re_compile_fastmap

(

)

const char* casa::a2_re_compile_pattern

(

)

int casa::a2_re_match

(

)

int casa::a2_re_match_2

(

)

int casa::a2_re_search

(

)

int casa::a2_re_search_2

(

)

TableExprNode casa::abs

(

const TableExprNode &

node

)

[inline]

Definition at line 1346 of file ExprNode.h.

References casa::TableExprFuncNode::absFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::abs

(

const LatticeExprNode &

expr

)

Numerical 1-argument functions which result in a real number regardless of input expression type.

Referenced by casa::Complex_global_functions_Complex_desc::fabs(), casa::SumAbsDiff< T, Accum >::operator()(), casa::Abs< T, RES >::operator()(), and casa::FrequencyAligner< T >::setTolerance().

template<typename InputIterator , typename MaskIterator , typename Accum , typename BinaryOperator >

Accum casa::accumulateFalse	(	InputIterator	first,
		InputIterator	last,
		MaskIterator	mask,
		Accum	acc,
		BinaryOperator	op = std::plus<Accum>()
	)			[inline]

Define a function (similar to std::accumulate) to do accumulation of elements for which the corresponding mask value is false.

The default accumulation is addition.

Definition at line 80 of file Functors.h.

template<typename InputIterator , typename MaskIterator , typename Accum , typename BinaryOperator >

Accum casa::accumulateTrue	(	InputIterator	first,
		InputIterator	last,
		MaskIterator	mask,
		Accum	acc,
		BinaryOperator	op = std::plus<Accum>()
	)			[inline]

Define a function (similar to std::accumulate) to do accumulation of elements for which the corresponding mask value is true.

The default accumulation is addition.

Definition at line 66 of file Functors.h.

TableExprNode casa::acos

(

const TableExprNode &

node

)

[inline]

Definition at line 1318 of file ExprNode.h.

References casa::TableExprFuncNode::acosFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::acos

(

const LatticeExprNode &

expr

)

Referenced by casa::Acos< T, RES >::operator()().

void casa::addRecordDesc	(	TableDesc &	tableDescription,
		const RecordDesc &	recordDescription,
		const String &	prefix
	)

This function probably doesn't belong here, but I'm not yet sure where it does belong.

This function adds all the fields in recordDescription to tableDescription, prefixed by "prefix". If prefix is empty, nothing is prepended otherwise the string prefix + "_" is prepended to each RecordFieldPtr name in constructing the TableDesc

TableExprNode casa::all

(

const TableExprNode &

array

)

[inline]

Definition at line 1570 of file ExprNode.h.

References casa::TableExprFuncNode::allFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::all

(

const LatticeExprNode &

expr

)

TableExprNode casa::alls	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1661 of file ExprNode.h.

References casa::TableExprFuncNode::allsFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::amp	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

This function finds sqrt(left^2+right^2).

This could be used to find the (biased) polarized intensity if left and right are images of Stokes Q and U.

TableExprNode casa::amplitude

(

const TableExprNode &

node

)

[inline]

The amplitude (i.e.

sqrt(re*re + im*im)) of a complex node. This is a synonym for function abs. Defined for scalars and arrays.

Definition at line 1390 of file ExprNode.h.

References casa::TableExprFuncNode::absFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::any

(

const TableExprNode &

array

)

[inline]

Definition at line 1566 of file ExprNode.h.

References casa::TableExprFuncNode::anyFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::any

(

const LatticeExprNode &

expr

)

Functions operating on a logical expression resulting in a scalar; Functions "any" (are any pixels "True") and "all" (are all pixels "True") result in a Bool; functions "ntrue" and "nfalse" result in a Double.

TableExprNode casa::anyCone	(	const TableExprNode &	sourcePos,
		const TableExprNode &	conePos,
		const TableExprNode &	radii
	)			[inline]

Definition at line 1254 of file ExprNode.h.

References casa::TableExprFuncNode::anycone3FUNC, and casa::TableExprNode::newConeNode().

TableExprNode casa::anyCone	(	const TableExprNode &	sourcePos,
		const TableExprNode &	cones
	)			[inline]

The result is always a Bool scalar telling if any cone contains the source.

Definition at line 1235 of file ExprNode.h.

References casa::TableExprFuncNode::anyconeFUNC, and casa::TableExprNode::newConeNode().

template<class T >

Bool casa::anyEQ	(	const T &	val,
		const ROTableVector< T > &	tv
	)			[inline]

Definition at line 231 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyEQ	(	const ROTableVector< T > &	tv,
		const T &	val
	)			[inline]

Definition at line 226 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyEQ	(	const ROTableVector< T > &	l,
		const ROTableVector< T > &	r
	)			[inline]

Definition at line 168 of file TabVecLogic.h.

References False, and True.

Referenced by casa::ArrayLogical_global_functions_Array_logical_operations::anyTrue().

template<class T >

Bool casa::anyGE	(	const T &	val,
		const ROTableVector< T > &	tv
	)			[inline]

Definition at line 211 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyGE	(	const ROTableVector< T > &	tv,
		const T &	val
	)			[inline]

Definition at line 206 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyGE	(	const ROTableVector< T > &	l,
		const ROTableVector< T > &	r
	)			[inline]

Definition at line 158 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyGT	(	const T &	val,
		const ROTableVector< T > &	tv
	)			[inline]

Definition at line 221 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyGT	(	const ROTableVector< T > &	tv,
		const T &	val
	)			[inline]

Definition at line 216 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyGT	(	const ROTableVector< T > &	l,
		const ROTableVector< T > &	r
	)			[inline]

Definition at line 163 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyLE	(	const T &	val,
		const ROTableVector< T > &	tv
	)			[inline]

Definition at line 191 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyLE	(	const ROTableVector< T > &	tv,
		const T &	val
	)			[inline]

Element by element comparisons between a table vector and a scalar, which behaves as if it were a conformant vector filled with the value "val." The result is true if the comparison is true for some element of the vector.

At some point operators will be available that return masks where the comparison is true.

Definition at line 186 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyLE	(	const ROTableVector< T > &	l,
		const ROTableVector< T > &	r
	)			[inline]

Element by element comparisons between the "l" and "r" table vectors.

The result is true if the comparison is true for some element of the vectors. At some point operators will be available that return masks where the comparison is true. The vectors must conform or an exception is thrown.

Definition at line 148 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyLT	(	const T &	val,
		const ROTableVector< T > &	tv
	)			[inline]

Definition at line 201 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyLT	(	const ROTableVector< T > &	tv,
		const T &	val
	)			[inline]

Definition at line 196 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyLT	(	const ROTableVector< T > &	l,
		const ROTableVector< T > &	r
	)			[inline]

Definition at line 153 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyNE	(	const T &	val,
		const ROTableVector< T > &	tv
	)			[inline]

Definition at line 241 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyNE	(	const ROTableVector< T > &	tv,
		const T &	val
	)			[inline]

Definition at line 236 of file TabVecLogic.h.

References False, and True.

template<class T >

Bool casa::anyNE	(	const ROTableVector< T > &	l,
		const ROTableVector< T > &	r
	)			[inline]

Definition at line 173 of file TabVecLogic.h.

References False, and True.

TableExprNode casa::anys	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1655 of file ExprNode.h.

References casa::TableExprFuncNode::anysFUNC, and casa::TableExprNode::newFunctionNode().

template<class T >

Bool casa::areEQ	(	const ROArrayColumn< T > &	col,
		uInt	row_i,
		uInt	row_j
	)			[inline]

Definition at line 157 of file MSConcat.h.

References False, casa::ROArrayColumn< T >::get(), casa::ArrayBase::nelements(), and True.

template<class T >

Bool casa::areEQ	(	const ROScalarColumn< T > &	col,
		uInt	row_i,
		uInt	row_j
	)			[inline]

Definition at line 148 of file MSConcat.h.

References casa::ROScalarColumn< T >::get().

TableExprNode casa::arg

(

const TableExprNode &

node

)

[inline]

The arg (i.e.

atan2(im, re)) of a complex node. Defined for scalars and arrays.

Definition at line 1394 of file ExprNode.h.

References casa::TableExprFuncNode::argFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::arg

(

const LatticeExprNode &

expr

)

Referenced by casa::CArg< T, RES >::operator()().

TableExprNode casa::array	(	const TableExprNode &	values,
		const TableExprNodeSet &	shape
	)			[inline]

Create an array of the given shape and fill it with the values.

The values array is rewound as needed.

Definition at line 1799 of file ExprNode.h.

References casa::TableExprFuncNode::arrayFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::asin

(

const TableExprNode &

node

)

[inline]

Transcendental functions applied to to nodes containing scalars or arrays with double values.

They are invalid for Complex nodes.

Definition at line 1322 of file ExprNode.h.

References casa::TableExprFuncNode::asinFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::asin

(

const LatticeExprNode &

expr

)

Referenced by casa::Asin< T, RES >::operator()().

TableExprNode casa::atan

(

const TableExprNode &

node

)

[inline]

Definition at line 1326 of file ExprNode.h.

References casa::TableExprFuncNode::atanFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::atan

(

const LatticeExprNode &

expr

)

Referenced by casa::Atan< T, RES >::operator()().

TableExprNode casa::atan2	(	const TableExprNode &	y,
		const TableExprNode &	x
	)			[inline]

Definition at line 1330 of file ExprNode.h.

References casa::TableExprFuncNode::atan2FUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::atan2	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Numerical 2-argument functions.

Referenced by casa::Atan2< L, R, RES >::operator()().

void* casa::attachRecordFieldPtr	(	RecordInterface *	parent,
		Int	fieldNumber,
		DataType	,
		const TableRecord *
	)			[inline]

Specialization for a TableRecord field.

Definition at line 300 of file RecordField.h.

References casa::RecordInterface::get_pointer().

void* casa::attachRecordFieldPtr	(	RecordInterface *	parent,
		Int	fieldNumber,
		DataType	,
		const Record *
	)			[inline]

Specialization for a Record field.

Definition at line 294 of file RecordField.h.

References casa::RecordInterface::get_pointer().

void* casa::attachRecordFieldPtr	(	RecordInterface *	parent,
		Int	fieldNumber,
		DataType	,
		const Table *
	)			[inline]

Specialization for a Table field (which cannot be used).

Definition at line 288 of file RecordField.h.

References casa::RecordInterface::get_pointer().

void* casa::attachRecordFieldPtr	(	RecordInterface *	parent,
		Int	fieldNumber,
		DataType	type,
		const void *
	)			[inline]

This function attaches a RecordFieldPtr object.

It is checked if the field type is correct.

Definition at line 282 of file RecordField.h.

References casa::RecordInterface::get_pointer().

TableExprNode casa::avdev

(

const TableExprNode &

array

)

[inline]

Definition at line 1545 of file ExprNode.h.

References casa::TableExprFuncNode::arravdevFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::avdev

(

const LatticeExprNode &

expr

)

Referenced by casa::MaskedAvdevFunc< T >::operator()(), and casa::ArrayPartMath_global_functions_Array_partial_operations::AvdevFunc< T >::operator()().

TableExprNode casa::avdevs	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1630 of file ExprNode.h.

References casa::TableExprFuncNode::arravdevsFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::boxedAll	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1793 of file ExprNode.h.

References casa::TableExprFuncNode::boxallFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::boxedAny	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1787 of file ExprNode.h.

References casa::TableExprFuncNode::boxanyFUNC, and casa::TableExprNode::newFunctionNode().

template<typename T , typename FuncType >

MaskedArray<T> casa::boxedArrayMath	(	const MaskedArray< T > &	array,
		const IPosition &	boxSize,
		const FuncType &	funcObj
	)			[inline]

Apply the given ArrayMath reduction function objects to each box in the array.

Example

Downsample an array by taking the mean of every [25,25] elements.

       Array<Float> downArr = boxedArrayMath(in, IPosition(2,25,25),
                                             MaskedMeanFunc<Float>());

The dimensionality of the array can be larger than the box; in that case the missing axes of the box are assumed to have length 1. A box axis length <= 0 means the full array axis.

TableExprNode casa::boxedAvdev	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1769 of file ExprNode.h.

References casa::TableExprFuncNode::boxavdevFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::boxedMax	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1745 of file ExprNode.h.

References casa::TableExprFuncNode::boxmaxFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::boxedMean	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1751 of file ExprNode.h.

References casa::TableExprFuncNode::boxmeanFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::boxedMedian	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1781 of file ExprNode.h.

References casa::TableExprFuncNode::boxmedianFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::boxedMin	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1739 of file ExprNode.h.

References casa::TableExprFuncNode::boxminFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::boxedRms	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1775 of file ExprNode.h.

References casa::TableExprFuncNode::boxrmsFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::boxedStddev	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1763 of file ExprNode.h.

References casa::TableExprFuncNode::boxstddevFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::boxedVariance	(	const TableExprNode &	node,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1757 of file ExprNode.h.

References casa::TableExprFuncNode::boxvarianceFUNC, and casa::TableExprNode::newFunctionNode().

Bool casa::canUseHDF5Image

(

)

[inline]

Tell if HDF5 images can be used.

Definition at line 315 of file HDF5Image.h.

References casa::HDF5Object::hasHDF5Support().

TableExprNode casa::cdow

(

const TableExprNode &

node

)

[inline]

Definition at line 1477 of file ExprNode.h.

References casa::TableExprFuncNode::cdowFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::ceil

(

const TableExprNode &

node

)

[inline]

Definition at line 1342 of file ExprNode.h.

References casa::TableExprFuncNode::ceilFUNC, and casa::TableExprNode::newFunctionNode().

Referenced by casa::Complex_global_functions_Complex_desc::ceil().

LatticeExprNode casa::ceil

(

const LatticeExprNode &

expr

)

Referenced by casa::Round< T, RES >::operator()(), and casa::Ceil< T, RES >::operator()().

void casa::cgetrf	(	const int *	m,
		const int *	n,
		Complex *	a,
		const int *	lda,
		int *	ipiv,
		int *	info
	)

Referenced by getrf().

void casa::cgetri	(	const int *	m,
		Complex *	a,
		const int *	lda,
		const int *	ipiv,
		Complex *	work,
		const int *	lwork,
		int *	info
	)

Referenced by getri().

template<typename T >

void casa::check_hid_t

(

T

)

[inline]

Definition at line 54 of file HDF5Object.h.

References throwInvHDF5().

void casa::check_hid_t

(

int

)

[inline]

Definition at line 53 of file HDF5Object.h.

Referenced by casa::HDF5Object::HDF5Object().

template<typename T >

void casa::check_hsize_t

(

T

)

[inline]

Definition at line 56 of file HDF5Object.h.

References throwInvHDF5().

void casa::check_hsize_t

(

unsigned long

long

)

[inline]

Definition at line 55 of file HDF5Object.h.

Referenced by casa::HDF5Object::HDF5Object().

template<class T >

void casa::CholeskyDecomp	(	Matrix< T > &	A,
		Vector< T > &	diag
	)			[inline]

template<class T >

void casa::CholeskySolve	(	Matrix< T > &	A,
		Vector< T > &	diag,
		Vector< T > &	b,
		Vector< T > &	x
	)			[inline]

TableExprNode casa::cmonth

(

const TableExprNode &

node

)

[inline]

Definition at line 1467 of file ExprNode.h.

References casa::TableExprFuncNode::cmonthFUNC, and casa::TableExprNode::newFunctionNode().

template<typename InputIterator1 , typename CompareOperator >

bool casa::compareAll	(	InputIterator1	first1,
		InputIterator1	last1,
		CompareOperator	op
	)			[inline]

For use with a constant value (through bind1st or bind2nd).

Definition at line 105 of file Functors.h.

template<typename InputIterator1 , typename InputIterator2 , typename CompareOperator >

bool casa::compareAll	(	InputIterator1	first1,
		InputIterator1	last1,
		InputIterator2	first2,
		CompareOperator	op
	)			[inline]

Define a function to compare all elements of two sequences.

It returns true if all elements compare true. An example compare operator is std::equal_to.

Definition at line 95 of file Functors.h.

template<typename InputIterator1 , typename CompareOperator >

bool casa::compareAny	(	InputIterator1	first1,
		InputIterator1	last1,
		CompareOperator	op
	)			[inline]

For use with a constant value (through bind1st or bind2nd).

Definition at line 130 of file Functors.h.

template<typename InputIterator1 , typename InputIterator2 , typename CompareOperator >

bool casa::compareAny	(	InputIterator1	first1,
		InputIterator1	last1,
		InputIterator2	first2,
		CompareOperator	op
	)			[inline]

Define a function to compare all elements of two sequences.

It returns true if any element compares true. An example compare operator is std::equal_to.

Definition at line 120 of file Functors.h.

TableExprNode casa::cones	(	const TableExprNode &	sourcePos,
		const TableExprNode &	conePos,
		const TableExprNode &	radii
	)			[inline]

Cone search as above.

However, the cone positions and radii are specified separately and (virtually) a larger array containing every combination of position/radius is formed.

Definition at line 1247 of file ExprNode.h.

References casa::TableExprFuncNode::cones3FUNC, and casa::TableExprNode::newConeNode().

TableExprNode casa::cones	(	const TableExprNode &	sourcePos,
		const TableExprNode &	cones
	)			[inline]

Cone search; test if the position of a source is inside a cone.

Argument sourcePos must be a double array containing two values (ra and dec of source) in radians.
Argument cones must be a double array specifying the position of the cone centers and radii in radians. So the array must contain three values (ra,dec,radius) or a multiple of it.

The result is a bool array telling for each cone if it contains the source. If there is only one cone, the result is a scalar.

Definition at line 1229 of file ExprNode.h.

References casa::TableExprFuncNode::conesFUNC, and casa::TableExprNode::newConeNode().

TableExprNode casa::conj

(

const TableExprNode &

node

)

[inline]

The complex conjugate of a complex node.

Defined for scalars and arrays.

Definition at line 1386 of file ExprNode.h.

References casa::TableExprFuncNode::conjFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::conj

(

const LatticeExprNode &

expr

)

Referenced by casa::Conj< T, RES >::operator()().

String casa::constructMessage	(	const Int	pos,
		const String &	command
	)

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

LatticeExprNode casa::convertType	(	const LatticeExprNode &	expr,
		const Bool *
	)			[inline]

Definition at line 850 of file LatticeExprNode.h.

References toBool().

LatticeExprNode casa::convertType	(	const LatticeExprNode &	expr,
		const DComplex *
	)			[inline]

Definition at line 848 of file LatticeExprNode.h.

References toDComplex().

LatticeExprNode casa::convertType	(	const LatticeExprNode &	expr,
		const Complex *
	)			[inline]

Definition at line 846 of file LatticeExprNode.h.

References toComplex().

LatticeExprNode casa::convertType	(	const LatticeExprNode &	expr,
		const Double *
	)			[inline]

Definition at line 844 of file LatticeExprNode.h.

References toDouble().

LatticeExprNode casa::convertType	(	const LatticeExprNode &	expr,
		const Float *
	)			[inline]

Definition at line 842 of file LatticeExprNode.h.

References toFloat().

TableExprNode casa::cos

(

const TableExprNode &

node

)

[inline]

Definition at line 1268 of file ExprNode.h.

References casa::TableExprFuncNode::cosFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::cos

(

const LatticeExprNode &

expr

)

Referenced by casa::Cos< T, RES >::operator()().

TableExprNode casa::cosh

(

const TableExprNode &

node

)

[inline]

Definition at line 1272 of file ExprNode.h.

References casa::TableExprFuncNode::coshFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::cosh

(

const LatticeExprNode &

expr

)

Referenced by casa::Cosh< T, RES >::operator()().

void casa::cposv	(	const char *	uplo,
		const int *	n,
		const int *	nrhs,
		Complex *	a,
		const int *	lda,
		Complex *	b,
		const int *	ldb,
		int *	info
	)

Referenced by posv().

void casa::cpotri	(	const char *	uplo,
		const int *	n,
		Complex *	a,
		const int *	lda,
		int *	info
	)

Referenced by potri().

template<class T >

TableVector<T> casa::crossProduct	(	const ROTableVector< T > &	l,
		const ROTableVector< T > &	r
	)			[inline]

Definition at line 417 of file TabVecMath.h.

References casa::ROTableVector< T >::tabVec().

TableExprNode casa::cube

(

const TableExprNode &

node

)

[inline]

Definition at line 1305 of file ExprNode.h.

References casa::TableExprFuncNode::cubeFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::date

(

const TableExprNode &

node

)

[inline]

Definition at line 1451 of file ExprNode.h.

References casa::TableExprFuncNode::dateFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::datetime

(

const TableExprNode &

node

)

[inline]

Functions for date-values.

Defined for scalars and arrays.

Definition at line 1437 of file ExprNode.h.

References casa::TableExprFuncNode::datetimeFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::day

(

const TableExprNode &

node

)

[inline]

Definition at line 1463 of file ExprNode.h.

References casa::TableExprFuncNode::dayFUNC, and casa::TableExprNode::newFunctionNode().

void casa::defineRecordFieldPtr	(	RecordInterface *	parent,
		Int	fieldNumber,
		DataType	,
		const TableRecord *	value
	)			[inline]

Definition at line 274 of file RecordField.h.

References casa::RecordInterface::defineDataField().

void casa::defineRecordFieldPtr	(	RecordInterface *	parent,
		Int	fieldNumber,
		DataType	type,
		const void *	value
	)			[inline]

Definition at line 269 of file RecordField.h.

References casa::RecordInterface::defineDataField().

void casa::dgetrf	(	const int *	m,
		const int *	n,
		double *	a,
		const int *	lda,
		int *	ipiv,
		int *	info
	)

Referenced by getrf().

void casa::dgetri	(	const int *	m,
		double *	a,
		const int *	lda,
		const int *	ipiv,
		double *	work,
		const int *	lwork,
		int *	info
	)

Referenced by getri().

TableExprNode casa::downcase

(

const TableExprNode &

node

)

[inline]

Definition at line 1418 of file ExprNode.h.

References casa::TableExprFuncNode::downcaseFUNC, and casa::TableExprNode::newFunctionNode().

void casa::dposv	(	const char *	uplo,
		const int *	n,
		const int *	nrhs,
		double *	a,
		const int *	lda,
		double *	b,
		const int *	ldb,
		int *	info
	)

Referenced by posv().

void casa::dpotri	(	const char *	uplo,
		const int *	n,
		double *	a,
		const int *	lda,
		int *	info
	)

Referenced by potri().

TableExprNode casa::exp

(

const TableExprNode &

node

)

[inline]

Definition at line 1276 of file ExprNode.h.

References casa::TableExprFuncNode::expFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::exp

(

const LatticeExprNode &

expr

)

Referenced by casa::Exp< T, RES >::operator()().

TableExprNode casa::findCone	(	const TableExprNode &	sourcePos,
		const TableExprNode &	conePos,
		const TableExprNode &	radii
	)			[inline]

Definition at line 1261 of file ExprNode.h.

References casa::TableExprFuncNode::findcone3FUNC, and casa::TableExprNode::newConeNode().

TableExprNode casa::findCone	(	const TableExprNode &	sourcePos,
		const TableExprNode &	cones
	)			[inline]

The sourcePos can contain multiple sources.

The result is a double array giving the index of the first cone containing the corresponding source. If there is one source, the result is a double scalar.

Definition at line 1241 of file ExprNode.h.

References casa::TableExprFuncNode::findconeFUNC, and casa::TableExprNode::newConeNode().

TableExprNode casa::floor

(

const TableExprNode &

node

)

[inline]

Definition at line 1350 of file ExprNode.h.

References casa::TableExprFuncNode::floorFUNC, and casa::TableExprNode::newFunctionNode().

Referenced by casa::Complex_global_functions_Complex_desc::floor(), and casa::Gridder< Domain, Range >::nint().

LatticeExprNode casa::floor

(

const LatticeExprNode &

expr

)

Referenced by casa::Round< T, RES >::operator()(), and casa::Floor< T, RES >::operator()().

TableExprNode casa::fmod	(	const TableExprNode &	x,
		const TableExprNode &	y
	)			[inline]

Definition at line 1354 of file ExprNode.h.

References casa::TableExprFuncNode::fmodFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::fmod	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Referenced by operator%(), and casa::Fmod< L, R, RES >::operator()().

TableExprNode casa::formComplex	(	const TableExprNode &	real,
		const TableExprNode &	imag
	)			[inline]

Form a complex number from two Doubles.

One or both arguments can be scalar or array.

Definition at line 1402 of file ExprNode.h.

References casa::TableExprFuncNode::complexFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::formComplex	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Form a complex number from two real numbers.

TableExprNode casa::fractile	(	const TableExprNode &	array,
		const TableExprNode &	fraction
	)			[inline]

Definition at line 1560 of file ExprNode.h.

References casa::TableExprFuncNode::arrfractileFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::fractile	(	const LatticeExprNode &	expr,
		const LatticeExprNode &	fraction
	)

Determine the value of the element at the part fraction from the beginning of the given lattice.

Thus fraction=0.5 is equal to the median.

Referenced by casa::ArrayPartMath_global_functions_Array_partial_operations::FractileFunc< T >::operator()().

LatticeExprNode casa::fractileRange	(	const LatticeExprNode &	expr,
		const LatticeExprNode &	fraction
	)

LatticeExprNode casa::fractileRange	(	const LatticeExprNode &	expr,
		const LatticeExprNode &	fraction1,
		const LatticeExprNode &	fraction2
	)

Determine the value range of the elements at the part fraction1 and fraction2 from the beginning of the given lattice.

Both fractions must be >=0 and <=1 and fraction1 must be <= fraction2. By default fraction2 is equal to 1-fraction1. Thus fraction=0.25 gives the quartile range of the lattice.

TableExprNode casa::fractiles	(	const TableExprNode &	array,
		const TableExprNode &	fraction,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1648 of file ExprNode.h.

References casa::TableExprFuncNode::arrfractilesFUNC, and casa::TableExprNode::newFunctionNode().

template<class V >

void casa::getArray	(	Array< V > &	val,
		int	type,
		const Record &	gr,
		const String &	name
	)			throw (InvalidSerializationError) [inline]

template<class V >

void casa::getArrayVal	(	V &	val,
		int	type,
		const Record &	gr,
		const String &	name,
		uInt	index = 0
	)			throw (InvalidSerializationError) [inline]

void casa::getBlock	(	AipsIO &	,
		Block< void * > &
	)			[inline]

Definition at line 133 of file BlockIO.h.

Referenced by casa::BlockIO_global_functions_BlockIO::operator>>().

void casa::getrf	(	const int *	m,
		const int *	n,
		DComplex *	a,
		const int *	lda,
		int *	ipiv,
		int *	info
	)			[inline]

Definition at line 176 of file MatrixMathLA.h.

References zgetrf().

void casa::getrf	(	const int *	m,
		const int *	n,
		Complex *	a,
		const int *	lda,
		int *	ipiv,
		int *	info
	)			[inline]

Definition at line 173 of file MatrixMathLA.h.

References cgetrf().

void casa::getrf	(	const int *	m,
		const int *	n,
		double *	a,
		const int *	lda,
		int *	ipiv,
		int *	info
	)			[inline]

Definition at line 170 of file MatrixMathLA.h.

References dgetrf().

void casa::getrf	(	const int *	m,
		const int *	n,
		float *	a,
		const int *	lda,
		int *	ipiv,
		int *	info
	)			[inline]

Definition at line 167 of file MatrixMathLA.h.

References sgetrf().

void casa::getri	(	const int *	m,
		DComplex *	a,
		const int *	lda,
		const int *	ipiv,
		DComplex *	work,
		const int *	lwork,
		int *	info
	)			[inline]

Definition at line 188 of file MatrixMathLA.h.

References zgetri().

void casa::getri	(	const int *	m,
		Complex *	a,
		const int *	lda,
		const int *	ipiv,
		Complex *	work,
		const int *	lwork,
		int *	info
	)			[inline]

Definition at line 185 of file MatrixMathLA.h.

References cgetri().

void casa::getri	(	const int *	m,
		double *	a,
		const int *	lda,
		const int *	ipiv,
		double *	work,
		const int *	lwork,
		int *	info
	)			[inline]

Definition at line 182 of file MatrixMathLA.h.

References dgetri().

void casa::getri	(	const int *	m,
		float *	a,
		const int *	lda,
		const int *	ipiv,
		float *	work,
		const int *	lwork,
		int *	info
	)			[inline]

Definition at line 179 of file MatrixMathLA.h.

References sgetri().

const std::string casa::getVersion

(

)

Get the casacore version.

uInt casa::hashFunc

(

const ObjectID &

)

DataType casa::hdf5imagePixelType

(

const String &

fileName

)

Determine the pixel type in the HDF5Image contained in fileName.

If the file doesn't appear to be HDF5 or cannot be opened, TpOther is returned. <group name="pixeltype")

TableExprNode casa::iif	(	const TableExprNode &	condition,
		const TableExprNode &	arg1,
		const TableExprNode &	arg2
	)			[inline]

Function resembling the ternary ?: construct in C++.

The argument "condition" has to be a Bool value. If an element in "condition" is True, the corresponding element from "arg1" is taken, otherwise it is taken from "arg2". The arguments can be scalars or array or any combination.

Definition at line 1821 of file ExprNode.h.

References casa::TableExprFuncNode::iifFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::iif	(	const LatticeExprNode &	condition,
		const LatticeExprNode &	arg1,
		const LatticeExprNode &	arg2
	)

Function resembling the ternary ?: construct in C++.

The argument "condition" has to be a Bool scalar or lattice. If an element in "condition" is True, the corresponding element from "arg1" is taken, otherwise it is taken from "arg2".

TableExprNode casa::imag

(

const TableExprNode &

node

)

[inline]

The imaginary part of a complex node.

Defined for scalars and arrays.

Definition at line 1378 of file ExprNode.h.

References casa::TableExprFuncNode::imagFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::imag

(

const LatticeExprNode &

expr

)

Referenced by casa::Imag< T, RES >::operator()(), casa::MakeComplexRealImag< L, R, RES >::operator()(), and casa::MakeComplexImag< L, R, RES >::operator()().

DataType casa::imagePixelType

(

const String &

fileName

)

Determine the pixel type in the PagedImage contained in fileName.

If the file doesn't appear to be a Table or cannot be opened, TpOther is returned. <group name="pixeltype")

LatticeExprNode casa::indexin	(	const LatticeExprNode &	axis,
		const LatticeExprNode &	indexFlags
	)

2-argument function telling per pixel if its index on the given axis is contained in the 2nd argument.

The 2nd argument should be a boolean vector where True means that the index is contained. For indices >= vector_length, the 2nd argument defaults to False. Results in a Bool array.
Caution: Axes start counting at 0; If the axis is a number < 0 or >= ndim, an exception is thrown;

template<class T >

void casa::indgen

(

TableVector< T > &

tv

)

[inline]

Definition at line 406 of file TabVecMath.h.

References casa::TableVector< T >::tabVec().

template<class T >

void casa::indgen	(	TableVector< T > &	tv,
		Int	start
	)			[inline]

Definition at line 403 of file TabVecMath.h.

References casa::TableVector< T >::tabVec().

template<class T >

void casa::indgen	(	TableVector< T > &	tv,
		Int	start,
		Int	inc
	)			[inline]

Definition at line 400 of file TabVecMath.h.

References casa::TableVector< T >::tabVec().

template<class T >

T casa::innerProduct	(	const ROTableVector< T > &	l,
		const ROTableVector< T > &	r
	)			[inline]

Definition at line 411 of file TabVecMath.h.

References casa::ROTableVector< T >::tabVec().

TableExprNode casa::integer

(

const TableExprNode &

node

)

[inline]

Convert double to int (using floor).

Definition at line 1382 of file ExprNode.h.

References casa::TableExprFuncNode::intFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::isdefined

(

const TableExprNode &

array

)

[inline]

Function operating on a field resulting in a bool scalar.

It can be used to test if a column has an array in the current row. It can also be used to test if a record contains a field.

Definition at line 1805 of file ExprNode.h.

References casa::TableExprFuncNode::isdefFUNC, and casa::TableExprNode::newFunctionNode().

Bool casa::isHDF5Image

(

const String &

fileName

)

Check if this HDF5 file is an HDF5 image.

TableExprNode casa::isNaN

(

const TableExprNode &

node

)

[inline]

Function to test if a scalar or array is NaN (not-a-number).

It results in a Bool scalar or array.

Definition at line 1501 of file ExprNode.h.

References casa::TableExprFuncNode::isnanFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::isNaN

(

const LatticeExprNode &

expr

)

Test if a value is a NaN.

Referenced by casa::IsNaN< T >::operator()().

LatticeExprNode casa::length	(	const LatticeExprNode &	expr,
		const LatticeExprNode &	axis
	)

2-argument function to get the length of an axis.

Results in a scalar Float. The 2nd expression (giving the axis number) has to be a real scalar.
Caution: Axes start counting at 0; If the axis is a number < 0, an exception is thrown; If the axis is a number exceeding the dimensionality, 1 is returned;

Referenced by casa::StringFITSFieldCopier::copyToFITS().

TableExprNode casa::log

(

const TableExprNode &

node

)

[inline]

Definition at line 1280 of file ExprNode.h.

References casa::TableExprFuncNode::logFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::log

(

const LatticeExprNode &

expr

)

Referenced by casa::Log< T, RES >::operator()().

TableExprNode casa::log10

(

const TableExprNode &

node

)

[inline]

Definition at line 1284 of file ExprNode.h.

References casa::TableExprFuncNode::log10FUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::log10

(

const LatticeExprNode &

expr

)

Referenced by casa::Log10< T, RES >::operator()().

TableExprNode casa::ltrim

(

const TableExprNode &

node

)

[inline]

Definition at line 1493 of file ExprNode.h.

References casa::TableExprFuncNode::ltrimFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::mask

(

const LatticeExprNode &

expr

)

This function returns the mask of the given expression.

If it has no mask, the result is an array with all True values.

Referenced by casa::FitsField< FitsBit >::operator int(), casa::FitsField< FitsBit >::operator()(), and casa::FitsField< FitsBit >::operator=().

template<class T >

T casa::max

(

const ROTableVector< T > &

tv

)

[inline]

Definition at line 396 of file TabVecMath.h.

References casa::ROTableVector< T >::tabVec().

TableExprNode casa::max

(

const TableExprNode &

array

)

[inline]

Definition at line 1510 of file ExprNode.h.

References casa::TableExprFuncNode::arrmaxFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::max	(	const TableExprNode &	a,
		const TableExprNode &	b
	)			[inline]

Definition at line 1370 of file ExprNode.h.

References casa::TableExprFuncNode::maxFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::max

(

const LatticeExprNode &

expr

)

LatticeExprNode casa::max	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Referenced by casa::MaskedMaxFunc< T >::operator()(), and casa::ArrayPartMath_global_functions_Array_partial_operations::MaxFunc< T >::operator()().

TableExprNode casa::maxs	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1606 of file ExprNode.h.

References casa::TableExprFuncNode::arrmaxsFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::mean

(

const TableExprNode &

array

)

[inline]

Definition at line 1530 of file ExprNode.h.

References casa::TableExprFuncNode::arrmeanFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::mean

(

const LatticeExprNode &

expr

)

Referenced by casa::MaskedMeanFunc< T >::operator()(), and casa::ArrayPartMath_global_functions_Array_partial_operations::MeanFunc< T >::operator()().

TableExprNode casa::means	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1612 of file ExprNode.h.

References casa::TableExprFuncNode::arrmeansFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::median

(

const TableExprNode &

array

)

[inline]

Definition at line 1555 of file ExprNode.h.

References casa::TableExprFuncNode::arrmedianFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::median

(

const LatticeExprNode &

expr

)

Referenced by casa::ArrayMath_global_functions_Array_mathematical_operations::medianInPlace(), casa::MaskedMedianFunc< T >::operator()(), and casa::ArrayPartMath_global_functions_Array_partial_operations::MedianFunc< T >::operator()().

TableExprNode casa::medians	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1642 of file ExprNode.h.

References casa::TableExprFuncNode::arrmediansFUNC, and casa::TableExprNode::newFunctionNode().

template<class T >

T casa::min

(

const ROTableVector< T > &

tv

)

[inline]

Definition at line 393 of file TabVecMath.h.

References casa::ROTableVector< T >::tabVec().

TableExprNode casa::min

(

const TableExprNode &

array

)

[inline]

Functions operating on a Double scalar or array resulting in a Double scalar.

Definition at line 1505 of file ExprNode.h.

References casa::TableExprFuncNode::arrminFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::min	(	const TableExprNode &	a,
		const TableExprNode &	b
	)			[inline]

Minimum or maximum of 2 nodes.

Makes sense for numeric and String values. For Complex values the norm is compared. One or both arguments can be scalar or array.

Definition at line 1366 of file ExprNode.h.

References casa::TableExprFuncNode::minFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::min

(

const LatticeExprNode &

expr

)

1-argument functions operating on a numeric expression resulting in a scalar

LatticeExprNode casa::min	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Referenced by casa::MaskedMinFunc< T >::operator()(), and casa::ArrayPartMath_global_functions_Array_partial_operations::MinFunc< T >::operator()().

template<class T >

void casa::minMax	(	T &	min,
		T &	max,
		const ROTableVector< T > &	tv
	)			[inline]

Definition at line 390 of file TabVecMath.h.

References casa::ROTableVector< T >::tabVec().

TableExprNode casa::mins	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1600 of file ExprNode.h.

References casa::TableExprFuncNode::arrminsFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::mjd

(

const TableExprNode &

node

)

[inline]

Definition at line 1447 of file ExprNode.h.

References casa::TableExprFuncNode::mjdFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::mjdtodate

(

const TableExprNode &

node

)

[inline]

Definition at line 1442 of file ExprNode.h.

References casa::TableExprFuncNode::mjdtodateFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::month

(

const TableExprNode &

node

)

[inline]

Definition at line 1459 of file ExprNode.h.

References casa::TableExprFuncNode::monthFUNC, and casa::TableExprNode::newFunctionNode().

Bool casa::mssSetData	(	const MeasurementSet &	ms,
		MeasurementSet &	selectedMS,
		Vector< Vector< Slice > > &	chanSlices,
		Vector< Vector< Slice > > &	corrSlices,
		const String &	outMSName = "",
		const String &	timeExpr = "",
		const String &	antennaExpr = "",
		const String &	fieldExpr = "",
		const String &	spwExpr = "",
		const String &	uvDistExpr = "",
		const String &	taQLExpr = "",
		const String &	polnExpr = "",
		const String &	scanExpr = "",
		const String &	arrayExpr = "",
		const Int	defaultChanStep = 1
	)

Collective selection also returning in-row (corr/chan) slices.

Bool casa::mssSetData	(	const MeasurementSet &	ms,
		MeasurementSet &	selectedMS,
		const String &	outMSName = "",
		const String &	timeExpr = "",
		const String &	antennaExpr = "",
		const String &	fieldExpr = "",
		const String &	spwExpr = "",
		const String &	uvDistExpr = "",
		const String &	taQLExpr = "",
		const String &	polnExpr = "",
		const String &	scanExpr = "",
		const String &	arrayExpr = ""
	)

Collective selection.

TableExprNode casa::ndim

(

const TableExprNode &

array

)

[inline]

Definition at line 1813 of file ExprNode.h.

References casa::TableExprFuncNode::ndimFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::ndim

(

const LatticeExprNode &

expr

)

1-argument function to get the dimensionality of a lattice.

0 is returned if it is a scalar. Results in a scalar Float.

TableExprNode casa::near	(	const TableExprNode &	left,
		const TableExprNode &	right,
		const TableExprNode &	tolerance
	)			[inline]

Definition at line 1209 of file ExprNode.h.

References casa::TableExprFuncNode::near3FUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::near	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Functions to return whether a value is "relatively" near another.

Returns tol > abs(val2 - val1)/max(abs(val1),(val2)). If tol <= 0, returns val1 == val2. If either val is 0.0, takes care of area around the minimum number that can be represented.
The nearAbs functions return whether a value is "absolutely" near another. Returns tol > abs(val2 - val1). Default tolerance is 1.0e-13. They operate on scalars and arrays.

Definition at line 1203 of file ExprNode.h.

References casa::TableExprFuncNode::near2FUNC, and casa::TableExprNode::newFunctionNode().

Referenced by casa::Math_global_functions_Math_interface_for_casacore::allNear(), casa::Complex_global_functions_Complex_desc::allNear(), and casa::Near< L, R >::operator()().

TableExprNode casa::nearAbs	(	const TableExprNode &	left,
		const TableExprNode &	right,
		const TableExprNode &	tolerance
	)			[inline]

Definition at line 1222 of file ExprNode.h.

References casa::TableExprFuncNode::nearabs3FUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::nearAbs	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1216 of file ExprNode.h.

References casa::TableExprFuncNode::nearabs2FUNC, and casa::TableExprNode::newFunctionNode().

Referenced by casa::Math_global_functions_Math_interface_for_casacore::allNearAbs(), casa::Complex_global_functions_Complex_desc::allNearAbs(), and casa::NearAbs< L, R >::operator()().

TableExprNode casa::nelements

(

const TableExprNode &

array

)

[inline]

Functions operating on any scalar or array resulting in a Double scalar.

A scalar has 1 element and dimensionality 0.

Definition at line 1809 of file ExprNode.h.

References casa::TableExprFuncNode::nelemFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::nelements

(

const LatticeExprNode &

expr

)

1-argument function to get the number of elements in a lattice.

If the lattice is masked, only the True elements are counted. Results in a scalar Double.

TableExprNode casa::nfalse

(

const TableExprNode &

array

)

[inline]

Definition at line 1578 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::nfalseFUNC.

LatticeExprNode casa::nfalse

(

const LatticeExprNode &

expr

)

Referenced by casa::ArrayLogical_global_functions_Array_logical_operations::ntrue(), and casa::NFalseFunc< T >::operator()().

TableExprNode casa::nfalses	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1673 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::nfalsesFUNC.

template<class T >

T casa::norm

(

const ROTableVector< T > &

tv

)

[inline]

Definition at line 414 of file TabVecMath.h.

References casa::ROTableVector< T >::tabVec().

TableExprNode casa::norm

(

const TableExprNode &

node

)

[inline]

Definition at line 1314 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::normFUNC.

Referenced by casa::Complex_global_functions_Complex_desc::operator<(), casa::Complex_global_functions_Complex_desc::operator<=(), casa::Complex_global_functions_Complex_desc::operator>(), and casa::Complex_global_functions_Complex_desc::operator>=().

TableExprNode casa::ntrue

(

const TableExprNode &

array

)

[inline]

Definition at line 1574 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::ntrueFUNC.

LatticeExprNode casa::ntrue

(

const LatticeExprNode &

expr

)

Referenced by casa::NTrueFunc< T >::operator()().

TableExprNode casa::ntrues	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1667 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::ntruesFUNC.

LatticeExprNode casa::operator!

(

const LatticeExprNode &

expr

)

TableExprNode casa::operator!=	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1168 of file ExprNode.h.

References casa::TableExprNode::newNE(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator!=	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

TableExprNode casa::operator%	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1143 of file ExprNode.h.

References casa::TableExprNode::newModulo(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator%	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)			[inline]

Definition at line 835 of file LatticeExprNode.h.

References fmod().

TableExprNode casa::operator&	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1148 of file ExprNode.h.

References casa::TableExprNode::newBitAnd(), and casa::TableExprNode::node_p.

TableExprNode casa::operator&&	(	const TableExprNode &	left,
		const TableExprNode &	right
	)

Logical operators to combine boolean TableExprNode's.

A null TableExprNode object is ignored, so it is possible to build up a full expression gradually.

LatticeExprNode casa::operator&&	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Logical binary operators.

TableExprNode casa::operator*	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1133 of file ExprNode.h.

References casa::TableExprNode::newTimes(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator*	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Double casa::operator*	(	const MVuvw &	left,
		const MVPosition &	right
	)

Double casa::operator*	(	const MVPosition &	left,
		const MVuvw &	right
	)

Double casa::operator*	(	const MVuvw &	left,
		const Vector< Double > &	right
	)

Double casa::operator*	(	const Vector< Double > &	left,
		const MVuvw &	right
	)

MVuvw casa::operator*	(	const MVuvw &	left,
		Double	right
	)

MVuvw casa::operator*	(	Double	left,
		const MVuvw &	right
	)

MVuvw casa::operator*	(	const MVuvw &	left,
		const RotMatrix &	right
	)

MVuvw casa::operator*	(	const RotMatrix &	left,
		const MVuvw &	right
	)

Rotate a uvw vector with rotation matrix and other multiplications.

Double casa::operator*	(	const MVPosition &	left,
		const Vector< Double > &	right
	)

Double casa::operator*	(	const Vector< Double > &	left,
		const MVPosition &	right
	)

MVPosition casa::operator*	(	const MVPosition &	left,
		Double	right
	)

MVPosition casa::operator*	(	Double	left,
		const MVPosition &	right
	)

MVPosition casa::operator*	(	const MVPosition &	left,
		const RotMatrix &	right
	)

MVPosition casa::operator*	(	const RotMatrix &	left,
		const MVPosition &	right
	)

Rotate a position vector with rotation matrix and other multiplications.

Double casa::operator*	(	const MVEarthMagnetic &	left,
		const MVPosition &	right
	)

Double casa::operator*	(	const MVPosition &	left,
		const MVEarthMagnetic &	right
	)

Double casa::operator*	(	const MVEarthMagnetic &	left,
		const Vector< Double > &	right
	)

Double casa::operator*	(	const Vector< Double > &	left,
		const MVEarthMagnetic &	right
	)

MVEarthMagnetic casa::operator*	(	const MVEarthMagnetic &	left,
		Double	right
	)

MVEarthMagnetic casa::operator*	(	Double	left,
		const MVEarthMagnetic &	right
	)

MVEarthMagnetic casa::operator*	(	const MVEarthMagnetic &	left,
		const RotMatrix &	right
	)

MVEarthMagnetic casa::operator*	(	const RotMatrix &	left,
		const MVEarthMagnetic &	right
	)

Rotate a EarthMagnetic vector with rotation matrix and other multiplications.

MVDirection casa::operator*	(	const MVDirection &	left,
		const RotMatrix &	right
	)

MVDirection casa::operator*	(	const RotMatrix &	left,
		const MVDirection &	right
	)

Rotate a position vector.

Double casa::operator*	(	const MVBaseline &	left,
		const MVPosition &	right
	)

Double casa::operator*	(	const MVPosition &	left,
		const MVBaseline &	right
	)

Double casa::operator*	(	const MVBaseline &	left,
		const Vector< Double > &	right
	)

Double casa::operator*	(	const Vector< Double > &	left,
		const MVBaseline &	right
	)

MVBaseline casa::operator*	(	const MVBaseline &	left,
		Double	right
	)

MVBaseline casa::operator*	(	Double	left,
		const MVBaseline &	right
	)

MVBaseline casa::operator*	(	const MVBaseline &	left,
		const RotMatrix &	right
	)

MVBaseline casa::operator*	(	const RotMatrix &	left,
		const MVBaseline &	right
	)

Rotate a Baseline vector with rotation matrix and other multiplications.

TableExprNode casa::operator+	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Define all global functions operating on a TableExprNode.

Define all global functions as friends.

Arithmetic operators for numeric TableExprNode's.

+ is also defined for strings (means concatenation).

Definition at line 1123 of file ExprNode.h.

References casa::TableExprNode::newPlus(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator+	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Numerical binary operators.

LatticeExprNode casa::operator+

(

const LatticeExprNode &

expr

)

Global functions operating on a LatticeExprNode.

All global functions need to be declared as friends.

Unary functions.

TableExprNode casa::operator-	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1128 of file ExprNode.h.

References casa::TableExprNode::newMinus(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator-	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

LatticeExprNode casa::operator-

(

const LatticeExprNode &

expr

)

TableExprNode casa::operator/	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1138 of file ExprNode.h.

References casa::TableExprNode::newDivide(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator/	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

TableExprNode casa::operator<	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1188 of file ExprNode.h.

References casa::TableExprNode::newGT(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator<	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

template<class T >

ostream& casa::operator<<	(	ostream &	os,
		const FunctionParam< T > &	par
	)			[inline]

Definition at line 209 of file FunctionParam.h.

template<class T >

ostream& casa::operator<<	(	ostream &	os,
		const FunctionOrder< T > &	par
	)			[inline]

Definition at line 162 of file FunctionOrder.h.

template<class T , class U >

ostream& casa::operator<<	(	ostream &	os,
		const Function< T, U > &	fun
	)			[inline]

Definition at line 359 of file Function.h.

std::ostream& casa::operator<<	(	std::ostream &	o,
		FitsBase &	x
	)			[inline]

Definition at line 771 of file hdu.h.

References casa::FitsBase::show().

std::ostream& casa::operator<<	(	std::ostream &	o,
		HeaderDataUnit &	h
	)			[inline]

Definition at line 223 of file hdu.h.

References casa::HeaderDataUnit::kwlist_.

ostream& casa::operator<<	(	ostream &	o,
		FitsKeywordList &
	)

ostream& casa::operator<<	(	ostream &	,
		const FitsKeyword &
	)

ostream& casa::operator<<	(	ostream &	,
		const FITS::ValueType &
	)

ostream& casa::operator<<	(	ostream &	os,
		const ObjectID &	id
	)

ostream& casa::operator<<	(	ostream &	os,
		const UnitDim &	du
	)

Output.

Output the SI dimensions (e.g.

'km/s/g' as 'm kg-1 s-1')

ostream& casa::operator<<	(	ostream &	os,
		const MVTime::Format &	form
	)

ostream& casa::operator<<	(	ostream &	os,
		const MVTime &	meas
	)

Global functions Output.

Output a date/time.

AipsIO& casa::operator<<	(	AipsIO &	os,
		const RecordDesc &	desc
	)			[inline]

Definition at line 505 of file RecordDesc.h.

References casa::RecordDesc::put().

ostream& casa::operator<<	(	ostream &	os,
		const RecordDesc &	desc
	)			[inline]

Definition at line 501 of file RecordDesc.h.

References casa::RecordDesc::put().

AipsIO& casa::operator<<	(	AipsIO &	os,
		const Record &	rec
	)			[inline]

Definition at line 455 of file Record.h.

References casa::Record::putRecord().

ostream& casa::operator<<	(	ostream &	s,
		const String &	x
	)			[inline]

Definition at line 979 of file String.h.

References casa::String::c_str().

ostream& casa::operator<<	(	ostream &	os,
		const IComplex &
	)

Show on ostream.

TableExprNode casa::operator<=	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1183 of file ExprNode.h.

References casa::TableExprNode::newGE(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator<=	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

TableExprNode casa::operator==	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Comparison operators.

Definition at line 1163 of file ExprNode.h.

References casa::TableExprNode::newEQ(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator==	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Relational binary operators.

Bool casa::operator==	(	const MVTime &	lh,
		const MVTime &	rh
	)			[inline]

is equal operator, uses operator Double which returns days

Definition at line 430 of file MVTime.h.

TableExprNode casa::operator>	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1173 of file ExprNode.h.

References casa::TableExprNode::newGT(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator>	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

TableExprNode casa::operator>=	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Not defined for Bool.

Definition at line 1178 of file ExprNode.h.

References casa::TableExprNode::newGE(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator>=	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

ostream& casa::operator>>	(	ostream &	is,
		MVTime &	meas
	)

AipsIO& casa::operator>>	(	AipsIO &	os,
		RecordDesc &	desc
	)			[inline]

Definition at line 509 of file RecordDesc.h.

References casa::RecordDesc::get().

AipsIO& casa::operator>>	(	AipsIO &	os,
		Record &	rec
	)			[inline]

Definition at line 465 of file Record.h.

References casa::Record::getRecord().

TableExprNode casa::operator^	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1158 of file ExprNode.h.

References casa::TableExprNode::newBitXor(), and casa::TableExprNode::node_p.

LatticeExprNode casa::operator^	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)			[inline]

Definition at line 838 of file LatticeExprNode.h.

References pow().

TableExprNode casa::operator|	(	const TableExprNode &	left,
		const TableExprNode &	right
	)			[inline]

Definition at line 1153 of file ExprNode.h.

References casa::TableExprNode::newBitOr(), and casa::TableExprNode::node_p.

TableExprNode casa::operator||	(	const TableExprNode &	left,
		const TableExprNode &	right
	)

LatticeExprNode casa::operator||	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

LatticeExprNode casa::pa	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

This function finds 180/pi*atan2(left,right)/2.

This could be used to find the position of linear polarization if left and right are images of Stokes U and Q, respectively.

Referenced by casa::SquareMatrix< T, n >::operator=().

TableExprNode casa::pattern

(

const TableExprNode &

node

)

[inline]

Definition at line 1427 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::patternFUNC.

TableExprNode casa::phase

(

const TableExprNode &

node

)

[inline]

The phase (i.e.

atan2(im, re)) of a complex node. This is a synonym for function arg. Defined for scalars and arrays.

Definition at line 1398 of file ExprNode.h.

References casa::TableExprFuncNode::argFUNC, and casa::TableExprNode::newFunctionNode().

void casa::posv	(	const char *	uplo,
		const int *	n,
		const int *	nrhs,
		DComplex *	a,
		const int *	lda,
		DComplex *	b,
		const int *	ldb,
		int *	info
	)			[inline]

Definition at line 201 of file MatrixMathLA.h.

References zposv().

void casa::posv	(	const char *	uplo,
		const int *	n,
		const int *	nrhs,
		Complex *	a,
		const int *	lda,
		Complex *	b,
		const int *	ldb,
		int *	info
	)			[inline]

Definition at line 198 of file MatrixMathLA.h.

References cposv().

void casa::posv	(	const char *	uplo,
		const int *	n,
		const int *	nrhs,
		double *	a,
		const int *	lda,
		double *	b,
		const int *	ldb,
		int *	info
	)			[inline]

Definition at line 195 of file MatrixMathLA.h.

References dposv().

void casa::posv	(	const char *	uplo,
		const int *	n,
		const int *	nrhs,
		float *	a,
		const int *	lda,
		float *	b,
		const int *	ldb,
		int *	info
	)			[inline]

Definition at line 192 of file MatrixMathLA.h.

References sposv().

void casa::potri	(	const char *	uplo,
		const int *	n,
		DComplex *	a,
		const int *	lda,
		int *	info
	)			[inline]

Definition at line 214 of file MatrixMathLA.h.

References zpotri().

void casa::potri	(	const char *	uplo,
		const int *	n,
		Complex *	a,
		const int *	lda,
		int *	info
	)			[inline]

Definition at line 211 of file MatrixMathLA.h.

References cpotri().

void casa::potri	(	const char *	uplo,
		const int *	n,
		double *	a,
		const int *	lda,
		int *	info
	)			[inline]

Definition at line 208 of file MatrixMathLA.h.

References dpotri().

void casa::potri	(	const char *	uplo,
		const int *	n,
		float *	a,
		const int *	lda,
		int *	info
	)			[inline]

Definition at line 205 of file MatrixMathLA.h.

References spotri().

template<class T >

TableVector<T> casa::pow	(	const ROTableVector< T > &	tv,
		const double &	exp
	)			[inline]

Definition at line 377 of file TabVecMath.h.

Referenced by casa::Math_global_functions_Math_interface_for_casacore::pow().

TableExprNode casa::pow	(	const TableExprNode &	x,
		const TableExprNode &	exp
	)			[inline]

Definition at line 1288 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::powFUNC.

LatticeExprNode casa::pow	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

Float casa::pow	(	Float	f1,
		Float	f2
	)			[inline]

Definition at line 90 of file math.h.

Referenced by casa::Pow< T, E, RES >::operator()(), operator^(), and casa::Complex_global_functions_Complex_desc::pow().

template<class T >

T casa::product

(

const ROTableVector< T > &

tv

)

[inline]

Definition at line 385 of file TabVecMath.h.

References casa::ROTableVector< T >::tabVec().

TableExprNode casa::product

(

const TableExprNode &

array

)

[inline]

Definition at line 1520 of file ExprNode.h.

References casa::TableExprFuncNode::arrproductFUNC, and casa::TableExprNode::newFunctionNode().

Referenced by casa::ArrayPartMath_global_functions_Array_partial_operations::ProductFunc< T >::operator()(), and casa::MaskedProductFunc< T >::operator()().

TableExprNode casa::products	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1588 of file ExprNode.h.

References casa::TableExprFuncNode::arrproductsFUNC, and casa::TableExprNode::newFunctionNode().

void casa::putBlock	(	AipsIO &	,
		const Block< void * > &	,
		Int
	)			[inline]

Definition at line 131 of file BlockIO.h.

Referenced by casa::BlockIO_global_functions_BlockIO::operator<<().

const char* casa::re_comp

(

)

int casa::re_exec

(

)

TableExprNode casa::real

(

const TableExprNode &

node

)

[inline]

The real part of a complex node.

Defined for scalars and arrays.

Definition at line 1374 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::realFUNC.

LatticeExprNode casa::real

(

const LatticeExprNode &

expr

)

Referenced by casa::ImageMoments< T >::convertT(), casa::Real< T, RES >::operator()(), casa::MakeComplexRealImag< L, R, RES >::operator()(), and casa::MakeComplexReal< L, R, RES >::operator()().

LatticeExprNode casa::rebin	(	const LatticeExprNode &	expr,
		const LatticeExprNode &	bin
	)

2-argument function rebinning Lattice by given factors.

The 2nd argument should be a vector (preferably Float - really Int but Int not well supported in LEL yet). Results in a T array.

TableExprNode casa::regex

(

const TableExprNode &

node

)

[inline]

Functions for regular expression matching and pattern matching.

Defined for scalars and arrays.
pattern is for a file name like pattern.
sqlpattern is for an SQL like pattern.

Definition at line 1423 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::regexFUNC.

LatticeExprNode casa::replace	(	const LatticeExprNode &	arg1,
		const LatticeExprNode &	arg2
	)

This function replaces every masked-off element in the first argument with the corresponding element from the second argument.

The first argument has to be a lattice (expression), the second can be a scalar or lattice. The mask of the first argument is not changed. If the first argument does not have a mask, this function does nothing.

TableExprNode casa::rms

(

const TableExprNode &

array

)

[inline]

Definition at line 1550 of file ExprNode.h.

References casa::TableExprFuncNode::arrrmsFUNC, and casa::TableExprNode::newFunctionNode().

Referenced by casa::MaskedRmsFunc< T >::operator()(), and casa::ArrayPartMath_global_functions_Array_partial_operations::RmsFunc< T >::operator()().

TableExprNode casa::rmss	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1636 of file ExprNode.h.

References casa::TableExprFuncNode::arrrmssFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::round

(

const TableExprNode &

node

)

[inline]

Definition at line 1338 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::roundFUNC.

LatticeExprNode casa::round

(

const LatticeExprNode &

expr

)

TableExprNode casa::rtrim

(

const TableExprNode &

node

)

[inline]

Definition at line 1497 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::rtrimFUNC.

TableExprNode casa::runningAll	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1733 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runallFUNC.

TableExprNode casa::runningAny	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1727 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runanyFUNC.

TableExprNode casa::runningAvdev	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1709 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runavdevFUNC.

TableExprNode casa::runningMax	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1685 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runmaxFUNC.

TableExprNode casa::runningMean	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1691 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runmeanFUNC.

TableExprNode casa::runningMedian	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1721 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runmedianFUNC.

TableExprNode casa::runningMin	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Functions operating for each element on a box around that element.

The elements at the edges (where no full box can be made) are set to 0.

Definition at line 1679 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runminFUNC.

TableExprNode casa::runningRms	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1715 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runrmsFUNC.

TableExprNode casa::runningStddev	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1703 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runstddevFUNC.

TableExprNode casa::runningVariance	(	const TableExprNode &	array,
		const TableExprNodeSet &	halfBoxWidth
	)			[inline]

Definition at line 1697 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::runvarianceFUNC.

Vector<Int> casa::set_intersection	(	const Vector< Int > &	v1,
		const Vector< Int > &	v2
	)

Vector<Int> casa::set_union	(	const Vector< Int > &	v1,
		const Vector< Int > &	v2
	)

void casa::setColumnCache	(	uInt	tableNr,
		const ColumnCache &
	)			const [protected]

Set the column cache to the cache of the given table.

The row numbers will be adjusted as needed.

void casa::sgetrf	(	const int *	m,
		const int *	n,
		float *	a,
		const int *	lda,
		int *	ipiv,
		int *	info
	)

Referenced by getrf().

void casa::sgetri	(	const int *	m,
		float *	a,
		const int *	lda,
		const int *	ipiv,
		float *	work,
		const int *	lwork,
		int *	info
	)

Referenced by getri().

TableExprNode casa::shape

(

const TableExprNode &

array

)

[inline]

Function operating on any scalar or array resulting in a Double array containing the shape.

A scalar has shape [1].

Definition at line 1817 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::shapeFUNC.

void casa::showBlock	(	AipsIO &	,
		const Block< void * > &	,
		Int
	)			[inline]

Definition at line 135 of file BlockIO.h.

Referenced by casa::BlockIO_global_functions_BlockIO::operator<<().

TableExprNode casa::sign

(

const TableExprNode &

node

)

[inline]

Definition at line 1334 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::signFUNC.

LatticeExprNode casa::sign

(

const LatticeExprNode &

expr

)

TableExprNode casa::sin

(

const TableExprNode &

node

)

[inline]

Transcendental functions that can be applied to essentially all numeric nodes containing scalars or arrays.

Definition at line 1292 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::sinFUNC.

LatticeExprNode casa::sin

(

const LatticeExprNode &

expr

)

Numerical 1-argument functions.

Referenced by casa::Sin< T, RES >::operator()().

TableExprNode casa::sinh

(

const TableExprNode &

node

)

[inline]

Definition at line 1296 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::sinhFUNC.

LatticeExprNode casa::sinh

(

const LatticeExprNode &

expr

)

Referenced by casa::Sinh< T, RES >::operator()().

template<typename T , typename FuncType >

Array<T> casa::slidingArrayMath	(	const MaskedArray< T > &	array,
		const IPosition &	halfBoxSize,
		const FuncType &	funcObj,
		Bool	fillEdge = True
	)			[inline]

Apply for each element in the array the given ArrayMath reduction function object to the box around that element.

The full box is 2*halfBoxSize + 1. It can be used for arrays and boxes of any dimensionality; missing halfBoxSize values are set to 1.

Example

Determine for each element in the array the median of a box with size [51,51] around that element:

       Array<Float> medians = slidingArrayMath(in, IPosition(2,25,25),
                                               MaskedMedianFunc<Float>());

This is a potentially expensive operation. On a high-end PC it took appr. 27 seconds to get the medians for an array of [1000,1000] using a halfBoxSize of [50,50].

The fillEdge argument determines how the edge is filled where no full boxes can be made. True means it is set to zero; False means that the edge is removed, thus the output array is smaller than the input array.
Note: This brute-force method of determining the medians outperforms all kinds of smart implementations; For a vector it is about as fast as class MedianSlider , for a 2D array it is much, much faster;

LatticeExprNode casa::spectralindex	(	const LatticeExprNode &	left,
		const LatticeExprNode &	right
	)

This function finds the spectral index alpha = log(s1/s2) / log(f1/f2).

void casa::sposv	(	const char *	uplo,
		const int *	n,
		const int *	nrhs,
		float *	a,
		const int *	lda,
		float *	b,
		const int *	ldb,
		int *	info
	)

Referenced by posv().

void casa::spotri	(	const char *	uplo,
		const int *	n,
		float *	a,
		const int *	lda,
		int *	info
	)

Referenced by potri().

TableExprNode casa::sqlpattern

(

const TableExprNode &

node

)

[inline]

Definition at line 1432 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::sqlpatternFUNC.

TableExprNode casa::sqrt

(

const TableExprNode &

node

)

[inline]

Definition at line 1310 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::sqrtFUNC.

LatticeExprNode casa::sqrt

(

const LatticeExprNode &

expr

)

Referenced by casa::Sqrt< T, RES >::operator()(), casa::ArrayPartMath_global_functions_Array_partial_operations::partialStddevs(), casa::VanVleck::predictN3(), and casa::VanVleck::threshN3().

TableExprNode casa::square

(

const TableExprNode &

node

)

[inline]

Definition at line 1300 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::squareFUNC.

Referenced by casa::LatticeTwoPtCorr< T >::structureFunction().

TableExprNode casa::stddev

(

const TableExprNode &

array

)

[inline]

Definition at line 1540 of file ExprNode.h.

References casa::TableExprFuncNode::arrstddevFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::stddev

(

const LatticeExprNode &

expr

)

Referenced by casa::MaskedStddevFunc< T >::operator()(), and casa::ArrayPartMath_global_functions_Array_partial_operations::StddevFunc< T >::operator()().

TableExprNode casa::stddevs	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1624 of file ExprNode.h.

References casa::TableExprFuncNode::arrstddevsFUNC, and casa::TableExprNode::newFunctionNode().

String casa::stripWhite	(	const String &	str,
		Bool	onlyends = True
	)

TableExprNode casa::strlength

(

const TableExprNode &

node

)

[inline]

String functions on scalars or arrays.

Definition at line 1408 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::strlengthFUNC.

template<class T >

T casa::sum

(

const ROTableVector< T > &

tv

)

[inline]

Definition at line 382 of file TabVecMath.h.

References casa::ROTableVector< T >::tabVec().

TableExprNode casa::sum

(

const TableExprNode &

array

)

[inline]

Functions operating on a Double or Complex scalar or array resulting in a scalar with the same data type.

Definition at line 1515 of file ExprNode.h.

References casa::TableExprFuncNode::arrsumFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::sum

(

const LatticeExprNode &

expr

)

Referenced by casa::MaskedSumFunc< T >::operator()(), and casa::ArrayPartMath_global_functions_Array_partial_operations::SumFunc< T >::operator()().

TableExprNode casa::sums	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

The partial version of the functions above.

They are applied to the array subsets defined by the axes in the set using the partialXXX functions in ArrayMath. The axes must be 0-relative.

Definition at line 1582 of file ExprNode.h.

References casa::TableExprFuncNode::arrsumsFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::sumSquare

(

const TableExprNode &

array

)

[inline]

Definition at line 1525 of file ExprNode.h.

References casa::TableExprFuncNode::arrsumsqrFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::sumSquares	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1594 of file ExprNode.h.

References casa::TableExprFuncNode::arrsumsqrsFUNC, and casa::TableExprNode::newFunctionNode().

TaQLResult casa::tableCommand	(	const String &	command,
		const std::vector< const Table * > &	tempTables,
		Vector< String > &	columnNames,
		String &	commandType
	)

TaQLResult casa::tableCommand	(	const String &	command,
		const std::vector< const Table * > &	tempTables,
		Vector< String > &	columnNames
	)

TaQLResult casa::tableCommand	(	const String &	command,
		Vector< String > &	columnNames,
		String &	commandType
	)

TaQLResult casa::tableCommand	(	const String &	command,
		Vector< String > &	columnNames
	)

TaQLResult casa::tableCommand	(	const String &	command,
		const std::vector< const Table * > &	tempTables
	)

TaQLResult casa::tableCommand	(	const String &	command,
		const Table &	tempTable
	)

TaQLResult casa::tableCommand

(

const String &

command

)

Synopsis

Parse and execute the given command. It will open (and close) all tables needed. It returns the resulting table. The command type (select or update) and the selected or updated column names can be returned. Zero or more temporary tables can be used in the command using the $nnn syntax.

TableExprNode casa::tan

(

const TableExprNode &

node

)

[inline]

Definition at line 1358 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::tanFUNC.

LatticeExprNode casa::tan

(

const LatticeExprNode &

expr

)

Referenced by casa::Tan< T, RES >::operator()().

TableExprNode casa::tanh

(

const TableExprNode &

node

)

[inline]

Definition at line 1362 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::tanhFUNC.

LatticeExprNode casa::tanh

(

const LatticeExprNode &

expr

)

Referenced by casa::Tanh< T, RES >::operator()().

void casa::throw_empty_Stack_error

(

const char *

msg = 0

)

Referenced by casa::Stack< elem >::pop(), casa::Stack< elem >::popVal(), and casa::Stack< elem >::top().

void casa::throw_hashmapiter_init_error

(

)

Referenced by casa::HashMapIter< key, val >::operator=().

void casa::throw_invalid_hashmapiter_error

(

)

Referenced by casa::HashMapIter< key, val >::clear(), casa::ConstHashMapIter< key, val >::container(), casa::HashMapIter< key, val >::container(), casa::HashMapIter< key, val >::defaultVal(), casa::ConstHashMapIter< key, val >::defaultVal(), casa::HashMapIter< key, val >::define(), casa::ConstHashMapIter< key, val >::isDefined(), casa::ConstHashMapIter< key, val >::ndefined(), casa::HashMapIter< key, val >::operator()(), casa::ConstHashMapIter< key, val >::operator()(), and casa::HashMapIter< key, val >::remove().

void casa::throw_invalid_mapiter_error

(

)

Referenced by casa::MapIter< key, value >::clear(), casa::MapIter< key, value >::defaultVal(), casa::MapIter< key, value >::define(), casa::MapIter< key, value >::isDefined(), casa::MapIter< key, value >::operator()(), and casa::MapIter< key, value >::remove().

void casa::throw_list_end_error

(

)

The function which throws an exception for advancing the internal cursor past the end of a list.

Referenced by casa::ConstListIter< t >::getRight(), casa::ListIter< casa::OrderedPair< key, val > >::getRight(), and casa::ConstListIter< t >::operator++().

void casa::throw_list_init_error

(

)

void casa::throw_list_start_error

(

)

Referenced by casa::ConstListIter< t >::operator--().

void casa::throw_list_swapright_same_error

(

)

void casa::throw_map_constop_error

(

)

void casa::throw_map_init_error

(

)

void casa::throw_mapiter_init_error

(

)

Referenced by casa::MapIter< key, value >::operator=().

void casa::throwInvHDF5

(

)

Define 2 functions to check that hid_t and hsize_t are mapped correctly.

They are called by the constructor, so the compiler will scream if incorrect.

Referenced by check_hid_t(), and check_hsize_t().

TableExprNode casa::time

(

const TableExprNode &

node

)

[inline]

Definition at line 1485 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::timeFUNC.

Referenced by casa::PrecTimer::start(), and casa::PrecTimer::stop().

LatticeExprNode casa::toBool

(

const LatticeExprNode &

expr

)

Referenced by convertType().

LatticeExprNode casa::toComplex

(

const LatticeExprNode &

expr

)

Referenced by convertType().

LatticeExprNode casa::toDComplex

(

const LatticeExprNode &

expr

)

Referenced by convertType().

LatticeExprNode casa::toDouble

(

const LatticeExprNode &

expr

)

Referenced by convertType().

LatticeExprNode casa::toFloat

(

const LatticeExprNode &

expr

)

Functions to convert to the given data type.

These are mostly meaningful for down-conversions (e.g. double to float), since up-conversions are automatically done to get matching data types when needed. Note that some conversions are not supported, such as Complex to Double or Float.
The conversion to Bool is useful to convert a region to a boolean lattice, which is only possible if the region is given in world coordinates. Otherwise an exception is thrown.

Referenced by convertType().

int casa::tokenize	(	const String &	str,
		const String &	sep,
		Vector< String > &	tokens,
		Bool	upCase = False
	)

template<typename InputIterator1 , typename UnaryOperator >

void casa::transformInPlace	(	InputIterator1	first1,
		InputIterator1	last1,
		UnaryOperator	op
	)			[inline]

Define a function to do a unary transform in place.

It is functionally equivalent to std::transform where the first and result iterator are the same, but it is faster for non-trivial iterators.

Definition at line 54 of file Functors.h.

template<typename InputIterator1 , typename InputIterator2 , typename BinaryOperator >

void casa::transformInPlace	(	InputIterator1	first1,
		InputIterator1	last1,
		InputIterator2	first2,
		BinaryOperator	op
	)			[inline]

Define a function to do a binary transform in place.

It is functionally equivalent to std::transform where the first and result iterator are the same, but it is faster for non-trivial iterators.

Definition at line 42 of file Functors.h.

Referenced by casa::ArrayMath_global_functions_Array_mathematical_operations::arrayTransformInPlace().

TableExprNode casa::trim

(

const TableExprNode &

node

)

[inline]

Definition at line 1489 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::trimFUNC.

TableExprNode casa::upcase

(

const TableExprNode &

node

)

[inline]

Definition at line 1413 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::upcaseFUNC.

LatticeExprNode casa::value

(

const LatticeExprNode &

expr

)

This function returns the value of the expression without a mask.

Referenced by casa::ROScalarColumn< bool >::get(), casa::ROScalarColumn< bool >::operator()(), casa::HDF5Record::readArr(), casa::HDF5Record::readSca(), casa::HDF5Record::writeArr(), and casa::HDF5Record::writeSca().

TableExprNode casa::variance

(

const TableExprNode &

array

)

[inline]

Definition at line 1535 of file ExprNode.h.

References casa::TableExprFuncNode::arrvarianceFUNC, and casa::TableExprNode::newFunctionNode().

LatticeExprNode casa::variance

(

const LatticeExprNode &

expr

)

Referenced by casa::MaskedVarianceFunc< T >::operator()(), and casa::ArrayPartMath_global_functions_Array_partial_operations::VarianceFunc< T >::operator()().

TableExprNode casa::variances	(	const TableExprNode &	array,
		const TableExprNodeSet &	collapseAxes
	)			[inline]

Definition at line 1618 of file ExprNode.h.

References casa::TableExprFuncNode::arrvariancesFUNC, and casa::TableExprNode::newFunctionNode().

TableExprNode casa::week

(

const TableExprNode &

node

)

[inline]

Definition at line 1481 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::weekFUNC.

TableExprNode casa::weekday

(

const TableExprNode &

node

)

[inline]

Definition at line 1472 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::weekdayFUNC.

TableExprNode casa::year

(

const TableExprNode &

node

)

[inline]

Definition at line 1455 of file ExprNode.h.

References casa::TableExprNode::newFunctionNode(), and casa::TableExprFuncNode::yearFUNC.

void casa::zgetrf	(	const int *	m,
		const int *	n,
		DComplex *	a,
		const int *	lda,
		int *	ipiv,
		int *	info
	)

Referenced by getrf().

void casa::zgetri	(	const int *	m,
		DComplex *	a,
		const int *	lda,
		const int *	ipiv,
		DComplex *	work,
		const int *	lwork,
		int *	info
	)

Referenced by getri().

void casa::zposv	(	const char *	uplo,
		const int *	n,
		const int *	nrhs,
		DComplex *	a,
		const int *	lda,
		DComplex *	b,
		const int *	ldb,
		int *	info
	)

Referenced by posv().

void casa::zpotri	(	const char *	uplo,
		const int *	n,
		DComplex *	a,
		const int *	lda,
		int *	info
	)

Referenced by potri().

---

Variable Documentation

Bool casa::aips_debug_on

If AIPS_DEBUG is not defined, then the symbol expands to (0) which in an if should be removed by the dead code eliminator of any optimizer; thus using this in your code should have no performance penalty in the normal case.

If compiled with AIPS_DEBUG, then aips_debug is (defined to ) a global boolean variable (so it can be turned on and off in a debugger) which is initialized to True.

ColumnCache casa::colCache_p

Definition at line 290 of file ConcatColumn.h.

const Double casa::DER_INTV

Interval (m) for derivatives in IGRF model.

Definition at line 45 of file EarthField.h.

const String casa::EmptyString [static]

Warning: SUN compiler does not accept non-simple default arguments

Definition at line 47 of file UnitName.h.

const Bool casa::False

Definition at line 37 of file aipstype.h.

Referenced by anyEQ(), anyGE(), anyGT(), anyLE(), anyLT(), anyNE(), areEQ(), casa::ConcatTable::asTable(), casa::ConstListIter< t >::atEnd(), casa::ConstListIter< t >::atStart(), casa::HostInfo::bigEndian(), casa::TabVecRep< T >::conform(), casa::Input::debug(), casa::Stack< elem >::empty(), casa::HashMap< key, val >::empty(), casa::FITSTabular::hasChanged(), casa::LockFile::hasLock(), casa::Fit2D::includeIt(), casa::NoticeTarget::invalidate(), casa::FITS::isa_digit(), casa::FITS::isa_letter(), casa::FITS::isa_text(), casa::NoticeTarget::isAttached(), casa::FitsLogical::isdefined(), casa::FitsKeywordList::isempty(), casa::FitsKeyword::isindexed(), casa::ROTableVector< T >::isNull(), casa::TableIterator::isNull(), casa::ROTableColumn::isNull(), casa::TableMeasRefDesc::isOffsetArray(), casa::TableMeasRefDesc::isOffsetVariable(), casa::FitsKeyword::isreserved(), casa::COWPtr< T >::isUnique(), casa::SetupNewTableRep::isUsed(), casa::ConstHashMapIter< key, val >::isValid(), casa::MaskArrMath_global_functions_MaskedArray_mathematical_operations::median(), casa::ArrayMath_global_functions_Array_mathematical_operations::median(), casa::HeaderDataUnit::notnull(), casa::FitsLogical::operator Bool(), casa::SimpleCountedConstPtr< casa::TableDesc >::operator!=(), casa::Complex_global_functions_Complex_desc::operator<(), casa::Block< casa::IPosition >::operator=(), casa::SimpleCountedConstPtr< casa::TableDesc >::operator==(), casa::Complex_global_functions_Complex_desc::operator>(), casa::TableIterator::pastEnd(), casa::AutoDiff< T >::release(), casa::FITSTabular::reopen(), casa::FITSTimedTable::resetChangedFlag(), casa::FITSMultiTable::resetChangedFlag(), casa::Block< casa::IPosition >::resize(), casa::GenericL2Fit< std::complex< Double > >::setConstraint(), casa::COWPtr< T >::setReadOnly(), casa::SimpleCountedConstPtr< casa::TableDesc >::SimpleCountedConstPtr(), casa::RegionHandlerTable::table(), casa::TableParse::test(), casa::Function< Type >::unlockParam(), and casa::MSTable< casa::MSSourceEnums::PredefinedColumns, casa::MSSourceEnums::PredefinedKeywords >::validate().

const Double casa::IAU_k

Definition at line 50 of file UnitMap.h.

TableRecord casa::keywordSet_p

Definition at line 291 of file ConcatColumn.h.

const uInt casa::N_FITS

Number of FITS units recognised (change the FITSstring and FITSunit lists in the UnitMap.cc when changing this number.

Definition at line 53 of file UnitMap.h.

const Int casa::PQ_LEN

Length of P and Q arrays, half length of CL/SL arrays in IGRF model.

Definition at line 43 of file EarthField.h.

Block<BaseColumn*> casa::refColPtr_p

Definition at line 289 of file ConcatColumn.h.

ConcatTable* casa::refTabPtr_p

Definition at line 288 of file ConcatColumn.h.

const Regex casa::RXalpha

([0-9]+)|(\.

[0-9]+)) ([eE][+-]?[0-9]+)?"

const Regex casa::RXalphanum

const Regex casa::RXdouble

const Regex casa::RXidentifier

const Regex casa::RXint

const Regex casa::RXlowercase

const Regex casa::RXuppercase

const Regex casa::RXwhite

some built in regular expressions

const Bool casa::True

Definition at line 36 of file aipstype.h.

Referenced by casa::MedianSlider::add(), casa::ArrayLogical_global_functions_Array_logical_operations::allTrue(), anyEQ(), anyGE(), anyGT(), anyLE(), anyLT(), anyNE(), casa::ArrayLogical_global_functions_Array_logical_operations::anyTrue(), areEQ(), casa::ConstListIter< t >::atEnd(), casa::ConstListIter< t >::atStart(), casa::HostInfo::bigEndian(), casa::LockFile::canLock(), casa::MSFlagger::clearDataBuffer(), casa::CompoundFunction_PS< AutoDiff< T > >::cloneNonAD(), casa::CompoundFunction< casa::AutoDiff< double > >::cloneNonAD(), casa::CombiFunction_PS< AutoDiff< T > >::cloneNonAD(), casa::CombiFunction< T >::cloneNonAD(), casa::TabVecRep< T >::conform(), casa::Input::debug(), casa::BaseTable::doNotWrite(), casa::Stack< elem >::empty(), casa::HashMap< key, val >::empty(), casa::FitsLogical::FitsLogical(), casa::ConcatRowsIter::getChunk(), casa::BucketMapped::getrwBucket(), casa::TableLockData::hasLock(), casa::Fit2D::includeIt(), casa::FITS::isa_digit(), casa::FITS::isa_letter(), casa::FITS::isa_text(), casa::NoticeTarget::isAttached(), casa::FitsLogical::isdefined(), casa::FitsKeywordList::isempty(), casa::FitsKeyword::isindexed(), casa::ROTableVector< T >::isNull(), casa::TableIterator::isNull(), casa::ROTableColumn::isNull(), casa::Table::isNull(), casa::Time::ISODate(), casa::FitsKeyword::isreserved(), casa::COWPtr< T >::isUnique(), casa::SetupNewTableRep::isUsed(), casa::ConstHashMapIter< key, val >::isValid(), casa::Function< Type >::lockParam(), casa::Table::markForDelete(), casa::ArrayMath_global_functions_Array_mathematical_operations::medianInPlace(), casa::HeaderDataUnit::notnull(), casa::FitsLogical::operator Bool(), casa::SimpleCountedConstPtr< casa::TableDesc >::operator!=(), casa::Complex_global_functions_Complex_desc::operator<=(), casa::FitsLogical::operator=(), casa::Block< casa::IPosition >::operator=(), casa::SimpleCountedConstPtr< casa::TableDesc >::operator==(), casa::Complex_global_functions_Complex_desc::operator>=(), casa::Function< Type >::parameters(), casa::TableIterator::pastEnd(), casa::StManArrayFile::put(), casa::AutoDiff< T >::ref(), casa::Block< casa::IPosition >::remove(), casa::LatticeHistograms< T >::resetError(), casa::ImageMoments< T >::resetError(), casa::Block< casa::IPosition >::resize(), casa::RegionHandlerTable::rwTable(), casa::TaQLSelectNodeRep::setBrackets(), casa::TiledFileAccess::setCacheSize(), casa::TiledStMan::setDataChanged(), casa::DataManagerColumn::setFixedShapeColumn(), casa::TaQLSelectNodeRep::setFromExecute(), casa::StManAipsIO::setHasPut(), casa::TaQLMultiNodeRep::setIsSetOrArray(), casa::TaQLConstNodeRep::setIsTableName(), casa::TaQLSelectNodeRep::setNoExecute(), casa::COWPtr< T >::setReadOnly(), casa::TableAttr::setRW(), casa::BucketBase::setWritten(), casa::LatticeCleaner< T >::stopAtLargeScaleNegative(), casa::TableParse::test(), and casa::Table::unmarkForDelete().

const uInt casa::WORDSIZE

The size of a unsigned Integer ( assumes 8-bit char ).

Definition at line 43 of file BitVector.h.

Referenced by casa::BitVector::clearBit(), and casa::BitVector::setBit().