A Butterworth function class that supports serialization. More...

#include <MarshButterworthBandpass.h>

Inheritance diagram for casacore::MarshButterworthBandpass< T >:

Public Types
enum	FieldNames { BPASS, ORDER, PEAK, NFieldNames }
	definitions of the fields stored in a serialized Record. More...

Public Types inherited from casacore::SimButterworthBandpass< T >
enum	{ CENTER, MINCUTOFF, MAXCUTOFF, PEAK }
	Enumeration of the function parameters. More...

Public Types inherited from casacore::Function1D< T >
typedef const T *	FunctionArg

Public Types inherited from casacore::Function< T, T >
typedef FunctionTraits< T > ::ArgType	ArgType

typedef const ArgType *	FunctionArg

Public Member Functions
	MarshButterworthBandpass ()
	create a zero-th order (all-pass) Butterworth bandpass. More...

	MarshButterworthBandpass (uInt minord, uInt maxord, T mincut=T(-1), T maxcut=T(1), T center=T(0), T peak=T(1))
	create a Butterworth bandpass function. More...

	MarshButterworthBandpass (const Record &gr) throw (InvalidSerializationError)
	create a fully specified Butterworth polynomial from parameters stored in a Record. More...

	MarshButterworthBandpass (const SimButterworthBandpass< T > &other)
	create a deep copy of another Butterworth polynomial More...

	MarshButterworthBandpass (const MarshButterworthBandpass< T > &other)

MarshButterworthBandpass< T > &	operator= (const MarshButterworthBandpass< T > &other)
	make a (deep) copy of another Butterworth polynomial More...

MarshButterworthBandpass< T > &	operator= (const SimButterworthBandpass< T > &other)

virtual	~MarshButterworthBandpass ()
	Destructor. More...

virtual void	store (Record &gr) const
	store the state of this Function into a Record More...

virtual Function< T > *	clone () const
	Create a copy of this object. More...

Public Member Functions inherited from casacore::SimButterworthBandpass< T >
	SimButterworthBandpass ()
	create a zero-th order (all-pass) Butterworth bandpass function. More...

	SimButterworthBandpass (const uInt minord, const uInt maxord, const T &mincut=T(-1), const T &maxcut=T(1), const T &center=T(0), const T &peak=T(1))
	create a Butterworth bandpass function. More...

	SimButterworthBandpass (const RecordInterface &gr, T mincut=T(-1), T maxcut=T(1), T center=T(0), T peak=T(1))
	create a fully specified Butterworth bandpass in which the low and high pass orders are stored in a Record More...

	SimButterworthBandpass (const SimButterworthBandpass &other)
	create a copy of another Butterworth bandpass function More...

SimButterworthBandpass< T > &	operator= (const SimButterworthBandpass< T > &other)
	copy(deep) another Butterworth function More...

virtual	~SimButterworthBandpass ()
	Destructor. More...

virtual T	eval (const typename FunctionTraits< T >::ArgType *x) const
	Evaluate the bandpass at "x". More...

void	setCenter (const T &x)
	set the center of the bandpass. More...

const T &	getCenter () const
	return the center of the bandpass. More...

void	setMinCutoff (const T &x)
	set the characteristic minimum (high-pass) cutoff value. More...

void	setMaxCutoff (const T &x)
	set the characteristic maximum (low-pass) cutoff value. More...

void	setMinOrder (uInt order)
	set the order of the Butterworth function for the minimum (high-pass) portion of the bandpass More...

void	setMaxOrder (uInt order)
	set the order of the Butterworth function for the maximum (low-pass) portion of the bandpass More...

const T &	getMinCutoff () const
	return the characteristic minimum (high-pass) cutoff value. More...

const T &	getMaxCutoff () const
	return the characteristic maximum (low-pass) cutoff value. More...

uInt	getMinOrder () const
	return the order of the Butterworth function for the minimum (high-pass) portion of the bandpass More...

uInt	getMaxOrder () const
	return the order of the Butterworth function for the maximum (low-pass) portion of the bandpass More...

void	setPeak (T val)
	set the scale of the function by setting its peak value. More...

const T &	getPeak () const
	return the scale of the function More...

virtual void	setMode (const RecordInterface &mode)
	get/set the function mode. More...

virtual void	getMode (RecordInterface &mode) const

virtual Bool	hasMode () const
	return True if the implementing function supports a mode. More...

Public Member Functions inherited from casacore::Function1D< T >
	Function1D ()
	Constructors. More...

	Function1D (const uInt n)

	Function1D (const Vector< T > &in)

	Function1D (const FunctionParam< T > &other)

	Function1D (const Function1D< W, X > &other)

virtual	~Function1D ()
	Destructor. More...

virtual uInt	ndim () const
	Returns the number of dimensions of function. More...

Public Member Functions inherited from casacore::Function< T, T >
	Function ()
	Constructors. More...

	Function (const uInt n)

	Function (const Vector< T > &in)

	Function (const FunctionParam< T > &other)

	Function (const Function< W, X > &other)

virtual	~Function ()
	Destructor. More...

uInt	nparameters () const
	Returns the number of parameters. More...

virtual T	eval (FunctionArg x) const =0
	Evaluate the function object. More...

T &	operator[] (const uInt n)
	Manipulate the nth parameter (0-based) with no index check. More...

const T &	operator[] (const uInt n) const

virtual T	operator() () const
	Evaluate this function object at `x`or at `x, y`. More...

virtual T	operator() (const ArgType &x) const

virtual T	operator() (const Vector< ArgType > &x) const

virtual T	operator() (FunctionArg x) const

virtual T	operator() (const ArgType &x, const ArgType &y) const

virtual T	operator() (const ArgType &x, const ArgType &y, const ArgType &z) const

virtual const String &	name () const
	Specify the name associated with the function (default will be `unknown`) More...

Bool &	mask (const uInt n)
	Manipulate the mask associated with the nth parameter (e.g. More...

const Bool &	mask (const uInt n) const

const FunctionParam< T > &	parameters () const
	Return the parameter interface. More...

FunctionParam< T > &	parameters ()

const Vector< ArgType > &	argp () const
	Get `arg_p` and `parset_p`. More...

Bool	parsetp () const

void	lockParam ()
	Compiler cannot always find the correct 'const' version of parameter access. More...

void	unlockParam ()

ostream &	print (ostream &os) const
	Print the function (i.e. More...

virtual Function< typename FunctionTraits< T >::DiffType > *	cloneAD () const

virtual Function< typename FunctionTraits< T >::BaseType > *	cloneNonAD () const

Public Member Functions inherited from casacore::Functional< FunctionTraits< T >::ArgType, T >
virtual	~Functional ()
	Destructor. More...

virtual T	operator() (const FunctionTraits< T >::ArgType &x) const =0
	Map a Domain `x` into a Range `y` value. More...

Public Member Functions inherited from casacore::Functional< Vector< FunctionTraits< T >::ArgType >, T >
virtual	~Functional ()
	Destructor. More...

virtual T	operator() (const Vector< FunctionTraits< T >::ArgType > &x) const =0
	Map a Domain `x` into a Range `y` value. More...

Public Member Functions inherited from casacore::FunctionMarshallable
	FunctionMarshallable (const String &functype)
	create a FunctionMarshallable. More...

	FunctionMarshallable (const FunctionMarshallable &other)

virtual	~FunctionMarshallable ()

virtual FunctionMarshallable &	operator= (const FunctionMarshallable &other)

const String &	getFuncType () const
	return the name representing the Function type that will be placed in the `functype` field of Record passed to store(). More...

void	loadFuncType (Record &gr) const
	load functype field into the given Record More...

Static Public Attributes
static const String	FUNCTYPE

static const String	FUNCFIELDS []

Additional Inherited Members
Protected Attributes inherited from casacore::Function< T, T >
FunctionParam< T >	param_p
	The parameters and masks. More...

Vector< ArgType >	arg_p
	Aid for non-contiguous argument storage. More...

Bool	parset_p
	Indicate parameter written. More...

Bool	locked_p
	Indicate that parameters are expected to be locked from changing. More...

Detailed Description

template<class T>
class casacore::MarshButterworthBandpass< T >

A Butterworth function class that supports serialization.

Intended use:

Public interface

Prerequisite

Function

Etymology

"Marsh" is short for "Marshallable" which means that the class can be serialized into a form that can be transmitted to another execution context. "ButterBandpass" refers to its parent class: SimButterworthBandpass.

Synopsis

This class is a specialization of SimButterworthBandpass class that supports serialization. That is, it allows one to write the state of the SimButterworthBandpass function object into a Record. This record can then be transmitted to another execution context where it can be "reconstituted" as a new object with identical state as this one. This documentation focusses on this serialization functionality (also known as "marshalling"); for details about the general features of this Butterworth function, see the SimButterworthBandpass class.

Example

Motivation

Making SimButterworthBandpass Marshallable provides a convenient way of configuring the simulator tool from.

Thrown Exceptions

Assertion in debug mode if attempt is made to address incorrect coefficients

Definition at line 87 of file MarshButterworthBandpass.h.

Member Enumeration Documentation

template<class T>

enum casacore::MarshButterworthBandpass::FieldNames

definitions of the fields stored in a serialized Record.

The actual string names are stored in FUNCFIELDS

Enumerator
BPASS	the minimum cutoff, center, and maximum cutoff values
ORDER	the orders of the transitions between pass and no-pass
PEAK	the peak value
NFieldNames	the number of supported fields

Definition at line 96 of file MarshButterworthBandpass.h.

Constructor & Destructor Documentation

template<class T>

casacore::MarshButterworthBandpass< T >::MarshButterworthBandpass ( )

inline

create a zero-th order (all-pass) Butterworth bandpass.

Definition at line 109 of file MarshButterworthBandpass.h.

template<class T>

casacore::MarshButterworthBandpass< T >::MarshButterworthBandpass	(	uInt	minord,
		uInt	maxord,
		T	mincut = `T(-1)`,
		T	maxcut = `T(1)`,
		T	center = `T(0)`,
		T	peak = `T(1)`
	)