An oscillating electromagnetic field. More...

#include <OscillatingField.h>

Inheritance diagram for OscillatingField< Field >:

Collaboration diagram for OscillatingField< Field >:

Public Member Functions
	OscillatingField ()
	Default constructor. More...

virtual	~OscillatingField ()

virtual double	getFrequency () const
	Return the RF frequency in Hz. More...

virtual double	getPhase () const
	Return the RF phase in rad. More...

virtual void	setFrequency (double f)
	Assign the RF frequency in Hz. More...

virtual void	setPhase (double phi)
	Assign the RF phase in rad. More...

virtual EVector	Efield (const Point3D &point) const
	Get field. More...

virtual EVector	Efield (const Point3D &point, double time) const
	Get field. More...

virtual BVector	Bfield (const Point3D &point) const
	Get field. More...

virtual BVector	Bfield (const Point3D &point, double time) const
	Get field. More...

Public Member Functions inherited from Field< T, Dim, Mesh, Centering >
	Field ()

virtual	~Field ()

	Field (Layout_t &)

	Field (Layout_t &, const GuardCellSizes< Dim > &)

	Field (Layout_t &, const BConds< T, Dim, M, C > &)

	Field (Layout_t &, const GuardCellSizes< Dim > &, const BConds< T, Dim, M, C > &)

	Field (Layout_t &, const BConds< T, Dim, M, C > &, const GuardCellSizes< Dim > &)

	Field (FieldSpec< T, Dim, M, C > &)

constexpr	Field (Field< T, Dim, M, C > &)=default

	Field (Mesh_t &, Layout_t &)

	Field (Mesh_t &, Layout_t &, const GuardCellSizes< Dim > &)

	Field (Mesh_t &, Layout_t &, const BConds< T, Dim, M, C > &)

	Field (Mesh_t &, Layout_t &, const GuardCellSizes< Dim > &, const BConds< T, Dim, M, C > &)

	Field (Mesh_t &, Layout_t &, const BConds< T, Dim, M, C > &, const GuardCellSizes< Dim > &)

	Field (Mesh_t &, FieldSpec< T, Dim, M, C > &)

void	initialize (Layout_t &)

void	initialize (Layout_t &, const GuardCellSizes< Dim > &)

void	initialize (Layout_t &, const BConds< T, Dim, M, C > &)

void	initialize (Layout_t &, const GuardCellSizes< Dim > &, const BConds< T, Dim, M, C > &)

void	initialize (Layout_t &, const BConds< T, Dim, M, C > &, const GuardCellSizes< Dim > &)

void	initialize (FieldSpec< T, Dim, M, C > &)

void	initialize (Mesh_t &, Layout_t &)

void	initialize (Mesh_t &, Layout_t &, const bool)

void	initialize (Mesh_t &, Layout_t &, const GuardCellSizes< Dim > &)

void	initialize (Mesh_t &, Layout_t &, const BConds< T, Dim, M, C > &)

void	initialize (Mesh_t &, Layout_t &, const GuardCellSizes< Dim > &, const BConds< T, Dim, M, C > &)

void	initialize (Mesh_t &, Layout_t &, const BConds< T, Dim, M, C > &, const GuardCellSizes< Dim > &)

void	initialize (Mesh_t &, FieldSpec< T, Dim, M, C > &)

const bcond_value &	getBCond (int bc) const

bcond_value &	getBCond (int bc)

const bcond_container &	getBConds () const

bcond_container &	getBConds ()

bcond_iterator	begin_BConds ()

bcond_iterator	end_BConds ()

Mesh_t &	get_mesh () const

IndexedField< T, Dim, 1, M, C >	operator[] (const Index &)

IndexedField< T, Dim, 1, M, C >	operator[] (int)

IndexedField< T, Dim, Dim, M, C >	operator[] (const NDIndex< Dim > &)

SubField< T, Dim, M, C, SIndex < Dim > >	operator[] (const SIndex< Dim > &)

const Field< T, Dim, M, C > &	operator= (T x)

const Field< T, Dim, M, C > &	operator= (const Field< T, Dim, M, C > &x)

template<class X >
const Field< T, Dim, M, C > &	operator= (const BareField< X, Dim > &x)

template<class B >
const Field< T, Dim, M, C > &	operator= (const PETE_Expr< B > &x)

void	fillGuardCells (bool reallyFill=true) const

void	print_Centerings (std::ostream &)

virtual void	Repartition (UserList *)

virtual void	notifyUserOfDelete (UserList *)

Public Member Functions inherited from BareField< T, Dim >
	BareField ()

	BareField (const BareField< T, Dim > &)

	BareField (Layout_t &)

	BareField (Layout_t &, const GuardCellSizes< Dim > &)

	~BareField ()

void	initialize (Layout_t &)

void	initialize (Layout_t &, const bool)

void	initialize (Layout_t &, const GuardCellSizes< Dim > &)

iterator_if	begin_if ()

iterator_if	end_if ()

const_iterator_if	begin_if () const

const_iterator_if	end_if () const

ac_id_larray::size_type	size_if () const

void	setGuardCells (const T &) const

void	accumGuardCells ()

bool	isDirty () const

void	setDirtyFlag ()

void	clearDirtyFlag ()

void	fillGuardCellsIfNotDirty () const

Layout_t &	getLayout () const

IndexedBareField< T, Dim, 1 >	operator[] (const Index &idx)

IndexedBareField< T, Dim, 1 >	operator[] (int i)

IndexedBareField< T, Dim, Dim >	operator[] (const NDIndex< Dim > &nidx)

SubBareField< T, Dim, SIndex < Dim > >	operator[] (const SIndex< Dim > &)

const GuardCellSizes< Dim > &	getGC () const

const GuardCellSizes< Dim > &	getGuardCellSizes () const

unsigned	leftGuard (unsigned d) const

unsigned	rightGuard (unsigned d) const

const Index &	getIndex (unsigned d) const

const NDIndex< Dim > &	getDomain () const

const BareField< T, Dim > &	operator= (T x)

const BareField< T, Dim > &	operator= (const BareField< T, Dim > &x)

template<class X >
const BareField< T, Dim > &	operator= (const BareField< X, Dim > &x)

template<class B >
const BareField< T, Dim > &	operator= (const PETE_Expr< B > &x)

bool	compressible () const

double	CompressedFraction () const

void	Compress () const

void	Uncompress () const

void	setCompression (bool compress)

iterator	begin () const

iterator	end () const

iterator	beginLoc (const FieldLoc< Dim > &loc) const

void	prepareForScalarCode (bool tryfill=true)

void	finishScalarCode (bool modified=true)

T &	localElement (const NDIndex< Dim > &) const

void	getsingle (const NDIndex< Dim > &, T &) const

void	write (std::ostream &)

iterator	MakeExpression () const

Public Member Functions inherited from FieldLayoutUser
	FieldLayoutUser ()

virtual	~FieldLayoutUser ()

Public Member Functions inherited from User
	User ()

virtual	~User ()

ID_t	get_Id () const

Public Member Functions inherited from PETE_Expr< BareField< T, Dim > >
BareField< T, Dim > &	PETE_unwrap ()

const BareField< T, Dim > &	PETE_unwrap () const

Public Member Functions inherited from DataSource
	DataSource ()

virtual	~DataSource ()

bool	connected (DataConnect *=0) const

DataSourceObject *	findDataSourceObject (DataConnect *) const

DataConnect *	connect (const char , DataConnect =0, int=DataSource::DEFAULT)

bool	connect (DataSourceObject *)

bool	disconnect (DataConnect *=0)

bool	updateConnection (DataConnect *=0)

void	interact (DataConnect *=0)

void	interact (const char , DataConnect =0)

Private Attributes
double	frequency

double	phase

Additional Inherited Members
Public Types inherited from Field< T, Dim, Mesh, Centering >
typedef M	Mesh_t

typedef C	Centering_t

typedef BareField< T, Dim >	Base_t

typedef FieldLayout< Dim >	Layout_t

typedef BConds< T, Dim, M, C >	bcond_container

typedef BCondBase< T, Dim, M, C >	bcond_value

typedef bcond_container::iterator	bcond_iterator

Public Types inherited from BareField< T, Dim >
enum	{ Dim_u = Dim }

enum	{ IsExpr = 0 }

typedef T	T_t

typedef FieldLayout< Dim >	Layout_t

typedef LField< T, Dim >	LField_t

typedef vmap< typename Unique::type, my_auto_ptr < LField< T, Dim > > >	ac_id_larray

typedef ac_id_larray::iterator	iterator_if

typedef ac_id_larray::const_iterator	const_iterator_if

typedef LField< T, Dim >::iterator	LFI

typedef BareFieldIterator< T, Dim >	iterator

typedef iterator	PETE_Expr_t

Public Types inherited from User
typedef Unique::type	ID_t

Public Types inherited from PETE_Expr< BareField< T, Dim > >
typedef BareField< T, Dim >	Wrapped

Public Types inherited from DataSource
enum	DsMode { INPUT, OUTPUT, BOTH, DEFAULT }

typedef std::vector < DataSourceObject * >	container_t

Protected Member Functions inherited from Field< T, Dim, Mesh, Centering >
virtual DataSourceObject *	createDataSourceObject (const char , DataConnect , int)

Protected Attributes inherited from BareField< T, Dim >
ac_id_larray	Locals_ac

Protected Attributes inherited from User
ID_t	Id

Detailed Description

template<class Field>
class OscillatingField< Field >

An oscillating electromagnetic field.

Definition at line 37 of file OscillatingField.h.

Constructor & Destructor Documentation

template<class Field >

OscillatingField< Field >::OscillatingField ( )

Default constructor.

Definition at line 87 of file OscillatingField.h.

template<class Field >

OscillatingField< Field >::~OscillatingField ( )

virtual

Definition at line 92 of file OscillatingField.h.

Member Function Documentation

template<class Field >

BVector OscillatingField< Field >::Bfield ( const Point3D & point ) const

virtual

Get field.

Definition at line 127 of file OscillatingField.h.

template<class Field >

BVector OscillatingField< Field >::Bfield	(	const Point3D &	point,
		double	time
	)		const

virtual

Get field.

Definition at line 132 of file OscillatingField.h.

References cos().

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template<class Field >

EVector OscillatingField< Field >::Efield ( const Point3D & point ) const

virtual

Get field.

Definition at line 117 of file OscillatingField.h.

template<class Field >

EVector OscillatingField< Field >::Efield	(	const Point3D &	point,
		double	time
	)		const

virtual

Get field.

Definition at line 122 of file OscillatingField.h.

References cos().

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template<class Field >

double OscillatingField< Field >::getFrequency ( ) const

inlinevirtual

Return the RF frequency in Hz.

Definition at line 97 of file OscillatingField.h.

Referenced by RFCavityRep::getFrequency(), and TravelingWaveRep::getFrequency().

template<class Field >

double OscillatingField< Field >::getPhase ( ) const

inlinevirtual

Return the RF phase in rad.

Definition at line 102 of file OscillatingField.h.

Referenced by RFCavityRep::getPhase(), and TravelingWaveRep::getPhase().

template<class Field >

void OscillatingField< Field >::setFrequency ( double f )

inlinevirtual

Assign the RF frequency in Hz.

Definition at line 107 of file OscillatingField.h.

Referenced by RFCavityRep::setFrequency(), and TravelingWaveRep::setFrequency().

template<class Field >

void OscillatingField< Field >::setPhase ( double phi )

inlinevirtual

Assign the RF phase in rad.

Definition at line 112 of file OscillatingField.h.

Referenced by RFCavityRep::setPhase(), and TravelingWaveRep::setPhase().

Member Data Documentation

template<class Field>

double OscillatingField< Field >::frequency

private

Definition at line 78 of file OscillatingField.h.

template<class Field>

double OscillatingField< Field >::phase

private

Definition at line 79 of file OscillatingField.h.

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

src/Classic/Fields/OscillatingField.h

Public Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

template<class Field> class OscillatingField< Field >

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

template<class Field>
class OscillatingField< Field >