concepts::Set< const Connector2 * > Class Template Reference

#include <connectorSet.hh>

Inheritance diagram for concepts::Set< const Connector2 * >:

Collaboration diagram for concepts::Set< const Connector2 * >:

List of all members.

Public Member Functions
Set< const Connector2 * >	child (uint i) const
Set< Connector1 * >	edge (uint i) const
bool	exist (const Connector2 *val) const
	Returns true, if a value is in the set.
bool	isempty () const
	Returns true, if set is empty.
Set< const Key * >	key () const
Set< const Connector2 * >	operator&& (const Set< const Connector2 * > &set) const
Set< const Connector2 * >	operator&& (Set< const Connector2 * > &set) const
Set< G * >	operator() (G &(H::*fun)() const) const
	Returns element wise application of a member function, e.g.
Set< G >	operator() (G(H::*fun)() const) const
	Returns element wise application of a member function, e.g.
Set< const Connector2 * >	operator() (const Set< uint > &set) const
	Returns subset with indices set.
Set< G >	operator() (G(H::*fun)(I) const, J i) const
	Returns element wise application of a member function, e.g.
Set< const Connector2 * >	operator- (const Set< const Connector2 * > &set) const
Set< const Connector2 * >	operator- (Set< const Connector2 * > &set) const
Set< uint >	operator== (const const Connector2 *val) const
	Returns the indices of elements with are equal to val.
BaseSet< const Connector2 * > &	operator|= (const Set< const Connector2 * > &set)
Set< const Connector2 * >	operator|| (Set< const Connector2 * > &set) const
Set< const Connector2 * >	operator|| (const Set< const Connector2 * > &set) const
template<class F >
	Set (const F &set)
	Set ()
Set< Connector0 * >	vertex (uint i) const
virtual	~Set ()
Protected Types
typedef std::set< const Connector2 * >::const_iterator	const_iterator_
typedef std::insert_iterator < std::set< const Connector2 * > >	insert_iterator_
Protected Member Functions
virtual void	difference_ (const_iterator_ first, const_iterator_ last, insert_iterator_ i) const
	Insert the set difference of this set with that between iterator first and second into i.
virtual std::ostream &	info (std::ostream &os) const
	Returns information in an output stream.
virtual void	intersection_ (const_iterator_ first, const_iterator_ last, insert_iterator_ i) const
	Insert the set intersection of this set with that between iterator first and second into i.
virtual void	union_ (const_iterator_ first, const_iterator_ last, insert_iterator_ i) const
	Insert the set union of this set with that between iterator first and second into i.

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Detailed Description

template<>
class concepts::Set< const Connector2 * >

Definition at line 141 of file connectorSet.hh.

---

Member Typedef Documentation

typedef std::set<const Connector2 * >::const_iterator concepts::BaseSet< const Connector2 * >::const_iterator_ [protected, inherited]

Definition at line 109 of file set.hh.

typedef std::insert_iterator<std::set<const Connector2 * > > concepts::BaseSet< const Connector2 * >::insert_iterator_ [protected, inherited]

Definition at line 110 of file set.hh.

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Constructor & Destructor Documentation

concepts::Set< const Connector2 * >::Set

(

)

[inline]

Definition at line 144 of file connectorSet.hh.

template<class F >

concepts::Set< const Connector2 * >::Set

(

const F &

set

)

[inline]

Definition at line 146 of file connectorSet.hh.

virtual concepts::Set< const Connector2 * >::~Set

(

)

[inline, virtual]

Definition at line 147 of file connectorSet.hh.

---

Member Function Documentation

Set<const Connector2*> concepts::Set< const Connector2 * >::child

(

uint

i

)

const

virtual void concepts::BaseSet< const Connector2 * >::difference_	(	const_iterator_	first,
		const_iterator_	last,
		insert_iterator_	i
	)		const [protected, virtual, inherited]

Insert the set difference of this set with that between iterator first and second into i.

Set<Connector1*> concepts::Set< const Connector2 * >::edge

(

uint

i

)

const

bool concepts::BaseSet< const Connector2 * >::exist

(

const Connector2 *

val

)

const [inline, inherited]

Returns true, if a value is in the set.

virtual std::ostream& concepts::BaseSet< const Connector2 * >::info

(

std::ostream &

os

)

const [protected, virtual, inherited]

Returns information in an output stream.

Reimplemented from concepts::OutputOperator.

virtual void concepts::BaseSet< const Connector2 * >::intersection_	(	const_iterator_	first,
		const_iterator_	last,
		insert_iterator_	i
	)		const [protected, virtual, inherited]

Insert the set intersection of this set with that between iterator first and second into i.

bool concepts::BaseSet< const Connector2 * >::isempty

(

)

const [inline, inherited]

Returns true, if set is empty.

Definition at line 105 of file set.hh.

Set<const Key*> concepts::Set< const Connector2 * >::key

(

)

const

Set<const Connector2 * > concepts::BaseSet< const Connector2 * >::operator&&

(

const Set< const Connector2 * > &

set

)

const [inline, inherited]

Set<const Connector2 * > concepts::BaseSet< const Connector2 * >::operator&&

(

Set< const Connector2 * > &

set

)

const [inline, inherited]

Set<const Connector2 * > concepts::BaseSet< const Connector2 * >::operator()

(

const Set< uint > &

set

)

const [inline, inherited]

Returns subset with indices set.

Set<G> concepts::BaseSet< const Connector2 * >::operator()

(

G(H::*)() const

fun

)

const [inline, inherited]

Returns element wise application of a member function, e.g.

Key::key()

Set<G*> concepts::BaseSet< const Connector2 * >::operator()

(

G &(H::*)() const

fun

)

const [inline, inherited]

Returns element wise application of a member function, e.g.

Connector1::key()

Set<G> concepts::BaseSet< const Connector2 * >::operator()	(	G(H::*)(I) const	fun,
		J	i
	)		const [inline, inherited]

Returns element wise application of a member function, e.g.

Connector1::vertex(uint i)

Set<const Connector2 * > concepts::BaseSet< const Connector2 * >::operator-

(

const Set< const Connector2 * > &

set

)

const [inline, inherited]

Set<const Connector2 * > concepts::BaseSet< const Connector2 * >::operator-

(

Set< const Connector2 * > &

set

)

const [inline, inherited]

Set<uint> concepts::BaseSet< const Connector2 * >::operator==

(

const const Connector2 *

val

)

const [inline, inherited]

Returns the indices of elements with are equal to val.

BaseSet<const Connector2 * >& concepts::BaseSet< const Connector2 * >::operator|=

(

const Set< const Connector2 * > &

set

)

[inline, inherited]

Set<const Connector2 * > concepts::BaseSet< const Connector2 * >::operator||

(

Set< const Connector2 * > &

set

)

const [inline, inherited]

Set<const Connector2 * > concepts::BaseSet< const Connector2 * >::operator||

(

const Set< const Connector2 * > &

set

)

const [inline, inherited]

virtual void concepts::BaseSet< const Connector2 * >::union_	(	const_iterator_	first,
		const_iterator_	last,
		insert_iterator_	i
	)		const [protected, virtual, inherited]

Insert the set union of this set with that between iterator first and second into i.

Set<Connector0*> concepts::Set< const Connector2 * >::vertex

(

uint

i

)

const

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

• geometry/connectorSet.hh