Graph Class Template Reference

Graph. More...

List of all members.

Tag access
typedef Tag	tag_t
tag_t &	tag ()
const tag_t &	tag () const
Geometry access
typedef Geometry	geometry_t
geometry_t &	geometry ()
const geometry_t &	geometry () const
Public Types
typedef Graph< K, WordValue, WeightValue, SeriesValue, Letter, Tag, Geometry >	self_t
	Self type definition.
typedef LabelOf< K, WordValue, WeightValue, SeriesValue, Letter >::ret	label_t
	Typedefs on automaton related graphs elements.
Public Member Functions
states_t	states () const
	Return states set.
edges_t	edges () const
	Return edges set.
initial_support_t	initial () const
	Initial/final state supports.
self_t &	clone () const
	FIXME: Not implemented.
State's manipulation
bool	has_state (hstate_t n) const
hstate_t	add_state ()
void	del_state (hstate_t n)
	Remove state n.
void	set_initial (hstate_t s, const series_set_elt_value_t &v, const series_set_elt_value_t &z)
	Change whether a state is initial or not.
const series_set_elt_value_t &	get_initial (hstate_t, const series_set_elt_value_t &) const
void	clear_initial ()
void	set_final (hstate_t, const series_set_elt_value_t &, const series_set_elt_value_t &)
	Change whether a state is final or not.
const series_set_elt_value_t &	get_final (hstate_t, const series_set_elt_value_t &) const
void	clear_final ()
Edge's manipulation
bool	has_edge (hedge_t n) const
hedge_t	add_edge (hstate_t h1, hstate_t h2, const label_t &v)
void	del_edge (hedge_t e)
hstate_t	src_of (hedge_t e1) const
hstate_t	dst_of (hedge_t e2) const
const label_t &	label_of (hedge_t n) const
void	update (hedge_t, label_t)
Only automaton related methods
template<class S>
bool	exists (const AutomataBase< S > &s) const
	Check the consistency of an automata.
template<class OutputIterator, typename Query>
void	delta (OutputIterator res, hstate_t from, const Query &q, delta_kind::states) const
	Check the consistency of an automata.
template<class OutputIterator, typename Query>
void	delta (OutputIterator res, hstate_t from, const Query &q, delta_kind::edges) const
	Check the consistency of an automata.
template<class OutputIterator, typename Query>
void	rdelta (OutputIterator res, hstate_t from, const Query &q, delta_kind::states) const
	Check the consistency of an automata.
template<class OutputIterator, typename Query>
void	rdelta (OutputIterator res, hstate_t from, const Query &q, delta_kind::edges) const
	Check the consistency of an automata.
template<class Functor, typename Query>
void	deltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::states, misc::true_t) const
	Check the consistency of an automata.
template<class Functor, typename Query>
void	deltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::states, misc::false_t) const
	Check the consistency of an automata.
template<class Functor, typename Query>
void	deltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::edges, misc::true_t) const
	Check the consistency of an automata.
template<class Functor, typename Query>
void	deltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::edges, misc::false_t) const
	Check the consistency of an automata.
template<class Functor, typename Query>
void	rdeltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::states, misc::true_t) const
	Check the consistency of an automata.
template<class Functor, typename Query>
void	rdeltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::states, misc::false_t) const
	Check the consistency of an automata.
template<class Functor, typename Query>
void	rdeltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::edges, misc::true_t) const
	Check the consistency of an automata.
template<class Functor, typename Query>
void	rdeltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::edges, misc::false_t) const
	Check the consistency of an automata.
template<class Functor, typename Query, typename DKind>
void	deltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::kind< DKind >) const
	Check the consistency of an automata.
template<class Functor, typename Query, typename DKind>
void	rdeltaf (Functor &fun, hstate_t from, const Query &q, delta_kind::kind< DKind >) const
	Check the consistency of an automata.

---

Detailed Description

template<class K, class WordValue, class WeightValue, class SeriesValue, class Letter, class Tag, class Geometry>
class vcsn::Graph< K, WordValue, WeightValue, SeriesValue, Letter, Tag, Geometry >

Graph.

Definition at line 83 of file graph.hh.

---

Member Function Documentation

void del_state

(

hstate_t

n

)

[inline]

Remove state n.

Precondition:

n is a state of this graph.

Definition at line 164 of file graph.hxx.

References SparseInterval::begin(), SparseInterval::end(), state_value::input_edges, and state_value::output_edges.

void set_initial	(	hstate_t	s,
		const series_set_elt_value_t &	v,
		const series_set_elt_value_t &	z
	)			[inline]

Change whether a state is initial or not.

Parameters:

	s	the state
	v	its associated label
	z	the zero for the labels

Note:

If v == z then state is removed from the set of initial states. Because of this, one cannot simply write

 typename automaton_t::series_set_elt_t some_weight = ...;
 for_all_final_states(f, aut)
   lhs.set_final(*f, aut.get_final(*f) * some_weight);

because if some_weight is equal to z, then the state is removed from the set of final states, and invalidates all the iterators: the loop is broken.

Definition at line 195 of file graph.hxx.

void set_final	(	hstate_t	n,
		const series_set_elt_value_t &	v,
		const series_set_elt_value_t &	z
	)			[inline]

Change whether a state is final or not.

Parameters:

	s	the state
	v	its associated label
	z	the zero for the labels

See also:

set_initial().

Definition at line 223 of file graph.hxx.

---