freeling::basic_tree_iterator< T, N > Class Template Reference

############################################################# /// More...

#include <tree.h>

Inheritance diagram for freeling::basic_tree_iterator< T, N >:

List of all members.

Public Member Functions
	basic_tree_iterator ()
	=================================================== Iterator operations implementations ===================================================
	~basic_tree_iterator ()
const T &	operator* () const
	basic const iterator operations
const T *	operator-> () const
const T *	get_info () const
	emulate operator -> for java/python/perl APIS
bool	operator== (const basic_tree_iterator &t) const
bool	operator!= (const basic_tree_iterator &t) const
bool	is_defined () const
	check whether the iterator points somewhere.
bool	is_root () const
	access to tree operations via iterator
bool	empty () const
bool	has_ancestor (const tree< T > &p) const
unsigned int	num_children () const
const_tree_preorder_iterator< T >	get_parent () const
	get iterator to parent node
const_tree_sibling_iterator< T >	nth_child (unsigned int n) const
	get nth child
const tree< T > &	nth_child_ref (unsigned int n) const
const_tree_preorder_iterator< T >	begin () const
	iterators
const_tree_preorder_iterator< T >	end () const
const_tree_sibling_iterator< T >	sibling_begin () const
const_tree_sibling_iterator< T >	sibling_end () const
const_tree_sibling_iterator< T >	sibling_rbegin () const
const_tree_sibling_iterator< T >	sibling_rend () const
Protected Attributes
N *	tr
Friends
class	tree< T >

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Detailed Description

template<class T, class N>
class freeling::basic_tree_iterator< T, N >

############################################################# ///

TREE ITERATORS

############################################################# /// Generic const iterator, to derive all the others. It has what is common to all iterators (the pointer, the const operations, and access to const operations of the underlying tree

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Constructor & Destructor Documentation

template<class T , class N >

freeling::basic_tree_iterator< T, N >::basic_tree_iterator

(

)

=================================================== Iterator operations implementations ===================================================

---------------------------------------------------------------------------------- basic_tree_iterator -----------------------------------------------------------

template<class T , class N >

freeling::basic_tree_iterator< T, N >::~basic_tree_iterator

(

)

---

Member Function Documentation

template<class T , class N >

const_tree_preorder_iterator< T > freeling::basic_tree_iterator< T, N >::begin

(

)

const

iterators

template<class T , class N >

bool freeling::basic_tree_iterator< T, N >::empty

(

)

const

template<class T , class N >

const_tree_preorder_iterator< T > freeling::basic_tree_iterator< T, N >::end

(

)

const

template<class T , class N >

const T * freeling::basic_tree_iterator< T, N >::get_info

(

)

const

emulate operator -> for java/python/perl APIS

Reimplemented in freeling::basic_nonconst_tree_iterator< T >.

template<class T , class N >

const_tree_preorder_iterator< T > freeling::basic_tree_iterator< T, N >::get_parent

(

)

const

get iterator to parent node

Referenced by freeling::parse_tree::C_commands(), freeling::mention::mention(), and freeling::mention::set_iterators().

template<class T, class N >

bool freeling::basic_tree_iterator< T, N >::has_ancestor

(

const tree< T > &

p

)

const

template<class T , class N >

bool freeling::basic_tree_iterator< T, N >::is_defined

(

)

const

check whether the iterator points somewhere.

template<class T , class N >

bool freeling::basic_tree_iterator< T, N >::is_root

(

)

const

access to tree operations via iterator

---------------------------------------------------------------------------------- const tree operations accessed via the iterator ------------------------------------------

Referenced by freeling::parse_tree::C_commands(), freeling::mention::mention(), and freeling::mention::set_iterators().

template<class T , class N >

const_tree_sibling_iterator< T > freeling::basic_tree_iterator< T, N >::nth_child

(

unsigned int

n

)

const

get nth child

template<class T , class N >

const tree< T > & freeling::basic_tree_iterator< T, N >::nth_child_ref

(

unsigned int

n

)

const

template<class T , class N >

unsigned int freeling::basic_tree_iterator< T, N >::num_children

(

)

const

Referenced by freeling::parse_tree::C_commands(), freeling::parse_tree::get_head_label(), freeling::parse_tree::get_head_position(), freeling::parse_tree::get_head_word(), freeling::tree< T >::get_leftmost_leaf(), freeling::tree< T >::get_rightmost_leaf(), freeling::dep_tree::PrintDepTree(), freeling::parse_tree::PrintTree(), and freeling::mention::set_tokens().

template<class T , class N >

bool freeling::basic_tree_iterator< T, N >::operator!=

(

const basic_tree_iterator< T, N > &

t

)

const

References freeling::basic_tree_iterator< T, N >::tr.

template<class T , class N >

const T & freeling::basic_tree_iterator< T, N >::operator*

(

)

const

basic const iterator operations

Reimplemented in freeling::basic_nonconst_tree_iterator< T >.

template<class T , class N >

const T * freeling::basic_tree_iterator< T, N >::operator->

(

)

const

Reimplemented in freeling::basic_nonconst_tree_iterator< T >.

template<class T , class N >

bool freeling::basic_tree_iterator< T, N >::operator==

(

const basic_tree_iterator< T, N > &

t

)

const

References freeling::basic_tree_iterator< T, N >::tr.

template<class T , class N >

const_tree_sibling_iterator< T > freeling::basic_tree_iterator< T, N >::sibling_begin

(

)

const

Referenced by freeling::dep_tree::get_first_word(), freeling::parse_tree::get_head_label(), freeling::parse_tree::get_head_position(), freeling::parse_tree::get_head_word(), freeling::dep_tree::get_last_word(), freeling::tree< T >::get_leftmost_leaf(), freeling::dep_tree::PrintDepTree(), freeling::parse_tree::PrintTree(), freeling::mention::set_iterators(), and freeling::mention::set_tokens().

template<class T , class N >

const_tree_sibling_iterator< T > freeling::basic_tree_iterator< T, N >::sibling_end

(

)

const

Referenced by freeling::dep_tree::get_first_word(), freeling::parse_tree::get_head_label(), freeling::parse_tree::get_head_position(), freeling::parse_tree::get_head_word(), freeling::dep_tree::get_last_word(), freeling::dep_tree::PrintDepTree(), freeling::parse_tree::PrintTree(), and freeling::mention::set_tokens().

template<class T , class N >

const_tree_sibling_iterator< T > freeling::basic_tree_iterator< T, N >::sibling_rbegin

(

)

const

Referenced by freeling::tree< T >::get_rightmost_leaf().

template<class T , class N >

const_tree_sibling_iterator< T > freeling::basic_tree_iterator< T, N >::sibling_rend

(

)

const

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Friends And Related Function Documentation

template<class T, class N>

friend class tree< T > [friend]

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Member Data Documentation

template<class T, class N>

N* freeling::basic_tree_iterator< T, N >::tr [protected]

Referenced by freeling::tree< T >::nth_child_ref(), freeling::basic_tree_iterator< T, N >::operator!=(), freeling::basic_tree_iterator< T, N >::operator==(), and freeling::tree< T >::tree().

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

• tree.h