Namespaces
	cpp11

	Scale_space_reconstruction_3

	Shape_detection_3

	Surface_mesh_parameterization

Classes
struct	Construct_array

class	CC_safe_handle

class	Compact_container_base

class	Compact_container

class	Compact_container_traits

class	Compact

class	Fast

class	Concurrent_compact_container_traits

class	Concurrent_compact_container

class	Default

class	Fourtuple

class	Cast_function_object

class	Compare_to_less

class	Creator_1

class	Creator_2

class	Creator_3

class	Creator_4

class	Creator_5

class	Creator_uniform_2

class	Creator_uniform_3

class	Creator_uniform_4

class	Creator_uniform_5

class	Creator_uniform_6

class	Creator_uniform_7

class	Creator_uniform_8

class	Creator_uniform_9

class	Creator_uniform_d

class	Dereference

class	Get_address

class	Identity

class	Project_facet

class	Project_next

class	Project_next_opposite

class	Project_normal

class	Project_opposite_prev

class	Project_plane

class	Project_point

class	Project_prev

class	Project_vertex

class	In_place_list_base

class	In_place_list

class	Const_oneset_iterator

class	Counting_iterator

class	Dispatch_or_drop_output_iterator

class	Dispatch_output_iterator

class	Emptyset_iterator

class	Filter_iterator

class	Insert_iterator

class	Inverse_index

class	Join_input_iterator_1

class	Join_input_iterator_2

class	Join_input_iterator_3

class	N_step_adaptor

class	Oneset_iterator

class	Random_access_adaptor

class	Random_access_value_adaptor

class	Iterator_range

class	Location_policy

class	Multiset

class	Object

class	Sixtuple

class	Spatial_lock_grid_3

class	Boolean_tag

struct	Null_functor

struct	Sequential_tag

struct	Parallel_tag

class	Null_tag

class	Threetuple

class	Twotuple

class	Uncertain

class	Quadruple

class	Triple

struct	value_type_traits

struct	value_type_traits< std::back_insert_iterator< Container > >

struct	value_type_traits< std::insert_iterator< Container > >

struct	value_type_traits< std::front_insert_iterator< Container > >

class	Circulator_from_container
	The adaptor `Circulator_from_container` provides a circulator for an STL container `C` of equal category as the iterator provided by the container. More...

class	Circulator_from_iterator
	The adaptor `Circulator_from_iterator` converts two iterators of type `I`, a begin and a past-the-end value, to a circulator of equal category. More...

class	Circulator_traits
	The circulator traits class distinguishes between circulators and iterators. More...

class	Container_from_circulator
	The adaptor `Container_from_circulator` is a class that converts any circulator type `C` to a kind of container class, i.e. a class that provides an `iterator` and a `const_iterator` type and two member functions (`begin()` and `end()`) that return the appropriate iterators. More...

struct	Circulator_tag
	A tag for any circulator type. More...

struct	Iterator_tag
	A tag for any iterator type. More...

struct	Forward_circulator_tag

struct	Bidirectional_circulator_tag

struct	Random_access_circulator_tag

struct	Circulator_base

struct	Forward_circulator_base

struct	Bidirectional_circulator_base

struct	Random_access_circulator_base

class	Forward_circulator_ptrbase
	forward circulator. More...

class	Bidirectional_circulator_ptrbase
	bidirectional circulator. More...

class	Random_access_circulator_ptrbase
	random access circulator. More...

Functions
template<class C >
void	Assert_circulator (const C &c)
	checks at compile time if its argument is a circulator.

template<class I >
void	Assert_iterator (const I &i)
	checks at compile time if its argument is an iterator.

template<class IC >
void	Assert_circulator_or_iterator (const IC &i)
	checks at compile time if its argument is a circulator or iterator.

template<class I >
void	Assert_input_category (const I &i)

template<class I >
void	Assert_output_category (const I &i)

template<class IC >
void	Assert_forward_category (const IC &ic)

template<class IC >
void	Assert_bidirectional_category (const IC &ic)

template<class IC >
void	Assert_random_access_category (const IC &ic)

template<class C >
C::difference_type	circulator_distance (C c, C d)
	The distance of a circulator `c` to a circulator `d` is the number of elements in the range `[c, d)`. More...

template<class C >
C::size_type	circulator_size (C c)
	The size of a circulator is the size of the data structure it refers to. More...

template<class IC >
bool	is_empty_range (const IC &i, const IC &j)
	is `true` if the range `[i, j)` is empty, `false` otherwise. More...

template<class IC >
iterator_traits< IC > ::difference_type	iterator_distance (IC ic1, IC ic2)
	The following function returns the distance between either two iterators or two circulators. More...

template<class I >
Iterator_tag	query_circulator_or_iterator (const I &i)
	This function matches for type `I` if the iterator category of `I` belongs to an iterator. More...

template<class C >
Circulator_tag	query_circulator_or_iterator (const C &c)
	This functiona matches for type `C` if the iterator category of `C` belongs to a circulator. More...

Namespaces

Classes

Functions