Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

• pm::AccurateFloat
• pm::Array< E, SharedParams >
• pm::attrib< C >
• pm::attrib< pm::masquerade2< Masquerade, OrigRef, Second >::type >
• pm::attrib< pm::masquerade3< Masquerade, OrigRef, Second, Third >::type >
• pm::attrib< pm::masquerade< Masquerade, OrigRef >::type >
• pm::attrib< pm::masquerade_add_features< ContainerRef, Features >::type >
• pm::color_error
• pm::Complement< _Set, E, Comparator >
• pm::conv< From, To >
• pm::conv< E, Target >
• pm::conv< pm::ignore< From >, To >
• pm::conv< T, T >
• pm::graph::EdgeMap< dir, E, Params >
• pm::EquivalenceRelation
• pm::GMP::error
  • pm::GMP::NaN
  • pm::GMP::ZeroDivide
• pm::FaceMap< Traits >
• pm::FacetList
• pm::function_argument< T >
• pm::function_argument< T & >
• pm::GenericGraph< _Graph, _dir >
  • pm::graph::Graph< _dir >
• pm::GenericGraph< pm::graph::Graph< _dir >, _dir >
• pm::GenericGraph< pm::IndexedSubgraph< GraphRef, SetRef, Params >, pm::deref< GraphRef >::type::dir >
• pm::GenericGraph< pm::Wary< Graph >, Graph::dir >
• pm::GenericGraph< pm::Wary< pm::graph::Graph< dir > >, pm::graph::Graph< dir >::dir >
• pm::GenericSet< _Set, E, Comparator >
  • pm::GenericMutableSet< pm::incidence_line< TreeRef >, int, pm::operations::cmp >
  • pm::GenericMutableSet< pm::Set< E, Comparator >, E, Comparator >
  • pm::GenericMutableSet< pm::Set< pm::Set< E, Comparator >, Comparator >, pm::Set< E, Comparator >, Comparator >
  • pm::Bitset
  • pm::GenericMutableSet< _Set, E, Comparator >
    • pm::Set< E, Comparator >
    • pm::Set< pm::Set< E, Comparator > >
• pm::GenericSet< const const const pm::LazySet2< SetRef1, Set2 &, pm::set_difference_zipper >, pm::identical< pm::deref< SetRef1 >::type::element_type, pm::deref< Set2 & >::type::element_type >::type, pm::identical< pm::deref< SetRef1 >::type::element_comparator, pm::deref< Set2 & >::type::element_comparator >::type >
• pm::GenericSet< const const const pm::LazySet2< SetRef1, Set2 &, pm::set_intersection_zipper >, pm::identical< pm::deref< SetRef1 >::type::element_type, pm::deref< Set2 & >::type::element_type >::type, pm::identical< pm::deref< SetRef1 >::type::element_comparator, pm::deref< Set2 & >::type::element_comparator >::type >
• pm::GenericSet< const const const pm::LazySet2< SetRef2, Set1 &, pm::set_difference_zipper >, pm::identical< pm::deref< SetRef2 >::type::element_type, pm::deref< Set1 & >::type::element_type >::type, pm::identical< pm::deref< SetRef2 >::type::element_comparator, pm::deref< Set1 & >::type::element_comparator >::type >
• pm::GenericSet< pm::Bitset, int, pm::operations::cmp >
• pm::GenericSet< pm::face_map::element< Traits >, Traits::key_type, Traits::key_comparator_type >
• pm::GenericSet< pm::facet_list::Facet, int, pm::operations::cmp >
• pm::GenericSet< pm::FacetList::LexOrdered, facet_list::Facet::persistent_type, pm::operations::cmp >
• pm::GenericSet< pm::graph::node_container< dir >, int, pm::operations::cmp >
• pm::GenericSet< pm::incidence_line< TreeRef >, int, pm::operations::cmp >
• pm::GenericSet< pm::IncidenceLineChain< ContainerRef1, ContainerRef2 >, int, pm::operations::cmp >
• pm::GenericSet< pm::IndexedSubset< ContainerRef1, ContainerRef2, Params >, E, Comparator >
• pm::GenericSet< pm::Indices< ContainerRef >, int, pm::operations::cmp >
• pm::GenericSet< pm::Keys< pm::Map< K, D, Comparator > >, K, Comparator >
• pm::GenericSet< pm::LazySet2< SetRef1, SetRef2, Controller >, pm::identical< pm::deref< SetRef1 >::type::element_type, pm::deref< SetRef2 >::type::element_type >::type, pm::identical< pm::deref< SetRef1 >::type::element_comparator, pm::deref< SetRef2 >::type::element_comparator >::type >
• pm::GenericSet< pm::Nodes< Graph >, int, pm::operations::cmp >
• pm::GenericSet< pm::OrderedContainer< Container, Comparator, ProvidedFeatures >, pm::object_traits< Container::value_type >::persistent_type, Comparator >
• pm::GenericSet< pm::SameElementIncidenceLine< elem >, int, pm::operations::cmp >
• pm::GenericSet< pm::Series< E, _step_equal_1 >, E, pm::operations::cmp >
• pm::GenericSet< pm::Series< E, true >, E, pm::operations::cmp >
• pm::GenericSet< pm::Set< E, Comparator >, E, Comparator >
• pm::GenericSet< pm::Set< pm::Set< E, Comparator >, Comparator >, pm::Set< E, Comparator >, Comparator >
• pm::GenericSet< pm::Set_with_dim< SetRef >, pm::deref< SetRef >::type::element_type, pm::deref< SetRef >::type::element_comparator >
• pm::GenericSet< pm::SingleElementIncidenceLine, int, pm::operations::cmp >
• pm::GenericSet< pm::SingleElementSetCmp< E, pm::operations::cmp >, pm::deref< E >::type, pm::operations::cmp >
• pm::GenericSet< pm::SingleElementSetCmp< Eref, Comparator >, pm::deref< Eref >::type, Comparator >
• pm::GenericSet< pm::TruncatedSet< SetRef, direction >, pm::deref< SetRef >::type::element_type, pm::deref< SetRef >::type::element_comparator >
• pm::GenericSet< Subset, E, Comparator >
• pm::GenericSet< Subsets, pm::object_traits< Source >::persistent_type, pm::operations::cmp >
• pm::GenericVector< _Vector, E >
  • pm::FixedVector< E, _size >
  • pm::SparseVector< E, Predicate >
  • pm::Vector< E >
• pm::GenericVector< pm::ConcatRows< pm::ColChain< pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef1 >, pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef2 > > >, pm::object_traits< pm::ColChain< pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef1 >, pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef2 > >::value_type >::persistent_type >
• pm::GenericVector< pm::ConcatRows< pm::DiagMatrix< VectorRef, _main > >, pm::deref< VectorRef >::type::element_type >
• pm::GenericVector< pm::ConcatRows< pm::LazyMatrix1< pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef >, Operation > >, pm::object_traits< pm::LazyMatrix1< pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef >, Operation >::value_type >::persistent_type >
• pm::GenericVector< pm::ConcatRows< pm::LazyMatrix2< pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef1 >, pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef2 >, Operation > >, pm::object_traits< pm::LazyMatrix2< pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef1 >, pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef2 >, Operation >::value_type >::persistent_type >
• pm::GenericVector< pm::ConcatRows< pm::Matrix< E > >, pm::object_traits< E >::persistent_type >
• pm::GenericVector< pm::ConcatRows< pm::Matrix_base< E > >, E >
• pm::GenericVector< pm::ConcatRows< pm::Matrix_base< E > >, pm::object_traits< pm::Matrix_base< E >::value_type >::persistent_type >
• pm::GenericVector< pm::ConcatRows< pm::MatrixMinor< MatrixRef, RowIndexSetRef, ColIndexSetRef > >, pm::deref< MatrixRef >::type::element_type >
• pm::GenericVector< pm::ConcatRows< pm::MatrixProduct< MatrixRef1, MatrixRef2 > >, pm::lazy_product_traits< MatrixRef1, MatrixRef2 >::element_type >
• pm::GenericVector< pm::ConcatRows< pm::RepeatedCol< VectorRef > >, pm::deref< VectorRef >::type::element_type >
• pm::GenericVector< pm::ConcatRows< pm::RepeatedCol< VectorRef > >, pm::object_traits< pm::RepeatedCol< VectorRef >::value_type >::persistent_type >
• pm::GenericVector< pm::ConcatRows< pm::RepeatedRow< VectorRef > >, pm::deref< VectorRef >::type::element_type >
• pm::GenericVector< pm::ConcatRows< pm::RepeatedRow< VectorRef > >, pm::object_traits< pm::RepeatedRow< VectorRef >::value_type >::persistent_type >
• pm::GenericVector< pm::ConcatRows< pm::RowChain< MatrixRef1, MatrixRef2 > >, pm::deref< MatrixRef1 >::type::element_type >
• pm::GenericVector< pm::ConcatRows< pm::RowChain< pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef1 >, pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef2 > > >, pm::object_traits< pm::RowChain< pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef1 >, pm::masquerade< pm::Transposed< pm::Matrix< E > >, MatrixRef2 > >::value_type >::persistent_type >
• pm::GenericVector< pm::ConcatRows< pm::SingleRow< VectorRef > >, pm::deref< VectorRef >::type::element_type >
• pm::GenericVector< pm::ConcatRows< pm::SingleRow< VectorRef > >, pm::object_traits< pm::SingleRow< VectorRef >::value_type >::persistent_type >
• pm::GenericVector< pm::ConcatRows< pm::Transposed< pm::Matrix< E > > >, pm::object_traits< pm::Transposed< pm::Matrix< E > >::value_type >::persistent_type >
• pm::GenericVector< pm::ExpandedVector< VectorRef >, pm::deref< VectorRef >::type::element_type >
• pm::GenericVector< pm::FixedVector< E, _size >, E >
• pm::GenericVector< pm::LazyVector1< pm::masquerade< pm::ConcatRows< pm::Matrix< E > >, MatrixRef >, Operation >, pm::object_traits< pm::TransformedContainer< pm::masquerade< pm::ConcatRows< pm::Matrix< E > >, MatrixRef >, Operation >::value_type >::persistent_type >
• pm::GenericVector< pm::LazyVector1< VectorRef, Operation >, pm::object_traits< pm::TransformedContainer< VectorRef, Operation >::value_type >::persistent_type >
• pm::GenericVector< pm::LazyVector2< pm::masquerade< pm::ConcatRows< pm::Matrix< E > >, MatrixRef1 >, pm::masquerade< pm::ConcatRows< pm::Matrix< E > >, MatrixRef2 >, Operation >, pm::object_traits< pm::TransformedContainerPair< pm::masquerade< pm::ConcatRows< pm::Matrix< E > >, MatrixRef1 >, pm::masquerade< pm::ConcatRows< pm::Matrix< E > >, MatrixRef2 >, Operation >::value_type >::persistent_type >
• pm::GenericVector< pm::LazyVector2< VectorRef1, VectorRef2, Operation >, pm::object_traits< pm::TransformedContainerPair< VectorRef1, VectorRef2, Operation >::value_type >::persistent_type >
• pm::GenericVector< pm::SameElementSparseVector< SetRef, ElemRef >, pm::object_traits< pm::deref< ElemRef >::type >::persistent_type >
• pm::GenericVector< pm::SameElementVector< ElemRef >, pm::object_traits< pm::deref< ElemRef >::type >::persistent_type >
• pm::GenericVector< pm::SingleElementSparseVector< E, Predicate >, pm::deref< E >::type >
• pm::GenericVector< pm::SingleElementVector< E >, pm::deref< E >::type >
• pm::GenericVector< pm::sparse_matrix_line< Tree &, symmetric >, pm::deref< Tree & >::type::mapped_type >
• pm::GenericVector< pm::sparse_matrix_line< TreeRef, pm::SkewSymmetric >, pm::deref< TreeRef >::type::mapped_type >
• pm::GenericVector< pm::sparse_matrix_line< TreeRef, symmetric >, pm::deref< TreeRef >::type::mapped_type >
• pm::GenericVector< pm::SparseVector< E, Predicate >, E >
• pm::GenericVector< pm::Vector< E >, E >
• pm::GenericVector< pm::VectorChain< VectorRef1, VectorRef2 >, pm::identical< pm::deref< VectorRef1 >::type::element_type, pm::deref< VectorRef2 >::type::element_type >::type >
• pm::GenericVector< pm::VectorTensorProduct< VectorRef1, VectorRef2, Operation >, pm::object_traits< pm::ContainerProduct< VectorRef1, VectorRef2, Operation >::value_type >::persistent_type >
• pm::Heap< Key, Params >
• pm::HeapConstructor
• pm::HSV
• pm::if_else< Cond, Then, Else >
• pm::if_else< _forw, typename pm::Map< K, D, Comparator >::map_type::const_iterator, typename pm::Map< K, D, Comparator >::map_type::const_reverse_iterator >
• pm::if_else< pm::identical< T, Old >::value, New, T >
• pm::ignore< T, Expected >
• pm::IncidenceMatrix< symmetric >
• pm::Integer
• pm::Integer::div_t
• pm::iterator_product< Iterator1, Iterator2, _has_state1, _has_state2 >
• pm::iterator_product< Iterator1, Iterator2, _has_state1, false >
• std::iterator_traits< back_insert_iterator< Container > >
• pm::list_search< First, Second, Predicate >
  • pm::list_search_all< First, Second, Predicate >
• pm::list_search< Feature, pm::fixed_array< int, 1 >, pm::filter_iterator_features_helper< Feature, Container > >
  • pm::list_search_all< Feature, pm::fixed_array< int, 1 >, pm::filter_iterator_features_helper< Feature, Container > >
• pm::list_search< pm::list2cons< List >::type, Item, pm::identical< T1, T2 > >
• pm::list_search< pm::list2cons< list(pm::operations::apply2< pm::BuildUnaryIt< pm::operations::index2element< IteratorRef > > >, pair< pm::nothing, pm::operations::apply2< pm::BuildUnaryIt< pm::operations::index2element< IteratorRef > > > >, pair< pm::operations::apply2< pm::BuildUnaryIt< pm::operations::index2element< IteratorRef > > >, pm::operations::apply2< pm::BuildUnaryIt< pm::operations::index2element< IteratorRef > > > >) >::type, pm::deref< ContainerRef >::type::operation, pm::identical< T1, T2 > >
• pm::list_search< Tail, Second, Predicate >
• pm::Map< K, D, Comparator >
• pm::Matrix< E >
• pm::merge_list< First, Second, Predicate >
• pm::no_match
• pm::face_map::node< Traits >
• pm::AVL::node< K, D >
• pm::AVL::node_accessor_impl< NodeRef, _no_data >
• pm::AVL::node_accessor_impl< NodeRef >
• pm::graph::NodeMap< dir, E, Params >
• pm::nothing
• pm::output_predicate_selector< Iterator, Predicate >
• pm::permutation_iterator< permutations_heap >
• pm::AVL::Ptr< Node >
• pm::ptr_wrapper< T >
• pm::RandomSpherePoints< Num >
• pm::Rational
• pm::RGB
• pm::shared_array< Object, Params >
• pm::shared_array< Object, Params >::rep
• pm::shared_object< Object, Params >
  • pm::shared_pointer< Object, Params >
  • pm::shared_pointer< value_type >
• pm::shared_object< Object *, pm::append_params< Params, list(CopyOnWrite< pm::bool2type >, Allocator< std::std::allocator< Object > >)>::type >
• pm::shared_object< term_hash >
• pm::shared_object< value_type *, pm::append_params< void, list(CopyOnWrite< pm::bool2type >, Allocator< std::std::allocator< value_type > >)>::type >
• pm::SingleElementSet< E >
• pm::size_discriminant< n >
• pm::SparseMatrixStatistics< E >
• pm::facet_list::Table
• pm::AVL::tree< Traits >
• pm::AVL::tree< pm::sparse2d::traits< pm::graph::traits_base< _dir, false, restriction >, true, restriction > >
• pm::UniformlyRandom< AccurateFloat >
• pm::UniformlyRandom< Bitset >
• pm::UniformlyRandom< Rational >
• pm::unlimited