const_multi_array_ref is a multi-dimensional container adaptor. It provides the MultiArray interface over any contiguous block of elements. const_multi_array_ref exports the same interface as multi_array, with the exception of the constructors. const_multi_array_ref models MultiArray, CopyConstructible. and depending on the element type, it may also model EqualityComparable and LessThanComparable. Detailed descriptions are provided here only for operations that are not described in the multi_array reference. class const_multi_array_ref { public: // types: typedef ValueType element; typedef *unspecified* value_type; typedef *unspecified* reference; typedef *unspecified* const_reference; typedef *unspecified* difference_type; typedef *unspecified* iterator; typedef *unspecified* const_iterator; typedef *unspecified* reverse_iterator; typedef *unspecified* const_reverse_iterator; typedef multi_array_types::size_type size_type; typedef multi_array_types::index index; typedef multi_array_types::index_gen index_gen; typedef multi_array_types::index_range index_range; typedef multi_array_types::extent_gen extent_gen; typedef multi_array_types::extent_range extent_range; typedef *unspecified* storage_order_type; // template typedefs template struct subarray; template struct const_subarray; template struct array_view; template struct const_array_view; // structors template explicit const_multi_array_ref(TPtr data, const ExtentList& sizes, const storage_order_type& store = c_storage_order()); explicit const_multi_array_ref(TPtr data, const extents_tuple& ranges, const storage_order_type& store = c_storage_order()); const_multi_array_ref(const const_multi_array_ref& x); ~const_multi_array_ref(); // iterators: const_iterator begin() const; const_iterator end() const; const_reverse_iterator rbegin() const; const_reverse_iterator rend() const; // capacity: size_type size() const; size_type num_elements() const; size_type num_dimensions() const; // element access: template const element& operator()(const IndexList& indices) const; const_reference operator[](index i) const; const_array_view::type operator[](const indices_tuple& r) const; // queries const element* data() const; const element* origin() const; const size_type* shape() const; const index* strides() const; const index* index_bases() const; const storage_order_type& storage_order() const; // comparators bool operator==(const const_multi_array_ref& rhs); bool operator!=(const const_multi_array_ref& rhs); bool operator<(const const_multi_array_ref& rhs); bool operator>(const const_multi_array_ref& rhs); bool operator>=(const const_multi_array_ref& rhs); bool operator<=(const const_multi_array_ref& rhs); // modifiers: template void reshape(const SizeList& sizes) template void reindex(const BaseList& values); void reindex(index value); }; ]]> template <typename ExtentList> explicit const_multi_array_ref(TPtr data, const ExtentList& sizes, const storage_order& store = c_storage_order()); This constructs a const_multi_array_ref using the specified parameters. sizes specifies the shape of the constructed const_multi_array_ref. store specifies the storage order or layout in memory of the array dimensions. ExtentList must model Collection. sizes.size() == NumDims; ::type ranges, const storage_order& store = c_storage_order());]]> This constructs a const_multi_array_ref using the specified parameters. ranges specifies the shape and index bases of the constructed const_multi_array_ref. It is the result of NumDims chained calls to extent_gen::operator[]. store specifies the storage order or layout in memory of the array dimensions. This constructs a shallow copy of x.