xtensor
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Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
 CA
 Cxt::tracking_allocator< T, A, P >
 Cxt::math::abs_fun
 Cxt::math::acos_fun
 Cxt::math::acosh_fun
 Cxt::acquire_ownership
 Cxt_simd::aligned_allocator< T, A >
 Cxt::aligned_mode
 Cxt_simd::aligned_mode
 Cxt_simd::allocator_alignment< A >
 Cxt::math::arg_fun
 Cstd::array
 Cxt::aligned_array< T, N, Align >This array class is modeled after std::array but adds optional alignment through a template parameter
 Cxt::math::asin_fun
 Cxt::math::asinh_fun
 Cxt::math::atan2_fun
 Cxt::math::atan_fun
 Cxt::math::atanh_fun
 Cxt::big_promote_value_type< E >
 Cxt::buffer_inner_types< D >
 Cxt::buffer_inner_types< xbuffer_adaptor< CP, O, A > >
 Cxt::buffer_inner_types< xiterator_adaptor< I, CI > >
 Cxt::buffer_inner_types< xiterator_owner_adaptor< C, IG > >
 Cdetail::buffer_storage_t
 Cxt::xbuffer_adaptor< CP, O, A >
 Cxt::math::cbrt_fun
 Cxt::math::ceil_fun
 Cxt::strided_assign_detail::check_strides_functor< L, S >
 Cxt::check_strides_overlap< L >
 Cxt::check_strides_overlap< layout_type::column_major >
 Cxt::check_strides_overlap< layout_type::row_major >
 Cxt::math::clamp_fun
 Cxt::common_difference_type< Args >
 Cxt::common_difference_type<>
 Cxt::common_size_type< Args >
 Cxt::common_size_type<>
 Cxt::detail::common_tensor_type_impl< std::decay_t< C >... >
 Cxt::common_tensor_type< C >
 Cxt::common_value_type< C >
 Cxt::conditional_cast_functor< condition, T >
 Cxt::conditional_cast_functor< true, T >
 Cstd::conditional_t
 Cxt::detail::xchunk_iterator_base< E >
 Cxt::xchunk_iterator< E >
 Cxt::xview< uvt, S... >
 Cxt::xview< uft, S... >
 Cxt::xview< ucvt, S... >
 Cxt::xview< ucft, S... >
 Cxt::xview< UnderlyingContainer, Slices... >
 Cxt::xview< CT, S... >
 Cxt::xview< E, S... >
 Cxt::detail::xchunk_iterator_base< T >
 Cxt::xchunk_iterator< self_type >
 Cxt::xchunk_iterator< const self_type >
 Cxt::xview< CT, S >Multidimensional view with tensor semantic
 Cxt::math::conj_fun
 Cxt::math::conj_impl_fun
 Cstd::conjunction
 Cxt::has_simd_interface< xfunction< F, CT... >, T >
 Cxt::has_simd_interface< xfunctor_applier_base< D >, T >
 Cxt::xoptional_comparable< E >
 Cxtl::conjunction< T >
 Cxt::const_array< T, N >A std::array like class with all member function (except reverse iterators) as constexpr
 Cxt::const_value< T >
 Cxt::const_xclosure< E, EN >
 Cxt::const_xclosure< E, disable_xexpression< std::decay_t< E > > >
 Cxt::const_xclosure< xshared_expression< E > &, std::enable_if_t< true > >
 Cxt_simd::container_alignment< C >
 Cxt::math::cos_fun
 Cxt::math::cosh_fun
 Cxt::decay_all< S, X >
 Cxt::decay_all< S< X... > >
 Cxt::math::deg2rad
 Cxt::driven_align_mode< A1, A2 >
 Cxt::print_options::edge_itemsIo manipulator used to set the number of egde items if the summarization is triggered
 Cstd::enable_if
 Cxt::container_simd_return_type< C, T1, T2 >
 Cxt::disable_indexed_stepper< T, R >
 Cxt::enable_indexed_stepper< T, R >
 Cxt::math::erf_fun
 Cxt::math::erfc_fun
 Cxt::math::exp2_fun
 Cxt::math::exp_fun
 Cxt::math::expm1_fun
 Cxt::extension::expression_tag_and< T >
 Cxt::extension::expression_tag_and< T >
 Cxt::extension::expression_tag_and< T, T >
 Cxt::extension::expression_tag_and< T1, expression_tag_and< T... >::type >
 Cxt::extension::expression_tag_and< T1, T... >
 Cxt::extension::expression_tag_and< xtensor_expression_tag, T >
 Cxt::extension::expression_tag_and< T, xtensor_expression_tag >
 Cxt::extension::expression_tag_and< xtensor_expression_tag, xtensor_expression_tag >
 Cxt::extension::expression_tag_and<>
 Cxt::math::fabs_fun
 Cstd::false_type
 Cxt::detail::has_load_simd< xfunctor_applier_base< xfunctor_adaptor< F, CT > >, T >
 Cxt::detail::has_simd_interface_impl< xfunctor_applier_base< xfunctor_adaptor< F, CT > >, T >
 Cxt::has_simd_interface< xfunctor_applier_base< xfunctor_adaptor< F, CT > >, T >
 Cxt::has_simd_interface< xfunctor_adaptor< F, CT >, T >
 Cxt::detail::has_load_simd< xfunctor_applier_base< xfunctor_view< F, CT > >, T >
 Cxt::detail::has_simd_interface_impl< xfunctor_applier_base< xfunctor_view< F, CT > >, T >
 Cxt::has_simd_interface< xfunctor_applier_base< xfunctor_view< F, CT > >, T >
 Cxt::has_simd_interface< xfunctor_view< F, CT >, T >
 Cxt::forbid_simd< const std::vector< bool, A > >
 Cxt::forbid_simd< const xtl::xdynamic_bitset< B, A > >
 Cxt::forbid_simd< std::vector< bool, A > >
 Cxt::forbid_simd< xtl::xdynamic_bitset< B, A > >
 Cxt::is_reducer_options_impl< std::decay_t< T > >
 Cxt::is_reducer_options< T >
 Cxt::is_reducer_options_impl< std::tuple< X... > >
 Cxt::is_specialization_of< TT, TT< Ts... > >
 Cxt::reducer_options< R, T >::initial_tester< const xinitial< X > >
 Cxt::reducer_options< R, T >::initial_tester< xinitial< X > >
 Cxt::detail::has_load_simd< E, T, class >
 Cxt::detail::has_simd_interface_impl< E, T, B >
 Cxt::has_simd_interface< xfunction< F, CT... >, T >
 Cxt::has_simd_interface< xfunctor_adaptor< F, CT >, T >
 Cxt::has_simd_interface< xfunctor_applier_base< D >, T >
 Cxt::has_simd_interface< xfunctor_view< F, CT >, T >
 Cxt::has_simd_interface< E, T >
 Cxt::detail::has_simd_apply_impl< F, B, class >
 Cxt::has_simd_apply< F, B >
 Cxt::forbid_simd< T >
 Cxt::is_contiguous_container< xiterator< St, S, L > >
 Cxt::is_not_xdummy_iterator< xdummy_iterator< is_const, CT > >
 Cxt::is_reducer_options_impl< T >
 Cxt::is_specialization_of< TT, T >
 Cxt::reducer_options< R, T >::initial_tester< X >
 Cxt_simd::is_batch_bool< V >
 Cxt_simd::is_batch_complex< V >
 Cxt::math::fdim_fun
 Cxt::detail::filter_fixed_shape_impl< S >
 Cxt::filter_fixed_shape< S >
 Cxt::fixed_shape< X >Fixed shape implementation for compile time defined arrays
 Cxt::fixed_xreducer_shape_type< S1, S2 >
 Cxt::fixed_xreducer_shape_type< fixed_shape< I... >, fixed_shape< J... > >
 Cxt::math::floor_fun
 Cxt::math::fma_fun
 Cxt::math::fmax_fun
 Cxt::math::fmin_fun
 Cxt::math::fmod_fun
 Cxt::check_policy::full
 Cxt::convolve_mode::full
 Cxt::extension::get_expression_tag_impl< E, class >
 Cxt::extension::get_expression_tag< xtl::xoptional< T, B > >
 Cxt::extension::get_expression_tag< E >
 Cxt::extension::get_expression_tag_impl< E, void_t< typename std::decay_t< E >::expression_tag > >
 Cxt::get_init_type< V, S >
 Cxt::get_init_type< V, fixed_shape< X... > >
 Cxt::get_strides_type< S >
 Cxt::get_strides_type< S >
 Cxt::get_value_type< T >
 Cxt::get_value_type< T >
 Cxt::has_assign_conversion< FROM, TO >
 Cxt::has_sign_conversion< FROM, TO >
 Cdetail::has_simd_interface_impl< xtensor_view< EC, N, L, Tag >, typename std::decay_t< xtensor_view< EC, N, L, Tag > >::value_type >
 Cxt::has_simd_interface< xtensor_view< EC, N, L, Tag > >
 Cxt::math::hypot_fun
 Cxtl::identity
 Cxt::conditional_cast_functor< false, T >
 Cxt::strided_assign_detail::idx_tools< layout >
 Cxt::strided_assign_detail::idx_tools< layout_type::column_major >
 Cxt::strided_assign_detail::idx_tools< layout_type::row_major >
 Cxt::index_from_shape< S >
 Cxt::index_mapper< UndefinedView >A helper class for mapping indices between views and their underlying containers
 Cxt::index_mapper< xt::xview< UnderlyingContainer, Slices... > >
 Cxt::initializer_dimension< U >
 Cxt::inner_aligned_mode
 Cstd::integral_constant
 Cstd::tuple_size< xt::const_array< T, N > >
 Cstd::tuple_size< xt::fixed_shape< N... > >
 Cstd::tuple_size< xt::sequence_view< T, Start, End > >
 Cxt::has_simd_type< T >
 Cxt::invalid_type
 Cstd::is_assignable
 Cxt::can_assign< CT, RHS >
 Cxt::can_assign< xstrided_view< CT, S, L, FST >, RHS >
 Cxt::can_assign< xstrided_view< CT, S, L, FST >, RHS >
 Cxt::can_assign< LHS, RHS >
 Cstd::is_base_of
 Cxt::is_evaluation_strategy< T >
 Cdetail::chunk_helper::is_chunked
 Cxt::is_chunked_t< E >
 Cxt::is_indexed_stepper< T >
 Cxt::is_indexed_stepper< xindexed_stepper< T, B > >
 Cxt::is_narrowing_conversion< FROM, TO >
 Cstd::is_same
 Cxt::is_xoptional_expression< E >
 Cxt::is_xtensor_expression< E >
 Cxt::math::isfinite_fun
 Cxt::math::isinf_fun
 Cxt::math::isnan_fun
 Cxt::math::lgamma_fun
 Cxt::print_options::line_widthIo manipulator used to set the width of the lines when printing an expression
 Cxt::linear_assigner< simd_assign >
 Cxt::linear_assigner< false >
 Cxt::math::log10_fun
 Cxt::math::log1p_fun
 Cxt::math::log2_fun
 Cxt::math::log_fun
 Cxt::strided_assign_detail::loop_sizes_t
 Cxt::make_invalid_type< T >
 Cxt::make_void< T >
 Cxt::math::maximum< T >
 Cxt::memory_range
 Cxt::math::minimum< T >
 Cxt::missing_type
 Cxt::math::nearbyint_fun
 Cxt::nested_initializer_list< T, I >
 Cxt::nested_initializer_list< T, 0 >
 Cxt::no_ownership
 Cxt::noalias_proxy< A >
 Cxt::check_policy::none
 Cxt::math::norm_fun
 Cxt::traits_detail::norm_of_array_elements_impl< T, integral, floating >
 Cxt::traits_detail::norm_of_array_elements_impl< long double, false, true >
 Cxt::traits_detail::norm_of_array_elements_impl< T, false, false >
 Cxt::traits_detail::norm_of_array_elements_impl< T, false, true >
 Cxt::traits_detail::norm_of_array_elements_impl< T, true, false >
 Cxt::traits_detail::norm_of_array_elements_impl< void *, false, false >
 Cxt::traits_detail::norm_of_scalar_impl< T, scalar >
 Cxt::traits_detail::norm_of_scalar_impl< T, false >
 Cxt::traits_detail::norm_of_scalar_impl< T, true >
 Cxt::traits_detail::norm_of_vector_impl< ARRAY >
 Cxt::traits_detail::norm_type_base< U >
 Cxt::traits_detail::norm_type_base< T >
 Cxt::norm_type< T >Traits class for the result type of the norm_l2() function
 Cxt::squared_norm_type< T >Traits class for the result type of the norm_sq() function
 Cxt::numeric_constants< T >
 Cxt::detail::option_base
 Cxt::evaluation_strategy::immediate_type
 Cxt::evaluation_strategy::lazy_type
 Cxt::keep_dims_type
 Cxt::xinitial< T >
 Cxt::overlapping_memory_checker_base
 Cxt::overlapping_memory_checker< Dst, std::enable_if_t< addressable_to_expression< Dst > > >
 Cxt::overlapping_memory_checker< Dst, Enable >
 Cxt::overlapping_memory_checker< Dst, std::enable_if_t< addressable_to_expression< Dst > > >
 Cxt::overlapping_memory_checker_traits< E, Enable >
 Cxt::overlapping_memory_checker_traits< E >
 Cxt::overlapping_memory_checker_traits< E, std::enable_if_t< addressable_to_expression< E > > >
 Cxt::overlapping_memory_checker_traits< E, std::enable_if_t<!addressable_to_expression< E > &&is_crtp_base_of< xview_semantic, E >::value > >
 Cxt::overlapping_memory_checker_traits< E, std::enable_if_t<!addressable_to_expression< E > &&is_specialization_of< xfunction, E >::value > >
 Cxt::math::pow_fun
 Cxt::print_options::precisionIo manipulator used to set the precision of the floating point values when printing an expression
 Cxt::print_options::print_options_impl
 Cxt::promote_shape< S >
 Cxt::promote_strides< S >
 Cxt::math::rad2deg
 Cxt::placeholders::rangemaker< Args >
 Cxt::placeholders::rangemaker< A, B >
 Cxt::placeholders::rangemaker< A, B, C >
 Cxt::tracking_allocator< T, A, P >::rebind< U >
 Cxt::rebind_container< X, C >
 Cxt::rebind_container< X, C< T, A > >
 Cxt::rebind_container< X, C< T, N > >
 Cxt::rebind_container< X, svector< T, N, A, B > >
 Cxt::reducer_options< R, T >
 Cxt::math::remainder_fun
 Cxt::remove_class< T >
 Cxt::remove_class< R(C::*)(Args...) const >
 Cxt::remove_class< R(C::*)(Args...)>
 Cxt_simd::revert_simd_traits< T >
 Cxt::math::rint_fun
 Cxt::math::round_fun
 Cstd::runtime_error
 Cxt::broadcast_error
 Cxt::concatenate_error
 Cxt::transpose_error
 Cxt::select_dim_mapping_type< T >
 Cxt::select_dim_mapping_type< fixed_shape< I... > >
 Cselect_expression_base_t
 Cxt::xsemantic_base< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xcontainer_semantic< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xarray_adaptor< EC, L, SC, Tag >Dense multidimensional container adaptor with tensor semantic
 Cxt::xsemantic_base< xarray_container< EC, L, SC, Tag > >
 Cxt::xcontainer_semantic< xarray_container< EC, L, SC, Tag > >
 Cxt::xarray_container< EC, L, SC, Tag >Dense multidimensional container with tensor semantic
 Cxt::xsemantic_base< xchunked_array< chunk_storage > >
 Cxt::xchunked_semantic< xchunked_array< chunk_storage > >
 Cxt::xchunked_array< chunk_storage >
 Cxt::xsemantic_base< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xcontainer_semantic< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xfixed_adaptor< EC, S, L, SH, Tag >Dense multidimensional container adaptor with tensor semantic and fixed dimension
 Cxt::xsemantic_base< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xcontainer_semantic< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xfixed_container< ET, S, L, SH, Tag >Dense multidimensional container with tensor semantic and fixed dimension
 Cxt::xsemantic_base< xfunctor_adaptor< F, CT > >
 Cxt::xcontainer_semantic< xfunctor_adaptor< F, CT > >
 Cxt::xfunctor_adaptor< F, CT >Adapt a container with a functor, forwarding methods such as resize / reshape
 Cxt::xsemantic_base< xfunctor_view< F, CT > >
 Cxt::xview_semantic< xfunctor_view< F, CT > >
 Cxt::xfunctor_view< F, CT >View of an xexpression
 Cxt::xsemantic_base< xindex_view< CT, I > >
 Cxt::xview_semantic< xindex_view< CT, I > >
 Cxt::xindex_view< CT, I >View of an xexpression from vector of indices
 Cxt::xsemantic_base< xoptional_assembly< VE, FE > >
 Cxt::xcontainer_semantic< xoptional_assembly< VE, FE > >
 Cxt::xoptional_assembly< VE, FE >Dense multidimensional container holding optional values, optimized for tensor operations
 Cxt::xsemantic_base< xoptional_assembly_adaptor< VEC, FEC > >
 Cxt::xcontainer_semantic< xoptional_assembly_adaptor< VEC, FEC > >
 Cxt::xoptional_assembly_adaptor< VEC, FEC >Dense multidimensional adaptor holding optional values, optimized for tensor operations
 Cxt::xsemantic_base< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xcontainer_semantic< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xtensor_adaptor< EC, N, L, Tag >Dense multidimensional container adaptor with tensor semantics and fixed dimension
 Cxt::xsemantic_base< xtensor_container< EC, N, L, Tag > >
 Cxt::xcontainer_semantic< xtensor_container< EC, N, L, Tag > >
 Cxt::xtensor_container< EC, N, L, Tag >Dense multidimensional container with tensor semantic and fixed dimension
 Cxt::xsemantic_base< xtensor_view< EC, N, L, Tag > >
 Cxt::xview_semantic< xtensor_view< EC, N, L, Tag > >
 Cxt::xtensor_view< EC, N, L, Tag >Dense multidimensional container adaptor with view semantics and fixed dimension
 Cxt::xsemantic_base< xview< CT, S... > >
 Cxt::xview_semantic< xview< CT, S... > >
 Cxt::xview< CT, S... >
 Cxt::xview< CT, S >Multidimensional view with tensor semantic
 Cxt::xsemantic_base< D >Base interface for assignable xexpressions
 Cxt::xchunked_semantic< self_type >
 Cxt::xcontainer_semantic< self_type >
 Cxt::xview_semantic< self_type >
 Cxt::xview_semantic< xmasked_view< CTD, CTM > >
 Cxt::xmasked_view< CTD, CTM >View on an xoptional_assembly or xoptional_assembly_adaptor hiding values depending on a given mask
 Cxt::xchunked_semantic< D >
 Cxt::xcontainer_semantic< D >Implementation of the xsemantic_base interface for dense multidimensional containers
 Cxt::xarray_adaptor< value_container &, L, SC >
 Cxt::xarray_adaptor< flag_container &, L, SC >
 Cxt::xarray_adaptor< const value_container &, L, SC >
 Cxt::xarray_adaptor< const flag_container &, L, SC >
 Cxt::xarray_adaptor< EC, L, SC, xoptional_expression_tag >
 Cxt::xarray_container< temporary_container_t< storage_type >, L, SC, Tag >
 Cxt::xarray_container< uvector< T, A >, L, xt::svector< typename uvector< T, A >::size_type, 4, SA, true > >
 Cxt::xarray_container< xtl::xoptional_vector< T, A, BC >, L, xt::svector< typename uvector< T, A >::size_type, 4, SA, true >, xoptional_expression_tag >
 Cxt::xarray_container< EC, L, SC, xoptional_expression_tag >
 Cxt::xfixed_container< typename storage_type::value_type, S, L, SH, Tag >
 Cxt::xfixed_container< T, FSH, L, Sharable >
 Cxt::xoptional_assembly< raw_value_expression, raw_flag_expression >
 Cxt::xtensor_adaptor< value_container &, N, L >
 Cxt::xtensor_adaptor< flag_container &, N, L >
 Cxt::xtensor_adaptor< const value_container &, N, L >
 Cxt::xtensor_adaptor< const flag_container &, N, L >
 Cxt::xtensor_adaptor< EC, N, L, xoptional_expression_tag >
 Cxt::xtensor_container< temporary_container_t< storage_type >, N, L, Tag >
 Cxt::xtensor_container< uvector< T, A >, N, L >
 Cxt::xtensor_container< xtl::xoptional_vector< T, A, BC >, N, L, xoptional_expression_tag >
 Cxt::xtensor_container< std::vector< T, A >, 2, layout_type::row_major >
 Cxt::xtensor_container< EC, N, L, xoptional_expression_tag >
 Cxt::xview_semantic< D >Implementation of the xsemantic_base interface for multidimensional views
 Cxt::xdynamic_view< uvt, S, L, typename FST::template rebind_t< uvt > >
 Cxt::xdynamic_view< uft, S, L, typename FST::template rebind_t< uft > >
 Cxt::xdynamic_view< ucvt, S, L, typename FST::template rebind_t< ucvt > >
 Cxt::xdynamic_view< ucft, S, L, typename FST::template rebind_t< ucft > >
 Cxt::xdynamic_view< CT, S, L, FST >
 Cxt::xdynamic_view< E, S, L, typename FST::template rebind_t< E > >
 Cxt::xfunctor_view< F, uvt >
 Cxt::xfunctor_view< F, ucvt >
 Cxt::xfunctor_view< F, E >
 Cxt::xindex_view< uvt, I >
 Cxt::xindex_view< uft, I >
 Cxt::xindex_view< ucvt, I >
 Cxt::xindex_view< ucft, I >
 Cxt::xindex_view< E, I >
 Cxt::xstrided_view< uvt, S, L, typename FST::template rebind_t< uvt > >
 Cxt::xstrided_view< uft, S, L, typename FST::template rebind_t< uft > >
 Cxt::xstrided_view< ucvt, S, L, typename FST::template rebind_t< ucvt > >
 Cxt::xstrided_view< ucft, S, L, typename FST::template rebind_t< ucft > >
 Cxt::xstrided_view< CT, shape_type >
 Cxt::xstrided_view< CT, S, L, FST >
 Cxt::xstrided_view< E, S, L, typename FST::template rebind_t< E > >
 Cxt::xtensor_view< EC, N, L, xoptional_expression_tag >
 Cxt::xview< uvt, S... >
 Cxt::xview< uft, S... >
 Cxt::xview< ucvt, S... >
 Cxt::xview< ucft, S... >
 Cxt::xview< UnderlyingContainer, Slices... >
 Cxt::xview< E, S... >
 Cxt::xdynamic_view< CT, S, L, FST >
 Cxt::xstrided_view< CT, S, L, FST >View of an xexpression using strides
 Cxt::select_iterable_base< L1, L2, T >
 Cselect_iterable_base_t
 Cxt::xstrided_view< uvt, S, L, typename FST::template rebind_t< uvt > >
 Cxt::xstrided_view< uft, S, L, typename FST::template rebind_t< uft > >
 Cxt::xstrided_view< ucvt, S, L, typename FST::template rebind_t< ucvt > >
 Cxt::xstrided_view< ucft, S, L, typename FST::template rebind_t< ucft > >
 Cxt::xstrided_view< CT, shape_type >
 Cxt::xstrided_view< CT, S, L, FST >
 Cxt::xstrided_view< E, S, L, typename FST::template rebind_t< E > >
 Cxt::xstrided_view< CT, S, L, FST >View of an xexpression using strides
 Cxt::select_layout< L, S >Compute a layout based on a layout and a shape type
 Cxt::sequence_view< E, Start, End >
 Cxt::detail::shape_storage< S >
 Cxt::xiterator< stepper, inner_shape_type *, L >
 Cxt::xiterator< const_stepper, inner_shape_type *, L >
 Cxt::xiterator< stepper, S, L >
 Cxt::xiterator< const_stepper, S, L >
 Cxt::xiterator< St, S, L >
 Cxt::math::sign_fun
 Cxt::math::sign_impl< T >
 Cxt::math::sign_impl< xtl::xoptional< T, B > >
 Cxt_simd::simd_traits< T >
 Cxt::math::sin_fun
 Cxt::math::sinh_fun
 Cxt::math::sqrt_fun
 Cxt::static_dimension< S >
 Cxt::static_string
 Cxt::stepper_assigner< E1, E2, L >
 Cxt::stepper_tools< L >
 Cxt::strided_loop_assigner< simd >
 Cxt::svector< T, N, A, Init >
 Cxt::math::tan_fun
 Cxt::math::tanh_fun
 Ctypename traits::template rebind_alloc
 Cxt::tracking_allocator< U, typename traits::template rebind_alloc< U >, P >
 Cxt::temporary_container< C >
 Cxt::temporary_container< xbuffer_adaptor< CP, O, A > >
 Cxt::temporary_container< xiterator_adaptor< I, CI > >
 Cxt::temporary_container< xiterator_owner_adaptor< C, IG > >
 Cxt::temporary_type< T, class >
 Cxt::temporary_type< T, void_t< typename std::decay_t< T >::temporary_type > >
 Cxt::temporary_type_from_tag< Tag, T >
 Cxt::temporary_type_from_tag< xtensor_expression_tag, T >
 Cxt::math::tgamma_fun
 Cxt::print_options::thresholdIo manipulator used to set the threshold after which summarization is triggered
 Cstd::true_type
 Cxt::is_contiguous_container< I >
 Cxt::is_contiguous_container< xiterator_adaptor< I, CI > >
 Cxt::is_contiguous_container< IG::iterator >
 Cxt::is_contiguous_container< xiterator_owner_adaptor< C, IG > >
 Cxt::is_contiguous_container< xiterator< St, S, L > >
 Cxt::is_contiguous_container< xiterator_adaptor< I, CI > >
 Cxt::is_contiguous_container< xiterator_owner_adaptor< C, IG > >
 Cxt::is_not_xdummy_iterator< xdummy_iterator< is_const, CT > >
 Cxt::forbid_simd< const std::vector< bool, A > >
 Cxt::forbid_simd< const xtl::xdynamic_bitset< B, A > >
 Cxt::forbid_simd< std::vector< bool, A > >
 Cxt::forbid_simd< xtl::xdynamic_bitset< B, A > >
 Cxt::is_contiguous_container< C >
 Cxt::is_not_xdummy_iterator< T >
 Cxt::is_reducer_options_impl< std::tuple< X... > >
 Cxt::is_specialization_of< TT, TT< Ts... > >
 Cxt::reducer_options< R, T >::initial_tester< const xinitial< X > >
 Cxt::reducer_options< R, T >::initial_tester< xinitial< X > >
 Cxt_simd::simd_condition< T1, T2 >
 Cxt::math::trunc_fun
 Cstd::tuple
 Cxt::xaccumulator_functor< ACCUMULATE_FUNC, INIT_FUNC >
 Cxt::xreducer_functors< REDUCE_FUNC, INIT_FUNC, MERGE_FUNC >
 Cxt::xreducer_functors< REDUCE_FUNC, const_value< NT >, MERGE_FUNC >
 Cxt::xreducer_functors< reduce_functor_type, init_functor_type, merge_functor_type >
 Cxt::xaccumulator_functor< ACCUMULATE_FUNC, INIT_FUNC >
 Cxt::xreducer_functors< REDUCE_FUNC, INIT_FUNC, MERGE_FUNC >
 Cxt::tuple_idx_of< T, Tuple >
 Cxt::tuple_idx_of_impl< I, T, Tuple >
 Cxt::tuple_idx_of_impl< I, T, std::tuple< T, Types... > >
 Cxt::tuple_idx_of_impl< I, T, std::tuple< U, Types... > >
 Cxt::tuple_idx_of_impl< I, T, std::tuple<> >
 Cdetail::tensor_view_simd_helper::type
 Cxt::has_simd_interface< xtensor_view< EC, N, L, Tag > >
 Cxt::unaligned_mode
 Cxt_simd::unaligned_mode
 Cxt::uvector< T, A >
 Cxt::convolve_mode::valid
 Cxt::view_temporary_type< E, SL >
 Cxt::xall_tag
 Cxt::extension::xarray_adaptor_base< EC, L, SC, Tag >
 Cxt::extension::xarray_adaptor_base< EC, L, SC, xoptional_expression_tag >
 Cxt::extension::xarray_adaptor_base< EC, L, SC, xtensor_expression_tag >
 Cextension::xarray_adaptor_base_t
 Cxt::xarray_adaptor< value_container &, L, SC >
 Cxt::xarray_adaptor< flag_container &, L, SC >
 Cxt::xarray_adaptor< const value_container &, L, SC >
 Cxt::xarray_adaptor< const flag_container &, L, SC >
 Cxt::xarray_adaptor< EC, L, SC, xoptional_expression_tag >
 Cxt::xarray_adaptor< EC, L, SC, Tag >Dense multidimensional container adaptor with tensor semantic
 Cxt::extension::xarray_container_base< EC, L, SC, Tag >
 Cxt::extension::xarray_container_base< EC, L, SC, xoptional_expression_tag >
 Cxt::extension::xarray_container_base< EC, L, SC, xtensor_expression_tag >
 Cextension::xarray_container_base_t
 Cxt::xarray_container< temporary_container_t< storage_type >, L, SC, Tag >
 Cxt::xarray_container< uvector< T, A >, L, xt::svector< typename uvector< T, A >::size_type, 4, SA, true > >
 Cxt::xarray_container< xtl::xoptional_vector< T, A, BC >, L, xt::svector< typename uvector< T, A >::size_type, 4, SA, true >, xoptional_expression_tag >
 Cxt::xarray_container< EC, L, SC, xoptional_expression_tag >
 Cxt::xarray_container< EC, L, SC, Tag >Dense multidimensional container with tensor semantic
 Cxt::extension::xarray_optional_traits< EC, L, SC >
 Cxt::extension::xarray_adaptor_optional_traits< EC, L, SC >
 Cxt::extension::xarray_container_optional_traits< EC, L, SC >
 Cxt::xassign_traits< E1, E2 >
 Cxt::xaxis_iterator< CT >Class for iteration over (N-1)-dimensional slices, where N is the dimension of the underlying expression
 Cxt::xaxis_slice_iterator< CT >Class for iteration over one-dimensional slices
 Cxt::xblockwise_reducer< CT, F, X, O >
 Cxt::extension::xbroadcast_base_impl< Tag, CT, X >
 Cxt::extension::xbroadcast_base_impl< xexpression_tag_t< CT >, CT, X >
 Cxt::extension::xbroadcast_base< CT, X >
 Cxt::extension::xbroadcast_base_impl< xoptional_expression_tag, CT, X >
 Cxt::extension::xbroadcast_base_impl< xtensor_expression_tag, CT, X >
 Cextension::xbroadcast_base_t
 Cxt::xbroadcast< E, X >
 Cxt::xbroadcast< CT, X >Broadcasted xexpression to a specified shape
 Cxt::xbuffer_adaptor_base< D >
 Cxt::xiterator_adaptor< iterator, const_iterator >
 Cxt::xbuffer_adaptor_base< xbuffer_adaptor< CP, O, A > >
 Cxt::xbuffer_adaptor< CP, O, A >
 Cxt::xbuffer_adaptor_base< xiterator_adaptor< I, CI > >
 Cxt::xiterator_adaptor< I, CI >
 Cxt::xbuffer_adaptor_base< xiterator_owner_adaptor< C, IG > >
 Cxt::xiterator_owner_adaptor< C, IG >
 Cxt::xchunked_assigner< T, chunk_storage >
 Cxt::xchunked_view< E >
 Cxt::xclosure< E, EN >
 Cxt::xclosure< E, disable_xexpression< std::decay_t< E > > >
 Cxt::xclosure< xshared_expression< E >, std::enable_if_t< true > >
 Cxt::xconst_accessible< D >Base class for implementation of common expression constant access methods
 Cxt::xbroadcast< E, X >
 Cxt::xgenerator< OF, OR, S >
 Cxt::xgenerator< value_functor, value_closure, S >
 Cxt::xgenerator< flag_functor, flag_closure, S >
 Cxt::xaccessible< D >Base class for implementation of common expression access methods
 Cxt::xreducer< Func, E, X, Opts >
 Cxt::xscalar< xtl::closure_type_t< E > >
 Cxt::xscalar< xtl::const_closure_type_t< E > >
 Cxt::xscalar< T >
 Cxt::xscalar< bool >
 Cxt::xscalar< std::conditional_t< is_const, const_value_closure, value_closure > >
 Cxt::xscalar< std::conditional_t< is_const, const_flag_closure, flag_closure > >
 Cxt::xscalar< const_value_closure >
 Cxt::xscalar< const_flag_closure >
 Cxt::xview< uvt, S... >
 Cxt::xview< uft, S... >
 Cxt::xview< ucvt, S... >
 Cxt::xview< ucft, S... >
 Cxt::xview< UnderlyingContainer, Slices... >
 Cxt::xview< E, S... >
 Cxt::xcontainer< D >Base class for dense multidimensional containers
 Cxt::xfixed_container< typename storage_type::value_type, S, L, SH, Tag >
 Cxt::xfixed_container< T, FSH, L, Sharable >
 Cxt::xstrided_container< D >Partial implementation of xcontainer that embeds the strides and the shape
 Cxt::xarray_adaptor< value_container &, L, SC >
 Cxt::xarray_adaptor< flag_container &, L, SC >
 Cxt::xarray_adaptor< const value_container &, L, SC >
 Cxt::xarray_adaptor< const flag_container &, L, SC >
 Cxt::xarray_adaptor< EC, L, SC, xoptional_expression_tag >
 Cxt::xarray_container< temporary_container_t< storage_type >, L, SC, Tag >
 Cxt::xarray_container< uvector< T, A >, L, xt::svector< typename uvector< T, A >::size_type, 4, SA, true > >
 Cxt::xarray_container< xtl::xoptional_vector< T, A, BC >, L, xt::svector< typename uvector< T, A >::size_type, 4, SA, true >, xoptional_expression_tag >
 Cxt::xarray_container< EC, L, SC, xoptional_expression_tag >
 Cxt::xtensor_adaptor< value_container &, N, L >
 Cxt::xtensor_adaptor< flag_container &, N, L >
 Cxt::xtensor_adaptor< const value_container &, N, L >
 Cxt::xtensor_adaptor< const flag_container &, N, L >
 Cxt::xtensor_adaptor< EC, N, L, xoptional_expression_tag >
 Cxt::xtensor_container< temporary_container_t< storage_type >, N, L, Tag >
 Cxt::xtensor_container< uvector< T, A >, N, L >
 Cxt::xtensor_container< xtl::xoptional_vector< T, A, BC >, N, L, xoptional_expression_tag >
 Cxt::xtensor_container< std::vector< T, A >, 2, layout_type::row_major >
 Cxt::xtensor_container< EC, N, L, xoptional_expression_tag >
 Cxt::xtensor_view< EC, N, L, xoptional_expression_tag >
 Cxt::xfunctor_applier_base< D >
 Cxt::xfunctor_view< F, uvt >
 Cxt::xfunctor_view< F, ucvt >
 Cxt::xfunctor_view< F, E >
 Cxt::xstrided_view_base< D >
 Cxt::xdynamic_view< uvt, S, L, typename FST::template rebind_t< uvt > >
 Cxt::xdynamic_view< uft, S, L, typename FST::template rebind_t< uft > >
 Cxt::xdynamic_view< ucvt, S, L, typename FST::template rebind_t< ucvt > >
 Cxt::xdynamic_view< ucft, S, L, typename FST::template rebind_t< ucft > >
 Cxt::xdynamic_view< CT, S, L, FST >
 Cxt::xdynamic_view< E, S, L, typename FST::template rebind_t< E > >
 Cxt::xstrided_view< uvt, S, L, typename FST::template rebind_t< uvt > >
 Cxt::xstrided_view< uft, S, L, typename FST::template rebind_t< uft > >
 Cxt::xstrided_view< ucvt, S, L, typename FST::template rebind_t< ucvt > >
 Cxt::xstrided_view< ucft, S, L, typename FST::template rebind_t< ucft > >
 Cxt::xstrided_view< CT, shape_type >
 Cxt::xstrided_view< CT, S, L, FST >
 Cxt::xstrided_view< E, S, L, typename FST::template rebind_t< E > >
 Cxt::xdynamic_view< CT, S, L, FST >
 Cxt::xstrided_view< CT, S, L, FST >View of an xexpression using strides
 Cxt::xconst_accessible< self_type >
 Cxt::xaccessible< self_type >
 Cxt::xcontainer< self_type >
 Cxt::xstrided_container< self_type >
 Cxt::xfunctor_applier_base< self_type >
 Cxt::xstrided_view_base< self_type >
 Cxt::xconst_accessible< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xaccessible< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xcontainer< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xstrided_container< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xarray_adaptor< EC, L, SC, Tag >Dense multidimensional container adaptor with tensor semantic
 Cxt::xconst_accessible< xarray_container< EC, L, SC, Tag > >
 Cxt::xaccessible< xarray_container< EC, L, SC, Tag > >
 Cxt::xcontainer< xarray_container< EC, L, SC, Tag > >
 Cxt::xstrided_container< xarray_container< EC, L, SC, Tag > >
 Cxt::xarray_container< EC, L, SC, Tag >Dense multidimensional container with tensor semantic
 Cxt::xconst_accessible< xbroadcast< CT, X > >
 Cxt::xbroadcast< CT, X >Broadcasted xexpression to a specified shape
 Cxt::xconst_accessible< xchunked_array< chunk_storage > >
 Cxt::xaccessible< xchunked_array< chunk_storage > >
 Cxt::xchunked_array< chunk_storage >
 Cxt::xconst_accessible< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xaccessible< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xcontainer< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xfixed_adaptor< EC, S, L, SH, Tag >Dense multidimensional container adaptor with tensor semantic and fixed dimension
 Cxt::xconst_accessible< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xaccessible< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xcontainer< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xfixed_container< ET, S, L, SH, Tag >Dense multidimensional container with tensor semantic and fixed dimension
 Cxt::xconst_accessible< xfunction< F, CT... > >
 Cxt::xfunction< F, CT... >
 Cxt::xfunction< F, E... >
 Cxt::xfunction< F, xclosure_t< E >... >
 Cxt::xfunction< F, CT >Multidimensional function operating on xtensor expressions
 Cxt::xconst_accessible< xfunctor_adaptor< F, CT > >
 Cxt::xaccessible< xfunctor_adaptor< F, CT > >
 Cxt::xfunctor_applier_base< xfunctor_adaptor< F, CT > >
 Cxt::xfunctor_adaptor< F, CT >Adapt a container with a functor, forwarding methods such as resize / reshape
 Cxt::xconst_accessible< xfunctor_view< F, CT > >
 Cxt::xaccessible< xfunctor_view< F, CT > >
 Cxt::xfunctor_applier_base< xfunctor_view< F, CT > >
 Cxt::xfunctor_view< F, CT >View of an xexpression
 Cxt::xconst_accessible< xgenerator< F, R, S > >
 Cxt::xgenerator< F, R, S >Multidimensional function operating on indices
 Cxt::xconst_accessible< xmasked_view< CTD, CTM > >
 Cxt::xaccessible< xmasked_view< CTD, CTM > >
 Cxt::xmasked_view< CTD, CTM >View on an xoptional_assembly or xoptional_assembly_adaptor hiding values depending on a given mask
 Cxt::xconst_accessible< xreducer< F, CT, X, O > >
 Cxt::xaccessible< xreducer< F, CT, X, O > >
 Cxt::xreducer< F, CT, X, O >Reducing function operating over specified axes
 Cxt::xconst_accessible< xrepeat< CT, R > >
 Cxt::xrepeat< CT, R >Expression with repeated values along an axis
 Cxt::xconst_accessible< xscalar< CT > >
 Cxt::xaccessible< xscalar< CT > >
 Cxt::xscalar< CT >
 Cxt::xconst_accessible< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xaccessible< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xcontainer< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xstrided_container< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xtensor_adaptor< EC, N, L, Tag >Dense multidimensional container adaptor with tensor semantics and fixed dimension
 Cxt::xconst_accessible< xtensor_container< EC, N, L, Tag > >
 Cxt::xaccessible< xtensor_container< EC, N, L, Tag > >
 Cxt::xcontainer< xtensor_container< EC, N, L, Tag > >
 Cxt::xstrided_container< xtensor_container< EC, N, L, Tag > >
 Cxt::xtensor_container< EC, N, L, Tag >Dense multidimensional container with tensor semantic and fixed dimension
 Cxt::xconst_accessible< xtensor_view< EC, N, L, Tag > >
 Cxt::xaccessible< xtensor_view< EC, N, L, Tag > >
 Cxt::xcontainer< xtensor_view< EC, N, L, Tag > >
 Cxt::xstrided_container< xtensor_view< EC, N, L, Tag > >
 Cxt::xtensor_view< EC, N, L, Tag >Dense multidimensional container adaptor with view semantics and fixed dimension
 Cxt::xconst_accessible< xview< CT, S... > >
 Cxt::xaccessible< xview< CT, S... > >
 Cxt::xview< CT, S... >
 Cxt::xview< CT, S >Multidimensional view with tensor semantic
 Cxt::xconst_iterable< D >Base class for multidimensional iterable constant expressions
 Cxt::xbroadcast< E, X >
 Cxt::xgenerator< OF, OR, S >
 Cxt::xgenerator< value_functor, value_closure, S >
 Cxt::xgenerator< flag_functor, flag_closure, S >
 Cxt::xiterable< xmasked_view< CTD, CTM > >
 Cxt::xmasked_view< CTD, CTM >View on an xoptional_assembly or xoptional_assembly_adaptor hiding values depending on a given mask
 Cxt::xreducer< Func, E, X, Opts >
 Cxt::xiterable< D >Base class for multidimensional iterable expressions
 Cxt::xdynamic_view< uvt, S, L, typename FST::template rebind_t< uvt > >
 Cxt::xdynamic_view< uft, S, L, typename FST::template rebind_t< uft > >
 Cxt::xdynamic_view< ucvt, S, L, typename FST::template rebind_t< ucvt > >
 Cxt::xdynamic_view< ucft, S, L, typename FST::template rebind_t< ucft > >
 Cxt::xdynamic_view< CT, S, L, FST >
 Cxt::xdynamic_view< E, S, L, typename FST::template rebind_t< E > >
 Cxt::xindex_view< uvt, I >
 Cxt::xindex_view< uft, I >
 Cxt::xindex_view< ucvt, I >
 Cxt::xindex_view< ucft, I >
 Cxt::xindex_view< E, I >
 Cxt::xscalar< xtl::closure_type_t< E > >
 Cxt::xscalar< xtl::const_closure_type_t< E > >
 Cxt::xscalar< T >
 Cxt::xscalar< bool >
 Cxt::xscalar< std::conditional_t< is_const, const_value_closure, value_closure > >
 Cxt::xscalar< std::conditional_t< is_const, const_flag_closure, flag_closure > >
 Cxt::xscalar< const_value_closure >
 Cxt::xscalar< const_flag_closure >
 Cxt::xcontiguous_iterable< D >Base class for multidimensional iterable expressions with contiguous storage
 Cxt::xcontainer< self_type >
 Cxt::xcontainer< D >Base class for dense multidimensional containers
 Cxt::xdynamic_view< CT, S, L, FST >
 Cxt::xoptional_assembly_base< D >Base class for dense multidimensional optional assemblies
 Cxt::xoptional_assembly< raw_value_expression, raw_flag_expression >
 Cxt::xconst_iterable< self_type >
 Cxt::xiterable< self_type >
 Cxt::xoptional_assembly_base< self_type >
 Cxt::xconst_iterable< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xiterable< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xcontiguous_iterable< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xcontainer< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xconst_iterable< xarray_container< EC, L, SC, Tag > >
 Cxt::xiterable< xarray_container< EC, L, SC, Tag > >
 Cxt::xcontiguous_iterable< xarray_container< EC, L, SC, Tag > >
 Cxt::xcontainer< xarray_container< EC, L, SC, Tag > >
 Cxt::xconst_iterable< xbroadcast< CT, X > >
 Cxt::xbroadcast< CT, X >Broadcasted xexpression to a specified shape
 Cxt::xconst_iterable< xchunked_array< chunk_storage > >
 Cxt::xiterable< xchunked_array< chunk_storage > >
 Cxt::xchunked_array< chunk_storage >
 Cxt::xconst_iterable< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xiterable< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xcontiguous_iterable< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xcontainer< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xconst_iterable< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xiterable< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xcontiguous_iterable< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xcontainer< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xconst_iterable< xfunction< F, CT... > >
 Cxt::xfunction< F, CT... >
 Cxt::xfunction< F, E... >
 Cxt::xfunction< F, xclosure_t< E >... >
 Cxt::xfunction< F, CT >Multidimensional function operating on xtensor expressions
 Cxt::xconst_iterable< xgenerator< F, R, S > >
 Cxt::xgenerator< F, R, S >Multidimensional function operating on indices
 Cxt::xconst_iterable< xindex_view< CT, I > >
 Cxt::xiterable< xindex_view< CT, I > >
 Cxt::xindex_view< CT, I >View of an xexpression from vector of indices
 Cxt::xconst_iterable< xoptional_assembly< VE, FE > >
 Cxt::xiterable< xoptional_assembly< VE, FE > >
 Cxt::xoptional_assembly_base< xoptional_assembly< VE, FE > >
 Cxt::xoptional_assembly< VE, FE >Dense multidimensional container holding optional values, optimized for tensor operations
 Cxt::xconst_iterable< xoptional_assembly_adaptor< VEC, FEC > >
 Cxt::xiterable< xoptional_assembly_adaptor< VEC, FEC > >
 Cxt::xoptional_assembly_base< xoptional_assembly_adaptor< VEC, FEC > >
 Cxt::xoptional_assembly_adaptor< VEC, FEC >Dense multidimensional adaptor holding optional values, optimized for tensor operations
 Cxt::xconst_iterable< xreducer< F, CT, X, O > >
 Cxt::xreducer< F, CT, X, O >Reducing function operating over specified axes
 Cxt::xconst_iterable< xrepeat< CT, R > >
 Cxt::xiterable< xrepeat< CT, R > >
 Cxt::xrepeat< CT, R >Expression with repeated values along an axis
 Cxt::xconst_iterable< xscalar< CT > >
 Cxt::xiterable< xscalar< CT > >
 Cxt::xscalar< CT >
 Cxt::xconst_iterable< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xiterable< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xcontiguous_iterable< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xcontainer< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xconst_iterable< xtensor_container< EC, N, L, Tag > >
 Cxt::xiterable< xtensor_container< EC, N, L, Tag > >
 Cxt::xcontiguous_iterable< xtensor_container< EC, N, L, Tag > >
 Cxt::xcontainer< xtensor_container< EC, N, L, Tag > >
 Cxt::xconst_iterable< xtensor_view< EC, N, L, Tag > >
 Cxt::xiterable< xtensor_view< EC, N, L, Tag > >
 Cxt::xcontiguous_iterable< xtensor_view< EC, N, L, Tag > >
 Cxt::xcontainer< xtensor_view< EC, N, L, Tag > >
 Cxt::xcontainer_inner_types< D >
 Cxt::xcontainer_inner_types< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xcontainer_inner_types< xarray_container< EC, L, SC, Tag > >
 Cxt::xcontainer_inner_types< xbroadcast< CT, X > >
 Cxt::xcontainer_inner_types< xchunked_array< chunk_storage > >
 Cxt::xcontainer_inner_types< xdynamic_view< CT, S, L, FST > >
 Cxt::xcontainer_inner_types< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xcontainer_inner_types< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xcontainer_inner_types< xfunction< F, CT... > >
 Cxt::xcontainer_inner_types< xfunctor_adaptor< F, CT > >
 Cxt::xcontainer_inner_types< xfunctor_view< F, CT > >
 Cxt::xcontainer_inner_types< xgenerator< C, R, S > >
 Cxt::xcontainer_inner_types< xindex_view< CT, I > >
 Cxt::xcontainer_inner_types< xmasked_view< CTD, CTM > >
 Cxt::xcontainer_inner_types< xoptional_assembly< VE, FE > >
 Cxt::xcontainer_inner_types< xoptional_assembly_adaptor< VEC, FEC > >
 Cxt::xcontainer_inner_types< xreducer< F, CT, X, O > >
 Cxt::xcontainer_inner_types< xrepeat< CT, R > >
 Cxt::xcontainer_inner_types< xscalar< CT > >
 Cxt::xcontainer_inner_types< xstrided_view< CT, S, L, FST > >
 Cxt::xcontainer_inner_types< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xcontainer_inner_types< xtensor_container< EC, N, L, Tag > >
 Cxt::xcontainer_inner_types< xtensor_view< EC, N, L, Tag > >
 Cxt::xcontainer_inner_types< xview< CT, S... > >
 Cxt::xcontainer_iterable_types< D >
 Cxt::xcontainer_iterable_types< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xiterable_inner_types< xarray_adaptor< EC, L, SC, Tag > >
 Cxt::xcontainer_iterable_types< xarray_container< EC, L, SC, Tag > >
 Cxt::xiterable_inner_types< xarray_container< EC, L, SC, Tag > >
 Cxt::xcontainer_iterable_types< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xiterable_inner_types< xfixed_adaptor< EC, S, L, SH, Tag > >
 Cxt::xcontainer_iterable_types< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xiterable_inner_types< xfixed_container< ET, S, L, SH, Tag > >
 Cxt::xcontainer_iterable_types< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xiterable_inner_types< xtensor_adaptor< EC, N, L, Tag > >
 Cxt::xcontainer_iterable_types< xtensor_container< EC, N, L, Tag > >
 Cxt::xiterable_inner_types< xtensor_container< EC, N, L, Tag > >
 Cxt::xcontainer_iterable_types< xtensor_view< EC, N, L, Tag > >
 Cxt::xiterable_inner_types< xtensor_view< EC, N, L, Tag > >
 Cxt::xcsv_config
 Cxt::extension::xdynamic_view_base_impl< Tag, CT, S, L, FST >
 Cxt::extension::xdynamic_view_base_impl< xexpression_tag_t< CT >, CT, S, L, FST >
 Cxt::extension::xdynamic_view_base< CT, S, L, FST >
 Cxt::extension::xdynamic_view_base_impl< xoptional_expression_tag, CT, S, L, FST >
 Cxt::extension::xdynamic_view_base_impl< xtensor_expression_tag, CT, S, L, FST >
 Cextension::xdynamic_view_base_t
 Cxt::xdynamic_view< uvt, S, L, typename FST::template rebind_t< uvt > >
 Cxt::xdynamic_view< uft, S, L, typename FST::template rebind_t< uft > >
 Cxt::xdynamic_view< ucvt, S, L, typename FST::template rebind_t< ucvt > >
 Cxt::xdynamic_view< ucft, S, L, typename FST::template rebind_t< ucft > >
 Cxt::xdynamic_view< CT, S, L, FST >
 Cxt::xdynamic_view< E, S, L, typename FST::template rebind_t< E > >
 Cxt::xdynamic_view< CT, S, L, FST >
 Cxt::xellipsis_tag
 Cxt::xexpression< D >Base class for xexpressions
 Cxt::xsharable_expression< D >
 Cxt::xbroadcast< E, X >
 Cxt::xgenerator< OF, OR, S >
 Cxt::xgenerator< value_functor, value_closure, S >
 Cxt::xgenerator< flag_functor, flag_closure, S >
 Cxt::xreducer< Func, E, X, Opts >
 Cxt::xscalar< xtl::closure_type_t< E > >
 Cxt::xscalar< xtl::const_closure_type_t< E > >
 Cxt::xscalar< T >
 Cxt::xscalar< bool >
 Cxt::xscalar< std::conditional_t< is_const, const_value_closure, value_closure > >
 Cxt::xscalar< std::conditional_t< is_const, const_flag_closure, flag_closure > >
 Cxt::xscalar< const_value_closure >
 Cxt::xscalar< const_flag_closure >
 Cxt::xexpression< xbroadcast< CT, X > >
 Cxt::xsharable_expression< xbroadcast< CT, X > >
 Cxt::xbroadcast< CT, X >Broadcasted xexpression to a specified shape
 Cxt::xexpression< xfunction< F, CT... > >
 Cxt::xsharable_expression< xfunction< F, CT... > >
 Cxt::xfunction< F, CT... >
 Cxt::xfunction< F, E... >
 Cxt::xfunction< F, xclosure_t< E >... >
 Cxt::xfunction< F, CT >Multidimensional function operating on xtensor expressions
 Cxt::xexpression< xgenerator< F, R, S > >
 Cxt::xsharable_expression< xgenerator< F, R, S > >
 Cxt::xgenerator< F, R, S >Multidimensional function operating on indices
 Cxt::xexpression< xreducer< F, CT, X, O > >
 Cxt::xsharable_expression< xreducer< F, CT, X, O > >
 Cxt::xreducer< F, CT, X, O >Reducing function operating over specified axes
 Cxt::xexpression< xrepeat< CT, R > >
 Cxt::xsharable_expression< xrepeat< CT, R > >
 Cxt::xrepeat< CT, R >Expression with repeated values along an axis
 Cxt::xexpression< xscalar< CT > >
 Cxt::xsharable_expression< xscalar< CT > >
 Cxt::xscalar< CT >
 Cxt::xexpression< xshared_expression< E > >
 Cxt::xshared_expression< E >Shared xexpressions
 Cxt::xexpression_assigner_base< Tag >
 Cxt::xexpression_assigner< Tag >
 Cxt::xexpression_assigner_base< xoptional_expression_tag >
 Cxt::xexpression_assigner_base< xtensor_expression_tag >
 Cxt::xexpression_holder
 Cxt::xexpression_tag< T >
 Cxt::xfiltration< ECT, CCT >Filter of a xexpression for fast scalar assign
 Cxt::extension::xfunction_base_impl< Tag, F, CT >
 Cxt::extension::xfunction_base_impl< xexpression_tag_t< CT... >, F, CT... >
 Cxt::extension::xfunction_base< F, CT >
 Cxt::extension::xfunction_base_impl< xoptional_expression_tag, F, CT... >
 Cxt::extension::xfunction_base_impl< xtensor_expression_tag, F, CT... >
 Cextension::xfunction_base_t
 Cxt::xfunction< F, CT... >
 Cxt::xfunction< F, E... >
 Cxt::xfunction< F, xclosure_t< E >... >
 Cxt::xfunction< F, CT >Multidimensional function operating on xtensor expressions
 Cxt::detail::xfunction_cache_impl< promote::type, promote >
 Cxt::xfunction_cache< promote >
 Cxt::xfunction_stepper< F, CT >
 Cxt::xfunctor_stepper< F, ST >
 Cxt::extension::xfunctor_view_base_impl< Tag, F, CT >
 Cxt::extension::xfunctor_view_base_impl< xexpression_tag_t< CT >, F, CT >
 Cxt::extension::xfunctor_view_base< F, CT >
 Cxt::extension::xfunctor_view_base_impl< xoptional_expression_tag, F, CT >
 Cxt::extension::xfunctor_view_base_impl< xtensor_expression_tag, F, CT >
 Cextension::xfunctor_view_base_t
 Cxt::xfunctor_view< F, uvt >
 Cxt::xfunctor_view< F, ucvt >
 Cxt::xfunctor_view< F, E >
 Cxt::xfunctor_adaptor< F, CT >Adapt a container with a functor, forwarding methods such as resize / reshape
 Cxt::xfunctor_view< F, CT >View of an xexpression
 Cxt::xfunctor_view_temporary_type< F, E >
 Cxt::extension::xgenerator_base_impl< Tag, F, R, S >
 Cxt::extension::xgenerator_base_impl< xexpression_tag_t< R >, F, R, S >
 Cxt::extension::xgenerator_base< F, R, S >
 Cxt::extension::xgenerator_base_impl< xoptional_expression_tag, F, R, S >
 Cxt::extension::xgenerator_base_impl< xtensor_expression_tag, F, R, S >
 Cextension::xgenerator_base_t
 Cxt::xgenerator< OF, OR, S >
 Cxt::xgenerator< value_functor, value_closure, S >
 Cxt::xgenerator< flag_functor, flag_closure, S >
 Cxt::xgenerator< F, R, S >Multidimensional function operating on indices
 Cxt::extension::xindex_view_base_impl< Tag, CT, I >
 Cxt::extension::xindex_view_base_impl< xexpression_tag_t< CT >, CT, I >
 Cxt::extension::xindex_view_base< CT, I >
 Cxt::extension::xindex_view_base_impl< xoptional_expression_tag, CT, I >
 Cxt::extension::xindex_view_base_impl< xtensor_expression_tag, CT, I >
 Cextension::xindex_view_base_t
 Cxt::xindex_view< uvt, I >
 Cxt::xindex_view< uft, I >
 Cxt::xindex_view< ucvt, I >
 Cxt::xindex_view< ucft, I >
 Cxt::xindex_view< E, I >
 Cxt::xindex_view< CT, I >View of an xexpression from vector of indices
 Cxt::xindexed_stepper< E, is_const >
 Cxt::xiterable_inner_types< D >
 Cxt::xiterable_inner_types< xbroadcast< CT, X > >
 Cxt::xiterable_inner_types< xchunked_array< chunk_storage > >
 Cxt::xiterable_inner_types< xdynamic_view< CT, S, L, FST > >
 Cxt::xiterable_inner_types< xfunction< F, CT... > >
 Cxt::xiterable_inner_types< xgenerator< C, R, S > >
 Cxt::xiterable_inner_types< xindex_view< CT, I > >
 Cxt::xiterable_inner_types< xmasked_view< CTD, CTM > >
 Cxt::xiterable_inner_types< xoptional_assembly< VE, FE > >
 Cxt::xiterable_inner_types< xoptional_assembly_adaptor< VEC, FEC > >
 Cxt::xiterable_inner_types< xreducer< F, CT, X, O > >
 Cxt::xiterable_inner_types< xrepeat< CT, R > >
 Cxt::xiterable_inner_types< xscalar< CT > >
 Cxt::xiterable_inner_types< xstrided_view< CT, S, L, FST > >
 Cxt::xiterable_inner_types< xview< CT, S... > >
 Cxt::xmasked_value< T, B >
 Cxt::xmasked_view_stepper< D, is_const >
 Cxt::xmultiindex_iterator< S >
 Cxt::xnewaxis_tag
 Cxt::xoptional_assembly_linear_iterator_traits< VE, FE, is_const >
 Cxt::xoptional_assembly_stepper< D, is_const >
 Cxt::xoptional_assembly_storage< VE, FE >
 Cxt::extension::xoptional_empty_base< D >
 Cxt::extension::xcontainer_optional_base< traits >
 Cxt::extension::xoptional_empty_base< T::derived_type >
 Cxt::extension::xcontainer_optional_base< T >
 Cxt::extension::xoptional_empty_base< xbroadcast< CT, X > >
 Cxt::extension::xbroadcast_optional< CT, X >
 Cxt::extension::xoptional_empty_base< xdynamic_view< CT, S, L, FST > >
 Cxt::extension::xdynamic_view_optional< CT, S, L, FST >
 Cxt::extension::xoptional_empty_base< xfunction< F, CT... > >
 Cxt::extension::xfunction_optional_base< F, CT... >
 Cxt::extension::xfunction_optional_base< F, CT >
 Cxt::extension::xoptional_empty_base< xfunctor_view< F, CT > >
 Cxt::extension::xfunctor_view_optional< F, CT >
 Cxt::extension::xoptional_empty_base< xgenerator< F, R, S > >
 Cxt::extension::xgenerator_optional< F, R, S >
 Cxt::extension::xoptional_empty_base< xindex_view< CT, I > >
 Cxt::extension::xindex_view_optional< CT, I >
 Cxt::extension::xoptional_empty_base< xreducer< F, CT, X, O > >
 Cxt::extension::xreducer_optional< F, CT, X, O >
 Cxt::extension::xoptional_empty_base< xrepeat< CT, X > >
 Cxt::extension::xrepeat_optional< CT, X >
 Cxt::extension::xoptional_empty_base< xscalar< CT > >
 Cxt::extension::xscalar_optional_base< CT >
 Cxt::extension::xoptional_empty_base< xstrided_view< CT, S, L, FST > >
 Cxt::extension::xstrided_view_optional< CT, S, L, FST >
 Cxt::extension::xoptional_empty_base< xview< CT, S... > >
 Cxt::extension::xview_optional< CT, S... >
 Cxt::extension::xview_optional< CT, S >
 Cxt::xoptional_expression_tag
 Cxt::xproxy_inner_types< R >
 Cxtl::xrandom_access_iterator_base
 Cxt::xdummy_iterator< false, CT >
 Cxt::xdummy_iterator< true, CT >
 Cxt::xfunction_iterator< F, CT... >
 Cxt::xfunctor_iterator< functor_type, typename xexpression_type::template layout_iterator< L > >
 Cxt::xfunctor_iterator< const functor_type, typename xexpression_type::template const_layout_iterator< L > >
 Cxt::xfunctor_iterator< functor_type, typename xexpression_type::template reverse_layout_iterator< L > >
 Cxt::xfunctor_iterator< const functor_type, typename xexpression_type::template const_reverse_layout_iterator< L > >
 Cxt::xfunctor_iterator< functor_type, xiterator< typename xexpression_type::stepper, S, L > >
 Cxt::xfunctor_iterator< functor_type, xiterator< typename xexpression_type::const_stepper, S, L > >
 Cxt::xfunctor_iterator< functor_type, typename xexpression_type::template reverse_broadcast_iterator< S, L > >
 Cxt::xfunctor_iterator< functor_type, typename xexpression_type::template const_reverse_broadcast_iterator< S, L > >
 Cxt::xfunctor_iterator< functor_type, typename xexpression_type::linear_iterator >
 Cxt::xfunctor_iterator< const functor_type, typename xexpression_type::const_linear_iterator >
 Cxt::xfunctor_iterator< functor_type, typename xexpression_type::reverse_linear_iterator >
 Cxt::xfunctor_iterator< const functor_type, typename xexpression_type::const_reverse_linear_iterator >
 Cxt::xfunctor_iterator< functor_type, typename xexpression_type::iterator >
 Cxt::xfunctor_iterator< const functor_type, typename xexpression_type::const_iterator >
 Cxt::xfunctor_iterator< functor_type, typename xexpression_type::reverse_iterator >
 Cxt::xfunctor_iterator< const functor_type, typename xexpression_type::const_reverse_iterator >
 Cxt::xiterator< stepper, inner_shape_type *, L >
 Cxt::xiterator< const_stepper, inner_shape_type *, L >
 Cxt::xiterator< stepper, S, L >
 Cxt::xiterator< const_stepper, S, L >
 Cxt::xbounded_iterator< It, BIt >
 Cxt::xdummy_iterator< is_const, CT >
 Cxt::xfunction_iterator< F, CT >
 Cxt::xfunctor_iterator< F, IT >
 Cxt::xiterator< St, S, L >
 Cxtl::xrandom_access_iterator_base2
 Cxt::xoptional_assembly_linear_iterator< VE, FE, false >
 Cxt::xoptional_assembly_linear_iterator< VE, FE, true >
 Cxt::xoptional_assembly_linear_iterator< VE, FE, is_const >
 Cxt::xrange_adaptor< A, B, C >
 Cxt::extension::xreducer_base_impl< Tag, F, CT, X, O >
 Cxt::extension::xreducer_base_impl< xexpression_tag_t< CT >, F, CT, X, O >
 Cxt::extension::xreducer_base< F, CT, X, O >
 Cxt::extension::xreducer_base_impl< xoptional_expression_tag, F, CT, X, O >
 Cxt::extension::xreducer_base_impl< xtensor_expression_tag, F, CT, X, O >
 Cextension::xreducer_base_t
 Cxt::xreducer< Func, E, X, Opts >
 Cxt::xreducer< F, CT, X, O >Reducing function operating over specified axes
 Cxt::xreducer_shape_type< ST, X, O >
 Cxt::xreducer_shape_type< fixed_shape< I... >, fixed_shape< J... >, O >
 Cxt::xreducer_shape_type< fixed_shape< I... >, std::array< I2, N2 >, std::false_type >
 Cxt::xreducer_shape_type< fixed_shape< I... >, std::array< I2, N2 >, std::true_type >
 Cxt::xreducer_shape_type< std::array< I1, N1 >, std::array< I2, N2 >, std::false_type >
 Cxt::xreducer_shape_type< std::array< I1, N1 >, std::array< I2, N2 >, std::true_type >
 Cxt::xreducer_stepper< F, CT, X, O >
 Cxt::extension::xrepeat_base_impl< Tag, CT, X >
 Cxt::extension::xrepeat_base_impl< xexpression_tag_t< CT >, CT, X >
 Cxt::extension::xrepeat_base< CT, X >
 Cxt::extension::xrepeat_base_impl< xoptional_expression_tag, CT, X >
 Cxt::extension::xrepeat_base_impl< xtensor_expression_tag, CT, X >
 Cextension::xrepeat_base_t
 Cxt::xrepeat< CT, R >Expression with repeated values along an axis
 Cxt::xrepeat_stepper< S, R >
 Cxt::extension::xscalar_base_impl< Tag, CT >
 Cxt::extension::xscalar_base_impl< get_expression_tag_t< std::decay_t< CT > >, CT >
 Cxt::extension::xscalar_base< CT >
 Cxt::extension::xscalar_base_impl< xoptional_expression_tag, CT >
 Cxt::extension::xscalar_base_impl< xtensor_expression_tag, CT >
 Cextension::xscalar_base_t
 Cxt::xscalar< xtl::closure_type_t< E > >
 Cxt::xscalar< xtl::const_closure_type_t< E > >
 Cxt::xscalar< T >
 Cxt::xscalar< bool >
 Cxt::xscalar< std::conditional_t< is_const, const_value_closure, value_closure > >
 Cxt::xscalar< std::conditional_t< is_const, const_flag_closure, flag_closure > >
 Cxt::xscalar< const_value_closure >
 Cxt::xscalar< const_flag_closure >
 Cxt::xscalar< CT >
 Cxt::extension::xscalar_optional_traits< CT >
 Cxt::xscalar_stepper< is_const, CT >
 Cxt::xslice< D >
 Cxt::xall< typename E::size_type >
 Cxt::xnewaxis< typename E::size_type >
 Cxt::xslice< xall< T > >
 Cxt::xall< T >
 Cxt::xslice< xdrop_slice< T > >
 Cxt::xdrop_slice< T >
 Cxt::xslice< xfake_slice< T > >
 Cxt::xslice< xkeep_slice< T > >
 Cxt::xkeep_slice< T >
 Cxt::xslice< xnewaxis< T > >
 Cxt::xnewaxis< T >
 Cxt::xslice< xrange< T > >
 Cxt::xrange< T >
 Cxt::xslice< xstepped_range< T > >
 Cxt::xstepped_range< T >
 Cxt::xstepper< C >
 Cxt::extension::xstrided_view_base_impl< Tag, CT, S, L, FST >
 Cxt::extension::xstrided_view_base_impl< xexpression_tag_t< CT >, CT, S, L, FST >
 Cxt::extension::xstrided_view_base< CT, S, L, FST >
 Cxt::extension::xstrided_view_base_impl< xoptional_expression_tag, CT, S, L, FST >
 Cxt::extension::xstrided_view_base_impl< xtensor_expression_tag, CT, S, L, FST >
 Cextension::xstrided_view_base_t
 Cxt::xstrided_view< uvt, S, L, typename FST::template rebind_t< uvt > >
 Cxt::xstrided_view< uft, S, L, typename FST::template rebind_t< uft > >
 Cxt::xstrided_view< ucvt, S, L, typename FST::template rebind_t< ucvt > >
 Cxt::xstrided_view< ucft, S, L, typename FST::template rebind_t< ucft > >
 Cxt::xstrided_view< CT, shape_type >
 Cxt::xstrided_view< CT, S, L, FST >
 Cxt::xstrided_view< E, S, L, typename FST::template rebind_t< E > >
 Cxt::xstrided_view< CT, S, L, FST >View of an xexpression using strides
 Cxt::extension::xtensor_adaptor_base< EC, N, L, Tag >
 Cxt::extension::xtensor_adaptor_base< EC, N, L, xoptional_expression_tag >
 Cxt::extension::xtensor_adaptor_base< EC, N, L, xtensor_expression_tag >
 Cextension::xtensor_adaptor_base_t
 Cxt::xtensor_adaptor< value_container &, N, L >
 Cxt::xtensor_adaptor< flag_container &, N, L >
 Cxt::xtensor_adaptor< const value_container &, N, L >
 Cxt::xtensor_adaptor< const flag_container &, N, L >
 Cxt::xtensor_adaptor< EC, N, L, xoptional_expression_tag >
 Cxt::xtensor_adaptor< EC, N, L, Tag >Dense multidimensional container adaptor with tensor semantics and fixed dimension
 Cxt::extension::xtensor_container_base< EC, N, L, Tag >
 Cxt::extension::xtensor_container_base< EC, N, L, xoptional_expression_tag >
 Cxt::extension::xtensor_container_base< EC, N, L, xtensor_expression_tag >
 Cextension::xtensor_container_base_t
 Cxt::xtensor_container< temporary_container_t< storage_type >, N, L, Tag >
 Cxt::xtensor_container< uvector< T, A >, N, L >
 Cxt::xtensor_container< xtl::xoptional_vector< T, A, BC >, N, L, xoptional_expression_tag >
 Cxt::xtensor_container< std::vector< T, A >, 2, layout_type::row_major >
 Cxt::xtensor_container< EC, N, L, xoptional_expression_tag >
 Cxt::xtensor_container< EC, N, L, Tag >Dense multidimensional container with tensor semantic and fixed dimension
 Cxt::extension::xtensor_empty_base
 Cxt::xtensor_expression_tag
 Cxt::extension::xtensor_optional_traits< EC, N, L >
 Cxt::extension::xtensor_adaptor_optional_traits< EC, N, L >
 Cxt::extension::xtensor_container_optional_traits< EC, N, L >
 Cxt::extension::xtensor_view_optional_traits< EC, N, L >
 Cxt::extension::xtensor_view_base< EC, N, L, Tag >
 Cxt::extension::xtensor_view_base< EC, N, L, xoptional_expression_tag >
 Cxt::extension::xtensor_view_base< EC, N, L, xtensor_expression_tag >
 Cextension::xtensor_view_base_t
 Cxt::xtensor_view< EC, N, L, xoptional_expression_tag >
 Cxt::xtensor_view< EC, N, L, Tag >Dense multidimensional container adaptor with view semantics and fixed dimension
 Cxt::placeholders::xtuph
 Cxt::xvectorizer< F, R >
 Cxt::extension::xview_base_impl< Tag, CT, S >
 Cxt::extension::xview_base_impl< xexpression_tag_t< CT >, CT, S... >
 Cxt::extension::xview_base< CT, S >
 Cxt::extension::xview_base_impl< xoptional_expression_tag, CT, S... >
 Cxt::extension::xview_base_impl< xtensor_expression_tag, CT, S... >
 Cextension::xview_base_t
 Cxt::xview< uvt, S... >
 Cxt::xview< uft, S... >
 Cxt::xview< ucvt, S... >
 Cxt::xview< ucft, S... >
 Cxt::xview< UnderlyingContainer, Slices... >
 Cxt::xview< CT, S... >
 Cxt::xview< E, S... >
 Cxt::xview< CT, S >Multidimensional view with tensor semantic
 Cxt::xview_shape_type< ST, S >
 Cxt::xview_shape_type< fixed_shape< I... >, S... >
 Cxt::xview_shape_type< std::array< I, L >, S... >
 Cxt::xview_stepper< is_const, CT, S >