Class Hierarchy

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

[detail level 123]

CmatioCpp::details::calculate_subspan_type< ElementType, Extent, Offset, Count >
CmatioCpp::SpanUtils::container_data< T, typename >
CmatioCpp::SpanUtils::container_data< T, typename std::enable_if< has_type_member< T >::value >::type >
CmatioCpp::SpanUtils::container_data< T, typename std::enable_if< std::is_array< T >::value >::type >
CmatioCpp::SpanUtils::container_data< T, typename std::enable_if<!has_type_member< T >::value &&has_data_method< T >::value >::type >
CmatioCpp::MatvarHandler::Dependency
CmatioCpp::details::extent_type< Ext >
CmatioCpp::details::extent_type< dynamic_extent >
CmatioCpp::details::extent_type< Extent >
▼Cstd::false_type [external]
▼CmatioCpp::details::is_span_oracle< std::remove_cv_t< T > >
CmatioCpp::details::is_span< T >
▼CmatioCpp::details::is_std_array_oracle< std::remove_cv_t< T > >
CmatioCpp::details::is_std_array< T >
CmatioCpp::SpanUtils::has_data_method< T, typename >
CmatioCpp::SpanUtils::has_size_method< T, typename >
CmatioCpp::SpanUtils::has_type_member< class, typename >
CmatioCpp::SpanUtils::is_element_defined< T, typename >
CmatioCpp::SpanUtils::is_make_span_callable< Class, typename >
CmatioCpp::SpanUtils::is_span_constructible< Class, typename >
CmatioCpp::SpanUtils::is_value_defined< T, typename >
CmatioCpp::dependent_false< T >	Dependent_false is a type-dependent expression that is always false
CmatioCpp::details::is_span_oracle< T >
CmatioCpp::details::is_std_array_oracle< T >
CmatioCpp::is_eigen_matrix< T, typename, typename >	Is_eigen_matrix is a template metafunction to check if T is an Eigen matrix
CmatioCpp::is_make_variable_callable< Class, typename >	Is_make_variable_callable is a template utility to check if the make_variable works for a give type
CmatioCpp::is_string16_compatible< T >	Utility meta-function to check if a type is compatible with a std::u16string
CmatioCpp::is_string32_compatible< T >	Utility meta-function to check if a type is compatible with a std::u32string
CmatioCpp::is_string_compatible< T >	Utility meta-function to check if a type is compatible with a std::string
CmatioCpp::is_vector_compatible< T, typename, typename >	Is_vector_compatible is a utility metafunction to check if the input vector T is compatible with matioCpp
CmatioCpp::File
CmatioCpp::get_type< Tp >	Utility metafunction to get the ValueType from a given primitive type
CmatioCpp::get_type< char >
CmatioCpp::get_type< char16_t >
CmatioCpp::get_type< char32_t >
CmatioCpp::get_type< double >
CmatioCpp::get_type< float >
CmatioCpp::get_type< int16_t >
CmatioCpp::get_type< int32_t >
CmatioCpp::get_type< int64_t >
CmatioCpp::get_type< int8_t >
CmatioCpp::get_type< Logical >
CmatioCpp::get_type< size_t_type >
CmatioCpp::get_type< uint16_t >
CmatioCpp::get_type< uint32_t >
CmatioCpp::get_type< uint8_t >
CmatioCpp::File::Impl
▼Cstd::integral_constant< bool, From==To||From==matioCpp::dynamic_extent||To==matioCpp::dynamic_extent > [external]
CmatioCpp::details::is_allowed_extent_conversion< From, To >
▼Cstd::integral_constant< bool, std::is_convertible< From(*)[], To(*)[]>::value > [external]
CmatioCpp::details::is_allowed_element_type_conversion< From, To >
CmatioCpp::Logical	Utility class to consider logical values
CmatioCpp::make_variable_output< Class >	Make_variable_output is a template utility to check the type that make_variable would output
CmatioCpp::SpanUtils::make_void< Ts >
▼CmatioCpp::MatvarHandler
CmatioCpp::SharedMatvar
CmatioCpp::WeakMatvar
CmatioCpp::MatvarHandler::Ownership	Used to define the ownership of a matvar
CmatioCpp::MatvarHandler::PointerInfo
CmatioCpp::SlicingInfo
CmatioCpp::Span< ElementType, Extent >
CmatioCpp::details::span_iterator< Span, IsConst >
CmatioCpp::StructArrayElement< isConst >
▼Cstd::true_type [external]
CmatioCpp::SpanUtils::has_data_method< T, void_t< decltype(std::declval< T >().data())> >
CmatioCpp::SpanUtils::has_size_method< T, void_t< decltype(std::declval< T >().size())> >
CmatioCpp::SpanUtils::has_type_member< T, void_t< typename T::value_type > >
CmatioCpp::SpanUtils::is_element_defined< T, void_t< typename T::element_type > >
CmatioCpp::SpanUtils::is_make_span_callable< Class, void_t< decltype(make_span(std::declval< Class >()))> >
CmatioCpp::SpanUtils::is_span_constructible< Class, typename std::enable_if< std::is_constructible< Span< typename container_data< Class >::type >, Class & >::value >::type >
CmatioCpp::SpanUtils::is_value_defined< T, void_t< typename T::value_type > >
CmatioCpp::details::is_span_oracle< matioCpp::Span< ElementType, Extent > >
CmatioCpp::details::is_std_array_oracle< std::array< ElementType, Extent > >
CmatioCpp::is_make_variable_callable< Class, matioCpp::SpanUtils::void_t< decltype(matioCpp::make_variable(std::declval< std::string >(), std::declval< Class >()))> >
CmatioCpp::is_string16_compatible< char16_t >
CmatioCpp::is_string16_compatible< uint16_t >
CmatioCpp::is_string32_compatible< char32_t >
CmatioCpp::is_string32_compatible< uint32_t >
CmatioCpp::is_string_compatible< char >
CmatioCpp::is_string_compatible< uint8_t >
▼CmatioCpp::Variable	The matioCpp::Variable class is the equivalent of matvar_t in matio
CmatioCpp::CellArray	CellArray is a particular type of Variable specialized for cell arrays
CmatioCpp::Element< T >	Element allows having a 1x1 variable (like double, int,..) castable to a primitive type
CmatioCpp::MultiDimensionalArray< T >	MultiDimensionalArray is a particular type of Variable specialized for multidimensional arrays of a generic type T
CmatioCpp::Struct	Struct is a particular type of Variable specialized for structs
CmatioCpp::StructArray	StructArray is a particular type of Variable specialized for array of structs
CmatioCpp::Vector< T >	Vector is a particular type of Variable specialized for 1-D arrays of a generic type T
CmatioCpp::vector_iterator< Vector, IsConst >