Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

▼Nlin
►Ninternal
C_dims	Provides a specific tensor type's compile time dimensions
C_dims< ConstMatrixView< T, R, C, MR, MC > >
C_dims< ConstRowVectorView< T, N, MN > >
C_dims< ConstVectorView< T, N, MN > >
C_dims< DiagonalMappingReference< E > >
C_dims< DiagonalStreamReference< E > >
C_dims< MappingTranspose< C > >
C_dims< Matrix< T, R, C, MR, MC > >
C_dims< MatrixMappingReference< E, R, C, MR, MC > >
C_dims< MatrixStreamReference< E, R, C, MR, MC > >
C_dims< MatrixView< T, R, C, MR, MC > >
C_dims< RowVector< T, N, MN > >
C_dims< RowVectorMappingReference< E, N, MN > >
C_dims< RowVectorStreamReference< E, N, MN > >
C_dims< RowVectorView< T, N, MN > >
C_dims< StreamConstants< T, R, C, MR, MC > >
C_dims< StreamDiagonal< E > >
C_dims< StreamElementWiseOperator< F, C, Cs... > >
C_dims< StreamIdentity< T, R, C, MR, MC > >
C_dims< StreamMultiply< C, D > >
C_dims< StreamTranspose< C > >
C_dims< Vector< T, N, MN > >
C_dims< VectorMappingReference< E, N, MN > >
C_dims< VectorStreamReference< E, N, MN > >
C_dims< VectorView< T, N, MN > >
C_elem	Provides a tensor type's element type
C_elem< ConstMatrixView< T, R, C, MR, MC > >
C_elem< ConstRowVectorView< T, N, MN > >
C_elem< ConstVectorView< T, N, MN > >
C_elem< DiagonalMappingReference< E > >
C_elem< DiagonalStreamReference< E > >
C_elem< MappingTranspose< C > >
C_elem< Matrix< T, R, C, MR, MC > >
C_elem< MatrixMappingReference< E, R, C, MR, MC > >
C_elem< MatrixStreamReference< E, R, C, MR, MC > >
C_elem< MatrixView< T, R, C, MR, MC > >
C_elem< RowVector< T, N, MN > >
C_elem< RowVectorMappingReference< E, N, MN > >
C_elem< RowVectorStreamReference< E, N, MN > >
C_elem< RowVectorView< T, N, MN > >
C_elem< StreamConstants< T, R, C, MR, MC > >
C_elem< StreamDiagonal< E > >
C_elem< StreamElementWiseOperator< F, Cs... > >
C_elem< StreamIdentity< T, R, C, MR, MC > >
C_elem< StreamMultiply< C, D > >
C_elem< StreamTranspose< C > >
C_elem< Vector< T, N, MN > >
C_elem< VectorMappingReference< E, N, MN > >
C_elem< VectorStreamReference< E, N, MN > >
C_elem< VectorView< T, N, MN > >
C_eval	Provides a specific tensor type's evaluation type
C_eval< C, std::enable_if_t< is_col_vector< C >::value > >
C_eval< C, std::enable_if_t< is_matrix< C >::value > >
C_eval< C, std::enable_if_t< is_row_vector< C >::value > >
C_has_traits
C_has_traits< C, void_t< typename C::Traits > >
C_have_same_vector_dimensions
C_is_detected
C_is_detected< E, void_t< E< Ts... > >, Ts... >
C_vector_dims
C_vector_dims< C, std::enable_if_t< is_col_vector< C >::value > >
C_vector_dims< C, std::enable_if_t< is_row_vector< C >::value > >
Cadd
Cadd_st
CBase	Value backed tensor interface with resizing support
Ccan_backward_sub
Ccan_chol
Ccan_cross
Ccan_dot
Ccan_forward_sub
Ccan_multiply
Ccan_norm
Ccan_qr
Ccast
Cconjunction	Logical AND operation for template metaprogramming
Cconjunction< C >
Cconjunction< C, Cs... >
Cconjunction<>
Cconst_view
Cconst_view< C, std::enable_if_t< is_col_vector< C >::value > >
Cconst_view< C, std::enable_if_t< is_matrix< C >::value > >
Cconst_view< C, std::enable_if_t< is_row_vector< C >::value > >
CConstBase	Value backed, read only tensor interface
CConstMatrixView	Generic constant matrix view
CConstRowVectorView	Generic constant row vector view
CConstTensorView	Member pointer backed constant tensor
CConstVectorView	Generic constant vector view
CDiagonalMappingReference	Generic diagonal reference with read and write access
CDiagonalStreamReference	Generic diagonal reference with read only access
CDimensions	Tracks the runtime dimensions of a tensor object
CDimensions< D, std::enable_if_t< conjunction< has_fixed_rows< D >, has_strictly_bounded_cols< D > >::value > >
CDimensions< D, std::enable_if_t< conjunction< has_strictly_bounded_rows< D >, has_fixed_cols< D > >::value > >
CDimensions< D, std::enable_if_t< has_fixed_dimensions< D >::value > >
CDimensions< D, std::enable_if_t< has_strictly_bounded_dimensions< D >::value > >
Cdisjunction	Logical OR operation for template metaprogramming
Cdisjunction< C >
Cdisjunction< C, Cs... >
Cdisjunction<>
Cdivide
Cdivide_st
Cdivide_ts
Cequal_to
Cequal_to_st
Cgreater
Cgreater_equal
Cgreater_equal_st
Cgreater_equal_ts
Cgreater_st
Cgreater_ts
Chas_bounded_cols	Tests if a tensor type has a bounded column count
Chas_bounded_dimensions	Tests if a tensor type has bounded dimensions
Chas_bounded_rows	Tests if a tensor type has a bounded row count
Chas_fixed_cols	Tests if a tensor type has a fixed column count
Chas_fixed_dimensions	Tests if a tensor type has fixed dimensions
Chas_fixed_rows	Tests if a tensor type has a fixed row count
Chas_strictly_bounded_cols	Tests if a tensor type has a strictly bounded column count
Chas_strictly_bounded_dimensions	Tests if a tensor type has strictly bounded dimensions
Chas_strictly_bounded_rows	Tests is a tensor type has a strictly bounded row count
Chas_traits	Tests if a type has traits
Chas_valid_traits	Tests if a tensor type's traits are valid
Chave_floating_point_elements	Tests if a set of tensor types all have floating point elements
Chave_floating_point_elements<>
Chave_integral_elements	Tests if a set of tensor types all have integral elements
Chave_integral_elements<>
Chave_same_cols	Tests if a set of tensor types all have the same column traits
Chave_same_cols< C >
Chave_same_cols< C, Cs... >
Chave_same_cols<>
Chave_same_dimensions	Tests if a set of tensor types all have the same dimensions
Chave_same_elements	Tests if a set of tensor types all have the same element type
Chave_same_elements< C >
Chave_same_elements< C, Cs... >
Chave_same_elements<>
Chave_same_rows	Tests if a set of tensor types all have the same row traits
Chave_same_rows< C >
Chave_same_rows< C, Cs... >
Chave_same_rows<>
Chave_same_traits	Tests if a set of tensor types all have the same traits
Chave_same_vector_dimensions	Tests if a set of vector types all have the same dimensions
Chave_same_vector_dimensions< C >
Chave_same_vector_dimensions< C, Cs... >
Chave_same_vector_dimensions<>
Chave_same_vector_traits	Tests if a set of vector types all have the same vector traits
Cis_col_vector	Tests if a tensor type is a column vector
Cis_detected	Tests if a given expression can be instantiated
Cis_matrix	Tests if a tensor type is a matrix
Cis_row_vector	Tests if a tensor type is a row vector
Cis_short	Tests if a tensor type is "short"
Cis_square	Tests if a tensor type is "square"
Cis_tall	Tests if a tensor type is "tall"
Cis_vector	Tests if a tensor type is a vector
Cless
Cless_equal
Cless_equal_st
Cless_equal_ts
Cless_st
Cless_ts
Clogical_and
Clogical_and_st
Clogical_not
Clogical_or
Clogical_or_st
CMapping	Tensor interface providing read and write access to elements
Cmapping_reference
Cmapping_reference< C, D, std::enable_if_t< conjunction< is_col_vector< C >, have_same_elements< C, D > >::value > >
Cmapping_reference< C, D, std::enable_if_t< conjunction< is_matrix< C >, have_same_elements< C, D > >::value > >
Cmapping_reference< C, D, std::enable_if_t< conjunction< is_row_vector< C >, have_same_elements< C, D > >::value > >
CMappingTranspose	Proxy to a lazily evalutated transpose operation
Cmatches_scalar	Tests if a type is a scalar
Cmatches_scalar_scalar	Tests if a pair of types is a "scalar scalar" pair
Cmatches_scalar_tensor	Tests if a pair of types is a "scalar tensor" pair
Cmatches_tensor	Tests if a type is a tensor
Cmatches_tensor_scalar	Tests if a pair of types is a "tensor scalar" pair
Cmatches_tensor_tensor	Tests if a pair of types is a "tensor tensor" pair
CMatrixMappingReference	Generic matrix reference with read and write access
CMatrixStreamReference	Generic matrix reference with read-only access
CMatrixView	Generic matrix view
Cmultiply
Cmultiply_st
Cnegate
Cnegation	Logical NOT operation for template metaprogramming
Cnot_equal_to
Cnot_equal_to_st
CRandomsGenerator	Random number generator
CRowVectorMappingReference	Generic row vector reference with read and write access
CRowVectorStreamReference	Generic row vector reference with read only access
CRowVectorView	Generic row vector view
Csign
Csquare
CStream	Tensor interface providing read only access to elements
Cstream_reference
Cstream_reference< C, D, std::enable_if_t< conjunction< is_col_vector< C >, have_same_elements< C, D > >::value > >
Cstream_reference< C, D, std::enable_if_t< conjunction< is_matrix< C >, have_same_elements< C, D > >::value > >
Cstream_reference< C, D, std::enable_if_t< conjunction< is_row_vector< C >, have_same_elements< C, D > >::value > >
CStreamConstants	Tensor stream where all element accesses return the same constant value
CStreamDiagonal	Tensor stream where all elements are zeros expects the elements on on the diagonal specified by an underlying stream
►CStreamElementWiseOperator	Proxy to a lazily evalutated element wise operation
Ccan_element_wise_operate
CStreamIdentity	Tensor stream where all element accesses specify an identity matrix
CStreamMultiply	Proxy to a lazily evalutated tensor multiplication operation
CStreamTranspose	Proxy to a lazily evalutated transpose operation
Csubtract
Csubtract_st
Csubtract_ts
CTensor	Member array backed tensor
CTensorMappingReference	Generic tensor reference with read and write access
CTensorStreamReference	Generic tensor reference with read only access
CTensorView	Member pointer backed tensor
Ctraits	Collection of compile time information about a specific tensor class
Cvector_traits	Collection of compile time information describing a tensor type which is deemed a vector
CVectorMappingReference	Generic vector reference with read and write access
CVectorStreamReference	Generic vector reference with read only access
CVectorView	Generic vector view
Cview
Cview< C, std::enable_if_t< is_col_vector< C >::value > >
Cview< C, std::enable_if_t< is_matrix< C >::value > >
Cview< C, std::enable_if_t< is_row_vector< C >::value > >
CMatrix	Generic matrix
CRowVector	Generic row vector
CVector	Generic vector