Member Variables¶

A¶

• variable generator_expj<T, VecWidth>::alpha
• variable generator_cossin<T, VecWidth>::alpha
• variable generator_sin<T, VecWidth>::alpha
• variable expression_with_arguments<Args>::args Tuple holding all arguments.
• variable expression_with_arguments<Arg>::args Tuple holding the single argument.
• variable axis_params<Axis, N>::axis The axis index.

B¶

• variable generator_expj<T, VecWidth>::beta
• variable generator_cossin<T, VecWidth>::beta
• variable generator_sin<T, VecWidth>::beta

C¶

• variable expression_with_arguments<Args>::count Number of arguments held by the expression.
• variable expression_with_arguments<Arg>::count Number of arguments held by the expression (always 1).
• variable expression_unpack<E>::count
• variable expression_reduce<Tout, Dims, Twork, Tin, ReduceFn, TransformFn, FinalFn>::counter
• variable cursor<Dims>::current Current multi-dimensional index.

D¶

• variable expression_adjacent<Fn, E>::data
• variable expression_histogram<Bins, E, TCount>::data
• variable fraction::denominator Denominator of the fraction (always positive after normalization).
• variable expression_traits<T>::dims
• variable expression_with_traits<Arg>::dims
• variable expression_function<Fn, Args>::dims Number of dimensions of the expression.
• variable expression_discard<Tin, Dims>::dims
• variable expression_traits<expression_scalar<T>>::dims
• variable expression_traits<expression_counter<T, Dims>>::dims
• variable expression_slice<Arg>::dims
• variable expression_traits<expression_slice<Arg>>::dims
• variable expression_traits<expression_cast<T, Arg>>::dims
• variable expression_traits<expression_lambda<T, Dims, Fn, Rnd>>::dims
• variable expression_traits<expression_padded<Arg>>::dims
• variable expression_traits<expression_reverse<Arg>>::dims
• variable expression_traits<expression_fixshape<Arg, fixed_shape_t<ShapeValues...>>>::dims
• variable expression_traits<expression_reshape<Arg, OutDims>>::dims
• variable expression_traits<expression_linspace<T, truncated>>::dims
• variable expression_concatenate<Arg1, Arg2, ConcatAxis>::dims
• variable expression_traits<expression_concatenate<Arg1, Arg2, ConcatAxis>>::dims
• variable expression_unpack<E>::dims
• variable expression_adjacent<Fn, E>::dims
• variable expression_trace<E>::dims
• variable expression_dimensions<Dims, E>::dims
• variable expression_traits<univector<T, Tag>>::dims
• variable expression_traits<expression_handle<T, Dims>>::dims Number of dimensions.
• variable expression_traits<expression_placeholder<T, Dims, Key>>::dims Number of dimensions.
• variable generator<T, VecWidth, Class, Twork>::dims
• variable tensor_subscript<T, Derived, std::integer_sequence<index_t, Dims...>>::dims
• variable tensor<T, NDims>::dims Number of dimensions.
• variable expression_traits<tensor<T, Dims>>::dims
• variable expression_random_uniform<T, Dims, Reference>::dims
• variable expression_random_range<T, Dims, Reference>::dims
• variable expression_random_normal<T, Dims, Reference>::dims
• variable expression_reduce<Tout, Dims, Twork, Tin, ReduceFn, TransformFn, FinalFn>::dims

E¶

• variable expression_linspace<T, truncated>::endpoint
• variable expression_traits<T>::explicit_operand
• variable expression_traits_defaults::explicit_operand
• variable expression_with_traits<Arg>::explicit_operand

F¶

• variable expression_padded<Arg>::fill_value
• variable expression_filter<T>::filter_expr The wrapped placeholder expression.
• variable expression_reduce<Tout, Dims, Twork, Tin, ReduceFn, TransformFn, FinalFn>::finalfn
• variable expression_function<Fn, Args>::fn Callable applied to the arguments.
• variable expression_lambda<T, Dims, Fn, Rnd>::fn
• variable expression_adjacent<Fn, E>::fn
• variable expression_vtable<T, Dims>::fn_begin_pass begin_pass callback.
• variable expression_vtable<T, Dims>::fn_end_pass end_pass callback.
• variable expression_vtable<T, Dims>::fn_get_elements get_elements callbacks per axis/size.
• variable expression_vtable<T, Dims>::fn_reset reset callback.
• variable expression_vtable<T, Dims>::fn_set_elements set_elements callbacks per axis/size.
• variable expression_vtable<T, Dims>::fn_shapeof Shape query callback.
• variable expression_vtable<T, Dims>::fn_substitute Placeholder substitution callback.

H¶

• variable expression_placeholder<T, Dims, Key>::handle Handle to the bound expression, or empty if unbound.
• variable tensor<T, NDims>::has_tensor_range Returns true if any of Index... is a tensor_range.

I¶

• variable expression_dimensions<Dims, E>::in_dims
• variable expression_reshape<Arg, OutDims>::in_shape
• variable tensor<T, NDims>::nested_iterator_t::index
• variable tensor<T, NDims>::tensor_iterator::indices
• variable expression_padded<Arg>::input_shape
• variable expression_reverse<Arg>::input_shape
• variable expression_handle<T, Dims>::instance Pointer to the concrete expression instance.
• variable expression_linspace<T, truncated>::invsize
• variable univector<T, Size>::is_aligned True: aligned to the maximum vector alignment.
• variable univector<T, tag_array_ref>::is_aligned False: alignment of the referenced data is unknown.
• variable univector<T, tag_dynamic_vector>::is_aligned True: aligned to the maximum vector alignment.
• variable univector<T, Size>::is_array True: backed by std::array.
• variable univector<T, tag_array_ref>::is_array False: not backed by std::array.
• variable univector<T, tag_dynamic_vector>::is_array False: not backed by std::array.
• variable univector<T, Size>::is_array_ref False: owns its data.
• variable univector<T, tag_array_ref>::is_array_ref True: holds a reference to external data.
• variable univector<T, tag_dynamic_vector>::is_array_ref False: owns its data.
• variable univector<T, Size>::is_vector False: not dynamically sized.
• variable univector<T, tag_array_ref>::is_vector False: not dynamically sized.
• variable univector<T, tag_dynamic_vector>::is_vector True: dynamically sized.

M¶

• variable small_buffer<T, Capacity>::m_data Pointer to the active storage (inline or heap).
• variable small_buffer<T, Capacity>::m_preallocated Inline storage for up to
• variable inline_vector<T, N>::m_size Current number of elements stored.
• variable small_buffer<T, Capacity>::m_size Number of elements currently stored.
• variable inline_vector<T, N>::m_values Inline storage for the elements.
• variable expression_with_arguments<Args>::masks Per-argument dimension masks computed from each argument's shape.
• variable expression_random_range<T, Dims, Reference>::max
• variable cursor<Dims>::maximum Upper bound (exclusive) for each axis.
• variable expression_random_range<T, Dims, Reference>::min
• variable cursor<Dims>::minimum Lower bound (inclusive) for each axis.
• variable expression_random_normal<T, Dims, Reference>::mu

N¶

• variable expression_vtable<T, Dims>::Nmax Largest supported block size.
• variable expression_vtable<T, Dims>::Nsizes Number of supported power-of-two block sizes (1 .. maximum_expression_width<T>).
• variable fraction::numerator Numerator of the fraction.

O¶

• variable expression_reshape<Arg, OutDims>::out_shape

R¶

• variable expression_traits<T>::random_access
• variable expression_traits_defaults::random_access
• variable expression_with_traits<Arg>::random_access
• variable expression_function<Fn, Args>::random_access when all arguments support random access.
• variable expression_traits<expression_slice<Arg>>::random_access
• variable expression_traits<expression_cast<T, Arg>>::random_access
• variable expression_traits<expression_lambda<T, Dims, Fn, Rnd>>::random_access
• variable expression_traits<expression_padded<Arg>>::random_access
• variable expression_traits<expression_fixshape<Arg, fixed_shape_t<ShapeValues...>>>::random_access
• variable expression_traits<expression_reshape<Arg, OutDims>>::random_access
• variable expression_traits<expression_concatenate<Arg1, Arg2, ConcatAxis>>::random_access
• variable expression_adjacent<Fn, E>::random_access
• variable expression_traits<expression_handle<T, Dims>>::random_access Handles are not random-access.
• variable generator<T, VecWidth, Class, Twork>::random_access
• variable expression_reduce<Tout, Dims, Twork, Tin, ReduceFn, TransformFn, FinalFn>::reducefn
• variable expression_handle<T, Dims>::resource Owning resource, or null for a non-owning handle.

S¶

• variable state_holder<T, false>::s The owned state value.
• variable state_holder<T, true>::s Pointer to the externally owned state. Never null for a valid holder.
• variable audio_sample_traits<i16>::scale Maximum representable magnitude used as conversion scale.
• variable audio_sample_traits<i24>::scale Maximum representable magnitude used as conversion scale.
• variable audio_sample_traits<i32>::scale Maximum representable magnitude used as conversion scale.
• variable audio_sample_traits<f32>::scale Scale factor for float samples (always 1).
• variable audio_sample_traits<f64>::scale Scale factor for double samples (always 1).
• variable expression_random_normal<T, Dims, Reference>::sigma
• variable expression_slice<Arg>::size
• variable expression_linspace<T, truncated>::size
• variable expression_concatenate<Arg1, Arg2, ConcatAxis>::size1
• variable univector<T, Size>::size_known True: the size is known at compile time.
• variable univector<T, tag_array_ref>::size_known False: the size is not known at compile time.
• variable univector<T, tag_dynamic_vector>::size_known False: the size is not known at compile time.
• variable tensor<T, NDims>::tensor_iterator::src
• variable tensor<T, NDims>::nested_iterator_t::src
• variable tensor_range::start Start of the range (inclusive). std::nullopt means "from the beginning" (or "to the end" for negative steps).
• variable expression_counter<T, Dims>::start
• variable expression_slice<Arg>::start
• variable expression_linspace<T, truncated>::start
• variable expression_random_uniform<T, Dims, Reference>::state
• variable expression_random_range<T, Dims, Reference>::state
• variable expression_random_normal<T, Dims, Reference>::state
• variable shape<0>::static_size Compile-time size of the shape, always zero.
• variable univector<T, Size>::static_size Compile-time size of the vector.
• variable tensor_range::step Step between elements. Defaults to 1. May be negative for a reverse iteration.
• variable generator_exp<T, VecWidth>::step
• variable generator_expj<T, VecWidth>::step
• variable generator_exp2<T, VecWidth>::step
• variable generator_cossin<T, VecWidth>::step
• variable generator_sin<T, VecWidth>::step
• variable expression_counter<T, Dims>::steps
• variable tensor_range::stop End of the range (exclusive). std::nullopt means "to the end" (or "from the beginning" for negative steps).
• variable expression_linspace<T, truncated>::stop

T¶

• variable expression_reduce<Tout, Dims, Twork, Tin, ReduceFn, TransformFn, FinalFn>::transformfn
• variable audio_sample_traits<i16>::type Matching audio_sample_type enumerator.
• variable audio_sample_traits<i24>::type Matching audio_sample_type enumerator.
• variable audio_sample_traits<i32>::type Matching audio_sample_type enumerator.
• variable audio_sample_traits<f32>::type Matching audio_sample_type enumerator.
• variable audio_sample_traits<f64>::type Matching audio_sample_type enumerator.

V¶

• variable random_state::v Internal 128-bit state stored as four 32-bit lanes.
• variable axis_params<Axis, N>::value Alias of width kept for backwards compatibility.
• variable expression_scalar<T>::value
• variable generator<T, VecWidth, Class, Twork>::value
• variable expression_reduce<Tout, Dims, Twork, Tin, ReduceFn, TransformFn, FinalFn>::value
• variable generator_linear<T, VecWidth>::vstep
• variable generator_exp<T, VecWidth>::vstep
• variable generator_exp2<T, VecWidth>::vstep
• variable expression_handle<T, Dims>::vtable Pointer to the static vtable for the instance type.

W¶

• variable axis_params<Axis, N>::width The vector width.
• variable generator<T, VecWidth, Class, Twork>::width
• variable expression_reduce<Tout, Dims, Twork, Tin, ReduceFn, TransformFn, FinalFn>::width