#include <array_kernel_array.h>

Inheritance diagram for bc::tensors::exprs::Kernel_Array< Shape, ValueType, SystemTag, Tags >:

Collaboration diagram for bc::tensors::exprs::Kernel_Array< Shape, ValueType, SystemTag, Tags >:

Public Types
using	value_type = ValueType

using	system_tag = SystemTag

using	shape_type = Shape

Public Types inherited from bc::tensors::exprs::Kernel_Array_Base< Kernel_Array< Shape, ValueType, SystemTag, Tags... > >
using	expression_template_array_type = std::true_type

Public Types inherited from bc::Shape< N >
using	size_t = bc::size_t

using	value_type = size_t

Public Member Functions
BCINLINE	Kernel_Array ()

BCINLINE	Kernel_Array (shape_type shape, value_type *ptr)

template<class AllocatorType , class = std::enable_if_t< bc::traits::true_v< decltype(std::declval<AllocatorType>().allocate(0))>>>
	Kernel_Array (shape_type shape, AllocatorType allocator)

BCINLINE value_type *	data () const

BCINLINE shape_type	get_shape () const

BCINLINE const return_type &	operator[] (bc::size_t index) const

BCINLINE return_type &	operator[] (bc::size_t index)

template<class ... Integers>
BCINLINE const return_type &	operator() (Integers ... ints) const

template<class ... Integers>
BCINLINE return_type &	operator() (Integers ... ints)

template<class Allocator >
BCHOT void	deallocate (Allocator allocator)

void	deallocate () const

template<class Allocator >
BCHOT void	reset (Allocator allocator)

Public Member Functions inherited from bc::tensors::exprs::Kernel_Array_Base< Kernel_Array< Shape, ValueType, SystemTag, Tags... > >
BCINLINE	Kernel_Array_Base ()

Public Member Functions inherited from bc::tensors::exprs::Expression_Template_Base< Kernel_Array< Shape, ValueType, SystemTag, Tags... > >
BCINLINE const Kernel_Array< Shape, ValueType, SystemTag, Tags... > &	expression_template () const

BCINLINE Kernel_Array< Shape, ValueType, SystemTag, Tags... > &	expression_template ()

BCINLINE	Expression_Template_Base ()

void	deallocate () const

Public Member Functions inherited from bc::Shape< N >
BCINLINE	Shape ()

template<class... Integers, class = std::enable_if_t< bc::traits::sequence_of_v<size_t, Integers...> && (sizeof...(Integers) == N)>>
BCINLINE	Shape (Integers... ints)

template<int X, class = std::enable_if_t<(X > N>
BCINLINE	Shape (const Shape< X > &shape)

BCINLINE	Shape (Dim< N > new_shape, const Shape< N > &parent_shape)

BCINLINE	Shape (const Shape< N > &new_shape, const Shape< N > &parent_shape)

BCINLINE	Shape (Dim< N > dims)

BCINLINE const auto &	inner_shape () const

BCINLINE const auto &	outer_shape () const

BCINLINE size_t	operator[] (size_t i) const

BCINLINE size_t	size () const

BCINLINE size_t	rows () const

BCINLINE size_t	cols () const

BCINLINE size_t	dim (int i) const

BCINLINE size_t	outer_dim () const

BCINLINE size_t	leading_dim (int i=N-1) const

BCINLINE bool	operator== (const Shape &other) const

BCINLINE size_t	coefficientwise_dims_to_index (size_t index) const

template<class... Integers, class = std::enable_if_t< bc::traits::sequence_of_v<size_t, Integers...> && (sizeof...(Integers) >= N>
BCINLINE size_t	dims_to_index (Integers... ints) const

template<int D, class = std::enable_if_t<(D>=N>
BCINLINE size_t	dims_to_index (const Dim< D > &var) const

Static Public Attributes
static constexpr int	tensor_dim = Shape::tensor_dim

static constexpr int	tensor_iterator_dim

Static Public Attributes inherited from bc::Shape< N >
static constexpr int	tensor_dim = N

Protected Attributes
value_type *	m_data = nullptr