#include <tensor.h>

Inheritance diagram for tatooine::tensor< ValueType, Dims >:

Collaboration diagram for tatooine::tensor< ValueType, Dims >:

Public Types
using	this_type = tensor< ValueType, Dims... >

using	tensor_parent_type = base_tensor< this_type, ValueType, Dims... >

using	value_type = typename tensor_parent_type::value_type

using	array_parent_type = static_multidim_array< ValueType, x_fastest, stack, Dims... >

Public Types inherited from tatooine::static_multidim_array< ValueType, x_fastest, stack, Dims... >
using	size_type = static_multidim_size< IndexOrder, Resolution... >

using	value_type = ValueType

using	this_type = static_multidim_array< ValueType, IndexOrder, MemLoc, Resolution... >

using	container_type = std::conditional_t< std::is_same< MemLoc, stack >::value, std::array< ValueType, num_components()>, std::vector< ValueType > >

Public Types inherited from tatooine::base_tensor< tensor< ValueType, Dims... >, ValueType, Dims... >
using	value_type = ValueType

using	tensor_type = tensor< ValueType, Dims... >

using	this_type = base_tensor< tensor< ValueType, Dims... >, ValueType, Dims... >

using	parent_type = crtp< tensor< ValueType, Dims... > >

using	multidim_size_t = static_multidim_size< x_fastest, Dims... >

using	const_indexed_type = einstein_notation::indexed_static_tensor< tensor< ValueType, Dims... > const &, Is... >

using	indexed_type = einstein_notation::indexed_static_tensor< tensor< ValueType, Dims... > &, Is... >

Public Types inherited from tatooine::crtp< Derived >
using	derived_type = Derived

Public Member Functions
constexpr	tensor ()=default

constexpr	tensor (tensor const &)=default

constexpr	tensor (tensor &&other) noexcept=default

constexpr auto	operator= (tensor const &) -> tensor &=default

constexpr auto	operator= (tensor &&other) noexcept -> tensor &=default

	~tensor ()=default

auto constexpr	at (integral auto const ... is) -> decltype(auto)

auto constexpr	at (integral auto const ... is) const -> decltype(auto)

auto constexpr	at (einstein_notation::index auto const ... is) -> decltype(auto)

auto constexpr	at (einstein_notation::index auto const ... is) const -> decltype(auto)

constexpr auto	at (integral_range auto const &indices) const -> auto const &

constexpr auto	at (integral_range auto const &indices) -> auto &

template<typename... Is> requires ((einstein_notation::index<Is> && ...) \|\| (integral<Is> && ...))
auto constexpr	operator() (Is const ... is) -> decltype(auto)

template<typename... Is> requires ((einstein_notation::index<Is> && ...) \|\| (integral<Is> && ...))
auto constexpr	operator() (Is const ... is) const -> decltype(auto)

constexpr auto	operator() (integral_range auto const &indices) const -> const auto &

constexpr auto	operator() (integral_range auto const &indices) -> auto &

template<convertible_to< ValueType >... Ts> requires (tensor_parent_type::num_components() == sizeof...(Ts))
constexpr	tensor (Ts const &... ts)

constexpr	tensor (tag::zeros_t zeros)

constexpr	tensor (tag::ones_t ones)

template<typename FillReal > requires is_arithmetic<ValueType>
constexpr	tensor (tag::fill< FillReal > f)

template<typename RandomReal , typename Engine > requires is_arithmetic<ValueType>
constexpr	tensor (random::uniform< RandomReal, Engine > &&rand)

template<arithmetic RandomReal, typename Engine >
constexpr	tensor (random::uniform< RandomReal, Engine > &rand)

template<arithmetic RandomReal, typename Engine > requires is_arithmetic<ValueType>
constexpr	tensor (random::normal< RandomReal, Engine > &&rand)

template<arithmetic RandomReal, typename Engine > requires is_arithmetic<ValueType>
constexpr	tensor (random::normal< RandomReal, Engine > &rand)

template<static_tensor OtherTensor> requires (same_dimensions<this_type, OtherTensor>())
constexpr	tensor (OtherTensor &&other)

template<static_tensor OtherTensor> requires (same_dimensions<this_type, OtherTensor>())
constexpr auto	operator= (OtherTensor &&other) -> tensor &

template<typename OtherT >
auto	operator< (tensor< OtherT, Dims... > const &other) const

template<typename F >
auto	unary_operation (F &&f) -> auto &

template<typename F , typename OtherTensor , typename OtherT >
auto	binary_operation (F &&f, base_tensor< OtherTensor, OtherT, Dims... > const &other) -> decltype(auto)

Public Member Functions inherited from tatooine::static_multidim_array< ValueType, x_fastest, stack, Dims... >
constexpr	static_multidim_array (static_multidim_array const &other)=default

constexpr	static_multidim_array (static_multidim_array &&other) noexcept=default

constexpr	static_multidim_array (static_multidim_array< OtherT, OtherIndexing, OtherMemLoc, Resolution... > const &other)

constexpr	static_multidim_array (convertible_to< ValueType > auto &&... ts)

constexpr	static_multidim_array ()

constexpr	static_multidim_array (tag::fill< S > const &f)

constexpr	static_multidim_array (tag::zeros_t)

constexpr	static_multidim_array (tag::ones_t)

	static_multidim_array (std::vector< ValueType > const &data)

constexpr	static_multidim_array (std::array< ValueType, num_components()> const &data)

constexpr	static_multidim_array (std::array< ValueType, num_components()> &&data)

constexpr	static_multidim_array (std::vector< ValueType > &&data)

constexpr	static_multidim_array (random::uniform< RandomReal, Engine > &rand)

constexpr	static_multidim_array (random::uniform< RandomReal, Engine > &&rand)

constexpr	static_multidim_array (random::normal< RandomReal, Engine > &&rand)

constexpr	static_multidim_array (random::normal< RandomReal, Engine > &rand)

constexpr auto	operator= (static_multidim_array const &other) -> static_multidim_array &=default

constexpr auto	operator= (static_multidim_array &&other) noexcept -> static_multidim_array &=default

constexpr auto	operator= (static_multidim_array< OtherT, OtherIndexing, OtherMemLoc, Resolution... > const &other) -> static_multidim_array &

	~static_multidim_array ()=default

constexpr auto	at (integral auto const ... is) const -> const auto &requires(sizeof...(is)==num_dimensions())

constexpr auto	at (integral auto const ... is) -> auto &requires(sizeof...(is)==num_dimensions())

constexpr auto	at (integral_range auto const &indices) const -> auto const &

constexpr auto	at (integral_range auto const &indices) -> auto &

constexpr auto	operator() (integral auto const ... is) const -> auto const &requires(sizeof...(is)==num_dimensions())

constexpr auto	operator() (integral auto const ... is) -> auto &

constexpr auto	operator() (integral_range auto const &indices) const -> const auto &

constexpr auto	operator() (integral_range auto const &indices) -> auto &

constexpr auto	operator[] (std::size_t i) -> auto &

constexpr auto	operator[] (std::size_t i) const -> auto const &

constexpr auto	internal_container () -> auto &

constexpr auto	internal_container () const -> auto const &

constexpr auto	data () -> ValueType *

constexpr auto	data () const -> ValueType const *

constexpr void	unary_operation (F &&f)

constexpr void	binary_operation (F &&f, static_multidim_array< OtherT, OtherIndexing, OtherMemLoc, Resolution... > const &other)

Public Member Functions inherited from tatooine::base_tensor< tensor< ValueType, Dims... >, ValueType, Dims... >
constexpr	base_tensor ()=default

constexpr	base_tensor (Other &&other)

auto constexpr	operator= (Other &&other) -> base_tensor &

auto constexpr	assign (Other &&other) -> void

auto constexpr	at (Is const ...)

auto constexpr	at (Is const ...) const

auto constexpr	at (integral auto const ... is) const -> decltype(auto) requires(sizeof...(is)==rank())

auto constexpr	at (integral auto const ... is) -> decltype(auto) requires(sizeof...(is)==rank())

auto constexpr	at (integral_range auto const &is) -> decltype(auto)

auto constexpr	at (integral_range auto const &is) const -> decltype(auto)

auto constexpr	operator() (Is const ... is) const

auto constexpr	operator() (Is const ... is)

auto constexpr	operator() (integral auto const ... is) const -> decltype(auto) requires(sizeof...(is)==rank())

auto constexpr	operator() (integral auto const ... is) -> decltype(auto) requires(sizeof...(is)==rank())

auto constexpr	slice (std::size_t fixed_index, std::index_sequence< Is... >) -> decltype(auto)

auto constexpr	slice (std::size_t fixed_index) -> decltype(auto)

auto constexpr	slice (std::size_t fixed_index, std::index_sequence< Is... >) const

auto constexpr	slice (std::size_t fixed_index) const

auto	operator+= (base_tensor< OtherTensor, OtherValueType, Dims... > const &other) -> auto &

auto	operator+= (convertible_to< ValueType > auto const &other) -> auto &

auto	operator-= (base_tensor< OtherTensor, OtherValueType, Dims... > const &other) -> auto &

auto	operator-= (convertible_to< ValueType > auto const &other) -> auto &

auto	operator*= (convertible_to< ValueType > auto const &other) -> auto &

auto	operator/= (convertible_to< ValueType > auto const &other) -> auto &

auto	isnan () const

auto	isinf () const

Public Member Functions inherited from tatooine::crtp< Derived >
constexpr auto	as_derived () -> derived_type &
	returns casted as_derived data More...

constexpr auto	as_derived () const -> derived_type const &
	returns casted as_derived data More...

Static Public Member Functions
static constexpr auto	zeros ()

static constexpr auto	ones ()

static constexpr auto	fill (ValueType const &t)

template<typename RandEng = std::mt19937_64>
static constexpr auto	randu (ValueType min=0, ValueType max=1, RandEng &&eng=RandEng{std::random_device{}()})

template<typename RandEng = std::mt19937_64>
static constexpr auto	randn (ValueType mean=0, ValueType stddev=1, RandEng &&eng=RandEng{std::random_device{}()})

static auto constexpr	dimension (std::size_t const i)

static auto constexpr	num_components ()

static auto constexpr	rank ()

Static Public Member Functions inherited from tatooine::static_multidim_array< ValueType, x_fastest, stack, Dims... >
static std::size_t constexpr	num_components ()

static std::size_t constexpr	num_dimensions ()

static auto constexpr	size ()

static auto constexpr	plain_index (integral auto const ... indices)

static auto	plain_index (integral_range auto const &indices)

static auto constexpr	in_range (integral auto const ... indices)

static constexpr auto	zeros ()

static constexpr auto	ones ()

static constexpr auto	fill (S &&s)

static auto	randu (ValueType min=0, ValueType max=1, RandEng &&eng=RandEng{std::random_device{}()})

static auto	randn (ValueType mean=0, ValueType stddev=1, RandEng &&eng=RandEng{std::random_device{}()})

Static Public Member Functions inherited from tatooine::base_tensor< tensor< ValueType, Dims... >, ValueType, Dims... >
static auto constexpr	rank ()

static auto constexpr	num_components ()

static auto constexpr	dimensions ()

static auto constexpr	dimension (std::size_t const i)

static auto constexpr	is_static () -> bool

static auto constexpr	is_tensor () -> bool

static auto constexpr	indices ()

static auto constexpr	for_indices (invocable< decltype(Dims)... > auto &&f)

static auto constexpr	array_index (integral auto const ... is)