#include <dynamic_tensor.h>

Inheritance diagram for tatooine::tensor< T >:

Collaboration diagram for tatooine::tensor< T >:

Public Types
using	this_type = tensor< T >

using	parent_type = dynamic_multidim_array< T >

template<einstein_notation::index... Is>
using	const_indexed_type = einstein_notation::indexed_dynamic_tensor< this_type const &, Is... >

template<einstein_notation::index... Is>
using	indexed_type = einstein_notation::indexed_dynamic_tensor< this_type &, Is... >

Public Types inherited from tatooine::dynamic_multidim_array< T >
using	value_type = T

using	index_order = x_fastest

using	this_type = dynamic_multidim_array< value_type, index_order >

using	parent_type = dynamic_multidim_size< index_order >

using	container_type = std::vector< value_type >

Public Types inherited from tatooine::dynamic_multidim_size< IndexOrder >
using	this_type = dynamic_multidim_size< IndexOrder >

using	index_order_type = IndexOrder

Public Member Functions
	tensor ()=default

	tensor (tensor const &other)=default

	tensor (tensor &&other) noexcept=default

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

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

	~tensor ()=default

	tensor (dynamic_tensor auto &&other)

	tensor (integral auto const ... dimensions)

	tensor (tag::ones_t tag, integral auto... dimensions)

	tensor (tag::ones_t tag, integral_range auto &&dimensions)

	tensor (tag::zeros_t tag, integral auto... dimensions)

	tensor (tag::zeros_t tag, integral_range auto &&dimensions)

template<random_number_generator Rand>
	tensor (Rand &&rand, integral auto const ... dimensions)

template<random_number_generator Rand, integral_range Dimensions>
	tensor (Rand &&rand, Dimensions &&dimensions)

template<general_tensor OtherTensor>
	tensor (OtherTensor const &other)

template<convertible_to< T >... Components> requires ( (!integral<std::decay_t<Components>> && ...))
	tensor (Components &&... components)
	Constructs a rank 1 tensor aka vector. More...

template<floating_point_range Components>
	tensor (Components &&components)
	Constructs a rank 1 tensor aka vector. More...

template<arithmetic_or_complex... Rows, std::size_t N>
	tensor (Rows(&&... rows)[N])
	Constructs a rank 2 tensor aka matrix. More...

template<general_tensor OtherTensor>
auto	operator= (OtherTensor const &other) -> tensor< T > &

auto	assing_self_transposed (general_tensor auto const &other)

auto	assign (general_tensor auto const &other)

auto	dimensions () const

auto	dimension (std::size_t const i) const

auto	rank () const

template<einstein_notation::index... Is>
auto	at (Is const ...)

template<einstein_notation::index... Is>
auto	at (Is const ...) const

auto	operator() (einstein_notation::index auto const ... is) const

auto	operator() (einstein_notation::index auto const ... is)

auto	at (integral auto const ... is) -> auto &

auto	at (integral auto const ... is) const -> auto const &

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

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

Public Member Functions inherited from tatooine::dynamic_multidim_array< T >
	dynamic_multidim_array ()=default

	dynamic_multidim_array (dynamic_multidim_array const &other)=default

	dynamic_multidim_array (dynamic_multidim_array &&other) noexcept=default

constexpr	dynamic_multidim_array (dynamic_multidim_array< OtherT, OtherIndexing > const &other)

	dynamic_multidim_array (integral auto const ... size)

	dynamic_multidim_array (tag::fill< S > const &f, integral auto const ... size)

	dynamic_multidim_array (tag::zeros_t const &, integral auto const ... size)

	dynamic_multidim_array (tag::ones_t const &, integral auto const ... size)

	dynamic_multidim_array (std::vector< value_type > const &data, integral auto const ... size)

	dynamic_multidim_array (std::vector< value_type > &&data, integral auto const ... size)

	dynamic_multidim_array (Size &&size)

	dynamic_multidim_array (tag::fill< S > const &f, Size &&size)

	dynamic_multidim_array (tag::zeros_t const &, Size &&size)

	dynamic_multidim_array (tag::ones_t const &, Size &&size)

	dynamic_multidim_array (std::vector< value_type > const &data, Size &&size)

	dynamic_multidim_array (Data &&data, Size &&size)

	dynamic_multidim_array (Rand &&rand, Size &&size)

	dynamic_multidim_array (Rand &&rand, integral auto const ... size)

auto	operator= (dynamic_multidim_array const &other) -> dynamic_multidim_array &=default

auto	operator= (dynamic_multidim_array &&other) noexcept -> dynamic_multidim_array &=default

auto	operator= (dynamic_multidim_array< OtherT, OtherIndexing > const &other) -> dynamic_multidim_array &

	~dynamic_multidim_array ()=default

auto	at (Int const ... is) -> auto &

auto	at (Int const ... is) const -> auto const &

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

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

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

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

auto	operator() (Int const ... is) -> auto &

auto	operator() (Int const ... is) const -> auto const &

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

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

auto	resize (integral auto const ... size) -> void

auto	resize (integral_range auto const &res, value_type const value=value_type{}) -> void

constexpr auto	internal_container () -> auto &

constexpr auto	internal_container () const -> auto const &

constexpr auto	data (std::size_t const i) -> auto &

constexpr auto	data (std::size_t const i) const -> auto const &

constexpr auto	data ()

constexpr auto	data () const

void	unary_operation (F &&f)

constexpr void	binary_operation (F &&f, dynamic_multidim_array< OtherT, OtherIndexing > const &other)

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

auto constexpr	in_range (integral_range auto const &indices) const

auto	indices () const

auto	num_components () const

auto	num_dimensions () const

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

auto constexpr	plain_index (integral_range auto const &indices) const

auto	size () const -> auto const &

auto	size (std::size_t const i) const

Public Member Functions inherited from tatooine::dynamic_multidim_size< IndexOrder >
	dynamic_multidim_size ()=default

	dynamic_multidim_size (dynamic_multidim_size const &other)=default

	dynamic_multidim_size (dynamic_multidim_size &&other) noexcept=default

auto	operator= (dynamic_multidim_size const &other) -> dynamic_multidim_size &=default

auto	operator= (dynamic_multidim_size &&other) noexcept -> dynamic_multidim_size &=default

	~dynamic_multidim_size ()=default

template<typename OtherIndexing >
	dynamic_multidim_size (dynamic_multidim_size< OtherIndexing > const &other)

template<typename OtherIndexing >
	dynamic_multidim_size (dynamic_multidim_size< OtherIndexing > &&other)

template<typename OtherIndexing >
auto	operator= (dynamic_multidim_size< OtherIndexing > const &other) -> dynamic_multidim_size &

template<typename OtherIndexing >
auto	operator= (dynamic_multidim_size< OtherIndexing > &&other) -> dynamic_multidim_size &

	dynamic_multidim_size (integral auto const ... size)

	dynamic_multidim_size (std::vector< std::size_t > &&size)

	dynamic_multidim_size (integral_range auto const &size)

template<typename OtherIndexing >
auto	operator== (dynamic_multidim_size< OtherIndexing > const &other) const

template<typename OtherIndexing >
auto	operator!= (dynamic_multidim_size< OtherIndexing > const &other) const

auto	num_dimensions () const

auto	size () const -> auto const &

auto	size (std::size_t const i) const

auto	num_components () const

auto	resize (integral auto const ... size) -> void

auto	resize (integral_range auto const &size) -> void

auto	resize (std::vector< std::size_t > &&size) -> void

auto	resize (std::vector< std::size_t > const &size) -> void

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

auto constexpr	in_range (integral_range auto const &indices) const

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

auto constexpr	plain_index (integral_range auto const &indices) const

auto constexpr	multi_index (std::size_t const gi) const

auto	begin_indices () const

auto	end_indices () const

auto	indices () const

Static Public Member Functions
static auto constexpr	is_tensor ()

static auto constexpr	is_dynamic ()

static auto	zeros (integral auto const ... size)

static auto	zeros (integral_range auto const &size)

static auto	ones (integral auto... size)

static auto	ones (integral_range auto const &size)

template<typename RandEng = std::mt19937_64>
static auto	randu (T const min, T const max, integral_range auto const &size, RandEng &&eng=RandEng{std::random_device{}()})

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

template<typename RandEng = std::mt19937_64>
static auto	randu (integral auto const ... is)

template<typename RandEng = std::mt19937_64>
static auto	randn (T const mean, T const stddev, integral_range auto const &size, RandEng &&eng=RandEng{std::random_device{}()})

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

template<typename RandEng = std::mt19937_64>
static auto	randn (integral auto const ... is)

template<random_number_generator Rand, integral_range Size>
static auto	rand (Rand &&rand, Size &&size)

template<random_number_generator Rand>
static auto	rand (Rand &&rand, integral auto const ... size)

static auto	vander (arithmetic_range auto const &v)

template<arithmetic Real_, std::size_t N>
static auto	vander (vec< Real_, N > const &v)

static auto	vander (arithmetic_range auto const &v, integral auto const degree)

Static Public Member Functions inherited from tatooine::dynamic_multidim_array< T >
static auto	zeros (integral auto const ... size)

static auto	zeros (Size &&size)

static auto	ones (integral auto const ... size)

static auto	ones (Size &&size)

static auto	randu (value_type const min, value_type const max, Size &&size, RandEng &&eng=RandEng{std::random_device{}()})

static auto	randu (Size &&size, value_type const min=0, value_type const max=1, RandEng &&eng=RandEng{std::random_device{}()})

static auto	randu (integral auto const ... is)

static auto	randn (value_type const mean, value_type const stddev, Size &&size, RandEng &&eng=RandEng{std::random_device{}()})

static auto	randn (Size &&size, value_type const mean, value_type const stddev, RandEng &&eng=RandEng{std::random_device{}()})

static auto	randn (integral auto const ... is)

static auto	rand (Rand &&rand, Size &&size)

static auto	rand (Rand &&rand, integral auto const ... size)

Additional Inherited Members
Public Attributes inherited from tatooine::dynamic_multidim_array< T >
container_type	m_data_container

Member Typedef Documentation

◆ const_indexed_type

template<arithmetic_or_complex T>

template<einstein_notation::index... Is>

using tatooine::tensor< T >::const_indexed_type = einstein_notation::indexed_dynamic_tensor<this_type const&, Is...>

◆ indexed_type

template<arithmetic_or_complex T>

template<einstein_notation::index... Is>

using tatooine::tensor< T >::indexed_type = einstein_notation::indexed_dynamic_tensor<this_type&, Is...>

◆ parent_type

template<arithmetic_or_complex T>

using tatooine::tensor< T >::parent_type = dynamic_multidim_array<T>

◆ this_type

template<arithmetic_or_complex T>

using tatooine::tensor< T >::this_type = tensor<T>

Constructor & Destructor Documentation

◆ tensor() [1/15]

template<arithmetic_or_complex T>

tatooine::tensor< T >::tensor ( )

default

◆ tensor() [2/15]

template<arithmetic_or_complex T>

tatooine::tensor< T >::tensor ( tensor< T > const & other )

default

◆ tensor() [3/15]

template<arithmetic_or_complex T>

tatooine::tensor< T >::tensor ( tensor< T > && other )

defaultnoexcept

◆ ~tensor()

template<arithmetic_or_complex T>

tatooine::tensor< T >::~tensor ( )

default

◆ tensor() [4/15]

template<arithmetic_or_complex T>

tatooine::tensor< T >::tensor ( dynamic_tensor< T > auto && other )

inlineexplicit

◆ tensor() [5/15]

template<arithmetic_or_complex T>

tatooine::tensor< T >::tensor ( integral auto const ... dimensions )

inlineexplicit

Resizes Tensor to given dimensions and initializes values to 0. Only works if value_type is non-integral.

◆ tensor() [6/15]

template<arithmetic_or_complex T>

tatooine::tensor< T >::tensor	(	tag::ones_t	tag,
		integral auto...	dimensions
	)

inline

◆ tensor() [7/15]

template<arithmetic_or_complex T>

tatooine::tensor< T >::tensor	(	tag::ones_t	tag,
		integral_range auto &&	dimensions
	)

inline

◆ tensor() [8/15]

template<arithmetic_or_complex T>

tatooine::tensor< T >::tensor	(	tag::zeros_t	tag,
		integral auto...	dimensions
	)

inline

◆ tensor() [9/15]

template<arithmetic_or_complex T>

tatooine::tensor< T >::tensor	(	tag::zeros_t	tag,
		integral_range auto &&	dimensions
	)

inline

◆ tensor() [10/15]

template<arithmetic_or_complex T>

template<random_number_generator Rand>

tatooine::tensor< T >::tensor	(	Rand &&	rand,
		integral auto const ...	dimensions
	)

inline

◆ tensor() [11/15]

template<arithmetic_or_complex T>

template<random_number_generator Rand, integral_range Dimensions>

tatooine::tensor< T >::tensor	(	Rand &&	rand,
		Dimensions &&	dimensions
	)

inline

◆ tensor() [12/15]

template<arithmetic_or_complex T>

template<general_tensor OtherTensor>

tatooine::tensor< T >::tensor ( OtherTensor const & other )

inline

◆ tensor() [13/15]

template<arithmetic_or_complex T>

template<convertible_to< T >... Components>
requires ( (!integral<std::decay_t<Components>> && ...))

tatooine::tensor< T >::tensor ( Components &&... components )

inlineexplicit

Constructs a rank 1 tensor aka vector.

◆ tensor() [14/15]

template<arithmetic_or_complex T>

template<floating_point_range Components>

tatooine::tensor< T >::tensor ( Components && components )

inlineexplicit

Constructs a rank 1 tensor aka vector.

◆ tensor() [15/15]

template<arithmetic_or_complex T>

template<arithmetic_or_complex... Rows, std::size_t N>

tatooine::tensor< T >::tensor ( Rows(&&... rows) [N] )

inlineexplicit

Constructs a rank 2 tensor aka matrix.

Member Function Documentation

◆ assign()

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::assign ( general_tensor< T > auto const & other )

inline

◆ assing_self_transposed()

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::assing_self_transposed ( general_tensor< T > auto const & other )

inline

◆ at() [1/4]

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::at ( integral auto const ... is ) -> auto&

inline

◆ at() [2/4]

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::at ( integral auto const ... is ) const -> auto const&

inline

◆ at() [3/4]

template<arithmetic_or_complex T>

template<einstein_notation::index... Is>

auto tatooine::tensor< T >::at ( Is const ... )

inline

◆ at() [4/4]

template<arithmetic_or_complex T>

template<einstein_notation::index... Is>

auto tatooine::tensor< T >::at ( Is const ... ) const

inline

◆ dimension()

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::dimension ( std::size_t const i ) const

inline

◆ dimensions()

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::dimensions ( ) const

inline

◆ is_dynamic()

template<arithmetic_or_complex T>

static auto constexpr tatooine::tensor< T >::is_dynamic ( )

inlinestaticconstexpr

◆ is_tensor()

template<arithmetic_or_complex T>

static auto constexpr tatooine::tensor< T >::is_tensor ( )

inlinestaticconstexpr

◆ ones() [1/2]

template<arithmetic_or_complex T>

static auto tatooine::tensor< T >::ones ( integral auto... size )

inlinestatic

◆ ones() [2/2]

template<arithmetic_or_complex T>

static auto tatooine::tensor< T >::ones ( integral_range auto const & size )

inlinestatic

◆ operator()() [1/4]

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::operator() ( einstein_notation::index auto const ... is )

inline

◆ operator()() [2/4]

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::operator() ( einstein_notation::index auto const ... is ) const

inline

◆ operator()() [3/4]

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::operator() ( integral auto const ... is ) -> auto&

inline

◆ operator()() [4/4]

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::operator() ( integral auto const ... is ) const -> auto const&

inline

◆ operator=() [1/3]

template<arithmetic_or_complex T>

template<general_tensor OtherTensor>

auto tatooine::tensor< T >::operator= ( OtherTensor const & other ) -> tensor<T>&

inline

◆ operator=() [2/3]

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::operator= ( tensor< T > && other ) -> tensor &=default

defaultnoexcept

◆ operator=() [3/3]

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::operator= ( tensor< T > const & other ) -> tensor &=default

default

◆ rand() [1/2]

template<arithmetic_or_complex T>

template<random_number_generator Rand>

static auto tatooine::tensor< T >::rand	(	Rand &&	rand,
		integral auto const ...	size
	)

inlinestatic

◆ rand() [2/2]

template<arithmetic_or_complex T>

template<random_number_generator Rand, integral_range Size>

static auto tatooine::tensor< T >::rand	(	Rand &&	rand,
		Size &&	size
	)

inlinestatic

◆ randn() [1/3]

template<arithmetic_or_complex T>

template<typename RandEng = std::mt19937_64>

static auto tatooine::tensor< T >::randn ( integral auto const ... is )

inlinestatic

◆ randn() [2/3]

template<arithmetic_or_complex T>

template<typename RandEng = std::mt19937_64>

static auto tatooine::tensor< T >::randn	(	integral_range auto const &	size,
		T	mean = `0`,
		T	stddev = `1`,
		RandEng &&	eng = `RandEng{std::random_device{}()}`
	)

inlinestatic

◆ randn() [3/3]

template<arithmetic_or_complex T>

template<typename RandEng = std::mt19937_64>

static auto tatooine::tensor< T >::randn	(	T const	mean,
		T const	stddev,
		integral_range auto const &	size,
		RandEng &&	eng = `RandEng{std::random_device{}()}`
	)

inlinestatic

◆ randu() [1/3]

template<arithmetic_or_complex T>

template<typename RandEng = std::mt19937_64>

static auto tatooine::tensor< T >::randu ( integral auto const ... is )

inlinestatic

◆ randu() [2/3]

template<arithmetic_or_complex T>

template<typename RandEng = std::mt19937_64>

static auto tatooine::tensor< T >::randu	(	integral_range auto const &	size,
		T	min = `0`,
		T	max = `1`,
		RandEng &&	eng = `RandEng{std::random_device{}()}`
	)

inlinestatic

◆ randu() [3/3]

template<arithmetic_or_complex T>

template<typename RandEng = std::mt19937_64>

static auto tatooine::tensor< T >::randu	(	T const	min,
		T const	max,
		integral_range auto const &	size,
		RandEng &&	eng = `RandEng{std::random_device{}()}`
	)

inlinestatic

◆ rank()

template<arithmetic_or_complex T>

auto tatooine::tensor< T >::rank ( ) const

inline

◆ vander() [1/3]

template<arithmetic_or_complex T>

static auto tatooine::tensor< T >::vander ( arithmetic_range auto const & v )

inlinestatic

◆ vander() [2/3]

template<arithmetic_or_complex T>

static auto tatooine::tensor< T >::vander	(	arithmetic_range auto const &	v,
		integral auto const	degree
	)

inlinestatic

◆ vander() [3/3]

template<arithmetic_or_complex T>

template<arithmetic Real_, std::size_t N>

static auto tatooine::tensor< T >::vander ( vec< Real_, N > const & v )

inlinestatic

◆ zeros() [1/2]

template<arithmetic_or_complex T>

static auto tatooine::tensor< T >::zeros ( integral auto const ... size )

inlinestatic

◆ zeros() [2/2]

template<arithmetic_or_complex T>

static auto tatooine::tensor< T >::zeros ( integral_range auto const & size )

inlinestatic

The documentation for this struct was generated from the following file:

/mnt/data/home/ci/builds/Bicifxyn/0/libs/tatooine2/tensor/include/tatooine/dynamic_tensor.h

Public Types

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Member Typedef Documentation

◆ const_indexed_type

◆ indexed_type

◆ parent_type

◆ this_type

Constructor & Destructor Documentation

◆ tensor() [1/15]

◆ tensor() [2/15]

◆ tensor() [3/15]

◆ ~tensor()

◆ tensor() [4/15]

◆ tensor() [5/15]

◆ tensor() [6/15]

◆ tensor() [7/15]

◆ tensor() [8/15]

◆ tensor() [9/15]

◆ tensor() [10/15]

◆ tensor() [11/15]

◆ tensor() [12/15]

◆ tensor() [13/15]

◆ tensor() [14/15]

◆ tensor() [15/15]

Member Function Documentation

◆ assign()

◆ assing_self_transposed()

◆ at() [1/4]

◆ at() [2/4]

◆ at() [3/4]

◆ at() [4/4]

◆ dimension()

◆ dimensions()

◆ is_dynamic()

◆ is_tensor()

◆ ones() [1/2]

◆ ones() [2/2]

◆ operator()() [1/4]

◆ operator()() [2/4]

◆ operator()() [3/4]

◆ operator()() [4/4]

◆ operator=() [1/3]

◆ operator=() [2/3]

◆ operator=() [3/3]

◆ rand() [1/2]

◆ rand() [2/2]

◆ randn() [1/3]

◆ randn() [2/3]

◆ randn() [3/3]

◆ randu() [1/3]

◆ randu() [2/3]

◆ randu() [3/3]

◆ rank()

◆ vander() [1/3]

◆ vander() [2/3]

◆ vander() [3/3]

◆ zeros() [1/2]

◆ zeros() [2/2]