Helium specific algorithm

Functions
template<typename T , typename DST , typename std::enable_if< has_vector_inst< DST >() &&IsVector< DST >::value &&SameElementType< DST, T >::value, bool >::type = true>
void	_Fill (DST &v, const T val, const vector_length_t l, const Helium *=nullptr)
	Fill evaluator for Helium.
template<typename T , typename DST , typename std::enable_if< has_vector_inst< DST >() &&must_use_matrix_idx< DST >() &&SameElementType< DST, T >::value, bool >::type = true>
void	_Fill2D (DST &v, const T val, const vector_length_t rows, const vector_length_t cols, const Helium *=nullptr)
	Fill2D evaluator for Helium.
template<typename DA , typename DB , typename std::enable_if< has_vector_inst< DA >() &&vector_idx_pair< DA, DB >(), bool >::type = true>
void	eval (DA &v, const DB &other, const vector_length_t l, const Helium *=nullptr)
	Eval function for Helium.
template<typename DA , typename DB , typename std::enable_if< has_vector_inst< DA >() &&must_use_matrix_idx_pair< DA, DB >(), bool >::type = true>
void	eval2D (DA &v, const DB &other, const vector_length_t rows, const vector_length_t cols, const Helium *=nullptr)
	Eval2D function for Helium.
template<class TupType , size_t... I>
void	printt (const TupType &_tup, std::index_sequence< I... >)
	Print tuple for debug.
template<class... T>
void	printt (const std::tuple< T... > &_tup)
	Print tuple.
template<typename DA , typename DB , typename std::enable_if< has_vector_inst< DA >() &&vector_idx_pair< DA, DB >(), bool >::type = true>
DotResult< DA >	_dot (const DA &a, const DB &b, const vector_length_t l, const Helium *=nullptr)
	Dor product for Helium.
template<typename DA , typename DB , typename std::enable_if< has_vector_inst< DA >() &&vector_idx_pair< DA, DB >(), bool >::type = true>
void	_swap (DA &&a, DB &&b, const vector_length_t l, const Helium *=nullptr)
	Swap operator for Helium.

Description

Function Documentation

_dot()

DotResult< DA > _dot ( const DA &  a, const DB &  b, const vector_length_t  l, const Helium *  = nullptr  )

inline

Dor product for Helium.

Parameters

[in]	a	First expression
[in]	b	Second expression
[in]	l	Vector length

Template Parameters

DA	First operand datatype
DB	Second operand datatype
<unnamed>	Check vector indexing and compatible vectors

Returns

Dot product of vector expressions

_Fill()

void _Fill ( DST &  v, const T  val, const vector_length_t  l, const Helium *  = nullptr  )

inline

Fill evaluator for Helium.

Parameters

	v	Destination value
[in]	val	Initialization value
[in]	l	Vector length

Template Parameters

T	Scalar datatype
DST	Destination datatype
<unnamed>	Check if has vector indexing

_Fill2D()

void _Fill2D ( DST &  v, const T  val, const vector_length_t  rows, const vector_length_t  cols, const Helium *  = nullptr  )

inline

Fill2D evaluator for Helium.

Parameters

	v	Destination value
[in]	val	Initialization value
[in]	rows	Number of rows
[in]	cols	Number of columns

Template Parameters

T	Scalar datatype
DST	Destination datatype
<unnamed>	Check only matrix indexing supported

_swap()

void _swap ( DA &&  a, DB &&  b, const vector_length_t  l, const Helium *  = nullptr  )

inline

Swap operator for Helium.

Parameters

	a	First opetand
	b	Second operand
[in]	l	Vector length

Template Parameters

DA	First operand datatype
DB	Second operand datatype
<unnamed>	Check vector indexing and compatible vectors

eval()

void eval ( DA &  v, const DB &  other, const vector_length_t  l, const Helium *  = nullptr  )

inline

Eval function for Helium.

Parameters

	v	Destination
[in]	other	Expression to evaluate
[in]	l	Vector length

Template Parameters

DA	Destination datatype
DB	Expression datatype
<unnamed>	Check vector indexing and compatible vectors

eval2D()

void eval2D ( DA &  v, const DB &  other, const vector_length_t  rows, const vector_length_t  cols, const Helium *  = nullptr  )

inline

Eval2D function for Helium.

Parameters

	v	Destination vector
[in]	other	Expression to evaluate
[in]	rows	Number of rows
[in]	cols	Number of columns

Template Parameters

DA	Destination datatype
DB	Source datatype
<unnamed>	Check has only matrix indexing

printt() [1/2]

void printt

(

const std::tuple< T... > &

_tup

)

Print tuple.

Parameters

[in]

_tup

Tuple

Template Parameters

T	Datatype for tuple elements

printt() [2/2]

void printt	(	const TupType &	_tup,
		std::index_sequence< I... >
	)

Print tuple for debug.

Parameters

[in]

_tup

Tuple

Template Parameters

TupType	Tuple datatype
I	List of tuple indexes