Binary expression object. More...

#include <binary_engine.h>

Inheritance diagram for TiledArray::expressions::BinaryExpr< Derived >:

Collaboration diagram for TiledArray::expressions::BinaryExpr< Derived >:

Public Types
typedef BinaryExpr< Derived >	BinaryExpr_
	This class type. More...

typedef ExprTrait< Derived >::left_type	left_type
	The left-hand expression type. More...

typedef ExprTrait< Derived >::right_type	right_type
	The right-hand expression type. More...

Public Types inherited from TiledArray::expressions::Expr< Derived >
template<typename Derived_ = Derived>
using	engine_t = typename ExprTrait< Derived_ >::engine_type

template<typename Derived_ = Derived>
using	eval_type_t = typename engine_t< Derived_ >::eval_type

typedef Expr< Derived >	Expr_
	This class type. More...

typedef Derived	derived_type
	The derived object type. More...

typedef engine_t< derived_type >	engine_type
	Expression engine type. More...

Public Member Functions
	BinaryExpr (const BinaryExpr_ &)=default

	BinaryExpr (BinaryExpr_ &&)=default

	~BinaryExpr ()=default

BinaryExpr_ &	operator= (const BinaryExpr_ &)=delete

BinaryExpr_ &	operator= (BinaryExpr_ &&)=delete

	BinaryExpr (const left_type &left, const right_type &right)
	Binary expression constructor. More...

const left_type &	left () const
	Left-hand expression argument accessor. More...

const right_type &	right () const
	Right-hand expression argument accessor. More...

Public Member Functions inherited from TiledArray::expressions::Expr< Derived >
Expr< Derived > &	set_shape (typename override_type::shape_type const &shape)

Expr< Derived > &	set_world (World &world)

Expr< Derived > &	set_pmap (const std::shared_ptr< typename override_type::pmap_interface > pmap)

	Expr ()=default

	Expr (const Expr_ &)=default

	Expr (Expr_ &&)=default

	~Expr ()=default

Expr_ &	operator= (const Expr_ &)=delete

Expr_ &	operator= (Expr_ &&)=delete

derived_type &	derived ()
	Cast this object to it's derived type. More...

const derived_type &	derived () const
	Cast this object to it's derived type. More...

template<typename A , bool Alias>
void	eval_to (TsrExpr< A, Alias > &tsr) const
	Evaluate this object and assign it to `tsr`. More...

template<typename A , bool Alias>
void	eval_to (BlkTsrExpr< A, Alias > &tsr) const
	Evaluate this object and assign it to `tsr`. More...

void	print (ExprOStream &os, const VariableList &target_vars) const
	Expression print. More...

template<typename Op >
Future< typename Op::result_type >	reduce (const Op &op, World &world) const

template<typename Op >
Future< typename Op::result_type >	reduce (const Op &op) const

template<typename D , typename Op >
Future< typename Op::result_type >	reduce (const Expr< D > &right_expr, const Op &op, World &world) const

template<typename D , typename Op >
Future< typename Op::result_type >	reduce (const Expr< D > &right_expr, const Op &op) const

Future< typename TiledArray::TraceReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	trace (World &world) const

Future< typename TiledArray::TraceReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	trace () const

Future< typename TiledArray::SumReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	sum (World &world) const

Future< typename TiledArray::SumReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	sum () const

Future< typename TiledArray::ProductReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	product (World &world) const

Future< typename TiledArray::ProductReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	product () const

Future< typename TiledArray::SquaredNormReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	squared_norm (World &world) const

Future< typename TiledArray::SquaredNormReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	squared_norm () const

Future< typename TiledArray::SquaredNormReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	norm (World &world) const

Future< typename TiledArray::SquaredNormReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	norm () const

template<typename Derived_ = Derived>
std::enable_if< TiledArray::detail::is_strictly_ordered< TiledArray::detail::numeric_t< typename EngineTrait< typename ExprTrait< Derived_ >::engine_type >::eval_type > >::value, Future< typename TiledArray::MinReduction< typename EngineTrait< typename ExprTrait< Derived_ >::engine_type >::eval_type >::result_type > >	min (World &world) const

template<typename Derived_ = Derived>
std::enable_if< TiledArray::detail::is_strictly_ordered< TiledArray::detail::numeric_t< typename EngineTrait< typename ExprTrait< Derived_ >::engine_type >::eval_type > >::value, Future< typename TiledArray::MinReduction< typename EngineTrait< typename ExprTrait< Derived_ >::engine_type >::eval_type >::result_type > >	min () const

template<typename Derived_ = Derived>
std::enable_if< TiledArray::detail::is_strictly_ordered< TiledArray::detail::numeric_t< typename EngineTrait< typename ExprTrait< Derived_ >::engine_type >::eval_type > >::value, Future< typename TiledArray::MaxReduction< typename EngineTrait< typename ExprTrait< Derived_ >::engine_type >::eval_type >::result_type > >	max (World &world) const

template<typename Derived_ = Derived>
std::enable_if< TiledArray::detail::is_strictly_ordered< TiledArray::detail::numeric_t< typename EngineTrait< typename ExprTrait< Derived_ >::engine_type >::eval_type > >::value, Future< typename TiledArray::MaxReduction< typename EngineTrait< typename ExprTrait< Derived_ >::engine_type >::eval_type >::result_type > >	max () const

Future< typename TiledArray::AbsMinReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	abs_min (World &world) const

Future< typename TiledArray::AbsMinReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	abs_min () const

Future< typename TiledArray::AbsMaxReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	abs_max (World &world) const

Future< typename TiledArray::AbsMaxReduction< typename EngineTrait< engine_type >::eval_type >::result_type >	abs_max () const

template<typename D >
Future< typename TiledArray::DotReduction< typename EngineTrait< engine_type >::eval_type, typename EngineTrait< typename D::engine_type >::eval_type >::result_type >	dot (const Expr< D > &right_expr, World &world) const

template<typename D >
Future< typename TiledArray::DotReduction< typename EngineTrait< engine_type >::eval_type, typename EngineTrait< typename D::engine_type >::eval_type >::result_type >	dot (const Expr< D > &right_expr) const

template<typename D >
Future< typename TiledArray::InnerProductReduction< typename EngineTrait< engine_type >::eval_type, typename EngineTrait< typename D::engine_type >::eval_type >::result_type >	inner_product (const Expr< D > &right_expr, World &world) const

template<typename D >
Future< typename TiledArray::InnerProductReduction< typename EngineTrait< engine_type >::eval_type, typename EngineTrait< typename D::engine_type >::eval_type >::result_type >	inner_product (const Expr< D > &right_expr) const

Detailed Description

template<typename Derived>
class TiledArray::expressions::BinaryExpr< Derived >

Binary expression object.

Template Parameters

Derived The derived class type

Definition at line 36 of file binary_engine.h.

Member Typedef Documentation

◆ BinaryExpr_

template<typename Derived>

typedef BinaryExpr<Derived> TiledArray::expressions::BinaryExpr< Derived >::BinaryExpr_

This class type.

Definition at line 40 of file binary_expr.h.

◆ left_type

template<typename Derived>

typedef ExprTrait<Derived>::left_type TiledArray::expressions::BinaryExpr< Derived >::left_type

The left-hand expression type.

Definition at line 41 of file binary_expr.h.

◆ right_type

template<typename Derived>

typedef ExprTrait<Derived>::right_type TiledArray::expressions::BinaryExpr< Derived >::right_type

The right-hand expression type.

Definition at line 42 of file binary_expr.h.

Constructor & Destructor Documentation

◆ BinaryExpr() [1/3]

template<typename Derived>

TiledArray::expressions::BinaryExpr< Derived >::BinaryExpr ( const BinaryExpr_ & )

default

◆ BinaryExpr() [2/3]

template<typename Derived>

TiledArray::expressions::BinaryExpr< Derived >::BinaryExpr ( BinaryExpr_ && )

default

◆ ~BinaryExpr()

template<typename Derived>

TiledArray::expressions::BinaryExpr< Derived >::~BinaryExpr ( )

default

◆ BinaryExpr() [3/3]

template<typename Derived>

TiledArray::expressions::BinaryExpr< Derived >::BinaryExpr	(	const left_type &	left,
		const right_type &	right
	)

inline

Binary expression constructor.

Definition at line 59 of file binary_expr.h.

Member Function Documentation

◆ left()

template<typename Derived>

const left_type& TiledArray::expressions::BinaryExpr< Derived >::left ( ) const

inline

Left-hand expression argument accessor.

Returns: A const reference to the left-hand expression object

Definition at line 66 of file binary_expr.h.

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◆ operator=() [1/2]

template<typename Derived>

BinaryExpr_& TiledArray::expressions::BinaryExpr< Derived >::operator= ( const BinaryExpr_ & )

delete

◆ operator=() [2/2]

template<typename Derived>

BinaryExpr_& TiledArray::expressions::BinaryExpr< Derived >::operator= ( BinaryExpr_ && )

delete

◆ right()

template<typename Derived>

const right_type& TiledArray::expressions::BinaryExpr< Derived >::right ( ) const

inline

Right-hand expression argument accessor.

Returns: A const reference to the right-hand expression object

Definition at line 71 of file binary_expr.h.

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The documentation for this class was generated from the following files:

TiledArray/expressions/binary_engine.h
TiledArray/expressions/binary_expr.h

Public Types

Public Member Functions

Detailed Description

template<typename Derived> class TiledArray::expressions::BinaryExpr< Derived >

Member Typedef Documentation

◆ BinaryExpr_

◆ left_type

◆ right_type

Constructor & Destructor Documentation

◆ BinaryExpr() [1/3]

◆ BinaryExpr() [2/3]

◆ ~BinaryExpr()

◆ BinaryExpr() [3/3]

Member Function Documentation

◆ left()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ right()

template<typename Derived>
class TiledArray::expressions::BinaryExpr< Derived >