#include "core/named_func.hpp"
#include <iostream>
#include <utility>
#include "core/utilities.hpp"
#include "core/function_parser.hpp"

Namespaces
	anonymous_namespace{named_func.cpp}

Typedefs
using	ScalarType = NamedFunc::ScalarType

using	VectorType = NamedFunc::VectorType

using	ScalarFunc = NamedFunc::ScalarFunc

using	VectorFunc = NamedFunc::VectorFunc

Functions
template<typename Operator >
function< ScalarFunc >	anonymous_namespace{named_func.cpp}::ApplyOp (const function< ScalarFunc > &f, const Operator &op)
	Get a functor applying unary operator op to f. More...

template<typename Operator >
function< VectorFunc >	anonymous_namespace{named_func.cpp}::ApplyOp (const function< VectorFunc > &f, const Operator &op)
	Get a functor applying unary operator op to f. More...

template<typename Operator >
pair< function< ScalarFunc >, function< VectorFunc > >	anonymous_namespace{named_func.cpp}::ApplyOp (const function< ScalarFunc > &sfa, const function< VectorFunc > &vfa, const function< ScalarFunc > &sfb, const function< VectorFunc > &vfb, const Operator &op)
	Get a functor applying binary operator op to operands (sfa or vfa) and (sfb or vfb) More...

template<>
pair< function< ScalarFunc >, function< VectorFunc > >	anonymous_namespace{named_func.cpp}::ApplyOp (const function< ScalarFunc > &sfa, const function< VectorFunc > &vfa, const function< ScalarFunc > &sfb, const function< VectorFunc > &vfb, const logical_and< ScalarType > &)
	Get a functor applying binary "&&" to operands (sfa or vfa) and (sfb or vfb) More...

template<>
pair< function< ScalarFunc >, function< VectorFunc > >	anonymous_namespace{named_func.cpp}::ApplyOp (const function< ScalarFunc > &sfa, const function< VectorFunc > &vfa, const function< ScalarFunc > &sfb, const function< VectorFunc > &vfb, const logical_or< ScalarType > &)
	Get a functor applying binary "\|\|" to operands (sfa or vfa) and (sfb or vfb) More...

NamedFunc	operator+ (NamedFunc f, NamedFunc g)
	Add two NamedFuncs. More...

NamedFunc	operator- (NamedFunc f, NamedFunc g)
	Add a NamedFunc from another. More...

NamedFunc	operator* (NamedFunc f, NamedFunc g)
	Multiply two NamedFuncs. More...

NamedFunc	operator/ (NamedFunc f, NamedFunc g)
	Divide two NamedFuncs. More...

NamedFunc	operator% (NamedFunc f, NamedFunc g)
	Get remainder form division of two NamedFuncs. More...

NamedFunc	operator+ (NamedFunc f)
	Applied unary plus operator. Acts as identity operation. More...

NamedFunc	operator- (NamedFunc f)
	Negates f. More...

NamedFunc	operator== (NamedFunc f, NamedFunc g)
	Gets NamedFunc which tests for equality of results of f and g. More...

NamedFunc	operator!= (NamedFunc f, NamedFunc g)
	Gets NamedFunc which tests for inequality of results of f and g. More...

NamedFunc	operator> (NamedFunc f, NamedFunc g)
	Gets NamedFunc which tests if result of f is greater than result of g. More...

NamedFunc	operator< (NamedFunc f, NamedFunc g)
	Gets NamedFunc which tests if result of f is less than result of g. More...

NamedFunc	operator>= (NamedFunc f, NamedFunc g)
	Gets NamedFunc which tests if result of f is greater than or equal to result of g. More...

NamedFunc	operator<= (NamedFunc f, NamedFunc g)
	Gets NamedFunc which tests if result of f is less than or equal to result of g. More...

NamedFunc	operator&& (NamedFunc f, NamedFunc g)
	Gets NamedFunc which tests if results of both f and g are true. More...

NamedFunc	operator\|\| (NamedFunc f, NamedFunc g)
	Gets NamedFunc which tests if result of f or g is true. More...

NamedFunc	operator! (NamedFunc f)
	Gets NamedFunct returning logical inverse of result of f. More...

ostream &	operator<< (ostream &stream, const NamedFunc &function)
	Print NamedFunc to output stream. More...

bool	HavePass (const NamedFunc::VectorType &v)

bool	HavePass (const std::vector< NamedFunc::VectorType > &vv)

Typedef Documentation

using ScalarFunc = NamedFunc::ScalarFunc

Definition at line 56 of file named_func.cpp.

using ScalarType = NamedFunc::ScalarType

Definition at line 54 of file named_func.cpp.

using VectorFunc = NamedFunc::VectorFunc

Definition at line 57 of file named_func.cpp.

using VectorType = NamedFunc::VectorType

Definition at line 55 of file named_func.cpp.

Function Documentation

bool HavePass ( const NamedFunc::VectorType & v )

Definition at line 830 of file named_func.cpp.

Referenced by PlotMaker::GetYield(), Hist2D::SingleHist2D::RecordEvent(), and Hist1D::SingleHist1D::RecordEvent().

bool HavePass ( const std::vector< NamedFunc::VectorType > & vv )

Definition at line 837 of file named_func.cpp.

NamedFunc operator! ( NamedFunc f )

Gets NamedFunct returning logical inverse of result of f.

Parameters

[in] f Function whose result the logical not is applied to

Returns: NamedFunc returning logical inverse of result of f

Definition at line 812 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

NamedFunc operator!=	(	NamedFunc	f,
		NamedFunc	g
	)

Gets NamedFunc which tests for inequality of results of f and g.

Parameters

[in]	f	Left hand operand
[in]	g	Right hand operand

Returns: NamedFunc returning whether the results of f and g are not equal

Definition at line 683 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

NamedFunc operator%	(	NamedFunc	f,
		NamedFunc	g
	)

Get remainder form division of two NamedFuncs.

Parameters

[in]	f	Dividend
[in]	g	Divisor

Returns: NamedFunc which returns the remainder from dividing the results of f and g

Definition at line 629 of file named_func.cpp.

NamedFunc operator&&	(	NamedFunc	f,
		NamedFunc	g
	)

Gets NamedFunc which tests if results of both f and g are true.

Parameters

[in]	f	Left hand operand
[in]	g	Right hand operand

Returns: NamedFunc returning whether the results of both f and g are true

Definition at line 778 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

NamedFunc operator*	(	NamedFunc	f,
		NamedFunc	g
	)

Multiply two NamedFuncs.

Parameters

[in]	f	Multiplier
[in]	g	Multiplicand

Returns: NamedFunc which returns the product of the results of f and g

Definition at line 604 of file named_func.cpp.

NamedFunc operator+	(	NamedFunc	f,
		NamedFunc	g
	)

Add two NamedFuncs.

Parameters

[in]	f	Augend
[in]	g	Addend

Returns: NamedFunc which returns the sum of the results of f and g

Definition at line 580 of file named_func.cpp.

NamedFunc operator+ ( NamedFunc f )

Applied unary plus operator. Acts as identity operation.

Parameters

[in] f NamedFunc to apply unary "+" to

Returns: f

Definition at line 639 of file named_func.cpp.

References NamedFunc::Name().

NamedFunc operator-	(	NamedFunc	f,
		NamedFunc	g
	)

Add a NamedFunc from another.

Parameters

[in]	f	Minuend
[in]	g	Subtrahend

Returns: NamedFunc which returns the difference of the results of f and g

Definition at line 592 of file named_func.cpp.

NamedFunc operator- ( NamedFunc f )

Negates f.

Parameters

[in] f NamedFunc to apply unary "-" to

Returns: NamedFunc returing the negative of the result of f

Definition at line 650 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

NamedFunc operator/	(	NamedFunc	f,
		NamedFunc	g
	)

Divide two NamedFuncs.

Parameters

[in]	f	Dividend
[in]	g	Divisor

Returns: NamedFunc which returns the quotient of the results of f and g

Definition at line 616 of file named_func.cpp.

NamedFunc operator<	(	NamedFunc	f,
		NamedFunc	g
	)

Gets NamedFunc which tests if result of f is less than result of g.

Parameters

[in]	f	Left hand operand
[in]	g	Right hand operand

Returns: NamedFunc returning whether the results of f is less than result of g

Definition at line 720 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

ostream& operator<<	(	ostream &	stream,
		const NamedFunc &	function
	)

Print NamedFunc to output stream.

Parameters

[in,out]	stream	Output stream to print to
[in]	function	NamedFunc to print

Definition at line 825 of file named_func.cpp.

NamedFunc operator<=	(	NamedFunc	f,
		NamedFunc	g
	)

Gets NamedFunc which tests if result of f is less than or equal to result of g.

Parameters

[in]	f	Left hand operand
[in]	g	Right hand operand

Returns: NamedFunc returning whether the results of f is less than or equal to result of g

Definition at line 760 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

NamedFunc operator==	(	NamedFunc	f,
		NamedFunc	g
	)

Gets NamedFunc which tests for equality of results of f and g.

Parameters

[in]	f	Left hand operand
[in]	g	Right hand operand

Returns: NamedFunc returning whether the results of f and g are equal

Definition at line 665 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

NamedFunc operator>	(	NamedFunc	f,
		NamedFunc	g
	)

Gets NamedFunc which tests if result of f is greater than result of g.

Parameters

[in]	f	Left hand operand
[in]	g	Right hand operand

Returns: NamedFunc returning whether the results of f is greater than result of g

Definition at line 702 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

NamedFunc operator>=	(	NamedFunc	f,
		NamedFunc	g
	)

Gets NamedFunc which tests if result of f is greater than or equal to result of g.

Parameters

[in]	f	Left hand operand
[in]	g	Right hand operand

Returns: NamedFunc returning whether the results of f is greater than or equal to result of g

Definition at line 740 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

NamedFunc operator\|\|	(	NamedFunc	f,
		NamedFunc	g
	)

Gets NamedFunc which tests if result of f or g is true.

Parameters

[in]	f	Left hand operand
[in]	g	Right hand operand

Returns: NamedFunc returning whether the results of f or g is true

Definition at line 796 of file named_func.cpp.

References anonymous_namespace{named_func.cpp}::ApplyOp(), NamedFunc::Function(), NamedFunc::Name(), NamedFunc::ScalarFunction(), and NamedFunc::VectorFunction().

Namespaces

Typedefs

Functions

Typedef Documentation

Function Documentation