Vector

Functions used for Container (mainly std::vector) manipulation. More...

Collaboration diagram for Vector:

Classes
class	boca::Close< Multiplet_1_ >
struct	boca::function_traits< Function_ >
struct	boca::function_traits< Result_(Class_::*)(Arguments_...) const >

Functions
template<typename Multiplet_ >
std::vector< Multiplet_ >	boca::RemoveIfOutsidePtWindow (std::vector< Multiplet_ > jets, Momentum const &lower_cut, Momentum const &upper_cut)
template<typename Multiplet_ >
std::vector< Multiplet_ >	boca::CopyIfTag (std::vector< Multiplet_ > const &multiplets, double value=0)
	Copy if Bdt value of multiplet is larger than value (default = 0) More...
template<typename Multiplet_ >
std::vector< Multiplet_ >	boca::RemoveIfSoft (std::vector< Multiplet_ > multiplets, Momentum const &pt_min)
template<typename Multiplet_ >
std::vector< Multiplet_ >	boca::RemoveIfHard (std::vector< Multiplet_ > multiplets, Momentum const &pt_max)
template<typename Multiplet_ >
int	boca::CountIfHard (std::vector< Multiplet_ > multiplets, Momentum const &pt_min)
template<typename Multiplet_ >
auto	boca::CountIfBottom (std::vector< Multiplet_ > const &jets)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	boca::RemoveIfClose (std::vector< Multiplet_1_ > jets, std::vector< Multiplet_2_ > const &particles)
template<typename Multiplet_1_ , typename Multiplet_2_ >
bool	boca::CrossComparison (Multiplet_1_ const &multiplet, std::pair< Multiplet_2_, Multiplet_2_ > const &particles)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	boca::RemoveIfClose (std::vector< Multiplet_1_ > jets, std::vector< std::pair< Multiplet_2_, Multiplet_2_ >> const &particles)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	boca::CopyIfClose (std::vector< Multiplet_1_ > const &multiplets, std::vector< Multiplet_2_ > const &particles)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	boca::CopyIfClose (std::vector< Multiplet_1_ > const &multiplets, Multiplet_2_ const &particle)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	boca::CopyIfClose (std::vector< Multiplet_1_ > const &multiplets, std::pair< Multiplet_2_, Multiplet_2_ > const &particle)
template<typename Input_ , typename Function_ >
auto	boca::Transform (Input_ const &inputs, Function_ function)
template<typename Result_ , typename Input_ , typename Function_ >
std::vector< Result_ >	boca::TransformIf (Input_ const &inputs, Function_ const &function_1, Function_ const &function_2)
template<typename Elements_ , typename Function_ >
std::vector< Elements_ >	boca::CopyIf (std::vector< Elements_ > const &inputs, Function_ function)
template<typename Element_ >
std::size_t	boca::Position (std::vector< Element_ > const &vector, Element_ const &element)
template<typename Element_ , unsigned long size_>
std::size_t	boca::Position (std::array< Element_, size_ > const &array, Element_ const &element)
template<typename Element_ >
bool	boca::FindInVector (const std::vector< Element_ > vector, const Element_ element)
template<typename Multiplet_1_ , typename Multiplet_2_ >
Multiplet_1_	boca::ClosestJet (std::vector< Multiplet_1_ > const &multiplets, Multiplet_2_ const &multiplet)
template<typename Element_ >
std::vector< Element_ >	boca::Combine (std::vector< Element_ > const &vector_1, std::vector< Element_ > const &vector_2)
	Combine two std::vector. More...
template<typename Element_ >
std::vector< Element_ >	boca::Combine (std::vector< Element_ > const &vector_1, std::vector< Element_ > const &vector_2, std::vector< Element_ > const &vector_3)
	Combine three std::vector. More...
template<typename Element_ >
void	boca::Insert (std::vector< Element_ > &vector_1, std::vector< Element_ > const &vector_2)
	Insert two std::vector. More...
template<typename Element_ >
void	boca::Insert (std::vector< Element_ > &vector_1, std::vector< Element_ > const &vector_2, std::vector< Element_ > const &vector_3)
	Insert three std::vector. More...
template<typename Element_ , typename Function , typename Result = typename std::result_of<Function&(Element_, Element_)>::type>
auto	boca::OrderedPairs (std::vector< Element_ > const &container, Function function)
	forms all \((n^2 - n)\) ordered pairs of vector elements, applies to them the function and returns a vector of its results More...
template<typename Element_ , typename Function_ , typename Result_ = typename std::result_of<Function_&(Element_, Element_)>::type>
auto	boca::UnorderedPairs (std::vector< Element_ > const &container, Function_ function)
	forms all \((n^2 - n) / 2\) unordered pairs, applies to them the function and returns a vector of its results More...
template<typename Element_1_ , typename Element_2_ , typename Function_ , typename Result_ = typename std::result_of<Function_&(Element_1_, Element_2_)>::type>
auto	boca::Pairs (std::vector< Element_1_ > const &container_1, std::vector< Element_2_ > const &container_2, Function_ function)
	forms all \(n \times m\) pairs of the elements in the two containers, applies the function and returns a vector of its elements More...
template<typename Element_1_ , typename Element_2_ , typename Function_ , typename Result_ = typename std::result_of<Function_&(Element_1_, Element_1_, Element_2_)>::type>
auto	boca::Triples (std::vector< Element_1_ > const &container_1, std::vector< Element_2_ > const &container_2, Function_ function)
	forms all \((n^2 - n) / 2 \times m\) triples, applies to them the function and returns a vector of its results More...
template<typename Element_1_ , typename Element_2_ , typename Element_3_ , typename Function_ , typename Result_ = typename std::result_of<Function_&(Element_1_, Element_2_, Element_3_)>::type>
auto	boca::Triples (std::vector< Element_1_ > const &container_1, std::vector< Element_2_ > const &container_2, std::vector< Element_3_ > const &container_3, Function_ function)
	forms all \((n^2 - n) / 2 \times m\) triples, applies to them the function and returns a vector of its results More...
template<typename Element_1_ , typename Element_2_ , typename Element_3_ , typename Function_1_ , typename Function_2_ , typename Result_1_ = typename std::result_of<Function_1_&(Element_1_, Element_2_)>::type, typename Result_2_ = typename std::result_of<Function_2_&(Result_1_, Element_3_)>::type>
auto	boca::Triples (std::vector< Element_1_ > const &container_1, std::vector< Element_2_ > const &container_2, std::vector< Element_3_ > const &container_3, Function_1_ function_1, Function_2_ function_2)
	forms all \((n^2 - n) / 2 \times m\) triples, applies to them the function and returns a vector of its results More...

Detailed Description

Functions used for Container (mainly std::vector) manipulation.

Function Documentation

template<typename Multiplet_1_ , typename Multiplet_2_ >

Multiplet_1_ boca::ClosestJet	(	std::vector< Multiplet_1_ > const &	multiplets,
		Multiplet_2_ const &	multiplet
	)

template<typename Element_ >

std::vector<Element_> boca::Combine	(	std::vector< Element_ > const &	vector_1,
		std::vector< Element_ > const &	vector_2
	)

Combine two std::vector.

template<typename Element_ >

std::vector<Element_> boca::Combine	(	std::vector< Element_ > const &	vector_1,
		std::vector< Element_ > const &	vector_2,
		std::vector< Element_ > const &	vector_3
	)

Combine three std::vector.

template<typename Elements_ , typename Function_ >

std::vector<Elements_> boca::CopyIf	(	std::vector< Elements_ > const &	inputs,
		Function_	function
	)

template<typename Multiplet_1_ , typename Multiplet_2_ >

std::vector<Multiplet_1_> boca::CopyIfClose	(	std::vector< Multiplet_1_ > const &	multiplets,
		std::vector< Multiplet_2_ > const &	particles
	)

template<typename Multiplet_1_ , typename Multiplet_2_ >

std::vector<Multiplet_1_> boca::CopyIfClose	(	std::vector< Multiplet_1_ > const &	multiplets,
		Multiplet_2_ const &	particle
	)

template<typename Multiplet_1_ , typename Multiplet_2_ >

std::vector<Multiplet_1_> boca::CopyIfClose	(	std::vector< Multiplet_1_ > const &	multiplets,
		std::pair< Multiplet_2_, Multiplet_2_ > const &	particle
	)

template<typename Multiplet_ >

std::vector<Multiplet_> boca::CopyIfTag	(	std::vector< Multiplet_ > const &	multiplets,
		double	value = 0
	)

Copy if Bdt value of multiplet is larger than value (default = 0)

template<typename Multiplet_ >

auto boca::CountIfBottom

(

std::vector< Multiplet_ > const &

jets

)

Examples:

simple/source/MainSimple.cpp.

template<typename Multiplet_ >

int boca::CountIfHard	(	std::vector< Multiplet_ >	multiplets,
		Momentum const &	pt_min
	)

template<typename Multiplet_1_ , typename Multiplet_2_ >

bool boca::CrossComparison	(	Multiplet_1_ const &	multiplet,
		std::pair< Multiplet_2_, Multiplet_2_ > const &	particles
	)

template<typename Element_ >

bool boca::FindInVector	(	const std::vector< Element_ >	vector,
		const Element_	element
	)

template<typename Element_ >

void boca::Insert	(	std::vector< Element_ > &	vector_1,
		std::vector< Element_ > const &	vector_2
	)

Insert two std::vector.

template<typename Element_ >

void boca::Insert	(	std::vector< Element_ > &	vector_1,
		std::vector< Element_ > const &	vector_2,
		std::vector< Element_ > const &	vector_3
	)

Insert three std::vector.

template<typename Element_ , typename Function , typename Result = typename std::result_of<Function&(Element_, Element_)>::type>

auto boca::OrderedPairs	(	std::vector< Element_ > const &	container,
		Function	function
	)

forms all \((n^2 - n)\) ordered pairs of vector elements, applies to them the function and returns a vector of its results

template<typename Element_1_ , typename Element_2_ , typename Function_ , typename Result_ = typename std::result_of<Function_&(Element_1_, Element_2_)>::type>

auto boca::Pairs	(	std::vector< Element_1_ > const &	container_1,
		std::vector< Element_2_ > const &	container_2,
		Function_	function
	)

forms all \(n \times m\) pairs of the elements in the two containers, applies the function and returns a vector of its elements

template<typename Element_ >

std::size_t boca::Position	(	std::vector< Element_ > const &	vector,
		Element_ const &	element
	)

template<typename Element_ , unsigned long size_>

std::size_t boca::Position	(	std::array< Element_, size_ > const &	array,
		Element_ const &	element
	)

template<typename Multiplet_1_ , typename Multiplet_2_ >

std::vector<Multiplet_1_> boca::RemoveIfClose	(	std::vector< Multiplet_1_ >	jets,
		std::vector< Multiplet_2_ > const &	particles
	)

template<typename Multiplet_1_ , typename Multiplet_2_ >

std::vector<Multiplet_1_> boca::RemoveIfClose	(	std::vector< Multiplet_1_ >	jets,
		std::vector< std::pair< Multiplet_2_, Multiplet_2_ >> const &	particles
	)

template<typename Multiplet_ >

std::vector<Multiplet_> boca::RemoveIfHard	(	std::vector< Multiplet_ >	multiplets,
		Momentum const &	pt_max
	)

template<typename Multiplet_ >

std::vector<Multiplet_> boca::RemoveIfOutsidePtWindow	(	std::vector< Multiplet_ >	jets,
		Momentum const &	lower_cut,
		Momentum const &	upper_cut
	)

template<typename Multiplet_ >

std::vector<Multiplet_> boca::RemoveIfSoft	(	std::vector< Multiplet_ >	multiplets,
		Momentum const &	pt_min
	)

template<typename Input_ , typename Function_ >

auto boca::Transform	(	Input_ const &	inputs,
		Function_	function
	)

template<typename Result_ , typename Input_ , typename Function_ >

std::vector<Result_> boca::TransformIf	(	Input_ const &	inputs,
		Function_ const &	function_1,
		Function_ const &	function_2
	)

template<typename Element_1_ , typename Element_2_ , typename Function_ , typename Result_ = typename std::result_of<Function_&(Element_1_, Element_1_, Element_2_)>::type>

auto boca::Triples	(	std::vector< Element_1_ > const &	container_1,
		std::vector< Element_2_ > const &	container_2,
		Function_	function
	)

forms all \((n^2 - n) / 2 \times m\) triples, applies to them the function and returns a vector of its results

template<typename Element_1_ , typename Element_2_ , typename Element_3_ , typename Function_ , typename Result_ = typename std::result_of<Function_&(Element_1_, Element_2_, Element_3_)>::type>

auto boca::Triples	(	std::vector< Element_1_ > const &	container_1,
		std::vector< Element_2_ > const &	container_2,
		std::vector< Element_3_ > const &	container_3,
		Function_	function
	)

forms all \((n^2 - n) / 2 \times m\) triples, applies to them the function and returns a vector of its results

template<typename Element_1_ , typename Element_2_ , typename Element_3_ , typename Function_1_ , typename Function_2_ , typename Result_1_ = typename std::result_of<Function_1_&(Element_1_, Element_2_)>::type, typename Result_2_ = typename std::result_of<Function_2_&(Result_1_, Element_3_)>::type>

auto boca::Triples	(	std::vector< Element_1_ > const &	container_1,
		std::vector< Element_2_ > const &	container_2,
		std::vector< Element_3_ > const &	container_3,
		Function_1_	function_1,
		Function_2_	function_2
	)

forms all \((n^2 - n) / 2 \times m\) triples, applies to them the function and returns a vector of its results

template<typename Element_ , typename Function_ , typename Result_ = typename std::result_of<Function_&(Element_, Element_)>::type>

auto boca::UnorderedPairs	(	std::vector< Element_ > const &	container,
		Function_	function
	)

forms all \((n^2 - n) / 2\) unordered pairs, applies to them the function and returns a vector of its results