ant::analysis::utils Namespace Reference

Namespaces
	UncertaintyModels

Classes
class	A2SimpleGeometry
class	BasicParticleID
class	CBTAPSBasicParticleID
class	ClusterECorr_simple
	Corrections to calocluster energies, allows access to True - Rec vs Rec values from an existing TH1 histogram. More...
struct	ClusterTools
class	Fitter
class	KinFitter
struct	matchpair
class	MCFakeReconstructed
class	MCSmear
class	MCWeighting
struct	MCWeighting_test
class	NchooseK
	KofNvector class: Generate all combinations when drawing k elements out of a vector. More...
class	NoProtonFitter
class	ParticleID
struct	ParticleTools
struct	ParticleTypeList
struct	ParticleVars
class	ProtonPermutation
struct	ProtonPhotonCombs
	The ProtonPhotonCombs struct provides convenient management of the proton/photons fitter loop. More...
class	PullsWriter
struct	root
	The root struct. More...
struct	scored_match
class	scratch_collicott_CrossSection
	The CrossSection class This class stores a yield tree... stored as (particle, tagger channel) pair Yield tree has: is MC = marker for MC data = data string, could be decay from MC, or setup, user specified sp_X = kinematics for scattered particle tc_X = parameters for tagger channel missing_mass = missing mass (ignoring recoil) More...
class	scratch_collicott_DetEff
	The DetEff class. More...
class	SigmaFitter
class	SimpleParticleID
struct	TaggerBins
struct	TimeSmearingHack
class	TreeFitter
class	TriggerSimulation
struct	Uncertainties_t
	Uncertainties for E, theta, and phi and some CB/TAPS specific values. More...
class	UncertaintyModel
	Virtual base class for different Uncertainty Models for fitter. Implement at least the GetSigmas() method. More...
struct	ValError

Typedefs
using	UncertaintyModelPtr = std::shared_ptr< const UncertaintyModel >

Functions
template<typename T >
NchooseK< T >	makeCombination (const std::vector< T > &data, const unsigned int k)
template<class MatchFunction , typename List1 , typename List2 >
std::list< scored_match< typename List1::value_type, typename List2::value_type > >	match1to1 (const List1 &list1, const List2 &list2, MatchFunction f, const ant::IntervalD &score_window=ant::IntervalD(-std::numeric_limits< double >::infinity(), std::numeric_limits< double >::infinity()))
	Particle Matcher. More...
template<typename T1 , typename T2 >
T2	FindMatched (const std::list< utils::scored_match< T1, T2 >> &l, const T1 &f)
template<typename T1 , typename T2 >
std::vector< T2 >	FindUnmatched (const std::list< utils::scored_match< T1, T2 >> &l, const std::vector< T2 > &f)
template<class MatchFunction , typename List1 , typename List2 >
std::vector< matchpair >	match2 (const List1 &list1, const List2 &list2, MatchFunction f)

Variables
constexpr IntervalD	nocut {-std_ext::inf, std_ext::inf}

Typedef Documentation

UncertaintyModelPtr

using ant::analysis::utils::UncertaintyModelPtr = typedef std::shared_ptr<const UncertaintyModel>

Function Documentation

FindMatched()

template<typename T1 , typename T2 >

T2 ant::analysis::utils::FindMatched	(	const std::list< utils::scored_match< T1, T2 >> &	l,
		const T1 &	f
	)

FindUnmatched()

template<typename T1 , typename T2 >

std::vector<T2> ant::analysis::utils::FindUnmatched	(	const std::list< utils::scored_match< T1, T2 >> &	l,
		const std::vector< T2 > &	f
	)

makeCombination()

template<typename T >

NchooseK<T> ant::analysis::utils::makeCombination	(	const std::vector< T > &	data,
		const unsigned int	k
	)

match1to1()

template<class MatchFunction , typename List1 , typename List2 >

std::list< scored_match<typename List1::value_type, typename List2::value_type> > ant::analysis::utils::match1to1	(	const List1 &	list1,
		const List2 &	list2,
		MatchFunction	f,
		const ant::IntervalD &	score_window = ant::IntervalD(-std::numeric_limits<double>::infinity(),std::numeric_limits<double>::infinity())
	)

Particle Matcher.

Parameters

list1	vector of elements 1
list2	vector of elements 2
f
score_window	Matches the elements in list1 and list2 by a score calculated by a MatchFunction. returns a list of best-matching pairs (minimal score), every element of list1,list2 occurs only once in the pair list

The Matcher Function can be a lambda function

match2()

template<class MatchFunction , typename List1 , typename List2 >

std::vector<matchpair> ant::analysis::utils::match2	(	const List1 &	list1,
		const List2 &	list2,
		MatchFunction	f
	)

Variable Documentation

nocut

constexpr IntervalD ant::analysis::utils::nocut {-std_ext::inf, std_ext::inf}