boca Namespace Reference

Boosted Collider Analysis. More...

Namespaces
	analysis
	Analysis Classes.
	branch
	Tree branches for root files.
	delphes
	Delphes.
	detail
	exroot
	ExRoot.
	latex
	LaTeX.
	tagger
	Tagger
	units
	Units.

Classes
class	Analysis
	provides main analysis loops and logic. More...
class	Blue
	Blue More...
class	Browser
class	Canvas
class	Close
class	ClosestLepton
class	ClusterSequence
	Wrapper around fastjet:ClusterSequence taking care of memory managment. More...
class	Color
	Color base More...
class	ConstIterator
	const iterator More...
class	Constituent
class	ConstSubIterator
	Const sub-iterator. More...
class	CutVariables
	variables for cut based analysis More...
class	Doublet
	A Doublet consisting of two Singlets. More...
class	Duodecuplet552
class	Duodecuplet633
class	Empty
	Empty multiplets More...
class	EnumIterator
	Enables the use of strongly typed enumerators as iterators. More...
class	Event
	Base class for the event Topology. More...
class	EventMultiplet
	An event composed of a multiplet an a singlet made up from the remaining jets. More...
class	EventShapes
	Calculates the event shapes for a given collection of jets. More...
class	Family
class	FileInfo
	Input file infos. More...
class	FileWriter
class	Filter
struct	Flag
	Mark a strongly typed enumerator as a flag. More...
struct	Flag< JetDetail >
struct	Flag< Orientation >
struct	Flag< Output >
struct	Flag< Significance >
struct	Flag< Style >
struct	function_traits
struct	function_traits< Result_(Class_::*)(Arguments_...) const >
class	Global
class	GradedContainer
	Container with associated scalar. More...
class	GradedMatrix
class	GradedVector
class	Graphs
class	Heat
	Heat map colors More...
class	HemisphereMasses
class	Histogram2Dim
class	Histograms
class	Identification
class	InfoRecombiner
	Recombine two fastjet::Jet with attached fastjet::UserInfo. More...
struct	IsMatrix2
struct	IsMatrix2< Matrix2< Value > >
struct	IsMatrix3
struct	IsMatrix3< Matrix3< Value > >
class	Isolated
	Isolated objects More...
struct	IsVector2
struct	IsVector2< Vector2< Value_ > >
struct	IsVector3
struct	IsVector3< Vector3< Value_ > >
class	Iterator
	Iterator More...
class	Jet
	Jet. More...
class	JetInfo
	Jet infos subclassed from Fastjet. More...
class	Legend
class	Line
	Line between two points. More...
class	LorentzMatrix
	Lorentz matrix. More...
class	LorentzVector
	Lorentz vector. More...
class	LorentzVector< Length >
	Length Lorentz vector. More...
class	LorentzVector< Momentum >
	Momentum Lorentz vector. More...
class	LorentzVectorBase
	Lorentz Vector. More...
class	Matrix2
	Two dimensional matrix. More...
class	Matrix3
	Three dimensional matrix. More...
class	Member
	Family member with id, position, and 4-momentum. More...
class	MomentumRange
class	Multiplet
	Multiplet base class More...
class	MultipletSignature
	An event composed of a multiplet an a singlet made up from the remaining jets. More...
class	Mutable
	Lazy caching of variables. More...
class	MuXboostedBTagging
	MuXboostedBTagging tags high-pT heavy flavor jets using a muonic tag. More...
class	Names
class	NSubJettiness
	Helper class to calculate N-subjettiness of a jet. More...
class	Observable
class	Observables
	Container for Observable. More...
class	Octet332
	Octet consisting of two triplets and one doublet. More...
class	Octet44
	An octet composed of two quartets. More...
class	Octet53
	An octet composed of two quartets. More...
class	Octet62
	An octet composed of a sextet an a doublet. More...
class	Options
	Key-value-pair options. More...
class	Overlap
	Overlap between structures More...
class	Particle
class	ParticleInfo
	Jet infos subclassed from Fastjet. More...
class	Phase
	The phases of the multivariant tagging process. More...
class	Plot
class	Plots
class	Plotting
class	PlottingBase
	Presents result of multivariant analysis. More...
class	PreCut
class	PreCuts
class	Problematic
	Generic problematic cases. More...
class	Profile
class	PseudoJet
	Wrapper for fastjet::PseudoJet adding BoCA related functions. More...
class	Quartet211
	A Quartet consisting of a Doublet and two Singlets. More...
class	Quartet22
	A Quartet consisting of two Doublets. More...
class	Quartet31
	A Quartet consisting of a Triplet and a Singlet. More...
class	Quintet
	A Quintet consisting of a Triplet and a Doublet. More...
class	Range
	Range between two values. More...
class	Reader
	read results of multivariant analysis wrapper for TMVA::Reader More...
class	Rectangle
	Rectangle of two Ranges. More...
class	Red
	Red More...
class	Result
class	Results
class	Settings
	Detector and Collider specific constants. More...
class	Sextet33
	A Sextet consisting of two Triplets. More...
class	Sextet42
	A Sextet consisting of a Quartet and a Doublet. More...
class	Singlet
	Wrapper for a Jet in order to make it behave like a Multiplet. More...
class	SubIterator
	Iterator More...
class	SubJet
class	SubJettiness
	Calculate N-subjettiness of a jet. More...
class	Tagger
	Tagger base class using Branch template More...
class	ThreeBody
	Three body base class. More...
class	Trainer
	Prepares multivariant analysis. More...
class	TreeBranch
class	TreeReader
class	TreeReaderArray
class	TreeWriter
class	Triplet
	A Triplet consisting of a Singlet and a Doublet. More...
class	Triplet111
	A Triplet consisting of three Singlets. More...
class	TruthVariables
	Variables for truth level analyses. More...
class	TwoBody
	Two body base class. More...
class	Vector2
	Two dimensional Vector. More...
class	Vector3
	Three dimensionial vector. More...
class	WimpMass
	Wrapper for WimpMass class reconstructs two missing neutrino momenta. More...

Typedefs
using	Lepton = Jet
using	Photon = Jet
using	MissingEt = Jet
template<typename Enum , typename Type >
using	FlagReturn = typename std::enable_if< Flag< Enum >::enable, Type >
using	Latex = latex::String
using	LatexString = latex::StringHelper
template<typename Value_ >
using	GradedLorentzVector = GradedVector< LorentzVector, Value_ >
	Graded LorentzVector. More...
template<typename Value_ >
using	GradedMatrix2 = GradedMatrix< Matrix2, Value_ >
	Graded two dimensional matrix. More...
template<typename Value_ >
using	GradedMatrix3 = GradedMatrix< Matrix3, Value_ >
	Graded three dimensional matrix. More...
template<typename Value_ >
using	GradedVector2 = GradedVector< Vector2, Value_ >
	Two vector with associated number. More...
template<typename Value_ >
using	GradedVector3 = GradedVector< Vector3, Value_ >
	Graded three dimensional vector. More...
template<typename Value_ >
using	Line2 = Line< Vector2, Value_ >
	Line between two points in two dimensional space. More...
template<typename Value_ >
using	Line3 = Line< Vector3, Value_ >
	Line between two points in three dimensional space. More...
template<typename Value_ >
using	LorentzLine = Line< LorentzVector, Value_ >
	Line between two points in Lorentz space. More...
template<typename Value >
using	OnlyIfNotLorentzVectorBase = typename std::enable_if< std::is_base_of< LorentzVectorBase< Value >, Value >::value >::type
template<typename Value_2_ >
using	Array2 = std::array< Value_2_, 2 >
template<typename Value >
using	OnlyIfNotMatrix2 = typename std::enable_if< !IsMatrix2< Value >::value >::type
template<typename Value_ >
using	Array3 = std::array< Value_, 3 >
template<typename Value >
using	OnlyIfNotMatrix3 = typename std::enable_if< !IsMatrix3< Value >::value >::type
template<typename Value_ >
using	OnlyIfNotVector2 = typename std::enable_if< !IsVector2< Value_ >::value >::type
template<typename Value_ >
using	OnlyIfNotVector3 = typename std::enable_if< !IsVector3< Value_ >::value >::type
template<typename Value_ >
using	OnlyIfVector3 = typename std::enable_if< IsVector3< Value_ >::value >::type
using	AngleSquareMomentum = ValueProduct< AngleSquare, Momentum >
using	NamePairs = std::vector< std::pair< Names, Names >>
using	AngleMomentum = ValueProduct< Angle, Momentum >

Enumerations
enum	Output {   Output::none = 0, Output::fast = 1 << 0, Output::normal = 1 << 1, Output::significance = 1 << 2,   Output::efficiency = 1 << 3, Output::plot = 1 << 4, Output::cut = 1 << 5, Output::plot_hist = 1 << 6 }
enum	JetDetail { JetDetail::none = 0, JetDetail::plain = 1 << 0, JetDetail::structure = 1 << 1, JetDetail::isolation = 1 << 2 }
enum	Decay { Decay::leptonic, Decay::hadronic }
enum	Status { Status::none = 0, Status::stable = 1, Status::unstable = 2, Status::generator = 3 }
enum	DetectorPart {   DetectorPart::none, DetectorPart::gen_particle, DetectorPart::track, DetectorPart::photon,   DetectorPart::tower, DetectorPart::muon }
enum	Relative {   Relative::none, Relative::particle, Relative::mother, Relative::step_mother,   Relative::grand_mother, Relative::great_grand_mother }
enum	Id {   Id::none = 0, Id::down = 1, Id::up = 2, Id::strange = 3,   Id::charm = 4, Id::bottom = 5, Id::top = 6, Id::bottom_partner = 7,   Id::top_partner = 8, Id::electron = 11, Id::electron_neutrino = 12, Id::muon = 13,   Id::muon_neutrino = 14, Id::tau = 15, Id::tau_neutrino = 16, Id::tau_partner = 17,   Id::tau_neutrino_partner = 18, Id::gluon = 21, Id::photon = 22, Id::Z = 23,   Id::W = 24, Id::higgs = 25, Id::Z_partner = 32, Id::Z_partner_2 = 33,   Id::W_partner = 34, Id::heavy_higgs = 35, Id::CP_odd_higgs = 36, Id::charged_higgs = 37,   Id::any = 86, Id::isr = 87, Id::marker = 88, Id::mixed_jet = 90,   Id::cluster = 91, Id::string = 92, Id::pi0 = 111, Id::rho0 = 113,   Id::K0l = 130, Id::pion = 211, Id::rho = 213, Id::eta = 221,   Id::omega = 223, Id::K0s = 310, Id::K0 = 311, Id::K0S = 313,   Id::K = 321, Id::KS = 323, Id::etaP = 331, Id::Dpm = 411,   Id::DS = 413, Id::DS2 = 415, Id::D0 = 421, Id::DS0 = 423,   Id::etac = 441, Id::B0 = 511, Id::B0S = 513, Id::Bpm = 521,   Id::BS = 523, Id::BS0 = 531, Id::BsS0 = 533, Id::ypsilon = 553,   Id::down_down_1 = 1103, Id::up_down_0 = 2101, Id::up_down_1 = 2103, Id::Delta = 1114,   Id::neutron = 2112, Id::up_up_1 = 2203, Id::proton = 2212, Id::Delta_2 = 2224,   Id::CP_violating_higgs = 5000000, Id::higgs_coupling = 9010221 }
	PDG particle naming conventions. More...
enum	MultiId {   MultiId::quark, MultiId::five_quark, MultiId::charged_lepton, MultiId::neutrino,   MultiId::neutral_boson, MultiId::bosons }
	Groups of PDG particles. More...
enum	Tag { Tag::background = 0, Tag::signal = 1 }
	The Tag distinguishes between signal and background events. More...
enum	Source {   Source::delphes, Source::pgs, Source::parton, Source::tagger,   Source::snowmass }
enum	Branch {   Branch::particle, Branch::photon, Branch::electron, Branch::muon,   Branch::jet, Branch::missing_et, Branch::track, Branch::tower,   Branch::e_flow_track, Branch::e_flow_photon, Branch::e_flow_neutral_hadron, Branch::e_flow_muon,   Branch::gen_jet, Branch::scalar_ht, Branch::tau }
enum	LorentzDim {   LorentzDim::x, LorentzDim::y, LorentzDim::z, LorentzDim::t,   LorentzDim::last }
	Lorentz Dimensions. More...
enum	Matrix {   Matrix::none, Matrix::diagonal, Matrix::symmetric, Matrix::antisymmetric,   Matrix::row, Matrix::column, Matrix::uniform }
	Matrix types. More...
enum	Dim2 { Dim2::x, Dim2::y, Dim2::last }
	Two dimensionss. More...
enum	Dim3 { Dim3::x, Dim3::y, Dim3::z, Dim3::last }
	Three dimensions. More...
enum	Stage { Stage::trainer, Stage::reader }
	The stage of the multivariant tagging process. More...
enum	Style { Style::none = 0, Style::normal = 1 << 0, Style::bold = 1 << 1, Style::italic = 1 << 2 }
enum	Orientation {   Orientation::none = 0, Orientation::center = 1 << 0, Orientation::left = 1 << 1, Orientation::right = 1 << 2,   Orientation::top = 1 << 3, Orientation::bottom = 1 << 4, Orientation::outside = 1 << 5 }
	Orientation of the Legend. More...
enum	Significance {   Significance::none = 0, Significance::experimental = 1 << 0, Significance::background = 1 << 1, Significance::sum = 1 << 2,   Significance::poisson = 1 << 3, Significance::discovery = 1 << 4, Significance::exclusion = 1 << 5 }
enum	JetType { JetType::jet, JetType::gen_jet, JetType::e_flow_jet }
	JetType indicates which type of jet is going to be used. More...
enum	Collider { Collider::lhc, Collider::future }
	Detector type indicates which kind of detector geometry is going to be used. More...
enum	Font { Font::times, Font::helvetica, Font::courier, Font::symbol }

Functions
std::string	Name (Output output)
std::string	Name (JetDetail jet_detail)
std::string	Name (Decay decay)
std::vector< Jet >	JetVector (std::vector< fastjet::PseudoJet > const &pseudo_jets)
std::vector< fastjet::PseudoJet >	PseudoJetVector (std::vector< Jet > const &jets)
Jet	Join (std::vector< Jet > const &jets)
Jet	Join (Jet const &jet_1, Jet const &jet_2)
Jet	Join (Jet const &jet_1, Jet const &jet_2, Jet const &jet_3)
std::vector< Particle >	ParticleVector (std::vector< fastjet::PseudoJet > const &pseudo_jets)
std::vector< Particle >	CopyIfRelativeIs (std::vector< Particle > const &particles, Relative relative, Id id)
std::vector< Particle >	CopyIfRelativeIs (const std::vector< boca::Particle > &particles, boca::Relative relative, std::vector< Id > const &ids)
std::vector< Particle >	CopyIfParticle (std::vector< Particle > const &particles, Id id)
std::vector< Particle >	CopyIfParticles (std::vector< Particle > const &particles, std::vector< Id > const &ids)
std::vector< Particle >	CopyIfNeutrino (std::vector< Particle > const &particles)
std::vector< Particle >	CopyIfLepton (std::vector< Particle > const &particles)
std::vector< Particle >	CopyIfExactParticle (std::vector< Particle > const &particles, int id)
std::vector< Particle >	RemoveIfExactParticle (std::vector< Particle > particles, int id)
std::vector< Particle >	CopyIfFamily (std::vector< Particle > const &particles, Id id, Id mother_id)
std::vector< Particle >	RemoveIfGrandFamily (std::vector< Particle > const &particles, Id id, Id grand_mother_id)
	returns only particles with the correct id and non fitting grand mother id More...
std::vector< Particle >	RemoveIfParticle (std::vector< Particle > particles, Id id)
std::vector< Particle >	CopyIfMother (std::vector< Particle > const &particles, Id mother_id)
std::vector< Particle >	CopyIfMother (std::vector< Particle > const &particles, std::vector< Id > const &mother_id)
std::vector< Particle >	CopyIfMother (std::vector< Particle > const &particles, Particle mother)
std::vector< Particle >	CopyIfGrandMother (std::vector< Particle > const &particles, Id grand_mother_id)
std::vector< Particle >	CopyIfGrandMother (std::vector< Particle > const &particles, Particle grand_mother)
std::vector< Particle >	CopyIfGreatGrandMother (std::vector< Particle > const &particles, Id grand_grand_mother_id)
std::vector< Particle >	CopyIfAncestor (std::vector< Particle > const &particles, Id ancestor)
std::vector< Particle >	RemoveIfMother (std::vector< Particle > const &particles, Id mother_id)
std::vector< Particle >	RemoveIfMother (std::vector< Particle > const &particles, std::vector< Id > const &mother_ids)
std::vector< Particle >	RemoveIfSingleMother (std::vector< Particle > const &particles)
std::vector< Particle >	RemoveIfOnlyMother (std::vector< Particle > const &particles, Id mother_id)
std::vector< Particle >	RemoveIfLetpon (std::vector< Particle > const &particles)
std::vector< Particle >	RemoveIfQuark (std::vector< Particle > const &particles)
std::vector< Particle >	CopyIfQuark (std::vector< Particle > const &particles)
std::vector< Particle >	CopyIf5Quark (std::vector< Particle > const &particles)
std::vector< Particle >	CopyIfDaughter (std::vector< Particle > const &particles, std::vector< Particle > const &daughters)
std::vector< Particle >	RemoveIfDaughter (std::vector< Particle > const &particles, std::vector< Particle > const &daughters)
std::vector< Particle >	CopyIfGrandDaughter (std::vector< Particle > const &particles, std::vector< Particle > const &daughters)
std::vector< Particle >	CopyIfPosition (std::vector< Particle > const &particles, int position)
std::vector< Particle >	CopyIfPosition (std::vector< Particle > const &particles, int position_1, int position_2)
std::vector< Particle >	CopyFirst (std::vector< Particle > particles, std::size_t number)
std::vector< Particle >	CopyIfDrellYan (std::vector< Particle > const &particles)
	Copy the two particles which are on the DY position. More...
void	PrintParticles (std::vector< Particle > const &particles)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	SortedByMinDeltaRTo (std::vector< Multiplet_1_ > multiplets, Multiplet_2_ const &jet)
template<class Multiplet >
std::vector< Multiplet >	SortedByMaxDeltaRap (std::vector< Multiplet > multiplets)
template<class Multiplet >
std::vector< Multiplet >	SortedByMassTo (std::vector< Multiplet > multiplets, Mass const &mass)
template<class Multiplet >
std::vector< Multiplet >	SortedByMassTo (std::vector< Multiplet > multiplets, Id id)
template<class Multiplet >
std::vector< Multiplet >	SortedByMass (std::vector< Multiplet > multiplets)
template<class Multiplet >
std::vector< Multiplet >	SortedByPt (std::vector< Multiplet > multiplets)
template<class Multiplet >
std::vector< Multiplet >	SortedByRap (std::vector< Multiplet > multiplets)
template<class Multiplet >
std::vector< Multiplet >	SortedByPhi (std::vector< Multiplet > multiplets)
template<typename Multiplet >
std::vector< Multiplet >	SortedByBdt (std::vector< Multiplet > multiplets)
	sort vector of jets with largest bdt at the front More...
template<typename Multiplet_ >
std::vector< Multiplet_ >	RemoveIfOutsidePtWindow (std::vector< Multiplet_ > jets, Momentum const &lower_cut, Momentum const &upper_cut)
template<typename Multiplet_ >
std::vector< Multiplet_ >	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_ >	RemoveIfSoft (std::vector< Multiplet_ > multiplets, Momentum const &pt_min)
template<typename Multiplet_ >
std::vector< Multiplet_ >	RemoveIfHard (std::vector< Multiplet_ > multiplets, Momentum const &pt_max)
template<typename Multiplet_ >
int	CountIfHard (std::vector< Multiplet_ > multiplets, Momentum const &pt_min)
template<typename Multiplet_ >
auto	CountIfBottom (std::vector< Multiplet_ > const &jets)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	RemoveIfClose (std::vector< Multiplet_1_ > jets, std::vector< Multiplet_2_ > const &particles)
template<typename Multiplet_1_ , typename Multiplet_2_ >
bool	CrossComparison (Multiplet_1_ const &multiplet, std::pair< Multiplet_2_, Multiplet_2_ > const &particles)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	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_ >	CopyIfClose (std::vector< Multiplet_1_ > const &multiplets, std::vector< Multiplet_2_ > const &particles)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	CopyIfClose (std::vector< Multiplet_1_ > const &multiplets, Multiplet_2_ const &particle)
template<typename Multiplet_1_ , typename Multiplet_2_ >
std::vector< Multiplet_1_ >	CopyIfClose (std::vector< Multiplet_1_ > const &multiplets, std::pair< Multiplet_2_, Multiplet_2_ > const &particle)
std::string	NameSpaceName (std::string const &pretty_function)
std::string	ClassName (std::string const &pretty_function)
std::string	FunctionName (std::string const &pretty_function)
std::string	FileName (std::string const &file)
template<typename Value >
std::string	ApplyIoFlags (Value const &message)
template<typename Value >
std::string	Stream (Value const &message, int width=20, bool right=false)
template<typename Value >
std::string	Stream2 (std::string const &variable, Value const &value)
void	Log (std::string const &file, int line, std::string const &name_space, std::string const &class_name, std::string const &function, bool final=true)
template<typename Value >
void	LogVariable (std::string const &variable, Value const &value)
template<typename Value >
void	LogVariable (std::string const &variable, const std::vector< Value > &values)
void	LogVariable (std::string const &, char const *value)
template<typename Value >
void	Log (std::string const &file, int line, std::string const &name_space, std::string const &class_name, std::string const &function, std::string const &variable, Value value, bool final=true)
template<typename Value , typename Value2 >
void	Log (std::string const &file, int line, std::string const &name_space, std::string const &class_name, std::string const &function, std::string const &variable, const Value value, std::string const &variable2, const Value2 value2, bool final=true)
template<typename Value , typename Value2 , typename Value3 >
void	Log (std::string const &file, int line, std::string const &name_space, std::string const &class_name, std::string const &function, std::string const &variable, const Value value, std::string const &variable2, const Value2 value2, std::string const &variable3, const Value3 value3, bool final=true)
template<typename Value , typename Value2 , typename Value3 , typename Value4 >
void	Log (std::string const &file, int line, std::string const &name_space, std::string const &class_name, std::string const &function, std::string const &variable, const Value value, std::string const &variable2, const Value2 value2, std::string const &variable3, const Value3 value3, std::string const &variable4, const Value4 value4, bool final=true)
template<typename Value , typename Value2 , typename Value3 , typename Value4 , typename Value5 >
void	Log (std::string const &file, int line, std::string const &name_space, std::string const &class_name, std::string const &function, std::string const &variable, const Value value, std::string const &variable2, const Value2 value2, std::string const &variable3, const Value3 value3, std::string const &variable4, const Value4 value4, std::string const &variable5, const Value5 value5)
void	Debug (bool final=true)
template<typename Value >
void	Debug (std::string const &variable, Value value, bool final=true)
template<typename Value , typename Value2 >
void	Debug (std::string const &variable, const Value value, std::string const &variable2, const Value2 value2, bool final=true)
template<typename Value , typename Value2 , typename Value3 >
void	Debug (std::string const &variable, const Value value, std::string const &variable2, const Value2 value2, std::string const &variable3, const Value3 value3, bool final=true)
template<typename Value , typename Value2 , typename Value3 , typename Value4 >
void	Debug (std::string const &variable, const Value value, std::string const &variable2, const Value2 value2, std::string const &variable3, const Value3 value3, std::string const &variable4, const Value4 value4, bool final=true)
template<typename Value , typename Value2 , typename Value3 , typename Value4 , typename Value5 >
void	Debug (std::string const &variable, const Value value, std::string const &variable2, const Value2 value2, std::string const &variable3, const Value3 value3, std::string const &variable4, const Value4 value4, std::string const &variable5, const Value5 value5)
template<typename Value >
void	Default (std::string const &variable, const Value value)
void	Error (std::string const &variable)
template<typename Enum >
FlagReturn< Enum, typename std::underlying_type< Enum >::type >::type	Underlying (Enum enum_1)
template<typename Enum >
FlagReturn< Enum, Enum >::type	operator& (Enum enum_1, Enum enum_2)
template<typename Enum >
constexpr FlagReturn< Enum, Enum >::type	operator| (Enum enum_1, Enum enum_2)
template<typename Enum >
FlagReturn< Enum, Enum >::type	operator^ (Enum enum_1, Enum enum_2)
template<typename Enum >
FlagReturn< Enum, Enum >::type	operator~ (Enum enum_1)
template<typename Enum >
FlagReturn< Enum, Enum & >::type	operator&= (Enum &enum_1, Enum enum_2)
template<typename Enum >
FlagReturn< Enum, Enum & >::type	operator|= (Enum &enum_1, Enum enum_2)
template<typename Enum >
FlagReturn< Enum, Enum & >::type	operator^= (Enum &enum_1, Enum enum_2)
template<typename Enum >
FlagReturn< Enum, Enum & >::type	operator<<= (Enum &enum_1, Enum enum_2)
template<typename Enum >
FlagReturn< Enum, bool >::type	to_bool (Enum value)
template<typename Enum >
FlagReturn< Enum, bool >::type	is (Enum enum_1, Enum enum_2)
template<typename Enum , typename Function >
void	FlagSwitch (Enum enum_1, Function function)
template<typename Input_ , typename Function_ >
auto	Transform (Input_ const &inputs, Function_ function)
template<typename Result_ , typename Input_ , typename Function_ >
std::vector< Result_ >	TransformIf (Input_ const &inputs, Function_ const &function_1, Function_ const &function_2)
template<typename Elements_ , typename Function_ >
std::vector< Elements_ >	CopyIf (std::vector< Elements_ > const &inputs, Function_ function)
template<typename Element_ >
std::size_t	Position (std::vector< Element_ > const &vector, Element_ const &element)
template<typename Element_ , unsigned long size_>
std::size_t	Position (std::array< Element_, size_ > const &array, Element_ const &element)
template<typename Element_ >
bool	FindInVector (const std::vector< Element_ > vector, const Element_ element)
template<typename Multiplet_1_ , typename Multiplet_2_ >
Multiplet_1_	ClosestJet (std::vector< Multiplet_1_ > const &multiplets, Multiplet_2_ const &multiplet)
template<typename Element_ >
std::vector< Element_ >	Combine (std::vector< Element_ > const &vector_1, std::vector< Element_ > const &vector_2)
	Combine two std::vector. More...
template<typename Element_ >
std::vector< Element_ >	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	Insert (std::vector< Element_ > &vector_1, std::vector< Element_ > const &vector_2)
	Insert two std::vector. More...
template<typename Element_ >
void	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	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	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	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	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	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	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...
std::string	Name (DetectorPart detector_part)
std::string	Name (Relative relative)
std::ostream &	operator<< (std::ostream &stream, Relative relative)
	Stream the name of a family relative. More...
Relative	Mother (Relative relative)
Relative	StepMother (Relative relative)
std::vector< Relative >	Relatives ()
std::string	Name (int id)
	Name of a particle with given PDG number. More...
std::string	Name (Id id)
	Name of a particle with given Id. More...
std::ostream &	operator<< (std::ostream &stream, Id id)
	Stream the name of a particle with given Id. More...
Mass	MassOf (Id id)
	Mass of particle with given Id. More...
std::string	Name (MultiId multi_id)
	Names of PDG particle groups. More...
std::ostream &	operator<< (std::ostream &stream, MultiId id)
	Stream the name of a particle with given MultiId. More...
Mass	MassOf (MultiId multi_id)
	Common mass of a multi particle. More...
std::vector< Id >	Resolve (MultiId multi_id)
	Vector if PDG particle Ids for a given MultiId. More...
Id	Lightest (MultiId multi_id)
	Lightest particle of a given MultiID. More...
Id	Heavyest (MultiId multi_id)
	Heaviest particle of a given MultiId. More...
std::string	Name (Tag tag)
	Name of Tag. More...
std::ostream &	operator<< (std::ostream &stream, Tag tag)
	Stream the name of a particle with given Id. More...
bool	Exists (std::string const &name)
std::string	Name (Source source)
std::string	Name (Branch branch)
std::string	Name (LorentzDim lorentz_dim)
std::vector< LorentzDim >	LorentzDimensions ()
template<class Value , class Value_2 >
constexpr auto	operator* (LorentzVectorBase< Value > const &lorentz_vector_1, LorentzVectorBase< Value_2 > const &lorentz_vector_2)
	Scalar product of lorentzvectors. More...
template<class Value , class Value_2 , typename = OnlyIfNotLorentzVectorBase<Value_2>>
constexpr auto	operator* (LorentzVectorBase< Value > const &lorentz_vector, Value_2 scalar)
	Scaling of lorentzvectors with a real number. More...
template<class Value , class Value_2 , typename = OnlyIfNotLorentzVectorBase<Value>>
constexpr auto	operator* (Value scalar, LorentzVectorBase< Value_2 > const &lorentz_vector)
	Scaling of lorentzvectors with a real number. More...
std::string	Name (Matrix matrix)
template<class Value_ , class Value_2_ , typename = OnlyIfNotMatrix2<Value_2_>>
constexpr auto	operator* (Matrix2< Value_ > const &matrix, Value_2_ scalar)
template<class Value_ , class Value_2_ , typename = OnlyIfNotMatrix2<Value_2_>>
constexpr auto	operator* (Value_2_ scalar, Matrix2< Value_ > const &matrix)
template<class Value_ , class Value_2_ >
constexpr auto	operator* (Matrix2< Value_ > const &matrix, Vector2< Value_2_ > const &vector)
template<class Value_ , class Value_2_ >
constexpr Matrix2< ValueProduct< Value_, Value_2_ > >	operator* (Vector2< Value_2_ > const &vector, Matrix2< Value_ > const &matrix)
template<typename Value_1_ , typename Value_2_ >
constexpr Matrix2< ValueProduct< Value_1_, Value_2_ > >	MatrixProduct (Vector2< Value_1_ > const &vector_1, Vector2< Value_2_ > const &vector_2)
template<class Value_ , class Value_2_ , typename = OnlyIfNotMatrix3<Value_2_>>
constexpr auto	operator* (Matrix3< Value_ > const &matrix, Value_2_ scalar)
	Multiplication with a scalar. More...
template<class Value_ , class Value_2_ , typename = OnlyIfNotMatrix3<Value_2_>>
constexpr auto	operator* (Value_2_ scalar, Matrix3< Value_ > const &matrix)
	Multiplication with a scalar. More...
template<class Value_ , class Value_2_ >
constexpr auto	operator* (Matrix3< Value_ > const &matrix, Vector3< Value_2_ > const &vector)
	Multiplication with a vector. More...
template<class Value_ , class Value_2_ >
constexpr Matrix3< ValueProduct< Value_, Value_2_ > >	operator* (Vector3< Value_2_ > const &vector, Matrix3< Value_ > const &matrix)
	Multiplication with a vector. More...
template<typename Value_1_ , typename Value_2_ >
constexpr Matrix3< ValueProduct< Value_1_, Value_2_ > >	MatrixProduct (Vector3< Value_1_ > const &vector_1, Vector3< Value_2_ > const &vector_2)
	Multiplication with a matrix. More...
template<typename Value_ >
Range< Value_ >	MinMax (std::vector< Value_ > const &vector)
template<typename Iterator_ , typename Value_ >
Range< Value_ >	MinMax (Iterator_ begin, Iterator_ end)
std::string	Name (Dim2 dim_2)
std::vector< Dim2 >	Dimensions2 ()
template<class Value_ , class Value_2 >
auto	operator* (Vector2< Value_ > const &vector_1, const Vector2< Value_2 > &vector_2)
	Dot product. More...
template<class Value_ , class Value_2 , typename = OnlyIfNotVector2<Value_2>>
auto	operator* (Vector2< Value_ > const &vector, Value_2 const &scalar)
	Scalar from the right. More...
template<class Value_ , class Value_2 , typename = OnlyIfNotVector2<Value_>>
auto	operator* (Value_ const &scalar, Vector2< Value_2 > const &vector)
	Scalar from the left. More...
std::string	Name (Dim3 dim_3)
Dim3	Third (Dim3 dim_1, Dim3 dim_2)
Dim3	Next (Dim3 dim)
std::vector< Dim3 >	Dimensions3 ()
template<class Value_ , class Value_2_ , typename = OnlyIfVector3<Value_>, typename = OnlyIfVector3<Value_2_>>
constexpr auto	operator* (Value_ const &vector_1, Value_2_ const &vector_2)
template<class Value_ , class Value_2_ , typename = OnlyIfVector3<Value_>, typename = OnlyIfNotVector3<Value_2_>>
constexpr auto	operator* (Value_ const &vector, Value_2_ scalar)
template<class Value_ , class Value_2_ , typename = OnlyIfVector3<Value_>, typename = OnlyIfNotVector3<Value_2_>>
constexpr auto	operator* (Value_2_ scalar, Value_ const &vector)
template<class Value_1 , class Value_2_ , class Value_3 >
constexpr auto	Triple (Vector3< Value_1 > const &vector_1, Vector3< Value_2_ > const &vector_2, Vector3< Value_3 > const &vector_3)
template<typename Multiplet_1_ , typename Multiplet_2_ , typename Multiplet_3_ >
Jet	Join (Multiplet_1_ const &multiplet_1, Multiplet_2_ const &multiplet_2, Multiplet_3_ const &multiplet_3)
template<typename Multiplet_1_ , typename Multiplet_2_ , typename Multiplet_3_ >
boca::Singlet	JoinConstituents (Multiplet_1_ const &multiplet_1, Multiplet_2_ const &multiplet_2, Multiplet_3_ const &multiplet_3)
template<typename Multiplet_1_ , typename Multiplet_2_ >
Jet	Join (Multiplet_1_ const &multiplet_1, Multiplet_2_ const &multiplet_2)
template<typename Multiplet_1_ , typename Multiplet_2_ >
boca::Singlet	JoinConstituents (Multiplet_1_ const &multiplet_1, Multiplet_2_ const &multiplet_2)
template<typename Multiplet_ >
Jet	Join (Jet const &jet, Multiplet_ const &multiplet)
template<typename Multiplet_ >
Jet	Join (Multiplet_ const &multiplet, Jet const &jet)
Observables	operator+ (Observable const &observable_1, Observable const &observable_2)
std::string	Name (Stage stage)
	Name of the multivariant tagging stage. More...
double	TextHeight ()
double	LabelHeight ()
int	ColorCode (int number)
int	FontCode (Style style=Style::normal)
std::string	Name (Orientation orientation)
std::string	Name (Significance significance)
latex::String	LatexName (Significance significance)
std::vector< Significance >	Constrained (std::vector< Significance > const &significances)
std::vector< Significance >	Exclusion (std::vector< Significance > const &significances)
std::vector< Significance >	Discovery (std::vector< Significance > const &significances)
std::vector< Significance >	SignificancesSimple ()
std::vector< Significance >	SignificancesBase ()
std::vector< Significance >	SignificancesMD ()
std::vector< Significance >	SignificancesMI ()
std::vector< Significance >	Significances ()
void	SetText (TAttText &text)
void	SetLine (TAttLine &line, int index)
void	SetAxis (TAxis &axis, latex::String const &title)
void	SetLogarithmic (TAxis &axis)
std::string	Name (JetType jet_type)
std::string	Name (Collider collider)
std::ostream &	operator<< (std::ostream &stream, PseudoJet const &jet)
std::ostream &	operator<< (std::ostream &stream, Family const &family)
std::ostream &	operator<< (std::ostream &stream, Member const &member)
std::ostream &	operator<< (std::ostream &stream, ClosestLepton const &closest_lepton)
std::ostream &	operator<< (std::ostream &stream, Identification const &identification)
std::vector< Particle >	CopyIfRelativeIsExactly (std::vector< Particle > const &particles, Relative relative, int id)
std::vector< Particle >	CopyIfRelativeIsExactly (std::vector< Particle > const &particles, Relative relative, std::vector< int > const &ids)
std::vector< Particle >	RemoveIfRelativeIs (std::vector< Particle > particles, Relative relative, Id id)
std::vector< Particle >	RemoveIfRelativeIs (std::vector< Particle > particles, Relative relative, std::vector< Id > const &id)
std::vector< Particle >	RemoveIfRelativeIsExactly (std::vector< Particle > particles, Relative relative, int id)
std::vector< Particle >	RemoveIfRelativeIsExactly (std::vector< Particle > particles, Relative relative, std::vector< int > const &id)
std::vector< Particle >	RemoveIfExactParticle (std::vector< Particle > const &particles, int id)
std::vector< Particle >	RemoveIfParticle (std::vector< Particle > const &particles, Id id)
std::vector< Particle >	RemoveIfOnlyMother (std::vector< Particle > particles, Id id)
Observables	operator+ (Observables const &observables_1, Observables const &observables_2)
Observables	operator+ (Observables &observables, Observable const &observable)
std::vector< Significance >	SignificancesMDI ()
template<typename Value >
auto	sqr (Value const &value)
	square of value More...
template<typename Value >
auto	cube (Value const &value)
	cube of value More...
template<typename Value_ >
int	sgn (Value_ value)
	sign of value More...
template<typename Value_ >
int	LowerBound (std::vector< Value_ > const &vector, Value_ value)
	sign of value More...
template<typename Value_ >
int	UpperBound (std::vector< Value_ > const &vector, Value_ value)
	Upper bound of vector. More...
double	RoundError (double value)
	round error two two digits More...
double	RoundToDigits (double value, int digits=3)
	Round value to digits. More...
double	RoundToError (double value, double error)
	Round value to precision of error. More...
double	FloorToDigits (double value, int digits=2)
	Floor value to digits. More...
double	CeilToDigits (double value, int digits=2)
	Ceiling to digits. More...
template<typename Enumeration >
using	Unsigned = typename std::make_unsigned< typename std::underlying_type< Enumeration >::type >
template<typename Integer >
decltype(auto)	IntegerRange (Integer last)
template<typename Integer >
decltype(auto)	IntegerRange (Integer first, Integer last)
template<typename Enumeration >
decltype(auto)	to_int (Enumeration value)
template<typename Enumeration >
decltype(auto)	to_unsigned (Enumeration value)

Detailed Description

Boosted Collider Analysis.

Copyright (C) 2015-2016 Jan Hajer

Copyright (C) 2015 Jan Hajer

Copyright (C) 2016 Jan Hajer

Copyright (C) 2015-2016 Jan Hajer

YingYing Li: Lepton Isolation

Typedef Documentation

using boca::AngleMomentum = typedef ValueProduct<Angle, Momentum>

using boca::AngleSquareMomentum = typedef ValueProduct<AngleSquare, Momentum>

template<typename Value_2_ >

using boca::Array2 = typedef std::array<Value_2_, 2>

template<typename Value_ >

using boca::Array3 = typedef std::array<Value_, 3>

using boca::Latex = typedef latex::String

using boca::LatexString = typedef latex::StringHelper

using boca::Lepton = typedef Jet

using boca::MissingEt = typedef Jet

Examples:

simple/source/MainSimple.cpp.

using boca::NamePairs = typedef std::vector<std::pair<Names, Names>>

template<typename Value >

using boca::OnlyIfNotLorentzVectorBase = typedef typename std::enable_if<std::is_base_of<LorentzVectorBase<Value>, Value>::value>::type

template<typename Value >

using boca::OnlyIfNotMatrix2 = typedef typename std::enable_if < !IsMatrix2<Value>::value >::type

template<typename Value >

using boca::OnlyIfNotMatrix3 = typedef typename std::enable_if < !IsMatrix3<Value>::value >::type

template<typename Value_ >

using boca::OnlyIfNotVector2 = typedef typename std::enable_if < !IsVector2<Value_>::value >::type

template<typename Value_ >

using boca::OnlyIfNotVector3 = typedef typename std::enable_if < !IsVector3<Value_>::value >::type

template<typename Value_ >

using boca::OnlyIfVector3 = typedef typename std::enable_if < IsVector3<Value_>::value >::type

using boca::Photon = typedef Jet

template<typename Enumeration >

using boca::Unsigned = typedef typename std::make_unsigned<typename std::underlying_type<Enumeration>::type>

Enumeration Type Documentation

enum boca::Branch

strong

Enumerator
particle
photon
electron
muon
jet
missing_et
track
tower
e_flow_track
e_flow_photon
e_flow_neutral_hadron
e_flow_muon
gen_jet
scalar_ht
tau

Examples:

simple/source/MainSimple.cpp.

enum boca::Collider

strong

Detector type indicates which kind of detector geometry is going to be used.

Enumerator
lhc	default LHC detector
future	default detector for a 100TeV collider

enum boca::Decay

strong

Enumerator
leptonic
hadronic

enum boca::DetectorPart

strong

Enumerator
none
gen_particle
track
photon
tower
muon

enum boca::Font

strong

Enumerator
times
helvetica
courier
symbol

enum boca::Id

strong

PDG particle naming conventions.

Enumerator
none
down	Down Quark.
up	Up Quark.
strange	Strange Quark.
charm	Charm Quark.
bottom	Bottom Quark.
top	Top Quark.
bottom_partner	Bottom Partner Quark.
top_partner	Top Partner Quark.
electron	Electron
electron_neutrino
muon
muon_neutrino
tau
tau_neutrino
tau_partner
tau_neutrino_partner
gluon
photon
Z
W
higgs	Higgs boson.
Z_partner
Z_partner_2
W_partner
heavy_higgs
CP_odd_higgs
charged_higgs
any
isr
marker
mixed_jet
cluster
string
pi0
rho0
K0l
pion
rho
eta
omega
K0s
K0
K0S
K
KS
etaP
Dpm
DS
DS2
D0
DS0
etac
B0
B0S
Bpm
BS
BS0
BsS0
ypsilon
down_down_1
up_down_0
up_down_1
Delta
neutron
up_up_1
proton
Delta_2
CP_violating_higgs
higgs_coupling

enum boca::JetDetail

strong

Enumerator
none
plain
structure
isolation

enum boca::JetType

strong

JetType indicates which type of jet is going to be used.

Enumerator
jet	usual Delphse Jet
gen_jet	Delphes GenJet.
e_flow_jet	Jet formed from the eflow Variables according to the parameter set in Settings.

enum boca::MultiId

strong

Groups of PDG particles.

Enumerator
quark
five_quark
charged_lepton
neutrino
neutral_boson	Multi particle containing neutral bosons.
bosons	Multi particle containing bosons.

enum boca::Orientation

strong

Orientation of the Legend.

the default position is inside center center only deviations from this position need to be requested

Enumerator
none
center
left
right
top
bottom
outside

enum boca::Output

strong

Enumerator
none
fast
normal
significance
efficiency
plot
cut
plot_hist

enum boca::Relative

strong

Enumerator
none
particle
mother
step_mother
grand_mother
great_grand_mother

enum boca::Significance

strong

Enumerator
none
experimental	experimental error \(\frac{s}{b}\)
background	simple significance estimator \(\frac{s}{\sqrt b}\)
sum	slighly more complicated estimator for significance \(\frac{s}{\sqrt{s+b}}\)
poisson	poisson estimator for significance \(\sqrt{-2 \ln \frac{L_1}{L_0}}\)
discovery	discovery hypothesis and requirement
exclusion	exclusion hypothesis and requirement

enum boca::Source

strong

Enumerator
delphes
pgs
parton
tagger
snowmass

enum boca::Stage

strong

The stage of the multivariant tagging process.

Enumerator
trainer	Training stage.
reader	Reading stage.

enum boca::Status

strong

Enumerator
none
stable
unstable
generator

enum boca::Style

strong

Enumerator
none
normal
bold
italic

enum boca::Tag

strong

The Tag distinguishes between signal and background events.

Enumerator
background	Background.
signal	Signal.

Function Documentation

int boca::ColorCode

(

int

number

)

std::vector< Significance > boca::Constrained

(

std::vector< Significance > const &

significances

)

std::vector< Particle > boca::CopyFirst	(	std::vector< Particle >	particles,
		std::size_t	number
	)

std::vector< Particle > boca::CopyIf5Quark

(

std::vector< Particle > const &

particles

)

std::vector< Particle > boca::CopyIfAncestor	(	std::vector< Particle > const &	particles,
		Id	ancestor
	)

std::vector< Particle > boca::CopyIfDaughter	(	std::vector< Particle > const &	particles,
		std::vector< Particle > const &	daughters
	)

std::vector< Particle > boca::CopyIfDrellYan

(

std::vector< Particle > const &

particles

)

Copy the two particles which are on the DY position.

here we assume that the DY particle are always on position 6 and 7

std::vector< Particle > boca::CopyIfExactParticle	(	std::vector< Particle > const &	particles,
		int	id
	)

std::vector< Particle > boca::CopyIfFamily	(	std::vector< Particle > const &	particles,
		Id	id,
		Id	mother_id
	)

std::vector< Particle > boca::CopyIfGrandDaughter	(	std::vector< Particle > const &	particles,
		std::vector< Particle > const &	daughters
	)

std::vector< Particle > boca::CopyIfGrandMother	(	std::vector< Particle > const &	particles,
		Id	grand_mother_id
	)

std::vector< Particle > boca::CopyIfGrandMother	(	std::vector< Particle > const &	particles,
		Particle	grand_mother
	)

std::vector< Particle > boca::CopyIfGreatGrandMother	(	std::vector< Particle > const &	particles,
		Id	grand_grand_mother_id
	)

std::vector< Particle > boca::CopyIfLepton

(

std::vector< Particle > const &

particles

)

std::vector< Particle > boca::CopyIfMother	(	std::vector< Particle > const &	particles,
		Id	mother_id
	)

std::vector< Particle > boca::CopyIfMother	(	std::vector< Particle > const &	particles,
		std::vector< Id > const &	mother_id
	)

std::vector< Particle > boca::CopyIfMother	(	std::vector< Particle > const &	particles,
		Particle	mother
	)

std::vector< Particle > boca::CopyIfNeutrino

(

std::vector< Particle > const &

particles

)

std::vector< Particle > boca::CopyIfParticle	(	std::vector< Particle > const &	particles,
		Id	id
	)

std::vector< Particle > boca::CopyIfParticles	(	std::vector< Particle > const &	particles,
		std::vector< Id > const &	ids
	)

std::vector< Particle > boca::CopyIfPosition	(	std::vector< Particle > const &	particles,
		int	position
	)

std::vector< Particle > boca::CopyIfPosition	(	std::vector< Particle > const &	particles,
		int	position_1,
		int	position_2
	)

std::vector< Particle > boca::CopyIfQuark

(

std::vector< Particle > const &

particles

)

std::vector< Particle > boca::CopyIfRelativeIs	(	std::vector< Particle > const &	particles,
		Relative	relative,
		Id	id
	)

std::vector< Particle > boca::CopyIfRelativeIs	(	const std::vector< boca::Particle > &	particles,
		boca::Relative	relative,
		std::vector< Id > const &	ids
	)

std::vector<Particle> boca::CopyIfRelativeIsExactly	(	std::vector< Particle > const &	particles,
		Relative	relative,
		int	id
	)

std::vector<Particle> boca::CopyIfRelativeIsExactly	(	std::vector< Particle > const &	particles,
		Relative	relative,
		std::vector< int > const &	ids
	)

std::vector< Dim2 > boca::Dimensions2

(

)

std::vector< Dim3 > boca::Dimensions3

(

)

std::vector< Significance > boca::Discovery

(

std::vector< Significance > const &

significances

)

std::vector< Significance > boca::Exclusion

(

std::vector< Significance > const &

significances

)

bool boca::Exists

(

std::string const &

name

)

int boca::FontCode

(

Style

style = Style::normal

)

Id boca::Heavyest

(

MultiId

multi_id

)

Heaviest particle of a given MultiId.

template<typename Integer >

decltype(auto) boca::IntegerRange	(	Integer	first,
		Integer	last
	)

std::vector< Jet > boca::JetVector

(

std::vector< fastjet::PseudoJet > const &

pseudo_jets

)

Jet boca::Join

(

std::vector< Jet > const &

jets

)

Jet boca::Join	(	Jet const &	jet_1,
		Jet const &	jet_2
	)

Jet boca::Join	(	Jet const &	jet_1,
		Jet const &	jet_2,
		Jet const &	jet_3
	)

template<typename Multiplet_1_ , typename Multiplet_2_ , typename Multiplet_3_ >

Jet boca::Join	(	Multiplet_1_ const &	multiplet_1,
		Multiplet_2_ const &	multiplet_2,
		Multiplet_3_ const &	multiplet_3
	)

template<typename Multiplet_1_ , typename Multiplet_2_ >

Jet boca::Join	(	Multiplet_1_ const &	multiplet_1,
		Multiplet_2_ const &	multiplet_2
	)

template<typename Multiplet_ >

Jet boca::Join	(	Jet const &	jet,
		Multiplet_ const &	multiplet
	)

template<typename Multiplet_ >

Jet boca::Join	(	Multiplet_ const &	multiplet,
		Jet const &	jet
	)

template<typename Multiplet_1_ , typename Multiplet_2_ , typename Multiplet_3_ >

boca::Singlet boca::JoinConstituents	(	Multiplet_1_ const &	multiplet_1,
		Multiplet_2_ const &	multiplet_2,
		Multiplet_3_ const &	multiplet_3
	)

template<typename Multiplet_1_ , typename Multiplet_2_ >

boca::Singlet boca::JoinConstituents	(	Multiplet_1_ const &	multiplet_1,
		Multiplet_2_ const &	multiplet_2
	)

double boca::LabelHeight

(

)

latex::String boca::LatexName

(

Significance

significance

)

Id boca::Lightest

(

MultiId

multi_id

)

Lightest particle of a given MultiID.

std::vector< LorentzDim > boca::LorentzDimensions

(

)

Mass boca::MassOf

(

Id

id

)

Mass of particle with given Id.

< FIXME remove again

< FIXME remove again

Mass boca::MassOf

(

MultiId

multi_id

)

Common mass of a multi particle.

template<typename Value_1_ , typename Value_2_ >

constexpr Matrix2<ValueProduct<Value_1_, Value_2_> > boca::MatrixProduct	(	Vector2< Value_1_ > const &	vector_1,
		Vector2< Value_2_ > const &	vector_2
	)

template<typename Value_1_ , typename Value_2_ >

constexpr Matrix3<ValueProduct<Value_1_, Value_2_> > boca::MatrixProduct	(	Vector3< Value_1_ > const &	vector_1,
		Vector3< Value_2_ > const &	vector_2
	)

Multiplication with a matrix.

template<typename Value_ >

Range<Value_> boca::MinMax

(

std::vector< Value_ > const &

vector

)

template<typename Iterator_ , typename Value_ >

Range<Value_> boca::MinMax	(	Iterator_	begin,
		Iterator_	end
	)

Relative boca::Mother

(

Relative

relative

)

std::string boca::Name

(

DetectorPart

detector_part

)

std::string boca::Name

(

Source

source

)

std::string boca::Name

(

Dim3

dim_3

)

std::string boca::Name

(

Tag

tag

)

Name of Tag.

std::string boca::Name

(

LorentzDim

lorentz_dim

)

std::string boca::Name

(

Significance

significance

)

std::string boca::Name

(

Stage

stage

)

Name of the multivariant tagging stage.

std::string boca::Name

(

JetType

jet_type

)

std::string boca::Name

(

Relative

relative

)

std::string boca::Name

(

Dim2

dim_2

)

std::string boca::Name

(

JetDetail

jet_detail

)

std::string boca::Name

(

boca::Matrix

matrix

)

std::string boca::Name

(

Output

output

)

std::string boca::Name

(

Branch

branch

)

std::string boca::Name

(

Decay

decay

)

std::string boca::Name

(

Orientation

orientation

)

std::string boca::Name

(

Collider

collider

)

std::string boca::Name

(

int

id

)

Name of a particle with given PDG number.

std::string boca::Name

(

Id

id

)

Name of a particle with given Id.

std::string boca::Name

(

MultiId

multi_id

)

Names of PDG particle groups.

Dim3 boca::Next

(

Dim3

dim

)

template<class Value_ , class Value_2 >

auto boca::operator*	(	Vector2< Value_ > const &	vector_1,
		const Vector2< Value_2 > &	vector_2
	)

Dot product.

template<class Value_ , class Value_2 , typename = OnlyIfNotVector2<Value_2>>

auto boca::operator*	(	Vector2< Value_ > const &	vector,
		Value_2 const &	scalar
	)

Scalar from the right.

template<class Value_ , class Value_2 , typename = OnlyIfNotVector2<Value_>>

auto boca::operator*	(	Value_ const &	scalar,
		Vector2< Value_2 > const &	vector
	)

Scalar from the left.

template<class Value_ , class Value_2_ , typename = OnlyIfNotMatrix2<Value_2_>>

constexpr auto boca::operator*	(	Matrix2< Value_ > const &	matrix,
		Value_2_	scalar
	)

template<class Value_ , class Value_2_ , typename = OnlyIfNotMatrix2<Value_2_>>

constexpr auto boca::operator*	(	Value_2_	scalar,
		Matrix2< Value_ > const &	matrix
	)

template<class Value_ , class Value_2_ >

constexpr auto boca::operator*	(	Matrix2< Value_ > const &	matrix,
		Vector2< Value_2_ > const &	vector
	)

template<class Value_ , class Value_2_ >

constexpr Matrix2<ValueProduct<Value_, Value_2_> > boca::operator*	(	Vector2< Value_2_ > const &	vector,
		Matrix2< Value_ > const &	matrix
	)

template<class Value , class Value_2 >

constexpr auto boca::operator*	(	LorentzVectorBase< Value > const &	lorentz_vector_1,
		LorentzVectorBase< Value_2 > const &	lorentz_vector_2
	)

Scalar product of lorentzvectors.

template<class Value , class Value_2 , typename = OnlyIfNotLorentzVectorBase<Value_2>>

constexpr auto boca::operator*	(	LorentzVectorBase< Value > const &	lorentz_vector,
		Value_2	scalar
	)

Scaling of lorentzvectors with a real number.

template<class Value , class Value_2 , typename = OnlyIfNotLorentzVectorBase<Value>>

constexpr auto boca::operator*	(	Value	scalar,
		LorentzVectorBase< Value_2 > const &	lorentz_vector
	)

Scaling of lorentzvectors with a real number.

template<class Value_ , class Value_2_ , typename = OnlyIfVector3<Value_>, typename = OnlyIfVector3<Value_2_>>

constexpr auto boca::operator*	(	Value_ const &	vector_1,
		Value_2_ const &	vector_2
	)

template<class Value_ , class Value_2_ , typename = OnlyIfVector3<Value_>, typename = OnlyIfNotVector3<Value_2_>>

constexpr auto boca::operator*	(	Value_ const &	vector,
		Value_2_	scalar
	)

template<class Value_ , class Value_2_ , typename = OnlyIfVector3<Value_>, typename = OnlyIfNotVector3<Value_2_>>

constexpr auto boca::operator*	(	Value_2_	scalar,
		Value_ const &	vector
	)

template<class Value_ , class Value_2_ , typename = OnlyIfNotMatrix3<Value_2_>>

constexpr auto boca::operator*	(	Matrix3< Value_ > const &	matrix,
		Value_2_	scalar
	)

Multiplication with a scalar.

template<class Value_ , class Value_2_ , typename = OnlyIfNotMatrix3<Value_2_>>

constexpr auto boca::operator*	(	Value_2_	scalar,
		Matrix3< Value_ > const &	matrix
	)

Multiplication with a scalar.

template<class Value_ , class Value_2_ >

constexpr auto boca::operator*	(	Matrix3< Value_ > const &	matrix,
		Vector3< Value_2_ > const &	vector
	)

Multiplication with a vector.

template<class Value_ , class Value_2_ >

constexpr Matrix3<ValueProduct<Value_, Value_2_> > boca::operator*	(	Vector3< Value_2_ > const &	vector,
		Matrix3< Value_ > const &	matrix
	)

Multiplication with a vector.

Observables boca::operator+	(	Observables const &	observables_1,
		Observables const &	observables_2
	)

Observables boca::operator+	(	Observable const &	observable_1,
		Observable const &	observable_2
	)

Observables boca::operator+	(	Observables &	observables,
		Observable const &	observable
	)

std::ostream & boca::operator<<	(	std::ostream &	stream,
		Tag	tag
	)

Stream the name of a particle with given Id.

std::ostream & boca::operator<<	(	std::ostream &	stream,
		Relative	relative
	)

Stream the name of a family relative.

std::ostream& boca::operator<<	(	std::ostream &	stream,
		Identification const &	identification
	)

std::ostream& boca::operator<<	(	std::ostream &	stream,
		ClosestLepton const &	closest_lepton
	)

std::ostream& boca::operator<<	(	std::ostream &	stream,
		Member const &	member
	)

std::ostream& boca::operator<<	(	std::ostream &	stream,
		Family const &	family
	)

std::ostream & boca::operator<<	(	std::ostream &	stream,
		Id	id
	)

Stream the name of a particle with given Id.

std::ostream & boca::operator<<	(	std::ostream &	stream,
		MultiId	id
	)

Stream the name of a particle with given MultiId.

std::ostream& boca::operator<<	(	std::ostream &	stream,
		PseudoJet const &	jet
	)

std::vector< Particle > boca::ParticleVector

(

std::vector< fastjet::PseudoJet > const &

pseudo_jets

)

void boca::PrintParticles

(

std::vector< Particle > const &

particles

)

std::vector< fastjet::PseudoJet > boca::PseudoJetVector

(

std::vector< Jet > const &

jets

)

std::vector< Relative > boca::Relatives

(

)

std::vector< Particle > boca::RemoveIfDaughter	(	std::vector< Particle > const &	particles,
		std::vector< Particle > const &	daughters
	)

std::vector<Particle> boca::RemoveIfExactParticle	(	std::vector< Particle >	particles,
		int	id
	)

std::vector<Particle> boca::RemoveIfExactParticle	(	std::vector< Particle > const &	particles,
		int	id
	)

std::vector< Particle > boca::RemoveIfGrandFamily	(	std::vector< Particle > const &	particles,
		Id	id,
		Id	grand_mother_id
	)

returns only particles with the correct id and non fitting grand mother id

std::vector< Particle > boca::RemoveIfLetpon

(

std::vector< Particle > const &

particles

)

std::vector< Particle > boca::RemoveIfMother	(	std::vector< Particle > const &	particles,
		Id	mother_id
	)

std::vector< Particle > boca::RemoveIfMother	(	std::vector< Particle > const &	particles,
		std::vector< Id > const &	mother_ids
	)

std::vector<Particle> boca::RemoveIfOnlyMother	(	std::vector< Particle > const &	particles,
		Id	mother_id
	)

std::vector<Particle> boca::RemoveIfOnlyMother	(	std::vector< Particle >	particles,
		Id	id
	)

std::vector<Particle> boca::RemoveIfParticle	(	std::vector< Particle >	particles,
		Id	id
	)

std::vector<Particle> boca::RemoveIfParticle	(	std::vector< Particle > const &	particles,
		Id	id
	)

std::vector< Particle > boca::RemoveIfQuark

(

std::vector< Particle > const &

particles

)

std::vector<Particle> boca::RemoveIfRelativeIs	(	std::vector< Particle >	particles,
		Relative	relative,
		Id	id
	)

std::vector<Particle> boca::RemoveIfRelativeIs	(	std::vector< Particle >	particles,
		Relative	relative,
		std::vector< Id > const &	id
	)

std::vector<Particle> boca::RemoveIfRelativeIsExactly	(	std::vector< Particle >	particles,
		Relative	relative,
		int	id
	)

std::vector<Particle> boca::RemoveIfRelativeIsExactly	(	std::vector< Particle >	particles,
		Relative	relative,
		std::vector< int > const &	id
	)

std::vector< Particle > boca::RemoveIfSingleMother

(

std::vector< Particle > const &

particles

)

std::vector< Id > boca::Resolve

(

MultiId

multi_id

)

Vector if PDG particle Ids for a given MultiId.

void boca::SetAxis	(	TAxis &	axis,
		latex::String const &	title
	)

void boca::SetLine	(	TAttLine &	line,
		int	index
	)

void boca::SetLogarithmic

(

TAxis &

axis

)

void boca::SetText

(

TAttText &

text

)

std::vector< Significance > boca::Significances

(

)

std::vector< Significance > boca::SignificancesBase

(

)

std::vector< Significance > boca::SignificancesMD

(

)

std::vector< Significance > boca::SignificancesMDI

(

)

std::vector< Significance > boca::SignificancesMI

(

)

std::vector< Significance > boca::SignificancesSimple

(

)

template<typename Multiplet >

std::vector<Multiplet> boca::SortedByBdt

(

std::vector< Multiplet >

multiplets

)

sort vector of jets with largest bdt at the front

template<class Multiplet >

std::vector<Multiplet> boca::SortedByMass

(

std::vector< Multiplet >

multiplets

)

template<class Multiplet >

std::vector<Multiplet> boca::SortedByMassTo	(	std::vector< Multiplet >	multiplets,
		Mass const &	mass
	)

template<class Multiplet >

std::vector<Multiplet> boca::SortedByMassTo	(	std::vector< Multiplet >	multiplets,
		Id	id
	)

template<class Multiplet >

std::vector<Multiplet> boca::SortedByMaxDeltaRap

(

std::vector< Multiplet >

multiplets

)

template<typename Multiplet_1_ , typename Multiplet_2_ >

std::vector<Multiplet_1_> boca::SortedByMinDeltaRTo	(	std::vector< Multiplet_1_ >	multiplets,
		Multiplet_2_ const &	jet
	)

template<class Multiplet >

std::vector<Multiplet> boca::SortedByPhi

(

std::vector< Multiplet >

multiplets

)

template<class Multiplet >

std::vector<Multiplet> boca::SortedByPt

(

std::vector< Multiplet >

multiplets

)

Examples:

simple/source/MainSimple.cpp.

template<class Multiplet >

std::vector<Multiplet> boca::SortedByRap

(

std::vector< Multiplet >

multiplets

)

Relative boca::StepMother

(

Relative

relative

)

double boca::TextHeight

(

)

Dim3 boca::Third	(	Dim3	dim_1,
		Dim3	dim_2
	)

template<typename Enumeration >

decltype(auto) boca::to_int

(

Enumeration

value

)

template<typename Enumeration >

decltype(auto) boca::to_unsigned

(

Enumeration

value

)

template<class Value_1 , class Value_2_ , class Value_3 >

constexpr auto boca::Triple	(	Vector3< Value_1 > const &	vector_1,
		Vector3< Value_2_ > const &	vector_2,
		Vector3< Value_3 > const &	vector_3
	)