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A2 ant: class-based analysis framework
Classes | Public Member Functions | Public Attributes | List of all members
ant::analysis::physics::Etap3pi0::branches Struct Reference

#include <etaprime-3pi0.h>

+ Collaboration diagram for ant::analysis::physics::Etap3pi0::branches:

Classes

struct  kinFitReturn_t
 

Public Member Functions

void SetBranches (TTree *tree)
 
void FillKinfitBeamProton (double beamE, const TParticlePtr &proton)
 

Public Attributes

kinFitReturn_t kinfitted = {}
 
TLorentzVector etaprimeCand = {}
 
TLorentzVector proton = {}
 
double protonTime = std_ext::NaN
 
TLorentzVector trueProton = {}
 
TLorentzVector MM = {}
 
double coplanarity = {}
 
double EsumCB = {}
 
double taggWeight = {}
 
double taggE = {}
 
unsigned taggCh = {}
 
double taggTime = {}
 
double EMB_chi2 = std::numeric_limits<double>::infinity()
 
double chi2_ref = std::numeric_limits<double>::infinity()
 
double prob_ref = {}
 
int iteration_ref = {}
 
int status_ref = {}
 
double chi2_sig = std::numeric_limits<double>::infinity()
 
double prob_sig = {}
 
int iteration_sig = {}
 
int status_sig = {}
 
int type = -1
 
int truetype = -1
 
std::string decayString = {}
 

Member Function Documentation

◆ FillKinfitBeamProton()

void Etap3pi0::branches::FillKinfitBeamProton ( double  beamE,
const TParticlePtr &  proton 
)

◆ SetBranches()

void Etap3pi0::branches::SetBranches ( TTree *  tree)

Member Data Documentation

◆ chi2_ref

double ant::analysis::physics::Etap3pi0::branches::chi2_ref = std::numeric_limits<double>::infinity()

◆ chi2_sig

double ant::analysis::physics::Etap3pi0::branches::chi2_sig = std::numeric_limits<double>::infinity()

◆ coplanarity

double ant::analysis::physics::Etap3pi0::branches::coplanarity = {}

◆ decayString

std::string ant::analysis::physics::Etap3pi0::branches::decayString = {}

◆ EMB_chi2

double ant::analysis::physics::Etap3pi0::branches::EMB_chi2 = std::numeric_limits<double>::infinity()

◆ EsumCB

double ant::analysis::physics::Etap3pi0::branches::EsumCB = {}

◆ etaprimeCand

TLorentzVector ant::analysis::physics::Etap3pi0::branches::etaprimeCand = {}

◆ iteration_ref

int ant::analysis::physics::Etap3pi0::branches::iteration_ref = {}

◆ iteration_sig

int ant::analysis::physics::Etap3pi0::branches::iteration_sig = {}

◆ kinfitted

kinFitReturn_t ant::analysis::physics::Etap3pi0::branches::kinfitted = {}

◆ MM

TLorentzVector ant::analysis::physics::Etap3pi0::branches::MM = {}

◆ prob_ref

double ant::analysis::physics::Etap3pi0::branches::prob_ref = {}

◆ prob_sig

double ant::analysis::physics::Etap3pi0::branches::prob_sig = {}

◆ proton

TLorentzVector ant::analysis::physics::Etap3pi0::branches::proton = {}

◆ protonTime

double ant::analysis::physics::Etap3pi0::branches::protonTime = std_ext::NaN

◆ status_ref

int ant::analysis::physics::Etap3pi0::branches::status_ref = {}

◆ status_sig

int ant::analysis::physics::Etap3pi0::branches::status_sig = {}

◆ taggCh

unsigned ant::analysis::physics::Etap3pi0::branches::taggCh = {}

◆ taggE

double ant::analysis::physics::Etap3pi0::branches::taggE = {}

◆ taggTime

double ant::analysis::physics::Etap3pi0::branches::taggTime = {}

◆ taggWeight

double ant::analysis::physics::Etap3pi0::branches::taggWeight = {}

◆ trueProton

TLorentzVector ant::analysis::physics::Etap3pi0::branches::trueProton = {}

◆ truetype

int ant::analysis::physics::Etap3pi0::branches::truetype = -1

◆ type

int ant::analysis::physics::Etap3pi0::branches::type = -1
The documentation for this struct was generated from the following files: