Structure of a flat ntuple. More...

#include <NtupleStructure.h>

Collaboration diagram for TOPTree:

Public Member Functions
void	clear ()
	Clear the structure: set elements to zero.

Public Attributes
Int_t	evt = 0
	event number

Int_t	run = 0
	run number

Float_t	p = 0
	momentum magnitude of Track

Float_t	cth = 0
	cosine of polar angle of Track

Float_t	phi = 0
	azimuthal angle of Track

Float_t	pValue = 0
	p-value of Track fit

Int_t	PDG = 0
	PDG code of related MCParticle.

Int_t	motherPDG = 0
	PDG code of related mother MCParticle.

Short_t	primary = 0
	is a primary particle (from related MCParticle)

Short_t	seen = 0
	is seen in TOP (from related MCParticle)

Float_t	rhoProd = 0
	production vertex (cylindrical coordinate r) of MCParticle

Float_t	zProd = 0
	production vertex (cylindrical coordinate z) of MCParticle

Float_t	phiProd = 0
	production vertex (cylindrical coordinate phi) of MCParticle

Float_t	rhoDec = 0
	decay vertex (cylindrical coordinate r) of MCParticle

Float_t	zDec = 0
	decay vertex (cylindrical coordinate z) of MCParticle

Float_t	phiDec = 0
	decay vertex (cylindrical coordinate phi) of MCParticle

Int_t	yieldMC = 0
	signal yield MC truth

Int_t	numPhot = 0
	number of detected photons

Float_t	numBkg = 0
	number of expected background photons

Int_t	moduleID = 0
	module ID from TOPLikelihoods

Likelihoods	phot
	number of expected photons (signal + bkg)

Likelihoods	yield
	effective signal yields by sPlot

Likelihoods	logL
	log likelihoods

TrackHit	extHit
	extrapolated Track hit (in local module frame)

TrackHit	barHit
	related MC particle hit (in local module frame)

Detailed Description

Structure of a flat ntuple.

Definition at line 76 of file NtupleStructure.h.

Member Function Documentation

◆ clear()

void clear ( )

inline

Clear the structure: set elements to zero.

Definition at line 110 of file NtupleStructure.h.

      {
        evt = 0;
        run = 0;
 
        p = 0;
        cth = 0;
        phi = 0;
        pValue = 0;
 
        PDG = 0;
        motherPDG = 0;
        primary = 0;
        seen = 0;
        rhoProd = 0;
        zProd = 0;
        phiProd = 0;
        rhoDec = 0;
        zDec = 0;
        phiDec = 0;
        yieldMC = 0;
 
        numPhot = 0;
        numBkg = 0;
        moduleID = 0;
        phot.clear();
        yield.clear();
        logL.clear();
 
        extHit.clear();
        barHit.clear();
      }

Member Data Documentation

◆ barHit

TrackHit barHit

related MC particle hit (in local module frame)

Definition at line 105 of file NtupleStructure.h.

◆ cth

Float_t cth = 0

cosine of polar angle of Track

Definition at line 81 of file NtupleStructure.h.

◆ evt

Int_t evt = 0

event number

Definition at line 77 of file NtupleStructure.h.

◆ extHit

TrackHit extHit

extrapolated Track hit (in local module frame)

Definition at line 104 of file NtupleStructure.h.

◆ logL

Likelihoods logL

log likelihoods

Definition at line 102 of file NtupleStructure.h.

◆ moduleID

Int_t moduleID = 0

module ID from TOPLikelihoods

Definition at line 99 of file NtupleStructure.h.

◆ motherPDG

Int_t motherPDG = 0

PDG code of related mother MCParticle.

Definition at line 86 of file NtupleStructure.h.

◆ numBkg

Float_t numBkg = 0

number of expected background photons

Definition at line 98 of file NtupleStructure.h.

◆ numPhot

Int_t numPhot = 0

number of detected photons

Definition at line 97 of file NtupleStructure.h.

◆ p

Float_t p = 0

momentum magnitude of Track

Definition at line 80 of file NtupleStructure.h.

◆ PDG

Int_t PDG = 0

PDG code of related MCParticle.

Definition at line 85 of file NtupleStructure.h.

◆ phi

Float_t phi = 0

azimuthal angle of Track

Definition at line 82 of file NtupleStructure.h.

◆ phiDec

Float_t phiDec = 0

decay vertex (cylindrical coordinate phi) of MCParticle

Definition at line 94 of file NtupleStructure.h.

◆ phiProd

Float_t phiProd = 0

production vertex (cylindrical coordinate phi) of MCParticle

Definition at line 91 of file NtupleStructure.h.

◆ phot

Likelihoods phot

number of expected photons (signal + bkg)

Definition at line 100 of file NtupleStructure.h.

◆ primary

Short_t primary = 0

is a primary particle (from related MCParticle)

Definition at line 87 of file NtupleStructure.h.

◆ pValue

Float_t pValue = 0

p-value of Track fit

Definition at line 83 of file NtupleStructure.h.

◆ rhoDec

Float_t rhoDec = 0

decay vertex (cylindrical coordinate r) of MCParticle

Definition at line 92 of file NtupleStructure.h.

◆ rhoProd

Float_t rhoProd = 0

production vertex (cylindrical coordinate r) of MCParticle

Definition at line 89 of file NtupleStructure.h.

◆ run

Int_t run = 0

run number

Definition at line 78 of file NtupleStructure.h.

◆ seen

Short_t seen = 0

is seen in TOP (from related MCParticle)

Definition at line 88 of file NtupleStructure.h.

◆ yield

Likelihoods yield

effective signal yields by sPlot

Definition at line 101 of file NtupleStructure.h.

◆ yieldMC

Int_t yieldMC = 0

signal yield MC truth

Definition at line 95 of file NtupleStructure.h.

◆ zDec

Float_t zDec = 0

decay vertex (cylindrical coordinate z) of MCParticle

Definition at line 93 of file NtupleStructure.h.

◆ zProd

Float_t zProd = 0

production vertex (cylindrical coordinate z) of MCParticle

Definition at line 90 of file NtupleStructure.h.

The documentation for this struct was generated from the following file:

top/modules/TOPNtuple/include/NtupleStructure.h

Public Member Functions

Public Attributes