Detailed Description

         RESTSoft : Software for Rare Event Searches with TPCs

         TRestTrackEvent.h

         Event class to store DAQ events either from simulation and
         acquisition

         oct 2015:   First concept
             Created as part of the conceptualization of existing REST
             software.
             Javier Gracia

Definition at line 35 of file TRestTrackEvent.h.

#include <TRestTrackEvent.h>

Inheritance diagram for TRestTrackEvent:

Public Member Functions
void	AddTrack (TRestTrack *c)

TPad *	DrawEvent (const TString &option="")
	Draw the event. More...

TPad *	DrawHits ()

void	DrawOriginEnd (TPad pad, std::vector< TGraph > &originGr, std::vector< TGraph * > &endGr, std::vector< TLegend * > &leg)
	Draw origin and end of the track in a pad passed to the function Note that GetOriginEnd has to be issued in advance.

Double_t	GetEnergy (TString option="")

Int_t	GetLevel (Int_t tck)

Int_t	GetLevels () const

TRestTrack *	GetMaxEnergyTrack (TString option="")

TRestTrack *	GetMaxEnergyTrackInX ()

TRestTrack *	GetMaxEnergyTrackInY ()

Double_t	GetMaxEnergyTrackLength (TString option="")

Double_t	GetMaxEnergyTrackVolume (TString option="")

void	GetMaxTrackBoundaries (TVector3 &orig, TVector3 &end)
	This function retreive the origin and the end of the track based on the most energetic hit. The origin is defined as the further hit deposition edge to the most energetic hit, while the track end is defined as the closest edge to the most energetic hit.

TRestVolumeHits	GetMaxTrackBoundaries3D (TVector3 &orig, TVector3 &end)
	This function retrieves the origin and the end track positions based after the reconstruction of a 3D track. It requires the track to have the same number of hits in X and Y. Two different directions are scanned and the one which maximizes the track length is retrieved. Afterwards the position of the closer hit to the half integral of the track is obtained. Then, the origin of the track is defined as the further edge to the half integral, while the track end is defined as the closest edge.

Double_t	GetMaxTrackRelativeZ ()
	Function to calculate the relative Z of the most energetic track to crosscheck if the track is upwards or downwards.

Int_t	GetNumberOfTracks (TString option="")

void	GetOriginEnd (std::vector< TGraph * > &originGr, std::vector< TGraph * > &endGr, std::vector< TLegend * > &leg)
	Retreive origin and end of the track and store in a TGraph and legend.

TRestTrack *	GetOriginTrack (Int_t tck)

TRestTrack *	GetOriginTrackById (Int_t tckId)

Int_t	GetOriginTrackID (Int_t tck)

TPad *	GetPad ()

TRestTrack *	GetSecondMaxEnergyTrack (TString option="")

Int_t	GetTotalHits ()

TRestTrack *	GetTrack (Int_t n)

TRestTrack *	GetTrackById (Int_t id)

void	Initialize ()

Bool_t	isTopLevel (Int_t tck)

Bool_t	isXYZ ()

void	PrintEvent (Bool_t fullInfo=false)

void	PrintOnlyTracks ()

void	RemoveTrack (int n)

void	RemoveTracks ()

void	SetLevels ()

void	SetNumberOfXTracks (Int_t x)

void	SetNumberOfYTracks (Int_t y)

Public Member Functions inherited from TRestEvent
virtual void	CloneTo (TRestEvent *target)
	Clone the content of this TRestEvent object to another. More...

Int_t	GetID () const

Int_t	GetRunOrigin () const

TString	GetSubEventTag () const

Int_t	GetSubID () const

Int_t	GetSubRunOrigin () const

Double_t	GetTime () const

TTimeStamp	GetTimeStamp () const

virtual void	InitializeReferences (TRestRun *run)
	Initialize dynamical references when loading the event from a root file. More...

virtual void	InitializeWithMetadata (TRestRun *run)

Bool_t	isOk () const

virtual void	PrintEvent () const

void	SetEventInfo (TRestEvent *eve)

void	SetID (Int_t id)

void	SetOK (Bool_t state)

void	SetRunOrigin (Int_t run_origin)

void	SetState (Bool_t state)

void	SetSubEventTag (const TString &tag)

void	SetSubID (Int_t id)

void	SetSubRunOrigin (Int_t sub_run_origin)

void	SetTime (Double_t seconds, Double_t nanoseconds)

void	SetTime (Double_t time)

void	SetTimeStamp (const TTimeStamp &time)

	TRestEvent ()

virtual	~TRestEvent ()

Protected Attributes
TPad *	fHitsPad = nullptr

Int_t	fLevels

Int_t	fNtracks

Int_t	fNtracksX

Int_t	fNtracksY

Bool_t	fPrintHitsWarning

std::vector< TRestTrack >	fTrack

TGraph *	fXYHit

TGraph *	fXYTrack

TGraph2D *	fXYZHit

TGraph2D *	fXYZTrack

TGraph *	fXZHit

TH2F *	fXZHits = nullptr

TGraph *	fXZTrack

TGraph *	fYZHit

TH2F *	fYZHits = nullptr

TGraph *	fYZTrack

Protected Attributes inherited from TRestEvent
Int_t	fEventID
	Event identification number.

TTimeStamp	fEventTime
	Absolute event time.

Bool_t	fOk
	Flag to be used by processes to define an event status. fOk=true is the default.

TPad *	fPad

TRestRun *	fRun = nullptr

Int_t	fRunOrigin
	Run ID number of the event.

Int_t	fSubEventID
	Sub-Event identification number.

TString	fSubEventTag
	A short length label to identify the sub-Event.

Int_t	fSubRunOrigin
	Sub-run ID number of the event.

Additional Inherited Members
Protected Member Functions inherited from TRestEvent
void	RestartPad (Int_t nElements)

Member Function Documentation

◆ DrawEvent()

TPad * TRestTrackEvent::DrawEvent ( const TString & option = "" )

virtual

Draw the event.

To be implemented in the derived class

Reimplemented from TRestEvent.

Definition at line 558 of file TRestTrackEvent.cxx.

◆ Initialize()

void TRestTrackEvent::Initialize ( )

virtual

Run to initialize event data. To be re-implemented in derived class, you may want to call the base class at the end of the re-implemented, by calling TRestEvent::Initialize();

Implements TRestEvent.

Definition at line 52 of file TRestTrackEvent.cxx.

The documentation for this class was generated from the following files:

Detailed Description

Public Member Functions

Protected Attributes

Additional Inherited Members

Member Function Documentation

◆ DrawEvent()

◆ Initialize()