IceEvent Class Reference

Handling of IceCube event data. More...

#include "IceEvent.h"

Inheritance diagram for IceEvent:

Detailed Description

Handling of IceCube event data.

Copyright(c) 2003, IceCube Experiment at the South Pole. All rights reserved.
 
Author: The IceCube NCFS-based Offline Project.
Contributors are mentioned in the code where appropriate.
 
Permission to use, copy, modify and distribute this software and its
documentation strictly for non-commercial purposes is hereby granted
without fee, provided that the above copyright notice appears in all
copies and that both the copyright notice and this permission notice
appear in the supporting documentation.
The authors make no claims about the suitability of this software for
any purpose. It is provided "as is" without express or implied warranty.

// Class IceEvent
// Handling of IceCube event data.
// Basically this class provides an IceCube tailored user interface
// to the functionality of the class NcEvent.
//
// Notes :
// ------
// * In the event structure MC tracks are labeled with a negative track ID,
//   whereas reconstructed tracks are labeled with a positive track ID.
//   This allows for a direct selection of either MC or Reco tracks via the
//   GetIdTrack() facility.
// * The particle codes used for the various tracks are the PDG ones.
//   For IceCube specific "particle" types (e.g. deltae) the PDG database
//   has been extended, as can be seen in the IceF2k class which provides
//   a conversion facility from the F2K into the Ralice/IcePack format.
//
// Examples :
// ==========
//
// Creation and filling of an event with some fictitious module data
// -----------------------------------------------------------------
// IceEvent* evt=new IceEvent();
// evt->SetOwner();
//
// // The starting unique signal ID.
// // In this example it will be increased everytime
// // when a new signal is created.
// Int_t sid=1;
//
// // Amanda module
// IceAOM m;
// m.SetUniqueID(123);
// m.SetNameTitle("OM123","Amanda module");
//
// Float_t pos[3]={1,2,3};
// m.SetPosition(pos,"car");
//
// NcSignal s;
//
// s.SetSlotName("ADC",1);
// s.SetSlotName("LE",2);
// s.SetSlotName("TOT",3);
//
// s.Reset();
// s.SetName("OM123 Hit 1");
// s.SetUniqueID(sid++);
// s.SetSignal(100,"ADC");
// s.SetSignal(-100,"LE");
// s.SetSignal(-1000,"TOT");
// m.AddHit(s);
//
// s.Reset();
// s.SetName("OM123 Hit 2");
// s.SetUniqueID(sid++);
// s.SetSignal(110,"ADC");
// s.SetSignal(-101,"LE");
// s.SetSignal(1001,"TOT");
// m.AddHit(s);
//
// s.Reset();
// s.SetName("OM123 Hit 3");
// s.SetUniqueID(sid++);
// s.SetSignal(120,"ADC");
// s.SetSignal(-102,"LE");
// s.SetSignal(-1002,"TOT");
// m.AddHit(s);
//
// evt->AddDevice(m);
//
// m.Reset();
// m.SetUniqueID(456);
// m.SetName("OM456");
//
// pos[0]=-4;
// pos[1]=-5;
// pos[2]=-6;
// m.SetPosition(pos,"car");
//
// s.Reset();
// s.SetName("OM456 Hit 1");
// s.SetUniqueID(sid++);
// s.SetSignal(20,"ADC");
// s.SetSignal(-200,"LE");
// s.SetSignal(-2000,"TOT");
// m.AddHit(s);
//
// s.Reset();
// s.SetName("OM456 Hit 2");
// s.SetUniqueID(sid++);
// s.SetSignal(21,"ADC");
// s.SetSignal(-201,"LE");
// s.SetSignal(2001,"TOT");
// m.AddHit(s);
//
// s.Reset();
// s.SetName("OM456 Hit 3");
// s.SetUniqueID(sid++);
// s.SetSignal(22,"ADC");
// s.SetSignal(-202,"LE");
// s.SetSignal(-2002,"TOT");
// m.AddHit(s);
//
// evt->AddDevice(m);
//
// // IceCube in-ice DOM
// IceIDOM mid;
// mid.SetUniqueID(958);
// mid.SetNameTitle("OM958","IceCube in-ice module");
//
// pos[0]=9;
// pos[1]=5;
// pos[2]=8;
// mid.SetPosition(pos,"car");
//
// s.Reset();
// s.SetName("OM958 Hit 1");
// s.SetUniqueID(sid++);
// s.SetSignal(40,"ADC");
// s.SetSignal(-400,"LE");
// s.SetSignal(-4000,"TOT");
// mid.AddHit(s);
//
// s.Reset();
// s.SetName("OM958 Hit 2");
// s.SetUniqueID(sid++);
// s.SetSignal(41,"ADC");
// s.SetSignal(-401,"LE");
// s.SetSignal(4001,"TOT");
// mid.AddHit(s);
//
// s.Reset();
// s.SetName("OM958 Hit 3");
// s.SetUniqueID(sid++);
// s.SetSignal(42,"ADC");
// s.SetSignal(-402,"LE");
// s.SetSignal(-4002,"TOT");
// mid.AddHit(s);
//
// evt->AddDevice(mid);
//
// // IceTop DOM
// IceTDOM mtd;
// mtd.SetUniqueID(4958);
// mtd.SetNameTitle("OM4958","IceTop module");
//
// pos[0]=49;
// pos[1]=5;
// pos[2]=8;
// mtd.SetPosition(pos,"car");
//
// s.Reset();
// s.SetName("OM4958 Hit 1");
// s.SetUniqueID(sid++);
// s.SetSignal(50,"ADC");
// s.SetSignal(-500,"LE");
// s.SetSignal(-5000,"TOT");
// mtd.AddHit(s);
//
// s.Reset();
// s.SetName("OM4958 Hit 2");
// s.SetUniqueID(sid++);
// s.SetSignal(51,"ADC");
// s.SetSignal(-501,"LE");
// s.SetSignal(5001,"TOT");
// mtd.AddHit(s);
//
// s.Reset();
// s.SetName("OM4958 Hit 3");
// s.SetUniqueID(sid++);
// s.SetSignal(52,"ADC");
// s.SetSignal(-502,"LE");
// s.SetSignal(-5002,"TOT");
// mtd.AddHit(s);
//
// evt->AddDevice(mtd);
//
// Investigation of the event contents
// -----------------------------------
// // Provide event data overview
// evt->Data();
//
// // Select a specific device (i.e. OM) from the event
// NcDevice* dx=(NcDevice*)evt->GetIdDevice(958);
// if (dx) dx->Data();
//
// // Select a specific hit from the event
// NcSignal* sx=evt->GetIdHit(5,"IceGOM");
// if (sx) sx->Data();
//
// // Dump all the information for the various stored devices
// Int_t ndev=evt->GetNdevices();
// for (Int_t idev=1; idev<=ndev; idev++)
// {
//  IceGOM* om=(IceGOM*)evt->GetDevice(idev);
//  if (om) om->Data();
// }
//
// // Dump all the information for the various stored hits
// // Obtain pointers to the hits for all generic OM's (i.e. IceGOM)
// TObjArray* hits=evt->GetHits("IceGOM");
// Int_t nhits=0;
// if (hits) nhits=hits->GetEntries();
// for (Int_t ih=0; ih<nhits; ih++)
// {
//  NcSignal* sx=(NcSignal*)hits->At(ih);
//  if (sx) sx->Data();
// }
//
// // Obtain the minimum and maximum recorded TOT value 
// Float_t vmin,vmax;
// evt->GetExtremes("IceGOM",vmin,vmax,"TOT");
// cout << " Extreme values : vmin = " << vmin << " vmax = " << vmax << endl;
//
// Some simple module and hit manipulations
// ----------------------------------------
// // Ordered hits w.r.t. decreasing TOT
// TObjArray* ordered=evt->SortHits("IceGOM","TOT",-1);
// nhits=0;
// if (ordered) nhits=ordered->GetEntries();
// for (Int_t i=0; i<nhits; i++)
// {
//  NcSignal* sx=(NcSignal*)ordered->At(i);
//  if (sx) sx->Data();
// }
//
// // Ordered devices from the already ordered hit array
// TObjArray* devs=evt->SortDevices(ordered,0,0);
// ndev=0;
// if (devs) ndev=devs->GetEntries();
// for (Int_t id=0; id<ndev; id++)
// {
//  NcDevice* dx=(NcDevice*)devs->At(id);
//  if (dx) dx->Data();
// }
//
// // Newly ordered devices w.r.t. decreasing ADC
// TObjArray* devs=evt->SortDevices("IceGOM","ADC",-1);
// ndev=0;
// if (devs) ndev=devs->GetEntries();
// for (Int_t id2=0; id2<ndev; id2++)
// {
//  NcDevice* dx=(NcDevice*)devs->At(id2);
//  if (dx) dx->Data();
// }
//
// A simple 3D event display of the modules
// ----------------------------------------
// TCanvas* c1=new TCanvas("c1","c1");
// c1->x3d();
// TView* view=new TView(1);
// view->SetRange(-50,-50,-50,50,50,50);
// view->ShowAxis();
//
// evt->DisplayHits("IceGOM","TOT",1e4,1);
//
//
//--- Author: Nick van Eijndhoven 23-jun-2004 Utrecht University
//- Modified: Nick van Eijndhoven, IIHE-VUB, Brussel, May 7, 2025  07:29Z

Definition at line 19 of file IceEvent.h.

Public Member Functions
	IceEvent ()
	IceEvent (const IceEvent &evt)
virtual	~IceEvent ()
virtual TObject *	Clone (const char *name="") const
Int_t	GetNmodules (NcJet &j, TString classname)
Int_t	GetNmodules (NcTrack &t, TString classname)
Int_t	GetNstrings (NcJet &j, TString classname)
Int_t	GetNstrings (NcTrack &t, TString classname)
Int_t	GetNstrings (TString classname)
Int_t	GetStringMax (TString classname, Int_t *id=0, Float_t *x=0, Float_t *y=0)
Float_t	GetTriggerTime (TString trigname, TObjArray *arr=0, Int_t slc=0, TArrayF *peaks=0) const
virtual void	Reset ()
Public Member Functions inherited from NcEvent
	NcEvent ()
	NcEvent (const NcEvent &evt)
	NcEvent (Int_t n)
virtual	~NcEvent ()
void	AddDevice (NcDevice &d)
void	AddDevice (NcDevice *d)
virtual void	Data (TString f="car", TString u="rad")
void	DisplayHits (TString classname, Int_t idx=1, Float_t scale=-1, Int_t dp=0, Int_t mode=1, Int_t mcol=4)
void	DisplayHits (TString classname, TString name, Float_t scale=-1, Int_t dp=0, Int_t mode=1, Int_t mcol=4)
NcPosition	GetCOG (TObjArray *hits, Int_t pos=0, TString slotname="none", Int_t mode=0) const
Double_t	GetCVAL (TObjArray *hits, TString obsname, TString weightname="none", Int_t mode=0, Int_t type=1) const
TTimeStamp	GetDayTime () const
NcDetector *	GetDetector () const
Int_t	GetDevCopy () const
NcDevice *	GetDevice (Int_t i) const
NcDevice *	GetDevice (TString name) const
TObjArray *	GetDevices (TString classname, TObjArray *devices=0)
Int_t	GetEventNumber () const
void	GetExtremes (TString classname, Float_t &vmin, Float_t &vmax, Int_t idx=1, Int_t mode=1, Int_t deadcheck=1)
void	GetExtremes (TString classname, Float_t &vmin, Float_t &vmax, TString name, Int_t mode=1, Int_t deadcheck=1)
Nc3Vector	GetHitPath (TObjArray *hits, Int_t pos=0) const
TObjArray *	GetHits (TString classname, TObjArray *hits=0, TString name="none", Int_t mode=0, Int_t opt=0)
NcDevice *	GetIdDevice (Int_t id, TObjArray *devs=0) const
NcDevice *	GetIdDevice (Int_t id, TString classname) const
NcSignal *	GetIdHit (Int_t id, TString classname)
Int_t	GetNdevices () const
Int_t	GetNdevices (TString classname, TObjArray *hits=0) const
Int_t	GetNhits (TString classname)
Int_t	GetProjectileA () const
Int_t	GetProjectileId () const
Double_t	GetProjectilePnuc () const
Int_t	GetProjectileZ () const
Int_t	GetRunNumber () const
Int_t	GetSelectLevel () const
Int_t	GetTargetA () const
Int_t	GetTargetId () const
Double_t	GetTargetPnuc () const
Int_t	GetTargetZ () const
Double_t	GetWeight () const
virtual void	HeaderData ()
void	RemoveDevice (NcDevice *d)
void	SetDayTime (TDatime &stamp)
void	SetDayTime (TTimeStamp &stamp)
void	SetDetector (NcDetector *d)
void	SetDetector (NcDetector d)
void	SetDevCopy (Int_t j)
void	SetEventNumber (Int_t evt)
virtual void	SetOwner (Bool_t own=kTRUE)
void	SetProjectile (Int_t a, Int_t z, Double_t pnuc, Int_t id=0)
void	SetProjectile (Int_t a, Int_t z, Nc3Vector &p, Int_t id=0)
void	SetRunNumber (Int_t run)
void	SetSelectLevel (Int_t level)
void	SetTarget (Int_t a, Int_t z, Double_t pnuc, Int_t id=0)
void	SetTarget (Int_t a, Int_t z, Nc3Vector &p, Int_t id=0)
void	SetWeight (Double_t weight)
void	ShowDevices (Int_t mode=1, Bool_t header=kTRUE) const
void	ShowDevices (TString classname, Int_t mode=1, Bool_t header=kTRUE) const
void	ShowHits (TString classname, Int_t mode=1, TString f="car", TString u="rad")
TObjArray *	SortDevices (TObjArray *hits, Int_t idx=1, Int_t mode=-1, Int_t mcal=1, Int_t deadcheck=1, TObjArray *ordered=0)
TObjArray *	SortDevices (TObjArray *hits, TString name, Int_t mode=-1, Int_t mcal=1, Int_t deadcheck=1, TObjArray *ordered=0)
TObjArray *	SortDevices (TString classname, Int_t idx=1, Int_t mode=-1, Int_t mcal=1, Int_t deadcheck=1, TObjArray *ordered=0)
TObjArray *	SortDevices (TString classname, TString name, Int_t mode=-1, Int_t mcal=1, Int_t deadcheck=1, TObjArray *ordered=0)
TObjArray *	SortHits (TString classname, Int_t idx=1, Int_t mode=-1, Int_t mcal=1, Int_t deadcheck=1, TObjArray *ordered=0)
TObjArray *	SortHits (TString classname, TString name, Int_t mode=-1, Int_t mcal=1, Int_t deadcheck=1, TObjArray *ordered=0)
Public Member Functions inherited from NcVertex
	NcVertex ()
	NcVertex (const NcVertex &v)
	NcVertex (Int_t n)
virtual	~NcVertex ()
void	AddJet (NcJet &j, Int_t tracks=1)
void	AddJet (NcJet *j, Int_t tracks=1)
void	AddVertex (NcVertex &v, Int_t connect=1)
void	AddVertex (NcVertex *v, Int_t connect=1)
virtual void	Data (TString f="car", TString u="rad") const
virtual void	Draw (Int_t secs, Int_t cons=1, Int_t jets=0)
virtual void	Draw (Option_t *)
NcJet *	GetIdJet (Int_t id) const
NcVertex *	GetIdVertex (Int_t id) const
NcJet *	GetJet (Int_t i) const
Int_t	GetJetCopy () const
Int_t	GetNjets () const
Int_t	GetNvertices () const
NcVertex *	GetVertex (Int_t i) const
Int_t	GetVertexCopy () const
Int_t	IsConnectTrack (NcTrack *t) const
Int_t	IsJetTrack (NcTrack *t) const
virtual void	List (TString f="car", TString u="rad", TObjArray *tracks=0)
virtual void	ListAll (TString f="car", TString u="rad", TObjArray *tracks=0)
void	ResetVertices ()
void	SetJetCopy (Int_t j)
void	SetNjmax (Int_t n=2)
void	SetNvmax (Int_t n=2)
void	SetVertexCopy (Int_t j)
TObjArray *	SortJets (Int_t mode=-1, TObjArray *jets=0, TObjArray *ordered=0)
Public Member Functions inherited from NcJet
	NcJet ()
	NcJet (const NcJet &j)
	NcJet (Int_t n)
virtual	~NcJet ()
void	AddTrack (NcTrack &t)
void	AddTrack (NcTrack *t)
Nc3Vector	Get3Momentum (Float_t scale=-1) const
Float_t	GetCharge () const
Double_t	GetDistance (NcJet &j, Float_t scale=-1)
Double_t	GetDistance (NcJet *j, Float_t scale=-1)
Double_t	GetDistance (NcPosition &p, Float_t scale=-1)
Double_t	GetDistance (NcPosition *p, Float_t scale=-1)
Double_t	GetDistance (NcTrack &t, Float_t scale=-1)
Double_t	GetDistance (NcTrack *t, Float_t scale=-1)
Double_t	GetEl (Float_t scale=-1)
Double_t	GetEnergy (Float_t scale=-1)
Float_t	GetEscale () const
Double_t	GetEt (Float_t scale=-1)
Int_t	GetId () const
NcTrack *	GetIdTrack (Int_t id) const
Double_t	GetInvmass (Float_t scale=-1)
Double_t	GetMomentum (Float_t scale=-1)
Double_t	GetMt (Float_t scale=-1)
Int_t	GetNsignals (TString classname="TObject", Int_t par=0) const
Int_t	GetNtracks (Int_t idmode=0, Int_t chmode=2, Int_t pcode=0)
Int_t	GetNtracks (TString name, Int_t mode=0)
Double_t	GetPl (Float_t scale=-1)
Double_t	GetPt (Float_t scale=-1)
Double_t	GetRapidity ()
NcPosition *	GetReferencePoint ()
TObjArray *	GetSignals (TString classname, Int_t par=0, TObjArray *signals=0)
Double_t	GetSignalValue (TString classname, TString varname, Int_t mode=0, Int_t par=2)
NcTrack *	GetTrack (Int_t i) const
Int_t	GetTrackCopy () const
TObjArray *	GetTracks (Int_t idmode=0, Int_t chmode=2, Int_t pcode=0, TObjArray *tracks=0)
TObjArray *	GetTracks (TString name, Int_t mode=0, TObjArray *tracks=0)
void	RemoveTrack (NcTrack *t)
void	RemoveTracks (Int_t idmode=0, Int_t chmode=2, Int_t pcode=0)
void	RemoveTracks (TString name, Int_t mode=0)
void	ReplaceTrack (NcTrack *told, NcTrack *tnew)
void	SetEscale (Float_t scale)
void	SetId (Int_t id)
void	SetReferencePoint (NcPosition &p)
void	SetTrackCopy (Int_t j)
void	ShowSignals (TString classname, Int_t par=0, Int_t mode=1, TString f="car", TString u="rad")
void	ShowTracks (Int_t mode=1, TString f="car", TString u="rad", TObjArray *tracks=0)
TObjArray *	SortTracks (Int_t mode=-1, TObjArray *tracks=0, TObjArray *ordered=0)
Public Member Functions inherited from Nc4Vector
	Nc4Vector ()
	Nc4Vector (const Nc4Vector &v)
virtual	~Nc4Vector ()
Double_t	Dot (Nc4Vector &q)
Nc3Vector	Get3Vector () const
Double_t	GetBeta ()
Nc3Vector	GetBetaVector () const
void	GetErrors (Double_t *v, TString f, TString u="rad")
void	GetErrors (Float_t *v, TString f, TString u="rad")
Double_t	GetGamma ()
Double_t	GetInvariant ()
virtual Double_t	GetOpeningAngle (Nc3Vector &q, TString u="rad")
virtual Double_t	GetOpeningAngle (Nc4Vector &q, TString u="rad")
Double_t	GetPseudoRapidity ()
Double_t	GetResultError () const
Double_t	GetScalar ()
Int_t	GetScalarFlag () const
NcSignal *	GetUserData () const
Nc3Vector	GetVecLong () const
void	GetVector (Double_t *v, TString f, TString u="rad")
void	GetVector (Float_t *v, TString f, TString u="rad")
Nc3Vector	GetVecTrans () const
Double_t	GetX (Int_t i, TString f, TString u="rad")
Int_t	HasErrors () const
Int_t	HasVector () const
virtual void	Load (Nc4Vector &q)
Nc4Vector	operator* (Double_t s)
Nc4Vector &	operator*= (Double_t s)
Nc4Vector	operator+ (Nc4Vector &q)
Nc4Vector &	operator+= (Nc4Vector &q)
Nc4Vector	operator- (Nc4Vector &q)
Nc4Vector &	operator-= (Nc4Vector &q)
Nc4Vector	operator/ (Double_t s)
Nc4Vector &	operator/= (Double_t s)
Nc4Vector &	operator= (const Nc4Vector &q)
void	Set3Vector (Double_t *v, TString f, TString u="rad")
void	Set3Vector (Double_t v1, Double_t v2, Double_t v3, TString f, TString u="rad")
void	Set3Vector (Float_t *v, TString f, TString u="rad")
void	Set3Vector (Nc3Vector &v)
void	SetErrors (Double_t *v, TString f, TString u="rad")
void	SetErrors (Double_t e0, Double_t e1, Double_t e2, Double_t e3, TString f, TString u="rad")
void	SetErrors (Float_t *v, TString f, TString u="rad")
void	SetInvariant (Double_t v2, Double_t dv2=0)
void	SetInvariantError (Double_t dv2)
void	SetScalar (Double_t v0, Double_t dv0=0)
void	SetScalarError (Double_t dv0)
void	SetUserData (NcSignal &s)
void	SetUserData (NcSignal *s)
void	SetVector (Double_t *v, TString f, TString u="rad")
void	SetVector (Double_t v0, Double_t v1, Double_t v2, Double_t v3, TString f, TString u="rad")
void	SetVector (Double_t v0, Nc3Vector &v)
void	SetVector (Float_t *v, TString f, TString u="rad")
virtual void	SetZero ()
Public Member Functions inherited from NcPosition
	NcPosition ()
	NcPosition (const NcPosition &p)
virtual	~NcPosition ()
Double_t	GetDistance (NcPosition &p, Float_t scale=-1)
Double_t	GetDistance (NcPosition *p, Float_t scale=-1)
NcPosition &	GetPosition ()
void	GetPosition (Double_t *r, TString f, TString u="rad", Float_t s=-1) const
void	GetPosition (Float_t *r, TString f, TString u="rad", Float_t s=-1) const
void	GetPositionErrors (Double_t *e, TString f, TString u="rad", Float_t s=-1) const
void	GetPositionErrors (Float_t *e, TString f, TString u="rad", Float_t s=-1) const
NcTimestamp *	GetTimestamp ()
Float_t	GetUnitScale () const
NcPosition &	operator= (const NcPosition &p)
void	RemoveTimestamp ()
void	ResetPosition ()
void	SetPosition (Double_t *r, TString f, TString u="rad")
void	SetPosition (Double_t r1, Double_t r2, Double_t r3, TString f, TString u="rad")
void	SetPosition (Float_t *r, TString f, TString u="rad")
void	SetPosition (Nc3Vector &r)
void	SetPositionErrors (Double_t *e, TString f, TString u="rad")
void	SetPositionErrors (Double_t e1, Double_t e2, Double_t e3, TString f, TString u="rad")
void	SetPositionErrors (Float_t *e, TString f, TString u="rad")
void	SetTimestamp (NcTimestamp &t)
void	SetUnitScale (Float_t s)
Public Member Functions inherited from Nc3Vector
	Nc3Vector ()
	Nc3Vector (const Nc3Vector &v)
virtual	~Nc3Vector ()
Double_t	ConvertAngle (Double_t a, TString in, TString out) const
Nc3Vector	Cross (Nc3Vector &q) const
Double_t	Dot (Nc3Vector &q)
void	GetErrors (Double_t *e, TString f, TString u="rad") const
void	GetErrors (Float_t *e, TString f, TString u="rad") const
Double_t	GetNorm ()
virtual Double_t	GetOpeningAngle (Nc3Vector &q, TString u="rad")
Nc3Vector	GetPrimed (TRotMatrix *m) const
Double_t	GetPseudoRapidity ()
Double_t	GetResultError () const
Nc3Vector	GetUnprimed (TRotMatrix *m) const
Nc3Vector	GetVecLong () const
void	GetVector (Double_t *v, TString f, TString u="rad") const
void	GetVector (Float_t *v, TString f, TString u="rad") const
Nc3Vector	GetVecTrans () const
Double_t	GetX (Int_t i, TString f, TString u="rad")
Int_t	HasErrors () const
Int_t	HasVector () const
virtual void	Load (Nc3Vector &q)
Nc3Vector	operator* (Double_t s) const
Nc3Vector &	operator*= (Double_t s)
Nc3Vector	operator+ (Nc3Vector &q) const
Nc3Vector &	operator+= (Nc3Vector &q)
Nc3Vector	operator- (Nc3Vector &q) const
Nc3Vector &	operator-= (Nc3Vector &q)
Nc3Vector	operator/ (Double_t s) const
Nc3Vector &	operator/= (Double_t s)
Nc3Vector &	operator= (const Nc3Vector &q)
void	PrintAngle (Double_t a, TString in, TString out, Int_t ndig=1, Bool_t align=kFALSE) const
void	SetErrors (Double_t *e, TString f, TString u="rad")
void	SetErrors (Double_t e1, Double_t e2, Double_t e3, TString f, TString u="rad")
void	SetErrors (Float_t *e, TString f, TString u="rad")
void	SetVector (Double_t *v, TString f, TString u="rad")
void	SetVector (Double_t v1, Double_t v2, Double_t v3, TString f, TString u="rad")
void	SetVector (Float_t *v, TString f, TString u="rad")
virtual void	SetZero ()
Public Member Functions inherited from NcTimestamp
	NcTimestamp ()
	NcTimestamp (const NcTimestamp &t)
	NcTimestamp (TTimeStamp &t)
virtual	~NcTimestamp ()
void	Add (Double_t hours)
void	Add (Int_t d, Int_t s, Int_t ns, Int_t ps=0)
void	AddSec (Double_t seconds)
Double_t	Almanac (Double_t *dpsi=0, Double_t *deps=0, Double_t *eps=0, Double_t *dl=0, TString name="", Double_t *el=0, Double_t *eb=0, Double_t *dr=0, Double_t *value=0, Int_t j=0)
void	Convert (Double_t date, Int_t &days, Int_t &secs, Int_t &ns) const
void	Convert (Double_t h, Int_t &hh, Int_t &mm, Double_t &ss) const
void	Convert (Double_t h, Int_t &hh, Int_t &mm, Int_t &ss, Int_t &ns, Int_t &ps) const
Double_t	Convert (Int_t days, Int_t secs, Int_t ns) const
Double_t	Convert (Int_t hh, Int_t mm, Double_t ss) const
Double_t	Convert (Int_t hh, Int_t mm, Int_t ss, Int_t ns, Int_t ps) const
void	Date (Int_t mode=3, Double_t offset=0)
Double_t	GetBE ()
Double_t	GetBE (Double_t date, TString mode="jd") const
TString	GetDayTimeString (TString mode, Int_t ndig=0, Double_t offset=0, TString *date=0, TString *time=0, Bool_t full=kTRUE)
Int_t	GetDifference (NcTimestamp &t, Int_t &days, Int_t &sec, Int_t &ns, Int_t &ps, TString type="UT")
Double_t	GetDifference (NcTimestamp &t, TString u, Int_t mode=1, TString type="UT")
Int_t	GetDifference (NcTimestamp *t, Int_t &days, Int_t &sec, Int_t &ns, Int_t &ps, TString type="UT")
Double_t	GetDifference (NcTimestamp *t, TString u, Int_t mode=1, TString type="UT")
Double_t	GetEpoch (TString mode)
Double_t	GetGAST ()
Double_t	GetGMST ()
void	GetGMST (Int_t &hh, Int_t &mm, Int_t &ss, Int_t &ns, Int_t &ps)
TTree *	GetIERSdatabase () const
Double_t	GetJD ()
Double_t	GetJD (Double_t e, TString mode="J") const
void	GetJD (Int_t &jd, Int_t &sec, Int_t &ns)
Double_t	GetJD (Int_t y, Int_t m, Int_t d, Int_t hh, Int_t mm, Int_t ss, Int_t ns) const
Double_t	GetJE ()
Double_t	GetJE (Double_t date, TString mode="jd") const
Double_t	GetLAST (Double_t offset)
Double_t	GetLAT (Double_t offset)
Double_t	GetLMST (Double_t offset)
Double_t	GetLT (Double_t offset)
Double_t	GetMJD ()
Double_t	GetMJD (Double_t e, TString mode="J") const
void	GetMJD (Int_t &mjd, Int_t &sec, Int_t &ns)
Double_t	GetMJD (Int_t y, Int_t m, Int_t d, Int_t hh, Int_t mm, Int_t ss, Int_t ns) const
Int_t	GetNs () const
Int_t	GetPs () const
Double_t	GetTAI (Bool_t tmjd=kTRUE)
Int_t	GetTAI (Int_t &d, Int_t &sec, Int_t &ns, Int_t &ps, Bool_t tmjd=kTRUE)
Int_t	GetTAI (Int_t &hh, Int_t &mm, Int_t &ss, Int_t &ns, Int_t &ps, TString type="TAI")
Double_t	GetTJD ()
Double_t	GetTJD (Double_t e, TString mode="J") const
void	GetTJD (Int_t &tjd, Int_t &sec, Int_t &ns)
Double_t	GetTJD (Int_t y, Int_t m, Int_t d, Int_t hh, Int_t mm, Int_t ss, Int_t ns) const
Double_t	GetUnixTime ()
Double_t	GetUT ()
void	GetUT (Int_t &hh, Int_t &mm, Int_t &ss, Int_t &ns, Int_t &ps)
Int_t	GetUTCparameters (Int_t &leap, Double_t &dut) const
Int_t	GetUTCparameters (Int_t mjd, Int_t &leap, Double_t &dut) const
Bool_t	IsUT1 () const
TTree *	LoadUTCparameterFiles (TString leapfile="$(NCFS)/IERS/leap.txt", TString dutfile="$(NCFS)/IERS/dut.txt")
NcTimestamp &	operator= (const NcTimestamp &t)
void	PrintTime (Double_t h, Int_t ndig=1) const
void	SetEpoch (Double_t e, TString mode, TString utc="U", Int_t leap=0, Double_t dut=0)
Int_t	SetGPS (Int_t w, Int_t dow, Int_t sod, Int_t ns, Int_t ps, TString utc, Int_t leap, Double_t dut=0, Int_t icycle=0)
Int_t	SetGPS (Int_t w, Int_t sow, Int_t ns, Int_t ps, TString utc, Int_t leap, Double_t dut=0, Int_t icycle=0)
void	SetJD (Double_t jd, TString utc="U", Int_t leap=0, Double_t dut=0)
void	SetJD (Int_t jd, Int_t sec, Int_t ns, Int_t ps=0, TString utc="U", Int_t leap=0, Double_t dut=0)
void	SetLT (Double_t dt, Int_t y, Int_t d, Int_t s, Int_t ns=0, Int_t ps=0, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetLT (Double_t dt, Int_t y, Int_t m, Int_t d, Int_t hh, Int_t mm, Double_t s, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetLT (Double_t dt, Int_t y, Int_t m, Int_t d, Int_t hh, Int_t mm, Int_t ss, Int_t ns=0, Int_t ps=0, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetLT (Double_t dt, Int_t y, Int_t m, Int_t d, TString time, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetLT (Double_t dt, TString date, TString time, Int_t mode, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetMJD (Double_t mjd, TString utc="U", Int_t leap=0, Double_t dut=0)
void	SetMJD (Int_t mjd, Int_t sec, Int_t ns, Int_t ps=0, TString utc="U", Int_t leap=0, Double_t dut=0)
void	SetNs (Int_t ns)
void	SetPs (Int_t ps)
void	SetSystemTime ()
Int_t	SetTAI (Double_t tai, TString utc, Int_t leap, Double_t dut=0, Bool_t tmjd=kFALSE)
Int_t	SetTAI (Int_t d, Int_t sec, Int_t ns, Int_t ps, TString utc, Int_t leap, Double_t dut=0, Bool_t tmjd=kFALSE)
Int_t	SetTAI (TString type, TString date, TString time, Int_t mode, TString utc, Int_t leap, Double_t dut=0)
void	SetTJD (Double_t tjd, TString utc="U", Int_t leap=0, Double_t dut=0)
void	SetTJD (Int_t tjd, Int_t sec, Int_t ns, Int_t ps=0, TString utc="U", Int_t leap=0, Double_t dut=0)
Int_t	SetUnixTime (Double_t sec, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetUT (Int_t y, Int_t d, Int_t s, Int_t ns=0, Int_t ps=0, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetUT (Int_t y, Int_t m, Int_t d, Int_t hh, Int_t mm, Double_t s, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetUT (Int_t y, Int_t m, Int_t d, Int_t hh, Int_t mm, Int_t ss, Int_t ns=0, Int_t ps=0, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetUT (Int_t y, Int_t m, Int_t d, TString time, TString utc="A", Int_t leap=0, Double_t dut=0)
void	SetUT (TString date, TString time, Int_t mode, TString utc="A", Int_t leap=0, Double_t dut=0)

Protected Attributes
TArrayI *	fStrings
	! Temp. array to hold the string ids of fired modules
Protected Attributes inherited from NcEvent
NcDetector *	fDetector
Int_t	fDevCopy
TObjArray *	fDevices
TObjArray *	fDevs
	! Temp. array to hold references to user selected devices
TObject *	fDisplay
	! Temp. pointer to hold objects which serve event displays
Int_t	fEvent
TObjArray *	fHits
	! Temp. array to hold references to the registered NcDevice hits
TObjArray *	fOrdered
	! Temp. array to hold references to various ordered objects
Int_t	fRun
Int_t	fSelectLevel
Double_t	fWeight
Protected Attributes inherited from NcVertex
TObjArray *	fConnects
Int_t	fJetCopy
TObjArray *	fJets
TObjArray *	fJetTracks
TObjArray *	fLines
	! Array to (temporarily) store the 3D lines for the event display
Int_t	fNjets
Int_t	fNjmax
Int_t	fNvmax
Int_t	fNvtx
Int_t	fVertexCopy
TObjArray *	fVertices
Protected Attributes inherited from NcJet
Float_t	fEscale
Int_t	fNtinit
Int_t	fNtmax
Int_t	fNtrk
Float_t	fQ
NcPositionObj *	fRef
TObjArray *	fSelected
	! Temp. array to hold user selected or ordered objects
Int_t	fTrackCopy
TObjArray *	fTracks
Int_t	fUserId
Protected Attributes inherited from Nc4Vector
Double32_t	fDresult
	! The error on the scalar result of an operation (e.g. dotproduct)
Double32_t	fDv0
Double32_t	fDv2
Int_t	fScalar
NcSignal *	fUser
Nc3Vector	fV
Double32_t	fV0
Double32_t	fV2
Protected Attributes inherited from NcPosition
Float_t	fScale
NcTimestamp *	fTstamp
Protected Attributes inherited from Nc3Vector
Double32_t	fDresult
	! Error on scalar result (e.g. norm or dotproduct)
Int_t	fNv
Double32_t *	fV
Protected Attributes inherited from NcTimestamp
Double_t	fDut
Int_t	fJns
Int_t	fJps
Int_t	fJsec
Int_t	fLeap
Int_t	fMJD
Int_t	fTmjd
Int_t	fTns
Int_t	fTps
Int_t	fTsec
Int_t	fUtc
TTree *	fUTCdata

Additional Inherited Members
Protected Member Functions inherited from NcEvent
void	CreateDetector ()
void	LoadHits (TString classname, TObjArray *hits=0)
Protected Member Functions inherited from NcVertex
void	Init ()
Protected Member Functions inherited from NcJet
void	AddTrack (NcTrack &t, Int_t copy)
void	AddTrack (NcTrack *t, Int_t copy)
void	Init ()
void	RemoveTrack (NcTrack *t, Int_t compress)
void	SetNtinit (Int_t n=2)
Protected Member Functions inherited from Nc4Vector
Double_t	GetScaLong ()
Double_t	GetScaTrans ()
Protected Member Functions inherited from NcTimestamp
Int_t	SetUTCparameters (TString utc, Int_t leap, Double_t dut)

Constructor & Destructor Documentation

IceEvent() [1/2]

IceEvent::IceEvent

(

)

// Default constructor.

Definition at line 289 of file IceEvent.cxx.

~IceEvent()

IceEvent::~IceEvent ( )

virtual

// Default destructor.

Definition at line 300 of file IceEvent.cxx.

IceEvent() [2/2]

IceEvent::IceEvent

(

const IceEvent &

evt

)

// Copy constructor.

Definition at line 315 of file IceEvent.cxx.

Member Function Documentation

Clone()

TObject * IceEvent::Clone ( const char * name = "" ) const

virtual

// Make a deep copy of the current object and provide the pointer to the copy.
// This memberfunction enables automatic creation of new objects of the
// correct type depending on the object type, a feature which may be very useful
// for containers like NcEvent when adding objects in case the
// container owns the objects. This feature allows e.g. NcEvent
// to store either IceEvent objects or objects derived from IceEvent
// via tha AddDevice memberfunction, provided these derived classes also have
// a proper Clone memberfunction. 

Reimplemented from NcEvent.

Definition at line 782 of file IceEvent.cxx.

GetNmodules() [1/2]

Int_t IceEvent::GetNmodules	(	NcJet &	j,
		TString	classname )

// Provide the number of fired (D)OMs of the specified classname,
// associated with the specified track.

Definition at line 520 of file IceEvent.cxx.

GetNmodules() [2/2]

Int_t IceEvent::GetNmodules	(	NcTrack &	t,
		TString	classname )

// Provide the number of fired (D)OMs of the specified classname,
// associated with the specified track.

Definition at line 504 of file IceEvent.cxx.

GetNstrings() [1/3]

Int_t IceEvent::GetNstrings	(	NcJet &	j,
		TString	classname )

// Provide the number of fired strings of modules of the specified classname,
// associated with the specified jet.

Definition at line 443 of file IceEvent.cxx.

GetNstrings() [2/3]

Int_t IceEvent::GetNstrings	(	NcTrack &	t,
		TString	classname )

// Provide the number of fired strings of modules of the specified classname,
// associated with the specified track.

Definition at line 392 of file IceEvent.cxx.

GetNstrings() [3/3]

Int_t IceEvent::GetNstrings

(

TString

classname

)

// Provide the number of fired strings of good modules of the specified classname for this event.

Definition at line 343 of file IceEvent.cxx.

GetStringMax()

Int_t IceEvent::GetStringMax	(	TString	classname,
		Int_t *	id = 0,
		Float_t *	x = 0,
		Float_t *	y = 0 )

// Provide the max. number of fired good (D)OMs of the specified classname at a single string.
// In case the arguments "id", "x" or "y" are specified, the following information
// is returned via the corresponding pointer :
//
// id : The ID of the string that had the maximum number of firing good (D)OMs
// x  : The X coordinate (in m) of the string that had the maximum number of firing good (D)OMs
// y  : The Y coordinate (in m) of the string that had the maximum number of firing good (D)OMs
//
// By default id=0, x=0 and y=0 which implies that no info is returned.

Definition at line 536 of file IceEvent.cxx.

GetTriggerTime()

Float_t IceEvent::GetTriggerTime	(	TString	trigname,
		TObjArray *	arr = 0,
		Int_t	slc = 0,
		TArrayF *	peaks = 0 ) const

// Determination of the requested trigger time.
//
// Input arguments :
// -----------------
// trigname : The name of the requested trigger.
// arr      : Array containing optical modules or hits to determine the median of recorded hit times.
// slc      : Flag to denote to use (1) or not use (0) SLC hits for the trigger time determination
// peaks    : Array with the hit time values where hit clusters (=peaks) were found in the hit time distr. 
//
// Notes :
// -------
// 1) Specification of the trigger name "Average" will provide the median of all the recorded
//    trigger times for the current event (provided no array "arr" is specified as explained below).
//    In the determination of this median value the GLOBAL triggers are not taken into account.
// 2) In case an array "arr" is specified, the trigger time will be taken as the median of all
//    the recorded hit times.
//    When an array "arr" is specified, the specified "trigname" is irrelevant.
// 3) The array "arr" may either contain optical modules or hits, but NOT a mix of both.
// 4) In case an array pointer "peaks" is specified in addition to an array "arr", the hit time distribution
//    will be analysed for hit clusters (=peaks). The hit times corresponding to the peaks are returned via
//    this array "peaks". The number of detected peaks may be obtained via peaks->GetSize(). 
//
// Default : arr=0, slc=0 and peaks=0.
//
// In case of missing information a trigger time value of 0 will be returned.

Definition at line 603 of file IceEvent.cxx.

Reset()

void IceEvent::Reset ( )

virtual

// Reset all values.

Reimplemented from NcEvent.

Definition at line 326 of file IceEvent.cxx.

Member Data Documentation

fStrings

TArrayI* IceEvent::fStrings

protected

! Temp. array to hold the string ids of fired modules

Definition at line 36 of file IceEvent.h.

---

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

• icepack/source/IceEvent.h
• icepack/source/IceEvent.cxx