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WCSimRootEvent.hh
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#ifndef WCSim_RootEvent
#define WCSim_RootEvent
//////////////////////////////////////////////////////////////////////////
// //
// WCSim_RootEvent //
// //
//////////////////////////////////////////////////////////////////////////
#include "TObject.h"
#include "TClonesArray.h"
#include <string>
#include <vector>
#include <iostream>
#include "jhfNtuple.h"
//#include <map>
//#include "G4Transform3D.hh"
// #include "WCSimDetectorConstruction.hh"
#include "WCSimEnumerations.hh"
class TDirectory;
class WCSimRootTrack : public TObject {
private:
// See jhfNtuple.h for the meaning of these data members:
Int_t fIpnu;
Int_t fFlag;
Float_t fM;
Float_t fP;
Float_t fE;
Int_t fStartvol;
Int_t fStopvol;
Float_t fDir[3];
Float_t fPdir[3];
Float_t fStop[3];
Float_t fStart[3];
Int_t fParenttype;
Float_t fTime;
Int_t fId;
public:
WCSimRootTrack() {}
WCSimRootTrack(Int_t ipnu,
Int_t flag,
Float_t m,
Float_t p,
Float_t E,
Int_t startvol,
Int_t stopvol,
Float_t dir[3],
Float_t pdir[3],
Float_t stop[3],
Float_t start[3],
Int_t parenttype,
Float_t time,Int_t id);
virtual ~WCSimRootTrack() { }
Int_t GetIpnu() const { return fIpnu;}
Int_t GetFlag() const { return fFlag;}
Float_t GetM() const { return fM;}
Float_t GetP() const { return fP;}
Float_t GetE() const { return fE;}
Int_t GetStartvol() { return fStartvol;}
Int_t GetStopvol() { return fStopvol;}
Float_t GetDir(Int_t i=0) {return (i<3) ? fDir[i] : 0;}
Float_t GetPdir(Int_t i=0) {return (i<3) ? fPdir[i] : 0;}
Float_t GetStop(Int_t i=0) {return (i<3) ? fStop[i] : 0;}
Float_t GetStart(Int_t i=0) {return (i<3) ? fStart[i] : 0;}
Int_t GetParenttype(/*Int_t i=0*/) {return fParenttype;}
Float_t GetTime() { return fTime;}
Int_t GetId(){return fId;}
ClassDef(WCSimRootTrack,1)
};
//////////////////////////////////////////////////////////////////////////
class WCSimRootCherenkovHit : public TObject {
private:
Int_t fTubeID;
Int_t fTotalPe[2];
public:
WCSimRootCherenkovHit() {}
WCSimRootCherenkovHit(Int_t tubeID,
Int_t totalPe[2]);
virtual ~WCSimRootCherenkovHit() { }
Int_t GetTubeID() const { return fTubeID;}
Int_t GetTotalPe(int i) const { return (i<2) ? fTotalPe[i]: 0;}
ClassDef(WCSimRootCherenkovHit,1)
};
class WCSimRootCherenkovHitTime : public TObject {
private:
// See jhfNtuple.h for the meaning of these data members:
Float_t fTruetime;
Int_t fPrimaryParentID;
public:
WCSimRootCherenkovHitTime() {}
WCSimRootCherenkovHitTime(Float_t truetime,
Int_t primaryParentID);
virtual ~WCSimRootCherenkovHitTime() { }
Float_t GetTruetime() { return fTruetime;}
Int_t GetParentID() { return fPrimaryParentID;}
ClassDef(WCSimRootCherenkovHitTime,1)
};
//////////////////////////////////////////////////////////////////////////
class WCSimRootCherenkovDigiHit : public TObject {
private:
// See jhfNtuple.h for the meaning of these data members:
Float_t fQ;
Float_t fT;
Int_t fTubeId;
std::vector<int> fPhotonIds;
public:
WCSimRootCherenkovDigiHit() {}
WCSimRootCherenkovDigiHit(Float_t q, Float_t t, Int_t tubeid, std::vector<int> photon_ids);
virtual ~WCSimRootCherenkovDigiHit() { }
Float_t GetQ() const { return fQ;}
Float_t GetT() const { return fT;}
Int_t GetTubeId() const { return fTubeId;}
std::vector<int> GetPhotonIds() const { return fPhotonIds; }
ClassDef(WCSimRootCherenkovDigiHit,2)
};
//////////////////////////////////////////////////////////////////////////
class WCSimRootEventHeader {
private:
Int_t fEvtNum;
Int_t fRun;
Int_t fDate;
Int_t fSubEvtNumber;
public:
WCSimRootEventHeader() : fEvtNum(0), fRun(0), fDate(0), fSubEvtNumber(1) { }
virtual ~WCSimRootEventHeader() { }
void Set(Int_t i, Int_t r, Int_t d, Int_t s=1) { fEvtNum = i; fRun = r; fDate = d; fSubEvtNumber = s;}
void SetDate(Int_t d) { fDate=d; }
Int_t GetEvtNum() const { return fEvtNum; }
Int_t GetRun() const { return fRun; }
Int_t GetDate() const { return fDate; }
Int_t GetSubEvtNumber() const { return fSubEvtNumber;}
ClassDef(WCSimRootEventHeader,2) //WCSimRootEvent Header
};
//////////////////////////////////////////////////////////////////////////
class WCSimRootPi0 : public TObject {
// this is a class used specifically for Pi0 events
private:
Float_t fPi0Vtx[3];
Int_t fGammaID[2];
Float_t fGammaE[2];
Float_t fGammaVtx[2][3];
public:
WCSimRootPi0() {}
virtual ~WCSimRootPi0() {}
void Set(Float_t pi0Vtx[3],
Int_t gammaID[2],
Float_t gammaE[2],
Float_t gammaVtx[2][3]);
Float_t GetPi0Vtx(int i) const { return (i<3) ? fPi0Vtx[i]: 0;}
Int_t GetGammaID(int i) const { return (i<2) ? fGammaID[i]: 0;}
Float_t GetGammaE(int i) const { return (i<2) ? fGammaE[i]: 0;}
Float_t GetGammaVtx(int i, int j) const { return fGammaVtx[i][j];}
ClassDef(WCSimRootPi0,1)
};
//////////////////////////////////////////////////////////////////////////
class WCSimRootTrigger : public TObject {
private:
WCSimRootEventHeader fEvtHdr; // The header
// See jhfNtuple.h for the meaning of these data members:
Int_t fMode;
Int_t fNvtxs;
Int_t fVtxsvol[MAX_N_PRIMARIES];
Float_t fVtxs[MAX_N_PRIMARIES][3];
Int_t fVecRecNumber; // "info event" number in inputvectorfile
Int_t fJmu;
Int_t fJp;
WCSimRootPi0 fPi0; // Pi0 info (default = not used)
Int_t fNpar; // Number of particles
Int_t fNtrack; // Number of tracks in the array
TClonesArray *fTracks; //-> Array of WCSimRootTracks
Int_t fNumTubesHit; // Number of tubes hit
Int_t fNcherenkovhits; // Number of hits in the array
TClonesArray *fCherenkovHits; //-> Array of WCSimRootCherenkovHits
Int_t fCherenkovHitCounter;
Int_t fNcherenkovhittimes; // Number of hits in the array
TClonesArray *fCherenkovHitTimes; //-> Array of WCSimRootCherenkovHits
Int_t fNumDigitizedTubes; // Number of digitized tubes
Int_t fNcherenkovdigihits; // Number of digihits in the array
Float_t fSumQ;
TClonesArray *fCherenkovDigiHits; //-> Array of WCSimRootCherenkovDigiHit's
TriggerType_t fTriggerType; // Trigger algorithm that created this trigger
std::vector<Float_t> fTriggerInfo; // Information about how it passed the trigger (e.g. how many hits in the NDigits window)
bool IsZombie;
public:
WCSimRootTrigger();
WCSimRootTrigger(int, int);
virtual ~WCSimRootTrigger();
void Initialize();
void Clear(Option_t *option ="");
static void Reset(Option_t *option ="");
void SetHeader(Int_t i, Int_t run, Int_t date,Int_t subevtn=1);
void SetTriggerInfo(TriggerType_t trigger_type, std::vector<Float_t> trigger_info);
bool IsASubEvent() { return (fEvtHdr.GetSubEvtNumber()>=1); }
void SetMode(Int_t i) {fMode = i;}
void SetNvtxs(Int_t i) {fNvtxs = i;}
void SetVtxvol(Int_t i) {fVtxsvol[0] = i;}
void SetVtxsvol(Int_t i, Int_t v) {fVtxsvol[i] = v;}
void SetVtx(Int_t i, Float_t f) {fNvtxs=1; fVtxs[0][i] = ( (i<3) ? f : 0);}
void SetVtxs(Int_t n, Int_t i, Float_t f) {fVtxs[n][i]= ( (i<3) ? f : 0);}
void SetVecRecNumber(Int_t i) {fVecRecNumber = i;}
void SetJmu(Int_t i) {fJmu = i;}
void SetJp(Int_t i) {fJp = i;}
void SetNpar(Int_t i) {fNpar = i;}
void SetNumTubesHit(Int_t i) {fNumTubesHit = i;}
void SetSumQ(Float_t x){fSumQ = x;}
void SetNumDigitizedTubes(Int_t i) {fNumDigitizedTubes = i;}
void SetPi0Info(Float_t pi0Vtx[3],
Int_t gammaID[2],
Float_t gammaE[2],
Float_t gammaVtx[2][3]);
WCSimRootEventHeader *GetHeader() {return &fEvtHdr; }
WCSimRootPi0 *GetPi0Info() {return &fPi0; }
Int_t GetMode() const {return fMode;}
Int_t GetVtxvol() const {return fVtxsvol[0];}
Float_t GetVtx(Int_t i=0) {return (i<3) ? fVtxs[0][i]: 0;}
Int_t GetNvtxs() const {return fNvtxs;}
Int_t GetVtxsvol(Int_t i) const {return fVtxsvol[i];}
Float_t GetVtxs(Int_t n, Int_t i=0) {return (i<3) ? fVtxs[n][i]: 0;}
Int_t GetVecRecNumber() const {return fVecRecNumber;}
Int_t GetJmu() const {return fJmu;}
Int_t GetJp() const {return fJp;}
Int_t GetNpar() const {return fNpar;}
Int_t GetNumTubesHit() const {return fNumTubesHit;}
Int_t GetNumDigiTubesHit() const {return fNumDigitizedTubes;}
Int_t GetNtrack() const {return fNtrack; }
Int_t GetNcherenkovhits() const {return fNcherenkovhits; }
Int_t GetNcherenkovhittimes() const {return fNcherenkovhittimes;}
Int_t GetNcherenkovdigihits() const {return fNcherenkovdigihits;}
Float_t GetSumQ() const { return fSumQ;}
TriggerType_t GetTriggerType() const { return fTriggerType;}
std::vector<Float_t> GetTriggerInfo() const { return fTriggerInfo;}
WCSimRootTrack *AddTrack(Int_t ipnu,
Int_t flag,
Float_t m,
Float_t p,
Float_t E,
Int_t startvol,
Int_t stopvol,
Float_t dir[3],
Float_t pdir[3],
Float_t stop[3],
Float_t start[3],
Int_t parenttype,
Float_t time,
Int_t id);
TClonesArray *GetTracks() const {return fTracks;}
WCSimRootCherenkovHit *AddCherenkovHit(Int_t tubeID,
std::vector<Float_t> truetime,
std::vector<Int_t> primParID);
TClonesArray *GetCherenkovHits() const {return fCherenkovHits;}
TClonesArray *GetCherenkovHitTimes() const {return fCherenkovHitTimes;}
WCSimRootCherenkovDigiHit *AddCherenkovDigiHit(Float_t q,
Float_t t,
Int_t tubeid,
std::vector<int> photon_ids);
// WCSimRootCherenkovDigiHit *AddCherenkovDigiHit(Float_t q,
// Float_t t,
// Int_t tubeid,
// Float_t sumq);
TClonesArray *GetCherenkovDigiHits() const {return fCherenkovDigiHits;}
ClassDef(WCSimRootTrigger,2) //WCSimRootEvent structure
};
class WCSimRootEvent : public TObject {
public:
WCSimRootEvent();
virtual ~WCSimRootEvent();
void Clear(Option_t *option ="");
static void Reset(Option_t *option ="");
Int_t GetCurrentIndex() { return Current;}
// WCSimRootTrigger* GetTrigger(int number) { return fEventList[number];}
WCSimRootTrigger* GetTrigger(int number) { return (WCSimRootTrigger*) (*fEventList)[number];}
Int_t GetNumberOfEvents() const { return fEventList->GetEntriesFast();}
Int_t GetNumberOfSubEvents() const { return (fEventList->GetEntriesFast()-1);}
bool HasSubEvents() { return (fEventList->GetEntriesFast() > 1); }
//Int_t GetNumberOfEvents() const { return fEventList.size();}
//Int_t GetNumberOfSubEvents() const { return (fEventList.size()-1);}
//void AddSubEvent() { fEventList.push_back(new WCSimRootTrigger()); }
void AddSubEvent() {
// be sure not to call the default constructor BUT the actual one
WCSimRootTrigger* tmp = dynamic_cast<WCSimRootTrigger*>( (*fEventList)[0] );
int num = tmp->GetHeader()->GetEvtNum();
++Current;
if ( Current > 9 ) fEventList->Expand(150);
fEventList->AddAt(new WCSimRootTrigger(num,Current),Current);
}
/* void ReInitialize() { // need to remove all subevents at the end, or they just get added anyway...
std::vector<WCSimRootTrigger*>::iterator iter = fEventList.begin();
++iter; // do not delete the first event --> regular beaviour for this program ?
*/
void Initialize();
void ReInitialize() { // need to remove all subevents at the end, or they just get added anyway...
for ( int i = fEventList->GetLast() ; i>=1 ; i--) {
// G4cout << "removing element # " << i << "...";
WCSimRootTrigger* tmp =
dynamic_cast<WCSimRootTrigger*>(fEventList->RemoveAt(i));
delete tmp;
//G4cout <<"done !\n";
}
Current = 0;
WCSimRootTrigger* tmp = dynamic_cast<WCSimRootTrigger*>( (*fEventList)[0]);
tmp->Clear();
}
private:
//std::vector<WCSimRootTrigger*> fEventList;
TObjArray* fEventList;
Int_t Current; //! means transient, not writable to file
ClassDef(WCSimRootEvent,1)
};
#endif