| #include "hrichcorrcounter.h" |
HRichCorrCounter
class description - source file - inheritance tree (.pdf)
public:
HRichCorrCounter()
HRichCorrCounter(Text_t* name, Text_t* title)
HRichCorrCounter(Text_t* name, Text_t* title, char* filename)
~HRichCorrCounter()
void calcOpeningAngleMDC(TObjArray*, TH1F*)
void calcOpeningAngleMETA(TObjArray*, TH1F*, TH2F*, TH2F*)
void calcOpeningAngleTOF(TObjArray*, TH1F*)
Int_t checkCombination(Int_t, Int_t, Int_t*, Int_t*, Int_t)
Int_t checkCombinationSameCat(Int_t, Int_t, Int_t*, Int_t*, Int_t)
static TClass* Class()
Int_t countDiscreteIndexes(Int_t*, Int_t)
Int_t countDiscreteIndexesF(Float_t*, Int_t)
void dumpCorrelationStatus()
virtual Int_t execute()
Int_t fillHistos()
Int_t fillMdcShowerThetadTheta(HHitMatch*, Int_t, Int_t*, Int_t*)
Int_t fillMdcTofThetadTheta(HHitMatch*, Int_t, Int_t*, Int_t*)
Int_t fillRichMdcThetadTheta(HHitMatch*, Int_t, Int_t*, Int_t*)
Int_t fillUniqueIndex(Int_t, Int_t, Int_t*)
virtual Bool_t finalize()
HCategory* getHitMatchCat()
HCategory* getHitMatchHeaderCat()
HKickTrack* getKickTrack(HHitMatch*)
void iniCounters()
void iniHistos()
virtual Bool_t init()
virtual TClass* IsA() const
Int_t isStored(Int_t, Int_t*, Int_t)
Int_t isStoredWithOffset(Int_t, Int_t*, Int_t, Int_t)
Int_t selectObj(TObjArray*, HHitMatch*)
virtual void ShowMembers(TMemberInspector& insp, char* parent)
virtual void Streamer(TBuffer& b)
void StreamerNVirtual(TBuffer& b)
protected:
HCategory* pHitMatchCat !
HCategory* pHitMatchHeaderCat !
HIterator* pIterMatchHit !
HIterator* pIterMatchHitHeader !
HCategory* fKickTrackCat ! Pointer to KickTrack data category
HIterator* iterTracks ! Iterator over KickTrack category
TFile* pFileOut !
TObjArray* pHistArray !
TH2F* pH_MdcTofThetadTheta !
TH2F* pH_MdcShowerThetadTheta !
TH2F* pH_RichMdcThetadTheta !
TH1F* pH_RichMdcdTheta !
TH2F* pH_MdcTofToftofdTheta !
TH2F* pH_MdcShowerTofinotofdTheta !
TH1F* pH_opangleMDC !
TH1F* pH_opangleTOF !
TH1F* pH_opangleMETA !
TH2F* pH_opangleMETAdThetaMDCMETA !
TH2F* pH_opangleMETAdPhiMDCMETA !
TH1F* pH_MdcTofdTheta !
TH1F* pH_MdcShowerdTheta !
TH1F* pH_MdcMETAdTheta !
TH2F* pH_opangleTrksinRing !
TH1D* pH_RichDblPadNr !
TH1D* pH_RichDblAmpl !
TH1D* pH_RichDblPatMat !
TH1D* pH_RichDblHouTra !
TH1D* pH_RichSnglPadNr !
TH1D* pH_RichSnglAmpl !
TH1D* pH_RichSnglPatMat !
TH1D* pH_RichSnglHouTra !
char* pFileName !
Int_t nCounterProcessedNbEvents total nb of processed evts
Int_t ngNbCorrObjs !
Int_t ngNb_RM !only
Int_t ngNb_RT !
Int_t ngNb_RS !
Int_t ngNb_MT !
Int_t ngNb_MS !
Int_t ngNb_RcMcT !// RM MT
Int_t ngNb_RcMcTcR !//RM MT RT
Int_t ngNb_RMcTcR !// MT RT
Int_t ngNb_RcMTcR !// RM RT
Int_t ngNb_RcMcS !// RM MS
Int_t ngNb_RcMcScR !//RM MS RS
Int_t ngNb_RMcScR !// MS RS
Int_t ngNb_RcMScR !// RM RS
Int_t ngRTM !//3 indexes in obj
Int_t ngRSM !
Int_t ngRichCnt !
Int_t ngMdcSegCnt !
Int_t ngShowerCnt !
Int_t ngTofCnt !
Int_t ngDRind
Int_t ngDRichminRMind
Int_t ngDRichminRTind
Int_t ngDRichminRSind
Int_t ngDRichminRMTind
Int_t ngDRichminRMSind
Int_t ngDRcMcTcRind
Int_t ngDRcMcScRind
Int_t ngDRcMTcRind
Int_t ngDRcMScRind
Int_t ngDRcMcTind
Int_t ngDRcMcSind
Int_t ngDRMcTcRind
Int_t ngDRMcScRind
Int_t ngDRMind
Int_t ngDRTind
Int_t ngDRSind
Int_t ngDMTind
Int_t ngDMSind
Int_t ngDMind
Int_t ngDTind
Int_t ngDSind
Int_t mdcmult[10]
Int_t tofmult[10]
Int_t shomult[10]
HRichCorrCounter(Text_t *name,Text_t *title) :
HReconstructor(name,title)
HRichCorrCounter()
HRichCorrCounter(Text_t *name,Text_t *title, char* filename) :
HReconstructor(name,title)
~HRichCorrCounter(void)
Bool_t init()
void iniCounters()
Int_t execute()
Bool_t finalize()
void iniHistos()
Int_t fillHistos()
Int_t selectObj(TObjArray* pRTM,HHitMatch* pHM)
void calcOpeningAngleMDC(TObjArray *pArr,TH1F* hist)
make all combinations of correlated objs and call
calcopeningangles from hrichutilfunc
void calcOpeningAngleTOF(TObjArray *pArr,TH1F* hist)
make all combinations of correlated objs and call
calcopeningangles from hrichutilfunc
void calcOpeningAngleMETA(TObjArray *pArr,TH1F* hist,TH2F* hist2, TH2F* hist3)
find all hits in TOF and SHOWER from the selected tracklets
store the angles in META of all different hits
calc the opening angle for all possible combinations
Int_t checkCombination(Int_t i,Int_t j,Int_t *iarr,Int_t *jarr,Int_t evtsize)
this function returns 0 if the index pair i,j was used before in this evt
Int_t checkCombinationSameCat(Int_t i,Int_t j,Int_t *iarr,Int_t *jarr,Int_t evtsize)
Int_t isStored(Int_t i, Int_t *iarr, Int_t max)
Int_t isStoredWithOffset(Int_t i, Int_t *iarr, Int_t max, Int_t offset)
Int_t fillRichMdcThetadTheta(HHitMatch* h,Int_t evtsize,Int_t* m,Int_t* r)
Int_t fillMdcShowerThetadTheta(HHitMatch* h,Int_t evtsize,Int_t* m,Int_t* s)
Int_t fillMdcTofThetadTheta(HHitMatch* h,Int_t evtsize,Int_t* m,Int_t* t)
Int_t fillUniqueIndex(Int_t i,Int_t max,Int_t* iarr)
check if value i is already stored in iarr
if not then store it
iarr is initialized to -2
if already stored returns index
if newly stored returns index of new slot
Int_t countDiscreteIndexes(Int_t *iarr,Int_t max)
count arr slots that are different from -2 (ini value)
Int_t countDiscreteIndexesF(Float_t *iarr,Int_t max)
count arr slots that are different from -2 (ini value)
void dumpCorrelationStatus()
HKickTrack* getKickTrack(HHitMatch* h)
identify the track given by HKickTrack
which corresponds to my tracklet
check on theta, phi and tof(ino) ?
Inline Functions
HCategory* getHitMatchCat()
HCategory* getHitMatchHeaderCat()
TClass* Class()
TClass* IsA() const
void ShowMembers(TMemberInspector& insp, char* parent)
void Streamer(TBuffer& b)
void StreamerNVirtual(TBuffer& b)
Last update: Fri Jan 26 12:25:27 2007
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