| #include "hrichpaircreator.h" |
HRichPairCreator
class description - source file - inheritance tree (.pdf)
protected:
void initCuts()
void initHistos()
public:
HRichPairCreator()
HRichPairCreator(Text_t* name, Text_t* title, Char_t*)
~HRichPairCreator()
static TClass* Class()
HDiHitMatch* createHitDiMatch(HHitMatch*, HHitMatch*)
virtual Int_t execute()
Int_t fillHistosFromPairs()
Int_t fillHistosFromTracklets(TObjArray*)
Int_t fillHistosRingProperties(TObjArray*, Char_t*)
Int_t fillInvMass(HDiHitMatch*, Int_t*, Int_t)
Int_t fillOpangKICK(HDiHitMatch*, Int_t*, Int_t, const char*)
Int_t fillOpangMDC(HDiHitMatch*, Int_t*, Int_t, const char*)
Int_t fillOpangMETA(HDiHitMatch*, Int_t*, Int_t)
Int_t fillPt_vs_Pt(HDiHitMatch*, Int_t*, Int_t)
Int_t fillPt_vs_Ptot(HDiHitMatch*, Int_t*, Int_t)
Int_t fillPtot_vs_Ptot(HDiHitMatch*, Int_t*, Int_t)
Int_t fillRingAmplitude(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingAmplitudeTheta(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingAmplitudeThetaSec(HDiHitMatch*, Int_t*, Int_t, Char_t*, Char_t*, Int_t, Int_t)
Int_t fillRingHT(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingHTTheta(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingHTThetaSec(HDiHitMatch*, Int_t*, Int_t, Char_t*, Char_t*, Int_t, Int_t)
Int_t fillRingLocMax4(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingLocMax4Theta(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingLocMax4ThetaSec(HDiHitMatch*, Int_t*, Int_t, Char_t*, Char_t*, Int_t, Int_t)
Int_t fillRingPadNr(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingPadNrTheta(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingPadNrThetaSec(HDiHitMatch*, Int_t*, Int_t, Char_t*, Char_t*, Int_t, Int_t)
Int_t fillRingPM(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingPMTheta(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingPMThetaSec(HDiHitMatch*, Int_t*, Int_t, Char_t*, Char_t*, Int_t, Int_t)
Int_t fillRingRadius(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingRadiusTheta(HDiHitMatch*, Int_t*, Int_t, Char_t*)
Int_t fillRingRadiusThetaSec(HDiHitMatch*, Int_t*, Int_t, Char_t*, Char_t*, Int_t, Int_t)
Int_t fillTof(HDiHitMatch*, Int_t*, Int_t*, Int_t)
virtual Bool_t finalize()
HCategory* getHitDiMatchCat()
HCategory* getHitMatchCat()
virtual Bool_t init()
virtual TClass* IsA() const
Int_t makePairs(TObjArray*)
TObjArray* selectTracklets()
virtual void ShowMembers(TMemberInspector& insp, char* parent)
virtual void Streamer(TBuffer& b)
void StreamerNVirtual(TBuffer& b)
protected:
Int_t nCounterProcessedNbEvents
HCategory* pHitMatchCat !
HIterator* pIterMatchHit !
HCategory* pHitDiMatchCat !
HIterator* pIterDiMatchHit !
TObjArray* pHistArray !
char* pFileName !
TFile* pFileOut !
Float_t nRichPolarLow !
Float_t nRichPolarHigh !
HRichPairCreator(Text_t *name,Text_t *title, char* filename) :
HReconstructor(name,title)
HRichPairCreator()
~HRichPairCreator(void)
Bool_t init()
void initCuts()
local cuts ?!
void initHistos()
get "standard" histograms from Rich Histogram Factory
Bool_t finalize()
Int_t execute()
if (nCounterProcessedNbEvents != 0 &&
nCounterProcessedNbEvents%5000==0) HRichUtilFunc::saveHistos(pFileOut,pHistArray);
cout<<"begin evt"<<endl;
select tracklets and store them in a obj array
HDiHitMatch* createHitDiMatch(HHitMatch *h1, HHitMatch *h2)
create a new HHitMatch object, input sector
TObjArray* selectTracklets()
tracklets should not be selected here,
but filtered via a dedicated filter task prior to this task
Int_t fillHistosFromTracklets(TObjArray* t)
Int_t makePairs(TObjArray* t)
Int_t fillHistosFromPairs()
Int_t fillHistosRingProperties(TObjArray* arr,Char_t* c1)
use pairs selected into array to fill histograms
c1 is a string characterising the content of the pair array
it is passed to the name of the filled histograms
Int_t fillRingPadNr(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingPadNrTheta(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingPadNrThetaSec(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title,Char_t *title2,Int_t sec1, Int_t sec2)
Int_t fillRingAmplitude(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingAmplitudeTheta(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingAmplitudeThetaSec(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title,Char_t *title2,Int_t sec1, Int_t sec2)
Int_t fillRingRadius(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingRadiusTheta(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingRadiusThetaSec(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title,Char_t *title2,Int_t sec1, Int_t sec2)
Int_t fillRingLocMax4(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingLocMax4Theta(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingLocMax4ThetaSec(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title,Char_t *title2,Int_t sec1, Int_t sec2)
Int_t fillRingPM(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingPMTheta(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingPMThetaSec(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title,Char_t *title2,Int_t sec1, Int_t sec2)
Int_t fillRingHT(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingHTTheta(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title)
Int_t fillRingHTThetaSec(HDiHitMatch *h,Int_t *tup,Int_t max,Char_t* title,Char_t *title2,Int_t sec1, Int_t sec2)
Int_t fillOpangMDC(HDiHitMatch *h,Int_t *tup,Int_t max,const char *title)
cuts on pairs
Int_t fillOpangKICK(HDiHitMatch *h,Int_t *tup,Int_t max,const char *title)
cuts on pairs
Int_t fillOpangMETA(HDiHitMatch *h,Int_t *tup,Int_t max)
cuts on pairs
Int_t fillInvMass(HDiHitMatch *h,Int_t *tup,Int_t max)
this function retrieves the invariant mass from a pair
and books it in a standard histogram from the histogram factory
Int_t fillTof(HDiHitMatch *h,Int_t *tup1,
Int_t *tup2,Int_t max)
this function retrieves the time of flight from the two
tracks forming a pair
and books it in a standard histogram from the histogram factory
Int_t fillPt_vs_Pt(HDiHitMatch *h,Int_t *tup,Int_t max)
this function retrieves the transverse momenta from a pair
and books it in a standard histogram from the histogram factory
Int_t fillPt_vs_Ptot(HDiHitMatch *h,Int_t *tup,Int_t max)
this function retrieves the transverse momenta from a pair
and books it in a standard histogram from the histogram factory
Int_t fillPtot_vs_Ptot(HDiHitMatch *h,Int_t *tup,Int_t max)
this function retrieves the transverse momenta from a pair
and books it in a standard histogram from the histogram factory
Inline Functions
HCategory* getHitMatchCat()
HCategory* getHitDiMatchCat()
TClass* Class()
TClass* IsA() const
void ShowMembers(TMemberInspector& insp, char* parent)
void Streamer(TBuffer& b)
void StreamerNVirtual(TBuffer& b)
Last update: Fri Jan 26 12:29:00 2007
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