EdbEDAShowerTab Class Reference

#include <EdbEDAShowerTab.h>

Collaboration diagram for EdbEDAShowerTab:

Public Member Functions
void	Button1 ()
void	Button2 ()
void	Button3 ()
double	CalcdR_NoPropagation (EdbSegP *s1, EdbSegP *stest)
double	CalcdR_WithPropagation (EdbSegP *s1, EdbSegP *stest)
double	CalcdTheta (EdbSegP *s1, EdbSegP *s2)
void	ChangeShowerRecParameters ()
void	CheckAndSetPVRGeneric ()
void	CheckBTDensity (EdbPVRec *pvr, TObjArray *tracks)
void	CheckBTDensityCanv (EdbPVRec *pvr=NULL, TObjArray *tracks=NULL)
void	CheckBTDensityUsingEdbPVRQuality ()
void	CheckCosmicReco ()
void	CheckInBT ()
Bool_t	CheckPairDuplications (Int_t nmax, Int_t SegPID, Int_t SegID, Int_t Seg2PID, Int_t Seg2ID, TArrayI *SegmentPIDArray, TArrayI *SegmentIDArray, TArrayI *Segment2PIDArray, TArrayI *Segment2IDArray)
void	CheckPVRec ()
void	CheckQualitycut ()
TCanvas *	CreateCanvas (char *plot_name)
void	DrawShower ()
void	DrawShower (int iShowerNr, bool eClearShower=0)
void	DrawShowerAll ()
void	DrawShowerNext ()
void	DrawShowerPrevious ()
void	DrawShowers ()
	For the toggle Button! More...
void	DrawSingleShower (EdbTrackP *shower)
	EdbEDAShowerTab ()
void	FindPairings ()
void	FindPairingsNewAlgo ()
void	GO ()
	Make EVERY POSSIBLE OPTIONS!! ....still to be done... More...
void	Help ()
void	LoadShowerRecEdbPVRec ()
void	MakeGUI ()
void	MakeParameterWindowQualitySettings ()
void	PlotShower ()
void	PrintActualShower ()
void	PrintQualityCutSetting ()
void	PrintShower ()
void	PrintShowerRecInBT ()
void	PrintShowerRecParameters ()
void	PrintShowerRecRecoShowerArray ()
void	ReadComboBoxParameter ()
void	ReadComboBoxParameterQualitySetting ()
void	Reco ()
void	Reset ()
void	ResetShowerRecParameters ()
void	SetInBTFromLinkedTracks ()
void	SetInBTFromSelected ()
void	SetNumberEntryShowerRecParameter (Double_t val)
void	SetParaSetHighNBT ()
void	SetParaSetHighPur ()
void	SetPVRecFromFile ()

Private Attributes
TGCheckButton *	eCheckButtonCheckQualitycut
TGCheckButton *	eCheckButtonDrawShowers
TGCheckButton *	eCheckButtonUseTSData
Bool_t	eCheckQualitycut
TGComboBox *	eComboBox_Parameter
	Buttons and so on: More...
TGComboBox *	eComboBox_ParameterQualitySetting
Bool_t	eDrawShowers
TObjArray *	eInBTArray
Bool_t	eIsAliLoaded
Bool_t	eIspvrec_cleaned
Int_t	eNShowers
	An own Shower array. Not the one of the ShowerRec object: More...
TGNumberEntry *	eNumberEntry_ParaValue
TGMainFrame *	eParamWindow
Int_t	eQualityCutSetting
EdbTrackP *	eShower
	Actual Shower (current one, either for drawing or printing) More...
EdbShowerRec *	eShowerRec
	The ShowerRec object: More...
TGNumberEntry *	eTGNumberEntryDrawShowerNr
Bool_t	eUseTSData
	Various Variables used for settings: More...
EdbPVRec *	pvrec_cleaned
	(==generic cleaned) More...
EdbPVRec *	pvrec_cleaned_cpfiles
	"fake" pvrec object with adapted BG quality cut in it. More...
EdbPVRec *	pvrec_cleaned_linkedtracks
	"fake" pvrec object with adapted BG quality cut in it. More...
EdbPVRec *	pvrec_cpfiles
EdbPVRec *	pvrec_generic
EdbPVRec *	pvrec_linkedtracks
	Two Pointers for the EdbPVRec object: More...
TObjArray *	RecoShowerArray

Constructor & Destructor Documentation

EdbEDAShowerTab()

EdbEDAShowerTab::EdbEDAShowerTab

(

)

                                 {
 
    // Create ShowerRec Object
    eShowerRec = new EdbShowerRec();
 
    // Create Initiator BT array:
    eInBTArray=new TObjArray();
 
    eIsAliLoaded=kFALSE;  // this means EdbPVrec object using ALL cp.roor Basetrack info!
    eUseTSData=kTRUE;
    eDrawShowers=kTRUE;
    eCheckQualitycut=kTRUE;
    eQualityCutSetting=0;
 
    RecoShowerArray= new TObjArray();
 
    // Two Pointers for the EdbPVRec object:
    pvrec_linkedtracks=0;
    pvrec_cpfiles=0;
    pvrec_generic=0;
 
 
    // Reset actual shower:
    eShower=0;
 
    // Make the tab:
    MakeGUI();
 
}

Member Function Documentation

Button1()

void EdbEDAShowerTab::Button1 ( )

inline

                   {
        printf("****************   NOT IMPLEMETED    *************************\n");
    }

Button2()

void EdbEDAShowerTab::Button2 ( )

inline

                   {
        printf("Button2\n");
    }

Button3()

void EdbEDAShowerTab::Button3 ( )

inline

                   {
        PrintShower();
        printf("Print\n");
    }

CalcdR_NoPropagation()

double EdbEDAShowerTab::CalcdR_NoPropagation	(	EdbSegP *	s1,
		EdbSegP *	stest
	)

                                                                      {
    return TMath::Sqrt((s->X()-stest->X())*(s->X()-stest->X())+(s->Y()-stest->Y())*(s->Y()-stest->Y()));
}

CalcdR_WithPropagation()

double EdbEDAShowerTab::CalcdR_WithPropagation	(	EdbSegP *	s1,
		EdbSegP *	stest
	)

                                                                        {
    if (s->Z()==stest->Z()) CalcdR_NoPropagation(s,stest);
    Double_t zorig;
    Double_t dR;
    zorig=s->Z();
    s->PropagateTo(stest->Z());
    dR=TMath::Sqrt( (s->X()-stest->X())*(s->X()-stest->X())+(s->Y()-stest->Y())*(s->Y()-stest->Y()) );
    s->PropagateTo(zorig);
    return dR;
}

CalcdTheta()

double EdbEDAShowerTab::CalcdTheta	(	EdbSegP *	s1,
		EdbSegP *	s2
	)

                                                          {
    Double_t tx1,tx2,ty1,ty2;
    tx1=s1->TX();
    tx2=s2->TX();
    ty1=s1->TY();
    ty2=s2->TY();
    Double_t dt= TMath::Sqrt( (tx1-tx2)*(tx1-tx2) + (ty1-ty2)*(ty1-ty2) );
    return dt;
}

ChangeShowerRecParameters()

void EdbEDAShowerTab::ChangeShowerRecParameters

(

)

Read Value from the value field and pass it over to eShowerRec

                                                {
    Double_t Val =  eNumberEntry_ParaValue->GetNumber();
    Double_t IdVal = eComboBox_Parameter->GetSelectedEntry()->EntryId();
    eShowerRec->SetAlgoParameter(Val,IdVal);
    eShowerRec->PrintParameters();
}

CheckAndSetPVRGeneric()

void EdbEDAShowerTab::CheckAndSetPVRGeneric

(

)

                                            {
    cout << "EdbEDAShowerTab::CheckAndSetPVRGeneric()" << endl;
    cout << "EdbEDAShowerTab::CheckAndSetPVRGeneric()   pvrec_cpfiles=" << pvrec_cpfiles << endl;
    cout << "EdbEDAShowerTab::CheckAndSetPVRGeneric()   pvrec_linkedtracks=" << pvrec_linkedtracks << endl;
    cout << "EdbEDAShowerTab::CheckAndSetPVRGeneric()   pvrec_cleaned_cpfiles=" << pvrec_cleaned_cpfiles << endl;
    cout << "EdbEDAShowerTab::CheckAndSetPVRGeneric()   pvrec_cleaned_linkedtracks=" << pvrec_cleaned_linkedtracks << endl;
 
    // Cases: LT/CP (eUseTSData);
    // Cases: Cleaned/Raw  (eIspvrec_cleaned);
 
 
    if (eUseTSData) {
        pvrec_generic=pvrec_cpfiles;
        if (eIspvrec_cleaned && pvrec_cleaned_cpfiles!=NULL) pvrec_generic=pvrec_cleaned_cpfiles;
    }
    else {
        pvrec_generic=pvrec_linkedtracks;
        if (eIspvrec_cleaned && pvrec_cleaned_linkedtracks!=NULL) pvrec_generic=pvrec_cleaned_linkedtracks;
    }
 
    cout << "EdbEDAShowerTab::CheckAndSetPVRGeneric()   Since eUseTSData="<< eUseTSData << " and eIspvrec_cleaned=" << eIspvrec_cleaned << endl;
    cout << "EdbEDAShowerTab::CheckAndSetPVRGeneric()   We set as pvrec_generic = " << pvrec_generic  << endl;
    cout << "EdbEDAShowerTab::CheckAndSetPVRGeneric()   ...Done." << endl;
 
    return;
}

CheckBTDensity()

void EdbEDAShowerTab::CheckBTDensity	(	EdbPVRec *	pvr,
		TObjArray *	tracks
	)

Check Basetrack density of totalscan for each plate

                                                                     {
    printf("EdbEDAShowerTab::CheckBTDensity...\n");
    if (!eCheckQualitycut) return;
 
    if (!eIsAliLoaded) LoadShowerRecEdbPVRec();
    // Whole cp files data:
    pvr= eShowerRec->GetEdbPVRec();
    pvr=pvrec_generic;
 
    //pvr->Print();
    EdbPattern*     pat = (EdbPattern*)pvr->GetPattern(0);
    Int_t               patN= pat->N();
    Int_t               pvrN= pvr->Npatterns()-1;
    EdbSegP*            seg=NULL;
    Float_t             BTpermm2;
 
    TH2F* h_plate = new TH2F("All Plates","h_plate",125,0,125000,100,0,100000);
    TH2F* BTDens = new TH2F("BTDens","BTDens",125,0,125000,100,0,100000);
    TH2F* BTDensity[10];
    TProfile* BTDensProfile  = new TProfile("BTDensityProfile","BTDensityProfile",57,0,57,0,200);
    TProfile* BTDensityProfile[10];
    TH1F* h_BinContentDistribution = new TH1F("h_BinContentDistribution","h_BinContentDistribution",50,0,50);
    TH1F* h_BinCont[58];
 
    for (int l=0; l<10; ++l) {
        BTDensity[l]=(TH2F*)BTDens->Clone();
        BTDensityProfile[l]=(TProfile*)BTDensProfile->Clone();
        BTDensityProfile[l]->SetLineColor(21+2*l);
    }
    for (int l=0; l<pvrN; ++l) {
        h_BinCont[l]=(TH1F*)h_BinContentDistribution->Clone();
    }
 
    for (int j=0; j<pvrN; ++j) {
        pat = (EdbPattern*)pvr->GetPattern(j);
        patN= pat->N();
        // Get all Segments of the pattern and Fill Area Histos:
        for (int i=0; i<patN; ++i) {
            seg=(EdbSegP*)pat->GetSegment(i);
            h_plate->Fill(seg->X(),seg->Y());
            // Fill for 4 different Chi2 Cut sets the for histograms
            for (int l=0; l<10; ++l)  {
                float factor=0.15-(float)l*0.01;
                if (seg->Chi2()<seg->W()*factor-1.0) BTDensity[l]->Fill(seg->X(),seg->Y());
            }
        }
        // Get Bin Entries and fill profile Histos:
        for (int ki=1; ki<h_plate->GetNbinsX(); ki++ ) {
            for (int kj=1; kj<h_plate->GetNbinsY(); kj++ ) {
                for (int l=0; l<10; ++l) {
                    BTpermm2=(Float_t)BTDensity[l]->GetBinContent(ki,kj); // ONLY WHEN BINAREA=1000*1000
                    if (BTpermm2==0) continue;
                    BTDensityProfile[l]->Fill(j,BTpermm2,1);
                    if (l==3) h_BinCont[j]->Fill(BTpermm2);
                }
            }
        }
        for (int l=0; l<10; ++l)  {
            BTDensity[l]->Reset();
        }
    }
    // end of pattern loop
 
    // Estimate Maximum by constant fit (just threshold determination).
    Bool_t warning=kFALSE;
    Int_t last_l=0;
    float factor=0.15-(float)last_l*0.01;
    TString Chi2Cut=Form("s.eChi2<s.eW*%f-1.0",factor);
 
    for (int l=9; l>=0; --l) {
        if (BTDensityProfile[l]->GetMaximum()<1) continue;
        BTDensityProfile[l]->Fit("pol0","Q0");
        TF1 *myfunc = BTDensityProfile[l]->GetFunction("pol0");
        //cout << 0.15-(float)l*0.01 << " " << myfunc->GetParameter(0) << endl;
        if (myfunc->GetParameter(0)>20 && !warning)  {
            warning=kTRUE;
            last_l=l+1;
            factor=0.15-(float)last_l*0.01;
            Chi2Cut=Form("s.eChi2<s.eW*%f-1.0",factor);
            cout << " WARNING BT DENSITY GREATER THAN 20 !! Appearing after maximum Chi2Cut of : " <<  Chi2Cut.Data() <<  endl;
        }
    }
    factor=0.15-(float)last_l*0.01;
    Chi2Cut=Form("s.eChi2<s.eW*%f-1.0",factor);
    if (warning) cout << "Maximum Chi2Cut = " << Chi2Cut.Data() << endl;
 
    if (eCheckQualitycut==kTRUE) {
        cout << "----- Set Parameters for Chi2Cut --------"<<endl;
        cout << "----- " << factor << " , 1.0 "<< endl;
        eShowerRec->SetQualityCutValues(factor,1.0);
    }
    else {
        cout << "----- No high BT density observed. --------"<<endl;
    }
    return;
}

CheckBTDensityCanv()

void EdbEDAShowerTab::CheckBTDensityCanv	(	EdbPVRec *	pvr = NULL,
		TObjArray *	tracks = NULL
	)

Plot Basetrack density of totalscan for each plate
Using the tracks in the given PVRec object.

                                                                         {
    printf("EdbEDAShowerTab::CheckBTDensityCanv...\n");
    if (!eIsAliLoaded) LoadShowerRecEdbPVRec();
 
 
    // Genergic edbPVrec data (means either cp or lt file, depends on how the user set it:)
    // pvr= eShowerRec->GetEdbPVRec();
    pvr=pvrec_generic;
 
 
    // In Case this is set we directly use pvrec_cleaned of the EdbPVRQuality class.
    if (eQualityCutSetting==1 || eQualityCutSetting==2 ) {
        cout << "EdbEDAShowerTab::CheckBTDensityCanv   INFO :   eQualityCutSetting==1 || eQualityCutSetting==2    We directly use pvrec_cleaned of the EdbPVRQuality class." << endl;
        pvr=pvrec_cleaned;
    }
 
    // Check if exists:
    if ( NULL == pvr ) {
        cout << "EdbEDAShowerTab::CheckBTDensityCanv   ERROR :   NULL == pvr    Return now." << endl;
        return;
    }
 
    TCanvas *c1 = CreateCanvas("CheckBTDensity");
    c1->Divide(2,2);
    c1->cd(1);
 
    EdbPattern*     pat = (EdbPattern*)pvr->GetPattern(0);
    Int_t               patN= pat->N();
    Int_t               pvrN= pvr->Npatterns()-1;
    Int_t               pvrNMiddle= 0+(pvr->Npatterns()-1)/2;
    EdbSegP*            seg=NULL;
    Float_t             BTpermm2;
 
    printf("EdbEDAShowerTab::Create Histos...\n");
    TH2F* h_plate = new TH2F("All Plates","h_plate",125,0,125000,100,0,100000);
    TH2F* BTDens = new TH2F("BTDens","BTDens",125,0,125000,100,0,100000);
    TH2F* BTDensity[10];
    TProfile* BTDensProfile  = new TProfile("BTDensityProfile","BTDensityProfile",57,0,57,0,200);
    TProfile* BTDensityProfile[10];
    TH1F* h_BinContentDistribution = new TH1F("h_BinContentDistribution","h_BinContentDistribution",50,0,50);
    TH1F* h_BinCont[58];
 
    for (int l=0; l<10; ++l) {
        BTDensity[l]=(TH2F*)BTDens->Clone();
        BTDensityProfile[l]=(TProfile*)BTDensProfile->Clone();
        BTDensityProfile[l]->SetLineColor(21+2*l);
    }
    for (int l=0; l<pvrN; ++l) {
        h_BinCont[l]=(TH1F*)h_BinContentDistribution->Clone();
    }
 
    for (int j=0; j<pvrN; ++j) {
        pat = (EdbPattern*)pvr->GetPattern(j);
        patN= pat->N();
        // Get all Segments of the pattern and Fill Area Histos:
        for (int i=0; i<patN; ++i) {
            seg=(EdbSegP*)pat->GetSegment(i);
            h_plate->Fill(seg->X(),seg->Y());
            // Fill for 4 different Chi2 Cut sets the for histograms
            for (int l=0; l<10; ++l)  {
                float factor=0.15-(float)l*0.01;
                if (seg->Chi2()<seg->W()*factor-1.0) BTDensity[l]->Fill(seg->X(),seg->Y());
            }
        }
        // Get Bin Entries and fill profile Histos:
        for (int ki=1; ki<h_plate->GetNbinsX(); ki++ ) {
            for (int kj=1; kj<h_plate->GetNbinsY(); kj++ ) {
                for (int l=0; l<10; ++l) {
                    BTpermm2=(Float_t)BTDensity[l]->GetBinContent(ki,kj); // ONLY WHEN BINAREA=1000*1000
                    if (BTpermm2==0) continue;
                    BTDensityProfile[l]->Fill(j,BTpermm2,1);
                    if (l==3) h_BinCont[j]->Fill(BTpermm2);
                }
            }
        }
        for (int l=0; l<10; ++l)  {
            BTDensity[l]->Reset();
        }
    }
    // end of pattern loop.
 
 
    printf("EdbEDAShowerTab::Draw Histos...\n");
    // Draw Part:
    c1->cd(1);
    h_plate->Draw("colz");
    c1->cd(2);
    h_BinCont[0]->DrawNormalized();
    h_BinCont[pvrNMiddle]->SetLineColor(2);
    h_BinCont[pvrN-1]->SetLineColor(4);
    h_BinCont[pvrNMiddle]->DrawNormalized("same");
    h_BinCont[pvrN-1]->DrawNormalized("same");
    TLegend* leg= new TLegend(0.77,0.6,0.98,0.8,"","brNDC");
    leg->AddEntry(h_BinCont[0],"First plate","LP");
    leg->AddEntry(h_BinCont[pvrNMiddle],"Middle plate","LP");
    leg->AddEntry(h_BinCont[pvrN-1],"Last plate","LP");
    leg->SetBorderSize(1);
    leg->Draw();
    c1->cd(3);
    BTDensityProfile[0]->Draw("profileZ");
    int xnpat=pvrN+5;
    BTDensityProfile[0]->GetXaxis()->SetRangeUser(0,xnpat);
    BTDensityProfile[3]->Draw("profileZsame");
    BTDensityProfile[9]->Draw("profileZsame");
    BTDensityProfile[3]->SetLineColor(2);
    BTDensityProfile[3]->SetLineWidth(2);
    BTDensityProfile[9]->SetLineColor(6);
    BTDensityProfile[0]->GetYaxis()->SetRangeUser(0.0,1.2* BTDensityProfile[0]->GetMaximum());
    TLegend* leg2= new TLegend(0.15,0.75,0.4,0.88,"","brNDC");
    leg2->AddEntry(BTDensityProfile[0],"Chi2<W*0.15-1","LP");
    leg2->AddEntry(BTDensityProfile[3],"Chi2<W*0.12-1","LP");
    leg2->AddEntry(BTDensityProfile[9],"Chi2<W*0.06-1","LP");
    leg2->SetBorderSize(1);
    leg2->Draw();
 
    TLegend* leg3= new TLegend(0.7,0.15,0.98,0.75,"","brNDC");
    leg3->AddEntry(BTDensityProfile[0],"Chi2<W*0.15-1","LP");
    leg3->AddEntry(BTDensityProfile[1],"Chi2<W*0.14-1","LP");
    leg3->AddEntry(BTDensityProfile[2],"Chi2<W*0.13-1","LP");
    leg3->AddEntry(BTDensityProfile[3],"Chi2<W*0.12-1","LP");
    leg3->AddEntry(BTDensityProfile[4],"Chi2<W*0.11-1","LP");
    leg3->AddEntry(BTDensityProfile[5],"Chi2<W*0.10-1","LP");
    leg3->AddEntry(BTDensityProfile[6],"Chi2<W*0.09-1","LP");
    leg3->AddEntry(BTDensityProfile[7],"Chi2<W*0.08-1","LP");
    leg3->AddEntry(BTDensityProfile[8],"Chi2<W*0.07-1","LP");
    leg3->AddEntry(BTDensityProfile[9],"Chi2<W*0.06-1","LP");
    leg3->SetBorderSize(1);
 
 
    c1->cd(4);
    BTDensityProfile[0]->Draw("profileZ");
    BTDensityProfile[0]->GetXaxis()->SetRangeUser(0,xnpat);
    BTDensityProfile[0]->DrawCopy("profileZsame");
    for (int l=0; l<10; ++l) {
        BTDensityProfile[l]->DrawCopy("profileZsame");
    }
    leg3->Draw();
    c1->Update();
    // Draw Done....
 
    printf("EdbEDAShowerTab::Estimate Maximum by constant fit...\n");
    // Estimate Maximum by constant fit (just threshold determination).
    Bool_t warning=kFALSE;
    Int_t last_l=0;
    float factor=0.15-(float)last_l*0.01;
    TString Chi2Cut=Form("s.eChi2<s.eW*%f-1.0",factor);
 
    for (int l=9; l>=0; --l) {
        if (BTDensityProfile[l]->GetMaximum()<1) continue;
        BTDensityProfile[l]->Fit("pol0","Q0");
        TF1 *myfunc = BTDensityProfile[l]->GetFunction("pol0");
        if (myfunc->GetParameter(0)>20 && !warning)  {
            warning=kTRUE;
            last_l=l+1;
            factor=0.15-(float)last_l*0.01;
            Chi2Cut=Form("s.eChi2<s.eW*%f-1.0",factor);
            cout << " WARNING BT DENSITY GREATER THAN 20 !! Appearing after maximum Chi2Cut of : " <<  Chi2Cut <<  endl;
        }
    }
    factor=0.15-(float)last_l*0.01;
    Chi2Cut=Form("s.eChi2<s.eW*%f-1.0",factor);
    if (warning) {
        cout << "Maximum Chi2Cut = " << Chi2Cut << endl;
    }
    else {
        cout << "----- No high BT density observed. --------"<<endl;
    }
 
    return;
}

CheckBTDensityUsingEdbPVRQuality()

void EdbEDAShowerTab::CheckBTDensityUsingEdbPVRQuality

(

)

                                                       {
    EdbPVRQuality* qual = new EdbPVRQuality(pvrec_generic);
    pvrec_cleaned =  qual->GetEdbPVRec(1);
    eIspvrec_cleaned=kTRUE;
    qual->Print();
}

CheckCosmicReco()

void EdbEDAShowerTab::CheckCosmicReco

(

)

                                      {
 
    if (NULL == pvrec_generic ) {
        cout << "ERROR:   NULL == pvrec_generic  " << endl;
        return;
    }
 
    cout << "" << endl;
 
    // Get track set of TS, this is our Referecne Cosmic Track Set
    cout << "// Get track set of TS, this is our Referecne Cosmic Track Set" << endl;
 
    cout << "gEDA->GetTrackSet(TS)->N() " <<   gEDA->GetTrackSet("TS")->N() <<  endl;
 
    cout << "gEDA->GetTrackSet(TS)->GetPVRec()->Print(); :" << endl;
    gEDA->GetTrackSet("TS")->GetPVRec()->Print();
 
    EdbEDATrackSet* reftrackset = gEDA->GetTrackSet("TS"); //snew EdbEDATrackSet("ReferencetrackSet");
    TObjArray* tracksArray=reftrackset->GetTracksBase();
    EdbTrackP* track;
    int maxTrackSegments=0;
 
    // Loop to find longest track npl:
    cout << "// Loop to find longest track npl:" << endl;
    for (int i=0; i<tracksArray->GetEntries(); i++) {
        track=(EdbTrackP*) tracksArray->At(i);
        //track->Print();
        if (track->N()>maxTrackSegments) maxTrackSegments=track->N();
    }
    cout << "maxTrackSegments=" <<  maxTrackSegments << endl;
 
 
    if (NULL == pvrec_generic ) cout << "ERROR:   NULL == pvrec_generic  " << endl;
 
    // Get number of patterns for edbpvrec objects
    cout << "// Get number of patterns for edbpvrec objects" << endl;
    int maxNpat=pvrec_generic->Npatterns();
    cout << "maxNpat=" <<  maxNpat << endl;
 
    // Get number of patterns for edbpvrec objects
    TObjArray* TestRecoCosmicInBTArray = new TObjArray();
 
    for (int i=0; i<tracksArray->GetEntries(); i++) {
        track=(EdbTrackP*) tracksArray->At(i);
        if (track->N()<maxNpat-6) continue;
        TestRecoCosmicInBTArray->Add(track);
    }
 
    cout << "// Get number of TestRecoCosmicInBTArray" << TestRecoCosmicInBTArray->GetEntries() << endl;
 
    eInBTArray=TestRecoCosmicInBTArray;
 
    eShowerRec->SetInBTArray(eInBTArray);
    eShowerRec->Execute();
 
    cout << "" << endl;
 
    cout << " void CheckCosmicReco()   eShowerRec->PrintRecoShowerArray()..." << endl;
    eShowerRec->PrintRecoShowerArray();
 
    eNShowers=eShowerRec->GetRecoShowerArrayN();
    RecoShowerArray=eShowerRec->GetRecoShowerArray();
    eShowerRec->SetQualityCutValues(0.15,1.0);
 
    if (eDrawShowers) {
        for (Int_t i=0; i<eNShowers; ++i) {
            DrawShower(i);
        }
    }
 
 
    cout << "// Get number of TestRecoCosmicInBTArray" << TestRecoCosmicInBTArray->GetEntries() << endl;
    cout << "// Get number of RecoShowerArray" << RecoShowerArray->GetEntries() << endl;
 
    EdbTrackP* showertrack=0;
    cout << "// Starting Tracks with Reconstructed Showers...:" << endl;
 
    int nseg_track_minus_shower=0;
    TH1F* h_nseg_track_minus_shower=new TH1F("track_shower_difference","track_shower_difference",100,-50,50);
 
    for (int i=0; i<TestRecoCosmicInBTArray->GetEntries(); i++) {
        track=(EdbTrackP*) TestRecoCosmicInBTArray->At(i);
//   track->PrintNice();
        for (int j=i; j<RecoShowerArray->GetEntries(); j++) {
            showertrack=(EdbTrackP*) RecoShowerArray->At(j);
//          showertrack->PrintNice();
            if (TMath::Abs(track->Z()-showertrack->Z())>10) continue;
            if (TMath::Abs(track->X()-showertrack->X())>10) continue;
            if (TMath::Abs(track->Y()-showertrack->Y())>10) continue;
 
            cout << "Comparing Starting Track i=" << i << "with RecoShower j=" << j <<":";
            cout << "Nseg:  " << track->N() << "  <>  " << showertrack->N() << endl;
 
            nseg_track_minus_shower = track->N() - showertrack->N();
            h_nseg_track_minus_shower->Fill(nseg_track_minus_shower);
        }
    }
 
    cout << "Drawing now histogram: positive Entries Mean More Tracks thank shower segemnts." << endl;
    cout << "Drawing now histogram: negative Entries Mean More shower segemnts than tracks." << endl;
    cout << "Drawing now histogram: In the  ideal  case, this histogram should peak at 0. If it has large negatie number than check, because the shower contains then toooo much tracks...." << endl;
 
    TCanvas *c1 = CreateCanvas("CosmicCheck");
    c1->cd(1);
    h_nseg_track_minus_shower -> Draw();
    c1->cd();
 
    if (h_nseg_track_minus_shower->GetMean()<0) cout << "WARNING !!  MAYBE TOO MUCH BACKGROUND !!! " << endl;
}

CheckInBT()

void EdbEDAShowerTab::CheckInBT

(

)

                                {
    if (eShowerRec->GetInBTArrayN()==0) {
        new TGMsgBox(gClient->GetRoot(), gEve->GetMainWindow(),"EDA", "No Initiator Basetrack selected!");//, 4, 4);
        return;
    }
}

CheckPairDuplications()

Bool_t EdbEDAShowerTab::CheckPairDuplications	(	Int_t	nmax,
		Int_t	SegPID,
		Int_t	SegID,
		Int_t	Seg2PID,
		Int_t	Seg2ID,
		TArrayI *	SegmentPIDArray,
		TArrayI *	SegmentIDArray,
		TArrayI *	Segment2PIDArray,
		TArrayI *	Segment2IDArray
	)

{
 
    for (Int_t i=0; i<nmax; i++) {
        // PID and ID of Seg and Seg2 to be exchanged for duplications
        if ( SegPID==Segment2PIDArray->At(i) && Seg2PID==SegmentPIDArray->At(i) && SegID==Segment2IDArray->At(i) && Seg2ID==SegmentIDArray->At(i)) {
            //cout << "Found duplocation for... return true"<<endl;
            return kTRUE;
        }
    }
    return kFALSE;
}

CheckPVRec()

void EdbEDAShowerTab::CheckPVRec

(

)

Log(2, "EdbEDAShowerTab", "--- CheckPVRec() eShowerRec->SetUsePattern_ID(kTRUE)"); if (PIDallSame) eShowerRec->SetUsePattern_ID(kTRUE);

                                 {
 
    Log(2, "EdbEDAShowerTab", "--- CheckPVRec()");
 
    cout << " -----    Why we need this?   During the data storage, sometimes the PID of the " << endl;
    cout << " -----    EdbPVRec object is always zero. For example, when using o2root downloaded database data. " << endl;
    cout << " -----    (Not when using simulation data with ORFEO)" << endl;
    cout << " -----    In this case we have to tell the shower library to use EdbPVRec::ID() instead of  EdbPVRec::PID()" << endl;
 
    if (NULL==pvrec_generic) LoadShowerRecEdbPVRec();
 
    cout << "EdbEDAShowerTab::CheckPVRec()   pvrec_generic = " << pvrec_generic << endl;
 
    int npat=pvrec_generic->Npatterns();
    cout << pvrec_generic->Npatterns() << endl;
    Bool_t PIDallSame=kFALSE;
 
    // Quick check:
    // Check if all are of the same value....
    for (int i=1; i<npat; i++) {
        if (pvrec_generic->GetPattern(i)->PID()==pvrec_generic->GetPattern(i-1)->PID()) {
            PIDallSame=kTRUE;
            break;
        }
    }
    if (PIDallSame) cout << "PIDallSame ... !!! .... ONe should take rather ID() instead of PID()" << endl;
    if (!PIDallSame) cout << "PID are different. One can take PIDs for Reconstruction/eAliSub creation..." << endl;
 
 
 
    // Check PVRec with EdbPVRQualityCut:
//   EdbPVRQuality* qual = new EdbPVRQuality(pvrec_generic);
// cout << "EdbEDAShowerTab::CheckPVRec()   pvrec_generic = " pvrec_generic << endl;
 
 
 
    Log(2, "EdbEDAShowerTab", "--- CheckPVRec()...done.");
    return;
}

CheckQualitycut()

void EdbEDAShowerTab::CheckQualitycut

(

)

                                      {
    eCheckQualitycut=eCheckButtonCheckQualitycut->GetState();
    cout << "EdbEDAShowerTab::CheckQualitycut() Set To: "<< eCheckQualitycut << endl;
    return;
}

CreateCanvas()

TCanvas * EdbEDAShowerTab::CreateCanvas ( char *  plot_name )

inline

----------------------------------------------------------------------------------------—
Usually already decleared in EdbEdaPlotTab, but since this is for now only of interest
of shower tab we redeclarate it here....

                                            {
        // --- Create an embedded canvas
        gEve->GetBrowser()->StartEmbedding(1);
        gROOT->ProcessLineFast("new TCanvas");
        TCanvas *c1 = (TCanvas*) gPad;
        gEve->GetBrowser()->StopEmbedding(plot_name);
        return c1;
    }

DrawShower() [1/2]

void EdbEDAShowerTab::DrawShower

(

)

                                 {
    int nr = eTGNumberEntryDrawShowerNr->GetNumber();
    DrawShower(nr,1);
}

DrawShower() [2/2]

void EdbEDAShowerTab::DrawShower	(	int	iShowerNr,
		bool	eClearShower = 0
	)

                                                                {
    cout << "void EdbEDAShowerTab::DrawShower(  " << iShowerNr << endl;
 
    // Set Actual Shower Array:
    TObjArray *ShowerArray = RecoShowerArray;
 
    // Set Actual Shower:
    EdbTrackP* Shower = (EdbTrackP*)ShowerArray->At(iShowerNr);
    eShower= Shower;
 
    // Print It:
    PrintActualShower();
 
    // Create Segment array for the TrackSet:
    TObjArray *segments = new TObjArray();
    for (int j=0; j<Shower->N(); j++) {
        //cout << "j= " << j << endl;
        EdbSegP *s = Shower->GetSegment(j);
        //s->PrintNice();
        segments->Add( s);
    }
 
    cout << "EdbEDATrackSet *set = gEDA->GetTrackSet(BT);"<<endl;
    EdbEDATrackSet *set = gEDA->GetTrackSet("BT");
    set->SetExtendMode(kExtendUpDown);
    cout << "set->N(); " << set->N() <<  endl;
    //set->Print();
 
    // If Checkbox Overlay is Clicked, the old shower will not be erased,
    // the new one will be overlayn!
    if (set->N()>0 && eClearShower) set->Clear();
    cout << "set->Clear();"<<endl;
    set->AddSegments(segments);
 
    // Draw tracks
    gEDA->Redraw();
 
    // Draw Shower starting points as blue circles:
    DrawSingleShower( Shower );
 
    return;
}

DrawShowerAll()

void EdbEDAShowerTab::DrawShowerAll

(

)

                                    {
    for (int i=0; i<eNShowers; ++i) DrawShower(i,0);
}

DrawShowerNext()

void EdbEDAShowerTab::DrawShowerNext

(

)

                                     {
    int nr = eTGNumberEntryDrawShowerNr->GetNumber()+1;
    if (nr>=eNShowers) return;
    DrawShower(nr,1);
    eTGNumberEntryDrawShowerNr->SetNumber(nr);
}

DrawShowerPrevious()

void EdbEDAShowerTab::DrawShowerPrevious

(

)

                                         {
    int nr = eTGNumberEntryDrawShowerNr->GetNumber()-1;
    if (nr<0) return;
    DrawShower(nr,1);
    eTGNumberEntryDrawShowerNr->SetNumber(nr);
}

DrawShowers()

void EdbEDAShowerTab::DrawShowers

(

)

For the toggle Button!

                                  {
    cout << "void EdbEDAShowerTab::DrawShowers()   eCheckButtonDrawShowers->GetState() " << eCheckButtonDrawShowers->GetState()<<endl;
    eDrawShowers=eCheckButtonDrawShowers->GetState();
}

DrawSingleShower()

void EdbEDAShowerTab::DrawSingleShower

(

EdbTrackP *

shower

)

                                                        {
 
    Log(3, "EdbEDAShowerTab", "--- void DrawSingleShower()");
 
    EdbSegP *s = shower->GetSegmentFirst();
    // Draw single vertex.
    TEvePointSet *ps = new TEvePointSet();
    ps->SetElementName(Form("Shower (Id, nseg, X,Y,Z) %3d %d %8.1lf %8.1lf %8.1lf", shower->ID(), shower->N(), s->X(), s->Y(), s->Z()));
    ps->SetMarkerStyle(25);
    ps->SetNextPoint(s->X(), s->Y(), s->Z()*gEDA->GetScaleZ());
    ps->SetMarkerColor(kBlue);
    ps->SetMarkerSize(ps->GetMarkerSize()*1.8);
    ps->SetUserData(shower);
    gEve->AddElement(ps);
    gEve->Redraw3D();
    return;
}

FindPairings()

void EdbEDAShowerTab::FindPairings

(

)

                                   {
 
    cout << "void EdbEDAShowerTab::FindPairings() " << endl;
 
    if (NULL == pvrec_generic ) {
        cout << "ERROR:   NULL == pvrec_generic  " << endl;
        return;
    }
 
    EdbSegP* InBT=NULL;
    EdbSegP* Segment=NULL;
    EdbSegP* Segment2=NULL;
    EdbSegP* Segment_Sum=new EdbSegP(0,0,0,0,0,0);
    Float_t  IP_Pair_To_InBT=0;
    Float_t x_av,y_av,z_av,tx_av,ty_av,distZ;
    Int_t RecoShowerArrayN=0;
    TArrayI* SegmentPIDArray = new TArrayI(99999999);
    TArrayI* SegmentIDArray = new TArrayI(99999999);
    TArrayI* Segment2PIDArray = new TArrayI(99999999);
    TArrayI* Segment2IDArray = new TArrayI(99999999);
 
    TObjArray* InBTArray=gEDA->GetSelected();
    Int_t eInBTArrayN=InBTArray->GetEntries();
    cout << eInBTArrayN << endl;
 
    if (eInBTArrayN==0) {
        cout << " NO Vertex or BT Selected! Do nothing and return. "<< endl;
        return;
    }
 
// For Pairings Search we want to have the full cp files data:
// LoadShowerRecEdbPVRec();
// eShowerRec->GetEdbPVRec()->Print();
 
// gEDA->GetPVRec() doesnt exist anymore, now its splitted via the different
// track sets:
// but ususally this has only entries of linked tracks (even if labelled as "TS")
// EdbPVRec* eAli_Sub=gEDA->GetTrackSet("TS")->GetPVRec();
// Whole cp files data:
// EdbPVRec* eAli_Sub=eShowerRec->GetEdbPVRec();
// eAli_Sub->Print();
// return;
 
 
    EdbPVRec* eAli_Sub=pvrec_generic;
 
    for (Int_t i=eInBTArrayN-1; i>=0; --i) {
 
        // Get InitiatorBT from eInBTArray  InBT
        InBT=(EdbSegP*)InBTArray->At(i);
        if (gEDBDEBUGLEVEL>1) InBT->PrintNice();
 
        Int_t npat=eAli_Sub->Npatterns()-1;
        Int_t pat_one_bt_cnt_max,pat_two_bt_cnt_max=0;
        EdbPattern* pat_one=0;
        EdbPattern* pat_two=0;
 
        for (Int_t pat_one_cnt=0; pat_one_cnt<npat; ++pat_one_cnt) {
            cout << "Looping over pattern one, counter=" << pat_one_cnt << endl;
            for (Int_t pat_two_cnt=0; pat_two_cnt<npat; ++pat_two_cnt) {
                cout << "   Looping over pattern two, counter=" << pat_two_cnt << endl;
 
                // Now apply cut conditions: GS  GAMMA SEARCH Alg:
                if (TMath::Abs(pat_one_cnt-pat_two_cnt)>1) continue;
 
                pat_one=(EdbPattern*)eAli_Sub->GetPattern(pat_one_cnt);
                pat_two=(EdbPattern*)eAli_Sub->GetPattern(pat_two_cnt);
                pat_one_bt_cnt_max=eAli_Sub->GetPattern(pat_one_cnt)->GetN();
                pat_two_bt_cnt_max=eAli_Sub->GetPattern(pat_two_cnt)->GetN();
 
                if (pat_one->Z()-InBT->Z()>25000) continue;
                if (pat_one->Z()-InBT->Z()<0) continue;
                if (pat_two->Z()-InBT->Z()>25000) continue;
                if (pat_two->Z()-InBT->Z()<0) continue;
 
                for (Int_t pat_one_bt_cnt=0; pat_one_bt_cnt<pat_one_bt_cnt_max; ++pat_one_bt_cnt) {
                    for (Int_t pat_two_bt_cnt=0; pat_two_bt_cnt<pat_two_bt_cnt_max; ++pat_two_bt_cnt) {
                        //      cout << pat_one_cnt <<" " <<  pat_two_cnt <<" " <<  pat_one_bt_cnt <<" " <<  pat_two_bt_cnt <<" " << endl;
 
                        Segment =  (EdbSegP*)pat_one->GetSegment(pat_one_bt_cnt);
                        Segment2 = (EdbSegP*)pat_two->GetSegment(pat_two_bt_cnt);
                        if (Segment2==Segment) continue;
 
                        // Now apply cut conditions: GS  GAMMA SEARCH Alg  --------------------
                        // At last: Remove // better: check for duplicated pairings:
                        if (CheckPairDuplications(RecoShowerArrayN,Segment->PID(),Segment->ID(),Segment2->PID(),Segment2->ID(), SegmentPIDArray,SegmentIDArray,Segment2PIDArray,Segment2IDArray)) continue;
                        // d) Check if dist Z to vtx (BT) is ok:
                        // TestSegment has to have greater Z than Vertex/InBT
                        distZ=Segment->Z()-InBT->Z();
                        if (distZ>25000) continue;
                        // a) Check dR between tracks:
                        if (CalcdR_NoPropagation(Segment,Segment2)>100) continue;
                        // b) Check dT between tracks:
                        if (CalcdTheta(Segment,Segment2)>0.1) continue;
                        // c) Check dMinDist between tracks:
                        if (CalcDmin(Segment,Segment2)>30.0) continue;
 
                        x_av=Segment2->X()+(Segment->X()-Segment2->X())/2.0;
                        y_av=Segment2->Y()+(Segment->Y()-Segment2->Y())/2.0;
                        z_av=Segment2->Z()+(Segment->Z()-Segment2->Z())/2.0;
                        tx_av=Segment2->TX()+(Segment->TX()-Segment2->TX())/2.0;
                        ty_av=Segment2->TY()+(Segment->TY()-Segment2->TY())/2.0;
                        Segment_Sum->SetX(x_av);
                        Segment_Sum->SetY(y_av);
                        Segment_Sum->SetTX(tx_av);
                        Segment_Sum->SetTY(ty_av);
                        Segment_Sum->SetZ(z_av);
 
                        // d) Check if IP to vtx (BT) is ok:
                        IP_Pair_To_InBT=CalcIP(Segment_Sum, InBT->X(),InBT->Y(),InBT->Z());
                        if (IP_Pair_To_InBT>200) continue;
 
                        SegmentPIDArray->AddAt(Segment->PID(),RecoShowerArrayN);
                        SegmentIDArray->AddAt(Segment->ID(),RecoShowerArrayN);
                        Segment2PIDArray->AddAt(Segment2->PID(),RecoShowerArrayN);
                        Segment2IDArray->AddAt(Segment2->ID(),RecoShowerArrayN);
                        // end of    cut conditions: GS  GAMMA SEARCH Alg  --------------------
 
 
                        // Create new EdbShowerP Object for storage;
//                      // See EdbShowerP why I have to call the Constructor as "unique" ideficable value
                        EdbTrackP* RecoShower = new EdbTrackP();
//                      // Using this algorithm we search only pairs, so shower has by definition only two segments:
                        RecoShower -> AddSegment(Segment);
                        RecoShower -> AddSegment(Segment2);
//                      // Obligatory when Shower Reconstruction is finished:
//                      RecoShower ->Update();
//                      // Print:
                        RecoShower ->PrintNice();
//                      RecoShower ->PrintSegments();
//                      Segment_Sum->PrintNice();
//                      cout <<"------------"<< endl;
//
 
                        // Add Shower to Array:
                        RecoShowerArray->Add(RecoShower);
                        RecoShowerArrayN++;
 
                    }
                }
 
            }
        }
 
 
    } // Loop over InBT
 
    // Delete unnecessary objects:
    delete SegmentPIDArray;
    delete Segment2PIDArray;
    delete SegmentIDArray;
    delete Segment2IDArray;
 
 
    InBT->PrintNice();
    cout << "EdbShowAlg_GS::Execute()...In total we found (raw) Gamma Candidates:    " << RecoShowerArrayN << endl;
    cout << "EdbShowAlg_GS::Execute()...done." << endl;
 
    cout << "...TO DO... Return the eRecoShowerArray  and Draw it...." << endl;
 
    if (eDrawShowers) {
        cout << " void Reco()   Draw All Reconstructed Showers" << endl;
        for (Int_t i=0; i<RecoShowerArrayN; ++i) {
            cout << " void Reco()   Draw Reconstructed Showers   i= " << i <<  endl;
            DrawShower(i);
        }
    }
    return;
}

FindPairingsNewAlgo()

void EdbEDAShowerTab::FindPairingsNewAlgo

(

)

                                          {
    cout << "void EdbEDAShowerTab::FindPairings() " << endl;
 
    if (NULL == pvrec_generic ) {
        cout << "ERROR:   NULL == pvrec_generic  " << endl;
        return;
    }
 
    /*
        // Get possible Initiator BT Array.
        TObjArray* InBTArray=gEDA->GetSelected();
        Int_t eInBTArrayN=InBTArray->GetEntries();
        cout << eInBTArrayN << endl;
 
        if (eInBTArrayN==0) {
        cout << " NO Vertex or BT Selected! Do nothing and return. "<< endl;
        return;
        }
 
    // Get possible selected Vertex BT Array.
    EdbVertex* eVertex=gEDA->GetSelectedVertex();
    if (eVertex==NULL) {
      cout << "WARNING:::gEDA->GetSelectedVertex() is NULL POINTER .... DONT USE A VERTEX AS INPUT. Do nothing and return." << endl;
      return;
    }
 
    // return;
 
 
    // For Pairings Search we want to have the full cp files data:
    // LoadShowerRecEdbPVRec();
    // eShowerRec->GetEdbPVRec()->Print();
    // EdbPVRec* eAli_Sub=eShowerRec->GetEdbPVRec();
    // eAli_Sub->Print();
 
 
    EdbPVRec* eAli_Sub=pvrec_generic;
    eNShowers=0;
    RecoShowerArray=NULL;
    // eVertex->Print();
    // return;
 
 
    EdbShowAlg_GS* Alg = new EdbShowAlg_GS();
    Alg->SetEdbPVRec(eAli_Sub);
    if (eVertex!=NULL) Alg->SetInVtx(eVertex);
    else Alg->SetInVtxArray(InBTArray);
    cout << Alg->GetInVtxArrayN() << endl;
    // gEDBDEBUGLEVEL=3;
    Alg->Execute();
 
    eNShowers=Alg->GetRecoShowerArrayN();
    RecoShowerArray=Alg->GetRecoShowerArray();
 
      if (eDrawShowers) {
       //cout << " void Reco()   Draw All Reconstructed Showers" << endl;
       for (Int_t i=0; i<eNShowers; ++i) {
         //cout << " void Reco()   Draw Reconstructed Showers   i= " << i <<  endl;
         DrawShower(i);
       }
     }
 
    */
}

GO()

void EdbEDAShowerTab::GO

(

)

Make EVERY POSSIBLE OPTIONS!! ....still to be done...

                         {
    cout << "-----------------------------------------" << endl;
    cout << endl << endl;
    cout << "EdbEDAShowerTab::GO()... Not implemented yet." << endl;
    cout << "-----------------------------------------" << endl;
}

Help()

void EdbEDAShowerTab::Help

(

)

                           {
    cout << "-----------------------------------------" << endl;
    cout << endl << endl;
    cout << "EdbEDAShowerTab::Help()     Last date updated: 12th July, 2010;  frank.meisel@lhep.unibe.ch " << endl;
    cout << endl << endl;
    cout << "HowTo Use this tab and generally:" << endl;
    cout << "*      Click a BaseTrack and then click RecoButton." << endl;
    cout << "" << endl;
    cout << "*      UseTS:  Normally we have the linked_tracks dataset and the full cp files." << endl;
    cout << "*      UseTS:  Whereas standard track search is done on the volume of the linked_tracks, other..." << endl;
    cout << "*      UseTS:  operations like microtrack search or shower reconstruction can (and shall) operate..." << endl;
    cout << "*      UseTS:  on full cp dataset. To load the EdbPVrec object, toggle this button. Loading full..." << endl;
    cout << "*      UseTS:  EdbPVrec object may take a while, but it needs to be done only one time during session." << endl;
    cout << "" << endl;
    cout << "*      UseQuality: Normally the standard shower reco algorithm is backgound stable up to a level..." << endl;
    cout << "*      UseQuality: of 20 BT/mm2. In case the BG level is higher then here the readaption of ..." << endl;
    cout << "*      UseQuality: the Chi2 vs Grain quality cut is adapted. For now it is working by constant BT density fit ..." << endl;
    cout << "*      UseQuality: over the whole EdbPVRecObject (It may be extended Plate/by/Plate later)." << endl;
    cout << "" << endl;
    cout << "*      Draw:   If toggled, then reconstructed showers will be stored in EDA TrackSet _BT_ ." << endl;
    cout << "*      Plot:   Plot interesting quantities for the showers stored in the internal shower array." << endl;
    cout << "*      Plot:   For the time being, it plots the quantities for all reconstructed showers at once." << endl;
    cout << "*      Nr:       Draw Shower Number ... ." << endl;
    cout << "*      Prev/All/Next:    Draw Shower: Previous, Next, or All again.." << endl;
    cout << "" << endl;
    cout << "*      CheckPVR:   ... Check the EdbPVrec Object." << endl;
    cout << "" << endl;
    cout << "*      CheckBTDens:    Check BaseTrack Density of the generic PVRec object. It is strongly recommended that you" << endl;
    cout << "*      CheckBTDens:    click this button and watch the density not going to strong over 20-30 BT/mm2." << endl;
    cout << "" << endl;
    cout << "*      CheckCosmicReco:    This is used for a analysis wheter the background is acceptable. We start here from" << endl;
    cout << "*      CheckCosmicReco:    passing through cosmics and then run the reco on them. In the best case, " << endl;
    cout << "*      CheckCosmicReco:    the shower should contain only out the tracks (since they are cosmics) and therefore N_shower <= N_track."  << endl;
    cout << "*      CheckCosmicReco:    In the histogram which appears, the difference in number of segments is plotted." << endl;
    cout << "*      CheckCosmicReco:    If its largely in the negative region this is an indication that there is too much BG." << endl;
    cout << "" << endl;
    cout << "*      SetPVR: Set the EdbPVrec Object from a (root)file. ..." << endl;
    cout << "" << endl;
    cout << "*      RecoParams:   This box is expert status, here you can change parameters of the reco algorithm itself." << endl;
    cout << "*      RecoParams:   Select Parameter, change to your desired value (units are mrad,microns) and click change button." << endl;
    cout << "*      RecoParams:   Three predefined sets are there: Standard; " << endl;
    cout << "*      RecoParams:   Three predefined sets are there: HighNBT (large acceptance, only good in case of loooow background.)"<< endl;
    cout << "*      RecoParams:   Three predefined sets are there: HighPur (tight cuts, good in case of large background.)"<< endl;
    cout << "" << endl;
 
    new TGMsgBox(gClient->GetRoot(), gEve->GetMainWindow(),"EDA", "HELP BOX! Please be so kind and read the shell output. Thank you.");
    cout << "-----------------------------------------" << endl;
    return;
}

LoadShowerRecEdbPVRec()

void EdbEDAShowerTab::LoadShowerRecEdbPVRec

(

)

Either the TS data is already loaded for EDA Object, or we have to reload it for the ShowerRec object:

                                            {
    Log(2, "EdbEDAShowerTab", "--- LoadShowerRecEdbPVRec()");
 
    Bool_t UseTSData=eCheckButtonUseTSData->GetState();
    Bool_t found_pvrec_linkedtracks=kFALSE;
    Bool_t found_pvrec_cpfiles=kFALSE;
 
    if (gEDBDEBUGLEVEL>2) {
        cout << "UseTSData =  " << UseTSData ;
        cout << ", gEDA->GetDataType() =  " << gEDA->GetDataType();
        cout << ",  eShowerRec->GetAliLoaded();   " <<  eShowerRec->GetAliLoaded();
        cout << ",  eIsAliLoaded   " <<  eIsAliLoaded << endl;
 
        cout << "--- Adresses for the PVrec objects:  pvrec_cpfiles: " << pvrec_cpfiles << "  pvrec_linkedtracks:  " << pvrec_linkedtracks << endl;
        cout << "gEDA->GetDataType() "        <<   gEDA->GetDataType() <<  endl;
        cout << "gEDA->GetTrackSet(TS)->N() " <<   gEDA->GetTrackSet("TS")->N() <<  endl;
 
        cout << "gEDA->GetTrackSet(TS)->GetPVRec()->Print(); :" << endl;
        gEDA->GetTrackSet("TS")->GetPVRec()->Print();
    }
 
 
    if (gEDA->GetDataType()==100 && UseTSData==kTRUE && eIsAliLoaded==kFALSE) {
        Log(2, "EdbEDAShowerTab::LoadShowerRecEdbPVRec", "--- Read in EdbPVRec from cp.root files. This may take a while. PLEASE BE PATIENT...");
        eShowerRec->LoadEdbPVRec();
        eIsAliLoaded=kTRUE;
        // This is the EdbPVRec object from cp.root files:
        pvrec_cpfiles=eShowerRec->GetEdbPVRec();
        Log(2, "EdbEDAShowerTab::LoadShowerRecEdbPVRec", "--- ...ok. Set: eShowerRec->LoadEdbPVRec() to use cp files for reconstruction");
    }
    else {
 
        // Check if the PVR for "TS" exists:
        if (gEDA->GetTrackSet("TS")->N()==0) {
            cout << "if (gEDA->GetTrackSet(TS)->N()==0) {"<<endl;
            cout << "now try to get pvrec_linkedtracks from the trackset of the selected track" << endl;
            cout << "gEDA->GetSelectedTrack() = " << gEDA->GetSelectedTrack() << endl;
            if (NULL == gEDA->GetSelectedTrack()) {
                cout << "EdbEDAShowerTab::LoadShowerRecEdbPVRec()   ERROR    No Selected Track!!! " << endl;
                cout << "EdbEDAShowerTab::LoadShowerRecEdbPVRec()   ERROR    Return Now: Check Your TrackSet Data Please!" << endl;
                pvrec_linkedtracks=0;
                pvrec_cpfiles=0;
                pvrec_generic=0;
                return;
            }
            pvrec_linkedtracks=gEDA->GetTrackSet(gEDA->GetSelectedTrack())->GetPVRec();
            cout << "done:   pvrec_linkedtracks=gEDA->GetTrackSet(gEDA->GetSelectedTrack())->GetPVRec();" << endl;
            //gEDA->GetSelectedTrack()->Print();
            gEDA->GetTrackSet(gEDA->GetSelectedTrack())->Print();
            cout <<  gEDA->GetTrackSet(gEDA->GetSelectedTrack())->N() << endl;
        }
        else {
            cout << "Trying to get PVRecObject now: "<<endl;
            pvrec_linkedtracks=gEDA->GetTrackSet("TS")->GetPVRec();
            cout << "pvrec_linkedtracks " <<  pvrec_linkedtracks <<  endl;
            if (pvrec_linkedtracks==NULL) {
                cout << "pvrec_linkedtracks is NULL. Obviously, the line " << endl;
                cout << "pvrec_linkedtracks=gEDA->GetTrackSet(TS)->GetPVRec();"<< endl;
                cout << "did NOT work, try somethign different now:" << endl;
                cout << "pvrec_linkedtracks=gEDA->GetPVR();"<< endl;
                pvrec_linkedtracks=gEDA->GetPVR();
                cout << "pvrec_linkedtracks " <<  pvrec_linkedtracks <<  endl;
            }
        }
 
        // Check now which have found.
        if (pvrec_linkedtracks!=NULL) found_pvrec_linkedtracks=kTRUE;
        if (pvrec_cpfiles!=NULL) found_pvrec_cpfiles=kTRUE;
 
 
        if (UseTSData==kTRUE && found_pvrec_cpfiles) {
            cout << "UseTSData==kTRUE && found_pvrec_cpfiles" << endl;
            Log(2, "EdbEDAShowerTab::LoadShowerRecEdbPVRec", "--- Set: eShowerRec->pvrec_cpfiles() to use cp files for reconstruction:");
            eShowerRec->SetEdbPVRec(pvrec_cpfiles);
            pvrec_generic=pvrec_cpfiles;
            Log(2, "EdbEDAShowerTab::LoadShowerRecEdbPVRec", "--- Set: eShowerRec->pvrec_cpfiles() to use cp files for reconstruction...done.");
        }
        else {
            cout << "neither UseTSData==kTRUE  nor found_pvrec_cpfiles. take pvrec_linkedtracks !" << endl;
            Log(2, "EdbEDAShowerTab::LoadShowerRecEdbPVRec", "--- Set: eShowerRec->pvrec_linkedtracks() to use cp files for reconstruction");
            eShowerRec->SetEdbPVRec(pvrec_linkedtracks);
            pvrec_generic=pvrec_linkedtracks;
            Log(2, "EdbEDAShowerTab::LoadShowerRecEdbPVRec", "--- Set: eShowerRec->pvrec_linkedtracks() to use cp files for reconstruction...don.");
        }
 
 
    } // of else  from // (gEDA->GetDataType()==100 && UseTSData==kTRUE && eIsAliLoaded==kFALSE)
 
 
    if (gEDBDEBUGLEVEL>2) {
        cout << "Print Once Again the eShowerRec->GetEdbPVRec()->Print();"<<endl;
        eShowerRec->GetEdbPVRec()->Print();
        cout << "--- Adresses for the PVrec objects:  pvrec_cpfiles: " << pvrec_cpfiles << "  pvrec_linkedtracks:  " << pvrec_linkedtracks << endl;
        cout << "--- We take " << eShowerRec->GetEdbPVRec() << " for  pvrec_generic " << endl;
    }
 
    pvrec_generic=eShowerRec->GetEdbPVRec();
 
 
    Log(2, "EdbEDAShowerTab", "--- LoadShowerRecEdbPVRec()...Done.");
    return;
}

MakeGUI()

void EdbEDAShowerTab::MakeGUI

(

)

MakeParameterWindowQualitySettings()

void EdbEDAShowerTab::MakeParameterWindowQualitySettings

(

)

                                                         {
 
    // main frame
    TGMainFrame *fMainFrame = new TGMainFrame(gClient->GetRoot(),10,300,kMainFrame | kVerticalFrame);
    fMainFrame->SetLayoutBroken(kTRUE);
 
    eParamWindow = fMainFrame;
 
    int posy=10;
    int posx=10;
    int dx;
 
    TGLabel* fLabel = new TGLabel(fMainFrame,"QualitySettings Parameters");
    fMainFrame->AddFrame(fLabel);
    fLabel->MoveResize(posx,posy,dx=140,20);
    posx+=dx+10;
 
    posy+=20;
    posx=5;
 
    eComboBox_ParameterQualitySetting = new TGComboBox(fMainFrame,"eQualitySetting");
    eComboBox_ParameterQualitySetting->AddEntry("No Qual Cut",-1);
    eComboBox_ParameterQualitySetting->AddEntry("Global Qual Cut",0);
    eComboBox_ParameterQualitySetting->AddEntry("PlateByPlate, Constant BT Density",1);
    eComboBox_ParameterQualitySetting->AddEntry("PlateByPlate, Constant Quality",2);
    eComboBox_ParameterQualitySetting->Select(0);
    eComboBox_ParameterQualitySetting->MoveResize(posx,posy,dx=140,20);
    fMainFrame->AddFrame(eComboBox_ParameterQualitySetting);
    eComboBox_ParameterQualitySetting->Connect("Selected(const char *)", "EdbEDAShowerTab", this, "ReadComboBoxParameterQualitySetting()");
 
 
    posx+=dx+5;
    TGTextButton *eButton = new TGTextButton(fMainFrame,"Check BT density directly");
    eButton->MoveResize(posx,posy,dx=120,20);
    eButton->Connect("Clicked()","EdbEDAShowerTab", this,"CheckBTDensityCanv()");
 
 
 
    fMainFrame->SetMWMHints(kMWMDecorAll,kMWMFuncAll,kMWMInputModeless);
    fMainFrame->MapSubwindows();
    fMainFrame->Resize(fMainFrame->GetDefaultSize());
    fMainFrame->MapWindow();
    fMainFrame->Resize(800,280);
 
    gClient->WaitFor(fMainFrame);
 
}

PlotShower()

void EdbEDAShowerTab::PlotShower

(

)

Decide wheter to plot the histograms for one shower, or for whole Shower Array: ....

                                 {
 
 
    TH1F* h_nseg= new TH1F("h_nseg","h_nseg",100,0,100);
    TH1F* h_npl= new TH1F("h_npl","h_npl",58,0,58);
    for (int i=0; i<RecoShowerArray->GetEntries(); i++) {
        EdbTrackP* sh = (EdbTrackP*)RecoShowerArray->At(i);
        h_nseg->Fill(sh->N());
        h_npl->Fill(sh->Npl());
    }
    TCanvas *c1 = CreateCanvas("ShowerPlots");
    c1->Divide(1,2);
    c1->cd(1);
    h_nseg->Draw();
    c1->cd(2);
    h_npl->Draw();
    c1->cd();
}

PrintActualShower()

void EdbEDAShowerTab::PrintActualShower

(

)

                                        {
    if (NULL == eShower) {
        cout << "EdbEDAShowerTab::PrintActualShower()    WARNING Actual Shower: eShower == NULLPOINTER. Do nothing.  " << endl;
        return;
    }
    eShower->PrintNice();
}

PrintQualityCutSetting()

void EdbEDAShowerTab::PrintQualityCutSetting

(

)

Print important information about the QualityCut Setting:

                                             {
    cout << "EdbEDAShowerTab::PrintQualityCutSetting()" << endl;
    cout << "EdbEDAShowerTab::PrintQualityCutSetting()   eQualityCutSetting= " << eQualityCutSetting << endl;
    cout << "EdbEDAShowerTab::PrintQualityCutSetting()   ----- For information: -----" << endl;
    cout << "EdbEDAShowerTab::PrintQualityCutSetting()   eQualityCutSetting==-1 : No Quality Cut" << endl;
    cout << "EdbEDAShowerTab::PrintQualityCutSetting()   eQualityCutSetting==0  : Global Quality Cut by constant BT density." << endl;
    cout << "EdbEDAShowerTab::PrintQualityCutSetting()   eQualityCutSetting==1  : Plate by Plate Cut by constant BT density." << endl;
    cout << "EdbEDAShowerTab::PrintQualityCutSetting()   eQualityCutSetting==2  : Plate by Plate Cut by constant Quality." << endl;
}

PrintShower()

void EdbEDAShowerTab::PrintShower

(

)

! QUICK and DIRTY solution !!!

                                  {
    TFile* file=TFile::Open("Shower.root");
    TTree* ShowerTree = (TTree *)file->Get("treebranch");
    ShowerTree->Scan("xb[0]:yb[0]:zb[0]:txb[0]:tyb[0]:sizeb:eProb1:eProb90:Energy:EnergySigma:trackdensb");
    return;
}

PrintShowerRecInBT()

void EdbEDAShowerTab::PrintShowerRecInBT ( )

inline

                                          {
        cout << "DBG1"<<endl;
        eShowerRec->PrintInitiatorBTs();
        cout << "DBG2"<<endl;
        return;
    }

PrintShowerRecParameters()

void EdbEDAShowerTab::PrintShowerRecParameters ( )

inline

                                          {
        eShowerRec->PrintParameters();
        return;
    }

PrintShowerRecRecoShowerArray()

void EdbEDAShowerTab::PrintShowerRecRecoShowerArray ( )

inline

                                          {
        eShowerRec->PrintRecoShowerArray();
        return;
    }

ReadComboBoxParameter()

void EdbEDAShowerTab::ReadComboBoxParameter

(

)

Read Name from the Combobox and put the corresponging value in value field:

                                            {
    cout << "eComboBox_Parameter->GetSelectedEntry->EntryId()" << endl;
    Double_t IdVal = eComboBox_Parameter->GetSelectedEntry()->EntryId();
    cout << "IdVal = " << IdVal << endl;
    Double_t Val = eShowerRec->GetAlgoParameter(IdVal);
    cout << "Val = " << Val << endl;
    SetNumberEntryShowerRecParameter(Val);
}

ReadComboBoxParameterQualitySetting()

void EdbEDAShowerTab::ReadComboBoxParameterQualitySetting

(

)

Read Name from the ReadComboBoxParameterQualitySetting and put the corresponging value in value field:

                                                          {
    cout << "eComboBox_Parameter->GetSelectedEntry->EntryId()" << endl;
    Double_t IdVal = eComboBox_ParameterQualitySetting->GetSelectedEntry()->EntryId();
    eQualityCutSetting=IdVal;
    cout << "eQualityCutSetting = " << eQualityCutSetting << endl;
}

Reco()

void EdbEDAShowerTab::Reco

(

)

                           {
    cout << " void Reco()" << endl;
 
// Reset eShowerRec Arrays: InBTArray and RecoShowerArray....
    eShowerRec->ResetInBTArray();
    eShowerRec->ResetRecoShowerArray();
 
 
    cout << " void Reco()   Clear  gEDA->GetTrackSet(BT); Array..." << endl;
    EdbEDATrackSet *set = gEDA->GetTrackSet("BT");
    set->Clear();
 
    cout << " void Reco()   Set InBTArray..." << endl;
    cout << gEDA->GetSelected()  <<   " gEDA->GetSelected() " << endl;
 
    eInBTArray=(TObjArray *) gEDA->GetSelected()->Clone();
    TObjArray* arr=(TObjArray*)eInBTArray->Clone();
//arr->Print();
    eShowerRec->SetInBTArray(arr);
 
    cout << " void Reco()   Check For CheckInBT..." << endl;
    CheckInBT();
 
 
// Recheck if anything is selected:
    if (eShowerRec->GetInBTArrayN()==0) return;
 
    if (gEDBDEBUGLEVEL>2) cout << " void Reco()   PrintShowerRecInBT..." << endl;
    if (gEDBDEBUGLEVEL>2) PrintShowerRecInBT();
 
    cout << " void Reco()   Check For gAli..." << endl;
    if (eIsAliLoaded==kFALSE) LoadShowerRecEdbPVRec();
 
    cout << " void Reco()   CheckPVRec..." << endl;
    CheckPVRec();
 
    cout << " void Reco()   Check For suited BT density cut if needed..." << endl;
    CheckBTDensity(eShowerRec->GetEdbPVRec(),NULL);
 
    cout << " void Reco()   eShowerRec->SetUseAliSub(0)..." << endl;
    eShowerRec->SetUseAliSub(0);
 
    cout << " void Reco()   eShowerRec->Execute()..." << endl;
    eShowerRec->Execute();
 
 
    if (gEDBDEBUGLEVEL>2) cout << " void Reco()   eShowerRec->PrintRecoShowerArray()..." << endl;
    if (gEDBDEBUGLEVEL>2) eShowerRec->PrintRecoShowerArray();
 
    eNShowers=eShowerRec->GetRecoShowerArrayN();
    RecoShowerArray=eShowerRec->GetRecoShowerArray();
 
    if (eDrawShowers) {
        for (Int_t i=0; i<eNShowers; ++i) {
            DrawShower(i);
        }
    }
 
// Set Factor values back:
    cout << "// Set Factor values back: eShowerRec->SetQualityCutValues(0.15,1.0); " << endl;
    eShowerRec->SetQualityCutValues(0.15,1.0);
 
    return;
}

Reset()

void EdbEDAShowerTab::Reset

(

)

                            {
 
    cout << "-----     void EdbEDAShowerTab::Reset()     -----"<<endl;
    ResetShowerRecParameters();
    EdbEDATrackSet *set = gEDA->GetTrackSet("BT");
    set->Clear();
    gEDA->Redraw();
    return;
}

ResetShowerRecParameters()

void EdbEDAShowerTab::ResetShowerRecParameters ( )

inline

                                          {
        eShowerRec->ResetAlgoParameters();
        return;
    }

SetInBTFromLinkedTracks()

void EdbEDAShowerTab::SetInBTFromLinkedTracks ( )

inline

                                          {
                cout << "EdbEDAShowerTab::WARNING: SetInBTFromLinkedTracks() not yet implemented." << endl;
        //eShowerRec->SetInBTArray(NULL);    /// TODO
    }

SetInBTFromSelected()

void EdbEDAShowerTab::SetInBTFromSelected

(

)

                                          {
    new TGMsgBox(gClient->GetRoot(), gEve->GetMainWindow(),"EDA", "Not yet supported! Here will come possibility to set Inititator BaseTracks either from reconstructed track, scanback tracks, BTs attaced to vertex, or similar...");//, 4, 4);
    return;
}

SetNumberEntryShowerRecParameter()

void EdbEDAShowerTab::SetNumberEntryShowerRecParameter

(

Double_t

val

)

                                                                   {
    eNumberEntry_ParaValue->SetNumber(val);
}

SetParaSetHighNBT()

void EdbEDAShowerTab::SetParaSetHighNBT

(

)

                                        {
    eShowerRec->SetAlgoParameter(1200,0);
    eShowerRec->SetAlgoParameter(0.2,1);
    eShowerRec->SetAlgoParameter(300,2);
    eShowerRec->SetAlgoParameter(0.2,3);
    eShowerRec->PrintParameters();
}

SetParaSetHighPur()

void EdbEDAShowerTab::SetParaSetHighPur

(

)

                                        {
    eShowerRec->SetAlgoParameter(600,0);
    eShowerRec->SetAlgoParameter(0.02,1);
    eShowerRec->SetAlgoParameter(200,2);
    eShowerRec->SetAlgoParameter(0.1,3);
    eShowerRec->PrintParameters();
}

SetPVRecFromFile()

void EdbEDAShowerTab::SetPVRecFromFile

(

)

                                       {
 
    Log(2, "EdbEDAShowerTab", "--- SetPVRecFromFile()");
    TFile* file = new TFile("File_EdbPVRec.root");
    pvrec_cpfiles = (EdbPVRec*)file->Get("EdbPVRec");
    if (NULL==pvrec_cpfiles) return;
 
    if (pvrec_cpfiles->eTracks == NULL) cout << "EdbEDAShowerTab::SetPVRecFromFile()  WARNING This file has no eTracks! "<<endl;
    if (pvrec_cpfiles->eVTX == NULL) cout << "EdbEDAShowerTab::SetPVRecFromFile()  WARNING This file has no eVTX! "<<endl;
 
    pvrec_generic=pvrec_cpfiles;
    pvrec_generic->Print();
 
    eIsAliLoaded=kTRUE;
 
    // Directly set it for the ShowerRec:
    eShowerRec->SetEdbPVRec(pvrec_generic);
 
    Log(2, "EdbEDAShowerTab", "--- SetPVRecFromFile()...done.");
}

Member Data Documentation

eCheckButtonCheckQualitycut

TGCheckButton* EdbEDAShowerTab::eCheckButtonCheckQualitycut

private

eCheckButtonDrawShowers

TGCheckButton* EdbEDAShowerTab::eCheckButtonDrawShowers

private

eCheckButtonUseTSData

TGCheckButton* EdbEDAShowerTab::eCheckButtonUseTSData

private

eCheckQualitycut

Bool_t EdbEDAShowerTab::eCheckQualitycut

private

eComboBox_Parameter

TGComboBox* EdbEDAShowerTab::eComboBox_Parameter

private

Buttons and so on:

eComboBox_ParameterQualitySetting

TGComboBox* EdbEDAShowerTab::eComboBox_ParameterQualitySetting

private

eDrawShowers

Bool_t EdbEDAShowerTab::eDrawShowers

private

eInBTArray

TObjArray* EdbEDAShowerTab::eInBTArray

private

The InitiatorBT array. Has to be variable otherwise it will be out of scope:

eIsAliLoaded

Bool_t EdbEDAShowerTab::eIsAliLoaded

private

eIspvrec_cleaned

Bool_t EdbEDAShowerTab::eIspvrec_cleaned

private

eNShowers

Int_t EdbEDAShowerTab::eNShowers

private

An own Shower array. Not the one of the ShowerRec object:

eNumberEntry_ParaValue

TGNumberEntry* EdbEDAShowerTab::eNumberEntry_ParaValue

private

eParamWindow

TGMainFrame* EdbEDAShowerTab::eParamWindow

private

eQualityCutSetting

Int_t EdbEDAShowerTab::eQualityCutSetting

private

eShower

EdbTrackP* EdbEDAShowerTab::eShower

private

Actual Shower (current one, either for drawing or printing)

eShowerRec

EdbShowerRec* EdbEDAShowerTab::eShowerRec

private

The ShowerRec object:

eTGNumberEntryDrawShowerNr

TGNumberEntry* EdbEDAShowerTab::eTGNumberEntryDrawShowerNr

private

eUseTSData

Bool_t EdbEDAShowerTab::eUseTSData

private

Various Variables used for settings:

pvrec_cleaned

EdbPVRec* EdbEDAShowerTab::pvrec_cleaned

private

(==generic cleaned)

pvrec_cleaned_cpfiles

EdbPVRec* EdbEDAShowerTab::pvrec_cleaned_cpfiles

private

"fake" pvrec object with adapted BG quality cut in it.

pvrec_cleaned_linkedtracks

EdbPVRec* EdbEDAShowerTab::pvrec_cleaned_linkedtracks

private

"fake" pvrec object with adapted BG quality cut in it.

pvrec_cpfiles

EdbPVRec* EdbEDAShowerTab::pvrec_cpfiles

private

pvrec_generic

EdbPVRec* EdbEDAShowerTab::pvrec_generic

private

One Pointer for the generic EdbPVRec object:
This is the object where ALWASY the shower reco is performed!

pvrec_linkedtracks

EdbPVRec* EdbEDAShowerTab::pvrec_linkedtracks

private

Two Pointers for the EdbPVRec object:

RecoShowerArray

TObjArray* EdbEDAShowerTab::RecoShowerArray

private

---

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

• /home/antonio/fedra_doxygen/src/libEDA/EdbEDAShowerTab.h
• /home/antonio/fedra_doxygen/src/libEDA/EdbEDAShowerTab.C