#include "TF1.h"
#include "TCanvas.h"
#include "TPad.h"
#include "TText.h"

#include "TJpsiMonModule.hh"

//_____________________________________________________________________________
void TJpsiMonModule::BookMuMuHistograms(MuMuHist_t& Hist, Int_t I) {
//    char name [200];
  char title[200];
				// book histograms

  if (I==0){
    sprintf(title,"MuMu Mass");
    HBook1F(Hist.fMass,Form("mumu_mass_%i",I),title,50,2.9,3.3);

    sprintf(title,"MuMu Mass");
    HBook1F(Hist.fMassCot,Form("mumu_mass_cot%i",I),title,50,2.9,3.3);

    sprintf(title,"MuMu Mass");
    HBook1F(Hist.fMassSvx,Form("mumu_mass_svx%i",I),title,50,2.9,3.3);
    
    sprintf(title,"MuMu Mass Fit");
    HBook1F(Hist.fFitMass,Form("mumu_mass_fit_%i",I),title,50,2.9,3.3);
  }

  if (I==1){
    sprintf(title,"MuMu Mass");
    HBook1F(Hist.fMass,Form("mumu_mass_%i",I),title,100,0,20);

    sprintf(title,"MuMu Mass");
    HBook1F(Hist.fMassCot,Form("mumu_mass_cot%i",I),title,100,0,20);

    sprintf(title,"MuMu Mass");
    HBook1F(Hist.fMassSvx,Form("mumu_mass_svx%i",I),title,100,0,20);
  }

  sprintf(title,"dimuon charge");
  HBook1F(Hist.fCharge,Form("mumu_charge_%i",I),title,10,-5,5);

  sprintf(title,"Dimuon Pt");
  HBook1F(Hist.fPt,Form("mumu_pt_%i",I),title,100,0,20);
}

//_____________________________________________________________________________
void TJpsiMonModule::BookMuonHistograms(MuoHist_t& Hist) {
  //  char name [200];
  char title[200];
				// book histograms

  HBook1F(Hist.fDetCode,"det_code","det code",50,0,50);
  HBook1F(Hist.fPt,"pt","muon Pt",100,0,50);
  HBook1F(Hist.fEta,"eta","muon Eta",50,-2.5,2.5);
  HBook1F(Hist.fPhi,"phi","muon Phi",50,0,6.3);
  HBook1F(Hist.fEmEnergy,"emE","muon emE",250,0,5);
  HBook1F(Hist.fHadEnergy,"hadE","muon hadE",200,0,10);
  HBook1F(Hist.fTrkAlg,"trkAlg","track Alg",50,0,50);
  HBook1F(Hist.fNSVXHits,"NSVXHits","N SVX Hits",30,0,30);

}
//_____________________________________________________________________________
void TJpsiMonModule::BookEScaleHistograms(EScaleHist_t& Hist) {
  //  char name [200];
  char title[200];
				// book histograms
  HBook1F(Hist.fEmEnergyCMU,"CMUemE","CMU muon emE",50,0.15,0.4);
  HBook1F(Hist.fHadEnergyCMU,"CMUhadE","CMU muon hadE",50,1.,3.);
 
}


//_____________________________________________________________________________
void TJpsiMonModule::BookEventHistograms(EventHist_t& Hist) {

				// book histograms
  //  char name [200];
  char title[200];

  sprintf(title,"N(Muons)");
  HBook1F(Hist.fNMu,"nmu",title,10,0,10);

//    HBook1F(Hist.fMet0,Form("met0_%i",I),Form("MET0 (%i)",I),100,0,100);
//    HBook1F(Hist.fMet1,Form("met1_%i",I),Form("MET1 (%i)",I),100,0,100);

}

//_____________________________________________________________________________
void TJpsiMonModule::BookHistograms() {
//-----------------------------------------------------------------------------
//  clear the histogram list
//-----------------------------------------------------------------------------
  DeleteHistograms();
//-----------------------------------------------------------------------------
//  always the histogram for run number
//-----------------------------------------------------------------------------
  HBook1F(fHist.fRunNumber,"run_number","Run Number",1000,100000,200000);
  HBook1F(fHist.fFilterResult,"filter_result","Filter result",5,0,5);
//-----------------------------------------------------------------------------
//  individual electron histograms
//-----------------------------------------------------------------------------
  BookMuonHistograms(fHist.fMuoHist);
//-----------------------------------------------------------------------------
//  J/Psi histograms
//-----------------------------------------------------------------------------
  for (int i=0; i<2; i++) {
    BookMuMuHistograms(fHist.fMuMuHist[i],i);
  }
  BookEScaleHistograms(fHist.fEScaleHist);
  BookEventHistograms(fHist.fEventHist);
}