/afs/cern.ch/work/a/aaltunda/public/www/CMSSW_5_3_13_patch3/src/SimGeneral/GFlash/src/GflashHistogram.cc

Go to the documentation of this file.

#include "SimGeneral/GFlash/interface/GflashHistogram.h"

GflashHistogram* GflashHistogram::instance_ = 0;

GflashHistogram* GflashHistogram::instance(){

  if(instance_ == 0) instance_ = new GflashHistogram();
  return instance_;

}

GflashHistogram::GflashHistogram() :
  theStoreFlag(false)
{
}

void GflashHistogram::bookHistogram(std::string histFileName) 
{
  histFile_ = new TFile(histFileName.c_str(),"RECREATE");

  TH1::AddDirectory(kTRUE);

  histFile_->mkdir("GflashEMShowerProfile");
  histFile_->cd("GflashEMShowerProfile");

  em_incE       = new TH1F("em_incE","Incoming energy at Ecal;E (GeV);Number of Events",500,0.0,500.0);
  em_ssp_rho    = new TH1F("em_ssp_rho","Shower starting position;#rho (cm);Number of Events",100,100.0,200.0);
  em_ssp_z      = new TH1F("em_ssp_z","Shower starting position;z (cm);Number of Events",800,-400.0,400.0);
  em_long       = new TH1F("em_long","Longitudinal Profile;Radiation Length;Number of Spots",100,0.0,50.0);
  em_lateral    = new TH2F("em_lateral","Lateral Profile vs. Shower Depth;Radiation Length;Moliere Radius",100,0.0,50.0,100,0.0,3.0);
  em_long_sd    = new TH1F("em_long_sd","Longitudinal Profile in Sensitive Detector;Radiation Length;Number of Spots",100,0.0,50.0);
  em_lateral_sd = new TH2F("em_lateral_sd","Lateral Profile vs. Shower Depth in Sensitive Detector;Radiation Length;Moliere Radius",100,0.0,50.0,100,0.0,3.0);
  em_nSpots_sd  = new TH1F("em_nSpots_sd","Number of Gflash Spots in Sensitive Detector;Number of Spots;Number of Events",1000,0.0,100000);

  histFile_->mkdir("GflashHadronShowerModel");
  histFile_->cd("GflashHadronShowerModel");

  preStepPosition  = new TH1F("preStepPosition","PreStep Position Shower",500,120.0,270.);
  postStepPosition = new TH1F("postStepPosition","PostStep Position Shower",500,120.0,270.);
  deltaStep        = new TH1F("deltaStep","Delta Step",200,0.0,100.);
  kineticEnergy    = new TH1F("kineticEnergy","Kinetic Energy",200,0.0,200.);
  energyLoss       = new TH1F("energyLoss","Energy Loss",200,0.0,200.);
  energyRatio      = new TH1F("energyRatio","energyLeading/energyTotal",200,0.0,1.);

  histFile_->mkdir("GflashHadronShowerProfile");
  histFile_->cd("GflashHadronShowerProfile");

  rshower = new TH1F("rshower","Lateral Lever" ,200,0.,100.);
  lateralx = new TH1F("lateralx","Lateral-X Distribution" ,200,-100.,100.);
  lateraly = new TH1F("lateraly","Lateral-Y Distribution" ,200,-100.,100.);
  gfhlongProfile   = new TH2F("gfhlongProfile","Longitudinal Profile (all hits)",160,0.0,160.,60,125,245);

  histFile_->mkdir("GflashWatcher");
  histFile_->cd("GflashWatcher");

  g4vertexTrack = new TH1F("g4vertexTrack","Vertex of Track",300,0.0,300.);
  g4stepCharge  = new TH2F("g4stepCharge","Geant4 Step Charge",300,120.,420,5,-2.5,2.5);
  g4nSecondary = new TH1F("g4nSecondary","number of Secondaries",100,0.0,100.);
  g4pidSecondary = new TH1F("g4pidSecondary","PID of Secondaries",3000,-500.0,2500.);

  g4energySecondary = new TH1F("g4energySecondary","Kinetic Energy of Secondaries",300,0.0,15.);
  g4energyPi0 = new TH1F("g4energyPi0","Kinetic Energy of Pi0",300,0.0,15.);
  g4energyElectron = new TH1F("g4energyElectron","Kinetic Energy of Electron",300,0.0,15.);
  g4energyPhoton = new TH1F("g4energyPhoton","Kinetic Energy of Photon",300,0.0,15.);

  g4totalEnergySecPhoton = new TH1F("g4totalEnergySecPhoton","Total Kinetic Energy of Sec Photon",300,0.0,3.);
  g4totalEnergySecElectron = new TH1F("g4toalEnergySecElectron","Total Kinetic Energy of Sec Electron",300,0.0,3.);
  g4totalEnergySecPi0 = new TH1F("g4totalEnergySecPi0","Total Kinetic Energy of Sec Pi0",300,0.0,30.);

  g4energyEM = new TH1F("energyEM","EM Energy",600,0.0,150.0);
  g4energyHad = new TH1F("energyHad","Had Energy",600,0.0,150.0);
  g4energyTotal = new TH1F("energyTotal","Total Energy",600,0.0,150.0);
  g4energyEMMip = new TH1F("energyEMMip","EM Energy (MIP)",100,0.0,2.0);
  g4energyHadMip = new TH1F("energyHadMip","Had Energy (MIP)",600,0.0,150.0);
  g4energyMip = new TH1F("energyMip","Total Energy (MIP)",600,0.0,150.0);
  g4energyEMvsHad = new TH2F("energyEMvsHad","EM Energy",600,0.0,150.0,600,0.0,150.0);

  g4energySensitiveEM = new TH1F("energySensitiveEM","Sensitive EM Energy",600,0.0,150.0);
  g4energySensitiveHad = new TH1F("energySensitiveHad","Sensitive Had Energy",600,0.0,150.0);
  g4energySensitiveTotal = new TH1F("energySensitiveTotal","Sensitive Total Energy",600,0.0,150.0);
  g4energyHybridTotal = new TH1F("energyHybridTotal","Hybrid Total Energy",600,0.0,150.0);
  g4energySensitiveEMMip = new TH1F("energySensitiveEMMip","Sensitive EM Energy (MIP)",100,0.0,2.0);
  g4energySensitiveEMvsHad = new TH2F("energySensitiveEMvsHad","Sensitive EM Energy vs Had",600,0.0,150.0,600,0.0,150.0);

  g4energyEMProfile = new TH2F("energyEMProfile","EM Energy Profile",600,0.0,150.0,60,125,245);
  g4energyHadProfile = new TH2F("energyHadProfile","Had Energy Profile",600,0.0,150.0,60,125,245);
  g4energyTotalProfile = new TH2F("energyTotalProfile","Total Energy Profile",600,0.0,150.0,60,125,245);
  g4energyHybridProfile = new TH2F("energyHybridProfile","Hybrid Energy Profile",600,0.0,150.0,60,125,245);

  g4ssp = new TH1F("g4ssp","Shower Starting Position",160,120.0,280.);
  g4energy = new TH1F("g4energy","Energy at Shower Starting Position",600,0.0,150.0);
  g4energyLoss  = new TH1F("g4energyLoss","Energy Loss",600,0.0,150.);
  g4momentum = new TH1F("g4momentum","Momentum/GeV at Shower Starting Position",300,0.0,150.0);
  g4charge = new TH1F("g4charge","Track Charge at Shower Starting Position",10,-5.0,5.0);

  g4rshower    = new TH2F("g4rshower","rshower",200,0.,40,25,125.,250);
  g4rshowerR1   = new TH2F("g4rshowerR1","rshower vs depth ssp=127-129",200,0.,40,40,0.0,160.);
  g4rshowerR2   = new TH2F("g4rshowerR2","rshower vs depth ssp=131-133",200,0.,40,40,0.0,160.);
  g4rshowerR3   = new TH2F("g4rshowerR3","rshower vs depth ssp=173-175",200,0.,40,40,0.0,160.);

  g4lateralXY    = new TH2F("g4lateralXY","Lateral Profile XY",160,-40.,40,25,125.,250);
  g4lateralRZ    = new TH2F("g4lateralRZ","Lateral Profile RZ",160,-40.,40,25,125.,250);
  g4spotXY  = new TH2F("g4spotXY","x-y of spots in global coordinate",800,-400.,400.,800,-400.0,400.0);
  g4spotRZ  = new TH2F("g4spotRZ","r-z of spots in global coordinate",1200,-1500.,1500.,400,.0,400.0);
  g4spotRZ0  = new TH2F("g4spotRZ0","all r-z of spots in global coordinate",1200,-1500.,1500.,400,.0,400.0);

  g4stepRho         = new TH1F("g4stepRho","rho of Geant4 Step",200,120.,320.);
  g4trajectoryPhi0  = new TH1F("g4trajectoryPhi0","trajectory Phi0",2000,-5.,5.);

  g4trajectoryXY  = new TH2F("g4trajectoryXY","trajectory x-y",800,-400.0,400.0,800,-400.0,400.0);
  g4trajectoryRZ  = new TH2F("g4trajectoryRZ","trajectory r-z ",1200,-600.0,600.0,400,0.0,400.0);

  g4longProfile   = new TH2F("g4longProfile","Longitudinal Profile (all hits)",160,0.0,160.,60,125,245);
  g4longDetector  = new TH2F("g4longDetector","Longitudinal Profile (hits inisde detectors)",160,0.0,160.,60,125,245);
  g4longSensitive = new TH2F("g4longSensitive","Longitudinal Profile (Sensitive)",160,0.0,160.,60,125,245);

}


GflashHistogram::~GflashHistogram(){

  histFile_->cd();
  histFile_->Write();
  histFile_->Close();

}