DirectoryHelper.cxx

Go to the documentation of this file.

#include "DirectoryHelper.hh"
 
void DirectoryHelper::CreateHistograms(unsigned int slot)
{
   // unsuppressed spectra
   fH1[slot]["unsuppressed/singles/griffinE"] = new TH1F("griffinE", Form("Unsuppressed griffin energy;energy [keV];counts/%.1f keV", (fEnergyHigh - fEnergyLow) / fEnergyBins), fEnergyBins, fEnergyLow, fEnergyHigh);
   // suppressed spectra
   fH1[slot]["suppressed/singles/griffinESupp"] = new TH1F("griffinESupp", Form("Suppressed griffin energy;energy [keV];counts/%.1f keV", (fEnergyHigh - fEnergyLow) / fEnergyBins), fEnergyBins, fEnergyLow, fEnergyHigh);
   // unsuppressed addback spectra
   fH1[slot]["unsuppressed/addback/griffinEAddback"] = new TH1F("griffinEAddback", Form("Unsuppressed griffin addback energy;energy [keV];counts/%.1f keV", (fEnergyHigh - fEnergyLow) / fEnergyBins), fEnergyBins, fEnergyLow, fEnergyHigh);
   // suppressed addback spectra
   fH1[slot]["suppressed/addback/griffinESuppAddback"] = new TH1F("griffinESuppAddback", Form("Suppressed griffin addback energy;energy [keV];counts/%.1f keV", (fEnergyHigh - fEnergyLow) / fEnergyBins), fEnergyBins, fEnergyLow, fEnergyHigh);
 
   // initialize the two arrays to keep time
   fLastTS[slot].resize(64, 0.);
   fLastSuppressedTS[slot].resize(64, 0.);
   fLastTime[slot].resize(64, 0.);
   fLastSuppressedTime[slot].resize(64, 0.);
   fLastTSNoPileup[slot].resize(64, 0.);
   fLastSuppressedTSNoPileup[slot].resize(64, 0.);
   fLastTimeNoPileup[slot].resize(64, 0.);
   fLastSuppressedTimeNoPileup[slot].resize(64, 0.);
 
   // timing spectra
   fH2[slot]["griffinDeadTS"]                     = new TH2F("griffinDeadTS", "timestamp difference between consecutive hits in a griffin channel", 200, 0., 2000., 64, 0.5, 64.5);
   fH2[slot]["griffinSuppressedDeadTS"]           = new TH2F("griffinSuppressedDeadTS", "timestamp difference between consecutive suppressed hits in a griffin channel", 200, 0., 2000., 64, 0.5, 64.5);
   fH2[slot]["griffinDeadTime"]                   = new TH2F("griffinDeadTime", "time difference between consecutive hits in a griffin channel", 2000, 0., 2000., 64, 0.5, 64.5);
   fH2[slot]["griffinSuppressedDeadTime"]         = new TH2F("griffinSuppressedDeadTime", "time difference between consecutive suppressed hits in a griffin channel", 2000, 0., 2000., 64, 0.5, 64.5);
   fH2[slot]["griffinDeadTSNoPileup"]             = new TH2F("griffinDeadTSNoPileup", "timestamp difference between consecutive hits in a griffin channel w/o pileups", 200, 0., 2000., 64, 0.5, 64.5);
   fH2[slot]["griffinSuppressedDeadTSNoPileup"]   = new TH2F("griffinSuppressedDeadTSNoPileup", "timestamp difference between consecutive suppressed hits in a griffin channel w/o pileups", 200, 0., 2000., 64, 0.5, 64.5);
   fH2[slot]["griffinDeadTimeNoPileup"]           = new TH2F("griffinDeadTimeNoPileup", "time difference between consecutive hits in a griffin channel w/o pileups", 2000, 0., 2000., 64, 0.5, 64.5);
   fH2[slot]["griffinSuppressedDeadTimeNoPileup"] = new TH2F("griffinSuppressedDeadTimeNoPileup", "time difference between consecutive suppressed hits in a griffin channel w/o pileups", 2000, 0., 2000., 64, 0.5, 64.5);
}
 
// Coincidences Gates
bool PromptCoincidence(TGriffinHit* h1, TGriffinHit* h2)
{   // Griffin-Griffin
   return -250. <= h2->GetTime() - h1->GetTime() && h2->GetTime() - h1->GetTime() <= 250.;
}
bool TimeRandom(TGriffinHit* h1, TGriffinHit* h2)
{
   return (-500. <= h1->GetTime() - h2->GetTime() && h1->GetTime() - h2->GetTime() <= -250.) || (250. <= h1->GetTime() - h2->GetTime() && h1->GetTime() - h2->GetTime() <= 500.);
}
 
void DirectoryHelper::Exec(unsigned int slot, TGriffin& grif, TGriffinBgo& grifBgo)
{
   // we use .at() here instead of [] so that we get meaningful error message if a histogram we try to fill wasn't created
   // e.g. because of a typo
 
   // loop over unsuppressed griffin hits
   for(int g = 0; g < grif.GetMultiplicity(); ++g) {
      auto* grif1 = grif.GetGriffinHit(g);
      fH1[slot].at("unsuppressed/singles/griffinE")->Fill(grif1->GetEnergy());
      if(grif1->GetArrayNumber() <= 64) {
         if(fLastTS[slot][grif1->GetArrayNumber()] != 0) { fH2[slot].at("griffinDeadTS")->Fill(static_cast<double>(grif1->GetTimeStampNs() - fLastTS[slot][grif1->GetArrayNumber()]), grif1->GetArrayNumber()); }
         fLastTS[slot][grif1->GetArrayNumber()] = grif1->GetTimeStampNs();
         if(fLastTime[slot][grif1->GetArrayNumber()] != 0) { fH2[slot].at("griffinDeadTime")->Fill(grif1->GetTime() - fLastTime[slot][grif1->GetArrayNumber()], grif1->GetArrayNumber()); }
         fLastTime[slot][grif1->GetArrayNumber()] = grif1->GetTime();
         if(grif1->GetKValue() != 379) {
            if(fLastTSNoPileup[slot][grif1->GetArrayNumber()] != 0) { fH2[slot].at("griffinDeadTSNoPileup")->Fill(static_cast<double>(grif1->GetTimeStampNs() - fLastTSNoPileup[slot][grif1->GetArrayNumber()]), grif1->GetArrayNumber()); }
            fLastTSNoPileup[slot][grif1->GetArrayNumber()] = grif1->GetTimeStampNs();
            if(fLastTimeNoPileup[slot][grif1->GetArrayNumber()] != 0) { fH2[slot].at("griffinDeadTimeNoPileup")->Fill(grif1->GetTime() - fLastTimeNoPileup[slot][grif1->GetArrayNumber()], grif1->GetArrayNumber()); }
            fLastTimeNoPileup[slot][grif1->GetArrayNumber()] = grif1->GetTime();
         }
      }
   }
 
   // loop over suppressed griffin hits
   for(int g = 0; g < grif.GetSuppressedMultiplicity(&grifBgo); ++g) {
      auto* grif1 = grif.GetSuppressedHit(g);
      fH1[slot].at("suppressed/singles/griffinESupp")->Fill(grif1->GetEnergy());
      if(grif1->GetArrayNumber() <= 64) {
         if(fLastSuppressedTS[slot][grif1->GetArrayNumber()] != 0) { fH2[slot].at("griffinSuppressedDeadTS")->Fill(static_cast<double>(grif1->GetTimeStampNs() - fLastSuppressedTS[slot][grif1->GetArrayNumber()]), grif1->GetArrayNumber()); }
         fLastSuppressedTS[slot][grif1->GetArrayNumber()] = grif1->GetTimeStampNs();
         if(fLastSuppressedTime[slot][grif1->GetArrayNumber()] != 0) { fH2[slot].at("griffinSuppressedDeadTime")->Fill(grif1->GetTime() - fLastSuppressedTime[slot][grif1->GetArrayNumber()], grif1->GetArrayNumber()); }
         fLastSuppressedTime[slot][grif1->GetArrayNumber()] = grif1->GetTime();
         if(grif1->GetKValue() != 379) {
            if(fLastSuppressedTSNoPileup[slot][grif1->GetArrayNumber()] != 0) { fH2[slot].at("griffinSuppressedDeadTSNoPileup")->Fill(static_cast<double>(grif1->GetTimeStampNs() - fLastSuppressedTSNoPileup[slot][grif1->GetArrayNumber()]), grif1->GetArrayNumber()); }
            fLastSuppressedTSNoPileup[slot][grif1->GetArrayNumber()] = grif1->GetTimeStampNs();
            if(fLastSuppressedTimeNoPileup[slot][grif1->GetArrayNumber()] != 0) { fH2[slot].at("griffinSuppressedDeadTimeNoPileup")->Fill(grif1->GetTime() - fLastSuppressedTimeNoPileup[slot][grif1->GetArrayNumber()], grif1->GetArrayNumber()); }
            fLastSuppressedTimeNoPileup[slot][grif1->GetArrayNumber()] = grif1->GetTime();
         }
      }
   }
 
   // loop over unsuppressed griffin addback hits
   for(int g = 0; g < grif.GetAddbackMultiplicity(); ++g) {
      auto* grif1 = grif.GetAddbackHit(g);
      fH1[slot].at("unsuppressed/addback/griffinEAddback")->Fill(grif1->GetEnergy());
   }
 
   // loop over suppressed griffin addback hits
   for(int g = 0; g < grif.GetSuppressedAddbackMultiplicity(&grifBgo); ++g) {
      auto* grif1 = grif.GetSuppressedAddbackHit(g);
      fH1[slot].at("suppressed/addback/griffinESuppAddback")->Fill(grif1->GetEnergy());
   }
}
 
void DirectoryHelper::EndOfSort(std::shared_ptr<std::map<std::string, TList>>& list)
{
}