d4/d77/hcalTree_8C_source.html

// =============================================================================================


hcalTree::hcalTree(){

  hLabHelper * hlHelper = hLabHelper::getInstance();

  hcalHelper * hHelper  = hcalHelper::getInstance();


  //  hlHelper->fhcl = new TFile(hlHelper->rootfName,"recreate");

  hlHelper->thcl = new TTree("thcl","HCal Data Tree");

  cout<<"hcalTree::hcalTree> HCal Data Tree is created in the directory of "<<hlHelper->rootTempFileName<<endl;


  hlHelper->thcl ->SetMaxTreeSize(1000000000);


  hlHelper->thcl->Branch("runnumber"  ,&hHelper->runnumber,   "runnumber/I");

  hlHelper->thcl->Branch("eventseq",   &hHelper->eventseq,    "eventseq/I");

  hlHelper->thcl->Branch("reject",     &hHelper->eventReject, "reject/I");

  hlHelper->thcl->Branch("trigger",    &hHelper->eventTrigger,"trigger/I");

  TString rawbranch = "adc["; rawbranch += ACTIVECHANNELS; rawbranch += "]["; rawbranch += NSAMPLES; rawbranch += "]/F";

  hlHelper->thcl->Branch("adc", hHelper->adc, rawbranch);

  //  from hcal object

  hlHelper->thcl->Branch("amplTotal", &hHelper->t1044->amplTotal, "amplTotal/D");

  hlHelper->thcl->Branch("eTotal",    &hHelper->t1044->eTotal,    "eTotal/D");

  hlHelper->thcl->Branch("calLCG",    &hHelper->t1044->calLCG,    "calLCG/D");

  hlHelper->thcl->Branch("scintLCG",  &hHelper->t1044->scintLCG,  "scintLCG/D");


  //   TString adcbranch = "adc[";

  //   adcbranch += CHTOTAL;

  //   adcbranch += "][";

  //   adcbranch += NSAMPLES;

  //   adcbranch += "]/I";

  //   thcl->Branch("adc",hHelper->adc,adcbranch);


  //   TString pedestalbranch = "pedestal[";

  //   pedestalbranch += CHTOTAL;

  //   pedestalbranch += "]/F";

  //   thcl->Branch("pedestal",hHelper->pedestal,pedestalbranch);


  //   TString rawpeakbranch = "rpeak[";

  //   rawpeakbranch += CHTOTAL;

  //   rpeakbranch += "]/F";

  //   thcl->Branch("rpeak",hHelper->rpeak,rawpeakbranch);


  //   TString rawtimebranch ="rtime[";

  //   rawtimebranch += CHTOTAL;

  //   rawtimebranch += "]/F";

  //   thcl->Branch("rtime",hHelper->rawTime, rawtimebranch);


  //   TString fitpeakbranch = "fpeak[";

  //   calpeakbranch += CHTOTAL;

  //   calpeakbranch += "]/F";

  //   thcl->Branch("fpeak",hHelper->fpeak,fitpeakbranch);


  //   TString fittimebranch ="ftime[";

  //   fittimebranch += CHTOTAL;

  //   fittimebranch += "]/F";

  //   thcl->Branch("ftime",hHelper->fitTime, fittimebranch);


  //   TString fittimermsbranch ="ftrms[";

  //   fittimermsbranch += CHTOTAL;

  //   fittimermsbranch += "]/F";

  //   thcl->Branch("ftime",hHelper->fitTime, fittimermsbranch);


  //  Pressing time histograms


  //   TString triggerbranch = "tag[";

  //   triggerbranch += TAGS;

  //   triggerbranch +="]/F";

  //   W->Branch("tags", wd->tags,triggerbranch);

  //   W->Branch("hits", wd->hits,"hit[4]/F");

  //   //  clusters found in inner and outer sections

  //   TString ihcclbranch = "ihccl[6]/F";

  //   W->Branch("ihccl",wd->ihccl,ihcclbranch);

  //   TString ohcclbranch = "ohccl[6]/F";

  //   W->Branch("ohccl",wd->ohccl,ohcclbranch);

  //   //  tracks found in inner and outer sections

  //   TString itrackbranch = "itrack[";

  //   itrackbranch += TRLENGTH;

  //   itrackbranch +="]/F";

  //   W->Branch("itrack",wd->itrack,itrackbranch);

  //   TString otrackbranch = "otrack[";

  //   otrackbranch += TRLENGTH;

  //   otrackbranch +="]/F";

  //   W->Branch("otrack",wd->otrack,otrackbranch);


  //   TString ecsumbranch = "ecsum[";

  //   ecsumbranch += ECSUMS;

  //   ecsumbranch +="]/F";

  //   W->Branch("ec_sum",wd->ecadcsum,ecsumbranch);


  //   TString hcsumbranch = "hcsum[";

  //   hcsumbranch += HCSUMS;

  //   hcsumbranch +="]/F";

  //   W->Branch("hcsum",wd->hcadcsum,hcsumbranch);


  //  HODOSCOPE branch

  //   if(psON)  {

  //     initPreshowerTree();

  //     initPreshowerUnpacker();

  //     cout<<"PRESHOWER branch initialized for Run "<<rn<<endl;

  //   }


}


//  -----------------------------------------------------------------------------------------------


void hcalTree::updateRootFile(){

  // whatever summary histograms what not

  //  hLabHelper * hlHelper = hLabHelper::getInstance();

  //  hlHelper->thcl->AutoSave("Overwrite");

  // fhcl -> Close();

  // thcl -> Write();

  // fhcl -> Write();

  ;

}