/data/refman/pasoursint/CMSSW_5_3_1/src/RecoTBCalo/HcalPlotter/scripts/HistoManager.cc

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#include "HistoManager.h"
#include "TProfile.h"
#include <iostream>

HistoManager::HistoManager(TDirectory* parent)
{
  pedHistDir   = (TDirectory*)parent->Get("PEDESTAL");
  ledHistDir   = (TDirectory*)parent->Get("LED");
  laserHistDir = (TDirectory*)parent->Get("LASER");
  beamHistDir  = (TDirectory*)parent->Get("BEAM");
  otherHistDir = (TDirectory*)parent->Get("OTHER");
}

std::string HistoManager::nameForFlavor(HistType ht)
{
  switch (ht) {
  case(ENERGY) : return "Energy"; break;
  case(TIME)   : return "Time";   break;
  case(PULSE)  : return "Pulse";  break;
  case(ADC)    : return "ADC";    break;
  default      : return "";       break;
  }
}

std::string HistoManager::nameForEvent(EventType et)
{
  switch(et) {
  case(PEDESTAL) : return "Pedestal"; break;
  case(LED)      : return "LED";      break;
  case(LASER)    : return "Laser";    break;
  case(BEAM)     : return "Beam";     break;
  default        : return "Other";    break;
  }     
}

TH1* HistoManager::GetAHistogram(const MyHcalDetId& id,
                                 HistType ht,
                                 EventType et)
{
  std::string flavor=nameForFlavor(ht);
  TDirectory* td;

  switch (et) {
  case(PEDESTAL) : td=pedHistDir;   break;
  case(LED)      : td=ledHistDir;   break;
  case(LASER)    : td=laserHistDir; break;
  case(BEAM)     : td=beamHistDir;  break;
  case(UNKNOWN)  : td=otherHistDir; break;
  default        : td=0;            break;
  }

  if (!td) {
    printf("Event type not known, et=%d\n", et);
    return 0;
  }

  char name[120];

  std::string subdetStr;
  switch (id.subdet) {
  case (HcalBarrel)  : subdetStr="HB"; break;
  case (HcalEndcap)  : subdetStr="HE"; break;
  case (HcalOuter)   : subdetStr="HO"; break;
  case (HcalForward) : subdetStr="HF"; break;
  default            : subdetStr="Other"; break;
  }

  TH1* retval=0;
  sprintf(name,"%s_%s_%d_%d_%d",
          flavor.c_str(),subdetStr.c_str(),id.ieta,id.iphi,id.depth);

  TList* keyList = td->GetListOfKeys();
  
  for(int keyindex = 0; keyindex<keyList->GetEntries(); ++keyindex) {
    std::string keyname = keyList->At(keyindex)->GetName();
    if (strstr(keyname.c_str(),name)) {
      retval=(TH1*)td->Get(keyname.c_str());
      break;
    }
  }

  return retval;
}




TH1* HistoManager::GetAHistogram(const MyElectronicsId& eid,
                                 HistType ht,
                                 EventType et)
{
  std::string flavor=nameForFlavor(ht);
  TDirectory* td;

  switch (et) {
  case(PEDESTAL): td=pedHistDir; break;
  case(LED): td=ledHistDir; break;
  case(LASER): td=laserHistDir; break;
  case(BEAM): td=beamHistDir; break;
  case(UNKNOWN): td=otherHistDir; break;
  default: td=0; break;
  }

  if (td==0) {
    printf("Unknown %d !\n", et);
    return 0;
  }

  char name[120];


  char topbot;
  if (eid.tb==0){topbot = 'b';}
  else{topbot='t';}
  TH1* retval=0;
  sprintf(name,"%d_%d_HTR_%d:%d%c",
          eid.fiber, eid.fiberChan, eid.crate, eid.Slot,topbot);
  TList* keyList = td->GetListOfKeys();
  
  for(int keyindex = 0; keyindex<keyList->GetEntries(); ++keyindex) {
    std::string keyname = keyList->At(keyindex)->GetName();
    if ((strstr(keyname.c_str(),name))&&(strstr(keyname.c_str(),flavor.c_str()))) {
      retval=(TH1*)td->Get(keyname.c_str());
      break;
    }
  }

  return retval;
}


std::vector<MyHcalDetId> HistoManager::getDetIdsForType(HistType ht,
                                                        EventType et)
{
  char keyflavor[100];
  char keysubDet[100];
  MyHcalDetId mydetid;
  TDirectory* td;
  TList* keyList;
  std::vector<MyHcalDetId> retvals;

  std::string flavor=nameForFlavor(ht);

  switch (et) {
  case(PEDESTAL) : td=pedHistDir;   break;
  case(LED)      : td=ledHistDir;   break;
  case(LASER)    : td=laserHistDir; break;
  case(BEAM)     : td=beamHistDir;  break;
  case(UNKNOWN)  : td=otherHistDir; break;
  default        : td=0;            break;
  }

  if (!td) {
    printf("Event type not known, et=%d\n", et);
    return retvals;
  }

  keyList = td->GetListOfKeys();
  
  for(int keyindex = 0; keyindex<keyList->GetEntries(); ++keyindex) {
    int converted;
    std::string keyname = keyList->At(keyindex)->GetName();
    // cout << keyindex << " " << keyname << endl;
    while (keyname.find("_")!=std::string::npos)
      keyname.replace(keyname.find("_"),1," ");
    converted = sscanf(keyname.c_str(),"%s %s %d %d %d",
                       keyflavor,keysubDet,
                       &mydetid.ieta,&mydetid.iphi,&mydetid.depth);
    if( (flavor==keyflavor) && (converted==5) ) {
      if (!strcmp(keysubDet,"HB")) mydetid.subdet=HcalBarrel;
      else if (!strcmp(keysubDet,"HE")) mydetid.subdet=HcalEndcap;
      else if (!strcmp(keysubDet,"HO")) mydetid.subdet=HcalOuter;
      else if (!strcmp(keysubDet,"HF")) mydetid.subdet=HcalForward;
      else continue; // and do not include this in the list!

      retvals.push_back(mydetid);
    }
  }


  return retvals;
}


std::vector<MyElectronicsId> HistoManager::getElecIdsForType(HistType ht,
                                                        EventType et)
{
  char keyflavor[100];
  char keysubDet[100];
  MyElectronicsId mydeteid;
  TDirectory* td;
  TList* keyList;
  std::vector<MyElectronicsId> retvals;

  std::string flavor=nameForFlavor(ht);

  switch (et) {
  case(PEDESTAL): td=pedHistDir; break;
  case(LED): td=ledHistDir; break;
  case(LASER): td=laserHistDir; break;
  case(BEAM): td=beamHistDir; break;
  case(UNKNOWN): td=otherHistDir; break;
  default: td=0; break;
  }
  if (!td) {
    printf("Event type not known, et=%d\n", et);
    return retvals;
  }

  keyList = td->GetListOfKeys();
  if (keyList==0) return retvals;
  
  for(int keyindex = 0; keyindex<keyList->GetEntries(); ++keyindex) {
    int converted;
    std::string keyname = keyList->At(keyindex)->GetName();
    while (keyname.find("_")!=std::string::npos)
      keyname.replace(keyname.find("_"),1," ");
    char bottop;
    
    //printf("%s\n",keyname.c_str());
 
    if(strstr(keyname.c_str(),"CALIB")){
       converted = sscanf(keyname.c_str(),"%s %*s %s %*d %*d chan=%*s eid=%*d %*d %d %d HTR %d:%d%c ",
                          keyflavor,keysubDet, &mydeteid.fiber,&mydeteid.fiberChan,&mydeteid.crate,&mydeteid.Slot,&bottop);
            
   if (bottop=='t')
      {mydeteid.tb=1;}
    else
      {mydeteid.tb=0;} 

   // printf("%d converts to %d %d %d %d %c\n",converted,mydeteid.fiber,mydeteid.fiberChan,mydeteid.crate,mydeteid.Slot,bottop);

    }else{
      converted = sscanf(keyname.c_str(),"%s %s %*d %*d %*d eid=%*d %*d %d %d HTR %d:%d%c ",
                         keyflavor,keysubDet, &mydeteid.fiber,&mydeteid.fiberChan,&mydeteid.crate,&mydeteid.Slot,&bottop);
      
        
    if (bottop=='t')
      {mydeteid.tb=1;}
    else
      {mydeteid.tb=0;}
    }
    //printf("converts to %d %d %d %d %d\n",mydeteid.fiber,mydeteid.fiberChan,mydeteid.crate,mydeteid.Slot,mydeteid.tb);


    if( (flavor==keyflavor) && (converted==7) )

      retvals.push_back(mydeteid);
    
  }

  
  return retvals;
}