HcalDcsValues.cc

Go to the documentation of this file.

#include <algorithm>
#include <set>
#include "CondFormats/HcalObjects/interface/HcalDcsValues.h"
 
HcalDcsValues::HcalDcsValues()
    : mHBsorted(false), mHEsorted(false), mHO0sorted(false), mHO12sorted(false), mHFsorted(false) {}
 
HcalDcsValues::~HcalDcsValues() {}
 
bool HcalDcsValues::addValue(HcalDcsValue const& newVal) {
  HcalDcsDetId tempId(newVal.DcsId());
  switch (tempId.subdet()) {
    case HcalDcsBarrel:
      mHBValues.push_back(newVal);
      mHBsorted = false;
      return true;
    case HcalDcsEndcap:
      mHEValues.push_back(newVal);
      mHEsorted = false;
      return true;
    case HcalDcsOuter:
      if (tempId.ring() == 0) {
        mHO0Values.push_back(newVal);
        mHO0sorted = false;
      } else {
        mHO12Values.push_back(newVal);
        mHO12sorted = false;
      }
      return true;
    case HcalDcsForward:
      mHFValues.push_back(newVal);
      mHFsorted = false;
      return true;
    default:
      return false;
  }
}
 
void HcalDcsValues::sortAll() {
  mHBsorted = sortList(mHBValues);
  mHEsorted = sortList(mHEValues);
  mHO0sorted = sortList(mHO0Values);
  mHO12sorted = sortList(mHO12Values);
  mHFsorted = sortList(mHFValues);
}
 
bool HcalDcsValues::exists(HcalDcsDetId const& fid) {
  switch (fid.subdet()) {
    case HcalDcsBarrel:
      if (!mHBsorted)
        mHBsorted = sortList(mHBValues);
      return foundDcsId(mHBValues, fid);
    case HcalDcsEndcap:
      if (!mHEsorted)
        mHEsorted = sortList(mHEValues);
      return foundDcsId(mHEValues, fid);
    case HcalDcsOuter:
      if (fid.ring() == 0) {
        if (!mHO0sorted)
          mHO0sorted = sortList(mHO0Values);
        return foundDcsId(mHO0Values, fid);
      } else {
        if (!mHO12sorted)
          mHO12sorted = sortList(mHO12Values);
        return foundDcsId(mHO12Values, fid);
      }
    case HcalDcsForward:
      if (!mHFsorted)
        mHFsorted = sortList(mHFValues);
      return foundDcsId(mHBValues, fid);
    default:
      return false;
  }
}
 
HcalDcsValues::DcsSet HcalDcsValues::getValues(HcalDcsDetId const& fid) {
  DcsSet* valList = nullptr;
  switch (fid.subdet()) {
    case HcalDcsBarrel:
      valList = &mHBValues;
      if (!mHBsorted)
        mHBsorted = sortList(mHBValues);
      break;
    case HcalDcsEndcap:
      valList = &mHEValues;
      if (!mHEsorted)
        mHEsorted = sortList(mHEValues);
      break;
    case HcalDcsOuter:
      if (fid.ring() == 0) {
        valList = &mHO0Values;
        if (!mHO0sorted)
          mHO0sorted = sortList(mHO0Values);
      } else {
        valList = &mHO12Values;
        if (!mHO12sorted)
          mHO12sorted = sortList(mHO12Values);
      }
      break;
    case HcalDcsForward:
      valList = &mHFValues;
      if (!mHFsorted)
        mHFsorted = sortList(mHFValues);
      break;
    default:
      valList = nullptr;
  }
 
  if (valList) {
    HcalDcsValue dummy(fid.rawId(), -1, 0., 0., 0.);
    DcsSet::const_iterator lb = lower_bound(valList->begin(), valList->end(), dummy);
    if ((lb != valList->end()) && (lb->DcsId() == fid.rawId())) {
      DcsSet::const_iterator ub = upper_bound(valList->begin(), valList->end(), dummy);
      return DcsSet(lb, ub);
    }
  }
  return DcsSet();
}
 
// std::set<uint32_t> HcalDcsValues::getAllIds() const {
//   std::set<uint32_t> chans;
//   std::pair< set<uint32_t>::iterator, bool > retVal;
//   std::set<uint32_t>::iterator currId = 0;
//   DcsSet::const_iterator currRec;
//   for (currRec = mHBValues.begin(); currRec != mHBValues.end(); ++currRec) {
//     if (!currId) {
//       retVal = chans.insert(currRec->DcsId());
//       currId = retVal.first;
//     } else
//       currId = chans.insert(currId, currRec->Dcs());
//   }
//   for (currRec = mHEValues.begin(); currRec != mHEValues.end(); ++currRec) {
//     if (!currId) {
//       retVal = chans.insert(currRec->DcsId());
//       currId = retVal.first;
//     } else
//       currId = chans.insert(currId, currRec->Dcs());
//   }
//   for (currRec = mHO0Values.begin(); currRec != mHO0Values.end(); ++currRec) {
//     if (!currId) {
//       retVal = chans.insert(currRec->DcsId());
//       currId = retVal.first;
//     } else
//       currId = chans.insert(currId, currRec->Dcs());
//   }
//   for (currRec = mHO12Values.begin(); currRec != mHO12Values.end(); ++currRec) {
//     if (!currId) {
//       retVal = chans.insert(currRec->DcsId());
//       currId = retVal.first;
//     } else
//       currId = chans.insert(currId, currRec->Dcs());
//   }
//   for (currRec = mHFValues.begin(); currRec != mHFValues.end(); ++currRec) {
//     if (!currId) {
//       retVal = chans.insert(currRec->DcsId());
//       currId = retVal.first;
//     } else
//       currId = chans.insert(currId, currRec->Dcs());
//   }
//   return chans;
// }
 
HcalDcsValues::DcsSet const& HcalDcsValues::getAllSubdetValues(DcsSubDet subd) const {
  switch (subd) {
    case HcalHB:
      return mHBValues;
    case HcalHE:
      return mHEValues;
    case HcalHO0:
      return mHO0Values;
    case HcalHO12:
      return mHO12Values;
    case HcalHF:
      return mHFValues;
  }
  return mHBValues;
}
 
bool HcalDcsValues::DcsValuesOK(DcsSubDet subd, int LS) {
  switch (subd) {
    case HcalHB:
      if (!mHBsorted)
        mHBsorted = sortList(mHBValues);
      return subDetOk(mHBValues, LS);
    case HcalHE:
      if (!mHEsorted)
        mHEsorted = sortList(mHEValues);
      return subDetOk(mHEValues, LS);
    case HcalHO0:
      if (!mHO0sorted)
        mHO0sorted = sortList(mHO0Values);
      return subDetOk(mHO0Values, LS);
    case HcalHO12:
      if (!mHO12sorted)
        mHO12sorted = sortList(mHO12Values);
      return subDetOk(mHO12Values, LS);
    case HcalHF:
      if (!mHFsorted)
        mHFsorted = sortList(mHFValues);
      return subDetOk(mHFValues, LS);
    default:
      return false;
  }
  return false;
}
 
bool HcalDcsValues::foundDcsId(DcsSet const& valList, HcalDcsDetId const& fid) const {
  HcalDcsValue dummy(fid.rawId(), -1, 0., 0., 0.);
  DcsSet::const_iterator lb = lower_bound(valList.begin(), valList.end(), dummy);
  if ((lb != valList.end()) && (lb->DcsId() == fid.rawId()))
    return true;
  return false;
}
 
bool HcalDcsValues::subDetOk(DcsSet const& valList, int LS) const {
  std::set<uint32_t> badIds;
  DcsSet::const_iterator val = valList.begin();
  while ((val != valList.end()) && ((LS > -1) ? (val->LS() <= LS) : true)) {
    if (!val->isValueGood()) {
      badIds.insert(val->DcsId());
    } else {
      std::set<uint32_t>::iterator fnd = badIds.find(val->DcsId());
      if (*fnd == val->DcsId())
        badIds.erase(fnd);
    }
    ++val;
  }
  return (badIds.empty());
}
 
bool HcalDcsValues::sortList(DcsSet& valList) const {
  sort(valList.begin(), valList.end());
  return true;
}