PixelAthErrorMonAlg.cxx

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/*
   Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
 */
#include "PixelAthErrorMonAlg.h"
#include "PixelBSUtils.h"
 
PixelAthErrorMonAlg::PixelAthErrorMonAlg(const std::string& name, ISvcLocator* pSvcLocator) :
  AthMonitorAlgorithm(name, pSvcLocator)
{
  // jo flags
  declareProperty("doOnline", m_doOnline = false);
  declareProperty("doLumiBlock", m_doLumiBlock = false);
  declareProperty("doLowOccupancy", m_doLowOccupancy = false);
  declareProperty("doHighOccupancy", m_doHighOccupancy = false);
  declareProperty("doHeavyIonMon", m_doHeavyIonMon = false);
}
 
PixelAthErrorMonAlg::~PixelAthErrorMonAlg() {}
 
 
StatusCode PixelAthErrorMonAlg::initialize() {
  ATH_CHECK( PixelAthMonitoringBase::initialize() );
  m_readoutTechnologyMask =   Pixel::makeReadoutTechnologyBit( InDetDD::PixelReadoutTechnology::FEI4, m_useByteStreamFEI4)
                            | Pixel::makeReadoutTechnologyBit( InDetDD::PixelReadoutTechnology::FEI3, m_useByteStreamFEI3)
                            | Pixel::makeReadoutTechnologyBit( InDetDD::PixelReadoutTechnology::RD53, m_useByteStreamRD53);
  ATH_CHECK( m_idcErrContKey.initialize(m_readoutTechnologyMask) );
  return StatusCode::SUCCESS;
}
 
StatusCode PixelAthErrorMonAlg::fillHistograms(const EventContext& ctx) const {
  using namespace Monitored;
 
  int lb = GetEventInfo(ctx)->lumiBlock();
  auto errorGroup = getGroup("Error");
 
  ATH_MSG_DEBUG("Filling Error Monitoring Histograms");
 
  // Generate a vector of error maps for all different error states.
  std::vector<VecAccumulator2DMap> error_maps_per_state;
  error_maps_per_state.reserve(kNumErrorStatesFEI3 + kNumErrorStatesFEI4);
  std::vector<VecAccumulator2DMap> fe_error_maps_per_state;
  fe_error_maps_per_state.reserve(kNumErrorStatesPerFE);
  for (const auto& state : error_names_stateFEI3) {
    error_maps_per_state.emplace_back(*this, state + std::string("Map"));
    if (isPerFEI3State(state))
      {
    fe_error_maps_per_state.emplace_back(*this, state + std::string("FEMap"));
      }
  }
  for (const auto& state : error_names_stateFEI4) {
    error_maps_per_state.emplace_back(*this, state + std::string("Map"));
  }
  if (error_maps_per_state.size()!=(kNumErrorStatesFEI3 + kNumErrorStatesFEI4) ||
      fe_error_maps_per_state.size()!=kNumErrorStatesPerFE) {
    ATH_MSG_ERROR("PixelMonitoring: Mismatch in the definition of the number of error states.");
    return StatusCode::RECOVERABLE;
  }
  std::vector<VecAccumulator2DMap> error_maps_per_cat_rodmod;
  // only first four rodmod histos are unique, others are covered by
  // the overall, rod/mod-agnostic categories below
  for (unsigned int cat = 0; cat < ErrorCategoryRODMOD::kTruncROD + 1; ++cat) {
    error_maps_per_cat_rodmod.emplace_back(*this, error_names_cat_rodmod[cat]);
  }
  std::vector<VecAccumulator2DMap> error_maps_per_cat;
  for (unsigned int cat = 0; cat < ErrorCategory::COUNT; ++cat) {
    error_maps_per_cat.emplace_back(*this, error_names_cat[cat]);
  }
 
  // containers to keep IBL service records info
  std::vector<int>          flagged_ibl_error_bits;
  std::vector<unsigned int> weights_of_flagged_ibl_error_bits;
 
  int nActive_layer[PixLayers::COUNT] = {
    0
  };
 
  // Array to count number of errors occurring in all layers.
  float num_errors[PixLayers::COUNT] = {
    0
  };
  float num_errors_per_state[std::max(kNumErrorStatesFEI3, kNumErrorStatesFEI4)][PixLayers::COUNT] = {{0}};
 
  // Counters for erroneous modules in a layer, per
  // error category, w/ and w/o ROD/MOD distinction.
  float num_errormodules_per_cat[ErrorCategory::COUNT][PixLayers::COUNT] = {{0}};
  float num_errormodules_per_cat_rodmod[ErrorCategoryRODMOD::COUNT][PixLayers::COUNT] = {{0}};
 
  // Generate femcc_errwords, ROB error and per LB maps.
  VecAccumulator2DMap femcc_errwords_maps(*this, "FEMCCErrorwords");
  VecAccumulator2DMap trunc_rob_errors_maps(*this, "TruncatedROBErrors", true);
  VecAccumulator2DMap masked_rob_errors_maps(*this, "MaskedROBErrors", true);
  VecAccumulator2DMap all_errors_maps(*this, "ErrorsLB");
  VecAccumulator2DMap modsync_errors_maps(*this, "ErrorsModSyncLB");
  VecAccumulator2DMap rodsync_errors_maps(*this, "ErrorsRODSyncLB");
 
  //====================================================================================
  // This is an example how to read the Error informaiton.
  //
  // The Error word is defined in
  //    InDetConditions/PixelConditionsData/PixelConditionsData/PixelByteStreamErrors.h
  //
  // The IDCInDetBSErrContainer can be accessed through
  //    m_pixelCondSummaryTool->getBSErrorWord(i,ctx)
  // where
  //    i= [    0,  2047] : module error
  //        ( [0, 11] - DBMC, [12, 155] - ECC, [156, 435] - IBL,
  //         [436, 721] - B0, [722, 1215] - B1, [1216, 1891] - B2,
  //         [1892, 2035] - ECA, [2036, 2047] - DBMA )
  //
  //  for PIXEL(FEI3):
  //     = [ 2048,  4095] :   FE-0 error
  //     = [ 4096,  6143] :   FE-1 error
  //     = [ 6144,  8191] :   FE-2 error
  //          ...    ...      ...
  //          ...    ...      ...
  //     = [30720, 32767] :  FE-14 error
  //     = [32768, 34815] :  FE-15 error
  //
  //  for IBL(FEI4):
  //     = [ 2048,  4095] :   FE-0 error
  //     = [ 4096,  6143] :   FE-1 error
  //     = [34816, 35375] :  Error counter in bit#=0 from ServiceRecords (shift: modHash*nFE+iFE)
  //     = [35376, 35935] :  Error counter in bit#=1 from ServiceRecords
  //          ...    ...      ...
  //          ...    ...      ...
  //     = [52176, 52735] :  Error counter in bit#=31 from ServiceRecords
  //
  //====================================================================================
  //
 
  const int maxHash = m_pixelid->wafer_hash_max(); // 2048
 
  SG::ReadHandle<InDet::SiDetectorElementStatus> pixel_active = getPixelDetElStatus(m_pixelDetElStatusActiveOnly, ctx);
  SG::ReadHandle<IDCInDetBSErrContainer> idcErrCont;
  if (m_readoutTechnologyMask)  {
     idcErrCont =SG::ReadHandle<IDCInDetBSErrContainer> ( m_idcErrContKey, ctx);
     if (!idcErrCont.isValid()) {
        ATH_MSG_FATAL("Faled to get BS error container" << m_idcErrContKey.key() );
     }
  }
  // Loop over modules except DBM, s.a.
  for (int modHash = 12; modHash < maxHash - 12; modHash++) {
    Identifier waferID = m_pixelid->wafer_id(modHash);
    int pixlayer = getPixLayersID(m_pixelid->barrel_ec(waferID), m_pixelid->layer_disk(waferID));
    int nFE(0);
    bool is_fei4(false);     // FEI4 readout architecture (IBL, DBM)
    int iblsublayer(pixlayer);
    if (pixlayer == PixLayers::kIBL) {
      if (m_pixelid->eta_module(waferID) > -7 && m_pixelid->eta_module(waferID) < 6) { // IBL Planar
    nFE = 2;
    iblsublayer = PixLayers::kIBL2D;
      } else { // IBL 3D
    nFE = 1;
    iblsublayer = PixLayers::kIBL3D;
      }
      is_fei4 = true;
    } else { // for fei3 Pixel layers
      nFE = 16;
      is_fei4 = false;
    }
    // flagging/counting categorized errors per module.
    bool has_err_cat[ErrorCategory::COUNT][nFEIBL2D] = {{false}};
    int nerrors_cat_rodmod[ErrorCategoryRODMOD::COUNT][nFEIBL2D] = {{0}};
 
    // count number of words w/ MCC/FE flags per module
    unsigned int num_femcc_errwords = 0;
 
    uint64_t mod_errorword = (!m_pixelDetElStatusActiveOnly.empty() && m_readoutTechnologyMask
                              ? InDet::getBSErrorWord( *pixel_active,
                                                       *idcErrCont,
                                                       modHash,
                                                       modHash,
                                                       m_readoutTechnologyMask)
                              : m_pixelCondSummaryTool->getBSErrorWord(modHash, ctx) );
    VALIDATE_STATUS_ARRAY(!m_pixelDetElStatusActiveOnly.empty() && m_readoutTechnologyMask, InDet::getBSErrorWord( *pixel_active,*idcErrCont,modHash,modHash,m_readoutTechnologyMask) ,m_pixelCondSummaryTool->getBSErrorWord(modHash, ctx) );
 
    // extracting ROB error information
    //
    if (PixelByteStreamErrors::hasError(mod_errorword, PixelByteStreamErrors::TruncatedROB)) {
      trunc_rob_errors_maps.add(pixlayer, waferID, 1.0);
    }
    if (PixelByteStreamErrors::hasError(mod_errorword, PixelByteStreamErrors::MaskedROB)) {
      masked_rob_errors_maps.add(pixlayer, waferID, 1.0);
    }
    // getting module_error information (only fei3 layers)
    //
    if (!is_fei4) {
      std::bitset<kNumErrorStatesFEI3> stateFEI3 = getErrorStateFEI3Mod(mod_errorword);
      num_errors[pixlayer] += stateFEI3.count();
      for (unsigned int state = 0; state < stateFEI3.size(); ++state) {
        if (stateFEI3[state]) {
          num_errors_per_state[state][pixlayer]++;
          error_maps_per_state[state].add(pixlayer, waferID, 1.0);
        }
      }
      fillErrorCatRODmod(mod_errorword, nerrors_cat_rodmod);
    }
 
    // getting fe_error information (all pixel layers)
    //
    for (int iFE = 0; iFE < nFE; iFE++) {
 
      int offsetFE = (1 + iFE) * maxHash + modHash;    // (FE index+1)*2048 + moduleHash
      uint64_t fe_errorword = (!m_pixelDetElStatusActiveOnly.empty() && m_readoutTechnologyMask
                              ? InDet::getBSErrorWord( *pixel_active,
                                                       *idcErrCont,
                                                       modHash,
                                                       offsetFE,
                                                       m_readoutTechnologyMask) 
                               : m_pixelCondSummaryTool->getBSErrorWord(modHash, offsetFE, ctx) );
      VALIDATE_STATUS_ARRAY(!m_pixelDetElStatusActiveOnly.empty() && m_readoutTechnologyMask, InDet::getBSErrorWord( *pixel_active,*idcErrCont,modHash,offsetFE,m_readoutTechnologyMask) ,m_pixelCondSummaryTool->getBSErrorWord(modHash, offsetFE, ctx) );
 
 
      fillErrorCatRODmod(fe_errorword, is_fei4, nerrors_cat_rodmod, iFE);
 
      if (!is_fei4) {
        std::bitset<kNumErrorStatesFEI3> stateFEI3 = getErrorStateFE(fe_errorword, is_fei4);
        num_errors[pixlayer] += stateFEI3.count();
        if (stateFEI3.any()) num_femcc_errwords++;
    int perFEI3state(-1);
        for (unsigned int state = 0; state < stateFEI3.size(); ++state) {
      if (isPerFEI3State(error_names_stateFEI3[state])) perFEI3state++;
          if (stateFEI3[state]) {
            num_errors_per_state[state][pixlayer]++;
        if (perFEI3state>=0 && perFEI3state<kNumErrorStatesPerFE) {
          fe_error_maps_per_state[perFEI3state].add(pixlayer, waferID, iFE, 1.0);
        } else {
          error_maps_per_state[state].add(pixlayer, waferID, 1.0);
        }
          }
        }
      } else {
        std::bitset<kNumErrorStatesFEI3> stateFEI4 = getErrorStateFE(fe_errorword, is_fei4);
        num_errors[iblsublayer] += stateFEI4.count();
        Identifier pixelIDperFEI4 = m_pixelReadout->getPixelIdfromHash(modHash, iFE, 1, 1);
        for (unsigned int state = 0; state < stateFEI4.size(); ++state) {
          if (stateFEI4[state]) {
            num_errors_per_state[state][iblsublayer]++;
            error_maps_per_state[state + kNumErrorStatesFEI3].add(pixlayer, pixelIDperFEI4, 1.0);
          }
        }
      }
    } // FE loop
    if (!is_fei4) femcc_errwords_maps.add(pixlayer, waferID, num_femcc_errwords);
 
    // getting error information from service records (only IBL)
    //
    int state_offset(8); // serviceCode part starts from state 8 of kNumErrorStatesFEI4
    const int serviceRecordFieldOffset = 17 * maxHash;
    if (pixlayer == PixLayers::kIBL) {
      int moduleOffset = (modHash - 156) * 2;
      for (int serviceCode = 0; serviceCode < 32; serviceCode++) {
        // skip irrelevant SR's (as in rel21)
        if ((serviceCode >= 9 && serviceCode <= 14) || (serviceCode >= 17 && serviceCode <= 23)) {
          state_offset--;
          continue;
        }
        int serviceCodeOffset = serviceCode * 280 * 2;
        for (int iFE = 0; iFE < nFE; iFE++) {
          Identifier pixelIDperFEI4 = m_pixelReadout->getPixelIdfromHash(modHash, iFE, 1, 1);
          // index = offset + (serviceCode)*(#IBL*nFEmax) + (moduleHash-156)*nFEmax + iFE
          int serviceCodeCounterIndex = serviceRecordFieldOffset + serviceCodeOffset + moduleOffset + iFE;
          uint64_t serviceCodeCounter = (!m_pixelDetElStatusActiveOnly.empty() && m_readoutTechnologyMask
                                         ? InDet::getBSErrorWord( *pixel_active,
                                                                  *idcErrCont,
                                                                  modHash,
                                                                  serviceCodeCounterIndex,
                                                                  m_readoutTechnologyMask)
                                         : m_pixelCondSummaryTool->getBSErrorWord(modHash, serviceCodeCounterIndex, ctx) );
          VALIDATE_STATUS_ARRAY(!m_pixelDetElStatusActiveOnly.empty() && m_readoutTechnologyMask, InDet::getBSErrorWord( *pixel_active,*idcErrCont,modHash,serviceCodeCounterIndex,m_readoutTechnologyMask) ,m_pixelCondSummaryTool->getBSErrorWord(modHash, serviceCodeCounterIndex, ctx) );
 
          if (serviceCodeCounter > 0) {
            float payload = serviceCodeCounter; // NB: + 1, as in rel 21, is now added upstream
            flagged_ibl_error_bits.push_back(serviceCode);
            weights_of_flagged_ibl_error_bits.push_back(payload);
 
            int state = serviceCode + state_offset;
            num_errors[iblsublayer] += payload;
            num_errors_per_state[state][iblsublayer] += payload;
            error_maps_per_state[state + kNumErrorStatesFEI3].add(pixlayer, pixelIDperFEI4, payload);
 
            fillErrorCatRODmod(serviceCode, payload, nerrors_cat_rodmod, iFE);
          }
        } // over FE
      } //over service codes
    } // IBL modules
 
    // access categorized error information per module (for IBL - FE)
    // it is only flagged - the actual number of errors per category is not tracked
    for (int iFE = 0; iFE < nFE; iFE++) {
      if (pixlayer != PixLayers::kIBL && iFE > 0) continue;
      Identifier pixID = waferID;
      if (pixlayer == PixLayers::kIBL) {
        pixID = m_pixelReadout->getPixelIdfromHash(modHash, iFE, 1, 1);
      }
      if (pixID.is_valid()) {
        for (int i = 0; i < ErrorCategoryRODMOD::COUNT; i++) {
          if (nerrors_cat_rodmod[i][iFE]) {
            if (getErrorCategory(i + 1) != 99) has_err_cat[getErrorCategory(i + 1)][iFE] = true;
        if (pixlayer == PixLayers::kIBL) num_errormodules_per_cat_rodmod[i][iblsublayer]++;
            else num_errormodules_per_cat_rodmod[i][pixlayer]++;
            if (!m_doOnline) {
              all_errors_maps.add(pixlayer, pixID, nerrors_cat_rodmod[i][iFE]);
              if (i < ErrorCategoryRODMOD::kTruncROD + 1) {
                error_maps_per_cat_rodmod[i].add(pixlayer, pixID, 1.0);
                if (i == 0) modsync_errors_maps.add(pixlayer, pixID, 1.0);
                if (i == 1) rodsync_errors_maps.add(pixlayer, pixID, 1.0);
              }
            }
          }
        }
        for (int i = 0; i < ErrorCategory::COUNT; i++) {
          if (has_err_cat[i][iFE]) {
        if (pixlayer == PixLayers::kIBL) num_errormodules_per_cat[i][iblsublayer]++;
            else num_errormodules_per_cat[i][pixlayer]++;
            if (!m_doOnline) {
              error_maps_per_cat[i].add(pixlayer, pixID, 1.0);
            }
          }
        }
 
        // filling nActive modules per layer for later normalization
        // for IBL normalization is done by number of FEI4
        if ((pixlayer != PixLayers::kIBL && isActive(!m_pixelDetElStatusActiveOnly.empty()     ? pixel_active.cptr() : nullptr, modHash) == true) ||
            (pixlayer == PixLayers::kIBL && isChipActive(!m_pixelDetElStatusActiveOnly.empty() ? pixel_active.cptr() : nullptr, modHash, iFE) == true)) {
      if (pixlayer == PixLayers::kIBL) nActive_layer[iblsublayer]++;
          else nActive_layer[pixlayer]++;
        }
      } else {
        ATH_MSG_ERROR("PixelMonitoring: got invalid pixID " << pixID);
      }
    } // loop over FEs
  } // loop over modules
 
  // normalization by active modules (or FE's in IBL case)
  //
  for (int i = 0; i < PixLayers::COUNT; i++) {
    if (nActive_layer[i] > 0) {
      for (int state = 0; state < numErrorStatesLayer[i]; state++) {
        num_errors_per_state[state][i] /= nActive_layer[i];
      }
      for (int cat = 0; cat < ErrorCategoryRODMOD::COUNT; cat++) {
        num_errormodules_per_cat_rodmod[cat][i] /= nActive_layer[i];
      }
      for (int cat = 0; cat < ErrorCategory::COUNT; cat++) {
        num_errormodules_per_cat[cat][i] /= nActive_layer[i];
      }
    }
  }
  int perFEI3state(0);
  for (unsigned int state = 0; state < kNumErrorStatesFEI3 + kNumErrorStatesFEI4; state++) {
    if (state < kNumErrorStatesFEI3) {
      if (isPerFEI3State(error_names_stateFEI3[state]) && perFEI3state<kNumErrorStatesPerFE) 
    fill2DProfLayerAccum(fe_error_maps_per_state[perFEI3state++]);
      else fill2DProfLayerAccum(error_maps_per_state[state]);
      fill1DProfLumiLayers(error_names_stateFEI3[state] + std::string(
                             "PerLumi"), lb, num_errors_per_state[state], PixLayers::NFEI3LAYERS);
    } else {
      fill2DProfLayerAccum(error_maps_per_state[state]);
      fill1DProfLumiLayers(error_names_stateFEI4[state - kNumErrorStatesFEI3] + std::string(
                             "PerLumi"), lb, num_errors_per_state[state - kNumErrorStatesFEI3],
                           PixLayers::COUNT - PixLayers::NFEI3LAYERS);
    }
  }
  // Fill the accumulated maps
  fill2DProfLayerAccum(femcc_errwords_maps);
  fill2DProfLayerAccum(trunc_rob_errors_maps);
  fill2DProfLayerAccum(masked_rob_errors_maps);
  fill2DProfLayerAccum(all_errors_maps);
  fill2DProfLayerAccum(modsync_errors_maps);
  fill2DProfLayerAccum(rodsync_errors_maps);
 
  if (!m_doOnline) {
    for (unsigned int cat = 0; cat < ErrorCategoryRODMOD::kTruncROD + 1; ++cat) {
      fill2DProfLayerAccum(error_maps_per_cat_rodmod[cat]);
    }
    for (unsigned int cat = 0; cat < ErrorCategory::COUNT; ++cat) {
      fill2DProfLayerAccum(error_maps_per_cat[cat]);
    }
  }
  // Fill the luminosity error profiles for all layers.
  fill1DProfLumiLayers("ErrorsPerLumi", lb, num_errors);
 
  auto vals = Monitored::Collection("ServiceRecord_val", flagged_ibl_error_bits);
  auto wgts = Monitored::Collection("ServiceRecord_wgt", weights_of_flagged_ibl_error_bits);
  fill(errorGroup, vals, wgts);
 
  // Fill 2D luminosity error profiles per error bit and cat split by ROD/MOD for all layers.
  fill2DProfLumiLayers("ErrorStatePerLumi", lb, num_errors_per_state, numErrorStatesLayer);
  fill2DProfLumiLayers("ErrorCatRODModPerLumi", lb, num_errormodules_per_cat_rodmod, numErrorCatRODModsLayer);
 
  // Fill 1D luminosity error profiles for error catergory for all layers.
  for (unsigned int cat = 0; cat < error_names_cat_rodmod_norm.size(); ++cat) {
    fill1DProfLumiLayers(error_names_cat_rodmod_norm[cat], lb, num_errormodules_per_cat_rodmod[cat]);
  }
  for (unsigned int cat = 0; cat < ErrorCategory::COUNT; ++cat) {
    fill1DProfLumiLayers(error_names_cat_norm[cat], lb, num_errormodules_per_cat[cat]);
  }
 
  return StatusCode::SUCCESS;
}
 
int PixelAthErrorMonAlg::getErrorCategory(int error_cat_rodmod) const {
  int error_cat = 99;
 
  if (error_cat_rodmod == 1 || error_cat_rodmod == 2) error_cat = ErrorCategory::kSync;
  if (error_cat_rodmod == 3 || error_cat_rodmod == 4) error_cat = ErrorCategory::kTrunc;
  if (error_cat_rodmod == 5) error_cat = ErrorCategory::kOpt;
  if (error_cat_rodmod == 6) error_cat = ErrorCategory::kSeu;
  if (error_cat_rodmod == 7) error_cat = ErrorCategory::kTout;
  return error_cat;
}
 
std::bitset<kNumErrorStatesFEI3> PixelAthErrorMonAlg::getErrorStateFEI3Mod(uint64_t errorword) const {
  std::bitset<kNumErrorStatesFEI3> result(0);
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::TimeOut)) result |= 1;
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::BCID)) result |= 1 << 1;
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::LVL1ID)) result |= 1 << 2;
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Preamble)) result |= 1 << 3;
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::RODTrailerBitError)) result |= 1 << 14;
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::RODHeaderLimit)) result |= 1 << 15;
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::RODDataOVerflow)) result |= 1 << 16;
  return result;
}
 
std::bitset<kNumErrorStatesFEI3> PixelAthErrorMonAlg::getErrorStateFE(uint64_t errorword, bool is_fei4) const {
  std::bitset<kNumErrorStatesFEI3> result(0);
  if (!is_fei4) {
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::MCCLVL1IDEoECheck)) result |= 1 << 4;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::MCCBCIDEoECheck)) result |= 1 << 5;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::MCCLVL1IDCheck)) result |= 1 << 6;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::MCCEoEOverflow)) result |= 1 << 7;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::MCCHitOverflow)) result |= 1 << 8;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::FEWarning)) result |= 1 << 9;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::FEHitParity)) result |= 1 << 10;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::FERegisterParity)) result |= 1 << 11;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::FEHammingCode)) result |= 1 << 12;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::FEEoCOverflow)) result |= 1 << 13;
  } else {
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::TimeOut)) result |= 1;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::BCID)) result |= 1 << 1;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::LVL1ID)) result |= 1 << 2;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Preamble)) result |= 1 << 3;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Trailer)) result |= 1 << 4;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Invalid)) result |= 1 << 5;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::LinkMaskedByPPC)) result |= 1 << 6;
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Limit)) result |= 1 << 7;
  }
  return result;
}
 
void PixelAthErrorMonAlg::fillErrorCatRODmod(uint64_t errorword,
                                             int (&nerrors_cat_rodmod)[ErrorCategoryRODMOD::COUNT][nFEIBL2D]) const {
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::TimeOut)) nerrors_cat_rodmod[6][0]++;// timeout errors
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::BCID)) nerrors_cat_rodmod[1][0]++;// ROD synchronization
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::LVL1ID)) nerrors_cat_rodmod[1][0]++;// ROD synchronization
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Preamble)) nerrors_cat_rodmod[4][0]++;// optical errors
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::RODHeaderLimit)) nerrors_cat_rodmod[3][0]++;// ROD truncation
  if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::RODDataOVerflow)) nerrors_cat_rodmod[3][0]++;// ROD truncation
}
 
void PixelAthErrorMonAlg::fillErrorCatRODmod(uint64_t errorword, bool is_fei4,
                                             int (&nerrors_cat_rodmod)[ErrorCategoryRODMOD::COUNT][nFEIBL2D],
                                             int ife) const {
  if (!is_fei4) {
    if (PixelByteStreamErrors::hasError(errorword,
                                        PixelByteStreamErrors::MCCLVL1IDEoECheck)) nerrors_cat_rodmod[0][0]++;// module synchronization
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::MCCBCIDEoECheck)) nerrors_cat_rodmod[0][0]++; // ---
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::MCCLVL1IDCheck)) nerrors_cat_rodmod[0][0]++; // ---
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::MCCEoEOverflow)) nerrors_cat_rodmod[2][0]++;// module truncation
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::MCCHitOverflow)) nerrors_cat_rodmod[2][0]++; // ---
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::FEEoCOverflow)) nerrors_cat_rodmod[2][0]++;// ---
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::FEHitParity)) nerrors_cat_rodmod[5][0]++;// SEU (single event upset)
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::FERegisterParity)) nerrors_cat_rodmod[5][0]++;
    // ---
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::FEHammingCode)) nerrors_cat_rodmod[5][0]++;// ---
  } else {
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::TimeOut)) nerrors_cat_rodmod[6][ife]++;// timeout errors
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::BCID)) nerrors_cat_rodmod[1][ife]++;// ROD synchronization
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::LVL1ID)) nerrors_cat_rodmod[1][ife]++;// ROD synchronization
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Preamble)) nerrors_cat_rodmod[4][ife]++;// optical errors
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Trailer)) nerrors_cat_rodmod[6][ife]++;// timeout errors
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Invalid)) nerrors_cat_rodmod[3][ife]++;// ROD truncation
    if (PixelByteStreamErrors::hasError(errorword, PixelByteStreamErrors::Limit)) nerrors_cat_rodmod[3][ife]++;// ROD truncation
  }
}
 
void PixelAthErrorMonAlg::fillErrorCatRODmod(int sc, int payload,
                                             int (&nerrors_cat_rodmod)[ErrorCategoryRODMOD::COUNT][nFEIBL2D],
                                             int ife) const {
  if (sc == 0) nerrors_cat_rodmod[0][ife] += payload;// synchronization error (SR0:BCID counter)
  if (sc == 16) nerrors_cat_rodmod[2][ife] += payload;// truncation error (SR16:Truncated event)
  if (sc == 1 || sc == 2 ||                                      // (SR1:Hamming code 0, SR2:Hamming code 1,
      sc == 3 || sc == 24 ||                                     // SR3:Hamming code 2, SR24:Triple redundant CNFGMEM,
      sc == 28 || sc == 29 ||                                    // SR28:Bit flip in CMD, SR29:Triple redundant CMD,
      sc == 31)                                                 // SR31:Triple redundant EFUSE)
    nerrors_cat_rodmod[5][ife] += payload;// SEU error
}
 
bool PixelAthErrorMonAlg::isPerFEI3State(const std::string& state) const {
 return (state.find("SEU") != std::string::npos || 
     state.find("EOC") != std::string::npos || 
     state.find("Warning") != std::string::npos);
}