FEDHistograms.cc

Go to the documentation of this file.

#include "DataFormats/FEDRawData/interface/FEDNumbering.h"
#include "DataFormats/SiStripCommon/interface/SiStripFedKey.h"
#include "DataFormats/SiStripCommon/interface/ConstantsForHardwareSystems.h"

#include "DQM/SiStripMonitorHardware/interface/FEDHistograms.hh"



FEDHistograms::FEDHistograms()
{
}

FEDHistograms::~FEDHistograms()
{
}

void FEDHistograms::initialise(const edm::ParameterSet& iConfig,
                   std::ostringstream* pDebugStream
                   )
{

  getConfigForHistogram(fedEventSize_,"FedEventSize",iConfig,pDebugStream);
  getConfigForHistogram(fedMaxEventSizevsTime_,"FedMaxEventSizevsTime",iConfig,pDebugStream);

  getConfigForHistogram(dataPresent_,"DataPresent",iConfig,pDebugStream);
  getConfigForHistogram(anyFEDErrors_,"AnyFEDErrors",iConfig,pDebugStream);
  getConfigForHistogram(anyDAQProblems_,"AnyDAQProblems",iConfig,pDebugStream);
  getConfigForHistogram(anyFEProblems_,"AnyFEProblems",iConfig,pDebugStream);
  getConfigForHistogram(corruptBuffers_,"CorruptBuffers",iConfig,pDebugStream);
  getConfigForHistogram(badChannelStatusBits_,"BadChannelStatusBits",iConfig,pDebugStream);
  getConfigForHistogram(badActiveChannelStatusBits_,"BadActiveChannelStatusBits",iConfig,pDebugStream);

  getConfigForHistogram(feOverflows_,"FEOverflows",iConfig,pDebugStream);
  getConfigForHistogram(feMissing_,"FEMissing",iConfig,pDebugStream);
  getConfigForHistogram(badMajorityAddresses_,"BadMajorityAddresses",iConfig,pDebugStream);
  getConfigForHistogram(badMajorityInPartition_,"BadMajorityInPartition",iConfig,pDebugStream);
  getConfigForHistogram(feMajFracTIB_,"FeMajFracTIB",iConfig,pDebugStream);
  getConfigForHistogram(feMajFracTOB_,"FeMajFracTOB",iConfig,pDebugStream);
  getConfigForHistogram(feMajFracTECB_,"FeMajFracTECB",iConfig,pDebugStream);
  getConfigForHistogram(feMajFracTECF_,"FeMajFracTECF",iConfig,pDebugStream);

  getConfigForHistogram(dataMissing_,"DataMissing",iConfig,pDebugStream);
  getConfigForHistogram(badIDs_,"BadIDs",iConfig,pDebugStream);
  getConfigForHistogram(badDAQPacket_,"BadDAQPacket",iConfig,pDebugStream);
  getConfigForHistogram(invalidBuffers_,"InvalidBuffers",iConfig,pDebugStream);
  getConfigForHistogram(badDAQCRCs_,"BadDAQCRCs",iConfig,pDebugStream);
  getConfigForHistogram(badFEDCRCs_,"BadFEDCRCs",iConfig,pDebugStream);

  getConfigForHistogram(feOverflowDetailed_,"FEOverflowsDetailed",iConfig,pDebugStream);
  getConfigForHistogram(feMissingDetailed_,"FEMissingDetailed",iConfig,pDebugStream);
  getConfigForHistogram(badMajorityAddressDetailed_,"BadMajorityAddressesDetailed",iConfig,pDebugStream);
  getConfigForHistogram(badStatusBitsDetailed_,"BadAPVStatusBitsDetailed",iConfig,pDebugStream);
  getConfigForHistogram(apvErrorDetailed_,"APVErrorBitsDetailed",iConfig,pDebugStream);
  getConfigForHistogram(apvAddressErrorDetailed_,"APVAddressErrorBitsDetailed",iConfig,pDebugStream);
  getConfigForHistogram(unlockedDetailed_,"UnlockedBitsDetailed",iConfig,pDebugStream);
  getConfigForHistogram(outOfSyncDetailed_,"OOSBitsDetailed",iConfig,pDebugStream);

  getConfigForHistogram(nFEDErrors_,"nFEDErrors",iConfig,pDebugStream);
  getConfigForHistogram(nFEDDAQProblems_,"nFEDDAQProblems",iConfig,pDebugStream);
  getConfigForHistogram(nFEDsWithFEProblems_,"nFEDsWithFEProblems",iConfig,pDebugStream);
  getConfigForHistogram(nFEDCorruptBuffers_,"nFEDCorruptBuffers",iConfig,pDebugStream);
  getConfigForHistogram(nBadChannelStatusBits_,"nBadChannelStatusBits",iConfig,pDebugStream);
  getConfigForHistogram(nBadActiveChannelStatusBits_,"nBadActiveChannelStatusBits",iConfig,pDebugStream);
  getConfigForHistogram(nFEDsWithFEOverflows_,"nFEDsWithFEOverflows",iConfig,pDebugStream);
  getConfigForHistogram(nFEDsWithMissingFEs_,"nFEDsWithMissingFEs",iConfig,pDebugStream);
  getConfigForHistogram(nFEDsWithFEBadMajorityAddresses_,"nFEDsWithFEBadMajorityAddresses",iConfig,pDebugStream);

  getConfigForHistogram(nFEDErrorsvsTime_,"nFEDErrorsvsTime",iConfig,pDebugStream);
  getConfigForHistogram(fedErrorsVsIdVsLumi_,"fedErrorsVsIdVsLumi",iConfig,pDebugStream);
  getConfigForHistogram(nFEDCorruptBuffersvsTime_,"nFEDCorruptBuffersvsTime",iConfig,pDebugStream);
  getConfigForHistogram(nFEDsWithFEProblemsvsTime_,"nFEDsWithFEProblemsvsTime",iConfig,pDebugStream);

  getConfigForHistogram(nUnconnectedChannels_,"nUnconnectedChannels",iConfig,pDebugStream);

  getConfigForHistogram(nTotalBadChannels_,"nTotalBadChannels",iConfig,pDebugStream);
  getConfigForHistogram(nTotalBadActiveChannels_,"nTotalBadActiveChannels",iConfig,pDebugStream);

  getConfigForHistogram(nTotalBadChannelsvsTime_,"nTotalBadChannelsvsTime",iConfig,pDebugStream);
  getConfigForHistogram(nTotalBadActiveChannelsvsTime_,"nTotalBadActiveChannelsvsTime",iConfig,pDebugStream);

  getConfigForHistogram(nAPVStatusBit_,"nAPVStatusBit",iConfig,pDebugStream);
  getConfigForHistogram(nAPVError_,"nAPVError",iConfig,pDebugStream);
  getConfigForHistogram(nAPVAddressError_,"nAPVAddressError",iConfig,pDebugStream);
  getConfigForHistogram(nUnlocked_,"nUnlocked",iConfig,pDebugStream);
  getConfigForHistogram(nOutOfSync_,"nOutOfSync",iConfig,pDebugStream);

  getConfigForHistogram(nAPVStatusBitvsTime_,"nAPVStatusBitvsTime",iConfig,pDebugStream);
  getConfigForHistogram(nAPVErrorvsTime_,"nAPVErrorvsTime",iConfig,pDebugStream);
  getConfigForHistogram(nAPVAddressErrorvsTime_,"nAPVAddressErrorvsTime",iConfig,pDebugStream);
  getConfigForHistogram(nUnlockedvsTime_,"nUnlockedvsTime",iConfig,pDebugStream);
  getConfigForHistogram(nOutOfSyncvsTime_,"nOutOfSyncvsTime",iConfig,pDebugStream);

  getConfigForHistogram(tkMapConfig_,"TkHistoMap",iConfig,pDebugStream);

  getConfigForHistogram(feTimeDiffTIB_,"FETimeDiffTIB",iConfig,pDebugStream);
  getConfigForHistogram(feTimeDiffTOB_,"FETimeDiffTOB",iConfig,pDebugStream);
  getConfigForHistogram(feTimeDiffTECB_,"FETimeDiffTECB",iConfig,pDebugStream);
  getConfigForHistogram(feTimeDiffTECF_,"FETimeDiffTECF",iConfig,pDebugStream);

  getConfigForHistogram(feTimeDiffvsDBX_,"FETimeDiffvsDBX",iConfig,pDebugStream);

  getConfigForHistogram(apveAddress_,"ApveAddress",iConfig,pDebugStream);
  getConfigForHistogram(feMajAddress_,"FeMajAddress",iConfig,pDebugStream);

  getConfigForHistogram(medianAPV0_,"MedianAPV0",iConfig,pDebugStream);
  getConfigForHistogram(medianAPV1_,"MedianAPV1",iConfig,pDebugStream);

  getConfigForHistogram(lumiErrorFraction_,"ErrorFractionByLumiBlock",iConfig,pDebugStream);

  getConfigForHistogram(fedIdVsApvId_,"FedIdVsApvId",iConfig,pDebugStream);

  getConfigForHistogram(fedErrorsVsId_,"FedErrorsVsId",iConfig,pDebugStream);
}

void FEDHistograms::fillCountersHistograms(const FEDErrors::FEDCounters & fedLevelCounters,
                       const FEDErrors::ChannelCounters & chLevelCounters,
                       const unsigned int aMaxSize,
                       const double aTime )
{
  fillHistogram(fedMaxEventSizevsTime_,aTime,aMaxSize);

  fillHistogram(nFEDErrors_,fedLevelCounters.nFEDErrors);
  fillHistogram(nFEDDAQProblems_,fedLevelCounters.nDAQProblems);
  fillHistogram(nFEDsWithFEProblems_,fedLevelCounters.nFEDsWithFEProblems);
  fillHistogram(nFEDCorruptBuffers_,fedLevelCounters.nCorruptBuffers);
  fillHistogram(nFEDsWithFEOverflows_,fedLevelCounters.nFEDsWithFEOverflows);
  fillHistogram(nFEDsWithFEBadMajorityAddresses_,fedLevelCounters.nFEDsWithFEBadMajorityAddresses);
  fillHistogram(nFEDsWithMissingFEs_,fedLevelCounters.nFEDsWithMissingFEs);
  fillHistogram(nBadChannelStatusBits_,fedLevelCounters.nBadChannels);
  fillHistogram(nBadActiveChannelStatusBits_,fedLevelCounters.nBadActiveChannels);

  fillHistogram(nFEDErrorsvsTime_,aTime,fedLevelCounters.nFEDErrors);
  fillHistogram(nFEDCorruptBuffersvsTime_,aTime,fedLevelCounters.nCorruptBuffers);
  fillHistogram(nFEDsWithFEProblemsvsTime_,aTime,fedLevelCounters.nFEDsWithFEProblems);

  fillHistogram(nUnconnectedChannels_,chLevelCounters.nNotConnected);

  fillHistogram(nTotalBadChannels_,fedLevelCounters.nTotalBadChannels);
  fillHistogram(nTotalBadActiveChannels_,fedLevelCounters.nTotalBadActiveChannels);

  fillHistogram(nTotalBadChannelsvsTime_,aTime,fedLevelCounters.nTotalBadChannels);
  fillHistogram(nTotalBadActiveChannelsvsTime_,aTime,fedLevelCounters.nTotalBadActiveChannels);

  fillHistogram(nAPVStatusBit_,chLevelCounters.nAPVStatusBit);
  fillHistogram(nAPVError_,chLevelCounters.nAPVError);
  fillHistogram(nAPVAddressError_,chLevelCounters.nAPVAddressError);
  fillHistogram(nUnlocked_,chLevelCounters.nUnlocked);
  fillHistogram(nOutOfSync_,chLevelCounters.nOutOfSync);

  fillHistogram(nAPVStatusBitvsTime_,aTime,chLevelCounters.nAPVStatusBit);
  fillHistogram(nAPVErrorvsTime_,aTime,chLevelCounters.nAPVError);
  fillHistogram(nAPVAddressErrorvsTime_,aTime,chLevelCounters.nAPVAddressError);
  fillHistogram(nUnlockedvsTime_,aTime,chLevelCounters.nUnlocked);
  fillHistogram(nOutOfSyncvsTime_,aTime,chLevelCounters.nOutOfSync);

}

void FEDHistograms::fillFEDHistograms(FEDErrors & aFedErr,
                      const unsigned int aEvtSize,
                      bool lFullDebug,
              const double aLumiSection,
                            unsigned int & NumBadChannels_perFEDID
            )
{
  const FEDErrors::FEDLevelErrors & lFedLevelErrors = aFedErr.getFEDLevelErrors();
  const unsigned int lFedId = aFedErr.fedID();

  fillHistogram(fedEventSize_,lFedId,aEvtSize);

  if (lFedLevelErrors.DataPresent) fillHistogram(dataPresent_,lFedId);

  if (lFedLevelErrors.HasCabledChannels && lFedLevelErrors.DataMissing) {
    fillHistogram(dataMissing_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,1);
  }

  if (lFedLevelErrors.InvalidBuffers) {
    fillHistogram(invalidBuffers_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,2);
  }
  else if (lFedLevelErrors.CorruptBuffer) {
    fillHistogram(corruptBuffers_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,3);
  }
  else if (lFedLevelErrors.BadFEDCRCs) {
    fillHistogram(badFEDCRCs_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,4);
  }
  else if (lFedLevelErrors.BadDAQCRCs) {
    fillHistogram(badDAQCRCs_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,5);
  }
  else if (lFedLevelErrors.BadIDs) {
    fillHistogram(badIDs_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,6);
  }
  else if (lFedLevelErrors.BadDAQPacket) {
    fillHistogram(badDAQPacket_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,7);
  }

  if (aFedErr.anyFEDErrors()) {
    fillHistogram(anyFEDErrors_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,8);
  }

  if (lFedLevelErrors.HasCabledChannels && aFedErr.anyDAQProblems()) {
    fillHistogram(anyDAQProblems_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,9);
  }
  if (aFedErr.anyFEProblems()) {
    fillHistogram(anyFEProblems_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,10);
  }

  if (lFedLevelErrors.FEsOverflow) {
    fillHistogram(feOverflows_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,11);
  }
  if (lFedLevelErrors.FEsMissing) {
    fillHistogram(feMissing_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,12);
  }
  if (lFedLevelErrors.FEsBadMajorityAddress) {
    fillHistogram(badMajorityAddresses_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,13);
  }

  if (lFedLevelErrors.BadChannelStatusBit) {
    fillHistogram(badChannelStatusBits_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,14);
  }
  if (lFedLevelErrors.BadActiveChannelStatusBit) {
    fillHistogram(badActiveChannelStatusBits_,lFedId);
    fillHistogram(fedErrorsVsId_,lFedId,15);
  }

  std::vector<FEDErrors::FELevelErrors> & lFeVec = aFedErr.getFELevelErrors();

  for (unsigned int iFe(0); iFe<lFeVec.size(); iFe++){
    fillFEHistograms(lFedId,lFeVec[iFe],aFedErr.getEventProperties());
  }

  std::vector<FEDErrors::ChannelLevelErrors> & lChVec = aFedErr.getChannelLevelErrors();
  for (unsigned int iCh(0); iCh < lChVec.size(); iCh++){
    fillChannelsHistograms(lFedId,lChVec[iCh],lFullDebug);
  }

  std::vector<FEDErrors::APVLevelErrors> & lAPVVec = aFedErr.getAPVLevelErrors();
  for (unsigned int iApv(0); iApv < lAPVVec.size(); iApv++){
    fillAPVsHistograms(lFedId,lAPVVec[iApv],lFullDebug);
  }

  double numChannelLevelErrors = 0;
  if(fedErrorsVsIdVsLumi_.globalswitchon){
        numChannelLevelErrors = double(lChVec.size());
        fillHistogram2D(fedErrorsVsIdVsLumi_,aLumiSection,lFedId,numChannelLevelErrors);
  }


}



//fill a histogram if the pointer is not NULL (ie if it has been booked)
void FEDHistograms::fillFEHistograms(const unsigned int aFedId,
                     const FEDErrors::FELevelErrors & aFeLevelErrors, const FEDErrors::EventProperties & aEventProp )
{
  const unsigned short lFeId = aFeLevelErrors.FeID;
  /*
  if ( (feOverflowDetailed_.enabled && aFeLevelErrors.Overflow) ||
       (badMajorityAddressDetailed_.enabled && aFeLevelErrors.BadMajorityAddress) ||
       (feMissingDetailed_.enabled && aFeLevelErrors.Missing)
       )
    bookFEDHistograms(aFedId);
  */
  if (aFeLevelErrors.Overflow) fillHistogram(feOverflowDetailedMap_[aFedId],lFeId);
  else if (aFeLevelErrors.Missing) fillHistogram(feMissingDetailedMap_[aFedId],lFeId);
  else if (aFeLevelErrors.BadMajorityAddress) fillHistogram(badMajorityAddressDetailedMap_[aFedId],lFeId);


  if (aFeLevelErrors.TimeDifference != 0) {
    if (aFeLevelErrors.SubDetID == 2 || aFeLevelErrors.SubDetID == 3 || aFeLevelErrors.SubDetID == 4)
      fillHistogram(feTimeDiffTIB_,aFeLevelErrors.TimeDifference);
    else if (aFeLevelErrors.SubDetID == 5)
      fillHistogram(feTimeDiffTOB_,aFeLevelErrors.TimeDifference);
    else if (aFeLevelErrors.SubDetID == 0)
      fillHistogram(feTimeDiffTECB_,aFeLevelErrors.TimeDifference);
    else if (aFeLevelErrors.SubDetID == 1)
      fillHistogram(feTimeDiffTECF_,aFeLevelErrors.TimeDifference);
    fillHistogram(feTimeDiffvsDBX_,aEventProp.deltaBX,aFeLevelErrors.TimeDifference < 0 ? aFeLevelErrors.TimeDifference+192 : aFeLevelErrors.TimeDifference  );
    fillHistogram(apveAddress_,aFeLevelErrors.Apve);
    fillHistogram(feMajAddress_,aFeLevelErrors.FeMaj);
  }
}

//fill a histogram if the pointer is not NULL (ie if it has been booked)
void FEDHistograms::fillChannelsHistograms(const unsigned int aFedId,
                       const FEDErrors::ChannelLevelErrors & aChErr,
                       bool fullDebug)
{
  unsigned int lChId = aChErr.ChannelID;
  /*
  if ( (unlockedDetailed_.enabled && aChErr.Unlocked) ||
       (outOfSyncDetailed_.enabled && aChErr.OutOfSync)
       )
    bookFEDHistograms(aFedId,fullDebug);
  */
  if (aChErr.Unlocked) {
    fillHistogram(unlockedDetailedMap_[aFedId],lChId);
  }
  if (aChErr.OutOfSync) {
    fillHistogram(outOfSyncDetailedMap_[aFedId],lChId);
  }
}


void FEDHistograms::fillAPVsHistograms(const unsigned int aFedId,
                       const FEDErrors::APVLevelErrors & aAPVErr,
                       bool fullDebug)
{
  unsigned int lChId = aAPVErr.APVID;
  /*
  if ( (badStatusBitsDetailed_.enabled && aAPVErr.APVStatusBit) ||
       (apvErrorDetailed_.enabled && aAPVErr.APVError) ||
       (apvAddressErrorDetailed_.enabled && aAPVErr.APVAddressError)
       ) bookFEDHistograms(aFedId,fullDebug);
  */

 if (aAPVErr.APVStatusBit) fillHistogram(badStatusBitsDetailedMap_[aFedId],lChId);
 if (aAPVErr.APVError) fillHistogram(apvErrorDetailedMap_[aFedId],lChId);
 if (aAPVErr.APVAddressError) fillHistogram(apvAddressErrorDetailedMap_[aFedId],lChId);
}

void FEDHistograms::fillMajorityHistograms(const unsigned int aPart,
                       const float aValue,
                       const std::vector<unsigned int> & aFedIdVec){
  if (aPart==0) fillHistogram(feMajFracTIB_,aValue);
  else if (aPart==1) fillHistogram(feMajFracTOB_,aValue);
  else if (aPart==2) fillHistogram(feMajFracTECB_,aValue);
  else if (aPart==3) fillHistogram(feMajFracTECF_,aValue);

  for (unsigned int iFed(0); iFed<aFedIdVec.size(); ++iFed){
    fillHistogram(badMajorityInPartition_,aFedIdVec[iFed]);
  }

}

bool FEDHistograms::feMajHistosEnabled(){
  return ( feMajFracTIB_.enabled ||
       feMajFracTOB_.enabled ||
       feMajFracTECB_.enabled ||
       feMajFracTECF_.enabled ||
       badMajorityInPartition_.enabled );
}

void FEDHistograms::fillLumiHistograms(const FEDErrors::LumiErrors & aLumErr){
  if (lumiErrorFraction_.enabled && lumiErrorFraction_.monitorEle) {
    lumiErrorFraction_.monitorEle->Reset();
    for (unsigned int iD(0); iD<aLumErr.nTotal.size(); iD++){
      if (aLumErr.nTotal[iD] > 0) fillHistogram(lumiErrorFraction_,iD+1,static_cast<float>(aLumErr.nErrors[iD])/aLumErr.nTotal[iD]);
    }
  }
}



bool FEDHistograms::cmHistosEnabled() {
  return (medianAPV0_.enabled || medianAPV1_.enabled);
}

MonitorElement * FEDHistograms::cmHistPointer(bool aApv1)
{
  if (!aApv1) return medianAPV0_.monitorEle;
  else return medianAPV1_.monitorEle;
}

MonitorElement * FEDHistograms::getFedvsAPVpointer()
{
  return fedIdVsApvId_.monitorEle;
}

void FEDHistograms::bookTopLevelHistograms(DQMStore::IBooker & ibooker, const TkDetMap* tkDetMap, std::string topFolderName)
{
  //get FED IDs
  const unsigned int siStripFedIdMin = FEDNumbering::MINSiStripFEDID;
  const unsigned int siStripFedIdMax = FEDNumbering::MAXSiStripFEDID;

  //book FED level histograms
  histosBooked_.resize(siStripFedIdMax+1,false);
  debugHistosBooked_.resize(siStripFedIdMax+1,false);

  //book histos
  bookProfile(ibooker , fedEventSize_,
          "FedEventSize",
          "Average FED buffer Size (B) per Event",
          siStripFedIdMax-siStripFedIdMin+1,
          siStripFedIdMin-0.5,siStripFedIdMax+0.5,
          0,
          42241, //total number of channels
          "FED-ID",
          "<FED buffer Size> (B)"
          );


  bookHistogram(ibooker , dataPresent_,"DataPresent",
        "Number of events where the data from a FED is seen",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , nTotalBadChannels_,
        "nTotalBadChannels",
        "Number of channels with any error",
        "Total # bad enabled channels");

  bookHistogram(ibooker , nTotalBadActiveChannels_,
        "nTotalBadActiveChannels",
        "Number of active channels with any error",
        "Total # bad active channels");

  book2DHistogram(ibooker , fedIdVsApvId_,
        "FedIdVsApvId",
        "Any error per APV per event",
          192, 0 , 192,
          440, 50, 490,
          "APV-ID",
          "FED-ID");

  book2DHistogram( ibooker , fedErrorsVsId_,"FEDErrorsVsId",
           "FED Errors vs ID",
           siStripFedIdMax-siStripFedIdMin+1,
           siStripFedIdMin,siStripFedIdMax+1,
           15,
           1,16, "FED ID" , "Error Type");
  fedErrorsVsId_.monitorEle->setBinLabel(1, "Data Missing", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(2, "Invalid Buffers", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(3, "Corrupt Buffers", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(4, "Bad FED CRC", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(5, "Bad DAQ CRC", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(6, "Bad IDs", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(7, "Bad DAQ Packet", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(8, "Any FED Errors", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(9, "Any DAQ Problems", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(10, "Any FE Problems", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(11, "FE Overflows", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(12, "FE Missing", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(13, "FE Bad Maj Addr", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(14, "Bad Ch Stat Bit", 2);
  fedErrorsVsId_.monitorEle->setBinLabel(15, "Bad Active Ch Stat Bit", 2);

  const std::string lBaseDir = ibooker.pwd();

  ibooker.setCurrentFolder(lBaseDir+"/FED");

  bookHistogram(ibooker , nFEDErrors_,
        "nFEDErrors",
        "Number of FEDs with errors (FED or FE Level) per event",
        "# FEDErrors");

  bookHistogram(ibooker , nFEDDAQProblems_,
        "nFEDDAQProblems",
        "Number of FEDs with DAQ problems per event",
        "# FEDDAQProblems");

  bookHistogram(ibooker , nFEDsWithFEProblems_,
        "nFEDsWithFEProblems",
        "Number of FEDs with FE problems per event",
        "# FEDs with FE problems");

  bookHistogram(ibooker , nFEDCorruptBuffers_,
        "nFEDCorruptBuffers",
        "Number of FEDs with corrupt buffers per event",
        "# FEDs with corrupt buffer");

  ibooker.setCurrentFolder(lBaseDir+"/FED/VsId");

  bookHistogram(ibooker , dataMissing_,"DataMissing",
        "Number of events where the data from a FED with cabled channels is missing",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , anyFEDErrors_,"AnyFEDErrors",
        "Number of buffers with any FED error (excluding bad channel status bits, FE problems except overflows) per FED",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , corruptBuffers_,"CorruptBuffers",
        "Number of corrupt FED buffers per FED",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , invalidBuffers_,"InvalidBuffers",
        "Number of invalid FED buffers per FED",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , anyDAQProblems_,"AnyDAQProblems",
        "Number of buffers with any problems flagged in DAQ header (including CRC)",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , badIDs_,"BadIDs",
        "Number of buffers with non-SiStrip source IDs in DAQ header",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , badDAQCRCs_,"BadDAQCRCs",
        "Number of buffers with bad CRCs from the DAQ",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , badFEDCRCs_,"BadFEDCRCs",
        "Number of buffers with bad CRCs from the FED",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , badDAQPacket_,"BadDAQPacket",
        "Number of buffers with (non-CRC) problems flagged in DAQ header/trailer",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  ibooker.setCurrentFolder(lBaseDir+"/FE");

  bookHistogram(ibooker , nFEDsWithFEOverflows_,
        "nFEDsWithFEOverflows",
        "Number FEDs with FE units which overflowed per event",
        "# FEDs with FE overflows");

  bookHistogram(ibooker , nFEDsWithFEBadMajorityAddresses_,
        "nFEDsWithFEBadMajorityAddresses",
        "Number of FEDs with FE units with a bad majority address per event",
        "# FEDs with bad address");

  bookHistogram(ibooker , nFEDsWithMissingFEs_,
        "nFEDsWithMissingFEs",
        "Number of FEDs with missing FE unit payloads per event",
        "# FEDs with missing FEs");

  bookHistogram(ibooker , feMajFracTIB_,"FeMajFracTIB",
        "Fraction of FEs matching majority address in TIB partition",
        101,0,1.01,"n(majAddrFE)/n(totFE)");

  bookHistogram(ibooker , feMajFracTOB_,"FeMajFracTOB",
        "Fraction of FEs matching majority address in TOB partition",
        101,0,1.01,"n(majAddrFE)/n(totFE)");

  bookHistogram(ibooker , feMajFracTECB_,"FeMajFracTECB",
        "Fraction of FEs matching majority address in TECB partition",
        101,0,1.01,"n(majAddrFE)/n(totFE)");

  bookHistogram(ibooker , feMajFracTECF_,"FeMajFracTECF",
        "Fraction of FEs matching majority address in TECF partition",
        101,0,1.01,"n(majAddrFE)/n(totFE)");


  ibooker.setCurrentFolder(lBaseDir+"/FE/APVe");

  bookHistogram(ibooker , feTimeDiffTIB_,"FETimeDiffTIB",
        "(TimeLoc FE - TimeLoc APVe) for TIB/TID, when different",
        401,
        -200,201,"#Delta_{TimeLoc}(FE-APVe)");

  bookHistogram(ibooker , feTimeDiffTOB_,"FETimeDiffTOB",
        "(TimeLoc FE - TimeLoc APVe) for TOB, when different",
        401,
        -200,201,"#Delta_{TimeLoc}(FE-APVe)");

  bookHistogram(ibooker , feTimeDiffTECB_,"FETimeDiffTECB",
        "(TimeLoc FE - TimeLoc APVe) for TECB, when different",
        401,
        -200,201,"#Delta_{TimeLoc}(FE-APVe)");

  bookHistogram(ibooker , feTimeDiffTECF_,"FETimeDiffTECF",
        "(TimeLoc FE - TimeLoc APVe) for TECF, when different",
        401,
        -200,201,"#Delta_{TimeLoc}(FE-APVe)");

  book2DHistogram( ibooker , feTimeDiffvsDBX_,"FETimeDiffvsDBX",
        "(TimeLoc FE - TimeLoc APVe) vs DBX, when different",
          2000,-0.5, 1999.5,
          201,
          0,201,"DeltaBX","#Delta_{TimeLoc}(FE-APVe)");


  bookHistogram(ibooker , apveAddress_,"ApveAddress",
        "apve Address",
        256,0,256,
        "apveAddress");

  bookHistogram(ibooker , feMajAddress_,"FeMajAddress",
        "FE Majority Address",
        256,0,256,
        "feMajAddress");


  ibooker.setCurrentFolder(lBaseDir+"/FE/VsId");

  bookHistogram(ibooker , anyFEProblems_,"AnyFEProblems",
        "Number of buffers with any FE unit problems",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , feOverflows_,"FEOverflows",
        "Number of buffers with one or more FE overflow",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , badMajorityAddresses_,"BadMajorityAddresses",
        "Number of buffers with one or more FE with a bad majority APV address",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , badMajorityInPartition_,"BadMajorityInPartition",
        "Number of buffers with >=1 FE with FEaddress != majority in partition",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , feMissing_,"FEMissing",
        "Number of buffers with one or more FE unit payload missing",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");


  ibooker.setCurrentFolder(lBaseDir+"/Fiber");

  bookHistogram(ibooker , nBadChannelStatusBits_,
        "nBadChannelStatusBits",
        "Number of channels with bad status bits per event",
        "# bad enabled channels");

  bookHistogram(ibooker , nBadActiveChannelStatusBits_,
        "nBadActiveChannelStatusBits",
        "Number of active channels with bad status bits per event",
        "# bad active channels");

  bookHistogram(ibooker , nUnlocked_,
        "nUnlocked",
        "Number of channels Unlocked per event",
        "# channels unlocked");

  bookHistogram(ibooker , nOutOfSync_,
        "nOutOfSync",
        "Number of channels OutOfSync per event",
        "# channels out-of-sync");

  bookHistogram(ibooker , nUnconnectedChannels_,
        "nUnconnectedChannels",
        "Number of channels not connected per event",
        "# unconnected channels");

  ibooker.setCurrentFolder(lBaseDir+"/Fiber/VsId");

  bookHistogram(ibooker , badChannelStatusBits_,"BadChannelStatusBits",
        "Number of buffers with one or more enabled channel with bad status bits",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  bookHistogram(ibooker , badActiveChannelStatusBits_,"BadActiveChannelStatusBits",
        "Number of buffers with one or more active channel with bad status bits",
        siStripFedIdMax-siStripFedIdMin+1,
        siStripFedIdMin-0.5,siStripFedIdMax+0.5,"FED-ID");

  ibooker.setCurrentFolder(lBaseDir+"/APV");

  bookHistogram(ibooker , medianAPV0_,"MedianAPV0",
        "Median APV0",
        "medianAPV0");

  bookHistogram(ibooker , medianAPV1_,"MedianAPV1",
        "Median APV1",
        "MedianAPV1");

  bookHistogram(ibooker , nAPVStatusBit_,
        "nAPVStatusBit",
        "Number of APVs with APVStatusBit error per event",
        "# APVs with APVStatusBit error");

  bookHistogram(ibooker , nAPVError_,
        "nAPVError",
        "Number of APVs with APVError per event",
        "#APVs with APVError");

  bookHistogram(ibooker , nAPVAddressError_,
        "nAPVAddressError",
        "Number of APVs with APVAddressError per event",
        "#APVs with APVAddressError");


  ibooker.setCurrentFolder(lBaseDir+"/Trends");

  bookProfile( ibooker , fedMaxEventSizevsTime_,
          "FedMaxEventSizevsTime",
          "Max FED buffer Size (B) per Event vs time",
          0,
          42241, //total number of channels
          "Time",
          "Max FED buffer Size (B)"
          );

  bookProfile( ibooker , nTotalBadChannelsvsTime_,
          "nTotalBadChannelsvsTime",
          "Number of channels with any error vs time",
          0,
          42241, //total number of channels
          "Time",
          "Total # bad enabled channels"
          );


  bookProfile( ibooker , nTotalBadActiveChannelsvsTime_,
          "nTotalBadActiveChannelsvsTime",
          "Number of active channels with any error vs time",
          0,
          42241, //total number of channels
          "Time",
          "Total # bad active channels"
          );

  ibooker.setCurrentFolder(lBaseDir+"/Trends/FED");

  if(fedErrorsVsIdVsLumi_.globalswitchon){
    bookProfile2D( ibooker , fedErrorsVsIdVsLumi_,
          "fedErrorsVsIdVsLumi",
          "Total number of errors per FED ID per lumi section",
          440,//# FED IDS
          49.5,// Lowest FED ID
          489.5,// Highest FED ID
          "Lumi. Section",
          "FED ID"
          );
        }

  bookProfile( ibooker , nFEDErrorsvsTime_,
          "nFEDErrorsvsTime",
          "Number of FEDs with any error vs time",
          0,
          42241, //total number of channels
          "Time",
          "# FEDErrors"
          );

  bookProfile( ibooker , nFEDCorruptBuffersvsTime_,
          "nFEDCorruptBuffersvsTime",
          "Number of FEDs with corrupt buffer vs time",
          0,
          42241, //total number of channels
          "Time",
          "# FEDCorruptBuffer"
          );

  ibooker.setCurrentFolder(lBaseDir+"/Trends/FE");

  bookProfile( ibooker , nFEDsWithFEProblemsvsTime_,
          "nFEDsWithFEProblemsvsTime",
          "Number of FEDs with any FE error vs time",
          0,
          42241, //total number of channels
          "Time",
          "# FEDsWithFEProblems"
          );

  ibooker.setCurrentFolder(lBaseDir+"/Trends/Fiber");

  bookProfile( ibooker , nUnlockedvsTime_,
          "nUnlockedvsTime",
          "Number of channels Unlocked vs time",
          0,
          42241, //total number of channels
          "Time",
          "# channels unlocked "
          );

  bookProfile( ibooker , nOutOfSyncvsTime_,
          "nOutOfSyncvsTime",
          "Number of channels OutOfSync vs time",
          0,
          42241, //total number of channels
          "Time",
          "# channels out-of-sync"
          );

  ibooker.setCurrentFolder(lBaseDir+"/Trends/APV");

  bookProfile( ibooker , nAPVStatusBitvsTime_,
          "nAPVStatusBitvsTime",
          "Number of APVs with APVStatusBit error vs time",
          0,
          42241, //total number of channels
          "Time",
          "# APVs with APVStatusBit error"
          );

  bookProfile( ibooker , nAPVErrorvsTime_,
          "nAPVErrorvsTime",
          "Number of APVs with APVError vs time",
          0,
          42241, //total number of channels
          "Time",
          "# APVs with APVError"
          );

  bookProfile( ibooker , nAPVAddressErrorvsTime_,
          "nAPVAddressErrorvsTime",
          "Number of APVs with APVAddressError vs time",
          0,
          42241, //total number of channels
          "Time",
          "# APVs with APVAddressError"
          );

  ibooker.setCurrentFolder(lBaseDir+"/PerLumiSection");

  bookHistogram(ibooker , lumiErrorFraction_,
        "lumiErrorFraction",
        "Fraction of error per lumi section vs subdetector",
        6,0.5,6.5,
        "SubDetId");

  //Set special property for lumi ME
  if (lumiErrorFraction_.enabled && lumiErrorFraction_.monitorEle) {
    lumiErrorFraction_.monitorEle->setLumiFlag();
    lumiErrorFraction_.monitorEle->setBinLabel(1, "TECB");
    lumiErrorFraction_.monitorEle->setBinLabel(2, "TECF");
    lumiErrorFraction_.monitorEle->setBinLabel(3, "TIB");
    lumiErrorFraction_.monitorEle->setBinLabel(4, "TIDB");
    lumiErrorFraction_.monitorEle->setBinLabel(5, "TIDF");
    lumiErrorFraction_.monitorEle->setBinLabel(6, "TOB");
  }

  //book map after, as it creates a new folder...
  if (tkMapConfig_.enabled){
    tkmapFED_ = std::make_unique<TkHistoMap>(tkDetMap, topFolderName,"TkHMap_FractionOfBadChannels",0.,true);
  }
  else tkmapFED_ = nullptr;

}

void FEDHistograms::bookFEDHistograms(DQMStore::IBooker & ibooker , unsigned int fedId,
                      bool fullDebugMode
                      )
{


  if (!histosBooked_[fedId]) {


    //will do that only once
    SiStripFedKey fedKey(fedId,0,0,0);
    std::stringstream fedIdStream;
    fedIdStream << fedId;
    ibooker.setCurrentFolder(fedKey.path());

    bookHistogram(ibooker , feOverflowDetailed_,
          feOverflowDetailedMap_[fedId],
          "FEOverflowsForFED"+fedIdStream.str(),
          "FE overflows per FE unit for FED ID "+fedIdStream.str(),
          sistrip::FEUNITS_PER_FED,0,sistrip::FEUNITS_PER_FED,
          "FE-Index");
    bookHistogram(ibooker , badMajorityAddressDetailed_,
          badMajorityAddressDetailedMap_[fedId],
          "BadMajorityAddressesForFED"+fedIdStream.str(),
          "Bad majority APV addresses per FE unit for FED ID "+fedIdStream.str(),
          sistrip::FEUNITS_PER_FED,0,sistrip::FEUNITS_PER_FED,
          "FE-Index");
    bookHistogram(ibooker , feMissingDetailed_,
          feMissingDetailedMap_[fedId],
          "FEMissingForFED"+fedIdStream.str(),
          "Buffers with FE Unit payload missing per FE unit for FED ID "+fedIdStream.str(),
          sistrip::FEUNITS_PER_FED,0,sistrip::FEUNITS_PER_FED,
          "FE-Index");
    bookHistogram(ibooker , badStatusBitsDetailed_,
          badStatusBitsDetailedMap_[fedId],
          "BadAPVStatusBitsForFED"+fedIdStream.str(),
          "Bad apv status bits for FED ID "+fedIdStream.str(),
          sistrip::APVS_PER_FED,0,sistrip::APVS_PER_FED,
          "APV-Index");
     histosBooked_[fedId] = true;
  }
  if (fullDebugMode && !debugHistosBooked_[fedId]) {
    //will do that only once
    SiStripFedKey fedKey(fedId,0,0,0);
    std::stringstream fedIdStream;
    fedIdStream << fedId;
    ibooker.setCurrentFolder(fedKey.path());

    bookHistogram(ibooker , apvErrorDetailed_,
          apvErrorDetailedMap_[fedId],
          "APVErrorBitsForFED"+fedIdStream.str(),
          "APV errors for FED ID "+fedIdStream.str(),
          sistrip::APVS_PER_FED,0,sistrip::APVS_PER_FED,
          "APV-Index");
    bookHistogram(ibooker , apvAddressErrorDetailed_,
          apvAddressErrorDetailedMap_[fedId],
          "APVAddressErrorBitsForFED"+fedIdStream.str(),
          "Wrong APV address errors for FED ID "+fedIdStream.str(),
          sistrip::APVS_PER_FED,0,sistrip::APVS_PER_FED,
          "APV-Index");
    bookHistogram(ibooker , unlockedDetailed_,
          unlockedDetailedMap_[fedId],
          "UnlockedBitsForFED"+fedIdStream.str(),
          "Unlocked channels for FED ID "+fedIdStream.str(),
          sistrip::FEDCH_PER_FED,0,sistrip::FEDCH_PER_FED,
          "Channel-Index");
    bookHistogram(ibooker , outOfSyncDetailed_,
          outOfSyncDetailedMap_[fedId],
          "OOSBitsForFED"+fedIdStream.str(),
          "Out of sync channels for FED ID "+fedIdStream.str(),
          sistrip::FEDCH_PER_FED,0,sistrip::FEDCH_PER_FED,
          "Channel-Index");
    debugHistosBooked_[fedId] = true;
  }
}

void FEDHistograms::bookAllFEDHistograms(DQMStore::IBooker & ibooker , bool fullDebugMode )
{
  //get FED IDs
  const unsigned int siStripFedIdMin = FEDNumbering::MINSiStripFEDID;
  const unsigned int siStripFedIdMax = FEDNumbering::MAXSiStripFEDID;
  //book them
  for (unsigned int iFed = siStripFedIdMin; iFed <= siStripFedIdMax; iFed++)
    bookFEDHistograms(ibooker , iFed, fullDebugMode);
}

bool FEDHistograms::tkHistoMapEnabled(unsigned int aIndex){
  return tkMapConfig_.enabled;
}

TkHistoMap * FEDHistograms::tkHistoMapPointer(unsigned int aIndex){
  return tkmapFED_.get();
}