SiStripSpyDigiConverter.cc

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#include <vector>
 
#include "FWCore/Utilities/interface/Exception.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
 
#include "DataFormats/Common/interface/DetSetVector.h"
#include "DataFormats/Common/interface/DetSet.h"
#include "DataFormats/SiStripDigi/interface/SiStripRawDigi.h"
#include "DataFormats/SiStripCommon/interface/ConstantsForHardwareSystems.h"
#include "DataFormats/SiStripCommon/interface/SiStripFedKey.h"
 
#include "CondFormats/SiStripObjects/interface/SiStripFedCabling.h"
#include "CondFormats/SiStripObjects/interface/FedChannelConnection.h"
 
#include "EventFilter/SiStripRawToDigi/interface/SiStripFEDBufferComponents.h"
#include "EventFilter/SiStripRawToDigi/interface/SiStripDetSetVectorFiller.h"
 
#include "DQM/SiStripMonitorHardware/interface/SiStripFEDSpyBuffer.h"
#include "DQM/SiStripMonitorHardware/interface/SiStripSpyDigiConverter.h"
 
namespace sistrip {
 
  std::unique_ptr<SpyDigiConverter::DSVRawDigis> SpyDigiConverter::extractPayloadDigis(
      const DSVRawDigis* inputScopeDigis,
      std::vector<uint32_t>* pAPVAddresses,
      const bool discardDigisWithAPVAddrErr,
      const sistrip::SpyUtilities::FrameQuality& aQuality,
      const uint16_t expectedPos) {
    // Data is already sorted so push back fast into vector to avoid sorts and create DSV later
    std::vector<DetSetRawDigis> outputData;
    outputData.reserve(inputScopeDigis->size());
 
    //APV address vector indexed by fedid, majority value written.
    pAPVAddresses->resize(sistrip::FED_ID_MAX + 1, 0);
    std::vector<uint16_t> lAddrVec;
    lAddrVec.reserve(2 * sistrip::FEDCH_PER_FED);
    uint16_t lPreviousFedId = 0;
    std::vector<uint16_t> lHeaderBitVec;
    lHeaderBitVec.reserve(sistrip::FEDCH_PER_FED);
    std::vector<uint16_t> lTrailBitVec;
    lTrailBitVec.reserve(sistrip::FEDCH_PER_FED);
 
    //local DSVRawDigis per FED
    std::vector<DSVRawDigis::const_iterator> lFedScopeDigis;
    lFedScopeDigis.reserve(sistrip::FEDCH_PER_FED);
 
    // Loop over channels in input collection
    DSVRawDigis::const_iterator inputChannel = inputScopeDigis->begin();
    const DSVRawDigis::const_iterator endChannels = inputScopeDigis->end();
    bool hasBeenProcessed = false;
 
    for (; inputChannel != endChannels; ++inputChannel) {
      const uint32_t lFedIndex = inputChannel->detId();
      const uint16_t fedId = static_cast<uint16_t>((lFedIndex >> 16) & 0xFFFF);
 
      // Fill frame parameters. Second parameter is to print debug info (if logDebug enabled....)
      const sistrip::SpyUtilities::Frame lFrame = sistrip::SpyUtilities::extractFrameInfo(*inputChannel, false);
 
      if (lPreviousFedId == 0) {
        lPreviousFedId = fedId;
      }
 
      //print out warning only for non-empty frames....
      if (!sistrip::SpyUtilities::isValid(lFrame, aQuality, expectedPos)) {
        if (lFrame.firstHeaderBit < sistrip::SPY_SAMPLES_PER_CHANNEL) {
          //  edm::LogWarning("SiStripSpyDigiConverter") << " FED ID: " << fedId << ", channel: " << fedCh << std::endl
          //                             << sistrip::SpyUtilities::print(lFrame,
          //                                             std::string("  -- Invalid Frame ")
          //                                             );
        }
        continue;
      }
 
      //fill local vectors per FED
      if (fedId == lPreviousFedId) {
        if (hasBeenProcessed)
          hasBeenProcessed = false;
      }
      if (fedId != lPreviousFedId) {
        SpyDigiConverter::processFED(lPreviousFedId,
                                     discardDigisWithAPVAddrErr,
                                     pAPVAddresses,
                                     outputData,
                                     lAddrVec,
                                     lHeaderBitVec,
                                     lTrailBitVec,
                                     lFedScopeDigis);
        lPreviousFedId = fedId;
        hasBeenProcessed = true;
      }
      // add digis
      lFedScopeDigis.push_back(inputChannel);
      lAddrVec.push_back(lFrame.apvAddress.first);
      lAddrVec.push_back(lFrame.apvAddress.second);
      lHeaderBitVec.push_back(lFrame.firstHeaderBit);
      lTrailBitVec.push_back(lFrame.firstTrailerBit);
 
    }  // end of loop over channels.
 
    //process the last one if not already done.
    if (!hasBeenProcessed) {
      SpyDigiConverter::processFED(lPreviousFedId,
                                   discardDigisWithAPVAddrErr,
                                   pAPVAddresses,
                                   outputData,
                                   lAddrVec,
                                   lHeaderBitVec,
                                   lTrailBitVec,
                                   lFedScopeDigis);
    }
 
    //return DSV of output
    return std::unique_ptr<DSVRawDigis>(new DSVRawDigis(outputData, true));
 
  }  // end of SpyDigiConverter::extractPayloadDigis method
 
  void SpyDigiConverter::processFED(const uint16_t aPreviousFedId,
                                    const bool discardDigisWithAPVAddrErr,
                                    std::vector<uint32_t>* pAPVAddresses,
                                    std::vector<DetSetRawDigis>& outputData,
                                    std::vector<uint16_t>& aAddrVec,
                                    std::vector<uint16_t>& aHeaderBitVec,
                                    std::vector<uint16_t>& aTrailBitVec,
                                    std::vector<DSVRawDigis::const_iterator>& aFedScopeDigis) {
    //extract majority address
    uint32_t lMaj = sistrip::SpyUtilities::findMajorityValue(aAddrVec, aPreviousFedId).first;
    if (pAPVAddresses)
      (*pAPVAddresses)[aPreviousFedId] = lMaj;
 
    //loop over iterators and fill payload
    std::vector<DSVRawDigis::const_iterator>::iterator lIter;
    unsigned int lCh = 0;
    for (lIter = aFedScopeDigis.begin(); lIter != aFedScopeDigis.end(); ++lIter, ++lCh) {
      //discard if APV address different from majority.
      //Keep if only one of them is wrong: the other APV might be alright ??
 
      if (discardDigisWithAPVAddrErr && aAddrVec[2 * lCh] != lMaj && aAddrVec[2 * lCh + 1] != lMaj) {
        continue;
      }
 
      DetSetRawDigis::const_iterator iDigi = (*lIter)->begin();
      const DetSetRawDigis::const_iterator endOfChannel = (*lIter)->end();
 
      if (iDigi == endOfChannel) {
        continue;
      }
 
      //header starts in sample firstHeaderBit and is 18+6 samples long
      const DetSetRawDigis::const_iterator payloadBegin = iDigi + aHeaderBitVec[lCh] + 24;
      const DetSetRawDigis::const_iterator payloadEnd = payloadBegin + STRIPS_PER_FEDCH;
 
      if (payloadEnd - iDigi >= endOfChannel - iDigi)
        continue;  // few-cases where this is possible, i.e. nothing above frame-threhsold
 
      // Copy data into output collection
      // Create new detSet with same key (in this case it is the fedKey, not detId)
      outputData.push_back(DetSetRawDigis((*lIter)->detId()));
      std::vector<SiStripRawDigi>& outputDetSetData = outputData.back().data;
      outputDetSetData.resize(STRIPS_PER_FEDCH);
      std::vector<SiStripRawDigi>::iterator outputBegin = outputDetSetData.begin();
      std::copy(payloadBegin, payloadEnd, outputBegin);
    }
 
    aFedScopeDigis.clear();
    aAddrVec.clear();
    aHeaderBitVec.clear();
    aTrailBitVec.clear();
 
    aAddrVec.reserve(2 * sistrip::FEDCH_PER_FED);
    aHeaderBitVec.reserve(sistrip::FEDCH_PER_FED);
    aTrailBitVec.reserve(sistrip::FEDCH_PER_FED);
    aFedScopeDigis.reserve(sistrip::FEDCH_PER_FED);
  }
 
  std::unique_ptr<SpyDigiConverter::DSVRawDigis> SpyDigiConverter::reorderDigis(const DSVRawDigis* inputPayloadDigis) {
    // Data is already sorted so push back fast into vector to avoid sorts and create DSV later
    std::vector<DetSetRawDigis> outputData;
    outputData.reserve(inputPayloadDigis->size());
 
    // Loop over channels in input collection
    for (DSVRawDigis::const_iterator inputChannel = inputPayloadDigis->begin();
         inputChannel != inputPayloadDigis->end();
         ++inputChannel) {
      const std::vector<SiStripRawDigi>& inputDetSetData = inputChannel->data;
      outputData.push_back(DetSetRawDigis(inputChannel->detId()));
      std::vector<SiStripRawDigi>& outputDetSetData = outputData.back().data;
      outputDetSetData.resize(STRIPS_PER_FEDCH);
      // Copy the data into the output vector reordering
      for (uint16_t readoutOrderStripIndex = 0; readoutOrderStripIndex < inputDetSetData.size();
           ++readoutOrderStripIndex) {
        const uint16_t physicalOrderStripIndex =
            FEDStripOrdering::physicalOrderForStripInChannel(readoutOrderStripIndex);
        outputDetSetData.at(physicalOrderStripIndex) = inputDetSetData.at(readoutOrderStripIndex);
      }
    }
 
    //return DSV of output
    return std::unique_ptr<DSVRawDigis>(new DSVRawDigis(outputData, true));
  }  // end of SpyDigiConverter::reorderDigis method.
 
  std::unique_ptr<SpyDigiConverter::DSVRawDigis> SpyDigiConverter::mergeModuleChannels(
      const DSVRawDigis* inputPhysicalOrderChannelDigis, const SiStripFedCabling& cabling) {
    // Create filler for detSetVector to create output (with maximum number of DetSets and digis)
    uint16_t nFeds = static_cast<uint16_t>(FED_ID_MAX - FED_ID_MIN + 1);
 
    RawDigiDetSetVectorFiller dsvFiller(nFeds * FEDCH_PER_FED / 2, nFeds * FEDCH_PER_FED * STRIPS_PER_FEDCH);
    // Loop over FEDs in cabling
    auto iFed = cabling.fedIds().begin();
    auto endFeds = cabling.fedIds().end();
    for (; iFed != endFeds; ++iFed) {
      // Loop over cabled channels
      auto conns = cabling.fedConnections(*iFed);
      auto iConn = conns.begin();
      auto endConns = conns.end();
      for (; iConn != endConns; ++iConn) {
        // Skip channels not connected to a detector.
        if (!iConn->isConnected())
          continue;
        if (iConn->detId() == sistrip::invalid32_)
          continue;
 
        // Find the data from the input collection
        const uint32_t fedIndex = ((iConn->fedId() & sistrip::invalid_) << 16) | (iConn->fedCh() & sistrip::invalid_);
        const DSVRawDigis::const_iterator iDetSet = inputPhysicalOrderChannelDigis->find(fedIndex);
        if (iDetSet == inputPhysicalOrderChannelDigis->end()) {
          // NOTE: It will display this warning if channel hasn't been unpacked...
          // Will comment out for now.
          //edm::LogWarning("SiStripSpyDigiConverter") << "No data found for FED ID: " << iConn->fedId() << " channel: " << iConn->fedCh();
          continue;
        }
 
        // Start a new channel indexed by the detId in the filler
        dsvFiller.newChannel(iConn->detId(), iConn->apvPairNumber() * STRIPS_PER_FEDCH);
 
        // Add the data
        DetSetRawDigis::const_iterator iDigi = iDetSet->begin();
        const DetSetRawDigis::const_iterator endDetSetDigis = iDetSet->end();
        for (; iDigi != endDetSetDigis; ++iDigi) {
          dsvFiller.addItem(*iDigi);
        }  // end of loop over the digis.
      }    // end of loop over channels.
    }      // end of loop over FEDs
 
    return dsvFiller.createDetSetVector();
  }  // end of SpyDigiConverter::mergeModuleChannels method.
 
}  // namespace sistrip