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#include "DQM/HcalTasks/interface/LEDTask.h"
using namespace hcaldqm;
using namespace hcaldqm::constants;
using namespace hcaldqm::filter;
LEDTask::LEDTask(edm::ParameterSet const& ps)
: DQTask(ps), hcalDbServiceToken_(esConsumes<HcalDbService, HcalDbRecord, edm::Transition::BeginRun>()) {
_nevents = ps.getUntrackedParameter<int>("nevents", 2000);
// tags
_tagQIE11 = ps.getUntrackedParameter<edm::InputTag>("tagHE", edm::InputTag("hcalDigis"));
_tagHO = ps.getUntrackedParameter<edm::InputTag>("tagHO", edm::InputTag("hcalDigis"));
_tagQIE10 = ps.getUntrackedParameter<edm::InputTag>("tagHF", edm::InputTag("hcalDigis"));
_tagTrigger = ps.getUntrackedParameter<edm::InputTag>("tagTrigger", edm::InputTag("tbunpacker"));
_taguMN = ps.getUntrackedParameter<edm::InputTag>("taguMN", edm::InputTag("hcalDigis"));
_tokQIE11 = consumes<QIE11DigiCollection>(_tagQIE11);
_tokHO = consumes<HODigiCollection>(_tagHO);
_tokQIE10 = consumes<QIE10DigiCollection>(_tagQIE10);
_tokTrigger = consumes<HcalTBTriggerData>(_tagTrigger);
_tokuMN = consumes<HcalUMNioDigi>(_taguMN);
// constants
_lowHBHE = ps.getUntrackedParameter<double>("lowHBHE", 20);
_lowHO = ps.getUntrackedParameter<double>("lowHO", 20);
_lowHF = ps.getUntrackedParameter<double>("lowHF", 20);
}
/* virtual */ void LEDTask::bookHistograms(DQMStore::IBooker& ib, edm::Run const& r, edm::EventSetup const& es) {
if (_ptype == fLocal)
if (r.runAuxiliary().run() == 1)
return;
DQTask::bookHistograms(ib, r, es);
edm::ESHandle<HcalDbService> dbService = es.getHandle(hcalDbServiceToken_);
_emap = dbService->getHcalMapping();
// Book LED calibration channels from emap
std::vector<HcalElectronicsId> eids = _emap->allElectronicsId();
for (unsigned i = 0; i < eids.size(); i++) {
HcalElectronicsId eid = eids[i];
DetId id = _emap->lookup(eid);
if (HcalGenericDetId(id.rawId()).isHcalCalibDetId()) {
HcalCalibDetId calibId(id);
if (calibId.calibFlavor() == HcalCalibDetId::CalibrationBox) {
HcalSubdetector this_subdet = HcalEmpty;
switch (calibId.hcalSubdet()) {
case HcalBarrel:
this_subdet = HcalBarrel;
break;
case HcalEndcap:
this_subdet = HcalEndcap;
break;
case HcalOuter:
this_subdet = HcalOuter;
break;
case HcalForward:
this_subdet = HcalForward;
break;
default:
this_subdet = HcalEmpty;
break;
}
_ledCalibrationChannels[this_subdet].push_back(
HcalDetId(HcalOther, calibId.ieta(), calibId.iphi(), calibId.cboxChannel()));
}
}
}
std::vector<uint32_t> vhashVME;
std::vector<uint32_t> vhashuTCA;
std::vector<uint32_t> vhashC36;
vhashVME.push_back(
HcalElectronicsId(constants::FIBERCH_MIN, constants::FIBER_VME_MIN, SPIGOT_MIN, CRATE_VME_MIN).rawId());
vhashuTCA.push_back(HcalElectronicsId(CRATE_uTCA_MIN, SLOT_uTCA_MIN, FIBER_uTCA_MIN1, FIBERCH_MIN, false).rawId());
_filter_VME.initialize(filter::fFilter, hcaldqm::hashfunctions::fElectronics, vhashVME);
_filter_uTCA.initialize(filter::fFilter, hcaldqm::hashfunctions::fElectronics, vhashuTCA);
// INITIALIZE
_cSignalMean_Subdet.initialize(_name,
"SignalMean",
hcaldqm::hashfunctions::fSubdet,
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::ffC_3000),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN, true),
0);
_cSignalRMS_Subdet.initialize(_name,
"SignalRMS",
hcaldqm::hashfunctions::fSubdet,
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::ffC_3000),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN, true),
0);
_cTimingMean_Subdet.initialize(_name,
"TimingMean",
hcaldqm::hashfunctions::fSubdet,
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTiming_TS200),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN, true),
0);
_cTimingRMS_Subdet.initialize(_name,
"TimingRMS",
hcaldqm::hashfunctions::fSubdet,
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTiming_TS200),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN, true),
0);
if (_ptype == fLocal) { // hidefed2crate
_cSignalMean_FEDuTCA.initialize(_name,
"SignalMean",
hcaldqm::hashfunctions::fFED,
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fSlotuTCA),
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fFiberuTCAFiberCh),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::ffC_generic_400000, true),
0);
_cSignalRMS_FEDuTCA.initialize(_name,
"SignalRMS",
hcaldqm::hashfunctions::fFED,
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fSlotuTCA),
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fFiberuTCAFiberCh),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::ffC_generic_10000, true),
0);
_cTimingMean_FEDuTCA.initialize(_name,
"TimingMean",
hcaldqm::hashfunctions::fFED,
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fSlotuTCA),
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fFiberuTCAFiberCh),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTiming_TS200),
0);
_cTimingRMS_FEDuTCA.initialize(_name,
"TimingRMS",
hcaldqm::hashfunctions::fFED,
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fSlotuTCA),
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fFiberuTCAFiberCh),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTiming_TS200),
0);
_cShapeCut_FEDSlot.initialize(_name,
"Shape",
hcaldqm::hashfunctions::fFEDSlot,
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTiming_TS),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::ffC_generic_400000),
0);
}
_cSignalMean_depth.initialize(_name,
"SignalMean",
hcaldqm::hashfunctions::fdepth,
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fieta),
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fiphi),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::ffC_generic_400000, true),
0);
_cSignalRMS_depth.initialize(_name,
"SignalRMS",
hcaldqm::hashfunctions::fdepth,
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fieta),
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fiphi),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::ffC_generic_10000, true),
0);
_cTimingMean_depth.initialize(_name,
"TimingMean",
hcaldqm::hashfunctions::fdepth,
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fieta),
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fiphi),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTiming_TS200),
0);
_cTimingRMS_depth.initialize(_name,
"TimingRMS",
hcaldqm::hashfunctions::fdepth,
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fieta),
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fiphi),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTiming_TS200),
0);
_cMissing_depth.initialize(_name,
"Missing",
hcaldqm::hashfunctions::fdepth,
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fieta),
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fiphi),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN),
0);
if (_ptype != fOffline) { // hidefed2crate
_cMissing_FEDuTCA.initialize(_name,
"Missing",
hcaldqm::hashfunctions::fFED,
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fSlotuTCA),
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fFiberuTCAFiberCh),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN),
0);
}
// Plots for LED in global
if (_ptype == fOnline || _ptype == fLocal) {
_cADCvsTS_SubdetPM.initialize(_name,
"ADCvsTS",
hcaldqm::hashfunctions::fSubdetPM,
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTiming_TS),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fQIE10ADC_256),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN, true),
0);
}
if (_ptype == fOnline) {
_cLowSignal_CrateSlot.initialize(_name,
"LowSignal",
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fCrateuTCA),
new hcaldqm::quantity::ElectronicsQuantity(hcaldqm::quantity::fSlotuTCA),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN, true),
0);
_cSumQ_SubdetPM.initialize(_name,
"SumQ",
hcaldqm::hashfunctions::fSubdetPM,
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fQIE10fC_400000),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN, true),
0);
_cTDCTime_SubdetPM.initialize(_name,
"TDCTime",
hcaldqm::hashfunctions::fSubdetPM,
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTime_ns_250),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN, true),
0);
_cTDCTime_depth.initialize(_name,
"TDCTime",
hcaldqm::hashfunctions::fdepth,
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fieta),
new hcaldqm::quantity::DetectorQuantity(hcaldqm::quantity::fiphi),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fTime_ns_250),
0);
_LED_ADCvsBX_Subdet.initialize(_name,
"LED_ADCvsBX",
hcaldqm::hashfunctions::fSubdet,
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fBX_36),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fADC_256_4),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN),
0);
} else if (_ptype == fLocal) {
_LED_ADCvsEvn_Subdet.initialize(_name,
"LED_ADCvsEvn",
hcaldqm::hashfunctions::fSubdet,
new hcaldqm::quantity::EventNumber(_nevents),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fADC_256_4),
new hcaldqm::quantity::ValueQuantity(hcaldqm::quantity::fN),
0);
}
// initialize compact containers
_xSignalSum.initialize(hcaldqm::hashfunctions::fDChannel);
_xSignalSum2.initialize(hcaldqm::hashfunctions::fDChannel);
_xTimingSum.initialize(hcaldqm::hashfunctions::fDChannel);
_xTimingSum2.initialize(hcaldqm::hashfunctions::fDChannel);
_xEntries.initialize(hcaldqm::hashfunctions::fDChannel);
// BOOK
_cSignalMean_Subdet.book(ib, _emap, _subsystem);
_cSignalRMS_Subdet.book(ib, _emap, _subsystem);
_cTimingMean_Subdet.book(ib, _emap, _subsystem);
_cTimingRMS_Subdet.book(ib, _emap, _subsystem);
_cSignalMean_depth.book(ib, _emap, _subsystem);
_cSignalRMS_depth.book(ib, _emap, _subsystem);
_cTimingMean_depth.book(ib, _emap, _subsystem);
_cTimingRMS_depth.book(ib, _emap, _subsystem);
_cMissing_depth.book(ib, _emap, _subsystem);
if (_ptype == fLocal) { // hidefed2crate
_cSignalMean_FEDuTCA.book(ib, _emap, _filter_VME, _subsystem);
_cSignalRMS_FEDuTCA.book(ib, _emap, _filter_VME, _subsystem);
_cTimingMean_FEDuTCA.book(ib, _emap, _filter_VME, _subsystem);
_cTimingRMS_FEDuTCA.book(ib, _emap, _filter_VME, _subsystem);
_cShapeCut_FEDSlot.book(ib, _emap, _subsystem);
_cMissing_FEDuTCA.book(ib, _emap, _filter_VME, _subsystem);
}
if (_ptype == fOnline || _ptype == fLocal) {
_cADCvsTS_SubdetPM.book(ib, _emap, _subsystem);
}
if (_ptype == fOnline) {
_cLowSignal_CrateSlot.book(ib, _subsystem);
_cSumQ_SubdetPM.book(ib, _emap, _subsystem);
_cTDCTime_SubdetPM.book(ib, _emap, _subsystem);
_cTDCTime_depth.book(ib, _emap, _subsystem);
}
if (_ptype == fOnline) {
_LED_ADCvsBX_Subdet.book(ib, _emap, _subsystem);
} else if (_ptype == fLocal) {
_LED_ADCvsEvn_Subdet.book(ib, _emap, _subsystem);
}
_xSignalSum.book(_emap);
_xSignalSum2.book(_emap);
_xEntries.book(_emap);
_xTimingSum.book(_emap);
_xTimingSum2.book(_emap);
_ehashmap.initialize(_emap, electronicsmap::fD2EHashMap);
}
/* virtual */ void LEDTask::_resetMonitors(hcaldqm::UpdateFreq uf) { DQTask::_resetMonitors(uf); }
/* virtual */ void LEDTask::_dump() {
_cSignalMean_Subdet.reset();
_cSignalRMS_Subdet.reset();
_cTimingMean_Subdet.reset();
_cTimingRMS_Subdet.reset();
_cSignalMean_depth.reset();
_cSignalRMS_depth.reset();
_cTimingMean_depth.reset();
_cTimingRMS_depth.reset();
if (_ptype == fLocal) { // hidefed2crate
_cSignalMean_FEDuTCA.reset();
_cSignalRMS_FEDuTCA.reset();
_cTimingMean_FEDuTCA.reset();
_cTimingRMS_FEDuTCA.reset();
}
std::vector<HcalGenericDetId> dids = _emap->allPrecisionId();
for (std::vector<HcalGenericDetId>::const_iterator it = dids.begin(); it != dids.end(); ++it) {
if (!it->isHcalDetId())
continue;
HcalDetId did = HcalDetId(it->rawId());
HcalElectronicsId eid(_ehashmap.lookup(did));
int n = _xEntries.get(did);
double msig = _xSignalSum.get(did) / n;
double mtim = _xTimingSum.get(did) / n;
double rsig = sqrt(_xSignalSum2.get(did) / n - msig * msig);
double rtim = sqrt(_xTimingSum2.get(did) / n - mtim * mtim);
// channels missing or low signal
if (n == 0) {
_cMissing_depth.fill(did);
if (_ptype == fLocal) { // hidefed2crate
if (!eid.isVMEid())
_cMissing_FEDuTCA.fill(eid);
}
continue;
}
_cSignalMean_Subdet.fill(did, msig);
_cSignalMean_depth.fill(did, msig);
_cSignalRMS_Subdet.fill(did, rsig);
_cSignalRMS_depth.fill(did, rsig);
_cTimingMean_Subdet.fill(did, mtim);
_cTimingMean_depth.fill(did, mtim);
_cTimingRMS_Subdet.fill(did, rtim);
_cTimingRMS_depth.fill(did, rtim);
if (_ptype == fLocal) { // hidefed2crate
if (!eid.isVMEid()) {
_cSignalMean_FEDuTCA.fill(eid, msig);
_cSignalRMS_FEDuTCA.fill(eid, rsig);
_cTimingMean_FEDuTCA.fill(eid, mtim);
_cTimingRMS_FEDuTCA.fill(eid, rtim);
}
}
}
}
/* virtual */ void LEDTask::_process(edm::Event const& e, edm::EventSetup const& es) {
edm::Handle<HODigiCollection> c_ho;
edm::Handle<QIE10DigiCollection> c_QIE10;
edm::Handle<QIE11DigiCollection> c_QIE11;
if (!e.getByToken(_tokHO, c_ho))
_logger.dqmthrow("Collection HODigiCollection isn't available " + _tagHO.label() + " " + _tagHO.instance());
if (!e.getByToken(_tokQIE10, c_QIE10))
_logger.dqmthrow("Collection QIE10DigiCollection isn't available " + _tagQIE10.label() + " " +
_tagQIE10.instance());
if (!e.getByToken(_tokQIE11, c_QIE11))
_logger.dqmthrow("Collection QIE11DigiCollection isn't available " + _tagQIE11.label() + " " +
_tagQIE11.instance());
// int currentEvent = e.eventAuxiliary().id().event();
for (QIE11DigiCollection::const_iterator it = c_QIE11->begin(); it != c_QIE11->end(); ++it) {
const QIE11DataFrame digi = static_cast<const QIE11DataFrame>(*it);
HcalDetId const& did = digi.detid();
if ((did.subdet() != HcalBarrel) && (did.subdet() != HcalEndcap)) {
// LED monitoring from calibration channels
if (did.subdet() == HcalOther) {
HcalOtherDetId hodid(digi.detid());
if (hodid.subdet() == HcalCalibration) {
if (std::find(_ledCalibrationChannels[HcalEndcap].begin(), _ledCalibrationChannels[HcalEndcap].end(), did) !=
_ledCalibrationChannels[HcalEndcap].end()) {
for (int i = 0; i < digi.samples(); i++) {
if (_ptype == fOnline) {
_LED_ADCvsBX_Subdet.fill(HcalDetId(HcalEndcap, 16, 1, 1), e.bunchCrossing(), digi[i].adc());
} else if (_ptype == fLocal) {
_LED_ADCvsEvn_Subdet.fill(
HcalDetId(HcalEndcap, 16, 1, 1), e.eventAuxiliary().id().event(), digi[i].adc());
}
}
} else if (std::find(_ledCalibrationChannels[HcalBarrel].begin(),
_ledCalibrationChannels[HcalBarrel].end(),
did) != _ledCalibrationChannels[HcalBarrel].end()) {
for (int i = 0; i < digi.samples(); i++) {
if (_ptype == fOnline) {
_LED_ADCvsBX_Subdet.fill(HcalDetId(HcalBarrel, 1, 1, 1), e.bunchCrossing(), digi[i].adc());
} else if (_ptype == fLocal) {
_LED_ADCvsEvn_Subdet.fill(
HcalDetId(HcalBarrel, 1, 1, 1), e.eventAuxiliary().id().event(), digi[i].adc());
}
}
}
}
}
continue;
}
uint32_t rawid = _ehashmap.lookup(did);
if (!rawid) {
std::string unknown_id_string = "Detid " + std::to_string(int(did)) + ", ieta " + std::to_string(did.ieta());
unknown_id_string += ", iphi " + std::to_string(did.iphi()) + ", depth " + std::to_string(did.depth());
unknown_id_string += ", is not in emap. Skipping.";
_logger.warn(unknown_id_string);
continue;
}
HcalElectronicsId const& eid(rawid);
CaloSamples digi_fC = hcaldqm::utilities::loadADC2fCDB<QIE11DataFrame>(_dbService, did, digi);
//double sumQ = hcaldqm::utilities::sumQ_v10<QIE11DataFrame>(digi, 2.5, 0, digi.samples()-1);
double sumQ = hcaldqm::utilities::sumQDB<QIE11DataFrame>(_dbService, digi_fC, did, digi, 0, digi.samples() - 1);
if (sumQ >= _lowHBHE) {
//double aveTS = hcaldqm::utilities::aveTS_v10<QIE11DataFrame>(digi, 2.5, 0,digi.samples()-1);
double aveTS = hcaldqm::utilities::aveTSDB<QIE11DataFrame>(_dbService, digi_fC, did, digi, 0, digi.size() - 1);
_xSignalSum.get(did) += sumQ;
_xSignalSum2.get(did) += sumQ * sumQ;
_xTimingSum.get(did) += aveTS;
_xTimingSum2.get(did) += aveTS * aveTS;
_xEntries.get(did)++;
if (_ptype == fLocal) { // hidefed2crate
for (int i = 0; i < digi.samples(); i++) {
//_cShapeCut_FEDSlot.fill(eid, i, digi.sample(i).nominal_fC()-2.5);
_cShapeCut_FEDSlot.fill(
eid, i, hcaldqm::utilities::adc2fCDBMinusPedestal<QIE11DataFrame>(_dbService, digi_fC, did, digi, i));
}
}
if (_ptype == fOnline || _ptype == fLocal) {
for (int iTS = 0; iTS < digi.samples(); ++iTS) {
_cADCvsTS_SubdetPM.fill(did, iTS, digi[iTS].adc());
}
}
if (_ptype == fOnline) {
for (int iTS = 0; iTS < digi.samples(); ++iTS) {
if (digi[iTS].tdc() < 50) {
double time = iTS * 25. + (digi[iTS].tdc() / 2.);
_cTDCTime_SubdetPM.fill(did, time);
_cTDCTime_depth.fill(did, time);
}
}
_cSumQ_SubdetPM.fill(did, sumQ);
// Low signal in SOI
short soi = -1;
for (int i = 0; i < digi.samples(); i++) {
if (digi[i].soi()) {
soi = i;
break;
}
}
if (digi[soi].adc() < 30) {
_cLowSignal_CrateSlot.fill(eid);
}
}
}
}
for (HODigiCollection::const_iterator it = c_ho->begin(); it != c_ho->end(); ++it) {
const HODataFrame digi = (const HODataFrame)(*it);
HcalDetId did = digi.id();
if (did.subdet() != HcalOuter) {
// LED monitoring from calibration channels
if (did.subdet() == HcalOther) {
HcalOtherDetId hodid(did);
if (hodid.subdet() == HcalCalibration) {
if (std::find(_ledCalibrationChannels[HcalOuter].begin(), _ledCalibrationChannels[HcalOuter].end(), did) !=
_ledCalibrationChannels[HcalOuter].end()) {
for (int i = 0; i < digi.size(); i++) {
if (_ptype == fOnline) {
_LED_ADCvsBX_Subdet.fill(HcalDetId(HcalOuter, 1, 1, 4), e.bunchCrossing(), digi[i].adc());
} else if (_ptype == fLocal) {
_LED_ADCvsEvn_Subdet.fill(
HcalDetId(HcalOuter, 1, 1, 4), e.eventAuxiliary().id().event(), digi[i].adc());
}
}
}
}
}
continue;
}
HcalElectronicsId eid = digi.elecId();
//double sumQ = hcaldqm::utilities::sumQ<HODataFrame>(digi, 8.5, 0, digi.size()-1);
CaloSamples digi_fC = hcaldqm::utilities::loadADC2fCDB<HODataFrame>(_dbService, did, digi);
double sumQ = hcaldqm::utilities::sumQDB<HODataFrame>(_dbService, digi_fC, did, digi, 0, digi.size() - 1);
if (sumQ >= _lowHO) {
//double aveTS = hcaldqm::utilities::aveTS<HODataFrame>(digi, 8.5, 0, digi.size()-1);
double aveTS = hcaldqm::utilities::aveTSDB<HODataFrame>(_dbService, digi_fC, did, digi, 0, digi.size() - 1);
_xSignalSum.get(did) += sumQ;
_xSignalSum2.get(did) += sumQ * sumQ;
_xTimingSum.get(did) += aveTS;
_xTimingSum2.get(did) += aveTS * aveTS;
_xEntries.get(did)++;
if (_ptype == fLocal) { // hidefed2crate
for (int i = 0; i < digi.size(); i++) {
//_cShapeCut_FEDSlot.fill(eid, i, digi.sample(i).nominal_fC()-8.5);
_cShapeCut_FEDSlot.fill(
eid, i, hcaldqm::utilities::adc2fCDBMinusPedestal<HODataFrame>(_dbService, digi_fC, did, digi, i));
}
}
if (_ptype == fOnline || _ptype == fLocal) {
for (int iTS = 0; iTS < digi.size(); ++iTS) {
_cADCvsTS_SubdetPM.fill(did, iTS, digi.sample(iTS).adc());
}
}
if (_ptype == fOnline) {
_cSumQ_SubdetPM.fill(did, sumQ);
}
}
}
for (QIE10DigiCollection::const_iterator it = c_QIE10->begin(); it != c_QIE10->end(); ++it) {
const QIE10DataFrame digi = static_cast<const QIE10DataFrame>(*it);
HcalDetId did = digi.detid();
if (did.subdet() != HcalForward) {
// LED monitoring from calibration channels
if (did.subdet() == HcalOther) {
HcalOtherDetId hodid(digi.detid());
if (hodid.subdet() == HcalCalibration) {
if (std::find(_ledCalibrationChannels[HcalForward].begin(),
_ledCalibrationChannels[HcalForward].end(),
did) != _ledCalibrationChannels[HcalForward].end()) {
for (int i = 0; i < digi.samples(); i++) {
if (_ptype == fOnline) {
_LED_ADCvsBX_Subdet.fill(HcalDetId(HcalForward, 29, 1, 1), e.bunchCrossing(), digi[i].adc());
} else if (_ptype == fLocal) {
_LED_ADCvsEvn_Subdet.fill(
HcalDetId(HcalForward, 29, 1, 1), e.eventAuxiliary().id().event(), digi[i].adc());
}
}
}
}
}
continue;
}
HcalElectronicsId eid = HcalElectronicsId(_ehashmap.lookup(did));
//double sumQ = hcaldqm::utilities::sumQ_v10<QIE10DataFrame>(digi, 2.5, 0, digi.samples()-1);
CaloSamples digi_fC = hcaldqm::utilities::loadADC2fCDB<QIE10DataFrame>(_dbService, did, digi);
double sumQ = hcaldqm::utilities::sumQDB<QIE10DataFrame>(_dbService, digi_fC, did, digi, 0, digi.samples() - 1);
if (sumQ >= _lowHF) {
//double aveTS = hcaldqm::utilities::aveTS_v10<QIE10DataFrame>(digi, 2.5, 0, digi.samples()-1);
double aveTS = hcaldqm::utilities::aveTSDB<QIE10DataFrame>(_dbService, digi_fC, did, digi, 0, digi.size() - 1);
_xSignalSum.get(did) += sumQ;
_xSignalSum2.get(did) += sumQ * sumQ;
_xTimingSum.get(did) += aveTS;
_xTimingSum2.get(did) += aveTS * aveTS;
_xEntries.get(did)++;
if (_ptype == fLocal) { // hidefed2crate
for (int i = 0; i < digi.samples(); ++i) {
// Note: this used to be digi.sample(i).nominal_fC() - 2.5, but this branch doesn't exist in QIE10DataFrame.
// Instead, use lookup table.
//_cShapeCut_FEDSlot.fill(eid, i, constants::adc2fC[digi[i].adc()]);
_cShapeCut_FEDSlot.fill(
eid, i, hcaldqm::utilities::adc2fCDBMinusPedestal<QIE10DataFrame>(_dbService, digi_fC, did, digi, i));
}
}
if (_ptype == fOnline || _ptype == fLocal) {
for (int iTS = 0; iTS < digi.samples(); ++iTS) {
_cADCvsTS_SubdetPM.fill(did, iTS, digi[iTS].adc());
}
}
if (_ptype == fOnline) {
for (int iTS = 0; iTS < digi.samples(); ++iTS) {
if (digi[iTS].le_tdc() < 50) {
double time = iTS * 25. + (digi[iTS].le_tdc() / 2.);
_cTDCTime_SubdetPM.fill(did, time);
_cTDCTime_depth.fill(did, time);
}
}
_cSumQ_SubdetPM.fill(did, sumQ);
}
}
}
if (_ptype == fOnline && _evsTotal > 0 && _evsTotal % constants::CALIBEVENTS_MIN == 0)
this->_dump();
}
/* virtual */ bool LEDTask::_isApplicable(edm::Event const& e) {
if (_ptype != fOnline) {
// local
edm::Handle<HcalTBTriggerData> ctrigger;
if (!e.getByToken(_tokTrigger, ctrigger))
_logger.dqmthrow("Collection HcalTBTriggerData isn't available " + _tagTrigger.label() + " " +
_tagTrigger.instance());
return ctrigger->wasLEDTrigger();
} else {
// fOnline mode
edm::Handle<HcalUMNioDigi> cumn;
if (!e.getByToken(_tokuMN, cumn)) {
return false;
}
return (cumn->eventType() == constants::EVENTTYPE_LED);
}
return false;
}
DEFINE_FWK_MODULE(LEDTask);
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