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EcalSelectiveReadoutValidation.cc
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EcalSelectiveReadoutValidation.cc
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/*
* \file EcalSelectiveReadoutValidation.cc
*
*
*/
#include "Validation/EcalDigis/interface/EcalSelectiveReadoutValidation.h"
#include "Validation/EcalDigis/src/ecalDccMap.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
#include "FWCore/Framework/interface/ESHandle.h"
#include "FWCore/Framework/interface/Event.h"
#include "FWCore/Framework/interface/EventSetup.h"
#include "FWCore/Framework/interface/ConsumesCollector.h"
#include "FWCore/ParameterSet/interface/ParameterSet.h"
#include "Geometry/EcalMapping/interface/EcalElectronicsMapping.h"
#include "Geometry/EcalMapping/interface/EcalMappingRcd.h"
#include "Geometry/CaloGeometry/interface/CaloSubdetectorGeometry.h"
#include "Geometry/CaloGeometry/interface/CaloCellGeometry.h"
#include "Geometry/CaloGeometry/interface/CaloGeometry.h"
#include "Geometry/CaloTopology/interface/EcalTrigTowerConstituentsMap.h"
#include "Geometry/Records/interface/CaloGeometryRecord.h"
#include "DataFormats/Common/interface/Handle.h"
#include "CondFormats/EcalObjects/interface/EcalTPGLutIdMap.h"
#include "CondFormats/EcalObjects/interface/EcalTPGLutGroup.h"
#include "CondFormats/EcalObjects/interface/EcalTPGPhysicsConst.h"
#include "CondFormats/DataRecord/interface/EcalTPGLutIdMapRcd.h"
#include "CondFormats/DataRecord/interface/EcalTPGLutGroupRcd.h"
#include "CondFormats/DataRecord/interface/EcalTPGPhysicsConstRcd.h"
using namespace cms;
using namespace edm;
using namespace std;
const double EcalSelectiveReadoutValidation::rad2deg = 45./atan(1.);
const int EcalSelectiveReadoutValidation::nDccRus_[nDccs_] ={
//EE- DCCs:
// 1 2 3 4 5 6 7 8 9
/**/34, 32, 33, 33, 32, 34, 33, 34, 33,
//EB- DCCs:
// 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27
/**/68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68,
//EB+ DCCs:
// 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45
/**/68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68, 68,
//EE+ DCCs:
// 46 47 48 49 50 51 52 53 54
/**/32, 33, 33, 32, 34, 33, 34, 33, 34
};
EcalSelectiveReadoutValidation::EcalSelectiveReadoutValidation(const ParameterSet& ps):
collNotFoundWarn_(ps.getUntrackedParameter<bool>("warnIfCollectionNotFound", true)),
ebDigis_(ps.getParameter<edm::InputTag>("EbDigiCollection"), false,
collNotFoundWarn_),
eeDigis_(ps.getParameter<edm::InputTag>("EeDigiCollection"), false,
collNotFoundWarn_),
ebNoZsDigis_(ps.getParameter<edm::InputTag>("EbUnsuppressedDigiCollection"),
false, false/*collNotFoundWarn_*/),
eeNoZsDigis_(ps.getParameter<edm::InputTag>("EeUnsuppressedDigiCollection"),
false, false/*collNotFoundWarn_*/),
ebSrFlags_(ps.getParameter<edm::InputTag>("EbSrFlagCollection"), false,
collNotFoundWarn_),
eeSrFlags_(ps.getParameter<edm::InputTag>("EeSrFlagCollection"), false,
collNotFoundWarn_),
ebComputedSrFlags_(ps.getParameter<edm::InputTag>("EbSrFlagFromTTCollection"), false,
false/*collNotFoundWarn_*/),
eeComputedSrFlags_(ps.getParameter<edm::InputTag>("EeSrFlagFromTTCollection"), false,
false/*collNotFoundWarn_*/),
ebSimHits_(ps.getParameter<edm::InputTag>("EbSimHitCollection"), false,
false/*collNotFoundWarn_*/),
eeSimHits_(ps.getParameter<edm::InputTag>("EeSimHitCollection"), false,
false/*collNotFoundWarn_*/),
tps_(ps.getParameter<edm::InputTag>("TrigPrimCollection"), false,
collNotFoundWarn_),
ebRecHits_(ps.getParameter<edm::InputTag>("EbRecHitCollection"), false,
false/*collNotFoundWarn_*/),
eeRecHits_(ps.getParameter<edm::InputTag>("EeRecHitCollection"), false,
false/*collNotFoundWarn_*/),
fedRaw_(ps.getParameter<edm::InputTag>("FEDRawCollection"), false,
false/*collNotFoundWarn_*/),
tmax(0),
tmin(numeric_limits<int64_t>::max()),
l1aOfTmin(0),
l1aOfTmax(0),
triggerTowerMap_(0),
localReco_(ps.getParameter<bool>("LocalReco")),
weights_(ps.getParameter<vector<double> >("weights")),
tpInGeV_(ps.getParameter<bool>("tpInGeV")),
firstFIRSample_(ps.getParameter<int>("ecalDccZs1stSample")),
useEventRate_(ps.getParameter<bool>("useEventRate")),
logErrForDccs_(nDccs_, false),
ievt_(0),
allHists_(false),
histDir_(ps.getParameter<string>("histDir")),
withEeSimHit_(false),
withEbSimHit_(false){
edm::ConsumesCollector collector(consumesCollector());
ebDigis_.setToken(collector);
eeDigis_.setToken(collector);
ebNoZsDigis_.setToken(collector);
eeNoZsDigis_.setToken(collector);
ebSrFlags_.setToken(collector);
eeSrFlags_.setToken(collector);
ebComputedSrFlags_.setToken(collector);
eeComputedSrFlags_.setToken(collector);
ebSimHits_.setToken(collector);
eeSimHits_.setToken(collector);
tps_.setToken(collector);
ebRecHits_.setToken(collector);
eeRecHits_.setToken(collector);
fedRaw_.setToken(collector);
double ebZsThr = ps.getParameter<double>("ebZsThrADCCount");
double eeZsThr = ps.getParameter<double>("eeZsThrADCCount");
ebZsThr_ = lround(ebZsThr*4);
eeZsThr_ = lround(eeZsThr*4);
//File to log SRP algorithem inconsistency
srpAlgoErrorLogFileName_
= ps.getUntrackedParameter<string>("srpAlgoErrorLogFile","");
logSrpAlgoErrors_ = (srpAlgoErrorLogFileName_.size()!=0);
//File to log SRP decision application inconsistency
srApplicationErrorLogFileName_
= ps.getUntrackedParameter<string>("srApplicationErrorLogFile","");
logSrApplicationErrors_ = (srApplicationErrorLogFileName_.size()!=0);
//FIR ZS weights
configFirWeights(ps.getParameter<vector<double> >("dccWeights"));
// DQM ROOT output
outputFile_ = ps.getUntrackedParameter<string>("outputFile", "");
if(outputFile_.size() != 0){
LogInfo("OutputInfo") << " Ecal Digi Task histograms will be saved to '"
<< outputFile_.c_str() << "'";
} else{
LogInfo("OutputInfo") << " Ecal Digi Task histograms will NOT be saved";
}
// verbosity switch
verbose_ = ps.getUntrackedParameter<bool>("verbose", false);
// get hold of back-end interface
vector<string>
hists(ps.getUntrackedParameter<vector<string> >("histograms",
vector<string>(1, "all")));
for(vector<string>::iterator it = hists.begin();
it!=hists.end(); ++it) histList_.insert(*it);
if(histList_.find("all") != histList_.end()) allHists_ = true;
}
void EcalSelectiveReadoutValidation::updateL1aRate(const edm::Event& event){
const int32_t bx = event.bunchCrossing();
if(bx<1 || bx > 3564) return;
int64_t t = event.bunchCrossing() + (event.orbitNumber()-1)*3564;
if(t<tmin){
tmin = t;
l1aOfTmin = event.id().event();
}
if(t>tmax){
tmax = t;
l1aOfTmax = event.id().event();
}
}
double EcalSelectiveReadoutValidation::getL1aRate() const{
LogDebug("EcalSrValid") << __FILE__ << ":" << __LINE__ << ": "
<< "Tmax = " << tmax << " x 25ns; Tmin = " << tmin
<< " x 25ns; L1A(Tmax) = " << l1aOfTmax << "; L1A(Tmin) = "
<< l1aOfTmin << "\n";
return (double)(l1aOfTmax - l1aOfTmin) / ((tmax-tmin) * 25e-9);
}
void EcalSelectiveReadoutValidation::analyze(Event const & event,
EventSetup const & es){
updateL1aRate(event);
//retrieves event products:
readAllCollections(event);
withEeSimHit_ = (eeSimHits_->size()!=0);
withEbSimHit_ = (ebSimHits_->size()!=0);
if(ievt_<10){
edm::LogInfo("EcalSrValid") << "Size of TP collection: " << tps_->size() << std::endl
<< "Size of EB SRF collection read from data: "
<< ebSrFlags_->size() << std::endl
<< "Size of EB SRF collection computed from data TTFs: "
<< ebComputedSrFlags_->size() << std::endl
<< "Size of EE SRF collection read from data: "
<< eeSrFlags_->size() << std::endl
<< "Size of EE SRF collection computed from data TTFs: "
<< eeComputedSrFlags_->size() << std::endl;
}
if(ievt_==0){
selectFedsForLog(); //note: must be called after readAllCollection
}
//computes Et sum trigger tower crystals:
setTtEtSums(es, *ebNoZsDigis_, *eeNoZsDigis_);
//Data Volume
analyzeDataVolume(event, es);
//EB digis
//must be called after analyzeDataVolume because it uses
//isRuComplete_ array that this method fills
analyzeEB(event, es);
//EE digis
//must be called after analyzeDataVolume because it uses
//isRuComplete_ array that this method fills
analyzeEE(event, es);
fill(meFullRoCnt_, nEeFROCnt_+nEbFROCnt_);
fill(meEbFullRoCnt_, nEbFROCnt_);
fill(meEeFullRoCnt_, nEeFROCnt_);
fill(meEbZsErrCnt_, nEbZsErrors_);
fill(meEeZsErrCnt_, nEeZsErrors_);
fill(meZsErrCnt_, nEbZsErrors_ + nEeZsErrors_);
fill(meEbZsErrType1Cnt_, nEbZsErrorsType1_);
fill(meEeZsErrType1Cnt_, nEeZsErrorsType1_);
fill(meZsErrType1Cnt_, nEbZsErrorsType1_ + nEeZsErrorsType1_);
//TP
analyzeTP(event, es);
if(ebComputedSrFlags_->size()){
compareSrfColl(event, *ebSrFlags_, *ebComputedSrFlags_);
}
if(eeComputedSrFlags_->size()){
compareSrfColl(event, *eeSrFlags_, *eeComputedSrFlags_);
}
nDroppedFRO_ = 0;
nIncompleteFRO_ = 0;
nCompleteZS_ = 0;
checkSrApplication(event, *ebSrFlags_);
checkSrApplication(event, *eeSrFlags_);
fill(meDroppedFROCnt_, nDroppedFRO_);
fill(meIncompleteFROCnt_, nIncompleteFRO_);
fill(meCompleteZSCnt_, nCompleteZS_);
++ievt_;
}
void EcalSelectiveReadoutValidation::analyzeEE(const edm::Event& event,
const edm::EventSetup& es){
bool eventError = false;
nEeZsErrors_ = 0;
for(int iZ0=0; iZ0<nEndcaps; ++iZ0){
for(int iX0=0; iX0<nEeX; ++iX0){
for(int iY0=0; iY0<nEeY; ++iY0){
eeEnergies[iZ0][iX0][iY0].noZsRecE = -numeric_limits<double>::max();
eeEnergies[iZ0][iX0][iY0].recE = -numeric_limits<double>::max();
eeEnergies[iZ0][iX0][iY0].simE = 0; //must be set to zero.
eeEnergies[iZ0][iX0][iY0].simHit = 0;
eeEnergies[iZ0][iX0][iY0].gain12 = false;
}
}
}
// gets the endcap geometry:
edm::ESHandle<CaloGeometry> geoHandle;
es.get<CaloGeometryRecord>().get(geoHandle);
const CaloSubdetectorGeometry *geometry_p
= (*geoHandle).getSubdetectorGeometry(DetId::Ecal, EcalEndcap);
CaloSubdetectorGeometry const& geometry = *geometry_p;
//EE unsupressed digis:
for (unsigned int digis=0; digis<eeNoZsDigis_->size(); ++digis){
EEDataFrame frame = (*eeNoZsDigis_)[digis];
int iX0 = iXY2cIndex(frame.id().ix());
int iY0 = iXY2cIndex(frame.id().iy());
int iZ0 = frame.id().zside()>0?1:0;
if(iX0<0 || iX0>=nEeX){
edm::LogError("EcalSrValid") << "iX0 (= " << iX0 << ") is out of range ("
<< "[0," << nEeX -1 << "]\n";
}
if(iY0<0 || iY0>=nEeY){
edm::LogError("EcalSrValid") << "iY0 (= " << iY0 << ") is out of range ("
<< "[0," << nEeY -1 << "]\n";
}
// cout << "EE no ZS energy computation..." ;
eeEnergies[iZ0][iX0][iY0].noZsRecE = frame2Energy(frame);
eeEnergies[iZ0][iX0][iY0].gain12 = true;
for(int i = 0; i< frame.size(); ++i){
const int gain12Code = 0x1;
if(frame[i].gainId()!=gain12Code) eeEnergies[iZ0][iX0][iY0].gain12 = false;
}
const GlobalPoint xtalPos
= geometry.getGeometry(frame.id())->getPosition();
eeEnergies[iZ0][iX0][iY0].phi = rad2deg*((double)xtalPos.phi());
eeEnergies[iZ0][iX0][iY0].eta = xtalPos.eta();
}
//EE rec hits:
if(!localReco_){
for(RecHitCollection::const_iterator it
= eeRecHits_->begin();
it != eeRecHits_->end(); ++it){
const RecHit& hit = *it;
int iX0 = iXY2cIndex(static_cast<const EEDetId&>(hit.id()).ix());
int iY0 = iXY2cIndex(static_cast<const EEDetId&>(hit.id()).iy());
int iZ0 = static_cast<const EEDetId&>(hit.id()).zside()>0?1:0;
if(iX0<0 || iX0>=nEeX){
LogError("EcalSrValid") << "iX0 (= " << iX0 << ") is out of range ("
<< "[0," << nEeX -1 << "]\n";
}
if(iY0<0 || iY0>=nEeY){
LogError("EcalSrValid") << "iY0 (= " << iY0 << ") is out of range ("
<< "[0," << nEeY -1 << "]\n";
}
// cout << "EE no ZS energy computation..." ;
eeEnergies[iZ0][iX0][iY0].recE = hit.energy();
}
}
//EE sim hits:
for(vector<PCaloHit>::const_iterator it = eeSimHits_->begin();
it != eeSimHits_->end(); ++it){
const PCaloHit& simHit = *it;
EEDetId detId(simHit.id());
int iX = detId.ix();
int iX0 =iXY2cIndex(iX);
int iY = detId.iy();
int iY0 = iXY2cIndex(iY);
int iZ0 = detId.zside()>0?1:0;
eeEnergies[iZ0][iX0][iY0].simE += simHit.energy();
++eeEnergies[iZ0][iX0][iY0].simHit;
}
bool EEcrystalShot[nEeX][nEeY][2];
pair<int,int> EExtalCoor[nEeX][nEeY][2];
for(int iEeZ=0; iEeZ<2; ++iEeZ){
for(int iEeX=0; iEeX<nEeX; ++iEeX){
for(int iEeY=0; iEeY<nEeY; ++iEeY){
EEcrystalShot[iEeX][iEeY][iEeZ] = false;
EExtalCoor[iEeX][iEeY][iEeZ] = make_pair(0,0);
}
}
}
//EE suppressed digis
for(EEDigiCollection::const_iterator it = eeDigis_->begin();
it != eeDigis_->end(); ++it){
const EEDataFrame& frame = *it;
int iX0 = iXY2cIndex(static_cast<const EEDetId&>(frame.id()).ix());
int iY0 = iXY2cIndex(static_cast<const EEDetId&>(frame.id()).iy());
int iZ0 = static_cast<const EEDetId&>(frame.id()).zside()>0?1:0;
if(iX0<0 || iX0>=nEeX){
LogError("EcalSrValid") << "iX0 (= " << iX0 << ") is out of range ("
<< "[0," << nEeX -1 << "]\n";
}
if(iY0<0 || iY0>=nEeY){
LogError("EcalSrValid") << "iY0 (= " << iY0 << ") is out of range ("
<< "[0," << nEeY -1 << "]\n";
}
if(!EEcrystalShot[iX0][iY0][iZ0]){
EEcrystalShot[iX0][iY0][iZ0] = true;
EExtalCoor[iX0][iY0][iZ0] = make_pair(xtalGraphX(frame.id()), xtalGraphY(frame.id()));
} else{
cout << "Error: several digi for same crystal!";
abort();
}
if(localReco_){
eeEnergies[iZ0][iX0][iY0].recE = frame2Energy(frame);
}
eeEnergies[iZ0][iX0][iY0].gain12 = true;
for(int i = 0; i< frame.size(); ++i){
const int gain12Code = 0x1;
if(frame[i].gainId()!=gain12Code){
eeEnergies[iZ0][iX0][iY0].gain12 = false;
}
}
EESrFlagCollection::const_iterator srf
= eeSrFlags_->find(readOutUnitOf(frame.id()));
bool highInterest = false;
if(srf==eeSrFlags_->end()) continue;
if(srf!=eeSrFlags_->end()){
highInterest = ((srf->value() & ~EcalSrFlag::SRF_FORCED_MASK)
== EcalSrFlag::SRF_FULL);
}
if(highInterest){
fill(meEeHiZsFir_, dccZsFIR(frame, firWeights_, firstFIRSample_, 0));
} else{
int v = dccZsFIR(frame, firWeights_, firstFIRSample_, 0);
fill(meEeLiZsFir_, v);
if(v < eeZsThr_){
eventError = true;
++nEeZsErrors_;
pair<int,int> ru = dccCh(frame.id());
if(isRuComplete_[ru.first][ru.second-1]) ++nEeZsErrorsType1_;
if(nEeZsErrors_ < 3){
srApplicationErrorLog_ << event.id() << ", "
<< "RU " << frame.id() << ", "
<< "DCC " << ru.first
<< " Ch : " << ru.second << ": "
<< "LI channel under ZS threshold.\n";
}
if(nEeZsErrors_==3){
srApplicationErrorLog_ << event.id() << ": "
<< "more ZS errors for this event...\n";
}
}
}
} //next ZS digi.
for(int iEeZ=0; iEeZ<2; ++iEeZ){
for(int iEeX=0; iEeX<nEeX; ++iEeX){
for(int iEeY=0; iEeY<nEeY; ++iEeY){
fill(meChOcc_, EExtalCoor[iEeX][iEeY][iEeZ].first, EExtalCoor[iEeX][iEeY][iEeZ].second,EEcrystalShot[iEeX][iEeY][iEeZ] ? 1 : 0);
}
}
}
for(int iZ0=0; iZ0<nEndcaps; ++iZ0){
for(int iX0=0; iX0<nEeX; ++iX0){
for(int iY0=0; iY0<nEeY; ++iY0){
double recE = eeEnergies[iZ0][iX0][iY0].recE;
if(recE==-numeric_limits<double>::max()) continue; //not a crystal or ZS
fill(meEeRecE_, eeEnergies[iZ0][iX0][iY0].recE);
fill(meEeEMean_, ievt_+1,
eeEnergies[iZ0][iX0][iY0].recE);
if(withEeSimHit_){
if(!eeEnergies[iZ0][iX0][iY0].simHit){//noise only crystal channel
fill(meEeNoise_, eeEnergies[iZ0][iX0][iY0].noZsRecE);
} else{
fill(meEeSimE_, eeEnergies[iZ0][iX0][iY0].simE);
fill(meEeRecEHitXtal_, eeEnergies[iZ0][iX0][iY0].recE);
}
fill(meEeRecVsSimE_, eeEnergies[iZ0][iX0][iY0].simE,
eeEnergies[iZ0][iX0][iY0].recE);
fill(meEeNoZsRecVsSimE_, eeEnergies[iZ0][iX0][iY0].simE,
eeEnergies[iZ0][iX0][iY0].noZsRecE);
}
}
}
}
int EEZs1RuCount[2][20][20];
int EEFullRuCount[2][20][20];
int EEForcedRuCount[2][20][20];
for(int iZ(0); iZ < 2; iZ++){
for(int iX(0);iX < 20; iX++){
for(int iY(0);iY < 20; iY++){
EEZs1RuCount[iZ][iX][iY] = 0;
EEFullRuCount[iZ][iX][iY] = 0;
EEForcedRuCount[iZ][iX][iY] = 0;
}
}
}
nEeFROCnt_ = 0;
char eeSrfMark[2][20][20];
bzero(eeSrfMark, sizeof(eeSrfMark));
//Filling RU histo
for(EESrFlagCollection::const_iterator it = eeSrFlags_->begin();
it != eeSrFlags_->end(); ++it){
const EESrFlag& srf = *it;
// srf.id() is EcalScDetId; 1 <= ix <= 20 1 <= iy <= 20
int iX = srf.id().ix();
int iY = srf.id().iy();
int zside = srf.id().zside(); //-1 for EE-, +1 for EE+
if(iX<1 || iY > 100) throw cms::Exception("EcalSelectiveReadoutValidation")
<< "Found an endcap SRF with an invalid det ID: " << srf.id() << ".\n";
++eeSrfMark[zside>0?1:0][iX-1][iY-1];
if(eeSrfMark[zside>0?1:0][iX-1][iY-1] > 1) throw cms::Exception("EcalSelectiveReadoutValidation")
<< "Duplicate SRF for supercrystal " << srf.id() << ".\n";
int flag = srf.value() & ~EcalSrFlag::SRF_FORCED_MASK;
if(flag == EcalSrFlag::SRF_ZS1){
EEZs1RuCount[zside>0?1:0][iX-1][iY-1] += 1;
}
if(flag == EcalSrFlag::SRF_FULL){
EEFullRuCount[zside>0?1:0][iX-1][iY-1] += 1;
++nEeFROCnt_;
}
if(srf.value() & EcalSrFlag::SRF_FORCED_MASK){
EEForcedRuCount[zside>0?1:0][iX-1][iY-1] += 1;
}
}
for(int iZ(0); iZ < 2; iZ++){
int xOffset(iZ == 0 ? -40 : 20);
for(int iX(0);iX < 20; iX++){
for(int iY(0);iY < 20; iY++){
int GraphX = (iX + 1)+ xOffset;
int GraphY = (iY+1);
fill(meZs1Ru_, GraphX, GraphY, EEZs1RuCount[iZ][iX][iY]);
fill(meFullRoRu_, GraphX, GraphY, EEFullRuCount[iZ][iX][iY]);
fill(meForcedRu_, GraphX, GraphY, EEForcedRuCount[iZ][iX][iY]);
}
}
}
if(eventError) srApplicationErrorLog_ << event.id()
<< ": " << nEeZsErrors_
<< " ZS-flagged EE channels under "
"the ZS threshold, whose " << nEeZsErrorsType1_
<< " in a complete RU.\n";
} //end of analyzeEE
void
EcalSelectiveReadoutValidation::analyzeEB(const edm::Event& event,
const edm::EventSetup& es){
bool eventError = false;
nEbZsErrors_ = 0;
vector<pair<int,int> > xtalEtaPhi;
xtalEtaPhi.reserve(nEbPhi*nEbEta);
for(int iEta0=0; iEta0<nEbEta; ++iEta0){
for(int iPhi0=0; iPhi0<nEbPhi; ++iPhi0){
ebEnergies[iEta0][iPhi0].noZsRecE = -numeric_limits<double>::max();
ebEnergies[iEta0][iPhi0].recE = -numeric_limits<double>::max();
ebEnergies[iEta0][iPhi0].simE = 0; //must be zero.
ebEnergies[iEta0][iPhi0].simHit = 0;
ebEnergies[iEta0][iPhi0].gain12 = false;
xtalEtaPhi.push_back(pair<int,int>(iEta0, iPhi0));
}
}
// get the barrel geometry:
edm::ESHandle<CaloGeometry> geoHandle;
es.get<CaloGeometryRecord>().get(geoHandle);
const CaloSubdetectorGeometry *geometry_p
= (*geoHandle).getSubdetectorGeometry(DetId::Ecal, EcalBarrel);
CaloSubdetectorGeometry const& geometry = *geometry_p;
//EB unsuppressed digis:
for(EBDigiCollection::const_iterator it = ebNoZsDigis_->begin();
it != ebNoZsDigis_->end(); ++it){
const EBDataFrame& frame = *it;
int iEta0 = iEta2cIndex(static_cast<const EBDetId&>(frame.id()).ieta());
int iPhi0 = iPhi2cIndex(static_cast<const EBDetId&>(frame.id()).iphi());
if(iEta0<0 || iEta0>=nEbEta){
stringstream s;
s << "EcalSelectiveReadoutValidation: "
<< "iEta0 (= " << iEta0 << ") is out of range ("
<< "[0," << nEbEta -1 << "]\n";
throw cms::Exception(s.str());
}
if(iPhi0<0 || iPhi0>=nEbPhi){
stringstream s;
s << "EcalSelectiveReadoutValidation: "
<< "iPhi0 (= " << iPhi0 << ") is out of range ("
<< "[0," << nEbPhi -1 << "]\n";
throw cms::Exception(s.str());
}
ebEnergies[iEta0][iPhi0].noZsRecE = frame2Energy(frame);
ebEnergies[iEta0][iPhi0].gain12 = true;
for(int i = 0; i< frame.size(); ++i){
const int gain12Code = 0x1;
if(frame[i].gainId()!=gain12Code) ebEnergies[iEta0][iPhi0].gain12 = false;
}
const GlobalPoint xtalPos
= geometry.getGeometry(frame.id())->getPosition();
ebEnergies[iEta0][iPhi0].phi = rad2deg*((double)xtalPos.phi());
ebEnergies[iEta0][iPhi0].eta = xtalPos.eta();
} //next non-zs digi
//EB sim hits
for(vector<PCaloHit>::const_iterator it = ebSimHits_->begin();
it != ebSimHits_->end(); ++it){
const PCaloHit& simHit = *it;
EBDetId detId(simHit.id());
int iEta = detId.ieta();
int iEta0 =iEta2cIndex(iEta);
int iPhi = detId.iphi();
int iPhi0 = iPhi2cIndex(iPhi);
ebEnergies[iEta0][iPhi0].simE += simHit.energy();
++ebEnergies[iEta0][iPhi0].simHit;
}
bool crystalShot[nEbEta][nEbPhi];
pair<int,int> EBxtalCoor[nEbEta][nEbPhi];
for(int iEta0=0; iEta0<nEbEta; ++iEta0){
for(int iPhi0=0; iPhi0<nEbPhi; ++iPhi0){
crystalShot[iEta0][iPhi0] = false;
EBxtalCoor[iEta0][iPhi0] = make_pair(0,0);
}
}
int nEbDigi = 0;
for(EBDigiCollection::const_iterator it = ebDigis_->begin();
it != ebDigis_->end(); ++it){
++nEbDigi;
const EBDataFrame& frame = *it;
int iEta = static_cast<const EBDetId&>(frame.id()).ieta();
int iPhi = static_cast<const EBDetId&>(frame.id()).iphi();
int iEta0 = iEta2cIndex(iEta);
int iPhi0 = iPhi2cIndex(iPhi);
if(iEta0<0 || iEta0>=nEbEta){
throw (cms::Exception("EcalSelectiveReadoutValidation")
<< "iEta0 (= " << iEta0 << ") is out of range ("
<< "[0," << nEbEta -1 << "]");
}
if(iPhi0<0 || iPhi0>=nEbPhi){
throw (cms::Exception("EcalSelectiveReadoutValidation")
<< "iPhi0 (= " << iPhi0 << ") is out of range ("
<< "[0," << nEbPhi -1 << "]");
}
assert(iEta0>=0 && iEta0<nEbEta);
assert(iPhi0>=0 && iPhi0<nEbPhi);
if(!crystalShot[iEta0][iPhi0]){
crystalShot[iEta0][iPhi0] = true;
EBxtalCoor[iEta0][iPhi0] = make_pair(xtalGraphX(frame.id()), xtalGraphY(frame.id()));
} else{
cout << "Error: several digi for same crystal!";
abort();
}
if(localReco_){
ebEnergies[iEta0][iPhi0].recE = frame2Energy(frame);
}
ebEnergies[iEta0][iPhi0].gain12 = true;
for(int i = 0; i< frame.size(); ++i){
const int gain12Code = 0x1;
if(frame[i].gainId()!=gain12Code){
ebEnergies[iEta0][iPhi0].gain12 = false;
}
}
EBSrFlagCollection::const_iterator srf
= ebSrFlags_->find(readOutUnitOf(frame.id()));
bool highInterest = false;
// if(srf == ebSrFlags_->end()){
// throw cms::Exception("EcalSelectiveReadoutValidation")
// << __FILE__ << ":" << __LINE__ << ": SR flag not found";
//}
if(srf != ebSrFlags_->end()){
highInterest = ((srf->value() & ~EcalSrFlag::SRF_FORCED_MASK)
== EcalSrFlag::SRF_FULL);
}
if(highInterest){
fill(meEbHiZsFir_, dccZsFIR(frame, firWeights_, firstFIRSample_, 0));
} else{
int v = dccZsFIR(frame, firWeights_, firstFIRSample_, 0);
fill(meEbLiZsFir_, v);
if(v < ebZsThr_){
eventError = true;
++nEbZsErrors_;
pair<int,int> ru = dccCh(frame.id());
if(isRuComplete_[ru.first][ru.second-1]) ++nEbZsErrorsType1_;
if(nEbZsErrors_ < 3){
srApplicationErrorLog_ << event.id() << ", "
<< "RU " << frame.id() << ", "
<< "DCC " << ru.first
<< " Ch : " << ru.second << ": "
<< "LI channel under ZS threshold.\n";
}
if(nEbZsErrors_==3){
srApplicationErrorLog_ << event.id() << ": "
<< "more ZS errors for this event...\n";
}
}
}
} //next EB digi
for(int iEta0=0; iEta0<nEbEta; ++iEta0){
for(int iPhi0=0; iPhi0<nEbPhi; ++iPhi0)
fill(meChOcc_, EBxtalCoor[iEta0][iPhi0].first, EBxtalCoor[iEta0][iPhi0].second,crystalShot[iEta0][iPhi0] ? 1. : 0.);
}
if(!localReco_){
for(RecHitCollection::const_iterator it
= ebRecHits_->begin();
it != ebRecHits_->end(); ++it){
++nEbDigi;
const RecHit& hit = *it;
int iEta = static_cast<const EBDetId&>(hit.id()).ieta();
int iPhi = static_cast<const EBDetId&>(hit.id()).iphi();
int iEta0 = iEta2cIndex(iEta);
int iPhi0 = iPhi2cIndex(iPhi);
if(iEta0<0 || iEta0>=nEbEta){
LogError("EcalSrValid") << "iEta0 (= " << iEta0 << ") is out of range ("
<< "[0," << nEbEta -1 << "]\n";
}
if(iPhi0<0 || iPhi0>=nEbPhi){
LogError("EcalSrValid") << "iPhi0 (= " << iPhi0 << ") is out of range ("
<< "[0," << nEbPhi -1 << "]\n";
}
ebEnergies[iEta0][iPhi0].recE = hit.energy();
}
}
for(unsigned int i=0; i<xtalEtaPhi.size(); ++i){
int iEta0 = xtalEtaPhi[i].first;
int iPhi0= xtalEtaPhi[i].second;
energiesEb_t& energies = ebEnergies[iEta0][iPhi0];
double recE = energies.recE;
if(recE!=-numeric_limits<double>::max()){//not zero suppressed
fill(meEbRecE_, ebEnergies[iEta0][iPhi0].recE);
fill(meEbEMean_, ievt_+1, recE);
} //not zero suppressed
if(withEbSimHit_){
if(!energies.simHit){//noise only crystal channel
fill(meEbNoise_, energies.noZsRecE);
} else{
fill(meEbSimE_, energies.simE);
fill(meEbRecEHitXtal_, energies.recE);
}
fill(meEbRecVsSimE_, energies.simE, energies.recE);
fill(meEbNoZsRecVsSimE_, energies.simE, energies.noZsRecE);
}
}
int EBZs1RuCount[2][17][72];
int EBFullRuCount[2][17][72];
int EBForcedRuCount[2][17][72];
std::pair<int, int> EBtowerCoor[2][17][72];
for(int iZ(0); iZ < 2; iZ++){
for(int iEta(0);iEta < 17; iEta++){
for(int iPhi(0);iPhi < 72; iPhi++){
EBZs1RuCount[iZ][iEta][iPhi] = 0;
EBFullRuCount[iZ][iEta][iPhi] = 0;
EBForcedRuCount[iZ][iEta][iPhi] = 0;
}
}
}
//SRF
nEbFROCnt_ = 0;
char ebSrfMark[2][17][72];
bzero(ebSrfMark, sizeof(ebSrfMark));
// int idbg = 0;
for(EBSrFlagCollection::const_iterator it = ebSrFlags_->begin();
it != ebSrFlags_->end(); ++it){
const EBSrFlag& srf = *it;
int iEtaAbs = srf.id().ietaAbs();
int iPhi = srf.id().iphi();
int iZ = srf.id().zside();
// cout << "--> " << ++idbg << iEtaAbs << " " << iPhi << " " << iZ
// << " " << srf.id() << "\n";
if(iEtaAbs < 1 || iEtaAbs > 17
|| iPhi < 1 || iPhi > 72) throw cms::Exception("EcalSelectiveReadoutValidation")
<< "Found a barrel SRF with an invalid det ID: " << srf.id() << ".\n";
++ebSrfMark[iZ>0?1:0][iEtaAbs-1][iPhi-1];
if(ebSrfMark[iZ>0?1:0][iEtaAbs-1][iPhi-1] > 1) throw cms::Exception("EcalSelectiveReadoutValidation")
<< "Duplicate SRF for RU " << srf.id() << ".\n";
EBtowerCoor[iZ > 0 ? 1 : 0][iEtaAbs - 1][iPhi - 1] = std::pair<int, int>(srf.id().ieta(), srf.id().iphi());
int flag = srf.value() & ~EcalSrFlag::SRF_FORCED_MASK;
if(flag == EcalSrFlag::SRF_ZS1){
EBZs1RuCount[iZ>0?1:0][iEtaAbs-1][iPhi-1] +=1;
}
if(flag == EcalSrFlag::SRF_FULL){
EBFullRuCount[iZ>0?1:0][iEtaAbs-1][iPhi-1] +=1;
++nEbFROCnt_;
}
if(srf.value() & EcalSrFlag::SRF_FORCED_MASK){
EBForcedRuCount[iZ>0?1:0][iEtaAbs-1][iPhi-1] +=1;
}
}
for(int iZ(0); iZ < 2; iZ++){
for(int iEta(0);iEta < 17; iEta++){
for(int iPhi(0);iPhi < 72; iPhi++){
float x(EBtowerCoor[iZ][iEta][iPhi].first);
float y(EBtowerCoor[iZ][iEta][iPhi].second);
fill(meZs1Ru_, x, y, EBZs1RuCount[iZ][iEta][iPhi]);
fill(meFullRoRu_, x, y, EBFullRuCount[iZ][iEta][iPhi]);
fill(meForcedRu_, x, y, EBForcedRuCount[iZ][iEta][iPhi]);
}
}
}
if(eventError) srApplicationErrorLog_ << event.id()
<< ": " << nEbZsErrors_
<< " ZS-flagged EB channels under "
"the ZS threshold, whose " << nEbZsErrorsType1_
<< " in a complete RU.\n";
}
EcalSelectiveReadoutValidation::~EcalSelectiveReadoutValidation(){
}
void EcalSelectiveReadoutValidation::dqmBeginRun(edm::Run const& r, edm::EventSetup const& es){
// endcap mapping
edm::ESHandle<EcalTrigTowerConstituentsMap> hTriggerTowerMap;
es.get<IdealGeometryRecord>().get(hTriggerTowerMap);
triggerTowerMap_ = hTriggerTowerMap.product();
//electronics map
ESHandle< EcalElectronicsMapping > ecalmapping;
es.get< EcalMappingRcd >().get(ecalmapping);
elecMap_ = ecalmapping.product();
initAsciiFile();
}
void EcalSelectiveReadoutValidation::endRun(const edm::Run& r, const edm::EventSetup& es){
meL1aRate_->Fill(getL1aRate());
}
void EcalSelectiveReadoutValidation::bookHistograms(DQMStore::IBooker &ibooker, edm::Run const&, edm::EventSetup const&){
meL1aRate_ = bookFloat(ibooker, "l1aRate_");
meDccVol_ = bookProfile(ibooker, "hDccVol", //"EcalDccEventSizeComputed",
"ECAL DCC event fragment size;Dcc id; "
"<Event size> (kB)", nDccs_, .5, .5+nDccs_);
meDccLiVol_ = bookProfile(ibooker, "hDccLiVol",
"LI channel payload per DCC;Dcc id; "
"<Event size> (kB)", nDccs_, .5, .5+nDccs_);
meDccHiVol_ = bookProfile(ibooker, "hDccHiVol",
"HI channel payload per DCC;Dcc id; "
"<Event size> (kB)", nDccs_, .5, .5+nDccs_);
meDccVolFromData_ = bookProfile(ibooker, "hDccVolFromData", //"EcalDccEventSize",
"ECAL DCC event fragment size;Dcc id; "
"<Event size> (kB)", nDccs_, .5, .5+nDccs_);
meVolBLI_ = book1D(ibooker, "hVolBLI",// "EBLowInterestPayload",
"ECAL Barrel low interest crystal data payload;"
"Event size (kB);Nevts",
100, 0., 200.);
meVolELI_ = book1D(ibooker, "hVolELI", //"EELowInterestPayload",
"Endcap low interest crystal data payload;"
"Event size (kB);Nevts",
100, 0., 200.);
meVolLI_ = book1D(ibooker, "hVolLI", //"EcalLowInterestPayload",
"ECAL low interest crystal data payload;"
"Event size (kB);Nevts",
100, 0., 200.);
meVolBHI_ = book1D(ibooker, "hVolBHI", //"EBHighInterestPayload",
"Barrel high interest crystal data payload;"
"Event size (kB);Nevts",
100, 0., 200.);
meVolEHI_ = book1D(ibooker, "hVolEHI", //"EEHighInterestPayload",
"Endcap high interest crystal data payload;"
"Event size (kB);Nevts",
100, 0., 200.);
meVolHI_ = book1D(ibooker, "hVolHI", //"EcalHighInterestPayload",
"ECAL high interest crystal data payload;"
"Event size (kB);Nevts",
100, 0., 200.);
meVolB_ = book1D(ibooker, "hVolB", //"EBEventSize",
"Barrel data volume;Event size (kB);Nevts",
100, 0., 200.);
meVolE_ = book1D(ibooker, "hVolE", //"EEEventSize",
"Endcap data volume;Event size (kB);Nevts",
100, 0., 200.);
meVol_ = book1D(ibooker, "hVol", //"EcalEventSize",
"ECAL data volume;Event size (kB);Nevts",
100, 0., 200.);
meChOcc_ = bookProfile2D(ibooker, "h2ChOcc", //"EcalChannelOccupancy",
"ECAL crystal channel occupancy after zero suppression;"
"iX -200 / iEta / iX + 100;"
"iY / iPhi (starting from -10^{o}!);"
"Event count rate",
401, -200.5, 200.5,
360, .5, 360.5);
//TP
string tpUnit;
if(tpInGeV_) tpUnit = string("GeV"); else tpUnit = string("TP hw unit");
string title;
title = string("Trigger primitive TT E_{T};E_{T} ")
+ tpUnit + string(";Event Count");
meTp_ = bookProfile(ibooker, "hTp", //"EcalTriggerPrimitiveEt",
title.c_str(),
(tpInGeV_?100:40), 0., (tpInGeV_?10.:40.));
meTtf_ = bookProfile(ibooker, "hTtf", //"EcalTriggerTowerFlag",
"Trigger primitive TT flag;Flag number;Event count",
8, -.5, 7.5);
title = string("Trigger tower flag vs TP;E_{T}(TT) (")
+ tpUnit + string(");Flag number");
meTtfVsTp_ = book2D(ibooker, "h2TtfVsTp",
title.c_str(),
100, 0., (tpInGeV_?10.:40.),
8, -.5, 7.5);
meTtfVsEtSum_ = book2D(ibooker, "h2TtfVsEtSum",
"Trigger tower flag vs #sumE_{T};"
"E_{T}(TT) (GeV);"
"TTF",
100, 0., 10.,
8, -.5, 7.5);
title = string("Trigger primitive Et (TP) vs #sumE_{T};"
"E_{T} (sum) (GeV);"
"E_{T} (TP) (") + tpUnit + string (")");
meTpVsEtSum_ = book2D(ibooker, "h2TpVsEtSum",
title.c_str(),
100, 0., 10.,
100, 0., (tpInGeV_?10.:40.));
title = string("Trigger primitive E_{T};"
"iEta;"
"iPhi;"
"E_{T} (TP) (") + tpUnit + string (")");
meTpMap_ = bookProfile2D(ibooker, "h2Tp",
title.c_str(),
57, -28.5, 28.5,
72, .5, 72.5);
//SRF
meFullRoRu_ = book2D(ibooker, "h2FRORu", //"EcalFullReadoutSRFlagMap",
"Full Read-out readout unit;"
"iX - 40 / iEta / iX + 20;"
"iY / iPhi (iPhi = 1 at phi = 0 rad);"
"Event count",
80, -39.5, 40.5,
72, .5, 72.5);
meFullRoCnt_ = book1D(ibooker, "hFROCnt",
"Number of Full-readout-flagged readout units;"
"FRO RU count;Event count",
300, -.5, 299.5);
meEbFullRoCnt_ = book1D(ibooker, "hEbFROCnt",
"Number of EB Full-readout-flagged readout units;"
"FRO RU count;Event count",
200, -.5, 199.5);
meEeFullRoCnt_ = book1D(ibooker, "hEeFROCnt",
"Number of EE Full-readout-flagged readout units;"
"FRO RU count;Event count",
200, -.5, 199.5);
meZs1Ru_ = book2D(ibooker, "h2Zs1Ru", //"EbZeroSupp1SRFlagMap",
"Readout unit with ZS-thr-1 flag;"
"iX - 40 / iEta / iX + 20;"
"iY0 / iPhi0 (iPhi = 1 at phi = 0 rad);"
"Event count",
80, -39.5, 40.5,
72, .5, 72.5);
meForcedRu_ = book2D(ibooker, "h2ForcedRu", //"EcalReadoutUnitForcedBitMap",
"ECAL readout unit with forced bit of SR flag on;"
"iX - 40 / iEta / iX + 20;"
"iY / iPhi (iPhi = 1 at phi = 0 rad);"
"Event count",