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L1TStage2RegionalMuonCandComp.cc
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L1TStage2RegionalMuonCandComp.cc
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#include "DQM/L1TMonitor/interface/L1TStage2RegionalMuonCandComp.h"
L1TStage2RegionalMuonCandComp::L1TStage2RegionalMuonCandComp(const edm::ParameterSet& ps)
: muonToken1(
consumes<l1t::RegionalMuonCandBxCollection>(ps.getParameter<edm::InputTag>("regionalMuonCollection1"))),
muonToken2(
consumes<l1t::RegionalMuonCandBxCollection>(ps.getParameter<edm::InputTag>("regionalMuonCollection2"))),
monitorDir(ps.getUntrackedParameter<std::string>("monitorDir")),
muonColl1Title(ps.getUntrackedParameter<std::string>("regionalMuonCollection1Title")),
muonColl2Title(ps.getUntrackedParameter<std::string>("regionalMuonCollection2Title")),
summaryTitle(ps.getUntrackedParameter<std::string>("summaryTitle")),
ignoreBadTrkAddr(ps.getUntrackedParameter<bool>("ignoreBadTrackAddress")),
ignoreBin(ps.getUntrackedParameter<std::vector<int>>("ignoreBin")),
verbose(ps.getUntrackedParameter<bool>("verbose")),
hasDisplacementInfo(ps.getUntrackedParameter<bool>("hasDisplacementInfo")) {
if (hasDisplacementInfo) {
numErrBins_ += 2;
numSummaryBins_ += 2;
}
// First include all bins
for (int i = 1; i <= numErrBins_; i++) {
incBin[i] = true;
}
// Then check the list of bins to ignore
for (const auto& i : ignoreBin) {
if (i > 0 && i <= RPT2) {
incBin[i] = false;
}
}
}
L1TStage2RegionalMuonCandComp::~L1TStage2RegionalMuonCandComp() {}
void L1TStage2RegionalMuonCandComp::fillDescriptions(edm::ConfigurationDescriptions& descriptions) {
edm::ParameterSetDescription desc;
desc.add<edm::InputTag>("regionalMuonCollection1")->setComment("L1T RegionalMuonCand collection 1");
desc.add<edm::InputTag>("regionalMuonCollection2")->setComment("L1T RegionalMuonCand collection 2");
desc.addUntracked<std::string>("monitorDir", "")
->setComment("Target directory in the DQM file. Will be created if not existing.");
desc.addUntracked<std::string>("regionalMuonCollection1Title", "Regional muon collection 1")
->setComment("Histogram title for first collection.");
desc.addUntracked<std::string>("regionalMuonCollection2Title", "Regional muon collection 2")
->setComment("Histogram title for second collection.");
desc.addUntracked<std::string>("summaryTitle", "Summary")->setComment("Title of summary histogram.");
desc.addUntracked<bool>("ignoreBadTrackAddress", false)->setComment("Ignore muon track address mismatches.");
desc.addUntracked<std::vector<int>>("ignoreBin", std::vector<int>())->setComment("List of bins to ignore");
desc.addUntracked<bool>("verbose", false);
desc.addUntracked<bool>("hasDisplacementInfo", false);
descriptions.add("l1tStage2RegionalMuonCandComp", desc);
}
void L1TStage2RegionalMuonCandComp::bookHistograms(DQMStore::IBooker& ibooker,
const edm::Run&,
const edm::EventSetup&) {
std::string trkAddrIgnoreText = "";
if (ignoreBadTrkAddr) {
trkAddrIgnoreText = " (Bad track addresses ignored)";
}
// Subsystem Monitoring and Muon Output
ibooker.setCurrentFolder(monitorDir);
summary = ibooker.book1D("summary",
(summaryTitle + trkAddrIgnoreText).c_str(),
numSummaryBins_,
1,
numSummaryBins_ + 1); // range to match bin numbering
summary->setBinLabel(BXRANGEGOOD, "BX range match", 1);
summary->setBinLabel(BXRANGEBAD, "BX range mismatch", 1);
summary->setBinLabel(NMUONGOOD, "muon collection size match", 1);
summary->setBinLabel(NMUONBAD, "muon collection size mismatch", 1);
summary->setBinLabel(MUONALL, "# muons", 1);
summary->setBinLabel(MUONGOOD, "# matching muons", 1);
summary->setBinLabel(PTBAD, "p_{T} mismatch", 1);
summary->setBinLabel(ETABAD, "#eta mismatch", 1);
summary->setBinLabel(LOCALPHIBAD, "local #phi mismatch", 1);
summary->setBinLabel(SIGNBAD, "sign mismatch", 1);
summary->setBinLabel(SIGNVALBAD, "sign valid mismatch", 1);
summary->setBinLabel(QUALBAD, "quality mismatch", 1);
summary->setBinLabel(HFBAD, "HF bit mismatch", 1);
summary->setBinLabel(LINKBAD, "link mismatch", 1);
summary->setBinLabel(PROCBAD, "processor mismatch", 1);
summary->setBinLabel(TFBAD, "track finder type mismatch", 1);
summary->setBinLabel(TRACKADDRBAD, "track address mismatch", 1);
if (hasDisplacementInfo) {
summary->setBinLabel(DXYBAD, "DXY mismatch", 1);
summary->setBinLabel(PT2BAD, "P_{T} unconstrained mismatch", 1);
}
errorSummaryNum = ibooker.book1D("errorSummaryNum",
(summaryTitle + trkAddrIgnoreText).c_str(),
numErrBins_,
1,
numErrBins_ + 1); // range to match bin numbering
errorSummaryNum->setBinLabel(RBXRANGE, "BX range mismatch", 1);
errorSummaryNum->setBinLabel(RNMUON, "muon collection size mismatch", 1);
errorSummaryNum->setBinLabel(RMUON, "mismatching muons", 1);
errorSummaryNum->setBinLabel(RPT, "p_{T} mismatch", 1);
errorSummaryNum->setBinLabel(RETA, "#eta mismatch", 1);
errorSummaryNum->setBinLabel(RLOCALPHI, "local #phi mismatch", 1);
errorSummaryNum->setBinLabel(RSIGN, "sign mismatch", 1);
errorSummaryNum->setBinLabel(RSIGNVAL, "sign valid mismatch", 1);
errorSummaryNum->setBinLabel(RQUAL, "quality mismatch", 1);
errorSummaryNum->setBinLabel(RHF, "HF bit mismatch", 1);
errorSummaryNum->setBinLabel(RLINK, "link mismatch", 1);
errorSummaryNum->setBinLabel(RPROC, "processor mismatch", 1);
errorSummaryNum->setBinLabel(RTF, "track finder type mismatch", 1);
errorSummaryNum->setBinLabel(RTRACKADDR, "track address mismatch", 1);
if (hasDisplacementInfo) {
errorSummaryNum->setBinLabel(RDXY, "DXY mismatch", 1);
errorSummaryNum->setBinLabel(RPT2, "P_{T} unconstrained mismatch", 1);
}
// Change the label for those bins that will be ignored
for (int i = 1; i <= errorSummaryNum->getNbinsX(); i++) {
if (incBin[i] == false) {
errorSummaryNum->setBinLabel(i, "Ignored", 1);
}
}
// Setting canExtend to false is needed to get the correct behaviour when running multithreaded.
// Otherwise, when merging the histgrams of the threads, TH1::Merge sums bins that have the same label in one bin.
// This needs to come after the calls to setBinLabel.
errorSummaryNum->getTH1F()->GetXaxis()->SetCanExtend(false);
errorSummaryDen = ibooker.book1D(
"errorSummaryDen", "denominators", numErrBins_, 1, numErrBins_ + 1); // range to match bin numbering
errorSummaryDen->setBinLabel(RBXRANGE, "# events", 1);
errorSummaryDen->setBinLabel(RNMUON, "# muon collections", 1);
for (int i = RMUON; i <= errorSummaryDen->getNbinsX(); ++i) {
errorSummaryDen->setBinLabel(i, "# muons", 1);
}
// Needed for correct histogram summing in multithreaded running.
errorSummaryDen->getTH1F()->GetXaxis()->SetCanExtend(false);
muColl1BxRange = ibooker.book1D("muBxRangeColl1", (muonColl1Title + " mismatching BX range").c_str(), 11, -5.5, 5.5);
muColl1BxRange->setAxisTitle("BX range", 1);
muColl1nMu = ibooker.book1D("nMuColl1", (muonColl1Title + " mismatching muon multiplicity").c_str(), 37, -0.5, 36.5);
muColl1nMu->setAxisTitle("Muon multiplicity", 1);
muColl1hwPt = ibooker.book1D(
"muHwPtColl1", (muonColl1Title + " mismatching muon p_{T}" + trkAddrIgnoreText).c_str(), 512, -0.5, 511.5);
muColl1hwPt->setAxisTitle("Hardware p_{T}", 1);
muColl1hwEta = ibooker.book1D(
"muHwEtaColl1", (muonColl1Title + " mismatching muon #eta" + trkAddrIgnoreText).c_str(), 512, -256.5, 255.5);
muColl1hwEta->setAxisTitle("Hardware #eta", 1);
muColl1hwPhi = ibooker.book1D(
"muHwPhiColl1", (muonColl1Title + " mismatching muon #phi" + trkAddrIgnoreText).c_str(), 256, -128.5, 127.5);
muColl1hwPhi->setAxisTitle("Hardware #phi", 1);
muColl1hwSign = ibooker.book1D(
"muHwSignColl1", (muonColl1Title + " mismatching muon sign" + trkAddrIgnoreText).c_str(), 2, -0.5, 1.5);
muColl1hwSign->setAxisTitle("Hardware sign", 1);
muColl1hwSignValid = ibooker.book1D(
"muHwSignValidColl1", (muonColl1Title + " mismatching muon sign valid" + trkAddrIgnoreText).c_str(), 2, -0.5, 1.5);
muColl1hwSignValid->setAxisTitle("Hardware sign valid", 1);
muColl1hwQual = ibooker.book1D(
"muHwQualColl1", (muonColl1Title + " mismatching muon quality" + trkAddrIgnoreText).c_str(), 16, -0.5, 15.5);
muColl1hwQual->setAxisTitle("Hardware quality", 1);
muColl1link = ibooker.book1D(
"muLinkColl1", (muonColl1Title + " mismatching muon link" + trkAddrIgnoreText).c_str(), 36, 35.5, 71.5);
muColl1link->setAxisTitle("Link", 1);
muColl1processor = ibooker.book1D(
"muProcessorColl1", (muonColl1Title + " mismatching muon processor" + trkAddrIgnoreText).c_str(), 12, -0.5, 11.5);
muColl1processor->setAxisTitle("Processor", 1);
muColl1trackFinderType =
ibooker.book1D("muTrackFinderTypeColl1",
(muonColl1Title + " mismatching muon track finder type" + trkAddrIgnoreText).c_str(),
5,
-0.5,
4.5);
muColl1trackFinderType->setAxisTitle("Track finder type", 1);
muColl1trackFinderType->setBinLabel(BMTFBIN, "BMTF", 1);
muColl1trackFinderType->setBinLabel(OMTFNEGBIN, "OMTF-", 1);
muColl1trackFinderType->setBinLabel(OMTFPOSBIN, "OMTF+", 1);
muColl1trackFinderType->setBinLabel(EMTFNEGBIN, "EMTF-", 1);
muColl1trackFinderType->setBinLabel(EMTFPOSBIN, "EMTF+", 1);
muColl1hwHF = ibooker.book1D(
"muHwHFColl1", (muonColl1Title + " mismatching muon halo/fine-eta bit" + trkAddrIgnoreText).c_str(), 2, -0.5, 1.5);
muColl1hwHF->setAxisTitle("Hardware H/F bit", 1);
muColl1TrkAddrSize =
ibooker.book1D("muTrkAddrSizeColl1",
(muonColl1Title + " mismatching muon number of track address keys" + trkAddrIgnoreText).c_str(),
11,
-0.5,
10.5);
muColl1TrkAddrSize->setAxisTitle("number of keys", 1);
muColl1TrkAddr = ibooker.book2D("muTrkAddrColl1",
(muonColl1Title + " mismatching muon track address" + trkAddrIgnoreText).c_str(),
10,
-0.5,
9.5,
16,
-0.5,
15.5);
muColl1TrkAddr->setAxisTitle("key", 1);
muColl1TrkAddr->setAxisTitle("value", 2);
if (hasDisplacementInfo) {
muColl1hwDXY = ibooker.book1D("muhwDXYColl1", (muonColl1Title + " HW DXY" + trkAddrIgnoreText).c_str(), 4, 0, 4);
muColl1hwDXY->setAxisTitle("Hardware DXY", 1);
muColl1hwPtUnconstrained = ibooker.book1D("muhwPtUnconstrainedColl1",
(muonColl1Title + "HW p_{T} unconstrained" + trkAddrIgnoreText).c_str(),
512,
-0.5,
511.5);
muColl1hwPtUnconstrained->setAxisTitle("Hardware P_{T} unconstrained", 1);
}
muColl2BxRange = ibooker.book1D("muBxRangeColl2", (muonColl2Title + " mismatching BX range").c_str(), 11, -5.5, 5.5);
muColl2BxRange->setAxisTitle("BX range", 1);
muColl2nMu = ibooker.book1D("nMuColl2", (muonColl2Title + " mismatching muon multiplicity").c_str(), 37, -0.5, 36.5);
muColl2nMu->setAxisTitle("Muon multiplicity", 1);
muColl2hwPt = ibooker.book1D(
"muHwPtColl2", (muonColl2Title + " mismatching muon p_{T}" + trkAddrIgnoreText).c_str(), 512, -0.5, 511.5);
muColl2hwPt->setAxisTitle("Hardware p_{T}", 1);
muColl2hwEta = ibooker.book1D(
"muHwEtaColl2", (muonColl2Title + " mismatching muon #eta" + trkAddrIgnoreText).c_str(), 512, -256.5, 255.5);
muColl2hwEta->setAxisTitle("Hardware #eta", 1);
muColl2hwPhi = ibooker.book1D(
"muHwPhiColl2", (muonColl2Title + " mismatching muon #phi" + trkAddrIgnoreText).c_str(), 256, -128.5, 127.5);
muColl2hwPhi->setAxisTitle("Hardware #phi", 1);
muColl2hwSign = ibooker.book1D(
"muHwSignColl2", (muonColl2Title + " mismatching muon sign" + trkAddrIgnoreText).c_str(), 2, -0.5, 1.5);
muColl2hwSign->setAxisTitle("Hardware sign", 1);
muColl2hwSignValid = ibooker.book1D(
"muHwSignValidColl2", (muonColl2Title + " mismatching muon sign valid" + trkAddrIgnoreText).c_str(), 2, -0.5, 1.5);
muColl2hwSignValid->setAxisTitle("Hardware sign valid", 1);
muColl2hwQual = ibooker.book1D(
"muHwQualColl2", (muonColl2Title + " mismatching muon quality" + trkAddrIgnoreText).c_str(), 16, -0.5, 15.5);
muColl2hwQual->setAxisTitle("Hardware quality", 1);
muColl2link = ibooker.book1D(
"muLinkColl2", (muonColl2Title + " mismatching muon link" + trkAddrIgnoreText).c_str(), 36, 35.5, 71.5);
muColl2link->setAxisTitle("Link", 1);
muColl2processor = ibooker.book1D(
"muProcessorColl2", (muonColl2Title + " mismatching muon processor" + trkAddrIgnoreText).c_str(), 12, -0.5, 11.5);
muColl2processor->setAxisTitle("Processor", 1);
muColl2trackFinderType =
ibooker.book1D("muTrackFinderTypeColl2",
(muonColl2Title + " mismatching muon track finder type" + trkAddrIgnoreText).c_str(),
5,
-0.5,
4.5);
muColl2trackFinderType->setAxisTitle("Track finder type", 1);
muColl2trackFinderType->setBinLabel(BMTFBIN, "BMTF", 1);
muColl2trackFinderType->setBinLabel(OMTFNEGBIN, "OMTF-", 1);
muColl2trackFinderType->setBinLabel(OMTFPOSBIN, "OMTF+", 1);
muColl2trackFinderType->setBinLabel(EMTFNEGBIN, "EMTF-", 1);
muColl2trackFinderType->setBinLabel(EMTFPOSBIN, "EMTF+", 1);
muColl2hwHF = ibooker.book1D(
"muHwHFColl2", (muonColl2Title + " mismatching muon halo/fine-eta bit" + trkAddrIgnoreText).c_str(), 2, -0.5, 1.5);
muColl2hwHF->setAxisTitle("Hardware H/F bit", 1);
muColl2TrkAddrSize =
ibooker.book1D("muTrkAddrSizeColl2",
(muonColl2Title + " mismatching muon number of track address keys" + trkAddrIgnoreText).c_str(),
11,
-0.5,
10.5);
muColl2TrkAddrSize->setAxisTitle("number of keys", 1);
muColl2TrkAddr = ibooker.book2D("muTrkAddrColl2",
(muonColl2Title + " mismatching muon track address" + trkAddrIgnoreText).c_str(),
10,
-0.5,
9.5,
16,
-0.5,
15.5);
muColl2TrkAddr->setAxisTitle("key", 1);
muColl2TrkAddr->setAxisTitle("value", 2);
if (hasDisplacementInfo) {
muColl2hwDXY = ibooker.book1D("muhwDXYColl2", (muonColl2Title + " HW DXY" + trkAddrIgnoreText).c_str(), 4, 0, 4);
muColl2hwDXY->setAxisTitle("Hardware DXY", 1);
muColl2hwPtUnconstrained = ibooker.book1D("muhwPtUnconstrainedColl2",
(muonColl2Title + "HW p_{T} unconstrained" + trkAddrIgnoreText).c_str(),
512,
-0.5,
511.5);
muColl2hwPtUnconstrained->setAxisTitle("Hardware P_{T} unconstrained", 1);
}
}
void L1TStage2RegionalMuonCandComp::analyze(const edm::Event& e, const edm::EventSetup& c) {
if (verbose)
edm::LogInfo("L1TStage2RegionalMuonCandComp") << "L1TStage2RegionalMuonCandComp: analyze..." << std::endl;
edm::Handle<l1t::RegionalMuonCandBxCollection> muonBxColl1;
edm::Handle<l1t::RegionalMuonCandBxCollection> muonBxColl2;
e.getByToken(muonToken1, muonBxColl1);
e.getByToken(muonToken2, muonBxColl2);
errorSummaryDen->Fill(RBXRANGE);
int bxRange1 = muonBxColl1->getLastBX() - muonBxColl1->getFirstBX() + 1;
int bxRange2 = muonBxColl2->getLastBX() - muonBxColl2->getFirstBX() + 1;
if (bxRange1 != bxRange2) {
summary->Fill(BXRANGEBAD);
if (incBin[RBXRANGE])
errorSummaryNum->Fill(RBXRANGE);
int bx;
for (bx = muonBxColl1->getFirstBX(); bx <= muonBxColl1->getLastBX(); ++bx) {
muColl1BxRange->Fill(bx);
}
for (bx = muonBxColl2->getFirstBX(); bx <= muonBxColl2->getLastBX(); ++bx) {
muColl2BxRange->Fill(bx);
}
} else {
summary->Fill(BXRANGEGOOD);
}
for (int iBx = muonBxColl1->getFirstBX(); iBx <= muonBxColl1->getLastBX(); ++iBx) {
// don't analyse if this BX does not exist in the second collection
if (iBx < muonBxColl2->getFirstBX() || iBx > muonBxColl2->getLastBX())
continue;
l1t::RegionalMuonCandBxCollection::const_iterator muonIt1;
l1t::RegionalMuonCandBxCollection::const_iterator muonIt2;
errorSummaryDen->Fill(RNMUON);
// check number of muons
if (muonBxColl1->size(iBx) != muonBxColl2->size(iBx)) {
summary->Fill(NMUONBAD);
if (incBin[RNMUON])
errorSummaryNum->Fill(RNMUON);
muColl1nMu->Fill(muonBxColl1->size(iBx));
muColl2nMu->Fill(muonBxColl2->size(iBx));
if (muonBxColl1->size(iBx) > muonBxColl2->size(iBx)) {
muonIt1 = muonBxColl1->begin(iBx) + muonBxColl2->size(iBx);
const std::map<int, int> muon1TrackAddr = muonIt1->trackAddress();
for (; muonIt1 != muonBxColl1->end(iBx); ++muonIt1) {
muColl1hwPt->Fill(muonIt1->hwPt());
muColl1hwEta->Fill(muonIt1->hwEta());
muColl1hwPhi->Fill(muonIt1->hwPhi());
muColl1hwSign->Fill(muonIt1->hwSign());
muColl1hwSignValid->Fill(muonIt1->hwSignValid());
muColl1hwQual->Fill(muonIt1->hwQual());
muColl1link->Fill(muonIt1->link());
muColl1processor->Fill(muonIt1->processor());
muColl1trackFinderType->Fill(muonIt1->trackFinderType());
muColl1hwHF->Fill(muonIt1->hwHF());
muColl1TrkAddrSize->Fill(muon1TrackAddr.size());
if (hasDisplacementInfo) {
muColl1hwDXY->Fill(muonIt1->hwDXY());
muColl1hwPtUnconstrained->Fill(muonIt1->hwPtUnconstrained());
}
for (std::map<int, int>::const_iterator trIt1 = muon1TrackAddr.begin(); trIt1 != muon1TrackAddr.end();
++trIt1) {
muColl1TrkAddr->Fill(trIt1->first, trIt1->second);
}
}
} else {
muonIt2 = muonBxColl2->begin(iBx) + muonBxColl1->size(iBx);
const std::map<int, int> muon2TrackAddr = muonIt2->trackAddress();
for (; muonIt2 != muonBxColl2->end(iBx); ++muonIt2) {
muColl2hwPt->Fill(muonIt2->hwPt());
muColl2hwEta->Fill(muonIt2->hwEta());
muColl2hwPhi->Fill(muonIt2->hwPhi());
muColl2hwSign->Fill(muonIt2->hwSign());
muColl2hwSignValid->Fill(muonIt2->hwSignValid());
muColl2hwQual->Fill(muonIt2->hwQual());
muColl2link->Fill(muonIt2->link());
muColl2processor->Fill(muonIt2->processor());
muColl2trackFinderType->Fill(muonIt2->trackFinderType());
muColl2hwHF->Fill(muonIt2->hwHF());
muColl2TrkAddrSize->Fill(muon2TrackAddr.size());
if (hasDisplacementInfo) {
muColl2hwDXY->Fill(muonIt2->hwDXY());
muColl2hwPtUnconstrained->Fill(muonIt2->hwPtUnconstrained());
}
for (std::map<int, int>::const_iterator trIt2 = muon2TrackAddr.begin(); trIt2 != muon2TrackAddr.end();
++trIt2) {
muColl2TrkAddr->Fill(trIt2->first, trIt2->second);
}
}
}
} else {
summary->Fill(NMUONGOOD);
}
muonIt1 = muonBxColl1->begin(iBx);
muonIt2 = muonBxColl2->begin(iBx);
while (muonIt1 != muonBxColl1->end(iBx) && muonIt2 != muonBxColl2->end(iBx)) {
summary->Fill(MUONALL);
for (int i = RMUON; i <= errorSummaryDen->getNbinsX(); ++i) {
errorSummaryDen->Fill(i);
}
bool muonMismatch = false; // All muon mismatches
bool muonSelMismatch = false; // Muon mismatches excluding ignored bins
if (muonIt1->hwPt() != muonIt2->hwPt()) {
muonMismatch = true;
summary->Fill(PTBAD);
if (incBin[RPT]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RPT);
}
}
if (muonIt1->hwEta() != muonIt2->hwEta()) {
muonMismatch = true;
summary->Fill(ETABAD);
if (incBin[RETA]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RETA);
}
}
if (muonIt1->hwPhi() != muonIt2->hwPhi()) {
muonMismatch = true;
summary->Fill(LOCALPHIBAD);
if (incBin[RLOCALPHI]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RLOCALPHI);
}
}
if (muonIt1->hwSign() != muonIt2->hwSign()) {
muonMismatch = true;
summary->Fill(SIGNBAD);
if (incBin[RSIGN]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RSIGN);
}
}
if (muonIt1->hwSignValid() != muonIt2->hwSignValid()) {
muonMismatch = true;
summary->Fill(SIGNVALBAD);
if (incBin[RSIGNVAL]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RSIGNVAL);
}
}
if (muonIt1->hwQual() != muonIt2->hwQual()) {
muonMismatch = true;
summary->Fill(QUALBAD);
if (incBin[RQUAL]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RQUAL);
}
}
if (muonIt1->hwHF() != muonIt2->hwHF()) {
muonMismatch = true;
summary->Fill(HFBAD);
if (incBin[RHF]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RHF);
}
}
if (muonIt1->link() != muonIt2->link()) {
muonMismatch = true;
summary->Fill(LINKBAD);
if (incBin[RLINK]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RLINK);
}
}
if (muonIt1->processor() != muonIt2->processor()) {
muonMismatch = true;
summary->Fill(PROCBAD);
if (incBin[RPROC]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RPROC);
}
}
if (muonIt1->trackFinderType() != muonIt2->trackFinderType()) {
muonMismatch = true;
summary->Fill(TFBAD);
if (incBin[RTF]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RTF);
}
}
// check track address
const std::map<int, int> muon1TrackAddr = muonIt1->trackAddress();
std::map<int, int> muon2TrackAddr = muonIt2->trackAddress();
bool badTrackAddr = false;
if (muon1TrackAddr.size() == muon2TrackAddr.size()) {
for (std::map<int, int>::const_iterator trIt1 = muon1TrackAddr.begin(); trIt1 != muon1TrackAddr.end();
++trIt1) {
if (muon2TrackAddr.find(trIt1->first) == muon2TrackAddr.end()) { // key does not exist
badTrackAddr = true;
break;
} else if (muon2TrackAddr[trIt1->first] != trIt1->second) { // wrong value for key
badTrackAddr = true;
break;
}
}
} else {
badTrackAddr = true;
}
if (badTrackAddr) {
if (!ignoreBadTrkAddr) {
muonMismatch = true;
if (incBin[RTRACKADDR])
muonSelMismatch = true;
}
summary->Fill(TRACKADDRBAD);
if (incBin[RTRACKADDR])
errorSummaryNum->Fill(RTRACKADDR);
}
if (hasDisplacementInfo) {
if (muonIt1->hwDXY() != muonIt2->hwDXY()) {
muonMismatch = true;
summary->Fill(DXYBAD);
if (incBin[RDXY]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RDXY);
}
}
if (muonIt1->hwPtUnconstrained() != muonIt2->hwPtUnconstrained()) {
muonMismatch = true;
summary->Fill(PT2BAD);
if (incBin[RPT2]) {
muonSelMismatch = true;
errorSummaryNum->Fill(RPT2);
}
}
}
if (incBin[RMUON] && muonSelMismatch) {
errorSummaryNum->Fill(RMUON);
}
if (muonMismatch) {
muColl1hwPt->Fill(muonIt1->hwPt());
muColl1hwEta->Fill(muonIt1->hwEta());
muColl1hwPhi->Fill(muonIt1->hwPhi());
muColl1hwSign->Fill(muonIt1->hwSign());
muColl1hwSignValid->Fill(muonIt1->hwSignValid());
muColl1hwQual->Fill(muonIt1->hwQual());
muColl1link->Fill(muonIt1->link());
muColl1processor->Fill(muonIt1->processor());
muColl1trackFinderType->Fill(muonIt1->trackFinderType());
muColl1hwHF->Fill(muonIt1->hwHF());
muColl1TrkAddrSize->Fill(muon1TrackAddr.size());
if (hasDisplacementInfo) {
muColl1hwDXY->Fill(muonIt1->hwDXY());
muColl1hwPtUnconstrained->Fill(muonIt1->hwPtUnconstrained());
}
for (std::map<int, int>::const_iterator trIt1 = muon1TrackAddr.begin(); trIt1 != muon1TrackAddr.end();
++trIt1) {
muColl1TrkAddr->Fill(trIt1->first, trIt1->second);
}
muColl2hwPt->Fill(muonIt2->hwPt());
muColl2hwEta->Fill(muonIt2->hwEta());
muColl2hwPhi->Fill(muonIt2->hwPhi());
muColl2hwSign->Fill(muonIt2->hwSign());
muColl2hwSignValid->Fill(muonIt2->hwSignValid());
muColl2hwQual->Fill(muonIt2->hwQual());
muColl2link->Fill(muonIt2->link());
muColl2processor->Fill(muonIt2->processor());
muColl2trackFinderType->Fill(muonIt2->trackFinderType());
muColl2hwHF->Fill(muonIt2->hwHF());
muColl2TrkAddrSize->Fill(muon2TrackAddr.size());
if (hasDisplacementInfo) {
muColl2hwDXY->Fill(muonIt2->hwDXY());
muColl2hwPtUnconstrained->Fill(muonIt2->hwPtUnconstrained());
}
for (std::map<int, int>::const_iterator trIt2 = muon2TrackAddr.begin(); trIt2 != muon2TrackAddr.end();
++trIt2) {
muColl2TrkAddr->Fill(trIt2->first, trIt2->second);
}
} else {
summary->Fill(MUONGOOD);
}
++muonIt1;
++muonIt2;
}
}
}