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#include <DQM/HLXMonitor/src/HLXMonitor.cc>
Description: DQM Source for HLX histograms
Implementation: <Notes on="" implementation>="">
Definition at line 54 of file HLXMonitor.h.
Definition at line 58 of file HLXMonitor.h.
Definition at line 59 of file HLXMonitor.h.
| HLXMonitor::HLXMonitor | ( | const edm::ParameterSet & | iConfig | ) | [explicit] |
Definition at line 17 of file HLXMonitor.cc.
References Accumulate, AquireMode, currentRunEnded_, dbe_, DistribIP1, DistribIP2, eventInfoFolder_, eventInfoFolderHLX_, expectedNibbles_, edm::ParameterSet::getUntrackedParameter(), HLXHFMap, listenPort, lsBinOld, lumiSectionCount, MAX_LS, MinLSBeforeSave, monitorName_, NBINS, num4NibblePerLS_, NUM_BUNCHES, NUM_HLX, cppFunctionSkipper::operator, OutputDir, OutputFilePrefix, prescaleEvt_, previousSection, reconnTime, ResetAtNewRun, runNumber_, runNumLength, SaveAtEndJob, SavePeriod, secNumLength, sectionInstantErrSumEt, sectionInstantErrSumOcc1, sectionInstantErrSumOcc2, sectionInstantNorm, sectionInstantSumEt, sectionInstantSumOcc1, sectionInstantSumOcc2, set1AboveIndex, set1BelowIndex, set1BetweenIndex, set2AboveIndex, set2BelowIndex, set2BetweenIndex, SetupEventInfo(), SetupHists(), DQMStore::setVerbose(), subSystemName_, totalNibbles_, TriggerBX, XMAX, and XMIN.
{
NUM_HLX = iConfig.getUntrackedParameter< unsigned int >("numHlx", 36);
NUM_BUNCHES = iConfig.getUntrackedParameter< unsigned int >("numBunches", 3564);
MAX_LS = iConfig.getUntrackedParameter< unsigned int >("maximumNumLS", 480);
listenPort = iConfig.getUntrackedParameter< unsigned int >("SourcePort", 51001);
OutputFilePrefix = iConfig.getUntrackedParameter< std::string >("outputFile", "lumi");
OutputDir = iConfig.getUntrackedParameter< std::string >("outputDir"," data");
SavePeriod = iConfig.getUntrackedParameter< unsigned int >("SavePeriod", 10);
NBINS = iConfig.getUntrackedParameter< unsigned int >("NBINS", 297); // 12 BX per bin
XMIN = iConfig.getUntrackedParameter< double >("XMIN", 0);
XMAX = iConfig.getUntrackedParameter< double >("XMAX", 3564);
Style = iConfig.getUntrackedParameter< std::string >("Style", "BX");
AquireMode = iConfig.getUntrackedParameter< unsigned int >("AquireMode", 0);
Accumulate = iConfig.getUntrackedParameter< bool >("Accumulate", true); // all
TriggerBX = iConfig.getUntrackedParameter< unsigned int >("TriggerBX", 50);
MinLSBeforeSave = iConfig.getUntrackedParameter< unsigned int >("MinLSBeforeSave", 1);
reconnTime = iConfig.getUntrackedParameter< unsigned int >("ReconnectionTime",5);
DistribIP1 = iConfig.getUntrackedParameter< std::string >("PrimaryHLXDAQIP", "vmepcs2f17-18");
DistribIP2 = iConfig.getUntrackedParameter< std::string >("SecondaryHLXDAQIP", "vmepcs2f17-19");
ResetAtNewRun = iConfig.getUntrackedParameter< bool >("NewRun_Reset",true);
SaveAtEndJob = iConfig.getUntrackedParameter< bool >("SaveAtEndJob",true);
eventInfoFolderHLX_ = iConfig.getUntrackedParameter<std::string>("eventInfoFolderHLX", "EventInfoHLX") ;
eventInfoFolder_ = iConfig.getUntrackedParameter<std::string >("eventInfoFolder", "EventInfo") ;
subSystemName_ = iConfig.getUntrackedParameter<std::string >("subSystemName", "HLX") ;
// Set the lumi section counter
lsBinOld = 0;
previousSection = 0;
lumiSectionCount = 0;
sectionInstantSumEt = 0;
sectionInstantErrSumEt = 0;
sectionInstantSumOcc1 = 0;
sectionInstantErrSumOcc1 = 0;
sectionInstantSumOcc2 = 0;
sectionInstantErrSumOcc2 = 0;
sectionInstantNorm = 0;
// HLX Config info
set1BelowIndex = 0;
set1BetweenIndex = 1;
set1AboveIndex = 2;
set2BelowIndex = 3;
set2BetweenIndex = 4;
set2AboveIndex = 5;
runNumLength = 9;
secNumLength = 8;
if(NUM_HLX > 36)
NUM_HLX = 36;
if(NUM_BUNCHES > 3564)
NUM_BUNCHES = 3564;
if(XMAX <= XMIN){
XMIN = 0;
if(XMAX <= 0) XMAX = 3564;
}
if((Style.compare("History")==0) || (NBINS == 0)){
NBINS = (unsigned int)(XMAX-XMIN);
}
dbe_ = edm::Service<DQMStore>().operator->();
if ( dbe_ ) {
dbe_->setVerbose(1);
}
monitorName_ = iConfig.getUntrackedParameter<std::string>("monitorName","HLX");
//cout << "Monitor name = " << monitorName_ << endl;
prescaleEvt_ = iConfig.getUntrackedParameter<int>("prescaleEvt", -1);
//cout << "===>DQM event prescale = " << prescaleEvt_ << " events "<< endl;
unsigned int HLXHFMapTemp[] = {31,32,33,34,35,18, // s2f07 hf-
13,14,15,16,17,0, // s2f07 hf+
25,26,27,28,29,30, // s2f05 hf-
7, 8, 9, 10,11,12, // s2f05 hf+
19,20,21,22,23,24, // s2f02 hf-
1, 2, 3, 4, 5, 6}; // s2f02 hf+
currentRunEnded_ = true;
runNumber_ = 0;
expectedNibbles_ = 0;
for( int iHLX = 0; iHLX < 36; ++iHLX ){
HLXHFMap[iHLX] = HLXHFMapTemp[iHLX];
//std::cout << "At " << iHLX << " Wedge " << HLXHFMap[iHLX] << std::endl;
totalNibbles_[iHLX] = 0;
}
num4NibblePerLS_ = 16.0;
SetupHists();
SetupEventInfo();
}
| HLXMonitor::~HLXMonitor | ( | ) |
Definition at line 118 of file HLXMonitor.cc.
References HCAL_HLX::TCPReceiver::Disconnect(), and HLXTCP.
{
HLXTCP.Disconnect();
}
| void HLXMonitor::analyze | ( | const edm::Event & | iEvent, |
| const edm::EventSetup & | iSetup | ||
| ) | [private, virtual] |
Implements edm::EDAnalyzer.
Definition at line 726 of file HLXMonitor.cc.
References HCAL_HLX::TCPReceiver::Connect(), gather_cfg::cout, currentRunEnded_, HCAL_HLX::TCPReceiver::Disconnect(), DistribIP1, DistribIP2, EndRun(), funct::false, MonitorElement::Fill(), FillEventInfo(), FillHistograms(), FillHistoHFCompare(), FillReportSummary(), getUTCtime(), HCAL_HLX::LUMI_SECTION::hdr, HLXTCP, HCAL_HLX::TCPReceiver::IsConnected(), lumiSection, HCAL_HLX::LUMI_SECTION::lumiSummary, NULL, HCAL_HLX::TCPReceiver::ReceiveLumiSection(), reconnTime, runNumber_, runStartTimeStamp_, HCAL_HLX::TCPReceiver::SetIP(), stor::utils::sleep(), and funct::true.
{
using namespace edm;
while( HLXTCP.IsConnected() == false )
{
HLXTCP.SetIP(DistribIP1);
if( HLXTCP.Connect() != 1 )
{
std::cout << "Failed to connect to " << DistribIP1 << "." << std::endl;
sleep( 1 );
std::cout << "Trying " << DistribIP2 << std::endl;
HLXTCP.SetIP( DistribIP2 );
if( HLXTCP.Connect() == 1) break;
std::cout << "Failed to connect to " << DistribIP2 << "." << std::endl;
std::cout << " Reconnect in " << reconnTime << " seconds." << std::endl;
sleep(reconnTime);
}
}
if( HLXTCP.IsConnected() == true )
{
std::cout << "Successfully connected." << std::endl;
}
if( HLXTCP.ReceiveLumiSection( lumiSection ) == 1 )
{
// If this is the first time through, set the runNumber ...
if( runNumber_ != lumiSection.hdr.runNumber ){
if( !currentRunEnded_ && runNumber_ != 0 ) EndRun();
runNumber_ = lumiSection.hdr.runNumber;
currentRunEnded_ = false;
//std::cout << "Run number is: " << runNumber_ << std::endl;
timeval startruntime;
gettimeofday(&startruntime,NULL);
runStartTimeStamp_->Fill(getUTCtime(&startruntime));
}
// Fill the monitoring histograms
FillHistograms(lumiSection);
FillHistoHFCompare(lumiSection);
FillEventInfo(lumiSection,iEvent);
FillReportSummary();
cout << "Run: " << lumiSection.hdr.runNumber
<< " Section: " << lumiSection.hdr.sectionNumber
<< " Orbit: " << lumiSection.hdr.startOrbit << endl;
cout << "Et Lumi: " << lumiSection.lumiSummary.InstantETLumi << endl;
cout << "Occ Lumi 1: " << lumiSection.lumiSummary.InstantOccLumi[0] << endl;
cout << "Occ Lumi 2: " << lumiSection.lumiSummary.InstantOccLumi[1] << endl;
}
else
{
HLXTCP.Disconnect();
EndRun();
}
// do
// {
// errorCode = HLXTCP.ReceiveLumiSection(lumiSection);
// while(errorCode !=1)
// {
// HLXTCP.Disconnect();
// //cout << "Connecting to TCPDistributor" << endl;
// errorCode = HLXTCP.Connect();
// if(errorCode != 1)
// {
// if( (attemptCounter%10)==0 ){
// cout << "*** Connection Failed: " << errorCode
// << " Will attempt to reconnect in " << reconnTime << " seconds." << endl;
// cout << "This message will be printed once every 10 attempts." << endl;
// }
// ++attemptCounter;
// sleep(reconnTime);
// }
// }
// } while( errorCode != 1 );
}
| void HLXMonitor::beginJob | ( | void | ) | [private, virtual] |
Reimplemented from edm::EDAnalyzer.
Definition at line 828 of file HLXMonitor.cc.
References AquireMode, HCAL_HLX::TCPReceiver::Connect(), gather_cfg::cout, DistribIP1, DistribIP2, funct::false, HLXTCP, HCAL_HLX::TCPReceiver::IsConnected(), listenPort, reconnTime, HCAL_HLX::TCPReceiver::SetIP(), HCAL_HLX::TCPReceiver::SetMode(), HCAL_HLX::TCPReceiver::SetPort(), stor::utils::sleep(), and funct::true.
{
HLXTCP.SetIP(DistribIP1);
int errorCode = HLXTCP.SetPort(listenPort);
cout << "SetPort: " << listenPort << " Success: " << errorCode << endl;
errorCode = HLXTCP.SetMode(AquireMode);
cout << "AquireMode: " << AquireMode << " Success: " << errorCode << endl;
while( HLXTCP.IsConnected() == false )
{
HLXTCP.SetIP(DistribIP1);
if( HLXTCP.Connect() != 1 )
{
std::cout << "Failed to connect to " << DistribIP1 << "." << std::endl;
sleep( 1 );
std::cout << "Trying " << DistribIP2 << std::endl;
HLXTCP.SetIP( DistribIP2 );
if( HLXTCP.Connect() == 1) break;
std::cout << "Failed to connect to " << DistribIP2 << "." << std::endl;
std::cout << " Reconnect in " << reconnTime << " seconds." << std::endl;
sleep(reconnTime);
}
}
if( HLXTCP.IsConnected() == true )
{
std::cout << "Successfully connected." << std::endl;
}
}
| void HLXMonitor::endJob | ( | void | ) | [private, virtual] |
Reimplemented from edm::EDAnalyzer.
Definition at line 859 of file HLXMonitor.cc.
References HCAL_HLX::TCPReceiver::Disconnect(), EndRun(), HLXTCP, and SaveAtEndJob.
{
// Fill the report summaries at end job
// Loop over the HLX's and fill the map,
// also calculate the overall quality.
HLXTCP.Disconnect();
EndRun( SaveAtEndJob );
}
| void HLXMonitor::EndRun | ( | bool | saveFile = true | ) | [private] |
Definition at line 868 of file HLXMonitor.cc.
References gather_cfg::cout, currentRunEnded_, expectedNibbles_, FillReportSummary(), lsBinOld, lumiSectionCount, MinLSBeforeSave, num4NibblePerLS_, NUM_HLX, previousSection, ResetAll(), ResetAtNewRun, runNumber_, SaveDQMFile(), sectionInstantErrSumEt, sectionInstantErrSumOcc1, sectionInstantErrSumOcc2, sectionInstantNorm, sectionInstantSumEt, sectionInstantSumOcc1, sectionInstantSumOcc2, and totalNibbles_.
Referenced by analyze(), and endJob().
{
FillReportSummary();
// Do some things that should be done at the end of the run ...
if( saveFile && runNumber_ != 0 ){
if( int(lumiSectionCount/num4NibblePerLS_) >= (int)MinLSBeforeSave ) SaveDQMFile();
else std::cout << "Num LS's (" << int(lumiSectionCount/num4NibblePerLS_) << ") "
<< "is less than required minumum (" << MinLSBeforeSave
<< "). File will not be saved!" << std::endl;
}
expectedNibbles_ = 0;
for( unsigned int iHLX = 0; iHLX < NUM_HLX; ++iHLX ) totalNibbles_[iHLX] = 0;
std::cout << "** Here in end run **" << std::endl;
if(ResetAtNewRun) ResetAll();
runNumber_ = 0;
currentRunEnded_ = true;
sectionInstantSumEt = 0;
sectionInstantErrSumEt = 0;
sectionInstantSumOcc1 = 0;
sectionInstantErrSumOcc1 = 0;
sectionInstantSumOcc2 = 0;
sectionInstantErrSumOcc2 = 0;
sectionInstantNorm = 0;
lsBinOld = 0;
lumiSectionCount = 0;
previousSection = 0;
}
| void HLXMonitor::FillEventInfo | ( | const LUMI_SECTION & | section, |
| const edm::Event & | e | ||
| ) | [private] |
Definition at line 1388 of file HLXMonitor.cc.
References currentTime_, edm::EventID::event(), eventId_, eventTimeStamp_, evtRateCount_, evtRateWindow_, expectedNibbles_, MonitorElement::Fill(), getUTCtime(), HCAL_HLX::LUMI_SECTION::hdr, HLXHFMap, edm::EventBase::id(), lastAvgTime_, lastUpdateTime_, lumisecId_, NULL, num4NibblePerLS_, NUM_HLX, HCAL_HLX::LUMI_SECTION::occupancy, pEvent_, processEventRate_, processEvents_, processLatency_, processTimeStamp_, runId_, edm::EventBase::time(), cond::rpcobgas::time, totalNibbles_, and edm::Timestamp::value().
Referenced by analyze().
{
// New run .. set the run number and fill run summaries ...
//std::cout << "Run number " << runNumber_ << " Section hdr run number "
// << section.hdr.runNumber << std::endl;
runId_->Fill( section.hdr.runNumber );
lumisecId_->Fill( (int)(section.hdr.sectionNumber/num4NibblePerLS_) + 1 );
// Update the total nibbles & the expected number
expectedNibbles_ += section.hdr.numOrbits/4096;
for( unsigned int iHLX = 0; iHLX < NUM_HLX; ++iHLX ){
unsigned int iWedge = HLXHFMap[iHLX] + 1;
totalNibbles_[iWedge-1] += section.occupancy[iHLX].hdr.numNibbles;
}
eventId_->Fill(e.id().event());
eventTimeStamp_->Fill(e.time().value()/(double)0xffffffff);
pEvent_++;
evtRateCount_++;
processEvents_->Fill(pEvent_);
lastUpdateTime_=currentTime_;
gettimeofday(¤tTime_,NULL);
processTimeStamp_->Fill(getUTCtime(¤tTime_));
processLatency_->Fill(getUTCtime(&lastUpdateTime_,¤tTime_));
float time = getUTCtime(&lastAvgTime_,¤tTime_);
if(time>=(evtRateWindow_*60.0)){
processEventRate_->Fill((float)evtRateCount_/time);
evtRateCount_ = 0;
lastAvgTime_ = currentTime_;
}
}
| void HLXMonitor::FillHistograms | ( | const LUMI_SECTION & | section | ) | [private] |
Definition at line 899 of file HLXMonitor.cc.
References AvgEtSum, AvgOccAboveSet1, AvgOccAboveSet2, AvgOccBelowSet1, AvgOccBelowSet2, AvgOccBetweenSet1, AvgOccBetweenSet2, BXvsTimeAvgEtSumHFM, BXvsTimeAvgEtSumHFP, dbe_, alignCSCRings::e, HCAL_HLX::LUMI_SECTION::etSum, ETSum, MonitorElement::Fill(), HcalObjRepresent::Fill(), MonitorElement::getBinContent(), MonitorElement::getBinError(), MonitorElement::getMean(), MonitorElement::getRMS(), MonitorElement::getTH1F(), HCAL_HLX::LUMI_SECTION::hdr, HistAvgEtSumHFM, HistAvgEtSumHFP, HistAvgLumiEtSum, HistAvgLumiOccSet1, HistAvgLumiOccSet2, HistAvgOccAboveSet1HFM, HistAvgOccAboveSet1HFP, HistAvgOccAboveSet2HFM, HistAvgOccAboveSet2HFP, HistAvgOccBelowSet1HFM, HistAvgOccBelowSet1HFP, HistAvgOccBelowSet2HFM, HistAvgOccBelowSet2HFP, HistAvgOccBetweenSet1HFM, HistAvgOccBetweenSet1HFP, HistAvgOccBetweenSet2HFM, HistAvgOccBetweenSet2HFP, HistInstantLumiEtSum, HistInstantLumiEtSumError, HistInstantLumiOccSet1, HistInstantLumiOccSet1Error, HistInstantLumiOccSet2, HistInstantLumiOccSet2Error, HistIntegratedLumiEtSum, HistIntegratedLumiOccSet1, HistIntegratedLumiOccSet2, HLXHFMap, lsBinOld, LumiAvgEtSum, LumiAvgOccSet1, LumiAvgOccSet2, HCAL_HLX::LUMI_SECTION::lumiDetail, LumiInstantEtSum, LumiInstantOccSet1, LumiInstantOccSet2, LumiIntegratedEtSum, LumiIntegratedOccSet1, LumiIntegratedOccSet2, lumiSectionCount, HCAL_HLX::LUMI_SECTION::lumiSummary, max(), MaxInstLumiBX1, MaxInstLumiBX2, MaxInstLumiBX3, MaxInstLumiBX4, MaxInstLumiBXNum1, MaxInstLumiBXNum2, MaxInstLumiBXNum3, MaxInstLumiBXNum4, cmsRun_displayProdMFGeom_cfg::maxX, cmsRun_displayProdMFGeom_cfg::minX, MissingDQMDataCheck, num4NibblePerLS_, NUM_BUNCHES, NUM_HLX, HCAL_HLX::LUMI_SECTION::occupancy, previousSection, RecentInstantLumiEtSum, RecentInstantLumiOccSet1, RecentInstantLumiOccSet2, RecentIntegratedLumiEtSum, RecentIntegratedLumiOccSet1, RecentIntegratedLumiOccSet2, sectionInstantErrSumEt, sectionInstantErrSumOcc1, sectionInstantErrSumOcc2, sectionInstantNorm, sectionInstantSumEt, sectionInstantSumOcc1, sectionInstantSumOcc2, Set1Above, set1AboveIndex, Set1Below, set1BelowIndex, Set1Between, set1BetweenIndex, Set2Above, set2AboveIndex, Set2Below, set2BelowIndex, Set2Between, set2BetweenIndex, MonitorElement::setAxisRange(), MonitorElement::setBinContent(), MonitorElement::setBinError(), DQMStore::softReset(), mathSSE::sqrt(), SumAllOccSet1, SumAllOccSet2, tmp, CommonMethods::weight(), XMAX, and XMIN.
Referenced by analyze().
{
// Check for missing data
if( previousSection != (section.hdr.sectionNumber-1) ){
double weight = (double)(section.hdr.sectionNumber-previousSection-1);
//std::cout << "Filling missing data! " << weight << std::endl;
MissingDQMDataCheck->Fill(0.5,weight);
}
previousSection = section.hdr.sectionNumber;
int lsBin = int(lumiSectionCount/num4NibblePerLS_);
int lsBinBX = int(lumiSectionCount/num4NibblePerLS_);
HistAvgLumiEtSum->Fill(lsBin, section.lumiSummary.InstantETLumi);
HistAvgLumiOccSet1->Fill(lsBin, section.lumiSummary.InstantOccLumi[0]);
HistAvgLumiOccSet2->Fill(lsBin, section.lumiSummary.InstantOccLumi[1]);
//std::cout << "Lumi section count " << lumiSectionCount << " lsBin " << lsBin
// << " lsBinOld " << lsBinOld << " True section: " << section.hdr.sectionNumber << std::endl;
//std::cout << "Instant Et sum: " << section.lumiSummary.InstantETLumi
// << " +/- " << section.lumiSummary.InstantETLumiErr << std::endl;
//std::cout << "Section sum so far: " << sectionInstantSumEt << " +/- "
// << sqrt(sectionInstantErrSumEt) << std::endl;
int fillBin = lumiSectionCount+1;
if( fillBin > 128 )
{
// If we are already more than 2 LS's in, move everything back by one bin
// and fill the last bin with the new value.
for( int iBin = 1; iBin<128; ++iBin )
{
RecentInstantLumiEtSum->setBinContent(iBin,RecentInstantLumiEtSum->getBinContent(iBin+1));
RecentInstantLumiOccSet1->setBinContent(iBin,RecentInstantLumiOccSet1->getBinContent(iBin+1));
RecentInstantLumiOccSet2->setBinContent(iBin,RecentInstantLumiOccSet2->getBinContent(iBin+1));
RecentIntegratedLumiEtSum->setBinContent(iBin,RecentIntegratedLumiEtSum->getBinContent(iBin+1));
RecentIntegratedLumiOccSet1->setBinContent(iBin,RecentIntegratedLumiOccSet1->getBinContent(iBin+1));
RecentIntegratedLumiOccSet2->setBinContent(iBin,RecentIntegratedLumiOccSet2->getBinContent(iBin+1));
}
fillBin = 128;
}
RecentInstantLumiEtSum->setBinContent(fillBin,section.lumiSummary.InstantETLumi);
RecentInstantLumiEtSum->setBinError(fillBin,section.lumiSummary.InstantETLumiErr);
RecentInstantLumiOccSet1->setBinContent(fillBin,section.lumiSummary.InstantOccLumi[0]);
RecentInstantLumiOccSet1->setBinError(fillBin,section.lumiSummary.InstantOccLumiErr[0]);
RecentInstantLumiOccSet2->setBinContent(fillBin,section.lumiSummary.InstantOccLumi[1]);
RecentInstantLumiOccSet2->setBinError(fillBin,section.lumiSummary.InstantOccLumiErr[1]);
double recentOldBinContent = RecentIntegratedLumiEtSum->getBinContent(fillBin-1);
if( fillBin == 1 ) recentOldBinContent = 0;
double recentNewBinContent = recentOldBinContent + section.lumiSummary.InstantETLumi;
RecentIntegratedLumiEtSum->setBinContent(fillBin,recentNewBinContent);
recentOldBinContent = RecentIntegratedLumiOccSet1->getBinContent(fillBin-1);
if( fillBin == 1 ) recentOldBinContent = 0;
recentNewBinContent = recentOldBinContent + section.lumiSummary.InstantOccLumi[0];
RecentIntegratedLumiOccSet1->setBinContent(fillBin,recentNewBinContent);
recentOldBinContent = RecentIntegratedLumiOccSet2->getBinContent(fillBin-1);
if( fillBin == 1 ) recentOldBinContent = 0;
recentNewBinContent = recentOldBinContent + section.lumiSummary.InstantOccLumi[0];
RecentIntegratedLumiOccSet2->setBinContent(fillBin,recentNewBinContent);
double recentOldBinError = RecentIntegratedLumiEtSum->getBinError(fillBin-1);
if( fillBin == 1 ) recentOldBinError = 0;
double recentNewBinError = sqrt(recentOldBinError*recentOldBinError + section.lumiSummary.InstantETLumiErr*section.lumiSummary.InstantETLumiErr);
RecentIntegratedLumiEtSum->setBinError(fillBin,recentNewBinError);
recentOldBinError = RecentIntegratedLumiOccSet1->getBinError(fillBin-1);
if( fillBin == 1 ) recentOldBinError = 0;
recentNewBinError = sqrt(recentOldBinError*recentOldBinError + section.lumiSummary.InstantOccLumiErr[0]*section.lumiSummary.InstantOccLumiErr[0]);
RecentIntegratedLumiOccSet1->setBinError(fillBin,recentNewBinError);
recentOldBinError = RecentIntegratedLumiOccSet2->getBinError(fillBin-1);
if( fillBin == 1 ) recentOldBinError = 0;
recentNewBinError = sqrt(recentOldBinError*recentOldBinError + section.lumiSummary.InstantOccLumiErr[1]*section.lumiSummary.InstantOccLumiErr[1]);
RecentIntegratedLumiOccSet2->setBinError(fillBin,recentNewBinError);
// std::cout << "New total " << RecentIntegratedLumiEtSum->getBinContent(fillBin)
// << " +/- " << RecentIntegratedLumiEtSum->getBinError(fillBin) << std::endl;
if( lsBinOld != lsBin )
{
HistInstantLumiEtSum->setBinContent(lsBin,sectionInstantSumEt);
HistInstantLumiEtSum->setBinError(lsBin,sqrt(sectionInstantErrSumEt));
HistInstantLumiOccSet1->setBinContent(lsBin,sectionInstantSumOcc1);
HistInstantLumiOccSet1->setBinError(lsBin,sqrt(sectionInstantErrSumOcc1));
HistInstantLumiOccSet2->setBinContent(lsBin,sectionInstantSumOcc2);
HistInstantLumiOccSet2->setBinError(lsBin,sqrt(sectionInstantErrSumOcc2));
double etDenom = fabs(sectionInstantSumEt);
if( etDenom < 1e-10 ) etDenom = 1e-10;
double occ1Denom = fabs(sectionInstantSumOcc1);
if( occ1Denom < 1e-10 ) occ1Denom = 1e-10;
double occ2Denom = fabs(sectionInstantSumOcc2);
if( occ2Denom < 1e-10 ) occ2Denom = 1e-10;
double etError = 100.0*sqrt(sectionInstantErrSumEt)/etDenom;
double occ1Error = 100.0*sqrt(sectionInstantErrSumOcc1)/occ1Denom;
double occ2Error = 100.0*sqrt(sectionInstantErrSumOcc2)/occ2Denom;
HistInstantLumiEtSumError->setBinContent(lsBinOld,etError);
HistInstantLumiOccSet1Error->setBinContent(lsBinOld,occ1Error);
HistInstantLumiOccSet2Error->setBinContent(lsBinOld,occ2Error);
double histOldBinContent = HistIntegratedLumiEtSum->getBinContent(lsBinOld);
if( lsBinOld == 0 ) histOldBinContent = 0;
double histNewBinContent = histOldBinContent + sectionInstantSumEt;
HistIntegratedLumiEtSum->setBinContent(lsBin,histNewBinContent);
histOldBinContent = HistIntegratedLumiOccSet1->getBinContent(lsBinOld);
if( lsBinOld == 0 ) histOldBinContent = 0;
histNewBinContent = histOldBinContent + sectionInstantSumOcc1;
HistIntegratedLumiOccSet1->setBinContent(lsBin,histNewBinContent);
histOldBinContent = HistIntegratedLumiOccSet2->getBinContent(lsBinOld);
if( lsBinOld == 0 ) histOldBinContent = 0;
histNewBinContent = histOldBinContent + sectionInstantSumOcc2;
HistIntegratedLumiOccSet2->setBinContent(lsBin,histNewBinContent);
double histOldBinError = HistIntegratedLumiEtSum->getBinError(lsBinOld);
if( lsBinOld == 0 ) histOldBinError = 0;
double histNewBinError = sqrt(histOldBinError*histOldBinError + sectionInstantErrSumEt);
HistIntegratedLumiEtSum->setBinError(lsBin,histNewBinError);
histOldBinError = HistIntegratedLumiOccSet1->getBinError(lsBinOld);
if( lsBinOld == 0 ) histOldBinError = 0;
histNewBinError = sqrt(histOldBinError*histOldBinError + sectionInstantErrSumOcc1);
HistIntegratedLumiOccSet1->setBinError(lsBin,histNewBinError);
histOldBinError = HistIntegratedLumiOccSet2->getBinError(lsBinOld);
if( lsBinOld == 0 ) histOldBinError = 0;
histNewBinError = sqrt(histOldBinError*histOldBinError + sectionInstantErrSumOcc2);
HistIntegratedLumiOccSet2->setBinError(lsBin,histNewBinError);
sectionInstantSumEt = 0;
sectionInstantErrSumEt = 0;
sectionInstantSumOcc1 = 0;
sectionInstantErrSumOcc1 = 0;
sectionInstantSumOcc2 = 0;
sectionInstantErrSumOcc2 = 0;
sectionInstantNorm = 0;
lsBinOld = lsBin;
}
sectionInstantSumEt += section.lumiSummary.InstantETLumi;
sectionInstantErrSumEt += section.lumiSummary.InstantETLumiErr*section.lumiSummary.InstantETLumiErr;
sectionInstantSumOcc1 += section.lumiSummary.InstantOccLumi[0];
sectionInstantErrSumOcc1 += section.lumiSummary.InstantOccLumiErr[0]*section.lumiSummary.InstantOccLumiErr[0];
sectionInstantSumOcc2 += section.lumiSummary.InstantOccLumi[1];
sectionInstantErrSumOcc2 += section.lumiSummary.InstantOccLumiErr[1]*section.lumiSummary.InstantOccLumiErr[1];
++sectionInstantNorm;
dbe_->softReset(LumiInstantEtSum);
dbe_->softReset(LumiInstantOccSet1);
dbe_->softReset(LumiInstantOccSet2);
for( int iHLX = 0; iHLX < (int)NUM_HLX; ++iHLX ){
unsigned int utotal1= 0;
unsigned int utotal2 = 0;
unsigned int iWedge = HLXHFMap[iHLX];
if(section.occupancy[iHLX].hdr.numNibbles != 0){
// Don't include the last one hundred BX in the average.
for( unsigned int iBX = 0; iBX < NUM_BUNCHES; ++iBX ){
// Normalize to number of towers
unsigned int norm[2] = {0,0};
norm[0] += section.occupancy[iHLX].data[set1BelowIndex ][iBX];
norm[0] += section.occupancy[iHLX].data[set1BetweenIndex ][iBX];
norm[0] += section.occupancy[iHLX].data[set1AboveIndex ][iBX];
if( norm[0] == 0 ) norm[0]=1;
norm[1] += section.occupancy[iHLX].data[set2BelowIndex ][iBX];
norm[1] += section.occupancy[iHLX].data[set2BetweenIndex ][iBX];
norm[1] += section.occupancy[iHLX].data[set2AboveIndex ][iBX];
if( norm[1] == 0 ) norm[1]=1;
double normEt = section.etSum[iHLX].data[iBX]/(double)(norm[0]+norm[1]);
double normOccSet1Below = (double)section.occupancy[iHLX].data[set1BelowIndex][iBX]/(double)norm[0];
double normOccSet1Between = (double)section.occupancy[iHLX].data[set1BetweenIndex][iBX]/(double)norm[0];
double normOccSet1Above = (double)section.occupancy[iHLX].data[set1AboveIndex][iBX]/(double)norm[0];
double normOccSet2Below = (double)section.occupancy[iHLX].data[set2BelowIndex][iBX]/(double)norm[1];
double normOccSet2Between = (double)section.occupancy[iHLX].data[set2BetweenIndex][iBX]/(double)norm[1];
double normOccSet2Above = (double)section.occupancy[iHLX].data[set2AboveIndex][iBX]/(double)norm[1];
// Averages & check sum
if( iBX < NUM_BUNCHES-100 )
{
AvgEtSum->Fill( iWedge,normEt);
AvgOccBelowSet1-> Fill( iWedge, normOccSet1Below );
AvgOccBetweenSet1->Fill( iWedge, normOccSet1Between );
AvgOccAboveSet1-> Fill( iWedge, normOccSet1Above );
AvgOccBelowSet2-> Fill( iWedge, normOccSet2Below );
AvgOccBetweenSet2->Fill( iWedge, normOccSet2Between );
AvgOccAboveSet2-> Fill( iWedge, normOccSet2Above );
if( iWedge < 18 )
{
HistAvgEtSumHFP->Fill( lsBin,normEt);
HistAvgOccBelowSet1HFP->Fill( lsBin, normOccSet1Below );
HistAvgOccBetweenSet1HFP->Fill( lsBin, normOccSet1Between );
HistAvgOccAboveSet1HFP->Fill( lsBin, normOccSet1Above );
HistAvgOccBelowSet2HFP->Fill( lsBin, normOccSet2Below );
HistAvgOccBetweenSet2HFP->Fill( lsBin, normOccSet2Between );
HistAvgOccAboveSet2HFP->Fill( lsBin, normOccSet2Above );
if( iBX >= (XMIN-1) && iBX <= (XMAX-1) ) BXvsTimeAvgEtSumHFP->Fill(lsBinBX,iBX,normEt/(num4NibblePerLS_*18.0*12.0));
}
else
{
HistAvgEtSumHFM->Fill( lsBin,normEt);
HistAvgOccBelowSet1HFM->Fill( lsBin, normOccSet1Below );
HistAvgOccBetweenSet1HFM->Fill( lsBin, normOccSet1Between );
HistAvgOccAboveSet1HFM->Fill( lsBin, normOccSet1Above );
HistAvgOccBelowSet2HFM->Fill( lsBin, normOccSet2Below );
HistAvgOccBetweenSet2HFM->Fill( lsBin, normOccSet2Between );
HistAvgOccAboveSet2HFM->Fill( lsBin, normOccSet2Above );
if( iBX >= (XMIN-1) && iBX <= (XMAX-1) ) BXvsTimeAvgEtSumHFM->Fill(lsBinBX,iBX,normEt/(num4NibblePerLS_*18.0*12.0));
}
utotal1 += section.occupancy[iHLX].data[set1BelowIndex ][iBX];
utotal1 += section.occupancy[iHLX].data[set1BetweenIndex][iBX];
utotal1 += section.occupancy[iHLX].data[set1AboveIndex ][iBX];
utotal2 += section.occupancy[iHLX].data[set2BelowIndex ][iBX];
utotal2 += section.occupancy[iHLX].data[set2BetweenIndex][iBX];
utotal2 += section.occupancy[iHLX].data[set2AboveIndex ][iBX];
}
if(Style.compare("BX") == 0)
{
// Get the correct bin ...
TH1F *Set1BelowHist = Set1Below[iWedge]->getTH1F();
int iBin = Set1BelowHist->FindBin((float)iBX);
// Adjust the old bin content to make the new, unnormalize and renormalize
if( lumiSectionCount > 0 ){
double oldNormOccSet1Below = (Set1Below[iWedge]->getBinContent(iBin))*(double)(lumiSectionCount);
normOccSet1Below += oldNormOccSet1Below;
normOccSet1Below /= (double)(lumiSectionCount+1);
double oldNormOccSet2Below = (Set2Below[iWedge]->getBinContent(iBin))*(double)(lumiSectionCount);
normOccSet2Below += oldNormOccSet2Below;
normOccSet2Below /= (double)(lumiSectionCount+1);
double oldNormOccSet1Between = (Set1Between[iWedge]->getBinContent(iBin))*(double)(lumiSectionCount);
normOccSet1Between += oldNormOccSet1Between;
normOccSet1Between /= (double)(lumiSectionCount+1);
double oldNormOccSet2Between = (Set2Between[iWedge]->getBinContent(iBin))*(double)(lumiSectionCount);
normOccSet2Between += oldNormOccSet2Between;
normOccSet2Between /= (double)(lumiSectionCount+1);
double oldNormOccSet1Above = (Set1Above[iWedge]->getBinContent(iBin))*(double)(lumiSectionCount);
normOccSet1Above += oldNormOccSet1Above;
normOccSet1Above /= (double)(lumiSectionCount+1);
double oldNormOccSet2Above = (Set2Above[iWedge]->getBinContent(iBin))*(double)(lumiSectionCount);
normOccSet2Above += oldNormOccSet2Above;
normOccSet2Above /= (double)(lumiSectionCount+1);
double oldNormEt = ETSum[iWedge]->getBinContent(iBin)*(double)(lumiSectionCount);
normEt += oldNormEt;
normEt /= (double)(lumiSectionCount+1);
}
Set1Below[iWedge]-> setBinContent(iBin, normOccSet1Below );
Set1Between[iWedge]->setBinContent(iBin, normOccSet1Between );
Set1Above[iWedge]-> setBinContent(iBin, normOccSet1Above );
Set2Below[iWedge]-> setBinContent(iBin, normOccSet2Below );
Set2Between[iWedge]->setBinContent(iBin, normOccSet2Between );
Set2Above[iWedge]-> setBinContent(iBin, normOccSet2Above );
ETSum[iWedge]-> setBinContent(iBin, normEt);
// Set1Below[iWedge]-> Fill(iBX, normOccSet1Below );
// Set1Between[iWedge]->Fill(iBX, normOccSet1Between );
// Set1Above[iWedge]-> Fill(iBX, normOccSet1Above );
// Set2Below[iWedge]-> Fill(iBX, normOccSet2Below );
// Set2Between[iWedge]->Fill(iBX, normOccSet2Between );
// Set2Above[iWedge]-> Fill(iBX, normOccSet2Above );
// ETSum[iWedge]-> Fill(iBX, normEt);
}
else if(Style.compare("Dist")==0)
{
Set1Below[iWedge]-> Fill( normOccSet1Below );
Set1Between[iWedge]->Fill( normOccSet1Between );
Set1Above[iWedge]-> Fill( normOccSet1Above );
Set2Below[iWedge]-> Fill( normOccSet2Below );
Set2Between[iWedge]->Fill( normOccSet2Between );
Set2Above[iWedge]-> Fill( normOccSet2Above );
ETSum[iWedge]-> Fill( normEt );
}
}
// Get the number of towers per wedge per BX (assuming non-zero numbers)
double total1 = 0;
double total2 = 0;
if( (NUM_BUNCHES-100)>0 )
{
total1 = (double)utotal1/(double)(NUM_BUNCHES-100);
total2 = (double)utotal2/(double)(NUM_BUNCHES-100);
}
if( section.hdr.numOrbits > 0 )
{
total1 = total1/(double)section.hdr.numOrbits;
total2 = total2/(double)section.hdr.numOrbits;
}
SumAllOccSet1-> Fill( iWedge, total1 );
SumAllOccSet2-> Fill( iWedge, total2 );
}
}
double max[4] = {-1000.0,-1000.0,-1000.0,-1000.0};
int bxmax[4] = {-1,-1,-1,-1};
for( unsigned int iBX = 0; iBX < NUM_BUNCHES; ++iBX ){
LumiAvgEtSum->Fill(iBX, section.lumiDetail.ETLumi[iBX]);
LumiAvgOccSet1->Fill(iBX, section.lumiDetail.OccLumi[0][iBX]);
LumiAvgOccSet2->Fill(iBX, section.lumiDetail.OccLumi[1][iBX]);
if( section.lumiDetail.OccLumi[0][iBX] > max[0] ){
max[3] = max[2];
bxmax[3] = bxmax[2];
max[2] = max[1];
bxmax[2] = bxmax[1];
max[1] = max[0];
bxmax[1] = bxmax[0];
max[0] = section.lumiDetail.OccLumi[0][iBX];
bxmax[0] = iBX;
} else if( section.lumiDetail.OccLumi[0][iBX] > max[1] ){
max[3] = max[2];
bxmax[3] = bxmax[2];
max[2] = max[1];
bxmax[2] = bxmax[1];
max[1] = section.lumiDetail.OccLumi[0][iBX];
bxmax[1] = iBX;
} else if( section.lumiDetail.OccLumi[0][iBX] > max[2] ){
max[3] = max[2];
bxmax[3] = bxmax[2];
max[2] = section.lumiDetail.OccLumi[0][iBX];
bxmax[2] = iBX;
} else if( section.lumiDetail.OccLumi[0][iBX] > max[3] ){
max[3] = section.lumiDetail.OccLumi[0][iBX];
bxmax[3] = iBX;
}
int iBin = iBX - (int)XMIN + 1;
if( iBin <= int(XMAX-XMIN) && iBin >= 1 ){
//cout << "Et sum " << section.lumiDetail.ETLumi[iBX] << " +/- "
// << section.lumiDetail.ETLumiErr[iBX] << std::endl;
//cout << "Occ1 " << section.lumiDetail.OccLumi[0][iBX] << " +/- "
// << section.lumiDetail.OccLumiErr[0][iBX] << std::endl;
//cout << "Occ2 " << section.lumiDetail.OccLumi[1][iBX] << " +/- "
// << section.lumiDetail.OccLumiErr[1][iBX] << std::endl;
LumiInstantEtSum->setBinContent(iBin, section.lumiDetail.ETLumi[iBX]);
LumiInstantOccSet1->setBinContent(iBin, section.lumiDetail.OccLumi[0][iBX]);
LumiInstantOccSet2->setBinContent(iBin, section.lumiDetail.OccLumi[1][iBX]);
LumiInstantEtSum->setBinError(iBin, section.lumiDetail.ETLumiErr[iBX]);
LumiInstantOccSet1->setBinError(iBin, section.lumiDetail.OccLumiErr[0][iBX]);
LumiInstantOccSet2->setBinError(iBin, section.lumiDetail.OccLumiErr[1][iBX]);
double oldBinContent = LumiIntegratedEtSum->getBinContent(iBin);
if( lumiSectionCount == 0 ) oldBinContent = 0;
double newBinContent = oldBinContent + section.lumiDetail.ETLumi[iBX];
LumiIntegratedEtSum->setBinContent(iBin, newBinContent);
oldBinContent = LumiIntegratedOccSet1->getBinContent(iBin);
if( lumiSectionCount == 0 ) oldBinContent = 0;
newBinContent = oldBinContent + section.lumiDetail.OccLumi[0][iBX];
LumiIntegratedOccSet1->setBinContent(iBin, newBinContent);
oldBinContent = LumiIntegratedOccSet2->getBinContent(iBin);
if( lumiSectionCount == 0 ) oldBinContent = 0;
newBinContent = oldBinContent + section.lumiDetail.OccLumi[1][iBX];
LumiIntegratedOccSet2->setBinContent(iBin, newBinContent);
double oldBinError = LumiIntegratedEtSum->getBinError(iBin);
if( lumiSectionCount == 0 ) oldBinError = 0;
double newBinError = sqrt(oldBinError*oldBinError + section.lumiDetail.ETLumiErr[iBX]*section.lumiDetail.ETLumiErr[iBX]);
LumiIntegratedEtSum->setBinError(iBin, newBinError);
oldBinError = LumiIntegratedOccSet1->getBinError(iBin);
if( lumiSectionCount == 0 ) oldBinError = 0;
newBinError = sqrt(oldBinError*oldBinError + section.lumiDetail.OccLumiErr[0][iBX]*section.lumiDetail.OccLumiErr[0][iBX]);
LumiIntegratedOccSet1->setBinError(iBin, newBinError);
oldBinError = LumiIntegratedOccSet1->getBinError(iBin);
if( lumiSectionCount == 0 ) oldBinError = 0;
newBinError = sqrt(oldBinError*oldBinError + section.lumiDetail.OccLumiErr[1][iBX]*section.lumiDetail.OccLumiErr[1][iBX]);
LumiIntegratedOccSet2->setBinError(iBin, newBinError);
}
}
// Now fill the maximum hists, but ordered by BX, so that
// collision BX's or satellite BX's will always appear in the
// same histogram.
int flag=1;
for( int iM = 0; (iM<4)&&flag; ++iM ){
flag = 0;
for( int iN = 0; iN < 3; ++iN ){
if( bxmax[iN+1] < bxmax[iN] ){
int tmp = bxmax[iN];
bxmax[iN] = bxmax[iN+1];
bxmax[iN+1] = tmp;
double tmp2 = max[iN];
max[iN] = max[iN+1];
max[iN+1] = tmp2;
flag=1;
}
}
}
// 0.9e1 = Conversion constant for occ1 at 900GeV COM.
MaxInstLumiBX1->Fill(max[0]*0.9e1);
MaxInstLumiBXNum1->Fill(bxmax[0]);
MaxInstLumiBX2->Fill(max[1]*0.9e1);
MaxInstLumiBXNum2->Fill(bxmax[1]);
MaxInstLumiBX3->Fill(max[2]*0.9e1);
MaxInstLumiBXNum3->Fill(bxmax[2]);
MaxInstLumiBX4->Fill(max[3]*0.9e1);
MaxInstLumiBXNum4->Fill(bxmax[3]);
TH1F* tmpHist = MaxInstLumiBX1->getTH1F();
double minX = tmpHist->GetBinLowEdge(1);
double maxX = tmpHist->GetBinLowEdge(tmpHist->GetNbinsX()+1);
int inum4NibblePerLS = (int)num4NibblePerLS_;
if( lumiSectionCount%inum4NibblePerLS == 0 ){
double mean1 = MaxInstLumiBX1->getMean();
double rms1 = MaxInstLumiBX1->getRMS();
if( rms1 > 0 && mean1-5*rms1 > minX && mean1+5*rms1<maxX ) MaxInstLumiBX1->setAxisRange(mean1-5*rms1,mean1+5*rms1);
double mean2 = MaxInstLumiBX2->getMean();
double rms2 = MaxInstLumiBX2->getRMS();
if( rms2 > 0 && mean2-5*rms2 > minX && mean2+5*rms2<maxX ) MaxInstLumiBX2->setAxisRange(mean2-5*rms2,mean2+5*rms2);
double mean3 = MaxInstLumiBX3->getMean();
double rms3 = MaxInstLumiBX3->getRMS();
if( rms3 > 0 && mean3-5*rms3 > minX && mean3+5*rms3<maxX ) MaxInstLumiBX3->setAxisRange(mean3-5*rms3,mean3+5*rms3);
double mean4 = MaxInstLumiBX4->getMean();
double rms4 = MaxInstLumiBX4->getRMS();
if( rms4 > 0 && mean4-5*rms4 > minX && mean4+5*rms4<maxX ) MaxInstLumiBX4->setAxisRange(mean4-5*rms4,mean4+5*rms4);
}
// Add one to the section count (usually short sections)
++lumiSectionCount;
}
| void HLXMonitor::FillHistoHFCompare | ( | const LUMI_SECTION & | section | ) | [private] |
Definition at line 1339 of file HLXMonitor.cc.
References HCAL_HLX::LUMI_SECTION::etSum, MonitorElement::Fill(), HFCompareEtSum, HFCompareOccAboveSet1, HFCompareOccAboveSet2, HFCompareOccBelowSet1, HFCompareOccBelowSet2, HFCompareOccBetweenSet1, HFCompareOccBetweenSet2, HLXHFMap, NUM_HLX, HCAL_HLX::LUMI_SECTION::occupancy, set1AboveIndex, set1BelowIndex, set1BetweenIndex, set2AboveIndex, set2BelowIndex, set2BetweenIndex, pileupDistInMC::total, and TriggerBX.
Referenced by analyze().
{
for( unsigned int iHLX = 0; iHLX < NUM_HLX; ++iHLX ){
unsigned int iWedge = HLXHFMap[iHLX];
if(section.occupancy[iHLX].hdr.numNibbles != 0){
float nActvTwrsSet1 = section.occupancy[iHLX].data[set1AboveIndex][TriggerBX]
+ section.occupancy[iHLX].data[set1BetweenIndex][TriggerBX]
+ section.occupancy[iHLX].data[set1BelowIndex][TriggerBX];
float nActvTwrsSet2 = section.occupancy[iHLX].data[set2AboveIndex][TriggerBX]
+ section.occupancy[iHLX].data[set2BetweenIndex][TriggerBX]
+ section.occupancy[iHLX].data[set2BelowIndex][TriggerBX];
float total = nActvTwrsSet1 + nActvTwrsSet2;
if( total > 0){
float tempData = section.etSum[iHLX].data[TriggerBX]/total;
//cout << "Filling HFCompare Et sum " << tempData << endl;
HFCompareEtSum->Fill( iWedge, tempData );
}
if(nActvTwrsSet1 > 0){
float tempData = (float)section.occupancy[iHLX].data[set1BelowIndex][TriggerBX]/nActvTwrsSet1;
HFCompareOccBelowSet1->Fill( iWedge, tempData);
tempData = (float)section.occupancy[iHLX].data[set1BetweenIndex][TriggerBX]/nActvTwrsSet1;
HFCompareOccBetweenSet1->Fill( iWedge, tempData);
tempData = (float)section.occupancy[iHLX].data[set1AboveIndex][TriggerBX]/nActvTwrsSet1;
HFCompareOccAboveSet1->Fill( iWedge, tempData);
}
if( nActvTwrsSet2 > 0){
float tempData = (float)section.occupancy[iHLX].data[set2BelowIndex][TriggerBX]/nActvTwrsSet2;
HFCompareOccBelowSet2->Fill( iWedge, tempData);
tempData = (float)section.occupancy[iHLX].data[set2BetweenIndex][TriggerBX]/nActvTwrsSet2;
HFCompareOccBetweenSet2->Fill( iWedge, tempData);
tempData = (float)section.occupancy[iHLX].data[set2AboveIndex][TriggerBX]/nActvTwrsSet2;
HFCompareOccAboveSet2->Fill( iWedge, tempData);
}
}
}
}
| void HLXMonitor::FillReportSummary | ( | ) | [private] |
Definition at line 1425 of file HLXMonitor.cc.
References expectedNibbles_, MonitorElement::Fill(), cropTnPTrees::frac, HLXHFMap, NUM_HLX, reportSummary_, reportSummaryMap_, MonitorElement::setBinContent(), and totalNibbles_.
Referenced by analyze(), and EndRun().
{
// Run summary - Loop over the HLX's and fill the map,
// also calculate the overall quality.
float overall = 0.0;
for( unsigned int iHLX = 0; iHLX < NUM_HLX; ++iHLX ){
unsigned int iWedge = HLXHFMap[iHLX] + 1;
unsigned int iEta = 2;
float frac = 0.0;
if( expectedNibbles_ > 0 ) frac = (float)totalNibbles_[iWedge-1]/(float)expectedNibbles_;
if( iWedge >= 19 ){ iEta = 1; iWedge -= 18; }
reportSummaryMap_->setBinContent(iWedge,iEta,frac);
overall += frac;
}
overall /= (float)NUM_HLX;
if( overall > 1.0 ) overall = 0.0;
//std::cout << "Filling report summary! Main. " << overall << std::endl;
reportSummary_->Fill(overall);
}
| double HLXMonitor::getUTCtime | ( | timeval * | a, |
| timeval * | b = NULL |
||
| ) | [private] |
Definition at line 1547 of file HLXMonitor.cc.
References NULL.
Referenced by analyze(), FillEventInfo(), and SetupEventInfo().
| void HLXMonitor::ResetAll | ( | ) | [private] |
Definition at line 1445 of file HLXMonitor.cc.
References AvgEtSum, AvgOccAboveSet1, AvgOccAboveSet2, AvgOccBelowSet1, AvgOccBelowSet2, AvgOccBetweenSet1, AvgOccBetweenSet2, BXvsTimeAvgEtSumHFM, BXvsTimeAvgEtSumHFP, dbe_, ETSum, HFCompareEtSum, HFCompareOccAboveSet1, HFCompareOccAboveSet2, HFCompareOccBelowSet1, HFCompareOccBelowSet2, HFCompareOccBetweenSet1, HFCompareOccBetweenSet2, HistAvgEtSumHFM, HistAvgEtSumHFP, HistAvgLumiEtSum, HistAvgLumiOccSet1, HistAvgLumiOccSet2, HistAvgOccAboveSet1HFM, HistAvgOccAboveSet1HFP, HistAvgOccAboveSet2HFM, HistAvgOccAboveSet2HFP, HistAvgOccBelowSet1HFM, HistAvgOccBelowSet1HFP, HistAvgOccBelowSet2HFM, HistAvgOccBelowSet2HFP, HistAvgOccBetweenSet1HFM, HistAvgOccBetweenSet1HFP, HistAvgOccBetweenSet2HFM, HistAvgOccBetweenSet2HFP, HistInstantLumiEtSum, HistInstantLumiEtSumError, HistInstantLumiOccSet1, HistInstantLumiOccSet1Error, HistInstantLumiOccSet2, HistInstantLumiOccSet2Error, HistIntegratedLumiEtSum, HistIntegratedLumiOccSet1, HistIntegratedLumiOccSet2, LumiAvgEtSum, LumiAvgOccSet1, LumiAvgOccSet2, LumiInstantEtSum, LumiInstantOccSet1, LumiInstantOccSet2, LumiIntegratedEtSum, LumiIntegratedOccSet1, LumiIntegratedOccSet2, lumiSectionCount, MaxInstLumiBX1, MaxInstLumiBX2, MaxInstLumiBX3, MaxInstLumiBX4, MaxInstLumiBXNum1, MaxInstLumiBXNum2, MaxInstLumiBXNum3, MaxInstLumiBXNum4, MissingDQMDataCheck, NUM_HLX, previousSection, RecentInstantLumiEtSum, RecentInstantLumiOccSet1, RecentInstantLumiOccSet2, RecentIntegratedLumiEtSum, RecentIntegratedLumiOccSet1, RecentIntegratedLumiOccSet2, Set1Above, Set1Below, Set1Between, Set2Above, Set2Below, Set2Between, DQMStore::softReset(), SumAllOccSet1, and SumAllOccSet2.
Referenced by EndRun().
{
for( unsigned int iHLX = 0; iHLX < NUM_HLX; ++iHLX )
{
dbe_->softReset( Set1Below[iHLX] );
dbe_->softReset( Set1Between[iHLX] );
dbe_->softReset( Set1Above[iHLX] );
dbe_->softReset( Set2Below[iHLX] );
dbe_->softReset( Set2Between[iHLX] );
dbe_->softReset( Set2Above[iHLX] );
dbe_->softReset( ETSum[iHLX] );
}
dbe_->softReset(HFCompareEtSum);
dbe_->softReset(HFCompareOccBelowSet1);
dbe_->softReset(HFCompareOccBetweenSet1);
dbe_->softReset(HFCompareOccAboveSet1);
dbe_->softReset(HFCompareOccBelowSet2);
dbe_->softReset(HFCompareOccBetweenSet2);
dbe_->softReset(HFCompareOccAboveSet2);
dbe_->softReset(AvgEtSum);
dbe_->softReset(AvgOccBelowSet1);
dbe_->softReset(AvgOccBetweenSet1);
dbe_->softReset(AvgOccAboveSet1);
dbe_->softReset(AvgOccBelowSet2);
dbe_->softReset(AvgOccBetweenSet2);
dbe_->softReset(AvgOccAboveSet2);
// Luminosity Monitoring
dbe_->softReset(LumiAvgEtSum);
dbe_->softReset(LumiAvgOccSet1);
dbe_->softReset(LumiAvgOccSet2);
dbe_->softReset(LumiInstantEtSum);
dbe_->softReset(LumiInstantOccSet1);
dbe_->softReset(LumiInstantOccSet2);
dbe_->softReset(LumiIntegratedEtSum);
dbe_->softReset(LumiIntegratedOccSet1);
dbe_->softReset(LumiIntegratedOccSet2);
// Sanity Check for Occupancy
dbe_->softReset(SumAllOccSet1);
dbe_->softReset(SumAllOccSet2);
dbe_->softReset(MissingDQMDataCheck);
dbe_->softReset(MaxInstLumiBX1);
dbe_->softReset(MaxInstLumiBX2);
dbe_->softReset(MaxInstLumiBX3);
dbe_->softReset(MaxInstLumiBX4);
dbe_->softReset(MaxInstLumiBXNum1);
dbe_->softReset(MaxInstLumiBXNum2);
dbe_->softReset(MaxInstLumiBXNum3);
dbe_->softReset(MaxInstLumiBXNum4);
// History
lumiSectionCount = 0;
previousSection = 0;
dbe_->softReset(HistAvgEtSumHFP);
dbe_->softReset(HistAvgEtSumHFM);
dbe_->softReset(HistAvgOccBelowSet1HFP);
dbe_->softReset(HistAvgOccBelowSet1HFM);
dbe_->softReset(HistAvgOccBetweenSet1HFP);
dbe_->softReset(HistAvgOccBetweenSet1HFM);
dbe_->softReset(HistAvgOccAboveSet1HFP);
dbe_->softReset(HistAvgOccAboveSet1HFM);
dbe_->softReset(HistAvgOccBelowSet2HFP);
dbe_->softReset(HistAvgOccBelowSet2HFM);
dbe_->softReset(HistAvgOccBetweenSet2HFP);
dbe_->softReset(HistAvgOccBetweenSet2HFM);
dbe_->softReset(HistAvgOccAboveSet2HFP);
dbe_->softReset(HistAvgOccAboveSet2HFM);
dbe_->softReset(HistAvgLumiEtSum);
dbe_->softReset(HistAvgLumiOccSet1);
dbe_->softReset(HistAvgLumiOccSet2);
dbe_->softReset(HistInstantLumiEtSum);
dbe_->softReset(HistInstantLumiOccSet1);
dbe_->softReset(HistInstantLumiOccSet2);
dbe_->softReset(HistInstantLumiEtSumError);
dbe_->softReset(HistInstantLumiOccSet1Error);
dbe_->softReset(HistInstantLumiOccSet2Error);
dbe_->softReset(HistIntegratedLumiEtSum);
dbe_->softReset(HistIntegratedLumiOccSet1);
dbe_->softReset(HistIntegratedLumiOccSet2);
dbe_->softReset(RecentInstantLumiEtSum);
dbe_->softReset(RecentInstantLumiOccSet1);
dbe_->softReset(RecentInstantLumiOccSet2);
dbe_->softReset(RecentIntegratedLumiEtSum);
dbe_->softReset(RecentIntegratedLumiOccSet1);
dbe_->softReset(RecentIntegratedLumiOccSet2);
dbe_->softReset(BXvsTimeAvgEtSumHFP);
dbe_->softReset(BXvsTimeAvgEtSumHFM);
}
| void HLXMonitor::SaveDQMFile | ( | ) | [private] |
Definition at line 807 of file HLXMonitor.cc.
References DQMStore::cd(), dbe_, alignCSCRings::e, DQMStore::getSubdirs(), i, OutputDir, OutputFilePrefix, runNumber_, runNumLength, DQMStore::save(), DQMStore::SaveWithoutReference, dqm::qstatus::STATUS_OK, and subSystemName_.
Referenced by EndRun().
{
std::ostringstream tempStreamer;
tempStreamer << OutputDir << "/" << OutputFilePrefix << "_" << subSystemName_
<< "_R" << std::setfill('0') << std::setw(runNumLength)
<< runNumber_ << "_T00000001.root";
std::vector<std::string> systems = (dbe_->cd(), dbe_->getSubdirs());
char rewrite[64]; sprintf(rewrite, "\\1Run %d/\\2/Run summary", runNumber_);
int saveReference_ = DQMStore::SaveWithoutReference;
int saveReferenceQMin_ = dqm::qstatus::STATUS_OK;
for( size_t i = 0, e = systems.size(); i != e; ++i )
if (systems[i] != "Reference")
dbe_->save( tempStreamer.str(), systems[i], "^(Reference/)?([^/]+)", rewrite,
(DQMStore::SaveReferenceTag)saveReference_, saveReferenceQMin_);
//dbe_->save(tempStreamer.str());
}
| void HLXMonitor::SetupEventInfo | ( | ) | [private] |
Definition at line 646 of file HLXMonitor.cc.
References DQMStore::book2D(), DQMStore::bookFloat(), DQMStore::bookInt(), DQMStore::bookString(), cmsswVer_, currentTime_, dbe_, eventId_, eventInfoFolder_, eventInfoFolderHLX_, eventTimeStamp_, evtRateCount_, evtRateWindow_, MonitorElement::Fill(), edm::getReleaseVersion(), MonitorElement::getTH2F(), getUTCtime(), HLXHFMap, hostName_, lastAvgTime_, lumisecId_, NULL, NUM_HLX, nUpdates_, pEvent_, processEventRate_, processEvents_, processId_, processLatency_, processName_, processStartTimeStamp_, processTimeStamp_, reportSummary_, reportSummaryMap_, runId_, runStartTimeStamp_, MonitorElement::setBinContent(), DQMStore::setCurrentFolder(), subSystemName_, and workingDir_.
Referenced by HLXMonitor().
{
using std::string;
string currentfolder = subSystemName_ + "/" + eventInfoFolderHLX_;
//cout << "currentfolder " << currentfolder << endl;
dbe_->setCurrentFolder(currentfolder) ;
pEvent_ = 0;
evtRateCount_ = 0;
gettimeofday(¤tTime_,NULL);
lastAvgTime_ = currentTime_;
evtRateWindow_ = 0.5;
//Event specific contents
runId_ = dbe_->bookInt("iRun");
lumisecId_ = dbe_->bookInt("iLumiSection");
eventId_ = dbe_->bookInt("iEvent");
eventId_->Fill(-1);
eventTimeStamp_ = dbe_->bookFloat("eventTimeStamp");
dbe_->setCurrentFolder(currentfolder) ;
//Process specific contents
processTimeStamp_ = dbe_->bookFloat("processTimeStamp");
processTimeStamp_->Fill(getUTCtime(¤tTime_));
processLatency_ = dbe_->bookFloat("processLatency");
processTimeStamp_->Fill(-1);
processEvents_ = dbe_->bookInt("processedEvents");
processEvents_->Fill(pEvent_);
processEventRate_ = dbe_->bookFloat("processEventRate");
processEventRate_->Fill(-1);
nUpdates_= dbe_->bookInt("processUpdates");
nUpdates_->Fill(-1);
//Static Contents
processId_= dbe_->bookInt("processID");
processId_->Fill(gSystem->GetPid());
processStartTimeStamp_ = dbe_->bookFloat("processStartTimeStamp");
processStartTimeStamp_->Fill(getUTCtime(¤tTime_));
runStartTimeStamp_ = dbe_->bookFloat("runStartTimeStamp");
hostName_= dbe_->bookString("hostName",gSystem->HostName());
processName_= dbe_->bookString("processName",subSystemName_);
workingDir_= dbe_->bookString("workingDir",gSystem->pwd());
cmsswVer_= dbe_->bookString("CMSSW_Version",edm::getReleaseVersion());
// dqmPatch_= dbe_->bookString("DQM_Patch",dbe_->getDQMPatchVersion());
// Go to the standard EventInfo folder (in the case online case where this
// is different).
currentfolder = subSystemName_ + "/" + eventInfoFolder_;
dbe_->setCurrentFolder(currentfolder) ;
reportSummary_ = dbe_->bookFloat("reportSummary");
reportSummaryMap_ = dbe_->book2D("reportSummaryMap", "reportSummaryMap", 18, 0., 18., 2, -1.5, 1.5);
currentfolder = subSystemName_ + "/" + eventInfoFolderHLX_;
dbe_->setCurrentFolder(currentfolder) ;
TH2F *summaryHist = reportSummaryMap_->getTH2F();
summaryHist->GetYaxis()->SetBinLabel(1,"HF-");
summaryHist->GetYaxis()->SetBinLabel(2,"HF+");
summaryHist->GetXaxis()->SetTitle("Wedge #");
// Fill the report summary objects with default values, since these will only
// be filled at the change of run.
reportSummary_->Fill(1.0);
for( unsigned int iHLX = 0; iHLX < NUM_HLX; ++iHLX ){
unsigned int iWedge = HLXHFMap[iHLX] + 1;
unsigned int iEta = 2;
if( iWedge >= 19 ){ iEta = 1; iWedge -= 18; }
reportSummaryMap_->setBinContent(iWedge,iEta,1.0);
}
}
| void HLXMonitor::SetupHists | ( | ) | [private] |
Definition at line 125 of file HLXMonitor.cc.
References Accumulate, AvgEtSum, AvgOccAboveSet1, AvgOccAboveSet2, AvgOccBelowSet1, AvgOccBelowSet2, AvgOccBetweenSet1, AvgOccBetweenSet2, DQMStore::book1D(), DQMStore::book2D(), DQMStore::bookProfile(), BXvsTimeAvgEtSumHFM, BXvsTimeAvgEtSumHFP, DQMStore::cd(), gather_cfg::cout, dbe_, alignCSCRings::e, ETSum, EtXAxisTitle, EtYAxisTitle, DQMStore::getSubdirs(), HFCompareEtSum, HFCompareOccAboveSet1, HFCompareOccAboveSet2, HFCompareOccBelowSet1, HFCompareOccBelowSet2, HFCompareOccBetweenSet1, HFCompareOccBetweenSet2, HistAvgEtSumHFM, HistAvgEtSumHFP, HistAvgLumiEtSum, HistAvgLumiOccSet1, HistAvgLumiOccSet2, HistAvgOccAboveSet1HFM, HistAvgOccAboveSet1HFP, HistAvgOccAboveSet2HFM, HistAvgOccAboveSet2HFP, HistAvgOccBelowSet1HFM, HistAvgOccBelowSet1HFP, HistAvgOccBelowSet2HFM, HistAvgOccBelowSet2HFP, HistAvgOccBetweenSet1HFM, HistAvgOccBetweenSet1HFP, HistAvgOccBetweenSet2HFM, HistAvgOccBetweenSet2HFP, HistInstantLumiEtSum, HistInstantLumiEtSumError, HistInstantLumiOccSet1, HistInstantLumiOccSet1Error, HistInstantLumiOccSet2, HistInstantLumiOccSet2Error, HistIntegratedLumiEtSum, HistIntegratedLumiOccSet1, HistIntegratedLumiOccSet2, i, LumiAvgEtSum, LumiAvgOccSet1, LumiAvgOccSet2, LumiInstantEtSum, LumiInstantOccSet1, LumiInstantOccSet2, LumiIntegratedEtSum, LumiIntegratedOccSet1, LumiIntegratedOccSet2, MAX_LS, MaxInstLumiBX1, MaxInstLumiBX2, MaxInstLumiBX3, MaxInstLumiBX4, MaxInstLumiBXNum1, MaxInstLumiBXNum2, MaxInstLumiBXNum3, MaxInstLumiBXNum4, MissingDQMDataCheck, monitorName_, NBINS, NUM_HLX, OccXAxisTitle, OccYAxisTitle, RecentInstantLumiEtSum, RecentInstantLumiOccSet1, RecentInstantLumiOccSet2, RecentIntegratedLumiEtSum, RecentIntegratedLumiOccSet1, RecentIntegratedLumiOccSet2, Set1Above, Set1Below, Set1Between, Set2Above, Set2Below, Set2Between, MonitorElement::setAxisTitle(), DQMStore::setCurrentFolder(), MonitorElement::setResetMe(), DQMStore::showDirStructure(), SumAllOccSet1, SumAllOccSet2, DQMStore::tagContents(), XMAX, and XMIN.
Referenced by HLXMonitor().
{
dbe_->setCurrentFolder(monitorName_+"/HFPlus");
for( unsigned int iWedge = 0; iWedge < 18 && iWedge < NUM_HLX; ++iWedge )
{
std::ostringstream tempStreamer;
tempStreamer << std::dec << std::setw(2) << std::setfill('0') << (iWedge+1);
std::ostringstream wedgeNum;
wedgeNum << std::dec << (iWedge % 18) + 1;
dbe_->setCurrentFolder(monitorName_+"/HFPlus/Wedge"+tempStreamer.str());
Set1Below[iWedge] = dbe_->book1D("Set1_Below",
"HF+ Wedge "+wedgeNum.str()+": Below Threshold 1 - Set 1",
NBINS, XMIN, XMAX);
Set1Between[iWedge] = dbe_->book1D("Set1_Between",
"HF+ Wedge "+wedgeNum.str()+": Between Threshold 1 & 2 - Set 1",
NBINS, XMIN, XMAX);
Set1Above[iWedge] = dbe_->book1D("Set1_Above",
"HF+ Wedge "+wedgeNum.str()+": Above Threshold 2 - Set 1",
NBINS, XMIN, XMAX);
Set2Below[iWedge] = dbe_->book1D("Set2_Below",
"HF+ Wedge "+wedgeNum.str()+": Below Threshold 1 - Set 2",
NBINS, XMIN, XMAX);
Set2Between[iWedge] = dbe_->book1D("Set2_Between",
"HF+ Wedge "+wedgeNum.str()+": Between Threshold 1 & 2 - Set 2",
NBINS, XMIN, XMAX);
Set2Above[iWedge] = dbe_->book1D("Set2_Above",
"HF+ Wedge "+wedgeNum.str()+": Above Threshold 2 - Set 2",
NBINS, XMIN, XMAX);
ETSum[iWedge] = dbe_->book1D("ETSum",
"HF+ Wedge "+wedgeNum.str()+": Transverse Energy",
NBINS, XMIN, XMAX);
dbe_->tagContents(monitorName_+"/HFPlus/Wedge"+tempStreamer.str(), iWedge+1);
}
if(NUM_HLX > 17)
{
dbe_->setCurrentFolder(monitorName_+"/HFMinus");
for( unsigned int iWedge=18; iWedge < NUM_HLX; ++iWedge )
{
std::ostringstream tempStreamer;
tempStreamer << std::dec << std::setw(2) << std::setfill('0') << (iWedge+1);
std::ostringstream wedgeNum;
wedgeNum << std::dec << (iWedge % 18) + 1;
dbe_->setCurrentFolder(monitorName_+"/HFMinus/Wedge"+tempStreamer.str());
Set1Below[iWedge] = dbe_->book1D("Set1_Below",
"HF- Wedge "+wedgeNum.str()+": Below Threshold 1 - Set 1",
NBINS, XMIN, XMAX);
Set1Between[iWedge] = dbe_->book1D("Set1_Between",
"HF- Wedge "+wedgeNum.str()+": Between Threshold 1 & 2 - Set 1",
NBINS, XMIN, XMAX);
Set1Above[iWedge] = dbe_->book1D("Set1_Above",
"HF- Wedge "+wedgeNum.str()+": Above Threshold 2 - Set 1",
NBINS, XMIN, XMAX);
Set2Below[iWedge] = dbe_->book1D("Set2_Below",
"HF- Wedge "+wedgeNum.str()+": Below Threshold 1 - Set 2",
NBINS, XMIN, XMAX);
Set2Between[iWedge] = dbe_->book1D("Set2_Between",
"HF- Wedge "+wedgeNum.str()+": Between Threshold 1 & 2 - Set 2",
NBINS, XMIN, XMAX);
Set2Above[iWedge] = dbe_->book1D("Set2_Above",
"HF- Wedge "+wedgeNum.str()+": Above Threshold 2 - Set 2",
NBINS, XMIN, XMAX);
ETSum[iWedge] = dbe_->book1D("ETSum",
"HF- Wedge "+wedgeNum.str()+": Transverse Energy",
NBINS, XMIN, XMAX);
dbe_->tagContents(monitorName_+"/HFMinus/Wedge"+tempStreamer.str(), iWedge+1);
}
}
if(!Accumulate){
for( unsigned int iWedge = 0; iWedge < NUM_HLX; ++iWedge ){
Set1Below[iWedge]-> setResetMe(true);
Set1Between[iWedge]->setResetMe(true);
Set1Above[iWedge]-> setResetMe(true);
Set2Below[iWedge]-> setResetMe(true);
Set2Between[iWedge]->setResetMe(true);
Set2Above[iWedge]-> setResetMe(true);
ETSum[iWedge]-> setResetMe(true);
}
}
if(Style.compare("BX") == 0){
OccXAxisTitle = "Bunch Crossing";
OccYAxisTitle = "Tower Occupancy";
EtXAxisTitle = "Bunch Crossing";
EtYAxisTitle = "E_{T} Sum";
}else if(Style.compare("Distribution")==0){
OccXAxisTitle = "Tower Occupancy";
OccYAxisTitle = "Count";
EtXAxisTitle = "E_{T} Sum";
EtYAxisTitle = "Count";
}
for( unsigned int iWedge=0; iWedge < NUM_HLX; ++iWedge )
{
Set1Below[iWedge]-> setAxisTitle(OccXAxisTitle, 1);
Set1Below[iWedge]-> setAxisTitle(OccYAxisTitle, 2);
Set1Between[iWedge]->setAxisTitle(OccXAxisTitle, 1);
Set1Between[iWedge]->setAxisTitle(OccYAxisTitle, 2);
Set1Above[iWedge]-> setAxisTitle(OccXAxisTitle, 1);
Set1Above[iWedge]-> setAxisTitle(OccYAxisTitle, 2);
Set2Below[iWedge]-> setAxisTitle(OccXAxisTitle, 1);
Set2Below[iWedge]-> setAxisTitle(OccYAxisTitle, 2);
Set2Between[iWedge]->setAxisTitle(OccXAxisTitle, 1);
Set2Between[iWedge]->setAxisTitle(OccYAxisTitle, 2);
Set2Above[iWedge]-> setAxisTitle(OccXAxisTitle, 1);
Set2Above[iWedge]-> setAxisTitle(OccYAxisTitle, 2);
ETSum[iWedge]-> setAxisTitle(EtXAxisTitle, 1);
ETSum[iWedge]-> setAxisTitle(EtYAxisTitle, 2);
}
// Comparison Histograms
dbe_->setCurrentFolder(monitorName_+"/HFCompare");
std::string CompXTitle = "HF Wedge";
std::string CompEtSumYTitle = "E_{T} Sum per active tower";
std::string CompOccYTitle = "Occupancy per active tower";
HFCompareEtSum = dbe_->book1D("HFCompareEtSum","E_{T} Sum",NUM_HLX, 0, NUM_HLX );
HFCompareEtSum->setAxisTitle( CompXTitle, 1 );
HFCompareEtSum->setAxisTitle( CompEtSumYTitle, 2 );
HFCompareOccBelowSet1 = dbe_->book1D("HFCompareOccBelowSet1",
"Occupancy Below Threshold 1 - Set 1",
NUM_HLX, 0, NUM_HLX );
HFCompareOccBelowSet1->setAxisTitle( CompXTitle, 1 );
HFCompareOccBelowSet1->setAxisTitle( CompOccYTitle, 2 );
HFCompareOccBetweenSet1 = dbe_->book1D("HFCompareOccBetweenSet1",
"Occupancy Between Threshold 1 & 2 - Set 1",
NUM_HLX, 0, NUM_HLX );
HFCompareOccBetweenSet1->setAxisTitle( CompXTitle, 1 );
HFCompareOccBetweenSet1->setAxisTitle( CompOccYTitle, 2 );
HFCompareOccAboveSet1 = dbe_->book1D("HFCompareOccAboveSet1",
"Occupancy Above Threshold 2 - Set 1",
NUM_HLX, 0, NUM_HLX );
HFCompareOccAboveSet1->setAxisTitle( CompXTitle, 1 );
HFCompareOccAboveSet1->setAxisTitle( CompOccYTitle, 2 );
HFCompareOccBelowSet2 = dbe_->book1D("HFCompareOccBelowSet2",
"Occupancy Below Threshold 1 - Set 2",
NUM_HLX, 0, NUM_HLX);
HFCompareOccBelowSet2->setAxisTitle(CompXTitle,1);
HFCompareOccBelowSet2->setAxisTitle(CompOccYTitle,2);
HFCompareOccBetweenSet2 = dbe_->book1D("HFCompareOccBetweenSet2",
"Occupancy Between Threshold 1 & 2 - Set 2",
NUM_HLX, 0, NUM_HLX);
HFCompareOccBetweenSet2->setAxisTitle(CompXTitle,1);
HFCompareOccBetweenSet2->setAxisTitle(CompOccYTitle,2);
HFCompareOccAboveSet2 = dbe_->book1D( "HFCompareOccAboveSet2",
"Occupancy Above Threshold 2 - Set 2",
NUM_HLX, 0, NUM_HLX);
HFCompareOccAboveSet2->setAxisTitle(CompXTitle,1);
HFCompareOccAboveSet2->setAxisTitle(CompOccYTitle,2);
// Average Histograms
dbe_->setCurrentFolder(monitorName_+"/Average");
int OccBins = 10000; // This does absolutely nothing.
double OccMin = 0;
double OccMax = 0; // If min and max are zero, no bounds on the data are set.
int EtSumBins = 10000; // This does absolutely nothing. The Variable is not used in the function.
double EtSumMin = 0;
double EtSumMax = 0; // If min and max are zero, no bounds on the data are set.
std::string errorOpt = "i";
std::string AvgXTitle = "HF Wedge";
std::string AvgEtSumYTitle = "Average E_{T} Sum";
std::string AvgOccYTitle = "Average Tower Occupancy";
AvgEtSum = dbe_->bookProfile( "AvgEtSum",
"Average E_{T} Sum",
NUM_HLX, 0, NUM_HLX, EtSumBins, EtSumMin, EtSumMax);
AvgEtSum->setAxisTitle( AvgXTitle, 1 );
AvgEtSum->setAxisTitle( AvgEtSumYTitle, 2 );
AvgOccBelowSet1 = dbe_->bookProfile( "AvgOccBelowSet1",
"Average Occupancy Below Threshold 1 - Set1",
NUM_HLX, 0, NUM_HLX, OccBins, OccMin, OccMax, errorOpt.c_str());
AvgOccBelowSet1->setAxisTitle( AvgXTitle, 1 );
AvgOccBelowSet1->setAxisTitle( AvgOccYTitle, 2 );
AvgOccBetweenSet1 = dbe_->bookProfile( "AvgOccBetweenSet1",
"Average Occupancy Between Threhold 1 & 2 - Set1",
NUM_HLX, 0, NUM_HLX, OccBins, OccMin, OccMax, errorOpt.c_str());
AvgOccBetweenSet1->setAxisTitle( AvgXTitle, 1 );
AvgOccBetweenSet1->setAxisTitle( AvgOccYTitle, 2 );
AvgOccAboveSet1 = dbe_->bookProfile( "AvgOccAboveSet1",
"Average Occupancy Above Threshold 2 - Set1",
NUM_HLX, 0, NUM_HLX, OccBins, OccMin, OccMax, errorOpt.c_str());
AvgOccAboveSet1->setAxisTitle( AvgXTitle, 1 );
AvgOccAboveSet1->setAxisTitle( AvgOccYTitle, 2 );
AvgOccBelowSet2 = dbe_->bookProfile("AvgOccBelowSet2",
"Average Occupancy Below Threshold 1 - Set2",
NUM_HLX, 0, NUM_HLX, OccBins, OccMin, OccMax, errorOpt.c_str());
AvgOccBelowSet2->setAxisTitle( AvgXTitle, 1 );
AvgOccBelowSet2->setAxisTitle( AvgOccYTitle, 2 );
AvgOccBetweenSet2 = dbe_->bookProfile("AvgOccBetweenSet2",
"Average Occupancy Between Threshold 1 & 2 - Set2",
NUM_HLX, 0, NUM_HLX, OccBins, OccMin, OccMax, errorOpt.c_str());
AvgOccBetweenSet2->setAxisTitle( AvgXTitle, 1 );
AvgOccBetweenSet2->setAxisTitle( AvgOccYTitle, 2 );
AvgOccAboveSet2 = dbe_->bookProfile("AvgOccAboveSet2",
"Average Occupancy Above Threshold 2 - Set2",
NUM_HLX, 0, NUM_HLX, OccBins, OccMin, OccMax, errorOpt.c_str());
AvgOccAboveSet2->setAxisTitle( AvgXTitle, 1 );
AvgOccAboveSet2->setAxisTitle( AvgOccYTitle, 2 );
// Luminosity Histograms
dbe_->setCurrentFolder(monitorName_+"/Luminosity");
std::string LumiXTitle = "Bunch Crossing";
std::string LumiEtSumYTitle = "Luminosity: E_{T} Sum";
std::string LumiOccYTitle = "Luminosity: Occupancy";
LumiAvgEtSum = dbe_->bookProfile("LumiAvgEtSum","Average Luminosity ",int(XMAX-XMIN), XMIN, XMAX, EtSumBins, EtSumMin, EtSumMax );
LumiAvgEtSum->setAxisTitle( LumiXTitle, 1 );
LumiAvgEtSum->setAxisTitle( LumiEtSumYTitle, 2 );
LumiAvgOccSet1 = dbe_->bookProfile("LumiAvgOccSet1","Average Luminosity - Set 1", int(XMAX-XMIN), XMIN, XMAX, OccBins, OccMax, OccMin );
LumiAvgOccSet1->setAxisTitle( LumiXTitle, 1 );
LumiAvgOccSet1->setAxisTitle( LumiOccYTitle, 2 );
LumiAvgOccSet2 = dbe_->bookProfile("LumiAvgOccSet2","Average Luminosity - Set 2", int(XMAX-XMIN), XMIN, XMAX, OccBins, OccMax, OccMin );
LumiAvgOccSet2->setAxisTitle( LumiXTitle, 1 );
LumiAvgOccSet2->setAxisTitle( LumiOccYTitle, 2 );
LumiInstantEtSum = dbe_->book1D("LumiInstantEtSum","Instantaneous Luminosity ",int(XMAX-XMIN), XMIN, XMAX );
LumiInstantEtSum->setAxisTitle( LumiXTitle, 1 );
LumiInstantEtSum->setAxisTitle( LumiEtSumYTitle, 2 );
LumiInstantOccSet1 = dbe_->book1D("LumiInstantOccSet1","Instantaneous Luminosity - Set 1", int(XMAX-XMIN), XMIN, XMAX );
LumiInstantOccSet1->setAxisTitle( LumiXTitle, 1 );
LumiInstantOccSet1->setAxisTitle( LumiOccYTitle, 2 );
LumiInstantOccSet2 = dbe_->book1D("LumiInstantOccSet2","Instantaneous Luminosity - Set 2", int(XMAX-XMIN), XMIN, XMAX );
LumiInstantOccSet2->setAxisTitle( LumiXTitle, 1 );
LumiInstantOccSet2->setAxisTitle( LumiOccYTitle, 2 );
LumiIntegratedEtSum = dbe_->book1D("LumiIntegratedEtSum","Integrated Luminosity ",int(XMAX-XMIN), XMIN, XMAX );
LumiIntegratedEtSum->setAxisTitle( LumiXTitle, 1 );
LumiIntegratedEtSum->setAxisTitle( LumiEtSumYTitle, 2 );
LumiIntegratedOccSet1 = dbe_->book1D("LumiIntegratedOccSet1","Integrated Luminosity - Set 1", int(XMAX-XMIN), XMIN, XMAX );
LumiIntegratedOccSet1->setAxisTitle( LumiXTitle, 1 );
LumiIntegratedOccSet1->setAxisTitle( LumiOccYTitle, 2 );
LumiIntegratedOccSet2 = dbe_->book1D("LumiIntegratedOccSet2","Integrated Luminosity - Set 2", int(XMAX-XMIN), XMIN, XMAX );
LumiIntegratedOccSet2->setAxisTitle( LumiXTitle, 1 );
LumiIntegratedOccSet2->setAxisTitle( LumiOccYTitle, 2 );
// Sanity check sum histograms
dbe_->setCurrentFolder(monitorName_+"/CheckSums");
std::string sumXTitle = "HF Wedge";
std::string sumYTitle = "Occupancy Sum (Below+Above+Between)";
SumAllOccSet1 = dbe_->bookProfile("SumAllOccSet1","Occupancy Check - Set 1",NUM_HLX, 0, NUM_HLX, OccBins, OccMax, OccMin );
SumAllOccSet1->setAxisTitle( sumXTitle, 1 );
SumAllOccSet1->setAxisTitle( sumYTitle, 2 );
SumAllOccSet2 = dbe_->bookProfile("SumAllOccSet2","Occupancy Check - Set 2",NUM_HLX, 0, NUM_HLX, OccBins, OccMax, OccMin );
SumAllOccSet2->setAxisTitle( sumXTitle, 1 );
SumAllOccSet2->setAxisTitle( sumYTitle, 2 );
MissingDQMDataCheck = dbe_->book1D( "MissingDQMDataCheck", "Missing Data Count",1, 0, 1);
MissingDQMDataCheck->setAxisTitle( "", 1 );
MissingDQMDataCheck->setAxisTitle( "Number Missing Nibbles", 2 );
// Signal & Background monitoring histograms
dbe_->setCurrentFolder(monitorName_+"/SigBkgLevels");
MaxInstLumiBX1 = dbe_->book1D("MaxInstLumiBX1","Max Instantaneous Luminosity BX: 1st",10000,-1e-5,0.01);
MaxInstLumiBX1->setAxisTitle("Max Inst. L (10^{30}cm^{-2}s^{-1})",1);
MaxInstLumiBX1->setAxisTitle("Entries",2);
MaxInstLumiBX2 = dbe_->book1D("MaxInstLumiBX2","Max Instantaneous Luminosity BX: 2nd",10000,-1e-5,0.01);
MaxInstLumiBX2->setAxisTitle("Max Inst. L (10^{30}cm^{-2}s^{-1})",1);
MaxInstLumiBX2->setAxisTitle("Entries",2);
MaxInstLumiBX3 = dbe_->book1D("MaxInstLumiBX3","Max Instantaneous Luminosity BX: 3rd",10000,-1e-5,0.01);
MaxInstLumiBX3->setAxisTitle("Max Inst. L (10^{30}cm^{-2}s^{-1})",1);
MaxInstLumiBX3->setAxisTitle("Entries",2);
MaxInstLumiBX4 = dbe_->book1D("MaxInstLumiBX4","Max Instantaneous Luminosity BX: 4th",10000,-1e-5,0.01);
MaxInstLumiBX4->setAxisTitle("Max Inst. L (10^{30}cm^{-2}s^{-1})",1);
MaxInstLumiBX4->setAxisTitle("Entries",2);
MaxInstLumiBXNum1 = dbe_->book1D("MaxInstLumiBXNum1","BX Number of Max: 1st",3564,0,3564);
MaxInstLumiBXNum1->setAxisTitle("BX",1);
MaxInstLumiBXNum1->setAxisTitle("Num Time Max",2);
MaxInstLumiBXNum2 = dbe_->book1D("MaxInstLumiBXNum2","BX Number of Max: 2nd",3564,0,3564);
MaxInstLumiBXNum2->setAxisTitle("BX",1);
MaxInstLumiBXNum2->setAxisTitle("Num Time Max",2);
MaxInstLumiBXNum3 = dbe_->book1D("MaxInstLumiBXNum3","BX Number of Max: 3rd",3564,0,3564);
MaxInstLumiBXNum3->setAxisTitle("BX",1);
MaxInstLumiBXNum3->setAxisTitle("Num Time Max",2);
MaxInstLumiBXNum4 = dbe_->book1D("MaxInstLumiBXNum4","BX Number of Max: 4th",3564,0,3564);
MaxInstLumiBXNum4->setAxisTitle("BX",1);
MaxInstLumiBXNum4->setAxisTitle("Num Time Max",2);
// History histograms
dbe_->setCurrentFolder(monitorName_+"/HistoryRaw");
std::string HistXTitle = "Time (LS)";
std::string RecentHistXTitle = "Time (LS/16)";
std::string HistEtSumYTitle = "Average E_{T} Sum";
std::string HistOccYTitle = "Average Occupancy";
std::string HistLumiYTitle = "Luminosity";
std::string HistLumiErrorYTitle = "Luminosity Error (%)";
std::string BXvsTimeXTitle = "Time (LS)";
std::string BXvsTimeYTitle = "BX";
// Et Sum histories
HistAvgEtSumHFP = dbe_->bookProfile( "HistAvgEtSumHFP", "Average Et Sum: HF+",
MAX_LS, 0.5, (double)MAX_LS+0.5, EtSumBins, EtSumMin, EtSumMax);
HistAvgEtSumHFP->setAxisTitle( HistXTitle, 1 );
HistAvgEtSumHFP->setAxisTitle( HistEtSumYTitle, 2 );
HistAvgEtSumHFM = dbe_->bookProfile( "HistAvgEtSumHFM", "Average Et Sum: HF-",
MAX_LS, 0.5, (double)MAX_LS+0.5, EtSumBins, EtSumMin, EtSumMax);
HistAvgEtSumHFM->setAxisTitle( HistXTitle, 1 );
HistAvgEtSumHFM->setAxisTitle( HistEtSumYTitle, 2 );
// Tower Occupancy Histories
HistAvgOccBelowSet1HFP = dbe_->bookProfile( "HistAvgOccBelowSet1HFP", "Average Occ Set1Below: HF+",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccBelowSet1HFP->setAxisTitle( HistXTitle, 1 );
HistAvgOccBelowSet1HFP->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccBelowSet1HFM = dbe_->bookProfile( "HistAvgOccBelowSet1HFM", "Average Occ Set1Below: HF-",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccBelowSet1HFM->setAxisTitle( HistXTitle, 1 );
HistAvgOccBelowSet1HFM->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccBetweenSet1HFP = dbe_->bookProfile( "HistAvgOccBetweenSet1HFP", "Average Occ Set1Between: HF+",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccBetweenSet1HFP->setAxisTitle( HistXTitle, 1 );
HistAvgOccBetweenSet1HFP->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccBetweenSet1HFM = dbe_->bookProfile( "HistAvgOccBetweenSet1HFM", "Average Occ Set1Between: HF-",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccBetweenSet1HFM->setAxisTitle( HistXTitle, 1 );
HistAvgOccBetweenSet1HFM->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccAboveSet1HFP = dbe_->bookProfile( "HistAvgOccAboveSet1HFP", "Average Occ Set1Above: HF+",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccAboveSet1HFP->setAxisTitle( HistXTitle, 1 );
HistAvgOccAboveSet1HFP->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccAboveSet1HFM = dbe_->bookProfile( "HistAvgOccAboveSet1HFM", "Average Occ Set1Above: HF-",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccAboveSet1HFM->setAxisTitle( HistXTitle, 1 );
HistAvgOccAboveSet1HFM->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccBelowSet2HFP = dbe_->bookProfile( "HistAvgOccBelowSet2HFP", "Average Occ Set2Below: HF+",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccBelowSet2HFP->setAxisTitle( HistXTitle, 1 );
HistAvgOccBelowSet2HFP->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccBelowSet2HFM = dbe_->bookProfile( "HistAvgOccBelowSet2HFM", "Average Occ Set2Below: HF-",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccBelowSet2HFM->setAxisTitle( HistXTitle, 1 );
HistAvgOccBelowSet2HFM->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccBetweenSet2HFP = dbe_->bookProfile( "HistAvgOccBetweenSet2HFP", "Average Occ Set2Between: HF+",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccBetweenSet2HFP->setAxisTitle( HistXTitle, 1 );
HistAvgOccBetweenSet2HFP->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccBetweenSet2HFM = dbe_->bookProfile( "HistAvgOccBetweenSet2HFM", "Average Occ Set2Between: HF-",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccBetweenSet2HFM->setAxisTitle( HistXTitle, 1 );
HistAvgOccBetweenSet2HFM->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccAboveSet2HFP = dbe_->bookProfile( "HistAvgOccAboveSet2HFP", "Average Occ Set2Above: HF+",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccAboveSet2HFP->setAxisTitle( HistXTitle, 1 );
HistAvgOccAboveSet2HFP->setAxisTitle( HistOccYTitle, 2 );
HistAvgOccAboveSet2HFM = dbe_->bookProfile( "HistAvgOccAboveSet2HFM", "Average Occ Set2Above: HF-",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax );
HistAvgOccAboveSet2HFM->setAxisTitle( HistXTitle, 1 );
HistAvgOccAboveSet2HFM->setAxisTitle( HistOccYTitle, 2 );
// Et Sum histories
BXvsTimeAvgEtSumHFP = dbe_->book2D( "BXvsTimeAvgEtSumHFP", "Average Et Sum: HF+",
MAX_LS, 0.5, (double)MAX_LS+0.5, NBINS, (double)XMIN, (double)XMAX);
BXvsTimeAvgEtSumHFP->setAxisTitle( BXvsTimeXTitle, 1 );
BXvsTimeAvgEtSumHFP->setAxisTitle( BXvsTimeYTitle, 2 );
BXvsTimeAvgEtSumHFM = dbe_->book2D( "BXvsTimeAvgEtSumHFM", "Average Et Sum: HF-",
MAX_LS, 0.5, (double)MAX_LS+0.5, NBINS, (double)XMIN, (double)XMAX);
BXvsTimeAvgEtSumHFM->setAxisTitle( BXvsTimeXTitle, 1 );
BXvsTimeAvgEtSumHFM->setAxisTitle( BXvsTimeYTitle, 2 );
dbe_->setCurrentFolder(monitorName_+"/HistoryLumi");
// Lumi Histories
HistAvgLumiEtSum = dbe_->bookProfile( "HistAvgLumiEtSum", "Average Instant Luminosity: Et Sum",
MAX_LS, 0.5, (double)MAX_LS+0.5, EtSumBins, EtSumMin, EtSumMax);
HistAvgLumiEtSum->setAxisTitle( HistXTitle, 1 );
HistAvgLumiEtSum->setAxisTitle( HistLumiYTitle, 2 );
HistAvgLumiOccSet1 = dbe_->bookProfile( "HistAvgLumiOccSet1", "Average Instant Luminosity: Occ Set1",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax);
HistAvgLumiOccSet1->setAxisTitle( HistXTitle, 1 );
HistAvgLumiOccSet1->setAxisTitle( HistLumiYTitle, 2 );
HistAvgLumiOccSet2 = dbe_->bookProfile( "HistAvgLumiOccSet2", "Average Instant Luminosity: Occ Set2",
MAX_LS, 0.5, (double)MAX_LS+0.5, OccBins, OccMin, OccMax);
HistAvgLumiOccSet2->setAxisTitle( HistXTitle, 1 );
HistAvgLumiOccSet2->setAxisTitle( HistLumiYTitle, 2 );
HistInstantLumiEtSum = dbe_->book1D( "HistInstantLumiEtSum", "Instant Luminosity: Et Sum",
MAX_LS, 0.5, (double)MAX_LS+0.5);
HistInstantLumiEtSum->setAxisTitle( HistXTitle, 1 );
HistInstantLumiEtSum->setAxisTitle( HistLumiYTitle, 2 );
HistInstantLumiOccSet1 = dbe_->book1D( "HistInstantLumiOccSet1", "Instant Luminosity: Occ Set1",
MAX_LS, 0.5, (double)MAX_LS+0.5);
HistInstantLumiOccSet1->setAxisTitle( HistXTitle, 1 );
HistInstantLumiOccSet1->setAxisTitle( HistLumiYTitle, 2 );
HistInstantLumiOccSet2 = dbe_->book1D( "HistInstantLumiOccSet2", "Instant Luminosity: Occ Set2",
MAX_LS, 0.5, (double)MAX_LS+0.5);
HistInstantLumiOccSet2->setAxisTitle( HistXTitle, 1 );
HistInstantLumiOccSet2->setAxisTitle( HistLumiYTitle, 2 );
HistInstantLumiEtSumError = dbe_->book1D( "HistInstantLumiEtSumError", "Luminosity Error: Et Sum",
MAX_LS, 0.5, (double)MAX_LS+0.5);
HistInstantLumiEtSumError->setAxisTitle( HistXTitle, 1 );
HistInstantLumiEtSumError->setAxisTitle( HistLumiErrorYTitle, 2 );
HistInstantLumiOccSet1Error = dbe_->book1D( "HistInstantLumiOccSet1Error", "Luminosity Error: Occ Set1",
MAX_LS, 0.5, (double)MAX_LS+0.5);
HistInstantLumiOccSet1Error->setAxisTitle( HistXTitle, 1 );
HistInstantLumiOccSet1Error->setAxisTitle( HistLumiErrorYTitle, 2 );
HistInstantLumiOccSet2Error = dbe_->book1D( "HistInstantLumiOccSet2Error", "Luminosity Error: Occ Set2",
MAX_LS, 0.5, (double)MAX_LS+0.5);
HistInstantLumiOccSet2Error->setAxisTitle( HistXTitle, 1 );
HistInstantLumiOccSet2Error->setAxisTitle( HistLumiErrorYTitle, 2 );
HistIntegratedLumiEtSum = dbe_->book1D( "HistIntegratedLumiEtSum", "Integrated Luminosity: Et Sum",
MAX_LS, 0.5, (double)MAX_LS+0.5);
HistIntegratedLumiEtSum->setAxisTitle( HistXTitle, 1 );
HistIntegratedLumiEtSum->setAxisTitle( HistLumiYTitle, 2 );
HistIntegratedLumiOccSet1 = dbe_->book1D( "HistIntegratedLumiOccSet1", "Integrated Luminosity: Occ Set1",
MAX_LS, 0.5, (double)MAX_LS+0.5);
HistIntegratedLumiOccSet1->setAxisTitle( HistXTitle, 1 );
HistIntegratedLumiOccSet1->setAxisTitle( HistLumiYTitle, 2 );
HistIntegratedLumiOccSet2 = dbe_->book1D( "HistIntegratedLumiOccSet2", "Integrated Luminosity: Occ Set2",
MAX_LS, 0.5, (double)MAX_LS+0.5);
HistIntegratedLumiOccSet2->setAxisTitle( HistXTitle, 1 );
HistIntegratedLumiOccSet2->setAxisTitle( HistLumiYTitle, 2 );
dbe_->setCurrentFolder(monitorName_+"/RecentHistoryLumi");
// Lumi Recent Histories (past 128 short sections)
RecentInstantLumiEtSum = dbe_->book1D( "RecentInstantLumiEtSum", "Instant Luminosity: Et Sum",
128, 0.5, (double)128+0.5);
RecentInstantLumiEtSum->setAxisTitle( RecentHistXTitle, 1 );
RecentInstantLumiEtSum->setAxisTitle( HistLumiYTitle, 2 );
RecentInstantLumiOccSet1 = dbe_->book1D( "RecentInstantLumiOccSet1", "Instant Luminosity: Occ Set1",
128, 0.5, (double)128+0.5);
RecentInstantLumiOccSet1->setAxisTitle( RecentHistXTitle, 1 );
RecentInstantLumiOccSet1->setAxisTitle( HistLumiYTitle, 2 );
RecentInstantLumiOccSet2 = dbe_->book1D( "RecentInstantLumiOccSet2", "Instant Luminosity: Occ Set2",
128, 0.5, (double)128+0.5);
RecentInstantLumiOccSet2->setAxisTitle( RecentHistXTitle, 1 );
RecentInstantLumiOccSet2->setAxisTitle( HistLumiYTitle, 2 );
RecentIntegratedLumiEtSum = dbe_->book1D( "RecentIntegratedLumiEtSum", "Integrated Luminosity: Et Sum",
128, 0.5, (double)128+0.5);
RecentIntegratedLumiEtSum->setAxisTitle( RecentHistXTitle, 1 );
RecentIntegratedLumiEtSum->setAxisTitle( HistLumiYTitle, 2 );
RecentIntegratedLumiOccSet1 = dbe_->book1D( "RecentIntegratedLumiOccSet1", "Integrated Luminosity: Occ Set1",
128, 0.5, (double)128+0.5);
RecentIntegratedLumiOccSet1->setAxisTitle( RecentHistXTitle, 1 );
RecentIntegratedLumiOccSet1->setAxisTitle( HistLumiYTitle, 2 );
RecentIntegratedLumiOccSet2 = dbe_->book1D( "RecentIntegratedLumiOccSet2", "Integrated Luminosity: Occ Set2",
128, 0.5, (double)128+0.5);
RecentIntegratedLumiOccSet2->setAxisTitle( RecentHistXTitle, 1 );
RecentIntegratedLumiOccSet2->setAxisTitle( HistLumiYTitle, 2 );
std::vector<std::string> systems = (dbe_->cd(), dbe_->getSubdirs());
for( size_t i=0, e = systems.size(); i<e; ++i ){
std::cout << "Systems " << systems[i] << std::endl;
}
dbe_->showDirStructure();
}
bool HLXMonitor::Accumulate [private] |
Definition at line 228 of file HLXMonitor.h.
Referenced by HLXMonitor(), and SetupHists().
unsigned int HLXMonitor::AquireMode [private] |
Definition at line 236 of file HLXMonitor.h.
Referenced by beginJob(), and HLXMonitor().
MonitorElement* HLXMonitor::AvgEtSum [private] |
Definition at line 106 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::AvgOccAboveSet1 [private] |
Definition at line 109 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::AvgOccAboveSet2 [private] |
Definition at line 112 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::AvgOccBelowSet1 [private] |
Definition at line 107 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::AvgOccBelowSet2 [private] |
Definition at line 110 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::AvgOccBetweenSet1 [private] |
Definition at line 108 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::AvgOccBetweenSet2 [private] |
Definition at line 111 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::BXvsTimeAvgEtSumHFM [private] |
Definition at line 157 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::BXvsTimeAvgEtSumHFP [private] |
Definition at line 156 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::cmsswVer_ [private] |
Current working directory of the job.
Definition at line 204 of file HLXMonitor.h.
Referenced by SetupEventInfo().
unsigned int HLXMonitor::counter [private] |
Definition at line 220 of file HLXMonitor.h.
bool HLXMonitor::currentRunEnded_ [private] |
Definition at line 271 of file HLXMonitor.h.
Referenced by analyze(), EndRun(), and HLXMonitor().
timeval HLXMonitor::currentTime_ [private] |
Definition at line 290 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
DQMStore* HLXMonitor::dbe_ [private] |
Definition at line 215 of file HLXMonitor.h.
Referenced by FillHistograms(), HLXMonitor(), ResetAll(), SaveDQMFile(), SetupEventInfo(), and SetupHists().
std::string HLXMonitor::DistribIP1 [private] |
Definition at line 244 of file HLXMonitor.h.
Referenced by analyze(), beginJob(), and HLXMonitor().
std::string HLXMonitor::DistribIP2 [private] |
Definition at line 245 of file HLXMonitor.h.
Referenced by analyze(), beginJob(), and HLXMonitor().
MonitorElement* HLXMonitor::dqmPatch_ [private] |
CMSSW version run for this job.
Definition at line 205 of file HLXMonitor.h.
MonitorElement* HLXMonitor::errSummary_ [private] |
DQM patch version for this job.
Definition at line 206 of file HLXMonitor.h.
MonitorElement* HLXMonitor::errSummaryEtaPhi_ [private] |
Subdetector-specific error summary (float)
Definition at line 207 of file HLXMonitor.h.
MonitorElement* HLXMonitor::errSummarySegment_[10] [private] |
Subdetector-specific etaPhi summary (float)
Definition at line 208 of file HLXMonitor.h.
MonitorElement* HLXMonitor::ETSum[36] [private] |
Definition at line 96 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
std::string HLXMonitor::EtXAxisTitle [private] |
Definition at line 266 of file HLXMonitor.h.
Referenced by SetupHists().
std::string HLXMonitor::EtYAxisTitle [private] |
Definition at line 267 of file HLXMonitor.h.
Referenced by SetupHists().
MonitorElement* HLXMonitor::eventId_ [private] |
UTC time of the run start.
Definition at line 187 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
std::string HLXMonitor::eventInfoFolder_ [private] |
Definition at line 258 of file HLXMonitor.h.
Referenced by HLXMonitor(), and SetupEventInfo().
std::string HLXMonitor::eventInfoFolderHLX_ [private] |
Definition at line 257 of file HLXMonitor.h.
Referenced by HLXMonitor(), and SetupEventInfo().
MonitorElement* HLXMonitor::eventTimeStamp_ [private] |
Definition at line 189 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
int HLXMonitor::evtRateCount_ [private] |
Definition at line 293 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
float HLXMonitor::evtRateWindow_ [private] |
Definition at line 292 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
unsigned int HLXMonitor::expectedNibbles_ [private] |
Definition at line 273 of file HLXMonitor.h.
Referenced by EndRun(), FillEventInfo(), FillReportSummary(), and HLXMonitor().
MonitorElement* HLXMonitor::HFCompareEtSum [private] |
Definition at line 98 of file HLXMonitor.h.
Referenced by FillHistoHFCompare(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HFCompareOccAboveSet1 [private] |
Definition at line 101 of file HLXMonitor.h.
Referenced by FillHistoHFCompare(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HFCompareOccAboveSet2 [private] |
Definition at line 104 of file HLXMonitor.h.
Referenced by FillHistoHFCompare(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HFCompareOccBelowSet1 [private] |
Definition at line 99 of file HLXMonitor.h.
Referenced by FillHistoHFCompare(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HFCompareOccBelowSet2 [private] |
Definition at line 102 of file HLXMonitor.h.
Referenced by FillHistoHFCompare(), ResetAll(), and SetupHists().
Definition at line 100 of file HLXMonitor.h.
Referenced by FillHistoHFCompare(), ResetAll(), and SetupHists().
Definition at line 103 of file HLXMonitor.h.
Referenced by FillHistoHFCompare(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgEtSumHFM [private] |
Definition at line 143 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgEtSumHFP [private] |
Definition at line 142 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgLumiEtSum [private] |
Definition at line 159 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgLumiOccSet1 [private] |
Definition at line 160 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgLumiOccSet2 [private] |
Definition at line 161 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgOccAboveSet1HFM [private] |
Definition at line 149 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgOccAboveSet1HFP [private] |
Definition at line 148 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgOccAboveSet2HFM [private] |
Definition at line 155 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgOccAboveSet2HFP [private] |
Definition at line 154 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgOccBelowSet1HFM [private] |
Definition at line 145 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgOccBelowSet1HFP [private] |
Definition at line 144 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgOccBelowSet2HFM [private] |
Definition at line 151 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistAvgOccBelowSet2HFP [private] |
Definition at line 150 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 147 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 146 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 153 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 152 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistInstantLumiEtSum [private] |
Definition at line 162 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 165 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistInstantLumiOccSet1 [private] |
Definition at line 163 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 166 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::HistInstantLumiOccSet2 [private] |
Definition at line 164 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 167 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 168 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 169 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 170 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::HLXHFMap[36] [private] |
Definition at line 276 of file HLXMonitor.h.
Referenced by FillEventInfo(), FillHistograms(), FillHistoHFCompare(), FillReportSummary(), HLXMonitor(), and SetupEventInfo().
TCPReceiver HLXMonitor::HLXTCP [private] |
Definition at line 88 of file HLXMonitor.h.
Referenced by analyze(), beginJob(), endJob(), and ~HLXMonitor().
MonitorElement* HLXMonitor::hostName_ [private] |
# of event processed so far
Definition at line 201 of file HLXMonitor.h.
Referenced by SetupEventInfo().
timeval HLXMonitor::lastAvgTime_ [private] |
Definition at line 290 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
timeval HLXMonitor::lastUpdateTime_ [private] |
Definition at line 290 of file HLXMonitor.h.
Referenced by FillEventInfo().
int HLXMonitor::listenPort [private] |
Definition at line 225 of file HLXMonitor.h.
Referenced by beginJob(), and HLXMonitor().
int HLXMonitor::lsBinOld [private] |
Definition at line 280 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), and HLXMonitor().
MonitorElement* HLXMonitor::LumiAvgEtSum [private] |
Definition at line 115 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::LumiAvgOccSet1 [private] |
Definition at line 116 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::LumiAvgOccSet2 [private] |
Definition at line 117 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::LumiInstantEtSum [private] |
Definition at line 118 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::LumiInstantOccSet1 [private] |
Definition at line 119 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::LumiInstantOccSet2 [private] |
Definition at line 120 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::LumiIntegratedEtSum [private] |
Definition at line 121 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::LumiIntegratedOccSet1 [private] |
Definition at line 122 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::LumiIntegratedOccSet2 [private] |
Definition at line 123 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::lumisecId_ [private] |
Definition at line 188 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
Definition at line 269 of file HLXMonitor.h.
Referenced by analyze().
unsigned int HLXMonitor::lumiSectionCount [private] |
Definition at line 279 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), HLXMonitor(), and ResetAll().
unsigned int HLXMonitor::MAX_LS [private] |
Definition at line 235 of file HLXMonitor.h.
Referenced by HLXMonitor(), and SetupHists().
MonitorElement* HLXMonitor::MaxInstLumiBX1 [private] |
Definition at line 131 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::MaxInstLumiBX2 [private] |
Definition at line 132 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::MaxInstLumiBX3 [private] |
Definition at line 133 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::MaxInstLumiBX4 [private] |
Definition at line 134 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::MaxInstLumiBXNum1 [private] |
Definition at line 136 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::MaxInstLumiBXNum2 [private] |
Definition at line 137 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::MaxInstLumiBXNum3 [private] |
Definition at line 138 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::MaxInstLumiBXNum4 [private] |
Definition at line 139 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::MinLSBeforeSave [private] |
Definition at line 238 of file HLXMonitor.h.
Referenced by EndRun(), and HLXMonitor().
MonitorElement* HLXMonitor::MissingDQMDataCheck [private] |
Definition at line 128 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
std::string HLXMonitor::monitorName_ [private] |
Definition at line 240 of file HLXMonitor.h.
Referenced by HLXMonitor(), and SetupHists().
unsigned int HLXMonitor::NBINS [private] |
Definition at line 227 of file HLXMonitor.h.
Referenced by HLXMonitor(), and SetupHists().
double HLXMonitor::num4NibblePerLS_ [private] |
Definition at line 297 of file HLXMonitor.h.
Referenced by EndRun(), FillEventInfo(), FillHistograms(), and HLXMonitor().
unsigned int HLXMonitor::NUM_BUNCHES [private] |
Definition at line 234 of file HLXMonitor.h.
Referenced by FillHistograms(), and HLXMonitor().
unsigned int HLXMonitor::NUM_HLX [private] |
Definition at line 233 of file HLXMonitor.h.
Referenced by EndRun(), FillEventInfo(), FillHistograms(), FillHistoHFCompare(), FillReportSummary(), HLXMonitor(), ResetAll(), SetupEventInfo(), and SetupHists().
unsigned int HLXMonitor::numActiveTowersSet1 [private] |
Definition at line 217 of file HLXMonitor.h.
unsigned int HLXMonitor::numActiveTowersSet2 [private] |
Definition at line 218 of file HLXMonitor.h.
MonitorElement* HLXMonitor::nUpdates_ [private] |
These MEs are either static or updated upon each analyze() call
Definition at line 194 of file HLXMonitor.h.
Referenced by SetupEventInfo().
std::string HLXMonitor::OccXAxisTitle [private] |
Definition at line 264 of file HLXMonitor.h.
Referenced by SetupHists().
std::string HLXMonitor::OccYAxisTitle [private] |
Definition at line 265 of file HLXMonitor.h.
Referenced by SetupHists().
std::string HLXMonitor::OutputDir [private] |
Definition at line 230 of file HLXMonitor.h.
Referenced by HLXMonitor(), and SaveDQMFile().
std::string HLXMonitor::OutputFilePrefix [private] |
Definition at line 229 of file HLXMonitor.h.
Referenced by HLXMonitor(), and SaveDQMFile().
int HLXMonitor::pEvent_ [private] |
Definition at line 294 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
int HLXMonitor::prescaleEvt_ [private] |
Definition at line 241 of file HLXMonitor.h.
Referenced by HLXMonitor().
unsigned int HLXMonitor::previousSection [private] |
Definition at line 278 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), HLXMonitor(), and ResetAll().
MonitorElement* HLXMonitor::processEventRate_ [private] |
Time elapsed since the last event.
Definition at line 199 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
MonitorElement* HLXMonitor::processEvents_ [private] |
Avg # of events in programmable window (default: 5 min)
Definition at line 200 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
MonitorElement* HLXMonitor::processId_ [private] |
Number of collector updates (TBD)
Definition at line 195 of file HLXMonitor.h.
Referenced by SetupEventInfo().
MonitorElement* HLXMonitor::processLatency_ [private] |
The UTC time of the last event.
Definition at line 198 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
MonitorElement* HLXMonitor::processName_ [private] |
Hostname of the local machine.
Definition at line 202 of file HLXMonitor.h.
Referenced by SetupEventInfo().
MonitorElement* HLXMonitor::processStartTimeStamp_ [private] |
The PID associated with this job.
Definition at line 196 of file HLXMonitor.h.
Referenced by SetupEventInfo().
MonitorElement* HLXMonitor::processTimeStamp_ [private] |
The UTC time of the first event processed.
Definition at line 197 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
unsigned char* HLXMonitor::rData [private] |
Definition at line 221 of file HLXMonitor.h.
MonitorElement* HLXMonitor::RecentInstantLumiEtSum [private] |
Definition at line 172 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 173 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 174 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 175 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 176 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
Definition at line 177 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::reconnTime [private] |
Definition at line 243 of file HLXMonitor.h.
Referenced by analyze(), beginJob(), and HLXMonitor().
MonitorElement* HLXMonitor::reportSummary_ [private] |
Definition at line 211 of file HLXMonitor.h.
Referenced by FillReportSummary(), and SetupEventInfo().
MonitorElement* HLXMonitor::reportSummaryMap_ [private] |
Definition at line 212 of file HLXMonitor.h.
Referenced by FillReportSummary(), and SetupEventInfo().
bool HLXMonitor::ResetAtNewRun [private] |
Definition at line 254 of file HLXMonitor.h.
Referenced by EndRun(), and HLXMonitor().
MonitorElement* HLXMonitor::runId_ [private] |
These MEs are filled with the info from the most recent event by the module
Definition at line 185 of file HLXMonitor.h.
Referenced by FillEventInfo(), and SetupEventInfo().
unsigned int HLXMonitor::runNumber_ [private] |
Definition at line 272 of file HLXMonitor.h.
Referenced by analyze(), EndRun(), HLXMonitor(), and SaveDQMFile().
unsigned int HLXMonitor::runNumLength [private] |
Definition at line 261 of file HLXMonitor.h.
Referenced by HLXMonitor(), and SaveDQMFile().
timeval HLXMonitor::runStartTime_ [private] |
Definition at line 291 of file HLXMonitor.h.
MonitorElement* HLXMonitor::runStartTimeStamp_ [private] |
Definition at line 186 of file HLXMonitor.h.
Referenced by analyze(), and SetupEventInfo().
bool HLXMonitor::SaveAtEndJob [private] |
Definition at line 255 of file HLXMonitor.h.
Referenced by endJob(), and HLXMonitor().
int HLXMonitor::SavePeriod [private] |
Definition at line 232 of file HLXMonitor.h.
Referenced by HLXMonitor().
unsigned int HLXMonitor::secNumLength [private] |
Definition at line 262 of file HLXMonitor.h.
Referenced by HLXMonitor().
short int HLXMonitor::SectionComplete [private] |
Definition at line 222 of file HLXMonitor.h.
double HLXMonitor::sectionInstantErrSumEt [private] |
Definition at line 282 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), and HLXMonitor().
double HLXMonitor::sectionInstantErrSumOcc1 [private] |
Definition at line 284 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), and HLXMonitor().
double HLXMonitor::sectionInstantErrSumOcc2 [private] |
Definition at line 286 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), and HLXMonitor().
double HLXMonitor::sectionInstantNorm [private] |
Definition at line 287 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), and HLXMonitor().
double HLXMonitor::sectionInstantSumEt [private] |
Definition at line 281 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), and HLXMonitor().
double HLXMonitor::sectionInstantSumOcc1 [private] |
Definition at line 283 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), and HLXMonitor().
double HLXMonitor::sectionInstantSumOcc2 [private] |
Definition at line 285 of file HLXMonitor.h.
Referenced by EndRun(), FillHistograms(), and HLXMonitor().
MonitorElement* HLXMonitor::Set1Above[36] [private] |
Definition at line 92 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::set1AboveIndex [private] |
Definition at line 249 of file HLXMonitor.h.
Referenced by FillHistograms(), FillHistoHFCompare(), and HLXMonitor().
MonitorElement* HLXMonitor::Set1Below[36] [private] |
Definition at line 90 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::set1BelowIndex [private] |
Definition at line 247 of file HLXMonitor.h.
Referenced by FillHistograms(), FillHistoHFCompare(), and HLXMonitor().
MonitorElement* HLXMonitor::Set1Between[36] [private] |
Definition at line 91 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::set1BetweenIndex [private] |
Definition at line 248 of file HLXMonitor.h.
Referenced by FillHistograms(), FillHistoHFCompare(), and HLXMonitor().
MonitorElement* HLXMonitor::Set2Above[36] [private] |
Definition at line 95 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::set2AboveIndex [private] |
Definition at line 252 of file HLXMonitor.h.
Referenced by FillHistograms(), FillHistoHFCompare(), and HLXMonitor().
MonitorElement* HLXMonitor::Set2Below[36] [private] |
Definition at line 93 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::set2BelowIndex [private] |
Definition at line 250 of file HLXMonitor.h.
Referenced by FillHistograms(), FillHistoHFCompare(), and HLXMonitor().
MonitorElement* HLXMonitor::Set2Between[36] [private] |
Definition at line 94 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::set2BetweenIndex [private] |
Definition at line 251 of file HLXMonitor.h.
Referenced by FillHistograms(), FillHistoHFCompare(), and HLXMonitor().
std::string HLXMonitor::Style [private] |
Definition at line 231 of file HLXMonitor.h.
std::string HLXMonitor::subSystemName_ [private] |
Definition at line 259 of file HLXMonitor.h.
Referenced by HLXMonitor(), SaveDQMFile(), and SetupEventInfo().
MonitorElement* HLXMonitor::SumAllOccSet1 [private] |
Definition at line 126 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
MonitorElement* HLXMonitor::SumAllOccSet2 [private] |
Definition at line 127 of file HLXMonitor.h.
Referenced by FillHistograms(), ResetAll(), and SetupHists().
unsigned int HLXMonitor::totalNibbles_[36] [private] |
Definition at line 274 of file HLXMonitor.h.
Referenced by EndRun(), FillEventInfo(), FillReportSummary(), and HLXMonitor().
unsigned int HLXMonitor::TriggerBX [private] |
Definition at line 237 of file HLXMonitor.h.
Referenced by FillHistoHFCompare(), and HLXMonitor().
MonitorElement* HLXMonitor::workingDir_ [private] |
DQM "name" of the job (eg, Hcal or DT)
Definition at line 203 of file HLXMonitor.h.
Referenced by SetupEventInfo().
double HLXMonitor::XMAX [private] |
Definition at line 226 of file HLXMonitor.h.
Referenced by FillHistograms(), HLXMonitor(), and SetupHists().
double HLXMonitor::XMIN [private] |
Definition at line 226 of file HLXMonitor.h.
Referenced by FillHistograms(), HLXMonitor(), and SetupHists().
1.7.3