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#include <SiPixelDataQuality.h>
Definition at line 44 of file SiPixelDataQuality.h.
| SiPixelDataQuality::SiPixelDataQuality | ( | bool | offlineXMLfile | ) |
Constructor of the SiPixelInformationExtractor class.
Definition at line 69 of file SiPixelDataQuality.cc.
References allMods_, allmodsMap, allmodsVec, errmodsMap, errmodsVec, errorMods_, goodmodsMap, goodmodsVec, i, lastallmods_, lasterrmods_, lastLS_, qflag_, and timeoutCounter_.
: offlineXMLfile_(offlineXMLfile) { edm::LogInfo("SiPixelDataQuality") << " Creating SiPixelDataQuality " << "\n" ; allMods_=0; errorMods_=0; qflag_=1.; allmodsMap=0; errmodsMap=0; goodmodsMap=0; allmodsVec=0; errmodsVec=0; goodmodsVec=0; for (int i = 0; i < 40; ++i) {lastallmods_[i] = 0; lasterrmods_[i] = 0;} timeoutCounter_=0; lastLS_=-1; }
| SiPixelDataQuality::~SiPixelDataQuality | ( | ) |
Destructor of the SiPixelDataQuality class.
Definition at line 93 of file SiPixelDataQuality.cc.
References allmodsMap, allmodsVec, errmodsMap, errmodsVec, goodmodsMap, and goodmodsVec.
{
edm::LogInfo("SiPixelDataQuality") <<
" Deleting SiPixelDataQuality " << "\n" ;
if(allmodsMap) delete allmodsMap;
if(errmodsMap) delete errmodsMap;
if(goodmodsMap) delete goodmodsMap;
if(allmodsVec) delete allmodsVec;
if(errmodsVec) delete errmodsVec;
if(goodmodsVec) delete goodmodsVec;
}
| void SiPixelDataQuality::bookGlobalQualityFlag | ( | DQMStore * | bei, |
| bool | Tier0Flag, | ||
| int | nFEDs | ||
| ) |
Definition at line 137 of file SiPixelDataQuality.cc.
References allmodsMap, allmodsVec, DQMStore::book1D(), DQMStore::book2D(), DQMStore::bookFloat(), DQMStore::bookInt(), DQMStore::cd(), ClusterChargeBarrel, ClusterChargeEndcap, ClusterMod1, ClusterMod2, ClusterMod3, ClusterMod4, ClusterModAll, ClusterSizeBarrel, ClusterSizeEndcap, DigiChargeBarrel, DigiChargeEndcap, errmodsMap, errmodsVec, MonitorElement::Fill(), DQMStore::get(), goodmodsMap, goodmodsVec, i, j, NClustersBarrel, NClustersEndcap, NDigisBarrel, NDigisEndcap, NErrorsBarrel, NErrorsEndcap, NErrorsFEDs, NPixelTracks, MonitorElement::setAxisTitle(), MonitorElement::setBinContent(), MonitorElement::setBinLabel(), DQMStore::setCurrentFolder(), SummaryBarrel, SummaryEndcap, SummaryPixel, and SummaryReportMap.
Referenced by SiPixelEDAClient::beginRun().
{
//std::cout<<"BOOK GLOBAL QUALITY FLAG MEs!"<<std::endl;
bei->cd();
bei->setCurrentFolder("Pixel/Barrel");
if(!Tier0Flag){
ClusterModAll = bei->book1D("NClustertoChargeRatio_AllMod","Cluster Noise All Modules", 768, 0., 768.);
ClusterMod1 = bei->book1D("NClustertoChargeRatio_NormMod1", "Normalized N_{Clusters} to Charge Ratio per Module1", 192, 0., 192.);
ClusterMod2 = bei->book1D("NClustertoChargeRatio_NormMod2", "Normalized N_{Clusters} to Charge Ratio per Module2", 192, 0., 192.);
ClusterMod3 = bei->book1D("NClustertoChargeRatio_NormMod3", "Normalized N_{Clusters} to Charge Ratio per Module3", 192, 0., 192.);
ClusterMod4 = bei->book1D("NClustertoChargeRatio_NormMod4", "Normalized N_{Clusters} to Charge Ratio per Module4", 192, 0., 192.);
}
bei->setCurrentFolder("Pixel/EventInfo");
if(!Tier0Flag){
/*SummaryReportMap = bei->book2D("reportSummaryMap","Pixel Summary Map",40,0.,40.,36,1.,37.);
SummaryReportMap->setAxisTitle("Pixel FED #",1);
SummaryReportMap->setAxisTitle("Pixel FED Channel #",2);
allmodsMap = new TH2F("allmodsMap","allmodsMap",40,0.,40.,36,1.,37.);
errmodsMap = new TH2F("errmodsMap","errmodsMap",40,0.,40.,36,1.,37.);
goodmodsMap = new TH2F("goodmodsMap","goodmodsMap",40,0.,40.,36,1.,37.);
*/
SummaryReportMap = bei->book2D("reportSummaryMap","Pixel Summary Map",3000,0.,3000.,40,0.,40.);
SummaryReportMap->setAxisTitle("Lumi Section",1);
SummaryReportMap->setAxisTitle("Pixel FED #",2);
allmodsVec = new TH1D("allmodsVec","allmodsVec",40,0.,40.);
errmodsVec = new TH1D("errmodsVec","errmodsVec",40,0.,40.);
goodmodsVec = new TH1D("goodmodsVec","goodmodsVec",40,0.,40.);
}else{
SummaryReportMap = bei->book2D("reportSummaryMap","Pixel Summary Map",2,0.,2.,7,0.,7.);
SummaryReportMap->setBinLabel(1,"Barrel",1);
SummaryReportMap->setBinLabel(2,"Endcaps",1);
SummaryReportMap->setBinLabel(1,"Errors",2);
SummaryReportMap->setBinLabel(2,"NDigis",2);
SummaryReportMap->setBinLabel(3,"DigiCharge",2);
SummaryReportMap->setBinLabel(4,"ClusterSize",2);
SummaryReportMap->setBinLabel(5,"NClusters",2);
SummaryReportMap->setBinLabel(6,"ClusterCharge",2);
SummaryReportMap->setBinLabel(7,"HitEff",2);
allmodsMap = new TH2F("allmodsMap","allmodsMap",2,0.,2.,7,0.,7.);
errmodsMap = new TH2F("errmodsMap","errmodsMap",2,0.,2.,7,0.,7.);
goodmodsMap = new TH2F("goodmodsMap","goodmodsMap",2,0.,2.,7,0.,7.);
}
SummaryPixel = bei->bookFloat("reportSummary");
bei->setCurrentFolder("Pixel/EventInfo/reportSummaryContents");
SummaryBarrel = bei->bookFloat("PixelBarrelFraction");
SummaryEndcap = bei->bookFloat("PixelEndcapFraction");
// book the data certification cuts:
bei->setCurrentFolder("Pixel/AdditionalPixelErrors");
NErrorsFEDs = bei->bookFloat("FEDsNErrorsCut");
bei->setCurrentFolder("Pixel/Barrel");
NErrorsBarrel = bei->bookFloat("BarrelNErrorsCut");
NDigisBarrel = bei->bookInt("BarrelNDigisCut");
DigiChargeBarrel = bei->bookInt("BarrelDigiChargeCut");
ClusterSizeBarrel = bei->bookInt("BarrelClusterSizeCut");
NClustersBarrel = bei->bookInt("BarrelNClustersCut");
ClusterChargeBarrel = bei->bookInt("BarrelClusterChargeCut");
bei->setCurrentFolder("Pixel/Endcap");
NErrorsEndcap = bei->bookFloat("EndcapNErrorsCut");
NDigisEndcap = bei->bookInt("EndcapNDigisCut");
DigiChargeEndcap = bei->bookInt("EndcapDigiChargeCut");
ClusterSizeEndcap = bei->bookInt("EndcapClusterSizeCut");
NClustersEndcap = bei->bookInt("EndcapNClustersCut");
ClusterChargeEndcap = bei->bookInt("EndcapClusterChargeCut");
if(Tier0Flag){
bei->setCurrentFolder("Pixel/Tracks");
NPixelTracks = bei->bookInt("PixelTracksCut");
}
// Init MonitoringElements:
if(nFEDs>0){
SummaryPixel = bei->get("Pixel/EventInfo/reportSummary");
if(SummaryPixel) SummaryPixel->Fill(1.);
SummaryBarrel = bei->get("Pixel/EventInfo/reportSummaryContents/PixelBarrelFraction");
if(SummaryBarrel) SummaryBarrel->Fill(1.);
SummaryEndcap = bei->get("Pixel/EventInfo/reportSummaryContents/PixelEndcapFraction");
if(SummaryEndcap) SummaryEndcap->Fill(1.);
}else{
SummaryPixel = bei->get("Pixel/EventInfo/reportSummary");
if(SummaryPixel) SummaryPixel->Fill(-1.);
SummaryBarrel = bei->get("Pixel/EventInfo/reportSummaryContents/PixelBarrelFraction");
if(SummaryBarrel) SummaryBarrel->Fill(-1.);
SummaryEndcap = bei->get("Pixel/EventInfo/reportSummaryContents/PixelEndcapFraction");
if(SummaryEndcap) SummaryEndcap->Fill(-1.);
}
NErrorsBarrel = bei->get("Pixel/Barrel/BarrelNErrorsCut");
if(NErrorsBarrel) NErrorsBarrel->Fill(1.);
NErrorsEndcap = bei->get("Pixel/Endcap/EndcapNErrorsCut");
if(NErrorsEndcap) NErrorsEndcap->Fill(1.);
NErrorsFEDs = bei->get("Pixel/AdditionalPixelErrors/FEDsNErrorsCut");
if(NErrorsFEDs) NErrorsFEDs->Fill(1.);
NDigisBarrel = bei->get("Pixel/Barrel/BarrelNDigisCut");
if(NDigisBarrel) NDigisBarrel->Fill(1);
NDigisEndcap = bei->get("Pixel/Endcap/EndcapNDigisCut");
if(NDigisEndcap) NDigisEndcap->Fill(1);
DigiChargeBarrel = bei->get("Pixel/Barrel/BarrelDigiChargeCut");
if(DigiChargeBarrel) DigiChargeBarrel->Fill(1);
DigiChargeEndcap = bei->get("Pixel/Endcap/EndcapDigiChargeCut");
if(DigiChargeEndcap) DigiChargeEndcap->Fill(1);
ClusterSizeBarrel = bei->get("Pixel/Barrel/BarrelClusterSizeCut");
if(ClusterSizeBarrel) ClusterSizeBarrel->Fill(1);
ClusterSizeEndcap = bei->get("Pixel/Endcap/EndcapClusterSizeCut");
if(ClusterSizeEndcap) ClusterSizeEndcap->Fill(1);
ClusterChargeBarrel = bei->get("Pixel/Barrel/BarrelClusterChargeCut");
if(ClusterChargeBarrel) ClusterChargeBarrel->Fill(1);
ClusterChargeEndcap = bei->get("Pixel/Endcap/EndcapClusterChargeCut");
if(ClusterChargeEndcap) ClusterChargeEndcap->Fill(1);
NClustersBarrel = bei->get("Pixel/Barrel/BarrelNClustersCut");
if(NClustersBarrel) NClustersBarrel->Fill(1);
NClustersEndcap = bei->get("Pixel/Endcap/EndcapNClustersCut");
if(NClustersEndcap) NClustersEndcap->Fill(1);
if(Tier0Flag){
NPixelTracks = bei->get("Pixel/Tracks/PixelTracksCut");
if(NPixelTracks) NPixelTracks->Fill(1);
}
SummaryReportMap = bei->get("Pixel/EventInfo/reportSummaryMap");
if(SummaryReportMap){
if(!Tier0Flag) for(int i=1; i!=3001; i++) for(int j=1; j!=41; j++) SummaryReportMap->setBinContent(i,j,-1.);
if(Tier0Flag) for(int i=1; i!=3; i++) for(int j=1; j!=8; j++) SummaryReportMap->setBinContent(i,j,-1.);
}
if(!Tier0Flag){
for(int j=1; j!=41; j++){
if(allmodsVec) allmodsVec->SetBinContent(j,0.);
if(errmodsVec) errmodsVec->SetBinContent(j,0.);
if(goodmodsVec) goodmodsVec->SetBinContent(j,0.);
}
}
if(Tier0Flag){
for(int i=1; i!=3; i++) for(int j=1; j!=8; j++){
if(allmodsMap) allmodsMap->SetBinContent(i,j,0.);
if(errmodsMap) errmodsMap->SetBinContent(i,j,0.);
if(goodmodsMap) goodmodsMap->SetBinContent(i,j,0.);
}
}
bei->cd();
}
| void SiPixelDataQuality::computeGlobalQualityFlag | ( | DQMStore * | bei, |
| bool | init, | ||
| int | nFEDs, | ||
| bool | Tier0Flag | ||
| ) |
Definition at line 277 of file SiPixelDataQuality.cc.
References allMods_, barrel_error_flag_, barrelMods_, DQMStore::cd(), ClusterChargeBarrel, ClusterChargeEndcap, clusterCounterBarrel, clusterCounterEndcap, ClusterSizeBarrel, ClusterSizeEndcap, clusterStatsBarrel, clusterStatsEndcap, RecoTauValidation_cfi::denominator, DigiChargeBarrel, DigiChargeEndcap, digiCounterBarrel, digiCounterEndcap, digiStatsBarrel, digiStatsEndcap, DONE_, endcap_error_flag_, endcapMods_, errorMods_, MonitorElement::Fill(), DQMStore::get(), MonitorElement::getBinContent(), MonitorElement::getEntries(), MonitorElement::getFloatValue(), MonitorElement::getIntValue(), DQMStore::getMEs(), DQMStore::getSubdirs(), DQMStore::goUp(), MonitorElement::hasError(), i, j, gen::k, n_errors_barrel_, n_errors_endcap_, n_errors_pixel_, NClustersBarrel, NClustersEndcap, NDigisBarrel, NDigisEndcap, NErrorsBarrel, NErrorsEndcap, NPixelTracks, objectCount_, pixel_error_flag_, DQMStore::pwd(), qflag_, SummaryBarrel, SummaryEndcap, SummaryPixel, trackCounterBarrel, trackCounterEndcap, trackStatsBarrel, and trackStatsEndcap.
Referenced by SiPixelEDAClient::endRun().
{
//cout<<"entering SiPixelDataQuality::ComputeGlobalQualityFlag"<<endl;
// cout << ACRed << ACBold
// << "[SiPixelDataQuality::ComputeGlobalQualityFlag]"
// << ACPlain
// << " Enter"
// << endl ;
if(init){
//cout<<"Entering SiPixelDataQuality::computeGlobalQualityFlag for the first time"<<endl;
allMods_=0; errorMods_=0; qflag_=0.;
barrelMods_=0; endcapMods_=0;
objectCount_=0;
DONE_ = false;
//Error counters and flags:
n_errors_barrel_=0; barrel_error_flag_=0.;
n_errors_endcap_=0; endcap_error_flag_=0.;
n_errors_pixel_=0; pixel_error_flag_=0.;
digiStatsBarrel = false, clusterStatsBarrel = false, trackStatsBarrel = false;
digiCounterBarrel = 0, clusterCounterBarrel = 0, trackCounterBarrel = 0;
digiStatsEndcap = false, clusterStatsEndcap = false, trackStatsEndcap = false;
digiCounterEndcap = 0, clusterCounterEndcap = 0, trackCounterEndcap = 0;
init=false;
}
if(nFEDs==0) return;
string currDir = bei->pwd();
string dname = currDir.substr(currDir.find_last_of("/")+1);
//cout<<"currDir="<<currDir<<endl;
if((!Tier0Flag && dname.find("Module_")!=string::npos) ||
(Tier0Flag && (dname.find("Ladder_")!=string::npos || dname.find("Blade_")!=string::npos))){
objectCount_++;
if(currDir.find("Pixel")!=string::npos) allMods_++;
if(currDir.find("Barrel")!=string::npos) barrelMods_++;
if(currDir.find("Endcap")!=string::npos) endcapMods_++;
vector<string> meVec = bei->getMEs();
for (vector<string>::const_iterator it = meVec.begin(); it != meVec.end(); it++) {
string full_path = currDir + "/" + (*it);
//cout<<"full_path:"<<full_path<<endl;
if(full_path.find("ndigis_")!=string::npos){
//cout<<"found an ndigi histo now"<<endl;
MonitorElement * me = bei->get(full_path);
if(!me) continue;
//cout<<"got the histo now"<<endl;
if(me->getEntries()>25){
//cout<<"histo has more than 50 entries"<<endl;
if(full_path.find("Barrel")!=string::npos) digiCounterBarrel++;
if(full_path.find("Endcap")!=string::npos) digiCounterEndcap++;
//cout<<"counter are now: "<<digiCounterBarrel<<","<<digiCounterBarrelL1<<endl;
}
}else if(Tier0Flag && full_path.find("nclusters_OnTrack_")!=string::npos){
MonitorElement * me = bei->get(full_path);
if(!me) continue;
if(me->getEntries()>25){
if(full_path.find("Barrel")!=string::npos) clusterCounterBarrel++;
if(full_path.find("Endcap")!=string::npos) clusterCounterEndcap++;
}
}else if(!Tier0Flag && full_path.find("nclusters_")!=string::npos){
MonitorElement * me = bei->get(full_path);
if(!me) continue;
if(me->getEntries()>25){
if(full_path.find("Barrel")!=string::npos) clusterCounterBarrel++;
if(full_path.find("Endcap")!=string::npos) clusterCounterEndcap++;
}
}
}
}
vector<string> subDirVec = bei->getSubdirs();
for (vector<string>::const_iterator ic = subDirVec.begin();
ic != subDirVec.end(); ic++) {
bei->cd(*ic);
init=false;
computeGlobalQualityFlag(bei,init,nFEDs,Tier0Flag);
bei->goUp();
}
// Make sure I have finished looping over all Modules/Ladders/Blades:
if(!Tier0Flag){ // online case
if(objectCount_ == 1440) DONE_ = true;
}else{ // offline case
if(objectCount_ == 288) DONE_ = true;
}
if(DONE_ && currDir=="Pixel/EventInfo/reportSummaryContents"){
// Evaluate error flag now, only stored in AdditionalPixelErrors:
MonitorElement * me_err = bei->get("Pixel/AdditionalPixelErrors/FedETypeNErrArray");
MonitorElement * me_evt = bei->get("Pixel/EventInfo/processedEvents");
if(me_err && me_evt){
for(int i=1; i!=41; i++)for(int j=1; j!=22; j++)
if(me_err->getBinContent(i,j)>0){
n_errors_pixel_=n_errors_pixel_+int(me_err->getBinContent(i,j));
if(i<33) n_errors_barrel_=n_errors_barrel_+int(me_err->getBinContent(i,j));
if(i>32) n_errors_endcap_=n_errors_endcap_+int(me_err->getBinContent(i,j));
}
int NProcEvts = me_evt->getIntValue();
if(NProcEvts>0){
barrel_error_flag_ = (float(NProcEvts)-float(n_errors_barrel_))/float(NProcEvts);
endcap_error_flag_ = (float(NProcEvts)-float(n_errors_endcap_))/float(NProcEvts);
pixel_error_flag_ = (float(NProcEvts)-float(n_errors_barrel_)-float(n_errors_endcap_))/float(NProcEvts);
}
}
NErrorsBarrel = bei->get("Pixel/Barrel/BarrelNErrorsCut");
if(NErrorsBarrel) NErrorsBarrel->Fill(barrel_error_flag_);
NErrorsEndcap = bei->get("Pixel/Endcap/EndcapNErrorsCut");
if(NErrorsEndcap) NErrorsEndcap->Fill(endcap_error_flag_);
string meName0;
MonitorElement * me;
// Fill the Digi flags:
if(!Tier0Flag){
meName0 = "Pixel/Barrel/SUMDIG_ndigis_Barrel";
if(digiCounterBarrel/768 > 0.5) digiStatsBarrel = true;
if(digiCounterEndcap/672 > 0.5) digiStatsEndcap = true;
//cout<<"digiStatsBarrel="<<digiStatsBarrel<<" , digiStatsEndcap="<<digiStatsEndcap<<endl;
}else{
meName0 = "Pixel/Barrel/SUMOFF_ndigis_Barrel";
if(digiCounterBarrel/192 > 0.5) digiStatsBarrel = true;
if(digiCounterEndcap/96 > 0.5) digiStatsEndcap = true;
}
me = bei->get(meName0);
if(me){
NDigisBarrel = bei->get("Pixel/Barrel/BarrelNDigisCut");
// cout<<"NDigis: "<<NDigisBarrel<<" , "<<digiStatsBarrel<<" , "<<me->hasError()<<endl;
if(NDigisBarrel && digiStatsBarrel){
if(me->hasError()) NDigisBarrel->Fill(0);
else NDigisBarrel->Fill(1);
}
}
if(!Tier0Flag) meName0 = "Pixel/Endcap/SUMDIG_ndigis_Endcap";
else meName0 = "Pixel/Endcap/SUMOFF_ndigis_Endcap";
me = bei->get(meName0);
if(me){
NDigisEndcap = bei->get("Pixel/Endcap/EndcapNDigisCut");
if(NDigisEndcap && digiStatsEndcap){
if(me->hasError()) NDigisEndcap->Fill(0);
else NDigisEndcap->Fill(1);
}
}
if(!Tier0Flag) meName0 = "Pixel/Barrel/SUMDIG_adc_Barrel";
else meName0 = "Pixel/Barrel/SUMOFF_adc_Barrel";
me = bei->get(meName0);
if(me){
DigiChargeBarrel = bei->get("Pixel/Barrel/BarrelDigiChargeCut");
if(DigiChargeBarrel && digiStatsBarrel){
if(me->hasError()) DigiChargeBarrel->Fill(0);
else DigiChargeBarrel->Fill(1);
}
}
if(!Tier0Flag) meName0 = "Pixel/Endcap/SUMDIG_adc_Endcap";
else meName0 = "Pixel/Endcap/SUMOFF_adc_Endcap";
me = bei->get(meName0);
if(me){
DigiChargeEndcap = bei->get("Pixel/Endcap/EndcapDigiChargeCut");
if(DigiChargeEndcap && digiStatsEndcap){
if(me->hasError()) DigiChargeEndcap->Fill(0);
else DigiChargeEndcap->Fill(1);
}
}
// Fill the Cluster flags:
if(!Tier0Flag){
meName0 = "Pixel/Barrel/SUMCLU_size_Barrel";
if(clusterCounterBarrel/768 > 0.5) clusterStatsBarrel = true;
if(clusterCounterEndcap/672 > 0.5) clusterStatsEndcap = true;
}else{
meName0 = "Pixel/Barrel/SUMOFF_size_OnTrack_Barrel";
if(clusterCounterBarrel/192 > 0.5) clusterStatsBarrel = true;
if(clusterCounterEndcap/96 > 0.5) clusterStatsEndcap = true;
}
me = bei->get(meName0);
if(me){
ClusterSizeBarrel = bei->get("Pixel/Barrel/BarrelClusterSizeCut");
if(ClusterSizeBarrel && clusterStatsBarrel){
if(me->hasError()) ClusterSizeBarrel->Fill(0);
else ClusterSizeBarrel->Fill(1);
}
}
if(!Tier0Flag) meName0 = "Pixel/Endcap/SUMCLU_size_Endcap";
else meName0 = "Pixel/Endcap/SUMOFF_size_OnTrack_Endcap";
me = bei->get(meName0);
if(me){
ClusterSizeEndcap = bei->get("Pixel/Endcap/EndcapClusterSizeCut");
if(ClusterSizeEndcap && clusterStatsEndcap){
if(me->hasError()) ClusterSizeEndcap->Fill(0);
else ClusterSizeEndcap->Fill(1);
}
}
if(!Tier0Flag) meName0 = "Pixel/Barrel/SUMCLU_charge_Barrel";
else meName0 = "Pixel/Barrel/SUMOFF_charge_OnTrack_Barrel";
me = bei->get(meName0);
if(me){
ClusterChargeBarrel = bei->get("Pixel/Barrel/BarrelClusterChargeCut");
if(ClusterChargeBarrel && clusterStatsBarrel){
if(me->hasError()) ClusterChargeBarrel->Fill(0);
else ClusterChargeBarrel->Fill(1);
}
}
if(!Tier0Flag) meName0 = "Pixel/Endcap/SUMCLU_charge_Endcap";
else meName0 = "Pixel/Endcap/SUMOFF_charge_OnTrack_Endcap";
me = bei->get(meName0);
if(me){
ClusterChargeEndcap = bei->get("Pixel/Endcap/EndcapClusterChargeCut");
if(ClusterChargeEndcap && clusterStatsEndcap){
if(me->hasError()) ClusterChargeEndcap->Fill(0);
else ClusterChargeEndcap->Fill(1);
}
}
if(!Tier0Flag) meName0 = "Pixel/Barrel/SUMCLU_nclusters_Barrel";
else meName0 = "Pixel/Barrel/SUMOFF_nclusters_OnTrack_Barrel";
me = bei->get(meName0);
if(me){
NClustersBarrel = bei->get("Pixel/Barrel/BarrelNClustersCut");
if(NClustersBarrel && clusterStatsBarrel){
if(me->hasError()) NClustersBarrel->Fill(0);
else NClustersBarrel->Fill(1);
}
}
if(!Tier0Flag) meName0 = "Pixel/Endcap/SUMCLU_nclusters_Endcap";
else meName0 = "Pixel/Endcap/SUMOFF_nclusters_OnTrack_Endcap";
me = bei->get(meName0);
if(me){
NClustersEndcap = bei->get("Pixel/Endcap/EndcapNClustersCut");
if(NClustersEndcap && clusterStatsEndcap){
if(me->hasError()) NClustersEndcap->Fill(0);
else NClustersEndcap->Fill(1);
}
}
// Pixel Track multiplicity / Pixel hit efficiency
meName0 = "Pixel/Tracks/ntracks_generalTracks";
me = bei->get(meName0);
if(me){
NPixelTracks = bei->get("Pixel/Tracks/PixelTracksCut");
if(NPixelTracks && me->getBinContent(1)>1000){
if((float)me->getBinContent(2)/(float)me->getBinContent(1)<0.01){
NPixelTracks->Fill(0);
}else{
NPixelTracks->Fill(1);
}
}
}
//********************************************************************************************************
// Final combination of all Data Quality results:
float pixelFlag = -1., barrelFlag = -1., endcapFlag = -1.;
float barrel_errors_temp[1]={-1.}; int barrel_cuts_temp[5]={5*-1};
float endcap_errors_temp[1]={-1.}; int endcap_cuts_temp[5]={5*-1};
int pixel_cuts_temp[1]={-1};
float combinedCuts = 1.; int numerator = 0, denominator = 0;
// Barrel results:
me = bei->get("Pixel/Barrel/BarrelNErrorsCut");
if(me) barrel_errors_temp[0] = me->getFloatValue();
me = bei->get("Pixel/Barrel/BarrelNDigisCut");
if(me) barrel_cuts_temp[0] = me->getIntValue();
me = bei->get("Pixel/Barrel/BarrelDigiChargeCut");
if(me) barrel_cuts_temp[1] = me->getIntValue();
me = bei->get("Pixel/Barrel/BarrelClusterSizeCut");
if(me) barrel_cuts_temp[2] = me->getIntValue();
me = bei->get("Pixel/Barrel/BarrelNClustersCut");
if(me) barrel_cuts_temp[3] = me->getIntValue();
me = bei->get("Pixel/Barrel/BarrelClusterChargeCut");
if(me) barrel_cuts_temp[4] = me->getIntValue();
for(int k=0; k!=5; k++){
if(barrel_cuts_temp[k]>=0){
numerator = numerator + barrel_cuts_temp[k];
denominator++;
//cout<<"cut flag, Barrel: "<<k<<","<<barrel_cuts_temp[k]<<","<<numerator<<","<<denominator<<endl;
}
}
if(denominator!=0) combinedCuts = float(numerator)/float(denominator);
barrelFlag = barrel_errors_temp[0] * combinedCuts;
//cout<<" the resulting barrel flag is: "<<barrel_errors_temp[0]<<"*"<<combinedCuts<<"="<<barrelFlag<<endl;
// Endcap results:
combinedCuts = 1.; numerator = 0; denominator = 0;
me = bei->get("Pixel/Endcap/EndcapNErrorsCut");
if(me) endcap_errors_temp[0] = me->getFloatValue();
me = bei->get("Pixel/Endcap/EndcapNDigisCut");
if(me) endcap_cuts_temp[0] = me->getIntValue();
me = bei->get("Pixel/Endcap/EndcapDigiChargeCut");
if(me) endcap_cuts_temp[1] = me->getIntValue();
me = bei->get("Pixel/Endcap/EndcapClusterSizeCut");
if(me) endcap_cuts_temp[2] = me->getIntValue();
me = bei->get("Pixel/Endcap/EndcapNClustersCut");
if(me) endcap_cuts_temp[3] = me->getIntValue();
me = bei->get("Pixel/Endcap/EndcapClusterChargeCut");
if(me) endcap_cuts_temp[4] = me->getIntValue();
for(int k=0; k!=5; k++){
if(endcap_cuts_temp[k]>=0){
numerator = numerator + endcap_cuts_temp[k];
denominator++;
//cout<<"cut flag, Endcap: "<<k<<","<<endcap_cuts_temp[k]<<","<<numerator<<","<<denominator<<endl;
}
}
if(denominator!=0) combinedCuts = float(numerator)/float(denominator);
endcapFlag = endcap_errors_temp[0] * combinedCuts;
//cout<<" the resulting endcap flag is: "<<endcap_errors_temp[0]<<"*"<<combinedCuts<<"="<<endcapFlag<<endl;
// Track results:
combinedCuts = 1.; numerator = 0; denominator = 0;
me = bei->get("Pixel/Tracks/PixelTracksCut");
if(me) pixel_cuts_temp[0] = me->getIntValue();
//Combination of all:
combinedCuts = 1.; numerator = 0; denominator = 0;
for(int k=0; k!=5; k++){
if(barrel_cuts_temp[k]>=0){
numerator = numerator + barrel_cuts_temp[k];
denominator++;
}
//cout<<"after barrel: num="<<numerator<<" , den="<<denominator<<endl;
if(endcap_cuts_temp[k]>=0){
numerator = numerator + endcap_cuts_temp[k];
denominator++;
}
if(k<1 && pixel_cuts_temp[k]>=0){
numerator = numerator + pixel_cuts_temp[k];
denominator++;
}
//cout<<"after both: num="<<numerator<<" , den="<<denominator<<endl;
}
if(denominator!=0) combinedCuts = float(numerator)/float(denominator);
pixelFlag = float(pixel_error_flag_) * float(combinedCuts);
//cout<<"barrel, endcap, pixel flags: "<<barrelFlag<<","<<endcapFlag<<","<<pixelFlag<<endl;
SummaryPixel = bei->get("Pixel/EventInfo/reportSummary");
if(SummaryPixel) SummaryPixel->Fill(pixelFlag);
SummaryBarrel = bei->get("Pixel/EventInfo/reportSummaryContents/PixelBarrelFraction");
if(SummaryBarrel) SummaryBarrel->Fill(barrelFlag);
SummaryEndcap = bei->get("Pixel/EventInfo/reportSummaryContents/PixelEndcapFraction");
if(SummaryEndcap) SummaryEndcap->Fill(endcapFlag);
}
}
| void SiPixelDataQuality::computeGlobalQualityFlagByLumi | ( | DQMStore * | bei, |
| bool | init, | ||
| int | nFEDs, | ||
| bool | Tier0Flag, | ||
| int | nEvents_lastLS_, | ||
| int | nErrorsBarrel_lastLS_, | ||
| int | nErrorsEndcap_lastLS_ | ||
| ) |
Definition at line 627 of file SiPixelDataQuality.cc.
References MonitorElement::Fill(), DQMStore::get(), MonitorElement::getBinContent(), MonitorElement::getMean(), i, SummaryBarrel, SummaryEndcap, and SummaryPixel.
Referenced by SiPixelEDAClient::endLuminosityBlock().
{
//cout<<"entering SiPixelDataQuality::ComputeGlobalQualityFlagByLumi"<<endl;
// cout << ACRed << ACBold
// << "[SiPixelDataQuality::ComputeGlobalQualityFlag]"
// << ACPlain
// << " Enter"
// << endl ;
if(nFEDs==0) return;
// evaluate fatal FED errors for data quality:
float BarrelRate_LS = 1.;
float EndcapRate_LS = 1.;
float PixelRate_LS = 1.;
MonitorElement * me = bei->get("Pixel/AdditionalPixelErrors/byLumiErrors");
if(me){
//cout<<"NENTRIES: "<<me->getEntries()<<" "<<nEvents_lastLS_<<" "<<nErrorsBarrel_lastLS_<<" "<<nErrorsEndcap_lastLS_<<endl;
double nBarrelErrors_LS = me->getBinContent(1) - nErrorsBarrel_lastLS_;
double nEndcapErrors_LS = me->getBinContent(2) - nErrorsEndcap_lastLS_;
double nEvents_LS = me->getBinContent(0) - nEvents_lastLS_;
//cout<<"BINS: "<<me->getBinContent(0)<<" "<<me->getBinContent(1)<<" "<<me->getBinContent(2)<<endl;
if(nBarrelErrors_LS/nEvents_LS>0.5) BarrelRate_LS=0.;
if(nEndcapErrors_LS/nEvents_LS>0.5) EndcapRate_LS=0.;
if((nBarrelErrors_LS + nEndcapErrors_LS)/nEvents_LS>0.5) PixelRate_LS=0.;
//std::cout<<"nEvents_LS: "<<nEvents_LS<<" , nBarrelErrors_LS: "<<nBarrelErrors_LS<<" , nEndcapErrors_LS: "<<nEndcapErrors_LS<<" , BarrelRate_LS: "<<BarrelRate_LS<<" , EndcapRate_LS: "<<EndcapRate_LS<<" , PixelRate_LS: "<<PixelRate_LS<<std::endl;
}
// evaluate mean cluster charge on tracks for data quality:
float BarrelClusterCharge = 1.;
float EndcapClusterCharge = 1.;
float PixelClusterCharge = 1.;
MonitorElement * me1 = bei->get("Pixel/Clusters/OnTrack/charge_siPixelClusters_Barrel");
if(me1 && me1->getMean()<12.) BarrelClusterCharge = 0.;
//if(me1) cout<<"Mean cluster charge in Barrel: "<<me1->getMean()<<endl;
MonitorElement * me2 = bei->get("Pixel/Clusters/OnTrack/charge_siPixelClusters_Endcap");
if(me2 && me2->getMean()<12.) EndcapClusterCharge = 0.;
//if(me2) cout<<"Mean cluster charge in Endcap: "<<me2->getMean()<<endl;
MonitorElement * me3 = bei->get("Pixel/Clusters/OnTrack/charge_siPixelClusters");
if(me3 && me3->getMean()<12.) PixelClusterCharge = 0.;
//if(me3) cout<<"Mean cluster charge in Pixel: "<<me3->getMean()<<endl;
// evaluate average FED occupancy for data quality:
float BarrelOccupancy = 1.;
float EndcapOccupancy = 1.;
float PixelOccupancy = 1.;
MonitorElement * me4 = bei->get("Pixel/averageDigiOccupancy");
if(me4){
double minBarrelOcc = 999999.;
double maxBarrelOcc = -1.;
double meanBarrelOcc = 0.;
double minEndcapOcc = 999999.;
double maxEndcapOcc = -1.;
double meanEndcapOcc = 0.;
for(int i=1; i!=41; i++){
if(i<=32 && me4->getBinContent(i)<minBarrelOcc) minBarrelOcc=me4->getBinContent(i);
if(i<=32 && me4->getBinContent(i)>maxBarrelOcc) maxBarrelOcc=me4->getBinContent(i);
if(i<=32) meanBarrelOcc+=me4->getBinContent(i);
if(i>32 && me4->getBinContent(i)<minEndcapOcc) minEndcapOcc=me4->getBinContent(i);
if(i>32 && me4->getBinContent(i)>maxEndcapOcc) maxEndcapOcc=me4->getBinContent(i);
if(i>32) meanEndcapOcc+=me4->getBinContent(i);
//cout<<"OCCUPANCY: "<<i<<" "<<me4->getBinContent(i)<<" : "<<minBarrelOcc<<" "<<maxBarrelOcc<<" "<<minEndcapOcc<<" "<<maxEndcapOcc<<endl;
}
meanBarrelOcc = meanBarrelOcc/32.;
meanEndcapOcc = meanEndcapOcc/8.;
//cout<<"MEANS: "<<meanBarrelOcc<<" "<<meanEndcapOcc<<endl;
if(minBarrelOcc<0.1*meanBarrelOcc || maxBarrelOcc>2.5*meanBarrelOcc) BarrelOccupancy=0.;
if(minEndcapOcc<0.2*meanEndcapOcc || maxEndcapOcc>1.8*meanEndcapOcc) EndcapOccupancy=0.;
PixelOccupancy=BarrelOccupancy*EndcapOccupancy;
//cout<<"Occupancies: "<<meanBarrelOcc<<" "<<meanEndcapOcc<<endl;
}
float pixelFlag = PixelRate_LS * PixelClusterCharge * PixelOccupancy;
float barrelFlag = BarrelRate_LS * BarrelClusterCharge * BarrelOccupancy;
float endcapFlag = EndcapRate_LS * EndcapClusterCharge * EndcapOccupancy;
//cout<<"barrel, endcap, pixel flags: "<<barrelFlag<<","<<endcapFlag<<","<<pixelFlag<<endl;
SummaryPixel = bei->get("Pixel/EventInfo/reportSummary");
if(SummaryPixel) SummaryPixel->Fill(pixelFlag);
SummaryBarrel = bei->get("Pixel/EventInfo/reportSummaryContents/PixelBarrelFraction");
if(SummaryBarrel) SummaryBarrel->Fill(barrelFlag);
SummaryEndcap = bei->get("Pixel/EventInfo/reportSummaryContents/PixelEndcapFraction");
if(SummaryEndcap) SummaryEndcap->Fill(endcapFlag);
}
| void SiPixelDataQuality::fillGlobalQualityPlot | ( | DQMStore * | bei, |
| bool | init, | ||
| edm::EventSetup const & | eSetup, | ||
| int | nFEDs, | ||
| bool | Tier0Flag, | ||
| int | lumisec | ||
| ) |
Definition at line 719 of file SiPixelDataQuality.cc.
References allmodsMap, allmodsVec, newFWLiteAna::bin, DQMStore::cd(), ws_sso_content_reader::content, cmsMakeMELists::contents, count, count1, count2, count3, count4, count5, count6, errcount, errmodsMap, errmodsVec, edm::EventSetup::get(), DQMStore::get(), MonitorElement::getBinContent(), getDetId(), MonitorElement::getEntries(), MonitorElement::getFloatValue(), MonitorElement::getIntValue(), DQMStore::getMEs(), MonitorElement::getNbinsX(), DQMStore::getSubdirs(), goodmodsMap, goodmodsVec, DQMStore::goUp(), i, j, gen::k, lastallmods_, lasterrmods_, modCounter_, edm::ESHandle< T >::product(), DQMStore::pwd(), MonitorElement::setBinContent(), SummaryReportMap, theCablingMap, and CommonMethods::weight().
Referenced by SiPixelEDAClient::endLuminosityBlock(), and SiPixelEDAClient::endRun().
{
//std::cout<<"Entering SiPixelDataQuality::fillGlobalQualityPlot: "<<nFEDs<<std::endl;
//calculate eta and phi of the modules and fill a 2D plot:
//if(lastLS_<lumisec){ cout<<"lastLS_="<<lastLS_<<" ,lumisec="<<lumisec<<endl; lastLS_=lumisec; init=true; cout<<"init="<<init<<endl; }
if(init){
count=0; errcount=0;
init=false;
count1=0;
count2=0;
count3=0;
count4=0;
count5=0;
count6=0;
modCounter_=0;
if(!Tier0Flag){
//cout<<"RESETS"<<endl;
//The plots that these Vecs are integrated throughout a run
//So at each lumi section I save their last values (lastmods)
//And then subtract them out later when filling the SummaryMap
for(int j=1; j!=41; j++){
if(allmodsVec) lastallmods_[j-1] = allmodsVec->GetBinContent(j);
if(errmodsVec) lasterrmods_[j-1] = errmodsVec->GetBinContent(j);
if(allmodsVec) allmodsVec->SetBinContent(j,0.);
if(errmodsVec) errmodsVec->SetBinContent(j,0.);
if(goodmodsVec) goodmodsVec->SetBinContent(j,0.);
}
}
if(Tier0Flag){
for(int i=1; i!=3; i++) for(int j=1; j!=8; j++){
if(allmodsMap) allmodsMap->SetBinContent(i,j,0.);
if(errmodsMap) errmodsMap->SetBinContent(i,j,0.);
if(goodmodsMap) goodmodsMap->SetBinContent(i,j,0.);
}
}
}
//^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
// Fill Maps:
// Online:
if(nFEDs==0) return;
/* if(!Tier0Flag){
eSetup.get<SiPixelFedCablingMapRcd>().get(theCablingMap);
string currDir = bei->pwd();
if(currDir.find("Reference")!=string::npos) return;
//cout<<"currDir="<<currDir<<endl;
string dname = currDir.substr(currDir.find_last_of("/")+1);
// find a detId for Blades and Ladders (first of the contained Modules!):
ifstream infile(edm::FileInPath("DQM/SiPixelMonitorClient/test/detId.dat").fullPath().c_str(),ios::in);
string I_name[1440];
int I_detId[1440];
int I_fedId[1440];
int I_linkId[1440];
int nModsInFile=0;
while(!infile.eof()) {
infile >> I_name[nModsInFile] >> I_detId[nModsInFile] >> I_fedId[nModsInFile] >> I_linkId[nModsInFile] ;
//cout<<I_name<<" "<<I_detId<<" "<<I_fedId<<" "<<I_linkId ;
//getline(infile,dummys); //necessary to reach end of record
infile.close();
nModsInFile++;
}
if(dname.find("Module_")!=string::npos && currDir.find("Reference")==string::npos){
vector<string> meVec = bei->getMEs();
int detId=-1; int fedId=-1; int linkId=-1;
for (vector<string>::const_iterator it = meVec.begin(); it != meVec.end(); it++) {
//checking for any digis or FED errors to decide if this module is in DAQ:
string full_path = currDir + "/" + (*it);
//cout<<"path: "<<full_path<<" , detId= "<<detId<<endl;
if(detId==-1 && full_path.find("SUMOFF")==string::npos &&
(full_path.find("ndigis")!=string::npos && full_path.find("SUMDIG")==string::npos) &&
(getDetId(bei->get(full_path)) > 100)){
//cout<<"Got into the first ndigis or NErrors histogram!"<<endl;
MonitorElement * me = bei->get(full_path);
if (!me) continue;
if((full_path.find("ndigis")!=string::npos)){
modCounter_++;
detId = getDetId(me);
for(int fedid=0; fedid!=40; ++fedid){
SiPixelFrameConverter converter(theCablingMap.product(),fedid);
uint32_t newDetId = detId;
if(converter.hasDetUnit(newDetId)){
fedId=fedid;
break;
}
}
if(fedId==-1) continue;
sipixelobjects::ElectronicIndex cabling;
SiPixelFrameConverter formatter(theCablingMap.product(),fedId);
sipixelobjects::DetectorIndex detector = {detId, 1, 1};
formatter.toCabling(cabling,detector);
linkId = cabling.link;
//cout<<"it has this FED ID and channel ID: "<<fedId<<" , "<<linkId<<endl;
int NDigis = 0;
if(full_path.find("ndigis")!=string::npos) NDigis = me->getEntries();
float weight = (allmodsMap->GetBinContent(fedId+1,linkId))+NDigis;
allmodsMap->Fill(fedId,linkId,weight);
static const char buf[] = "Pixel/AdditionalPixelErrors/FED_%d/FedChNErrArray_%d";
char fedplot[sizeof(buf)+4];
sprintf(fedplot,buf,fedId,linkId);
me = bei->get(fedplot);
int NErrors = 0;
if(me) NErrors = me->getIntValue();
//if(fedId==37&&linkId==5) std::cout<<"THIS CHANNEL: "<<fedplot<<" , "<<NErrors<<" , "<<bei->pwd()<<std::endl;
if(NErrors>0) {errmodsMap->Fill(fedId,linkId,NErrors);} //if(fedId==37&&linkId==5) std::cout<<"filling errmodsMap now : "<<errmodsMap->GetBinContent(fedId+1,linkId)<<" , and: "<<NErrors<<std::endl;}
}
}
}//end loop over MEs
}//end of module dir's
vector<string> subDirVec = bei->getSubdirs();
for (vector<string>::const_iterator ic = subDirVec.begin();
ic != subDirVec.end(); ic++) {
bei->cd(*ic);
init=false;
fillGlobalQualityPlot(bei,init,eSetup,nFEDs,Tier0Flag);
bei->goUp();
}
if(modCounter_==1440){
bei->cd("Pixel/EventInfo/reportSummaryContents");
//cout<<"B: Loop over all modules is done, now I am in "<<bei->pwd()<<" and currDir is "<<currDir<<endl;
if(bei->pwd()=="Pixel/EventInfo/reportSummaryContents"){
SummaryReportMap = bei->get("Pixel/EventInfo/reportSummaryMap");
if(SummaryReportMap){
float contents=0.;
for(int i=0; i!=40; i++)for(int j=1; j!=37; j++){
//cout<<"bin: "<<i<<","<<j<<endl;
if((allmodsMap->GetBinContent(i+1,j)) + (errmodsMap->GetBinContent(i+1,j)) > 0){
contents = (allmodsMap->GetBinContent(i+1,j))/((allmodsMap->GetBinContent(i+1,j))+(errmodsMap->GetBinContent(i+1,j)));
}else{
contents = -1.;
}
//if(contents>=0.&&contents<0.8) std::cout<<"HERE: "<<i<<" , "<<j<<" , "<<allmodsMap->GetBinContent(i+1,j)<<" , "<<errmodsMap->GetBinContent(i+1,j)<<std::endl;
if(i==13&&j==17&&contents>0) count1++;
if(i==13&&j==18&&contents>0) count2++;
if(i==15&&j==5&&contents>0) count3++;
if(i==15&&j==6&&contents>0) count4++;
//cout<<"\t\t MAP: "<<i<<","<<j<<","<<contents<<endl;
if(((i==0||i==2||i==3||i==5||i==11||i==8)&&(j==1||j==8||j==13||j==17||j==20))||
((i==1||i==9||i==10||i==13)&&(j==1||j==5||j==8||j==20||j==22))||
((i==4||i==12)&&(j==5||j==10||j==13||j==17||j==22))||
((i==2||i==5||i==6||i==7||i==14)&&(j==5||j==10||j==22))||
((i==7||i==10)&&(j==13||j==17))||
((i==6||i==14)&&(j==1||j==20))||
((i==10||i==13)&&(j==10))||
((i==4||i==12)&&(j==2))||
((i==14)&&(j==15))){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+1));
}else if(((i==16||i==19||i==21||i==24||i==26||i==27||i==29)&&(j==2||j==9||j==14||j==18||j==21))||
((i==17||i==18||i==25)&&(j==2||j==6||j==9||j==21||j==23))||
((i==20||i==23||i==28||i==31)&&(j==6||j==11||j==14||j==18||j==23))||
((i==21||i==22||i==26||i==29||i==30)&&(j==6||j==11||j==23))||
((i==18)&&(j==14||j==18))||
((i==22||i==30)&&(j==2||j==21))||
((i==18)&&(j==11))||
((i==17||i==25)&&(j==16))||
((i==19||i==27)&&(j==5))){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-1));
}else if(i==6&&(j==14||j==15)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+2));
}else if((i==14)&&j==14){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+3));
}else if((i==17||i==25)&&j==17){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-3));
}else if(((i==0||i==2||i==3||i==5||i==8||i==10||i==11||i==13)&&(j==3||j==15))||
((i==1||i==9)&&j==3)||
((i==7||i==12||i==15)&&j==15)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+4));
}else if(((i==16||i==18||i==19||i==21||i==24||i==26||i==27||i==29)&&(j==7||j==19))||
((i==17||i==25)&&j==7)||
((i==20||i==23||i==28||i==31)&&j==19)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-4));
}else if((i==6||i==14)&&(j==13||j==19)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+5));
}else if((i==17||i==25)&&(j==18||j==24)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-5));
}else if(((i==4||i==12)&&j==1)||
((i==3||i==11)&&j==6)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+6));
}else if((i==9||i==1)&&j==4){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+8));
}else if((i==17||i==25)&&j==12){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-8));
}else if(((i==20||i==28)&&j==20)||
((i==19||i==27)&&j==22)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-11));
}else if(((i==20||i==28)&&j==21)||
((i==19||i==27)&&j==23)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-13));
}else{
SummaryReportMap->setBinContent(i+1,j,contents);
}
}//end for loop over summaryReportMap bins
for(int i=0; i!=40; i++)for(int j=1; j!=37; j++){ // catch the last few holes...
if(((i==2||i==4||i==5||i==6||i==7||i==10||i==12||i==13||i==14||i==15)&&j==12)||
((i==0||i==2||i==3||i==4||i==5||i==7||i==8||i==10||i==11||i==12||i==13||i==15)&&j==24)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-8));
}else if(((i==18||i==20||i==21||i==22||i==23||i==26||i==28||i==29||i==30||i==31)&&j==4)||
((i==16||i==18||i==19||i==20||i==21||i==23||i==24||i==26||i==27||i==28||i==29||i==31)&&j==16)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+8));
}else if(((i==6||i==14)&&j==9)||
((i==3||i==11)&&j==5)||
((i==1||i==9)&&(j==11||j==16))){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-1));
}else if(((i==17||i==25)&&j==10)||
((i==22||i==30)&&(j==8||j==15))||
((i==20||i==28)&&(j==2))){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+1));
}else if((i==1||i==9)&&j==17){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-3));
}else if((i==22||i==30)&&j==14){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+3));
}else if((i==6||i==14)&&j==7){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-4));
}else if((i==22||i==30)&&j==3){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+4));
}else if((i==1||i==9)&&(j==18||j==24)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-5));
}else if((i==22||i==30)&&(j==13||j==19)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+5));
}else if(((i==20||i==28)&&j==1)||
((i==19||i==27)&&j==6)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j+6));
}else if(((i==4||i==12)&&j==20)||
((i==3||i==11)&&j==22)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-11));
}else if(((i==4||i==12)&&j==21)||
((i==3||i==11)&&j==23)){
SummaryReportMap->setBinContent(i+1,j,SummaryReportMap->getBinContent(i+1,j-13));
}
}//end of loop over bins
//std::cout<<"COUNTERS: "<<count1<<" , "<<count2<<" , "<<count3<<" , "<<count4<<" , "<<count5<<" , "<<count6<<std::endl;
}//end if reportSummaryMap ME exists
}//end if in summary directory
}//end if modCounter_
*/
//^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
if(!Tier0Flag){
//Not elegant, but not sure where else to put this sweet new plot!
MonitorElement * meTmp = bei->get("Pixel/Barrel/NClustertoChargeRatio_AllMod");
MonitorElement * meTop = bei->get("Pixel/Barrel/SUMCLU_nclusters_Barrel");
MonitorElement * meBot = bei->get("Pixel/Barrel/SUMCLU_charge_Barrel");
if(meTop && meBot && meTmp){
for (int bin = 1; bin < 769; ++bin){
float content = 0.0;
if (meBot->getBinContent(bin) > 0.0){
content = meTop->getBinContent(bin)/meBot->getBinContent(bin);
}
meTmp->setBinContent(bin,content);
}
for (int j = 0; j < 4; ++j){
static const char buf[] = "Pixel/Barrel/NClustertoChargeRatio_NormMod%i";
char modplot[sizeof(buf)+2];
sprintf(modplot,buf,j+1);
MonitorElement * meFinal = bei->get(modplot);
if(!meFinal) continue;
for (int i = 1; i < 769; ++i){
int k = 3 - j;
if (int(i+k)%4 == 0)
meFinal->setBinContent(int((i+k)/4), meTmp->getBinContent(i));
}
//Filling done. Now modification.
float SFLay[3], TotLay[3];
for (int ll = 0; ll < 3; ++ll) TotLay[ll] = 0.0;
for (int bin = 1; bin < (meFinal->getNbinsX()+1);++bin){
int layer = int((bin%48)/16);
TotLay[layer] += meFinal->getBinContent(bin);
}
float laynorm = TotLay[1]/64.;
for (int ll = 0; ll < 3; ++ll){
SFLay[ll] = 0.0; if (TotLay[ll] > 0.0 && TotLay[1] > 0.0) SFLay[ll] = TotLay[1]/TotLay[ll]*(1./laynorm);
}
//now loop through plot
for (int bin = 1; bin < (meFinal->getNbinsX()+1); ++bin){
//access the layer number for bin: int((i%48)/16)
int layer = int((bin%48)/16);
float content = meFinal->getBinContent(bin);
//apply scale factor to bin content
meFinal->setBinContent(bin,content*SFLay[layer]);
}
}
}
eSetup.get<SiPixelFedCablingMapRcd>().get(theCablingMap);
string currDir = bei->pwd();
if(currDir.find("Reference")!=string::npos || currDir.find("Additional")!=string::npos) return;
//cout<<"currDir="<<currDir<<endl;
string dname = currDir.substr(currDir.find_last_of("/")+1);
if(dname.find("Module_")!=string::npos && currDir.find("Reference")==string::npos){
vector<string> meVec = bei->getMEs();
int detId=-1; int fedId=-1;
for (vector<string>::const_iterator it = meVec.begin(); it != meVec.end(); it++){//loop over all modules and fill ndigis into allmodsMap
//checking for any digis or FED errors to decide if this module is in DAQ:
string full_path = currDir + "/" + (*it);
if(detId==-1 && full_path.find("SUMOFF")==string::npos &&
(full_path.find("ndigis")!=string::npos && full_path.find("SUMDIG")==string::npos) &&
(getDetId(bei->get(full_path)) > 100)){
MonitorElement * me = bei->get(full_path);
if (!me) continue;
if((full_path.find("ndigis")!=string::npos)){
modCounter_++;
detId = getDetId(me);
for(int fedid=0; fedid!=40; ++fedid){
SiPixelFrameConverter converter(theCablingMap.product(),fedid);
uint32_t newDetId = detId;
if(converter.hasDetUnit(newDetId)){
fedId=fedid;
break;
}
}
double NDigis = 0;
if(full_path.find("ndigis")!=string::npos) NDigis = me->getEntries();
float weight = (allmodsVec->GetBinContent(fedId+1))+NDigis;
//cout<<"DIGIS: "<<currDir<<" , "<<fedId<<" , "<<weight<<" , "<<NDigis<<endl;
allmodsVec->SetBinContent(fedId+1,weight);
//cout<<"\t filled: "<<allmodsVec->GetBinContent(fedId+1,weight)<<endl;
}
}
}//end loop over MEs
}//end of module dir's
//if(currDir.find("FED_")!=std::string::npos){
//fillGlobalQualityPlot(bei,init,eSetup,nFEDs,Tier0Flag,lumisec);
//bei->goUp();
//}
vector<string> subDirVec = bei->getSubdirs();
for (vector<string>::const_iterator ic = subDirVec.begin();
ic != subDirVec.end(); ic++) {
bei->cd(*ic);
init=false;
fillGlobalQualityPlot(bei,init,eSetup,nFEDs,Tier0Flag,lumisec);
bei->goUp();
}
//cout<<"modCounter_: "<<modCounter_<<" , "<<bei->pwd()<<endl;
if(modCounter_==1440){
bei->cd("Pixel/EventInfo/reportSummaryContents");
if(bei->pwd()=="Pixel/EventInfo/reportSummaryContents"){
for(int i=0; i!=40; i++){//loop over FEDs to fetch the errors
static const char buf[] = "Pixel/AdditionalPixelErrors/FED_%d/FedChNErrArray_%d";
char fedplot[sizeof(buf)+4];
int NErrors = 0;
for(int j=0; j!=37; j++){//loop over FED channels within a FED
sprintf(fedplot,buf,i,j);
MonitorElement * me = bei->get(fedplot);
if(me) NErrors = NErrors + me->getIntValue();
}
//If I fill, then I end up majorly overcounting the numbers of errors...
//if(NErrors>0){ errmodsVec->Fill(i,NErrors); }
if(NErrors>0){ errmodsVec->SetBinContent(i+1,NErrors); }
}
SummaryReportMap = bei->get("Pixel/EventInfo/reportSummaryMap");
if(SummaryReportMap){
float contents=0.;
for(int i=1; i!=41; i++){
//Dynamically subtracting previous (integrated) lumi section values
//in order to only show current lumi section's numbers
float mydigis = allmodsVec->GetBinContent(i) - lastallmods_[i-1];
float myerrs = errmodsVec->GetBinContent(i) - lasterrmods_[i-1];
if ((mydigis + myerrs) > 0.){
contents = mydigis/(mydigis + myerrs);
//std::cout<<"Fed: "<<i-1<<" , nevents: "<<nevents<<" , ndigis: "<< mydigis <<" , nerrors: "<< myerrs << " , contents: " << contents << std::endl;
}else{
//Changed so that dynamic zooming will still
//advance over these bins(in renderplugins)
contents = -0.5;
}
SummaryReportMap->setBinContent(lumisec+1,i,contents);
}//end for loop over summaryReportMap bins
}//end if reportSummaryMap ME exists
}//end if in summary directory
}//end if modCounter_
}else{ // Offline
float barrel_errors_temp[1]={-1.}; int barrel_cuts_temp[6]={6*-1};
float endcap_errors_temp[1]={-1.}; int endcap_cuts_temp[6]={6*-1};
int pixel_cuts_temp[1]={-1};
// Barrel results:
MonitorElement * me;
me = bei->get("Pixel/Barrel/BarrelNErrorsCut");
if(me) barrel_errors_temp[0] = me->getFloatValue();
me = bei->get("Pixel/Endcap/EndcapNErrorsCut");
if(me) endcap_errors_temp[0] = me->getFloatValue();
SummaryReportMap->setBinContent(1,1,barrel_errors_temp[0]);
SummaryReportMap->setBinContent(2,1,endcap_errors_temp[0]);
me = bei->get("Pixel/Barrel/BarrelNDigisCut");
if(me) barrel_cuts_temp[0] = me->getIntValue();
me = bei->get("Pixel/Barrel/BarrelDigiChargeCut");
if(me) barrel_cuts_temp[1] = me->getIntValue();
me = bei->get("Pixel/Barrel/BarrelClusterSizeCut");
if(me) barrel_cuts_temp[2] = me->getIntValue();
me = bei->get("Pixel/Barrel/BarrelNClustersCut");
if(me) barrel_cuts_temp[3] = me->getIntValue();
me = bei->get("Pixel/Barrel/BarrelClusterChargeCut");
if(me) barrel_cuts_temp[4] = me->getIntValue();
me = bei->get("Pixel/Endcap/EndcapNDigisCut");
if(me) endcap_cuts_temp[0] = me->getIntValue();
me = bei->get("Pixel/Endcap/EndcapDigiChargeCut");
if(me) endcap_cuts_temp[1] = me->getIntValue();
me = bei->get("Pixel/Endcap/EndcapClusterSizeCut");
if(me) endcap_cuts_temp[2] = me->getIntValue();
me = bei->get("Pixel/Endcap/EndcapNClustersCut");
if(me) endcap_cuts_temp[3] = me->getIntValue();
me = bei->get("Pixel/Endcap/EndcapClusterChargeCut");
if(me) endcap_cuts_temp[4] = me->getIntValue();
for(int j=2; j!=7; j++){
SummaryReportMap->setBinContent(1,j,barrel_cuts_temp[j-2]);
SummaryReportMap->setBinContent(2,j,endcap_cuts_temp[j-2]);
//cout<<"error cut values: "<<j<<" , "<<barrel_cuts_temp[j-2]<<" , "<<endcap_cuts_temp[j-2]<<endl;
}
me = bei->get("Pixel/Tracks/PixelTracksCut");
if(me) pixel_cuts_temp[0] = me->getIntValue();
SummaryReportMap->setBinContent(1,7,pixel_cuts_temp[0]);
SummaryReportMap->setBinContent(2,7,pixel_cuts_temp[0]);
}//end of offline map
if(allmodsMap) allmodsMap->Clear();
if(goodmodsMap) goodmodsMap->Clear();
if(errmodsMap) errmodsMap->Clear();
}
| int SiPixelDataQuality::getDetId | ( | MonitorElement * | mE | ) |
(Documentation under construction).
Given a pointer to ME returns the associated detId
Definition at line 110 of file SiPixelDataQuality.cc.
References MonitorElement::getName().
Referenced by fillGlobalQualityPlot().
{
string mEName = mE->getName() ;
int detId = 0;
if( mEName.find("_3") != string::npos )
{
string detIdString = mEName.substr((mEName.find_last_of("_"))+1,9);
std::istringstream isst;
isst.str(detIdString);
isst>>detId;
// } else {
// cout << ACYellow << ACBold
// << "[SiPixelInformationExtractor::getDetId()] "
// << ACPlain
// << "Could not extract detId from "
// << mEName
// << endl ;
}
return detId ;
}
int SiPixelDataQuality::allMods_ [private] |
Definition at line 113 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag(), and SiPixelDataQuality().
TH2F* SiPixelDataQuality::allmodsMap [private] |
Definition at line 82 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), fillGlobalQualityPlot(), SiPixelDataQuality(), and ~SiPixelDataQuality().
TH1D* SiPixelDataQuality::allmodsVec [private] |
Definition at line 85 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), fillGlobalQualityPlot(), SiPixelDataQuality(), and ~SiPixelDataQuality().
float SiPixelDataQuality::barrel_error_flag_ [private] |
Definition at line 121 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
int SiPixelDataQuality::barrelMods_ [private] |
Definition at line 113 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
Definition at line 137 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
Definition at line 138 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
int SiPixelDataQuality::clusterCounterBarrel [private] |
Definition at line 124 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
int SiPixelDataQuality::clusterCounterEndcap [private] |
Definition at line 126 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::ClusterMod1 [private] |
Definition at line 107 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::ClusterMod2 [private] |
Definition at line 108 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::ClusterMod3 [private] |
Definition at line 109 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::ClusterMod4 [private] |
Definition at line 110 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::ClusterModAll [private] |
Definition at line 106 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag().
Definition at line 135 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
Definition at line 136 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
bool SiPixelDataQuality::clusterStatsBarrel [private] |
Definition at line 123 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
bool SiPixelDataQuality::clusterStatsEndcap [private] |
Definition at line 125 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
int SiPixelDataQuality::count [private] |
Definition at line 88 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
int SiPixelDataQuality::count1 [private] |
Definition at line 145 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
int SiPixelDataQuality::count2 [private] |
Definition at line 146 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
int SiPixelDataQuality::count3 [private] |
Definition at line 147 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
int SiPixelDataQuality::count4 [private] |
Definition at line 148 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
int SiPixelDataQuality::count5 [private] |
Definition at line 149 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
int SiPixelDataQuality::count6 [private] |
Definition at line 150 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
Definition at line 131 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
Definition at line 132 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
int SiPixelDataQuality::digiCounterBarrel [private] |
Definition at line 124 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
int SiPixelDataQuality::digiCounterEndcap [private] |
Definition at line 126 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
bool SiPixelDataQuality::digiStatsBarrel [private] |
Definition at line 123 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
bool SiPixelDataQuality::digiStatsEndcap [private] |
Definition at line 125 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
bool SiPixelDataQuality::DONE_ [private] |
Definition at line 93 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
float SiPixelDataQuality::endcap_error_flag_ [private] |
Definition at line 121 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
int SiPixelDataQuality::endcapMods_ [private] |
Definition at line 113 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
bool SiPixelDataQuality::endOfModules_ [private] |
Definition at line 98 of file SiPixelDataQuality.h.
int SiPixelDataQuality::errcount [private] |
Definition at line 89 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
TH2F* SiPixelDataQuality::errmodsMap [private] |
Definition at line 83 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), fillGlobalQualityPlot(), SiPixelDataQuality(), and ~SiPixelDataQuality().
TH1D* SiPixelDataQuality::errmodsVec [private] |
Definition at line 86 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), fillGlobalQualityPlot(), SiPixelDataQuality(), and ~SiPixelDataQuality().
int SiPixelDataQuality::errorMods_ [private] |
Definition at line 113 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag(), and SiPixelDataQuality().
Definition at line 116 of file SiPixelDataQuality.h.
TH2F* SiPixelDataQuality::goodmodsMap [private] |
Definition at line 84 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), fillGlobalQualityPlot(), SiPixelDataQuality(), and ~SiPixelDataQuality().
TH1D* SiPixelDataQuality::goodmodsVec [private] |
Definition at line 87 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), fillGlobalQualityPlot(), SiPixelDataQuality(), and ~SiPixelDataQuality().
bool SiPixelDataQuality::gotDigis [private] |
Definition at line 90 of file SiPixelDataQuality.h.
float SiPixelDataQuality::lastallmods_[40] [private] |
Definition at line 156 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot(), and SiPixelDataQuality().
float SiPixelDataQuality::lasterrmods_[40] [private] |
Definition at line 155 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot(), and SiPixelDataQuality().
int SiPixelDataQuality::lastLS_ [private] |
Definition at line 154 of file SiPixelDataQuality.h.
Referenced by SiPixelDataQuality().
int SiPixelDataQuality::modCounter_ [private] |
Definition at line 153 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
ofstream SiPixelDataQuality::myfile_ [private] |
Definition at line 96 of file SiPixelDataQuality.h.
int SiPixelDataQuality::n_errors_barrel_ [private] |
Definition at line 120 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
int SiPixelDataQuality::n_errors_endcap_ [private] |
Definition at line 120 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
int SiPixelDataQuality::n_errors_pixel_ [private] |
Definition at line 120 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
Definition at line 139 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
Definition at line 140 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::NDigisBarrel [private] |
Definition at line 129 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::NDigisEndcap [private] |
Definition at line 130 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::NErrorsBarrel [private] |
Definition at line 117 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::NErrorsEndcap [private] |
Definition at line 118 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
MonitorElement* SiPixelDataQuality::NErrorsFEDs [private] |
Definition at line 119 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag().
int SiPixelDataQuality::nevents_ [private] |
Definition at line 97 of file SiPixelDataQuality.h.
MonitorElement* SiPixelDataQuality::NPixelTracks [private] |
Definition at line 143 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and computeGlobalQualityFlag().
int SiPixelDataQuality::objectCount_ [private] |
Definition at line 92 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
bool SiPixelDataQuality::offlineXMLfile_ [private] |
Definition at line 79 of file SiPixelDataQuality.h.
float SiPixelDataQuality::pixel_error_flag_ [private] |
Definition at line 121 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
float SiPixelDataQuality::qflag_ [private] |
Definition at line 112 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag(), and SiPixelDataQuality().
MonitorElement* SiPixelDataQuality::SummaryBarrel [private] |
Definition at line 104 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), computeGlobalQualityFlag(), and computeGlobalQualityFlagByLumi().
MonitorElement* SiPixelDataQuality::SummaryEndcap [private] |
Definition at line 105 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), computeGlobalQualityFlag(), and computeGlobalQualityFlagByLumi().
MonitorElement* SiPixelDataQuality::SummaryPixel [private] |
Definition at line 103 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), computeGlobalQualityFlag(), and computeGlobalQualityFlagByLumi().
Definition at line 102 of file SiPixelDataQuality.h.
Referenced by bookGlobalQualityFlag(), and fillGlobalQualityPlot().
Definition at line 99 of file SiPixelDataQuality.h.
Referenced by fillGlobalQualityPlot().
int SiPixelDataQuality::timeoutCounter_ [private] |
Definition at line 152 of file SiPixelDataQuality.h.
Referenced by SiPixelDataQuality().
int SiPixelDataQuality::trackCounterBarrel [private] |
Definition at line 124 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
int SiPixelDataQuality::trackCounterEndcap [private] |
Definition at line 126 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
bool SiPixelDataQuality::trackStatsBarrel [private] |
Definition at line 123 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
bool SiPixelDataQuality::trackStatsEndcap [private] |
Definition at line 125 of file SiPixelDataQuality.h.
Referenced by computeGlobalQualityFlag().
1.7.3