SiPixelActionExecutor Class Reference

#include <SiPixelActionExecutor.h>

Public Member Functions
void	bookDeviations (DQMStore *bei)
void	bookEfficiency (DQMStore *bei)
void	bookOccupancyPlots (DQMStore *bei, bool hiRes, bool isbarrel)
void	bookOccupancyPlots (DQMStore *bei, bool hiRes)
void	bookTrackerMaps (DQMStore *bei, std::string name)
void	checkQTestResults (DQMStore *bei)
void	createEfficiency (DQMStore *bei)
void	createLayout (DQMStore *bei)
void	createMaps (DQMStore *bei, std::string type, std::string name, funcType ff)
void	createOccupancy (DQMStore *bei)
void	createSummary (DQMStore *bei)
void	createTkMap (DQMStore *bei, std::string mEName, std::string theTKType)
void	dumpBarrelModIds (DQMStore *bei, edm::EventSetup const &eSetup)
void	dumpBarrelRefValues (DQMStore *bei, edm::EventSetup const &eSetup)
void	dumpEndcapModIds (DQMStore *bei, edm::EventSetup const &eSetup)
void	dumpEndcapRefValues (DQMStore *bei, edm::EventSetup const &eSetup)
void	dumpModIds (DQMStore *bei, edm::EventSetup const &eSetup)
void	dumpRefValues (DQMStore *bei, edm::EventSetup const &eSetup)
void	fillEfficiency (DQMStore *bei, bool isbarrel)
void	fillLayout (DQMStore *bei)
int	getTkMapMENames (std::vector< std::string > &names)
bool	readConfiguration (int &tkmap_freq, int &sum_barrel_freq, int &sum_endcap_freq, int &sum_grandbarrel_freq, int &sum_grandendcap_freq, int &message_limit, int &source_type, int &calib_type)
bool	readConfiguration (int &tkmap_freq, int &summary_freq)
void	readConfiguration ()
void	setupQTests (DQMStore *bei)
	SiPixelActionExecutor (bool offlineXMLfile, bool Tier0Flag)
	~SiPixelActionExecutor ()

Private Member Functions
int	createMap (Double_t map[][NLev2][NLev3][NLev4], std::string type, DQMStore *bei, funcType ff, bool isBarrel)
void	fillDeviations (DQMStore *bei)
void	fillFEDErrorSummary (DQMStore *bei, std::string dir_name, std::vector< std::string > &me_names)
void	fillGrandBarrelSummaryHistos (DQMStore *bei, std::vector< std::string > &me_names)
void	fillGrandEndcapSummaryHistos (DQMStore *bei, std::vector< std::string > &me_names)
void	fillOccupancy (DQMStore *bei, bool isbarrel)
void	fillSummary (DQMStore *bei, std::string dir_name, std::vector< std::string > &me_names, bool isbarrel)
void	GetBladeSubdirs (DQMStore *bei, std::vector< std::string > &blade_subdirs)
void	getData (Double_t map[][NLev2][NLev3][NLev4], std::string type, DQMStore *bei, funcType ff, Int_t i, Int_t j, Int_t k, Int_t l)
MonitorElement *	getFEDSummaryME (DQMStore *bei, std::string me_name)
void	getGrandSummaryME (DQMStore *bei, int nbin, std::string &me_name, std::vector< MonitorElement * > &mes)
MonitorElement *	getSummaryME (DQMStore *bei, std::string me_name)
Double_t	mapMax (const Double_t map[][NLev2][NLev3][NLev4], bool isBarrel)
Double_t	mapMin (const Double_t map[][NLev2][NLev3][NLev4], bool isBarrel)
void	prephistosB (MonitorElement *me[NCyl], DQMStore *bei, const Double_t map[][NLev2][NLev3][NLev4], std::string name, Double_t min, Double_t max)
void	prephistosE (MonitorElement *me[NCyl], DQMStore *bei, const Double_t map[][NLev2][NLev3][NLev4], std::string name, Double_t min, Double_t max)

Private Attributes
int	calib_type_
SiPixelConfigParser *	configParser_
SiPixelConfigWriter *	configWriter_
MonitorElement *	DEV_adc_Barrel
MonitorElement *	DEV_adc_Endcap
MonitorElement *	DEV_charge_Barrel
MonitorElement *	DEV_charge_Endcap
MonitorElement *	DEV_nclusters_Barrel
MonitorElement *	DEV_nclusters_Endcap
MonitorElement *	DEV_ndigis_Barrel
MonitorElement *	DEV_ndigis_Endcap
MonitorElement *	DEV_size_Barrel
MonitorElement *	DEV_size_Endcap
MonitorElement *	HitEfficiency_Dm1
MonitorElement *	HitEfficiency_Dm2
MonitorElement *	HitEfficiency_Dp1
MonitorElement *	HitEfficiency_Dp2
MonitorElement *	HitEfficiency_L1
MonitorElement *	HitEfficiency_L2
MonitorElement *	HitEfficiency_L3
int	message_limit_
int	ndet_
MonitorElement *	OccupancyMap
bool	offlineXMLfile_
MonitorElement *	PixelOccupancyMap
QTestHandle *	qtHandler_
int	source_type_
std::vector< std::string >	summaryMENames
TH2F *	temp_1x2
TH2F *	temp_1x5
TH2F *	temp_2x3
TH2F *	temp_2x4
TH2F *	temp_2x5
TH2F *	temp_H
edm::ESHandle < SiPixelFedCablingMap >	theCablingMap
bool	Tier0Flag_
std::vector< std::string >	tkMapMENames

Detailed Description

Definition at line 47 of file SiPixelActionExecutor.h.

Constructor & Destructor Documentation

SiPixelActionExecutor::SiPixelActionExecutor	(	bool	offlineXMLfile,
		bool	Tier0Flag
	)

Definition at line 35 of file SiPixelActionExecutor.cc.

References configParser_, configWriter_, ndet_, and qtHandler_.

                                                             : 
  offlineXMLfile_(offlineXMLfile), 
  Tier0Flag_(Tier0Flag) {
  edm::LogInfo("SiPixelActionExecutor") << 
    " Creating SiPixelActionExecutor " << "\n" ;
  configParser_ = 0;
  configWriter_ = 0;
  qtHandler_ = 0;  
  ndet_ = 0;
  //collationDone = false;
}

SiPixelActionExecutor::~SiPixelActionExecutor

(

)

Definition at line 51 of file SiPixelActionExecutor.cc.

References configParser_, configWriter_, and qtHandler_.

                                              {
  edm::LogInfo("SiPixelActionExecutor") << 
    " Deleting SiPixelActionExecutor " << "\n" ;
  if (configParser_) delete configParser_;
  if (configWriter_) delete configWriter_;  
  if (qtHandler_) delete qtHandler_;
}

Member Function Documentation

void SiPixelActionExecutor::bookDeviations

(

DQMStore *

bei

)

Definition at line 232 of file SiPixelActionExecutor.cc.

References DQMStore::book1D(), DQMStore::cd(), DEV_adc_Barrel, DEV_adc_Endcap, DEV_charge_Barrel, DEV_charge_Endcap, DEV_nclusters_Barrel, DEV_nclusters_Endcap, DEV_ndigis_Barrel, DEV_ndigis_Endcap, DEV_size_Barrel, DEV_size_Endcap, and DQMStore::setCurrentFolder().

Referenced by SiPixelEDAClient::beginRun().

                                                        {
  bei->cd();
  bei->setCurrentFolder("Pixel/Barrel");
  DEV_adc_Barrel = bei->book1D("DEV_adc_Barrel","Deviation from reference;Module;<adc_ref>-<adc>",768,0.,768.);
  DEV_ndigis_Barrel = bei->book1D("DEV_ndigis_Barrel","Deviation from reference;Module;<ndigis_ref>-<ndigis>",768,0.,768.);
  DEV_charge_Barrel = bei->book1D("DEV_charge_Barrel","Deviation from reference;Module;<charge_ref>-<charge>",768,0.,768.);
  DEV_nclusters_Barrel = bei->book1D("DEV_nclusters_Barrel","Deviation from reference;Module;<nclusters_ref>-<nclusters>",768,0.,768.);
  DEV_size_Barrel = bei->book1D("DEV_size_Barrel","Deviation from reference;Module;<size_ref>-<size>",768,0.,768.);
  bei->cd();
  bei->setCurrentFolder("Pixel/Endcap");
  DEV_adc_Endcap = bei->book1D("DEV_adc_Endcap","Deviation from reference;Module;<adc_ref>-<adc>",672,0.,672.);
  DEV_ndigis_Endcap = bei->book1D("DEV_ndigis_Endcap","Deviation from reference;Module;<ndigis_ref>-<ndigis>",672,0.,672.);
  DEV_charge_Endcap = bei->book1D("DEV_charge_Endcap","Deviation from reference;Module;<charge_ref>-<charge>",672,0.,672.);
  DEV_nclusters_Endcap = bei->book1D("DEV_nclusters_Endcap","Deviation from reference;Module;<nclusters_ref>-<nclusters>",672,0.,672.);
  DEV_size_Endcap = bei->book1D("DEV_size_Endcap","Deviation from reference;Module;<size_ref>-<size>",672,0.,672.);  
  bei->cd();
}

void SiPixelActionExecutor::bookEfficiency

(

DQMStore *

bei

)

Definition at line 2249 of file SiPixelActionExecutor.cc.

References DQMStore::book2D(), DQMStore::cd(), HitEfficiency_Dm1, HitEfficiency_Dm2, HitEfficiency_Dp1, HitEfficiency_Dp2, HitEfficiency_L1, HitEfficiency_L2, HitEfficiency_L3, DQMStore::setCurrentFolder(), and Tier0Flag_.

Referenced by SiPixelEDAClient::beginRun().

                                                        {
  // Barrel
  bei->cd();
  bei->setCurrentFolder("Pixel/Barrel");
  if(Tier0Flag_){
    HitEfficiency_L1 = bei->book2D("HitEfficiency_L1","Hit Efficiency in Barrel_Layer1;z-side;Ladder",2,-1.,1.,20,-10.,10.);
    HitEfficiency_L2 = bei->book2D("HitEfficiency_L2","Hit Efficiency in Barrel_Layer2;z-side;Ladder",2,-1.,1.,32,-16.,16.);
    HitEfficiency_L3 = bei->book2D("HitEfficiency_L3","Hit Efficiency in Barrel_Layer3;z-side;Ladder",2,-1.,1.,44,-22.,22.);
  }else{
    HitEfficiency_L1 = bei->book2D("HitEfficiency_L1","Hit Efficiency in Barrel_Layer1;Module;Ladder",8,-4.,4.,20,-10.,10.);
    HitEfficiency_L2 = bei->book2D("HitEfficiency_L2","Hit Efficiency in Barrel_Layer2;Module;Ladder",8,-4.,4.,32,-16.,16.);
    HitEfficiency_L3 = bei->book2D("HitEfficiency_L3","Hit Efficiency in Barrel_Layer3;Module;Ladder",8,-4.,4.,44,-22.,22.);
  }
  // Endcap
  bei->cd();
  bei->setCurrentFolder("Pixel/Endcap");
  if(Tier0Flag_){
    HitEfficiency_Dp1 = bei->book2D("HitEfficiency_Dp1","Hit Efficiency in Endcap_Disk_p1;Blades;",24,-12.,12.,1,0.,1.);
    HitEfficiency_Dp2 = bei->book2D("HitEfficiency_Dp2","Hit Efficiency in Endcap_Disk_p2;Blades;",24,-12.,12.,1,0.,1.);
    HitEfficiency_Dm1 = bei->book2D("HitEfficiency_Dm1","Hit Efficiency in Endcap_Disk_m1;Blades;",24,-12.,12.,1,0.,1.);
    HitEfficiency_Dm2 = bei->book2D("HitEfficiency_Dm2","Hit Efficiency in Endcap_Disk_m2;Blades;",24,-12.,12.,1,0.,1.);
  }else{
    HitEfficiency_Dp1 = bei->book2D("HitEfficiency_Dp1","Hit Efficiency in Endcap_Disk_p1;Blades;Modules",24,-12.,12.,7,1.,8.);
    HitEfficiency_Dp2 = bei->book2D("HitEfficiency_Dp2","Hit Efficiency in Endcap_Disk_p2;Blades;Modules",24,-12.,12.,7,1.,8.);
    HitEfficiency_Dm1 = bei->book2D("HitEfficiency_Dm1","Hit Efficiency in Endcap_Disk_m1;Blades;Modules",24,-12.,12.,7,1.,8.);
    HitEfficiency_Dm2 = bei->book2D("HitEfficiency_Dm2","Hit Efficiency in Endcap_Disk_m2;Blades;Modules",24,-12.,12.,7,1.,8.);
  }
}

void SiPixelActionExecutor::bookOccupancyPlots	(	DQMStore *	bei,
		bool	hiRes,
		bool	isbarrel
	)

Definition at line 1458 of file SiPixelActionExecutor.cc.

References DQMStore::book2D(), DQMStore::cd(), DQMStore::getSubdirs(), DQMStore::goUp(), OccupancyMap, MonitorElement::setAxisTitle(), and Tier0Flag_.

Referenced by SiPixelEDAClient::beginRun(), and bookOccupancyPlots().

{
  if(Tier0Flag_) return;
  vector<string> subdirs = bei->getSubdirs();
  for (vector<string>::const_iterator it = subdirs.begin(); it != subdirs.end(); it++)
    {
      if(isbarrel && (*it).find("Barrel")==string::npos) continue;
      if(!isbarrel && (*it).find("Endcap")==string::npos) continue;
        
      if((*it).find("Module_")!=string::npos) continue;
      if((*it).find("Panel_")!=string::npos) continue;
      if((*it).find("Ladder_")!=string::npos) continue;
      if((*it).find("Blade_")!=string::npos) continue;
      if((*it).find("Layer_")!=string::npos) continue;
      if((*it).find("Disk_")!=string::npos) continue;
      bei->cd(*it);
      bookOccupancyPlots(bei, hiRes, isbarrel);
      if(!hiRes){
    //occupancyprinting cout<<"booking low res barrel occ plot now!"<<endl;
    OccupancyMap = bei->book2D((isbarrel?"barrelOccupancyMap":"endcapOccupancyMap"),"Barrel Digi Occupancy Map (4 pix per bin)",isbarrel?208:130,0.,isbarrel?416.:260.,80,0.,160.);
      }else{
    //occupancyprinting cout<<"booking high res barrel occ plot now!"<<endl;
    OccupancyMap = bei->book2D((isbarrel?"barrelOccupancyMap":"endcapOccupancyMap"),"Barrel Digi Occupancy Map (1 pix per bin)",isbarrel?416:260,0.,isbarrel?416.:260.,160,0.,160.);
      }
      OccupancyMap->setAxisTitle("Columns",1);
      OccupancyMap->setAxisTitle("Rows",2);
        
      bei->goUp();
        
    }
    
    
    
}

void SiPixelActionExecutor::bookOccupancyPlots	(	DQMStore *	bei,
		bool	hiRes
	)

Definition at line 1493 of file SiPixelActionExecutor.cc.

References bookOccupancyPlots(), DQMStore::cd(), DQMStore::setCurrentFolder(), and Tier0Flag_.

                                                                        {
    
  if(Tier0Flag_) return;
  // Barrel
  bei->cd();
  bei->setCurrentFolder("Pixel");
  this->bookOccupancyPlots(bei, hiRes, true);
    
  // Endcap
  bei->cd();
  bei->setCurrentFolder("Pixel");
  this->bookOccupancyPlots(bei, hiRes, false);
    
}

void SiPixelActionExecutor::bookTrackerMaps	(	DQMStore *	bei,
		std::string	name
	)

Definition at line 1579 of file SiPixelActionExecutor.cc.

References DQMStore::book2D(), NCyl, L1TEmulatorMonitor_cff::p, and DQMStore::setCurrentFolder().

{
    bei->setCurrentFolder("Pixel/Barrel");
    std::string partB[] = { "Layer_1", "Layer_2", "Layer_3"};
    bei->book2D("TRKMAP_" + name + "_" + partB[0], "TRKMAP_" + name + "_" + partB[0], 20, 1., 21., 8, 1., 9.);
    bei->book2D("TRKMAP_" + name + "_" + partB[1], "TRKMAP_" + name + "_" + partB[1], 32, 1., 33., 8, 1., 9.);
    bei->book2D("TRKMAP_" + name + "_" + partB[2], "TRKMAP_" + name + "_" + partB[2], 44, 1., 45., 8, 1., 9.);
        
    bei->setCurrentFolder("Pixel/Endcap");
    std::string partE[] = { "Disc_1_M", "Disc_2_M", "Disc_1_P", "Disc_2_P" };
    for(Int_t p = 0 ; p < NCyl ; p++)
        bei->book2D("TRKMAP_" + name + "_" + partE[p], "TRKMAP_" + name + "_" + partE[p], 24, 1., 25., 7, 1., 8.);
}

void SiPixelActionExecutor::checkQTestResults

(

DQMStore *

bei

)

Definition at line 1887 of file SiPixelActionExecutor.cc.

References calib_type_, configParser_, ExpressReco_HICollisions_FallBack::errors, DQMStore::get(), SiPixelConfigParser::getCalibType(), DQMStore::getContents(), MonitorElement::getMean(), SiPixelUtility::getMEList(), SiPixelConfigParser::getMessageLimitForQTests(), MonitorElement::getName(), MonitorElement::getQErrors(), MonitorElement::getQWarnings(), MonitorElement::getRMS(), MonitorElement::hasWarning(), LogDebug, message_limit_, DQMStore::pwd(), MonitorElement::runQTests(), and ExpressReco_HICollisions_FallBack::warnings.

Referenced by SiPixelWebInterface::performAction().

                                                            {
  //printing cout<<"Entering SiPixelActionExecutor::checkQTestResults..."<<endl;
    
  int messageCounter=0;
  string currDir = bei->pwd();
  vector<string> contentVec;
  bei->getContents(contentVec);
  configParser_->getCalibType(calib_type_);
  //  cout << calib_type_ << endl;
  configParser_->getMessageLimitForQTests(message_limit_);
  for (vector<string>::iterator it = contentVec.begin();
       it != contentVec.end(); it++) {
    vector<string> contents;
    int nval = SiPixelUtility::getMEList((*it), contents);
    if (nval == 0) continue;
    for (vector<string>::const_iterator im = contents.begin();
     im != contents.end(); im++) {
            
      MonitorElement * me = bei->get((*im));
      if (me) {
    me->runQTests();
    // get all warnings associated with me
    vector<QReport*> warnings = me->getQWarnings();
    for(vector<QReport *>::const_iterator wi = warnings.begin();
        wi != warnings.end(); ++wi) {
      messageCounter++;
      if(messageCounter<message_limit_) {
        //edm::LogWarning("SiPixelQualityTester::checkTestResults") << 
        //  " *** Warning for " << me->getName() << 
        //  "," << (*wi)->getMessage() << "\n";
                        
        edm::LogWarning("SiPixelActionExecutor::checkQTestResults") <<  " *** Warning for " << me->getName() << "," 
                                    << (*wi)->getMessage() << " " << me->getMean() 
                                    << " " << me->getRMS() << me->hasWarning() 
                                    << endl;
      }
    }
    warnings=vector<QReport*>();
    // get all errors associated with me
    vector<QReport *> errors = me->getQErrors();
    for(vector<QReport *>::const_iterator ei = errors.begin();
        ei != errors.end(); ++ei) {
                    
      float empty_mean = me->getMean();
      float empty_rms = me->getRMS();
      if((empty_mean != 0 && empty_rms != 0) || (calib_type_ == 0)){
        messageCounter++;
        if(messageCounter<=message_limit_) {
          //edm::LogError("SiPixelQualityTester::checkTestResults") << 
          //  " *** Error for " << me->getName() << 
          //  "," << (*ei)->getMessage() << "\n";
                            
          edm::LogWarning("SiPixelActionExecutor::checkQTestResults")  <<   " *** Error for " << me->getName() << ","
                                       << (*ei)->getMessage() << " " << me->getMean() 
                                       << " " << me->getRMS() 
                                       << endl;
        }
      }
    }
    errors=vector<QReport*>();
      }
      me=0;
    }
    nval=int(); contents=vector<string>();
  }
  LogDebug("SiPixelActionExecutor::checkQTestResults") <<"messageCounter: "<<messageCounter<<" , message_limit: "<<message_limit_<<endl;
  //  if (messageCounter>=message_limit_)
  //    edm::LogWarning("SiPixelActionExecutor::checkQTestResults") << "WARNING: too many QTest failures! Giving up after "<<message_limit_<<" messages."<<endl;
  contentVec=vector<string>(); currDir=string(); messageCounter=int();
  //printing cout<<"...leaving SiPixelActionExecutor::checkQTestResults!"<<endl;
}

void SiPixelActionExecutor::createEfficiency

(

DQMStore *

bei

)

Definition at line 2280 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), and fillEfficiency().

Referenced by SiPixelEDAClient::endLuminosityBlock(), and SiPixelEDAClient::endRun().

                                                          {
  //std::cout<<"entering SiPixelActionExecutor::createEfficiency..."<<std::endl;
  bei->cd();
  fillEfficiency(bei, true); // Barrel
  bei->cd();
  fillEfficiency(bei, false); // Endcap
  bei->cd();
  //std::cout<<"leaving SiPixelActionExecutor::createEfficiency..."<<std::endl;
}

void SiPixelActionExecutor::createLayout

(

DQMStore *

bei

)

Definition at line 1960 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), configWriter_, SiPixelConfigWriter::createLayout(), SiPixelConfigWriter::createRow(), fillLayout(), DQMStore::getSubdirs(), DQMStore::goUp(), SiPixelConfigWriter::init(), AlCaRecoCosmics_cfg::name, and DQMStore::pwd().

                                                      {
  if (configWriter_ == 0) {
    configWriter_ = new SiPixelConfigWriter();
    if (!configWriter_->init()) return;
  }
  string currDir = bei->pwd();   
  if (currDir.find("Layer") != string::npos) {
    string name = "Default";
    configWriter_->createLayout(name);
    configWriter_->createRow();
    fillLayout(bei);
  } else {
    vector<string> subdirs = bei->getSubdirs();
    for (vector<string>::const_iterator it = subdirs.begin();
     it != subdirs.end(); it++) {
      bei->cd(*it);
      createLayout(bei);
      bei->goUp();
    }
  }  
}

int SiPixelActionExecutor::createMap ( Double_t  map[][NLev2][NLev3][NLev4], std::string  type, DQMStore *  bei, funcType  ff, bool  isBarrel  )

private

Definition at line 1634 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), getData(), DQMStore::getSubdirs(), i, j, gen::k, prof2calltree::l, Association::map, NLev4, and Tier0Flag_.

Referenced by createMaps().

{
    // cout << "Starting with SiPixelActionExecutor::createMap" << endl;
    //int createMap(Double_t map[][NLev2][NLev3][NLev4], TString type, TDirectoryFile* dirMain, funcType ff){
    vector<string> dirLev1 = bei->getSubdirs();
    Int_t i = 0;
    for (vector<string>::const_iterator it = dirLev1.begin(); it != dirLev1.end(); it++) // goes over HalfCylinders in Endcap and over Shells in Barrel
    {
        //cout << "Current Directory: " << *it << endl;
        bei->cd(*it);
        vector<string> dirLev2 = bei->getSubdirs();
        Int_t j = 0;
        for (vector<string>::const_iterator it2 = dirLev2.begin(); it2 != dirLev2.end(); it2++) // goes over Disks in Endcap and over Layers in Barrel
        {
            //cout << "Current Directory: " << *it2 << endl;
            bei->cd(*it2);
            Int_t k = 0;
            vector<string> dirLev3 = bei->getSubdirs();
            for (vector<string>::const_iterator it3 = dirLev3.begin(); it3 != dirLev3.end(); it3++) // goes over Blades in Endcap and over Ladders in Barrel
            {
                //cout << "Current Directory: " << *it3 << endl;
                bei->cd(*it3);
                if(Tier0Flag_)
                    for (Int_t l = 0; l < NLev4; l++)
                        getData(map, type, bei, ff, i, j, k, l);
                else
                {
                    Int_t l = 0;
                    vector<string> dirLev4 = bei->getSubdirs();
                    for (vector<string>::const_iterator it4 = dirLev4.begin(); it4 != dirLev4.end(); it4++)
                    {
                        // cout << "Current Directory: " << *it4 << endl;
                        bei->cd(*it4);
                        if (isBarrel)
                            getData(map, type, bei, ff, i, j, k, l++);
                        else
                        {
                            vector<string> dirLev5 = bei->getSubdirs();
                            for (vector<string>::const_iterator it5 = dirLev5.begin(); it5 != dirLev5.end(); it5++)
                            {
                                // cout << "Current Directory: " << *it5 << endl;
                                bei->cd(*it5);
                                getData(map, type, bei, ff, i, j, k, l++);
                            }
                        }
                    }
                }
                k++;
            }
            j++;
        }
        i++;
    }
    
    // cout << "Done with SiPixelActionExecutor::createMap" << endl;
    return 0;
}

void SiPixelActionExecutor::createMaps	(	DQMStore *	bei,
		std::string	type,
		std::string	name,
		funcType	ff
	)

Definition at line 1594 of file SiPixelActionExecutor.cc.

References createMap(), mapMax(), mapMin(), max(), min, NLayer, NLev1, NLev2, NLev3, NLev4, prephistosB(), prephistosE(), and DQMStore::setCurrentFolder().

{
//  cout << "Starting with SiPixelActionExecutor::createMaps" << endl;

    Double_t mapB[NLev1][NLev2][NLev3][NLev4];
    bei->setCurrentFolder("Pixel/Barrel/");
    createMap(mapB, type, bei, ff, true);
    Double_t minB = mapMin(mapB, true);
    Double_t maxB = mapMax(mapB, true);
    
    
    Double_t mapE[NLev1][NLev2][NLev3][NLev4];
    bei->setCurrentFolder("Pixel/Endcap/");
    createMap(mapE, type, bei, ff, false);
    Double_t minE = mapMin(mapE, false);
    Double_t maxE = mapMax(mapE, false);
    
    Double_t min = minE<=minB?minE:minB;
    Double_t max = maxE>=maxB?maxE:maxB;
    if(!min)
        min = -0.01;
    
    //  prephistosB(histB, mapB, type, min, max);
    //  prephistosE(histE, mapE, type, min, max);


    MonitorElement* meB[NLayer];
    //  TH2F* histB[NLayer];
    MonitorElement* meE[NLayer];
    //  TH2F* histE[NCyl];
    bei->setCurrentFolder("Pixel/Barrel");
    prephistosB(meB, bei, mapB, name, min, max);
    bei->setCurrentFolder("Pixel/Endcap");
    prephistosE(meE, bei, mapE, name, min, max);

//  cout << "Done with SiPixelActionExecutor::createMaps" << endl;
}

void SiPixelActionExecutor::createOccupancy

(

DQMStore *

bei

)

Definition at line 1508 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), fillOccupancy(), and Tier0Flag_.

Referenced by SiPixelEDAClient::endLuminosityBlock(), SiPixelEDAClient::endRun(), and SiPixelWebInterface::performAction().

                                                         {
  //std::cout<<"entering SiPixelActionExecutor::createOccupancy..."<<std::endl;
  if(Tier0Flag_) return;
  bei->cd();
  fillOccupancy(bei, true);
  bei->cd();
  fillOccupancy(bei, false);
  bei->cd();
  //std::cout<<"leaving SiPixelActionExecutor::createOccupancy..."<<std::endl;
}

void SiPixelActionExecutor::createSummary

(

DQMStore *

bei

)

Definition at line 171 of file SiPixelActionExecutor.cc.

References configParser_, configWriter_, gather_cfg::cout, fillFEDErrorSummary(), fillSummary(), DQMParserBase::getDocument(), SiPixelConfigParser::getMENamesForBarrelSummary(), SiPixelConfigParser::getMENamesForEndcapSummary(), SiPixelConfigParser::getMENamesForFEDErrorSummary(), SiPixelConfigParser::getSourceType(), offlineXMLfile_, DQMStore::setCurrentFolder(), and source_type_.

Referenced by SiPixelEDAClient::beginRun(), and SiPixelWebInterface::performAction().

                                                       {
  //cout<<"entering SiPixelActionExecutor::createSummary..."<<endl;
  string barrel_structure_name;
  vector<string> barrel_me_names;
  string localPath;
  if(offlineXMLfile_) localPath = string("DQM/SiPixelMonitorClient/test/sipixel_tier0_config.xml");
  else localPath = string("DQM/SiPixelMonitorClient/test/sipixel_monitorelement_config.xml");
//  cout<<"*********************ATTENTION! LOCALPATH= "<<localPath<<endl;
  if (configParser_ == 0) {
    configParser_ = new SiPixelConfigParser();
    configParser_->getDocument(edm::FileInPath(localPath).fullPath());
  }
  if (!configParser_->getMENamesForBarrelSummary(barrel_structure_name, barrel_me_names)){
    cout << "SiPixelActionExecutor::createSummary: Failed to read Barrel Summary configuration parameters!! ";
    return;
  }
  configParser_->getSourceType(source_type_); 
//  cout<<"++++++++++++++++++++++++++SOURCE TYPE= "<<source_type_<<endl;
  bei->setCurrentFolder("Pixel/");
  //bei->cd();
  fillSummary(bei, barrel_structure_name, barrel_me_names, true); // Barrel
  bei->setCurrentFolder("Pixel/");
  //bei->cd();
  string endcap_structure_name;
  vector<string> endcap_me_names;
  if (!configParser_->getMENamesForEndcapSummary(endcap_structure_name, endcap_me_names)){
    edm::LogInfo("SiPixelActionExecutor")  << "Failed to read Endcap Summary configuration parameters!! " << "\n" ;
    return;
  }

//  cout << "--- Processing endcap" << endl;

  bei->setCurrentFolder("Pixel/");
  //bei->cd();
  fillSummary(bei, endcap_structure_name, endcap_me_names, false); // Endcap
  bei->setCurrentFolder("Pixel/");
  //if(!Tier0Flag_) fillDeviations(bei);
  bei->setCurrentFolder("Pixel/");
  //bei->cd();
  if(source_type_==0||source_type_==5 || source_type_ == 20){//do this only if RawData source is present
    string federror_structure_name;
    vector<string> federror_me_names;
    if (!configParser_->getMENamesForFEDErrorSummary(federror_structure_name, federror_me_names)){
      cout << "SiPixelActionExecutor::createSummary: Failed to read FED Error Summary configuration parameters!! ";
      return;
    }
    bei->setCurrentFolder("Pixel/");
    //bei->cd();
    fillFEDErrorSummary(bei, federror_structure_name, federror_me_names);
    bei->setCurrentFolder("Pixel/");
    //bei->cd();
  }
  //createLayout(bei);
  //string fname = "test.xml";
  // configWriter_->write(fname);
  if (configWriter_) delete configWriter_;
  configWriter_ = 0;
//  cout<<"leaving SiPixelActionExecutor::createSummary..."<<endl;
}

void SiPixelActionExecutor::createTkMap	(	DQMStore *	bei,
		std::string	mEName,
		std::string	theTKType
	)

Definition at line 152 of file SiPixelActionExecutor.cc.

References SiPixelTrackerMapCreator::create(), and offlineXMLfile_.

Referenced by SiPixelWebInterface::createTkMap().

{
    
  SiPixelTrackerMapCreator tkmap_creator(mEName,theTKType,offlineXMLfile_);
  tkmap_creator.create(bei);
    
/*     cout << ACYellow << ACBold 
      << "[SiPixelActionExecutor::createTkMap()]"
      << ACPlain
      << " Tracker map created (type:" 
      << theTKType
      << ")"
      << endl;
*/
}

void SiPixelActionExecutor::dumpBarrelModIds	(	DQMStore *	bei,
		edm::EventSetup const &	eSetup
	)

Definition at line 2043 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), gather_cfg::cout, ExpressReco_HICollisions_FallBack::detector, edm::EventSetup::get(), DQMStore::getMEs(), DQMStore::getSubdirs(), DQMStore::goUp(), sipixelobjects::ElectronicIndex::link, ndet_, edm::ESHandle< class >::product(), DQMStore::pwd(), and theCablingMap.

Referenced by dumpModIds().

                                                                                       {
  string currDir = bei->pwd();
  string dir_name = "Ladder_";
  eSetup.get<SiPixelFedCablingMapRcd>().get(theCablingMap);
  int fedId=-1; int linkId=-1;
  if (currDir.find(dir_name) != string::npos)  {
    vector<string> subdirs = bei->getSubdirs();
    for (vector<string>::const_iterator it = subdirs.begin();
     it != subdirs.end(); it++) {
      if ( (*it).find("Module_") == string::npos) continue;
      bei->cd(*it);
      ndet_++;
      // long version:
      //cout<<"Ndet: "<<ndet_<<"  ,  Module: "<<bei->pwd();  
      // short version:
      cout<<bei->pwd();  
      vector<string> contents = bei->getMEs(); 
      bool first_me = false;
      int detId = -999;
      for (vector<string>::const_iterator im = contents.begin();
       im != contents.end(); im++) {
    if(first_me) break;
    string mEName = (*im);
    string detIdString = mEName.substr((mEName.find_last_of("_"))+1,9);
    std::istringstream isst;
    isst.str(detIdString);
    if(mEName.find("_3")!=string::npos) isst>>detId;
      }
      bei->goUp();
      // long version:
      //cout<<"  , detector ID: "<<detId;
      // short version:
      cout<<" "<<detId;
      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;
      // long version:
      //cout<<"  , FED ID: "<<fedId<<"  , Link ID: "<<linkId<<endl;
      // short version:
      cout<<" "<<fedId<<" "<<linkId<<endl;
    }
  } else {  
    vector<string> subdirs = bei->getSubdirs();
    for (vector<string>::const_iterator it = subdirs.begin();
     it != subdirs.end(); it++) {
      if((*it).find("Endcap")!=string::npos) continue;
      bei->cd(*it);
      dumpBarrelModIds(bei,eSetup);
      bei->goUp();
    }
  }
}

void SiPixelActionExecutor::dumpBarrelRefValues	(	DQMStore *	bei,
		edm::EventSetup const &	eSetup
	)

Definition at line 2188 of file SiPixelActionExecutor.cc.

References gather_cfg::cout, DQMStore::get(), MonitorElement::getBinContent(), and i.

Referenced by dumpRefValues().

                                                                                          {
  MonitorElement* me;
  me = bei->get("Pixel/Barrel/SUMDIG_adc_Barrel");
  if(me){
    std::cout<<"SUMDIG_adc_Barrel: "<<std::endl;
    for(int i=1; i!=769; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
  me = bei->get("Pixel/Barrel/SUMDIG_ndigis_Barrel");
  if(me){
    std::cout<<"SUMDIG_ndigis_Barrel: "<<std::endl;
    for(int i=1; i!=769; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
  me = bei->get("Pixel/Barrel/SUMCLU_charge_Barrel");
  if(me){
    std::cout<<"SUMCLU_charge_Barrel: "<<std::endl;
    for(int i=1; i!=769; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
  me = bei->get("Pixel/Barrel/SUMCLU_nclusters_Barrel");
  if(me){
    std::cout<<"SUMCLU_nclusters_Barrel: "<<std::endl;
    for(int i=1; i!=769; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
  me = bei->get("Pixel/Barrel/SUMCLU_size_Barrel");
  if(me){
    std::cout<<"SUMCLU_size_Barrel: "<<std::endl;
    for(int i=1; i!=769; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
}

void SiPixelActionExecutor::dumpEndcapModIds	(	DQMStore *	bei,
		edm::EventSetup const &	eSetup
	)

Definition at line 2108 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), gather_cfg::cout, ExpressReco_HICollisions_FallBack::detector, spr::find(), edm::EventSetup::get(), DQMStore::getMEs(), DQMStore::getSubdirs(), DQMStore::goUp(), sipixelobjects::ElectronicIndex::link, ndet_, edm::ESHandle< class >::product(), DQMStore::pwd(), and theCablingMap.

Referenced by dumpModIds().

                                                                                       {
  string currDir = bei->pwd();
  string dir_name = "Panel_";
  eSetup.get<SiPixelFedCablingMapRcd>().get(theCablingMap);
  int fedId=-1; int linkId=-1;
  if (currDir.find(dir_name) != string::npos)  {
    vector<string> subdirs = bei->getSubdirs();
    for (vector<string>::const_iterator it = subdirs.begin();
     it != subdirs.end(); it++) {
      if ( (*it).find("Module_") == string::npos) continue;
      bei->cd(*it);
      ndet_++;
      // long version:
      //cout<<"Ndet: "<<ndet_<<"  ,  Module: "<<bei->pwd();  
      // short version:
      cout<<bei->pwd();  
      vector<string> contents = bei->getMEs(); 
      bool first_me = false;
      int detId = -999;
      for (vector<string>::const_iterator im = contents.begin();
       im != contents.end(); im++) {
    if(first_me) break;
    string mEName = (*im);
    string detIdString = mEName.substr((mEName.find_last_of("_"))+1,9);
    std::istringstream isst;
    isst.str(detIdString);
    if(mEName.find("_3")!=string::npos) isst>>detId;
      }
      bei->goUp();
      // long version:
      //cout<<"  , detector ID: "<<detId;
      // short version:
      cout<<" "<<detId;
      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;
      // long version:
      //cout<<"  , FED ID: "<<fedId<<"  , Link ID: "<<linkId<<endl;
      // short version:
      cout<<" "<<fedId<<" "<<linkId<<endl;
    }
  } else {  
    vector<string> subdirs = bei->getSubdirs();
    for (vector<string>::const_iterator it = subdirs.begin();
     it != subdirs.end(); it++) {
      if((bei->pwd()).find("Barrel")!=string::npos) bei->goUp();
      bei->cd((*it));
      if((*it).find("Barrel")!=string::npos) continue;
      dumpEndcapModIds(bei,eSetup);
      bei->goUp();
    }
  }
    
}

void SiPixelActionExecutor::dumpEndcapRefValues	(	DQMStore *	bei,
		edm::EventSetup const &	eSetup
	)

Definition at line 2218 of file SiPixelActionExecutor.cc.

References gather_cfg::cout, DQMStore::get(), MonitorElement::getBinContent(), and i.

Referenced by dumpRefValues().

                                                                                          {
  MonitorElement* me;
  me = bei->get("Pixel/Endcap/SUMDIG_adc_Endcap");
  if(me){
    std::cout<<"SUMDIG_adc_Endcap: "<<std::endl;
    for(int i=1; i!=673; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
  me = bei->get("Pixel/Endcap/SUMDIG_ndigis_Endcap");
  if(me){
    std::cout<<"SUMDIG_ndigis_Endcap: "<<std::endl;
    for(int i=1; i!=673; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
  me = bei->get("Pixel/Endcap/SUMCLU_charge_Endcap");
  if(me){
    std::cout<<"SUMCLU_charge_Endcap: "<<std::endl;
    for(int i=1; i!=673; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
  me = bei->get("Pixel/Endcap/SUMCLU_nclusters_Endcap");
  if(me){
    std::cout<<"SUMCLU_nclusters_Endcap: "<<std::endl;
    for(int i=1; i!=673; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
  me = bei->get("Pixel/Endcap/SUMCLU_size_Endcap");
  if(me){
    std::cout<<"SUMCLU_size_Endcap: "<<std::endl;
    for(int i=1; i!=673; i++) std::cout<<i<<" "<<me->getBinContent(i)<<std::endl;
  }
}

void SiPixelActionExecutor::dumpModIds	(	DQMStore *	bei,
		edm::EventSetup const &	eSetup
	)

Definition at line 2031 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), dumpBarrelModIds(), and dumpEndcapModIds().

                                                                                 {
  //printing cout<<"Going to dump module IDs now!"<<endl;
  bei->cd();
  dumpBarrelModIds(bei,eSetup);
  bei->cd();
  dumpEndcapModIds(bei,eSetup);
  bei->cd();
  //printing cout<<"Done dumping module IDs!"<<endl;
}

void SiPixelActionExecutor::dumpRefValues	(	DQMStore *	bei,
		edm::EventSetup const &	eSetup
	)

Definition at line 2176 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), dumpBarrelRefValues(), and dumpEndcapRefValues().

                                                                                    {
  //printing cout<<"Going to dump module IDs now!"<<endl;
  bei->cd();
  dumpBarrelRefValues(bei,eSetup);
  bei->cd();
  dumpEndcapRefValues(bei,eSetup);
  bei->cd();
  //printing cout<<"Done dumping module IDs!"<<endl;
}

void SiPixelActionExecutor::fillDeviations ( DQMStore *  bei )

private

Definition at line 251 of file SiPixelActionExecutor.cc.

References DQMStore::get(), MonitorElement::getBinContent(), MonitorElement::getRefTH1(), i, n, and MonitorElement::setBinContent().

                                                        {
  int n = 768;
  MonitorElement* me1; MonitorElement* me2; 
  MonitorElement* me3; MonitorElement* me4; 
  MonitorElement* me5; 
  TH1* ref1; TH1* ref2; 
  TH1* ref3; TH1* ref4; 
  TH1* ref5; 
  MonitorElement* dev1; MonitorElement* dev2; 
  MonitorElement* dev3; MonitorElement* dev4; 
  MonitorElement* dev5; 
  me1 = bei->get("Pixel/Barrel/SUMDIG_adc_Barrel");
  ref1 = me1->getRefTH1();
  dev1 = bei->get("Pixel/Barrel/DEV_adc_Barrel");
  me2 = bei->get("Pixel/Barrel/SUMDIG_ndigis_Barrel");
  ref2 = me2->getRefTH1();
  dev2 = bei->get("Pixel/Barrel/DEV_ndigis_Barrel");
  me3 = bei->get("Pixel/Barrel/SUMCLU_charge_Barrel");
  ref3 = me3->getRefTH1();
  dev3 = bei->get("Pixel/Barrel/DEV_charge_Barrel");
  me4 = bei->get("Pixel/Barrel/SUMCLU_nclusters_Barrel");
  ref4 = me4->getRefTH1();
  dev4 = bei->get("Pixel/Barrel/DEV_nclusters_Barrel");
  me5 = bei->get("Pixel/Barrel/SUMCLU_size_Barrel");
  ref5 = me5->getRefTH1();
  dev5 = bei->get("Pixel/Barrel/DEV_size_Barrel");
  for(int i=1; i!=n+1; i++){
    float ref_value; float new_value;
    // Barrel adc: 
    if(me1)if(ref1)if(dev1){
      new_value = me1->getBinContent(i);
      ref_value = ref1->GetBinContent(i); 
      dev1->setBinContent(i,ref_value-new_value);
    }
    //Barrel ndigis:
    if(me2)if(ref2)if(dev2){
      new_value = me2->getBinContent(i);
      ref_value = ref2->GetBinContent(i); 
      dev2->setBinContent(i,ref_value-new_value);
    }
    // Barrel cluster charge:
    if(me3)if(ref3)if(dev3){
      new_value = me3->getBinContent(i);
      ref_value = ref3->GetBinContent(i); 
      dev3->setBinContent(i,ref_value-new_value);
    }
    // Barrel nclusters:
    if(me4)if(ref4)if(dev4){
      new_value = me4->getBinContent(i);
      ref_value = ref4->GetBinContent(i); 
      dev4->setBinContent(i,ref_value-new_value);
    }
    // Barrel cluster size:
    if(me5)if(ref5)if(dev5){
      new_value = me5->getBinContent(i);
      ref_value = ref5->GetBinContent(i); 
      dev5->setBinContent(i,ref_value-new_value);
    }
  }

  int nn = 672;
  MonitorElement* me11; MonitorElement* me12; 
  MonitorElement* me13; MonitorElement* me14; 
  MonitorElement* me15; 
  TH1* ref11; TH1* ref12; 
  TH1* ref13; TH1* ref14; 
  TH1* ref15; 
  MonitorElement* dev11; MonitorElement* dev12; 
  MonitorElement* dev13; MonitorElement* dev14; 
  MonitorElement* dev15; 
  me11 = bei->get("Pixel/Endcap/SUMDIG_adc_Endcap");
  ref11 = me11->getRefTH1();
  dev11 = bei->get("Pixel/Endcap/DEV_adc_Endcap");
  me12 = bei->get("Pixel/Endcap/SUMDIG_ndigis_Endcap");
  ref12 = me12->getRefTH1();
  dev12 = bei->get("Pixel/Endcap/DEV_ndigis_Endcap");
  me13 = bei->get("Pixel/Endcap/SUMCLU_charge_Endcap");
  ref13 = me13->getRefTH1();
  dev13 = bei->get("Pixel/Endcap/DEV_charge_Endcap");
  me14 = bei->get("Pixel/Endcap/SUMCLU_nclusters_Endcap");
  ref14 = me14->getRefTH1();
  dev14 = bei->get("Pixel/Endcap/DEV_nclusters_Endcap");
  me15 = bei->get("Pixel/Endcap/SUMCLU_size_Endcap");
  ref15 = me15->getRefTH1();
  dev15 = bei->get("Pixel/Endcap/DEV_size_Endcap");
  for(int i=1; i!=nn+1; i++){
    float ref_value; float new_value;
    // Endcap adc: 
    if(me11)if(ref11)if(dev11){
      new_value = me11->getBinContent(i);
      ref_value = ref11->GetBinContent(i); 
      dev11->setBinContent(i,ref_value-new_value);
    }
    //Endcap ndigis:
    if(me12)if(ref12)if(dev12){
      new_value = me12->getBinContent(i);
      ref_value = ref12->GetBinContent(i); 
      dev12->setBinContent(i,ref_value-new_value);
    }
    // Endcap cluster charge:
    if(me13)if(ref13)if(dev13){
      new_value = me13->getBinContent(i);
      ref_value = ref13->GetBinContent(i); 
      dev13->setBinContent(i,ref_value-new_value);
    }
    // Endcap nclusters:
    if(me14)if(ref14)if(dev14){
      new_value = me14->getBinContent(i);
      ref_value = ref14->GetBinContent(i); 
      dev14->setBinContent(i,ref_value-new_value);
    }
    // Endcap cluster size:
    if(me15)if(ref15)if(dev15){
      new_value = me15->getBinContent(i);
      ref_value = ref15->GetBinContent(i); 
      dev15->setBinContent(i,ref_value-new_value);
    }
  }
}

void SiPixelActionExecutor::fillEfficiency	(	DQMStore *	bei,
		bool	isbarrel
	)

Definition at line 2292 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), DQMStore::get(), MonitorElement::getEntries(), DQMStore::getMEs(), DQMStore::getSubdirs(), DQMStore::goUp(), HitEfficiency_Dm1, HitEfficiency_Dm2, HitEfficiency_Dp1, HitEfficiency_Dp2, HitEfficiency_L1, HitEfficiency_L2, HitEfficiency_L3, DQMStore::pwd(), MonitorElement::setBinContent(), and Tier0Flag_.

Referenced by createEfficiency().

                                                                      {
  //cout<<"entering SiPixelActionExecutor::fillEfficiency..."<<std::endl;
  string currDir = bei->pwd();
  string dname = currDir.substr(currDir.find_last_of("/")+1);
  //cout<<"currDir= "<<currDir<< " , dname= "<<dname<<std::endl;
  
  if(Tier0Flag_){ // Offline    
    if(isbarrel && dname.find("Ladder_")!=string::npos){ 
      vector<string> meVec = bei->getMEs();
      for (vector<string>::const_iterator it = meVec.begin(); it != meVec.end(); it++) {
        string full_path = currDir + "/" + (*it);
        if(full_path.find("missing_")!=string::npos){ // If we have missing hits ME
      MonitorElement * me = bei->get(full_path);
      if (!me) continue;
      float missingHits = me->getEntries();
      //if(currDir.find("Barrel/Shell_mI/Layer_1/Ladder_09F")!=string::npos) cout<<"missingHits= "<<missingHits<<endl;
      string new_path = full_path.replace(full_path.find("missing"),7,"valid");
      me = bei->get(new_path);
      if (!me) continue;
      float validHits = me->getEntries();
      //if(currDir.find("Barrel/Shell_mI/Layer_1/Ladder_09F")!=string::npos) cout<<"validHits= "<<validHits<<endl;
      float hitEfficiency = -1.;
      if(validHits + missingHits > 0.) hitEfficiency = validHits / (validHits + missingHits);
      //if(currDir.find("Barrel/Shell_mI/Layer_1/Ladder_09F")!=string::npos) cout<<"hitEfficiency= "<<hitEfficiency<<endl;
      int binx = 0; int biny = 0;
      if(currDir.find("Shell_m")!=string::npos){ binx = 1;}else{ binx = 2;}
      if(dname.find("01")!=string::npos){ biny = 1;}else if(dname.find("02")!=string::npos){ biny = 2;}
      else if(dname.find("03")!=string::npos){ biny = 3;}else if(dname.find("04")!=string::npos){ biny = 4;}
      else if(dname.find("05")!=string::npos){ biny = 5;}else if(dname.find("06")!=string::npos){ biny = 6;}
      else if(dname.find("07")!=string::npos){ biny = 7;}else if(dname.find("08")!=string::npos){ biny = 8;}
      else if(dname.find("09")!=string::npos){ biny = 9;}else if(dname.find("10")!=string::npos){ biny = 10;}
      else if(dname.find("11")!=string::npos){ biny = 11;}else if(dname.find("12")!=string::npos){ biny = 12;}
      else if(dname.find("13")!=string::npos){ biny = 13;}else if(dname.find("14")!=string::npos){ biny = 14;}
      else if(dname.find("15")!=string::npos){ biny = 15;}else if(dname.find("16")!=string::npos){ biny = 16;}
      else if(dname.find("17")!=string::npos){ biny = 17;}else if(dname.find("18")!=string::npos){ biny = 18;}
      else if(dname.find("19")!=string::npos){ biny = 19;}else if(dname.find("20")!=string::npos){ biny = 20;}
      else if(dname.find("21")!=string::npos){ biny = 21;}else if(dname.find("22")!=string::npos){ biny = 22;}
      if(currDir.find("Shell_mO")!=string::npos || currDir.find("Shell_pO")!=string::npos){
        if(currDir.find("Layer_1")!=string::npos){ biny = biny + 10;}
        else if(currDir.find("Layer_2")!=string::npos){ biny = biny + 16;}
        else if(currDir.find("Layer_3")!=string::npos){ biny = biny + 22;}
      }
      if(currDir.find("Layer_1")!=string::npos){
        HitEfficiency_L1 = bei->get("Pixel/Barrel/HitEfficiency_L1");
        if(HitEfficiency_L1) HitEfficiency_L1->setBinContent(binx, biny,(float)hitEfficiency);
        //if(currDir.find("Barrel/Shell_mI/Layer_1/Ladder_09F")!=string::npos) cout<<"setting bin ("<<binx<<","<<biny<<") with "<<(float)hitEfficiency<<endl;
      }else if(currDir.find("Layer_2")!=string::npos){
        HitEfficiency_L2 = bei->get("Pixel/Barrel/HitEfficiency_L2");
        if(HitEfficiency_L2) HitEfficiency_L2->setBinContent(binx, biny,(float)hitEfficiency);
      }else if(currDir.find("Layer_3")!=string::npos){
        HitEfficiency_L3 = bei->get("Pixel/Barrel/HitEfficiency_L3");
        if(HitEfficiency_L3) HitEfficiency_L3->setBinContent(binx, biny,(float)hitEfficiency);
      } 
        }
      }
    }else if(!isbarrel && dname.find("Blade_")!=string::npos){ 
      vector<string> meVec = bei->getMEs();
      for (vector<string>::const_iterator it = meVec.begin(); it != meVec.end(); it++) {
        string full_path = currDir + "/" + (*it);
        if(full_path.find("missing_")!=string::npos){ // If we have missing hits ME
      MonitorElement * me = bei->get(full_path);
      if (!me) continue;
      float missingHits = me->getEntries();
      string new_path = full_path.replace(full_path.find("missing"),7,"valid");
      me = bei->get(new_path);
      if (!me) continue;
      float validHits = me->getEntries();
      float hitEfficiency = -1.;
      if(validHits + missingHits > 0.) hitEfficiency = validHits / (validHits + missingHits);
      int binx = 0; int biny = 1;
      if(currDir.find("01")!=string::npos){ binx = 1;}else if(currDir.find("02")!=string::npos){ binx = 2;}
      else if(currDir.find("03")!=string::npos){ binx = 3;}else if(currDir.find("04")!=string::npos){ binx = 4;}
      else if(currDir.find("05")!=string::npos){ binx = 5;}else if(currDir.find("06")!=string::npos){ binx = 6;}
      else if(currDir.find("07")!=string::npos){ binx = 7;}else if(currDir.find("08")!=string::npos){ binx = 8;}
      else if(currDir.find("09")!=string::npos){ binx = 9;}else if(currDir.find("10")!=string::npos){ binx = 10;}
      else if(currDir.find("11")!=string::npos){ binx = 11;}else if(currDir.find("12")!=string::npos){ binx = 12;}
      if(currDir.find("HalfCylinder_mI")!=string::npos || currDir.find("HalfCylinder_pI")!=string::npos){ binx = binx + 12;}
      else{ 
        if(binx==1) binx = 12;
        else if(binx==2) binx = 11;
        else if(binx==3) binx = 10;
        else if(binx==4) binx = 9;
        else if(binx==5) binx = 8;
        else if(binx==6) binx = 7;
        else if(binx==7) binx = 6;
        else if(binx==8) binx = 5;
        else if(binx==9) binx = 4;
        else if(binx==10) binx = 3;
        else if(binx==11) binx = 2;
        else if(binx==12) binx = 1;
      }
      if(currDir.find("Disk_1")!=string::npos && currDir.find("HalfCylinder_m")!=string::npos){
        HitEfficiency_Dm1 = bei->get("Pixel/Endcap/HitEfficiency_Dm1");
        if(HitEfficiency_Dm1) HitEfficiency_Dm1->setBinContent(binx, biny, (float)hitEfficiency);
      }else if(currDir.find("Disk_2")!=string::npos && currDir.find("HalfCylinder_m")!=string::npos){
        HitEfficiency_Dm2 = bei->get("Pixel/Endcap/HitEfficiency_Dm2");
        if(HitEfficiency_Dm2) HitEfficiency_Dm2->setBinContent(binx, biny, (float)hitEfficiency);
      }else if(currDir.find("Disk_1")!=string::npos && currDir.find("HalfCylinder_p")!=string::npos){
        HitEfficiency_Dp1 = bei->get("Pixel/Endcap/HitEfficiency_Dp1");
        if(HitEfficiency_Dp1) HitEfficiency_Dp1->setBinContent(binx, biny, (float)hitEfficiency);
      }else if(currDir.find("Disk_2")!=string::npos && currDir.find("HalfCylinder_p")!=string::npos){
        HitEfficiency_Dp2 = bei->get("Pixel/Endcap/HitEfficiency_Dp2");
        if(HitEfficiency_Dp2) HitEfficiency_Dp2->setBinContent(binx, biny, (float)hitEfficiency);
          }
      //std::cout<<"EFFI: "<<currDir<<" , x: "<<binx<<" , y: "<<biny<<std::endl;
    }
      } 
    }else{  
      //cout<<"finding subdirs now"<<std::endl;
      vector<string> subdirs = bei->getSubdirs();
      for (vector<string>::const_iterator it = subdirs.begin(); it != subdirs.end(); it++) {
        bei->cd(*it);
        //cout<<"now I am in "<<bei->pwd()<<std::endl;
        if(*it != "Pixel" && ((isbarrel && (*it).find("Barrel")==string::npos) || (!isbarrel && (*it).find("Endcap")==string::npos))) continue;
        //cout<<"calling myself again "<<std::endl;
        fillEfficiency(bei, isbarrel);
        bei->goUp();
      }
    }
  }else{ // Online
    if(dname.find("Module_")!=string::npos){ 
      vector<string> meVec = bei->getMEs();
      for (vector<string>::const_iterator it = meVec.begin(); it != meVec.end(); it++) {
        string full_path = currDir + "/" + (*it);
        if(full_path.find("missing_")!=string::npos){ // If we have missing hits ME
      MonitorElement * me = bei->get(full_path);
      if (!me) continue;
      float missingHits = me->getEntries();
      string new_path = full_path.replace(full_path.find("missing"),7,"valid");
      me = bei->get(new_path);
      if (!me) continue;
      float validHits = me->getEntries();
      float hitEfficiency = -1.;
      if(validHits + missingHits > 0.) hitEfficiency = validHits / (validHits + missingHits);
      int binx = 0; int biny = 0;
      if(isbarrel){
        if(currDir.find("Shell_m")!=string::npos){
          if(currDir.find("Module_4")!=string::npos){ binx = 1;}else if(currDir.find("Module_3")!=string::npos){ binx = 2;}
          if(currDir.find("Module_2")!=string::npos){ binx = 3;}else if(currDir.find("Module_1")!=string::npos){ binx = 4;}
        }else if(currDir.find("Shell_p")!=string::npos){
          if(currDir.find("Module_1")!=string::npos){ binx = 5;}else if(currDir.find("Module_2")!=string::npos){ binx = 6;}
          if(currDir.find("Module_3")!=string::npos){ binx = 7;}else if(currDir.find("Module_4")!=string::npos){ binx = 8;}
        }
        if(currDir.find("01")!=string::npos){ biny = 1;}else if(currDir.find("02")!=string::npos){ biny = 2;}
        else if(currDir.find("03")!=string::npos){ biny = 3;}else if(currDir.find("04")!=string::npos){ biny = 4;}
        else if(currDir.find("05")!=string::npos){ biny = 5;}else if(currDir.find("06")!=string::npos){ biny = 6;}
        else if(currDir.find("07")!=string::npos){ biny = 7;}else if(currDir.find("08")!=string::npos){ biny = 8;}
        else if(currDir.find("09")!=string::npos){ biny = 9;}else if(currDir.find("10")!=string::npos){ biny = 10;}
        else if(currDir.find("11")!=string::npos){ biny = 11;}else if(currDir.find("12")!=string::npos){ biny = 12;}
        else if(currDir.find("13")!=string::npos){ biny = 13;}else if(currDir.find("14")!=string::npos){ biny = 14;}
        else if(currDir.find("15")!=string::npos){ biny = 15;}else if(currDir.find("16")!=string::npos){ biny = 16;}
        else if(currDir.find("17")!=string::npos){ biny = 17;}else if(currDir.find("18")!=string::npos){ biny = 18;}
        else if(currDir.find("19")!=string::npos){ biny = 19;}else if(currDir.find("20")!=string::npos){ biny = 20;}
        else if(currDir.find("21")!=string::npos){ biny = 21;}else if(currDir.find("22")!=string::npos){ biny = 22;}
        if(currDir.find("Shell_mO")!=string::npos || currDir.find("Shell_pO")!=string::npos){
          if(currDir.find("Layer_1")!=string::npos){ biny = biny + 10;}
          else if(currDir.find("Layer_2")!=string::npos){ biny = biny + 16;}
          else if(currDir.find("Layer_3")!=string::npos){ biny = biny + 22;}
        }
      }else{
        if(currDir.find("01")!=string::npos){ binx = 1;}else if(currDir.find("02")!=string::npos){ binx = 2;}
        else if(currDir.find("03")!=string::npos){ binx = 3;}else if(currDir.find("04")!=string::npos){ binx = 4;}
        else if(currDir.find("05")!=string::npos){ binx = 5;}else if(currDir.find("06")!=string::npos){ binx = 6;}
        else if(currDir.find("07")!=string::npos){ binx = 7;}else if(currDir.find("08")!=string::npos){ binx = 8;}
        else if(currDir.find("09")!=string::npos){ binx = 9;}else if(currDir.find("10")!=string::npos){ binx = 10;}
        else if(currDir.find("11")!=string::npos){ binx = 11;}else if(currDir.find("12")!=string::npos){ binx = 12;}
        if(currDir.find("HalfCylinder_mO")!=string::npos || currDir.find("HalfCylinder_pO")!=string::npos){ binx = binx + 12;}
        if(currDir.find("Panel_1/Module_1")!=string::npos){ biny = 1;}else if(currDir.find("Panel_2/Module_1")!=string::npos){ biny = 2;}
        else if(currDir.find("Panel_1/Module_2")!=string::npos){ biny = 3;}else if(currDir.find("Panel_2/Module_2")!=string::npos){ biny = 4;}
        else if(currDir.find("Panel_1/Module_3")!=string::npos){ biny = 5;}else if(currDir.find("Panel_2/Module_3")!=string::npos){ biny = 6;}
        else if(currDir.find("Panel_1/Module_4")!=string::npos){ biny = 7;}
      }
      
      if(currDir.find("Layer_1")!=string::npos){
        HitEfficiency_L1 = bei->get("Pixel/Barrel/HitEfficiency_L1");
        if(HitEfficiency_L1) HitEfficiency_L1->setBinContent(binx, biny,(float)hitEfficiency);
      }else if(currDir.find("Layer_2")!=string::npos){
        HitEfficiency_L2 = bei->get("Pixel/Barrel/HitEfficiency_L2");
        if(HitEfficiency_L2) HitEfficiency_L2->setBinContent(binx, biny,(float)hitEfficiency);
      }else if(currDir.find("Layer_3")!=string::npos){
        HitEfficiency_L3 = bei->get("Pixel/Barrel/HitEfficiency_L3");
        if(HitEfficiency_L3) HitEfficiency_L3->setBinContent(binx, biny,(float)hitEfficiency);
      }else if(currDir.find("Disk_1")!=string::npos && currDir.find("HalfCylinder_m")!=string::npos){
        HitEfficiency_Dm1 = bei->get("Pixel/Endcap/HitEfficiency_Dm1");
        if(HitEfficiency_Dm1) HitEfficiency_Dm1->setBinContent(binx, biny,(float)hitEfficiency);
      }else if(currDir.find("Disk_2")!=string::npos && currDir.find("HalfCylinder_m")!=string::npos){
        HitEfficiency_Dm2 = bei->get("Pixel/Endcap/HitEfficiency_Dm2");
        if(HitEfficiency_Dm2) HitEfficiency_Dm2->setBinContent(binx, biny,(float)hitEfficiency);
      }else if(currDir.find("Disk_1")!=string::npos && currDir.find("HalfCylinder_p")!=string::npos){
        HitEfficiency_Dp1 = bei->get("Pixel/Endcap/HitEfficiency_Dp1");
        if(HitEfficiency_Dp1) HitEfficiency_Dp1->setBinContent(binx, biny,(float)hitEfficiency);
      }else if(currDir.find("Disk_2")!=string::npos && currDir.find("HalfCylinder_p")!=string::npos){
        HitEfficiency_Dp2 = bei->get("Pixel/Endcap/HitEfficiency_Dp2");
        if(HitEfficiency_Dp2) HitEfficiency_Dp2->setBinContent(binx, biny,(float)hitEfficiency);
          }
        }
      }
    }else{  
      //cout<<"finding subdirs now"<<std::endl;
      vector<string> subdirs = bei->getSubdirs();
      for (vector<string>::const_iterator it = subdirs.begin(); it != subdirs.end(); it++) {
        bei->cd(*it);
        //cout<<"now I am in "<<bei->pwd()<<std::endl;
        if(*it != "Pixel" && ((isbarrel && (*it).find("Barrel")==string::npos) || (!isbarrel && (*it).find("Endcap")==string::npos))) continue;
        //cout<<"calling myself again "<<std::endl;
        fillEfficiency(bei, isbarrel);
        bei->goUp();
      }
    }
  } // end online/offline
    
  //cout<<"leaving SiPixelActionExecutor::fillEfficiency..."<<std::endl;
    
}

void SiPixelActionExecutor::fillFEDErrorSummary ( DQMStore *  bei, std::string  dir_name, std::vector< std::string > &  me_names  )

private

Definition at line 739 of file SiPixelActionExecutor.cc.

References DQMStore::book2D(), DQMStore::cd(), spr::find(), DQMStore::get(), MonitorElement::getBinContent(), MonitorElement::getEntries(), getFEDSummaryME(), MonitorElement::getIntValue(), MonitorElement::getMean(), DQMStore::getMEs(), DQMStore::getSubdirs(), DQMStore::goUp(), i, isum, n, prof2calltree::prefix, DQMStore::pwd(), MonitorElement::setBinContent(), MonitorElement::setBinLabel(), source_type_, GlobalPosition_Frontier_DevDB_cff::tag, cond::rpcobtemp::temp, and indexGen::title.

Referenced by createSummary().

                                                  {
  //printing cout<<"entering SiPixelActionExecutor::fillFEDErrorSummary..."<<endl;
  string currDir = bei->pwd();
  string prefix;
  if(source_type_==0) prefix="SUMRAW";
  else if(source_type_==20) prefix="SUMOFF";
  
  if (currDir.find(dir_name) != string::npos)  {
    vector<MonitorElement*> sum_mes;
    for (vector<string>::const_iterator iv = me_names.begin();
     iv != me_names.end(); iv++) {
      if(source_type_==5||source_type_==6){
    if((*iv)=="errorType"||(*iv)=="NErrors"||(*iv)=="fullType"||(*iv)=="chanNmbr"||
       (*iv)=="TBMType"||(*iv)=="EvtNbr"||(*iv)=="evtSize"||(*iv)=="linkId"||
       (*iv)=="ROCId"||(*iv)=="DCOLId"||(*iv)=="PXId"||(*iv)=="ROCNmbr"||
       (*iv)=="TBMMessage"||(*iv)=="Type36Hitmap"||
       (*iv)=="FedChLErrArray"||(*iv)=="FedChNErrArray"||(*iv)=="FedETypeNErrArray") 
      prefix="SUMRAW";
      }
      if((*iv)=="errorType"||(*iv)=="NErrors"||(*iv)=="fullType"||(*iv)=="chanNmbr"||
       (*iv)=="TBMType"||(*iv)=="EvtNbr"||(*iv)=="evtSize"||(*iv)=="linkId"||
       (*iv)=="ROCId"||(*iv)=="DCOLId"||(*iv)=="PXId"||(*iv)=="ROCNmbr"||
       (*iv)=="TBMMessage"||(*iv)=="Type36Hitmap"){
        string tag = prefix + "_" + (*iv) + "_FEDErrors";
        MonitorElement* temp = getFEDSummaryME(bei, tag);
        sum_mes.push_back(temp);
      }else if((*iv)=="FedChLErrArray"||(*iv)=="FedChNErrArray"||(*iv)=="FedETypeNErrArray"){
        string tag = prefix + "_" + (*iv);
    MonitorElement* temp;
    if((*iv)=="FedChLErrArray") temp = bei->book2D("FedChLErrArray","Type of last error",40,-0.5,39.5,37,0.,37.);
    if((*iv)=="FedChNErrArray") temp = bei->book2D("FedChNErrArray","Total number of errors",40,-0.5,39.5,37,0.,37.);
    if((*iv)=="FedETypeNErrArray"){
      temp = bei->book2D("FedETypeNErrArray","Number of each error type",40,-0.5,39.5,21,0.,21.);
      temp->setBinLabel(1,"ROC of 25",2);
      temp->setBinLabel(2,"Gap word",2);
      temp->setBinLabel(3,"Dummy word",2);
      temp->setBinLabel(4,"FIFO full",2);
      temp->setBinLabel(5,"Timeout",2);
      temp->setBinLabel(6,"Stack full",2);
      temp->setBinLabel(7,"Pre-cal issued",2);
      temp->setBinLabel(8,"Trigger clear or sync",2);
      temp->setBinLabel(9,"No token bit",2);
      temp->setBinLabel(10,"Overflow",2);
      temp->setBinLabel(11,"FSM error",2);
      temp->setBinLabel(12,"Invalid #ROCs",2);
      temp->setBinLabel(13,"Event number",2);
      temp->setBinLabel(14,"Slink header",2);
      temp->setBinLabel(15,"Slink trailer",2);
      temp->setBinLabel(16,"Event size",2);
      temp->setBinLabel(17,"Invalid channel#",2);
      temp->setBinLabel(18,"ROC value",2);
      temp->setBinLabel(19,"Dcol or pixel value",2);
      temp->setBinLabel(20,"Readout order",2);
      temp->setBinLabel(21,"CRC error",2);
        }     
    sum_mes.push_back(temp);
      }
    }
    if (sum_mes.size() == 0) {
      edm::LogInfo("SiPixelActionExecutor") << " Summary MEs can not be created" << "\n" ;
      return;
    }
    vector<string> subdirs = bei->getSubdirs();
    int ndet = 0;
    for (vector<string>::const_iterator it = subdirs.begin();
     it != subdirs.end(); it++) {
      if ( (*it).find("FED_") == string::npos) continue;
      bei->cd(*it);
      string fedid = (*it).substr((*it).find("_")+1);
      std::istringstream isst;
      isst.str(fedid);
      isst>>ndet; ndet++;
      vector<string> contents = bei->getMEs(); 
            
      for (vector<MonitorElement*>::const_iterator isum = sum_mes.begin();
       isum != sum_mes.end(); isum++) {
    for (vector<string>::const_iterator im = contents.begin();
         im != contents.end(); im++) {
      if(((*im).find("FedChNErrArray_")!=std::string::npos && (*isum)->getName().find("FedChNErrArray")!=std::string::npos) ||
         ((*im).find("FedChLErrArray_")!=std::string::npos && (*isum)->getName().find("FedChLErrArray")!=std::string::npos) ||
         ((*im).find("FedETypeNErrArray_")!=std::string::npos && (*isum)->getName().find("FedETypeNErrArray")!=std::string::npos)){
        string fullpathname = bei->pwd() + "/" + (*im); 
        MonitorElement *  me = bei->get(fullpathname);
        if(me && me->getIntValue()>0){
          for(int i=0; i!=37; i++){
            int n = (*im).find("_"); n++;
            string channel_str = (*im).substr(n);
        std::istringstream jsst;
        jsst.str(channel_str);
        int channel=-1;
        jsst>>channel;
            if(channel==i){
          if((*im).find("FedETypeNErrArray_")!=std::string::npos && i<21) (*isum)->Fill(ndet-1,i,me->getIntValue());
          else (*isum)->Fill(ndet-1,i,me->getIntValue());
        }
          }
        }
      }
      string sname = ((*isum)->getName());
      string tname = " ";
      tname = sname.substr(7,(sname.find("_",7)-6));
      if (((*im)).find(tname) == 0) {
        string fullpathname = bei->pwd() + "/" + (*im); 
        MonitorElement *  me = bei->get(fullpathname);
                        
        if (me){ 
          if(me->getMean()>0.){
            if (sname.find("_NErrors_")!=string::npos){
              string path1 = fullpathname;
          path1 = path1.replace(path1.find("NErrors"),7,"errorType");
          MonitorElement * me1 = bei->get(path1);
          bool notReset=true;
              if(me1){
                for(int jj=1; jj<16; jj++){
                  if(me1->getBinContent(jj)>0.){
                    if(jj==6){ //errorType=30 (reset)
                      string path2 = path1;
              path2 = path2.replace(path2.find("errorType"),9,"TBMMessage");
                      MonitorElement * me2 = bei->get(path2);
                      if(me2) if(me2->getBinContent(6)>0. || me2->getBinContent(7)>0.) notReset=false; 
                }
              }
            }
          }
          if(notReset) (*isum)->setBinContent(ndet, (*isum)->getBinContent(ndet) + me1->getEntries());
            }else (*isum)->setBinContent(ndet, (*isum)->getBinContent(ndet) + me->getEntries());
          }
          (*isum)->setAxisTitle("FED #",1);
          string title = " ";
          title = sname.substr(7,(sname.find("_",7)-7)) + " per FED"; 
          (*isum)->setAxisTitle(title,2);
        }
        break;
      }
    }
      }
      bei->goUp();
    }
  } else {  
    vector<string> subdirs = bei->getSubdirs();
    for (vector<string>::const_iterator it = subdirs.begin();
     it != subdirs.end(); it++) {
      if((*it).find("Endcap")!=string::npos ||
     (*it).find("Barrel")!=string::npos) continue;
      bei->cd(*it);
      fillFEDErrorSummary(bei, dir_name, me_names);
      bei->goUp();
    }
  }
  //printing cout<<"...leaving SiPixelActionExecutor::fillFEDErrorSummary!"<<endl;
}

void SiPixelActionExecutor::fillGrandBarrelSummaryHistos ( DQMStore *  bei, std::vector< std::string > &  me_names  )

private

Definition at line 895 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), DQMStore::get(), MonitorElement::getBinContent(), getGrandSummaryME(), DQMStore::getMEs(), MonitorElement::getName(), DQMStore::getSubdirs(), MonitorElement::getTH1F(), DQMStore::goUp(), gen::k, prof2calltree::prefix, DQMStore::pwd(), source_type_, and indexGen::title.

Referenced by fillSummary().

                                                                                   {
//  cout<<"Entering SiPixelActionExecutor::fillGrandBarrelSummaryHistos...:"<<me_names.size()<<endl;
  vector<MonitorElement*> gsum_mes;
  string currDir = bei->pwd();
  string path_name = bei->pwd();
  string dir_name =  path_name.substr(path_name.find_last_of("/")+1);
//  cout<<"I am in "<<path_name<<" now."<<endl;
  if ((dir_name.find("DQMData") == 0) ||
      (dir_name.find("Pixel") == 0) ||
      (dir_name.find("AdditionalPixelErrors") == 0) ||
      (dir_name.find("Endcap") == 0) ||
      (dir_name.find("HalfCylinder") == 0) ||
      (dir_name.find("Disk") == 0) ||
      (dir_name.find("Blade") == 0) ||
      (dir_name.find("Panel") == 0) ) return;
  vector<string> subdirs = bei->getSubdirs();
  int nDirs = subdirs.size();
  int iDir =0;
  int nbin = 0;
  int nbin_i = 0; 
  int nbin_subdir = 0; 
  int cnt=0;
  bool first_subdir = true;
  for (vector<string>::const_iterator it = subdirs.begin();
       it != subdirs.end(); it++) {
    cnt++;
    bei->cd(*it);
//    cout << "--- " << cnt << "\t" << bei->pwd() << endl;
    vector<string> contents = bei->getMEs();
        
    bei->goUp();
        
        string prefix;
        if(source_type_==0) prefix="SUMRAW";
        else if (source_type_==1) prefix="SUMDIG";
        else if (source_type_==2) prefix="SUMCLU";
        else if (source_type_==3) prefix="SUMTRK";
        else if (source_type_==4) prefix="SUMHIT";
        else if (source_type_>=7 && source_type_<20) prefix="SUMCAL";
        else if (source_type_==20) prefix="SUMOFF";

        
    for (vector<string>::const_iterator im = contents.begin();
     im != contents.end(); im++) {
//      cout<<"A: iterating over "<<(*im)<<" now:"<<endl;
      for (vector<string>::const_iterator iv = me_names.begin();
       iv != me_names.end(); iv++) {
    string var = "_" + (*iv) + "_";
//  cout<<"\t B: iterating over "<<(*iv)<<" now, var is set to: "<<var<<endl;
    if ((*im).find(var) != string::npos) {
      if((var=="_charge_" || var=="_nclusters_" || var=="_size_" || var=="_sizeX_" || var=="_sizeY_") && 
         (*im).find("Track_")!=string::npos) continue;
//    cout << "Looking into " << (*iv) << endl;
      string full_path = (*it) + "/" +(*im);
      MonitorElement * me = bei->get(full_path.c_str());
      if (!me) continue; 
      if(source_type_==5||source_type_==6){
        if((*iv)=="errorType"||(*iv)=="NErrors"||(*iv)=="fullType"||(*iv)=="chanNmbr"||
           (*iv)=="TBMType"||(*iv)=="EvtNbr"||(*iv)=="evtSize"||(*iv)=="linkId"||
           (*iv)=="ROCId"||(*iv)=="DCOLId"||(*iv)=="PXId"||(*iv)=="ROCNmbr"||
           (*iv)=="TBMMessage"||(*iv)=="Type36Hitmap") 
          prefix="SUMRAW";
        else if((*iv)=="ndigis"||(*iv)=="adc" ||
            (*iv)=="ndigisFREQ" || (*iv)=="adcCOMB")
          prefix="SUMDIG";
        else if((*iv)=="nclusters"||(*iv)=="x"||(*iv)=="y"||(*iv)=="charge"||(*iv)=="chargeCOMB"||
            (*iv)=="size"||(*iv)=="sizeX"||(*iv)=="sizeY"||(*iv)=="minrow"||
            (*iv)=="maxrow"||(*iv)=="mincol"||(*iv)=="maxcol")
          prefix="SUMCLU";
          if(currDir.find("Track")!=string::npos) prefix="SUMTRK";
        else if((*iv)=="residualX_mean"||(*iv)=="residualY_mean"||
            (*iv)=="residualX_RMS"||(*iv)=="residualY_RMS")
          prefix="SUMTRK";
        else if((*iv)=="ClustX"||(*iv)=="ClustY"||(*iv)=="nRecHits"||(*iv)=="ErrorX"||(*iv)=="ErrorY")
          prefix="SUMHIT";
        else if((*iv)=="Gain1d_mean"||(*iv)=="GainChi2NDF1d_mean"||
            (*iv)=="GainChi2Prob1d_mean"||(*iv)=="Pedestal1d_mean"||
            (*iv)=="ScurveChi2ProbSummary_mean"||(*iv)=="ScurveFitResultSummary_mean"||
            (*iv)=="ScurveSigmasSummary_mean"||(*iv)=="ScurveThresholdSummary_mean"||
            (*iv)=="Gain1d_RMS"||(*iv)=="GainChi2NDF1d_RMS"||
            (*iv)=="GainChi2Prob1d_RMS"||(*iv)=="Pedestal1d_RMS"||
            (*iv)=="GainNPoints1d_mean" || (*iv)=="GainNPoints1d_RMS" ||
            (*iv)=="GainHighPoint1d_mean" || (*iv)=="GainHighPoint1d_RMS" ||
            (*iv)=="GainLowPoint1d_mean" || (*iv)=="GainLowPoint1d_RMS" ||
            (*iv)=="GainEndPoint1d_mean" || (*iv)=="GainEndPoint1d_RMS" ||
            (*iv)=="GainFitResult2d_mean" || (*iv)=="GainFitResult2d_RMS" ||
            (*iv)=="GainDynamicRange2d_mean" || (*iv)=="GainDynamicRange2d_RMS" ||
            (*iv)=="GainSaturate2d_mean" || (*iv)=="GainSaturate2d_RMS" ||
            (*iv)=="ScurveChi2ProbSummary_RMS"||(*iv)=="ScurveFitResultSummary_RMS"||
            (*iv)=="ScurveSigmasSummary_RMS"||(*iv)=="ScurveThresholdSummary_RMS"||
            (*iv)=="pixelAliveSummary_mean"||(*iv)=="pixelAliveSummary_FracOfPerfectPix" ||
            (*iv)=="SiPixelErrorsCalibDigis_NCalibErrors" )
          prefix="SUMCAL";
      } // end source_type if
      
      // bugfix: gsum_mes is filled using the contents of me_names. Proceeding with each entry in me_names.
      /*
      int actual_size = gsum_mes.size();
      int wanted_size = me_names.size();
      // printing cout << actual_size << "\t" << wanted_size << endl;
      if (actual_size !=  wanted_size) { */
      if (first_subdir){
//      bool create_me = true;
        nbin = me->getTH1F()->GetNbinsX();        
        string me_name = prefix + "_" + (*iv) + "_" + dir_name;
        if((*iv)=="adcCOMB"||(*iv)=="chargeCOMB") me_name = "ALLMODS_" + (*iv) + "_" + dir_name;
        else if(prefix=="SUMOFF" && dir_name=="Barrel") nbin=192;
        else if((*iv)=="adcCOMB") nbin=256;
        else if(dir_name=="Barrel") nbin=768;
        else if(prefix=="SUMOFF" && dir_name.find("Shell")!=string::npos) nbin=48;
        else if(dir_name.find("Shell")!=string::npos) nbin=192;
        else nbin=nbin*nDirs;

        getGrandSummaryME(bei, nbin, me_name, gsum_mes);
      }
      /*
        for (vector<MonitorElement*>::const_iterator igm = gsum_mes.begin();
         igm !=gsum_mes.end(); igm++) { 
          // To be further optimized
          if( (*iv).find("Clust") != string::npos && (*igm)->getName().find(me_name) != string::npos ) create_me = false; //cout << "Already have it" << endl;
        }
      
        // printing cout<<"me_name to be created= "<<me_name<<endl;
        if(create_me) getGrandSummaryME(bei, nbin, me_name, gsum_mes);
      }
      */
      // end bugfix: gsum_mes.


      for (vector<MonitorElement*>::const_iterator igm = gsum_mes.begin();
           igm != gsum_mes.end(); igm++) {
//      cout<<"\t \t C: iterating over "<<(*igm)->getName()<<" now:"<<endl;
        if ((*igm)->getName().find(var) != string::npos) {
//        cout<<"\t \t D: Have the correct var now!"<<endl;
          if(prefix=="SUMOFF") (*igm)->setAxisTitle("Ladders",1);
          else if((*igm)->getName().find("adcCOMB_")!=string::npos) (*igm)->setAxisTitle("Digi charge [ADC]",1);
          else if((*igm)->getName().find("chargeCOMB_")!=string::npos) (*igm)->setAxisTitle("Cluster charge [kilo electrons]",1);
          else (*igm)->setAxisTitle("Modules",1);

          // Setting title

          string title="";
          if((*igm)->getName().find("NErrors_") != string::npos && prefix=="SUMOFF") title = "Total number of errors per Ladder";
          else if((*igm)->getName().find("NErrors_") != string::npos && prefix=="SUMRAW") title = "Total number of errors per Module";
          else if(prefix=="SUMOFF") title = "mean " + (*iv) + " per Ladder"; 
          else if((*igm)->getName().find("FREQ_") != string::npos && prefix!="SUMOFF") title = "NEvents with digis per Module"; 
          else if((*igm)->getName().find("FREQ_") != string::npos && prefix=="SUMOFF") title = "NEvents with digis per Ladder/Blade"; 
          else if((*igm)->getName().find("adcCOMB_") != string::npos) title = "NDigis";
          else if((*igm)->getName().find("chargeCOMB_") != string::npos) title = "NClusters";
          else title = "mean " + (*iv) + " per Module"; 
          (*igm)->setAxisTitle(title,2);
          
          // Setting binning

          if((*igm)->getName().find("ALLMODS_adcCOMB_")!=string::npos){
        nbin_subdir=128;
          }else if((*igm)->getName().find("ALLMODS_chargeCOMB_")!=string::npos){
        nbin_subdir=100;
          }else if((*igm)->getName().find("Ladder") != string::npos){
        nbin_i=0; nbin_subdir=4;
          }else if((*igm)->getName().find("Layer") != string::npos){
        nbin_i=(cnt-1)*4; nbin_subdir=4;
          }else if((*igm)->getName().find("Shell") != string::npos){
        if(prefix!="SUMOFF"){
          if(iDir==0){ nbin_i=0; nbin_subdir=40; }
          else if(iDir==1){ nbin_i=40; nbin_subdir=64; }
          else if(iDir==2){ nbin_i=104; nbin_subdir=88; }
        }else{
          if(iDir==0){ nbin_i=0; nbin_subdir=10; }
          else if(iDir==1){ nbin_i=10; nbin_subdir=16; }
          else if(iDir==2){ nbin_i=26; nbin_subdir=22; }
        }
          }else if((*igm)->getName().find("Barrel") != string::npos){
        if(prefix!="SUMOFF"){
          if(iDir==0){ nbin_i=0; nbin_subdir=192; }
          else if(iDir==1){ nbin_i=192; nbin_subdir=192; }
          else if(iDir==2){ nbin_i=384; nbin_subdir=192; }
          else if(iDir==3){ nbin_i=576; nbin_subdir=192; }
        }else{
          if(iDir==0){ nbin_i=0; nbin_subdir=48; }
          else if(iDir==1){ nbin_i=48; nbin_subdir=48; }
          else if(iDir==2){ nbin_i=96; nbin_subdir=48; }
          else if(iDir==3){ nbin_i=144; nbin_subdir=48; }
        }
          }


            if((*igm)->getName().find("ndigisFREQ")==string::npos)
            { 
                if(((*igm)->getName().find("adcCOMB")!=string::npos && me->getName().find("adcCOMB")!=string::npos) 
                        || ((*igm)->getName().find("chargeCOMB")!=string::npos && me->getName().find("chargeCOMB")!=string::npos))
                {
                    (*igm)->getTH1F()->Add(me->getTH1F());
                }else if(((*igm)->getName().find("charge_")!=string::npos && (*igm)->getName().find("Track_")==string::npos && 
                          me->getName().find("charge_")!=string::npos && me->getName().find("Track_")==string::npos) || 
                     ((*igm)->getName().find("nclusters_")!=string::npos && (*igm)->getName().find("Track_")==string::npos && 
                          me->getName().find("nclusters_")!=string::npos && me->getName().find("Track_")==string::npos) || 
                     ((*igm)->getName().find("size_")!=string::npos && (*igm)->getName().find("Track_")==string::npos && 
                          me->getName().find("size_")!=string::npos && me->getName().find("Track_")==string::npos) || 
                     ((*igm)->getName().find("charge_OffTrack_")!=string::npos && me->getName().find("charge_OffTrack_")!=string::npos) || 
                     ((*igm)->getName().find("nclusters_OffTrack_")!=string::npos && me->getName().find("nclusters_OffTrack_")!=string::npos) || 
                     ((*igm)->getName().find("size_OffTrack_")!=string::npos && me->getName().find("size_OffTrack_")!=string::npos) || 
                     ((*igm)->getName().find("charge_OnTrack_")!=string::npos && me->getName().find("charge_OnTrack_")!=string::npos) || 
                     ((*igm)->getName().find("nclusters_OnTrack_")!=string::npos && me->getName().find("nclusters_OnTrack_")!=string::npos) || 
                     ((*igm)->getName().find("size_OnTrack_")!=string::npos && me->getName().find("size_OnTrack_")!=string::npos) || 
                         ((*igm)->getName().find("charge_")==string::npos && (*igm)->getName().find("nclusters_")==string::npos && 
                      (*igm)->getName().find("size_")==string::npos)){
                    for (int k = 1; k < nbin_subdir+1; k++) if(me->getBinContent(k) > 0) (*igm)->setBinContent(k+nbin_i, me->getBinContent(k));
                }
            }
            else if(me->getName().find("ndigisFREQ")!=string::npos)
            {
                for (int k = 1; k < nbin_subdir+1; k++) if(me->getBinContent(k) > 0) (*igm)->setBinContent(k+nbin_i, me->getBinContent(k));
            }
        } // end var in igm (gsum_mes)
      } // end igm loop
    } // end var in im (contents)
      } // end of iv loop
    } // end of im loop
    iDir++;
  first_subdir = false; // We are done processing the first directory, we don't add any new MEs in the future passes.   
  } // end of it loop (subdirs)
//  cout<<"...leaving SiPixelActionExecutor::fillGrandBarrelSummaryHistos!"<<endl;
}

void SiPixelActionExecutor::fillGrandEndcapSummaryHistos ( DQMStore *  bei, std::vector< std::string > &  me_names  )

private

Definition at line 1122 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), DQMStore::get(), MonitorElement::getBinContent(), getGrandSummaryME(), DQMStore::getMEs(), MonitorElement::getName(), DQMStore::getSubdirs(), MonitorElement::getTH1F(), DQMStore::goUp(), gen::k, prof2calltree::prefix, DQMStore::pwd(), source_type_, and indexGen::title.

Referenced by fillSummary().

                                                                                   {
  //printing cout<<"Entering SiPixelActionExecutor::fillGrandEndcapSummaryHistos..."<<endl;
  vector<MonitorElement*> gsum_mes;
  string currDir = bei->pwd();
  string path_name = bei->pwd();
  string dir_name =  path_name.substr(path_name.find_last_of("/")+1);
  if ((dir_name.find("DQMData") == 0) ||
      (dir_name.find("Pixel") == 0) ||
      (dir_name.find("AdditionalPixelErrors") == 0) ||
      (dir_name.find("Barrel") == 0) ||
      (dir_name.find("Shell") == 0) ||
      (dir_name.find("Layer") == 0) ||
      (dir_name.find("Ladder") == 0) ) return;
  vector<string> subdirs = bei->getSubdirs();
  int iDir =0;
  int nbin = 0;
  int nbin_i = 0; 
  int nbin_subdir = 0; 
  int cnt=0;
  bool first_subdir = true;  
  for (vector<string>::const_iterator it = subdirs.begin();
       it != subdirs.end(); it++) {
    cnt++;
    bei->cd(*it);
    vector<string> contents = bei->getMEs();
    bei->goUp();
        
    string prefix;
    if(source_type_==0) prefix="SUMRAW";
    else if (source_type_==1) prefix="SUMDIG";
    else if (source_type_==2) prefix="SUMCLU";
    else if (source_type_==3) prefix="SUMTRK";
    else if (source_type_==4) prefix="SUMHIT";
    else if (source_type_>=7 && source_type_<20) prefix="SUMCAL";
    else if (source_type_==20) prefix="SUMOFF";
        
    for (vector<string>::const_iterator im = contents.begin();
     im != contents.end(); im++) {
      for (vector<string>::const_iterator iv = me_names.begin();
       iv != me_names.end(); iv++) {
    string var = "_" + (*iv) + "_";
    if ((*im).find(var) != string::npos) {
      if((var=="_charge_" || var=="_nclusters_" || var=="_size_" || var=="_sizeX_" || var=="_sizeY_") && 
         (*im).find("Track_")!=string::npos) continue;
      string full_path = (*it) + "/" +(*im);
      MonitorElement * me = bei->get(full_path.c_str());
      if (!me) continue; 
      if(source_type_==5||source_type_==6){
        if((*iv)=="errorType"||(*iv)=="NErrors"||(*iv)=="fullType"||(*iv)=="chanNmbr"||
           (*iv)=="TBMType"||(*iv)=="EvtNbr"||(*iv)=="evtSize"||(*iv)=="linkId"||
           (*iv)=="ROCId"||(*iv)=="DCOLId"||(*iv)=="PXId"||(*iv)=="ROCNmbr"||
           (*iv)=="TBMMessage"||(*iv)=="Type36Hitmap") 
          prefix="SUMRAW";
        else if((*iv)=="ndigis"||(*iv)=="adc" ||
            (*iv)=="ndigisFREQ"||(*iv)=="adcCOMB")
          prefix="SUMDIG";
        else if((*iv)=="nclusters"||(*iv)=="x"||(*iv)=="y"||(*iv)=="charge"||(*iv)=="chargeCOMB"||
            (*iv)=="size"||(*iv)=="sizeX"||(*iv)=="sizeY"||(*iv)=="minrow"||
            (*iv)=="maxrow"||(*iv)=="mincol"||(*iv)=="maxcol")
          prefix="SUMCLU";
          if(currDir.find("Track")!=string::npos) prefix="SUMTRK";
        else if((*iv)=="residualX_mean"||(*iv)=="residualY_mean"||
            (*iv)=="residualX_RMS"||(*iv)=="residualY_RMS")
          prefix="SUMTRK";
        else if((*iv)=="ClustX"||(*iv)=="ClustY"||(*iv)=="nRecHits"||(*iv)=="ErrorX"||(*iv)=="ErrorY")
          prefix="SUMHIT";
        else if((*iv)=="Gain1d_mean"||(*iv)=="GainChi2NDF1d_mean"||
            (*iv)=="GainChi2Prob1d_mean"||(*iv)=="Pedestal1d_mean"||
            (*iv)=="ScurveChi2ProbSummary_mean"||(*iv)=="ScurveFitResultSummary_mean"||
            (*iv)=="ScurveSigmasSummary_mean"||(*iv)=="ScurveThresholdSummary_mean"||
            (*iv)=="Gain1d_RMS"||(*iv)=="GainChi2NDF1d_RMS"||
            (*iv)=="GainChi2Prob1d_RMS"||(*iv)=="Pedestal1d_RMS"||
            (*iv)=="GainNPoints1d_mean" || (*iv)=="GainNPoints1d_RMS" ||
            (*iv)=="GainHighPoint1d_mean" || (*iv)=="GainHighPoint1d_RMS" ||
            (*iv)=="GainLowPoint1d_mean" || (*iv)=="GainLowPoint1d_RMS" ||
            (*iv)=="GainEndPoint1d_mean" || (*iv)=="GainEndPoint1d_RMS" ||
            (*iv)=="GainFitResult2d_mean" || (*iv)=="GainFitResult2d_RMS" ||
            (*iv)=="GainDynamicRange2d_mean" || (*iv)=="GainDynamicRange2d_RMS" ||
            (*iv)=="GainSaturate2d_mean" || (*iv)=="GainSaturate2d_RMS" ||
            (*iv)=="ScurveChi2ProbSummary_RMS"||(*iv)=="ScurveFitResultSummary_RMS"||
            (*iv)=="ScurveSigmasSummary_RMS"||(*iv)=="ScurveThresholdSummary_RMS"||
            (*iv)=="pixelAliveSummary_mean"||(*iv)=="pixelAliveSummary_FracOfPerfectPix"|| 
            (*iv) == "SiPixelErrorsCalibDigis_NCalibErrors")
          prefix="SUMCAL"; 
      }

      // bugfix: gsum_mes is filled using the contents of me_names. Proceeding with each entry in me_names.
      /*
      int actual_size = gsum_mes.size();
      int wanted_size = me_names.size();
      if (actual_size !=  wanted_size) { */
      if (first_subdir){
//      bool create_me = true;
        nbin = me->getTH1F()->GetNbinsX();        
        string me_name = prefix + "_" + (*iv) + "_" + dir_name;
        if((*iv)=="adcCOMB"||(*iv)=="chargeCOMB") me_name = "ALLMODS_" + (*iv) + "_" + dir_name;
        else if(prefix=="SUMOFF" && dir_name=="Endcap") nbin=96;
        else if(dir_name=="Endcap") nbin=672;
        else if(prefix=="SUMOFF" && dir_name.find("HalfCylinder")!=string::npos) nbin=24;
        else if(dir_name.find("HalfCylinder")!=string::npos) nbin=168;
        else if(prefix=="SUMOFF" && dir_name.find("Disk")!=string::npos) nbin=12;
        else if(dir_name.find("Disk")!=string::npos) nbin=84;
        else if(dir_name.find("Blade")!=string::npos) nbin=7;
        //else if(dir_name.find("Panel_1")!=string::npos) nbin=4;
        //else if(dir_name.find("Panel_2")!=string::npos) nbin=3;
        //cout << dir_name.c_str() << "\t" << nbin << endl;
        getGrandSummaryME(bei, nbin, me_name, gsum_mes);
      }
      /*

        for (vector<MonitorElement*>::const_iterator igm = gsum_mes.begin();
         igm !=gsum_mes.end(); igm++) { 
          // To be further optimized
          if( (*iv).find("Clust") != string::npos && (*igm)->getName().find(me_name) != string::npos ) create_me = false; //cout << "Already have it" << endl;
        }

        // printing cout<<"me_name to be created= "<<me_name<<endl;
        if(create_me) getGrandSummaryME(bei, nbin, me_name, gsum_mes);
      }
      */
      // end bugfix: gsum_mes.

      for (vector<MonitorElement*>::const_iterator igm = gsum_mes.begin();
           igm != gsum_mes.end(); igm++) { 
        if ((*igm)->getName().find(var) != string::npos) {
          if(prefix=="SUMOFF") (*igm)->setAxisTitle("Blades",1);
          else if((*igm)->getName().find("adcCOMB_")!=string::npos) (*igm)->setAxisTitle("Digi charge [ADC]",1);
          else if((*igm)->getName().find("chargeCOMB_")!=string::npos) (*igm)->setAxisTitle("Cluster charge [kilo electrons]",1);
          else (*igm)->setAxisTitle("Modules",1);
          string title="";
          if((*igm)->getName().find("NErrors_") != string::npos && prefix=="SUMOFF") title = "Total number of errors per Blade";
          else if((*igm)->getName().find("NErrors_") != string::npos && prefix=="SUMRAW") title = "Total number of errors per Module";
          else if(prefix=="SUMOFF") title = "mean " + (*iv) + " per Blade"; 
          else if((*igm)->getName().find("FREQ_") != string::npos) title = "NEvents with digis per Module"; 
          else if((*igm)->getName().find("adcCOMB_")!=string::npos) title = "NDigis";
          else if((*igm)->getName().find("chargeCOMB_")!=string::npos) title = "NClusters";
          else title = "mean " + (*iv) + " per Module"; 
          (*igm)->setAxisTitle(title,2);
          nbin_i=0; 
          if((*igm)->getName().find("ALLMODS_adcCOMB_")!=string::npos){
        nbin_subdir=128;
          }else if((*igm)->getName().find("ALLMODS_chargeCOMB_")!=string::npos){
        nbin_subdir=100;
          }else if((*igm)->getName().find("Panel_") != string::npos){
        nbin_subdir=7;
//        }else if((*igm)->getName().find("Panel_1") != string::npos){
//      nbin_subdir=4;
//        }else if((*igm)->getName().find("Panel_2") != string::npos){
//      nbin_subdir=3;
          }else if((*igm)->getName().find("Blade") != string::npos){
        if((*im).find("_1") != string::npos) nbin_subdir=4;
        if((*im).find("_2") != string::npos) {nbin_i=4; nbin_subdir=3;}
          }else if((*igm)->getName().find("Disk") != string::npos){
        nbin_i=((cnt-1)%12)*7; nbin_subdir=7;
          }else if((*igm)->getName().find("HalfCylinder") != string::npos){
        if(prefix!="SUMOFF"){
          nbin_subdir=84;
          if((*im).find("_2") != string::npos) nbin_i=84;
        }else{
          nbin_subdir=12;
          if((*im).find("_2") != string::npos) nbin_i=12;
        }
          }else if((*igm)->getName().find("Endcap") != string::npos){
        if(prefix!="SUMOFF"){
          nbin_subdir=168;
          if((*im).find("_mO") != string::npos) nbin_i=168;
          if((*im).find("_pI") != string::npos) nbin_i=336;
          if((*im).find("_pO") != string::npos) nbin_i=504;
        }else{
          nbin_subdir=24;
          if((*im).find("_mO") != string::npos) nbin_i=24;
          if((*im).find("_pI") != string::npos) nbin_i=48;
          if((*im).find("_pO") != string::npos) nbin_i=72;
        }
          }
                            
          //           for (int k = 1; k < nbin_subdir+1; k++) {
          if((*igm)->getName().find("ndigisFREQ")==string::npos){ 
        if(((*igm)->getName().find("adcCOMB")!=string::npos && me->getName().find("adcCOMB")!=string::npos) || ((*igm)->getName().find("chargeCOMB")!=string::npos && me->getName().find("chargeCOMB")!=string::npos)){
          (*igm)->getTH1F()->Add(me->getTH1F());
        }else if(((*igm)->getName().find("charge_")!=string::npos && (*igm)->getName().find("Track_")==string::npos && 
               me->getName().find("charge_")!=string::npos && me->getName().find("Track_")==string::npos) || 
              ((*igm)->getName().find("nclusters_")!=string::npos && (*igm)->getName().find("Track_")==string::npos && 
               me->getName().find("nclusters_")!=string::npos && me->getName().find("Track_")==string::npos) || 
              ((*igm)->getName().find("size_")!=string::npos && (*igm)->getName().find("Track_")==string::npos && 
               me->getName().find("size_")!=string::npos && me->getName().find("Track_")==string::npos) || 
              ((*igm)->getName().find("charge_OffTrack_")!=string::npos && me->getName().find("charge_OffTrack_")!=string::npos) || 
              ((*igm)->getName().find("nclusters_OffTrack_")!=string::npos && me->getName().find("nclusters_OffTrack_")!=string::npos) || 
              ((*igm)->getName().find("size_OffTrack_")!=string::npos && me->getName().find("size_OffTrack_")!=string::npos) || 
              ((*igm)->getName().find("charge_OnTrack_")!=string::npos && me->getName().find("charge_OnTrack_")!=string::npos) || 
              ((*igm)->getName().find("nclusters_OnTrack_")!=string::npos && me->getName().find("nclusters_OnTrack_")!=string::npos) || 
              ((*igm)->getName().find("size_OnTrack_")!=string::npos && me->getName().find("size_OnTrack_")!=string::npos) || 
              ((*igm)->getName().find("charge_")==string::npos && (*igm)->getName().find("nclusters_")==string::npos && 
               (*igm)->getName().find("size_")==string::npos)){
          for (int k = 1; k < nbin_subdir+1; k++) if(me->getBinContent(k) > 0) (*igm)->setBinContent(k+nbin_i, me->getBinContent(k));
        }
          }else if(me->getName().find("ndigisFREQ")!=string::npos){
        for (int k = 1; k < nbin_subdir+1; k++)  if(me->getBinContent(k) > 0) (*igm)->setBinContent(k+nbin_i, me->getBinContent(k));
          }
          //           }// for
                            
        }
      }
    }
      }
    }
        
    iDir++;
  first_subdir = false; // We are done processing the first directory, we don't add any new MEs in the future passes.   
  }  // end for it (subdirs)
}

void SiPixelActionExecutor::fillLayout

(

DQMStore *

bei

)

Definition at line 1983 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), configWriter_, SiPixelConfigWriter::createColumn(), SiPixelConfigWriter::createRow(), DQMStore::getMEs(), DQMStore::getSubdirs(), DQMStore::goUp(), and DQMStore::pwd().

Referenced by createLayout().

                                                    {
    
  static int icount = 0;
  string currDir = bei->pwd();
  if (currDir.find("Ladder_") != string::npos) {
        
    vector<string> contents = bei->getMEs(); 
        
    for (vector<string>::const_iterator im = contents.begin();
     im != contents.end(); im++) {
      if ((*im).find("Clusters") != string::npos) {
    icount++;
    if (icount != 0 && icount%6 == 0) {
      configWriter_->createRow();
    }
    ostringstream full_path;
    full_path << "test/" << currDir << "/" << *im ;
    string element = "monitorable";
    string element_name = full_path.str();     
    configWriter_->createColumn(element, element_name);
      }
    }
  } else {
    vector<string> subdirs = bei->getSubdirs();
    for (vector<string>::const_iterator it = subdirs.begin();
     it != subdirs.end(); it++) {
      bei->cd(*it);
      fillLayout(bei);
      bei->goUp();
    }
  }
}

void SiPixelActionExecutor::fillOccupancy ( DQMStore *  bei, bool  isbarrel  )

private

Definition at line 1521 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), DQMStore::get(), MonitorElement::getBinContent(), DQMStore::getMEs(), MonitorElement::getNbinsX(), MonitorElement::getNbinsY(), DQMStore::getSubdirs(), MonitorElement::getTH2F(), DQMStore::goUp(), i, j, OccupancyMap, path(), DQMStore::pwd(), MonitorElement::setBinContent(), and Tier0Flag_.

Referenced by createOccupancy().

{
  //occupancyprinting cout<<"entering SiPixelActionExecutor::fillOccupancy..."<<std::endl;
  if(Tier0Flag_) return;
  string currDir = bei->pwd();
  string dname = currDir.substr(currDir.find_last_of("/")+1);
  //occupancyprinting cout<<"currDir= "<<currDir<< " , dname= "<<dname<<std::endl;
    
  if(dname.find("Layer_")!=string::npos || dname.find("Disk_")!=string::npos){ 
    vector<string> meVec = bei->getMEs();
    for (vector<string>::const_iterator it = meVec.begin(); it != meVec.end(); it++) {
      string full_path = currDir + "/" + (*it);
      if(full_path.find("hitmap_siPixelDigis")!=string::npos){ // If we have the hitmap ME
    MonitorElement * me = bei->get(full_path);
    if (!me) continue;
    //occupancyprinting cout << full_path << endl;
    string path = full_path;
    while (path.find_last_of("/") != 5) // Stop before Pixel/
      {
        path = path.substr(0,path.find_last_of("/"));
        //                          cout << "\t" << path << endl;
        OccupancyMap = bei->get(path + "/" + (isbarrel?"barrel":"endcap") + "OccupancyMap");
                    
        if(OccupancyMap){ 
        for(int i=1; i!=me->getNbinsX()+1; i++) for(int j=1; j!=me->getNbinsY()+1; j++){
          float previous = OccupancyMap->getBinContent(i,j);
          OccupancyMap->setBinContent(i,j,previous + me->getBinContent(i,j));
        }
          OccupancyMap->getTH2F()->SetEntries(OccupancyMap->getTH2F()->Integral());
        }       
                    
      }
      }
            
    }
    //bei->goUp();
  } else {  
    //occupancyprinting cout<<"finding subdirs now"<<std::endl;
    vector<string> subdirs = bei->getSubdirs();
    for (vector<string>::const_iterator it = subdirs.begin(); it != subdirs.end(); it++) {
      bei->cd(*it);
      //occupancyprinting cout<<"now I am in "<<bei->pwd()<<std::endl;
      if(*it != "Pixel" && ((isbarrel && (*it).find("Barrel")==string::npos) || (!isbarrel && (*it).find("Endcap")==string::npos))) continue;
      //occupancyprinting cout<<"calling myself again "<<std::endl;
      fillOccupancy(bei, isbarrel);
      bei->goUp();
    }
  }
    
  //occupancyprinting cout<<"leaving SiPixelActionExecutor::fillOccupancy..."<<std::endl;
    
}

void SiPixelActionExecutor::fillSummary ( DQMStore *  bei, std::string  dir_name, std::vector< std::string > &  me_names, bool  isbarrel  )

private

Definition at line 392 of file SiPixelActionExecutor.cc.

References DQMStore::book1D(), DQMStore::cd(), configParser_, gather_cfg::cout, MonitorElement::Fill(), fillGrandBarrelSummaryHistos(), fillGrandEndcapSummaryHistos(), spr::find(), DQMStore::get(), MonitorElement::getBinContent(), GetBladeSubdirs(), MonitorElement::getEntries(), MonitorElement::getMean(), SiPixelConfigParser::getMENamesForGrandBarrelSummary(), SiPixelConfigParser::getMENamesForGrandEndcapSummary(), DQMStore::getMEs(), MonitorElement::getName(), MonitorElement::getNbinsX(), MonitorElement::getNbinsY(), MonitorElement::getRMS(), DQMStore::getSubdirs(), getSummaryME(), MonitorElement::getTH1F(), DQMStore::goUp(), isum, nlast, prof2calltree::prefix, DQMStore::pwd(), tablePrinter::rows, source_type_, mathSSE::sqrt(), GlobalPosition_Frontier_DevDB_cff::tag, cond::rpcobtemp::temp, and indexGen::title.

Referenced by createSummary().

{
    

  //cout<<"entering SiPixelActionExecutor::fillSummary..."<<endl;
  string currDir = bei->pwd();
  //cout<<"currDir= "<<currDir<<endl;
  string prefix;
  if(source_type_==0) prefix="SUMRAW";
  else if (source_type_==1) prefix="SUMDIG";
  else if (source_type_==2) prefix="SUMCLU";
  else if (source_type_==3) prefix="SUMTRK";
  else if (source_type_==4) prefix="SUMHIT";
  else if (source_type_>=7 && source_type_<20) prefix="SUMCAL";
  else if (source_type_==20) prefix="SUMOFF";
  if (currDir.find(dir_name) != string::npos)  {
    vector<MonitorElement*> sum_mes;
    for (vector<string>::const_iterator iv = me_names.begin();
     iv != me_names.end(); iv++) {
      if(source_type_==5||source_type_==6){
    if((*iv)=="errorType"||(*iv)=="NErrors"||(*iv)=="fullType"||(*iv)=="chanNmbr"||
       (*iv)=="TBMType"||(*iv)=="EvtNbr"||(*iv)=="evtSize"||(*iv)=="linkId"||
       (*iv)=="ROCId"||(*iv)=="DCOLId"||(*iv)=="PXId"||(*iv)=="ROCNmbr"||
       (*iv)=="TBMMessage"||(*iv)=="Type36Hitmap") 
      prefix="SUMRAW";
    else if((*iv)=="ndigis"||(*iv)=="adc")
      prefix="SUMDIG";
    else if((*iv)=="nclusters"||(*iv)=="x"||(*iv)=="y"||(*iv)=="charge"||
        (*iv)=="size"||(*iv)=="sizeX"||(*iv)=="sizeY"||(*iv)=="minrow"||
        (*iv)=="maxrow"||(*iv)=="mincol"||(*iv)=="maxcol")
      prefix="SUMCLU";
          if(currDir.find("Track")!=string::npos) prefix="SUMTRK";
    else if((*iv)=="residualX"||(*iv)=="residualY")
      prefix="SUMTRK";
    else if((*iv)=="ClustX"||(*iv)=="ClustY"||(*iv)=="nRecHits"||(*iv)=="ErrorX"||(*iv)=="ErrorY")
      prefix="SUMHIT";
    else if((*iv)=="Gain1d"||(*iv)=="GainChi2NDF1d"||
        (*iv)=="GainChi2Prob1d"||(*iv)=="Pedestal1d"||
        (*iv)=="GainNPoints1d"||(*iv)=="GainHighPoint1d"||
        (*iv)=="GainLowPoint1d"||(*iv)=="GainEndPoint1d"||
        (*iv)=="GainFitResult2d"||(*iv)=="GainDynamicRange2d"||
        (*iv)=="GainSaturate2d"||
        (*iv)=="ScurveChi2ProbSummary"||(*iv)=="ScurveFitResultSummary"||
        (*iv)=="ScurveSigmasSummary"||(*iv)=="ScurveThresholdSummary"||
        (*iv)=="pixelAliveSummary"  || (*iv) == "SiPixelErrorsCalibDigis") 
      prefix="SUMCAL"; 
      }
      MonitorElement* temp; string tag;
      if((*iv).find("residual")!=string::npos){                           // track residuals
    tag = prefix + "_" + (*iv) + "_mean_" 
      + currDir.substr(currDir.find(dir_name));
    temp = getSummaryME(bei, tag);
    sum_mes.push_back(temp);
    tag = prefix + "_" + (*iv) + "_RMS_" 
      + currDir.substr(currDir.find(dir_name));
    temp = getSummaryME(bei, tag);
    sum_mes.push_back(temp);
      }else if(prefix == "SUMCAL"){                  // calibrations
    if((*iv)=="Gain1d" || (*iv)=="GainChi2NDF1d" || (*iv)=="GainChi2Prob1d" ||
       (*iv)=="GainNPoints1d" || (*iv)=="GainHighPoint1d" ||
       (*iv)=="GainLowPoint1d" || (*iv)=="GainEndPoint1d" || 
       (*iv)=="GainDynamicRange2d" || (*iv)=="GainSaturate2d" ||
       (*iv)=="Pedestal1d" ||
       (*iv)=="ScurveChi2ProbSummary" || (*iv)=="ScurveFitResultSummary" ||
       (*iv)=="ScurveSigmasSummary" || (*iv)=="ScurveThresholdSummary"){                    
      tag = prefix + "_" + (*iv) + "_mean_" 
        + currDir.substr(currDir.find(dir_name));
      temp = getSummaryME(bei, tag);
      sum_mes.push_back(temp);
      tag = prefix + "_" + (*iv) + "_RMS_" 
        + currDir.substr(currDir.find(dir_name));
      temp = getSummaryME(bei, tag);
      sum_mes.push_back(temp);
    }else if((*iv) == "SiPixelErrorsCalibDigis"){
      tag = prefix + "_" + (*iv) + "_NCalibErrors_"
        + currDir.substr(currDir.find(dir_name));
      temp = getSummaryME(bei, tag);
      sum_mes.push_back(temp);
    }else if((*iv)=="GainFitResult2d"){
      tag = prefix + "_" + (*iv) + "_NNegativeFits_"
        + currDir.substr(currDir.find(dir_name));
      temp = getSummaryME(bei, tag);
      sum_mes.push_back(temp);
    }else if((*iv)=="pixelAliveSummary"){
      tag = prefix + "_" + (*iv) + "_FracOfPerfectPix_"
        + currDir.substr(currDir.find(dir_name));
      temp = getSummaryME(bei, tag);
      sum_mes.push_back(temp);
      tag = prefix + "_" + (*iv) + "_mean_"
        + currDir.substr(currDir.find(dir_name));
      temp = getSummaryME(bei, tag);
      sum_mes.push_back(temp);
    }
      }else{
    tag = prefix + "_" + (*iv) + "_" + currDir.substr(currDir.find(dir_name));
    temp = getSummaryME(bei, tag);
    sum_mes.push_back(temp);
    if((*iv)=="ndigis"){
      tag = prefix + "_" + (*iv) + "FREQ_" 
        + currDir.substr(currDir.find(dir_name));
      temp = getSummaryME(bei, tag);
      sum_mes.push_back(temp);
    }
    if(prefix=="SUMDIG" && (*iv)=="adc"){
      tag = "ALLMODS_" + (*iv) + "COMB_" + currDir.substr(currDir.find(dir_name));
      temp = bei->book1D(tag.c_str(), tag.c_str(),128, 0., 256.);
      sum_mes.push_back(temp);
    }
    if(prefix=="SUMCLU" && (*iv)=="charge"){
      tag = "ALLMODS_" + (*iv) + "COMB_" + currDir.substr(currDir.find(dir_name));
      temp = bei->book1D(tag.c_str(), tag.c_str(),100, 0., 200.); // To look to get the size automatically    
      sum_mes.push_back(temp);
    }
      }
    }
    if (sum_mes.size() == 0) {
      edm::LogInfo("SiPixelActionExecutor") << " Summary MEs can not be created" << "\n" ;
      return;
    }
    vector<string> subdirs = bei->getSubdirs();
//Blade
  if(dir_name.find("Blade_") == 0) GetBladeSubdirs(bei, subdirs);
    
    int ndet = 0;
    for (vector<string>::const_iterator it = subdirs.begin();
     it != subdirs.end(); it++) {
      if (prefix!="SUMOFF" && (*it).find("Module_") == string::npos) continue;
      if (prefix=="SUMOFF" && (*it).find(isbarrel?"Layer_":"Disk_") == string::npos) continue;
      bei->cd(*it);
      ndet++;

      vector<string> contents = bei->getMEs(); 
            
            for (vector<MonitorElement*>::const_iterator isum = sum_mes.begin();
                 isum != sum_mes.end(); isum++) {
                for (vector<string>::const_iterator im = contents.begin();
                     im != contents.end(); im++) {
                    string sname = ((*isum)->getName());
                    string tname = " ";
                    tname = sname.substr(7,(sname.find("_",7)-6));
                    if(sname.find("ALLMODS_adcCOMB_")!=string::npos) tname = "adc_";
                    if(sname.find("ALLMODS_chargeCOMB_")!=string::npos) tname = "charge_";
                    if(sname.find("_charge_")!=string::npos && sname.find("Track_")==string::npos) tname = "charge_";
                    if(sname.find("_nclusters_")!=string::npos && sname.find("Track_")==string::npos) tname = "nclusters_";
                    if(sname.find("_size_")!=string::npos && sname.find("Track_")==string::npos) tname = "size_";
                    if(sname.find("_charge_OffTrack_")!=string::npos) tname = "charge_OffTrack_";
                    if(sname.find("_nclusters_OffTrack_")!=string::npos) tname = "nclusters_OffTrack_";
                    if(sname.find("_size_OffTrack_")!=string::npos) tname = "size_OffTrack_";
                    if(sname.find("_sizeX_OffTrack_")!=string::npos) tname = "sizeX_OffTrack_";
                    if(sname.find("_sizeY_OffTrack_")!=string::npos) tname = "sizeY_OffTrack_";
                    if(sname.find("_charge_OnTrack_")!=string::npos) tname = "charge_OnTrack_";
                    if(sname.find("_nclusters_OnTrack_")!=string::npos) tname = "nclusters_OnTrack_";
                    if(sname.find("_size_OnTrack_")!=string::npos) tname = "size_OnTrack_";
                    if(sname.find("_sizeX_OnTrack_")!=string::npos) tname = "sizeX_OnTrack_";
                    if(sname.find("_sizeY_OnTrack_")!=string::npos) tname = "sizeY_OnTrack_";
                    //if(sname.find("ALLMODS")!=string::npos) cout<<"sname and tname= "<<sname<<","<<tname<<endl;
                    if(tname.find("FREQ")!=string::npos) tname = "ndigis_";
                    if (((*im)).find(tname) == 0) {
                        string fullpathname = bei->pwd() + "/" + (*im); 
                    //cout<<"!!!!!!!!!!!!!!!!!!!!!!SNAME= "<<sname<<endl;   
        MonitorElement *  me = bei->get(fullpathname);

        if (me){ 
          if(sname.find("_charge")!=string::npos && sname.find("Track_")==string::npos && me->getName().find("Track_")!=string::npos) continue;
          if(sname.find("_nclusters_")!=string::npos && sname.find("Track_")==string::npos && me->getName().find("Track_")!=string::npos) continue;
          if(sname.find("_size")!=string::npos && sname.find("Track_")==string::npos && me->getName().find("Track_")!=string::npos) continue;
//cout<<"tell me the sname and me name: "<<sname<<" , "<<me->getName()<<endl;
          // fill summary histos:
          if (sname.find("_RMS_")!=string::npos && 
          sname.find("GainDynamicRange2d")==string::npos && 
          sname.find("GainSaturate2d")==string::npos){
        (*isum)->Fill(ndet, me->getRMS());
          }else if (sname.find("GainDynamicRange2d")!=string::npos ||
            sname.find("GainSaturate2d")!=string::npos){
        float SumOfEntries=0.; float SumOfSquaredEntries=0.; int SumOfPixels=0;
        for(int cols=1; cols!=me->getNbinsX()+1; cols++) for(int rows=1; rows!=me->getNbinsY()+1; rows++){
          SumOfEntries+=me->getBinContent(cols,rows);
          SumOfSquaredEntries+=(me->getBinContent(cols,rows))*(me->getBinContent(cols,rows));
          SumOfPixels++;
        }

        float MeanInZ = SumOfEntries / float(SumOfPixels);
        float RMSInZ = sqrt(SumOfSquaredEntries/float(SumOfPixels));
        if(sname.find("_mean_")!=string::npos) (*isum)->Fill(ndet, MeanInZ);
        if(sname.find("_RMS_")!=string::npos) (*isum)->Fill(ndet, RMSInZ);
          }else if (sname.find("_FracOfPerfectPix_")!=string::npos){
        //printing cout<<"nbins = "<<me->getNbinsX()<<" , "<<me->getBinContent(me->getNbinsX()-1)<<" , "<<me->getBinContent(me->getNbinsX())<<endl;
        float nlast = me->getBinContent(me->getNbinsX());
        float nall = (me->getTH1F())->Integral(1,11);
        //printing cout << nall << endl;
        (*isum)->Fill(ndet, nlast/nall);
          }else if (sname.find("_NCalibErrors_")!=string::npos ||
            sname.find("FREQ_")!=string::npos){
        float nall = me->getEntries();
        (*isum)->Fill(ndet, nall);
          }else if (sname.find("GainFitResult2d")!=string::npos){
        int NegFitPixels=0;
        for(int cols=1; cols!=me->getNbinsX()+1; cols++) for(int rows=1; rows!=me->getNbinsY()+1; rows++){
          if(me->getBinContent(cols,rows)<0.) NegFitPixels++;
        }
        (*isum)->Fill(ndet, float(NegFitPixels));
          }else if (sname.find("ALLMODS_adcCOMB_")!=string::npos || 
                    (sname.find("ALLMODS_chargeCOMB_")!=string::npos && me->getName().find("Track_")==string::npos)){
        (*isum)->getTH1F()->Add(me->getTH1F());
          }else if (sname.find("_NErrors_")!=string::npos){
            string path1 = fullpathname;
        path1 = path1.replace(path1.find("NErrors"),7,"errorType");
        MonitorElement * me1 = bei->get(path1);
        bool notReset=true;
            if(me1){
              for(int jj=1; jj<16; jj++){
                if(me1->getBinContent(jj)>0.){
                  if(jj==6){ //errorType=30 (reset)
                    string path2 = path1;
            path2 = path2.replace(path2.find("errorType"),9,"TBMMessage");
                    MonitorElement * me2 = bei->get(path2);
                    if(me2) if(me2->getBinContent(6)>0. || me2->getBinContent(7)>0.) notReset=false;
              }
            }
          }
        }
        if(notReset) (*isum)->Fill(ndet, me1->getEntries());
          }else if ((sname.find("_charge_")!=string::npos && sname.find("Track_")==string::npos && 
                    me->getName().find("Track_")==string::npos) ||
            (sname.find("_charge_")!=string::npos && sname.find("_OnTrack_")!=string::npos && 
                    me->getName().find("_OnTrack_")!=string::npos) ||
            (sname.find("_charge_")!=string::npos && sname.find("_OffTrack_")!=string::npos && 
                    me->getName().find("_OffTrack_")!=string::npos) ||
            (sname.find("_nclusters_")!=string::npos && sname.find("Track_")==string::npos && 
                    me->getName().find("Track_")==string::npos) ||
            (sname.find("_nclusters_")!=string::npos && sname.find("_OnTrack_")!=string::npos && 
                    me->getName().find("_OnTrack_")!=string::npos) ||
            (sname.find("_nclusters_")!=string::npos && sname.find("_OffTrack_")!=string::npos && 
                    me->getName().find("_OffTrack_")!=string::npos) ||
            (sname.find("_size")!=string::npos && sname.find("Track_")==string::npos && 
                    me->getName().find("Track_")==string::npos) ||
            (sname.find("_size")!=string::npos && sname.find("_OnTrack_")!=string::npos && 
                    me->getName().find("_OnTrack_")!=string::npos) ||
            (sname.find("_size")!=string::npos && sname.find("_OffTrack_")!=string::npos && 
                    me->getName().find("_OffTrack_")!=string::npos)){
            (*isum)->Fill(ndet, me->getMean());
          }else if(sname.find("_charge_")==string::npos && sname.find("_nclusters_")==string::npos && sname.find("_size")==string::npos){
        (*isum)->Fill(ndet, me->getMean());
        //std::cout<<bei->pwd()<<"/"<<(*isum)->getName()<<" , "<<ndet<<" , "<<me->getMean()<<" , "<<(*isum)->getBinContent(ndet)<<std::endl;
          }
          
          // set titles:
          if(prefix=="SUMOFF"){
        (*isum)->setAxisTitle(isbarrel?"Ladders":"Blades",1);
          }else if(sname.find("ALLMODS_adcCOMB_")!=string::npos){
        (*isum)->setAxisTitle("Digi charge [ADC]",1);
          }else if(sname.find("ALLMODS_chargeCOMB_")!=string::npos){
        (*isum)->setAxisTitle("Cluster charge [kilo electrons]",1);
          }else{
        (*isum)->setAxisTitle("Modules",1);
          }
          string title = " ";
          if (sname.find("_RMS_")!=string::npos){
        title = "RMS of " + sname.substr(7,(sname.find("_",7)-7)) + " per module"; 
          }else if (sname.find("_FracOfPerfectPix_")!=string::npos){
        title = "FracOfPerfectPix " + sname.substr(7,(sname.find("_",7)-7)) + " per module"; 
          }else if(sname.find("_NCalibErrors_")!=string::npos){
        title = "Number of CalibErrors " + sname.substr(7,(sname.find("_",7)-7)) + " per module"; 
          }else if(sname.find("_NNegativeFits_")!=string::npos){
        title = "Number of pixels with neg. fit result " + sname.substr(7,(sname.find("_",7)-7)) + " per module"; 
          }else if (sname.find("FREQ_")!=string::npos){
        title = "NEvents with digis per module"; 
          }else if (sname.find("ALLMODS_adcCOMB_")!=string::npos){
        title = "NDigis";
          }else if (sname.find("ALLMODS_chargeCOMB_")!=string::npos){
        title = "NClusters";
          }else if (sname.find("_NErrors_")!=string::npos){
            if(prefix=="SUMOFF" && isbarrel) title = "Total number of errors per Ladder";
        else if(prefix=="SUMOFF" && !isbarrel) title = "Total number of errors per Blade";
        else title = "Total number of errors per Module";
          }else{
        if(prefix=="SUMOFF") title = "Mean " + sname.substr(7,(sname.find("_",7)-7)) + (isbarrel?" per Ladder":" per Blade"); 
        else title = "Mean " + sname.substr(7,(sname.find("_",7)-7)) + " per Module"; 
          }
          (*isum)->setAxisTitle(title,2);
        }
        break;
      }
    }
      }
      bei->goUp();
      if(dir_name.find("Blade") == 0) bei->goUp(); // Going up a second time if we are processing the Blade
    } // end for it (subdirs)
  } else {  
    vector<string> subdirs = bei->getSubdirs();
    // printing cout << "#\t" << bei->pwd() << endl;
    if(isbarrel)
      {
            
    for (vector<string>::const_iterator it = subdirs.begin();
         it != subdirs.end(); it++) {
      //                 cout << "##\t" << bei->pwd() << "\t" << (*it) << endl;
      if((bei->pwd()).find("Endcap")!=string::npos ||
         (bei->pwd()).find("AdditionalPixelErrors")!=string::npos) bei->goUp();
      bei->cd(*it);
      if((*it).find("Endcap")!=string::npos ||
         (*it).find("AdditionalPixelErrors")!=string::npos) continue;
      fillSummary(bei, dir_name, me_names, true); // Barrel
      bei->goUp();
    }
    string grandbarrel_structure_name;
    vector<string> grandbarrel_me_names;
    if (!configParser_->getMENamesForGrandBarrelSummary(grandbarrel_structure_name, grandbarrel_me_names)){
      cout << "SiPixelActionExecutor::createSummary: Failed to read Grand Barrel Summary configuration parameters!! ";
      return;
    }
    fillGrandBarrelSummaryHistos(bei, grandbarrel_me_names);
            
      }
    else // Endcap
      {
            
    for (vector<string>::const_iterator it = subdirs.begin();
         it != subdirs.end(); it++) {
      //                 cout << "##\t" << bei->pwd() << "\t" << (*it) << endl;
      if((bei->pwd()).find("Barrel")!=string::npos ||
         (bei->pwd()).find("AdditionalPixelErrors")!=string::npos) bei->goUp();
      bei->cd((*it));
      if ((*it).find("Barrel")!=string::npos ||
          (*it).find("AdditionalPixelErrors")!=string::npos) continue;
      fillSummary(bei, dir_name, me_names, false); // Endcap
      bei->goUp();
    }
    string grandendcap_structure_name;
    vector<string> grandendcap_me_names;
    if (!configParser_->getMENamesForGrandEndcapSummary(grandendcap_structure_name, grandendcap_me_names)){
      cout << "SiPixelActionExecutor::createSummary: Failed to read Grand Endcap Summary configuration parameters!! ";
      return;
    }
    fillGrandEndcapSummaryHistos(bei, grandendcap_me_names);
            
            
      }
  }
//  cout<<"...leaving SiPixelActionExecutor::fillSummary!"<<endl;
    
  // End of cleanup
    
    
}

void SiPixelActionExecutor::GetBladeSubdirs ( DQMStore *  bei, std::vector< std::string > &  blade_subdirs  )

private

Definition at line 373 of file SiPixelActionExecutor.cc.

References DQMStore::cd(), and DQMStore::getSubdirs().

Referenced by fillSummary().

                                                                                        {
    blade_subdirs.clear();
//  cout << "BladeSubdirs::" << bei->pwd() << endl;
    vector<string> panels = bei->getSubdirs();
    vector<string> modules;
    for (vector<string>::const_iterator it = panels.begin(); it != panels.end(); it++) {
        bei->cd(*it);
        modules = bei->getSubdirs();
        for (vector<string>::const_iterator m_it = modules.begin(); m_it != modules.end(); m_it++) {
//          cout << "Would have added " << (*m_it) << "." << endl;
            blade_subdirs.push_back(*m_it);
        }
    }
//  cout << "Got Blade subdirs" << endl;
}

void SiPixelActionExecutor::getData ( Double_t  map[][NLev2][NLev3][NLev4], std::string  type, DQMStore *  bei, funcType  ff, Int_t  i, Int_t  j, Int_t  k, Int_t  l  )

private

Definition at line 1694 of file SiPixelActionExecutor.cc.

References EachBinContent, Entries, DQMStore::get(), DQMStore::getMEs(), MonitorElement::getTH1F(), trackerHits::histo, i, j, gen::k, prof2calltree::l, m, Association::map, Mean, ExpressReco_HICollisions_FallBack::nbins, DQMStore::pwd(), Sum, and WeightedSum.

Referenced by createMap().

                                                                                                                                                       {
    
//  cout << "Starting with SiPixelActionExecutor::getData" << endl;
    vector<string> contents = bei->getMEs();
    for (vector<string>::const_iterator im = contents.begin(); im != contents.end(); im++)
    {
        if((*im).find(type + "_") == string::npos){
            // cout << "Skip";
            continue; // Searching for specific type
        }
        //cout << "Name: "  << *im << endl;
        std::string fullpathname = bei->pwd() + "/" + (*im);    
        MonitorElement*  me = bei->get(fullpathname);
        
        if (me) {
        TH1F* histo = me->getTH1F();
        
        Int_t nbins = histo->GetNbinsX();
        // cout << "# of bins: " << nbins << endl;
        switch (ff){
            case EachBinContent:
                map[i][j][k][l] = histo->GetBinContent(l + 1);
                break;
                
            case Entries:
                map[i][j][k][l] = histo->GetEntries();
                break;
                    
            case Mean:
                map[i][j][k][l] = histo->GetMean();
                break;
                            
            case Sum:
            {
                Double_t sum = 0;
                for(Int_t m = 0; m < nbins; m++)
                    sum += histo->GetBinContent(m + 1);
                map[i][j][k][l] = sum;
            }
                break;
                            
            case WeightedSum:
            {
                Double_t sum = 0;
                for(Int_t m = 0; m < nbins; m++)
                    sum += histo->GetBinContent(m + 1) * histo->GetBinLowEdge(m + 1);
                map[i][j][k][l] = sum;
            }
                break;
                
            default:
                    map[i][j][k][l] = 0;
        }
    }}
//  cout << "Done with SiPixelActionExecutor::getData" << endl;
}

MonitorElement * SiPixelActionExecutor::getFEDSummaryME ( DQMStore *  bei, std::string  me_name  )

private

Definition at line 1429 of file SiPixelActionExecutor.cc.

References DQMStore::book1D(), spr::find(), DQMStore::get(), DQMStore::getMEs(), DQMStore::pwd(), and MonitorElement::Reset().

Referenced by fillFEDErrorSummary().

                                                                       {
  //printing cout<<"Entering SiPixelActionExecutor::getFEDSummaryME..."<<endl;
  MonitorElement* me = 0;
  if((bei->pwd()).find("Pixel")==string::npos) return me;
  vector<string> contents = bei->getMEs();
    
  for (vector<string>::const_iterator it = contents.begin();
       it != contents.end(); it++) {
    if ((*it).find(me_name) == 0) {
      string fullpathname = bei->pwd() + "/" + (*it); 
            
      me = bei->get(fullpathname);
            
      if (me) {
    //printing cout<<"got the ME: "<<fullpathname<<endl;
    me->Reset();
    return me;
      }
    }
  }
  contents.clear();
  me = bei->book1D(me_name.c_str(), me_name.c_str(),40,-0.5,39.5);
  //if(me) cout<<"finally got the ME: "<<me_name<<endl;
  return me;
  //printing cout<<"...leaving SiPixelActionExecutor::getFEDSummaryME!"<<endl;
}

void SiPixelActionExecutor::getGrandSummaryME ( DQMStore *  bei, int  nbin, std::string &  me_name, std::vector< MonitorElement * > &  mes  )

private

Definition at line 1338 of file SiPixelActionExecutor.cc.

References DQMStore::book1D(), spr::find(), DQMStore::get(), DQMStore::getMEs(), DQMStore::pwd(), and MonitorElement::Reset().

Referenced by fillGrandBarrelSummaryHistos(), and fillGrandEndcapSummaryHistos().

                                                         {
  //printing cout<<"Entering SiPixelActionExecutor::getGrandSummaryME for: "<<me_name<<endl;
  if((bei->pwd()).find("Pixel")==string::npos) return; // If one doesn't find pixel
  vector<string> contents = bei->getMEs();
    
  for (vector<string>::const_iterator it = contents.begin();
       it != contents.end(); it++) {
    //printing cout<<"in grand summary me: "<<me_name<<","<<(*it)<<endl;
    if ((*it).find(me_name) == 0) {
      string fullpathname = bei->pwd() + "/" + me_name;
      //                cout << "###\t" << fullpathname << endl;
      MonitorElement* me = bei->get(fullpathname);
            
      if (me) {
    //      cout<<"Found grand ME: "<<fullpathname<<endl;
    me->Reset();
    mes.push_back(me);
    // if printing cout<<"reset and add the following me: "<<me->getName()<<endl;
    return;
      }
    }
  }

  //  MonitorElement* temp_me = bei->book1D(me_name.c_str(),me_name.c_str(),nbin,1.,nbin+1.);
  //  if (temp_me) mes.push_back(temp_me);
  MonitorElement* temp_me(0);
  if(me_name.find("ALLMODS_adcCOMB_")!=string::npos) temp_me = bei->book1D(me_name.c_str(),me_name.c_str(),128,0,256);
  else if(me_name.find("ALLMODS_chargeCOMB_")!=string::npos) temp_me = bei->book1D(me_name.c_str(),me_name.c_str(),100,0,200);
  else temp_me = bei->book1D(me_name.c_str(),me_name.c_str(),nbin,1.,nbin+1.);
  if (temp_me) mes.push_back(temp_me);
    
  //  if(temp_me) cout<<"finally found grand ME: "<<me_name<<endl;
}

MonitorElement * SiPixelActionExecutor::getSummaryME ( DQMStore *  bei, std::string  me_name  )

private

Definition at line 1380 of file SiPixelActionExecutor.cc.

References DQMStore::book1D(), spr::find(), DQMStore::get(), DQMStore::getMEs(), DQMStore::pwd(), and MonitorElement::Reset().

Referenced by fillSummary().

                                                                    {
  //printing cout<<"Entering SiPixelActionExecutor::getSummaryME for: "<<me_name<<endl;
  MonitorElement* me = 0;
  if((bei->pwd()).find("Pixel")==string::npos) return me;
  vector<string> contents = bei->getMEs();    
    
  for (vector<string>::const_iterator it = contents.begin();
       it != contents.end(); it++) {
    if ((*it).find(me_name) == 0) {
      string fullpathname = bei->pwd() + "/" + (*it); 
      me = bei->get(fullpathname);
            
      if (me) {
    //printing cout<<"got this ME: "<<fullpathname<<endl;
    me->Reset();
    return me;
      }
    }
  }
  contents.clear();
//  cout << me_name.c_str() 
//      << "\t" << ((me_name.find("SUMOFF")==string::npos)?"true":"false")
//      << "\t" << ((me_name.find("Blade_")!= string::npos)?"true":"false")
//      << "\t" << ((me_name.find("Layer1_")!=string::npos)?"true":"false")
//      << "\t" << ((me_name.find("Layer2_")!=string::npos)?"true":"false")
//      << "\t" << ((me_name.find("Layer3_")!=string::npos)?"true":"false")
//      << "\t" << ((me_name.find("Disk_")!=string::npos)?"true":"false")
//      << endl;
  if(me_name.find("SUMOFF")==string::npos){
    if(me_name.find("Blade_")!=string::npos)me = bei->book1D(me_name.c_str(), me_name.c_str(),7,1.,8.);
    else me = bei->book1D(me_name.c_str(), me_name.c_str(),4,1.,5.);
//    if(me_name.find("Panel_2")!=string::npos)  me = bei->book1D(me_name.c_str(), me_name.c_str(),3,1.,4.);
//    else me = bei->book1D(me_name.c_str(), me_name.c_str(),4,1.,5.);
  }else if(me_name.find("Layer_1")!=string::npos){ me = bei->book1D(me_name.c_str(), me_name.c_str(),10,1.,11.);
  }else if(me_name.find("Layer_2")!=string::npos){ me = bei->book1D(me_name.c_str(), me_name.c_str(),16,1.,17.);
  }else if(me_name.find("Layer_3")!=string::npos){ me = bei->book1D(me_name.c_str(), me_name.c_str(),22,1.,23.);
  }else if(me_name.find("Disk_")!=string::npos){ me = bei->book1D(me_name.c_str(), me_name.c_str(),12,1.,13.);
  }
    
  //  if(me) cout<<"Finally got this ME: "<<me_name<<endl;
  //if(me_name.find("ALLMODS_adc_")!=string::npos) me = bei->book1D(me_name.c_str(), me_name.c_str(),256, 0., 256.);
    
  //printing cout<<"...leaving SiPixelActionExecutor::getSummaryME!"<<endl;
  return me;
}

int SiPixelActionExecutor::getTkMapMENames

(

std::vector< std::string > &

names

)

Definition at line 2020 of file SiPixelActionExecutor.cc.

References tkMapMENames.

                                                                      {
  if (tkMapMENames.size() == 0) return 0;
  for (vector<string>::iterator it = tkMapMENames.begin();
       it != tkMapMENames.end(); it++) {
    names.push_back(*it) ;
  }
  return names.size();
}

Double_t SiPixelActionExecutor::mapMax ( const Double_t  map[][NLev2][NLev3][NLev4], bool  isBarrel  )

private

Definition at line 1842 of file SiPixelActionExecutor.cc.

References b, i, Association::map, max(), NLev1, and L1TEmulatorMonitor_cff::p.

Referenced by createMaps().

                                                                                              {
    
    Double_t max = map[0][0][0][0];
    
    for(Int_t p = 0 ; p < NLev1 ; p++)
        for(Int_t d = 0 ; d < (isBarrel?3:2); d++)
            for(Int_t b = 0 ; b < (isBarrel?(d*6+10):12); b++)
                for(Int_t i = 0 ; i < (isBarrel?4:7); i++)
                    if(map[p][d][b][i] > max)
                        max = map[p][d][b][i];
    // cout << "Done with SiPixelActionExecutor::mapMax" << endl;
    return max;
}

Double_t SiPixelActionExecutor::mapMin ( const Double_t  map[][NLev2][NLev3][NLev4], bool  isBarrel  )

private

Definition at line 1825 of file SiPixelActionExecutor.cc.

References b, i, Association::map, min, NLev1, and L1TEmulatorMonitor_cff::p.

Referenced by createMaps().

                                                                                              {
    
    Double_t min = map[0][0][0][0];
    
    for(Int_t p = 0 ; p < NLev1 ; p++)
        for(Int_t d = 0 ; d < (isBarrel?3:2) ; d++)
            for(Int_t b = 0 ; b < (isBarrel?(d*6+10):12) ; b++)
                for(Int_t i = 0 ; i < (isBarrel?4:7); i++){
                    if(map[p][d][b][i] < min)
                        min = map[p][d][b][i];
                }
    // cout << "Done with SiPixelActionExecutor::mapMin" << endl;
    return min;
}

void SiPixelActionExecutor::prephistosB ( MonitorElement *  me[NCyl], DQMStore *  bei, const Double_t  map[][NLev2][NLev3][NLev4], std::string  name, Double_t  min, Double_t  max  )

private

Definition at line 1753 of file SiPixelActionExecutor.cc.

References b, gather_cfg::cout, DQMStore::get(), i, Association::map, NLayer, NModuleB, L1TEmulatorMonitor_cff::p, path(), DQMStore::pwd(), and cond::rpcobtemp::temp.

Referenced by createMaps().

                                                                                                                                                                      {
    // cout << "Starting with SiPixelActionExecutor::prephistosB" << endl;
    std::string part[] = { "Layer_1", "Layer_2", "Layer_3"};
    std::string path = bei->pwd();
    for (Int_t i = 0; i < NLayer; i++)
    {
        std::string fullpath = path + "/" + "TRKMAP_" + name + "_" + part[i];
        MonitorElement* temp = bei->get(fullpath);
        if(temp)
            me[i] = temp;
        else
            cout << "Problem: " << fullpath << endl;
    }
    
    for(Int_t p = 0 ; p < NLayer ; p++){
        for(Int_t b = 0 ; b < (10 + 6 * p); b++)
            for(Int_t i = 0 ; i < NModuleB ; i++){
                me[p]->getTH2F()->SetBinContent(b + 1, i + 1, map[0][p][b][i]);
                me[p]->getTH2F()->SetBinContent(b + 1, i + 1 + NModuleB, map[1][p][b][i]);
                me[p]->getTH2F()->SetBinContent(b + 1 + 10 + 6 * p, i + 1, map[2][p][b][i]);
                me[p]->getTH2F()->SetBinContent(b + 1 + 10 + 6 * p, i + 1 + NModuleB, map[3][p][b][i]);
            }
        me[p]->getTH2F()->SetMinimum(min);
        me[p]->getTH2F()->SetMaximum(max);
    }
    // cout << "Done with SiPixelActionExecutor::prephistosB" << endl;
}

void SiPixelActionExecutor::prephistosE ( MonitorElement *  me[NCyl], DQMStore *  bei, const Double_t  map[][NLev2][NLev3][NLev4], std::string  name, Double_t  min, Double_t  max  )

private

Definition at line 1783 of file SiPixelActionExecutor.cc.

References b, trackerHits::c, gather_cfg::cout, DQMStore::get(), i, Association::map, NBlade, NCyl, NDisk, path(), DQMStore::pwd(), and cond::rpcobtemp::temp.

Referenced by createMaps().

                                                                                                                                                                     {
    // cout << "Starting with SiPixelActionExecutor::prephistosE" << endl;
    std::string part[] = { "Disc_1_M", "Disc_2_M", "Disc_1_P", "Disc_2_P" };
    std::string path = bei->pwd();
    for (Int_t i = 0; i < NCyl; i++)
    {
        std::string fullpath = path + "/" + "TRKMAP_" + name + "_" + part[i];
        MonitorElement* temp = bei->get(fullpath);
        if(temp)
        {
            me[i] = temp;
            me[i]->getTH2F()->SetMinimum(min);
            me[i]->getTH2F()->SetMaximum(max);
        }
        else
            cout << "Problem: " << fullpath << endl;
    }

    for(Int_t c = 0 ; c < NCyl ; c += 2)
        for(Int_t d = 0 ; d < NDisk ; d++)
            for(Int_t b = 0 ; b < NBlade ; b++){
                me[c + d]->getTH2F()->SetBinContent(b + 1, 1, map[c][d][b][0]);
                me[c + d]->getTH2F()->SetBinContent(b + 1, 2, map[c][d][b][4]);
                me[c + d]->getTH2F()->SetBinContent(b + 1, 3, map[c][d][b][1]);
                me[c + d]->getTH2F()->SetBinContent(b + 1, 4, map[c][d][b][5]);
                me[c + d]->getTH2F()->SetBinContent(b + 1, 5, map[c][d][b][2]);
                me[c + d]->getTH2F()->SetBinContent(b + 1, 6, map[c][d][b][6]);
                me[c + d]->getTH2F()->SetBinContent(b + 1, 7, map[c][d][b][3]);
                
                me[c + d]->getTH2F()->SetBinContent(2 * NBlade - b, 1, map[c + 1][d][b][0]);
                me[c + d]->getTH2F()->SetBinContent(2 * NBlade - b, 2, map[c + 1][d][b][4]);
                me[c + d]->getTH2F()->SetBinContent(2 * NBlade - b, 3, map[c + 1][d][b][1]);
                me[c + d]->getTH2F()->SetBinContent(2 * NBlade - b, 4, map[c + 1][d][b][5]);
                me[c + d]->getTH2F()->SetBinContent(2 * NBlade - b, 5, map[c + 1][d][b][2]);
                me[c + d]->getTH2F()->SetBinContent(2 * NBlade - b, 6, map[c + 1][d][b][6]);
                me[c + d]->getTH2F()->SetBinContent(2 * NBlade - b, 7, map[c + 1][d][b][3]);
            }
    // cout << "Done with SiPixelActionExecutor::prephistosE" << endl;
}

bool SiPixelActionExecutor::readConfiguration	(	int &	tkmap_freq,
		int &	sum_barrel_freq,
		int &	sum_endcap_freq,
		int &	sum_grandbarrel_freq,
		int &	sum_grandendcap_freq,
		int &	message_limit,
		int &	source_type,
		int &	calib_type
	)

Definition at line 75 of file SiPixelActionExecutor.cc.

References configParser_, gather_cfg::cout, SiPixelConfigParser::getCalibType(), DQMParserBase::getDocument(), SiPixelConfigParser::getFrequencyForBarrelSummary(), SiPixelConfigParser::getFrequencyForEndcapSummary(), SiPixelConfigParser::getFrequencyForGrandBarrelSummary(), SiPixelConfigParser::getFrequencyForGrandEndcapSummary(), SiPixelConfigParser::getFrequencyForTrackerMap(), SiPixelConfigParser::getMessageLimitForQTests(), SiPixelConfigParser::getSourceType(), and offlineXMLfile_.

Referenced by SiPixelWebInterface::readConfiguration().

                                            {
  //printing cout<<"Entering SiPixelActionExecutor::readConfiguration..."<<endl;
  string localPath;
  if(offlineXMLfile_) localPath = string("DQM/SiPixelMonitorClient/test/sipixel_tier0_config.xml");
  else localPath = string("DQM/SiPixelMonitorClient/test/sipixel_monitorelement_config.xml");
  if (configParser_ == 0) {
    configParser_ = new SiPixelConfigParser();
    configParser_->getDocument(edm::FileInPath(localPath).fullPath());
  }
    
  if (!configParser_->getFrequencyForTrackerMap(tkmap_freq)){
    cout << "SiPixelActionExecutor::readConfiguration: Failed to read TrackerMap configuration parameters!! ";
    return false;
  }
  if (!configParser_->getFrequencyForBarrelSummary(sum_barrel_freq)){
    edm::LogInfo("SiPixelActionExecutor") << "Failed to read Barrel Summary configuration parameters!! " << "\n" ;
    return false;
  }
  if (!configParser_->getFrequencyForEndcapSummary(sum_endcap_freq)){
    edm::LogInfo("SiPixelActionExecutor")  << "Failed to read Endcap Summary configuration parameters!! " << "\n" ;
    return false;
  }
  if (!configParser_->getFrequencyForGrandBarrelSummary(sum_grandbarrel_freq)){
    edm::LogInfo("SiPixelActionExecutor") << "Failed to read Grand Barrel Summary configuration parameters!! " << "\n" ;
    return false;
  }
  if (!configParser_->getFrequencyForGrandEndcapSummary(sum_grandendcap_freq)){
    edm::LogInfo("SiPixelActionExecutor")  << "Failed to read Grand Endcap Summary configuration parameters!! " << "\n" ;
    return false;
  }
  if (!configParser_->getMessageLimitForQTests(message_limit_)){
    edm::LogInfo("SiPixelActionExecutor")  << "Failed to read QTest Message Limit" << "\n" ;
    return false;
  }
  if (!configParser_->getSourceType(source_type_)){
    edm::LogInfo("SiPixelActionExecutor")  << "Failed to read Source Type" << "\n" ;
    return false;
  }
  if (!configParser_->getCalibType(calib_type_)){
    edm::LogInfo("SiPixelActionExecutor")  << "Failed to read Calib Type" << "\n" ;
    return false;
  }
  //printing cout<<"...leaving SiPixelActionExecutor::readConfiguration..."<<endl;
  return true;
}

bool SiPixelActionExecutor::readConfiguration	(	int &	tkmap_freq,
		int &	summary_freq
	)

Definition at line 128 of file SiPixelActionExecutor.cc.

References configParser_, gather_cfg::cout, DQMParserBase::getDocument(), SiPixelConfigParser::getFrequencyForBarrelSummary(), SiPixelConfigParser::getFrequencyForTrackerMap(), and offlineXMLfile_.

                                                                                {
  //printing cout<<"Entering SiPixelActionExecutor::readConfiguration..."<<endl;
  string localPath;
  if(offlineXMLfile_) localPath = string("DQM/SiPixelMonitorClient/test/sipixel_tier0_config.xml");
  else localPath = string("DQM/SiPixelMonitorClient/test/sipixel_monitorelement_config.xml");
  if (configParser_ == 0) {
    configParser_ = new SiPixelConfigParser();
    configParser_->getDocument(edm::FileInPath(localPath).fullPath());
  }
    
  if (!configParser_->getFrequencyForTrackerMap(tkmap_freq)){
    cout << "SiPixelActionExecutor::readConfiguration: Failed to read TrackerMap configuration parameters!! ";
    return false;
  }
  if (!configParser_->getFrequencyForBarrelSummary(summary_freq)){
    edm::LogInfo("SiPixelActionExecutor") << "Failed to read Summary configuration parameters!! " << "\n" ;
    return false;
  }
  //printing cout<<"...leaving SiPixelActionExecutor::readConfiguration..."<<endl;
  return true;
}

void SiPixelActionExecutor::readConfiguration

(

)

Definition at line 62 of file SiPixelActionExecutor.cc.

References configParser_, DQMParserBase::getDocument(), and offlineXMLfile_.

                                              {
  string localPath;
  if(offlineXMLfile_) localPath = string("DQM/SiPixelMonitorClient/test/sipixel_tier0_config.xml");
  else localPath = string("DQM/SiPixelMonitorClient/test/sipixel_monitorelement_config.xml");
  if (configParser_ == 0) {
    configParser_ = new SiPixelConfigParser();
    configParser_->getDocument(edm::FileInPath(localPath).fullPath());
  }
}

void SiPixelActionExecutor::setupQTests

(

DQMStore *

bei

)

Definition at line 1862 of file SiPixelActionExecutor.cc.

References QTestHandle::attachTests(), DQMStore::cd(), QTestHandle::configureTests(), gather_cfg::cout, edm::FileInPath::fullPath(), offlineXMLfile_, and qtHandler_.

Referenced by SiPixelWebInterface::performAction().

                                                      {
  //printing cout<<"Entering SiPixelActionExecutor::setupQTests: "<<endl;
    
  bei->cd();
  bei->cd("Pixel");
    
  string localPath;
  if(offlineXMLfile_) localPath = string("DQM/SiPixelMonitorClient/test/sipixel_tier0_qualitytest.xml");
  else localPath = string("DQM/SiPixelMonitorClient/test/sipixel_qualitytest_config.xml");
  if(!qtHandler_){
    qtHandler_ = new QTestHandle();
  }
  if(!qtHandler_->configureTests(edm::FileInPath(localPath).fullPath(),bei)){
    qtHandler_->attachTests(bei,false);
    bei->cd();
  }else{
    cout << " Problem setting up quality tests "<<endl;
  }
    
  //printing cout<<" leaving SiPixelActionExecutor::setupQTests. "<<endl;
}

Member Data Documentation

int SiPixelActionExecutor::calib_type_

private

Definition at line 139 of file SiPixelActionExecutor.h.

Referenced by checkQTestResults().

SiPixelConfigParser* SiPixelActionExecutor::configParser_

private

Definition at line 130 of file SiPixelActionExecutor.h.

Referenced by checkQTestResults(), createSummary(), fillSummary(), readConfiguration(), SiPixelActionExecutor(), and ~SiPixelActionExecutor().

SiPixelConfigWriter* SiPixelActionExecutor::configWriter_

private

Definition at line 131 of file SiPixelActionExecutor.h.

Referenced by createLayout(), createSummary(), fillLayout(), SiPixelActionExecutor(), and ~SiPixelActionExecutor().

MonitorElement* SiPixelActionExecutor::DEV_adc_Barrel

private

Definition at line 155 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::DEV_adc_Endcap

private

Definition at line 160 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::DEV_charge_Barrel

private

Definition at line 157 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::DEV_charge_Endcap

private

Definition at line 162 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::DEV_nclusters_Barrel

private

Definition at line 158 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::DEV_nclusters_Endcap

private

Definition at line 163 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::DEV_ndigis_Barrel

private

Definition at line 156 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::DEV_ndigis_Endcap

private

Definition at line 161 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::DEV_size_Barrel

private

Definition at line 159 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::DEV_size_Endcap

private

Definition at line 164 of file SiPixelActionExecutor.h.

Referenced by bookDeviations().

MonitorElement* SiPixelActionExecutor::HitEfficiency_Dm1

private

Definition at line 153 of file SiPixelActionExecutor.h.

Referenced by bookEfficiency(), and fillEfficiency().

MonitorElement* SiPixelActionExecutor::HitEfficiency_Dm2

private

Definition at line 154 of file SiPixelActionExecutor.h.

Referenced by bookEfficiency(), and fillEfficiency().

MonitorElement* SiPixelActionExecutor::HitEfficiency_Dp1

private

Definition at line 151 of file SiPixelActionExecutor.h.

Referenced by bookEfficiency(), and fillEfficiency().

MonitorElement* SiPixelActionExecutor::HitEfficiency_Dp2

private

Definition at line 152 of file SiPixelActionExecutor.h.

Referenced by bookEfficiency(), and fillEfficiency().

MonitorElement* SiPixelActionExecutor::HitEfficiency_L1

private

Definition at line 148 of file SiPixelActionExecutor.h.

Referenced by bookEfficiency(), and fillEfficiency().

MonitorElement* SiPixelActionExecutor::HitEfficiency_L2

private

Definition at line 149 of file SiPixelActionExecutor.h.

Referenced by bookEfficiency(), and fillEfficiency().

MonitorElement* SiPixelActionExecutor::HitEfficiency_L3

private

Definition at line 150 of file SiPixelActionExecutor.h.

Referenced by bookEfficiency(), and fillEfficiency().

int SiPixelActionExecutor::message_limit_

private

Definition at line 137 of file SiPixelActionExecutor.h.

Referenced by checkQTestResults().

int SiPixelActionExecutor::ndet_

private

Definition at line 140 of file SiPixelActionExecutor.h.

Referenced by dumpBarrelModIds(), dumpEndcapModIds(), and SiPixelActionExecutor().

MonitorElement* SiPixelActionExecutor::OccupancyMap

private

Definition at line 146 of file SiPixelActionExecutor.h.

Referenced by bookOccupancyPlots(), and fillOccupancy().

bool SiPixelActionExecutor::offlineXMLfile_

private

Definition at line 141 of file SiPixelActionExecutor.h.

Referenced by createSummary(), createTkMap(), readConfiguration(), and setupQTests().

MonitorElement* SiPixelActionExecutor::PixelOccupancyMap

private

Definition at line 147 of file SiPixelActionExecutor.h.

QTestHandle* SiPixelActionExecutor::qtHandler_

private

Definition at line 144 of file SiPixelActionExecutor.h.

Referenced by setupQTests(), SiPixelActionExecutor(), and ~SiPixelActionExecutor().

int SiPixelActionExecutor::source_type_

private

Definition at line 138 of file SiPixelActionExecutor.h.

Referenced by createSummary(), fillFEDErrorSummary(), fillGrandBarrelSummaryHistos(), fillGrandEndcapSummaryHistos(), and fillSummary().

std::vector<std::string> SiPixelActionExecutor::summaryMENames

private

Definition at line 134 of file SiPixelActionExecutor.h.

TH2F* SiPixelActionExecutor::temp_1x2

private

Definition at line 175 of file SiPixelActionExecutor.h.

TH2F* SiPixelActionExecutor::temp_1x5

private

Definition at line 176 of file SiPixelActionExecutor.h.

TH2F* SiPixelActionExecutor::temp_2x3

private

Definition at line 177 of file SiPixelActionExecutor.h.

TH2F* SiPixelActionExecutor::temp_2x4

private

Definition at line 178 of file SiPixelActionExecutor.h.

TH2F* SiPixelActionExecutor::temp_2x5

private

Definition at line 179 of file SiPixelActionExecutor.h.

TH2F* SiPixelActionExecutor::temp_H

private

Definition at line 174 of file SiPixelActionExecutor.h.

edm::ESHandle<SiPixelFedCablingMap> SiPixelActionExecutor::theCablingMap

private

Definition at line 132 of file SiPixelActionExecutor.h.

Referenced by dumpBarrelModIds(), and dumpEndcapModIds().

bool SiPixelActionExecutor::Tier0Flag_

private

Definition at line 142 of file SiPixelActionExecutor.h.

Referenced by bookEfficiency(), bookOccupancyPlots(), createMap(), createOccupancy(), fillEfficiency(), and fillOccupancy().

std::vector<std::string> SiPixelActionExecutor::tkMapMENames

private

Definition at line 135 of file SiPixelActionExecutor.h.

Referenced by getTkMapMENames().