#include <TTileTripReader.h>

Collaboration diagram for Root::TTileTripReader:

Public Types
enum	Verbosity { Default =0 , Debug =1 }

Public Member Functions
	TTileTripReader (const char *name="TTileTripReader")
virtual	~TTileTripReader ()
	TTileTripReader (const TTileTripReader &)=delete
TTileTripReader &	operator= (const TTileTripReader &)=delete
const char *	getName () const
	Get the name of the class instance.
const asg::AcceptInfo &	getAcceptInfo () const
asg::AcceptData	accept (int run, int lbn, unsigned int event=0, double eta=-99.9, double phi=-99.9, int tileError=0, int tileFlags=0)
double	areaTripFraction (int run, int lbn, double eta, double phi, double dR)
float	calculate (int run, int lbn, double eta, double phi, double dR, int tileError=0, int tileFlags=0)
bool	checkEtaPhi (int run, int lbn, double eta, double phi)
bool	checkEvent (unsigned int run, unsigned int lbn, unsigned int event)
bool	checkExtendedEtaPhi (int run, int lbn, double eta, double phi, double delEta, double delPhi)
int	finalize ()
std::vector< TripRegion >	getEtaPhi (int run, int lbn, bool force=false)
int	initialize ()
void	memLoadTripFile ()
	closes the ability to add more trip files to the chain and loads the current TChain into memory as a TTree.
TripRegion	partModToEtaPhi (int part, int mod)
void	readTileFlags (int run, int lbn, int tileError, int tileFlags)
int	setTripFile (const char *file)
void	setVerbosity (int v=Debug, std::ostream &stream=std::cout)

Public Attributes
TripRegion	m_LBOffsets
TripRegion	m_EBOffsets

Private Member Functions
void	buildOffsets ()
	Attempts to correct for improperly built trip list files.
int	findStartEntry (int run)
void	setBadEventList ()
	Fills the bad event map.

Private Attributes
std::string	m_name
	The name of the class instance.
asg::AcceptInfo	m_accept
TTree *	m_trips
TTree *	m_runMap
int	m_mapRun
int	m_Run
int	m_FirstEntry
int	m_currentRun
int	m_currentLbn
int	m_startEntry
int	m_verbosity
int	m_LastTileFlags
std::map< unsigned int, std::map< unsigned short, unsigned int > >	m_badEvents
std::vector< TripRegion >	m_currentTrips
std::vector< int >	m_Offsets
std::vector< char > *	m_Partition
std::vector< char > *	m_Module
int	m_LumiStart
std::vector< int > *	m_LumiEnd
std::ostream *	m_msglog
bool	m_ChainsLoaded

Detailed Description

Definition at line 40 of file TTileTripReader.h.

Member Enumeration Documentation

◆ Verbosity

enum Root::TTileTripReader::Verbosity

Enumerator
Default
Debug

Definition at line 43 of file TTileTripReader.h.

                  {
        Default=0,
        Debug=1
    };

Constructor & Destructor Documentation

◆ TTileTripReader() [1/2]

Root::TTileTripReader::TTileTripReader ( const char * name = "TTileTripReader" )

Definition at line 28 of file TTileTripReader.cxx.

  : m_name (name)
{
    m_trips=new TChain("TripList");
    m_runMap=new TChain("RunMap");
    m_currentRun=0;
    m_currentLbn=0;
    m_startEntry=0;
    m_Partition=0;
    m_Module=0;
    m_LumiEnd=0;
    m_FirstEntry=0;
    m_LumiStart=0;
    m_Run=0;
    m_mapRun=0;
    m_LastTileFlags=0;
    m_verbosity=Default;
    m_msglog=&cout;
    m_LBOffsets.eta1=0;
    m_LBOffsets.eta2=0;
    m_LBOffsets.phi1=0;
    m_LBOffsets.phi2=0;
    m_EBOffsets.eta1=0;
    m_EBOffsets.eta2=0;
    m_EBOffsets.phi1=0;
    m_EBOffsets.phi2=0;
    m_ChainsLoaded=false;
    setBadEventList();
}

◆ ~TTileTripReader()

Root::TTileTripReader::~TTileTripReader ( )

virtual

Definition at line 58 of file TTileTripReader.cxx.

                                  {
    if(m_trips)delete m_trips;
    if(m_runMap)delete m_runMap;
}

◆ TTileTripReader() [2/2]

Root::TTileTripReader::TTileTripReader ( const TTileTripReader & )

delete

Member Function Documentation

◆ accept()

asg::AcceptData Root::TTileTripReader::accept	(	int	run,
		int	lbn,
		unsigned int	event = 0,
		double	eta = -99.9,
		double	phi = -99.9,
		int	tileError = 0,
		int	tileFlags = 0 )

Parameters

run	Run number
lbn	Lumiblock number
event	Event number
eta	Eta position
phi	Phi position
tileError	the tileError value
tileFlags	the tileFlags value

Returns: Constant AcceptData containing the result of the check

Trip result is stored under "InTrip", event check is stored under "BadEvent"

Definition at line 63 of file TTileTripReader.cxx.

                                                                                                                               {
    asg::AcceptData acceptData (&m_accept);
    readTileFlags(run,lbn,tileError,tileFlags);
    if(eta!=-99.9 && phi!=-99.9)
        acceptData.setCutResult("InTrip",checkEtaPhi(run,lbn,eta,phi));
    acceptData.setCutResult("BadEvent",checkEvent((unsigned int)run,
            (unsigned short)lbn,
            (unsigned int)event));
    return acceptData;
}

◆ areaTripFraction()

double Root::TTileTripReader::areaTripFraction	(	int	run,
		int	lbn,
		double	eta,
		double	phi,
		double	dR )

Parameters

run	the run number
lbn	the lumiblock number
eta	the area central eta coordinate
phi	the area central phi coordinate
dR	the area size

Returns: The fraction of the area in eta phi space covered by tripped modules

Definition at line 74 of file TTileTripReader.cxx.

                                                                                           {
    vector<TripRegion> trips=getEtaPhi(run,lbn);
    if(phi>pi)phi=phi-2*pi;
    double dR2=dR*dR;
    double tripArea=0;
    size_t ntrips=trips.size();
    for(size_t i=0;i<ntrips;++i){
        TripRegion& trip=trips[i];
        for(double x=trip.eta1+.05;x<trip.eta2;x+=0.1 ){
            double dx2=pow(eta-x,2);
            for(double y=trip.phi1+width/8.;y<trip.phi2;y+=width/4.){
                double deltaR12 = fabs(phi - y);
                if (deltaR12 > pi)
                        deltaR12 = 2.0 * pi - deltaR12;
                double dy2=pow(deltaR12,2);
                double delR2=dx2+dy2;
                if(delR2<=dR2)
                    tripArea+=0.1*width/4.;
            }
        }
    }
    double jetArea=pi*dR*dR;
    return tripArea/jetArea;
}

◆ buildOffsets()

void Root::TTileTripReader::buildOffsets ( )

private

Attempts to correct for improperly built trip list files.

DEPRECIATED

Definition at line 104 of file TTileTripReader.cxx.

                                  {
    if(m_ChainsLoaded)return;
    ostream& msg=*m_msglog;
    m_Offsets.clear();
    m_Offsets.push_back(0);
    int nTrees=static_cast<TChain*>(m_trips)->GetNtrees();
    if(nTrees==1){
        int mapentries=m_runMap->GetEntries();
        for(int i=0;i<mapentries;++i){
            m_runMap->GetEntry(i);
            m_trips->GetEntry(m_FirstEntry+m_Offsets.back());
            if(m_Run!=m_mapRun){
                int findRun=m_mapRun;
                m_runMap->GetEntry(i-1);
                if(m_verbosity==Debug){
                    msg<<"Searching for "<<findRun<<" starting from "<<
                            m_mapRun<<" current offset "<<m_Offsets.back()<<
                            endl;
                }
                int tripEntry=m_FirstEntry+m_Offsets.back();
                while(m_Run!=findRun){
                   if(!m_trips->GetEntry(tripEntry)){
                       msg<<"Overshot the end of the TTree!\n";
                       return;
                   }
                   ++tripEntry;
                }
                m_Offsets.push_back(tripEntry-1);
            }
        }
        return;
    }
    m_trips->SetBranchStatus("*",0);
    int tree=0;
    while(tree<nTrees){
        m_trips->GetEntry(m_Offsets.back());
        TTree* currentTree=m_trips->GetTree();
        m_Offsets.push_back(currentTree->GetEntries()+m_Offsets.back());        
        ++tree;
    }
    m_trips->SetBranchStatus("*",1);
}

◆ calculate()

float Root::TTileTripReader::calculate	(	int	run,
		int	lbn,
		double	eta,
		double	phi,
		double	dR,
		int	tileError = 0,
		int	tileFlags = 0 )

Parameters

run	Run number
lbn	Lumiblock number
eta	Eta value of cone center
phi	Phi value of cone center
dR	Radius of the cone in (eta,phi) space
tileError	the tileError value
tileFlags	the tileFlags value

Returns: fraction of the area in eta phi space covered by tripped modules

Definition at line 99 of file TTileTripReader.cxx.

                                                                                                                 {
    readTileFlags(run,lbn,tileError,tileFlags);
    return areaTripFraction(run,lbn,eta,phi,dR);
}

◆ checkEtaPhi()

bool Root::TTileTripReader::checkEtaPhi	(	int	run,
		int	lbn,
		double	eta,
		double	phi )

Parameters

run	the run number
lbn	the lumiblock number
eta	eta value to check
phi	phi value to check

Returns: true if there's a tripped module in the region

Definition at line 147 of file TTileTripReader.cxx.

                                                                         {
    ostream& msg=*m_msglog;
    vector<TripRegion> tripRegions=getEtaPhi(run,lbn);
    size_t ntrips=tripRegions.size();
    if(phi>pi)phi=phi-2.*pi;
    if(m_verbosity==Debug){
        msg<<"Checking region eta= "<<eta<<", phi="<<phi<<" for run "<<run<<
                " lbn "<<lbn<<endl;
    }
    
    for(size_t i=0;i<ntrips;++i){
        if(tripRegions[i].eta1==0 || tripRegions[i].eta1==-0.9){// Long Barrel
            //Use a delta phi check to account for extended regions around pi--
            double delPhi=tripRegions[i].phi2+m_LBOffsets.phi2-tripRegions[i].phi1+m_LBOffsets.phi1;
            delPhi/=2.;
            double tripPhiCenter=fabs(delPhi+tripRegions[i].phi1-m_LBOffsets.phi1) <= pi ?
                delPhi+tripRegions[i].phi1-m_LBOffsets.phi1 : tripRegions[i].phi2+m_LBOffsets.phi2 - delPhi;            
            double deltaR12 = fabs(phi - tripPhiCenter);
            if (deltaR12 > pi)
                    deltaR12 = 2.0 * pi - deltaR12;
            //--
            if(tripRegions[i].eta1-m_LBOffsets.eta1<=eta &&
                    tripRegions[i].eta2+m_LBOffsets.eta2>=eta &&
                    deltaR12<delPhi) 
                return true;
        }
        else{// Extended Barrel
            //Use a delta phi check to account for extended regions around pi--
            double delPhi=tripRegions[i].phi2+m_EBOffsets.phi2-tripRegions[i].phi1+m_EBOffsets.phi1;
            delPhi/=2.;
            double tripPhiCenter=fabs(delPhi+tripRegions[i].phi1-m_EBOffsets.phi1) <= pi ?
                delPhi+tripRegions[i].phi1-m_EBOffsets.phi1 : tripRegions[i].phi2+m_EBOffsets.phi2 - delPhi;            
            double deltaR12 = fabs(phi - tripPhiCenter);
            if (deltaR12 > pi)
                    deltaR12 = 2.0 * pi - deltaR12;
            //--
            if(tripRegions[i].eta1-m_EBOffsets.eta1<=eta &&
                    tripRegions[i].eta2+m_EBOffsets.eta2>=eta &&
                    deltaR12<delPhi ) 
                return true;            
        }
    }
    return false;
}

◆ checkEvent()

bool Root::TTileTripReader::checkEvent	(	unsigned int	run,
		unsigned int	lbn,
		unsigned int	event )

Parameters

run	Run number
lbn	Lumiblock number
event	event number

Returns: true if event is good false if bad

Checks against an internal map of 433 bad events

Definition at line 192 of file TTileTripReader.cxx.

                                                                                      {
    ostream& msg=*m_msglog;
    unsigned int evt;
    if(m_verbosity==Debug){
        msg<<"Checking bad event for run= "<<run<<", lbn="<<lbn<<" event "<<
                event<<endl;
    }
    map<unsigned int,map<unsigned short,unsigned int> >::iterator itr=m_badEvents.find(run);
    if(itr!=m_badEvents.end()){
        map<unsigned short,unsigned int>& lumi=(*itr).second;
        map<unsigned short,unsigned int>::iterator litr=lumi.find(lbn);
        if(litr!=lumi.end()){
            evt=(*litr).second;
            if(m_verbosity==Debug){
                msg<<"run= "<<run<<", lbn="<<lbn<<" event "<<
                        event<<" pass check = "<<(evt!=event)<<endl;
            }
            return (evt!=event);
        }
        if(m_verbosity==Debug){
            msg<<"run= "<<run<<", lbn="<<lbn<<" event "<<
                    event<<" pass check = "<<true<<endl;
        }        
        return true;
    }
    if(m_verbosity==Debug){
        msg<<"run= "<<run<<", lbn="<<lbn<<" event "<<
                event<<" pass check = "<<true<<endl;
    }   
    return true;
}

◆ checkExtendedEtaPhi()

bool Root::TTileTripReader::checkExtendedEtaPhi	(	int	run,
		int	lbn,
		double	eta,
		double	phi,
		double	delEta,
		double	delPhi )

Parameters

run	the run number
lbn	the lumiblock number
eta	eta value to check
phi	phi value to check
delEta	extends each trip region checked by delEta on both sides
delPhi	extends each trip region checked by delPhi on both sides

Returns: true if there's a tripped module near eta,phi

Definition at line 224 of file TTileTripReader.cxx.

                                                                                                               {
    ostream& msg=*m_msglog;
    vector<TripRegion> tripRegions=getEtaPhi(run,lbn);
    size_t ntrips=tripRegions.size();
    if(phi>pi)phi=phi-2.*pi;
    if(m_verbosity==Debug){
        msg<<"Checking region eta= "<<eta<<", phi="<<phi<<" for run "<<run<<
                " lbn "<<lbn<<endl;
    }
    for(size_t i=0;i<ntrips;++i){
        //Use a delta phi check to account for extended regions around pi--
        double dPhi=tripRegions[i].phi2+delPhi-tripRegions[i].phi1+delPhi;
        dPhi/=2.;
        double tripPhiCenter=fabs(dPhi+tripRegions[i].phi1-delPhi) <= pi ?
            dPhi+tripRegions[i].phi1-delPhi : tripRegions[i].phi2+delPhi - dPhi;            
        double deltaR12 = fabs(phi - tripPhiCenter);
        if (deltaR12 > pi)
                deltaR12 = 2.0 * pi - deltaR12;
        //--
        if(tripRegions[i].eta1-delEta<=eta && tripRegions[i].eta2+delEta>=eta &&
               tripRegions[i].phi1-delPhi<=phi && tripRegions[i].phi2+delPhi>=phi ) 
            return true;
    }
    return false;
}

◆ finalize()

int Root::TTileTripReader::finalize ( )

inline

Definition at line 139 of file TTileTripReader.h.

139{ return 1; }

◆ findStartEntry()

int Root::TTileTripReader::findStartEntry ( int run )

private

Parameters

run	Run number

Returns: Position in trip TTree where the run starts

Definition at line 250 of file TTileTripReader.cxx.

                                          {
    ostream& msg=*m_msglog;
    if(run==m_currentRun)return m_startEntry;
    int entry=-1;
    do{
        ++entry;
        if(!m_runMap->GetEntry(entry))return -999;
    }while(run!=m_mapRun);
    if(m_Offsets.empty()){
        m_trips->GetEntry(m_FirstEntry);
        m_startEntry=m_FirstEntry;
    }
    else{
        if(m_ChainsLoaded || static_cast<TChain*>(m_runMap)->GetNtrees()==1){
            size_t nOffsets=m_Offsets.size();
            for(size_t i=0;i<nOffsets;++i){
                m_trips->GetEntry(m_FirstEntry+m_Offsets[i]);
                if(m_Run==run){
                    m_startEntry=m_FirstEntry+m_Offsets[i];
                    break;
                }
            }
            if(m_Run!=run)
                msg<<"Problem!  Can't find proper offset\n";
        }
        else{
            int offIdx=m_runMap->GetTreeNumber();
            m_startEntry=m_FirstEntry+m_Offsets[offIdx];
            m_trips->GetEntry(m_startEntry);
        }
    }
    if(m_Run!=run){
        msg<<"Problem!  Can't find proper offset\n";
        return -999;
//        buildOffsets();
//        m_runMap->GetEntry(entry);
//        if(m_runMap->GetNtrees()==1){
//            size_t nOffsets=m_Offsets.size();
//            for(size_t i=0;i<nOffsets;++i){
//                m_startEntry=m_FirstEntry+m_Offsets[i];
//                m_trips->GetEntry(m_FirstEntry+m_Offsets[i]);
//                if(m_Run==run)break;
//            }
//            if(m_Run!=run)
//                msg<<"Problem!  Can't find proper offset\n";
//        }
//        else{
//            int offIdx=m_runMap->GetTreeNumber();
//            m_startEntry=m_FirstEntry+m_Offsets[offIdx];
//        }
    }
    m_currentRun=run;
    if(m_verbosity==Debug){
        const string partition[4]={
            "LBA",
            "LBC",
            "EBA",
            "EBC"
        };
        msg<<"Trip list for run "<<run<<endl;
        msg<<"First entry val="<<m_startEntry<<endl;
        int loop=m_startEntry;
        m_trips->GetEntry(loop);
        msg<<" Run returned = "<<m_Run<<endl;
        while(m_Run==run){
            vector<char>& part=*m_Partition;
            vector<char>& mod=*m_Module;
            vector<int>& lbend=*m_LumiEnd;
            size_t ntrips=lbend.size();
            for(size_t i=0;i<ntrips;++i){
                msg<<m_Run<<" "<<partition[(int)part[i]]<<
                        setfill('0')<<setw(2)<<(int)mod[i]+1<<setw(4)<<
                        " lbn"<<m_LumiStart<<"-"<<
                        lbend[i]<<endl;
                
            }            
            ++loop;
            m_trips->GetEntry(loop);
        }
    } 
    return m_startEntry;
}

◆ getAcceptInfo()

const asg::AcceptInfo & Root::TTileTripReader::getAcceptInfo ( ) const

inline

Definition at line 57 of file TTileTripReader.h.

    {
      return m_accept;
    }

◆ getEtaPhi()

vector< TripRegion > Root::TTileTripReader::getEtaPhi	(	int	run,
		int	lbn,
		bool	force = false )

Parameters

run	the run number
lbn	the lumiblock number
force	Forces regenerating the trip list when the run and lbn haven't changed

Returns: a vector containing TripRegions structs for all trip regions

Definition at line 333 of file TTileTripReader.cxx.

                                                                         {
    ostream& msg=*m_msglog;
    if(run==m_currentRun && m_currentLbn==lbn && !force){
        if(m_verbosity==Debug){
            msg<<"Trip regions found for run "<<run<<" lbn "<<lbn<<endl;
            size_t ntrips=m_currentTrips.size();
            for(size_t i=0;i<ntrips;++i){
                msg<<m_currentTrips[i].eta1<<" <= eta <= "<<
                        m_currentTrips[i].eta2<<endl<<" "<<
                        m_currentTrips[i].phi1<<" <= phi <= "<<
                        m_currentTrips[i].phi2<<endl;
            }
        }
        return m_currentTrips;
    }
    int entry=findStartEntry(run);
    if(entry==-999){
        vector<TripRegion> emptyTrips;
        msg<<"Run not contained in chain!\n";
        return emptyTrips;
    }
    vector<TripRegion>& tripRegions=m_currentTrips;
    tripRegions.clear();
//    m_currentLbn=lbn;
    if(m_verbosity==Debug)
        msg<<"Generating trip regions found for run "<<run<<" lbn "<<lbn<<
                " Current run = "<<m_currentRun<<" current lbn = "<<
                m_currentLbn<<endl;
    if(!m_trips->GetEntry(entry)){
        msg<<"Run not contained in trip chain!\n";
        return tripRegions;
    }
    while(run==m_Run){
        vector<char>& part=*m_Partition;
        vector<char>& mod=*m_Module;
        vector<int>& lbend=*m_LumiEnd;
        size_t ntrips=lbend.size();
        if(m_LumiStart<=lbn){
            for(size_t i=0;i<ntrips;++i){
                if(lbend[i]>=lbn){
                    tripRegions.push_back(partModToEtaPhi(part[i],mod[i]));
                    if(m_verbosity==Debug){
                        msg<<tripRegions.back().eta1<<" <= eta <= "<<
                                tripRegions.back().eta2<<endl<<" "<<
                                tripRegions.back().phi1<<" <= phi <= "<<
                                tripRegions.back().phi2<<endl;
                    }
                }
            }
            
        }
        ++entry;
        if(!m_trips->GetEntry(entry)){
            msg<<"Run not contained in trip chain!\n";
            return tripRegions;
        }
    }
    m_currentLbn=lbn;
    return tripRegions;
}

◆ getName()

const char * Root::TTileTripReader::getName ( ) const

inline

Get the name of the class instance.

Definition at line 55 of file TTileTripReader.h.

55{ return m_name.c_str(); };

◆ initialize()

int Root::TTileTripReader::initialize ( )

Definition at line 394 of file TTileTripReader.cxx.

                               {
#ifndef ROOTCORE
    m_accept.addCut("InTrip","true if eta phi fall inside a powered off module");
#endif /*ROOTCORE*/
    return 1;
}

◆ memLoadTripFile()

void Root::TTileTripReader::memLoadTripFile ( )

closes the ability to add more trip files to the chain and loads the current TChain into memory as a TTree.

Definition at line 401 of file TTileTripReader.cxx.

                                     {
    if(m_ChainsLoaded)return;
    TChain* tripMap=static_cast<TChain*>(m_trips);
    TChain* runMap=static_cast<TChain*>(m_runMap);
    m_trips=new TTree("TripList_Mem","Memory loaded TripList");
    m_runMap=new TTree("RunMap_Mem","Starting entry for each run in TripList");
    
    m_runMap->Branch("Run",&m_mapRun,"Run/I");
    m_runMap->Branch("FirstEntry",&m_FirstEntry,"FirstEntry/I");
    
    m_trips->Branch("Run",&m_Run,"Run/I");
    m_trips->Branch("LumiStart",&m_LumiStart,"LumiStart/I");
    m_trips->Branch("Partition",&m_Partition);
    m_trips->Branch("Module",&m_Module);
    m_trips->Branch("LumiEnd",&m_LumiEnd);
    
    m_currentRun=0;
    m_currentLbn=0;
    m_startEntry=0;
    
    int entry=0;
    while(runMap->GetEntry(entry)){
        m_runMap->Fill();
        ++entry;
    }
    entry=0;
    while(tripMap->GetEntry(entry)){
        m_trips->Fill();
        ++entry;
    }
    delete tripMap;
    delete runMap;
    m_ChainsLoaded=true;
    
}

◆ operator=()

TTileTripReader & Root::TTileTripReader::operator= ( const TTileTripReader & )

delete

◆ partModToEtaPhi()

TripRegion Root::TTileTripReader::partModToEtaPhi	(	int	part,
		int	mod )

Parameters

part	tile partition: LBA=0, LBC=1, EBA=2, EBC=3
mod	tile module. Note: starts at 0, not 1

Returns: A TripRegion struct containing the limits of the module

Definition at line 437 of file TTileTripReader.cxx.

                                                            {
    ostream& msg=*m_msglog;
    TripRegion region;
    switch(part){
        case 0: //LBA
            region.eta1=0;
            region.eta2=0.9;
            break;
        case 1: //LBC
            region.eta1=-0.9;
            region.eta2=0;
            break;
        case 2: //EBA
            region.eta1=0.8;
            region.eta2=1.7;
            break;
        case 3: //EBC
            region.eta1=-1.7;
            region.eta2=-0.8;
            break;
        default:
            msg<<"Bad partition value passed!\n";
            region.eta1=-999;
            region.eta2=-999;
            region.phi1=-999;
            region.phi2=-999;
            return region;
    }
    if(mod<32){
        region.phi1=((double)mod)*width;
        region.phi2=region.phi1+width;
    }
    else if(mod<64){
        region.phi1=((double)mod)*width-2.*pi;
        region.phi2=region.phi1+width;        
    }
    else{
        msg<<"Bad module value passed!\n";
        region.eta1=-999;
        region.eta2=-999;
        region.phi1=-999;
        region.phi2=-999;
        return region;
    }
    if(m_verbosity==Debug){
        const string partition[4]={
            "LBA",
            "LBC",
            "EBA",
            "EBC"
        };
        msg<<"Module "<<partition[part]<<setfill('0')<<setw(2)<<mod+1<<
                " region "<<region.eta1<<" <= eta <= "<<region.eta2<<" "<<
                region.phi1<<" <= phi <= "<<region.phi2<<endl;
    }
    return region;    
}

◆ readTileFlags()

void Root::TTileTripReader::readTileFlags	(	int	run,
		int	lbn,
		int	tileError,
		int	tileFlags )

Parameters

run	the run number
lbn	the lumiblock number
tileError	the tileError value
tileFlags	the tileFlags value

Uses the tileError and tileFlags values to improve the set of trip regions in the event.

Definition at line 495 of file TTileTripReader.cxx.

                                                                                 {
    ostream& msg=*m_msglog;
    if(tileError==0 && m_LastTileFlags){//force regenerating trip list if tileError=OK and previously an error was present
        getEtaPhi(run,lbn,true);
        m_LastTileFlags=0;
    } 
    if(tileError!=1)return; //Tile flags only contain extra masked module info if tileError==1 or Warning
    if(tileFlags==m_LastTileFlags){
        if(m_verbosity==Debug){
            size_t ntrips=m_currentTrips.size();
            msg<<"Total masked before reading tileFlags = "<<ntrips<<endl;
        }
        return;
    }//if the flags havent changed since last time, don't regenerate the trip regions
    m_LastTileFlags=tileFlags;
    getEtaPhi(run, lbn,true);//Generates a fresh set of TripRegions from DCS to compare to the flags
    int consecBad = (tileFlags>>16) & 0xF;  //consecutive bad modules
    int badMod1 = (tileFlags>>20) & 0x3F; //first module number
    int badMod2= (badMod1 + consecBad - 1); //last module number
    int part = ((tileFlags>>26) & 0x3); //partition number
    
    int greaterMod=-1;
    if(badMod2>63){
        greaterMod=badMod2-64;
        badMod2=63;
    }
    
    int currentMod=badMod1;
    while(currentMod<=badMod2){
        TripRegion trip=partModToEtaPhi(part,currentMod);
        size_t ntrips=m_currentTrips.size();
        bool inDCSlist=false;
        for(size_t i=0;i<ntrips;++i){
            if(m_currentTrips[i].eta1==trip.eta1 &&
                    m_currentTrips[i].eta2==trip.eta2 &&
                    m_currentTrips[i].phi1==trip.phi1 &&
                    m_currentTrips[i].phi2==trip.phi2 ){
                inDCSlist=true;
                break;
            }
        }
        if(!inDCSlist){
            m_currentTrips.push_back(trip);
            if(m_verbosity==Debug){
                const string partition[4]={
                   "LBA",
                   "LBC",
                   "EBA",
                   "EBC"
                };
                msg<<"Read masked module "<<partition[part]<<setfill('0')<<setw(2)<<currentMod+1<<
                        " region "<<trip.eta1<<" <= eta <= "<<trip.eta2<<" "<<
                        trip.phi1<<" <= phi <= "<<trip.phi2<<endl;
            } 
        }
        ++currentMod;
    }
    
    if(m_verbosity==Debug){
        size_t ntrips=m_currentTrips.size();
        msg<<"Total masked after reading tileFlags = "<<ntrips<<endl;
        for(size_t i=0;i<ntrips;++i){
            TripRegion& trip=m_currentTrips[i];
            msg<<"Region "<<i<<" "<<trip.eta1<<" <= eta <= "<<trip.eta2<<" "<<
                        trip.phi1<<" <= phi <= "<<trip.phi2<<endl;
        }
    }
    
    if(greaterMod<0)return;
    currentMod=0;
    while(currentMod<=greaterMod){
        TripRegion trip=partModToEtaPhi(part,currentMod);
        size_t ntrips=m_currentTrips.size();
        bool inDCSlist=false;
        for(size_t i=0;i<ntrips;++i){
            if(m_currentTrips[i].eta1==trip.eta1 &&
                    m_currentTrips[i].eta2==trip.eta2 &&
                    m_currentTrips[i].phi1==trip.phi1 &&
                    m_currentTrips[i].phi2==trip.phi2 ){
                inDCSlist=true;
                break;
            }
        }
        if(!inDCSlist){
            m_currentTrips.push_back(trip);
            if(m_verbosity==Debug){
                const string partition[4]={
                   "LBA",
                   "LBC",
                   "EBA",
                   "EBC"
                };
                msg<<"Read masked module "<<partition[part]<<setfill('0')<<setw(2)<<currentMod+1<<
                        " region "<<trip.eta1<<" <= eta <= "<<trip.eta2<<" "<<
                        trip.phi1<<" <= phi <= "<<trip.phi2<<endl;
            } 
        }
        ++currentMod;
    }
    
    if(m_verbosity==Debug){
        size_t ntrips=m_currentTrips.size();
        msg<<"Total masked after reading tileFlags = "<<ntrips<<endl;
        for(size_t i=0;i<ntrips;++i){
            TripRegion& trip=m_currentTrips[i];
            msg<<"Region "<<i<<" "<<trip.eta1<<" <= eta <= "<<trip.eta2<<" "<<
                        trip.phi1<<" <= phi <= "<<trip.phi2<<endl;
        }
    }
}

◆ setBadEventList()

void Root::TTileTripReader::setBadEventList ( )

private

Fills the bad event map.

Definition at line 636 of file TTileTripReader.cxx.

                                     {
    m_badEvents[211620][ 809] = 30918608;
    m_badEvents[211620][ 911] = 50250818;
    m_badEvents[211670][ 170] = 23991666;
    m_badEvents[211670][ 249] = 32887308;
    m_badEvents[211697][ 296] = 20481958;
    m_badEvents[211772][ 453] = 24016459;
    m_badEvents[211772][ 487] = 32756300;
    m_badEvents[211772][ 537] = 43708856;
    m_badEvents[211772][ 665] = 66256038;
    m_badEvents[211772][ 677] = 69195161;
    m_badEvents[211772][ 682] = 70495320;
    m_badEvents[211772][ 713] = 77315023;
    m_badEvents[211787][ 137] = 25075877;
    m_badEvents[211787][ 156] = 27722626;
    m_badEvents[211787][ 231] = 45498134;
    m_badEvents[211787][ 327] = 70283778;
    m_badEvents[211787][ 341] = 73478541;
    m_badEvents[211787][ 379] = 78891936;
    m_badEvents[211787][ 495] = 104208286;
    m_badEvents[211787][ 533] = 112676423;
    m_badEvents[211787][ 606] = 125346821;
    m_badEvents[211787][ 674] = 134529732;
    m_badEvents[211787][ 684] = 136745813;
    m_badEvents[211787][ 687] = 137325328;
    m_badEvents[211787][ 705] = 141053713;
    m_badEvents[211787][ 737] = 145106825;
    m_badEvents[211787][ 781] = 151535382;
    m_badEvents[211787][ 808] = 155908888;
    m_badEvents[211787][ 833] = 160751251;
    m_badEvents[211867][ 415] = 118577411;
    m_badEvents[211867][ 446] = 126968304;
    m_badEvents[211867][ 476] = 135267293;
    m_badEvents[211867][ 488] = 137377078;
    m_badEvents[211867][ 504] = 138631284;
    m_badEvents[211867][ 585] = 156060507;
    m_badEvents[211867][ 601] = 159474909;
    m_badEvents[211867][ 643] = 166995382;
    m_badEvents[211867][ 653] = 169150580;
    m_badEvents[211867][ 664] = 171728297;
    m_badEvents[211867][ 682] = 175037695;
    m_badEvents[211867][ 697] = 177341927;
    m_badEvents[211867][ 708] = 179982739;
    m_badEvents[211867][ 869] = 205041330;
    m_badEvents[211867][ 979] = 217122251;
    m_badEvents[211867][1080] = 235986744;
    m_badEvents[211937][ 273] = 79579535;
    m_badEvents[211937][ 311] = 91096963;
    m_badEvents[211937][ 344] = 100555317;
    m_badEvents[211937][ 363] = 106299191;
    m_badEvents[211937][ 433] = 126166771;
    m_badEvents[211937][ 442] = 128380852;
    m_badEvents[211937][ 539] = 149037480;
    m_badEvents[211937][ 573] = 154820435;
    m_badEvents[211937][ 626] = 163148429;
    m_badEvents[211937][ 681] = 172136294;
    m_badEvents[212034][ 268] = 61304416;
    m_badEvents[212034][ 295] = 70488269;
    m_badEvents[212034][ 373] = 92815632;
    m_badEvents[212034][ 377] = 94077220;
    m_badEvents[212034][ 447] = 110479727;
    m_badEvents[212034][ 449] = 111039026;
    m_badEvents[212103][ 265] = 74171827;
    m_badEvents[212142][ 159] = 42259370;
    m_badEvents[212142][ 187] = 49777048;
    m_badEvents[212142][ 241] = 55650409;
    m_badEvents[212142][ 251] = 58080132;
    m_badEvents[212142][ 259] = 60326167;
    m_badEvents[212142][ 305] = 70626642;
    m_badEvents[212144][ 336] = 82794753;
    m_badEvents[212144][ 555] = 123722841;
    m_badEvents[212144][ 594] = 129844287;
    m_badEvents[212144][ 904] = 184774366;
    m_badEvents[212144][ 946] = 193059339;
    m_badEvents[212144][ 981] = 199214801;
    m_badEvents[212144][ 994] = 201867125;
    m_badEvents[212144][1094] = 218050419;
    m_badEvents[212144][1221] = 237399658;
    m_badEvents[212172][ 128] = 34183408;
    m_badEvents[212172][ 133] = 35958783;
    m_badEvents[212172][ 274] = 68520156;
    m_badEvents[212172][ 283] = 71005981;
    m_badEvents[212172][ 303] = 75609633;
    m_badEvents[212172][ 435] = 102794917;
    m_badEvents[212172][ 453] = 106963891;
    m_badEvents[212172][ 587] = 133067590;
    m_badEvents[212172][ 787] = 165298506;
    m_badEvents[212172][ 825] = 172232714;
    m_badEvents[212199][ 131] = 34583718;
    m_badEvents[212199][ 138] = 36561516;
    m_badEvents[212199][ 165] = 45222651;
    m_badEvents[212199][ 368] = 97625582;
    m_badEvents[212199][ 400] = 105175388;
    m_badEvents[212199][ 414] = 108306676;
    m_badEvents[212199][ 479] = 122276322;
    m_badEvents[212199][ 485] = 123361057;
    m_badEvents[212199][ 557] = 139813253;
    m_badEvents[212199][ 628] = 154879540;
    m_badEvents[212272][ 399] = 112893675;
    m_badEvents[212272][ 402] = 113746110;
    m_badEvents[212272][ 467] = 132448931;
    m_badEvents[212272][ 491] = 139054835;
    m_badEvents[212272][ 504] = 142569344;
    m_badEvents[212272][ 520] = 146768355;
    m_badEvents[212272][ 622] = 170422008;
    m_badEvents[212272][ 656] = 177673918;
    m_badEvents[212272][ 824] = 213994461;
    m_badEvents[212272][ 893] = 227713742;
    m_badEvents[212663][ 312] = 79790422;
    m_badEvents[212663][ 316] = 80951546;
    m_badEvents[212663][ 326] = 83989774;
    m_badEvents[212663][ 366] = 94212644;
    m_badEvents[212663][ 381] = 97930421;
    m_badEvents[212663][ 383] = 98521948;
    m_badEvents[212663][ 387] = 99677557;
    m_badEvents[212687][ 114] = 17058218;
    m_badEvents[212687][ 126] = 21243793;
    m_badEvents[212687][ 168] = 32985216;
    m_badEvents[212687][ 271] = 58155185;
    m_badEvents[212687][ 323] = 70331631;
    m_badEvents[212687][ 357] = 77176767;
    m_badEvents[212721][ 201] = 52039190;
    m_badEvents[212721][ 220] = 58603120;
    m_badEvents[212721][ 246] = 65278591;
    m_badEvents[212721][ 252] = 67402330;
    m_badEvents[212721][ 289] = 75228740;
    m_badEvents[212721][ 319] = 82842050;
    m_badEvents[212721][ 479] = 122996628;
    m_badEvents[212721][ 565] = 142364781;
    m_badEvents[212721][ 604] = 150988998;
    m_badEvents[212721][ 632] = 155954020;
    m_badEvents[212742][ 207] = 60144748;
    m_badEvents[212742][ 223] = 62405230;
    m_badEvents[212742][ 241] = 68197732;
    m_badEvents[212742][ 293] = 83308673;
    m_badEvents[212742][ 295] = 83626188;
    m_badEvents[212742][ 317] = 88821259;
    m_badEvents[212742][ 331] = 92381337;
    m_badEvents[212742][ 560] = 141298623;
    m_badEvents[212742][ 565] = 142245925;
    m_badEvents[212742][ 647] = 157663517;
    m_badEvents[212809][ 303] = 88340723;
    m_badEvents[212815][ 109] = 31575524;
    m_badEvents[212815][ 165] = 49225559;
    m_badEvents[212815][ 204] = 60227314;
    m_badEvents[212815][ 205] = 60579290;
    m_badEvents[212815][ 225] = 65242249;
    m_badEvents[212815][ 227] = 65919654;
    m_badEvents[212815][ 274] = 76382992;
    m_badEvents[212815][ 406] = 105164459;
    m_badEvents[212815][ 631] = 150577349;
    m_badEvents[212815][ 638] = 151728427;
    m_badEvents[212858][ 222] = 62152125;
    m_badEvents[212858][ 225] = 62891044;
    m_badEvents[212858][ 274] = 77090238;
    m_badEvents[212858][ 362] = 99938214;
    m_badEvents[212858][ 379] = 103224773;
    m_badEvents[212858][ 646] = 160856798;
    m_badEvents[212858][ 777] = 184840226;
    m_badEvents[212858][ 801] = 189409163;
    m_badEvents[212858][ 885] = 204054306;
    m_badEvents[212858][ 951] = 214360091;
    m_badEvents[212967][ 131] = 36562258;
    m_badEvents[212967][ 257] = 63562358;
    m_badEvents[212967][ 277] = 67422524;
    m_badEvents[212967][ 389] = 92025946;
    m_badEvents[212967][ 433] = 100838299;
    m_badEvents[212993][ 163] = 46421469;
    m_badEvents[212993][ 244] = 71271803;
    m_badEvents[212993][ 290] = 83452971;
    m_badEvents[212993][ 433] = 114146865;
    m_badEvents[212993][ 495] = 127176803;
    m_badEvents[212993][ 518] = 132055043;
    m_badEvents[212993][ 711] = 161451113;
    m_badEvents[213039][ 435] = 123595163;
    m_badEvents[213039][ 442] = 125966331;
    m_badEvents[213039][ 444] = 126635986;
    m_badEvents[213039][ 449] = 127047496;
    m_badEvents[213039][ 491] = 139509462;
    m_badEvents[213039][ 506] = 143494956;
    m_badEvents[213039][ 508] = 144037393;
    m_badEvents[213039][ 664] = 183458266;
    m_badEvents[213039][ 672] = 185493703;
    m_badEvents[213039][ 676] = 186652045;
    m_badEvents[213039][ 810] = 218014014;
    m_badEvents[213039][ 844] = 226420789;
    m_badEvents[213039][ 942] = 248131356;
    m_badEvents[213039][ 984] = 255977737;
    m_badEvents[213039][ 985] = 256259471;
    m_badEvents[213039][1028] = 264763402;
    m_badEvents[213039][1091] = 278267871;
    m_badEvents[213079][ 76] = 21118131;
    m_badEvents[213079][ 93] = 26924960;
    m_badEvents[213079][ 107] = 31629850;
    m_badEvents[213079][ 108] = 32121270;
    m_badEvents[213079][ 142] = 42417897;
    m_badEvents[213079][ 253] = 68071791;
    m_badEvents[213079][ 388] = 97942628;
    m_badEvents[213079][ 406] = 101552414;
    m_badEvents[213079][ 446] = 109435226;
    m_badEvents[213079][ 491] = 118065478;
    m_badEvents[213092][ 304] = 89221417;
    m_badEvents[213092][ 329] = 98196863;
    m_badEvents[213092][ 336] = 100870506;
    m_badEvents[213092][ 413] = 125456520;
    m_badEvents[213092][ 428] = 128742710;
    m_badEvents[213092][ 442] = 131280992;
    m_badEvents[213092][ 455] = 135005521;
    m_badEvents[213092][ 456] = 135419301;
    m_badEvents[213092][ 461] = 136517543;
    m_badEvents[213130][ 225] = 66606499;
    m_badEvents[213130][ 238] = 70706931;
    m_badEvents[213130][ 302] = 87362821;
    m_badEvents[213130][ 369] = 104601473;
    m_badEvents[213155][ 161] = 45502898;
    m_badEvents[213155][ 226] = 65665665;
    m_badEvents[213155][ 253] = 74594415;
    m_badEvents[213155][ 271] = 79960342;
    m_badEvents[213157][ 96] = 27645561;
    m_badEvents[213157][ 97] = 27788698;
    m_badEvents[213157][ 173] = 51882395;
    m_badEvents[213157][ 175] = 52411595;
    m_badEvents[213157][ 197] = 57234239;
    m_badEvents[213157][ 206] = 58514150;
    m_badEvents[213157][ 242] = 63663521;
    m_badEvents[213157][ 255] = 67535487;
    m_badEvents[213157][ 270] = 71637795;
    m_badEvents[213250][ 205] = 60520332;
    m_badEvents[213250][ 222] = 65257465;
    m_badEvents[213250][ 247] = 72263290;
    m_badEvents[213250][ 320] = 92907476;
    m_badEvents[213250][ 363] = 103329459;
    m_badEvents[213250][ 382] = 108284785;
    m_badEvents[213250][ 451] = 128056187;
    m_badEvents[213314][ 409] = 124373091;
    m_badEvents[213359][ 46] = 11973418;
    m_badEvents[213359][ 100] = 29627794;
    m_badEvents[213359][ 134] = 41636632;
    m_badEvents[213431][ 371] = 113733490;
    m_badEvents[213431][ 383] = 117357719;
    m_badEvents[213486][ 226] = 62935200;
    m_badEvents[213486][ 356] = 98460803;
    m_badEvents[213486][ 369] = 103161912;
    m_badEvents[213486][ 408] = 116687821;
    m_badEvents[213486][ 443] = 127413823;
    m_badEvents[213486][ 470] = 136352132;
    m_badEvents[213486][ 605] = 172136447;
    m_badEvents[213539][ 166] = 48261169;
    m_badEvents[213539][ 343] = 96085689;
    m_badEvents[213539][ 364] = 101400979;
    m_badEvents[213539][ 401] = 110923015;
    m_badEvents[213539][ 437] = 122855066;
    m_badEvents[213539][ 457] = 129277962;
    m_badEvents[213539][ 471] = 132857115;
    m_badEvents[213539][ 596] = 174867207;
    m_badEvents[213539][ 702] = 206952674;
    m_badEvents[213539][ 722] = 213262287;
    m_badEvents[213539][ 867] = 257284352;
    m_badEvents[213539][ 918] = 271585195;
    m_badEvents[213539][ 935] = 276532153;
    m_badEvents[213539][1062] = 311135385;
    m_badEvents[213539][1093] = 319727565;
    m_badEvents[213539][1152] = 336490953;
    m_badEvents[213627][ 272] = 80425704;
    m_badEvents[213640][ 56] = 12005902;
    m_badEvents[213640][ 70] = 14918463;
    m_badEvents[213640][ 81] = 18079040;
    m_badEvents[213640][ 163] = 39220054;
    m_badEvents[213684][ 253] = 70685007;
    m_badEvents[213695][ 260] = 78929129;
    m_badEvents[213695][ 275] = 83295843;
    m_badEvents[213695][ 395] = 118353505;
    m_badEvents[213695][ 422] = 127780110;
    m_badEvents[213702][ 224] = 65859325;
    m_badEvents[213702][ 234] = 69356479;
    m_badEvents[213702][ 241] = 71928803;
    m_badEvents[213754][ 439] = 130286845;
    m_badEvents[213754][ 468] = 139658841;
    m_badEvents[213754][ 487] = 145336905;
    m_badEvents[213754][ 501] = 149295259;
    m_badEvents[213754][ 513] = 152831111;
    m_badEvents[213754][ 530] = 158255438;
    m_badEvents[213754][ 661] = 194754352;
    m_badEvents[213754][ 668] = 197140774;
    m_badEvents[213754][ 826] = 239811696;
    m_badEvents[213754][ 881] = 258669913;
    m_badEvents[213754][ 938] = 277098450;
    m_badEvents[213754][1142] = 338925991;
    m_badEvents[213754][1329] = 392113583;
    m_badEvents[213796][ 158] = 44507365;
    m_badEvents[213796][ 206] = 58985238;
    m_badEvents[213796][ 301] = 83448459;
    m_badEvents[213796][ 333] = 93593176;
    m_badEvents[213796][ 360] = 99781558;
    m_badEvents[213816][ 192] = 55406360;
    m_badEvents[213816][ 269] = 78481689;
    m_badEvents[213816][ 283] = 82641406;
    m_badEvents[213816][ 370] = 108457578;
    m_badEvents[213819][ 160] = 46811285;
    m_badEvents[213819][ 180] = 52871721;
    m_badEvents[213819][ 202] = 59259282;
    m_badEvents[213819][ 239] = 68706061;
    m_badEvents[213819][ 280] = 81117930;
    m_badEvents[213819][ 305] = 87854925;
    m_badEvents[213819][ 332] = 95539190;
    m_badEvents[213900][ 324] = 96085442;
    m_badEvents[213900][ 349] = 104773361;
    m_badEvents[213900][ 373] = 110881775;
    m_badEvents[213900][ 475] = 139955858;
    m_badEvents[213900][ 491] = 144250720;
    m_badEvents[213900][ 561] = 167029804;
    m_badEvents[213900][ 624] = 186510324;
    m_badEvents[213900][ 722] = 218591613;
    m_badEvents[213900][ 734] = 221225189;
    m_badEvents[213900][ 871] = 263297620;
    m_badEvents[213951][ 271] = 79566293;
    m_badEvents[213951][ 401] = 118812783;
    m_badEvents[213951][ 441] = 128654993;
    m_badEvents[213951][ 457] = 132288337;
    m_badEvents[213951][ 571] = 154551203;
    m_badEvents[213951][ 620] = 169085961;
    m_badEvents[213964][ 52] = 13462948;
    m_badEvents[213968][ 179] = 52179074;
    m_badEvents[213968][ 206] = 60769634;
    m_badEvents[214021][ 377] = 111694242;
    m_badEvents[214021][ 393] = 116031010;
    m_badEvents[214021][ 515] = 151050310;
    m_badEvents[214021][ 529] = 154745174;
    m_badEvents[214021][ 531] = 155421765;
    m_badEvents[214021][ 577] = 167678775;
    m_badEvents[214021][ 687] = 201372055;
    m_badEvents[214021][ 753] = 223504090;
    m_badEvents[214021][ 862] = 256032256;
    m_badEvents[214021][1077] = 315933922;
    m_badEvents[214086][ 198] = 58661578;
    m_badEvents[214086][ 222] = 65915113;
    m_badEvents[214086][ 265] = 78838619;
    m_badEvents[214086][ 312] = 90367641;
    m_badEvents[214086][ 337] = 97701655;
    m_badEvents[214086][ 398] = 117844979;
    m_badEvents[214086][ 405] = 120239052;
    m_badEvents[214086][ 505] = 151404219;
    m_badEvents[214086][ 511] = 152654874;
    m_badEvents[214086][ 583] = 175508847;
    m_badEvents[214086][ 620] = 187280092;
    m_badEvents[214086][ 862] = 259666334;
    m_badEvents[214086][ 935] = 280635242;
    m_badEvents[214086][ 949] = 284662039;
    m_badEvents[214086][1152] = 337584653;
    m_badEvents[214160][ 120] = 35196096;
    m_badEvents[214160][ 132] = 39644970;
    m_badEvents[214160][ 304] = 91735548;
    m_badEvents[214160][ 446] = 134801908;
    m_badEvents[214160][ 489] = 148028079;
    m_badEvents[214160][ 673] = 208029920;
    m_badEvents[214160][ 713] = 219965263;
    m_badEvents[214176][ 348] = 101831142;
    m_badEvents[214216][ 315] = 92809021;
    m_badEvents[214216][ 327] = 95746910;
    m_badEvents[214216][ 409] = 119902265;
    m_badEvents[214216][ 426] = 124577717;
    m_badEvents[214216][ 443] = 129177081;
    m_badEvents[214216][ 524] = 157789464;
    m_badEvents[214216][ 604] = 182047256;
    m_badEvents[214216][ 609] = 183268716;
    m_badEvents[214216][ 620] = 186867324;
    m_badEvents[214216][ 643] = 194803186;
    m_badEvents[214216][ 654] = 198743354;
    m_badEvents[214216][ 693] = 211156533;
    m_badEvents[214216][ 718] = 219502607;
    m_badEvents[214388][ 482] = 141016617;
    m_badEvents[214388][ 512] = 149507370;
    m_badEvents[214388][ 529] = 154431800;
    m_badEvents[214388][ 546] = 160010331;
    m_badEvents[214390][ 126] = 30550658;
    m_badEvents[214390][ 165] = 43024151;
    m_badEvents[214390][ 396] = 106759792;
    m_badEvents[214494][ 109] = 29478633;
    m_badEvents[214494][ 139] = 39122996;
    m_badEvents[214494][ 153] = 42985263;
    m_badEvents[214494][ 235] = 67626184;
    m_badEvents[214494][ 240] = 68658006;
    m_badEvents[214494][ 361] = 107230032;
    m_badEvents[214494][ 376] = 112238214;
    m_badEvents[214494][ 388] = 115761949;
    m_badEvents[214494][ 438] = 130702325;
    m_badEvents[214494][ 469] = 140339628;
    m_badEvents[214494][ 478] = 143408490;
    m_badEvents[214494][ 528] = 158894657;
    m_badEvents[214494][ 628] = 187805212;
    m_badEvents[214523][ 190] = 50181037;
    m_badEvents[214523][ 208] = 55621427;
    m_badEvents[214523][ 215] = 57401419;
    m_badEvents[214523][ 227] = 61119795;
    m_badEvents[214523][ 293] = 80518599;
    m_badEvents[214523][ 306] = 83568653;
    m_badEvents[214523][ 358] = 97821922;
    m_badEvents[214523][ 383] = 105821339;
    m_badEvents[214523][ 608] = 175714199;
    m_badEvents[214523][ 649] = 187930472;
    m_badEvents[214523][ 692] = 201168808;
    m_badEvents[214523][ 707] = 205911433;
    m_badEvents[214544][ 121] = 32531579;
    m_badEvents[214544][ 128] = 34278960;
    m_badEvents[214544][ 196] = 52990693;
    m_badEvents[214544][ 238] = 63202772;
    m_badEvents[214544][ 264] = 69547403;
    m_badEvents[214544][ 309] = 80169757;
    m_badEvents[214544][ 358] = 95684444;
    m_badEvents[214544][ 415] = 113028399;
    m_badEvents[214544][ 425] = 116453891;
    m_badEvents[214544][ 512] = 144322637;
    m_badEvents[214544][ 530] = 150403783;
    m_badEvents[214544][ 551] = 156914594;
    m_badEvents[214544][ 581] = 165650856;
    m_badEvents[214544][ 610] = 173948673;
    m_badEvents[214544][ 663] = 189356210;
    m_badEvents[214553][ 81] = 21848484;
    m_badEvents[214553][ 107] = 28867085;
    m_badEvents[214553][ 143] = 34975171;
    m_badEvents[214553][ 175] = 43375728;
    m_badEvents[214553][ 235] = 55710673;
    m_badEvents[214553][ 278] = 65777105;
    m_badEvents[214553][ 336] = 83565966;
    m_badEvents[214553][ 351] = 88977043;
    m_badEvents[214553][ 352] = 89040957;
    m_badEvents[214553][ 392] = 101340699;
    m_badEvents[214553][ 403] = 104486789;
    m_badEvents[214553][ 465] = 123363220;
    m_badEvents[214553][ 498] = 133139714;
    m_badEvents[214553][ 519] = 140070084;
    m_badEvents[214553][ 673] = 185284263;
    m_badEvents[214553][ 678] = 186353867;
    m_badEvents[214553][ 694] = 191167020;
 
}

◆ setTripFile()

int Root::TTileTripReader::setTripFile ( const char * file )

Parameters

file	the file path to the trip list root file

Returns: the number of files added

The trip reader uses TChain to read the TTrees inside the root file.
You can load multiple files by using wildcards.

Definition at line 606 of file TTileTripReader.cxx.

                                                {
    ostream& msg=*m_msglog;
    if(m_ChainsLoaded){
        msg<<"ERROR:  Cannot add more trip files to the chain after you have closed the file and loaded it into memory!\n";
        return 0;
    }
    int files_connected=0;
    files_connected=static_cast<TChain*>(m_trips)->Add(file);
    if(files_connected!=static_cast<TChain*>(m_runMap)->Add(file))
        msg<<"Connected file missmatch.\n";
    
    m_mapRun=0;
    m_FirstEntry=0;
    m_runMap->SetBranchAddress("Run",&m_mapRun);
    m_runMap->SetBranchAddress("FirstEntry",&m_FirstEntry);
    
    m_Run=0;
    m_Partition=0;
    m_Module=0;
    m_LumiStart=0;
    m_LumiEnd=0;
    m_trips->SetBranchAddress("Run",&m_Run);
    m_trips->SetBranchAddress("Partition",&m_Partition);
    m_trips->SetBranchAddress("Module",&m_Module);
    m_trips->SetBranchAddress("LumiStart",&m_LumiStart);
    m_trips->SetBranchAddress("LumiEnd",&m_LumiEnd);
    
    return files_connected;
}

◆ setVerbosity()

void Root::TTileTripReader::setVerbosity	(	int	v = Debug,
		std::ostream &	stream = std::cout )

inline

Definition at line 188 of file TTileTripReader.h.

                                                             {
        m_verbosity=v;
        m_msglog=&stream;
    }

Member Data Documentation

◆ m_accept

asg::AcceptInfo Root::TTileTripReader::m_accept

private

Definition at line 217 of file TTileTripReader.h.

◆ m_badEvents

std::map<unsigned int,std::map<unsigned short,unsigned int> > Root::TTileTripReader::m_badEvents

private

Definition at line 229 of file TTileTripReader.h.

◆ m_ChainsLoaded

bool Root::TTileTripReader::m_ChainsLoaded

private

Definition at line 237 of file TTileTripReader.h.

◆ m_currentLbn

int Root::TTileTripReader::m_currentLbn

private

Definition at line 225 of file TTileTripReader.h.

◆ m_currentRun

int Root::TTileTripReader::m_currentRun

private

Definition at line 224 of file TTileTripReader.h.

◆ m_currentTrips

std::vector<TripRegion> Root::TTileTripReader::m_currentTrips

private

Definition at line 230 of file TTileTripReader.h.

◆ m_EBOffsets

TripRegion Root::TTileTripReader::m_EBOffsets

Definition at line 194 of file TTileTripReader.h.

◆ m_FirstEntry

int Root::TTileTripReader::m_FirstEntry

private

Definition at line 223 of file TTileTripReader.h.

◆ m_LastTileFlags

int Root::TTileTripReader::m_LastTileFlags

private

Definition at line 228 of file TTileTripReader.h.

◆ m_LBOffsets

TripRegion Root::TTileTripReader::m_LBOffsets

Definition at line 193 of file TTileTripReader.h.

◆ m_LumiEnd

std::vector<int>* Root::TTileTripReader::m_LumiEnd

private

Definition at line 235 of file TTileTripReader.h.

◆ m_LumiStart

int Root::TTileTripReader::m_LumiStart

private

Definition at line 234 of file TTileTripReader.h.

◆ m_mapRun

int Root::TTileTripReader::m_mapRun

private

Definition at line 221 of file TTileTripReader.h.

◆ m_Module

std::vector<char>* Root::TTileTripReader::m_Module

private

Definition at line 233 of file TTileTripReader.h.

◆ m_msglog

std::ostream* Root::TTileTripReader::m_msglog

private

Definition at line 236 of file TTileTripReader.h.

◆ m_name

std::string Root::TTileTripReader::m_name

private

The name of the class instance.

Definition at line 215 of file TTileTripReader.h.

◆ m_Offsets

std::vector<int> Root::TTileTripReader::m_Offsets

private

Definition at line 231 of file TTileTripReader.h.

◆ m_Partition

std::vector<char>* Root::TTileTripReader::m_Partition

private

Definition at line 232 of file TTileTripReader.h.

◆ m_Run

int Root::TTileTripReader::m_Run

private

Definition at line 222 of file TTileTripReader.h.

◆ m_runMap

TTree* Root::TTileTripReader::m_runMap

private

Definition at line 220 of file TTileTripReader.h.

◆ m_startEntry

int Root::TTileTripReader::m_startEntry

private

Definition at line 226 of file TTileTripReader.h.

◆ m_trips

TTree* Root::TTileTripReader::m_trips

private

Definition at line 219 of file TTileTripReader.h.

◆ m_verbosity

int Root::TTileTripReader::m_verbosity

private

Definition at line 227 of file TTileTripReader.h.

The documentation for this class was generated from the following files:

Public Types

Public Member Functions

Public Attributes

Private Member Functions

Private Attributes

Detailed Description

Member Enumeration Documentation

◆ Verbosity

Constructor & Destructor Documentation

◆ TTileTripReader() [1/2]

◆ ~TTileTripReader()

◆ TTileTripReader() [2/2]

Member Function Documentation

◆ accept()

◆ areaTripFraction()

◆ buildOffsets()

◆ calculate()

◆ checkEtaPhi()

◆ checkEvent()

◆ checkExtendedEtaPhi()

◆ finalize()

◆ findStartEntry()

◆ getAcceptInfo()

◆ getEtaPhi()

◆ getName()

◆ initialize()

◆ memLoadTripFile()

◆ operator=()

◆ partModToEtaPhi()

◆ readTileFlags()

◆ setBadEventList()

◆ setTripFile()

◆ setVerbosity()

Member Data Documentation

◆ m_accept

◆ m_badEvents

◆ m_ChainsLoaded

◆ m_currentLbn

◆ m_currentRun

◆ m_currentTrips

◆ m_EBOffsets

◆ m_FirstEntry

◆ m_LastTileFlags

◆ m_LBOffsets

◆ m_LumiEnd

◆ m_LumiStart

◆ m_mapRun

◆ m_Module

◆ m_msglog

◆ m_name

◆ m_Offsets

◆ m_Partition

◆ m_Run

◆ m_runMap

◆ m_startEntry

◆ m_trips

◆ m_verbosity