RPCEfficiencySecond Class Reference

#include <RPCEfficiencySecond.h>

Inheritance diagram for RPCEfficiencySecond:

Public Member Functions
int	rollY (std::string shortname, std::vector< std::string > rollNames)
	RPCEfficiencySecond (const edm::ParameterSet &)
	~RPCEfficiencySecond ()
Public Member Functions inherited from edm::EDAnalyzer
	EDAnalyzer ()
std::string	workerType () const
virtual	~EDAnalyzer ()

Public Attributes
MonitorElement *	Disk1Summary
MonitorElement *	Disk2Summary
MonitorElement *	Disk3Summary
MonitorElement *	Diskm1Summary
MonitorElement *	Diskm2Summary
MonitorElement *	Diskm3Summary
MonitorElement *	EffDistroD1
MonitorElement *	EffDistroD2
MonitorElement *	EffDistroD3
MonitorElement *	EffDistroDm1
MonitorElement *	EffDistroDm2
MonitorElement *	EffDistroDm3
MonitorElement *	EffDistroW0
MonitorElement *	EffDistroW1
MonitorElement *	EffDistroW2
MonitorElement *	EffDistroWm1
MonitorElement *	EffDistroWm2
MonitorElement *	EffGlobD1
MonitorElement *	EffGlobD2
MonitorElement *	EffGlobD3
MonitorElement *	EffGlobDm1
MonitorElement *	EffGlobDm2
MonitorElement *	EffGlobDm3
MonitorElement *	EffGlobW0
MonitorElement *	EffGlobW1
MonitorElement *	EffGlobW2
MonitorElement *	EffGlobWm1
MonitorElement *	EffGlobWm2
MonitorElement *	ExGregD1R2
MonitorElement *	ExGregD1R3
MonitorElement *	ExGregD2R2
MonitorElement *	ExGregD2R3
MonitorElement *	ExGregD3R2
MonitorElement *	ExGregD3R3
MonitorElement *	ExGregDm1R2
MonitorElement *	ExGregDm1R3
MonitorElement *	ExGregDm2R2
MonitorElement *	ExGregDm2R3
MonitorElement *	ExGregDm3R2
MonitorElement *	ExGregDm3R3
MonitorElement *	ExpLayerW0
MonitorElement *	ExpLayerW1
MonitorElement *	ExpLayerW2
MonitorElement *	ExpLayerWm1
MonitorElement *	ExpLayerWm2
MonitorElement *	ExsectorEffW0
MonitorElement *	ExsectorEffW1
MonitorElement *	ExsectorEffW2
MonitorElement *	ExsectorEffWm1
MonitorElement *	ExsectorEffWm2
MonitorElement *	GregD1R2
MonitorElement *	GregD1R3
MonitorElement *	GregD2R2
MonitorElement *	GregD2R3
MonitorElement *	GregD3R2
MonitorElement *	GregD3R3
MonitorElement *	GregDm1R2
MonitorElement *	GregDm1R3
MonitorElement *	GregDm2R2
MonitorElement *	GregDm2R3
MonitorElement *	GregDm3R2
MonitorElement *	GregDm3R3
MonitorElement *	histoCSC
MonitorElement *	histoCSC2
MonitorElement *	histoDT
MonitorElement *	histoDT2
MonitorElement *	histoeffIdRPC_CSC
MonitorElement *	histoeffIdRPC_DT
MonitorElement *	histoPRO
MonitorElement *	histoRealRPC
MonitorElement *	histoRealRPC2
MonitorElement *	histoRPC
MonitorElement *	histoRPC2
MonitorElement *	ObsLayerW0
MonitorElement *	ObsLayerW1
MonitorElement *	ObsLayerW2
MonitorElement *	ObsLayerWm1
MonitorElement *	ObsLayerWm2
MonitorElement *	OcGregD1R2
MonitorElement *	OcGregD1R3
MonitorElement *	OcGregD2R2
MonitorElement *	OcGregD2R3
MonitorElement *	OcGregD3R2
MonitorElement *	OcGregD3R3
MonitorElement *	OcGregDm1R2
MonitorElement *	OcGregDm1R3
MonitorElement *	OcGregDm2R2
MonitorElement *	OcGregDm2R3
MonitorElement *	OcGregDm3R2
MonitorElement *	OcGregDm3R3
MonitorElement *	OcsectorEffW0
MonitorElement *	OcsectorEffW1
MonitorElement *	OcsectorEffW2
MonitorElement *	OcsectorEffWm1
MonitorElement *	OcsectorEffWm2
MonitorElement *	sectorEffW0
MonitorElement *	sectorEffW1
MonitorElement *	sectorEffW2
MonitorElement *	sectorEffWm1
MonitorElement *	sectorEffWm2
MonitorElement *	Wheel0Summary
MonitorElement *	Wheel1Summary
MonitorElement *	Wheel2Summary
MonitorElement *	Wheelm1Summary
MonitorElement *	Wheelm2Summary

Private Member Functions
virtual void	analyze (const edm::Event &, const edm::EventSetup &)
virtual void	beginRun (const edm::Run &, const edm::EventSetup &iSetup)
std::map< std::string, MonitorElement * >	bookDetUnitSeg (RPCDetId &detId, int nstrips, std::string folder)
virtual void	endJob ()
virtual void	endRun (const edm::Run &, const edm::EventSetup &)

Private Attributes
bool	barrel
DQMStore *	dbe
bool	debug
bool	endcap
std::string	folderPath
std::map< int, std::map < std::string, MonitorElement * > >	meCollection
std::string	NameFile
bool	SaveFile

Additional Inherited Members
Public Types inherited from edm::EDAnalyzer
typedef EDAnalyzer	ModuleType
typedef WorkerT< EDAnalyzer >	WorkerType
Static Public Member Functions inherited from edm::EDAnalyzer
static const std::string &	baseType ()
static void	fillDescriptions (ConfigurationDescriptions &descriptions)
static void	prevalidate (ConfigurationDescriptions &)
Protected Member Functions inherited from edm::EDAnalyzer
CurrentProcessingContext const *	currentContext () const

Detailed Description

Class for RPC Monitoring: use RPCDigi and DT and CSC Segments.

Date:

2011/07/06 09:09:58

Revision:

1.12

Author

Camilo Carrillo (Uniandes)

Definition at line 39 of file RPCEfficiencySecond.h.

Constructor & Destructor Documentation

RPCEfficiencySecond::RPCEfficiencySecond ( const edm::ParameterSet &  iConfig )

explicit

Definition at line 24 of file RPCEfficiencySecond.cc.

References barrel, debug, endcap, folderPath, edm::ParameterSet::getUntrackedParameter(), NameFile, and SaveFile.

                                                                      {
  SaveFile  = iConfig.getUntrackedParameter<bool>("SaveFile", false); 
  NameFile  = iConfig.getUntrackedParameter<std::string>("NameFile","RPCEfficiency.root"); 
  folderPath  = iConfig.getUntrackedParameter<std::string>("folderPath","RPC/RPCEfficiency/"); 
  debug = iConfig.getUntrackedParameter<bool>("debug",false); 
  barrel = iConfig.getUntrackedParameter<bool>("barrel"); 
  endcap = iConfig.getUntrackedParameter<bool>("endcap"); 
}

RPCEfficiencySecond::~RPCEfficiencySecond

(

)

Definition at line 33 of file RPCEfficiencySecond.cc.

{}

Member Function Documentation

void RPCEfficiencySecond::analyze ( const edm::Event &  iEvent, const edm::EventSetup &  iSetup  )

privatevirtual

Implements edm::EDAnalyzer.

Definition at line 391 of file RPCEfficiencySecond.cc.

{ }

void RPCEfficiencySecond::beginRun ( const edm::Run &  , const edm::EventSetup &  iSetup  )

privatevirtual

Reimplemented from edm::EDAnalyzer.

Definition at line 35 of file RPCEfficiencySecond.cc.

References DQMStore::book1D(), DQMStore::book2D(), dbe, Disk1Summary, Disk2Summary, Disk3Summary, Diskm1Summary, Diskm2Summary, Diskm3Summary, EffDistroD1, EffDistroD2, EffDistroD3, EffDistroDm1, EffDistroDm2, EffDistroDm3, EffDistroW0, EffDistroW1, EffDistroW2, EffDistroWm1, EffDistroWm2, EffGlobD1, EffGlobD2, EffGlobD3, EffGlobDm1, EffGlobDm2, EffGlobDm3, EffGlobW0, EffGlobW1, EffGlobW2, EffGlobWm1, EffGlobWm2, ExGregD1R2, ExGregD1R3, ExGregD2R2, ExGregD2R3, ExGregD3R2, ExGregD3R3, ExGregDm1R2, ExGregDm1R3, ExGregDm2R2, ExGregDm2R3, ExGregDm3R2, ExGregDm3R3, ExpLayerW0, ExpLayerW1, ExpLayerW2, ExpLayerWm1, ExpLayerWm2, ExsectorEffW0, ExsectorEffW1, ExsectorEffW2, ExsectorEffWm1, ExsectorEffWm2, folderPath, GregD1R2, GregD1R3, GregD2R2, GregD2R3, GregD3R2, GregD3R3, GregDm1R2, GregDm1R3, GregDm2R2, GregDm2R3, GregDm3R2, GregDm3R3, rpcdqm::utils::labelXAxisSector(), rpcdqm::utils::labelXAxisSegment(), rpcdqm::utils::labelYAxisRing(), rpcdqm::utils::labelYAxisRoll(), ObsLayerW0, ObsLayerW1, ObsLayerW2, ObsLayerWm1, ObsLayerWm2, OcGregD1R2, OcGregD1R3, OcGregD2R2, OcGregD2R3, OcGregD3R2, OcGregD3R3, OcGregDm1R2, OcGregDm1R3, OcGregDm2R2, OcGregDm2R3, OcGregDm3R2, OcGregDm3R3, OcsectorEffW0, OcsectorEffW1, OcsectorEffW2, OcsectorEffWm1, OcsectorEffWm2, cppFunctionSkipper::operator, sectorEffW0, sectorEffW1, sectorEffW2, sectorEffWm1, sectorEffWm2, DQMStore::setCurrentFolder(), Wheel0Summary, Wheel1Summary, Wheel2Summary, Wheelm1Summary, and Wheelm2Summary.

                                                                            {
  
  dbe = edm::Service<DQMStore>().operator->();

//  if(debug) std::cout<<"Booking Residuals Barrel"<<std::endl;
//  dbe->setCurrentFolder(folderPath+"ResidualsBarrel/");
 
  //Barrel
//   hGlobal2ResClu1La1 = dbe->book1D("GlobalResidualsClu1La1","RPC Residuals Layer 1 Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1La2 = dbe->book1D("GlobalResidualsClu1La2","RPC Residuals Layer 2 Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1La3 = dbe->book1D("GlobalResidualsClu1La3","RPC Residuals Layer 3 Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1La4 = dbe->book1D("GlobalResidualsClu1La4","RPC Residuals Layer 4 Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1La5 = dbe->book1D("GlobalResidualsClu1La5","RPC Residuals Layer 5 Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1La6 = dbe->book1D("GlobalResidualsClu1La6","RPC Residuals Layer 6 Cluster Size 1",101,-10.,10.);

//   hGlobal2ResClu2La1 = dbe->book1D("GlobalResidualsClu2La1","RPC Residuals Layer 1 Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2La2 = dbe->book1D("GlobalResidualsClu2La2","RPC Residuals Layer 2 Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2La3 = dbe->book1D("GlobalResidualsClu2La3","RPC Residuals Layer 3 Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2La4 = dbe->book1D("GlobalResidualsClu2La4","RPC Residuals Layer 4 Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2La5 = dbe->book1D("GlobalResidualsClu2La5","RPC Residuals Layer 5 Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2La6 = dbe->book1D("GlobalResidualsClu2La6","RPC Residuals Layer 6 Cluster Size 2",101,-10.,10.);

//   hGlobal2ResClu3La1 = dbe->book1D("GlobalResidualsClu3La1","RPC Residuals Layer 1 Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3La2 = dbe->book1D("GlobalResidualsClu3La2","RPC Residuals Layer 2 Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3La3 = dbe->book1D("GlobalResidualsClu3La3","RPC Residuals Layer 3 Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3La4 = dbe->book1D("GlobalResidualsClu3La4","RPC Residuals Layer 4 Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3La5 = dbe->book1D("GlobalResidualsClu3La5","RPC Residuals Layer 5 Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3La6 = dbe->book1D("GlobalResidualsClu3La6","RPC Residuals Layer 6 Cluster Size 3",101,-10.,10.);

//  if(debug) std::cout<<"Booking Residuals EndCaps"<<std::endl;
//  dbe->setCurrentFolder(folderPath+"ResidualsEndCaps/");

  //Endcap  
//   hGlobal2ResClu1R3C = dbe->book1D("GlobalResidualsClu1R3C","RPC Residuals Ring 3 Roll C Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1R3B = dbe->book1D("GlobalResidualsClu1R3B","RPC Residuals Ring 3 Roll B Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1R3A = dbe->book1D("GlobalResidualsClu1R3A","RPC Residuals Ring 3 Roll A Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1R2C = dbe->book1D("GlobalResidualsClu1R2C","RPC Residuals Ring 2 Roll C Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1R2B = dbe->book1D("GlobalResidualsClu1R2B","RPC Residuals Ring 2 Roll B Cluster Size 1",101,-10.,10.);
//   hGlobal2ResClu1R2A = dbe->book1D("GlobalResidualsClu1R2A","RPC Residuals Ring 2 Roll A Cluster Size 1",101,-10.,10.);
  
//   hGlobal2ResClu2R3C = dbe->book1D("GlobalResidualsClu2R3C","RPC Residuals Ring 3 Roll C Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2R3B = dbe->book1D("GlobalResidualsClu2R3B","RPC Residuals Ring 3 Roll B Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2R3A = dbe->book1D("GlobalResidualsClu2R3A","RPC Residuals Ring 3 Roll A Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2R2C = dbe->book1D("GlobalResidualsClu2R2C","RPC Residuals Ring 2 Roll C Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2R2B = dbe->book1D("GlobalResidualsClu2R2B","RPC Residuals Ring 2 Roll B Cluster Size 2",101,-10.,10.);
//   hGlobal2ResClu2R2A = dbe->book1D("GlobalResidualsClu2R2A","RPC Residuals Ring 2 Roll A Cluster Size 2",101,-10.,10.);
  
//   hGlobal2ResClu3R3C = dbe->book1D("GlobalResidualsClu3R3C","RPC Residuals Ring 3 Roll C Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3R3B = dbe->book1D("GlobalResidualsClu3R3B","RPC Residuals Ring 3 Roll B Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3R3A = dbe->book1D("GlobalResidualsClu3R3A","RPC Residuals Ring 3 Roll A Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3R2C = dbe->book1D("GlobalResidualsClu3R2C","RPC Residuals Ring 2 Roll C Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3R2B = dbe->book1D("GlobalResidualsClu3R2B","RPC Residuals Ring 2 Roll B Cluster Size 3",101,-10.,10.);
//   hGlobal2ResClu3R2A = dbe->book1D("GlobalResidualsClu3R2A","RPC Residuals Ring 2 Roll A Cluster Size 3",101,-10.,10.);

//  if(debug) std::cout<<"Booking EffDistros"<<std::endl;
//  dbe->setCurrentFolder(folderPath);

//   if(debug) std::cout<<"Booking statistics2"<<std::endl;
//   dbe->setCurrentFolder(folderPath);
//   statistics2 = dbe->book1D("AllStatistics","Analyzed Events DT and CSC Segments",33,0.5,33.5);
  
  //Barrel 
  
  dbe->setCurrentFolder(folderPath+"Wheel_-2");
  EffDistroWm2=dbe->book1D("EffDistroWheel_-2","Efficiency Distribution for Wheel -2 ",20,0.5,100.5);
  //EffDistroWm2far=dbe->book1D("EffDistroWheel_-2far","Efficiency Distribution for Far Side Wheel -2 ",20,0.5,100.5);
  EffGlobWm2=dbe->book1D("GlobEfficiencyWheel_-2","Efficiency Wheel -2 ",206,0.5,206.5);
  //EffGlobWm2far=dbe->book1D("GlobEfficiencyWheel_-2far","Efficiency Far Side Wheel -2",105,0.5,105.5);
  //BXGlobWm2= dbe->book1D("GlobBXWheel_-2near","BX Near Side Wheel -2",101,0.5,101.5);
  //BXGlobWm2far= dbe->book1D("GlobBXWheel_-2far","BX Far Side Wheel -2",105,0.5,105.5);
  //MaskedGlobWm2= dbe->book1D("GlobMaskedWheel_-2near","Masked Near Side Wheel -2",101,0.5,101.5);
  //MaskedGlobWm2far= dbe->book1D("GlobMaskedWheel_-2far","Masked Far Side Wheel -2",105,0.5,105.5);
  //AverageEffWm2=dbe->book1D("AverageEfficiencyWheel_-2near","Average Efficiency Near Side Wheel -2 ",101,0.5,101.5);
  //AverageEffWm2far =dbe->book1D("AverageEfficiencyWheel_-2far","Average Efficiency Far Side Wheel -2 ",105,0.5,105.5);
  //NoPredictionWm2=dbe->book1D("NoPredictionWheel_-2near","No Predictions Near Side Wheel -2 ",101,0.5,101.5);
  //NoPredictionWm2far=dbe->book1D("NoPredictionWheel_-2far","No Predictions Efficiency Far Side Wheel -2 ",105,0.5,105.5);
  
  dbe->setCurrentFolder(folderPath+"Wheel_-1");
  EffDistroWm1=dbe->book1D("EffDistroWheel_-1","Efficiency Distribution for Wheel -1 ",20,0.5,100.5);
  //EffDistroWm1far=dbe->book1D("EffDistroWheel_-1far","Efficiency Distribution for Far Side Wheel -1 ",20,0.5,100.5);
  EffGlobWm1= dbe->book1D("GlobEfficiencyWheel_-1","Efficiency Wheel -1",206,0.5,206.5);
  //EffGlobWm1far=dbe->book1D("GlobEfficiencyWheel_-1far","Efficiency Far Side Wheel -1",105,0.5,105.5);
  //BXGlobWm1= dbe->book1D("GlobBXWheel_-1near","BX Near Side Wheel -1",101,0.5,101.5);
  //BXGlobWm1far= dbe->book1D("GlobBXWheel_-1far","BX Far Side Wheel -1",105,0.5,105.5);
  //MaskedGlobWm1= dbe->book1D("GlobMaskedWheel_-1near","Masked Near Side Wheel -1",101,0.5,101.5);
  //MaskedGlobWm1far= dbe->book1D("GlobMaskedWheel_-1far","Masked Far Side Wheel -1",105,0.5,105.5);
  //AverageEffWm1=dbe->book1D("AverageEfficiencyWheel_-1near","Average Efficiency Near Side Wheel -1 ",101,0.5,101.5);
  //AverageEffWm1far=dbe->book1D("AverageEfficiencyWheel_-1far","Average Efficiency Far Side Wheel -1 ",105,0.5,105.5);
  //NoPredictionWm1=dbe->book1D("NoPredictionWheel_-1near","No Predictions Near Side Wheel -1 ",101,0.5,101.5);
  //NoPredictionWm1far=dbe->book1D("NoPredictionWheel_-1far","No Predictions Efficiency Far Side Wheel -1 ",105,0.5,105.5);

  dbe->setCurrentFolder(folderPath+"Wheel_0");
  EffDistroW0=dbe->book1D("EffDistroWheel_0","Efficiency Distribution for Wheel 0 ",20,0.5,100.5);
  //EffDistroW0far=dbe->book1D("EffDistroWheel_0far","Efficiency Distribution for Far Side Wheel 0 ",20,0.5,100.5);
  EffGlobW0 = dbe->book1D("GlobEfficiencyWheel_0","Efficiency Wheel 0",206,0.5,206.5);
  //EffGlobW0far =dbe->book1D("GlobEfficiencyWheel_0far","Efficiency Far Side Wheel 0",105,0.5,105.5);
  //BXGlobW0 = dbe->book1D("GlobBXWheel_0near","BX Near Side Wheel 0",101,0.5,101.5);
  //BXGlobW0far = dbe->book1D("GlobBXWheel_0far","BX Far Side Wheel 0",105,0.5,105.5);
  //MaskedGlobW0 = dbe->book1D("GlobMaskedWheel_0near","Masked Near Side Wheel 0",101,0.5,101.5);
  //MaskedGlobW0far = dbe->book1D("GlobMaskedWheel_0far","Masked Far Side Wheel 0",105,0.5,105.5);
  //AverageEffW0=dbe->book1D("AverageEfficiencyWheel_0near","Average Efficiency Near Side Wheel 0 ",101,0.5,101.5);
  //AverageEffW0far=dbe->book1D("AverageEfficiencyWheel_0far","Average Efficiency Far Side Wheel 0 ",105,0.5,105.5);
  //NoPredictionW0=dbe->book1D("NoPredictionWheel_0near","No Predictions Near Side Wheel 0 ",101,0.5,101.5);
  //NoPredictionW0far=dbe->book1D("NoPredictionWheel_0far","No Predictions Efficiency Far Side Wheel 0 ",105,0.5,105.5);

  dbe->setCurrentFolder(folderPath+"Wheel_1");
  EffDistroW1=dbe->book1D("EffDistroWheel_1","Efficiency Distribution for Wheel 1 ",20,0.5,100.5);
  //EffDistroW1far=dbe->book1D("EffDistroWheel_1far","Efficiency Distribution for Far Side Wheel 1 ",20,0.5,100.5);
  EffGlobW1 = dbe->book1D("GlobEfficiencyWheel_1","Efficiency Wheel 1",206,0.5,206.5);
  //EffGlobW1far =dbe->book1D("GlobEfficiencyWheel_1far","Efficiency Far Side Wheel 1",105,0.5,105.5);  
  //BXGlobW1 = dbe->book1D("GlobBXWheel_1near","BX Near Side Wheel 1",101,0.5,101.5);
  //BXGlobW1far = dbe->book1D("GlobBXWheel_1far","BX Far Side Wheel 1",105,0.5,105.5);
  //MaskedGlobW1 = dbe->book1D("GlobMaskedWheel_1near","Masked Near Side Wheel 1",101,0.5,101.5);
  //MaskedGlobW1far = dbe->book1D("GlobMaskedWheel_1far","Masked Far Side Wheel 1",105,0.5,105.5);
  //AverageEffW1=dbe->book1D("AverageEfficiencyWheel_1near","Average Efficiency Near Side Wheel 1 ",101,0.5,101.5);
  //AverageEffW1far=dbe->book1D("AverageEfficiencyWheel_1far","Average Efficiency Far Side Wheel 1 ",105,0.5,105.5);
  //NoPredictionW1=dbe->book1D("NoPredictionWheel_1near","No Predictions Near Side Wheel 1 ",101,0.5,101.5);
  //NoPredictionW1far=dbe->book1D("NoPredictionWheel_1far","No Predictions Efficiency Far Side Wheel 1 ",105,0.5,105.5);

  dbe->setCurrentFolder(folderPath+"Wheel_2");
  EffDistroW2=dbe->book1D("EffDistroWheel_2","Efficiency Distribution for Wheel 2 ",20,0.5,100.5);
  //EffDistroW2far=dbe->book1D("EffDistroWheel_2far","Efficiency Distribution for Far Side Wheel 2 ",20,0.5,100.5);
  EffGlobW2 = dbe->book1D("GlobEfficiencyWheel_2","Efficiency Wheel 2",206,0.5,206.5);
  //EffGlobW2far =dbe->book1D("GlobEfficiencyWheel_2far","Efficiency Far Side Wheel 2",105,0.5,105.5);
  //BXGlobW2 = dbe->book1D("GlobBXWheel_2near","BX Near Side Wheel 2",101,0.5,101.5);
  //BXGlobW2far = dbe->book1D("GlobBXWheel_2far","BX Far Side Wheel 2",105,0.5,105.5);
  //MaskedGlobW2 = dbe->book1D("GlobMaskedWheel_2near","Masked Near Side Wheel 2",101,0.5,101.5);
  //MaskedGlobW2far = dbe->book1D("GlobMaskedWheel_2far","Masked Far Side Wheel 2",105,0.5,105.5);
  //AverageEffW2=dbe->book1D("AverageEfficiencyWheel_2near","Average Efficiency Near Side Wheel 2 ",101,0.5,101.5);
  //AverageEffW2far=dbe->book1D("AverageEfficiencyWheel_2far","Average Efficiency Far Side Wheel 2 ",105,0.5,105.5);
  //NoPredictionW2=dbe->book1D("NoPredictionWheel_2near","No Predictions Near Side Wheel 2 ",101,0.5,101.5);
  //NoPredictionW2far=dbe->book1D("NoPredictionWheel_2far","No Predictions Efficiency Far Side Wheel 2 ",105,0.5,105.5);

  //EndCap

  dbe->setCurrentFolder(folderPath+"Disk_3");
  EffDistroD3=dbe->book1D("EffDistroDisk_3","Efficiency Distribution Disk 3 ",20,0.5,100.5);
  //EffDistroD3far=dbe->book1D("EffDistroDisk_3far","Efficiency Distribution Far Side Disk 3 ",20,0.5,100.5);
  EffGlobD3 = dbe->book1D("GlobEfficiencyDisk_3","Efficiency Disk 3",218,0.5,218.5);
  //EffGlobD3far =dbe->book1D("GlobEfficiencyDisk_3far","Efficiency Far Side Disk 3",109,0.5,109.5);
  //BXGlobD3 = dbe->book1D("GlobBXDisk_3near","BX Near Side Disk 3",109,0.5,109.5);
  //BXGlobD3far = dbe->book1D("GlobBXDisk_3far","BX Far Side Disk 3",109,0.5,109.5);
  //MaskedGlobD3 = dbe->book1D("GlobMaskedDisk_3near","Masked Near Side Disk 3",109,0.5,109.5);
  //MaskedGlobD3far = dbe->book1D("GlobMaskedDisk_3far","Masked Far Side Disk 3",109,0.5,109.5);
  //AverageEffD3=dbe->book1D("AverageEfficiencyDisk_3near","Average Efficiency Near Side Disk 3 ",109,0.5,109.5);
  //AverageEffD3far=dbe->book1D("AverageEfficiencyDisk_3far","Average Efficiency Far Side Disk 3 ",109,0.5,109.5);
  //NoPredictionD3=dbe->book1D("NoPredictionDisk_3near","No Predictions Near Side Disk 3 ",109,0.5,109.5);
  //NoPredictionD3far=dbe->book1D("NoPredictionDisk_3far","No Predictions Efficiency Far Side Disk 3 ",109,0.5,109.5);

  dbe->setCurrentFolder(folderPath+"Disk_2");
  EffDistroD2=dbe->book1D("EffDistroDisk_2","Efficiency Distribution Disk 2 ",20,0.5,100.5);
  //EffDistroD2far=dbe->book1D("EffDistroDisk_2far","Efficiency Distribution Far Side Disk 2 ",20,0.5,100.5);
  EffGlobD2 = dbe->book1D("GlobEfficiencyDisk_2","Efficiency Disk 2",218,0.5,218.5);
  //EffGlobD2far =dbe->book1D("GlobEfficiencyDisk_2far","Efficiency Far Side Disk 2",109,0.5,109.5);
  //BXGlobD2 = dbe->book1D("GlobBXDisk_2near","BX Near Side Disk 2",109,0.5,109.5);
  //BXGlobD2far = dbe->book1D("GlobBXDisk_2far","BX Far Side Disk 2",109,0.5,109.5);
  //MaskedGlobD2 = dbe->book1D("GlobMaskedDisk_2near","Masked Near Side Disk 2",109,0.5,109.5);
  //MaskedGlobD2far = dbe->book1D("GlobMaskedDisk_2far","Masked Far Side Disk 2",109,0.5,109.5);
  //AverageEffD2=dbe->book1D("AverageEfficiencyDisk_2near","Average Efficiency Near Side Disk 2 ",109,0.5,109.5);
  //AverageEffD2far=dbe->book1D("AverageEfficiencyDisk_2far","Average Efficiency Far Side Disk 2 ",109,0.5,109.5);
  //NoPredictionD2=dbe->book1D("NoPredictionDisk_2near","No Predictions Near Side Disk 2 ",109,0.5,109.5);
  //NoPredictionD2far=dbe->book1D("NoPredictionDisk_2far","No Predictions Efficiency Far Side Disk 2 ",109,0.5,109.5);

  dbe->setCurrentFolder(folderPath+"Disk_1");
  EffDistroD1=dbe->book1D("EffDistroDisk_1","Efficiency Distribution Disk 1 ",20,0.5,100.5);
  //EffDistroD1far=dbe->book1D("EffDistroDisk_1far","Efficiency Distribution Far Side Disk 1 ",20,0.5,100.5);
  EffGlobD1 = dbe->book1D("GlobEfficiencyDisk_1","Efficiency Disk 1",218,0.5,218.5);
  //EffGlobD1far =dbe->book1D("GlobEfficiencyDisk_1far","Efficiency Far Side Disk 1",109,0.5,109.5);
  //BXGlobD1 = dbe->book1D("GlobBXDisk_1near","BX Near Side Disk 1",109,0.5,109.5);
  //BXGlobD1far = dbe->book1D("GlobBXDisk_1far","BX Far Side Disk 1",109,0.5,109.5);
  //MaskedGlobD1 = dbe->book1D("GlobMaskedDisk_1near","Masked Near Side Disk 1",109,0.5,109.5);
  //MaskedGlobD1far = dbe->book1D("GlobMaskedDisk_1far","Masked Far Side Disk 1",109,0.5,109.5);
  //AverageEffD1=dbe->book1D("AverageEfficiencyDisk_1near","Average Efficiency Near Side Disk 1 ",109,0.5,109.5);
  //AverageEffD1far=dbe->book1D("AverageEfficiencyDisk_1far","Average Efficiency Far Side Disk 1 ",109,0.5,109.5);
  //NoPredictionD1=dbe->book1D("NoPredictionDisk_1near","No Predictions Near Side Disk 1 ",109,0.5,109.5);
  //NoPredictionD1far=dbe->book1D("NoPredictionDisk_1far","No Predictions Efficiency Far Side Disk 1 ",109,0.5,109.5);

  dbe->setCurrentFolder(folderPath+"Disk_-1");
  EffDistroDm1=dbe->book1D("EffDistroDisk_m1","Efficiency Distribution Disk - 1 ",20,0.5,100.5);
  //EffDistroDm1far=dbe->book1D("EffDistroDisk_m1far","Efficiency Distribution Far Side Disk - 1 ",20,0.5,100.5);
  EffGlobDm1 = dbe->book1D("GlobEfficiencyDisk_m1","Efficiency Disk -1",218,0.5,218.5);
  //EffGlobDm1far =dbe->book1D("GlobEfficiencyDisk_m1far","Efficiency Far Side Disk -1",109,0.5,109.5);
  //BXGlobDm1 = dbe->book1D("GlobBXDisk_m1near","BX Near Side Disk -1",109,0.5,109.5);
  //BXGlobDm1far = dbe->book1D("GlobBXDisk_m1far","BX Far Side Disk -1",109,0.5,109.5);
  //MaskedGlobDm1 = dbe->book1D("GlobMaskedDisk_m1near","Masked Near Side Disk -1",109,0.5,109.5);
  //MaskedGlobDm1far = dbe->book1D("GlobMaskedDisk_m1far","Masked Far Side Disk -1",109,0.5,109.5);
  //AverageEffDm1=dbe->book1D("AverageEfficiencyDisk_m1near","Average Efficiency Near Side Disk -1 ",109,0.5,109.5);
  //AverageEffDm1far=dbe->book1D("AverageEfficiencyDisk_m1far","Average Efficiency Far Side Disk -1 ",109,0.5,109.5);
  //NoPredictionDm1=dbe->book1D("NoPredictionDisk_m1near","No Predictions Near Side Disk -1 ",109,0.5,109.5);
  //NoPredictionDm1far=dbe->book1D("NoPredictionDisk_m1far","No Predictions Efficiency Far Side Disk -1 ",109,0.5,109.5);

  dbe->setCurrentFolder(folderPath+"Disk_-2");
  EffDistroDm2=dbe->book1D("EffDistroDisk_m2","Efficiency Distribution Disk - 2 ",20,0.5,100.5);
  //EffDistroDm2far=dbe->book1D("EffDistroDisk_m2far","Efficiency Distribution Far Side Disk - 2 ",20,0.5,100.5);
  EffGlobDm2 = dbe->book1D("GlobEfficiencyDisk_m2","Efficiency Disk -2",218,0.5,218.5);
  //EffGlobDm2far =dbe->book1D("GlobEfficiencyDisk_m2far","Efficiency Far Side Disk -2",109,0.5,109.5);
  //BXGlobDm2 = dbe->book1D("GlobBXDisk_m2near","BX Near Side Disk -2",109,0.5,109.5);
  //BXGlobDm2far = dbe->book1D("GlobBXDisk_m2far","BX Far Side Disk -2",109,0.5,109.5);
  //MaskedGlobDm2 = dbe->book1D("GlobMaskedDisk_m2near","Masked Near Side Disk -2",109,0.5,109.5);
  //MaskedGlobDm2far = dbe->book1D("GlobMaskedDisk_m2far","Masked Far Side Disk -2",109,0.5,109.5);
  //AverageEffDm2=dbe->book1D("AverageEfficiencyDisk_m2near","Average Efficiency Near Side Disk -2 ",109,0.5,109.5);
  //AverageEffDm2far=dbe->book1D("AverageEfficiencyDisk_m2far","Average Efficiency Far Side Disk -2 ",109,0.5,109.5);
  //NoPredictionDm2=dbe->book1D("NoPredictionDisk_m2near","No Predictions Near Side Disk -2 ",109,0.5,109.5);
  //NoPredictionDm2far=dbe->book1D("NoPredictionDisk_m2far","No Predictions Efficiency Far Side Disk -2 ",109,0.5,109.5);

  dbe->setCurrentFolder(folderPath+"Disk_-3");
  EffDistroDm3=dbe->book1D("EffDistroDisk_m3","Efficiency Distribution Disk - 3 ",20,0.5,100.5);
  //EffDistroDm3far=dbe->book1D("EffDistroDisk_m3far","Efficiency Distribution Far Side Disk - 3 ",20,0.5,100.5);
  EffGlobDm3 = dbe->book1D("GlobEfficiencyDisk_m3","Efficiency Disk -3",218,0.5,218.5);
  //EffGlobDm3far =dbe->book1D("GlobEfficiencyDisk_m3far","Efficiency Far Side Disk -3",109,0.5,109.5);
  //BXGlobDm3 = dbe->book1D("GlobBXDisk_m3near","BX Near Side Disk -3",109,0.5,109.5);
  //BXGlobDm3far = dbe->book1D("GlobBXDisk_m3far","BX Far Side Disk -3",109,0.5,109.5);
  //MaskedGlobDm3 = dbe->book1D("GlobMaskedDisk_m3near","Masked Near Side Disk -3",109,0.5,109.5);
  //MaskedGlobDm3far = dbe->book1D("GlobMaskedDisk_m3far","Masked Far Side Disk -3",109,0.5,109.5);
  //AverageEffDm3=dbe->book1D("AverageEfficiencyDisk_m3near","Average Efficiency Near Side Disk -3 ",109,0.5,109.5);
  //AverageEffDm3far=dbe->book1D("AverageEfficiencyDisk_m3far","Average Efficiency Far Side Disk -3 ",109,0.5,109.5);
  //NoPredictionDm3=dbe->book1D("NoPredictionDisk_m3near","No Predictions Near Side Disk -3 ",109,0.5,109.5);
  //NoPredictionDm3far=dbe->book1D("NoPredictionDisk_m3far","No Predictions Efficiency Far Side Disk -3 ",109,0.5,109.5);

  //Summary Histograms
  

  dbe->setCurrentFolder(folderPath);
  std::string os;
  os="Efficiency_Roll_vs_Sector_Wheel_-2";                               
  Wheelm2Summary = dbe->book2D(os, os, 12, 0.5,12.5, 21, 0.5, 21.5);
  os="Efficiency_Roll_vs_Sector_Wheel_-1";                                      
  Wheelm1Summary = dbe->book2D(os, os, 12, 0.5,12.5, 21, 0.5, 21.5);
  os="Efficiency_Roll_vs_Sector_Wheel_0";                                      
  Wheel0Summary = dbe->book2D(os, os, 12, 0.5,12.5, 21, 0.5, 21.5);
  os="Efficiency_Roll_vs_Sector_Wheel_+1";                                      
  Wheel1Summary = dbe->book2D(os, os, 12, 0.5,12.5, 21, 0.5, 21.5);
  os="Efficiency_Roll_vs_Sector_Wheel_+2";                                      
  Wheel2Summary = dbe->book2D(os, os, 12, 0.5,12.5, 21, 0.5, 21.5);

  rpcdqm::utils rpcUtils;
  rpcUtils.labelXAxisSector( Wheel2Summary );
  rpcUtils.labelYAxisRoll( Wheel2Summary, 0, 2, true);

  rpcUtils.labelXAxisSector( Wheel1Summary );
  rpcUtils.labelYAxisRoll( Wheel1Summary, 0, 1, true);

  rpcUtils.labelXAxisSector( Wheel0Summary );
  rpcUtils.labelYAxisRoll( Wheel0Summary, 0, 0, true);

  rpcUtils.labelXAxisSector( Wheelm1Summary );
  rpcUtils.labelYAxisRoll( Wheelm1Summary, 0, -1, true);

  rpcUtils.labelXAxisSector( Wheelm2Summary );
  rpcUtils.labelYAxisRoll( Wheelm2Summary, 0, -2, true);

  os="Efficiency_Roll_vs_Segment_Disk_-3";
  Diskm3Summary = dbe->book2D(os,os,36,0.5,36.5,6,0.5,6.5);
  os="Efficiency_Roll_vs_Segment_Disk_-2";
  Diskm2Summary = dbe->book2D(os,os,36,0.5,36.5,6,0.5,6.5);
  os="Efficiency_Roll_vs_Segment_Disk_-1";
  Diskm1Summary = dbe->book2D(os,os,36,0.5,36.5,6,0.5,6.5);
  os="Efficiency_Roll_vs_Segment_Disk_1";
  Disk1Summary = dbe->book2D(os,os,36,0.5,36.5,6,0.5,6.5);
  os="Efficiency_Roll_vs_Segment_Disk_2";
  Disk2Summary = dbe->book2D(os,os,36,0.5,36.5,6,0.5,6.5);
  os="Efficiency_Roll_vs_Segment_Disk_3";
  Disk3Summary = dbe->book2D(os,os,36,0.5,36.5,6,0.5,6.5);

  rpcUtils.labelXAxisSegment(Diskm3Summary);
  rpcUtils.labelYAxisRing(Diskm3Summary, 2, true);

  rpcUtils.labelXAxisSegment(Diskm2Summary);
  rpcUtils.labelYAxisRing(Diskm2Summary, 2, true);

  rpcUtils.labelXAxisSegment(Diskm1Summary);
  rpcUtils.labelYAxisRing(Diskm1Summary, 2, true);

  rpcUtils.labelXAxisSegment(Disk1Summary);
  rpcUtils.labelYAxisRing(Disk1Summary, 2, true);

  rpcUtils.labelXAxisSegment(Disk2Summary);
  rpcUtils.labelYAxisRing(Disk2Summary, 2, true);

  rpcUtils.labelXAxisSegment(Disk3Summary);
  rpcUtils.labelYAxisRing(Disk3Summary, 2, true);
  
  //Azimutal Histograms

  dbe->setCurrentFolder(folderPath+"Azimutal/");
  sectorEffWm2= dbe->book1D("AzimutalDistroWm2","Efficiency per Sector Wheel -2",12,0.5,12.5);
  sectorEffWm1= dbe->book1D("AzimutalDistroWm1","Efficiency per Sector Wheel -1",12,0.5,12.5);
  sectorEffW0= dbe->book1D("AzimutalDistroW0","Efficiency per Sector Wheel 0",12,0.5,12.5);
  sectorEffW1= dbe->book1D("AzimutalDistroW1","Efficiency per Sector Wheel 1",12,0.5,12.5);
  sectorEffW2= dbe->book1D("AzimutalDistroW2","Efficiency per Sector Wheel 2",12,0.5,12.5);

  OcsectorEffWm2= dbe->book1D("AzimutalDistroWm2Oc","Occupancy per Sector Wheel -2",12,0.5,12.5);
  OcsectorEffWm1= dbe->book1D("AzimutalDistroWm1Oc","Occupancy per Sector Wheel -1",12,0.5,12.5);
  OcsectorEffW0= dbe->book1D("AzimutalDistroW0Oc","Ocuppancy per Sector Wheel 0",12,0.5,12.5);
  OcsectorEffW1= dbe->book1D("AzimutalDistroW1Oc","Ocuppancy per Sector Wheel 1",12,0.5,12.5);
  OcsectorEffW2= dbe->book1D("AzimutalDistroW2Oc","Ocupancy per Sector Wheel 2",12,0.5,12.5);

  ExsectorEffWm2= dbe->book1D("AzimutalDistroWm2Ex","Expected per Sector Wheel -2",12,0.5,12.5);
  ExsectorEffWm1= dbe->book1D("AzimutalDistroWm1Ex","Expected per Sector Wheel -1",12,0.5,12.5);
  ExsectorEffW0= dbe->book1D("AzimutalDistroW0Ex","Expected per Sector Wheel 0",12,0.5,12.5);
  ExsectorEffW1= dbe->book1D("AzimutalDistroW1Ex","Expected per Sector Wheel 1",12,0.5,12.5);
  ExsectorEffW2= dbe->book1D("AzimutalDistroW2Ex","Expected per Sector Wheel 2",12,0.5,12.5);
  
  GregD1R2= dbe->book1D("GregDistroD1R2","Efficiency for Station 1 Ring 2",36,0.5,36.5);
  GregD1R3= dbe->book1D("GregDistroD1R3","Efficiency for Station 1 Ring 3",36,0.5,36.5);
  GregD2R2= dbe->book1D("GregDistroD2R2","Efficiency for Station 2 Ring 2",36,0.5,36.5);
  GregD2R3= dbe->book1D("GregDistroD2R3","Efficiency for Station 2 Ring 3",36,0.5,36.5);
  GregD3R2= dbe->book1D("GregDistroD3R2","Efficiency for Station 3 Ring 2",36,0.5,36.5);
  GregD3R3= dbe->book1D("GregDistroD3R3","Efficiency for Station 3 Ring 3",36,0.5,36.5);
  GregDm1R2= dbe->book1D("GregDistroDm1R2","Efficiency for Station -1 Ring 2",36,0.5,36.5);
  GregDm1R3= dbe->book1D("GregDistroDm1R3","Efficiency for Station -1 Ring 3",36,0.5,36.5);
  GregDm2R2= dbe->book1D("GregDistroDm2R2","Efficiency for Station -2 Ring 2",36,0.5,36.5);
  GregDm2R3= dbe->book1D("GregDistroDm2R3","Efficiency for Station -2 Ring 3",36,0.5,36.5);
  GregDm3R2= dbe->book1D("GregDistroDm3R2","Efficiency for Station -3 Ring 2",36,0.5,36.5);
  GregDm3R3= dbe->book1D("GregDistroDm3R3","Efficiency for Station -3 Ring 3",36,0.5,36.5);

  OcGregD1R2= dbe->book1D("OcGregDistroD1R2","Occupancy Distribution for Station 1 Ring 2",36,0.5,36.5);
  OcGregD1R3= dbe->book1D("OcGregDistroD1R3","Occupancy Distribution for Station 1 Ring 3",36,0.5,36.5);
  OcGregD2R2= dbe->book1D("OcGregDistroD2R2","Occupancy Distribution for Station 2 Ring 2",36,0.5,36.5);
  OcGregD2R3= dbe->book1D("OcGregDistroD2R3","Occupancy Distribution for Station 2 Ring 3",36,0.5,36.5);
  OcGregD3R2= dbe->book1D("OcGregDistroD3R2","Occupancy Distribution for Station 3 Ring 2",36,0.5,36.5);
  OcGregD3R3= dbe->book1D("OcGregDistroD3R3","Occupancy Distribution for Station 3 Ring 3",36,0.5,36.5);
  OcGregDm1R2= dbe->book1D("OcGregDistroDm1R2","Occupancy Distribution for Station -1 Ring 2",36,0.5,36.5);
  OcGregDm1R3= dbe->book1D("OcGregDistroDm1R3","Occupancy Distribution for Station -1 Ring 3",36,0.5,36.5);
  OcGregDm2R2= dbe->book1D("OcGregDistroDm2R2","Occupancy Distribution for Station -2 Ring 2",36,0.5,36.5);
  OcGregDm2R3= dbe->book1D("OcGregDistroDm2R3","Occupancy Distribution for Station -2 Ring 3",36,0.5,36.5);
  OcGregDm3R2= dbe->book1D("OcGregDistroDm3R2","Occupancy Distribution for Station -3 Ring 2",36,0.5,36.5);
  OcGregDm3R3= dbe->book1D("OcGregDistroDm3R3","Occupancy Distribution for Station -3 Ring 3",36,0.5,36.5);

  ExGregD1R2= dbe->book1D("ExGregDistroD1R2","Expected Distribution for Station 1 Ring 2",36,0.5,36.5);
  ExGregD1R3= dbe->book1D("ExGregDistroD1R3","Expected Distribution for Station 1 Ring 3",36,0.5,36.5);
  ExGregD2R2= dbe->book1D("ExGregDistroD2R2","Expected Distribution for Station 2 Ring 2",36,0.5,36.5);
  ExGregD2R3= dbe->book1D("ExGregDistroD2R3","Expected Distribution for Station 2 Ring 3",36,0.5,36.5);
  ExGregD3R2= dbe->book1D("ExGregDistroD3R2","Expected Distribution for Station 3 Ring 2",36,0.5,36.5);
  ExGregD3R3= dbe->book1D("ExGregDistroD3R3","Expected Distribution for Station 3 Ring 3",36,0.5,36.5);
  ExGregDm1R2= dbe->book1D("ExGregDistroDm1R2","Expected Distribution for Station -1 Ring 2",36,0.5,36.5);
  ExGregDm1R3= dbe->book1D("ExGregDistroDm1R3","Expected Distribution for Station -1 Ring 3",36,0.5,36.5);
  ExGregDm2R2= dbe->book1D("ExGregDistroDm2R2","Expected Distribution for Station -2 Ring 2",36,0.5,36.5);
  ExGregDm2R3= dbe->book1D("ExGregDistroDm2R3","Expected Distribution for Station -2 Ring 3",36,0.5,36.5);
  ExGregDm3R2= dbe->book1D("ExGregDistroDm3R2","Expected Distribution for Station -3 Ring 2",36,0.5,36.5);
  ExGregDm3R3= dbe->book1D("ExGregDistroDm3R3","Expected Distribution for Station -3 Ring 3",36,0.5,36.5);

  dbe->setCurrentFolder(folderPath+"BarrelPerLayer/");
  ExpLayerWm2= dbe->book1D("ExpLayerWm2","Expected Wheel - 2",6,0.5,6.5);
  ExpLayerWm1= dbe->book1D("ExpLayerWm1","Expected Wheel - 1",6,0.5,6.5);
  ExpLayerW0= dbe->book1D("ExpLayerW0","Expected Wheel 0",6,0.5,6.5);
  ExpLayerW1= dbe->book1D("ExpLayerW1","Expected Wheel 1",6,0.5,6.5);
  ExpLayerW2= dbe->book1D("ExpLayerW2","Expected Wheel 2",6,0.5,6.5);

  ObsLayerWm2= dbe->book1D("ObsLayerWm2","Observed Wheel - 2",6,0.5,6.5);
  ObsLayerWm1= dbe->book1D("ObsLayerWm1","Observed Wheel - 1",6,0.5,6.5);
  ObsLayerW0= dbe->book1D("ObsLayerW0","Observed Wheel 0",6,0.5,6.5);
  ObsLayerW1= dbe->book1D("ObsLayerW1","Observed Wheel 1",6,0.5,6.5);
  ObsLayerW2= dbe->book1D("ObsLayerW2","Observed Wheel 2",6,0.5,6.5);
}

std::map< std::string, MonitorElement * > RPCEfficiencySecond::bookDetUnitSeg ( RPCDetId &  detId, int  nstrips, std::string  folder  )

private

Definition at line 14 of file RPCEfficiencyBookSecondStep.cc.

References DQMStore::book1D(), dbe, RPCBookFolderStructure::folderStructure(), RPCGeomServ::name(), RPCDetId::region(), and DQMStore::setCurrentFolder().

                                                                                                                         {
  
  std::map<std::string, MonitorElement*> meMap;
   
  RPCBookFolderStructure *  folderStr = new RPCBookFolderStructure(); //Anna

  std::string folder = folderPath+ "RollByRoll/" +  folderStr->folderStructure(detId);

  delete folderStr;

  dbe->setCurrentFolder(folder);

  RPCGeomServ RPCname(detId);
  std::string nameRoll = RPCname.name();

  char detUnitLabel[128];
  char layerLabel[128];

  sprintf(detUnitLabel ,"%s",nameRoll.c_str());
  sprintf(layerLabel ,"%s",nameRoll.c_str());

  char meId [128];
  char meTitle [128];
  
  //Begin booking DT
  if(detId.region()==0) {

    //std::cout<<"Booking "<<folder<<meId<<std::endl;
    sprintf(meId,"ExpectedOccupancyFromDT_%s",detUnitLabel);
    sprintf(meTitle,"ExpectedOccupancyFromDT_for_%s",layerLabel);
    meMap[meId] = dbe->book1D(meId, meTitle, nstrips, 0.5, nstrips+0.5);
    //std::cout<<"Booking "<<meId<<std::endl;
 
    sprintf(meId,"RPCDataOccupancyFromDT_%s",detUnitLabel);
    sprintf(meTitle,"RPCDataOccupancyFromDT_for_%s",layerLabel);
    meMap[meId] = dbe->book1D(meId, meTitle, nstrips, 0.5, nstrips+0.5);

    sprintf(meId,"Profile_%s",detUnitLabel);
    sprintf(meTitle,"Profile_for_%s",layerLabel);
    meMap[meId] = dbe->book1D(meId, meTitle, nstrips, 0.5, nstrips+0.5);
    //std::cout<<"Booking "<<folder<<meId<<std::endl;

//     sprintf(meId,"BXDistribution_%s",detUnitLabel);
//     sprintf(meTitle,"BXDistribution_for_%s",layerLabel);
//     meMap[meId] = dbe->book1D(meId, meTitle, 11,-5.5, 5.5);
    
  }else{
    //std::cout<<"Booking for the EndCap"<<detUnitLabel<<std::endl;

    //std::cout<<"Booking "<<meId<<std::endl;
    sprintf(meId,"ExpectedOccupancyFromCSC_%s",detUnitLabel);
    sprintf(meTitle,"ExpectedOccupancyFromCSC_for_%s",layerLabel);
    meMap[meId] = dbe->book1D(meId, meTitle, nstrips, 0.5, nstrips+0.5);
       
    //std::cout<<"Booking "<<meId<<std::endl;
    sprintf(meId,"RPCDataOccupancyFromCSC_%s",detUnitLabel);
    sprintf(meTitle,"RPCDataOccupancyFromCSC_for_%s",layerLabel);
    meMap[meId] = dbe->book1D(meId, meTitle, nstrips, 0.5, nstrips+0.5);
    
    //std::cout<<"Booking "<<meId<<std::endl;
    sprintf(meId,"Profile_%s",detUnitLabel);
    sprintf(meTitle,"Profile_for_%s",layerLabel);
    meMap[meId] = dbe->book1D(meId, meTitle, nstrips, 0.5, nstrips+0.5);
    
//     //std::cout<<"Booking "<<meId<<std::endl;
//     sprintf(meId,"BXDistribution_%s",detUnitLabel);
//     sprintf(meTitle,"BXDistribution_for_%s",layerLabel);
//     meMap[meId] = dbe->book1D(meId, meTitle, 11,-5.5, 5.5);
  }
  return meMap;
}

void RPCEfficiencySecond::endJob ( void  )

privatevirtual

Reimplemented from edm::EDAnalyzer.

Definition at line 1731 of file RPCEfficiencySecond.cc.

{}

void RPCEfficiencySecond::endRun ( const edm::Run &  r, const edm::EventSetup &  iSetup  )

privatevirtual

Reimplemented from edm::EDAnalyzer.

Definition at line 393 of file RPCEfficiencySecond.cc.

References barrel, gather_cfg::cout, dbe, debug, rpcdqm::utils::detId2RollNr(), Disk1Summary, Disk2Summary, Disk3Summary, Diskm1Summary, Diskm2Summary, Diskm3Summary, interpolateCardsSimple::eff, EffDistroD1, EffDistroD2, EffDistroD3, EffDistroDm1, EffDistroDm2, EffDistroDm3, EffDistroW0, EffDistroW1, EffDistroW2, EffDistroWm1, EffDistroWm2, EffGlobD1, EffGlobD2, EffGlobD3, EffGlobDm1, EffGlobDm2, EffGlobDm3, EffGlobW0, EffGlobW1, EffGlobW2, EffGlobWm1, EffGlobWm2, endcap, ExGregD1R2, ExGregD1R3, ExGregD2R2, ExGregD2R3, ExGregD3R2, ExGregD3R3, ExGregDm1R2, ExGregDm1R3, ExGregDm2R2, ExGregDm2R3, ExGregDm3R2, ExGregDm3R3, ExpLayerW0, ExpLayerW1, ExpLayerW2, ExpLayerWm1, ExpLayerWm2, ExsectorEffW0, ExsectorEffW1, ExsectorEffW2, ExsectorEffWm1, ExsectorEffWm2, MonitorElement::Fill(), folderPath, edm::EventSetup::get(), DQMStore::get(), MonitorElement::getBinContent(), MonitorElement::getTH1F(), GregD1R2, GregD1R3, GregD2R2, GregD2R3, GregD3R2, GregD3R3, GregDm1R2, GregDm1R3, GregDm2R2, GregDm2R3, GregDm3R2, GregDm3R3, histoCSC, histoDT, histoRPC, i, j, gen::k, RPCDetId::layer(), meCollection, N, RPCGeomServ::name(), NameFile, python.connectstrParser::o, ObsLayerW0, ObsLayerW1, ObsLayerW2, ObsLayerWm1, ObsLayerWm2, OcGregD1R2, OcGregD1R3, OcGregD2R2, OcGregD2R3, OcGregD3R2, OcGregD3R3, OcGregDm1R2, OcGregDm1R3, OcGregDm2R2, OcGregDm2R3, OcGregDm3R2, OcGregDm3R3, OcsectorEffW0, OcsectorEffW1, OcsectorEffW2, OcsectorEffWm1, OcsectorEffWm2, AlCaHLTBitMon_ParallelJobs::p, alignCSCRings::r, DetId::rawId(), RPCDetId::region(), RPCDetId::ring(), RPCChamber::rolls(), DQMStore::save(), SaveFile, RPCDetId::sector(), sectorEffW0, sectorEffW1, sectorEffW2, sectorEffWm1, sectorEffWm2, RPCGeomServ::segment(), MonitorElement::setAxisRange(), MonitorElement::setAxisTitle(), MonitorElement::setBinContent(), MonitorElement::setBinError(), MonitorElement::setBinLabel(), RPCGeomServ::shortname(), mathSSE::sqrt(), RPCDetId::station(), Wheel0Summary, Wheel1Summary, Wheel2Summary, Wheelm1Summary, Wheelm2Summary, x, and detailsBasic3DVector::y.

                                                                            {
  
  if(debug) std::cout <<"\t Getting the RPC Geometry"<<std::endl;

  edm::ESHandle<RPCGeometry> rpcGeo;
  iSetup.get<MuonGeometryRecord>().get(rpcGeo);
   
  // std::string label,folder;
 //  folder = folderPath;
//   label = folder + "MuonSegEff/Statistics";
//   if(debug) std::cout<<"Getting statistcs="<<label<<std::endl;
//   statistics = dbe->get(label);
//   if(debug && !statistics){
 
//     std::cout<<"Statistics Doesn't exist Not access to a monitor element"<<std::endl;
//     std::cout<<label<<std::endl;
//     edm::LogWarning("Missing rpcSource in the sequence") << " Statistics Doesn't exist.";
//     return;
//   }
//   if(debug) std::cout<<"Cloning statistcs"<<std::endl;
//   for(int i=1;i<=33;i++){
//     if(debug) std::cout<<statistics->getBinContent(i)<<std::endl;
//     statistics2->setBinContent(i,statistics->getBinContent(i));
//   }
   

   
  //Cloning Residuals.
 
//   folder = folderPath+"MuonSegEff/Residuals/Barrel/";
   
//   label = folder + "GlobalResidualsClu1La1"; hGlobalResClu1La1 = dbe->get(label);
//   label = folder + "GlobalResidualsClu1La2"; hGlobalResClu1La2 = dbe->get(label);
//   label = folder + "GlobalResidualsClu1La3"; hGlobalResClu1La3 = dbe->get(label);
//   label = folder + "GlobalResidualsClu1La4"; hGlobalResClu1La4 = dbe->get(label);
//   label = folder + "GlobalResidualsClu1La5"; hGlobalResClu1La5 = dbe->get(label);
//   label = folder + "GlobalResidualsClu1La6"; hGlobalResClu1La6 = dbe->get(label);

//   label = folder + "GlobalResidualsClu2La1"; hGlobalResClu2La1 = dbe->get(label);
//   label = folder + "GlobalResidualsClu2La2"; hGlobalResClu2La2 = dbe->get(label);
//   label = folder + "GlobalResidualsClu2La3"; hGlobalResClu2La3 = dbe->get(label);
//   label = folder + "GlobalResidualsClu2La4"; hGlobalResClu2La4 = dbe->get(label);
//   label = folder + "GlobalResidualsClu2La5"; hGlobalResClu2La5 = dbe->get(label);
//   label = folder + "GlobalResidualsClu2La6"; hGlobalResClu2La6 = dbe->get(label);

//   label = folder + "GlobalResidualsClu3La1"; hGlobalResClu3La1 = dbe->get(label);
//   label = folder + "GlobalResidualsClu3La2"; hGlobalResClu3La2 = dbe->get(label);
//   label = folder + "GlobalResidualsClu3La3"; hGlobalResClu3La3 = dbe->get(label);
//   label = folder + "GlobalResidualsClu3La4"; hGlobalResClu3La4 = dbe->get(label);
//   label = folder + "GlobalResidualsClu3La5"; hGlobalResClu3La5 = dbe->get(label);
//   label = folder + "GlobalResidualsClu3La6"; hGlobalResClu3La6 = dbe->get(label);
  
  //  if(debug) std::cout<<"Clonning for Barrel"<<std::endl;
   
 //  for(int i=1;i<=101;i++){
//     if(debug) std::cout<<"Global Residual"<<hGlobalResClu1La1->getBinContent(i)<<std::endl;
//     hGlobal2ResClu1La1->setBinContent(i,hGlobalResClu1La1->getBinContent(i));
//     hGlobal2ResClu1La2->setBinContent(i,hGlobalResClu1La2->getBinContent(i));
//     hGlobal2ResClu1La3->setBinContent(i,hGlobalResClu1La3->getBinContent(i));
//     hGlobal2ResClu1La4->setBinContent(i,hGlobalResClu1La4->getBinContent(i));
//     hGlobal2ResClu1La5->setBinContent(i,hGlobalResClu1La5->getBinContent(i));
//     hGlobal2ResClu1La6->setBinContent(i,hGlobalResClu1La6->getBinContent(i));

//     hGlobal2ResClu2La1->setBinContent(i,hGlobalResClu2La1->getBinContent(i));
//     hGlobal2ResClu2La2->setBinContent(i,hGlobalResClu2La2->getBinContent(i));
//     hGlobal2ResClu2La3->setBinContent(i,hGlobalResClu2La3->getBinContent(i));
//     hGlobal2ResClu2La4->setBinContent(i,hGlobalResClu2La4->getBinContent(i));
//     hGlobal2ResClu2La5->setBinContent(i,hGlobalResClu2La5->getBinContent(i));
//     hGlobal2ResClu2La6->setBinContent(i,hGlobalResClu2La6->getBinContent(i));

//     hGlobal2ResClu3La1->setBinContent(i,hGlobalResClu3La1->getBinContent(i));
//     hGlobal2ResClu3La2->setBinContent(i,hGlobalResClu3La2->getBinContent(i));
//     hGlobal2ResClu3La3->setBinContent(i,hGlobalResClu3La3->getBinContent(i));
//     hGlobal2ResClu3La4->setBinContent(i,hGlobalResClu3La4->getBinContent(i));
//     hGlobal2ResClu3La5->setBinContent(i,hGlobalResClu3La5->getBinContent(i));
//     hGlobal2ResClu3La6->setBinContent(i,hGlobalResClu3La6->getBinContent(i));
//   }
 
//   if(debug) std::cout<<"Clonning the EndCap"<<std::endl;
//   folder = folderPath+"MuonSegEff/Residuals/EndCap/";
//   if(debug) std::cout<<folder<<std::endl;
   
//   label = folder + "GlobalResidualsClu1R3C"; hGlobalResClu1R3C = dbe->get(label); 
//   //if(!hGlobalResClu1R3C)std::cout<<"hGlobal2ResClu1R3C dont exist"<<std::endl;
//   //std::cout<<label<<std::endl;
//   label = folder + "GlobalResidualsClu1R3B"; hGlobalResClu1R3B = dbe->get(label);
//   //if(!hGlobalResClu1R3B)std::cout<<"hGlobal2ResClu1R3B dont exist"<<std::endl;
//   //std::cout<<label<<std::endl;
//   label = folder + "GlobalResidualsClu1R3A"; hGlobalResClu1R3A = dbe->get(label); 
//   label = folder + "GlobalResidualsClu1R2C"; hGlobalResClu1R2C = dbe->get(label); 
//   label = folder + "GlobalResidualsClu1R2B"; hGlobalResClu1R2B = dbe->get(label); 
//   label = folder + "GlobalResidualsClu1R2A"; hGlobalResClu1R2A = dbe->get(label); 
                                               
//   label = folder + "GlobalResidualsClu2R3C"; hGlobalResClu2R3C = dbe->get(label); 
//   label = folder + "GlobalResidualsClu2R3B"; hGlobalResClu2R3B = dbe->get(label); 
//   label = folder + "GlobalResidualsClu2R3A"; hGlobalResClu2R3A = dbe->get(label); 
//   label = folder + "GlobalResidualsClu2R2C"; hGlobalResClu2R2C = dbe->get(label); 
//   label = folder + "GlobalResidualsClu2R2B"; hGlobalResClu2R2B = dbe->get(label); 
//   label = folder + "GlobalResidualsClu2R2A"; hGlobalResClu2R2A = dbe->get(label); 
                                               
//   label = folder + "GlobalResidualsClu3R3C"; hGlobalResClu3R3C = dbe->get(label); 
//   label = folder + "GlobalResidualsClu3R3B"; hGlobalResClu3R3B = dbe->get(label); 
//   label = folder + "GlobalResidualsClu3R3A"; hGlobalResClu3R3A = dbe->get(label); 
//   label = folder + "GlobalResidualsClu3R2C"; hGlobalResClu3R2C = dbe->get(label); 
//   label = folder + "GlobalResidualsClu3R2B"; hGlobalResClu3R2B = dbe->get(label); 
//   label = folder + "GlobalResidualsClu3R2A"; hGlobalResClu3R2A = dbe->get(label); 
 

  // if(debug) std::cout<<"Going for!"<<std::endl;
  /*for(int i=1;i<=101;i++){
    if(debug) std::cout<<i<<std::endl;
    hGlobal2ResClu1R3C->setBinContent(i,hGlobalResClu1R3C->getBinContent(i)); std::cout<<"hGlobal2ResClu1R3C"<<std::endl;
    hGlobal2ResClu1R3B->setBinContent(i,hGlobalResClu1R3B->getBinContent(i)); std::cout<<"hGlobal2ResClu1R3B"<<std::endl;
    hGlobal2ResClu1R3A->setBinContent(i,hGlobalResClu1R3A->getBinContent(i)); std::cout<<"hGlobal2ResClu1R3A"<<std::endl;
    hGlobal2ResClu1R2C->setBinContent(i,hGlobalResClu1R2C->getBinContent(i)); std::cout<<"hGlobal2ResClu1R2C"<<std::endl;
    hGlobal2ResClu1R2B->setBinContent(i,hGlobalResClu1R2B->getBinContent(i)); std::cout<<"hGlobal2ResClu1R2B"<<std::endl;
    hGlobal2ResClu1R2A->setBinContent(i,hGlobalResClu1R2A->getBinContent(i)); std::cout<<"hGlobal2ResClu1R2A"<<std::endl;
                                                                               
    hGlobal2ResClu2R3C->setBinContent(i,hGlobalResClu2R3C->getBinContent(i)); std::cout<<"hGlobal2ResClu2R3C"<<std::endl;
    hGlobal2ResClu2R3B->setBinContent(i,hGlobalResClu2R3B->getBinContent(i)); std::cout<<"hGlobal2ResClu2R3B"<<std::endl;
    hGlobal2ResClu2R3A->setBinContent(i,hGlobalResClu2R3A->getBinContent(i)); std::cout<<"hGlobal2ResClu2R3A"<<std::endl;
    hGlobal2ResClu2R2C->setBinContent(i,hGlobalResClu2R2C->getBinContent(i)); std::cout<<"hGlobal2ResClu2R2C"<<std::endl;
    hGlobal2ResClu2R2B->setBinContent(i,hGlobalResClu2R2B->getBinContent(i)); std::cout<<"hGlobal2ResClu2R2B"<<std::endl;
    hGlobal2ResClu2R2A->setBinContent(i,hGlobalResClu2R2A->getBinContent(i)); std::cout<<"hGlobal2ResClu2R2A"<<std::endl;
                                                                               
    hGlobal2ResClu3R3C->setBinContent(i,hGlobalResClu3R3C->getBinContent(i)); std::cout<<"hGlobal2ResClu3R3C"<<std::endl;
    hGlobal2ResClu3R3B->setBinContent(i,hGlobalResClu3R3B->getBinContent(i)); std::cout<<"hGlobal2ResClu3R3B"<<std::endl;
    hGlobal2ResClu3R3A->setBinContent(i,hGlobalResClu3R3A->getBinContent(i)); std::cout<<"hGlobal2ResClu3R3A"<<std::endl;
    hGlobal2ResClu3R2C->setBinContent(i,hGlobalResClu3R2C->getBinContent(i)); std::cout<<"hGlobal2ResClu3R2C"<<std::endl;
    hGlobal2ResClu3R2B->setBinContent(i,hGlobalResClu3R2B->getBinContent(i)); std::cout<<"hGlobal2ResClu3R2B"<<std::endl;
    hGlobal2ResClu3R2A->setBinContent(i,hGlobalResClu3R2A->getBinContent(i)); std::cout<<"hGlobal2ResClu3R2A"<<std::endl;
    }*/
   
  //Setting Labels in Summary Label.
  std::stringstream binLabel;
 
  if(debug) std::cout<<"Default -1 for Barrel GUI"<<std::endl;
  
  for(int x = 1;x<=12;x++){
    for(int y = 1;y<=21;y++){
      Wheelm2Summary->setBinContent(x,y,-1);
      Wheelm1Summary->setBinContent(x,y,-1);
      Wheel0Summary->setBinContent(x,y,-1);
      Wheel1Summary->setBinContent(x,y,-1);
      Wheel2Summary->setBinContent(x,y,-1);
    }
  }
 
  if(debug) std::cout<<"Default -1 for EndCap GUI"<<std::endl;
 
  for(int x = 1;x<=36;x++){
    for(int y = 1;y<=6;y++){
      Diskm3Summary->setBinContent(x,y,-1);
      Diskm2Summary->setBinContent(x,y,-1);
      Diskm1Summary->setBinContent(x,y,-1);
      Disk1Summary->setBinContent(x,y,-1);
      Disk2Summary->setBinContent(x,y,-1);
      Disk3Summary->setBinContent(x,y,-1);
    }
  }
 
  binLabel.str("");
 
  int indexWheel[5];
  for(int j=0;j<5;j++){
    indexWheel[j]=0;
  }
   
  int indexWheelf[5];
  for(int j=0;j<5;j++){
    indexWheelf[j]=0;
  }
 
  int indexDisk[6];
  for(int j=0;j<6;j++){
    indexDisk[j]=0;
  }
   
  int indexDiskf[6];
  for(int j=0;j<6;j++){
    indexDiskf[j]=0;
  }

//   for(TrackingGeometry::DetContainer::const_iterator it=rpcGeo->dets().begin();it<rpcGeo->dets().end();it++){
//     if(dynamic_cast< RPCChamber* >( *it ) != 0 ){
//       RPCChamber* ch = dynamic_cast< RPCChamber* >( *it ); 
//       std::vector< const RPCRoll*> roles = (ch->rolls());
//       for(std::vector<const RPCRoll*>::const_iterator r = roles.begin();r != roles.end(); ++r){
//  RPCDetId rpcId = (*r)->id();
//  RPCGeomServ rpcsrv(rpcId);
//  std::string nameRoll = rpcsrv.name();
//  if(debug) std::cout<<"Booking for "<<nameRoll<<std::endl;
//  meCollection[rpcId.rawId()] = bookDetUnitSeg(rpcId,(*r)->nstrips(),folderPath);
//       }
//     }
//   }

  //if(debug) dbe->showDirStructure();

  for(TrackingGeometry::DetContainer::const_iterator it=rpcGeo->dets().begin();it<rpcGeo->dets().end();it++){
    if(dynamic_cast< RPCChamber* >( *it ) != 0 ){
      RPCChamber* ch = dynamic_cast< RPCChamber* >( *it ); 
      std::vector< const RPCRoll*> roles = (ch->rolls());
      for(std::vector<const RPCRoll*>::const_iterator r = roles.begin();r != roles.end(); ++r){
    RPCDetId rpcId = (*r)->id();
    RPCGeomServ rpcsrv(rpcId);
//  int sector = rpcId.sector();    
    std::string nameRoll = rpcsrv.name();
    // std::map<std::string, MonitorElement*> meMap=meCollection[rpcId.rawId()];
//  if(debug){
//    std::map<std::string, MonitorElement*>::const_iterator it;
//    for (it = meMap.begin(); it != meMap.end(); ++it){
//      std::cout<<"Histo name:" <<it->first<<std::endl;
//    }
//  }
     

    if(debug){
      if(meCollection.find(rpcId.rawId())==meCollection.end()){
        std::cout<<"WARNING!!! Empty RecHit collection map"<<std::endl;
      }
      std::cout<<rpcId<<std::endl;
      //printing indexes
      std::cout<<"indexWheel=";
      for(int j=0;j<5;j++){
        std::cout<<indexWheel[j]<<" ";
      }
      std::cout<<std::endl;
      std::cout<<"indexWheelf=";
      for(int j=0;j<5;j++){
        std::cout<<indexWheelf[j]<<" ";
      }
      std::cout<<std::endl;
      std::cout<<"indexDisk=";
      for(int j=0;j<6;j++){
        std::cout<<indexDisk[j]<<" ";
      }
      std::cout<<std::endl;
      std::cout<<"indexDiskf=";
      for(int j=0;j<6;j++){
        std::cout<<indexDiskf[j]<<" ";
      }
      std::cout<<std::endl;
    }
    
    if(rpcId.region()==0){
      std::stringstream meIdRPC,  meIdDT; //,  bxDistroId;
      // std::string      meIdPRO, 
      // std::string meIdRPC2, meIdDT2; //, bxDistroId2;
      
      //  RPCBookFolderStructure *  folderStr = new RPCBookFolderStructure();
      
      // std::string folder = folderPath+"MuonSegEff";

      //if(debug) std::cout<<"Setting the folder "<<folder<<std::endl;

      meIdRPC<<folderPath<<"MuonSegEff/RPCDataOccupancyFromDT_"<<rpcId.rawId();
      meIdDT<<folderPath<<"MuonSegEff/ExpectedOccupancyFromDT_"<<rpcId.rawId();
      //      bxDistroId<<folder<<"/BXDistribution_"<<rpcId.rawId();
      
      // std::string folder2 = folderPath+"RollByRoll/" +  folderStr->folderStructure(rpcId); 

      // delete folderStr;

     //  meIdRPC2 = "RPCDataOccupancyFromDT_" + rpcsrv.name();  
//    meIdDT2 =  "ExpectedOccupancyFromDT_"+ rpcsrv.name();
      
      // meIdPRO = "Profile_"+ rpcsrv.name();
      
      histoRPC = dbe->get(meIdRPC.str());
      histoDT = dbe->get(meIdDT.str());
      //  histoPRO = dbe->get(meIdPRO);
     
      int NumberWithOutPrediction=0;
      double p = 0.;
      double o = 0.;
//    float mybxhisto = 0.;
//    float mybxerror = 0.;
      float ef = 0.;
      float er = 0.;
      float buffef = 0.;
      float buffer = 0.;
      float sumbuffef = 0.;
      float sumbuffer = 0.;
      float averageeff = 0.;
      //float averageerr = 0.;
      int NumberStripsPointed = 0;
     
      
      if(histoRPC && histoDT){ // && BXDistribution){
        if(debug) std::cout <<rpcsrv.name()<<std::endl;
        
        for(int i=1;i<=int((*r)->nstrips());++i){
      
          if(histoDT->getBinContent(i)!=0){
        if(debug) std::cout<<"Inside the If"<<std::endl;
        buffef = float(histoRPC->getBinContent(i))/float(histoDT->getBinContent(i));
        //  meMap[meIdPRO]->setBinContent(i,buffef); 
        buffer = sqrt(buffef*(1.-buffef)/float(histoDT->getBinContent(i)));
        //  meMap[meIdPRO]->setBinError(i,buffer);
        sumbuffef=sumbuffef+buffef;
        sumbuffer = sumbuffer + buffer*buffer;
        NumberStripsPointed++;
          }else{
        NumberWithOutPrediction++;
          }
          if(debug) std::cout<<"\t Strip="<<i<<" RPC="<<histoRPC->getBinContent(i)<<" DT="<<histoDT->getBinContent(i)<<" buffef="<<buffef<<" buffer="<<buffer<<" sumbuffef="<<sumbuffef<<" sumbuffer="<<sumbuffer<<" NumberStripsPointed="<<NumberStripsPointed<<" NumberWithOutPrediction"<<NumberWithOutPrediction<<std::endl;
        }
        
        p=histoDT->getTH1F()->Integral();
        o=histoRPC->getTH1F()->Integral();
        
        if(NumberStripsPointed!=0){
          averageeff = (sumbuffef/float(NumberStripsPointed))*100.;
          //averageerr = sqrt(sumbuffer/float(NumberStripsPointed))*100.;
        }
        
      } 
      
      int Ring = rpcId.ring();
      
      if(p!=0){
        ef = float(o)/float(p); 
        er = sqrt(ef*(1.-ef)/float(p));
      }
        
      ef=ef*100;
      er=er*100;


       //Filling azimutal Wheel Histograms

      int wheel = rpcId.ring();
      int sector = rpcId.sector();
      int region = rpcId.region();
      
      
      if(region ==0){

        int layer = 0;
            
        if(rpcId.station()==1&&rpcId.layer()==1) layer = 1;
        else if(rpcId.station()==1&&rpcId.layer()==2) layer = 2;
        else if(rpcId.station()==2&&rpcId.layer()==1) layer = 3;
        else if(rpcId.station()==2&&rpcId.layer()==2)  layer = 4;
        else if(rpcId.station()==3) layer = 5;
        else if(rpcId.station()==4) layer = 6;

        if(wheel==-2){ExsectorEffWm2->Fill(sector,p); OcsectorEffWm2->Fill(sector,o); ExpLayerWm2->Fill(layer, p); ObsLayerWm2->Fill(layer, o);}
        else if(wheel==-1){ExsectorEffWm1->Fill(sector,p); OcsectorEffWm1->Fill(sector,o); ExpLayerWm1->Fill(layer, p); ObsLayerWm1->Fill(layer, o);}
        else if(wheel==0){ExsectorEffW0->Fill(sector,p); OcsectorEffW0->Fill(sector,o); ExpLayerW0->Fill(layer, p); ObsLayerW0->Fill(layer, o);}
            else if(wheel==1){ExsectorEffW1->Fill(sector,p); OcsectorEffW1->Fill(sector,o); ExpLayerW1->Fill(layer, p); ObsLayerW1->Fill(layer, o);}
            else if(wheel==2){ExsectorEffW2->Fill(sector,p); OcsectorEffW2->Fill(sector,o); ExpLayerW2->Fill(layer, p); ObsLayerW2->Fill(layer, o);}
      }

        
      std::string camera = rpcsrv.name();
        
      //float nopredictionsratio = (float(NumberWithOutPrediction)/float((*r)->nstrips()))*100.;

      //Efficiency for Pigis Histos

      if(debug) std::cout<<"Pigi "<<camera<<" "<<rpcsrv.shortname()<<" "
                 <<(*r)->id()<<std::endl;
      
      if(p > 100){//We need at least 100 predictions to fill the summary plot

            int xBin,yBin;
            xBin= (*r)->id().sector();
            rpcdqm::utils rollNumber;
            yBin = rollNumber.detId2RollNr((*r)->id());

                if((*r)->id().ring()==2) Wheel2Summary->setBinContent(xBin,yBin,averageeff);
                else if((*r)->id().ring()==1) Wheel1Summary->setBinContent(xBin,yBin,averageeff);
                else if((*r)->id().ring()==0) Wheel0Summary->setBinContent(xBin,yBin,averageeff);
                else if((*r)->id().ring()==-1) Wheelm1Summary->setBinContent(xBin,yBin,averageeff);
                else if((*r)->id().ring()==-2) Wheelm2Summary->setBinContent(xBin,yBin,averageeff);

      }
      
      //Near Side

      //float maskedratio =0;

//    if((sector==1||sector==2||sector==3||sector==10||sector==11||sector==12)){
        if(Ring==-2){
          EffDistroWm2->Fill(averageeff);
          indexWheel[0]++;  
          EffGlobWm2->setBinContent(indexWheel[0],ef);  
          EffGlobWm2->setBinError(indexWheel[0],er);  
          EffGlobWm2->setBinLabel(indexWheel[0],camera,1);

//        BXGlobWm2->setBinContent(indexWheel[0],mybxhisto);  
//        BXGlobWm2->setBinError(indexWheel[0],mybxerror);  
//        BXGlobWm2->setBinLabel(indexWheel[0],camera,1);
          
//        MaskedGlobWm2->setBinContent(indexWheel[0],maskedratio);  
//        MaskedGlobWm2->setBinLabel(indexWheel[0],camera,1);

//        AverageEffWm2->setBinContent(indexWheel[0],averageeff);
//        AverageEffWm2->setBinError(indexWheel[0],averageerr);  
//        AverageEffWm2->setBinLabel(indexWheel[0],camera,1);
          
//        NoPredictionWm2->setBinContent(indexWheel[0],nopredictionsratio);
//            NoPredictionWm2->setBinLabel(indexWheel[0],camera,1);
        }else if(Ring==-1){
          EffDistroWm1->Fill(averageeff);
          indexWheel[1]++;  
          EffGlobWm1->setBinContent(indexWheel[1],ef);  
          EffGlobWm1->setBinError(indexWheel[1],er);  
          EffGlobWm1->setBinLabel(indexWheel[1],camera,1);  
          
//        BXGlobWm1->setBinContent(indexWheel[1],mybxhisto);  
//        BXGlobWm1->setBinError(indexWheel[1],mybxerror);  
//        BXGlobWm1->setBinLabel(indexWheel[1],camera,1);
          
//        MaskedGlobWm1->setBinContent(indexWheel[1],maskedratio);  
//        MaskedGlobWm1->setBinLabel(indexWheel[1],camera,1);

//        AverageEffWm1->setBinContent(indexWheel[1],averageeff);
//        AverageEffWm1->setBinError(indexWheel[1],averageerr);  
//        AverageEffWm1->setBinLabel(indexWheel[1],camera,1);
          
//        NoPredictionWm1->setBinContent(indexWheel[1],nopredictionsratio);
//            NoPredictionWm1->setBinLabel(indexWheel[1],camera,1);

        }else if(Ring==0){
          EffDistroW0->Fill(averageeff);
          indexWheel[2]++;  
          EffGlobW0->setBinContent(indexWheel[2],ef);  
          EffGlobW0->setBinError(indexWheel[2],er);  
          EffGlobW0->setBinLabel(indexWheel[2],camera,1);  
          
//        BXGlobW0->setBinContent(indexWheel[2],mybxhisto);  
//        BXGlobW0->setBinError(indexWheel[2],mybxerror);  
//        BXGlobW0->setBinLabel(indexWheel[2],camera,1);

//        MaskedGlobW0->setBinContent(indexWheel[2],maskedratio);  
//        MaskedGlobW0->setBinLabel(indexWheel[2],camera,1);
          
//        AverageEffW0->setBinContent(indexWheel[2],averageeff);
//        AverageEffW0->setBinError(indexWheel[2],averageerr);  
//        AverageEffW0->setBinLabel(indexWheel[2],camera,1);
          
//        NoPredictionW0->setBinContent(indexWheel[2],nopredictionsratio);
//            NoPredictionW0->setBinLabel(indexWheel[2],camera,1);        
        }else if(Ring==1){
          EffDistroW1->Fill(averageeff);
          indexWheel[3]++;  
          EffGlobW1->setBinContent(indexWheel[3],ef);  
          EffGlobW1->setBinError(indexWheel[3],er);  
          EffGlobW1->setBinLabel(indexWheel[3],camera,1);  
          
//        BXGlobW1->setBinContent(indexWheel[3],mybxhisto);  
//        BXGlobW1->setBinError(indexWheel[3],mybxerror);  
//        BXGlobW1->setBinLabel(indexWheel[3],camera,1);

//        MaskedGlobW1->setBinContent(indexWheel[3],maskedratio);  
//        MaskedGlobW1->setBinLabel(indexWheel[3],camera,1);

//        AverageEffW1->setBinContent(indexWheel[3],averageeff);
//        AverageEffW1->setBinError(indexWheel[3],averageerr);  
//        AverageEffW1->setBinLabel(indexWheel[3],camera,1);
          
//        NoPredictionW1->setBinContent(indexWheel[3],nopredictionsratio);
//            NoPredictionW1->setBinLabel(indexWheel[3],camera,1);        
        }else if(Ring==2){
          EffDistroW2->Fill(averageeff);
          indexWheel[4]++;
          EffGlobW2->setBinContent(indexWheel[4],ef);
          EffGlobW2->setBinError(indexWheel[4],er);
          EffGlobW2->setBinLabel(indexWheel[4],camera,1);

//        BXGlobW2->setBinContent(indexWheel[4],mybxhisto);  
//        BXGlobW2->setBinError(indexWheel[4],mybxerror);  
//        BXGlobW2->setBinLabel(indexWheel[4],camera,1);
          
//        MaskedGlobW2->setBinContent(indexWheel[4],maskedratio);  
//        MaskedGlobW2->setBinLabel(indexWheel[4],camera,1);

//        AverageEffW2->setBinContent(indexWheel[4],averageeff);
//        AverageEffW2->setBinError(indexWheel[4],averageerr);  
//        AverageEffW2->setBinLabel(indexWheel[4],camera,1);
          
//        NoPredictionW2->setBinContent(indexWheel[4],nopredictionsratio);
//              NoPredictionW2->setBinLabel(indexWheel[4],camera,1);          
        }
/*    }else{//Far Side 
        if(Ring==-2){
          EffDistroWm2far->Fill(averageeff);
          indexWheelf[0]++;  
          EffGlobWm2far->setBinContent(indexWheelf[0],ef);  
          EffGlobWm2far->setBinError(indexWheelf[0],er);  
          EffGlobWm2far->setBinLabel(indexWheelf[0],camera,1);

//        BXGlobWm2far->setBinContent(indexWheelf[0],mybxhisto);  
//        BXGlobWm2far->setBinError(indexWheelf[0],mybxerror);  
//        BXGlobWm2far->setBinLabel(indexWheelf[0],camera);
          
          MaskedGlobWm2far->setBinContent(indexWheelf[0],maskedratio);
          MaskedGlobWm2far->setBinLabel(indexWheelf[0],camera,1);
          
          AverageEffWm2far->setBinContent(indexWheelf[0],averageeff);
              AverageEffWm2far->setBinError(indexWheelf[0],averageerr);
              AverageEffWm2far->setBinLabel(indexWheelf[0],camera,1);

              NoPredictionWm2->setBinContent(indexWheel[0],nopredictionsratio);
              NoPredictionWm2->setBinLabel(indexWheel[0],camera,1);

        }else if(Ring==-1){
          EffDistroWm1far->Fill(averageeff);
          indexWheelf[1]++;  
          EffGlobWm1far->setBinContent(indexWheelf[1],ef);  
          EffGlobWm1far->setBinError(indexWheelf[1],er);  
          EffGlobWm1far->setBinLabel(indexWheelf[1],camera,1);  
          
      //     BXGlobWm1far->setBinContent(indexWheelf[1],mybxhisto);  
//        BXGlobWm1far->setBinError(indexWheelf[1],mybxerror);  
//        BXGlobWm1far->setBinLabel(indexWheelf[1],camera,1);
          
          MaskedGlobWm1far->setBinContent(indexWheelf[1],maskedratio);
          MaskedGlobWm1far->setBinLabel(indexWheelf[1],camera,1);

          AverageEffWm1far->setBinContent(indexWheelf[1],averageeff);
              AverageEffWm1far->setBinError(indexWheelf[1],averageerr);
              AverageEffWm1far->setBinLabel(indexWheelf[1],camera,1);

              NoPredictionWm1far->setBinContent(indexWheelf[1],nopredictionsratio);
              NoPredictionWm1far->setBinLabel(indexWheelf[1],camera,1);

        }else  if(Ring==0){
          EffDistroW0far->Fill(averageeff);
          indexWheelf[2]++;  
          EffGlobW0far->setBinContent(indexWheelf[2],ef);  
          EffGlobW0far->setBinError(indexWheelf[2],er);  
          EffGlobW0far->setBinLabel(indexWheelf[2],camera,1);  
          
//        BXGlobW0far->setBinContent(indexWheelf[2],mybxhisto);  
//        BXGlobW0far->setBinError(indexWheelf[2],mybxerror);  
//        BXGlobW0far->setBinLabel(indexWheelf[2],camera,1);

          MaskedGlobW0far->setBinContent(indexWheelf[2],maskedratio);
          MaskedGlobW0far->setBinLabel(indexWheelf[2],camera,1);

          AverageEffW0far->setBinContent(indexWheelf[2],averageeff);
              AverageEffW0far->setBinError(indexWheelf[2],averageerr);
              AverageEffW0far->setBinLabel(indexWheelf[2],camera,1);

              NoPredictionW0far->setBinContent(indexWheelf[2],nopredictionsratio);
              NoPredictionW0far->setBinLabel(indexWheelf[2],camera,1);
        }else if(Ring==1){
          EffDistroW1far->Fill(averageeff);
          indexWheelf[3]++;  
          EffGlobW1far->setBinContent(indexWheelf[3],ef);  
          EffGlobW1far->setBinError(indexWheelf[3],er);  
          EffGlobW1far->setBinLabel(indexWheelf[3],camera,1);  
          
    //       BXGlobW1far->setBinContent(indexWheelf[3],mybxhisto);  
//        BXGlobW1far->setBinError(indexWheelf[3],mybxerror);  
//        BXGlobW1far->setBinLabel(indexWheelf[3],camera,1);

          MaskedGlobW1far->setBinContent(indexWheelf[3],maskedratio);
          MaskedGlobW1far->setBinLabel(indexWheelf[3],camera,1);
          
          AverageEffW1far->setBinContent(indexWheelf[3],averageeff);
              AverageEffW1far->setBinError(indexWheelf[3],averageerr);
              AverageEffW1far->setBinLabel(indexWheelf[3],camera,1);

              NoPredictionW1far->setBinContent(indexWheelf[3],nopredictionsratio);
              NoPredictionW1far->setBinLabel(indexWheelf[3],camera,1);

        }else if(Ring==2){
          EffDistroW2far->Fill(averageeff);
          indexWheelf[4]++;
          EffGlobW2far->setBinContent(indexWheelf[4],ef);
          EffGlobW2far->setBinError(indexWheelf[4],er);
          EffGlobW2far->setBinLabel(indexWheelf[4],camera,1);

     //      BXGlobW2far->setBinContent(indexWheelf[4],mybxhisto);  
//        BXGlobW2far->setBinError(indexWheelf[4],mybxerror);  
//        BXGlobW2far->setBinLabel(indexWheelf[4],camera,1);
          
          MaskedGlobW2far->setBinContent(indexWheelf[4],maskedratio);
          MaskedGlobW2far->setBinLabel(indexWheelf[4],camera,1);

          AverageEffW2far->setBinContent(indexWheelf[4],averageeff);
              AverageEffW2far->setBinError(indexWheelf[4],averageerr);
              AverageEffW2far->setBinLabel(indexWheelf[4],camera,1);

              NoPredictionW2far->setBinContent(indexWheelf[4],nopredictionsratio);
              NoPredictionW2far->setBinLabel(indexWheelf[4],camera,1);
        }
      }*/
    }else{//EndCap

      std::stringstream meIdRPC,meIdCSC; //, bxDistroId;
      std::string      meIdPRO;
      // std::string   meIdRPC2, meIdCSC2; //, bxDistroId2;
      
      // RPCBookFolderStructure *  folderStr = new RPCBookFolderStructure();
     
      //  std::string folder = folderPath+"MuonSegEff";
      
      meIdRPC<<folderPath<<"MuonSegEff/RPCDataOccupancyFromCSC_"<<rpcId.rawId();
      meIdCSC<<folderPath<<"MuonSegEff/ExpectedOccupancyFromCSC_"<<rpcId.rawId();
      //  bxDistroId<<folder<<"/BXDistribution_"<<rpcId.rawId();
        
      // std::string folder2 = folderPath+"RollByRoll/" +  folderStr->folderStructure(rpcId); 
      
      // delete folderStr;

//    meIdRPC2 = "RPCDataOccupancyFromCSC_" + rpcsrv.name();    
//    meIdCSC2 =  "ExpectedOccupancyFromCSC_"+ rpcsrv.name();
      //      bxDistroId2 = "BXDistribution_"+ rpcsrv.name();

      meIdPRO = "Profile_"+ rpcsrv.name();

      histoRPC= dbe->get(meIdRPC.str());
      histoCSC= dbe->get(meIdCSC.str());
      //BXDistribution = dbe->get(bxDistroId.str());
              
      int NumberWithOutPrediction=0;
      double p = 0;
      double o = 0;
      //      float mybxhisto = 0;
      //float mybxerror = 0;
      float ef =0;
      float er =0;
      float buffef = 0;
      float buffer = 0;
      float sumbuffef = 0;
      float sumbuffer = 0;
      float averageeff = 0;
      //float averageerr = 0;
      int NumberStripsPointed = 0;

      //      if(debug) std::cout<<"Cloning BX"<<std::endl;

//    for(int i=1;i<=11;i++){
//      if(debug) std::cout<<i<<"-"<<BXDistribution->getBinContent(i)<<std::endl;
//      meMap[bxDistroId2]->setBinContent(i,BXDistribution->getBinContent(i));
//    }

      if(histoRPC && histoCSC) {// && BXDistribution){
        if(debug) std::cout <<rpcsrv.name()<<std::endl;
        
        for(int i=1;i<=int((*r)->nstrips());++i){
//        if(debug) std::cout<<"Cloning histoCSC "<<meIdCSC2<<std::endl;
//        meMap[meIdCSC2]->setBinContent(i,histoCSC->getBinContent(i));
//        if(debug) std::cout<<"Cloning histoRPC:"<<meIdRPC2<<std::endl;
//        meMap[meIdRPC2]->setBinContent(i,histoRPC->getBinContent(i));
          
//        if(meMap.find(meIdPRO)==meMap.end()){
//      std::cout<<"Empty Map"<<std::endl;
//        }

          if(histoCSC->getBinContent(i)!=0){
        if(debug) std::cout<<"Inside the If"<<std::endl;
        buffef = float(histoRPC->getBinContent(i))/float(histoCSC->getBinContent(i));
        //  meMap[meIdPRO]->setBinContent(i,buffef); 
        buffer = sqrt(buffef*(1.-buffef)/float(histoCSC->getBinContent(i)));
        //  meMap[meIdPRO]->setBinError(i,buffer);
        sumbuffef=sumbuffef+buffef;
        sumbuffer = sumbuffer + buffer*buffer;
        NumberStripsPointed++;
          }else{
        NumberWithOutPrediction++;
          }
          
          if(debug) std::cout<<"\t Strip="<<i<<" RPC="<<histoRPC->getBinContent(i)<<" CSC="<<histoCSC->getBinContent(i)<<" buffef="<<buffef<<" buffer="<<buffer<<" sumbuffef="<<sumbuffef<<" sumbuffer="<<sumbuffer<<" NumberStripsPointed="<<NumberStripsPointed<<" NumberWithOutPrediction"<<NumberWithOutPrediction<<std::endl;
        }
        p=histoCSC->getTH1F()->Integral();
        o=histoRPC->getTH1F()->Integral();
        
        if(NumberStripsPointed!=0){
          averageeff = (sumbuffef/float(NumberStripsPointed))*100.;
          //averageerr = sqrt(sumbuffer/float(NumberStripsPointed))*100.;
        }
        
       //  mybxhisto = 50.+BXDistribution->getMean()*10;
//      mybxerror = BXDistribution->getRMS()*10;
      }
      
      int Disk = rpcId.station()*rpcId.region();

      if(p!=0){
        ef = float(o)/float(p); 
        er = sqrt(ef*(1.-ef)/float(p));
      }
        
      ef=ef*100;
      er=er*100;

       //Filling azimutal GregHistograms
      
      if(rpcId.region()==1){
        if(rpcId.station()==1 && rpcId.ring()==2){ ExGregD1R2->Fill(rpcsrv.segment(),p);OcGregD1R2->Fill(rpcsrv.segment(),o);} 
        else if(rpcId.station()==1 && rpcId.ring()==3){ ExGregD1R3->Fill(rpcsrv.segment(),p);OcGregD1R3->Fill(rpcsrv.segment(),o);}
        else if(rpcId.station()==2 && rpcId.ring()==2){ ExGregD2R2->Fill(rpcsrv.segment(),p);OcGregD2R2->Fill(rpcsrv.segment(),o);}
        else if(rpcId.station()==2 && rpcId.ring()==3){ ExGregD2R3->Fill(rpcsrv.segment(),p);OcGregD2R3->Fill(rpcsrv.segment(),o);}
        else if(rpcId.station()==3 && rpcId.ring()==2){ ExGregD3R2->Fill(rpcsrv.segment(),p);OcGregD3R2->Fill(rpcsrv.segment(),o);}
        else if(rpcId.station()==3 && rpcId.ring()==3){ ExGregD3R3->Fill(rpcsrv.segment(),p);OcGregD3R3->Fill(rpcsrv.segment(),o);}
      }else if(rpcId.region()==-1){
        if(rpcId.station()==1 && rpcId.ring()==2){ ExGregDm1R2->Fill(rpcsrv.segment(),p);OcGregDm1R2->Fill(rpcsrv.segment(),o);} 
        else if(rpcId.station()==1 && rpcId.ring()==3){ ExGregDm1R3->Fill(rpcsrv.segment(),p);OcGregDm1R3->Fill(rpcsrv.segment(),o);}
        else if(rpcId.station()==2 && rpcId.ring()==2){ ExGregDm2R2->Fill(rpcsrv.segment(),p);OcGregDm2R2->Fill(rpcsrv.segment(),o);}
        else if(rpcId.station()==2 && rpcId.ring()==3){ ExGregDm2R3->Fill(rpcsrv.segment(),p);OcGregDm2R3->Fill(rpcsrv.segment(),o);}
        else if(rpcId.station()==3 && rpcId.ring()==2){ ExGregDm3R2->Fill(rpcsrv.segment(),p);OcGregDm3R2->Fill(rpcsrv.segment(),o);}
        else if(rpcId.station()==3 && rpcId.ring()==3){ ExGregDm3R3->Fill(rpcsrv.segment(),p);OcGregDm3R3->Fill(rpcsrv.segment(),o);}
      }
        
      std::string camera = rpcsrv.name();
        
      //float nopredictionsratio = (float(NumberWithOutPrediction)/float((*r)->nstrips()))*100.;
      

      //Efficiency for Pigis Histos

      if(debug) std::cout<<"Pigi "<<camera<<" "<<rpcsrv.shortname()<<" "
                 <<(*r)->id()<<std::endl;



      if(p > 100){ //We need at least 100 predictions to fill the summary plot
        RPCGeomServ RPCServ((*r)->id());
        int xBin = RPCServ.segment();
        int yBin= ((*r)->id().ring()-1)*3-(*r)->id().roll()+1;
        if(Disk==-3) Diskm3Summary->setBinContent(xBin, yBin, averageeff);
        else if(Disk==-2) Diskm2Summary->setBinContent(xBin, yBin, averageeff);
        else if(Disk==-1) Diskm1Summary->setBinContent(xBin, yBin, averageeff);
        else if(Disk==1) Disk1Summary->setBinContent(xBin, yBin, averageeff);
        else if(Disk==2) Disk2Summary->setBinContent(xBin, yBin, averageeff);
        else if(Disk==3) Disk3Summary->setBinContent(xBin, yBin, averageeff);
      }

      //Near Side

      //float maskedratio =0;

//    if(sector==1||sector==2||sector==6){

        if(Disk==-3){
          EffDistroDm3->Fill(averageeff);
          indexDisk[0]++;  
          EffGlobDm3->setBinContent(indexDisk[0],ef);  
          EffGlobDm3->setBinError(indexDisk[0],er);  
          EffGlobDm3->setBinLabel(indexDisk[0],camera,1);

//        BXGlobDm3->setBinContent(indexDisk[0],mybxhisto);  
//        BXGlobDm3->setBinError(indexDisk[0],mybxerror);  
//        BXGlobDm3->setBinLabel(indexDisk[0],camera,1);
          
//        MaskedGlobDm3->setBinContent(indexDisk[0],maskedratio);  
//        MaskedGlobDm3->setBinLabel(indexDisk[0],camera,1);

//        AverageEffDm3->setBinContent(indexDisk[0],averageeff);
//        AverageEffDm3->setBinError(indexDisk[0],averageerr);  
//        AverageEffDm3->setBinLabel(indexDisk[0],camera,1);
          
//        NoPredictionDm3->setBinContent(indexDisk[0],nopredictionsratio);
//            NoPredictionDm3->setBinLabel(indexDisk[0],camera,1);
        }else if(Disk==-2){
          EffDistroDm2->Fill(averageeff);
          indexDisk[1]++;  
          EffGlobDm2->setBinContent(indexDisk[1],ef);  
          EffGlobDm2->setBinError(indexDisk[1],er);  
          EffGlobDm2->setBinLabel(indexDisk[1],camera,1);

//        BXGlobDm2->setBinContent(indexDisk[1],mybxhisto);  
//        BXGlobDm2->setBinError(indexDisk[1],mybxerror);  
//        BXGlobDm2->setBinLabel(indexDisk[1],camera,1);
          
//        MaskedGlobDm2->setBinContent(indexDisk[1],maskedratio);  
//        MaskedGlobDm2->setBinLabel(indexDisk[1],camera,1);

//        AverageEffDm2->setBinContent(indexDisk[1],averageeff);
//        AverageEffDm2->setBinError(indexDisk[1],averageerr);  
//        AverageEffDm2->setBinLabel(indexDisk[1],camera,1);
          
//        NoPredictionDm2->setBinContent(indexDisk[1],nopredictionsratio);
//            NoPredictionDm2->setBinLabel(indexDisk[1],camera,1);
        }else if(Disk==-1){
          EffDistroDm1->Fill(averageeff);
          indexDisk[2]++;  
          EffGlobDm1->setBinContent(indexDisk[2],ef);  
          EffGlobDm1->setBinError(indexDisk[2],er);  
          EffGlobDm1->setBinLabel(indexDisk[2],camera,1);  
          
//        BXGlobDm1->setBinContent(indexDisk[2],mybxhisto);  
//        BXGlobDm1->setBinError(indexDisk[2],mybxerror);  
//        BXGlobDm1->setBinLabel(indexDisk[2],camera,1);
          
//        MaskedGlobDm1->setBinContent(indexDisk[2],maskedratio);  
//        MaskedGlobDm1->setBinLabel(indexDisk[2],camera,1);

//        AverageEffDm1->setBinContent(indexDisk[2],averageeff);
//        AverageEffDm1->setBinError(indexDisk[2],averageerr);  
//        AverageEffDm1->setBinLabel(indexDisk[2],camera,1);
          
//        NoPredictionDm1->setBinContent(indexDisk[2],nopredictionsratio);
//            NoPredictionDm1->setBinLabel(indexDisk[2],camera,1);

        }else if(Disk==1){
          EffDistroD1->Fill(averageeff);
          indexDisk[3]++;  
          EffGlobD1->setBinContent(indexDisk[3],ef);  
          EffGlobD1->setBinError(indexDisk[3],er);  
          EffGlobD1->setBinLabel(indexDisk[3],camera,1);  
          
//        BXGlobD1->setBinContent(indexDisk[3],mybxhisto);  
//        BXGlobD1->setBinError(indexDisk[3],mybxerror);  
//        BXGlobD1->setBinLabel(indexDisk[3],camera,1);

//        MaskedGlobD1->setBinContent(indexDisk[3],maskedratio);  
//        MaskedGlobD1->setBinLabel(indexDisk[3],camera,1);

//        AverageEffD1->setBinContent(indexDisk[3],averageeff);
//        AverageEffD1->setBinError(indexDisk[3],averageerr);  
//        AverageEffD1->setBinLabel(indexDisk[3],camera,1);
          
//        NoPredictionD1->setBinContent(indexDisk[3],nopredictionsratio);
//            NoPredictionD1->setBinLabel(indexDisk[3],camera,1);         
        }else if(Disk==2){
          EffDistroD2->Fill(averageeff);
          indexDisk[4]++;
          EffGlobD2->setBinContent(indexDisk[4],ef);
          EffGlobD2->setBinError(indexDisk[4],er);
          EffGlobD2->setBinLabel(indexDisk[4],camera,1);

//        BXGlobD2->setBinContent(indexDisk[4],mybxhisto);  
//        BXGlobD2->setBinError(indexDisk[4],mybxerror);  
//        BXGlobD2->setBinLabel(indexDisk[4],camera,1);
          
//        MaskedGlobD2->setBinContent(indexDisk[4],maskedratio);  
//        MaskedGlobD2->setBinLabel(indexDisk[4],camera,1);

//        AverageEffD2->setBinContent(indexDisk[4],averageeff);
//        AverageEffD2->setBinError(indexDisk[4],averageerr);  
//        AverageEffD2->setBinLabel(indexDisk[4],camera,1);
          
//        NoPredictionD2->setBinContent(indexDisk[4],nopredictionsratio);
//            NoPredictionD2->setBinLabel(indexDisk[4],camera,1);         
        }else if(Disk==3){
          EffDistroD3->Fill(averageeff);
          indexDisk[5]++;
          EffGlobD3->setBinContent(indexDisk[5],ef);
          EffGlobD3->setBinError(indexDisk[5],er);
          EffGlobD3->setBinLabel(indexDisk[5],camera,1);

//        BXGlobD3->setBinContent(indexDisk[5],mybxhisto);  
//        BXGlobD3->setBinError(indexDisk[5],mybxerror);  
//        BXGlobD3->setBinLabel(indexDisk[5],camera,1);
          
//        MaskedGlobD3->setBinContent(indexDisk[5],maskedratio);  
//        MaskedGlobD3->setBinLabel(indexDisk[5],camera,1);

//        AverageEffD3->setBinContent(indexDisk[5],averageeff);
//        AverageEffD3->setBinError(indexDisk[5],averageerr);  
//        AverageEffD3->setBinLabel(indexDisk[5],camera,1);
          
//        NoPredictionD3->setBinContent(indexDisk[5],nopredictionsratio);
//            NoPredictionD3->setBinLabel(indexDisk[5],camera,1);         
        }
/*    }else{//Far Side 
        
        if(Disk==-3){
          EffDistroDm3far->Fill(averageeff);
          indexDiskf[0]++;  
          EffGlobDm3far->setBinContent(indexDiskf[0],ef);  
          EffGlobDm3far->setBinError(indexDiskf[0],er);  
          EffGlobDm3far->setBinLabel(indexDiskf[0],camera,1);

     //      BXGlobDm3far->setBinContent(indexDiskf[0],mybxhisto);  
//        BXGlobDm3far->setBinError(indexDiskf[0],mybxerror);  
//        BXGlobDm3far->setBinLabel(indexDiskf[0],camera);
          
          MaskedGlobDm3far->setBinContent(indexDiskf[0],maskedratio);
          MaskedGlobDm3far->setBinLabel(indexDiskf[0],camera,1);
          
          AverageEffDm3far->setBinContent(indexDiskf[0],averageeff);
              AverageEffDm3far->setBinError(indexDiskf[0],averageerr);
              AverageEffDm3far->setBinLabel(indexDiskf[0],camera,1);

              NoPredictionDm3->setBinContent(indexDisk[0],nopredictionsratio);
              NoPredictionDm3->setBinLabel(indexDisk[0],camera,1);

        }
        else if(Disk==-2){
          EffDistroDm2far->Fill(averageeff);
          indexDiskf[1]++;  
          EffGlobDm2far->setBinContent(indexDiskf[1],ef);  
          EffGlobDm2far->setBinError(indexDiskf[1],er);  
          EffGlobDm2far->setBinLabel(indexDiskf[1],camera,1);

         //  BXGlobDm2far->setBinContent(indexDiskf[1],mybxhisto);  
//        BXGlobDm2far->setBinError(indexDiskf[1],mybxerror);  
//        BXGlobDm2far->setBinLabel(indexDiskf[1],camera);
          
          MaskedGlobDm2far->setBinContent(indexDiskf[1],maskedratio);
          MaskedGlobDm2far->setBinLabel(indexDiskf[1],camera,1);
          
          AverageEffDm2far->setBinContent(indexDiskf[1],averageeff);
              AverageEffDm2far->setBinError(indexDiskf[1],averageerr);
              AverageEffDm2far->setBinLabel(indexDiskf[1],camera,1);

              NoPredictionDm2->setBinContent(indexDisk[1],nopredictionsratio);
              NoPredictionDm2->setBinLabel(indexDisk[1],camera,1);

        }else if(Disk==-1){
          EffDistroDm1far->Fill(averageeff);
          indexDiskf[2]++;  
          EffGlobDm1far->setBinContent(indexDiskf[2],ef);  
          EffGlobDm1far->setBinError(indexDiskf[2],er);  
          EffGlobDm1far->setBinLabel(indexDiskf[2],camera,1);  
          
//        BXGlobDm1far->setBinContent(indexDiskf[2],mybxhisto);  
//        BXGlobDm1far->setBinError(indexDiskf[2],mybxerror);  
//        BXGlobDm1far->setBinLabel(indexDiskf[2],camera,1);
          
          MaskedGlobDm1far->setBinContent(indexDiskf[2],maskedratio);
          MaskedGlobDm1far->setBinLabel(indexDiskf[2],camera,1);

          AverageEffDm1far->setBinContent(indexDiskf[2],averageeff);
              AverageEffDm1far->setBinError(indexDiskf[2],averageerr);
              AverageEffDm1far->setBinLabel(indexDiskf[2],camera,1);

              NoPredictionDm1far->setBinContent(indexDiskf[2],nopredictionsratio);
              NoPredictionDm1far->setBinLabel(indexDiskf[2],camera,1);

        }else if(Disk==1){
          EffDistroD1far->Fill(averageeff);
          indexDiskf[3]++;  
          EffGlobD1far->setBinContent(indexDiskf[3],ef);  
          EffGlobD1far->setBinError(indexDiskf[3],er);  
          EffGlobD1far->setBinLabel(indexDiskf[3],camera,1);  
          
//        BXGlobD1far->setBinContent(indexDiskf[3],mybxhisto);  
//        BXGlobD1far->setBinError(indexDiskf[3],mybxerror);  
//        BXGlobD1far->setBinLabel(indexDiskf[3],camera,1);

          MaskedGlobD1far->setBinContent(indexDiskf[3],maskedratio);
          MaskedGlobD1far->setBinLabel(indexDiskf[3],camera,1);
          
          AverageEffD1far->setBinContent(indexDiskf[3],averageeff);
              AverageEffD1far->setBinError(indexDiskf[3],averageerr);
              AverageEffD1far->setBinLabel(indexDiskf[3],camera,1);

              NoPredictionD1far->setBinContent(indexDiskf[3],nopredictionsratio);
              NoPredictionD1far->setBinLabel(indexDiskf[3],camera,1);

        }else if(Disk==2){
          EffDistroD2far->Fill(averageeff);
          indexDiskf[4]++;
          EffGlobD2far->setBinContent(indexDiskf[4],ef);
          EffGlobD2far->setBinError(indexDiskf[4],er);
          EffGlobD2far->setBinLabel(indexDiskf[4],camera,1);

//        BXGlobD2far->setBinContent(indexDiskf[4],mybxhisto);  
//        BXGlobD2far->setBinError(indexDiskf[4],mybxerror);  
//        BXGlobD2far->setBinLabel(indexDiskf[4],camera,1);
          
          MaskedGlobD2far->setBinContent(indexDiskf[4],maskedratio);
          MaskedGlobD2far->setBinLabel(indexDiskf[4],camera,1);

          AverageEffD2far->setBinContent(indexDiskf[4],averageeff);
              AverageEffD2far->setBinError(indexDiskf[4],averageerr);
              AverageEffD2far->setBinLabel(indexDiskf[4],camera,1);

              NoPredictionD2far->setBinContent(indexDiskf[4],nopredictionsratio);
              NoPredictionD2far->setBinLabel(indexDiskf[4],camera,1);
        }else if(Disk==3){
          EffDistroD3far->Fill(averageeff);
          indexDiskf[5]++;
          EffGlobD3far->setBinContent(indexDiskf[5],ef);
          EffGlobD3far->setBinError(indexDiskf[5],er);
          EffGlobD3far->setBinLabel(indexDiskf[5],camera,1);

//        BXGlobD3far->setBinContent(indexDiskf[5],mybxhisto);  
//        BXGlobD3far->setBinError(indexDiskf[5],mybxerror);  
//        BXGlobD3far->setBinLabel(indexDiskf[5],camera,1);
          
          MaskedGlobD3far->setBinContent(indexDiskf[5],maskedratio);
          MaskedGlobD3far->setBinLabel(indexDiskf[5],camera,1);

          AverageEffD3far->setBinContent(indexDiskf[5],averageeff);
              AverageEffD3far->setBinError(indexDiskf[5],averageerr);
              AverageEffD3far->setBinLabel(indexDiskf[5],camera,1);

              NoPredictionD3far->setBinContent(indexDiskf[5],nopredictionsratio);
              NoPredictionD3far->setBinLabel(indexDiskf[5],camera,1);
        }
      }//Finishing EndCap*/
    }
      }
    }
  }

 float eff,N,err;
 int k;
 for(k=1;k<=36;k++){
   err=0; eff=0; N=ExGregD1R2->getBinContent(k);
   if(N!=0.){ eff = OcGregD1R2->getBinContent(k)/N; err=sqrt(eff*(1-eff)/N);}
   GregD1R2->setBinContent(k,eff); GregD1R2->setBinError(k,err);
   
   err=0; eff=0; N=ExGregD1R3->getBinContent(k);
   if(N!=0.){eff = OcGregD1R3->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregD1R3->setBinContent(k,eff); GregD1R3->setBinError(k,err);
   
   err=0; eff=0; N=ExGregD2R2->getBinContent(k);
   if(N!=0.){ eff = OcGregD2R2->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregD2R2->setBinContent(k,eff); GregD2R2->setBinError(k,err);
   
   err=0; eff=0; N=ExGregD2R3->getBinContent(k);
   if(N!=0.){ eff = OcGregD2R3->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregD2R3->setBinContent(k,eff); GregD2R3->setBinError(k,err);
   
   err=0; eff=0; N=ExGregD3R2->getBinContent(k);
   if(N!=0.){ eff = OcGregD3R2->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregD3R2->setBinContent(k,eff); GregD3R2->setBinError(k,err);
   
   err=0; eff=0; N=ExGregD3R3->getBinContent(k);
   if(N!=0.){ eff = OcGregD3R3->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregD3R3->setBinContent(k,eff); GregD3R3->setBinError(k,err);

   err=0; eff=0; N=ExGregDm1R2->getBinContent(k);
   if(N!=0.){ eff = OcGregDm1R2->getBinContent(k)/N; err=sqrt(eff*(1-eff)/N);}
   GregDm1R2->setBinContent(k,eff); GregDm1R2->setBinError(k,err);
   
   err=0; eff=0; N=ExGregDm1R3->getBinContent(k);
   if(N!=0.){eff = OcGregDm1R3->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregDm1R3->setBinContent(k,eff); GregDm1R3->setBinError(k,err);
   
   err=0; eff=0; N=ExGregDm2R2->getBinContent(k);
   if(N!=0.){ eff = OcGregDm2R2->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregDm2R2->setBinContent(k,eff); GregDm2R2->setBinError(k,err);
   
   err=0; eff=0; N=ExGregDm2R3->getBinContent(k);
   if(N!=0.){ eff = OcGregDm2R3->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregDm2R3->setBinContent(k,eff); GregDm2R3->setBinError(k,err);
   
   err=0; eff=0; N=ExGregDm3R2->getBinContent(k);
   if(N!=0.){ eff = OcGregDm3R2->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregDm3R2->setBinContent(k,eff); GregDm3R2->setBinError(k,err);
   
   err=0; eff=0; N=ExGregDm3R3->getBinContent(k);
   if(N!=0.){ eff = OcGregDm3R3->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
   GregDm3R3->setBinContent(k,eff); GregDm3R3->setBinError(k,err);
 }

  for(k=1;k<=12;k++){
    err=0; eff=0; N=ExsectorEffWm2->getBinContent(k);
    if(N!=0.){ eff = OcsectorEffWm2->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
    sectorEffWm2->setBinContent(k,eff); sectorEffWm2->setBinError(k,err);
    //std::cout<<N<<" "<<OcsectorEffWm2->getBinContent(k)<<" "<<eff<<" "<<err<<std::endl;

    err=0; eff=0; N=ExsectorEffWm1->getBinContent(k);
    if(N!=0.){ eff = OcsectorEffWm1->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
    sectorEffWm1->setBinContent(k,eff); sectorEffWm1->setBinError(k,err);
    //std::cout<<N<<" "<<OcsectorEffWm1->getBinContent(k)<<" "<<eff<<" "<<err<<std::endl;

    err=0; eff=0; N=ExsectorEffW0->getBinContent(k);
    if(N!=0.){ eff = OcsectorEffW0->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
    sectorEffW0->setBinContent(k,eff); sectorEffW0->setBinError(k,err);
    //std::cout<<N<<" "<<OcsectorEffW0->getBinContent(k)<<" "<<eff<<" "<<err<<std::endl;

    err=0; eff=0; N=ExsectorEffW1->getBinContent(k);
    if(N!=0.){ eff = OcsectorEffW1->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
    sectorEffW1->setBinContent(k,eff); sectorEffW1->setBinError(k,err);
    //std::cout<<N<<" "<<OcsectorEffW1->getBinContent(k)<<" "<<eff<<" "<<err<<std::endl;

    err=0; eff=0; N=ExsectorEffW2->getBinContent(k);
    if(N!=0.){ eff = OcsectorEffW2->getBinContent(k)/N;err=sqrt(eff*(1-eff)/N);}
    sectorEffW2->setBinContent(k,eff); sectorEffW2->setBinError(k,err);
    //std::cout<<N<<" "<<OcsectorEffW2->getBinContent(k)<<" "<<eff<<" "<<err<<std::endl;
  }

  //Ranges for Both
  //Barrel

  if(barrel){
    EffGlobWm2->setAxisRange(-4.,100.,2);
    EffGlobWm1->setAxisRange(-4.,100.,2);
    EffGlobW0->setAxisRange(-4.,100.,2);
    EffGlobW1->setAxisRange(-4.,100.,2);
    EffGlobW2->setAxisRange(-4.,100.,2);
  
//    EffGlobWm2far->setAxisRange(-4.,100.,2);
//    EffGlobWm1far->setAxisRange(-4.,100.,2);
//    EffGlobW0far->setAxisRange(-4.,100.,2);
//    EffGlobW1far->setAxisRange(-4.,100.,2);
//    EffGlobW2far->setAxisRange(-4.,100.,2);

//    AverageEffWm2->setAxisRange(-4.,100.,2);
//    AverageEffWm1->setAxisRange(-4.,100.,2);
//    AverageEffW0->setAxisRange(-4.,100.,2);
//    AverageEffW1->setAxisRange(-4.,100.,2);
//    AverageEffW2->setAxisRange(-4.,100.,2);
  
//    AverageEffWm2far->setAxisRange(-4.,100.,2);
//    AverageEffWm1far->setAxisRange(-4.,100.,2);
//    AverageEffW0far->setAxisRange(-4.,100.,2);
//    AverageEffW1far->setAxisRange(-4.,100.,2);
//    AverageEffW2far->setAxisRange(-4.,100.,2);

//    MaskedGlobWm2->setAxisRange(-4.,100.,2);
//    MaskedGlobWm1->setAxisRange(-4.,100.,2);
//    MaskedGlobW0->setAxisRange(-4.,100.,2);
//    MaskedGlobW1->setAxisRange(-4.,100.,2);
//    MaskedGlobW2->setAxisRange(-4.,100.,2);
  
//    MaskedGlobWm2far->setAxisRange(-4.,100.,2);
//    MaskedGlobWm1far->setAxisRange(-4.,100.,2);
//    MaskedGlobW0far->setAxisRange(-4.,100.,2);
//    MaskedGlobW1far->setAxisRange(-4.,100.,2);
//    MaskedGlobW2far->setAxisRange(-4.,100.,2);

//    NoPredictionWm2->setAxisRange(-4.,100.,2);
//    NoPredictionWm1->setAxisRange(-4.,100.,2);
//    NoPredictionW0->setAxisRange(-4.,100.,2);
//    NoPredictionW1->setAxisRange(-4.,100.,2);
//    NoPredictionW2->setAxisRange(-4.,100.,2);
  
//    NoPredictionWm2far->setAxisRange(-4.,100.,2);
//    NoPredictionWm1far->setAxisRange(-4.,100.,2);
//    NoPredictionW0far->setAxisRange(-4.,100.,2);
//    NoPredictionW1far->setAxisRange(-4.,100.,2);
//    NoPredictionW2far->setAxisRange(-4.,100.,2);
  }
  //EndCap

  if(endcap){
    EffGlobDm3->setAxisRange(-4.,100.,2);
    EffGlobDm2->setAxisRange(-4.,100.,2);
    EffGlobDm1->setAxisRange(-4.,100.,2);
    EffGlobD1->setAxisRange(-4.,100.,2);
    EffGlobD2->setAxisRange(-4.,100.,2);
    EffGlobD3->setAxisRange(-4.,100.,2);

//    EffGlobDm3far->setAxisRange(-4.,100.,2);
//    EffGlobDm2far->setAxisRange(-4.,100.,2);
//    EffGlobDm1far->setAxisRange(-4.,100.,2);
//    EffGlobD1far->setAxisRange(-4.,100.,2);
//    EffGlobD2far->setAxisRange(-4.,100.,2);
//    EffGlobD3far->setAxisRange(-4.,100.,2);

//     BXGlobDm3->setAxisRange(-4.,100.,2);
//     BXGlobDm2->setAxisRange(-4.,100.,2);
//     BXGlobDm1->setAxisRange(-4.,100.,2);
//     BXGlobD1->setAxisRange(-4.,100.,2);
//     BXGlobD2->setAxisRange(-4.,100.,2);
//     BXGlobD3->setAxisRange(-4.,100.,2);
  
//     BXGlobDm3far->setAxisRange(-4.,100.,2);
//     BXGlobDm2far->setAxisRange(-4.,100.,2);
//     BXGlobDm1far->setAxisRange(-4.,100.,2);
//     BXGlobD1far->setAxisRange(-4.,100.,2);
//     BXGlobD2far->setAxisRange(-4.,100.,2);
//     BXGlobD3far->setAxisRange(-4.,100.,2);

//    MaskedGlobDm3->setAxisRange(-4.,100.,2);
//    MaskedGlobDm2->setAxisRange(-4.,100.,2);
//    MaskedGlobDm1->setAxisRange(-4.,100.,2);
//    MaskedGlobD1->setAxisRange(-4.,100.,2);
//    MaskedGlobD2->setAxisRange(-4.,100.,2);
//    MaskedGlobD3->setAxisRange(-4.,100.,2);
  
//    MaskedGlobDm3far->setAxisRange(-4.,100.,2);
//    MaskedGlobDm2far->setAxisRange(-4.,100.,2);
//    MaskedGlobDm1far->setAxisRange(-4.,100.,2);
//    MaskedGlobD1far->setAxisRange(-4.,100.,2);
//    MaskedGlobD2far->setAxisRange(-4.,100.,2);
//    MaskedGlobD3far->setAxisRange(-4.,100.,2);

//    AverageEffDm3->setAxisRange(-4.,100.,2);
//    AverageEffDm2->setAxisRange(-4.,100.,2);
//    AverageEffDm1->setAxisRange(-4.,100.,2);
//    AverageEffD1->setAxisRange(-4.,100.,2);
//    AverageEffD2->setAxisRange(-4.,100.,2);
//    AverageEffD3->setAxisRange(-4.,100.,2);

//    AverageEffDm3far->setAxisRange(-4.,100.,2);
//    AverageEffDm2far->setAxisRange(-4.,100.,2);
//    AverageEffDm1far->setAxisRange(-4.,100.,2);
//    AverageEffD1far->setAxisRange(-4.,100.,2);
//    AverageEffD2far->setAxisRange(-4.,100.,2);
//    AverageEffD3far->setAxisRange(-4.,100.,2);

//    NoPredictionDm3->setAxisRange(-4.,100.,2);
//    NoPredictionDm2->setAxisRange(-4.,100.,2);
//    NoPredictionDm1->setAxisRange(-4.,100.,2);
//    NoPredictionD1->setAxisRange(-4.,100.,2);
//    NoPredictionD2->setAxisRange(-4.,100.,2);
//    NoPredictionD3->setAxisRange(-4.,100.,2);

//    NoPredictionDm3far->setAxisRange(-4.,100.,2);
//    NoPredictionDm2far->setAxisRange(-4.,100.,2);
//    NoPredictionDm1far->setAxisRange(-4.,100.,2);
//    NoPredictionD1far->setAxisRange(-4.,100.,2);
//    NoPredictionD2far->setAxisRange(-4.,100.,2);
//    NoPredictionD3far->setAxisRange(-4.,100.,2);
  }

  //Title for Both

  //Barrel
  if(barrel){
    EffGlobWm2->setAxisTitle("%",2);
    EffGlobWm1->setAxisTitle("%",2);
    EffGlobW0->setAxisTitle("%",2);
    EffGlobW1->setAxisTitle("%",2);
    EffGlobW2->setAxisTitle("%",2);
  
//    EffGlobWm2far->setAxisTitle("%",2);
//    EffGlobWm1far->setAxisTitle("%",2);
//    EffGlobW0far->setAxisTitle("%",2);
//    EffGlobW1far->setAxisTitle("%",2);
//    EffGlobW2far->setAxisTitle("%",2);

//    AverageEffWm2->setAxisTitle("%",2);
//    AverageEffWm1->setAxisTitle("%",2);
//    AverageEffW0->setAxisTitle("%",2);
//    AverageEffW1->setAxisTitle("%",2);
//    AverageEffW2->setAxisTitle("%",2);
  
//    AverageEffWm2far->setAxisTitle("%",2);
//    AverageEffWm1far->setAxisTitle("%",2);
//    AverageEffW0far->setAxisTitle("%",2);
//    AverageEffW1far->setAxisTitle("%",2);
//    AverageEffW2far->setAxisTitle("%",2);

//    MaskedGlobWm2->setAxisTitle("%",2);
//    MaskedGlobWm1->setAxisTitle("%",2);
//    MaskedGlobW0->setAxisTitle("%",2);
//    MaskedGlobW1->setAxisTitle("%",2);
//    MaskedGlobW2->setAxisTitle("%",2);
  
//    MaskedGlobWm2far->setAxisTitle("%",2);
//    MaskedGlobWm1far->setAxisTitle("%",2);
//    MaskedGlobW0far->setAxisTitle("%",2);
//    MaskedGlobW1far->setAxisTitle("%",2);
//    MaskedGlobW2far->setAxisTitle("%",2);

//    NoPredictionWm2->setAxisTitle("%",2);
//    NoPredictionWm1->setAxisTitle("%",2);
//    NoPredictionW0->setAxisTitle("%",2);
//    NoPredictionW1->setAxisTitle("%",2);
//    NoPredictionW2->setAxisTitle("%",2);
  
//    NoPredictionWm2far->setAxisTitle("%",2);
//    NoPredictionWm1far->setAxisTitle("%",2);
//    NoPredictionW0far->setAxisTitle("%",2);
//    NoPredictionW1far->setAxisTitle("%",2);
//    NoPredictionW2far->setAxisTitle("%",2);
  }
  //EndCap

  if(endcap){
    EffGlobDm3->setAxisTitle("%",2);
    EffGlobDm2->setAxisTitle("%",2);
    EffGlobDm1->setAxisTitle("%",2);
    EffGlobD1->setAxisTitle("%",2);
    EffGlobD2->setAxisTitle("%",2);
    EffGlobD3->setAxisTitle("%",2);

//    EffGlobDm3far->setAxisTitle("%",2);
//    EffGlobDm2far->setAxisTitle("%",2);
//    EffGlobDm1far->setAxisTitle("%",2);
//    EffGlobD1far->setAxisTitle("%",2);
//    EffGlobD2far->setAxisTitle("%",2);
//    EffGlobD3far->setAxisTitle("%",2);

//     BXGlobDm3->setAxisTitle("%",2);
//     BXGlobDm2->setAxisTitle("%",2);
//     BXGlobDm1->setAxisTitle("%",2);
//     BXGlobD1->setAxisTitle("%",2);
//     BXGlobD2->setAxisTitle("%",2);
//     BXGlobD3->setAxisTitle("%",2);
  
//     BXGlobDm3far->setAxisTitle("%",2);
//     BXGlobDm2far->setAxisTitle("%",2);
//     BXGlobDm1far->setAxisTitle("%",2);
//     BXGlobD1far->setAxisTitle("%",2);
//     BXGlobD2far->setAxisTitle("%",2);
//     BXGlobD3far->setAxisTitle("%",2);

//    MaskedGlobDm3->setAxisTitle("%",2);
//    MaskedGlobDm2->setAxisTitle("%",2);
//    MaskedGlobDm1->setAxisTitle("%",2);
//    MaskedGlobD1->setAxisTitle("%",2);
//    MaskedGlobD2->setAxisTitle("%",2);
//    MaskedGlobD3->setAxisTitle("%",2);
  
//    MaskedGlobDm3far->setAxisTitle("%",2);
//    MaskedGlobDm2far->setAxisTitle("%",2);
//    MaskedGlobDm1far->setAxisTitle("%",2);
//    MaskedGlobD1far->setAxisTitle("%",2);
//    MaskedGlobD2far->setAxisTitle("%",2);
//    MaskedGlobD3far->setAxisTitle("%",2);

//    AverageEffDm3->setAxisTitle("%",2);
//    AverageEffDm2->setAxisTitle("%",2);
//    AverageEffDm1->setAxisTitle("%",2);
//    AverageEffD1->setAxisTitle("%",2);
//    AverageEffD2->setAxisTitle("%",2);
//    AverageEffD3->setAxisTitle("%",2);

//    AverageEffDm3far->setAxisTitle("%",2);
//    AverageEffDm2far->setAxisTitle("%",2);
//    AverageEffDm1far->setAxisTitle("%",2);
//    AverageEffD1far->setAxisTitle("%",2);
//    AverageEffD2far->setAxisTitle("%",2);
//    AverageEffD3far->setAxisTitle("%",2);

//    NoPredictionDm3->setAxisTitle("%",2);
//    NoPredictionDm2->setAxisTitle("%",2);
//    NoPredictionDm1->setAxisTitle("%",2);
//    NoPredictionD1->setAxisTitle("%",2);
//    NoPredictionD2->setAxisTitle("%",2);
//    NoPredictionD3->setAxisTitle("%",2);
  
//    NoPredictionDm3far->setAxisTitle("%",2);
//    NoPredictionDm2far->setAxisTitle("%",2);
//    NoPredictionDm1far->setAxisTitle("%",2);
//    NoPredictionD1far->setAxisTitle("%",2);
//    NoPredictionD2far->setAxisTitle("%",2);
//    NoPredictionD3far->setAxisTitle("%",2);
  }
  

  if(SaveFile){
    std::cout<<"Saving RootFile"<<std::endl;
    dbe->save(NameFile);
  }
  
  if(debug) std::cout<<"RPCEFFICIENCY SECOND DONE"<<std::endl;
  
}

int RPCEfficiencySecond::rollY	(	std::string	shortname,
		std::vector< std::string >	rollNames
	)

Member Data Documentation

bool RPCEfficiencySecond::barrel

private

Definition at line 426 of file RPCEfficiencySecond.h.

Referenced by endRun(), and RPCEfficiencySecond().

DQMStore* RPCEfficiencySecond::dbe

private

Definition at line 431 of file RPCEfficiencySecond.h.

Referenced by beginRun(), bookDetUnitSeg(), and endRun().

bool RPCEfficiencySecond::debug

private

Definition at line 424 of file RPCEfficiencySecond.h.

Referenced by endRun(), and RPCEfficiencySecond().

MonitorElement* RPCEfficiencySecond::Disk1Summary

Definition at line 338 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Disk2Summary

Definition at line 339 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Disk3Summary

Definition at line 340 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Diskm1Summary

Definition at line 337 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Diskm2Summary

Definition at line 336 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Diskm3Summary

Definition at line 335 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroD1

Definition at line 317 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroD2

Definition at line 318 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroD3

Definition at line 319 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroDm1

Definition at line 316 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroDm2

Definition at line 315 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroDm3

Definition at line 314 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroW0

Definition at line 226 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroW1

Definition at line 227 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroW2

Definition at line 228 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroWm1

Definition at line 225 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffDistroWm2

Definition at line 224 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobD1

Definition at line 242 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobD2

Definition at line 243 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobD3

Definition at line 244 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobDm1

Definition at line 241 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobDm2

Definition at line 240 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobDm3

Definition at line 239 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobW0

Definition at line 161 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobW1

Definition at line 162 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobW2

Definition at line 163 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobWm1

Definition at line 160 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::EffGlobWm2

Definition at line 159 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

bool RPCEfficiencySecond::endcap

private

Definition at line 425 of file RPCEfficiencySecond.h.

Referenced by endRun(), geometryXMLparser.CSCAlignable::index(), and RPCEfficiencySecond().

MonitorElement* RPCEfficiencySecond::ExGregD1R2

Definition at line 388 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregD1R3

Definition at line 389 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregD2R2

Definition at line 390 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregD2R3

Definition at line 391 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregD3R2

Definition at line 392 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregD3R3

Definition at line 393 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregDm1R2

Definition at line 394 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregDm1R3

Definition at line 395 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregDm2R2

Definition at line 396 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregDm2R3

Definition at line 397 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregDm3R2

Definition at line 398 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExGregDm3R3

Definition at line 399 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExpLayerW0

Definition at line 403 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExpLayerW1

Definition at line 404 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExpLayerW2

Definition at line 405 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExpLayerWm1

Definition at line 402 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExpLayerWm2

Definition at line 401 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExsectorEffW0

Definition at line 358 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExsectorEffW1

Definition at line 359 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExsectorEffW2

Definition at line 360 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExsectorEffWm1

Definition at line 357 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ExsectorEffWm2

Definition at line 356 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

std::string RPCEfficiencySecond::folderPath

private

Definition at line 429 of file RPCEfficiencySecond.h.

Referenced by beginRun(), endRun(), and RPCEfficiencySecond().

MonitorElement* RPCEfficiencySecond::GregD1R2

Definition at line 362 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregD1R3

Definition at line 363 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregD2R2

Definition at line 364 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregD2R3

Definition at line 365 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregD3R2

Definition at line 366 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregD3R3

Definition at line 367 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregDm1R2

Definition at line 368 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregDm1R3

Definition at line 369 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregDm2R2

Definition at line 370 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregDm2R3

Definition at line 371 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregDm3R2

Definition at line 372 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::GregDm3R3

Definition at line 373 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::histoCSC

Definition at line 143 of file RPCEfficiencySecond.h.

Referenced by endRun().

MonitorElement* RPCEfficiencySecond::histoCSC2

Definition at line 154 of file RPCEfficiencySecond.h.

MonitorElement* RPCEfficiencySecond::histoDT

Definition at line 141 of file RPCEfficiencySecond.h.

Referenced by endRun().

MonitorElement* RPCEfficiencySecond::histoDT2

Definition at line 152 of file RPCEfficiencySecond.h.

MonitorElement* RPCEfficiencySecond::histoeffIdRPC_CSC

Definition at line 148 of file RPCEfficiencySecond.h.

MonitorElement* RPCEfficiencySecond::histoeffIdRPC_DT

Definition at line 147 of file RPCEfficiencySecond.h.

MonitorElement* RPCEfficiencySecond::histoPRO

Definition at line 146 of file RPCEfficiencySecond.h.

MonitorElement* RPCEfficiencySecond::histoRealRPC

Definition at line 142 of file RPCEfficiencySecond.h.

MonitorElement* RPCEfficiencySecond::histoRealRPC2

Definition at line 153 of file RPCEfficiencySecond.h.

MonitorElement* RPCEfficiencySecond::histoRPC

Definition at line 140 of file RPCEfficiencySecond.h.

Referenced by endRun().

MonitorElement* RPCEfficiencySecond::histoRPC2

Definition at line 151 of file RPCEfficiencySecond.h.

std::map<int, std::map<std::string, MonitorElement*> > RPCEfficiencySecond::meCollection

private

Definition at line 422 of file RPCEfficiencySecond.h.

Referenced by endRun().

std::string RPCEfficiencySecond::NameFile

private

Definition at line 428 of file RPCEfficiencySecond.h.

Referenced by endRun(), and RPCEfficiencySecond().

MonitorElement* RPCEfficiencySecond::ObsLayerW0

Definition at line 409 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ObsLayerW1

Definition at line 410 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ObsLayerW2

Definition at line 411 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ObsLayerWm1

Definition at line 408 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::ObsLayerWm2

Definition at line 407 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregD1R2

Definition at line 375 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregD1R3

Definition at line 376 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregD2R2

Definition at line 377 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregD2R3

Definition at line 378 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregD3R2

Definition at line 379 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregD3R3

Definition at line 380 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregDm1R2

Definition at line 381 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregDm1R3

Definition at line 382 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregDm2R2

Definition at line 383 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregDm2R3

Definition at line 384 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregDm3R2

Definition at line 385 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcGregDm3R3

Definition at line 386 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcsectorEffW0

Definition at line 352 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcsectorEffW1

Definition at line 353 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcsectorEffW2

Definition at line 354 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcsectorEffWm1

Definition at line 351 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::OcsectorEffWm2

Definition at line 350 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

bool RPCEfficiencySecond::SaveFile

private

Definition at line 427 of file RPCEfficiencySecond.h.

Referenced by endRun(), and RPCEfficiencySecond().

MonitorElement* RPCEfficiencySecond::sectorEffW0

Definition at line 346 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::sectorEffW1

Definition at line 347 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::sectorEffW2

Definition at line 348 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::sectorEffWm1

Definition at line 345 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::sectorEffWm2

Definition at line 344 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Wheel0Summary

Definition at line 331 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Wheel1Summary

Definition at line 332 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Wheel2Summary

Definition at line 333 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Wheelm1Summary

Definition at line 330 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().

MonitorElement* RPCEfficiencySecond::Wheelm2Summary

Definition at line 329 of file RPCEfficiencySecond.h.

Referenced by beginRun(), and endRun().