VHbbDataFormats/interface/TriggerWeight.h

#ifndef TRIGGERWEIGHT_H
#define TRIGGERWEIGHT_H

#include "FWCore/ParameterSet/interface/ProcessDesc.h"
#include "FWCore/PythonParameterSet/interface/PythonProcessDesc.h"
//#include "VHbbAnalysis/VHbbDataFormats/interface/TriggerZnunuCurve.h"
#include "VHbbAnalysis/VHbbDataFormats/interface/MultiThresholdEfficiency.h"
#include <TH1F.h>
#include <TF1.h>
#include <TFile.h>
#include <TTree.h>
#include <iostream>

class TriggerWeight
{
public:  
  TriggerWeight(const edm::ParameterSet& ana) : combiner2Thr(2), combiner1Thr(1)
  {
   tscaleHLTmu=openFile(ana,"hltMuFileName");
   tscaleIDmu=openFile(ana,"idMuFileName");
   tscaleHLTele1=openFile(ana,"hltEle1FileName");
   tscaleHLTele2=openFile(ana,"hltEle2FileName");
   tscaleHLTele1Aug=openFile(ana,"hltEle1AugFileName");
   tscaleHLTele2Aug=openFile(ana,"hltEle2AugFileName");
   tscaleID80Ele=openFile(ana,"idEle80FileName");
   tscaleID95Ele=openFile(ana,"idEle95FileName");
   tscaleHLTeleJet1=openFile(ana,"hltJetEle1FileName");
   tscaleHLTeleJet2=openFile(ana,"hltJetEle2FileName");
   tscaleRecoEle=openFile(ana,"recoEleFileName");
//   tscalePFMHTele=openFile(ana,"hltPFMHTEleFileName");
   tscaleSingleEleMay=openFile(ana,"hltSingleEleMayFileName");
   tscaleSingleEleV4=openFile(ana,"hltSingleEleV4FileName");
   tscaleHLTmuOr30=openFile(ana,"hltMuOr30FileName");

   if(tscaleHLTmu == 0 || tscaleIDmu == 0) 
    {
      std::cout << "ERROR: cannot load Muon Trigger efficiencies" << std::endl;
    } 
   

  }
 
static TTree * openFile(const edm::ParameterSet& ana, const char * name)
  {
   TFile *hltMuFile = new TFile (ana.getParameter<std::string> (name).c_str(),"read");
   if(hltMuFile)   return (TTree*) hltMuFile->Get("tree");
   else return 0;
  }

static  std::pair<float,float> efficiencyFromPtEta(float pt1, float eta1, TTree *t)
  {
     float s1 = 1.,err=1.;
     std::pair<float,float> r(s1,err);
     if(!t) return r;
     float ptMin,ptMax,etaMin,etaMax,scale,error;
     int count = 0;
     t->SetBranchAddress("ptMin",&ptMin);
     t->SetBranchAddress("ptMax",&ptMax);
     t->SetBranchAddress("etaMin",&etaMin);
     t->SetBranchAddress("etaMax",&etaMax);
     t->SetBranchAddress("scale",&scale);
     t->SetBranchAddress("error",&error);
    float lastPtBin = 200;
/*    for(int jentry = 0; jentry < t->GetEntries(); jentry++)
      {
        t->GetEntry(jentry);
         if(ptMax >= lastPtBin) lastPtBin =ptMax;
      }*/
    for(int jentry = 0; jentry < t->GetEntries(); jentry++)
      {
        t->GetEntry(jentry);
        if(ptMax==lastPtBin) ptMax=1e99;
        if((pt1 > ptMin) && (pt1 < ptMax) && (eta1 > etaMin) && (eta1 < etaMax))
          {
            s1 = scale;
            err=error;
            count++;
          }
      }

    if(count == 0 || s1 == 0)
      {
        return r;
      }

     r.first=s1;
     r.second = err;
    return (r);
  }
 
  float scaleMuIsoHLT(float pt1, float eta1)
  {
    return efficiencyFromPtEta(pt1,eta1,tscaleHLTmu).first;
  }
  
  
  float scaleMuID(float pt1, float eta1)
  {
    return efficiencyFromPtEta(pt1,eta1,tscaleIDmu).first;
  }


double scaleDoubleEle17Ele8Aug( std::vector<float> pt, std::vector<float> eta )
{
   std::vector< std::vector<float> > allEleWithEffs;
for(unsigned int j=0; j< pt.size(); j++)
 {
  std::vector<float> thisEleEffs;
  thisEleEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTele1Aug).first);
  thisEleEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTele2Aug).first);

  allEleWithEffs.push_back(thisEleEffs);
 }

  return   combiner2Thr.weight<Trigger1High2Loose>(allEleWithEffs);

}


double scaleDoubleEle17Ele8( std::vector<float> pt, std::vector<float> eta )
{
   std::vector< std::vector<float> > allEleWithEffs;
for(unsigned int j=0; j< pt.size(); j++)
 {
  std::vector<float> thisEleEffs;
  thisEleEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTele1).first);
  thisEleEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTele2).first);

  allEleWithEffs.push_back(thisEleEffs);
 }

  return   combiner2Thr.weight<Trigger1High2Loose>(allEleWithEffs);

}

double scaleSingleEleMay( float pt, float eta){    return efficiencyFromPtEta(pt,eta,tscaleSingleEleMay).first;}
double scaleSingleEleV4( float pt, float eta){   return efficiencyFromPtEta(pt,eta,tscaleSingleEleV4).first; }
double scaleID80Ele( float pt, float eta) {      return efficiencyFromPtEta(pt,eta,tscaleID80Ele).first; }
double scaleID95Ele( float pt, float eta) {      return efficiencyFromPtEta(pt,eta,tscaleID95Ele).first; }
double scaleRecoEle( float pt, float eta){     return efficiencyFromPtEta(pt,eta,tscaleRecoEle).first; }
double scalePFMHTEle( float MetPFPt){
    double weightPFMHTrigger=0.;

    //FIXME: read from file
    if(MetPFPt>0. && MetPFPt<5.) weightPFMHTrigger=0.305;
    if(MetPFPt>5. && MetPFPt<10.) weightPFMHTrigger=0.351;
    if(MetPFPt>10. && MetPFPt<15.) weightPFMHTrigger=0.461;
    if(MetPFPt>15. && MetPFPt<20.) weightPFMHTrigger=0.572;
    if(MetPFPt>20. && MetPFPt<25.) weightPFMHTrigger=0.713;
    if(MetPFPt>25. && MetPFPt<30.) weightPFMHTrigger=0.844;
    if(MetPFPt>30. && MetPFPt<35.) weightPFMHTrigger=0.914;
    if(MetPFPt>35. && MetPFPt<40.) weightPFMHTrigger=0.939;
    if(MetPFPt>40. && MetPFPt<45.) weightPFMHTrigger=0.981;
    if(MetPFPt>45. && MetPFPt<50.) weightPFMHTrigger=0.982;
    if(MetPFPt>50. && MetPFPt<60.) weightPFMHTrigger=0.993;
    if(MetPFPt>60. && MetPFPt<70.) weightPFMHTrigger=0.995;
    if(MetPFPt>70. && MetPFPt<100.) weightPFMHTrigger=0.995;
    if(MetPFPt>100.) weightPFMHTrigger=1.;
    return weightPFMHTrigger;
}


double scaleJet30Jet25( std::vector<float> pt, std::vector<float> eta)
{

  std::vector< std::vector<float> > allJetsWithEffs;
for(unsigned int j=0; j< pt.size(); j++)
 {
  std::vector<float> thisJetEffs;
  thisJetEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTeleJet1).first);
  thisJetEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTeleJet2).first);
//  std::cout << " jet pt " << pt[j] << " eta " << eta[j] << " eff1 "  <<  thisJetEffs[0] << " eff2 " << thisJetEffs[1] << std::endl;  
  allJetsWithEffs.push_back(thisJetEffs);
  
 }
 float res = combiner2Thr.weight<Trigger1High2Loose>(allJetsWithEffs);
// std::cout << "Result is " << res << std::endl;
 return res;
//  return   combiner2Thr.weight<Trigger1High2Loose>(allJetsWithEffs);

}
/*
TF1 fpt("f","1-exp(-0.157*(x-19.3))", 0., 9999999.);

MET80:
TF1 fmet80("f","1/ (1 + exp( -0.0709 * (x - 100.7)))", 0., 9999999.);

MET100:
TF1 fmet100("f","1/ (1 + exp( -0.0679 * (x - 128.8)))", 0., 9999999.);
*/

//LP curve used for MET
double  scaleMetHLT( double met){
    return 1. / (1. +  ( exp( 0.059486 * ( 123.27 - met ))));
}

//MET80 component of the factorized JET+MET trigger
double scaleMET80(double et)
{
 return 1. / (1. +  exp( -0.0709 * (et - 100.7)));
}

//MET100 component
double scaleMET100(double et)
{
 return 1. / (1. +  exp( -0.0679 * (et - 128.8)));
}

//Single jet20 efficiency for MET+2CJet20
double jet20efficiency( double pt)
{
 if(pt < 10 ) return 0;
 return 1. - exp(-0.157*(pt-19.3));
}

//combined 2 jets efficiency out of N jets, using jet20 efficiency curve
double scale2CentralJet( std::vector<float> pt, std::vector<float> eta)
{

  std::vector< std::vector<float> > allJetsWithEffs;
for(unsigned int j=0; j< pt.size(); j++)
 {
  if(fabs(eta[j]) < 2.5)
  {
   std::vector<float> thisJetEffs;
   thisJetEffs.push_back(jet20efficiency(pt[j]));
   allJetsWithEffs.push_back(thisJetEffs);
  }

 }

 return   combiner1Thr.weight<Trigger2SingleThr>(allJetsWithEffs);
}

//New MET 150 
double scaleMET150(double et)
{ 
  return 1./ (1. +  exp( -0.129226 * (et - 156.699)));
}

float scaleMuOr30IsoHLT(float pt1, float eta1)
{
   return efficiencyFromPtEta(pt1,eta1,tscaleHLTmuOr30).first;
}


private:
  TTree * tscaleHLTele1;
  TTree * tscaleHLTele2;
  TTree * tscaleHLTeleJet1;
  TTree * tscaleHLTeleJet2;
  TTree * tscaleID80Ele;
  TTree * tscaleID95Ele;
  TTree * tscaleRecoEle;
  TTree * tscaleHLTmuOr30;

//  TTree * tscalePFMHTele;
  TTree * tscaleSingleEleMay;
  TTree * tscaleSingleEleV4;

  TTree * tscaleHLTele1Aug;
  TTree * tscaleHLTele2Aug;

  TTree * tscaleHLTmu;
  TTree * tscaleIDmu;
  MultiThresholdEfficiency combiner2Thr; 
  MultiThresholdEfficiency combiner1Thr; 
};

#endif
Revision:	1.11
Committed:	Thu Nov 10 00:01:40 2011 UTC (13 years, 5 months ago) by arizzi
Content type:	text/plain
Branch:	MAIN
CVS Tags:	V21emuCand, EdmV33Jun12v0, Step2ForV31_v0, EdmV32May24v0, EdmV31May21v1, EdmV31May17v0, May14thStep2, EdmV30Apr10, EdmV21Apr10v2, EdmV22May9, EdmV21Apr06, EdmV21Apr10, EdmV21Apr04, EdmV21Apr03, EdmV21Apr2, EdmV21Mar30, EdmV20Mar12, AR_Nov10Ntuple
Branch point for:	V21emuCandidate
Changes since 1.10:	+68 -14 lines
Log Message:	- 3D PU reweighting with latest recipe and targetting the full 2011B run period - PU reweight fixed in 2011A against Fall11 MC - run boundary handling to properly handle the two periods of 2011B - factorized MET triggers - events failing the "at least 2 jets pt > 20" are recovered with a pt15 cut (NB: the election of higest dijet is first done with 20GeV threshold, the 15 GeV is consiered only if the 20 fails) - apply JER smearing by default - add leptons generator info - add jet by jet btag SF info - add electron id80NoIso
#	User	Rev	Content
1	arizzi	1.1	#ifndef TRIGGERWEIGHT_H
2			#define TRIGGERWEIGHT_H
3
4			#include "FWCore/ParameterSet/interface/ProcessDesc.h"
5			#include "FWCore/PythonParameterSet/interface/PythonProcessDesc.h"
6	arizzi	1.11	//#include "VHbbAnalysis/VHbbDataFormats/interface/TriggerZnunuCurve.h"
7	arizzi	1.4	#include "VHbbAnalysis/VHbbDataFormats/interface/MultiThresholdEfficiency.h"
8	arizzi	1.1	#include <TH1F.h>
9	arizzi	1.3	#include <TF1.h>
10	arizzi	1.1	#include <TFile.h>
11			#include <TTree.h>
12			#include <iostream>
13
14			class TriggerWeight
15			{
16			public:
17	arizzi	1.11	TriggerWeight(const edm::ParameterSet& ana) : combiner2Thr(2), combiner1Thr(1)
18	arizzi	1.1	{
19	arizzi	1.4	tscaleHLTmu=openFile(ana,"hltMuFileName");
20			tscaleIDmu=openFile(ana,"idMuFileName");
21			tscaleHLTele1=openFile(ana,"hltEle1FileName");
22			tscaleHLTele2=openFile(ana,"hltEle2FileName");
23	arizzi	1.9	tscaleHLTele1Aug=openFile(ana,"hltEle1AugFileName");
24			tscaleHLTele2Aug=openFile(ana,"hltEle2AugFileName");
25	arizzi	1.5	tscaleID80Ele=openFile(ana,"idEle80FileName");
26			tscaleID95Ele=openFile(ana,"idEle95FileName");
27	arizzi	1.4	tscaleHLTeleJet1=openFile(ana,"hltJetEle1FileName");
28			tscaleHLTeleJet2=openFile(ana,"hltJetEle2FileName");
29	arizzi	1.5	tscaleRecoEle=openFile(ana,"recoEleFileName");
30			// tscalePFMHTele=openFile(ana,"hltPFMHTEleFileName");
31			tscaleSingleEleMay=openFile(ana,"hltSingleEleMayFileName");
32			tscaleSingleEleV4=openFile(ana,"hltSingleEleV4FileName");
33	arizzi	1.6	tscaleHLTmuOr30=openFile(ana,"hltMuOr30FileName");
34	arizzi	1.4
35	arizzi	1.1	if(tscaleHLTmu == 0 \|\| tscaleIDmu == 0)
36			{
37			std::cout << "ERROR: cannot load Muon Trigger efficiencies" << std::endl;
38			}
39	arizzi	1.4
40
41	arizzi	1.1
42			}
43	arizzi	1.4
44	arizzi	1.10	static TTree * openFile(const edm::ParameterSet& ana, const char * name)
45	arizzi	1.4	{
46	arizzi	1.5	TFile *hltMuFile = new TFile (ana.getParameter<std::string> (name).c_str(),"read");
47	arizzi	1.4	if(hltMuFile) return (TTree*) hltMuFile->Get("tree");
48			else return 0;
49			}
50
51	arizzi	1.10	static std::pair<float,float> efficiencyFromPtEta(float pt1, float eta1, TTree *t)
52	arizzi	1.4	{
53			float s1 = 1.,err=1.;
54			std::pair<float,float> r(s1,err);
55			if(!t) return r;
56			float ptMin,ptMax,etaMin,etaMax,scale,error;
57			int count = 0;
58			t->SetBranchAddress("ptMin",&ptMin);
59			t->SetBranchAddress("ptMax",&ptMax);
60			t->SetBranchAddress("etaMin",&etaMin);
61			t->SetBranchAddress("etaMax",&etaMax);
62			t->SetBranchAddress("scale",&scale);
63			t->SetBranchAddress("error",&error);
64	arizzi	1.7	float lastPtBin = 200;
65			/* for(int jentry = 0; jentry < t->GetEntries(); jentry++)
66			{
67			t->GetEntry(jentry);
68			if(ptMax >= lastPtBin) lastPtBin =ptMax;
69			}*/
70	arizzi	1.4	for(int jentry = 0; jentry < t->GetEntries(); jentry++)
71			{
72			t->GetEntry(jentry);
73	arizzi	1.7	if(ptMax==lastPtBin) ptMax=1e99;
74	arizzi	1.4	if((pt1 > ptMin) && (pt1 < ptMax) && (eta1 > etaMin) && (eta1 < etaMax))
75			{
76			s1 = scale;
77			err=error;
78			count++;
79			}
80			}
81
82			if(count == 0 \|\| s1 == 0)
83			{
84			return r;
85			}
86
87			r.first=s1;
88			r.second = err;
89			return (r);
90			}
91	arizzi	1.1
92			float scaleMuIsoHLT(float pt1, float eta1)
93			{
94	arizzi	1.4	return efficiencyFromPtEta(pt1,eta1,tscaleHLTmu).first;
95	arizzi	1.1	}
96
97
98
99			float scaleMuID(float pt1, float eta1)
100			{
101	arizzi	1.4	return efficiencyFromPtEta(pt1,eta1,tscaleIDmu).first;
102	arizzi	1.1	}
103
104	arizzi	1.3
105	arizzi	1.9	double scaleDoubleEle17Ele8Aug( std::vector<float> pt, std::vector<float> eta )
106			{
107			std::vector< std::vector<float> > allEleWithEffs;
108			for(unsigned int j=0; j< pt.size(); j++)
109			{
110			std::vector<float> thisEleEffs;
111			thisEleEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTele1Aug).first);
112			thisEleEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTele2Aug).first);
113
114			allEleWithEffs.push_back(thisEleEffs);
115			}
116
117			return combiner2Thr.weight<Trigger1High2Loose>(allEleWithEffs);
118
119			}
120
121
122	arizzi	1.5	double scaleDoubleEle17Ele8( std::vector<float> pt, std::vector<float> eta )
123			{
124			std::vector< std::vector<float> > allEleWithEffs;
125			for(unsigned int j=0; j< pt.size(); j++)
126			{
127			std::vector<float> thisEleEffs;
128			thisEleEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTele1).first);
129			thisEleEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTele2).first);
130	arizzi	1.9
131	arizzi	1.5	allEleWithEffs.push_back(thisEleEffs);
132			}
133
134			return combiner2Thr.weight<Trigger1High2Loose>(allEleWithEffs);
135
136			}
137
138			double scaleSingleEleMay( float pt, float eta){ return efficiencyFromPtEta(pt,eta,tscaleSingleEleMay).first;}
139			double scaleSingleEleV4( float pt, float eta){ return efficiencyFromPtEta(pt,eta,tscaleSingleEleV4).first; }
140			double scaleID80Ele( float pt, float eta) { return efficiencyFromPtEta(pt,eta,tscaleID80Ele).first; }
141			double scaleID95Ele( float pt, float eta) { return efficiencyFromPtEta(pt,eta,tscaleID95Ele).first; }
142			double scaleRecoEle( float pt, float eta){ return efficiencyFromPtEta(pt,eta,tscaleRecoEle).first; }
143			double scalePFMHTEle( float MetPFPt){
144			double weightPFMHTrigger=0.;
145
146			//FIXME: read from file
147	dlopes	1.8	if(MetPFPt>0. && MetPFPt<5.) weightPFMHTrigger=0.305;
148			if(MetPFPt>5. && MetPFPt<10.) weightPFMHTrigger=0.351;
149			if(MetPFPt>10. && MetPFPt<15.) weightPFMHTrigger=0.461;
150			if(MetPFPt>15. && MetPFPt<20.) weightPFMHTrigger=0.572;
151			if(MetPFPt>20. && MetPFPt<25.) weightPFMHTrigger=0.713;
152			if(MetPFPt>25. && MetPFPt<30.) weightPFMHTrigger=0.844;
153			if(MetPFPt>30. && MetPFPt<35.) weightPFMHTrigger=0.914;
154			if(MetPFPt>35. && MetPFPt<40.) weightPFMHTrigger=0.939;
155			if(MetPFPt>40. && MetPFPt<45.) weightPFMHTrigger=0.981;
156			if(MetPFPt>45. && MetPFPt<50.) weightPFMHTrigger=0.982;
157			if(MetPFPt>50. && MetPFPt<60.) weightPFMHTrigger=0.993;
158			if(MetPFPt>60. && MetPFPt<70.) weightPFMHTrigger=0.995;
159			if(MetPFPt>70. && MetPFPt<100.) weightPFMHTrigger=0.995;
160			if(MetPFPt>100.) weightPFMHTrigger=1.;
161	arizzi	1.5	return weightPFMHTrigger;
162			}
163
164	arizzi	1.11
165	arizzi	1.5	double scaleJet30Jet25( std::vector<float> pt, std::vector<float> eta)
166	arizzi	1.4	{
167	arizzi	1.5
168			std::vector< std::vector<float> > allJetsWithEffs;
169			for(unsigned int j=0; j< pt.size(); j++)
170			{
171			std::vector<float> thisJetEffs;
172			thisJetEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTeleJet1).first);
173			thisJetEffs.push_back(efficiencyFromPtEta(pt[j],eta[j],tscaleHLTeleJet2).first);
174	arizzi	1.11	// std::cout << " jet pt " << pt[j] << " eta " << eta[j] << " eff1 " << thisJetEffs[0] << " eff2 " << thisJetEffs[1] << std::endl;
175	arizzi	1.5	allJetsWithEffs.push_back(thisJetEffs);
176	arizzi	1.11
177			}
178			float res = combiner2Thr.weight<Trigger1High2Loose>(allJetsWithEffs);
179			// std::cout << "Result is " << res << std::endl;
180			return res;
181			// return combiner2Thr.weight<Trigger1High2Loose>(allJetsWithEffs);
182
183			}
184			/*
185			TF1 fpt("f","1-exp(-0.157*(x-19.3))", 0., 9999999.);
186
187			MET80:
188			TF1 fmet80("f","1/ (1 + exp( -0.0709 * (x - 100.7)))", 0., 9999999.);
189
190			MET100:
191			TF1 fmet100("f","1/ (1 + exp( -0.0679 * (x - 128.8)))", 0., 9999999.);
192			*/
193
194			//LP curve used for MET
195			double scaleMetHLT( double met){
196			return 1. / (1. + ( exp( 0.059486 * ( 123.27 - met ))));
197			}
198
199			//MET80 component of the factorized JET+MET trigger
200			double scaleMET80(double et)
201			{
202			return 1. / (1. + exp( -0.0709 * (et - 100.7)));
203			}
204
205			//MET100 component
206			double scaleMET100(double et)
207			{
208			return 1. / (1. + exp( -0.0679 * (et - 128.8)));
209			}
210
211			//Single jet20 efficiency for MET+2CJet20
212			double jet20efficiency( double pt)
213			{
214			if(pt < 10 ) return 0;
215			return 1. - exp(-0.157*(pt-19.3));
216			}
217
218			//combined 2 jets efficiency out of N jets, using jet20 efficiency curve
219			double scale2CentralJet( std::vector<float> pt, std::vector<float> eta)
220			{
221
222			std::vector< std::vector<float> > allJetsWithEffs;
223			for(unsigned int j=0; j< pt.size(); j++)
224			{
225			if(fabs(eta[j]) < 2.5)
226			{
227			std::vector<float> thisJetEffs;
228			thisJetEffs.push_back(jet20efficiency(pt[j]));
229			allJetsWithEffs.push_back(thisJetEffs);
230			}
231
232	arizzi	1.5	}
233
234	arizzi	1.11	return combiner1Thr.weight<Trigger2SingleThr>(allJetsWithEffs);
235			}
236
237			//New MET 150
238			double scaleMET150(double et)
239			{
240			return 1./ (1. + exp( -0.129226 * (et - 156.699)));
241	arizzi	1.4	}
242	arizzi	1.3
243	arizzi	1.6	float scaleMuOr30IsoHLT(float pt1, float eta1)
244			{
245			return efficiencyFromPtEta(pt1,eta1,tscaleHLTmuOr30).first;
246			}
247	arizzi	1.3
248
249	arizzi	1.1	private:
250	arizzi	1.4	TTree * tscaleHLTele1;
251			TTree * tscaleHLTele2;
252			TTree * tscaleHLTeleJet1;
253			TTree * tscaleHLTeleJet2;
254	arizzi	1.5	TTree * tscaleID80Ele;
255			TTree * tscaleID95Ele;
256			TTree * tscaleRecoEle;
257	arizzi	1.6	TTree * tscaleHLTmuOr30;
258
259	arizzi	1.5	// TTree * tscalePFMHTele;
260			TTree * tscaleSingleEleMay;
261			TTree * tscaleSingleEleV4;
262	arizzi	1.4
263	arizzi	1.9	TTree * tscaleHLTele1Aug;
264			TTree * tscaleHLTele2Aug;
265
266	arizzi	1.1	TTree * tscaleHLTmu;
267			TTree * tscaleIDmu;
268	arizzi	1.4	MultiThresholdEfficiency combiner2Thr;
269	arizzi	1.11	MultiThresholdEfficiency combiner1Thr;
270	arizzi	1.1	};
271
272			#endif