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SelectTrackerEvents_H2.C
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SelectTrackerEvents_H2.C
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//this v-1 is only used to output histograms with number of strips > 1
#include <TString.h>
#include <iostream>
#include <vector>
#include <fstream>
#include <TTree.h>
#include <TH1.h>
#include <TH2.h>
#include <TFile.h>
//#include "tdrstyle.C"
//#include "CMS_lumi.C"
void SelectTrackerEvents_H2(const char * InputTextFile, const int RunNumber, string LargeGEM)
{
/* setTDRStyle();
writeExtraText = true; // if extra text
extraText = "Preliminary"; // default extra text is "Preliminary"
lumi_8TeV = "19.1 fb^{-1}"; // default is "19.7 fb^{-1}"
lumi_7TeV = "4.9 fb^{-1}"; // default is "5.1 fb^{-1}"
lumi_sqrtS = "13 TeV"; // used with iPeriod = 0, e.g. for simulation-only plots (default is an empty string)
int iPeriod = 3; // 1=7TeV, 2=8TeV, 3=7+8TeV, 7=7+8+13TeV, 0=free form (uses lumi_sqrtS)
*/
// InputTextFile = InputTextFile+".txt";
cout<<"Input file = "<<InputTextFile<<endl;
cout<<"Run Number = "<<RunNumber<<endl;
fstream fin(InputTextFile,ios::in);
//fstream fin("Hit_Position_Info.txt",ios::in);
fstream fout_1("Eff.txt",ios::out);
bool verbose = 0;
float NHits_g2 =0; float NHits_g3 =0; float NHits_g1 =0; float NHits_LC1=0; float NHits_LC2=0; float NHits_LC3 =0; float Pos_g2X=0; float Pos_g2Y=0; float Pos_g3X=0; float Pos_g1X=0; float Pos_g1Y=0;
//number of hits
vector <int> NHits_g2xcl, NHits_g2ycl, NHits_g3xcl, NHits_g3ycl, NHits_g1xcl, NHits_g1ycl;
vector <int> NHits_sCMSNS2LC1, NHits_sCMSNS2LC2, NHits_sCMSNS2LC3;
//positions on detectors
vector <double> Pos_g2xcl, Pos_g2ycl, Pos_g3xcl, Pos_g3ycl, Pos_g1xcl, Pos_g1ycl;
vector <double> Pos_sCMSNS2LC1, Pos_sCMSNS2LC2, Pos_sCMSNS2LC3;
//charges in detectors
vector <double> Chrg_g2xcl, Chrg_g2ycl, Chrg_g3xcl, Chrg_g3ycl, Chrg_g1xcl, Chrg_g1ycl;
vector <double> Chrg_sCMSNS2LC1, Chrg_sCMSNS2LC2, Chrg_sCMSNS2LC3;
//strips in detectors
vector <double> Strip_g2xcl, Strip_g2ycl, Strip_g3xcl, Strip_g3ycl, Strip_g1xcl, Strip_g1ycl;
vector <double> Strip_sCMSNS2LC1, Strip_sCMSNS2LC2, Strip_sCMSNS2LC3;
//initialize all the variables
NHits_g2xcl.clear();
NHits_g2ycl.clear();
NHits_g3xcl.clear();
NHits_g3ycl.clear();
NHits_g1xcl.clear();
NHits_g1ycl.clear();
NHits_sCMSNS2LC1.clear();
NHits_sCMSNS2LC2.clear();
NHits_sCMSNS2LC3.clear();
Pos_g2xcl.clear();
Pos_g2ycl.clear();
Pos_g3xcl.clear();
Pos_g3ycl.clear();
Pos_g1xcl.clear();
Pos_g1ycl.clear();
Pos_sCMSNS2LC1.clear();
Pos_sCMSNS2LC2.clear();
Pos_sCMSNS2LC3.clear();
Chrg_g2xcl.clear();
Chrg_g2ycl.clear();
Chrg_g3xcl.clear();
Chrg_g3ycl.clear();
Chrg_g1xcl.clear();
Chrg_g1ycl.clear();
Chrg_sCMSNS2LC1.clear();
Chrg_sCMSNS2LC2.clear();
Chrg_sCMSNS2LC3.clear();
Strip_g2xcl.clear();
Strip_g2ycl.clear();
Strip_g3xcl.clear();
Strip_g3ycl.clear();
Strip_g1xcl.clear();
Strip_g1ycl.clear();
Strip_sCMSNS2LC1.clear();
Strip_sCMSNS2LC2.clear();
Strip_sCMSNS2LC3.clear();
//read the file, write values to array
int evtNb=0;
int count=0;
TString firstString;
int nbHits;
double charge,position,strip;
int aSingleStrip; double aSingleCharge;
fout_1<<"RunNo\tTotal\t cutNHits_g2\t cutNHits_g3\t cutNHits_g1\t cutNHits_LC1\t cutNHits_LC2\t cutNHits_LC3\t cutPos_g2X\t cutPos_g2Y\t cutPos_g3X\t cutPos_g1X\t cutPos_g1Y"<<endl;
while(fin.good())
{
fin>>firstString;
if (firstString == "") continue;
if(firstString.EqualTo("EventNb"))
{
fin>>count;
evtNb++;
if (verbose)
cout<<"==================================================================\nevnt nb = "<<evtNb<< "\t firstString = "<< firstString << "\t count = "<< count <<endl;
if(evtNb%5000==0)
cout<<"event number "<<evtNb<<endl;
continue;
}
//if (evtNb++ > 1) continue; // Just added this line to read only one event
fin>>nbHits>>charge>>position>>strip;
if (verbose)
cout<<"det name = "<<firstString<<"\tnbHits = "<<nbHits << "\t charge = "<< charge << "\t position = "<< position << "\t strip = "<<strip<<endl;
for(int i=0;i<nbHits;i++)
// for(int i=0;i<100;i++)
{
fin>>aSingleStrip>>aSingleCharge;
}
if(firstString.EqualTo("sCMSNS2LC1"))
{
NHits_sCMSNS2LC1.push_back(nbHits);
Pos_sCMSNS2LC1.push_back(position);
Chrg_sCMSNS2LC1.push_back(charge);
Strip_sCMSNS2LC1.push_back(strip);
}
if(firstString.EqualTo("sCMSNS2LC2"))
{
NHits_sCMSNS2LC2.push_back(nbHits);
Pos_sCMSNS2LC2.push_back(position);
Chrg_sCMSNS2LC2.push_back(charge);
Strip_sCMSNS2LC2.push_back(strip);
}
if(firstString.EqualTo("sCMSNS2LC3"))
{
NHits_sCMSNS2LC3.push_back(nbHits);
Pos_sCMSNS2LC3.push_back(position);
Chrg_sCMSNS2LC3.push_back(charge);
Strip_sCMSNS2LC3.push_back(strip);
}
if(firstString.EqualTo("g1xcl"))
{
NHits_g1xcl.push_back(nbHits);
Pos_g1xcl.push_back(position);
Chrg_g1xcl.push_back(charge);
Strip_g1xcl.push_back(strip);
}
if(firstString.EqualTo("g1ycl"))
{
NHits_g1ycl.push_back(nbHits);
Pos_g1ycl.push_back(position);
Chrg_g1ycl.push_back(charge);
Strip_g1ycl.push_back(strip);
}
if(firstString.EqualTo("g2xcl"))
{
NHits_g2xcl.push_back(nbHits);
Pos_g2xcl.push_back(position);
Chrg_g2xcl.push_back(charge);
Strip_g2xcl.push_back(strip);
}
if(firstString.EqualTo("g2ycl"))
{
NHits_g2ycl.push_back(nbHits);
Pos_g2ycl.push_back(position);
Chrg_g2ycl.push_back(charge);
Strip_g2ycl.push_back(strip);
}
if(firstString.EqualTo("g3xcl"))
{
NHits_g3xcl.push_back(nbHits);
Pos_g3xcl.push_back(position);
Chrg_g3xcl.push_back(charge);
Strip_g3xcl.push_back(strip);
}
if(firstString.EqualTo("g3ycl"))
{
NHits_g3ycl.push_back(nbHits);
Pos_g3ycl.push_back(position);
Chrg_g3ycl.push_back(charge);
Strip_g3ycl.push_back(strip);
}
if (verbose)
{
cout<< aSingleStrip << "\t" << aSingleCharge << "\t";
//cout<<"aSingleStrip = " << aSingleStrip << "\taSingleCharge = "<< aSingleCharge ;
}
if (verbose)
cout<<endl;
}
TString outputfile;
if ( LargeGEM == "No")
outputfile = Form("TrackerOnly_Position_RunNumber%i.txt",RunNumber);
if ( LargeGEM == "LC1")
outputfile = Form("TrackerAndLC1_Position_RunNumber%i.txt",RunNumber);
if ( LargeGEM == "LC2")
outputfile = Form("TrackerAndLC2_Position_RunNumber%i.txt",RunNumber);
if ( LargeGEM == "LC3")
outputfile = Form("TrackerAndLC3_Position_RunNumber%i.txt",RunNumber);
TString rootfile = Form("CoarseAligned_%i.root",RunNumber);
//TString rootfile = Form("RootFiles/CoarseAligned.root");
fstream fout(outputfile.Data(),ios::out);
TFile* f = new TFile(rootfile.Data(),"recreate");
/* TCanvas *can1= new TCanvas("can1","",800,700);
cmsprem = new TLatex(0,101,"CMS Preliminary");
cmsprem->SetTextSize(0.04);
gStyle->SetOptStat("ne");*/
TH1F* h_Pos_g2xcl=new TH1F("h_Pos_g2xcl","",100, -10, 110);h_Pos_g2xcl->SetXTitle("Cluster position [mm]");h_Pos_g2xcl->SetYTitle("Frequency");h_Pos_g2xcl->SetTitleSize(0.04,"XY");h_Pos_g2xcl->SetLabelSize(0.04,"XY");
TH1F* h_Pos_g2ycl=new TH1F("h_Pos_g2ycl","",100, -10, 110);h_Pos_g2ycl->SetXTitle("Cluster position [mm]");h_Pos_g2ycl->SetYTitle("Frequency");h_Pos_g2ycl->SetTitleSize(0.04,"XY");h_Pos_g2ycl->SetLabelSize(0.04,"XY");
TH1F* h_Pos_g3xcl=new TH1F("h_Pos_g3xcl","",100, -10, 110);h_Pos_g3xcl->SetXTitle("Cluster position [mm]");h_Pos_g3xcl->SetYTitle("Frequency");h_Pos_g3xcl->SetTitleSize(0.04,"XY");h_Pos_g3xcl->SetLabelSize(0.04,"XY");
TH1F* h_Pos_g3ycl=new TH1F("h_Pos_g3ycl","",100, -10, 110);h_Pos_g3ycl->SetXTitle("Cluster position [mm]");h_Pos_g3ycl->SetYTitle("Frequency");h_Pos_g3ycl->SetTitleSize(0.04,"XY");h_Pos_g3ycl->SetLabelSize(0.04,"XY");
TH1F* h_Pos_g1xcl=new TH1F("h_Pos_g1xcl","",100, -10, 110);h_Pos_g1xcl->SetXTitle("Cluster position [mm]");h_Pos_g1xcl->SetYTitle("Frequency");h_Pos_g1xcl->SetTitleSize(0.04,"XY");h_Pos_g1xcl->SetLabelSize(0.04,"XY");
TH1F* h_Pos_g1ycl=new TH1F("h_Pos_g1ycl","",100, -10, 110);h_Pos_g1ycl->SetXTitle("Cluster position [mm]");h_Pos_g1ycl->SetYTitle("Frequency");h_Pos_g1ycl->SetTitleSize(0.04,"XY");h_Pos_g1ycl->SetLabelSize(0.04,"XY");
TH1F* h_Pos_sCMSNS2LC1=new TH1F("h_Pos_sCMSNS2LC1","",100, 0, 100);h_Pos_sCMSNS2LC1->SetXTitle("Cluster position [mm]");h_Pos_sCMSNS2LC1->SetYTitle("Frequency");h_Pos_sCMSNS2LC1->SetTitleSize(0.04,"XY");h_Pos_sCMSNS2LC1->SetLabelSize(0.04,"XY");
TH1F* h_Pos_sCMSNS2LC2=new TH1F("h_Pos_sCMSNS2LC2","",100, 0, 100);h_Pos_sCMSNS2LC2->SetXTitle("Cluster position [mm]");h_Pos_sCMSNS2LC2->SetYTitle("Frequency");h_Pos_sCMSNS2LC2->SetTitleSize(0.04,"XY");h_Pos_sCMSNS2LC2->SetLabelSize(0.04,"XY");
TH1F* h_Pos_sCMSNS2LC3=new TH1F("h_Pos_sCMSNS2LC3","",100, 0, 100);h_Pos_sCMSNS2LC3->SetXTitle("Cluster position [mm]");h_Pos_sCMSNS2LC3->SetYTitle("Frequency");h_Pos_sCMSNS2LC3->SetTitleSize(0.04,"XY");h_Pos_sCMSNS2LC3->SetLabelSize(0.04,"XY");
TH1F* h_Strip_g2xcl=new TH1F("h_Strip_g2xcl","",100, -10, 275);h_Strip_g2xcl->SetXTitle("Cluster position in terms of strip");h_Strip_g2xcl->SetYTitle("Frequency");h_Strip_g2xcl->SetTitleSize(0.04,"XY");h_Strip_g2xcl->SetLabelSize(0.04,"XY");
TH1F* h_Strip_g2ycl=new TH1F("h_Strip_g2ycl","",100, -10, 275);h_Strip_g2ycl->SetXTitle("Cluster position in terms of strip");h_Strip_g2ycl->SetYTitle("Frequency");h_Strip_g2ycl->SetTitleSize(0.04,"XY");h_Strip_g2ycl->SetLabelSize(0.04,"XY");
TH1F* h_Strip_g3xcl=new TH1F("h_Strip_g3xcl","",100, -10, 275);h_Strip_g3xcl->SetXTitle("Cluster position in terms of strip");h_Strip_g3xcl->SetYTitle("Frequency");h_Strip_g3xcl->SetTitleSize(0.04,"XY");h_Strip_g3xcl->SetLabelSize(0.04,"XY");
TH1F* h_Strip_g3ycl=new TH1F("h_Strip_g3ycl","",100, -10, 275);h_Strip_g3ycl->SetXTitle("Cluster position in terms of strip");h_Strip_g3ycl->SetYTitle("Frequency");h_Strip_g3ycl->SetTitleSize(0.04,"XY");h_Strip_g3ycl->SetLabelSize(0.04,"XY");
TH1F* h_Strip_g1xcl=new TH1F("h_Strip_g1xcl","",100, -10, 275);h_Strip_g1xcl->SetXTitle("Cluster position in terms of strip");h_Strip_g1xcl->SetYTitle("Frequency");h_Strip_g1xcl->SetTitleSize(0.04,"XY");h_Strip_g1xcl->SetLabelSize(0.04,"XY");
TH1F* h_Strip_g1ycl=new TH1F("h_Strip_g1ycl","",100, -10, 275);h_Strip_g1ycl->SetXTitle("Cluster position in terms of strip");h_Strip_g1ycl->SetYTitle("Frequency");h_Strip_g1ycl->SetTitleSize(0.04,"XY");h_Strip_g1ycl->SetLabelSize(0.04,"XY");
TH1F* h_Strip_sCMSNS2LC1=new TH1F("h_Strip_sCMSNS2LC1","",100, -10, 275);h_Strip_sCMSNS2LC1->SetXTitle("Cluster position in terms of strip");h_Strip_sCMSNS2LC1->SetYTitle("Frequency");h_Strip_sCMSNS2LC1->SetTitleSize(0.04,"XY");h_Strip_sCMSNS2LC1->SetLabelSize(0.04,"XY");
TH1F* h_Strip_sCMSNS2LC2=new TH1F("h_Strip_sCMSNS2LC2","",100, -10, 275);h_Strip_sCMSNS2LC2->SetXTitle("Cluster position in terms of strip");h_Strip_sCMSNS2LC2->SetYTitle("Frequency");h_Strip_sCMSNS2LC2->SetTitleSize(0.04,"XY");h_Strip_sCMSNS2LC2->SetLabelSize(0.04,"XY");
TH1F* h_Strip_sCMSNS2LC3=new TH1F("h_Strip_sCMSNS2LC3","",100, -10, 275);h_Strip_sCMSNS2LC3->SetXTitle("Cluster position in terms of strip");h_Strip_sCMSNS2LC3->SetYTitle("Frequency");h_Strip_sCMSNS2LC3->SetTitleSize(0.04,"XY");h_Strip_sCMSNS2LC3->SetLabelSize(0.04,"XY");
TH1F* h_NHits_g1xcl=new TH1F("h_NHits_g1xcl","",500, -1, 10);h_NHits_g1xcl->SetXTitle("Number of Hits");h_NHits_g1xcl->SetYTitle("Frequency");h_NHits_g1xcl->SetTitleSize(0.04,"XY");h_NHits_g1xcl->SetLabelSize(0.04,"XY");
TH1F* h_NHits_g1ycl=new TH1F("h_NHits_g1ycl","",500, -1, 10);h_NHits_g1ycl->SetXTitle("Number of Hits");h_NHits_g1ycl->SetYTitle("Frequency");h_NHits_g1ycl->SetTitleSize(0.04,"XY");h_NHits_g1ycl->SetLabelSize(0.04,"XY");
TH1F* h_NHits_g2xcl=new TH1F("h_NHits_g2xcl","",500, -1, 10);h_NHits_g2xcl->SetXTitle("Number of Hits");h_NHits_g2xcl->SetYTitle("Frequency");h_NHits_g2xcl->SetTitleSize(0.04,"XY");h_NHits_g2xcl->SetLabelSize(0.04,"XY");
TH1F* h_NHits_g2ycl=new TH1F("h_NHits_g2ycl","",500, -1, 10);h_NHits_g2ycl->SetXTitle("Number of Hits");h_NHits_g2ycl->SetYTitle("Frequency");h_NHits_g2ycl->SetTitleSize(0.04,"XY");h_NHits_g2ycl->SetLabelSize(0.04,"XY");
TH1F* h_NHits_g3xcl=new TH1F("h_NHits_g3xcl","",500, -1, 10);h_NHits_g3xcl->SetXTitle("Number of Hits");h_NHits_g3xcl->SetYTitle("Frequency");h_NHits_g3xcl->SetTitleSize(0.04,"XY");h_NHits_g3xcl->SetLabelSize(0.04,"XY");
TH1F* h_NHits_g3ycl=new TH1F("h_NHits_g3ycl","",500, -1, 10);h_NHits_g3ycl->SetXTitle("Number of Hits");h_NHits_g3ycl->SetYTitle("Frequency");h_NHits_g3ycl->SetTitleSize(0.04,"XY");h_NHits_g3ycl->SetLabelSize(0.04,"XY");
TH1F* h_NHits_sCMSNS2LC1=new TH1F("h_NHits_sCMSNS2LC1","",500, -1, 10);h_NHits_sCMSNS2LC1->SetXTitle("Number of Hits");h_NHits_sCMSNS2LC1->SetYTitle("Frequency");h_NHits_sCMSNS2LC1->SetTitleSize(0.04,"XY");h_NHits_sCMSNS2LC1->SetLabelSize(0.04,"XY");
TH1F* h_NHits_sCMSNS2LC2=new TH1F("h_NHits_sCMSNS2LC2","",500, -1, 10);h_NHits_sCMSNS2LC2->SetXTitle("Number of Hits");h_NHits_sCMSNS2LC2->SetYTitle("Frequency");h_NHits_sCMSNS2LC2->SetTitleSize(0.04,"XY");h_NHits_sCMSNS2LC2->SetLabelSize(0.04,"XY");
TH1F* h_NHits_sCMSNS2LC3=new TH1F("h_NHits_sCMSNS2LC3","",500, -1, 10);h_NHits_sCMSNS2LC3->SetXTitle("Number of Hits");h_NHits_sCMSNS2LC3->SetYTitle("Freqency");h_NHits_sCMSNS2LC3->SetTitleSize(0.04,"XY");h_NHits_sCMSNS2LC3->SetLabelSize(0.04,"XY");
// cout << " ####################" <<endl;
//////////////////////////////////////////////////////////////////////////////
// PROFILE PLOTS
//////////////////////////////////////////////////////////////////////////////
// cout<<"entries before : "<<Pos_g1xcl.size()<<endl;
TH2F *BeamProfile_Tracker_1=new TH2F("BeamProfile_Tracker_1","",32,0,100,32,0,100);
TH2F *BeamProfile_Tracker_2=new TH2F("BeamProfile_Tracker_2","",32,0,100,32,0,100);
TH2F *BeamProfile_Tracker_3=new TH2F("BeamProfile_Tracker_3","",32,0,100,32,0,100);
// cout<<"entries : "<<Pos_g1xcl.size()<<endl;
// int icut1 =0; int icut2=0; int icut3=0; int icut4=0; int icut5=0; int icut6 =0; int icut7=0; int icut8=0; int icut9=0; int icut10=0; int icut11=0;
int totalEvents = 0;
for(int i=0; i<evtNb; i++){
//set number of hits cut conditions
// cout<<"entries after: "<<Pos_g1xcl.size()<<endl;
Bool_t cutNHits_g2 = false;
if(NHits_g2xcl.at(i)>0 && NHits_g2ycl.at(i)>0)
{
cutNHits_g2 = true;
NHits_g2++;
}
Bool_t cutNHits_g3 = false;
if(NHits_g3xcl.at(i)>0 && NHits_g3ycl.at(i)>0)
{
cutNHits_g3 = true;
NHits_g3++;
}
Bool_t cutNHits_g1 = false;
if(NHits_g1xcl.at(i)>0 && NHits_g1ycl.at(i)>0)
{
cutNHits_g1 = true;
NHits_g1++;
}
Bool_t cutNHits_LC1 = false;
if(NHits_sCMSNS2LC1.at(i) > 0)
{
cutNHits_LC1 = true;
NHits_LC1++;
}
Bool_t cutNHits_LC2 = false;
if(NHits_sCMSNS2LC2.at(i) > 0)
{
cutNHits_LC2 = true;
NHits_LC2++;
}
Bool_t cutNHits_LC3 = false;
if(NHits_sCMSNS2LC3.at(i) > 0)
{
cutNHits_LC3 = true;
NHits_LC3++;
}
//set position cut consitions
Bool_t cutPos_g2X = false;
if(Pos_g2xcl.at(i)>=0. && Pos_g2xcl.at(i)<=120.)
{
cutPos_g2X = true;
Pos_g2X++;
}
Bool_t cutPos_g2Y = false;
if(Pos_g2ycl.at(i)>=0 && Pos_g2ycl.at(i)<=120)
{
cutPos_g2Y = true;
Pos_g2Y++;
}
Bool_t cutPos_g3X = false;
if(Pos_g3xcl.at(i)>=0 && Pos_g3xcl.at(i)<=120)
{
cutPos_g3X = true;
Pos_g3X++;
}
Bool_t cutPos_g1X = false;
if(Pos_g1xcl.at(i)>=0 && Pos_g1xcl.at(i)<=120)
{
cutPos_g1X = true;
Pos_g1X++;
}
Bool_t cutPos_g1Y = false;
if(Pos_g1ycl.at(i)>=0 && Pos_g1ycl.at(i)<=120)
{
cutPos_g1Y = true;
Pos_g1Y++;
}
// cout << "######################"<<endl;
//then combine the cut conditions & fill histograms
Bool_t trigger=false;
if ( LargeGEM == "No")
if(cutNHits_g2==true && cutNHits_g3==true && cutNHits_g1==true )
trigger = true;
if ( LargeGEM == "LC1")
if(cutNHits_g2==true && cutNHits_g3==true && cutNHits_g1==true && cutNHits_LC1==true )
trigger = true;
if ( LargeGEM == "LC2")
if(cutNHits_g2==true && cutNHits_g3==true && cutNHits_g1==true && cutNHits_LC2==true )
trigger = true;
if ( LargeGEM == "LC3")
if(cutNHits_g2==true && cutNHits_g3==true && cutNHits_g1==true && cutNHits_LC3==true )
trigger = true;
if(trigger){
totalEvents++;
if ( LargeGEM == "No")
fout<<Pos_g2xcl.at(i)<<"\t"<<Pos_g2ycl.at(i)<<"\t"<<Pos_g3xcl.at(i)<<"\t"<<Pos_g3ycl.at(i)<<"\t"<<Pos_g1xcl.at(i)<<"\t"<<Pos_g1ycl.at(i)<<endl;
if ( LargeGEM == "LC1")
fout<<Pos_g2xcl.at(i)<<"\t"<<Pos_g2ycl.at(i)<<"\t"<<Pos_g3xcl.at(i)<<"\t"<<Pos_g3ycl.at(i)<<"\t"<<Pos_g1xcl.at(i)<<"\t"<<Pos_g1ycl.at(i)<< "\t"<< Pos_sCMSNS2LC1.at(i)<<endl;
if ( LargeGEM == "LC2")
fout<<Pos_g2xcl.at(i)<<"\t"<<Pos_g2ycl.at(i)<<"\t"<<Pos_g3xcl.at(i)<<"\t"<<Pos_g3ycl.at(i)<<"\t"<<Pos_g1xcl.at(i)<<"\t"<<Pos_g1ycl.at(i)<< "\t"<< Pos_sCMSNS2LC2.at(i)<<endl;
if ( LargeGEM == "LC3")
fout<<Pos_g2xcl.at(i)<<"\t"<<Pos_g2ycl.at(i)<<"\t"<<Pos_g3xcl.at(i)<<"\t"<<Pos_g3ycl.at(i)<<"\t"<<Pos_g1xcl.at(i)<<"\t"<<Pos_g1ycl.at(i)<< "\t"<< Pos_sCMSNS2LC3.at(i)<<endl;
h_Pos_g2xcl->Fill(Pos_g2xcl.at(i));
h_Pos_g2ycl->Fill(Pos_g2ycl.at(i));
h_Pos_g3xcl->Fill(Pos_g3xcl.at(i));
h_Pos_g3ycl->Fill(Pos_g3ycl.at(i));
h_Pos_g1xcl->Fill(Pos_g1xcl.at(i));
h_Pos_g1ycl->Fill(Pos_g1ycl.at(i));
if(NHits_sCMSNS2LC1.at(i) > 0){
h_Pos_sCMSNS2LC1->Fill(Pos_sCMSNS2LC1.at(i));}
if(NHits_sCMSNS2LC2.at(i) > 0){
h_Pos_sCMSNS2LC2->Fill(Pos_sCMSNS2LC2.at(i));}
if(NHits_sCMSNS2LC3.at(i) > 0){
h_Pos_sCMSNS2LC3->Fill(Pos_sCMSNS2LC3.at(i));}
h_Strip_g2xcl->Fill(Strip_g2xcl.at(i));
h_Strip_g2ycl->Fill(Strip_g2ycl.at(i));
h_Strip_g3xcl->Fill(Strip_g3xcl.at(i));
h_Strip_g3ycl->Fill(Strip_g3ycl.at(i));
h_Strip_g1xcl->Fill(Strip_g1xcl.at(i));
h_Strip_g1ycl->Fill(Strip_g1ycl.at(i));
if(NHits_sCMSNS2LC1.at(i) > 0){
h_Strip_sCMSNS2LC1->Fill(Strip_sCMSNS2LC1.at(i));}
if(NHits_sCMSNS2LC2.at(i) > 0){
h_Strip_sCMSNS2LC2->Fill(Strip_sCMSNS2LC2.at(i));}
if(NHits_sCMSNS2LC3.at(i) > 0){
h_Strip_sCMSNS2LC3->Fill(Strip_sCMSNS2LC3.at(i));}
h_NHits_g2xcl->Fill(NHits_g2xcl.at(i));
h_NHits_g2ycl->Fill(NHits_g2ycl.at(i));
h_NHits_g3xcl->Fill(NHits_g3xcl.at(i));
h_NHits_g3ycl->Fill(NHits_g3ycl.at(i));
h_NHits_g1xcl->Fill(NHits_g1xcl.at(i));
h_NHits_g1ycl->Fill(NHits_g1ycl.at(i));
h_NHits_sCMSNS2LC1->Fill(NHits_sCMSNS2LC1.at(i));
h_NHits_sCMSNS2LC2->Fill(NHits_sCMSNS2LC2.at(i));
h_NHits_sCMSNS2LC3->Fill(NHits_sCMSNS2LC3.at(i));
// cout<<"totalEvents = "<<totalEvents<<endl;
//trigger loop
// for(unsigned int i=0;i<Pos_g1xcl.size();i++)
// cout<<"chk thi :"<<Pos_g1xcl.at(i)<<endl;
// gStyle->SetPalette(1);
BeamProfile_Tracker_1->Fill(Pos_g1xcl.at(i),Pos_g1ycl.at(i)); // BeamProfile_Tracker_1->Draw("colz");
BeamProfile_Tracker_2->Fill(Pos_g2xcl.at(i),Pos_g2ycl.at(i)); // BeamProfile_Tracker_2->Draw("colz");
BeamProfile_Tracker_3->Fill(Pos_g3xcl.at(i),Pos_g3ycl.at(i)); // BeamProfile_Tracker_3->Draw("colz");
}// trigger loop
}
//BeamProfile_Tracker_1->Draw("COLZ");
//BeamProfile_Tracker_2->Draw("COLZ");
//BeamProfile_Tracker_3->Draw("COLZ");
// no of events
// BeamProfile_Tracker_1->Write();
float Eff[11];
Eff[0] = NHits_g2/evtNb,
Eff[1] = NHits_g3/evtNb,
Eff[2] = NHits_g1/evtNb,
Eff[3] = NHits_LC1/evtNb,
Eff[4] = NHits_LC2/evtNb,
Eff[5] = NHits_LC3/evtNb,
Eff[6] = Pos_g2X/evtNb,
Eff[7] = Pos_g2Y/evtNb,
Eff[8] = Pos_g3X/evtNb,
Eff[9] = Pos_g1X/evtNb,
Eff[10] = Pos_g1Y/evtNb,
/* for(unsigned int i=0; i<11; i++){
cout<<"efficiency :"<< Eff[i]<<endl;
}*/
cout<<"efficiency 1 :"<<Eff[0]<<endl;
cout<<"efficiency 2 :"<<Eff[1]<<endl;
cout<<"efficiency 3 :"<<Eff[2]<<endl;
cout<<"efficiency 4 :"<<Eff[3]<<endl;
cout<<"efficiency 5 :"<<Eff[4]<<endl;
cout<<"efficiency 6 :"<<Eff[5]<<endl;
cout<<"efficiency 7 :"<<Eff[6]<<endl;
cout<<"efficiency 8 :"<<Eff[7]<<endl;
cout<<"efficiency 9 :"<<Eff[8]<<endl;
cout<<"efficiency 10 :"<<Eff[9]<<endl;
cout<<"efficiency 11 :"<<Eff[10]<<endl;
fout_1<<"\t"<<"\t"<<"\t"<<Eff[0]<<"\t"<<"\t"<<Eff[1]<<"\t"<<"\t"<<Eff[2]<<"\t"<<"\t"<<Eff[3]<<"\t"<<Eff[4]<<"\t"<<Eff[5]<<"\t"<<Eff[6]<<"\t"<<"\t"<<Eff[7]<<"\t"<<"\t"<<Eff[8]<<"\t"<<"\t"<<Eff[9]<<"\t"<<"\t"<<Eff[10]<<endl;
cout<< "cutNHits_g2 : "<< NHits_g2<<endl;
cout<< "cutNHits_g3 : "<< NHits_g3<<endl;
cout<< "cutNHits_g1 : "<< NHits_g1<<endl;
cout<< "cutNHits_LC1 : "<< NHits_LC1<<endl;
cout<< "cutNHits_LC2 : "<< NHits_LC2<<endl;
cout<< "cutNHits_LC3 : "<< NHits_LC3<<endl;
cout<< "cutPos_g2X : "<< Pos_g2X<<endl;
cout<< "cutPos_g2Y : "<< Pos_g2Y<<endl;
cout<< "cutPos_g1X : "<< Pos_g3X<<endl;
cout<< "cutPos_g3X : "<< Pos_g1X<<endl;
cout<< "cutPos_g3Y : "<< Pos_g1Y<<endl;
fout.close();
fout_1.close();
f->Write();
f->Close();
}//SelectTrackerEvents