int main(int argc, char** argv){
std::vector<std::pair<std::string,double> > myFileWeights;
std::vector<bool> IsTtBar;
std::string anaName;
std::pair<std::string,double> inputNameWeight;
inputNameWeight.first = "";
inputNameWeight.second = 0.;
double Luminosity = 0;
double intialBeforePresel = 0;
double XSec = 0;
bool isTtBar = false;
double doJES = 1.;
MassAndResolution myMassResolution;
myMassResolution.topMass = -1;
myMassResolution.topRes = -1;
myMassResolution.wMass = -1;
myMassResolution.wRes = -1;
double b1 = 1000.;
double b2 = 100.;
double b3 = 10.;
double extFdata = -1.;
for (int f = 1; f < argc; f++) {
std::string arg_fth(*(argv + f));
// cout<<"-------- "<< arg_fth<<endl;
if (arg_fth == "out") {
f++;
std::string out(*(argv + f));
anaName = string(out);
}else if (arg_fth == "JES") {
f++;
std::string out(*(argv + f));
doJES = atof(out.c_str());
}else if (arg_fth == "WMass") {
f++;
std::string out(*(argv + f));
myMassResolution.wMass = atof(out.c_str());
}else if (arg_fth == "WRes") {
f++;
std::string out(*(argv + f));
myMassResolution.wRes = atof(out.c_str());
}else if (arg_fth == "TopMass") {
f++;
std::string out(*(argv + f));
myMassResolution.topMass = atof(out.c_str());
}else if (arg_fth == "TopRes") {
f++;
std::string out(*(argv + f));
myMassResolution.topRes = atof(out.c_str());
}else if (arg_fth == "b1") {
f++;
std::string out(*(argv + f));
b1 = atof(out.c_str());
}else if (arg_fth == "b2") {
f++;
std::string out(*(argv + f));
b2 = atof(out.c_str());
}else if (arg_fth == "b3") {
f++;
std::string out(*(argv + f));
b3 = atof(out.c_str());
}else if (arg_fth == "Fdata") {
f++;
std::string out(*(argv + f));
extFdata = atof(out.c_str());
}else if (arg_fth == "input") {
f++;
std::string in(*(argv + f));
if(in == "Signal.root" || in == "OtherTtBar.root" || in == "0.9/FS_Signal_0.9.root" ||
in == "1.1/FS_Signal_1.1.root" ||in == "0.9/FS_OtherTt_0.9.root" ||in == "1.1/FS_OtherTt_1.1.root")
isTtBar = true;
IsTtBar.push_back(isTtBar);
// in ="/home/ajafari/rootfiles/TopTrees/7TeV/July10/SystematicSamples/FullSelection/JES"+in;
in ="/home/ajafari/rootfiles/TopTrees/7TeV/July10/Skimmed/FullSelection/FS_ECalDriven_"+in;
inputNameWeight.first = in;
// cout<<inputNameWeight.first<<endl;
}else if(arg_fth == "XSec"){
f++;
std::string Xsec(*(argv + f));
XSec = atof(Xsec.c_str());
}else if(arg_fth == "Lumi"){
f++;
std::string Lumi(*(argv + f));
Luminosity = atof(Lumi.c_str());
}else if(arg_fth == "Initial"){
f++;
std::string intialBeforePresel_(*(argv + f));
intialBeforePresel = atof(intialBeforePresel_.c_str());
}else if(arg_fth == "nextinput"){
f++;
inputNameWeight.second = (double)(XSec*Luminosity)/(double)intialBeforePresel;
myFileWeights.push_back(inputNameWeight);
intialBeforePresel = 0;
XSec = 0;
isTtBar = false;
std::string in(*(argv + f));
if(in == "Signal.root" || in == "OtherTtBar.root" || in == "0.9/FS_Signal_0.9.root" ||
in == "1.1/FS_Signal_1.1.root" ||in == "0.9/FS_OtherTt_0.9.root" ||in == "1.1/FS_OtherTt_1.1.root")
isTtBar = true;
IsTtBar.push_back(isTtBar);
in ="/home/ajafari/rootfiles/TopTrees/7TeV/July10/Skimmed/FullSelection/FS_ECalDriven_"+in;
// in ="/home/ajafari/rootfiles/TopTrees/7TeV/July10/SystematicSamples/FullSelection/JES"+in;
inputNameWeight.first = in;
// cout<<inputNameWeight.first<<endl;
inputNameWeight.second = 0.;
}else if(arg_fth == "lastinput"){
f++;
inputNameWeight.second = (double)(XSec*Luminosity)/(double)intialBeforePresel;
myFileWeights.push_back(inputNameWeight);
break;
}
}
ElectronCuts myElecCuts;
myElecCuts.Pt = 30;
myElecCuts.eta = 2.4; myElecCuts.ExLow = 1.442; myElecCuts.ExHigh = 1.56;
myElecCuts.Id = "VBTF70"; myElecCuts.IdSecond = "VBTF95";
myElecCuts.IsoType = "";
myElecCuts.D0 = 0.02;
myElecCuts.IsoCut = 0.1;
JetCuts myJetCuts;
myJetCuts.bTagAlgo = "TCHE"; myJetCuts.Pt = 30.; myJetCuts.eta = 2.4;
myJetCuts.nCaloTower = 5;
myJetCuts.EmfUp = 0.9; myJetCuts.EmfLow = 0.05;
myJetCuts.fhpd = 1000.; myJetCuts.N90 = -1;
myJetCuts.bTagCut = 4.;
//
// MassAndResolution myMassResolution;
// myMassResolution.topMass = 180.6;
// myMassResolution.topRes = 3.462;
// myMassResolution.wMass = 88.76;
// myMassResolution.wRes = 10.73;
if(myMassResolution.topMass == -1 ||myMassResolution.wRes == -1 ||myMassResolution.wMass == -1 ||myMassResolution.topRes == -1 )
return -1;
cout<<myMassResolution.topMass <<"\t"<<myMassResolution.topRes<<"\t"<<myMassResolution.wMass<<"\t"<<myMassResolution.wRes<<endl;
bool ExtJets = true;
//
//
PtWeightEffHandler * WeightHandler_1 = new PtWeightEffHandler("expo_1",1);
WeightHandler_1->Condition = FunctionBtag_MC;
WeightHandler_1->ResetConditionForAllProps();
WeightHandler_1->set2Ds();
//////
PtWeightEffHandler * WeightHandler_2 = new PtWeightEffHandler("expo_2",2);
WeightHandler_2->Condition = FunctionBtag_MC;
WeightHandler_2->ResetConditionForAllProps();
WeightHandler_2->set2Ds();
////
PtWeightEffHandler * WeightHandler_5 = new PtWeightEffHandler("landau_5",5);
WeightHandler_5->Condition = FunctionBtag_MC;
WeightHandler_5->ResetConditionForAllProps();
WeightHandler_5->set2Ds();
////
PtWeightEffHandler * WeightHandler_4 = new PtWeightEffHandler("landau_4",4);
WeightHandler_4->Condition = FunctionBtag_MC;
WeightHandler_4->ResetConditionForAllProps();
WeightHandler_4->set2Ds();
// MCAnalysis * myMCAnalysis = new MCAnalysis("FmcMC_Chi2Cut10000",50., 160.,160.,280.,/*chi2Cut*/10000.,/*topPtcut*/0.,
// /*ExtJets*/ExtJets);
DataAnalysis * myDataAnalysis = new DataAnalysis(("FdataData_"+anaName), b1, b2,b2,b3,/*chi2cut*/100000.,/*topPtcut*/0.,
/*doAntiTag*/false,/*AntiTagCut*/1000.);
MCAnalysis * myMCAnalysis = new MCAnalysis(string("FmcMC_"+anaName), b1, b2,b2,b3,/*chi2cut*/100000.,/*topPtcut*/0.);
AnalysisHandler Fullanalysis("",/*dobTag*/false,/*doBtagDataLike*/false,/*ExtJets*/true,/*Lumi*/100.,
myMassResolution,myElecCuts,myJetCuts,"minChi2");
myDataAnalysis->AddWeighedHandlersToRightRegion(WeightHandler_1);
myDataAnalysis->AddWeighedHandlersToRightRegion(WeightHandler_2);
myDataAnalysis->AddWeighedHandlersToRightRegion(WeightHandler_4);
myDataAnalysis->AddWeighedHandlersToRightRegion(WeightHandler_5);
// myMCAnalysis->AddWeighedHandlersToRightRegion(WeightHandler_30);
// myMCAnalysis->AddWeighedHandlersToRightRegion(WeightHandler_31);
// myMCAnalysis->AddWeighedHandlersToRightRegion(WeightHandler_4);
// myMCAnalysis->AddWeighedHandlersToRightRegion(WeightHandler_5);
Fullanalysis.AddAnalysis(myDataAnalysis);
Fullanalysis.AddAnalysis(myMCAnalysis);
Fullanalysis.setVerbosity(0);
for(uint nf = 0; nf < myFileWeights.size(); nf++){
std::string fname = myFileWeights.at(nf).first;
cout<<fname<<endl;
double weight = myFileWeights.at(nf).second;
cout<<weight<<endl;
TFile * F = new TFile(myFileWeights.at(nf).first.c_str(),"read");
if(F == NULL)
cout<<"Bad file pointer"<<endl;
TTree* runTree = (TTree*) F->Get("runTree");
TTree* eventTree = (TTree*) F->Get("eventTree");
PracticalEvent * pracEvt = NULL;
if(IsTtBar.at(nf))
pracEvt = new PracticalEvent(eventTree,runTree,true);
else
pracEvt = new PracticalEvent(eventTree,runTree);
int i = 0;
while (pracEvt->Next()){
i++;
//// cout<<"event number : "<<i<<endl;
Fullanalysis.Analyze(pracEvt,weight,doJES);
// if(i == 100)
// break;
}
}
double Fmc = myMCAnalysis->getF();
double Fdata = myDataAnalysis->getF();
if(extFdata != -1.){
Fullanalysis.setAnalysisNonTrivialF(1,extFdata);
Fdata = extFdata;
}
Fullanalysis.End();
cout<<"\t\t--------------------------------"<<endl;
cout<<"\t\tFmc = "<<Fmc<<endl;
cout<<"\t\tFdata = "<<Fdata<<endl;
// cout<<"\t\tFdata_RW = "<<Fullanalysis.f.at(0)<<endl;
cout<<"\t\t--------------------------------"<<endl;
return 0;
};
int main(){
TFile * F = new TFile("/home/ajafari/rootfiles/TopTrees/7TeV/July10/Skimmed/FullSelection/FS_ECalDriven_Signal.root","read");
// TFile * F = new TFile("/tmp/ajafari/FullSelection/FS_ECalDriven_Signal.root","read");
// TFile * F = new TFile("/tmp/ajafari/FS_ECalDriven_Signal.root","read");
TTree* runTree = (TTree*) F->Get("runTree");
TTree* eventTree = (TTree*) F->Get("eventTree");
PracticalEvent pracEvt(eventTree,runTree,true);
ElectronCuts myElecCuts;
myElecCuts.Pt = 30;
myElecCuts.eta = 2.4; myElecCuts.ExLow = 1.442; myElecCuts.ExHigh = 1.56;
myElecCuts.Id = "VBTF70"; myElecCuts.IdSecond = "VBTF95";
myElecCuts.IsoType = "";
myElecCuts.D0 = 0.02;
myElecCuts.IsoCut = 0.1;
JetCuts myJetCuts;
myJetCuts.bTagAlgo = "TCHE"; myJetCuts.Pt = 30.; myJetCuts.eta = 2.4;
myJetCuts.nCaloTower = 5;
myJetCuts.EmfUp = 0.9; myJetCuts.EmfLow = 0.05;
myJetCuts.fhpd = 1000.; myJetCuts.N90 = -1;
myJetCuts.bTagCut = 4.;
MassAndResolution myMassResolution;
myMassResolution.topMass = 180.6;
myMassResolution.topRes = 3.462;
myMassResolution.wMass = 88.76;
myMassResolution.wRes = 10.73;
// MCAnalysis * myMCAnalysis = new MCAnalysis("FmcMC",50., 160.,160.,280.);
MCAnalysis * myMCAnalysis = new MCAnalysis("FmcMC",60., 160.,160.,280.);
// MCAnalysis * myMCAnalysis_Fdata = new MCAnalysis("FdataMC",50., 160.,160.,280.);
MCAnalysis * myMCAnalysis_Fdata = new MCAnalysis("FdataMC",60., 160.,160.,280.);
// DataAnalysis * myDataAnalysis = new DataAnalysis("FdataDATA",50., 160.,160.,280.);
DataAnalysis * myDataAnalysis = new DataAnalysis("FdataDATA",60., 160.,160.,280.);
AnalysisHandler Signalanalysis("SignalStudy_60-160-280",/*dobtag*/false,/*doBtagDataLike*/false,/*extJetOk_*/true,/*Lumi*/100.,
myMassResolution,myElecCuts,myJetCuts,/*whichMethod*/"minChi2");
Signalanalysis.AddAnalysis(myMCAnalysis);
Signalanalysis.AddAnalysis(myMCAnalysis_Fdata);
Signalanalysis.AddAnalysis(myDataAnalysis);
Signalanalysis.setOnly4MatchedJets();
Signalanalysis.setVerbosity(0);
int i = 1;
while (pracEvt.Next()){
// cout<<"-----------------------------------------------------------------------------------event number : "<<i<<endl;
Signalanalysis.Analyze(&pracEvt,1.);
i++;
// if(i == 200)
// break;
}
double Fmc = myMCAnalysis->getF();
double Fdata = myDataAnalysis->getF();
Signalanalysis.setAnalysisNonTrivialF(2,2.83644);// no reweighing
// Signalanalysis.setAnalysisNonTrivialF(2,Fdata);
Signalanalysis.End();
cout<<"\t\t--------------------------------"<<endl;
cout<<"\t\tFmc = "<<Fmc<<endl;
cout<<"\t\tFdata = "<<Fdata<<endl;
cout<<"\t\t--------------------------------"<<endl;
return 0;
};