// Template plot producer for WZ validation plots, called by Sub_SynchroPlots_WZ25.sh
//string today = "150910";
void template_yieldsWZ_25ns(std::string var){
gStyle->SetOptStat(0);
md.refresh();
//general parameters ********************* general parameters
string dir="WZsynchro"; //_Jun16_WZCR_RA7comp";
string fileName="template_WZ25";
string fileList="template_WZ25";
bool mcOnly = false;
//observables **********************
md.dp.setObservables(var);
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//Binning & title ************************* Binning & title
string yTitle="number of events";
int binning=40;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0, 0};
double rangeX[2]={0., 500.};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=false;
if (var.find("miniRelIso") != std::string::npos &&
(var.find("ttbar") != std::string::npos ||
var.find("ZMuMu") != std::string::npos ||
var.find("ZEE") != std::string::npos)
) {
logYScale = true;
}
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=false;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
string autoBinFile="WZ50binning";
md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=false;
bool mcStatSyst=false;
string systSources="";
bool uncDet=false;
//Lumis( or XSections ) pb-1 & KFactors ************************************
string Norm="DNorm";
float lumi=20.4; //pb-1 19470
float energy=13; //TeV
bool useXS=true;
map<string,float> LumisXS;
map<string,float> KFactors;
md.anConf.loadXSDB("XSectionsSpring15.db");
//md.anConf.loadKFDB("kFactorsSpring15.db");
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
md.anConf.addSample( "TBar_tWch" , "Single top" , kGray+2);
md.anConf.addSample( "T_tWch" , "Single top" , kGray+2);
md.anConf.addSample( "TToLeptons_tch" , "Single top" , kGray+2);
md.anConf.addSample( "TToLeptons_sch" , "Single top" , kGray+2);
md.anConf.addSample( "WJetsToLNu" , "W+jets" , kCyan+2);
md.anConf.addSample( "WWTo2L2Nu" , "WW" , kSpring+10);
md.anConf.addSample( "WZp8" , "WZ" , kGreen+3);
md.anConf.addSample( "ZZp8" , "ZZ" , kViolet-4);
md.anConf.addSample( "TTJets_LO" , "t#bar{t}" , kRed );
md.anConf.addSample( "DYJetsToLL_M10to50" , "DY" , kCyan );
md.anConf.addSample( "DYJetsToLL_M50" , "DY" , kCyan );
/*
md.anConf.addSample( "TBar_tWch" , "TBar_tWch" , kGray+2);
md.anConf.addSample( "T_tWch" , "T_tWch" , kGray+2);
md.anConf.addSample( "TToLeptons_tch" , "TToLeptons_tch" , kGray+2);
md.anConf.addSample( "TToLeptons_sch" , "TToLeptons_sch" , kGray+2);
md.anConf.addSample( "WJetsToLNu" , "WJetsToLNu" , kCyan+2);
md.anConf.addSample( "WWTo2L2Nu" , "WWTo2L2Nu" , kSpring+10);
md.anConf.addSample( "WZp8" , "WZp8" , kGreen+3);
md.anConf.addSample( "ZZp8" , "ZZp8" , kViolet-4);
md.anConf.addSample( "TTJets_LO" , "TTJets_LO" , kRed );
md.anConf.addSample( "DYJetsToLL_M10to50" , "DYJetsToLL_M10to50" , kCyan );
md.anConf.addSample( "DYJetsToLL_M50" , "DYJetsToLL_M50" , kCyan );
*/
// the order MATTERS!!!
md.anConf.addSample( "DoubleEG_Run2015C_v1" , "data", kBlack);
md.anConf.addSample( "DoubleMuon_Run2015C_v1" , "data", kBlack);
md.anConf.addSample( "MuonEG_Run2015C_v1" , "data", kBlack);
md.anConf.addSample( "SingleElectron_Run2015C_v1" , "data", kBlack);
md.anConf.addSample( "SingleMuon_Run2015C_v1" , "data", kBlack);
// //===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//Configuration ================
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
md.doPlot();
md.getStatistics("global");
md.savePlot(dir);
//gROOT->ProcessLine(".q");
}
void ssdl2015JES(){
md.refresh();
//general parameters ********************* general parameters
string dir="SSDL2015";
string fileName="fakeEstim_test";
string fileList="fakeEstim_test";
bool mcOnly = false;
//if(md.isInitStatus()) {
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//}
//observables **********************
md.dp.setObservables("MET");
//Binning & title ************************* Binning & titre
string yTitle="number of events";
int binning=1;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0,0};
double rangeX[2]={0,200};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=false;
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=true;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
//string autoBinFile="susybinninghigh";
//md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=false;
bool mcStatSyst=true;
string systSources="";
bool uncDet=false;
string Norm="";
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=10000; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
md.anConf.loadXSDB("XSectionsPhys14.db");
map<string,float> LumisXS;
//via XSect
map<string,float> KFactors;
// if( md.isInitStatus() )
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//control categories ==============================
//md.anConf.setControlCategs("Fake");
//===============================================================
//md.anConf.addSample( "TTJets", "TTJets", kBlack);
md.anConf.addSample( "T1ttbbWW_mGo1300_mCh300_mChi290", "T1ttbbWW", kBlack);
md.anConf.addSample( "T5qqqqWW_mGo1500_mCh800_mChi100", "T5qqqqWW", kBlack);
md.anConf.addSample( "T6ttWW_mSbot600_mCh425_mChi50", "T6ttWW64", kBlack);
md.anConf.addSample( "T6ttWW_mSbot650_mCh150_mChi50", "T6ttWW61", kBlack);
//md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280_dil", "T5t4Deg", kBlack);
//md.anConf.addSample( "TTJets", "t#bar{t}", kWhite);
//md.anConf.addSample( "TTJets=80", "fake0", kBlue+1); // manual norm
//md.anConf.addSample( "SR1A:TTJets", "fake1", kOrange-3); //both shape and norm from Fake workflow
// md.anConf.addSample( "Fake:TTJets=120", "fake2", kBlue+1); //shape from Fake workflow, manual norm
// md.anConf.addSample( "data:TTJets", "fake3", kBlue+1); //data driven process
// md.anConf.addSample( "data:Fake:TTJets", "fake4", kBlue+1); //data driven process from Fake workflow
// md.anConf.addSample( "data:Fake:TTJets=50", "fake5", kBlue+1); //data driven process, Fake workflow, manual norm
//===============================================================
//*********************************************************************²
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
//md.doPlot();
md.getStatistics("nominal");
//md.drawStatistics("global_BR00H", "selected");
//md.savePlot("SUSY3L");
// md.dp.addText(xt,yt,st,addText);
}
void ssdl2015bck(){
md.refresh();
//general parameters ********************* general parameters
string dir="SSDL2015";
string fileName="ssdlSync";
string fileList="ssdlSync";
bool mcOnly = false;
//if(md.isInitStatus()) {
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//}
//observables **********************
md.dp.setObservables("l1Pt");
//Binning & title ************************* Binning & titre
string yTitle="number of events";
int binning=8;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0,0};
double rangeX[2]={0,200};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=false;
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=true;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
//string autoBinFile="susybinninghigh";
//md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=true;
bool mcStatSyst=true;
string systSources="";
bool uncDet=false;
string Norm="";
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=1280;//pb-1 19470
float energy=13; //TeV
bool useXS=false;
md.anConf.loadXSDB("XSectionsSpring15.db");
map<string,float> LumisXS;
//via XSect
map<string,float> KFactors;
// if( md.isInitStatus() )
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//control categories ==============================
//md.anConf.setControlCategs("Fake");
//===============================================================
//md.anConf.addSample( "TTJets", "TTJets", kBlack);
// md.anConf.addSample( "WJetsToLNu" , "W+jetsgen", kRed+1 );
// md.anConf.addSample( "DYJetsToLL_M10to50fake" , "DYgen", kOrange+7);
// md.anConf.addSample( "DYJetsToLL_M50fake" , "DYgen", kOrange+7);
// md.anConf.addSample( "TTJetsfake" , "t#bar{t}gen", kOrange-3);
// md.anConf.addSample( "WJetsToLNu" , "W+jets", kRed+1 );
// md.anConf.addSample( "DYJetsToLL_M10to50fake" , "DY", kOrange+7);
// md.anConf.addSample( "DYJetsToLL_M50fake" , "DY", kOrange+7);
// md.anConf.addSample( "TTJetsfake" , "t#bar{t}", kOrange-3);
// md.anConf.addSample( "Fake:WJetsToLNu" , "W+jets", kRed+1 );
// md.anConf.addSample( "Fake:DYJetsToLL_M10to50" , "DY", kOrange+7);
// md.anConf.addSample( "Fake:DYJetsToLL_M50" , "DY", kOrange+7);
// md.anConf.addSample( "Fake:TTJets" , "t#bar{t}", kOrange-3);
// md.anConf.addSample( "Fake:WJetsToLNu" , "data", kRed+1 );
// md.anConf.addSample( "Fake:DYJetsToLL_M10to50" , "data", kOrange+7);
// md.anConf.addSample( "Fake:DYJetsToLL_M50" , "data", kOrange+7);
// md.anConf.addSample( "Fake:TTJets" , "data", kOrange-3);
md.anConf.addSample( "DYJetsToLL_M10to50charge" , "DY", kOrange+7);
md.anConf.addSample( "DYJetsToLL_M50charge" , "DY", kOrange+7);
md.anConf.addSample( "TTJetscharge" , "t#bar{t}", kOrange-2);
// md.anConf.addSample( "Fake:DoubleMuon_Run2015D_v3_runs_256630_257599", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleMuon_Run2015D_v3_runs_257600_258158", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleMuon_Run2015D_v4_runs_258159_258714", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleEG_Run2015D_v3_runs_256630_257599", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleEG_Run2015D_v3_runs_257600_258158", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleEG_Run2015D_v4_runs_258159_258714", "data", kBlack);
// md.anConf.addSample( "Fake:MuEG_Run2015D_v3_runs_256630_257599", "data", kBlack);
// md.anConf.addSample( "Fake:MuEG_Run2015D_v3_runs_257600_258158", "data", kBlack);
// md.anConf.addSample( "Fake:MuEG_Run2015D_v4_runs_258159_258714", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleEG_Run2015D_v3_run_256926", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleEG_Run2015D_v3_runs_256630_257599", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleEG_Run2015D_v3_runs_257600_258158", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleEG_Run2015D_v4_runs_258159_258714_excl", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleEG_Run2015D_v4_runs_258211_258750", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleMuon_Run2015D_v3_run_256926", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleMuon_Run2015D_v3_runs_256630_257599", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleMuon_Run2015D_v3_runs_257600_258158", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleMuon_Run2015D_v4_runs_258159_258714_excl", "data", kBlack);
// md.anConf.addSample( "Fake:DoubleMuon_Run2015D_v4_runs_258211_258750", "data", kBlack);
// md.anConf.addSample( "Fake:MuonEG_Run2015D_v3_run_256926", "data", kBlack);
// md.anConf.addSample( "Fake:MuonEG_Run2015D_v3_runs_256630_257599", "data", kBlack);
// md.anConf.addSample( "Fake:MuonEG_Run2015D_v3_runs_257600_258158", "data", kBlack);
// md.anConf.addSample( "Fake:MuonEG_Run2015D_v4_runs_258159_258714_excl", "data", kBlack);
// md.anConf.addSample( "Fake:MuonEG_Run2015D_v4_runs_258211_258750", "data", kBlack);
md.anConf.addSample( "mId:DoubleEG_Run2015D_v3_run_256926", "data", kBlack);
md.anConf.addSample( "mId:DoubleEG_Run2015D_v3_runs_256630_257599", "data", kBlack);
md.anConf.addSample( "mId:DoubleEG_Run2015D_v3_runs_257600_258158", "data", kBlack);
md.anConf.addSample( "mId:DoubleEG_Run2015D_v4_runs_258159_258714_excl", "data", kBlack);
md.anConf.addSample( "mId:DoubleEG_Run2015D_v4_runs_258211_258750", "data", kBlack);
// md.anConf.addSample( "mId:MuonEG_Run2015D_v3_run_256926", "data", kBlack);
// md.anConf.addSample( "mId:MuonEG_Run2015D_v3_runs_256630_257599", "data", kBlack);
// md.anConf.addSample( "mId:MuonEG_Run2015D_v3_runs_257600_258158", "data", kBlack);
// md.anConf.addSample( "mId:MuonEG_Run2015D_v4_runs_258159_258714_excl", "data", kBlack);
// md.anConf.addSample( "mId:MuonEG_Run2015D_v4_runs_258211_258750", "data", kBlack);
// md.anConf.addSample( "mId:DoubleMuon_Run2015D_v3_run_256926", "data", kBlack);
// md.anConf.addSample( "mId:DoubleMuon_Run2015D_v3_runs_256630_257599", "data", kBlack);
// md.anConf.addSample( "mId:DoubleMuon_Run2015D_v3_runs_257600_258158", "data", kBlack);
// md.anConf.addSample( "mId:DoubleMuon_Run2015D_v4_runs_258159_258714_excl", "data", kBlack);
// md.anConf.addSample( "mId:DoubleMuon_Run2015D_v4_runs_258211_258750", "data", kBlack);
//md.anConf.addSample( "Fake:DYJetsToLL_M50" , "DYf", kOrange+7);
// md.anConf.addSample( "TTJets" , "ttprompt", kOrange+7);
// md.anConf.addSample( "Fake:TTJets" , "ttFake", kOrange+7);
// md.anConf.addSample( "TTJetsfake" , "ttGenFake", kRed+1);
// md.anConf.addSample( "Fake:DYJetsToLL_M50" , "DYFake", kOrange+7);
// md.anConf.addSample( "DYJetsToLL_M50fake" , "DYGenFake", kRed+1);
// md.anConf.addSample( "Fake:DYJetsToLL_M10to50" , "DYLmFake", kOrange+7);
// md.anConf.addSample( "DYJetsToLL_M10to50fake" , "DYLmGenFake", kRed+1);
//md.anConf.addSample( "WJetsToLNucharge" , "W+jets", kRed+1 );
// md.anConf.addSample( "mId:DYJetsToLL_M10to50" , "DYm", kOrange+7);
// md.anConf.addSample( "mId:DYJetsToLL_M50" , "DYm", kOrange+7);
// md.anConf.addSample( "mId:TTJets" , "t#bar{t}m", kOrange-3);
// md.anConf.addSample( "mId:DoubleEG_Run2015D_v3_runs_256630_257599", "data", kBlack);
// md.anConf.addSample( "mId:DoubleEG_Run2015D_v3_runs_257600_258158", "data", kBlack);
// md.anConf.addSample( "mId:DoubleEG_Run2015D_v4_runs_258159_258714", "data", kBlack);
// md.anConf.addSample( "DYJetsToLL_M50" , "prompt", kOrange+7);
//md.anConf.addSample( "DYJetsToLL_M10to50charge" , "DY", kOrange+7);
// md.anConf.addSample( "DYJetsToLL_M50charge" , "promptCharge", kOrange+7);
//md.anConf.addSample( "DYJetsToLL_M50charge" , "promptCharge", kOrange+7);
//md.anConf.addSample( "DYJetsToLL_M50fake" , "promptFake", kOrange+7);
//md.anConf.addSample( "TTJetscharge" , "t#bar{t}", kOrange-3);
// //DoubleEG_Run2015C_v1_runs_254231_254914.root
//md.anConf.addSample( "mId:DoubleEG_Run2015D_v3_runs_256630_257599", "data", kBlack);
// // md.anConf.addSample( "mId:DoubleEG_Run2015D_v3_runs_257600_258158", "data", kBlack);
// // md.anConf.addSample( "mId:DoubleEG_Run2015D_v4_runs_258159_258714", "data", kBlack);
// md.anConf.addSample( "T1ttbbWW_mGo1300_mCh300_mChi290", "T1ttbbWW", kBlack);
// md.anConf.addSample( "T5qqqqWW_mGo1500_mCh800_mChi100", "T5qqqqWW", kBlack);
// md.anConf.addSample( "T6ttWW_mSbot600_mCh425_mChi50", "T6ttWW64", kBlack);
// md.anConf.addSample( "T6ttWW_mSbot650_mCh150_mChi50", "T6ttWW61", kBlack);
//md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280_dil", "T5t4Deg", kBlack);
//md.anConf.addSample( "TTJets", "t#bar{t}", kWhite);
//md.anConf.addSample( "TTJets=80", "fake0", kBlue+1); // manual norm
//md.anConf.addSample( "SR1A:TTJets", "fake1", kOrange-3); //both shape and norm from Fake workflow
// md.anConf.addSample( "Fake:TTJets=120", "fake2", kBlue+1); //shape from Fake workflow, manual norm
// md.anConf.addSample( "data:TTJets", "fake3", kBlue+1); //data driven process
// md.anConf.addSample( "data:Fake:TTJets", "fake4", kBlue+1); //data driven process from Fake workflow
// md.anConf.addSample( "data:Fake:TTJets=50", "fake5", kBlue+1); //data driven process, Fake workflow, manual norm
//===============================================================
//*********************************************************************²
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
//md.doPlot();
//cout<<" =========================== NOMINAL ============================= "<<endl;
md.getStatistics("global");
// cout<<" =========================== GLOBAL ============================= "<<endl;
// md.getStatistics("global");
// cout<<" =========================== GLOBALFake ============================= "<<endl;
// md.getStatistics("global_Fake");
//md.drawStatistics("global_BR00H", "selected");
//md.savePlot("SUSY3L");
// md.dp.addText(xt,yt,st,addText);
}
void susy3l_manual() {
md.refresh();
//general parameters ********************* general parameters
string dir="SUSY3L";
string fileName="template3L_skimmed"; //was treeName in LUNE susy_cut_lowpt
string fileList="template3L_skimmed"; //CH: since AnaConfig needs a fileName to open, we need to put the data files into a different variable
string hName="";
bool mcOnly = false;
//if(md.isInitStatus()) {
md.anConf.configureNames( dir, fileName, fileList );//, hName );
md.anConf.configureData(false, 0, mcOnly);
//}
string obs ="zpeak"; //njets, nbjets, met, ht, lep, zpeak, mt2, pt, mll
string sigs = "none";
//observables **********************
//string obs[6]={"","","","","",""};
//md.dp.setObservables("Zmass");
//md.dp.setObservables("deltaR_elmu");
//md.dp.setObservables("BR_NJets");
//md.dp.setObservables("BR_NBJets");
//md.dp.setObservables("BR_HT");
//md.dp.setObservables("BR_MET");
//md.dp.setObservables("SR_NJets");
//md.dp.setObservables("SR_NBJets");
//md.dp.setObservables("SR_HT");
//md.dp.setObservables("SR_MET");
//Binning & title ************************* Binning & titre
string yTitle="number of events";
//int binning=1;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0,0};
//double rangeX[2]={0,7};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=false;
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=true;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
if(obs == "njets"){
md.dp.setObservables("BR_NJets");
int binning=1;
double rangeX[2]={0,7};
}
if(obs == "nbjets"){
md.dp.setObservables("BR_NBJets");
int binning=1;
double rangeX[2]={0,5};
}
if(obs == "met"){
md.dp.setObservables("BR_MET");
int binning=50;
double rangeX[2]={0,500};
}
if(obs == "ht"){
md.dp.setObservables("BR_HT");
int binning=50;
double rangeX[2]={0,800};
}
if(obs == "lep"){
md.dp.setObservables("mu_multiplicity");
md.dp.setObservables("el_multiplicity");
md.dp.setObservables("tau_multiplicity");
md.dp.setObservables("lep_multiplicity");
int binning=1;
double rangeX[2]={0,7};
//bool logYScale=true;
}
if(obs == "zpeak"){
md.dp.setObservables("Zmass");
int binning=3;
double rangeX[2]={0,200};
}
if(obs == "mt2"){
md.dp.setObservables("MT2");
int binning=10;
double rangeX[2]={0,400};
bool logYScale=true;
}
if(obs == "pt"){
md.dp.setObservables("pt_1st_lepton");
md.dp.setObservables("pt_2nd_lepton");
md.dp.setObservables("pt_3rd_lepton");
int binning=4;
double rangeX[2]={0,200};
bool logYScale=false;
}
if(obs == "mll"){
md.dp.setObservables("lowMll");
int binning=2;
double rangeX[2]={0,400};
bool logYScale=true;
}
//string autoBinFile="susybinninghigh";
//md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=true;
bool mcStatSyst=true;
string systSources="";
bool uncDet=false;
string Norm="";
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=42; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
map<string,float> LumisXS;
//cross sections
//Drell-Yan
//LumisXS[ "DYJetsToLL_M-50_13TeV-madgraph-pythia8" ] = 2829164 / (6024 );
LumisXS[ "DYJetsToLL_M50_HT100to200" ] = 4054159 / ( 194.3 * 1.27 );
LumisXS[ "DYJetsToLL_M50_HT200to400" ] = 4666496 / ( 52.24 * 1.27 );
LumisXS[ "DYJetsToLL_M50_HT400to600" ] = 4931372 / ( 6.546 * 1.27 );
LumisXS[ "DYJetsToLL_M50_HT600toInf" ] = 4493574 / ( 2.179 * 1.27 );
//Higgs->ZZ
LumisXS[ "GGHZZ4L" ] = 204684 / (0.01212192 ); // cross-section: 43.92*2.76E-04
LumisXS[ "TTH" ] = 199700 / (0.5085 );
//signal
LumisXS[ "SMS_T1tttt_2J_mGl1200_mLSP800" ] = 100322 / (0.0856418 * 20 );
LumisXS[ "SMS_T1tttt_2J_mGl1500_mLSP100" ] = 105679 / (0.0141903 * 20 );
LumisXS[ "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280"] = 52499 / (0.3254 * 20 );
LumisXS[ "T5qqqqWZDeg_mGo1000_mCh315_mChi300_dilep" ] = 19688 / (0.012135670848 * 20 );
LumisXS[ "T5qqqqWZDeg_mGo1000_mCh325_mChi300_dilep" ] = 19228 / (0.011385976896 * 20 );
LumisXS[ "T5qqqqWZ_mGo1200_mCh1000_mChi800_dilep" ] = 24510 / (0.002830290206 * 20 );
LumisXS[ "T5qqqqWZ_mGo1500_mCh800_mChi100_dilep" ] = 23300 / (0.000468961034 * 20 );
LumisXS[ "T5qqqqZZDeg_mGo1000_mCh315_mChi300_dilep" ] = 40268 / (0.004081667072 * 20 );
LumisXS[ "T5qqqqZZDeg_mGo1000_mCh325_mChi300_dilep" ] = 39202 / (0.003795325632 * 20 );
LumisXS[ "T5qqqqZZ_mGo1200_mCh1000_mChi800_dilep" ] = 47130 / (0.000891017287 * 20 );
LumisXS[ "T5qqqqZZ_mGo1500_mCh800_mChi100_dilep" ] = 45307 / (0.000147635881 * 20 );
//top
LumisXS[ "TBarToLeptons_sch" ] = 250000 / (1.34784 ); // 4.16*0.108*3
LumisXS[ "TBarToLeptons_tch" ] = 1999800 / (26.23428 ); // 80.97*0.108*3
LumisXS[ "TBar_tWch" ] = 971800 / (35.6 );
LumisXS[ "TTJets" ] =25446993 / (809.1 );
LumisXS[ "TToLeptons_sch" ] = 500000 / (2.3328 ); // 7.20*0.108*3
LumisXS[ "TToLeptons_tch" ] = 3991000 / (44.0802 ); // 136.05*0.108*3
LumisXS[ "T_tWch" ] = 986100 / (35.6 ); // 35.6
//TTV
LumisXS[ "TTWJets" ] = 246521 / (0.6647 );
LumisXS[ "TTZJets" ] = 249275 / (0.8565 );
//LumisXS[ "WJetsToLNu_13TeV-madgraph-pythia8-tauola" ] = 10017462 / (20508.9 );
LumisXS[ "WJetsToLNu_HT100to200" ] = 5262265 / (1817.0 * 1.23 );
LumisXS[ "WJetsToLNu_HT200to400" ] = 4936077 / ( 471.6 * 1.23 );
LumisXS[ "WJetsToLNu_HT400to600" ] = 4640594 / ( 55.61 * 1.23 );
LumisXS[ "WJetsToLNu_HT600toInf" ] = 237484 / ( 18.81 * 1.23 );
//Diboson
LumisXS[ "WZJetsTo3LNu" ] = 237484 / (2.29 );
LumisXS[ "ZZTo4L" ] = 1958600 / (0.3231 ); // cross-section 31.8*(3*0.0336)*(3*0.0336)
//via XSect
map<string,float> KFactors;
// if( md.isInitStatus() )
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
// SDYJetsM50_HT600toInf_PU_S14_POSTLS170_skimamples ************************** samples
//if( md.isInitStatus() ) {
md.anConf.addSample( "WZJetsTo3LNu" , "WZ+ZZ" , kGreen );
md.anConf.addSample( "ZZTo4L" , "WZ+ZZ" , kGreen );
md.anConf.addSample( "TTZJets" , "t#bar{t}Z" , kBlue );
md.anConf.addSample( "TTWJets" , "t#bar{t}W" , kYellow );
md.anConf.addSample( "GGHZZ4L" , "rare SM" , kCyan );
md.anConf.addSample( "TTH" , "rare SM" , kCyan );
//Drell-Yan
md.anConf.addSample( "DYJetsToLL_M50_HT100to200" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "DYJetsToLL_M50_HT200to400" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "DYJetsToLL_M50_HT400to600" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "DYJetsToLL_M50_HT600toInf" , "non-prompt e/#mu" , kRed );
//t production
md.anConf.addSample( "TBarToLeptons_sch" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "TBarToLeptons_tch" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "TBar_tWch" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "TTJets" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "TToLeptons_sch" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "TToLeptons_tch" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "T_tWch" , "non-prompt e/#mu" , kRed );
//W+Jets
md.anConf.addSample( "WJetsToLNu_HT100to200" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "WJetsToLNu_HT200to400" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "WJetsToLNu_HT400to600" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "WJetsToLNu_HT600toInf" , "non-prompt e/#mu" , kRed );
//signal
if(sigs=="t"){
md.anConf.addSample( "SMS_T1tttt_2J_mGl1200_mLSP800" , "T1t412 sig" , kBlue-3 );
md.anConf.addSample( "SMS_T1tttt_2J_mGl1500_mLSP100" , "T1t415 sig" , kBlue-7 );
md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280" , "T5t410 sig" , kOrange+10 );
}
if(sigs=="q"){
md.anConf.addSample( "T5qqqqWZDeg_mGo1000_mCh315_mChi300_dilep" , "T5q4WZ315 sig" , kGreen+2 );
md.anConf.addSample( "T5qqqqWZDeg_mGo1000_mCh325_mChi300_dilep" , "T5q4WZ325 sig" , kMagenta );
md.anConf.addSample( "T5qqqqWZ_mGo1200_mCh1000_mChi800_dilep" , "T5q4WZ12 sig" , kRed-6 );
md.anConf.addSample( "T5qqqqWZ_mGo1500_mCh800_mChi100_dilep" , "T5q4WZ15 sig" , kRed+3 );
md.anConf.addSample( "T5qqqqZZDeg_mGo1000_mCh315_mChi300_dilep" , "T5q4ZZ315 sig" , kGreen+3 );
md.anConf.addSample( "T5qqqqZZDeg_mGo1000_mCh325_mChi300_dilep" , "T5q4ZZ325 sig" , kMagenta+2 );
md.anConf.addSample( "T5qqqqZZ_mGo1200_mCh1000_mChi800_dilep" , "T5q4ZZ12 sig" , kRed-9 );
md.anConf.addSample( "T5qqqqZZ_mGo1500_mCh800_mChi100_dilep" , "T5q4ZZ15 sig" , kRed+1 );
}
// md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280_skim" , "T5tttt (1000) * 20 sig" , kOrange-3 );
//md.anConf.addSample( "T5ttttDeg_mGo1300_mStop300_mCh285_mChi280_skim" , "T5tttt (1300) #cdot 20 sig" , kOrange+6 );
// }
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//Configuration ================
//if( md.isInitStatus() ) {
//md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
// }
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
md.doPlot();
//md.doStatisticsPlot();
md.savePlot("SUSY3L");
// md.dp.addText(xt,yt,st,addText);
}
void susy3l_data_25ns() {
md.refresh();
//general parameters ********************* general parameters
string dir="SUSY3L";
string fileName="susy3l_data_25ns"; //was treeName in LUNE susy_cut_lowpt
string fileList="susy3l_data_25ns"; //CH: since AnaConfig needs a fileName to open, we need to put the data files into a different variable
string hName="";
bool mcOnly = false;
//if(md.isInitStatus()) {
md.anConf.configureNames( dir, fileName, fileList );//, hName );
md.anConf.configureData(false, 0, mcOnly);
//}
string obs = "njets" ; //njets, nbjets, met, ht, lep, zpeak, zpt, mt, mt2, pt1, pt2, pt3, mll, muonsip, muoniso, muondz, muondxy, muonptrel, muonptratio, elsip, eliso, eldz, eldxy, elptrel, elptratio, 3rdlepflavor
string sigs = "none";
bool data = true;
//Binning & title ************************* Binning & titre
string yTitle="number of events";
//int binning=1;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0,0};
bool logYScale=true;
//double rangeX[2]={0,7};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=true;
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=true;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
if(obs == "njets"){
md.dp.setObservables("NJets");
int binning=1;
double rangeX[2]={0,7};
//bool logYScale=true;
}
if(obs == "nbjets"){
md.dp.setObservables("NBJets");
int binning=1;
double rangeX[2]={0,5};
//bool logYScale=true;
}
if(obs == "met"){
md.dp.setObservables("MET");
int binning=50;
double rangeX[2]={0,500};
//bool logYScale=true;
}
if(obs == "ht"){
md.dp.setObservables("HT");
int binning=60;
double rangeX[2]={0,1000};
//bool logYScale=true;
}
if(obs == "njets_wzcr"){
md.dp.setObservables("NJetsWZCR");
int binning=1;
double rangeX[2]={0,7};
//bool logYScale=true;
}
if(obs == "nbjets_wzcr"){
md.dp.setObservables("NBJetsWZCR");
int binning=1;
double rangeX[2]={0,5};
//bool logYScale=true;
}
if(obs == "met_wzcr"){
md.dp.setObservables("METWZCR");
int binning=50;
double rangeX[2]={0,500};
//bool logYScale=true;
}
if(obs == "wzcr_ht"){
md.dp.setObservables("HTWZCR");
int binning=0;
double rangeX[2]={0,1000};
//bool logYScale=true;
}
if(obs == "lep"){
//md.dp.setObservables("mu_multiplicity");
//md.dp.setObservables("el_multiplicity");
//md.dp.setObservables("tau_multiplicity");
md.dp.setObservables("lep_multiplicity");
int binning=1;
double rangeX[2]={0,6};
//bool logYScale=true;
}
if(obs == "zpeak"){
md.dp.setObservables("Zmass");
int binning=2;
double rangeX[2]={60,120};
bool logYScale=false;
}
if(obs == "zpt"){
md.dp.setObservables("Zpt");
int binning=10;
double rangeX[2]={0,200};
}
if(obs == "mt2"){
md.dp.setObservables("MT2");
int binning=25;
double rangeX[2]={0,200};
//bool logYScale=true;
}
if(obs == "mt"){
md.dp.setObservables("MT");
int binning=25;
double rangeX[2]={0,200};
//bool logYScale=true;
}
if(obs == "3rdlepflavor"){
md.dp.setObservables("3rd_lepton_flavor");
int binning=1;
double rangeX[2]={-20,20};
//bool logYScale=true;
}
if(obs == "pt1"){
md.dp.setObservables("pt_1st_lepton");
int binning=10;
double rangeX[2]={0,200};
//bool logYScale=true;
}
if(obs == "pt2"){
md.dp.setObservables("pt_2nd_lepton");
int binning=10;
double rangeX[2]={0,150};
//bool logYScale=true;
}
if(obs == "pt3"){
md.dp.setObservables("pt_3rd_lepton");
int binning=10;
double rangeX[2]={0,100};
//bool logYScale=true;
}
if(obs == "mll"){
md.dp.setObservables("lowMll");
int binning=10;
double rangeX[2]={0,400};
//bool logYScale=true;
}
if(obs == "muonsip"){
md.dp.setObservables("muon_SIP3d");
int binning=0;
double rangeX[2]={0,5};
//bool logYScale=true;
}
if(obs == "muoniso"){
md.dp.setObservables("muon_miniRelIso");
int binning=0;
double rangeX[2]={0,0.4};
//bool logYScale=true;
}
if(obs == "muondz"){
md.dp.setObservables("muon_dz");
int binning=0;
double rangeX[2]={0,600};
//bool logYScale=true;
}
if(obs == "muondxy"){
md.dp.setObservables("muon_dxy");
int binning=0;
double rangeX[2]={0,100};
//bool logYScale=true;
}
if(obs == "muonptrel"){
md.dp.setObservables("muon_JetPtRel");
int binning=0;
double rangeX[2]={0,100};
//bool logYScale=true;
}
if(obs == "muonptratio"){
md.dp.setObservables("muon_JetPtRatio");
int binning=0;
double rangeX[2]={0,1.3};
//bool logYScale=true;
}
if(obs == "elsip"){
md.dp.setObservables("el_SIP3d");
int binning=0;
double rangeX[2]={0,5};
//bool logYScale=true;
}
if(obs == "eliso"){
md.dp.setObservables("el_miniRelIso");
int binning=0;
double rangeX[2]={0,0.4};
//bool logYScale=true;
}
if(obs == "eldz"){
md.dp.setObservables("el_dz");
int binning=0;
double rangeX[2]={0,600};
//bool logYScale=true;
}
if(obs == "eldxy"){
md.dp.setObservables("el_dxy");
int binning=0;
double rangeX[2]={0,100};
//bool logYScale=true;
}
if(obs == "elptrel"){
md.dp.setObservables("el_JetPtRel");
int binning=0;
double rangeX[2]={0,40};
//bool logYScale=true;
}
if(obs == "elptratio"){
md.dp.setObservables("el_JetPtRatio");
int binning=0;
double rangeX[2]={0,1.3};
//bool logYScale=true;
}
//string autoBinFile="susybinninghigh";
//md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=true;
bool mcStatSyst=true;
string systSources="";
bool uncDet=false;
string Norm="";
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=133.14; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
md.anConf.loadXSDB("XSectionsSpring15.db");
map<string,float> LumisXS;
md.anConf.loadKFDB("kFactorsSpring15.db");
//via XSect
map<string,float> KFactors;
// if( md.isInitStatus() )
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
// SDYJetsM50_HT600toInf_PU_S14_POSTLS170_skimamples ************************** samples
//if( md.isInitStatus() ) {
md.anConf.addSample( "TTWToLNu" , "t#bar{t}W" , kYellow );
md.anConf.addSample( "TTZToLLNuNu" , "t#bar{t}Z" , kBlue );
md.anConf.addSample( "WZTo3LNu" , "WZ" , kGreen );
md.anConf.addSample( "ZZTo4L" , "ZZ" , kGreen+3 );
md.anConf.addSample( "GGHZZ4L" , "rare SM" , kCyan );
md.anConf.addSample( "TTHnobb" , "rare SM" , kCyan );
//t production
//md.anConf.addSample( "TBarToLeptons_sch" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "TbarToLeptons_tch" , "single t" , kRed+3 );
md.anConf.addSample( "TBar_tWch" , "single t" , kRed+3 );
md.anConf.addSample( "T_tWch" , "single t" , kRed+3 );
md.anConf.addSample( "TTJets" , "TT" , kRed+2 );
md.anConf.addSample( "TToLeptons_sch_amcatnlo" , "TT" , kRed+2 );
md.anConf.addSample( "TToLeptons_tch" , "TT" , kRed+2 );
md.anConf.addSample( "TTGJets" , "TT" , kRed+2 );
//W+Jets
md.anConf.addSample( "WJetsToLNu" , "WJets" , kRed-6 );
//md.anConf.addSample( "WJetsToLNu_HT200to400" , "non-prompt e/#mu" , kRed );
//md.anConf.addSample( "WJetsToLNu_HT400to600" , "non-prompt e/#mu" , kRed );
//md.anConf.addSample( "WJetsToLNu_HT600toInf" , "non-prompt e/#mu" , kRed );
//Drell-Yan
//md.anConf.addSample( "DYJetsToLL_LO_M50_50ns" , "non-prompt e/#mu" , kRed );
md.anConf.addSample( "DYJetsToLL_M10to50" , "DY" , kRed );
md.anConf.addSample( "DYJetsToLL_M50" , "DY" , kRed );
//md.anConf.addSample( "DYJetsToLL_M50_HT200to400" , "non-prompt e/#mu" , kRed );
//md.anConf.addSample( "DYJetsToLL_M50_HT400to600" , "non-prompt e/#mu" , kRed );
//md.anConf.addSample( "DYJetsToLL_M50_HT600toInf" , "non-prompt e/#mu" , kRed );
//signal
if(sigs=="t"){
md.anConf.addSample( "T1tttt_mGo1200_mChi800" , "T1t412 sig" , kBlue-3 );
md.anConf.addSample( "T1tttt_mGo1500_mChi100" , "T1t415 sig" , kBlue-7 );
md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280" , "T5t410 sig" , kOrange+10 );
}
if(sigs=="q"){
md.anConf.addSample( "T5qqqqWZDeg_mGo1000_mCh315_mChi300_dilep" , "T5q4WZ315 sig" , kGreen+2 );
md.anConf.addSample( "T5qqqqWZDeg_mGo1000_mCh325_mChi300_dilep" , "T5q4WZ325 sig" , kMagenta );
md.anConf.addSample( "T5qqqqWZ_mGo1200_mCh1000_mChi800_dilep" , "T5q4WZ12 sig" , kRed-6 );
md.anConf.addSample( "T5qqqqWZ_mGo1500_mCh800_mChi100_dilep" , "T5q4WZ15 sig" , kRed+3 );
md.anConf.addSample( "T5qqqqZZDeg_mGo1000_mCh315_mChi300_dilep" , "T5q4ZZ315 sig" , kGreen+3 );
md.anConf.addSample( "T5qqqqZZDeg_mGo1000_mCh325_mChi300_dilep" , "T5q4ZZ325 sig" , kMagenta+2 );
md.anConf.addSample( "T5qqqqZZ_mGo1200_mCh1000_mChi800_dilep" , "T5q4ZZ12 sig" , kRed-9 );
md.anConf.addSample( "T5qqqqZZ_mGo1500_mCh800_mChi100_dilep" , "T5q4ZZ15 sig" , kRed+1 );
}
//data
if(data){
md.anConf.addSample( "DoubleEG_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
md.anConf.addSample( "DoubleMuon_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
md.anConf.addSample( "MuonEG_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
md.anConf.addSample( "SingleElectron_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
md.anConf.addSample( "SingleMuon_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
//md.anConf.addSample( "DoubleEG_Run2015D_v3_run_256926" , "data" , kBlack );
//md.anConf.addSample( "DoubleMuon_Run2015D_v3_run_256926" , "data" , kBlack );
//md.anConf.addSample( "MuonEG_Run2015D_v3_run_256926" , "data" , kBlack );
//md.anConf.addSample( "SingleElectron_Run2015D_v3_run_256926" , "data" , kBlack );
//md.anConf.addSample( "SingleMuon_Run2015D_v3_run_256926" , "data" , kBlack );
}
// md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280_skim" , "T5tttt (1000) * 20 sig" , kOrange-3 );
//md.anConf.addSample( "T5ttttDeg_mGo1300_mStop300_mCh285_mChi280_skim" , "T5tttt (1300) #cdot 20 sig" , kOrange+6 );
// }
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//Configuration ================
//if( md.isInitStatus() ) {
//md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
// }
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
md.doPlot();
//md.doStatisticsPlot();
md.savePlot("SUSY3L");
// md.dp.addText(xt,yt,st,addText);
}
void ssdl2015card_test() {
md.refresh();
//general parameters ********************* general parameters
string dir="SSDL2015";
string fileName="ssdl2fb_oct"; // not needed for statistics but provides the normalization
string fileList="ssdl2fb_oct"; // put command line that gives all files as in a "ls" command
bool mcOnly = false;
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=1; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
//md.anConf.loadXSDB("XSectionsSpring15.db");
map<string,float> LumisXS;
//via XSect
map<string,float> KFactors;
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
md.addDataCardSigSample("HHSR1:_standard_prompt_ttW","ttW");
md.addDataCardSample("HHSR1:_standard_prompt_ttZH","rares");
md.addDataCardSample("HHSR1:_standard_prompt_Rares","rares");
md.addDataCardSample("HHSR1:_standard_prompt_WW", "WW");
md.addDataCardSample("HHSR1:_standard_prompt_WZ", "WZ");
md.addDataCardSample("HHSR1:_standard_prompt_TG", "TG");
md.addDataCardSample("HHSR1:_standard_prompt_VG", "VG");
md.addDataCardSample("HHSR1:_flipsappl_data", "flip");
md.addDataCardSample("HHSR1:_fakesappl_data", "fake");
md.addDataCardSample("HHSR1:_standard_prompt_ttZH","pseudodata");
md.addDataCardSample("HHSR1:_standard_prompt_Rares","pseudodata");
md.addDataCardSample("HHSR1:_standard_prompt_WW", "pseudodata");
md.addDataCardSample("HHSR1:_standard_prompt_WZ", "pseudodata");
md.addDataCardSample("HHSR1:_standard_prompt_TG", "pseudodata");
md.addDataCardSample("HHSR1:_standard_prompt_VG", "pseudodata");
md.addDataCardSample("HHSR1:_flipsappl_data", "pseudodata");
md.addDataCardSample("HHSR1:_fakesappl_data", "pseudodata");
//experimental uncertainties
md.addNuisanceParameter("jes","ttW:rares","lnN","1.08:1.07");
//Data-driven methods
md.addNuisanceParameter("chMID","flip","lnN","1.30");
md.addNuisanceParameter("fratio","fake","lnN","1.35");
//syst from stat uncertainties == automatic
//md.addNuisanceParameter("wzstat","wz","lnN",""); //--> already given by the 8/15% on Xsect
// md.addNuisanceParameter("tthstat","tth","lnN","");
// md.addNuisanceParameter("ttwstat","ttw","lnN","");
// md.addNuisanceParameter("ttzstat","ttz","lnN","");
// md.addNuisanceParameter("fakestat","fake","lnN","");
// md.addNuisanceParameter("chMIdstat","chMId","lnN","");
// md.addNuisanceParameter("SIGTAGstat","SIGTAG","lnN","");
// string srs[66]={
// "SR1A", "SR2A", "SR3A", "SR4A", "SR5A", "SR6A", "SR7A", "SR8A",
// "SR9A", "SR10A", "SR11A", "SR12A", "SR13A", "SR14A", "SR15A", "SR16A",
// "SR17A", "SR18A", "SR19A", "SR20A", "SR21A", "SR22A", "SR23A", "SR24A",
// "SR25A", "SR26A", "SR27A", "SR28A", "SR29A", "SR30A", "SR31A", "SR32A",
// "SR1B", "SR2B", "SR3B", "SR4B", "SR5B", "SR6B", "SR7B", "SR8B",
// "SR9B", "SR10B", "SR11B", "SR12B", "SR13B", "SR14B", "SR15B", "SR16B",
// "SR17B", "SR18B", "SR19B", "SR20B", "SR21B", "SR22B", "SR23B", "SR24B",
// "SR25B","SR26B",
// "SR1C", "SR2C", "SR3C", "SR4C", "SR5C", "SR6C", "SR7C", "SR8C"
// };
// for(int isr=0;isr<66;isr++) {
// if(srs[isr]=="CATTAG") {
// md.addNuisanceParameter("tth"+srs[isr]+"stat","tth","lnN","");
// md.addNuisanceParameter("ttw"+srs[isr]+"stat","ttw","lnN","");
// md.addNuisanceParameter("ttz"+srs[isr]+"stat","ttz","lnN","");
// md.addNuisanceParameter("fake"+srs[isr]+"stat","fake","lnN","");
// md.addNuisanceParameter("chMId"+srs[isr]+"stat","chMId","lnN","");
// md.addNuisanceParameter("SIGTAG"+srs[isr]+"stat","SIGTAG","lnN","");
// }
// else {
// md.addNuisanceParameter("tth"+srs[isr]+"stat","tth","lnN","-");
// md.addNuisanceParameter("ttw"+srs[isr]+"stat","ttw","lnN","-");
// md.addNuisanceParameter("ttz"+srs[isr]+"stat","ttz","lnN","-");
// md.addNuisanceParameter("fake"+srs[isr]+"stat","fake","lnN","-");
// md.addNuisanceParameter("chMId"+srs[isr]+"stat","chMId","lnN","-");
// md.addNuisanceParameter("SIGTAG"+srs[isr]+"stat","SIGTAG","lnN","-");
// }
// }//signal regions
// md.addNuisanceParameter("SIGTAGStat","SIGTAG","lnN","");
// md.addNuisanceParameter("ttwStat","ttw","lnN","");
// md.addNuisanceParameter("ttzStat","ttz","lnN","");
// md.addNuisanceParameter("wzStat","wz","lnN","");
//md.addNuisanceParameter("sigNorm","T1t415","lnN","1.10");
// }
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.prepareDisplay();
// int nCateg=66; //47
// vector<string> _categs(nCateg,"");
// string srs[66]={
// "SR1A", "SR2A", "SR3A", "SR4A", "SR5A", "SR6A", "SR7A", "SR8A",
// "SR9A", "SR10A", "SR11A", "SR12A", "SR13A", "SR14A", "SR15A", "SR16A",
// "SR17A", "SR18A", "SR19A", "SR20A", "SR21A", "SR22A", "SR23A", "SR24A",
// "SR25A", "SR26A", "SR27A", "SR28A", "SR29A", "SR30A", "SR31A", "SR32A",
// "SR1B", "SR2B", "SR3B", "SR4B", "SR5B", "SR6B", "SR7B", "SR8B",
// "SR9B", "SR10B", "SR11B", "SR12B", "SR13B", "SR14B", "SR15B", "SR16B",
// "SR17B", "SR18B", "SR19B", "SR20B", "SR21B", "SR22B", "SR23B", "SR24B",
// "SR25B","SR26B",
// "SR1C", "SR2C", "SR3C", "SR4C", "SR5C", "SR6C", "SR7C", "SR8C"
// }
// _categs.assign(srs, srs+nCateg);
// for(size_t ic=0;ic< _categs.size();ic++) {
// string cat=_categs[ic];
md.makeSingleDataCard("ttW", "global_HHSR1", "selected", "ssdl2015_ttW");
// }
gROOT->ProcessLine(".q");
}
void susy3l_datacard() {
md.refresh();
//general parameters ********************* general parameters
string dir="SUSY3L";
string fileName="susy3l_SR00_off"; // not needed for statistics but provides the normalization
string fileList="susy3l_SR00_off"; // put command line that gives all files as in a "ls" command
bool mcOnly = false;
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=10000; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
md.anConf.loadXSDB("XSectionsPhys14.db");
map<string,float> LumisXS;
//via XSect
map<string,float> KFactors;
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
//top
md.addDataCardBkgSample("TBarToLeptons_sch", "fake");
md.addDataCardBkgSample("TBarToLeptons_tch", "fake");
md.addDataCardBkgSample("TBar_tWch", "fake");
md.addDataCardBkgSample("TTJets", "fake");
md.addDataCardBkgSample("TToLeptons_sch", "fake");
md.addDataCardBkgSample("TToLeptons_tch", "fake");
md.addDataCardBkgSample("T_tWch", "fake");
//W+Jets
md.addDataCardBkgSample("WJetsToLNu_HT100to200", "fake");
md.addDataCardBkgSample("WJetsToLNu_HT200to400", "fake");
//md.addDataCardBkgSample("WJetsToLNu_HT400to600", "fake");
md.addDataCardBkgSample("WJetsToLNu_HT600toInf", "fake");
//Drell-Yan
md.addDataCardBkgSample("DYJetsToLL_M50_HT100to200", "fake");
md.addDataCardBkgSample("DYJetsToLL_M50_HT200to400", "fake");
md.addDataCardBkgSample("DYJetsToLL_M50_HT400to600", "fake");
md.addDataCardBkgSample("DYJetsToLL_M50_HT600toInf", "fake");
//di-boson
md.addDataCardBkgSample("WZJetsTo3LNu", "diboson");
md.addDataCardBkgSample("ZZTo4L", "diboson");
//TTV
md.addDataCardBkgSample("TTZJets", "ttZ");
md.addDataCardBkgSample("TTWJets", "ttW");
//rare
md.addDataCardBkgSample("TTH", "rare");
//md.addDataCardBkgSample("GGHZZ4L", "rare");
//signal
md.addDataCardSigSample("SMS_T1tttt_2J_mGl1200_mLSP800","T1t412");
//md.addDataCardSigSample("SMS_T1tttt_2J_mGl1500_mLSP100","T1t415");
//md.addDataCardSigSample("T5ttttDeg_mGo1000_mStop300_mCh285_mChi280_dil","T5t410dil");
//md.addDataCardSigSample("T5ttttDeg_mGo1000_mStop300_mCh285_mChi280","T5t410");
//md.addDataCardSigSample("T5qqqqWWDeg_mGo1000_mCh315_mChi300_dilep", "T5q410");
//md.addDataCardSigSample("T5qqqqWW_mGo1200_mCh1000_mChi800_dilep", "T5q412");
md.addNuisanceParameter("fratio","fake","lnN","1.50");
md.addNuisanceParameter("rNorm","rare","lnN","1.20");
md.addNuisanceParameter("sigNorm","T1t412","lnN","1.10");
// }
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.prepareDisplay();
int nCateg=1;
vector<string> _categs(nCateg,"");
// string srs[66]={
// "SR1AL", "SR2AL", "SR3AL", "SR4AL", "SR1AH", "SR2AH", "SR3AH", "SR4AH", "SR5A", "SR6A",
// "SR7AL", "SR8AL", "SR9AL", "SR10AL", "SR7AH", "SR8AH", "SR9AH", "SR10AH", "SR11A", "SR12A",
// "SR13AL", "SR14AL", "SR15AL", "SR16AL", "SR13AH", "SR14AH", "SR15AH", "SR16AH", "SR17A", "SR18A",
//"SR19AL", "SR19AH", "SR20A",
// "SR1BL", "SR1BH", "SR2BL", "SR2BH",
// "SR3BL", "SR3BH", "SR4BL", "SR4BH",
// "SR5BL", "SR5BH", "SR6BL", "SR6BH",
// "SR7BL", "SR7BH",
// };
//string srs[28]={
// "SR1A", "SR2A", "SR3A", "SR4A", "SR5A", "SR6A",
// "SR7A", "SR8A", "SR9A", "SR10A", "SR11A", "SR12A",
// "SR13A", "SR14A", "SR15A", "SR16A", "SR17A", "SR18A",
// "SR19A", "SR20A",
// "SR1B", "SR2B",
// "SR3B", "SR4B",
// "SR5B", "SR6B",
// "SR7B", "SR8B" };
string srs[1]={
"SR00_off" };
_categs.assign(srs, srs+nCateg);
for(size_t ic=0;ic< _categs.size();ic++) {
string cat=_categs[ic];
md.makeSingleDataCard("T1t412", "global_"+cat, "SR MET selection", "susy3l_"+cat+"_T1t412");
}
gROOT->ProcessLine(".q");
}
void ssdl2015BTag(){
md.refresh();
//general parameters ********************* general parameters
string dir="SSDL2015";
string fileName="ssdl2fb_oct";
string fileList="ssdl2fb_oct";
bool mcOnly = false;
//if(md.isInitStatus()) {
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//}
//observables **********************
md.dp.setObservables("MET");
//Binning & title ************************* Binning & titre
string yTitle="number of events";
int binning=1;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0,0};
double rangeX[2]={0,200};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=false;
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=true;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
//string autoBinFile="susybinninghigh";
//md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=true;
bool mcStatSyst=false;
string systSources="";
bool uncDet=true;
string Norm="";
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=1280; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
md.anConf.loadXSDB("XSectionsSpring15.db");
map<string,float> LumisXS;
//via XSect
map<string,float> KFactors;
// if( md.isInitStatus() )
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//control categories ==============================
//md.anConf.setControlCategs("Fake");
//===============================================================
md.anConf.addSample( "_sig_T1t_1200_800", "T14t12", kOrange-2);
md.anConf.addSample( "_sig_T1t_1500_100","T14t15", kOrange-2);
md.anConf.addSample( "_sig_T5Deg","T54qDeg", kOrange-2);
md.anConf.addSample( "_sig_T5q","T54q12", kOrange-2);
md.anConf.addSample( "_sig_T5t", "T54q12", kOrange-2);
md.anConf.addSample( "_sig_T6_600_425","T6ttWW60", kOrange-2);
md.anConf.addSample( "_sig_T6_650_150","T6ttWW65", kOrange-2);
md.anConf.addSample( "_standard_prompt_Rares","rare", kOrange-2);
md.anConf.addSample( "_standard_prompt_WWss", "WW++", kOrange-2);
md.anConf.addSample( "_standard_prompt_WZ","WZ",kOrange-2);
md.anConf.addSample( "_standard_prompt_XG", "XG", kOrange-2);
md.anConf.addSample( "_standard_prompt_ttW", "TTW", kOrange-2);
md.anConf.addSample( "_standard_prompt_ttZH", "TTZH", kOrange-2);
//===============================================================
//*********************************************************************²
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
//md.doPlot();
//md.getStatistics("nominal");
//md.addExternalSystUnc("rare","btag",30,-30);
md.getCategSystematic("BTag","HH","selected");
md.getCategSystematic("BTag","HL","selected");
md.getCategSystematic("BTag","LL","selected");
gROOT->ProcessLine(".q");
//md.drawStatistics("global_BR00H", "selected");
//md.savePlot("SUSY3L");
// md.dp.addText(xt,yt,st,addText);
}
void dataCardProd_HHSR9_T14t12() {
md.refresh();
//general parameters ********************* general parameters
string dir="SSDL2015";
string fileName="ssdl2fb_oct"; // not needed for statistics but provides the normalization
string fileList="ssdl2fb_oct"; // put command line that gives all files as in a "ls" command
bool mcOnly = false;
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=1; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
//md.anConf.loadXSDB("XSectionsSpring15.db");
map<string,float> LumisXS;
//via XSect
map<string,float> KFactors;
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
md.addDataCardSigSample("HHSR9:_sig_T1t_1200_800","T14t12");
md.addDataCardSample("HHSR9:_standard_prompt_WZ", "WZ");
md.addDataCardSample("HHSR9:_standard_prompt_ttW","ttW");
md.addDataCardSample("HHSR9:_standard_prompt_ttZH","ttHZ");
md.addDataCardSample("HHSR9:_standard_prompt_WW", "WW");
md.addDataCardSample("HHSR9:_standard_prompt_TG", "XG");
md.addDataCardSample("HHSR9:_standard_prompt_VG", "XG");
md.addDataCardSample("HHSR9:_standard_prompt_Rares","rares");
md.addDataCardSample("HHSR9:_flipsappl_data", "flip");
md.addDataCardSample("HHSR9:_fakesappl_data", "fake");
md.addDataCardSample("HHSR9:data","data");
//lumi
md.addNuisanceParameter("lumi","WZ:ttW:ttHZ:WW:XG:rares:T14t12","lnN","1.08:1.08:1.08:1.08:1.08:1.08:1.08");
//experimental uncertainties
md.addNuisanceParameter("jes","ttW:ttZH:WW:XG:rares:T14t12","lnN","1.00:1.01:1.01:1.03:1.03:1.10");
md.addNuisanceParameter("btag","ttW:ttZH:WW:XG:rares:T14t12","lnN","1.11:1.11:1.11:1.09:1.11:1.01");
md.addNuisanceParameter("lEff","ttW:ttZH:WW:XG:rares:T14t12","lnN","1.04:1.04:1.04:1.04:1.04:1.04");
md.addNuisanceParameter("tEff","ttW:ttZH:WW:XG:rares:T14t12","lnN","1.02:1.02:1.02:1.02:1.02:1.02");
md.addNuisanceParameter("tHTE","ttW:ttZH:WW:XG:rares:T14t12","lnN","-:-:-:-:-:-");
//test
md.addNuisanceParameter("BTag","ttW","lnN","");
//Data-driven methods
md.addNuisanceParameter("chMID","flip","lnN","1.30");
md.addNuisanceParameter("fratio","fake","lnN","1.30");
md.addNuisanceParameter("frEwk","fake","lnN","1.10");
//theoretical uncertainties
md.addNuisanceParameter("wzTh","WZ","lnN","1.30");
md.addNuisanceParameter("WWTh","ttW","lnN","1.50");
md.addNuisanceParameter("TGTh","XG","lnN","1.50");
md.addNuisanceParameter("rareTh","rares","lnN","1.50");
//md.addNuisanceParameter("sigTh","T14t12","lnN","SIGTHTAG");
md.addNuisanceParameter("ttWPdf","ttW","lnN","1.04");
md.addNuisanceParameter("ttHZPdf","ttHZ","lnN","1.04");
md.addNuisanceParameter("ttWXs","ttW","lnN","1.13");
md.addNuisanceParameter("ttHZXs","ttHZ","lnN","1.11");
md.addNuisanceParameter("ttWAcc","ttW","lnN","1.03");
md.addNuisanceParameter("ttHZAcc","ttHZ","lnN","1.03");
string srs[66]={
"HHSR1", "HHSR2", "HHSR3", "HHSR4", "HHSR5", "HHSR6", "HHSR7", "HHSR8",
"HHSR9", "HHSR10", "HHSR11", "HHSR12", "HHSR13", "HHSR14", "HHSR15", "HHSR16",
"HHSR17", "HHSR18", "HHSR19", "HHSR20", "HHSR21", "HHSR22", "HHSR23", "HHSR24",
"HHSR25", "HHSR26", "HHSR27", "HHSR28", "HHSR29", "HHSR30", "HHSR31", "HHSR32",
"HLSR1", "HLSR2", "HLSR3", "HLSR4", "HLSR5", "HLSR6", "HLSR7", "HLSR8",
"HLSR9", "HLSR10", "HLSR11", "HLSR12", "HLSR13", "HLSR14", "HLSR15", "HLSR16",
"HLSR17", "HLSR18", "HLSR19", "HLSR20", "HLSR21", "HLSR22", "HLSR23", "HLSR24",
"HLSR25","HLSR26",
"LLSR1", "LLSR2", "LLSR3", "LLSR4", "LLSR5", "LLSR6", "LLSR7", "LLSR8"
};
//statistical uncertainties
for(int isr=0;isr<66;isr++) {
if(srs[isr]=="HHSR9") {
md.addNuisanceParameter("ttW"+srs[isr]+"stat","ttW","gmN","");
md.addNuisanceParameter("ttHZ"+srs[isr]+"stat","ttHZ","lnN","");
md.addNuisanceParameter("WW"+srs[isr]+"stat","WW","lnN","");
md.addNuisanceParameter("XG"+srs[isr]+"stat","XG","lnN","1.18");
md.addNuisanceParameter("rares"+srs[isr]+"stat","rares","lnN","");
md.addNuisanceParameter("fake"+srs[isr]+"stat","fake","lnN","1.07");
md.addNuisanceParameter("flip"+srs[isr]+"stat","flip","lnN","");
md.addNuisanceParameter("T14t12"+srs[isr]+"stat","T14t12","lnN","");
}
else {
md.addNuisanceParameter("ttW"+srs[isr]+"stat","ttW","gmN","-");
md.addNuisanceParameter("ttHZ"+srs[isr]+"stat","ttHZ","lnN","-");
md.addNuisanceParameter("WW"+srs[isr]+"stat","WW","lnN","-");
md.addNuisanceParameter("XG"+srs[isr]+"stat","XG","lnN","-");
md.addNuisanceParameter("rares"+srs[isr]+"stat","rares","lnN","-");
md.addNuisanceParameter("fake"+srs[isr]+"stat","fake","lnN","-");
md.addNuisanceParameter("flip"+srs[isr]+"stat","flip","lnN","-");
md.addNuisanceParameter("T14t12"+srs[isr]+"stat","T14t12","lnN","-");
}
}//signal regions
//md.overwriteNuisanceParameter("ttWHHSR9stat","ttW","2.00");
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.prepareDisplay();
md.makeSingleDataCard("T14t12", "global_HHSR9", "selected", "ssdl2015_HHSR9_T14t12");
gROOT->ProcessLine(".q");
}
void template_usingDB() {
gStyle->SetOptStat(0);
//general parameters ********************* general parameters
string dir="WZsynchro";
//string fileName="testAll_BR0"; // not needed for statistics
//string fileList="testAll_BR0"; // put command line that gives all files as in a "ls" command
//string fileName="fakeEstim_test"; // not needed for statistics
//string fileList="fakeEstim_test"; // put command line that gives all files as in a "ls" command
//string fileName="q"; // not needed for statistics
//string fileList="q"; // put command line that gives all files as in a "ls" command
//string fileName="testWZandTT_JonSel"; // not needed for statistics
//string fileList="testWZandTT_JonSel"; // put command line that gives all files as in a "ls" command
//string fileName="testWZandTT_3lWZ"; // not needed for statistics
//string fileList="testWZandTT_3lWZ"; // put command line that gives all files as in a "ls" command
//string fileName="testWZandTT"; // not needed for statistics
//string fileList="testWZandTT"; // put command line that gives all files as in a "ls" command
//string fileName="FE_LEPPTall_LEPFLAVall_LHE1001"; // not needed for statistics
//string fileList="FE_LEPPTall_LEPFLAVall_LHE1001"; // put command line that gives all files as in a "ls" command
//string fileName="FE_LEPPTall_LEPFLAVall_LHE1001_WZstep0"; // not needed for statistics
//string fileList="FE_LEPPTall_LEPFLAVall_LHE1001_WZstep0"; // put command line that gives all files as in a "ls" command
//string fileName="WZ3L_WZSTEP3_LEPFLAVall_LHE1001"; // not needed for statistics
//string fileList="WZ3L_WZSTEP3_LEPFLAVall_LHE1001"; // put command line that gives all files as in a "ls" command
string fileName="WZ3L_WZSTEP5_LEPFLAVall_LHE1001"; // not needed for statistics
string fileList="WZ3L_WZSTEP5_LEPFLAVall_LHE1001"; // put command line that gives all files as in a "ls" command
bool mcOnly = false;
//if(md.isInitStatus()) {
md.anConf.configureNames( dir, fileName, fileList);
md.anConf.configureData(false, 0, mcOnly);
//}
//observables **********************
//string obs[6]={"","","","","",""};
md.dp.setObservables("METWZCR");
//md.dp.setObservables("MTminBR0H");
md.dp.setObservables("HTWZCR");
md.dp.setObservables("NBJetsWZCR");
md.dp.setObservables("NJetsWZCR");
//Binning & title ************************* Binning & titre
string yTitle="number of events";
int binning=40;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0,0};
double rangeX[2]={0.,500.};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=false;
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=true;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
string autoBinFile="susybinning";
md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=true;
bool mcStatSyst=true;
string systSources="";
bool uncDet=false;
string Norm="";
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=10000; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
md.anConf.loadXSDB("XSectionsSpring15.db");
map<string,float> LumisXS;
map<string,float> KFactors;
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
// SDYJetsM50_HT600toInf_PU_S14_POSTLS170_skimamples ************************** samples
//if( md.isInitStatus() ) {
// md.anConf.addSample( "WZJetsTo3LNu" , "WZ", kOrange-4);
// //md.anConf.addSample( "TTJets" , "t#bar{t}", kBlue+1);
// md.anConf.addSample( "SMS_T1tttt_2J_mGl1200_mLSP800", "T1tttt (1.2/0.8) sig * 20", kViolet-3);
//
// md.anConf.addSample( "WJetsToLNu_HT100to200" , "W+Jets", kAzure-2);
// md.anConf.addSample( "WJetsToLNu_HT200to400" , "W+Jets", kAzure-2);
// md.anConf.addSample( "WJetsToLNu_HT400to600" , "W+Jets", kAzure-2);
// md.anConf.addSample( "WJetsToLNu_HT600toInf" , "W+Jets", kAzure-2);
//
// //md.anConf.addSample( "DYJetsToLL_M50" , "Z+Jets", kAzure+6);
// md.anConf.addSample( "DYJetsToLL_M50_HT100to200" , "Z+Jets", kAzure+6);
// md.anConf.addSample( "DYJetsToLL_M50_HT200to400" , "Z+Jets", kAzure+6);
// md.anConf.addSample( "DYJetsToLL_M50_HT400to600" , "Z+Jets", kAzure+6);
// md.anConf.addSample( "DYJetsToLL_M50_HT600toInf" , "Z+Jets", kAzure+6);
//
// md.anConf.addSample( "TTJets" , "t#bar{t}", kBlue+1);
//
// md.anConf.addSample("TToLeptons_sch" , "Single top", kBlue+3);
// md.anConf.addSample("TToLeptons_tch" , "Single top", kBlue+3);
// md.anConf.addSample("T_tWch" , "Single top", kBlue+3);
// md.anConf.addSample("TBarToLeptons_sch" , "Single top", kBlue+3);
// md.anConf.addSample("TBarToLeptons_tch" , "Single top", kBlue+3);
// md.anConf.addSample("TBar_tWch" , "Single top", kBlue+3);
//
// md.anConf.addSample( "TTWJets" , "rare", kOrange-2);
// md.anConf.addSample( "TTZJets" , "rare", kOrange-2);
// //md.anConf.addSample( "WZJetsTo3LNu" , "rare", kOrange-2);
// md.anConf.addSample( "ZZTo4L" , "rare", kOrange-2);
// md.anConf.addSample( "TTH" , "rare", kOrange-2);
// /*
// md.anConf.addSample( "SMS_T1tttt_2J_mGl1200_mLSP800", "T1tttt (1.2/0.8) sig * 20", kViolet-3);
// //md.anConf.addSample( "SMS_T1tttt_2J_mGl1500_mLSP100", "T1tttt (1.5/0.1) sig * 20", kViolet-3);
// //md.anConf.addSample( "T1ttbbWW_mGo1300_mCh300_mChi290" , "T1ttbbWW (1.3/0.3) sig * 20", kBlue);
// md.anConf.addSample( "T1ttbbWW_mGo1000_mCh725_mChi720" , "T1ttbbWW (1.0/0.7) sig * 20", kBlue);
// md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mChi280" , "T5tttt deg. (1.0/0.3, 4bd) sig * 20", kGreen+2);
// //md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280" , "T5tttt deg. (1.0/0.3, Chi) sig * 20", kGreen+2);
// //md.anConf.addSample( "T6ttWW_mSbot650_mCh150_mChi50" , "T6ttWW (650/150/50) sig * 20", kRed+1);
// md.anConf.addSample( "T6ttWW_mSbot600_mCh425_mChi50" , "T6ttWW (600/425/50) sig * 20", kRed+1);
// md.anConf.addSample( "T5qqqqWW_mGo1200_mCh1000_mChi800_dilep" , "T5qqqqWW (1.2/0.8) sig * 20", kOrange+6);
// */
//
//
// md.anConf.addSample( "TTWJets_aMCatNLO" , "TTWaMCatNLO", kBlue+3);
// md.anConf.addSample( "TTZJets_aMCatNLO" , "TTZaMCatNLO", kBlue+3);
//
// md.anConf.addSample( "TTWJets" , "TTWmadgraph", kGreen-2);
// md.anConf.addSample( "TTZJets" , "TTZmadgraph", kGreen-2);
//
//Santis version for WZ
/*
md.anConf.addSample( "DYJetsToLL_M50_HT100to200" , "fakes", kAzure+6);
md.anConf.addSample( "DYJetsToLL_M50_HT200to400" , "fakes", kAzure+6);
md.anConf.addSample( "DYJetsToLL_M50_HT400to600" , "fakes", kAzure+6);
md.anConf.addSample( "DYJetsToLL_M50_HT600toInf" , "fakes", kAzure+6);
md.anConf.addSample( "TTJets" , "fakes", kBlue+1);
//md.anConf.addSample( "TToLeptons_sch" , "fakes", kBlue+1);
//md.anConf.addSample( "TToLeptons_tch" , "fakes", kBlue+1);
//md.anConf.addSample( "T_tWch" , "fakes", kBlue+1);
//md.anConf.addSample( "TBarToLeptons_sch" , "fakes", kBlue+1);
//md.anConf.addSample( "TBarToLeptons_tch" , "fakes", kBlue+1);
//md.anConf.addSample( "TBar_tWch" , "fakes", kBlue+1);
md.anConf.addSample( "TTWJets" , "t#bar{t}V", kBlue+3 );
md.anConf.addSample( "TTZJets" , "t#bar{t}V", kBlue+3 );
md.anConf.addSample( "TTH" , "t#bar{t}V", kBlue+3 );
// md.anConf.addSample( "ZZTo4L" , "ZZ" , kRed+2 );
md.anConf.addSample( "WZJetsTo3LNu" , "WZ" , kOrange-2);
*/
//md.anConf.addSample( "TTJets" , "TTJets", kRed+2);
//my 'a la Santi' processes for WZ study using available Spring 15 samples
//md.anConf.addSample( "DYJetsToLL_M10to50" , "fakes", kAzure+6);
// md.anConf.addSample( "DYJetsToLL_M50" , "fakes", kAzure+6);
// md.anConf.addSample( "TTJets" , "fakes", kBlue+1);
// //md.anConf.addSample( "TToLeptons_sch" , "fakes", kBlue+1);
// //md.anConf.addSample( "TToLeptons_tch" , "fakes", kBlue+1);
// //md.anConf.addSample( "T_tWch" , "fakes", kBlue+1);
// //md.anConf.addSample( "TBar_tWch" , "fakes", kBlue+1);
//
//md.anConf.addSample( "WJetsToLNu_HT100to200" , "W+Jets", kAzure-2);
//md.anConf.addSample( "WJetsToLNu_HT200to400" , "W+Jets", kAzure-2);
//md.anConf.addSample( "WJetsToLNu_HT400to600" , "W+Jets", kAzure-2);
//md.anConf.addSample( "WJetsToLNu_HT600toInf" , "W+Jets", kAzure-2);
/*
md.anConf.addSample( "WJetsToLNu" , "W+Jets", kAzure-2);
md.anConf.addSample( "DYJetsToLL_M50" , "Z+Jets", kAzure+6);
md.anConf.addSample( "TTJets" , "TTJets", kRed+2);
*/
md.anConf.addSample( "WZp8" , "WZ" , kOrange-2);
//
// md.anConf.addSample( "TTJets" , "TTJets", kRed+2);
// }
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//Configuration ================
//if( md.isInitStatus() ) {
//md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
// }
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
md.doPlot();
//md.makeDataCard(fileList, "global", "SR b-jet multiplicity");
//md.getStatistics("global");
//md.getStatistics("global_WZCR");
//md.getStatistics("global_BR00H");
md.getStatistics("global_WZCR");
md.savePlot("phys14exerc");
// md.dp.addText(xt,yt,st,addText);
//gROOT->ProcessLine(".q");
}
void ssdlScan_BENCH() {
md.refresh();
//general parameters ********************* general parameters
string dir="SSDL2015";
string fileName="merged_2fb"; // not needed for statistics but provides the normalization
string fileList="merged_2fb_T1tttt-MASS-"; // put command line that gives all files as in a "ls" command
bool mcOnly = false;
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=2160; //pb-1 19470
float energy=13; //TeV
bool useXS=true;
md.anConf.loadXSDB("XSectionsSpring15.db");
map<string,float> LumisXS;
//via XSect
map<string,float> KFactors;
KFactors[ "_standard_prompt_ttW" ] = 1.0213;
KFactors[ "_standard_prompt_ttZH" ] = 1.0213;
KFactors[ "_standard_prompt_WWss" ] = 1.0213;
KFactors[ "_standard_prompt_XG" ] = 1.0213;
KFactors[ "_standard_prompt_Rares" ] = 1.0213;
KFactors[ "T1tttt-MASS-" ] = 1.0213;
// marco put this line here:
// _standard_prompt_WZ: WZTo3LNu: 1.22*xsec ; FillColor=ROOT.kOrange, FakeRate="susy-multilepton/standard_sel.txt\,susy-multilepton/load_is_2_prompt_loop.txt", Label="WZ (prompt)", NormSystematic=0.3
KFactors[ "_standard_prompt_WZ" ] = 1.22;
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
md.addDataCardSigSample("T1tttt-MASS-","T1tttt_BENCH");
md.addDataCardSample("WZTo3LNu" , "WZ" );
md.addDataCardSample("TTWToLNu" , "ttW" );
md.addDataCardSample("TTZToLLNuNu" , "ttHZ" );
md.addDataCardSample("TTLLJets_m1to10" , "ttHZ" );
md.addDataCardSample("TTHnobb" , "ttHZ" );
md.addDataCardSample("WpWpJJ" , "WW" );
md.addDataCardSample("TTGJets" , "XG" );
md.addDataCardSample("TGJets" , "XG" );
md.addDataCardSample("WGToLNuG" , "XG" );
md.addDataCardSample("ZGTo2LG" , "XG" );
md.addDataCardSample("WWDouble" , "rares" );
md.addDataCardSample("ZZTo4L" , "rares" );
md.addDataCardSample("tZq_ll" , "rares" );
md.addDataCardSample("GGHZZ4L" , "rares" );
md.addDataCardSample("VHToNonbb" , "rares" );
md.addDataCardSample("WWZ" , "rares" );
md.addDataCardSample("ZZZ" , "rares" );
md.addDataCardSample("WZZ" , "rares" );
md.addDataCardSample("TTTT" , "rares" );
md.addDataCardSample("DoubleEG_Run2015C_Oct05_runs_254231_254914" , "data" );
md.addDataCardSample("DoubleEG_Run2015D_Oct05_runs_256630_258158" , "data" );
md.addDataCardSample("DoubleEG_Run2015D_PromptV4_runs_258159_260627" , "data" );
md.addDataCardSample("DoubleMuon_Run2015C_Oct05_runs_254231_254914" , "data" );
md.addDataCardSample("DoubleMuon_Run2015D_Oct05_runs_256630_258158" , "data" );
md.addDataCardSample("DoubleMuon_Run2015D_PromptV4_runs_258159_260627" , "data" );
md.addDataCardSample("MuonEG_Run2015C_Oct05_runs_254231_254914" , "data" );
md.addDataCardSample("MuonEG_Run2015D_Oct05_runs_256630_258158" , "data" );
md.addDataCardSample("MuonEG_Run2015D_PromptV4_runs_258159_260627" , "data" );
md.addDataCardSample("mId:DYJetsToLL_M10to50" , "flip" );
md.addDataCardSample("mId:DYJetsToLL_M50" , "flip" );
//md.addDataCardSample("mId:TTWToLNu" , "flip", -1);
//md.addDataCardSample("mId:TTZToLLNuNu" , "flip", -1);
//md.addDataCardSample("mId:TTLLJets_m1to10" , "flip", -1);
//md.addDataCardSample("mId:TTHnobb" , "flip", -1);
//md.addDataCardSample("mId:WZTo3LNu" , "flip", -1);
//md.addDataCardSample("mId:WpWpJJ" , "flip", -1);
//md.addDataCardSample("mId:TTGJets" , "flip", -1);
//md.addDataCardSample("mId:TGJets" , "flip", -1);
//md.addDataCardSample("mId:WGToLNuG" , "flip", -1);
//md.addDataCardSample("mId:ZGTo2LG" , "flip", -1);
//md.addDataCardSample("mId:WWDouble" , "flip", -1);
//md.addDataCardSample("mId:ZZTo4L" , "flip", -1);
//md.addDataCardSample("mId:tZq_ll" , "flip", -1);
//md.addDataCardSample("mId:GGHZZ4L" , "flip", -1);
//md.addDataCardSample("mId:VHToNonbb" , "flip", -1);
//md.addDataCardSample("mId:WWZ" , "flip", -1);
//md.addDataCardSample("mId:ZZZ" , "flip", -1);
//md.addDataCardSample("mId:WZZ" , "flip", -1);
//md.addDataCardSample("mId:TTTT" , "flip", -1);
md.addDataCardSample("data:Fake:DoubleEG_Run2015C_Oct05_runs_254231_254914" , "fake" );
md.addDataCardSample("data:Fake:DoubleEG_Run2015D_Oct05_runs_256630_258158" , "fake" );
md.addDataCardSample("data:Fake:DoubleEG_Run2015D_PromptV4_runs_258159_260627" , "fake" );
md.addDataCardSample("data:Fake:DoubleMuon_Run2015C_Oct05_runs_254231_254914" , "fake" );
md.addDataCardSample("data:Fake:DoubleMuon_Run2015D_Oct05_runs_256630_258158" , "fake" );
md.addDataCardSample("data:Fake:DoubleMuon_Run2015D_PromptV4_runs_258159_260627", "fake" );
md.addDataCardSample("data:Fake:MuonEG_Run2015C_Oct05_runs_254231_254914" , "fake" );
md.addDataCardSample("data:Fake:MuonEG_Run2015D_Oct05_runs_256630_258158" , "fake" );
md.addDataCardSample("data:Fake:MuonEG_Run2015D_PromptV4_runs_258159_260627" , "fake" );
//md.addDataCardSample("Fake:DYJetsToLL_M10to50" , "fake", -1);
//md.addDataCardSample("Fake:DYJetsToLL_M50" , "fake", -1);
md.addDataCardSample("Fake:TTWToLNu" , "fake", -1);
md.addDataCardSample("Fake:TTZToLLNuNu" , "fake", -1);
md.addDataCardSample("Fake:TTLLJets_m1to10" , "fake", -1);
md.addDataCardSample("Fake:TTHnobb" , "fake", -1);
md.addDataCardSample("Fake:WZTo3LNu" , "fake", -1);
md.addDataCardSample("Fake:WpWpJJ" , "fake", -1);
md.addDataCardSample("Fake:TTGJets" , "fake", -1);
md.addDataCardSample("Fake:TGJets" , "fake", -1);
md.addDataCardSample("Fake:WGToLNuG" , "fake", -1);
md.addDataCardSample("Fake:ZGTo2LG" , "fake", -1);
md.addDataCardSample("Fake:WWDouble" , "fake", -1);
md.addDataCardSample("Fake:ZZTo4L" , "fake", -1);
md.addDataCardSample("Fake:tZq_ll" , "fake", -1);
md.addDataCardSample("Fake:GGHZZ4L" , "fake", -1);
md.addDataCardSample("Fake:VHToNonbb" , "fake", -1);
md.addDataCardSample("Fake:WWZ" , "fake", -1);
md.addDataCardSample("Fake:ZZZ" , "fake", -1);
md.addDataCardSample("Fake:WZZ" , "fake", -1);
md.addDataCardSample("Fake:TTTT" , "fake", -1);
//shape uncertainties
md.addNuisanceParameter("JES","ttW:ttZH:WZ:WW:XG:rares:T1tttt_BENCH","shape","");
md.addNuisanceParameter("BTAG","ttW:ttZH:WZ:WW:XG:rares:T1tttt_BENCH","shape","");
md.addNuisanceParameter("tHTE","ttW:ttZH:WZ:WW:XG:rares:T1tttt_BENCH","shape","");
md.addNuisanceParameter("EWKFR","fake","shape","");
md.addNuisanceParameter("ttWAcc","ttW","shape","");
md.addNuisanceParameter("ttHZAcc","ttHZ","shape","");
md.addNuisanceParameter("BTAGFS","T1tttt_BENCH","shape","");
md.addNuisanceParameter("LepEffFS","T1tttt_BENCH","shape","");
md.addNuisanceParameter("ISR","T1tttt_BENCH","shape","");
md.addNuisanceParameter("QCDScale","T1tttt_BENCH","shape","");
//vector<string> cats(
string cats[66]={
"HHSR1","HHSR2","HHSR3","HHSR4","HHSR5","HHSR6","HHSR7","HHSR8",
"HHSR9","HHSR10","HHSR11","HHSR12","HHSR13","HHSR14","HHSR15","HHSR16",
"HHSR17","HHSR18","HHSR19","HHSR20","HHSR21","HHSR22","HHSR23","HHSR24",
"HHSR25","HHSR26","HHSR27","HHSR28","HHSR29","HHSR30","HHSR31","HHSR32",
"HLSR1","HLSR2","HLSR3","HLSR4","HLSR5","HLSR6","HLSR7","HLSR8",
"HLSR9","HLSR10","HLSR11","HLSR12","HLSR13","HLSR14","HLSR15","HLSR16",
"HLSR17","HLSR18","HLSR19","HLSR20","HLSR21","HLSR22","HLSR23","HLSR24",
"HLSR25","HLSR26",
"LLSR1","LLSR2","LLSR3","LLSR4","LLSR5","LLSR6","LLSR7","LLSR8"
};
//vector<string> dss;
string dss[7]={"ttW","ttHZ","WZ","WW","XG","rares","T1tttt_BENCH"};
for(int isr=0;isr<66/*cats.size()*/;isr++) {
md.addNuisanceParameter("pdfS"+cats[isr],"T1tttt_BENCH","shape","");
md.addNuisanceParameter("flip"+cats[isr]+"stat","flip","shape","");
md.addNuisanceParameter("fake"+cats[isr]+"stat","fake","shape","");
for(size_t id=0;id<7/*dss.size()*/;id++) {
md.addNuisanceParameter(dss[id]+cats[isr]+"stat",dss[id],"shape","");
}
}
//Flat uncertanties =================================
//lumi
md.addNuisanceParameter("lumi","ttW:ttHZ:WW:XG:rares:T1tttt_BENCH","lnN","1.046:1.046:1.046:1.046:1.046:1.046:1.046");
//md.addNuisanceParameter("lumi","ttW:ttHZ:WW:XG:rares:T1tttt_BENCH","lnN","1.12:1.12:1.12:1.12:1.12:1.12:1.12");
//experimental uncertainties
md.addNuisanceParameter("lEff","ttW:ttHZ:WW:XG:rares:T1tttt_BENCH","lnN","1.04:1.04:1.04:1.04:1.04:1.04");
md.addNuisanceParameter("tEff","ttW:ttHZ:WW:XG:rares:T1tttt_BENCH","lnN","1.02:1.02:1.02:1.02:1.02:1.02");
//Data-driven methods
md.addNuisanceParameter("chMID","flip","lnN","1.30");
md.addNuisanceParameter("fratio","fake","lnN","1.30");
//theoretical uncertainties
md.addNuisanceParameter("wzTh","WZ","lnN","1.30");
md.addNuisanceParameter("WWTh","ttW","lnN","1.50");
md.addNuisanceParameter("TGTh","XG","lnN","1.50");
md.addNuisanceParameter("rareTh","rares","lnN","1.50");
md.addNuisanceParameter("ttWPdf","ttW","lnN","1.04");
md.addNuisanceParameter("ttHZPdf","ttHZ","lnN","1.04");
md.addNuisanceParameter("ttWXs","ttW","lnN","1.13");
md.addNuisanceParameter("ttHZXs","ttHZ","lnN","1.11");
md.addNuisanceParameter("fsHLT","T1tttt_BENCH","lnN","1.05");
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.prepareDisplay();
int ncategs=66;
// vector<string> categs(
string categs[66]={"global_HHSR1","global_HHSR2","global_HHSR3","global_HHSR4",
"global_HHSR5","global_HHSR6","global_HHSR7","global_HHSR8",
"global_HHSR9","global_HHSR10","global_HHSR11","global_HHSR12",
"global_HHSR13","global_HHSR14","global_HHSR15","global_HHSR16",
"global_HHSR17","global_HHSR18","global_HHSR19","global_HHSR20",
"global_HHSR21","global_HHSR22","global_HHSR23","global_HHSR24",
"global_HHSR25","global_HHSR26","global_HHSR27","global_HHSR28",
"global_HHSR29","global_HHSR30","global_HHSR31","global_HHSR32",
"global_HLSR1","global_HLSR2","global_HLSR3","global_HLSR4",
"global_HLSR5","global_HLSR6","global_HLSR7","global_HLSR8",
"global_HLSR9","global_HLSR10","global_HLSR11","global_HLSR12",
"global_HLSR13","global_HLSR14","global_HLSR15","global_HLSR16",
"global_HLSR17","global_HLSR18","global_HLSR19","global_HLSR20",
"global_HLSR21","global_HLSR22","global_HLSR23","global_HLSR24",
"global_HLSR25","global_HLSR26",
"global_LLSR1","global_LLSR2","global_LLSR3","global_LLSR4",
"global_LLSR5","global_LLSR6","global_LLSR7","global_LLSR8",
};
vector<string> vcategs;
for(int i=0;i<66;i++) {
vcategs.push_back( categs[i] );
}
//external uncertainties ===================================
//vector<float> AccTTW
float AccTTW[66]={
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.03,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.03,0.08,
0.03,0.08,0.08,0.08,0.03,0.08,0.03,0.08,
0.08,0.08,0.03,0.08,0.03,0.08,0.03,0.08,
0.08,0.08,
0.08,0.08,0.08,0.08,0.08,0.08,0.08,0.08,
};
//vector<float> AccTTHZ
float AccTTHZ[66]={
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.03,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.03,0.08,
0.03,0.08,0.08,0.08,0.03,0.08,0.03,0.08,
0.08,0.08,0.03,0.08,0.03,0.08,0.03,0.08,
0.08,0.08,
0.08,0.08,0.08,0.08,0.08,0.08,0.08,0.08,
};
// vector<float> EWKFake({
// 0.10,0.06,0.10,0.03,0.09,0.10,0.05,0.10,
// 0.09,0.11,0.11,0.09,0.09,0.02,0.10,0.10,
// 0.20,0.03,0.10,0.05,0.05,0.10,0.10,0.10,
// 0.10,0.10,0.10,0.10,0.10,0.10,0.10,0.10,
// 0.03,0.01,0.10,0.02,0.01,0.10,0.02,0.01,
// 0.01,0.01,0.01,0.01,0.02,0.01,0.10,0.10,
// 0.01,0.10,0.10,0.10,0.10,0.10,0.10,0.10,
// 0.10,0.10,
// 0.10,0.01,0.10,0.10,0.10,0.10,0.10,0.10,
// });
//vector<float> HLTEff
float HLTEff[66]={
0,0.02,0,0.02,0.02,0.02,0.02,0.02,
0,0.02,0,0.02,0.02,0.02,0.02,0.02,
0,0.02,0,0.02,0.02,0.02,0.02,0.02,
0,0.02,0,0.02,0,0.02,0.02,0.02,
0,0.02,0,0.02,0.02,0.02,0,0.02,
0,0.02,0.02,0.02,0,0.02,0,0.02,
0.02,0.02,0,0.02,0,0.02,0,0.02,
0.02,0.02,
0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02
};
// int nCateg=66; //47
// vector<string> _categs(nCateg,"");
//qcd scale for signal
TFile* iQCDFile=new TFile("/shome/cheidegg/t/runScanStuff/step5/QCDScales/scaleUnc-MASS-.root","read");
TH1F* hQCDUp=(TH1F*)iQCDFile->Get("-MASS-ScaleUp");
TH1F* hQCDDown=(TH1F*)iQCDFile->Get("-MASS-ScaleDown");
for(size_t ic=0;ic<66/*categs.size()*/;ic++) {
for(int isr=0;isr<66/*cats.size()*/;isr++) {
if(categs[ic].substr(7, categs[ic].size()-7)==cats[isr])
md.addExternalSystUnc("T1tttt_BENCH","pdfS"+cats[isr],0.1, -0.1, categs[ic], "selected");
else
md.addExternalSystUnc("T1tttt_BENCH","pdfS"+cats[isr],0., 0., categs[ic], "selected");
}
md.addExternalSystUnc("T1tttt_BENCH","QCDScale",hQCDUp->GetBinContent(ic+1), hQCDDown->GetBinContent(ic+1), categs[ic], "selected");
//md.addExternalSystUnc("fake","frEwk",EWKFake[ic], -1*EWKFake[ic], categs[ic], "selected");
md.addExternalSystUnc("ttW","ttWAcc",AccTTW[ic], -1*AccTTW[ic], categs[ic], "selected");
md.addExternalSystUnc("ttHZ","ttHZAcc",AccTTHZ[ic], -1*AccTTHZ[ic], categs[ic], "selected");
for(size_t id=0;id<7/*dss.size()*/;id++) {
md.addExternalSystUnc(dss[id],"tHTE",HLTEff[ic], -1*HLTEff[ic], categs[ic], "selected");
}
}
md.makeMultiDataCard("T1tttt_BENCH", vcategs, "selected", "ssdlScan_2fb_T1tttt_BENCH");
gROOT->ProcessLine(".q");
}
// template plot producer for WZ validation plots, called by Sub_SynchroPlots850_WZ25.sh
//string today = "150910";
void template_plotsWZv2_25ns(std::string var,std::string fileName){
gStyle->SetOptStat(0);
md.refresh();
//general parameters ********************* general parameters
string dir="WZsynchro";
//string fileName="template_WZ25";
//string fileList="template_WZ25";
string fileList=fileName;
bool mcOnly = false;
//observables **********************
md.dp.setObservables(var);
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//Binning & title ************************* Binning & title
string yTitle="number of events";
int binning=40;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0 , 0};
double rangeX[2]={0., 500.};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=false;
if (var.find("miniRelIso") != std::string::npos &&
(var.find("ttbar") != std::string::npos ||
var.find("ZMuMu") != std::string::npos ||
var.find("ZEE") != std::string::npos)
) {
logYScale = true;
}
/*if (var.find("M3l") != std::string::npos){
logYScale = true;
rangeY[0]={0.1};
rangeY[1]={100000.};
}*/
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=false;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
string autoBinFile="WZ50binning";
md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=false;
bool mcStatSyst=false;
string systSources="";
bool uncDet=false;
//Lumis( or XSections ) pb-1 & KFactors ************************************
string Norm="";
float lumi=832.31; //pb-1 19470 // runs
float energy=13; //TeV
bool useXS=true;
map<string,float> LumisXS;
map<string,float> KFactors;
md.anConf.loadXSDB("XSectionsSpring15.db");
//md.anConf.loadKFDB("kFactorsSpring15.db");
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
//md.anConf.addSample( "WZTo3LNu" , "WZp8" , kGreen+3);
/*
md.anConf.addSample( "WZTo3LNu" , "WZ" , kGreen+3);
md.anConf.addSample( "DYJetsToLL_M10to50" , "DY" , kCyan );
md.anConf.addSample( "DYJetsToLL_M50" , "DY" , kCyan );
md.anConf.addSample( "TBar_tWch" , "Single top" , kGray+2);
md.anConf.addSample( "T_tWch" , "Single top" , kGray+2);
md.anConf.addSample( "TToLeptons_tch" , "Single top" , kGray+2);
md.anConf.addSample( "TbarToLeptons_tch" , "Single top" , kGray+2);
md.anConf.addSample( "TToLeptons_sch_amcatnlo" , "Single top" , kGray+2);
md.anConf.addSample( "WJetsToLNu" , "W+jets" , kCyan+2);
md.anConf.addSample( "WWTo2L2Nu" , "WW" , kSpring+10);
md.anConf.addSample( "ZZTo4L" , "ZZ" , kViolet-5);
md.anConf.addSample( "GGHZZ4L" , "ZZ" , kViolet-5);
md.anConf.addSample( "TTJets" , "t#bar{t}" , kRed );
md.anConf.addSample( "TTLLJets_m1to10" , "t#bar{t}" , kRed );
md.anConf.addSample( "TTWToLNu" , "t#bar{t}W" , kMagenta-10);
md.anConf.addSample( "TTZToLLNuNu" , "t#bar{t}Z" , kBlue );
md.anConf.addSample( "TTHnobb" , "t#bar{t}H" , kOrange+3 );
md.anConf.addSample( "TTGJets" , "t#bar{t}#gamma" , kOrange-1 );
*/
md.anConf.addSample( "Tree_WZ_0" , "WZ" , kGreen+3);
md.anConf.addSample("Tree_DYJetsToLL_M10to50_0", "DY" , kCyan );
md.anConf.addSample( "Tree_DYJetsToLL_M50_0" , "DY" , kCyan );
md.anConf.addSample( "Tree_DYJetsToLL_M50_1" , "DY" , kCyan );
md.anConf.addSample( "Tree_DYJetsToLL_M50_2" , "DY" , kCyan );
md.anConf.addSample( "Tree_TbarW_0" , "Single top" , kGray+2);
md.anConf.addSample( "Tree_TW_0" , "Single top" , kGray+2);
md.anConf.addSample( "Tree_WJetsToLNu_0" , "W+jets" , kCyan+2);
//md.anConf.addSample( "Tree_WWTo2L2Nu_0" , "WW" , kSpring+10);
md.anConf.addSample( "Tree_WW_0" , "WW" , kSpring+10);
md.anConf.addSample( "Tree_ZZ_0" , "ZZ" , kViolet-5);
md.anConf.addSample( "Tree_TTJets_0" , "t#bar{t}" , kRed );
md.anConf.addSample( "Tree_TTJets_1" , "t#bar{t}" , kRed );
md.anConf.addSample( "Tree_TTJets_2" , "t#bar{t}" , kRed );
md.anConf.addSample( "Tree_TTJets_3" , "t#bar{t}" , kRed );
md.anConf.addSample( "Tree_TTJets_4" , "t#bar{t}" , kRed );
md.anConf.addSample( "Tree_TTJets_5" , "t#bar{t}" , kRed );
md.anConf.addSample( "Tree_TTJets_6" , "t#bar{t}" , kRed );
//md.anConf.addSample( "Tree_TTLep_pow_0" , "t#bar{t}" , kRed );
//md.anConf.addSample( "Tree_TTLep_pow_1" , "t#bar{t}" , kRed );
md.anConf.addSample( "Tree_TTWToLNu_0" , "t#bar{t}W" , kMagenta-10);
md.anConf.addSample( "Tree_TTWToQQ_0" , "t#bar{t}W" , kMagenta-10);
md.anConf.addSample( "Tree_TTZToQQ_0" , "t#bar{t}Z" , kBlue );
// the order MATTERS!!!
md.anConf.addSample( "Tree_DoubleEG_Run2015D_05Oct_0" , "data", kBlack);
md.anConf.addSample( "Tree_DoubleEG_Run2015D_v4_0" , "data", kBlack);
md.anConf.addSample( "Tree_DoubleMuon_Run2015D_05Oct_0" , "data", kBlack);
md.anConf.addSample( "Tree_DoubleMuon_Run2015D_v4_0" , "data", kBlack);
md.anConf.addSample( "Tree_MuonEG_Run2015D_05Oct_0" , "data", kBlack);
md.anConf.addSample( "Tree_MuonEG_Run2015D_v4_0" , "data", kBlack);
// //===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//Configuration ================
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
md.doPlot();
//md.getStatistics("global");
md.savePlot(dir);
//gROOT->ProcessLine(".q");
}
void susy3l_datacard() {
md.refresh();
//general parameters ********************* general parameters
string dir="SUSY3L";
string fileName="limits_160126_OnAndOffZ"; // not needed for statistics but provides the normalization
string fileList="limits_160126_OnAndOffZ"; // put command line that gives all files as in a "ls" command
bool mcOnly = false;
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=2260; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
md.anConf.loadXSDB("XSectionsSpring15.db");
map<string,float> LumisXS;
md.anConf.loadKFDB("kFactorsSpring15.db");
//via XSect
map<string,float> KFactors;
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
string signal = "T1t4_1200"; md.addDataCardSigSample("T1tttt_mGo1200_mChi800", signal);
//string signal = "T1t4_1500"; md.addDataCardSigSample("T1tttt_mGo1500_mChi100", signal);
//string signal = "T54q_deg"; md.addDataCardSigSample("T5ttttDeg_mGo1000_mStop300_mCh285_mChi280", signal);
//string signal = "T6t2W2_600"; md.addDataCardSigSample("T6ttWW_mSbot600_mCh425_mChi50", signal);
//string signal = "T6t2W2_650"; md.addDataCardSigSample("T6ttWW_mSbot650_mCh150_mChi50", signal);
//string signal = "T54qWZ_315"; md.addDataCardSigSample("T5qqqqWZDeg_mGo1000_mCh315_mChi300_dilep", signal);
//string signal = "T54qWZ_325"; md.addDataCardSigSample("T5qqqqWZDeg_mGo1000_mCh325_mChi300_dilep", signal);
//string signal = "T54qWZ_800"; md.addDataCardSigSample("T5qqqqWZ_mGo1500_mCh800_mChi100_lep", signal);
//string signal = "T54qWZ_1000"; md.addDataCardSigSample("T5qqqqWZ_mGo1200_mCh1000_mChi800_lep", signal);
md.addDataCardSample("GGHZZ4L", "rare");
md.addDataCardSample("VHToNonbb", "rare");
md.addDataCardSample("ZZTo4L", "rare");
md.addDataCardSample("WWZ", "rare");
md.addDataCardSample("WZZ","rare");
md.addDataCardSample("ZZZ", "rare");
md.addDataCardSample("TTTT", "rare");
md.addDataCardSample("tZq_ll", "rare");
md.addDataCardSample("WZTo3LNu","WZ");
md.addDataCardSample("TGJets", "XG");
md.addDataCardSample("TTGJets", "XG");
md.addDataCardSample("WGToLNuG", "XG");
md.addDataCardSample("ZGTo2LG", "XG");
md.addDataCardSample("TTZToLLNuNu","ttZH");
md.addDataCardSample("TTHnobb", "ttZH");
md.addDataCardSample("TTLLJets_m1to10", "ttZH");
md.addDataCardSample("TTWToLNu", "ttW");
md.addDataCardSample("TT_pow", "fake");
md.addDataCardSample("DYJetsToLL_M50", "fake");
md.addDataCardSample("DYJetsToLL_M10to50", "fake");
md.addDataCardSample("TbarToLeptons_tch", "fake");
md.addDataCardSample("TBar_tWch", "fake");
md.addDataCardSample("TToLeptons_sch_amcatnlo", "fake");
md.addDataCardSample("TToLeptons_tch", "fake");
md.addDataCardSample("T_tWch", "fake");
md.addDataCardSample("WJetsToLNu", "fake");
//md.addDataCardSample("data","data");
//shape uncertainties
string nuis = "rare:WZ:XG:ttZH:ttW:fake:";
nuis += signal;
md.addNuisanceParameter("JES",nuis,"shape","");
/*md.addNuisanceParameter("BTAG","ttW:ttZH:WZ:WW:XG:rares:T1ttttBENCH","shape","");
md.addNuisanceParameter("tHTE","ttW:ttZH:WZ:WW:XG:rares:T1ttttBENCH","shape","");
md.addNuisanceParameter("Ewk","fake","shape","");
md.addNuisanceParameter("ttWAcc","ttW","shape","");
md.addNuisanceParameter("ttHZAcc","ttHZ","shape","");
md.addNuisanceParameter("BTAGFS","T1ttttBENCH","shape","");
md.addNuisanceParameter("LepEffFS","T1ttttBENCH","shape","");
md.addNuisanceParameter("ISR","T1ttttBENCH","shape","");
md.addNuisanceParameter("QCDScale","T1ttttBENCH","shape","");
*/
//vector<string> cats(
string cats[30]={
"OnZSR001","OnZSR002", "OnZSR003", "OnZSR004", "OnZSR005", "OnZSR006", "OnZSR007", "OnZSR008", "OnZSR009", "OnZSR010", "OnZSR011", "OnZSR012", "OnZSR013", "OnZSR014", "OnZSR015",
"OffZSR001","OffZSR002", "OffZSR003", "OffZSR004", "OffZSR005", "OffZSR006", "OffZSR007", "OffZSR008", "OffZSR009", "OffZSR010", "OffZSR011", "OffZSR012", "OffZSR013", "OffZSR014", "OffZSR015" };
//vector<string> dss;
string dss[7]={"rare","WZ","XG","ttZH","ttW","fake",signal};
//for(int isr=0;isr<66/*cats.size()*/;isr++) {
// md.addNuisanceParameter("pdfS"+cats[isr],"T1ttttBENCH","shape","");
//md.addNuisanceParameter("flip"+cats[isr]+"stat","flip","shape","");
//md.addNuisanceParameter("fake"+cats[isr]+"stat","fake","shape","");
//for(size_t id=0;id<7/*dss.size()*/;id++) {
// md.addNuisanceParameter(dss[id]+cats[isr]+"stat",dss[id],"shape","");
//}
//}
/*
//Flat uncertanties =================================
//lumi
md.addNuisanceParameter("lumi","ttW:ttHZ:WW:XG:rares:T1ttttBENCH","lnN","1.046:1.046:1.046:1.046:1.046:1.046:1.046");
//md.addNuisanceParameter("lumi","ttW:ttHZ:WW:XG:rares:T1ttttBENCH","lnN","1.12:1.12:1.12:1.12:1.12:1.12:1.12");
//experimental uncertainties
md.addNuisanceParameter("lEff","ttW:ttHZ:WW:XG:rares:T1ttttBENCH","lnN","1.04:1.04:1.04:1.04:1.04:1.04");
md.addNuisanceParameter("tEff","ttW:ttHZ:WW:XG:rares:T1ttttBENCH","lnN","1.02:1.02:1.02:1.02:1.02:1.02");
//Data-driven methods
md.addNuisanceParameter("chMID","flip","lnN","1.30");
md.addNuisanceParameter("fratio","fake","lnN","1.30");
//theoretical uncertainties
md.addNuisanceParameter("wzTh","WZ","lnN","1.30");
md.addNuisanceParameter("WWTh","ttW","lnN","1.50");
md.addNuisanceParameter("TGTh","XG","lnN","1.50");
md.addNuisanceParameter("rareTh","rares","lnN","1.50");
md.addNuisanceParameter("ttWPdf","ttW","lnN","1.04");
md.addNuisanceParameter("ttHZPdf","ttHZ","lnN","1.04");
md.addNuisanceParameter("ttWXs","ttW","lnN","1.13");
md.addNuisanceParameter("ttHZXs","ttHZ","lnN","1.11");
md.addNuisanceParameter("fsHLT","T1ttttBENCH","lnN","1.05");
*/
md.addNuisanceParameter("fakeUnc","fake","lnN","1.30");
md.addNuisanceParameter("sigUnc",signal,"lnN","1.10");
md.addNuisanceParameter("promptUnc","rare:WZ:XG:ttZH:ttW","lnN","1.20:1.20:1.20:1.20:1.20");
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.prepareDisplay();
int ncategs=30;
// vector<string> categs(
string categs[30]={"global_OnZSR001","global_OnZSR002","global_OnZSR003","global_OnZSR004",
"global_OnZSR005","global_OnZSR006","global_OnZSR007","global_OnZSR008","global_OnZSR009",
"global_OnZSR010","global_OnZSR011","global_OnZSR012","global_OnZSR013","global_OnZSR014","global_OnZSR015",
"global_OffZSR001","global_OffZSR002","global_OffZSR003","global_OffZSR004",
"global_OffZSR005","global_OffZSR006","global_OffZSR007","global_OffZSR008","global_OffZSR009",
"global_OffZSR010","global_OffZSR011","global_OffZSR012","global_OffZSR013","global_OffZSR014","global_OffZSR015"
};
vector<string> vcategs;
for(int i=0;i<30;i++) {
vcategs.push_back( categs[i] );
}
/*
//external uncertainties ===================================
//vector<float> AccTTW
float AccTTW[66]={
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.03,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.03,0.08,
0.03,0.08,0.08,0.08,0.03,0.08,0.03,0.08,
0.08,0.08,0.03,0.08,0.03,0.08,0.03,0.08,
0.08,0.08,
0.08,0.08,0.08,0.08,0.08,0.08,0.08,0.08,
};
//vector<float> AccTTHZ
float AccTTHZ[66]={
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.03,0.08,0.08,0.08,
0.03,0.08,0.03,0.08,0.08,0.08,0.03,0.08,
0.03,0.08,0.08,0.08,0.03,0.08,0.03,0.08,
0.08,0.08,0.03,0.08,0.03,0.08,0.03,0.08,
0.08,0.08,
0.08,0.08,0.08,0.08,0.08,0.08,0.08,0.08,
};
// vector<float> EWKFake({
// 0.10,0.06,0.10,0.03,0.09,0.10,0.05,0.10,
// 0.09,0.11,0.11,0.09,0.09,0.02,0.10,0.10,
// 0.20,0.03,0.10,0.05,0.05,0.10,0.10,0.10,
// 0.10,0.10,0.10,0.10,0.10,0.10,0.10,0.10,
// 0.03,0.01,0.10,0.02,0.01,0.10,0.02,0.01,
// 0.01,0.01,0.01,0.01,0.02,0.01,0.10,0.10,
// 0.01,0.10,0.10,0.10,0.10,0.10,0.10,0.10,
// 0.10,0.10,
// 0.10,0.01,0.10,0.10,0.10,0.10,0.10,0.10,
// });
//vector<float> HLTEff
float HLTEff[66]={
0,0.02,0,0.02,0.02,0.02,0.02,0.02,
0,0.02,0,0.02,0.02,0.02,0.02,0.02,
0,0.02,0,0.02,0.02,0.02,0.02,0.02,
0,0.02,0,0.02,0,0.02,0.02,0.02,
0,0.02,0,0.02,0.02,0.02,0,0.02,
0,0.02,0.02,0.02,0,0.02,0,0.02,
0.02,0.02,0,0.02,0,0.02,0,0.02,
0.02,0.02,
0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02
};
// int nCateg=66; //47
// vector<string> _categs(nCateg,"");
//qcd scale for signal
TFile* iQCDFile=new TFile("/shome/mmarionn/MPAF/workdir/QCDScales/scaleUncMASS-.root","read");
TH1F* hQCDUp=(TH1F*)iQCDFile->Get("MASS-ScaleUp");
TH1F* hQCDDown=(TH1F*)iQCDFile->Get("MASS-ScaleDown");
*/
//for(size_t ic=0;ic<66/*categs.size()*/;ic++) {
// for(int isr=0;isr<66/*cats.size()*/;isr++) {
// if(categs[ic].substr(7, categs[ic].size()-7)==cats[isr])
// md.addExternalSystUnc("T1ttttBENCH","pdfS"+cats[isr],0.1, -0.1, categs[ic], "selected");
// else
//md.addExternalSystUnc("T1ttttBENCH","pdfS"+cats[isr],0., 0., categs[ic], "selected");
//}
//md.addExternalSystUnc("T1ttttBENCH","QCDScale",hQCDUp->GetBinContent(ic+1), hQCDDown->GetBinContent(ic+1), categs[ic], "selected");
//md.addExternalSystUnc("fake","frEwk",EWKFake[ic], -1*EWKFake[ic], categs[ic], "selected");
//md.addExternalSystUnc("ttW","ttWAcc",AccTTW[ic], -1*AccTTW[ic], categs[ic], "selected");
//md.addExternalSystUnc("ttHZ","ttHZAcc",AccTTHZ[ic], -1*AccTTHZ[ic], categs[ic], "selected");
//for(size_t id=0;id<7/*dss.size()*/;id++) {
// md.addExternalSystUnc(dss[id],"tHTE",HLTEff[ic], -1*HLTEff[ic], categs[ic], "selected");
//}
//}
for(size_t ic=0;ic<30;ic++) {
for(size_t id=0;id<7;id++) {
md.addExternalSystUnc(dss[id],"JES",0.05,-0.05,vcategs[ic],"selected");
}
}
md.makeMultiDataCard(signal, vcategs, "selected", signal);
md.getStatistics("global");
gROOT->ProcessLine(".q");
}
void susy3l_tt_closure() {
md.refresh();
//general parameters ********************* general parameters
string dir="SUSY3L";
string fileName="ttbar_closure_MuEl_qcd_Powheg_newPU"; //was treeName in LUNE susy_cut_lowpt
string fileList="ttbar_closure_MuEl_qcd_Powheg_newPU"; //CH: since AnaConfig needs a fileName to open, we need to put the data files into a different variable
string hName="";
bool mcOnly = false;
//if(md.isInitStatus()) {
md.anConf.configureNames( dir, fileName, fileList );//, hName );
md.anConf.configureData(false, 0, mcOnly);
//}
string sigs = "none";
bool data = false;
bool manual = false;
string region = "OffZBaseline";
if(!manual){string obs = "VARIABLE" ;} //njets, nbjets, met, ht, lep, zpeak, zpt, mt, pt1, pt2, pt3, mll
else{string obs = "njets";}
//Binning & title ************************* Binning & titre
string yTitle="number of events";
//int binning=1;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0,0};
bool logYScale=true;
//double rangeX[2]={0,7};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=false;
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=true;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
if(obs == "njets"){
md.dp.setObservables("NJets" + region);
int binning=1;
double rangeX[2]={2,10};
//bool logYScale=true;
}
if(obs == "nbjets"){
md.dp.setObservables("NBJets" + region);
int binning=1;
double rangeX[2]={0,5};
//bool logYScale=true;
}
if(obs == "met"){
md.dp.setObservables("MET" + region);
int binning=50;
double rangeX[2]={0,500};
//bool logYScale=true;
}
if(obs == "ht"){
md.dp.setObservables("HT" + region);
int binning=60;
double rangeX[2]={0,1000};
//bool logYScale=true;
}
if(obs == "pt1"){
md.dp.setObservables("pt_1st_lepton" + region);
int binning=10;
double rangeX[2]={0,200};
//bool logYScale=true;
}
if(obs == "pt2"){
md.dp.setObservables("pt_2nd_lepton" + region);
int binning=10;
double rangeX[2]={0,150};
//bool logYScale=true;
}
if(obs == "pt3"){
md.dp.setObservables("pt_3rd_lepton" + region);
int binning=10;
double rangeX[2]={0,100};
//bool logYScale=true;
}
if(obs == "ftype"){
md.dp.setObservables("fake_type" + region);
int binning=1;
double rangeX[2]={0,5};
//bool logYScale=true;
}
if(obs == "flavor"){
md.dp.setObservables("flavor" + region);
int binning=1;
double rangeX[2]={0,4};
//bool logYScale=true;
}
if(obs == "srs"){
md.dp.setObservables("SRS" + region);
int binning=1;
double rangeX[2]={1,16};
//bool logYScale=true;
}
if(obs == "mu_multi"){
md.dp.setObservables("mu_multiplicity" + region);
int binning=1;
double rangeX[2]={0,6};
//bool logYScale=true;
}
if(obs == "el_multi"){
md.dp.setObservables("el_multiplicity" + region);
int binning=1;
double rangeX[2]={0,6};
//bool logYScale=true;
}
if(obs == "lep_multi"){
md.dp.setObservables("lep_multiplicity" + region);
int binning=1;
double rangeX[2]={0,6};
//bool logYScale=true;
}
//string autoBinFile="susybinninghigh";
//md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=true;
bool mcStatSyst=true;
string systSources="";
bool uncDet=false;
string Norm="";
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=3000; //pb-1 19470
float energy=13; //TeV
bool useXS=true;
md.anConf.loadXSDB("XSectionsSpring15.db");
map<string,float> LumisXS;
md.anConf.loadKFDB("kFactorsSpring15.db");
//via XSect
map<string,float> KFactors;
// if( md.isInitStatus() )
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
// SDYJetsM50_HT600toInf_PU_S14_POSTLS170_skimamples ************************** samples
//if( md.isInitStatus() ) {
//TTV
// md.anConf.addSample( "TTWToLNu" , "ttW" , kYellow );
// md.anConf.addSample( "TTZToLLNuNu" , "ttZ" , kBlue );
//di-boson
// md.anConf.addSample( "WZTo3LNu" , "WZ" , kGreen );
// md.anConf.addSample( "ZZTo4L" , "ZZ" , kGreen+3 );
//VVV
// md.anConf.addSample( "WWZ" , "VVV" , kGreen+4 );
// md.anConf.addSample( "WZZ" , "VVV" , kGreen+4 );
// md.anConf.addSample( "ZZZ" , "VVV" , kGreen+4 );
//rare
// md.anConf.addSample( "GGHZZ4L" , "rare SM" , kCyan );
// md.anConf.addSample( "TTHnobb" , "rare SM" , kCyan );
// md.anConf.addSample( "VHToNonbb" , "rare SM" , kCyan );
// md.anConf.addSample( "WGToLNuG" , "rare SM" , kCyan );
// md.anConf.addSample( "WpWpJJ" , "rare SM" , kCyan );
// md.anConf.addSample( "WWDouble" , "rare SM" , kCyan );
// md.anConf.addSample( "WWTo2L2Nu" , "rare SM" , kCyan );
//md.anConf.addSample( "ZGTo2LG" , "rare SM" , kCyan );
//top production
// md.anConf.addSample( "TbarToLeptons_tch" , "single t" , kRed+3 );
// md.anConf.addSample( "TBar_tWch" , "single t" , kRed+3 );
// md.anConf.addSample( "T_tWch" , "single t" , kRed+3 );
// md.anConf.addSample( "TToLeptons_sch_amcatnlo" , "single t" , kRed+3 );
// md.anConf.addSample( "TToLeptons_tch" , "single t" , kRed+3 );
// md.anConf.addSample( "TGJets" , "single t" , kRed+3 );
//md.anConf.addSample( "tZqll" , "single t" , kRed+3 );
// md.anConf.addSample( "TTJets" , "TT" , kRed+2 );
// md.anConf.addSample( "TTGJets" , "TT" , kRed+2 );
// md.anConf.addSample( "TTLLJets_m1to10" , "TT" , kRed+2 );
// md.anConf.addSample( "TTTT" , "TT" , kRed+2 );
md.anConf.addSample( "TT_pow" , "TT" , kRed-6 );
md.anConf.addSample( "_Fake:TT_pow" , "predicted sig" , kBlack );
// md.anConf.addSample( "TTJets_DiLepton" , "TT" , kRed-6 );
// md.anConf.addSample( "Fake:TTJets_DiLepton" , "predicted sig" , kBlack );
//W+Jets
// md.anConf.addSample( "WJetsToLNu" , "WJets" , kRed-6 );
//Drell-Yan
// md.anConf.addSample( "DYJetsToLL_M10to50" , "DY" , kRed );
// md.anConf.addSample( "DYJetsToLL_M50" , "DY" , kRed );
//signal
//if(sigs=="t"){
//md.anConf.addSample( "T1tttt_mGo1200_mChi800" , "T1t412 sig" , kBlue-3 );
//md.anConf.addSample( "T1tttt_mGo1500_mChi100" , "T1t415 sig" , kBlue-7 );
//md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280" , "T5t410 sig" , kOrange+10 );
//}
if(sigs=="q"){
md.anConf.addSample( "T5qqqqWZDeg_mGo1000_mCh315_mChi300_dilep" , "T5q4WZ315 sig" , kGreen+2 );
md.anConf.addSample( "T5qqqqWZDeg_mGo1000_mCh325_mChi300_dilep" , "T5q4WZ325 sig" , kMagenta );
md.anConf.addSample( "T5qqqqWZ_mGo1200_mCh1000_mChi800_dilep" , "T5q4WZ12 sig" , kRed-6 );
md.anConf.addSample( "T5qqqqWZ_mGo1500_mCh800_mChi100_dilep" , "T5q4WZ15 sig" , kRed+3 );
md.anConf.addSample( "T5qqqqZZDeg_mGo1000_mCh315_mChi300_dilep" , "T5q4ZZ315 sig" , kGreen+3 );
md.anConf.addSample( "T5qqqqZZDeg_mGo1000_mCh325_mChi300_dilep" , "T5q4ZZ325 sig" , kMagenta+2 );
md.anConf.addSample( "T5qqqqZZ_mGo1200_mCh1000_mChi800_dilep" , "T5q4ZZ12 sig" , kRed-9 );
md.anConf.addSample( "T5qqqqZZ_mGo1500_mCh800_mChi100_dilep" , "T5q4ZZ15 sig" , kRed+1 );
}
//data
if(data){
md.anConf.addSample( "DoubleEG_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
md.anConf.addSample( "DoubleEG_Run2015D_v3_runs_257600_258158" , "data" , kBlack );
md.anConf.addSample( "DoubleEG_Run2015D_v4_runs_258159_258714_excl" , "data" , kBlack );
md.anConf.addSample( "DoubleEG_Run2015D_v4_runs_258211_258750" , "data" , kBlack );
md.anConf.addSample( "DoubleMuon_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
md.anConf.addSample( "DoubleMuon_Run2015D_v3_runs_257600_258158" , "data" , kBlack );
md.anConf.addSample( "DoubleMuon_Run2015D_v4_runs_258159_258714_excl" , "data" , kBlack );
md.anConf.addSample( "DoubleMuon_Run2015D_v4_runs_258211_258750" , "data" , kBlack );
md.anConf.addSample( "MuonEG_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
md.anConf.addSample( "MuonEG_Run2015D_v3_runs_257600_258158" , "data" , kBlack );
md.anConf.addSample( "MuonEG_Run2015D_v4_runs_258159_258714_excl" , "data" , kBlack );
md.anConf.addSample( "MuonEG_Run2015D_v4_runs_258211_258750" , "data" , kBlack );
md.anConf.addSample( "SingleElectron_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
md.anConf.addSample( "SingleElectron_Run2015D_v3_runs_257600_258158" , "data" , kBlack );
md.anConf.addSample( "SingleElectron_Run2015D_v4_runs_258159_258714_excl" , "data" , kBlack );
md.anConf.addSample( "SingleElectron_Run2015D_v4_runs_258211_258750" , "data" , kBlack );
md.anConf.addSample( "SingleMuon_Run2015D_v3_runs_256630_257599" , "data" , kBlack );
md.anConf.addSample( "SingleMuon_Run2015D_v3_runs_257600_258158" , "data" , kBlack );
md.anConf.addSample( "SingleMuon_Run2015D_v4_runs_258159_258714_excl" , "data" , kBlack );
md.anConf.addSample( "SingleMuon_Run2015D_v4_runs_258211_258750" , "data" , kBlack );
}
// md.anConf.addSample( "T5ttttDeg_mGo1000_mStop300_mCh285_mChi280_skim" , "T5tttt (1000) * 20 sig" , kOrange-3 );
//md.anConf.addSample( "T5ttttDeg_mGo1300_mStop300_mCh285_mChi280_skim" , "T5tttt (1300) #cdot 20 sig" , kOrange+6 );
// }
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//Configuration ================
//if( md.isInitStatus() ) {
//md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
// }
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
md.doPlot();
//md.doStatisticsPlot();
md.savePlot("SUSY3L");
// md.dp.addText(xt,yt,st,addText);
if(!manual) gROOT->ProcessLine(".q");
}
void comissioning() {
md.refresh();
//general parameters ********************* general parameters
string dir="Comissioning";
string fileName="comissioning"; // not needed for statistics but provides the normalization
string fileList="comissioning"; // put command line that gives all files as in a "ls" command
bool mcOnly = false;
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
md.dp.setObservables("CCMassSS");
//Binning & title ************************* Binning & titre
string yTitle="number of events";
int binning=0;
int addBinBkg=1; //BinB = binning*AddBin
double rangeY[2]={0,0};
double rangeX[2]={60,120};
int xDiv[3]={8,6,0};
int yDiv[3]={6,6,0}; //Nlabel / sous-Div /ssdiv
bool logYScale=false;
bool overFlowBin=true;
bool underFlowBin=false;
bool showDMCRatio=true;
bool showGrid=false;
float markerSize=0.8;
float lineWidth=2;
bool summedSignal=false;
bool stacking=true;
bool cmsPrel=true;
float xt=0.68;
float yt=0.48;
float st=0.039;
string addText="";
// string autoBinFile="chargeFlip";
// md.dp.loadAutoBinning(autoBinFile);
//Systematic uncertainties ********************************
bool addSystematics=false;
bool mcStatSyst=true;
string systSources="";
bool uncDet=false;
string Norm="";
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=673; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
md.anConf.loadXSDB("XSectionsSpring15.db");
//md.anConf.loadKFDB("kFactorsPhys14.db");
map<string,float> LumisXS;
//via XSect
map<string,float> KFactors;
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
// md.anConf.addSample( "WWTo2L2Nu_50ns", "VV", kRed+1);
//md.anConf.addSample( "WZp8_50ns", "VV", kRed+1);
// md.anConf.addSample( "ZZp8_50ns", "VV", kRed+1);
// md.anConf.addSample( "TToLeptons_tch_50ns", "single-top", kViolet-3);
// md.anConf.addSample( "T_tWch_50ns", "single-top", kViolet-3);
md.anConf.addSample( "TT_pow", "t#bar{t}", kMagenta+3);
// md.anConf.addSample( "WJetsToLNu_50ns", "W+jets", kOrange+7);
// md.anConf.addSample( "DYJetsToLL_M10to50_50ns", "Z/#gamma*", kOrange-2);
md.anConf.addSample( "DYJetsToLL_M50", "Z/#gamma*", kOrange-2);
// md.anConf.addSample( "DoubleEG_Run2015B_17Jul2015_runs_251244_251562", "data", kBlack);
//md.anConf.addSample( "DoubleEG_Run2015D_v3_runs_256630_257599", "data", kBlack);
//md.anConf.addSample( "DoubleMuon_Run2015B_17Jul2015_runs_251244_251562", "data", kBlack);
// md.anConf.addSample( "DoubleMuon_Run2015B_v1_runs_251643_251883", "data", kBlack);
// md.anConf.addSample( "SingleElectron_Run2015B_17Jul2015_runs_251244_251562", "data", kBlack);
// md.anConf.addSample( "SingleElectron_Run2015B_v1_runs_251643_251883", "data", kBlack);
// md.anConf.addSample( "SingleMuon_Run2015B_17Jul2015_runs_251244_251562", "data", kBlack);
// md.anConf.addSample( "SingleMuon_Run2015B_v1_runs_251643_251883", "data", kBlack);
md.anConf.addSample( "DoubleEG_Run2015D_v3_run_256926", "data", kBlack);
md.anConf.addSample( "DoubleEG_Run2015D_v3_runs_257600_258158", "data", kBlack);
md.anConf.addSample( "DoubleEG_Run2015D_v4_runs_258159_258714", "data", kBlack);
//md.anConf.addSample( "DoubleEG_Run2015D_256926_258714", "data", kBlack);
// }
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.dp.setNormalization( Norm );
md.dp.configureDisplay(yTitle, rangeY, rangeX, logYScale, xDiv,
yDiv, binning, addBinBkg, overFlowBin,
underFlowBin, showDMCRatio, showGrid,
stacking, addSystematics, mcStatSyst,
markerSize, lineWidth,summedSignal,
mcOnly,cmsPrel, uncDet);
md.prepareDisplay();
//md.producePlots("chargeFlipControl800");
md.doPlot();
//md.makeSingleDataCard("sig", "global_SR1A", "weigthing", "test");
//gROOT->ProcessLine(".q");
}
void dataCardProd_CATTAG_SIGTAG_LUMTAG() {
md.refresh();
//general parameters ********************* general parameters
string dir="SSDL2015";
string fileName="fakeEstim_SR"; // not needed for statistics but provides the normalization
string fileList="fakeEstim_SR"; // put command line that gives all files as in a "ls" command
bool mcOnly = false;
md.anConf.configureNames( dir, fileName, fileList );
md.anConf.configureData(false, 0, mcOnly);
//Lumis( or XSections ) pb-1 & KFactors ************************************
float lumi=LUMTAG; //pb-1 19470
float energy=13; //TeV
bool useXS=false;
md.anConf.loadXSDB("XSectionsPhys14.db");
map<string,float> LumisXS;
//via XSect
map<string,float> KFactors;
md.anConf.configureLumi( LumisXS, KFactors, lumi, useXS );
//===============================================================
md.addDataCardSigSample("CATTAG:SIGNAME","SIGTAG");
md.addDataCardSample("CATTAG:WZJetsTo3LNu", "wz");
md.addDataCardSample("CATTAG:TTH", "tth");
md.addDataCardSample("CATTAG:TTZJets", "ttz");
md.addDataCardSample("CATTAG:TTWJets", "ttw");
md.addDataCardSample("CATTAG:TTJetscharge", "chMId");
md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT100to200charge", "chMId");
md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT200to400charge", "chMId");
md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT400to600charge", "chMId");
md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT600toInfcharge", "chMId");
md.addDataCardSample("CATTAG_Fake:TTJets", "fake");
md.addDataCardSample("CATTAG_Fake:WJetsToLNu_HT100to200", "fake");
md.addDataCardSample("CATTAG_Fake:WJetsToLNu_HT200to400", "fake");
md.addDataCardSample("CATTAG_Fake:WJetsToLNu_HT400to600", "fake");
md.addDataCardSample("CATTAG_Fake:WJetsToLNu_HT600toInf", "fake");
md.addDataCardSample("CATTAG_Fake:DYJetsToLL_M50_HT100to200", "fake");
md.addDataCardSample("CATTAG_Fake:DYJetsToLL_M50_HT200to400", "fake");
md.addDataCardSample("CATTAG_Fake:DYJetsToLL_M50_HT400to600", "fake");
md.addDataCardSample("CATTAG_Fake:DYJetsToLL_M50_HT600toInf", "fake");
// md.addDataCardSample("CATTAG:TTJetsfake", "fake");
// md.addDataCardSample("CATTAG:WJetsToLNu_HT100to200fake", "fake");
// md.addDataCardSample("CATTAG:WJetsToLNu_HT200to400fake", "fake");
// md.addDataCardSample("CATTAG:WJetsToLNu_HT400to600fake", "fake");
// md.addDataCardSample("CATTAG:WJetsToLNu_HT600toInffake", "fake");
// md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT100to200fake", "fake");
// md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT200to400fake", "fake");
// md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT400to600fake", "fake");
// md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT600toInffake", "fake");
md.addDataCardSample("CATTAG:WZJetsTo3LNu", "pseudodata");
md.addDataCardSample("CATTAG:TTH", "pseudodata");
md.addDataCardSample("CATTAG:TTZJets", "pseudodata");
md.addDataCardSample("CATTAG:TTWJets", "pseudodata");
md.addDataCardSample("CATTAG:TTJetscharge", "pseudodata");
md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT100to200charge", "pseudodata");
md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT200to400charge", "pseudodata");
md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT400to600charge", "pseudodata");
md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT600toInfcharge", "pseudodata");
md.addDataCardSample("CATTAG_Fake:TTJets", "pseudodata");
md.addDataCardSample("CATTAG_Fake:WJetsToLNu_HT100to200", "pseudodata");
md.addDataCardSample("CATTAG_Fake:WJetsToLNu_HT200to400", "pseudodata");
md.addDataCardSample("CATTAG_Fake:WJetsToLNu_HT400to600", "pseudodata");
md.addDataCardSample("CATTAG_Fake:WJetsToLNu_HT600toInf", "pseudodata");
md.addDataCardSample("CATTAG_Fake:DYJetsToLL_M50_HT100to200", "pseudodata");
md.addDataCardSample("CATTAG_Fake:DYJetsToLL_M50_HT200to400", "pseudodata");
md.addDataCardSample("CATTAG_Fake:DYJetsToLL_M50_HT400to600", "pseudodata");
md.addDataCardSample("CATTAG_Fake:DYJetsToLL_M50_HT600toInf", "pseudodata");
// md.addDataCardSample("CATTAG:TTJetsfake", "pseudodata");
// md.addDataCardSample("CATTAG:WJetsToLNu_HT100to200fake", "pseudodata");
// md.addDataCardSample("CATTAG:WJetsToLNu_HT200to400fake", "pseudodata");
// md.addDataCardSample("CATTAG:WJetsToLNu_HT400to600fake", "pseudodata");
// md.addDataCardSample("CATTAG:WJetsToLNu_HT600toInffake", "pseudodata");
// md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT100to200fake", "pseudodata");
// md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT200to400fake", "pseudodata");
// md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT400to600fake", "pseudodata");
// md.addDataCardSample("CATTAG:DYJetsToLL_M50_HT600toInffake", "pseudodata");
//experimental uncertainties
md.addNuisanceParameter("jes","ttw:ttz:SIGTAG","lnN","JESTAG");
//extrapolation uncertainties
md.addNuisanceParameter("ttwTail","ttw","lnN","TTWTAILTAG");
md.addNuisanceParameter("ttzTail","ttz","lnN","TTZTAILTAG");
md.addNuisanceParameter("wzB","wz","lnN","WZBTAG");
//flat uncertainties -> cross sections
// md.addNuisanceParameter("ttwNorm","ttw","lnN","1.1"); //->merged with the "tail" source
// md.addNuisanceParameter("ttwNorm","ttz","lnN","1.1");
md.addNuisanceParameter("wzNorm","wz","lnN","WZLUMITAG");
//Data-driven methods
md.addNuisanceParameter("chMID","chMId","lnN","1.50");
md.addNuisanceParameter("fratio","fake","lnN","1.40");
//syst from stat uncertainties == automatic
//md.addNuisanceParameter("wzstat","wz","lnN",""); //--> already given by the 8/15% on Xsect
// md.addNuisanceParameter("tthstat","tth","lnN","");
// md.addNuisanceParameter("ttwstat","ttw","lnN","");
// md.addNuisanceParameter("ttzstat","ttz","lnN","");
// md.addNuisanceParameter("fakestat","fake","lnN","");
// md.addNuisanceParameter("chMIdstat","chMId","lnN","");
// md.addNuisanceParameter("SIGTAGstat","SIGTAG","lnN","");
string srs[66]={
"SR1A", "SR2A", "SR3A", "SR4A", "SR5A", "SR6A", "SR7A", "SR8A",
"SR9A", "SR10A", "SR11A", "SR12A", "SR13A", "SR14A", "SR15A", "SR16A",
"SR17A", "SR18A", "SR19A", "SR20A", "SR21A", "SR22A", "SR23A", "SR24A",
"SR25A", "SR26A", "SR27A", "SR28A", "SR29A", "SR30A", "SR31A", "SR32A",
"SR1B", "SR2B", "SR3B", "SR4B", "SR5B", "SR6B", "SR7B", "SR8B",
"SR9B", "SR10B", "SR11B", "SR12B", "SR13B", "SR14B", "SR15B", "SR16B",
"SR17B", "SR18B", "SR19B", "SR20B", "SR21B", "SR22B", "SR23B", "SR24B",
"SR25B","SR26B",
"SR1C", "SR2C", "SR3C", "SR4C", "SR5C", "SR6C", "SR7C", "SR8C"
};
for(int isr=0;isr<66;isr++) {
if(srs[isr]=="CATTAG") {
md.addNuisanceParameter("tth"+srs[isr]+"stat","tth","lnN","");
md.addNuisanceParameter("ttw"+srs[isr]+"stat","ttw","lnN","");
md.addNuisanceParameter("ttz"+srs[isr]+"stat","ttz","lnN","");
md.addNuisanceParameter("fake"+srs[isr]+"stat","fake","lnN","");
md.addNuisanceParameter("chMId"+srs[isr]+"stat","chMId","lnN","");
md.addNuisanceParameter("SIGTAG"+srs[isr]+"stat","SIGTAG","lnN","");
}
else {
md.addNuisanceParameter("tth"+srs[isr]+"stat","tth","lnN","-");
md.addNuisanceParameter("ttw"+srs[isr]+"stat","ttw","lnN","-");
md.addNuisanceParameter("ttz"+srs[isr]+"stat","ttz","lnN","-");
md.addNuisanceParameter("fake"+srs[isr]+"stat","fake","lnN","-");
md.addNuisanceParameter("chMId"+srs[isr]+"stat","chMId","lnN","-");
md.addNuisanceParameter("SIGTAG"+srs[isr]+"stat","SIGTAG","lnN","-");
}
}//signal regions
// md.addNuisanceParameter("SIGTAGStat","SIGTAG","lnN","");
// md.addNuisanceParameter("ttwStat","ttw","lnN","");
// md.addNuisanceParameter("ttzStat","ttz","lnN","");
// md.addNuisanceParameter("wzStat","wz","lnN","");
//md.addNuisanceParameter("sigNorm","T1t415","lnN","1.10");
// }
//===============================================================
//*********************************************************************²
//Execution macro ******************************************************
//plotting ================
md.dp.setLumiAndEnergy( lumi, energy );
md.prepareDisplay();
// int nCateg=66; //47
// vector<string> _categs(nCateg,"");
// string srs[66]={
// "SR1A", "SR2A", "SR3A", "SR4A", "SR5A", "SR6A", "SR7A", "SR8A",
// "SR9A", "SR10A", "SR11A", "SR12A", "SR13A", "SR14A", "SR15A", "SR16A",
// "SR17A", "SR18A", "SR19A", "SR20A", "SR21A", "SR22A", "SR23A", "SR24A",
// "SR25A", "SR26A", "SR27A", "SR28A", "SR29A", "SR30A", "SR31A", "SR32A",
// "SR1B", "SR2B", "SR3B", "SR4B", "SR5B", "SR6B", "SR7B", "SR8B",
// "SR9B", "SR10B", "SR11B", "SR12B", "SR13B", "SR14B", "SR15B", "SR16B",
// "SR17B", "SR18B", "SR19B", "SR20B", "SR21B", "SR22B", "SR23B", "SR24B",
// "SR25B","SR26B",
// "SR1C", "SR2C", "SR3C", "SR4C", "SR5C", "SR6C", "SR7C", "SR8C"
// }
// _categs.assign(srs, srs+nCateg);
// for(size_t ic=0;ic< _categs.size();ic++) {
// string cat=_categs[ic];
md.makeSingleDataCard("SIGTAG", "nominal", "selected", "ssdl2015_CATTAG_SIGTAG_LUMTAG");
// }
gROOT->ProcessLine(".q");
}
