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analysis.C
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analysis.C
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#define MAXOBJ 3
#define NSYST 13
void doSync();
void doAnalysis(RooUtil::AutoHist&);
std::vector<TString> prefix(TString reg);
TString prefixType(TString reg);
TString prefixProc(TString reg);
TString prefixFull(TString reg);
void printevent( TString );
//_________________________________________________________________________________________________
void doSync()
{
// Loop over systematics
for (int isyst = 0; isyst < NSYST; isyst++)
{
float wgt = weight();
// is SS channel?
if (lepidx["VetoLepton"].size() == 2)
{
if (isSSEE())
{
if (passSSEE()) printevent("SSEE");
if (passSSAREE()) printevent("SSAREE");
}
if (isSSEM())
{
if (passSSEM()) printevent("SSEM");
if (passSSAREM()) printevent("SSAREM");
}
if (isSSMM())
{
if (passSSMM()) printevent("SSMM");
if (passSSARMM()) printevent("SSARMM");
}
}
// is 3l channel?
else if (lepidx["VetoLepton"].size() > 2)
{
if (passWZCR1SFOS()) printevent("WZCR1SFOS");
if (passWZCR2SFOS()) printevent("WZCR2SFOS");
if (passSSWZCREE()) printevent("SSWZCREE");
if (passSSWZCREM()) printevent("SSWZCREM");
if (passSSWZCRMM()) printevent("SSWZCRMM");
}
}
}
//_________________________________________________________________________________________________
void runSR(RooUtil::AutoHist& hists)
{
for (int isyst = 0; isyst < NSYST; isyst++)
{
float wgt = weight();
float ffwgt = weight(true);
if (isyst == 1 || isyst == 2) ffwgt = weight(true, isyst);
if (isyst >= 3) wgt = weight(true, isyst);
if (isyst == 7) setJetIndicesToJESUp();
if (isyst == 8) setJetIndicesToJESDn();
if (passSSEE()) hists.fill(0, isyst, Form("%scount", prefixFull("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (passSSEM()) hists.fill(1, isyst, Form("%scount", prefixFull("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (passSSMM()) hists.fill(2, isyst, Form("%scount", prefixFull("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (pass3L0SFOS()) hists.fill(3, isyst, Form("%scount", prefixFull("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (pass3L1SFOS()) hists.fill(4, isyst, Form("%scount", prefixFull("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (pass3L2SFOS()) hists.fill(5, isyst, Form("%scount", prefixFull("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (passSSAREEPred()) hists.fill(0, isyst, Form("%scount", prefixFull("PredSR").Data()), ffwgt, 6, 0., 6., NSYST, 0, NSYST);
if (passSSAREMPred()) hists.fill(1, isyst, Form("%scount", prefixFull("PredSR").Data()), ffwgt, 6, 0., 6., NSYST, 0, NSYST);
if (passSSARMMPred()) hists.fill(2, isyst, Form("%scount", prefixFull("PredSR").Data()), ffwgt, 6, 0., 6., NSYST, 0, NSYST);
if (pass3LAR0SFOS()) hists.fill(3, isyst, Form("%scount", prefixFull("PredSR").Data()), ffwgt, 6, 0., 6., NSYST, 0, NSYST);
if (pass3LAR1SFOS()) hists.fill(4, isyst, Form("%scount", prefixFull("PredSR").Data()), ffwgt, 6, 0., 6., NSYST, 0, NSYST);
if (pass3LAR2SFOS()) hists.fill(5, isyst, Form("%scount", prefixFull("PredSR").Data()), ffwgt, 6, 0., 6., NSYST, 0, NSYST);
if (isyst == 7) setJetIndicesToNominal();
if (isyst == 8) setJetIndicesToNominal();
}
}
//_________________________________________________________________________________________________
void runWZCR(RooUtil::AutoHist& hists)
{
for (int isyst = 0; isyst < NSYST; isyst++)
{
float wgt = weight();
float ffwgt = weight(true);
if (passSSWZCREE()) hists.fill(0, isyst, Form("%scount", prefixFull("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (passSSWZCREM()) hists.fill(1, isyst, Form("%scount", prefixFull("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (passSSWZCRMM()) hists.fill(2, isyst, Form("%scount", prefixFull("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (passWZCR1SFOS()) hists.fill(4, isyst, Form("%scount", prefixFull("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
if (passWZCR2SFOS()) hists.fill(5, isyst, Form("%scount", prefixFull("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
}
//_________________________________________________________________________________________________
void doAnalysis(RooUtil::AutoHist& hists)
{
// ct.clearCache();
// Loop over systematics
for (int isyst = 0; isyst < NSYST; isyst++)
{
// is SS channel?
if (lepidx["VetoLepton"].size() == 2)
{
if (lepidx["TightLepton"].size() == 2)
{
float wgt = weight();
if (passSSEE())
{
hists.fill(0, isyst, Form("%scount", prefixProc("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(0, isyst, Form("%scount", prefixType("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passSSEM())
{
hists.fill(1, isyst, Form("%scount", prefixProc("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(1, isyst, Form("%scount", prefixType("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passSSMM())
{
hists.fill(2, isyst, Form("%scount", prefixProc("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(2, isyst, Form("%scount", prefixType("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passPRVRSSEE() || passPRVRSSEM() || passPRVRSSMM())
{
float wgt = weight();
hists.fill(MjjW(), isyst, Form("%sMjjW", prefixProc("PRSS").Data()) , wgt, 180, 20., 260., NSYST, 0, NSYST);
hists.fill(MjjW(), isyst, Form("%sMjjW", prefixType("PRSS").Data()) , wgt, 180, 20., 260., NSYST, 0, NSYST);
hists.fill(Mll(), isyst, Form("%sMll", prefixProc("PRSS").Data()) , wgt, 180, 0., 180., NSYST, 0, NSYST);
hists.fill(Mll(), isyst, Form("%sMll", prefixType("PRSS").Data()) , wgt, 180, 0., 180., NSYST, 0, NSYST);
hists.fill(MET(), isyst, Form("%sMET", prefixProc("PRSS").Data()) , wgt, 180, 0., 140., NSYST, 0, NSYST);
hists.fill(MET(), isyst, Form("%sMET", prefixType("PRSS").Data()) , wgt, 180, 0., 140., NSYST, 0, NSYST);
hists.fill(MTmax(), isyst, Form("%sMTmax", prefixProc("PRSS").Data()) , wgt, 180, 0., 220., NSYST, 0, NSYST);
hists.fill(MTmax(), isyst, Form("%sMTmax", prefixType("PRSS").Data()) , wgt, 180, 0., 220., NSYST, 0, NSYST);
}
}
else if (lepidx["TightLepton"].size() == 1)
{
float wgt = weight(true);
if (passSSAREEPred())
{
hists.fill(0, isyst, Form("%scount", prefixProc("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(0, isyst, Form("%scount", prefixType("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passSSAREMPred())
{
hists.fill(1, isyst, Form("%scount", prefixProc("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(1, isyst, Form("%scount", prefixType("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passSSARMMPred())
{
hists.fill(2, isyst, Form("%scount", prefixProc("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(2, isyst, Form("%scount", prefixType("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passPRARSSEE() || passPRARSSEM() || passPRARSSMM())
{
float wgt = weight(true);
hists.fill(MjjW(), isyst, Form("%sMjjW", prefixProc("PredPRSS").Data()) , wgt, 180, 20., 260., NSYST, 0, NSYST);
hists.fill(MjjW(), isyst, Form("%sMjjW", prefixType("PredPRSS").Data()) , wgt, 180, 20., 260., NSYST, 0, NSYST);
hists.fill(Mll(), isyst, Form("%sMll", prefixProc("PredPRSS").Data()) , wgt, 180, 0., 180., NSYST, 0, NSYST);
hists.fill(Mll(), isyst, Form("%sMll", prefixType("PredPRSS").Data()) , wgt, 180, 0., 180., NSYST, 0, NSYST);
hists.fill(MET(), isyst, Form("%sMET", prefixProc("PredPRSS").Data()) , wgt, 180, 0., 140., NSYST, 0, NSYST);
hists.fill(MET(), isyst, Form("%sMET", prefixType("PredPRSS").Data()) , wgt, 180, 0., 140., NSYST, 0, NSYST);
hists.fill(MTmax(), isyst, Form("%sMTmax", prefixProc("PredPRSS").Data()) , wgt, 180, 0., 220., NSYST, 0, NSYST);
hists.fill(MTmax(), isyst, Form("%sMTmax", prefixType("PredPRSS").Data()) , wgt, 180, 0., 220., NSYST, 0, NSYST);
}
}
}
else if (lepidx["VetoLepton"].size() > 2)
{
if (lepidx["TightLepton"].size() == 3)
{
float wgt = weight();
if (pass3L0SFOS())
{
hists.fill(3, isyst, Form("%scount", prefixProc("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(3, isyst, Form("%scount", prefixType("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (pass3L1SFOS())
{
hists.fill(4, isyst, Form("%scount", prefixProc("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(4, isyst, Form("%scount", prefixType("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (pass3L2SFOS())
{
hists.fill(5, isyst, Form("%scount", prefixProc("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(5, isyst, Form("%scount", prefixType("SR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (pass3Lpresel())
{
float wgt = weight();
hists.fill(DPhi3lMET(), isyst, Form("%sDPhi3lMET", prefixProc("PR3L").Data()) , wgt, 180, 0., 3.1416, NSYST, 0, NSYST);
hists.fill(DPhi3lMET(), isyst, Form("%sDPhi3lMET", prefixType("PR3L").Data()) , wgt, 180, 0., 3.1416, NSYST, 0, NSYST);
hists.fill(Pt3l(), isyst, Form("%sPt3l", prefixProc("PR3L").Data()) , wgt, 180, 0., 120., NSYST, 0, NSYST);
hists.fill(Pt3l(), isyst, Form("%sPt3l", prefixType("PR3L").Data()) , wgt, 180, 0., 120., NSYST, 0, NSYST);
hists.fill(MET(), isyst, Form("%sMET", prefixProc("PR3L").Data()) , wgt, 180, 0., 160., NSYST, 0, NSYST);
hists.fill(MET(), isyst, Form("%sMET", prefixType("PR3L").Data()) , wgt, 180, 0., 160., NSYST, 0, NSYST);
if (getNumSFOS() == 1)
{
hists.fill(get1SFOSMll(), isyst, Form("%sMSFOS", prefixProc("PR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
hists.fill(get1SFOSMll(), isyst, Form("%sMSFOS", prefixType("PR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
}
if (getNumSFOS() == 2)
{
hists.fill(get2SFOSMll0(), isyst, Form("%sMSFOS", prefixProc("PR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
hists.fill(get2SFOSMll1(), isyst, Form("%sMSFOS", prefixProc("PR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
hists.fill(get2SFOSMll0(), isyst, Form("%sMSFOS", prefixType("PR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
hists.fill(get2SFOSMll1(), isyst, Form("%sMSFOS", prefixType("PR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
}
}
if (passSSWZCREE())
{
hists.fill(0, isyst, Form("%scount", prefixProc("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passSSWZCREM())
{
hists.fill(1, isyst, Form("%scount", prefixProc("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passSSWZCRMM())
{
hists.fill(2, isyst, Form("%scount", prefixProc("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passWZCR1SFOS())
{
hists.fill(4, isyst, Form("%scount", prefixProc("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (passWZCR2SFOS())
{
hists.fill(5, isyst, Form("%scount", prefixProc("WZCR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
}
else if (lepidx["TightLepton"].size() == 2)
{
float wgt = weight(true);
if (pass3LAR0SFOS())
{
hists.fill(3, isyst, Form("%scount", prefixProc("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(3, isyst, Form("%scount", prefixType("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (pass3LAR1SFOS())
{
hists.fill(4, isyst, Form("%scount", prefixProc("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(4, isyst, Form("%scount", prefixType("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (pass3LAR2SFOS())
{
hists.fill(5, isyst, Form("%scount", prefixProc("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
hists.fill(5, isyst, Form("%scount", prefixType("PredSR").Data()), wgt, 6, 0., 6., NSYST, 0, NSYST);
}
if (pass3LARpresel())
{
float wgt = weight(true);
hists.fill(DPhi3lMET(), isyst, Form("%sDPhi3lMET", prefixProc("PredPR3L").Data()) , wgt, 180, 0., 3.1416, NSYST, 0, NSYST);
hists.fill(DPhi3lMET(), isyst, Form("%sDPhi3lMET", prefixType("PredPR3L").Data()) , wgt, 180, 0., 3.1416, NSYST, 0, NSYST);
hists.fill(Pt3l(), isyst, Form("%sPt3l", prefixProc("PredPR3L").Data()) , wgt, 180, 0., 120., NSYST, 0, NSYST);
hists.fill(Pt3l(), isyst, Form("%sPt3l", prefixType("PredPR3L").Data()) , wgt, 180, 0., 120., NSYST, 0, NSYST);
hists.fill(MET(), isyst, Form("%sMET", prefixProc("PredPR3L").Data()) , wgt, 180, 0., 160., NSYST, 0, NSYST);
hists.fill(MET(), isyst, Form("%sMET", prefixType("PredPR3L").Data()) , wgt, 180, 0., 160., NSYST, 0, NSYST);
if (getNumSFOS() == 1)
{
hists.fill(get1SFOSMll(), isyst, Form("%sMSFOS", prefixProc("PredPR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
hists.fill(get1SFOSMll(), isyst, Form("%sMSFOS", prefixType("PredPR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
}
if (getNumSFOS() == 2)
{
hists.fill(get2SFOSMll0(), isyst, Form("%sMSFOS", prefixProc("PredPR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
hists.fill(get2SFOSMll1(), isyst, Form("%sMSFOS", prefixProc("PredPR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
hists.fill(get2SFOSMll0(), isyst, Form("%sMSFOS", prefixType("PredPR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
hists.fill(get2SFOSMll1(), isyst, Form("%sMSFOS", prefixType("PredPR3L").Data()) , wgt, 180, 10., 170., NSYST, 0, NSYST);
}
}
}
}
}
}
//_________________________________________________________________________________________________
std::vector<TString> prefix(TString reg)
{
int sample_priority = -1;
TString sample_category = sampleCategory(sample_priority);
TString bkg_category = bkgCategory();
// If it's for a prediction the data category is replaced by "fakepred"
if (wwwbaby.isData() && reg.Contains("Pred"))
{
sample_category = "fakepred";
bkg_category = "fakepred";
reg.ReplaceAll("Pred", "");
}
if (sample_priority != 1)
{
bkg_category = "nonprio";
}
std::vector<TString> arr;
arr.push_back(sample_category);
arr.push_back(bkg_category);
arr.push_back(reg);
return arr;
// TString full_type_prefix = "_" + bkg_category + "_" + reg + "_";
// TString full_proc_prefix = sample_category + "_" + "_" + reg + "_";
}
//_________________________________________________________________________________________________
TString prefixType(TString reg)
{
std::vector<TString> arr = prefix(reg);
TString output = TString::Format("_%s_%s_", arr[1].Data(), arr[2].Data());
return output.Data();
}
//_________________________________________________________________________________________________
TString prefixProc(TString reg)
{
std::vector<TString> arr = prefix(reg);
TString output = TString::Format("%s__%s_", arr[0].Data(), arr[2].Data());
return output.Data();
}
//_________________________________________________________________________________________________
TString prefixFull(TString reg)
{
std::vector<TString> arr = prefix(reg);
TString output = TString::Format("%s_%s_%s_", arr[0].Data(), arr[1].Data(), arr[2].Data());
return output.Data();
}
//_________________________________________________________________________________________________
void printevent( TString region )
{
RooUtil::print( Form( "%s %d:%d:%llu", region.Data(), wwwbaby.run(), wwwbaby.lumi(), wwwbaby.evt() ) );
}
//void doClosure( RooUtil::AutoHist& );
//bool doAnalysisBak( RooUtil::AutoHist&, bool doskim );
//
//void fillHistograms( RooUtil::AutoHist&, TString, int regionid, int isyst );
//void fillHistogramsFull( RooUtil::AutoHist&, TString, TString, TString, int regionid, int isyst );
//void fillLepHistograms( RooUtil::AutoHist&, TString, TString, TString, int );
//void fillJetHistograms( RooUtil::AutoHist&, TString, TString, TString, int );
//void fillWWWHistograms( RooUtil::AutoHist&, TString, int );
//
//
////_________________________________________________________________________________________________
//bool doAnalysisBak( RooUtil::AutoHist& hists, bool doskim )
//{
// bool passed = false;
// for ( int isyst = 0; isyst < NSYST; ++isyst )
// {
// if ( passSSEE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSEE" , 0 , isyst ); }
// if ( passSSEM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSEM" , 1 , isyst ); }
// if ( passSSMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSMM" , 2 , isyst ); }
// if ( pass3L0SFOS () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "3L0SFOS" , 3 , isyst ); }
// if ( pass3L1SFOS () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "3L1SFOS" , 4 , isyst ); }
// if ( pass3L2SFOS () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "3L2SFOS" , 5 , isyst ); }
// if ( passBTagVRSSEE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagVRSSEE" , 6 , isyst ); }
// if ( passBTagVRSSEM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagVRSSEM" , 7 , isyst ); }
// if ( passBTagVRSSMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagVRSSMM" , 8 , isyst ); }
// if ( passBTagARSSEE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagARSSEE" , 9 , isyst ); }
// if ( passBTagARSSEM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagARSSEM" , 10, isyst ); }
// if ( passBTagARSSMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagARSSMM" , 11, isyst ); }
// if ( passSSAREE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSAREE" , 12, isyst ); }
// if ( passSSAREM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSAREM" , 13, isyst ); }
// if ( passSSARMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSARMM" , 14, isyst ); }
// if ( passMjjSBVRSSEE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBVRSSEE" , 15, isyst ); }
// if ( passMjjSBVRSSEM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBVRSSEM" , 16, isyst ); }
// if ( passMjjSBVRSSMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBVRSSMM" , 17, isyst ); }
// if ( passMjjSBARSSEE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBARSSEE" , 18, isyst ); }
// if ( passMjjSBARSSEM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBARSSEM" , 19, isyst ); }
// if ( passMjjSBARSSMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBARSSMM" , 20, isyst ); }
// if ( passSSEEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSEEPred" , 21, isyst ); }
// if ( passSSEMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSEMPred" , 22, isyst ); }
// if ( passSSMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSMMPred" , 23, isyst ); }
// if ( passSSAREEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSAREEPred" , 21, isyst ); }
// if ( passSSAREMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSAREMPred" , 22, isyst ); }
// if ( passSSARMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "SSARMMPred" , 23, isyst ); }
// if ( passBTagVRSSEEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagVRSSEEPred" , 24, isyst ); }
// if ( passBTagVRSSEMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagVRSSEMPred" , 25, isyst ); }
// if ( passBTagVRSSMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagVRSSMMPred" , 26, isyst ); }
// if ( passBTagARSSEEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagARSSEEPred" , 24, isyst ); }
// if ( passBTagARSSEMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagARSSEMPred" , 25, isyst ); }
// if ( passBTagARSSMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "BTagARSSMMPred" , 26, isyst ); }
// if ( passMjjSBVRSSEEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBVRSSEEPred" , 27, isyst ); }
// if ( passMjjSBVRSSEMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBVRSSEMPred" , 28, isyst ); }
// if ( passMjjSBVRSSMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBVRSSMMPred" , 29, isyst ); }
// if ( passMjjSBARSSEEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBARSSEEPred" , 27, isyst ); }
// if ( passMjjSBARSSEMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBARSSEMPred" , 28, isyst ); }
// if ( passMjjSBARSSMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBARSSMMPred" , 29, isyst ); }
// if ( passMjjSBPRVRSSEE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRVRSSEE" , 30, isyst ); }
// if ( passMjjSBPRVRSSEM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRVRSSEM" , 31, isyst ); }
// if ( passMjjSBPRVRSSMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRVRSSMM" , 32, isyst ); }
// if ( passMjjSBPRARSSEE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRARSSEE" , 33, isyst ); }
// if ( passMjjSBPRARSSEM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRARSSEM" , 34, isyst ); }
// if ( passMjjSBPRARSSMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRARSSMM" , 35, isyst ); }
// if ( passMjjSBPRVRSSEEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRVRSSEEPred", 36, isyst ); }
// if ( passMjjSBPRVRSSEMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRVRSSEMPred", 37, isyst ); }
// if ( passMjjSBPRVRSSMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRVRSSMMPred", 38, isyst ); }
// if ( passMjjSBPRARSSEEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRARSSEEPred", 36, isyst ); }
// if ( passMjjSBPRARSSEMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRARSSEMPred", 37, isyst ); }
// if ( passMjjSBPRARSSMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "MjjSBPRARSSMMPred", 38, isyst ); }
// if ( passPRVRSSEE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRVRSSEE" , 39, isyst ); }
// if ( passPRVRSSEM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRVRSSEM" , 40, isyst ); }
// if ( passPRVRSSMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRVRSSMM" , 41, isyst ); }
// if ( passPRARSSEE () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRARSSEE" , 42, isyst ); }
// if ( passPRARSSEM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRARSSEM" , 43, isyst ); }
// if ( passPRARSSMM () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRARSSMM" , 44, isyst ); }
// if ( passPRVRSSEEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRVRSSEEPred" , 45, isyst ); }
// if ( passPRVRSSEMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRVRSSEMPred" , 46, isyst ); }
// if ( passPRVRSSMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRVRSSMMPred" , 47, isyst ); }
// if ( passPRARSSEEPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRARSSEEPred" , 45, isyst ); }
// if ( passPRARSSEMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRARSSEMPred" , 46, isyst ); }
// if ( passPRARSSMMPred () ) { passed = true; if ( !doskim ) fillHistograms ( hists, "PRARSSMMPred" , 47, isyst ); }
// }
// return passed;
//}
//
////_________________________________________________________________________________________________
//void fillLepHistograms( RooUtil::AutoHist& hists, TString categ, TString name, TString prefix, int isyst )
//{
// bool ff = prefix.Contains( "Pred" );
// double wgt = weight( ff, isyst );
// hists.fill( lepidx[categ].size(), isyst, Form( "%slep%s_size" , prefix.Data(), name.Data() ), wgt, 5, 0, 5, NSYST, 0, NSYST );
// for ( unsigned int i = 0; i < lepidx[categ].size() && i < MAXOBJ; ++i )
// {
// int ilep = lepidx[categ][i];
// hists.fill( wwwbaby.lep_pdgId()[ilep] , isyst , Form( "%slep%s%d_pid" , prefix.Data(), name.Data(), i ), wgt, 40, -20 , 20 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_p4()[ilep].pt() , isyst , Form( "%slep%s%d_pt" , prefix.Data(), name.Data(), i ), wgt, 1080, 0 , 250. , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_p4()[ilep].eta() , isyst , Form( "%slep%s%d_eta" , prefix.Data(), name.Data(), i ), wgt, 1080, -3 , 3 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_p4()[ilep].phi() , isyst , Form( "%slep%s%d_phi" , prefix.Data(), name.Data(), i ), wgt, 1080, -3.1416, 3.1416 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_p4()[ilep].energy(), isyst , Form( "%slep%s%d_E" , prefix.Data(), name.Data(), i ), wgt, 1080, 0 , 250. , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_relIso03EA()[ilep] , isyst , Form( "%slep%s%d_iso" , prefix.Data(), name.Data(), i ), wgt, 1080, 0 , 0.1 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_ip3d()[ilep] , isyst , Form( "%slep%s%d_ip3" , prefix.Data(), name.Data(), i ), wgt, 1080, -0.05 , 0.05 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_ip3derr()[ilep] , isyst , Form( "%slep%s%d_ip3err" , prefix.Data(), name.Data(), i ), wgt, 1080, -0.5 , 0.5 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_ip3d()[ilep] , isyst , Form( "%slep%s%d_ip3_wide" , prefix.Data(), name.Data(), i ), wgt, 1080, -0.5 , 0.5 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_ip3d()[ilep] , isyst , Form( "%slep%s%d_ip3_widepp", prefix.Data(), name.Data(), i ), wgt, 1080, -2.5 , 2.5 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_ip3d()[ilep] , isyst , Form( "%slep%s%d_ip3calc" , prefix.Data(), name.Data(), i ), wgt, 1080, -0.05 , 0.05 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_dxy ()[ilep] , isyst , Form( "%slep%s%d_dxy" , prefix.Data(), name.Data(), i ), wgt, 1080, -0.5 , 0.5 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.lep_dz ()[ilep] , isyst , Form( "%slep%s%d_dz" , prefix.Data(), name.Data(), i ), wgt, 1080, -0.5 , 0.5 , NSYST, 0, NSYST );
// if ( wwwbaby.lep_ip3d()[ilep] > 0.5 )
// std::cout << wwwbaby.lep_ip3d()[ilep] << std::endl;
// }
//}
//
////_________________________________________________________________________________________________
//void fillJetHistograms( RooUtil::AutoHist& hists, TString categ, TString name, TString prefix, int isyst )
//{
// bool ff = prefix.Contains( "Pred" );
// double wgt = weight( ff, isyst );
// hists.fill( jetidx[categ].size(), isyst, Form( "%sjet%s_size" , prefix.Data(), name.Data() ), wgt, 5, 0, 5, NSYST, 0, NSYST );
// for ( unsigned int i = 0; i < jetidx[categ].size() && i < MAXOBJ; ++i )
// {
// int ijet = jetidx[categ][i];
// hists.fill( wwwbaby.jets_p4()[ijet].pt() , isyst, Form( "%sjet%s%d_pt" , prefix.Data(), name.Data(), i ), wgt, 180, 0 , 180 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.jets_p4()[ijet].eta() , isyst, Form( "%sjet%s%d_eta", prefix.Data(), name.Data(), i ), wgt, 180, -3 , 3 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.jets_p4()[ijet].phi() , isyst, Form( "%sjet%s%d_phi", prefix.Data(), name.Data(), i ), wgt, 180, -3.1416, 3.1416, NSYST, 0, NSYST );
// hists.fill( wwwbaby.jets_p4()[ijet].energy(), isyst, Form( "%sjet%s%d_E" , prefix.Data(), name.Data(), i ), wgt, 180, 0 , 250 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.jets_csv()[ijet] , isyst, Form( "%sjet%s%d_csv", prefix.Data(), name.Data(), i ), wgt, 180, -1 , 1 , NSYST, 0, NSYST );
// }
//}
//
////_________________________________________________________________________________________________
//void fillWWWHistograms( RooUtil::AutoHist& hists, TString prefix, int isyst )
//{
// bool ff = prefix.Contains( "Pred" );
// double wgt = weight( ff, isyst );
// hists.fill( wwwbaby.met_pt() , isyst , Form( "%smet" , prefix.Data() ) , wgt , 180 , 0. , 250. , NSYST, 0, NSYST );
// hists.fill( MjjW() , isyst , Form( "%sMjjW" , prefix.Data() ) , wgt , 180 , 0. , 160. , NSYST, 0, NSYST );
// hists.fill( MjjLead() , isyst , Form( "%sMjjLead" , prefix.Data() ) , wgt , 180 , 0. , 800. , NSYST, 0, NSYST );
// hists.fill( DEtajjLead() , isyst , Form( "%sDEtajjLead" , prefix.Data() ) , wgt , 180 , 0. , 9. , NSYST, 0, NSYST );
// hists.fill( DPhill() , isyst , Form( "%sDPhill" , prefix.Data() ) , wgt , 180 , 0. , 3.1416, NSYST, 0, NSYST );
// hists.fill( DEtall() , isyst , Form( "%sDEtall" , prefix.Data() ) , wgt , 180 , 0. , 9. , NSYST, 0, NSYST );
// hists.fill( Mll() , isyst , Form( "%sMll" , prefix.Data() ) , wgt , 180 , 0. , 180. , NSYST, 0, NSYST );
// hists.fill( Mll() , isyst , Form( "%sMll250" , prefix.Data() ) , wgt , 180 , 0. , 250. , NSYST, 0, NSYST );
// hists.fill( Mll() , isyst , Form( "%sMll500" , prefix.Data() ) , wgt , 180 , 0. , 500. , NSYST, 0, NSYST );
// hists.fill( MTmax() , isyst , Form( "%sMTmax" , prefix.Data() ) , wgt , 180 , 0. , 180. , NSYST, 0, NSYST );
// hists.fill( M4() , isyst , Form( "%sm4" , prefix.Data() ) , wgt , 180 , 0. , 180. , NSYST, 0, NSYST );
// hists.fill( M4() , isyst , Form( "%sm4wide" , prefix.Data() ) , wgt , 150 , 0. , 1500. , NSYST, 0, NSYST );
// hists.fill( wwwbaby.nisoTrack_mt2_cleaned_VVV_cutbased_veto(), isyst , Form( "%snisotrack" , prefix.Data() ) , wgt , 5 , 0 , 5 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.nlep_VVV_cutbased_veto() , isyst , Form( "%snvetolep" , prefix.Data() ) , wgt , 5 , 0 , 5 , NSYST, 0, NSYST );
// hists.fill( wwwbaby.nVert() , isyst , Form( "%snvtx" , prefix.Data() ) , wgt , 70 , 0 , 70. , NSYST, 0, NSYST );
// if ( lepidx["3LTightLepton"].size() == 3 )
// {
// hists.fill( Pt3l() , isyst, Form( "%sPt3l" , prefix.Data() ) , wgt , 180 , 0. , 180. , NSYST, 0, NSYST );
// hists.fill( DPhi3lMET(), isyst, Form( "%sDPhi3lMET" , prefix.Data() ) , wgt , 180 , 0. , 3.1416, NSYST, 0, NSYST );
// if ( pass3L0SFOS() )
// {
// hists.fill( get0SFOSMll(), isyst, Form( "%sget0SFOSMll" , prefix.Data() ) , wgt , 180 , 0. , 180., NSYST, 0, NSYST );
// hists.fill( get0SFOSMee(), isyst, Form( "%sget0SFOSMee" , prefix.Data() ) , wgt , 180 , 0. , 180., NSYST, 0, NSYST );
// }
// if ( pass3L1SFOS() )
// {
// hists.fill( get1SFOSMll(), isyst, Form( "%sget1SFOSMll" , prefix.Data() ) , wgt , 180 , 0. , 180., NSYST, 0, NSYST );
// }
// if ( pass3L2SFOS() )
// {
// hists.fill( get2SFOSMll0(), isyst, Form( "%sget2SFOSMll0" , prefix.Data() ) , wgt , 180 , 0. , 180., NSYST, 0, NSYST );
// hists.fill( get2SFOSMll1(), isyst, Form( "%sget2SFOSMll1" , prefix.Data() ) , wgt , 180 , 0. , 180., NSYST, 0, NSYST );
// }
// }
//}
//
////_________________________________________________________________________________________________
//void doClosure(RooUtil::AutoHist& hists)
//{
//// if (sampleCategory().EqualTo("tt1l") || sampleCategory().EqualTo("wj"))
// if (sampleCategory().EqualTo("tt1l"))
// {
// if (lepidx["TightLepton"].size() >= 1 && lepidx["LooseLepton"].size() == 2 && jetidx["GoodSSJet"].size() >= 2 && jetidx["LooseBJet"].size() == 0)
// {
// for ( auto& idx : lepidx["LooseLepton"] )
// {
// if (wwwbaby.lep_motherIdSS()[idx] > 0) continue;
// if (abs(wwwbaby.lep_pdgId()[idx]) == 11)
// {
// hists.fill(wwwbaby.lep_relIso03EAv2()[idx], Form("%s_el_reliso", sampleCategory().Data()), weight(), 40, 0, 0.4);
// }
// else
// {
// hists.fill(wwwbaby.lep_relIso03EAv2()[idx], Form("%s_mu_reliso", sampleCategory().Data()), weight(), 40, 0, 0.4);
// double relIso = wwwbaby.lep_relIso03EAv2()[idx];
// double coneptcorr = std::max( 0., relIso - 0.06 );
// double pt = wwwbaby.lep_p4()[idx].pt();
// double corrpt = pt * ( 1 + coneptcorr );
// double eta = wwwbaby.lep_p4()[idx].eta();
// int mid = wwwbaby.lep_motherIdSS()[idx];
// hists.fill(pt, wwwbaby.lep_relIso03EAv2()[idx], Form("%s_mu_pt_v_reliso", sampleCategory().Data()), weight(), 40, 0, 100, 40, 0, 0.4);
// hists.fill(corrpt, wwwbaby.lep_relIso03EAv2()[idx], Form("%s_mu_conecorrpt_v_reliso", sampleCategory().Data()), weight(), 40, 0, 100, 40, 0, 0.4);
// hists.fill(pt, Form("%s_mu_pt", sampleCategory().Data()), weight(), 40, 0, 100.);
// hists.fill(corrpt, Form("%s_mu_conecorrpt", sampleCategory().Data()), weight(), 40, 0, 100.);
// hists.fill(wwwbaby.lep_motherIdSS()[idx], Form("%s_mu_motherId", sampleCategory().Data()), weight(), 5, -4, 1.);
// if (mid == -1)
// {
// hists.fill(pt, wwwbaby.lep_relIso03EAv2()[idx], Form("%s_mu_mid1_pt_v_reliso", sampleCategory().Data()), weight(), 40, 0, 100, 40, 0, 0.4);
// hists.fill(corrpt, wwwbaby.lep_relIso03EAv2()[idx], Form("%s_mu_mid1_conecorrpt_v_reliso", sampleCategory().Data()), weight(), 40, 0, 100, 40, 0, 0.4);
// }
// double ptvarbounds[5] = {10., 20., 30., 50., 120.};
// double etavarbounds[5] = {0., 1.2, 2.1, 2.4};
// hists.fill(std::min(corrpt, 119.99), fabs(eta), Form("%s_mu_den_conecorrpt_v_eta", sampleCategory().Data()), weight(), 4, ptvarbounds, 3, etavarbounds);
// if (isTightLepton(idx))
// hists.fill(std::min(corrpt, 119.99), fabs(eta), Form("%s_mu_num_conecorrpt_v_eta", sampleCategory().Data()), weight(), 4, ptvarbounds, 3, etavarbounds);
//
// }
// }
// }
// if (passPRARSSMM())
// //if (passSSARMM())
// {
// float wgt = weight();
// wgt *= fakefactor(lepidx["LbntLepton"][0]);
// for (int isyst = 0; isyst < 3; ++isyst)
// hists.fill(0, Form("%s_ARSS_closure_counter", sampleCategory().Data()), wgt, 1, 0, 1);
//// hists.fill(0, isyst, Form("%s_ARSS_closure_counter", sampleCategory().Data()), wgt, 1, 0, 1, NSYST, 0, NSYST);
// printevent("MMAR");
// }
// else if (passPRVRSSMM())
// //else if (passSSMM())
// {
// for (int isyst = 0; isyst < 3; ++isyst)
// hists.fill(0, Form("%s_VRSS_closure_counter", sampleCategory().Data()), weight(), 1, 0, 1);
//// hists.fill(0, isyst, Form("%s_VRSS_closure_counter", sampleCategory().Data()), weight(), 1, 0, 1, NSYST, 0, NSYST);
// printevent("MMVR");
// }
// //// Prediction
// //if (passPRARSSEE() || passPRARSSEM() || passPRARSSMM())
// ////if (lepidx["TightLepton"].size() == 1 && lepidx["LooseLepton"].size() == 2 && jetidx["GoodSSJet"].size() >= 2)
// //{
// // for (int isyst = 0; isyst < 3; ++isyst)
// // {
// // int flav = 0;
// // float wgt = weight();
// // flav = abs(wwwbaby.lep_pdgId()[lepidx["LbntLepton"][0]]) == 11 ? 0 : 1;
// // float factor = 0;
// // if ( isyst == 1 ) factor = -1;
// // if ( isyst == 2 ) factor = 1;
// // wgt *= fakefactor(lepidx["LbntLepton"][0], factor);
// // hists.fill(flav, isyst, Form("%s_ARSS_closure_counter" , sampleCategory().Data()), weight(), 2, 0, 2, NSYST, 0, NSYST);
// // hists.fill(flav, isyst, Form("%s_VRSSPred_closure_counter" , sampleCategory().Data()), wgt , 2, 0, 2, NSYST, 0, NSYST);
// // }
// //}
// //// Measurement
// //else if (passPRVRSSEE() || passPRVRSSEM() || passPRVRSSMM())
// ////else if (lepidx["TightLepton"].size() == 2 && lepidx["LooseLepton"].size() == 2 && jetidx["GoodSSJet"].size() >= 2)
// //{
// // for ( auto& idx : lepidx["TightLepton"] )
// // {
// // if (wwwbaby.lep_motherIdSS()[idx] > 0) continue;
// // //if (wwwbaby.lep_isFromW()[idx] == 1) continue;
// // int flav = abs( wwwbaby.lep_pdgId()[idx] ) == 11 ? 0 : 1;
// // hists.fill(flav, 0, Form("%s_VRSS_closure_counter" , sampleCategory().Data()), weight(), 2, 0, 2, NSYST, 0, NSYST);
// // hists.fill(flav, 1, Form("%s_VRSS_closure_counter" , sampleCategory().Data()), weight(), 2, 0, 2, NSYST, 0, NSYST);
// // hists.fill(flav, 2, Form("%s_VRSS_closure_counter" , sampleCategory().Data()), weight(), 2, 0, 2, NSYST, 0, NSYST);
// // }
// //}
// }
//}
//
////=================================================================================================
////=================================================================================================
////=================================================================================================
//
////_________________________________________________________________________________________________
//void fillHistograms( RooUtil::AutoHist& hists, TString prefix, int regionid, int isyst )
//{
//
// // Print event lists
//// if ( wwwbaby.isData() )
//// printevent( prefix );
//
// // Sample categories (e.g. Z, DY.. or fake, trueSS etc.)
// int sample_priority = -1;
// TString sample_category = sampleCategory( sample_priority );
// TString bkg_category = bkgCategory();
// TString empty = "";
//
// // If it's for a prediction the data category is replaced by "fakepred"
// if ( wwwbaby.isData() && prefix.Contains( "AR" ) && prefix.Contains( "Pred" ) )
// {
// sample_category = "fakepred";
// bkg_category = "fakepred";
// }
//
// // Fill histograms for the MC boundary plots
// fillHistogramsFull( hists, sample_category, empty, prefix, regionid, isyst );
//
// // Fill histograms for the bkg type boundary plots
// if ( sample_priority == 1 )
// fillHistogramsFull( hists, empty, bkg_category, prefix, regionid, isyst );
//
// // The following fill will only occur for counter categories
// fillHistogramsFull( hists, sample_category, bkg_category, prefix, regionid, isyst );
//}
//
////_________________________________________________________________________________________________
//void fillHistogramsFull(
// RooUtil::AutoHist& hists,
// TString sample_category,
// TString bkg_category,
// TString prefix,
// int regionid,
// int isyst )
//{
// // Compute a boolean whether to use fakefactor or not.
// bool ff = prefix.Contains( "Pred" ) && prefix.Contains( "AR" );
//
// // Generally the format is something like "ttX__" or "_trueSS_"
// TString procprefix = sample_category + "_" + bkg_category;
//
// // The fake prediction will be applied to the appropriate region.
// if ( wwwbaby.isData() && prefix.Contains( "AR" ) && prefix.Contains( "Pred" ) )
// {
// if ( prefix.Contains( "SSAR" ) ) prefix.ReplaceAll( "AR", "" );
// if ( prefix.Contains( "ARSS" ) ) prefix.ReplaceAll( "AR", "VR" );
// }
//
// // The counter plots are split by lepton flavors
// std::vector<TString> binlabels = { "ee", "e#mu", "#mu#mu" };
// double wgt = weight( ff, isyst );
//
// hists.fill( regionid , isyst, Form( "%s_SS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid , isyst, Form( "%s_SS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 3 , isyst, Form( "%s_3L_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 3 , isyst, Form( "%s_3L_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 6 , isyst, Form( "%s_BTagVRSS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 6 , isyst, Form( "%s_BTagVRSS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 9 , isyst, Form( "%s_BTagARSS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 9 , isyst, Form( "%s_BTagARSS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 12, isyst, Form( "%s_ARSS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 12, isyst, Form( "%s_ARSS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 15, isyst, Form( "%s_MjjSBVRSS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 15, isyst, Form( "%s_MjjSBVRSS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 18, isyst, Form( "%s_MjjSBARSS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 18, isyst, Form( "%s_MjjSBARSS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
//
// hists.fill( regionid - 21, isyst, Form( "%s_SSPred_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 21, isyst, Form( "%s_SSPred_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 24, isyst, Form( "%s_BTagVRSSPred_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 24, isyst, Form( "%s_BTagVRSSPred_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 27, isyst, Form( "%s_MjjSBVRSSPred_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 27, isyst, Form( "%s_MjjSBVRSSPred_rawcounter", procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
//
// hists.fill( regionid - 30, isyst, Form( "%s_MjjSBPRVRSS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 30, isyst, Form( "%s_MjjSBPRVRSS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 33, isyst, Form( "%s_MjjSBPRARSS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 33, isyst, Form( "%s_MjjSBPRARSS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 36, isyst, Form( "%s_MjjSBPRVRSSPred_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 36, isyst, Form( "%s_MjjSBPRVRSSPred_rawcounter", procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
//
// hists.fill( regionid - 39, isyst, Form( "%s_PRVRSS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 39, isyst, Form( "%s_PRVRSS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 42, isyst, Form( "%s_PRARSS_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 42, isyst, Form( "%s_PRARSS_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 45, isyst, Form( "%s_PRVRSSPred_counter" , procprefix.Data() ), wgt, 3, 0, 3, NSYST, 0, NSYST, binlabels );
// hists.fill( regionid - 45, isyst, Form( "%s_PRVRSSPred_rawcounter" , procprefix.Data() ), 1 , 3, 0, 3, NSYST, 0, NSYST, binlabels );
//
//// if ( regionid >= 42 && regionid <= 44 )
//// {
//// int flav = 0;
//// if ( abs( wwwbaby.lep_pdgId()[lepidx["LbntLepton"][0]] ) == 11 ) flav = 0;
//// if ( abs( wwwbaby.lep_pdgId()[lepidx["LbntLepton"][0]] ) == 13 ) flav = 1;
//// hists.fill( flav, isyst, Form( "%s_PRARSS_closure_counter" , procprefix.Data() ), wgt, 2, 0, 2, NSYST, 0, NSYST, {"Lbnt e", "Lbnt #mu"} );
//// hists.fill( flav, isyst, Form( "%s_PRARSS_closure_rawcounter" , procprefix.Data() ), 1 , 2, 0, 2, NSYST, 0, NSYST, {"Lbnt e", "Lbnt #mu"} );
//// }
////
//// if ( regionid >= 39 && regionid <= 41 )
//// {
//// int flav = 0;
//// if ( wwwbaby.lep_isFromW()[lepidx["TightLepton"][0]] == 0 ) flav = abs( wwwbaby.lep_pdgId()[lepidx["TightLepton"][0]] ) == 11 ? 0 : 1;
//// else if ( wwwbaby.lep_isFromW()[lepidx["TightLepton"][1]] == 0 ) flav = abs( wwwbaby.lep_pdgId()[lepidx["TightLepton"][1]] ) == 11 ? 0 : 1;
//// hists.fill( flav, isyst, Form( "%s_PRVRSS_closure_counter" , procprefix.Data() ), wgt, 2, 0, 2, NSYST, 0, NSYST, {"Lbnt e", "Lbnt #mu"} );
//// hists.fill( flav, isyst, Form( "%s_PRVRSS_closure_rawcounter" , procprefix.Data() ), 1 , 2, 0, 2, NSYST, 0, NSYST, {"Lbnt e", "Lbnt #mu"} );
//// }
//
// // Check whether the beginning or the ending of the procprefix has "_"
// if ( !procprefix.BeginsWith( "_" ) && !procprefix.EndsWith( "_" ) )
// return;
//
// TString fullprefix = sample_category + "_" + bkg_category + "_" + prefix + "_";
// fillLepHistograms( hists, "LooseLepton" , "loose" , fullprefix, isyst );
// fillJetHistograms( hists, "GoodSSJet" , "" , fullprefix, isyst );
// fillJetHistograms( hists, "LooseBJet" , "b" , fullprefix, isyst );
// fillJetHistograms( hists, "Good3LJet" , "3l" , fullprefix, isyst );
// fillJetHistograms( hists, "GoodSSWJet" , "wtag" , fullprefix, isyst );
// fillWWWHistograms( hists, fullprefix, isyst );
//
//}
//eof