All kinds of stuff

IOV.h

@@ -68,7 +68,6 @@ namespace jec {
 
     vector<JetCorrectorParameters> vpar;
 
-    cout << "Fuuga!" << endl;
     // L1FastJet for AK*PF, L1Offset for others
     s = Form("%s%sL1FastJet_%s.txt",p,t,a);
     if (access(s, F_OK)==-1) {

etaHistos.C

@@ -57,20 +57,28 @@ etaHistos::etaHistos(TDirectory *dir, string trigname) {
     hdjasymmtp.push_back(new TH3D((string("hdjasymmtp_a")+number).c_str(),
                               ";p_{T,tag};#eta;Asymmetry",
                               npts,&ptrange[0],netas,&etarange[0],na,&va[0]) );
+    hdjasymmpt.push_back(new TH3D((string("hdjasymmpt_a")+number).c_str(),
+                              ";p_{T,probe};#eta;Asymmetry",
+                              npts,&ptrange[0],netas,&etarange[0],na,&va[0]) );
     hdjmpf.push_back(    new TH3D((string("hdjmpf_a")+number).c_str(),
                               ";p_{T,ave};#eta;MPF",
                               npts,&ptrange[0],netas,&etarange[0],na,&va[0]) );
     hdjmpftp.push_back(  new TH3D((string("hdjmpftp_a")+number).c_str(),
                               ";p_{T,tag};#eta;MPF",
                               npts,&ptrange[0],netas,&etarange[0],na,&va[0]) );
+    hdjmpfpt.push_back(  new TH3D((string("hdjmpfpt_a")+number).c_str(),
+                              ";p_{T,probe};#eta;MPF",
+                              npts,&ptrange[0],netas,&etarange[0],na,&va[0]) );
   }
 
   // Weights:
   for (unsigned i = 0; i < alpharange.size(); ++i) {
     hdjasymm[i]->Sumw2();
     hdjasymmtp[i]->Sumw2();
+    hdjasymmpt[i]->Sumw2();
     hdjmpf[i]->Sumw2();
     hdjmpftp[i]->Sumw2();
+    hdjmpfpt[i]->Sumw2();
   }
 
   curdir->cd();
@@ -82,8 +90,10 @@ etaHistos::~etaHistos() {
   for (unsigned i = 0; i < alpharange.size(); ++i) {
     delete hdjasymm[i];
     delete hdjasymmtp[i];
+    delete hdjasymmpt[i];
     delete hdjmpf[i];
     delete hdjmpftp[i];
+    delete hdjmpfpt[i];
   }
   delete dir;
 };

etaHistos.h

@@ -30,10 +30,13 @@ class etaHistos {
   string trigname;
 
   // Control plots of resolutions in the pt-eta plane
+  // tp: tag-probe (tag), pt: probe-tag (probe)
   vector<TH3D *> hdjasymm;
   vector<TH3D *> hdjasymmtp;
+  vector<TH3D *> hdjasymmpt;
   vector<TH3D *> hdjmpf;
   vector<TH3D *> hdjmpftp;
+  vector<TH3D *> hdjmpfpt;
 
   const vector<float> alpharange = {0.05,0.10,0.15,0.20,0.25,0.30};
 

fillHistos.C

@@ -292,10 +292,12 @@ void fillHistos::Loop()
 
   if (_jp_doEtaHistos) {
     initEtas("FullEta_Reco");
-    if (_jp_ismc && _jp_doEtaHistosMcResponse) {
+    if (_jp_ismc) {
       initEtas("FullEta_Gen");
-      initMcHistos("FullEta_RecoPerGen_vReco");
-      initMcHistos("FullEta_RecoPerGen_vGen");
+      if (_jp_doEtaHistosMcResponse) {
+        initMcHistos("FullEta_RecoPerGen_vReco");
+        initMcHistos("FullEta_RecoPerGen_vGen");
+      }
     }
   }
 
@@ -306,6 +308,13 @@ void fillHistos::Loop()
     initRunHistos("RunsEndcap",2.,3.);
   }
 
+  if (_jp_etaphiexcl) {
+    fetaphiexcl = new TFile("hotjets.root","READ");
+    assert(fetaphiexcl && !fetaphiexcl->IsZombie() && "file hotjets.root missing");
+    h2etaphiexcl = (TH2D*)fetaphiexcl->Get(_jp_etaphitype.c_str());
+    assert(h2etaphiexcl && "erroneous eta-phi exclusion type"); 
+  }
+
   // Report memory usage to avoid malloc problems when writing file
   *ferr << "Beginning Loop() proper:" << endl << flush;
   cout  << "Beginning Loop() proper:" << endl << flush;
@@ -1569,7 +1578,15 @@ void fillHistos::fillBasic(basicHistos *h)
         h->hyeta->Fill(TMath::Sign(y-eta,y), _w);
         h->hyeta2->Fill(y-eta, _w);
         h->hbetabetastar->Fill(jtbeta[i], jtbetastar[i], _w);
-        h->hetaphi->Fill(eta, phi, _w);
+        if (_jp_etaphiexcl) {
+          // Val 10 = excluded, -10 = ok
+          if (h2etaphiexcl->GetBinContent(h2etaphiexcl->FindBin(eta,phi)) < 0)
+            h->hetaphi->Fill(eta, phi, _w);
+          else if (_debug)
+            cout << "Excluded " << eta << " " << phi << endl;
+        } else {
+          h->hetaphi->Fill(eta, phi, _w);
+        }
       } // within trigger pT range
 
       int iprobe = i;
@@ -1901,32 +1918,42 @@ void fillHistos::fillEta(etaHistos *h, Float_t* _pt, Float_t* _eta, Float_t* _ph
   // Calculate and fill dijet balance histograms
   if (njt>=2 && _evtid && delta_phi(_phi[0],_phi[1])>2.8
       && _jetids[0] && _jetids[1] && _pt[0]>_jp_recopt && _pt[1]>_jp_recopt) {
+    if (_jp_etaphiexcl) {
+      // Abort if one of the leading jets is in a difficult zone
+      bool good0 = h2etaphiexcl->GetBinContent(h2etaphiexcl->FindBin(_eta[0],_phi[0])) < 0;
+      bool good1 = h2etaphiexcl->GetBinContent(h2etaphiexcl->FindBin(_eta[1],_phi[1])) < 0;
+      if (!good0 or !good1)
+        return;
+    }
     // Two leading jets
-    for (int iref = 0; iref<2; ++iref) {
-      int iprobe = (iref==0 ? 1 : 0);
-      double etaref = _eta[iref];
+    for (int itag = 0; itag<2; ++itag) {
+      int iprobe = (itag==0 ? 1 : 0);
+      double etatag = _eta[itag];
       double etaprobe = _eta[iprobe];
 
-      if (fabs(etaref) < 1.3) {
-        double ptref = _pt[iref];
+      if (fabs(etatag) < 1.3) {
+        double pttag = _pt[itag];
         double ptprobe = _pt[iprobe];
         double pt3 = (njt>2 ? _pt[2] : 0.);
-        double ptave = 0.5 * (ptref + ptprobe); assert(ptave);
+        double ptave = 0.5 * (pttag + ptprobe); assert(ptave);
         double alpha = pt3/ptave;
-        double alphatp = pt3/ptref;
-        double asymm = (ptprobe - ptref)/(2*ptave);
-        double asymmtp = (ptprobe - ptref)/(2*ptref);
-        double mpf = met2*cos(delta_phi(metphi2,_phi[iref]))/ptave;
-        double mpftp = met2*cos(delta_phi(metphi2,_phi[iref]))/ptref;
+        //double alphatp = pt3/pttag;
+        double asymm = (ptprobe - pttag)/(2*ptave);
+        //double asymmtp = (ptprobe - pttag)/(2*pttag);
+        double mpf = met2*cos(delta_phi(metphi2,_phi[itag]))/ptave;
+        //double mpftp = met2*cos(delta_phi(metphi2,_phi[itag]))/pttag;
         for (unsigned i = 0; i < h->alpharange.size(); ++i) {
           float alphasel = h->alpharange[i];
-          if (alphatp<alphasel) {
-            h->hdjasymmtp[i]->Fill(ptref, etaprobe, asymmtp, _w);
-            h->hdjmpftp[i]  ->Fill(ptref, etaprobe, mpftp  , _w);
-          }
+          //if (alphatp<alphasel) {
+          //}
           if (alpha<alphasel) {
+          // Val 10 = excluded, -10 = ok
             h->hdjasymm[i]->Fill(ptave, etaprobe, asymm, _w);
             h->hdjmpf[i]  ->Fill(ptave, etaprobe, mpf  , _w);
+            h->hdjasymmtp[i]->Fill(pttag, etaprobe, asymm, _w);
+            h->hdjmpftp[i]  ->Fill(pttag, etaprobe, mpf  , _w);
+            h->hdjasymmpt[i]->Fill(ptprobe, etaprobe, asymm, _w);
+            h->hdjmpfpt[i]  ->Fill(ptprobe, etaprobe, mpf  , _w);
           }
         }
       } // etatag < 1.3

fillHistos.h

@@ -434,6 +434,8 @@ public :
   map<string, vector<mcHistos*> > _mchistos;
   map<string, runHistos*> _runhistos;
   TH1D *hmcweight;
+  TH2D *h2etaphiexcl;
+  TFile *fetaphiexcl;
 
   vector<string> _availTrigs;
 

settings.h

@@ -21,7 +21,7 @@ const bool _debug = false;
 // Algorithm to use ("AK4PF" or "AK8PF")
 string _jp_algo = "AK4PFchs";
 // Data type ("DATA", "MC", or "HW")
-string _jp_type = "DATA"
+string _jp_type = "DATA";
 // In case of DATA, choose run ("RunB/C/D/E/Fearly/Flate/G/H")
 string _jp_run = "RunG";
 // Kostas stored UNCORRECTED four-vector, current status: CORRECTED
@@ -41,6 +41,10 @@ Long64_t _jp_nentries =
 // Number of events to skip from the beginning (for debugging)
 Long64_t _jp_nskip = 0;
 
+// Eta phi exclusion due to ecal problems
+bool _jp_etaphiexcl = true;
+string _jp_etaphitype = "h2hotr"; // h2hotr (Robert) or h2hotm (Mikko)
+
 // Decide whether or not to simulate triggers from MC (this is slow)
 bool _jp_domctrigsim = true;
 // Use "mc" trigger for whole pT range instead of stiching triggers together (requires trigsim)