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#include <iostream>
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#include <algorithm>
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#include <iomanip>
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#include "TCanvas.h"
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#include "TChain.h"
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#include "TString.h"
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#include "Various.h"
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#include "TStyle.h"
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#include "TRandom.h"
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#include "TH1D.h"
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#include "Various.h"
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#include "RunLumiRangeMap.h"
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#include "CPlot.h"
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#include "FOArgs.h"
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#include "varkeepter.h"
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#include "SampleWeight.h"
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#include "SelectionFuncs.h"
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#include "PlotHeaders.h"
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#include "HistHeaders.h"
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#include "MitStyleRemix.h"
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#include "BdtIface.h"
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#ifndef CMSSW_BASE
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#define CMSSW_BASE "../../"
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#endif
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using namespace std;
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using namespace RooFit;
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using namespace mithep;
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TCanvas *can;
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MitHzz4lPublic::BdtIface *bdti;
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//----------------------------------------------------------------------------------------
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TString entry_str(TH1D *hist, bool dummyStr=false)
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{
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if(dummyStr) return "";
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stringstream ss;
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ss << hist->GetEntries();
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TString str;
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ss >> str;
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return str;
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}
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//----------------------------------------------------------------------------------------
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// void makeHTML(FOFlags &ctrl, TString plotLabel);
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map<TString,map<TString,TH1D*>* > init_hists(FOFlags &ctrl, TString str="");
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//----------------------------------------------------------------------------------------
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int main(int argc, char** argv)
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{
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SetStyle();
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bool dummyStr(true); // don't add the yield numbers to legends
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FOFlags ctrl;
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parse_foargs( argc, argv, ctrl );
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ctrl.dump();
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varkeepter vk("Selection/data/passVars.txt","w","pass.root",0,"zznt");
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bool writeFlatTuple(ctrl.makeFakeTuples);
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can = new TCanvas("can","can",700,500);
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bdti = new MitHzz4lPublic::BdtIface();
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TString cmsswpath(CMSSW_BASE + TString("/src"));
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string xspath = (string(cmsswpath)+"/MitPhysics/data/xs.dat");
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SimpleTable xstab(xspath.c_str());
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vector<CSample*> samplev;
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TString ntupledir(""),label(""),plotLabel(""),jsonFile("");
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int puTarget;
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readConfigFile(ctrl.config, ntupledir, label, plotLabel, jsonFile, puTarget, samplev, &ctrl, init_hists);
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vector<pair<unsigned,unsigned> > runEvtv; // vector to veto duplicate events
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UInt_t minRun=999999999,maxRun=0;
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for(unsigned ics=0; ics<samplev.size(); ics++) {
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CSample *cs = samplev[ics];
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cout << cs->name << endl;
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for(unsigned ifs=0; ifs<(cs->fsv).size(); ifs++) {
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filestuff *fs = (cs->fsv)[ifs];
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cout << "\t" << fs->fname_ << " " << fs->getentries("zznt"); cout << flush;
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unsigned nDuplSkipped=0;
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double total=0;
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for(unsigned ientry=0; ientry<fs->getentries("zznt"); ientry++) {
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// if(ientry>1500) { cout << "SKIPPING AFTER 1500\n"; break;}
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fs->getentry(ientry,"info","zznt");
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fs->getentry(ientry,"kinematics","zznt");
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fs->getentry(ientry,"weights","zznt");
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fs->getentry(ientry,"angles","zznt");
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fs->getentry(ientry,"","zznt");
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if(fs->get_zz_chain()->GetBranchStatus("jetinfo"))
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fs->getentry(ientry,"jetinfo","zznt");
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if(fs->isdata_ && !(fs->dataset_.Contains("fakes"))) {
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if(!fs->rlrm_.HasRunLumi(pair<unsigned,unsigned> (fs->info->run, fs->info->lumi))) {
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continue;
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}
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setMinMaxRun(fs->info->run, minRun, maxRun);
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bool dupl = takeCareOfDuplicateEvents(fs->info->run, fs->info->evt, runEvtv, nDuplSkipped);
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if(dupl) continue;
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}
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// calculate weights here:
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// double wgt = fs->isdata_ ? 1 : fs->lumi_*xstab.Get(fs->dataset_)/fs->total_entries_;
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// cout << "setting wgt to: " << wgt << " = " << fs->lumi_ << "*" << xstab.Get(fs->dataset_) << "/" << fs->total_entries_ << endl;
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double wgt(1);
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if(!fs->isdata_) {
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if(fs->dataset_.Contains("fakes")) {
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} else {
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if(fs->weights->npuw < 0 || fs->weights->npuw > 2) cout << "wtf? " << fs->weights->npuw << endl;
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wgt = fs->lumi_ * fs->weights->w;// * fs->weights->npuw * fs->weights->woff * fs->weights->won;
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if(fs->dataset_.Contains("-dkr")) wgt = 1;
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}
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}
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if(fs->dataset_.Contains("fakes")) {
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fs->getentry(ientry,"weights","zznt");
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wgt = 2*fs->weights->w;
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}
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// if(fs->kine->m4l < 100) continue;
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// impose blinded region
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// if(fs->isdata_ && !fs->dataset_.Contains("fakes")) {
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// if(fs->kine->m4l > 110 && fs->kine->m4l < 140) continue;
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// if(fs->kine->m4l > 300) continue;
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// }
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// run = fs->info->run;
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// evt = fs->info->evt;
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// m4lbrvar = fs->kine->m4l;
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// channel = fs->kine->channel;
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if(writeFlatTuple) {
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vk.setval("run",fs->info->run);
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vk.setval("evt",fs->info->evt);
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vk.setval("channel",fs->kine->channel);
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vk.setval("m4l",fs->kine->m4l);
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vk.setval("mZ1",fs->kine->mZ1);
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vk.setval("mZ2",fs->kine->mZ2);
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vk.setval("l1pt",fs->kine->l1pt);
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vk.setval("l2pt",fs->kine->l2pt);
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vk.setval("l3pt",fs->kine->l3pt);
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vk.setval("l4pt",fs->kine->l4pt);
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vk.fill();
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}
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total += wgt;
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if(fs->kine->m4l > 105 && fs->kine->m4l < 140) {
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fillAllHists( ctrl, cs, getChannel(fs->kine->channel), "", fs, *(fs->kine), *(fs->angles), wgt, 0, 0, bdti);
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fillAllJetHists( ctrl, cs, getChannel(fs->kine->channel), "", fs, *(fs->kine), /*fusion,*/ /*goodJets,*/ *(fs->ji), wgt);
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}
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}
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cout << "\t( " << setw(12) << total << " ) skipped " << nDuplSkipped << " duplicate events" << endl;
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}
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}
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cout << "run range: " << setw(12) << minRun << setw(12) << maxRun << endl;
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TString type("all");
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TString fullOutDir(ctrl.outdir+"/"+plotLabel+"/"+type);
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gSystem->mkdir(fullOutDir,true);
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TFile runHistFile(ctrl.outdir+"/"+plotLabel+"/runs.root","recreate");
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assert(samplev.size() > 0);
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bool plotShapesOnly=ctrl.plotWholeSample;
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map<TString,TH1D*>::iterator it_v;
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for(it_v=(*(samplev[0]->hists)["all"]).begin(); it_v!=(*(samplev[0]->hists)["all"]).end(); it_v++) {
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TString var((*it_v).first);
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CPlot cplot(var,"",(*(samplev[0]->hists)["all"])[var]->GetXaxis()->GetTitle(),"events",TString(fullOutDir+"/plots"));
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double ymax=0;
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for(unsigned isam=0; isam<samplev.size(); isam++) {
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CSample *cs = samplev[isam];
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TH1D *hist = (*(cs->hists)["all"])[var];
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if(plotShapesOnly) hist->Scale(1./hist->Integral());
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// if(!var.Contains("Zdot") && !var.Contains("_zoom") && !(var=="pt4l") && !(var=="Z1pt") && !(var=="Z2pt") && !(var=="mZ2"))) shiftOverflows(hist);
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if(var.Contains("run") || var.Contains("npu") || var=="mZ1" || var=="mZ2" || var.Contains("pt_j")) shiftOverflows(hist);
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ymax = max(ymax,hist->GetMaximum());
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if(plotShapesOnly || (cs->isdata && !(cs->name.Contains("fakes")))) {
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TString tmpstr = plotShapesOnly ? entry_str(hist,dummyStr) : integral_str(hist,1,dummyStr);
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cplot.AddHist1D(hist,cs->legend+": "+tmpstr,plotShapesOnly ? TString("hist") : TString("E"),cs->color);
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} else {
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cplot.AddToStack(hist,cs->legend+": "+integral_str(hist,4,dummyStr),cs->color);
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}
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if(cs->isdata && var=="run") {
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assert(hist->GetBinContent(0)==0 && hist->GetBinContent(hist->GetXaxis()->GetNbins()+1)==0);
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hist->Write();
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}
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}
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if(var=="mZ1" || var=="m4l_lo") cplot.TransLegend(-.4,0);
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if(var=="w" || var.Contains("_log"))
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cplot.SetLogy();
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else {
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cplot.SetLogy(false);
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double factor(1.2);
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if(var=="m4l_lo") factor = 1.5;
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cplot.SetYRange(0,factor*ymax);
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}
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TString txt("#bf{CMS Preliminary L = 5 ( + 20 ) fb^{-1} at #sqrt{s} = 7 ( + 8 ) TeV}"); // #sqrt{s} = 7 TeV, L = 5 fb^{-1}; #sqrt{s} = 8 TeV, L = 12 fb^{-1}");
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cplot.AddTextBox(txt,0.16,0.95,0.85,0.99,0);
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cplot.Draw(can,true,"png");
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}
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runHistFile.Close();
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makeHTML(ctrl,"XXX",plotLabel,fullOutDir);
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if(writeFlatTuple) {
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vk.writeclose();
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}
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assert(string("ROOT SUCKS") == string("FALSE"));
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}
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//----------------------------------------------------------------------------------------
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map<TString,map<TString,TH1D*>* > init_hists(FOFlags &ctrl, TString str)
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{
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map<TString,map<TString,TH1D*>* > hists;
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map<TString,TH1D*> *h_4e = new map<TString,TH1D*>; hists["4e"] = h_4e;
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map<TString,TH1D*> *h_4m = new map<TString,TH1D*>; hists["4m"] = h_4m;
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map<TString,TH1D*> *h_2e2m = new map<TString,TH1D*>; hists["2e2m"] = h_2e2m;
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map<TString,TH1D*> *h_all = new map<TString,TH1D*>; hists["all"] = h_all;
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map<TString,TH1D*> *h_vbf = new map<TString,TH1D*>; hists["vbf"] = h_vbf;
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allocate_hists(hists,str);
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return hists;
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}
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