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doAllWWXSec.C
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#include "TROOT.h"
#include "core/Enums.h"
#include <vector>
#include <iostream>
#include <string>
//
// function prototypes
//
void doAnalysis(const Option option, const RunEra runEra, bool doPlots = false, float analysis);
//
// main function
//
void doAllWWXSec(RunEra runEra = RUN2012)
{
//
// load the libraries
//
gSystem->Load("libTree.so");
gSystem->Load("libPhysics.so");
gSystem->Load("libEG.so");
gSystem->Load("libMathCore.so");
gROOT->ProcessLine(".L ../Smurf/Core/SmurfTree.h+");
gROOT->ProcessLine(".L ../Smurf/Core/LeptonScaleLookup.cc+");
gROOT->ProcessLine(".L libSmurfLooper.so");
//
// choose which analyses to run
//
bool runWWXSec = 1;
bool runHWWPresel = 0;
bool runHWWSSCTL = 0;
//
// run the analyses
//
runEra = RUN2012HCP;
if (runWWXSec) doAnalysis(WW_OPT_SMURFXSECSEL, runEra, true, 0.0);
if (runHWWPresel) doAnalysis(HWW_OPT_SMURFPRESEL, runEra, false, 0.0);
if (runHWWSSCTL) doAnalysis(HWW_OPT_SSCTL, runEra, false, 0.0);
}
//
// do analysis
//
void doAnalysis(const Option option, const RunEra runEra, bool doPlots, float analysis)
{
//
// set up the looper
//
float lumi = 19467;
SmurfLooper *looper = new SmurfLooper(analysis, option, runEra);
looper->setLumiScale(lumi, lumi);
//
// set up the samples
//
// data
SmurfSample *sample_data = new SmurfSample(option, DATA, kBlack, "Data", analysis);
// ww signals
SmurfSample *sample_qqww = new SmurfSample(option, QQWW, kYellow+2, "qqWW", analysis);
SmurfSample *sample_ggww = new SmurfSample(option, GGWW, kYellow+2, "ggWW", analysis);
SmurfSample *sample_dpsww = new SmurfSample(option, DPSWW, kYellow+2, "dpsWW", analysis);
// higgs samples
SmurfSample *sample_gghww = new SmurfSample(option, GGHWW, kCyan, "ggH", analysis);
SmurfSample *sample_qqhww = new SmurfSample(option, QQHWW, kCyan, "qqH", analysis);
SmurfSample *sample_zhww = new SmurfSample(option, ZHWW, kCyan, "ZH", analysis);
SmurfSample *sample_whww = new SmurfSample(option, WHWW, kCyan, "WH", analysis);
// backgrounds
SmurfSample *sample_wz = new SmurfSample(option, WZ, kGreen, "WZ", analysis);
SmurfSample *sample_zz = new SmurfSample(option, ZZ, kGreen, "ZZ", analysis);
SmurfSample *sample_top = new SmurfSample(option, TOP, kMagenta, "Top", analysis);
SmurfSample *sample_dyll = new SmurfSample(option, ZLL, kBlue, "ZLL", analysis);
SmurfSample *sample_wjetsEle= new SmurfSample(option, WJETSELEDATA, kCyan, "WjetsE", analysis);
SmurfSample *sample_wjetsMu = new SmurfSample(option, WJETSMUDATA, kCyan, "WjetsM", analysis);
SmurfSample *sample_wgamma = new SmurfSample(option, WGAMMANORM, kCyan, "Wgamma", analysis); // Changed to Wgammanorm
SmurfSample *sample_ztt = new SmurfSample(option, ZTT, kBlue+2, "Ztt", analysis);
sample_dpsww->add("/smurf/data/Run2012_Summer12_SmurfV9_53X/mitf-alljets/ww_dps.root");
// configure which data to use
bool skimss = false;
if(option == HWW_OPT_SSCTL) skimss = true;
// add the data files
for ( int jetbin = 0; jetbin <= 2 ; jetbin++) {
std::string dataPrefix = Form("/smurf/jaehyeok/data/Run2012_Summer12_SmurfV9_53X/mitf-alljets_19p5ifb_new/WW/%ij/", jetbin); // TAS
//std::string dataPrefix = Form("/nfs-7/userdata/jaehyeok/smurfntuples/mitf-alljets/WW/%ij/", jetbin); // UAF
std::string dataSuffix = ".root";
if (skimss) {
dataSuffix = "_SS.root";
}
//
// add the files
//
if ((analysis > 0. || (option == HWW_OPT_SMURFPRESEL)) && !skimss) {
sample_gghww->add(Form("%s/hww%i%s", dataPrefix.c_str(), 125, dataSuffix.c_str()));
sample_qqhww->add(Form("%s/hww%i%s", dataPrefix.c_str(), 125, dataSuffix.c_str()));
sample_whww->add(Form("%s/hww%i%s", dataPrefix.c_str(), 125, dataSuffix.c_str()));
sample_zhww->add(Form("%s/hww%i%s", dataPrefix.c_str(), 125, dataSuffix.c_str()));
}
sample_data->add(Form("%s/data%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_qqww->add(Form("%s/qqww%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_ggww->add(Form("%s/ggww%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_dyll->add(Form("%s/dyll%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_top->add(Form("%s/ttbar_powheg%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_top->add(Form("%s/tw%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_wz->add(Form("%s/wz%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_zz->add(Form("%s/zz%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_wgamma->add(Form("%s/wgamma%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_wgamma->add(Form("%s/zgamma%s", dataPrefix.c_str(), dataSuffix.c_str()));
sample_wgamma->add(Form("%s/wglll%s", dataPrefix.c_str(), dataSuffix.c_str()));
// use directly the unmerged files
std::string dataSuffixFR = "_PassFail.root";
if (skimss) {
dataSuffixFR = "_SS.root";
}
sample_wjetsEle->add(Form("%s/data%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/qqww%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/ggww%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/ttbar_powheg%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/tw%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/wz%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/zz%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/wgamma%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/zgamma%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/wglll%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsEle->add(Form("%s/dyll%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/data%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/qqww%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/ggww%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/ttbar_powheg%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/tw%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/wz%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/zz%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/wgamma%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/zgamma%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/wglll%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
sample_wjetsMu->add(Form("%s/dyll%s", dataPrefix.c_str(), dataSuffixFR.c_str()));
}
//
// do the looping
//
looper->loop(sample_data);
looper->loop(sample_qqww);
looper->loop(sample_ggww);
looper->loop(sample_wz);
looper->loop(sample_zz);
looper->loop(sample_top);
looper->loop(sample_dyll);
looper->loop(sample_wjetsEle);
looper->loop(sample_wjetsMu);
looper->loop(sample_wgamma);
looper->loop(sample_ztt);
if (analysis > 0. || (option == HWW_OPT_SMURFPRESEL)) {
looper->loop(sample_gghww);
looper->loop(sample_qqhww);
looper->loop(sample_whww);
looper->loop(sample_zhww);
}
//
// analyse cross section results
//
std::vector<SmurfSample*> signalSamples;
if (analysis > 0. || (option == HWW_OPT_SMURFPRESEL)) {
signalSamples.push_back(sample_gghww);
signalSamples.push_back(sample_qqhww);
signalSamples.push_back(sample_whww);
signalSamples.push_back(sample_zhww);
}
std::vector<SmurfSample*> samplesToTabulate;
if (analysis > 0. || (option == HWW_OPT_SMURFPRESEL)) {
samplesToTabulate.push_back(sample_gghww);
samplesToTabulate.push_back(sample_qqhww);
samplesToTabulate.push_back(sample_whww);
samplesToTabulate.push_back(sample_zhww);
}
samplesToTabulate.push_back(sample_data);
samplesToTabulate.push_back(sample_qqww);
samplesToTabulate.push_back(sample_ggww);
samplesToTabulate.push_back(sample_wz);
samplesToTabulate.push_back(sample_zz);
samplesToTabulate.push_back(sample_top);
samplesToTabulate.push_back(sample_dyll);
samplesToTabulate.push_back(sample_wjetsEle);
samplesToTabulate.push_back(sample_wjetsMu);
samplesToTabulate.push_back(sample_wgamma);
samplesToTabulate.push_back(sample_ztt);
gSystem->mkdir("../wwresults", true);
Tabulate(option, samplesToTabulate, Form("ww_analysis%i_%i", option, int(analysis)));
//
// save histograms
//
const std::string outFile = Form("histos_ww_analysis%i_%i.root", option, int(analysis));
saveHist(outFile.c_str());
deleteHistos();
//
// make the plots
//
const unsigned int kLeptonTypes = 7;
const unsigned int kJetBins = 3;
const char* types[7] = {"mm","me","em","ee", "sf", "of", "incl"};
const char* jetbin_names[3] = { "0j", "1j", "2j"};
gROOT->ProcessLine(".L tdrStyle.C");
gROOT->ProcessLine("setTDRStyle()");
gROOT->ForceStyle();
if (doPlots) {
gSystem->mkdir("../wwplots", true);
TFile *f = new TFile(Form("histos_ww_analysis%i_%i.root", option, int(analysis)), "READ");
gROOT->cd();
// scale to measured cross section
const float wwSF = 69.23 / 57.25;
for (unsigned int j = 0; j < kJetBins; ++j) {
for (unsigned int i = 0; i < kLeptonTypes; ++i) {
if (i == fOF || i == fSF) continue;
TCanvas *c_pt1 = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, j, "ww_pt1", "p_{T} (leading lepton) [GeV]", lumi, false, 1, wwSF);
TCanvas *c_pt2 = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, j, "ww_pt2", "p_{T} (trailing lepton) [GeV]", lumi, false, 1, wwSF);
TCanvas *c_mll = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, j, "ww_mll", "M_{l,l} [GeV/c^{2}]", lumi, false, 1, wwSF);
TCanvas *c_ptll = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, j, "ww_ptll", "P_{T} (ll) [GeV]", lumi, false, 1, wwSF);
TCanvas *c_ptWW = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, j, "ww_ptWW", "P_{T} (WW) [GeV]", lumi, false, 1, wwSF);
TCanvas *c_mt = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, j, "ww_mt", "Transverse Higgs Mass [GeV]", lumi, false, 1, wwSF);
TCanvas *c_met = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, j, "ww_met", "Missing Energy Variable [GeV]", lumi, false, 1, wwSF);
TCanvas *c_dphi = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, j, "ww_dphi", "#Delta#phi_{l,l} [rad]", lumi, false, 1, wwSF);
const char *dir = "../wwplots/";
c_ptWW->SaveAs(Form("%s/hww_analysis%i_%i_ALL_%s_%s_ptWW.pdf", dir, option, int(analysis), types[i], jetbin_names[j]));
TCanvas *c1_big = new TCanvas("c1_big", "c1_big", 800, 1000);
c1_big->Divide(2, 2);
c1_big->cd(1);
(TPad*)c_pt1->GetListOfPrimitives()->FindObject("p_main")->Draw();
(TPad*)c_pt1->GetListOfPrimitives()->FindObject("p_pull")->Draw();
c1_big->cd(2);
(TPad*)c_pt2->GetListOfPrimitives()->FindObject("p_main")->Draw();
(TPad*)c_pt2->GetListOfPrimitives()->FindObject("p_pull")->Draw();
c1_big->cd(3);
(TPad*)c_ptll->GetListOfPrimitives()->FindObject("p_main")->Draw();
(TPad*)c_ptll->GetListOfPrimitives()->FindObject("p_pull")->Draw();
c1_big->cd(4);
(TPad*)c_ptWW->GetListOfPrimitives()->FindObject("p_main")->Draw();
(TPad*)c_ptWW->GetListOfPrimitives()->FindObject("p_pull")->Draw();
c1_big->SaveAs(Form("../wwplots/ww_analysis%i_%i_ALL_%s_%s.eps", option, int(analysis), types[i], jetbin_names[j]));
c1_big->SaveAs(Form("../wwplots/ww_analysis%i_%i_ALL_%s_%s.png", option, int(analysis), types[i], jetbin_names[j]));
}
}
for (unsigned int i = 0; i < kLeptonTypes; ++i) {
TCanvas *c_detajj = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, 2, "ww_detajj", "#Delta#eta_{jet1, jet2}", lumi, false, 1, wwSF);
TCanvas *c_mjj = makeWWXSecStack(option, analysis, sample_data, sample_qqww, sample_ggww, sample_wz, sample_zz, sample_top, sample_wjetsEle, sample_wjetsMu, sample_wgamma, sample_dyll, sample_ztt, signalSamples,
f, i, 2, "ww_mjj", "M (jet1, jet2) [GeV]", lumi, false, 1, wwSF);
c_detajj->SaveAs(Form("../wwplots/ww_analysis%i_detajj_%s_2j.png", option, types[i]));
c_mjj->SaveAs(Form("../wwplots/ww_analysis%i_mjj_%s_2j.png", option, types[i]));
}
delete f;
}
//
// clean up
//
delete looper;
delete sample_data;
delete sample_qqww;
delete sample_ggww;
delete sample_wz;
delete sample_zz;
delete sample_top;
delete sample_dyll;
delete sample_ztt;
delete sample_wjetsEle;
delete sample_wjetsMu;
delete sample_wgamma;
}