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HistosEta.C
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HistosEta.C
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// Purpose: Create eta-dependent histograms for inclusive jets analysis
// Author: hannu.siikonen@cern.ch
// Created: April 3, 2017
#include "HistosEta.h"
HistosEta::HistosEta(TDirectory *dir, string trigname, double pttrg, double ptmin, double ptmax, bool ismcdir) {
TDirectory *curdir = gDirectory;
bool enter = dir->cd();
assert(enter);
this->dir = dir;
this->ismcdir = ismcdir;
// phase space
this->trigname = trigname;
this->pttrg = pttrg;
this->ptmin = ptmin;
this->ptmax = ptmax;
// Once and for all (even if few too many with Sumw2)
TH1::SetDefaultSumw2(kTRUE);
const int na = 200;
vector<double> va(na+1);
for (unsigned int i = 0; i != na+1; ++i) va[i] = -1. + 2.*i/na;
if (jp::do3dHistos) {
// Loop over alpha entries of interest
for (auto alpha : alpharange) {
int major_alpha = 100*alpha;
// Start by coming up with a nice number identifier
int padding = TMath::Log10(major_alpha);
padding = 2-padding;
while (major_alpha%10==0)
major_alpha /= 10;
string number = std::to_string(major_alpha);
for (int i = 0; i < padding; ++i)
number = string("0")+number;
// Fill all histo types with a corresponding histogram
hdjasymm.push_back( new TH3D((string("hdjasymm_a")+number).c_str(),
";p_{T,ave};#eta;Asymmetry",
jp::npts,&jp::ptrange[0],jp::nwetas,&jp::wetarange[0],na,&va[0]) );
hdjasymmtp.push_back(new TH3D((string("hdjasymmtp_a")+number).c_str(),
";p_{T,tag};#eta;Asymmetry",
jp::npts,&jp::ptrange[0],jp::nwetas,&jp::wetarange[0],na,&va[0]) );
//hdjasymmpt.push_back(new TH3D((string("hdjasymmpt_a")+number).c_str(),
// ";p_{T,probe};#eta;Asymmetry",
// jp::npts,&jp::ptrange[0],jp::nwetas,&jp::wetarange[0],na,&va[0]) );
hdjmpf.push_back( new TH3D((string("hdjmpf_a")+number).c_str(),
";p_{T,ave};#eta;MPF",
jp::npts,&jp::ptrange[0],jp::nwetas,&jp::wetarange[0],na,&va[0]) );
hdjmpftp.push_back( new TH3D((string("hdjmpftp_a")+number).c_str(),
";p_{T,tag};#eta;MPF",
jp::npts,&jp::ptrange[0],jp::nwetas,&jp::wetarange[0],na,&va[0]) );
// hdjmpfpt.push_back( new TH3D((string("hdjmpfpt_a")+number).c_str(),
// ";p_{T,probe};#eta;MPF",
// jp::npts,&jp::ptrange[0],jp::nwetas,&jp::wetarange[0],na,&va[0]) );
}
}
if (jp::do2dProfiles) {
p2djasymm = new TProfile2D("p2djasymm","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
p2djasymmtp = new TProfile2D("p2djasymmtp","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
p2djasymmpt = new TProfile2D("p2djasymmpt","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
p2djasymmtrg = new TProfile2D("p2djasymmtrg","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
p2djmpf = new TProfile2D("p2djmpf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
p2djmpftp = new TProfile2D("p2djmpftp","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
p2djmpfpt = new TProfile2D("p2djmpfpt","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
p2djmpftrg = new TProfile2D("p2djmpftrg","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
}
// Special studies for tag between 50 and 60 GeV.
hnpvall_pt50to60 = new TH1D("hnpvall_pt50to60","",jp::npvs,&jp::npvrange[0]);
hnpv_pt50to60 = new TH1D("hnpv_pt50to60" ,"",jp::npvs,&jp::npvrange[0]);
htrpu_pt50to60 = new TH1D("htrpu_pt50to60" ,"",jp::npvs,&jp::npvrange[0]);
hrho_pt50to60 = new TH1D("hrho_pt50to60" ,"",jp::npvs,&jp::npvrange[0]);
hpuf_pt50to60 = new TH1D("hpuf_pt50to60" ,"",100,0,1);
hchf_pt50to60 = new TH1D("hchf_pt50to60" ,"",100,0,1);
// eta profiles
heta = new TH1D("heta","",jp::netas,jp::etarange);
hetaphi = new TH2D("hetaphi","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
hetaphi_chf = new TH2D("hetaphi_chf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
hetaphi_nef = new TH2D("hetaphi_nef","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
hetaphi_nhf = new TH2D("hetaphi_nhf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
hetaphi_cef = new TH2D("hetaphi_cef","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
hetaphi_muf = new TH2D("hetaphi_muf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
hetaphi_hhf = new TH2D("hetaphi_hhf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
hetaphi_hef = new TH2D("hetaphi_hef","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
hetaphi_puf = new TH2D("hetaphi_puf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
petaphi_chf = new TProfile2D("petaphi_chf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
petaphi_nef = new TProfile2D("petaphi_nef","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
petaphi_nhf = new TProfile2D("petaphi_nhf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
petaphi_cef = new TProfile2D("petaphi_cef","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
petaphi_muf = new TProfile2D("petaphi_muf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
petaphi_hhf = new TProfile2D("petaphi_hhf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
petaphi_hef = new TProfile2D("petaphi_hef","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
petaphi_puf = new TProfile2D("petaphi_puf","",jp::netas,jp::etarange,jp::nphis,jp::phirange);
// components vs eta
pncandtp_vseta = new TProfile("pcandtp_vseta","",jp::netas,jp::etarange);
pnchtp_vseta = new TProfile("pnchtp_vseta","",jp::netas,jp::etarange);
pnnetp_vseta = new TProfile("pnnetp_vseta","",jp::netas,jp::etarange);
pnnhtp_vseta = new TProfile("pnnhtp_vseta","",jp::netas,jp::etarange);
pncetp_vseta = new TProfile("pncetp_vseta","",jp::netas,jp::etarange);
pnmutp_vseta = new TProfile("pnmutp_vseta","",jp::netas,jp::etarange);
pnhhtp_vseta = new TProfile("pnhhtp_vseta","",jp::netas,jp::etarange);
pnhetp_vseta = new TProfile("pnhetp_vseta","",jp::netas,jp::etarange);
pchftp_vseta = new TProfile("pchftp_vseta","",jp::netas,jp::etarange);
pneftp_vseta = new TProfile("pneftp_vseta","",jp::netas,jp::etarange);
pnhftp_vseta = new TProfile("pnhftp_vseta","",jp::netas,jp::etarange);
pceftp_vseta = new TProfile("pceftp_vseta","",jp::netas,jp::etarange);
pmuftp_vseta = new TProfile("pmuftp_vseta","",jp::netas,jp::etarange);
phhftp_vseta = new TProfile("phhftp_vseta","",jp::netas,jp::etarange);
pheftp_vseta = new TProfile("pheftp_vseta","",jp::netas,jp::etarange);
ppuftp_vseta = new TProfile("ppuftp_vseta","",jp::netas,jp::etarange);
if (this->ismcdir) { // response closure
p3rvsnpv = new TProfile3D("p3rvsnpv","",jp::npts,&jp::ptrange[0],jp::netas,&jp::etarange[0],jp::npvs,&jp::npvrange[0]);
p3rvsnpvW = new TProfile3D("p3rvsnpvW","",jp::nwpts,&jp::wptrange[0],jp::nposetas,&jp::posetarange[0],jp::npvs,&jp::npvrange[0]);
}
curdir->cd();
}
void HistosEta::Write() {
dir->cd();
dir->Write();
}
HistosEta::~HistosEta() {
Write();
};