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recon_kin.C
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recon_kin.C
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void recon_kin(TCanvas* cc3, TString kin_name,TString file_name) {
TString out_int_dir_str;
out_int_dir_str = "recon_kin/";
is_itt = true;
cout << "asddddddddddddddddd " << endl;
ifstream file1;
TString file_str;
file_str = "u_bin_fit/fit_output.pl_" + file_name + ".dat";
file1.open(file_str);
cout << file_str << endl;
Int_t t_bin, phi_bin;
Float_t omega_scale_fac, rho_scale_fac, xphsp_scale_fac;
Float_t eta_scale_fac, etap_scale_fac;
Float_t lo_limit, hi_limit, exp_yield, exp_yield_err;
vector<Float_t> lo_limit_vec, hi_limit_vec, exp_yield_vec, exp_yield_err_vec;
vector<Float_t> rho_f_vec, xphsp_f_vec, eta_f_vec, etap_f_vec;
string str;
if (file1.is_open()) {
// while (!file1.eof()) {
while ( getline(file1, str)) {
// file1 >> t_bin >> phi_bin >> omega_scale_fac >> rho_scale_fac >> xphsp_scale_fac
// >> lo_limit >> hi_limit >> exp_yield;
// cout<< lo_limit << " " << hi_limit << " " << exp_yield << endl;
// cout << str << endl;
stringstream ss(str);
ss >> t_bin >> phi_bin >> omega_scale_fac >> rho_scale_fac >> xphsp_scale_fac
>> eta_scale_fac >> etap_scale_fac >> lo_limit >> hi_limit >> exp_yield >> exp_yield_err;
lo_limit_vec.push_back(lo_limit);
hi_limit_vec.push_back(hi_limit);
exp_yield_vec.push_back(exp_yield);
exp_yield_err_vec.push_back(exp_yield_err);
rho_f_vec.push_back(rho_scale_fac);
xphsp_f_vec.push_back(xphsp_scale_fac);
eta_f_vec.push_back(eta_scale_fac);
etap_f_vec.push_back(etap_scale_fac);
}
}
// cout << exp_yield_vec.size() << endl;
// exit(0);
const Int_t u_bin_num_const = u_bin_num;
const Int_t phi_bin_num_const = phi_bin_num;
const Int_t bin_num_const = u_bin_num_const * phi_bin_num_const;
TCanvas* cc4 = new TCanvas("cc4", "cc4", 1600, 800);
cc4->Divide(phi_bin_num, u_bin_num, 0.003, 0.003);
TH1F* h_sim [bin_num_const];
TH1F* h_tgt [bin_num_const];
TH1F* h_sim_rho [bin_num_const];
TH1F* h_sim_xphsp [bin_num_const];
TH1F* h_sim_eta [bin_num_const];
TH1F* h_sim_etap [bin_num_const];
for (Int_t i = 1; i <= u_bin_num*phi_bin_num; i++) {
TString f_str_temp;
f_str_temp.Form("_%i_%i", Int_t((i-1)/phi_bin_num) + 1, (i-1)%phi_bin_num + 1);
f_str_temp = "u_fit_phi_" + file_name + f_str_temp;
// i = 11;
TPad* cur_pad = (TPad*) cc4->GetPad(i);
cur_pad->cd();
cur_pad->SetLeftMargin(0.1);
cur_pad->SetRightMargin(0.002);
// cur_pad->SetLogy();
// cout << i << " " << i-1 << endl;
const int in = i -1;
// cout << in << endl;
TH1F* h_sim_tmp = (TH1F*) cc3->GetPad(i)->GetPrimitive("u_phi_sim_omega");
TH1F* h_sim[in] = (TH1F*) h_sim_tmp->Clone("h_sim_clone");
TH1F* h_sim_sum = (TH1F*) h_sim_tmp->Clone("h_sim_clone");
TH1F* h_tgt_tmp = (TH1F*) cc3->GetPad(i)->GetPrimitive("u_phi_target");
TH1F* h_tgt[in] = (TH1F*) h_tgt_tmp->Clone("h_tgt_clone");
TH1F* h_sim_tmp = (TH1F*) cc3->GetPad(i)->GetPrimitive("u_phi_sim_rho");
TH1F* h_sim_rho[in] = (TH1F*) h_sim_tmp->Clone("h_sim_rho_clone");
TH1F* h_sim_tmp = (TH1F*) cc3->GetPad(i)->GetPrimitive("u_phi_sim_xphsp");
TH1F* h_sim_xphsp[in] = (TH1F*) h_sim_tmp->Clone("h_sim_xphsp_clone");
TH1F* h_sim_tmp = (TH1F*) cc3->GetPad(i)->GetPrimitive("u_phi_sim_eta");
TH1F* h_sim_eta[in] = (TH1F*) h_sim_tmp->Clone("h_sim_eta_clone");
TH1F* h_sim_tmp = (TH1F*) cc3->GetPad(i)->GetPrimitive("u_phi_sim_etap");
TH1F* h_sim_etap[in] = (TH1F*) h_sim_tmp->Clone("h_sim_etap_clone");
h_sim_rho[in]->Scale(rho_f_vec[in]);
h_sim_xphsp[in]->Scale(xphsp_f_vec[in]);
h_sim_eta[in]->Scale(eta_f_vec[in]);
h_sim_etap[in]->Scale(etap_f_vec[in]);
h_sim_sum->Add(h_sim_rho[in], 1);
h_sim_sum->Add(h_sim_xphsp[in], 1);
h_sim_sum->Add(h_sim_eta[in], 1);
h_sim_sum->Add(h_sim_etap[in], 1);
h_sim_sum->SetLineColor(6);
h_sim[in]->SetLineColor(2);
h_sim_xphsp[in]->SetLineColor(3);
h_sim_rho[in]->SetLineColor(4);
h_sim_eta[in]->SetLineColor(1);
h_sim_etap[in]->SetLineColor(1);
h_tgt[in]->DrawCopy();
h_sim_sum->DrawCopy("hsame");
// h_tgt[in]->DrawCopy("same");
h_sim[in]->DrawCopy("hsame");
h_sim_rho[in]->DrawCopy("hsame");
h_sim_xphsp[in]->DrawCopy("hsame");
h_sim_eta[in]->DrawCopy("hsame");
h_sim_etap[in]->DrawCopy("hsame");
Double_t intg_lo = lo_limit_vec[in];
Double_t intg_hi = hi_limit_vec[in];
if (intg_lo != 0.0 && intg_hi != 0.0) {
// TCanvas* cc5 = new TCanvas("cc5", "cc5", 800, 600);
// cc5->cd();
// // pnew->SetPad(0.01, 0.01, 0.01, 0.01);
//
// TPad *pnew = (TPad*) cur_pad->Clone();
//
// pnew->SetPad(cc5->GetX1(),cc5->GetY1(),cc5->GetX2(),cc5->GetY2());
//
// cout << out_int_dir_str + "individual_plot/" + f_str_temp + ".png" << endl;
//
// pnew->Draw();
//
// cc5->Print(out_int_dir_str + "individual_plot/" + f_str_temp + ".png");
//
// // exit(0);
//
// delete cc5;
} else {
h_tgt[in]->Reset();
h_tgt[in]->Draw();
// cur_pad->Clear();
TText excluded_txt;
excluded_txt.SetNDC();
excluded_txt.SetTextSize(0.2);
excluded_txt.SetTextAngle(45);
excluded_txt.DrawText(0.2, 0.2, "Excluded !");
}
//
// cc4->cd();
//
//
}
cc4->Print(out_int_dir_str + "u_fit_itt_" + kin_name + "_"+ file_name+".png");
cc4->Print(out_int_dir_str + "u_fit_itt_" + kin_name + "_"+ file_name+".root");
//
// // cout << "asdasdasdasdas asdasd <<< aEnd Loop" << endl;
//
//
// delete cc4;
//
// // exit(0);
// exit(0);
}