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u_phi_fit_functions.C
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///*--------------------------------------------------*/
///
/// WL
/// Date: 1/Feb/2016
/// Main function to determine experimental yield
///
/// Omega experimental yield = Data - Background
/// where backgroumd includes Xphasespace and rho production
///
//
//
#include<vector>
Double_t intergration_limit = 0.04; // GeV
Double_t fitting_limit = 0.04; // percentage / 100
Double_t low_stats_limit = 0.015; // Normalized yield
// Double_t low_stats_limit = 0.005; // Normalized yield
Double_t int_hi_global = intergration_limit;
Double_t int_lo_global = intergration_limit;
Double_t fit_hi_global = fitting_limit;
Double_t fit_lo_global = fitting_limit;
void u_phi_fit_sim(TCanvas* cc3, TString file_name) {
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;
ofstream fit_out_file;
fit_out_file.open("u_bin_fit/fit_output.pl_" + file_name + ".dat", std::fstream::out);
TFile* file_out_root = new TFile(out_dir_str + "u_fit_phi_" + file_name+".root", "RECREATE");
cout << "asddddddddddddddddd " << endl;
// cc3->Draw();
// TPad* cur_pad;
TCanvas* cc4 = new TCanvas("cc4", "cc4", 1600, 800);
cc4->Divide(phi_bin_num_const, u_bin_num_const, 0.003, 0.003);
TCanvas* cc2 = new TCanvas("cc2", "cc2", 1600, 800);
cc2->Divide(phi_bin_num_const, u_bin_num_const, 0.003, 0.003);
TCanvas* cc6 = new TCanvas("cc6", "cc6", 1600, 800);
cc6->Divide(phi_bin_num_const, u_bin_num_const, 0.003, 0.003);
TCanvas* cc7 = new TCanvas("cc7", "cc7", 1600, 800);
cc7->Divide(phi_bin_num_const, u_bin_num_const, 0.003, 0.003);
TH1F* h_tgt[bin_num_const];
TH1F* h_sim[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];
TPad *pp2;
TPad *pp6;
TPad *pp7;
TPad *ppnew;
TPad *ppnew1;
TPad *ppnew2;
TPad *ppnew3;
TH1F* chi2_omega_acc = new TH1F("chi2_omega", "chi2_omega_check", 40, 0, 10);
TH1F* chi2_bg_acc = new TH1F("chi2_bg" , "chi2_bg_check", 40, 0, 10);
// TH1F* data_omega_sum = new TH1F("data_omega_sum", "data_omega_sum", 100, 0.1, 1.1);
// TH1F* sim_omega_sum = new TH1F("sim_omega_sum", "sim_omega_sum", 100, 0.1, 1.1);
//
TH1F* raw_data_sum;
TH1F* data_omega_sum;
TH1F* sim_omega_sum;
TH1F* sim_rho_sum;
TH1F* sim_xphsp_sum;
TH1F* sim_eta_sum;
TH1F* sim_etap_sum;
Int_t iittt = 1;
bool is_refit = false;
Int_t refit_itt = 0;
for (Int_t i = 1; i <= u_bin_num*phi_bin_num; i++) {
// fit_out_file << fixed << setprecision(4) << Int_t((i-1)/phi_bin_num) + 1 << " " << (i-1)%phi_bin_num + 1 << endl;
if (is_refit) {
// i = i - 1;
// exit(0);
//
if (refit_itt == 1) {
// exit(0);
refit_itt = 0;
is_refit = false;
continue;
}
refit_itt++;
}
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;
TPad*cur_pad = (TPad*)cc4->GetPad(i);
cur_pad->cd();
cur_pad->SetLeftMargin(0.1);
cur_pad->SetRightMargin(0.002);
// cout << i << " " << i-1 << endl;
const int in = i -1;
// cout << in << endl;
cout << endl << "/*--------------------------------------------------*/" << endl;
cout << "u_bin: " << Int_t((i-1)/phi_bin_num) + 1 << " Phi_bin: " << (i-1)%phi_bin_num + 1
<< " Overall counter: " << in<< endl;
// TH1F* h_tgt[in] = (TH1F*) cc3->GetPad(i)->GetPrimitive("h_miss");
// TH1F* h_sim[in] = (TH1F*) cc3->GetPad(i)->GetPrimitive("h_miss_sim");
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_omega");
TH1F* h_sim[in] = (TH1F*) h_sim_tmp->Clone("h_sim_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_tgt[in]->SetTitle(f_str_temp);
h_tgt[in]->DrawCopy();
// h_sim[in]->DrawCopy("same");
peak_omega = h_sim[in];
peak_rho = h_sim_rho[in];
peak_xphsp = h_sim_xphsp[in];
peak_eta = h_sim_eta[in];
peak_etap = h_sim_etap[in];
Float_t omega_scale_fac = 0.0;
Float_t rho_scale_fac = 0.0;
Float_t xphsp_scale_fac = 0.0;
Float_t eta_scale_fac = 0.0;
Float_t etap_scale_fac = 0.0;
Float_t omega_scale_fac_err = 0.0;
Float_t rho_scale_fac_err = 0.0;
Float_t xphsp_scale_fac_err = 0.0;
Float_t eta_scale_fac_err = 0.0;
Float_t etap_scale_fac_err = 0.0;
Double_t intg_lo = 0.0;
Double_t intg_hi = 0.0;
Double_t fit_local_lo = 0.0;
Double_t fit_local_hi = 0.0;
Double_t omega_yield = 0.0;
Double_t omega_yield_err = 0.0;
Double_t content_total = 0.0;
Double_t content_total_error_sq = 0.0;
// fit_local_lo = 0.5;
// fit_local_hi = 0.9;
TPad* tar_pad = (TPad*) cc3->GetPad(i);
bool rad_only = false;
bool low_stat = false;
bool off_focal = false;
bool is_excluded = false;
Float_t omega_mass_ratio;
omega_mass_ratio = h_tgt[in]->Integral(0, h_tgt[in]->FindBin(0.8))/ h_tgt[in]->Integral();
// if( (h_tgt[in]->GetMean() - h_tgt[in]->GetRMS()) > 0.783 && omega_mass_ratio < 0.1) {
// rad_only = true;
// }
if( (peak_omega->GetMean() - peak_omega->GetRMS()) > 0.783) {
rad_only = true;
// rad_only = false;
}
if( h_tgt[in]->Integral(0, -1) < low_stats_limit) {
// if( h_tgt[in]->Integral(0, -1) < 0.04 ) {
// if( h_tgt[in]->Integral(0, -1) < 0.05 ) {
low_stat = true;
}
if( ( peak_omega->GetRMS() + peak_omega->GetMean()) < 0.783 ) {
off_focal = true;
}
//
h_sim[in]->DrawCopy("hsame");
// if( h_tgt[in]->Integral(0,-1) > 0.001)
// if( h_tgt[in]->Integral(0,-1) > 0.005 && !rad_only)
if( !low_stat && !rad_only && !off_focal) {
if (iittt == 1) {
raw_data_sum = (TH1F*) h_tgt[in]->Clone("raw_data_sum") ;
data_omega_sum = (TH1F*) h_tgt[in]->Clone("data_omega_sum") ;
sim_omega_sum = (TH1F*) h_tgt[in]->Clone("sim_omega_sum") ;
sim_rho_sum = (TH1F*) h_tgt[in]->Clone("sim_rho_sum") ;
sim_xphsp_sum = (TH1F*) h_tgt[in]->Clone("sim_xphsp_sum") ;
sim_eta_sum = (TH1F*) h_tgt[in]->Clone("sim_eta_sum") ;
sim_etap_sum = (TH1F*) h_tgt[in]->Clone("sim_etap_sum") ;
raw_data_sum ->Reset();
data_omega_sum ->Reset();
sim_omega_sum ->Reset();
sim_rho_sum ->Reset();
sim_xphsp_sum ->Reset();
sim_eta_sum ->Reset();
sim_etap_sum ->Reset();
iittt =0;
}
// if( !low_stat && !rad_only)
cout << "Target Raw Yield: " << h_tgt[in]->Integral(0,-1) << endl;
// fit_local_lo = Find_low_range_xphsp(tar_pad);
// fit_local_hi = Find_high_range_xphsp(tar_pad);
/*--------------------------------------------------*/
// fit_local_lo = Find_low_range(tar_pad);
// fit_local_hi = Find_high_range(tar_pad);
//
// cout << "asdasdasda "<< fit_local_lo << " " << fit_local_hi << endl;
// fit_local_lo = Find_int_lo(tar_pad);
// fit_local_hi = Find_int_hi(tar_pad);
// fit_local_lo = 0.65;
// fit_local_hi = 0.75;
// fit_local_lo = 0.65;
// fit_local_hi = 0.9;
// fit_local_lo = Find_low_range_full(tar_pad);
// fit_local_hi = Find_high_range_full(tar_pad);
//
// if (is_refit) {
// fit_local_lo = Find_low_range_full(tar_pad);
// fit_local_hi = Find_high_range_full(tar_pad);
// }
// fit_local_lo = Find_int_lo(tar_pad);
// fit_local_hi = Find_int_hi(tar_pad);
if (is_refit) {
// fit_local_hi = Find_high_range_full(tar_pad) - 0.02;
// fit_local_lo = h_tgt[in]->GetBinCenter(h_tgt[in]->FindFirstBinAbove(0.0)) + 0.02;
fit_local_lo = Find_low_range_full(tar_pad) + 0.005;
fit_local_hi = Find_high_range_full(tar_pad) - 0.005;
// fit_local_lo = Find_int_lo_refit(tar_pad);
// fit_local_hi = Find_int_hi_refit(tar_pad);
} else {
// fit_local_lo = 0.65;
// fit_local_hi = 0.9;
// fit_local_lo = Find_int_lo(tar_pad);
// fit_local_hi = Find_int_hi(tar_pad);
// fit_local_lo = Find_low_range_full(tar_pad);
// fit_local_hi = Find_high_range_full(tar_pad) - 0.01;
// fit_local_lo = h_tgt[in]->GetBinCenter(h_tgt[in]->FindFirstBinAbove(0.0)) + 0.01;
fit_local_lo = Find_low_range_full(tar_pad);
fit_local_hi = Find_high_range_full(tar_pad);
// fit_local_hi = h_tgt[in]->GetBinCenter(h_tgt[in]->FindLastBinAbove(0.0));
// if ( h_tgt[in]->GetBinCenter(h_tgt[in]->FindLastBinAbove(0.0)) < 0.9) {
//
// fit_local_hi = h_tgt[in]->GetBinCenter(h_tgt[in]->FindLastBinAbove(0.0));
//
// } else {
//
// fit_local_hi = 0.9;
//
// }
}
TF1 *fit_u_fun = new TF1("fit_u_fun", fun_sim_total, fit_local_lo, fit_local_hi, 5);
fit_u_fun->SetParameters(1, 40, 5000, 0.1, 10);
fit_u_fun->SetParLimits(0, 0, 100);
fit_u_fun->SetParLimits(1, 0, 100000);
fit_u_fun->SetParLimits(2, 0, 100000);
fit_u_fun->SetParLimits(3, 0, 100000);
fit_u_fun->SetParLimits(4, 0, 100000);
TString fit_fun_used_str;
fit_fun_used_str = "Bg:";
fit_fun_used_str = fit_fun_used_str + "#rho";
fit_fun_used_str = fit_fun_used_str + "+xp";
// fit_u_fun->FixParameter(1, 0);
// fit_u_fun->FixParameter(2, 0);
// fit_u_fun->FixParameter(3, 0);
// fit_u_fun->FixParameter(4, 0);
if (include_etap(tar_pad)) {
fit_u_fun->FixParameter(3, 0);
fit_fun_used_str = fit_fun_used_str + "+etap";
} else {
fit_u_fun->FixParameter(4, 0);
fit_fun_used_str = fit_fun_used_str + "+#eta";
}
// if (h_tgt[in]->GetBinCenter(h_tgt[in]->FindFirstBinAbove(0)) < 0.50 ) {
//
// fit_u_fun->ReleaseParameter(3);
// fit_fun_used_str = fit_fun_used_str + "+#eta";
//
// } else if (h_tgt[in]->GetMean(1) > 0.85 ) {
//
// fit_u_fun->ReleaseParameter(4);
// fit_fun_used_str = fit_fun_used_str + "+#etap";
//
// }
//
//
//
// if (include_etap) {
//
// fit_fun_used_str = fit_fun_used_str + "+#etap";
// }
h_tgt[in]->Fit("fit_u_fun", "MNR");
fit_u_fun->SetParameters(fit_u_fun->GetParameter(0),
fit_u_fun->GetParameter(1),
fit_u_fun->GetParameter(2),
fit_u_fun->GetParameter(3),
fit_u_fun->GetParameter(4));
h_tgt[in]->Fit("fit_u_fun", "MNR");
TH1F *h_sim_omega_clone = (TH1F*) h_sim[in]->Clone();
TH1F *h_sim_rho_clone = (TH1F*) h_sim_rho[in]->Clone();
TH1F *h_sim_xphsp_clone = (TH1F*) h_sim_xphsp[in]->Clone();
TH1F *h_sim_eta_clone = (TH1F*) h_sim_eta[in]->Clone();
TH1F *h_sim_etap_clone = (TH1F*) h_sim_etap[in]->Clone();
omega_scale_fac = fit_u_fun->GetParameter(0);
rho_scale_fac = fit_u_fun->GetParameter(1);
xphsp_scale_fac = fit_u_fun->GetParameter(2);
eta_scale_fac = fit_u_fun->GetParameter(3);
etap_scale_fac = fit_u_fun->GetParameter(4);
omega_scale_fac_err = fit_u_fun->GetParError(0);
rho_scale_fac_err = fit_u_fun->GetParError(1);
xphsp_scale_fac_err = fit_u_fun->GetParError(2);
eta_scale_fac_err = fit_u_fun->GetParError(3);
etap_scale_fac_err = fit_u_fun->GetParError(4);
h_sim_omega_clone->Scale(omega_scale_fac);
h_sim_rho_clone ->Scale(rho_scale_fac);
h_sim_xphsp_clone->Scale(xphsp_scale_fac);
h_sim_eta_clone ->Scale(eta_scale_fac);
h_sim_etap_clone ->Scale(etap_scale_fac);
TH1F *h_sim_all = (TH1F*) h_sim_xphsp_clone->Clone();
h_sim_all->Add(h_sim_omega_clone);
h_sim_all->Add(h_sim_rho_clone);
h_sim_all->Add(h_sim_eta_clone);
h_sim_all->Add(h_sim_etap_clone);
Float_t fit_tgt_diff_per = (h_tgt[in]->Integral(0,-1)-h_sim_all->Integral(0, -1))/h_tgt[in]->Integral(0, -1);
cout << h_tgt[in]->Integral(0,-1) << " " << h_sim_all->Integral(0, -1) << " "<< fit_tgt_diff_per << endl;
// if( fabs(fit_tgt_diff_per) > 0.4 ) {
//
// // fit_local_lo = h_tgt[in]->GetBinCenter(h_tgt[in]->GetMaximumBin())-0.05;
// // fit_local_hi = h_tgt[in]->GetBinCenter(h_tgt[in]->GetMaximumBin())+0.05;
//
// // fit_local_lo = 0.65;
// // fit_local_hi = 0.75;
//
//
// fit_local_lo = fit_local_lo + 0.05;
// fit_local_hi = fit_local_hi - 0.05;
//
//
//
// fit_u_fun->SetRange(fit_local_lo, fit_local_hi);
//
// h_tgt[in]->Fit("fit_u_fun", "MNR");
//
//
// h_sim_omega_clone = (TH1F*) h_sim[in]->Clone();
// h_sim_rho_clone = (TH1F*) h_sim_rho[in]->Clone();
// h_sim_xphsp_clone = (TH1F*) h_sim_xphsp[in]->Clone();
// h_sim_eta_clone = (TH1F*) h_sim_eta[in]->Clone();
// h_sim_etap_clone = (TH1F*) h_sim_etap[in]->Clone();
//
// omega_scale_fac = fit_u_fun->GetParameter(0);
// rho_scale_fac = fit_u_fun->GetParameter(1);
// xphsp_scale_fac = fit_u_fun->GetParameter(2);
// eta_scale_fac = fit_u_fun->GetParameter(3);
// etap_scale_fac = fit_u_fun->GetParameter(4);
//
// h_sim_omega_clone->Scale(fit_u_fun->GetParameter(0));
// h_sim_rho_clone->Scale(fit_u_fun->GetParameter(1));
// h_sim_xphsp_clone->Scale(fit_u_fun->GetParameter(2));
// h_sim_eta_clone->Scale(fit_u_fun->GetParameter(3));
// h_sim_etap_clone->Scale(fit_u_fun->GetParameter(4));
//
// h_sim_all = (TH1F*) h_sim_xphsp_clone->Clone();
//
// h_sim_all->Add(h_sim_omega_clone);
// h_sim_all->Add(h_sim_rho_clone);
// h_sim_all->Add(h_sim_eta_clone);
// h_sim_all->Add(h_sim_etap_clone);
//
// fit_fun_used_str = fit_fun_used_str + "+R";
//
//
// }
h_sim_omega_clone->SetStats(0);
h_sim_rho_clone->SetStats(0);
h_sim_xphsp_clone->SetStats(0);
h_sim_eta_clone->SetStats(0);
h_sim_etap_clone->SetStats(0);
h_sim[in]->SetStats(0);
h_sim[in]->SetFillColor(2);
h_sim[in]->DrawCopy("hsame");
h_sim_xphsp_clone->SetLineColor(3);
h_sim_rho_clone->SetLineColor(4);
h_sim_xphsp_clone->DrawCopy("hsame");
h_sim_rho_clone->DrawCopy("hsame");
h_sim_omega_clone->DrawCopy("hsame");
h_sim_eta_clone->DrawCopy("hsame");
h_sim_etap_clone->DrawCopy("hsame");
h_sim_all->SetLineColor(6);
h_sim_all->DrawCopy("hsame");
// exit(0);
TLegend* leg = new TLegend(0.7,0.7,0.9,0.9);
TH1* h = new TH1F("", "", 1, 0, 1);
leg->AddEntry(h_sim_xphsp_clone, "Sim xphsp", "l");
leg->AddEntry(h_sim_rho_clone, "Sim rho", "l");
leg->AddEntry(h_sim_omega_clone, "Sim omega", "l");
leg->AddEntry(h_sim_eta_clone, "Sim eta", "l");
leg->AddEntry(h_sim_etap_clone, "Sim etap", "l");
leg->AddEntry(h_sim_all, "Sim All", "l");
leg->AddEntry(h_tgt[in], "Data", "epl");
leg->SetFillColor(0);
leg->Draw();
// cout << h_tgt_tmp->GetMean(1) << " "<< fit_local_lo << " " << fit_local_hi << endl;
/*--------------------------------------------------*/
/// Data output
//
TString range_str;
range_str.Form("Range: %f - %f ", fit_local_lo, fit_local_hi);
TString mean_str;
mean_str.Form("Mean: %f RMS: %f Sim: %f ", h_tgt[in]->GetMean(1), h_tgt[in]->GetRMS(1), h_sim[in]->GetBinCenter(h_sim[in]->GetMaximumBin()));
TString ratio_str;
ratio_str.Form("w_f: %f, r_f: %f, x_f: %f", fit_u_fun->GetParameter(0), fit_u_fun->GetParameter(1), fit_u_fun->GetParameter(2));
TText fitting_range;
fitting_range.SetNDC();
fitting_range.SetTextSize(0.04);
fitting_range.DrawText(0.12, 0.85, range_str);
fitting_range.DrawText(0.12, 0.80, mean_str);
fitting_range.DrawText(0.12, 0.75, ratio_str);
ratio_str.Form("e_f: %f, ep_f: %f", fit_u_fun->GetParameter(3), fit_u_fun->GetParameter(4));
fitting_range.DrawText(0.12, 0.70, ratio_str);
Int_t lo_limit_bin;
Int_t hi_limit_bin;
// ///*--------------------------------------------------*/
// //
// Double_t intg_lo = h_sim_omega_clone->GetBinCenter(h_sim_omega_clone->GetMaximumBin()) - 0.035;
// Double_t intg_hi = h_sim_omega_clone->GetBinCenter(h_sim_omega_clone->GetMaximumBin()) + 0.035;
//
// if (h_sim_omega_clone->GetMaximumBin() < 10) {
//
// cout << "aaaaaaaaaaaa "<< h_sim_omega_clone->GetMaximumBin() << endl;
//
// intg_lo = 0.783 - 0.05;
// intg_hi = 0.783 + 0.05;
//
// }
///*--------------------------------------------------*/
// Double_t intg_lo = h_sim_omega_clone->GetBinCenter(h_sim_omega_clone->FindFirstBinAbove(0.0));
// Double_t intg_hi = h_sim_omega_clone->GetBinCenter(h_sim_omega_clone->FindLastBinAbove(0.0));
// Double_t intg_lo = fit_local_lo;
// intg_lo = Find_int_lo(tar_pad);
// intg_hi = Find_int_hi(tar_pad);
intg_lo = 0.783 - int_lo_global;
intg_hi = 0.783 + int_hi_global;
// intg_hi = fit_local_hi;
// intg_lo = fit_local_lo;
cout << "Int_limit "<< intg_lo << " " << intg_hi << endl;
// exit(0);
lo_limit_bin = h_sim_omega_clone->FindBin(intg_lo);
hi_limit_bin = h_sim_omega_clone->FindBin(intg_hi);
Double_t sim_omega_yield = h_sim[in]->Integral(lo_limit_bin, hi_limit_bin);
omega_yield = h_tgt[in]->Integral(lo_limit_bin, hi_limit_bin) - h_sim_rho_clone->Integral(lo_limit_bin, hi_limit_bin) - h_sim_xphsp_clone->Integral(lo_limit_bin, hi_limit_bin) - h_sim_eta_clone->Integral(lo_limit_bin, hi_limit_bin) - h_sim_etap_clone->Integral(lo_limit_bin, hi_limit_bin);
/*--------------------------------------------------*/
/// Error propagation
/*--------------------------------------------------*/
Float_t data_con = 0.0;
Float_t data_con_err_sq = 0.0;
Float_t rho_con = 0.0;
Float_t rho_con_err_sq = 0.0;
Float_t xphsp_con = 0.0;
Float_t xphsp_con_err_sq = 0.0;
Float_t eta_con = 0.0;
Float_t eta_con_err_sq = 0.0;
Float_t etap_con = 0.0;
Float_t etap_con_err_sq = 0.0;
for (Int_t bin_itt = lo_limit_bin; bin_itt <= hi_limit_bin; bin_itt++) {
Double_t bin_con = h_tgt[in]->GetBinContent(bin_itt);
Double_t bin_err = h_tgt[in]->GetBinError(bin_itt);
data_con = data_con + bin_con;
data_con_err_sq = data_con_err_sq + bin_err**2;
}
for (Int_t bin_itt = lo_limit_bin; bin_itt <= hi_limit_bin; bin_itt++) {
Double_t bin_con = h_sim_rho[in]->GetBinContent(bin_itt) * rho_scale_fac;
Double_t bin_err = h_sim_rho[in]->GetBinError(bin_itt) * rho_scale_fac;
rho_con = rho_con + bin_con;
rho_con_err_sq = rho_con_err_sq + bin_err**2;
}
for (Int_t bin_itt = lo_limit_bin; bin_itt <= hi_limit_bin; bin_itt++) {
Double_t bin_con = h_sim_xphsp[in]->GetBinContent(bin_itt) * xphsp_scale_fac;
Double_t bin_err = h_sim_xphsp[in]->GetBinError(bin_itt) * xphsp_scale_fac;
xphsp_con = xphsp_con + bin_con;
xphsp_con_err_sq = xphsp_con_err_sq + bin_err**2;
}
for (Int_t bin_itt = lo_limit_bin; bin_itt <= hi_limit_bin; bin_itt++) {
Double_t bin_con = h_sim_eta[in]->GetBinContent(bin_itt) * eta_scale_fac;
Double_t bin_err = h_sim_eta[in]->GetBinError(bin_itt) * eta_scale_fac;
eta_con = eta_con + bin_con;
eta_con_err_sq = eta_con_err_sq + bin_err**2;
}
for (Int_t bin_itt = lo_limit_bin; bin_itt <= hi_limit_bin; bin_itt++) {
Double_t bin_con = h_sim_etap[in]->GetBinContent(bin_itt) * etap_scale_fac;
Double_t bin_err = h_sim_etap[in]->GetBinError(bin_itt) * etap_scale_fac;
etap_con = etap_con + bin_con;
etap_con_err_sq = etap_con_err_sq + bin_err**2;
}
////*--------------------------------------------------*/
//// Safe Guard Statement
// if (omega_yield < 0.00005 || omega_scale_fac < 0.00005 )
if (omega_scale_fac < 0.0001 ) {
// omega_yield = 0.0;
// omega_yield_err = 0.0;
} else {
////*--------------------------------------------------*/
//// Original
// omega_yield_err = sqrt(xphsp_con_err_sq/xphsp_con**2)*omega_yield;
// omega_yield_err = sqrt( data_con_err_sq/pow(data_con,2) + rho_con_err_sq/pow(rho_con,2) + xphsp_con_err_sq/pow(xphsp_con,2) + (xphsp_scale_fac_err/xphsp_scale_fac)**2 + (rho_scale_fac_err/rho_scale_fac)**2) * omega_yield;
// cout << omega_yield_err << " "<< sqrt(data_con_err_sq/pow(data_con,2)) << " " << sqrt(rho_con_err_sq/pow(rho_con,2)) << " " << sqrt(xphsp_con_err_sq/pow(xphsp_con,2)) << " "<< rho_scale_fac_err/rho_scale_fac << " " << xphsp_scale_fac_err/xphsp_scale_fac << endl;
// cout << omega_yield_err << " "<< sqrt(data_con_err_sq/pow(data_con,2)) << " " << sqrt(rho_con_err_sq/pow(rho_con,2)) << " " << sqrt(xphsp_con_err_sq/pow(xphsp_con,2)) << " " << omega_scale_fac_err/omega_scale_fac << endl;
// exit(0);
// omega_yield_err = sqrt( data_con_err_sq/pow(data_con,2) + rho_con_err_sq/pow(rho_con,2) + xphsp_con_err_sq/pow(xphsp_con,2) + (omega_scale_fac_err/omega_scale_fac)**2 ) * omega_yield;
// omega_yield_err = sqrt( data_con_err_sq/pow(data_con,2) + rho_con_err_sq/pow(rho_con,2) + xphsp_con_err_sq/pow(xphsp_con,2) ) * omega_yield;
cout << endl << "Omega Yield check: " << data_con << " " << rho_con
<< " " << xphsp_con << " " << etap_con << " " << etap_con << endl;
cout << "Omega error check: " << omega_yield_err << " " << data_con_err_sq
<< " " << rho_con_err_sq << " " << xphsp_con_err_sq << " " << etap_con_err_sq
<< " " << etap_con_err_sq << endl << endl;
omega_yield_err = sqrt(data_con_err_sq + rho_con_err_sq + xphsp_con_err_sq + eta_con_err_sq + etap_con_err_sq);
TH1F* h_sim_omega_norm_clone = (TH1F*) h_sim[in]->Clone();
TH1F* h_sim_omega_hi_clone = (TH1F*) h_sim[in]->Clone();
TH1F* h_sim_omega_lo_clone = (TH1F*) h_sim[in]->Clone();
h_sim_omega_norm_clone->Scale(omega_scale_fac);
h_sim_omega_lo_clone ->Scale(omega_scale_fac + omega_scale_fac_err);
h_sim_omega_hi_clone ->Scale(omega_scale_fac - omega_scale_fac_err);
Float_t yield_bg_norm = h_tgt[in]->Integral(lo_limit_bin, hi_limit_bin) - h_sim_omega_norm_clone->Integral(lo_limit_bin, hi_limit_bin);
Float_t yield_bg_lo = h_tgt[in]->Integral(lo_limit_bin, hi_limit_bin) - h_sim_omega_lo_clone->Integral(lo_limit_bin, hi_limit_bin);
Float_t yield_bg_hi = h_tgt[in]->Integral(lo_limit_bin, hi_limit_bin) - h_sim_omega_hi_clone->Integral(lo_limit_bin, hi_limit_bin);
Float_t yield_bg_rho_xphsp = h_sim_rho_clone->Integral(lo_limit_bin, hi_limit_bin) + h_sim_xphsp_clone->Integral(lo_limit_bin, hi_limit_bin);
Float_t bg_error = (yield_bg_hi - yield_bg_lo)/2.0;
// cout << "Yield Check: " << h_tgt[in]->Integral(lo_limit_bin, hi_limit_bin) << " " << h_sim_omega_norm_clone->Integral(lo_limit_bin, hi_limit_bin) << " " << h_sim_omega_lo_clone->Integral(lo_limit_bin, hi_limit_bin) << " " << h_sim_omega_hi_clone->Integral(lo_limit_bin, hi_limit_bin) << endl;
// cout << "Error Check: " << omega_scale_fac_err/omega_scale_fac << " " << bg_error/yield_bg_norm << endl;
// cout << "BG Check: " << yield_bg_lo << " " << yield_bg_norm << " " << yield_bg_hi << " "<< yield_bg_rho_xphsp << endl;
// omega_yield_err = sqrt( data_con_err_sq/pow(data_con,2) + rho_con_err_sq/pow(rho_con,2) + xphsp_con_err_sq/pow(xphsp_con,2) + (omega_scale_fac_err/omega_scale_fac)**2 ) * omega_yield;
// exit(0);
}
/*--------------------------------------------------*/
/// End
/*--------------------------------------------------*/
Double_t x_coord = 0.7;
Double_t y_coord = 0.7;
TText sim_data;
sim_data.SetNDC();
sim_data.SetTextSize(0.04);
TString sim_data_str;
sim_data_str.Form("Data All: %f", h_tgt[in]->Integral(lo_limit_bin, hi_limit_bin));
sim_data.DrawText(x_coord, y_coord, sim_data_str);
sim_data_str.Form("Sim All: %f", h_sim_xphsp_clone->Integral(lo_limit_bin, hi_limit_bin)+ h_sim_rho_clone->Integral(lo_limit_bin, hi_limit_bin) + h_sim_eta_clone->Integral(lo_limit_bin, hi_limit_bin) + h_sim_etap_clone->Integral(lo_limit_bin, hi_limit_bin) + sim_omega_yield );
sim_data.DrawText(x_coord, y_coord-0.05, sim_data_str);
sim_data_str.Form("xphsp: %f", h_sim_xphsp_clone->Integral(lo_limit_bin, hi_limit_bin));
sim_data.DrawText(x_coord, y_coord-0.10, sim_data_str);
sim_data_str.Form("rho: %f", h_sim_rho_clone->Integral(lo_limit_bin, hi_limit_bin));
sim_data.DrawText(x_coord, y_coord-0.15, sim_data_str);
sim_data_str.Form("eta: %f", h_sim_eta_clone->Integral(lo_limit_bin, hi_limit_bin));
sim_data.DrawText(x_coord, y_coord-0.20, sim_data_str);
sim_data_str.Form("etap: %f", h_sim_etap_clone->Integral(lo_limit_bin, hi_limit_bin));
sim_data.DrawText(x_coord, y_coord-0.25, sim_data_str);
sim_data_str.Form("Omega Sim: %f", sim_omega_yield);
sim_data.DrawText(x_coord, y_coord-0.30, sim_data_str);
sim_data_str.Form("Omega Exp: %f", omega_yield);
sim_data.DrawText(x_coord, y_coord-0.35, sim_data_str);
///*--------------------------------------------------*/
/// Outputing the fitting Status on the plot
/// Color code: OK or Converged fits are in Blue
/// Failed Fits are in Red!
TText fitting_result;
fitting_result.SetNDC();
fitting_result.SetTextSize(0.06);
TString fitting_result_str = "Fit: " + gMinuit->fCstatu;
if (fitting_result_str.Contains("OK") || fitting_result_str.Contains("CONVERGED")) {
fitting_result.SetTextColor(4);
} else {
fitting_result.SetTextColor(2);
}
fitting_result.DrawText(0.05, 0.30, fitting_result_str);
TLatex fitting_bg_str;
fitting_bg_str.SetNDC();
fitting_bg_str.SetTextSize(0.06);
fitting_bg_str.SetTextColor(2);
fitting_bg_str.DrawLatex(0.05, 0.25, fit_fun_used_str);
TLatex refit_str;
refit_str.SetNDC();
refit_str.SetTextSize(0.06);
if (is_refit) {
refit_str.DrawLatex(0.05, 0.20, "Refitted!");
}
// sim_data_str.Form("Rat: %f", omega_yield/sim_omega_yield);
// sim_data.DrawText(x_coord, y_coord-0.35, sim_data_str);
// sim_data_str.Form("omega: %f", h_sim_omega_clone->Integral(0, -1));
// sim_data.DrawText(0.9, 0.40, sim_data_str);
/*--------------------------------------------------*/
/*--------------------------------------------------*/
// acc_yield[in] = acc_yield[in] + omega_yield ;
// acc_sim_yield[in] = acc_sim_yield[in] + sim_omega_yield ;
// acc_yield_err[in] = acc_yield_err[in] + content_total_error_sq;
/*--------------------------------------------------*/
/// Draw fitting boundaries
TLine boundary_line_fitting;
boundary_line_fitting.SetLineWidth(2);
boundary_line_fitting.SetLineStyle(7);
boundary_line_fitting.SetLineColor(2);
boundary_line_fitting.DrawLine(fit_local_lo, 0, fit_local_lo, h_tgt[in]->GetMaximum()*0.8);
boundary_line_fitting.DrawLine(fit_local_hi, 0, fit_local_hi, h_tgt[in]->GetMaximum()*0.8);
TLine boundary_line_integral;
boundary_line_integral.SetLineWidth(2);
boundary_line_integral.SetLineStyle(7);
boundary_line_integral.SetLineColor(4);
boundary_line_integral.DrawLine(intg_lo, 0, intg_lo, h_tgt[in]->GetMaximum()*0.8);
boundary_line_integral.DrawLine(intg_hi, 0, intg_hi, h_tgt[in]->GetMaximum()*0.8);
cout << in << " " << i << " " << omega_scale_fac << " " << rho_scale_fac << " "
<< xphsp_scale_fac << " " << intg_lo << " " << intg_hi << " "
<< omega_yield << " " << fit_local_lo << " " << fit_local_hi << endl;
// fit_out_file << fixed << setprecision(4) << setw(9) << (i-1)%u_bin_num << " " << (i-1)%phi_bin_num
// << " " << omega_scale_fac << " " << rho_scale_fac << " " << xphsp_scale_fac << " "
// << intg_lo << " " << intg_hi << " "<< omega_yield << endl;
// fit_out_file << setiosflags(ios::fixed | ios::showpoint) << setprecision(5);
// fit_out_file << fixed << setprecision(5) << (i-1)%u_bin_num << " " << (i-1)%phi_bin_num
// << " " << Form("%4.4f", omega_scale_fac) << " " << Form("%4.4f", rho_scale_fac)
// << " " << Form("%4.4f", xphsp_scale_fac) << " "
// << intg_lo << " " << intg_hi << " "<< omega_yield << endl;
///*--------------------------------------------------*/
/// Beckground Plotting Check
TH1F* h_tgt_sub = (TH1F*) h_tgt[in]->Clone("h_tgt_sub");
// h_tgt_sub->Add(h_sim_rho_clone,-1);
// h_tgt_sub->Add(h_sim_xphsp_clone,-1);
h_tgt_sub->Add(h_sim_omega_clone, -1);
// h_tgt_sub->Add(h_sim_eta_clone,-1);
// h_tgt_sub->Add(h_sim_etap_clone,-1);
pp2 = (TPad*) cc2->GetPad(i);
pp2->cd();
pp2->SetLeftMargin(0.1);
pp2->SetRightMargin(0.002);
h_tgt_sub->GetXaxis()->SetRangeUser(0.60, 1);
// h_tgt_sub->GetXaxis()->SetRangeUser(fit_local_lo-0.05, fit_local_hi+0.05);
TH1F* h_sim_bg = (TH1F*) h_sim_rho_clone->Clone();
h_sim_bg->Add(h_sim_xphsp_clone, 1);
h_sim_bg->Add(h_sim_eta_clone, 1);
h_sim_bg->Add(h_sim_etap_clone, 1);
TH1F* h_sim_bg_int = (TH1F*) h_sim_bg->Clone("h_tgt_zero_int");
h_sim_bg_int->Reset();
Float_t bg_chi2 = 0.0;
Float_t bg_dof = 0.0;
for (Int_t bin_itt = lo_limit_bin; bin_itt <= hi_limit_bin; bin_itt++) {
Double_t bin_con = h_tgt_sub->GetBinContent(bin_itt);
Float_t data_err = h_tgt[in]->GetBinError(bin_itt);
if(h_tgt[in]->GetBinContent(bin_itt) == 0.0 && bin_con != 0.0) {
data_err = 1.0;
}
Float_t omega_err = h_sim[in]->GetBinError(bin_itt) * omega_scale_fac;
Double_t bin_err = sqrt(data_err**2 + omega_err**2);
// h_tgt_sub->GetBinError(bin_err);