///output operator
ostream& StatSample::print_tex (ostream& os, const string title) const {
bool weightMode = _weight->nevents() > 0 ? true : false ;
os << "" << endl;
os << "% Efficiency table %" << endl;
os << "" << endl;
os << "\\begin{table}[p]" << endl;
os << "\\begin{center}" << endl;
os << "\\begin{tabular}{lrrr" ;
if (weightMode) os << "r" ;
os << "}" << endl;
os << " \\hline \\hline" << endl;
os << " Selection & Events & Relative & Total " ;
if (weightMode) os << "& Total Corrected by Event Weights " ;
os << "\\\\ \\hline" << endl;
os << tex(eventSelection(0)->name()) << " & " ;
os << nevents(0) << " & & " ;
if (weightMode) os << " & " ;
os << "\\\\ " << endl ;
for (unsigned int n = 1; n < size() ; n++) {
os << tex(eventSelection(n)->name()) << " & " ;
os << nevents(n) << " & ";
if (eventSelection(n)->isWeight()) {
os << " $\\mathit{ " << eff(n) << " \\pm "
<< effErr(n) << " }$ & & " ;
if (weightMode) os << " & " ;
} else {
os << " $ " << 100.0*eff(n) << " \\pm "
<< 100.0*effErr(n) << " ~\\% $ & " ;
os << " $ " << 100.0*effGlob(n) << " \\pm "
<< 100.0*effErrGlob(n) << "~\\% $ " ;
if (weightMode)
os << " $ " << 100.0*correctedEfficiency(n) << " \\pm "
<< 100.0*correctedEffErr(n) << "~\\% $ " ;
}
os << " \\\\ " << endl ;
}
os << " \\hline " << endl;
os << " \\hline" << endl;
os << " \\end{tabular}" << endl;
os << " \\caption{" << title << " Sample " << name() << " }" << endl;
os << " \\label{Table:" << title.c_str() << ":" << name() << "}" << endl;
os << "\\end{center}" << endl;
os << "\\end{table}" << endl;
os << endl;
return os ;
}
ostream& StatSample::HtmlTable(ostream& os) const {
bool weightMode = _weight->nevents() > 0 ? true : false ;
os << "<TABLE BORDERCOLORDARK=\"996633\" BORDERCOLOR=\"CC9966\" BORDERCOLORLIGHT=\"FFCC99\" border=3 cellPadding=5 width=\"99%\">" << endl ;
os << "<TBODY align=right>" << endl ;
os << "<TR>" << endl ;
os << "<TH align=left>" << endl ;
os << "SELECTION" ;
os << " </TH>" << endl ;
if (weightMode)
os << "<TH align=center colspan=4>" << endl ;
else
os << "<TH align=center colspan=3>" << endl ;
os << name() << endl ;
os << "</TH>" << endl ;
os << "</TR>" << endl ;
bool color = false ;
for (unsigned int n = 0; n < size() ; n++) {
if (color) {
os << "<TR BGCOLOR=#bfefff>" << endl ;
color = !color ;
} else {
os << "<TR>" << endl ;
color = !color ;
}
os << "<TD align=left>" << endl ;
os << eventSelection(n)->name() << endl ;
os << "</TD>" << endl ;
os << "<TD TITLE=\"Number of events\">" << endl ;
os << nevents(n) << endl ;
if (n==0) {
os << "<TD> </TD> <TD> </TD>" ;
if (weightMode) os << "<TD> </TD> " ;
os << endl ;
continue ;
}
if (eventSelection(n)->isWeight()) {
if (eventSelection(n)->name() == eventWeight()->name())
os << "</TD> <TD TITLE=\"Global event weight\">" << endl ;
else
os << "</TD> <TD TITLE=\"Average weight\">" << endl ;
os << eff(n) << "±" << effErr(n)<< endl ;
os << "</TD> <TD>  </TD>";
if (weightMode) os << "<TD>  </TD>";
os << endl ;
continue ;
}
os << "</TD><TD TITLE=\"Selection efficiency\">"<< endl ;
os << 100.0*eff(n) << "±" << 100.0*effErr(n) << "%" << endl ;
os << "</TD><TD TITLE=\"Global efficiency\">"<< endl ;
os << 100.0*effGlob(n) << "±" << 100.0*effErrGlob(n) << "%"
<< endl ;
os << "</TD>" << endl ;
if (weightMode) {
os << "</TD><TD TITLE=\"Global efficiency corrected by the event weight\">"<< endl ;
os << 100.0*correctedEfficiency(n) << "±" << 100.0*correctedEffErr(n) << "%"
<< endl ;
os << "</TD>" << endl ;
}
os << "</TR>" << endl ;
}
os << "</TBODY></TABLE>" << endl ;
return os ;
}
void PhiModel::DefineModel()
{
if(par->debug) std::cout<<"Running: PhiModel::DefineModel()"<<std::endl;
std::map<std::string,std::string> mod;
std::map<std::string,std::string> Bmod;
mod[Ds2PhiPi]="#phi#pi"; mod[Ds2KKPi]="KK#pi"; mod[Ds2KPiPi]="K#pi#pi"; mod[Ds2KKPi]="#pi#pi#pi";
Bmod[DsD0]="D_{s}D^{0}"; Bmod[DsPhi]="D_{s}#phi";
// --------- Yields for DsD0, in an array (as line 447 of Model.C) ---------------
if(par->debug) std::cout<<"Running: PhiModel::DefineModel() --> Making RooRealVars"<<std::endl;
for(std::vector<std::string>::iterator h=HelBinList.begin();h!=HelBinList.end();h++){
for(std::vector<std::string>::iterator ds=DsBDTBinList.begin();ds!=DsBDTBinList.end();ds++){
for(std::vector<std::string>::iterator ph=PhiBDTBinList.begin();ph!=PhiBDTBinList.end();ph++){
for(std::vector<std::string>::iterator a=magnetList.begin();a!=magnetList.end();a++){
for(std::vector<std::string>::iterator c=chargeList.begin();c!=chargeList.end();c++){
yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2PhiPi][*c][*a] = new RooRealVar(Form("yield_%s_peak_DsD0_Ds2PhiPi_%s_%s_%s_%s_%s",particle_name[DsD0].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Peak D_{s}D^{0} (#phi#pi)", 1660, 0, 830000);
yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2KKPi][*c][*a] = new RooRealVar(Form("yield_%s_peak_DsD0_Ds2KKPi_%s_%s_%s_%s_%s",particle_name[DsD0].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Peak D_{s}D^{0} (KK#pi)", 1660, 0, 830000);
yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2PiPiPi][*c][*a] = new RooRealVar(Form("yield_%s_peak_DsD0_Ds2PiPiPi_%s_%s_%s_%s_%s",particle_name[DsD0].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Peak D_{s}D^{0} (#pi#pi#pi)", 350, 0, 175000);
yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2KPiPi][*c][*a] = new RooRealVar(Form("yield_%s_peak_DsD0_Ds2KPiPi_%s_%s_%s_%s_%s",particle_name[DsD0].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Peak D_{s}D^{0} (K#pi#pi)", 200, 0, 100000);
yield_Phi_comb[*h][*ds][*ph][DsD0][Ds2PhiPi][*c][*a] = new RooRealVar(Form("yield_%s_comb_DsD0_Ds2PhiPi_%s_%s_%s_%s_%s",particle_name[DsD0].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Comb. D_{s}D^{0} (#phi#pi)", 710, 0, 600000);
yield_Phi_comb[*h][*ds][*ph][DsD0][Ds2KKPi][*c][*a] = new RooRealVar(Form("yield_%s_comb_DsD0_Ds2KKPi_%s_%s_%s_%s_%s",particle_name[DsD0].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Comb. D_{s}D^{0} (KK#pi)", 710, 0, 600000);
yield_Phi_comb[*h][*ds][*ph][DsD0][Ds2PiPiPi][*c][*a] = new RooRealVar(Form("yield_%s_comb_DsD0_Ds2PiPiPi_%s_%s_%s_%s_%s",particle_name[DsD0].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Comb. D_{s}D^{0} (#pi#pi#pi)", 390, 0, 600000);
yield_Phi_comb[*h][*ds][*ph][DsD0][Ds2KPiPi][*c][*a] = new RooRealVar(Form("yield_%s_comb_DsD0_Ds2KPiPi_%s_%s_%s_%s_%s",particle_name[DsD0].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Comb. D_{s}D^{0} (K#pi#pi)", 200, 0, 600000);
// ---------------
// DsPhi variables
// ---------------
yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2PhiPi][*c][*a] = new RooRealVar(Form("yield_%s_peak_DsPhi_Ds2PhiPi_%s_%s_%s_%s_%s",particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Peak D_{s}#phi (#phi#pi)", 1660, 0, 83000);
yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2KKPi][*c][*a] = new RooRealVar(Form("yield_%s_peak_DsPhi_Ds2KKPi_%s_%s_%s_%s_%s",particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Peak D_{s}#phi (KK#pi)", 1660, 0, 83000);
yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2PiPiPi][*c][*a] = new RooRealVar(Form("yield_%s_peak_DsPhi_Ds2PiPiPi_%s_%s_%s_%s_%s",particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Peak D_{s}#phi (#pi#pi#pi)", 350, 0, 17500);
yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2KPiPi][*c][*a] = new RooRealVar(Form("yield_%s_peak_DsPhi_Ds2KPiPi_%s_%s_%s_%s_%s",particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Peak D_{s}#phi (K#pi#pi)", 200, 0, 10000);
yield_Phi_comb[*h][*ds][*ph][DsPhi][Ds2PhiPi][*c][*a] = new RooRealVar(Form("yield_%s_comb_DsPhi_Ds2PhiPi_%s_%s_%s_%s_%s",particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Comb. D_{s}#phi (#phi#pi)", 710, 0, 600000);
yield_Phi_comb[*h][*ds][*ph][DsPhi][Ds2KKPi][*c][*a] = new RooRealVar(Form("yield_%s_comb_DsPhi_Ds2KKPi_%s_%s_%s_%s_%s",particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Comb. D_{s}#phi (KK#pi)", 710, 0, 600000);
yield_Phi_comb[*h][*ds][*ph][DsPhi][Ds2PiPiPi][*c][*a] = new RooRealVar(Form("yield_%s_comb_DsPhi_Ds2PiPiPi_%s_%s_%s_%s_%s",particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Comb. D_{s}#phi (#pi#pi#pi)", 390, 0, 600000);
yield_Phi_comb[*h][*ds][*ph][DsPhi][Ds2KPiPi][*c][*a] = new RooRealVar(Form("yield_%s_comb_DsPhi_Ds2KPiPi_%s_%s_%s_%s_%s",particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "Yield #phi Comb. D_{s}#phi (K#pi#pi)", 200, 0, 600000);
// -------------------------------------------------------------------------
if(par->debug) std::cout<<"Running: PhiModel::DefineModel() --> Setting up blinding"<<std::endl;
// RooCategory used for blind/unblind switching.
TString blind("blind"), unblind("unblind");
RooCategory blindCatBu("blindCatBu","Bu blind state Category");
blindCatBu.defineType(unblind, 0);
blindCatBu.defineType(blind, 1);
if (needsBlinding)
blindCatBu.setLabel(blind);
else
blindCatBu.setLabel(unblind);
if(needsBlinding){
Phi_yield[*h][*ds][*ph][DsD0][Ds2PhiPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2PhiPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsD0][Ds2KKPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2KKPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsD0][Ds2KPiPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2KPiPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsD0][Ds2PiPiPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2PiPiPi][*c][*a];
//Phi_yield[DsD0][Ds2PhiPi][*c][*a] = new RooUnblindUniform(Form("B_nsig_DsD0_Ds2PhiPi_%s_%s",(*c).c_str(),(*a).c_str()), "nsig Bu blind (#phi#pi)", "nsigBuDsD0blindedPhiPi", 1000., *yield_Phi_peak[DsD0][Ds2PhiPi][*c][*a] );
//Phi_yield[DsD0][Ds2KKPi][*c][*a] = new RooUnblindUniform(Form("B_nsig_DsD0_Ds2KKPi_%s_%s",(*c).c_str(),(*a).c_str()), "nsig Bu blind (KK#pi)", "nsigBuDsD0blindedKKPi", 1000., *yield_Phi_peak[DsD0][Ds2KKPi][*c][*a] );
//Phi_yield[DsD0][Ds2PiPiPi][*c][*a] = new RooUnblindUniform(Form("B_nsig_DsD0_Ds2PiPiPi_%s_%s",(*c).c_str(),(*a).c_str()), "nsig Bu blind (#pi#pi#pi)","nsigBuDsD0blindedPiPiPi", 100., *yield_Phi_peak[DsD0][Ds2PiPiPi][*c][*a] );
//Phi_yield[DsD0][Ds2KPiPi][*c][*a] = new RooUnblindUniform(Form("B_nsig_DsD0_Ds2KPiPi_%s_%s",(*c).c_str(),(*a).c_str()), "nsig Bu blind (K#pi#pi)", "nsigBuDsD0blindedKPiPi", 100., *yield_Phi_peak[DsD0][Ds2KPiPi][*c][*a] );
// Only Blind DsPhi numbers...
Phi_yield[*h][*ds][*ph][DsPhi][Ds2PhiPi][*c][*a] = new RooUnblindUniform(Form("%s_nsig_DsPhi_Ds2PhiPi_%s_%s_%s_%s_%s", particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "nsig Bu blind (#phi#pi)", "nsigBuDsPhiblindePhiPi", 40., *yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2PhiPi][*c][*a] );
Phi_yield[*h][*ds][*ph][DsPhi][Ds2KKPi][*c][*a] = new RooUnblindUniform(Form("%s_nsig_DsPhi_Ds2KKPi_%s_%s_%s_%s_%s", particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "nsig Bu blind (KK#pi)", "nsigBuDsPhiblindedKKPi", 40., *yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2KKPi][*c][*a] );
Phi_yield[*h][*ds][*ph][DsPhi][Ds2PiPiPi][*c][*a] = new RooUnblindUniform(Form("%s_nsig_DsPhi_Ds2PiPiPi_%s_%s_%s_%s_%s",particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "nsig Bu blind (#pi#pi#pi)","nsigBuDsPhiblindedPiPiPi", 20., *yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2PiPiPi][*c][*a]);
Phi_yield[*h][*ds][*ph][DsPhi][Ds2KPiPi][*c][*a] = new RooUnblindUniform(Form("%s_nsig_DsPhi_Ds2KPiPi_%s_%s_%s_%s_%s", particle_name[DsPhi].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*c).c_str(),(*a).c_str()), "nsig Bu blind (K#pi#pi)", "nsigBuDsPhiblindedKPiPi", 10., *yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2KPiPi][*c][*a] );
} else {
Phi_yield[*h][*ds][*ph][DsD0][Ds2PhiPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2PhiPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsD0][Ds2KKPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2KKPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsD0][Ds2KPiPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2KPiPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsD0][Ds2PiPiPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsD0][Ds2PiPiPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsPhi][Ds2PhiPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2PhiPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsPhi][Ds2KKPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2KKPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsPhi][Ds2KPiPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2KPiPi][*c][*a];
Phi_yield[*h][*ds][*ph][DsPhi][Ds2PiPiPi][*c][*a] = yield_Phi_peak[*h][*ds][*ph][DsPhi][Ds2PiPiPi][*c][*a];
}
} //end of loop over chargeList
} //end of loop over magnetList
}
}
}
// --------- Mean B mass ---------------
double default_Phi=1019.461;
double Phi_low = 994.461;
double Phi_high = 1044.461;
double default_D0 =1864.84;
double D0_low = 1839.84;
double D0_high = 1889.84;
for(std::vector<std::string>::iterator h=allHelbinList.begin();h!=allHelbinList.end();h++){
for(std::vector<std::string>::iterator ds=allDsBDTbinList.begin();ds!=allDsBDTbinList.end();ds++){
for(std::vector<std::string>::iterator ph=allPhiBDTbinList.begin();ph!=allPhiBDTbinList.end();ph++){
for(std::vector<std::string>::iterator b=allBmodeList.begin();b!=allBmodeList.end();b++){
for(std::vector<std::string>::iterator m=allmodeList.begin();m!=allmodeList.end();m++){
bool isPhi = false;
if((*b).c_str()==DsPhi) isPhi = true;
mean_Phi[*h][*ds][*ph][*b][*m][both][both] = new RooRealVar(Form("mean_%s_%s_%s_%s_%s_%s" ,particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()), "Mean Phi mass", (isPhi?default_Phi:default_D0), (isPhi?Phi_low:D0_low), (isPhi?Phi_high:D0_high));
mean_Phi[*h][*ds][*ph][*b][*m][plus][up] = new RooRealVar(Form("mean_%s_%s_%s_%s_%s_plus_up_%s" ,particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()), "Mean Phi mass", (isPhi?default_Phi:default_D0), (isPhi?Phi_low:D0_low), (isPhi?Phi_high:D0_high));
mean_Phi[*h][*ds][*ph][*b][*m][minus][dn] = new RooRealVar(Form("mean_%s_%s_%s_%s_%s_minus_dn_%s" ,particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()), "Mean Phi mass", (isPhi?default_Phi:default_D0), (isPhi?Phi_low:D0_low), (isPhi?Phi_high:D0_high));
mean_Phi[*h][*ds][*ph][*b][*m][plus][dn] = new RooRealVar(Form("mean_%s_%s_%s_%s_%s_plus_dn_%s" ,particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()), "Mean Phi mass", (isPhi?default_Phi:default_D0), (isPhi?Phi_low:D0_low), (isPhi?Phi_high:D0_high));
mean_Phi[*h][*ds][*ph][*b][*m][minus][up] = new RooRealVar(Form("mean_%s_%s_%s_%s_%s_minus_up_%s" ,particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()), "Mean Phi mass", (isPhi?default_Phi:default_D0), (isPhi?Phi_low:D0_low), (isPhi?Phi_high:D0_high));
mean_Phi[*h][*ds][*ph][*b][*m][plus][both] = new RooRealVar(Form("mean_%s_%s_%s_%s_%s_plus_both_%s" ,particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()), "Mean Phi mass", (isPhi?default_Phi:default_D0), (isPhi?Phi_low:D0_low), (isPhi?Phi_high:D0_high));
mean_Phi[*h][*ds][*ph][*b][*m][minus][both]= new RooRealVar(Form("mean_%s_%s_%s_%s_%s_minus_both_%s",particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()), "Mean Phi mass", (isPhi?default_Phi:default_D0), (isPhi?Phi_low:D0_low), (isPhi?Phi_high:D0_high));
mean_Phi[*h][*ds][*ph][*b][*m][both][up] = mean_Phi[*h][*ds][*ph][*b][*m][both][both];
mean_Phi[*h][*ds][*ph][*b][*m][both][dn] = mean_Phi[*h][*ds][*ph][*b][*m][both][both];
mean_Phi[*h][*ds][*ph][*b][Ds2KPiPi][both][both] = mean_Phi[*h][*ds][*ph][*b][Ds2KKPi][both][both];
mean_Phi[*h][*ds][*ph][*b][Ds2PiPiPi][both][both] = mean_Phi[*h][*ds][*ph][*b][Ds2KKPi][both][both];
mean_Phi[*h][*ds][*ph][*b][Ds2PhiPi][both][both] = mean_Phi[*h][*ds][*ph][*b][Ds2KKPi][both][both];
}
}
}
}
}
if(par->debug) std::cout<<"Running: PhiModel::DefineModel() --> Making more RooRealVars"<<std::endl;
// --------- Signal width ---------------
for(std::vector<std::string>::iterator h=allHelbinList.begin();h!=allHelbinList.end();h++){
for(std::vector<std::string>::iterator ds=allDsBDTbinList.begin();ds!=allDsBDTbinList.end();ds++){
for(std::vector<std::string>::iterator ph=allPhiBDTbinList.begin();ph!=allPhiBDTbinList.end();ph++){
for(std::vector<std::string>::iterator b=allBmodeList.begin();b!=allBmodeList.end();b++){
for(std::vector<std::string>::iterator m=allmodeList.begin();m!=allmodeList.end();m++){
sigma_Phi[*h][*ds][*ph][*b][*m][both][both] = new RooRealVar(Form("sigma_%s_%s_%s_%s_%s_%s",particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()) ,Form("%s sigma",mod[*b].c_str()),10, 1, 20); //change D0 to D^0
sigma_Phi[*h][*ds][*ph][*b][*m][plus][both] = sigma_Phi[*h][*ds][*ph][*b][*m][both][both];
sigma_Phi[*h][*ds][*ph][*b][*m][minus][both] = sigma_Phi[*h][*ds][*ph][*b][*m][both][both];
sigma_Phi[*h][*ds][*ph][*b][*m][plus][up] = new RooRealVar(Form("sigma_%s_%s_%s_%s_%s_%s_plus_up",particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()) ,Form("%s sigma",mod[*b].c_str()),10, 1, 20);
sigma_Phi[*h][*ds][*ph][*b][*m][plus][dn] = new RooRealVar(Form("sigma_%s_%s_%s_%s_%s_%s_plus_dn",particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()) ,Form("%s sigma",mod[*b].c_str()),10, 1, 20);
sigma_Phi[*h][*ds][*ph][*b][*m][minus][up] = new RooRealVar(Form("sigma_%s_%s_%s_%s_%s_%s_minus_up",particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()) ,Form("%s sigma",mod[*b].c_str()),10, 1, 20);//sigma_Phi[*m][minus][up] = sigma_Phi[*m][plus][dn];
sigma_Phi[*h][*ds][*ph][*b][*m][minus][dn] = new RooRealVar(Form("sigma_%s_%s_%s_%s_%s_%s_minus_dn",particle_name[*b].c_str(),(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()) ,Form("%s sigma",mod[*b].c_str()),10, 1, 20);//sigma_Phi[*m][minus][dn] = sigma_Phi[*m][plus][up];
sigma_Phi[*h][*ds][*ph][*b][*m][both][up] = sigma_Phi[*h][*ds][*ph][*b][*m][both][both];
sigma_Phi[*h][*ds][*ph][*b][*m][both][dn] = sigma_Phi[*h][*ds][*ph][*b][*m][both][both];
sigma_Phi[*h][*ds][*ph][DsPhi][*m][both][dn] = sigma_Phi[*h][*ds][*ph][DsD0][*m][both][both];
sigma_Phi[*h][*ds][*ph][DsPhi][*m][both][up] = sigma_Phi[*h][*ds][*ph][DsD0][*m][both][both];
}
}
}
}
}
// --------- Comb. background slope ---------------
for(std::vector<std::string>::iterator h=allHelbinList.begin();h!=allHelbinList.end();h++){
for(std::vector<std::string>::iterator ds=allDsBDTbinList.begin();ds!=allDsBDTbinList.end();ds++){
for(std::vector<std::string>::iterator ph=allPhiBDTbinList.begin();ph!=allPhiBDTbinList.end();ph++){
for(std::vector<std::string>::iterator b=allBmodeList.begin();b!=allBmodeList.end();b++){
for(std::vector<std::string>::iterator m=allmodeList.begin();m!=allmodeList.end();m++){
comb_a1[*h][*ds][*ph][*b][*m] = new RooRealVar(Form("comb_a1_%s_%s_%s_%s_%s",(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()) ,Form("%s comb. a1",mod[*b].c_str()), 0.4, -1.0, 1.0);
comb_a2[*h][*ds][*ph][*b][*m] = new RooRealVar(Form("comb_a2_%s_%s_%s_%s_%s",(*h).c_str(),(*ds).c_str(),(*ph).c_str(),(*b).c_str(),(*m).c_str()) ,Form("%s comb. a2",mod[*b].c_str()), -0.004, -1.0, 1.0);
}
}
}
}
}
// --------- Fix RooRealVars to each other -------------
// ------------------------------------------------------
// ------------------------------------------------------
for(std::vector<std::string>::iterator h=allHelbinList.begin();h!=allHelbinList.end();h++){
for(std::vector<std::string>::iterator ds=allDsBDTbinList.begin();ds!=allDsBDTbinList.end();ds++){
for(std::vector<std::string>::iterator ph=allPhiBDTbinList.begin();ph!=allPhiBDTbinList.end();ph++){
for(std::vector<std::string>::iterator b=allBmodeList.begin();b!=allBmodeList.end();b++){
for(std::vector<std::string>::iterator m=allmodeList.begin();m!=allmodeList.end();m++){
// Fix comb slope to be the same
comb_a1[*h][*ds][*ph][*b][*m] = comb_a1[*HelBinList.begin()][*DsBDTBinList.begin()][*PhiBDTBinList.begin()][*BmodeList.begin()][*modeList.begin()];
comb_a2[*h][*ds][*ph][*b][*m] = comb_a2[*HelBinList.begin()][*DsBDTBinList.begin()][*PhiBDTBinList.begin()][*BmodeList.begin()][*modeList.begin()];
for(std::vector<std::string>::iterator a=magnetList.begin();a!=magnetList.end();a++){
for(std::vector<std::string>::iterator c=chargeList.begin();c!=chargeList.end();c++){
// Use same mean value for all plots
mean_Phi[*h][*ds][*ph][*b][*m][*a][*c] = mean_Phi[*HelBinList.begin()][*DsBDTBinList.begin()][*PhiBDTBinList.begin()][*BmodeList.begin()][*modeList.begin()][both][both];
// Allow sigma_Phi to vary between Ds decay modes
sigma_Phi[*h][*ds][*ph][*b][*m][*a][*c] = sigma_Phi[*HelBinList.begin()][*DsBDTBinList.begin()][*PhiBDTBinList.begin()][*BmodeList.begin()][*m][*magnetList.begin()][*chargeList.begin()];
}
}
}
}
}
}
}
// --------- Define the simultaneous PDFs ---------------
// ------------------------------------------------------
// ------------------------------------------------------
if(par->debug) std::cout<<"Running: PhiModel::DefineModel() --> Setting up simultaneous PDF"<<std::endl;
sim = new RooSimultaneous("model","Simultaneous model",*cat);
RooAbsPdf *pdf_peak = 0;
RooAbsPdf *pdf_comb = 0;
for(std::vector<std::string>::iterator h=HelBinList.begin();h!=HelBinList.end();h++){
for(std::vector<std::string>::iterator ds=DsBDTBinList.begin();ds!=DsBDTBinList.end();ds++){
for(std::vector<std::string>::iterator ph=PhiBDTBinList.begin();ph!=PhiBDTBinList.end();ph++){
for(std::vector<std::string>::iterator b=BmodeList.begin();b!=BmodeList.end();b++){
for(std::vector<std::string>::iterator m=modeList.begin();m!=modeList.end();m++){
for(std::vector<std::string>::iterator a=magnetList.begin();a!=magnetList.end();a++){
for(std::vector<std::string>::iterator c=chargeList.begin();c!=chargeList.end();c++){
std::string tag=(*h)+underscore+(*ds)+underscore+(*ph)+underscore+(*b)+underscore+(*m)+underscore+(*c)+underscore+(*a);
if(par->debug) std::cout<<"Running: PhiModel::DefineModel() --> Adding to sim pdf: "<< tag <<std::endl;
//DsD0
RooAbsReal* mub = mean_Phi[*h][*ds][*ph][*b][*m][*c][*a];
RooAbsReal* sig = sigma_Phi[*h][*ds][*ph][*b][*m][*c][*a];
pdf_peak = new RooGaussian( Form("pdf_Phi_peak_%s",tag.c_str()), "", (((*b).c_str()==DsPhi)?*mPhi:*mD0), *mub, *sig );
//comb bkg
RooRealVar* comba1 = comb_a1[*h][*ds][*ph][*b][*m];
RooRealVar* comba2 = comb_a2[*h][*ds][*ph][*b][*m];
pdf_comb = new RooChebychev(Form("pdf_Phi_comb_%s",tag.c_str()),"",(((*b).c_str()==DsPhi)?*mPhi:*mD0),RooArgSet(*comba1,*comba2)) ;
//List of PDFs and yields
RooArgSet pdflist( *pdf_peak, *pdf_comb);
RooArgSet nevents( *Phi_yield[*h][*ds][*ph][*b][*m][*c][*a], *yield_Phi_comb[*h][*ds][*ph][*b][*m][*c][*a]);
//Add to master PDF
RooAddPdf* masterPdf = new RooAddPdf(Form("masterPdf_Phi_%s",tag.c_str()) ,"",pdflist, nevents);
std::stringstream str;
str<<(*h)<<underscore<<(*ds)<<underscore<<(*ph)<<underscore<<(*b)<<underscore<<(*m)<<underscore<<(*c)<<underscore<<(*a);
sim->addPdf(*masterPdf,str.str().c_str());
}
}
}
}//closing of for loops over b, m, a and c
}
}
} // closing loop over h
} //end of funcn DefineModel()
