std::vector<Quintet> VetoTopPartnerLeptonic::Quintets(boca::Event const& event, std::function<Quintet(Quintet&)> const& function)
{
INFO0;
auto quintets = partner_reader_.Multiplets(event);
auto triplets = top_reader_.Multiplets(event);
std::vector<Quintet> vetos;
for (auto const & doublet : higgs_reader_.Multiplets(event,6)) {
for (auto const & triplet : triplets) {
Quintet veto(triplet, doublet);
if (veto.Overlap()) continue;
for (auto const & quintet : quintets) {
Decuplet55 decuplet(quintet, veto);
if (decuplet.Overlap()) continue;
vetos.emplace_back(function(veto));
break;
}
}
}
return vetos;
}
std::vector<Quattuordecuplet554> SignatureEffectiveTagger::Quattuordecuplets(boca::Event const& event, std::function< Quattuordecuplet554(Quattuordecuplet554&)> const& function)
{
INFO0;
auto hadronic = top_partner_hadronic_reader_.Multiplets(event, 8);
auto leptonic = top_partner_leptonic_reader_.Multiplets(event, 8);
auto higgs_pairs = higgs_pair_reader_.Multiplets(event, 8);
auto signatures = Triples(hadronic, leptonic, higgs_pairs, [&](Quintet const & quintet_1, Quintet const & quintet_2) {
Decuplet55 decuplet(quintet_1, quintet_2);
if (decuplet.Overlap()) throw Overlap();
return decuplet;
}, [&](Decuplet55 const & decuplet, Quartet22 const & quartet) {
Quattuordecuplet554 quattuordecuplet;
quattuordecuplet.SetMultiplets12(decuplet, quartet);
if (quattuordecuplet.Overlap()) throw Overlap();
return function(quattuordecuplet);
});
// static int sig = 0;
// static int eve = 0;
// ++eve;
// if (!signatures.empty()) ++sig;
// double fraction = double(sig) / eve;
// ERROR(signatures.size(), hadronic.size(), leptonic.size(), higgs_pairs.size(), fraction);
return signatures;
}
