extern void get_guidance(double time, struct sensordata *sensorData_ptr, struct nav *navData_ptr, struct control *controlData_ptr){
controlData_ptr->phi_cmd = doublet(2, time, 4, 20*D2R) + \
doublet(10, time, 4, 20*D2R) + \
doublet(16, time, 4, 20*D2R); // Roll angle command; doublet at 2 sec, fault at 8, doublets at 10 and 16
controlData_ptr->theta_cmd = base_pitch_cmd; // Pitch angle command
}
std::vector<Doublet> WLeptonic::Doublets(boca::Event const &event, std::function<boost::optional<Doublet>(Doublet &)> const &function) const
{
INFO0;
// std::vector<Lepton> leptons = SortedByPt(event.Leptons());
auto leptons = Leptons(event);
auto missing_et = event.MissingEt();
auto doublets = std::vector<Doublet> {};
for (auto const &lepton : leptons) {
if (reconstruct_neutrino_) {
auto reconstructed = ReconstructNeutrino(lepton, missing_et.Transverse());
for (auto &doublet : reconstructed) if (auto optional = function(doublet)) doublets.emplace_back(*optional);
} else {
Doublet doublet(lepton, {});
doublets.emplace_back(doublet);
}
}
return doublets;
}
Object * cons(Object * object) {
if (object->getObjectType() == NIL) {
Doublet doublet(new Nil, new Nil);
Object * res = &doublet;
return res;
}
if (object->getObjectType() != DOUBLET) {
return new Nil;
}
Doublet * doubletInput = dynamic_cast<Doublet *>(object);
if (doubletInput->getCdr()->getObjectType() == NIL) {
Doublet doubletOutput(doubletInput->getCar(), new Nil);
Object * res = &doubletOutput;
return res;
}
Doublet doubletOutput(doubletInput->getCar(), doubletInput->getCdr());
Object * res = &doubletOutput;
return res;
}
