void KVINDRA_VAMOS::Build(Int_t run)
{
// Overrides KVMultiDetArray::Build in order to set the name of the
// couple INDRA+VAMOS. Set up the geometry of INDRA and VAMOS,
// associate the acquistion parameters with detectors, etc...
SetName("INDRA_VAMOS");
SetTitle("INDRA+VAMOS experimental setup");
Info("Build", "Building INDRA+VAMOS ...");
// Build INDRA multidetector
cout << endl << setw(20) << "" << "********************************" << endl;
cout << setw(20) << "" << "* INDRA *" << endl;
cout << setw(20) << "" << "********************************" << endl << endl;
KVINDRA* indra = new KVINDRAe503;
((KVINDRAe503*)indra)->SetDataSet(fDataSet);
indra->Build();
Add(indra);
// Build VAMOS spectrometer
cout << endl << setw(20) << "" << "********************************" << endl;
cout << setw(20) << "" << "* VAMOS *" << endl;
cout << setw(20) << "" << "********************************" << endl << endl;
KVVAMOS* vamos = KVVAMOS::MakeVAMOS(fDataSet.Data());
Add(vamos);
// Add the lists of ACQ parameters, detectors and ID telescopes of
// INDRA and VAMOS to INDRA_VAMOS
TIter next_i(indra->GetACQParams());
TIter next_v(vamos->GetACQParams());
TObject* obj;
while ((obj = next_i()) || (obj = next_v()))
AddACQParam((KVACQParam*)obj);
fDetectors.AddAll(indra->GetDetectors());
fDetectors.AddAll(vamos->GetDetectors());
fIDTelescopes->AddAll(indra->GetListOfIDTelescopes());
fIDTelescopes->AddAll(vamos->GetListOfIDTelescopes());
// To be sure that gMultiDetArray points on this object.
gMultiDetArray = this;
if (run > -1) SetParameters(run);
}
ConstObjectIterator & operator=(nm_node_it it) {
_it = it;
_next = next_i();
return *this;
}
Object const * next(void) {
if (_next == NULL) return NULL;
Object const * r = _next;
_next = next_i();
return r;
}
ConstObjectIterator(nm_node_it it) : _next(NULL), _it(it) { _next = next_i(); }
