FunctionalRxnClass::FunctionalRxnClass(string name, GlobalFunction *gf, TransformationSet *transformationSet, System *s) :
BasicRxnClass(name,1,"",transformationSet,s)
{
this->cf=0;
this->gf=gf;
for(int vr=0; vr<gf->getNumOfVarRefs(); vr++) {
if(gf->getVarRefType(vr)=="Observable") {
Observable *obs = s->getObservableByName(gf->getVarRefName(vr));
obs->addDependentRxn(this);
} else {
cerr<<"When creating a FunctionalRxnClass of name: "+name+" you provided a function that\n";
cerr<<"depends on an observable type that I can't yet handle! (which is "+gf->getVarRefType(vr)+"\n";
cerr<<"try using type: 'MoleculeObservable' for now.\n";
cerr<<"quiting..."<<endl; exit(1);
}
}
}
void CompositeFunction::setGlobalObservableDependency(ReactionClass *r, System *s) {
for(int i=0; i<this->n_gfs; i++) {
GlobalFunction *gf=gfs[i];
for(int vr=0; vr<gf->getNumOfVarRefs(); vr++) {
if(gf->getVarRefType(vr)=="Observable") {
Observable *obs = s->getObservableByName(gf->getVarRefName(vr));
obs->addDependentRxn(r);
} else {
cerr<<"When creating a FunctionalRxnClass of name: "+r->getName()+" you provided a function that\n";
cerr<<"depends on an observable type that I can't yet handle! (which is "+gf->getVarRefType(vr)+"\n";
cerr<<"try using type: 'MoleculeObservable' for now.\n";
cerr<<"quiting..."<<endl; exit(1);
}
}
}
}