public virtual void Deact()
{
for (int i = 0; i < reactorList.Count; i++)
{
Reactor r = reactorList[i];
r.Deact();
}
}
public virtual void Dewit() //THIS IS WHAT THE AFFECTER WILL PERFORM EVERY TURN, IF ACTIVE
{
vitality += vRate; //UPDATE VITALITY
for (int i = 0; i < interactorList.Count; i++) //FOR EACH INTERACTOR IN THE LIST
{
Affecter interactor = interactorList.ElementAt(i); //FOR EACH INTERACTOR IN THE LIST
if (!(interactor).IsPresent()) //IF THE INTERACTOR ISN'T ALIVE
{
interactorList.Remove(interactor); //DELET THIS
continue; //IGNORE THE REST OF THE POTENTIAL INTERACTION WITH THIS INTERACTOR
}
if (layered && interactor.IsLayered()) //IF BOTH AFFECTERS ACT AS LAYERS
{
if (Mathf.Abs(targetBody.GetLayerVal(interactor) - targetBody.GetLayerVal(this)) > 1) //IF THE INTERACTOR ISN'T ONE LAYER BENEATH OR ABOVE
{
continue; //CEASE THE INTERACTION
}
}
for (int j = 0; j < reactorList.Count; j++) //FOR EACH REACTOR IN THE REACTOR LIST
{
Reactor reactor = reactorList.ElementAt(j); //FOR EACH REACTOR IN THE REACTOR LIST
if (reactor.vitality <= 0) //IF THE REACTOR IS DEAD
{
if (!reactor.IsImmortal()) //LIKE... DEAD
{
reactor.Deact(); //DELETE REACTOR
if (reactor.IsVital()) //IF THE REACTOR IS VITAL
{
present = false; //DESTROY THE AFFECTER TO WHICH THE REACTOR IS ATTACHED
return;
}
}
else //IF THE REACTOR IS STILL ALIVE
{
reactor.FindMatches(interactor); //HANDLE ANY INTERACTIONS IT MIGHT HAVE WITH THE INTERACTOR
}
}
}
}
}