void UpdateResidentsAge()
{
//iterate backwards to not have any problems with removing residents or children
for (int i = Residents.Count - 1; i >= 0; i--)
{
Prole p = Residents[i];
bool diseased = p.diseased;
p.UpdateAge();
if (!p.diseased && diseased)
{
RemoveDiseasedResident(); //if resident was diseased and is no longer bc time ran out, remove one from the diseased count
}
//the reason we age children here and not in Prole.UpdateAge() is so we can detect death and coming of age
for (int j = p.children.Count - 1; j >= 0; j--)
{
Child c = p.children[j];
bool diseasedC = c.diseased;
c.UpdateAge();
if (!c.diseased && diseasedC)
{
RemoveDiseasedResident(); //if the child was diseased and is no longer bc time ran out, remove one from the diseased count
}
//do if c is dead
if (c.markedForDeath)
{
//if c was diseased upon death, remove one from diseased count
if (c.diseased)
{
RemoveDiseasedResident();
}
p.children.Remove(c);
c.Kill();
Corpses++;
}
//do if c is grown up
else if (c.GrownUp)
{
ReceiveImmigrant(p.GrowUpChild(c));
p.children.Remove(c);
}
}
//do if p is about to die
if (p.markedForDeath)
{
//if c was diseased upon death, remove one from diseased count
if (p.diseased)
{
RemoveDiseasedResident();
}
p.Kill();
population.RemoveProle(p);
Corpses++;
}
}
}
void SendOutProspects()
{
//iterate backwards to avoid problems from removing prospects
for (int i = Prospects.Count - 1; i >= 0; i--)
{
Prole prospect = Prospects[i];
if (prospect.rejected) //send prospect out of it is rejected or now too old to work or has waited for too long (regardless of hire status)
{
SendAwayProspect(prospect);
}
else if (prospect.accepted)
{
HireProspect(prospect);
}
prospect.UpdateAge(); //here we can have the prospect age and also countdown to leaving if they waited for too long
}
}
