// depends on mCrusadeFeasibilities
private void FillUpOrReleaseCrusades()
{
for (int i = mCrusades.Count-1; i >= 0; i--)
{
int needed = mCrusadeFeasibilities[mCrusades[i]];
if (needed > 0 && mCurrentIdleUnits.Count > 0 &&
GlobalValues.GetInstance().mAiFillUpCrusades)
{
int assign = Math.Min(needed, mCurrentIdleUnits.Count);
Crusading exercise = new Crusading(this, mCrusades[i]);
exercise.AssignVolunteers(assign);
exercise.AddUrgency(-assign);
}
else if (needed > 0 && mCurrentIdleUnits.Count == 0)
{
ReleaseCrusade(mCrusades[i]);
}
}
}
private void AttackSector(int sectorX, int sectorY, int needed)
{
// TODO
foreach(Crusade c in mCrusades) {
Debug.Assert(c.mSectorX != sectorX || c.mSectorY != sectorY, "AI cannot attack same sector twice!");
}
Debug.Assert(needed > 0);
//Debug.WriteLine("AI: Crusade against sector "+sectorX+", "+sectorY+" with "+needed+" ships started.");
Crusade crusade = new Crusade(this, sectorX, sectorY);
mCrusades.Add(crusade);
Crusading crusading = new Crusading(this, crusade);
crusading.AssignVolunteers(needed);
foreach (IMovable warrior in crusade.mWarriors)
{
Debug.Assert(!mCurrentIdleUnits.Contains(warrior));
Debug.Assert(mUnitToServant.ContainsKey(warrior));
Crusading c = (Crusading)((Servant) mUnitToServant[warrior]).mExercise;
Debug.Assert(c != null);
Debug.Assert(c.mCrusade == crusade);
}
}
