public override void TakeAction()
{
// 1: Don't do anything if the object isn't mobile. (Can't move)
// 2: Pop? if the ZoneID is NULL?
// 3: Pop? if the destination Zone is NULL?
if (!ParentBrain.isMobile())
{
FailToParent();
}
else if (ParentBrain.pPhysics.CurrentCell.ParentZone.ZoneID == null)
{
Pop();
}
else if (dZone == null)
{
Pop();
}
else
{
FindPath findPath = new FindPath(
ParentBrain.pPhysics.CurrentCell.ParentZone.ZoneID,
ParentBrain.pPhysics.CurrentCell.X,
ParentBrain.pPhysics.CurrentCell.Y,
dZone,
dCx,
dCy,
ParentBrain.limitToAquatic(),
false,
ParentBrain.ParentObject);
ParentBrain.ParentObject.UseEnergy(1000);
if (findPath.bFound)
{
findPath.Directions.Reverse();
int num = 0;
if (MaxTurns > -1)
{
Pop();
}
foreach (string direction in findPath.Directions)
{
PushGoal((GoalHandler) new rr_PublicStep(direction));
++num;
if (MaxTurns > -1 && num >= MaxTurns)
{
break;
}
}
}
else
{
FailToParent();
}
}
}
public override void TakeAction()
{
if (!ParentBrain.isMobile())
{
FailToParent();
return;
}
if (ParentBrain.pPhysics.CurrentCell.ParentZone.ZoneID == null)
{
Pop();
return;
}
if (dZone == null)
{
Pop();
return;
}
Cell currentCell = base.ParentObject.CurrentCell;
FindPath findPath = new FindPath(currentCell.ParentZone.ZoneID, currentCell.X, currentCell.Y, dZone, dCx, dCy, ParentBrain.limitToAquatic(), false, ParentBrain.ParentObject, careful);
ParentBrain.ParentObject.UseEnergy(1000);
if (findPath.bFound)
{
findPath.Directions.Reverse();
int num = findPath.Directions.Count;
if (oneShort)
{
num--;
}
if (MaxTurns > -1)
{
Pop();
if (num > MaxTurns)
{
num = MaxTurns;
}
}
for (int i = 0; i < num; i++)
{
PushGoal(new acegiak_Step(findPath.Directions[i], careful, overridesCombat, wandering));
}
}
else
{
FailToParent();
}
}