public override MinionMovePositionResult MinionMovePosition(Minion _me, MinionMovePositionResult _result)
{
base.MinionMovePosition(_me, _result);
if (_result.target.MinionSlotPosition == MinionSlotPosition.Backward)
{
_me.RemoveBuff(this);
}
return _result;
}
public MinionMovePositionResult MinionMovePosition(MinionMovePositionResult _result)
{
foreach (BuffUnit unit in buffUnits)
{
if (unit.BuffTime == BuffTime.MinionMovePosition)
{
_result = unit.Effect.Execute(buffedMinion, _result);
}
}
return _result;
}
public virtual MinionMovePositionResult Execute(Minion _buffedMinion, MinionMovePositionResult _result) { return _result; }
public virtual MinionMovePositionResult MinionMovePosition(Minion _me, MinionMovePositionResult _result) { return _result; }
public string MoveToMinionSlot(PositionVO _targetPosition)
{
if (_targetPosition.Equals(data.position))
return "Same position";
if (MinionManager.Instance.GetMinionByPosition(_targetPosition) != null)
{
return "Target has minion";
}
else
{
MinionMovePositionResult result = new MinionMovePositionResult(_targetPosition);
for (int i = buffs.Count - 1; i >= 0; --i)
{
Buff buff = buffs[i];
result = buff.MinionMovePosition(this, result);
}
if (result.success)
{
MinionManager.Instance.MinionChangePosition(data.id, result.target);
data.position = result.target;
return "Move Success";
}
return "Move Failed";
}
}
public override MinionMovePositionResult MinionMovePosition(Minion _me, MinionMovePositionResult _result)
{
_result.success = false;
return _result;
}
