public override void onMessage(Movable obj, StateMsg <Movable> msg)
{
MovableMsg type = (MovableMsg)msg.type;
switch (type)
{
case MovableMsg.onLabber:
obj.getSM().changeState(OnLabberState.Instance());
break;
case MovableMsg.toNormal:
obj.getSM().changeState(NormalState.Instance());
break;
case MovableMsg.moveDown: //降落
if (!obj.downTileIsBlock())
{
obj.setFallTargetY(true);
obj.getSM().changeState(FallToTargetState.Instance());
}
break;
case MovableMsg.moveLeft:
obj.doMoveLeft();
obj.adjustWhenMoveOnRope();
break;
case MovableMsg.moveRight:
obj.doMoveRight();
obj.adjustWhenMoveOnRope();
break;
case MovableMsg.stopMove:
obj.doStopMove();
break;
case MovableMsg.wait:
obj.doWait();
break;
case MovableMsg.moveUp:
//通知發訊者此動作無效
if (msg.sender != null)
{
//從繩子移到JumpPoint會發動fall to rope，這時目標就停留在JumpPoint
//
//--J
// --
if (Movable.Debug_do_moveUp)
{
obj.printDebugMsg("[注意!]do MoveUp on rope");
}
AIMoveController ai = msg.sender.myAI;
ai.getSM().handleMessage(new StateMsg <AIMoveController>((int)AIMsg.reFindPath, null));
}
break;
}
}
public static OnLabberState Instance()
{
if (instance == null)
{
instance = new OnLabberState();
}
return(instance);
}
public override void enter(Movable obj)
{
if (Movable.Debug_enter_state)
{
obj.printDebugMsg("On Rope");
}
//failToTarget才可以停住
obj.doStopMove();
bool fromLadder = obj.getSM().getPreviousState() == OnLabberState.Instance();
bool fromAir = obj.getSM().getPreviousState() == OnAirState.Instance();
if (fromLadder)
{
obj.adjustWhenFromLadderToRope();
}
else if (fromAir)
{
obj.adjustY();
}
}
public override void onMessage(Movable obj, StateMsg <Movable> msg)
{
MovableMsg type = (MovableMsg)msg.type;
switch (type)
{
case MovableMsg.onRope:
obj.getSM().changeState(OnRopeState.Instance());
break;
case MovableMsg.onLabber:
obj.getSM().changeState(OnLabberState.Instance());
break;
case MovableMsg.landing:
obj.getSM().changeState(NormalState.Instance());
break;
case MovableMsg.toKinematic:
obj.getSM().changeState(KinematicState.Instance());
break;
}
}
public override void onMessage(Movable obj, StateMsg <Movable> msg)
{
MovableMsg type = (MovableMsg)msg.type;
switch (type)
{
case MovableMsg.onLabber:
obj.getSM().changeState(OnLabberState.Instance());
break;
case MovableMsg.onRope:
obj.getSM().changeState(OnRopeState.Instance());
break;
case MovableMsg.onAir:
obj.getSM().changeState(OnAirState.Instance());
break;
case MovableMsg.fallToAlignRope: //站在rope上時
obj.setFallTargetY(false);
obj.getSM().changeState(FallToTargetState.Instance());
break;
case MovableMsg.moveLeft:
obj.doMoveLeft();
break;
case MovableMsg.moveRight:
obj.doMoveRight();
break;
case MovableMsg.stopMove:
obj.doStopMove();
break;
case MovableMsg.wait:
obj.doWait();
break;
case MovableMsg.moveDown:
if (!obj.downTileIsBlock())
{
obj.doMoveDown();
}
break;
case MovableMsg.toKinematic:
obj.getSM().changeState(KinematicState.Instance());
break;
case MovableMsg.moveUp:
//通知發訊者此動作無效
if (msg.sender != null)
{
//解決[在梯子卡點]的問題
//從H往下走，但因為有其他AI檔在下面，所以進入stop；之後reFindPath，y就會低於pathNode
// O
//口H口口
obj.adjustY();
//這是為了解決從高處落下，MoveTargetPoint還在上面的問題(在normal狀態如果執行moveUp就觸發reFindPath)
// .
// 口口
// .
//口口口口
//降落在Brick、Stone、ladder時觸發
if (Movable.Debug_do_moveUp)
{
obj.printDebugMsg("[注意!]do MoveUp on Normal");
}
AIMoveController ai = msg.sender.myAI;
ai.getSM().handleMessage(new StateMsg <AIMoveController>((int)AIMsg.reFindPath, null));
}
break;
}
}
