void SetArea(IntRect rect)
{
Area = rect;
TeleportationBB = new EBoundingBox(this, EBoundingBoxType.Event, Area.Left, Area.Top, Area.Right, Area.Bottom);
TeleportationEvent = new ObjectEvent(ObjectEventType.In);
TeleportationEvent.AddAction(new WarpAction(MapName, WarpPointName));
TeleportationBB.AddEvent(TeleportationEvent);
AddEventBoundingBox(TeleportationBB, EventBoundingBoxType.Internal);
}
public ObjectEvent(ObjectEvent copy)
{
Type = copy.Type;
ActionKeyMode = copy.ActionKeyMode;
ActionKey = copy.ActionKey;
Actions = new List<Action>(copy.Actions);
IsActive = copy.IsActive;
}
public void BindTo(Door door)
{
if (Binding != null || door == null)
return;
Binding = door;
// teleporter associate to the door
Teleporter = Create.Teleporter("Invisible");
Teleporter.SetSetting(Binding.Map.Type, Binding.WarpPoint.Name, Area);
Teleporter.SetMap(Map, Position.X, Position.Y, Z);
OnMove += new MoveEventHandler(Door_OnMove);
// block BB when the door is closed
BlockBB = new BBoundingBox(this, 0, 42, 32, 46);
AddBoundingBox(BlockBB);
// sides block BB
AddBoundingBox(new BBoundingBox(this, 0, 42, 2, 46));
AddBoundingBox(new BBoundingBox(this, 30, 42, 32, 46));
// switch open/close state event BB
EBoundingBox doorBB = new EBoundingBox(this, EBoundingBoxType.Event, 0 - 5, 44, 32 + 5, 56);
AddEventBoundingBox(doorBB, EventBoundingBoxType.Internal);
ObjectEvent doorEvt = new ObjectEvent(ObjectEventType.Normal, true, InputType.Action);
doorBB.AddEvent(doorEvt);
doorEvt.AddAction(new DefaultAction((args) =>
{
if (IsLocked() && args.Player.DirectionHandler.IsFacing(this))
LaunchLockedMessage();
if (IsLocked() || IsClosing() || IsOpening())
return;
if (args.Player.DirectionHandler.IsFacing(this))
{
if (IsOpen())
Close();
else
Open();
}
}));
TrySetState("Open");
// anti loop event
if (ANTI_LOOP_CHECK_IS_ACTIVE)
SetAntiLoop();
}
public void AddEvent(ObjectEvent evt)
{
Events.Add(evt);
evt.SetParent(this);
}
public void RemoveEvent(ObjectEvent evt)
{
EventsToRemove.Enqueue(evt);
}
protected override Dictionary<String, Object> OnValidate()
{
ObjectEvent objectEvent = new ObjectEvent(
(ObjectEventType)Enum.Parse(typeof(ObjectEventType),
TypeDownList.GetCurrent()),
ActionKeyModeCheckBox.IsChecked,
(InputType)Enum.Parse(typeof(InputType), ActionKeyDownList.GetCurrent()));
foreach (BlazeraLib.Action action in Actions.Values)
objectEvent.AddAction(action);
return new Dictionary<String, Object>()
{
{ "Event", objectEvent }
};
}
public override void Open(OpeningInfo openingInfo = null)
{
base.Open(openingInfo);
if (openingInfo == null)
return;
if (!openingInfo.IsModeValid())
return;
switch (OpeningMode = openingInfo.GetMode())
{
case "BoundingBoxCreator_Edit_Mode":
CurrentEditedEvent = openingInfo.GetArg<ObjectEvent>("Event");
TypeDownList.DownList.SetCurrent(CurrentEditedEvent.Type.ToString());
if (CurrentEditedEvent.ActionKeyMode)
{
ActionKeyModeCheckBox.SetIsChecked(true);
ActionKeyDownList.DownList.SetCurrent(CurrentEditedEvent.ActionKey.ToString());
}
foreach (BlazeraLib.Action action in CurrentEditedEvent.Actions)
AddAction(action);
break;
}
}
public String EventToString(ObjectEvent objectEvent)
{
return "Event ( " + objectEvent.Type.ToString() + " )";
}
void SetAntiLoop()
{
if (Binding.Teleporter == null)
{
// binded door is not itself binded
return;
}
// if binded warp point contains player future position
// we avoid to re-teleport the player
Teleporter.TeleportationEvent += new DefaultAction((args) =>
{
Binding.Teleporter.TeleportationEvent.Activate(false);
ObjectEvent lockEvent = new TemporaryEvent(1, ObjectEventType.Out);
Binding.Teleporter.TeleportationBB.AddEvent(lockEvent);
lockEvent += new DefaultAction((args2) =>
{
Binding.Teleporter.TeleportationEvent.Activate(true);
});
AntiLoopCheckEvent = new TemporaryEvent(1, ObjectEventType.In);
Binding.Teleporter.TeleportationBB.AddEvent(AntiLoopCheckEvent);
AntiLoopCheckEvent += new DefaultAction((args2) =>
{
BindingContainsBindedWarpPoint = true;
});
Binding.OnUpdate += new UpdateEventHandler(Binding_OnUpdate);
});
}
