public ActorData(GameObject input)
{
Actor inputActor = input.GetComponent <Actor>();
superState = inputActor.GetSuperState();
state = inputActor.curState;
position = new Vector3Data(input.transform.position);
prefabPath = inputActor.prefabPath;
isActive = input.activeSelf;
if (isActive)
{
if (inputActor.GetDestinationTile() != null)
{
destinationTile = new TileCoordinates(inputActor.GetDestinationTile());
}
if (inputActor.GetDestinationTileForMove() != null)
{
destinationTileForMove = new TileForMoveCoordinates(inputActor.GetDestinationTileForMove());
}
//curTile = new TileCoordinates(inputTraveler.GetCurTile());
if (inputActor.GetCurTile() != null)
{
curTile = new TileCoordinates(inputActor.GetCurTile());
}
if (inputActor.GetCurTileForMove() != null)
{
curTileForMove = new TileForMoveCoordinates(inputActor.GetCurTileForMove());
}
}
}
public override State Build(FSMRepresentationBuilder fb)
{
ConcreteSubStateImpl retval = null;
var sr = fb.GetStateRep(this.SuperStateName);
if (sr != null)
{
sr.Build(fb);
SuperState superState = fb.GetBuiltSuperState(this.SuperStateName);
if (superState != null)
{
retval = new ConcreteSubStateImpl(this.StateName, superState);
fb.AddBuiltConcreteState(retval);
}
else
{
var e = $"Could not build sub state ({this.StateName}) because super state ({this.SuperStateName}) had an error.";
fb.SetError();
fb.Error(sr.SyntaxLocation, e);
}
}
else
{
var e = $"Super state ({this.SuperStateName}) was not declared.";
fb.SetError();
fb.Error(null, e);
}
return(retval);
}
public static SuperState WithStart()
{
var superState = new SuperState();
superState.nest.source = GraphSource.Embed;
superState.nest.embed = StateGraph.WithStart();
return(superState);
}
public void SuperTransition(Peach peach)
{
sound = peach.Content.Load <SoundEffect>("Sound Effects/Power Up");
sound.Play();
var state = new SuperState();
peach.PowerUpState = state;
peach.SwitchToSuperSprite(PreviousState);
}
//public void AddMoveStartedEventHandler(MoveStartedEventHandler newEvent)
//{
// if (moveStartedEvent == null)
// {
// moveStartedEvent += newEvent;
// return;
// }
// System.Delegate[] invocations = moveStartedEvent.GetInvocationList();
// bool isNew = true;
// for (int i = 0; i < invocations.Length; i++)
// {
// if (invocations[i].Target == newEvent.Target)
// isNew = false;
// }
// if (isNew)
// moveStartedEvent += newEvent;
//}
#endregion
#region ICombatant
public virtual bool ValidatingEnemy(ICombatant enemy)
{
SuperState enemySuperState = enemy.GetSuperState();
// 적이 살아 있을 때.
if (enemySuperState != SuperState.Dead && enemySuperState != SuperState.SkirmishDefeated && enemySuperState != SuperState.PassedOut)
{
return(true);
}
else
{
return(false);
}
}
//public void AddMoveStartedEventHandler(MoveStartedEventHandler newEvent)
//{
// if (moveStartedEvent == null)
// {
// moveStartedEvent += newEvent;
// return;
// }
// System.Delegate[] invocations = moveStartedEvent.GetInvocationList();
// bool isNew = true;
// for (int i = 0; i < invocations.Length; i++)
// {
// if (invocations[i].Target == newEvent.Target)
// isNew = false;
// }
// if (isNew)
// moveStartedEvent += newEvent;
//}
#endregion
#region ICombatant
public bool ValidatingEnemy(ICombatant enemy)
{
SuperState enemySuperState = enemy.GetSuperState();
// 적이 사냥터 내에 있으며 살아 있을 때.
if (enemySuperState == SuperState.Battle || enemySuperState == SuperState.SearchingMonster ||
enemySuperState == SuperState.AfterBattle || enemySuperState == SuperState.ExitingHuntingArea ||
enemySuperState == SuperState.BossBattle)
{
return(true);
}
else
{
return(false);
}
}
public void AddBuiltSuperState(SuperState s)
{
this.itsSuperStateDictionary.Add(s.Name, s);
AddBuiltState(s);
}
public void ResizeObjects(Point dest)
{
Point offset;
offset = new Point(dest.X - MovingPoint.X, dest.Y - MovingPoint.Y);
foreach (DrawableObject obj in SelectedObjects)
{
obj.ResizeCheck(ref offset, ResizingType);
}
foreach (DrawableObject obj in SelectedObjects)
{
if (obj is Transition)
{
PreviousObject = OnObject;
OnObject = draw.GetOnObject(dest);
OnTransition = (Transition)obj;
if (OnObject == null)
{
offset = new Point(dest.X - MovingPoint.X, dest.Y - MovingPoint.Y);
OnTransition.Resize(offset, ResizingType);
if (ResizingType == ResizingTypes.Spline0)
{
OnTransition.StartObject = null;
}
else if (ResizingType == ResizingTypes.Spline3)
{
OnTransition.EndObject = null;
}
}
else if (ResizingType == ResizingTypes.Spline0)
{
if ((obj is Transition && (OnObject is End || OnObject is Abort || OnObject is Relation)) ||
(obj is SuperTransition && (OnObject is Alias || OnObject is SimpleState || OnObject is StateAlias)) ||
(OnObject is Origin && OnObject.OutTransitions.Length != 0 && OnTransition != OnObject.OutTransitions.First()))
{
OnObject = null;
return;
}
else
{
double angle;
OnObject.Intersect(dest, ref StartDrawPoint, ref OnTransition.StartAngle);
offset = new Point(StartDrawPoint.X - MovingPoint.X, StartDrawPoint.Y - MovingPoint.Y);
OnTransition.Resize(offset, ResizingType);
OnTransition.OutDir(OnObject.OutDir(StartDrawPoint, out angle), 1);
}
if (PreviousObject != OnObject)
{
OnTransition.StartObject = OnObject;
}
}
else if (ResizingType == ResizingTypes.Spline3)
{
if (OnObject is Origin || OnObject is Relation)
{
OnObject = null;
return;
}
else
{
double angle;
OnObject.Intersect(dest, ref StartDrawPoint, ref OnTransition.EndAngle);
offset = new Point(StartDrawPoint.X - MovingPoint.X, StartDrawPoint.Y - MovingPoint.Y);
OnTransition.Resize(offset, ResizingType);
OnTransition.OutDir(OnObject.OutDir(StartDrawPoint, out angle), 2);
}
if (PreviousObject != OnObject)
{
OnTransition.EndObject = OnObject;
}
}
}
else if (obj is SimpleState || obj is StateAlias)
{
State oState = (State)obj;
obj.Resize(offset, ResizingType);
foreach (Transition oTransition in oState.InTransitions)
{
oTransition.MoveEndTo(oState.PointFromAngle(oTransition.EndAngle));
}
foreach (Transition oTransition in oState.OutTransitions)
{
oTransition.MoveStartTo(oState.PointFromAngle(oTransition.StartAngle));
}
}
else if (obj is SuperState)
{
SuperState oState = (SuperState)obj;
obj.Resize(offset, ResizingType);
foreach (Transition oTransition in oState.InTransitions)
{
oTransition.MoveEndTo(oState.PointFromOffset(ResizingType, oTransition.EndPoint, oTransition.EndAngle));
}
foreach (Transition oTransition in oState.OutTransitions)
{
oTransition.MoveStartTo(oState.PointFromOffset(ResizingType, oTransition.StartPoint, oTransition.StartAngle));
}
}
else if (obj is Nested)
{
Nested oState = (Nested)obj;
obj.Resize(offset, ResizingType);
foreach (Transition oTransition in oState.InTransitions)
{
oTransition.MoveEndTo(oState.PointFromOffset(ResizingType, oTransition.EndPoint, oTransition.EndAngle));
}
foreach (Transition oTransition in oState.OutTransitions)
{
oTransition.MoveStartTo(oState.PointFromOffset(ResizingType, oTransition.StartPoint, oTransition.StartAngle));
}
}
else
{
obj.Resize(offset, ResizingType);
}
}
MovingPoint.Offset(offset);
}
public SuperSubStateImpl(string str, SuperState ss)
: base(str)
{
this.SuperState = ss;
}
public ConcreteSubStateImpl(string theName, SuperState ss)
: base(theName)
{
this.SuperState = ss;
}
public void ResetToReuse()
{
superState = SuperState.Idle;
state = State.Idle;
isNew = true;
}
public void SetSuperState(SuperState input)
{
superState = input;
}