public static void initialize(EngineStateGameplay esg, PlayerController pc, Zone startZone)
{
GameplayState = esg;
playerController = pc;
ActiveZone = startZone;
ActiveZone.add(pc);
}
/// <summary>
/// Factory method to create CharacterControllers
/// </summary>
/// <param name="ci">Information about character apperance and stats</param>
/// <param name="startpos">Where in the Area the character should be placed</param>
/// <param name="playerControlled">True if the character should be a PC, false if NPC</param>
/// <returns>Constructed CharacterController</returns>
public static CharacterController construct(CharacterInfo ci, Vector2 startpos, bool playerControlled)
{
CharacterController cc;
ColliderType type;
if (playerControlled)
{
cc = new PlayerController(ci, startpos);
type = ColliderType.Samus;
}
else
{
throw new Exception("CharacterController:construct unimplemented code reached");
}
return cc;
}
/// <summary>
/// Performs door-based operations to move Samus into the adjacent zone.
/// </summary>
/// <param name="samus"></param>
public void handleZoneTransition(PlayerController samus)
{
Point globalCoord = m_owningZone.getGlobalScreenFromLocalScreen(m_zoneScreenCoord);
// Find target door (door in target zone which aligns with this door)
Zone targetZone = WorldManager.GetZone(DirectionUtils.Move(globalCoord, Side));
Point targetScreenInZoneCoord =
targetZone.getLocalScreenFromGlobalScreen(globalCoord);
Rectangle targetScreenArea =
targetZone.getScreenRectangle(targetScreenInZoneCoord);
List<Collider> colliders = targetZone.CollisionDetector.query(new DoubleRect(ref targetScreenArea));
Collider targetDoorCollider =
colliders.Find(i => {return (i.m_owner is DoorController && ((DoorController)i.m_owner).Side == this.Side.Opposite); });
DoorController targetDoor = (DoorController)targetDoorCollider.m_owner;
// Trigger closing animation on target door
targetDoor.close();
// Calculate Samus' new position in target zone
DoubleRect samusBounds = samus.getCollider().Bounds;
Vector2 dropPos = new Vector2();
switch (Side.Opposite.EnumValue)
{
case DirectionEnum.Left:
dropPos.X = (float)(targetDoorCollider.Bounds.X + targetDoorCollider.Bounds.Width + 1 + samusBounds.Width / 2);
dropPos.Y = (float)(targetDoorCollider.Bounds.Y + targetDoorCollider.Bounds.Height - 1);
break;
case DirectionEnum.Right:
dropPos.X = (float)(targetDoorCollider.Bounds.X - 1 - samusBounds.Width / 2);
dropPos.Y = (float)(targetDoorCollider.Bounds.Y + targetDoorCollider.Bounds.Height - 1);
break;
case DirectionEnum.Up:
dropPos.X = (float)(targetDoorCollider.Bounds.X + targetDoorCollider.Bounds.Width / 2);
dropPos.Y = (float)(targetDoorCollider.Bounds.Y + targetDoorCollider.Bounds.Height + 1 + samusBounds.Height);
break;
case DirectionEnum.Down:
dropPos.X = (float)(targetDoorCollider.Bounds.X + targetDoorCollider.Bounds.Width / 2);
dropPos.Y = (float)(targetDoorCollider.Bounds.Y - 1 - samusBounds.Height);
break;
}
// And create a new zone transition state with this information
EngineManager.pushState(new EngineStateZoneTransition(
EngineManager.Engine,
this,
targetDoor,
targetZone,
dropPos));
setCollisionModeClosed();
}