public void CheckCondition()
{
IDoor.DoorState doorState = IDoor.DoorState.Open;
foreach (IBlock block in RoomBlocks.Instance.ListRef)
{
if (!block.IsMoved())
{
doorState = IDoor.DoorState.Closed;
break;
}
}
List <IDoor> doors = RoomDoors.Instance.ListRef as List <IDoor>;
foreach (int doornum in conditionVariables)
{
doors[doornum].State = doorState;
}
if (doorState != prevState)
{
SoundFactory.PlaySound(SoundFactory.Instance.doorUnlock);
}
prevState = doorState;
}
public void CheckCondition()
{
IDoor.DoorState doorState = IDoor.DoorState.Open;
if (RoomEnemies.Instance.ListRef.Count == 0)
{
List <ISpawner> spawners = RoomSpawners.Instance.ListRef as List <ISpawner>;
foreach (ISpawner spawner in spawners)
{
if (spawner.CurrentCount > 0)
{
doorState = IDoor.DoorState.Closed;
break;
}
}
}
else
{
doorState = IDoor.DoorState.Closed;
}
List <IDoor> doors = RoomDoors.Instance.ListRef as List <IDoor>;
foreach (int doornum in conditionVariables)
{
doors[doornum].State = doorState;
}
if (doorState != prevState)
{
SoundFactory.PlaySound(SoundFactory.Instance.doorUnlock);
}
prevState = doorState;
}
public NormalLeftDoor(Game1 game, Vector2 center, IDoor.DoorState initialDoorState)
{
this.game = game;
this.initialDoorState = initialDoorState;
doorSprite = DoorSpriteFactory.Instance.CreateLeftDoorSprite(game.SpriteBatch, center, initialDoorState);
roomTranslationVector = new Vector3(-1, 0, 0);
State = initialDoorState;
this.collidable = new DoorCollidable(this);
}
private IDoor CreateDoor(String type, Vector2 startingPos, IDoor.DoorState initialDoorState, Vector2 xyChange)
{
IDoor newDoor = null;
switch (type)
{
case "Up":
newDoor = new NormalUpDoor(game, startingPos, initialDoorState);
break;
case "Down":
newDoor = new NormalDownDoor(game, startingPos, initialDoorState);
break;
case "Left":
newDoor = new NormalLeftDoor(game, startingPos, initialDoorState);
break;
case "Right":
newDoor = new NormalRightDoor(game, startingPos, initialDoorState);
break;
case "StairDown":
newDoor = new DownStaircaseDoor(game, startingPos);
break;
case "OffscreenUp":
newDoor = new OffscreenUpDoor(game, startingPos);
break;
case "PortalUp":
newDoor = new PortalUp(game, startingPos, xyChange);
break;
case "PortalDown":
newDoor = new PortalDown(game, startingPos, xyChange);
break;
default:
break;
}
return(newDoor);
}
public void ParseDoors(Room roomobj, XElement roomxml, XDocument doc)
{
XName doorsName = XName.Get("doors", doc.Root.Name.NamespaceName);
XElement doors = roomxml.Element(doorsName);
List <XElement> doorList = doors.Elements("door").ToList();
foreach (XElement door in doorList)
{
XElement typeName = door.Element("type");
XElement doorPos = door.Element("pos"); //not used for walls
XElement initState = door.Element("state"); //used only for normal doors
XElement xLoc = door.Element("xloc"); //not used for normal doors
XElement yLoc = door.Element("yloc"); //not used for normal doors
Vector2 xyChange = new Vector2();
if (typeName.Value.Equals("PortalUp") || typeName.Value.Equals("PortalDown"))
{
xyChange = GetXYChange(door);
}
RoomUtilities.DoorPos dPos = FindDoorPos(typeName.Value);
Vector2 center;
if (dPos == RoomUtilities.DoorPos.NONE)
{
center = RoomUtilities.CalculateBlockCenter(roomobj.RoomPos, new Vector2(float.Parse(xLoc.Value), float.Parse(yLoc.Value)));
}
else
{
center = RoomUtilities.CalculateDoorCenter(roomobj.RoomPos, dPos);
}
IDoor.DoorState initialDoorState = GetInitialDoorState(initState.Value);
IDoor doorAdd = CreateDoor(typeName.Value, center, initialDoorState, xyChange);
Vector3 connectingRoom = roomobj.RoomPos + GetConnectingRoom(typeName.Value, xyChange);
if (roomHandler.rooms.ContainsKey(connectingRoom))
{
HandleDoorConnection(connectingRoom, ref doorAdd, Int32.Parse(doorPos.Value));
}
roomobj.AddDoor(doorAdd);
}
}
public void CheckCondition()
{
IDoor.DoorState doorState = IDoor.DoorState.Closed;
if (RoomEnemies.Instance.ListRef.Count == 0)
{
doorState = IDoor.DoorState.Open;
}
List <IDoor> doors = RoomDoors.Instance.ListRef as List <IDoor>;
foreach (int doornum in conditionVariables)
{
doors[doornum].State = doorState;
}
if (doorState != prevState)
{
SoundFactory.PlaySound(SoundFactory.Instance.doorUnlock);
}
prevState = doorState;
}
public void OnCollidedWith(ICollidable collidableObject)
{
if (collidableObject is PlayerCollidable)
{
IDoor.DoorState state = this.door.State;
if (state == IDoor.DoorState.Open)
{
if (this.door is NormalUpDoor && collidableObject.RectangleRef.Y < this.RectangleRef.Y)
{
this.door.Interact();
}
else if (this.door is NormalDownDoor && collidableObject.RectangleRef.Y + collidableObject.RectangleRef.Height > this.RectangleRef.Y + this.RectangleRef.Height)
{
this.door.Interact();
}
else if (this.door is NormalLeftDoor && collidableObject.RectangleRef.X < this.RectangleRef.X)
{
this.door.Interact();
}
else if (this.door is NormalRightDoor && collidableObject.RectangleRef.X + collidableObject.RectangleRef.Width > this.RectangleRef.X + this.RectangleRef.Width)
{
this.door.Interact();
}
}
else
{
this.door.Interact();
}
}
else if (collidableObject is ProjectileCollidable) //needs to be modified to only allow bomb projectile to do this
{
if (this.door.State == IDoor.DoorState.Wall && this.door.ConnectedDoor != null && ((ProjectileCollidable)collidableObject).Projectile is BombProjectile)
{
this.door.State = IDoor.DoorState.Bombed;
this.door.ConnectedDoor.State = IDoor.DoorState.Bombed;
}
}
}
public AllEnemiesKilledOpenDoor(List <int> condVariables)
{
/*
* condVariables[i] = index of desired door in door list of desired room to be opened
* conditionVariables[conditionVariables.Count - 1] = initial state of specified doors
*
* There is no limit to the number of doors this can be done for in each room.
*/
conditionVariables = condVariables;
switch (conditionVariables[conditionVariables.Count - 1])
{
case 0:
prevState = IDoor.DoorState.Closed;
break;
case 1:
prevState = IDoor.DoorState.Open;
break;
default: //this should never happen
break;
}
conditionVariables.RemoveAt(conditionVariables.Count - 1);
}
