/// <summary>
/// Configures the Area's Defined Total space, as well as MapCamera operating restriction space
/// </summary>
/// <param name="mapAreaName">Reference name for Area being used to set the boundaries</param>
private void SetAreaBoundaries(string mapAreaName)
{
MapAreaDefinition _currentArea = null;
foreach (MapAreaDefinition _area in Areas)
{
if (_area.Name == mapAreaName)
{
_currentArea = _area;
ActiveAreaName = _area.Name;
}
}
if (ActiveArea != null)
{
ActiveArea = _currentArea.BoundingBox;
}
else
{
ActiveArea = new Rectangle((int)_currentArea.BoundingBox.X, (int)_currentArea.BoundingBox.Y, (int)_currentArea.BoundingBox.Width, (int)_currentArea.BoundingBox.Height);
}
}
/// <summary>
/// Loads MapObjects for the Active Map, iterates through them, and instantiates objects
/// based on the information found in the Map ObjectLayers
/// </summary>
private void LoadMapObjectLayers()
{
TiledMapObjectLayer _mapEntityObjectLayer = MapCurrent.GetLayer <TiledMapObjectLayer>("Entity Layer");
TiledMapObjectLayer _mapCollisionLayer = MapCurrent.GetLayer <TiledMapObjectLayer>("Collision Layer");
TiledMapObjectLayer _mapAreaDefinitionLayer = MapCurrent.GetLayer <TiledMapObjectLayer>("Area Definitions");
foreach (TiledMapObject _entityObject in _mapEntityObjectLayer.Objects)
{
switch (_entityObject.Name)
{
case "mapPlayerSpawn":
{
// Run Player Spawn Code Here
PlayerSpawnX = Convert.ToInt32(_entityObject.Position.X);
PlayerSpawnY = Convert.ToInt32(_entityObject.Position.Y);
IsPlayerSpawn = true;
break;
}
case "mapTransition":
{
// Create Transition Objects
float destinationX, destinationY;
destinationX = Convert.ToInt32(_entityObject.Properties["mapDestinationX"]);
destinationY = Convert.ToInt32(_entityObject.Properties["mapDestinationY"]);
MapTransitionHandler mapTransition = new MapTransitionHandler(contentManager, _entityObject.Properties["mapDestination"],
new Vector2((float)destinationX, (float)destinationY), new Rectangle((int)_entityObject.Position.X, (int)_entityObject.Position.Y, (int)_entityObject.Size.Width, (int)_entityObject.Size.Height),
_entityObject.Properties["mapDestinationArea"], _entityObject.Properties["mapDestinationFacing"]);
MapObjects.Add(mapTransition);
break;
}
case "mapEntitySpawn":
{
// Get AssetManager Data
AnimationLibrary _animationLibrary = AssetManager.GetAnimationLibrary(_entityObject.Properties["AnimationLibraryName"]);
// Spawn the Entity
bool isSolid = Convert.ToBoolean(_entityObject.Properties["IsSolid"]);
MapEntityStatic _mapEntity = new MapEntityStatic(isSolid, new Vector2(_entityObject.Position.X, _entityObject.Position.Y), (int)_entityObject.Size.Width, (int)_entityObject.Size.Height, _entityObject.Properties["AnimationLibraryName"]);
_mapEntity.ConstructAnimationLibrary(_animationLibrary.Name, _entityObject.Properties["CurrentAnimation"]);
Entities.Add(_mapEntity);
break;
}
}
}
foreach (TiledMapObject _collisionObject in _mapCollisionLayer.Objects)
{
switch (_collisionObject.Name)
{
case "solidStatic":
{
MapCollisionSolidStatic solid = new MapCollisionSolidStatic(_collisionObject.Position, (int)_collisionObject.Size.Width, (int)_collisionObject.Size.Height);
CollisionObjects.Add(solid);
break;
}
}
}
foreach (TiledMapObject _areaDefintion in _mapAreaDefinitionLayer.Objects)
{
MapAreaDefinition area = new MapAreaDefinition(_areaDefintion.Name, new Vector2((int)_areaDefintion.Position.X, (int)_areaDefintion.Position.Y),
new Rectangle((int)_areaDefintion.Position.X, (int)_areaDefintion.Position.Y, (int)_areaDefintion.Size.Width, (int)_areaDefintion.Size.Height));
Areas.Add(area);
}
}
