public void LoadOpenWorld(string levelName)
{
var possibleMovements = StaticServiceLocator.GetService <IPossibleMovements>();
_possibleMovements = new PossibleMovementWrapper(possibleMovements);
ClickEvent = (sender, args) =>
{
Action action = Show <MainMenuScreen>;
action.Invoke();
};
OpenWorldGameMode = new OpenWorldGameMode(_viewPort, _possibleMovements, levelName, _entityManager, _storyEngine, ClickEvent);
var map = OpenWorldGameMode.Map;
var player = PlayerEntity.Instance;
var grassLayer = map.GetLayer <TiledTileLayer>("Grass-Layer");
if (grassLayer != null)
{
var grassCollisionSystem = new TiledCollisionSystem(_possibleMovements, map, "Grass-Layer");
PlayerEntity.Instance.OnMoveEvent += (sender, args) =>
{
var point = player.Position.ToPoint();
var grassCollision = grassCollisionSystem.CheckCollision(point);
if (grassCollision)
{
player.SpeedContext.Terrain = new SpeedGrass();
}
else if (player.SpeedContext.Terrain != null)
{
player.SpeedContext.Terrain = null;
}
};
}
var teleportlayer = map.GetObjectGroup("Teleport-Layer");
if (teleportlayer != null)
{
var tileSize = new Point(map.TileWidth, map.TileHeight);
var teleporters = new TiledObjectCollisionSystem(_possibleMovements, map, tileSize, "Teleport-Layer");
PlayerEntity.Instance.OnMoveEvent += (sender, args) =>
{
var point = player.Position.ToPoint();
if (teleporters.CheckCollision(point))
{
var teleporter = teleporters.GetObjectAt(point);
var position = StringToVector.ConvertString(teleporter.Type);
PlayerEntity.Instance = new PlayerEntity(position);
GameModeStack.Unload();
LoadOpenWorld(teleporter.Name);
}
};
}
GameModes.Push(OpenWorldGameMode);
}
public void PathTypesTest()
{
var p1 = new Point(9, 5);
var p2 = new Point(10, 4);
var eightWayPossibleMovement = new EightWayPossibleMovement(new CrowDistance());
eightWayPossibleMovement.GetAdjacentLocations(p2);
eightWayPossibleMovement.PositionsToCheck(p1, p2);
PossibleMovementWrapper wrapper = new PossibleMovementWrapper(eightWayPossibleMovement);
wrapper.PositionsToCheck(p1, p2);
wrapper.GetAdjacentLocations(p1);
Assert.AreEqual(wrapper.Heuristic, eightWayPossibleMovement.Heuristic);
eightWayPossibleMovement = new EightWayPossibleMovement(new DiagonalDistance());
wrapper = new PossibleMovementWrapper(eightWayPossibleMovement);
Assert.AreEqual(wrapper.Heuristic, eightWayPossibleMovement.Heuristic);
eightWayPossibleMovement = new EightWayPossibleMovement(new ManhattanDistance());
wrapper = new PossibleMovementWrapper(eightWayPossibleMovement);
Assert.AreEqual(wrapper.Heuristic, eightWayPossibleMovement.Heuristic);
var fourWayPossibleMovement = new FourWayPossibleMovement(new CrowDistance());
fourWayPossibleMovement.PositionsToCheck(p1, p2);
fourWayPossibleMovement.GetAdjacentLocations(p2);
wrapper = new PossibleMovementWrapper(fourWayPossibleMovement);
wrapper.PositionsToCheck(p1, p2);
wrapper.GetAdjacentLocations(p1);
Assert.AreEqual(wrapper.Heuristic, fourWayPossibleMovement.Heuristic);
fourWayPossibleMovement = new FourWayPossibleMovement(new DiagonalDistance());
wrapper = new PossibleMovementWrapper(fourWayPossibleMovement);
Assert.AreEqual(wrapper.Heuristic, fourWayPossibleMovement.Heuristic);
fourWayPossibleMovement = new FourWayPossibleMovement(new ManhattanDistance());
wrapper = new PossibleMovementWrapper(fourWayPossibleMovement);
Assert.AreEqual(wrapper.Heuristic, fourWayPossibleMovement.Heuristic);
}