public GrowingTreeAlgorithm(IRandomPointGenerator randomPointGenerator, IRandomValueGenerator randomValueGenerator, IDirectionsFlagParser directionsFlagParser, IArrayHelper arrayHelper)
{
_randomPointGenerator = randomPointGenerator;
_randomValueGenerator = randomValueGenerator;
_directionsFlagParser = directionsFlagParser;
_arrayHelper = arrayHelper;
}
public RandomCarver(IRandomPointGenerator randomPointGenerator, IPointsAndDirectionsRetriever pointsAndDirectionsRetriever, IDirectionsFlagParser directionsFlagParser, IArrayHelper arrayHelper)
{
_randomPointGenerator = randomPointGenerator;
_pointsAndDirectionsRetriever = pointsAndDirectionsRetriever;
_directionsFlagParser = directionsFlagParser;
_arrayHelper = arrayHelper;
}
public void Setup()
{
_random = new RandomValueGenerator();
_mazePointFactory = new Mock <IMazePointFactory>();
_mazePointFactory.Setup(x => x.MakePoint(It.IsAny <int>(), It.IsAny <int>(), It.IsAny <int>()))
.Returns((int x, int y, int z) => new MazePoint(x, y, z));
_randomPoint = new RandomPointGenerator(_random, _mazePointFactory.Object);
}
public MazeModelFactory(IMovementHelper movementHelper, IDirectionsFlagParser parser, IMazePointFactory pointFactory, IMazeArrayBuilder mazeArrayBuilder, IRandomPointGenerator randomPointGenerator)
{
_movementHelper = movementHelper;
_parser = parser;
_pointFactory = pointFactory;
_mazeArrayBuilder = mazeArrayBuilder;
_randomPointGenerator = randomPointGenerator;
}
public MazeFactory(IPointValidity pointValidity, IMovementHelper movementHelper, IDirectionsFlagParser directionsFlagParser, IRandomPointGenerator randomPointGenerator, IModelsWrapperFactory modelsWrapperFactory)
{
_pointValidity = pointValidity;
_movementHelper = movementHelper;
_directionsFlagParser = directionsFlagParser;
_randomPointGenerator = randomPointGenerator;
_modelsWrapperFactory = modelsWrapperFactory;
}
public void Initialise(IModelsWrapper modelsWrapper, IDirectionsFlagParser directionsFlagParser, IMovementHelper movementHelper, IPointValidity pointValidity, IRandomPointGenerator randomPointGenerator, MazePoint startingPoint = null)
{
ModelsWrapper = modelsWrapper;
DirectionsFlagParser = directionsFlagParser;
MovementHelper = movementHelper;
PointValidity = pointValidity;
RandomPointGenerator = randomPointGenerator;
CurrentPoint = startingPoint ?? randomPointGenerator.RandomPoint(Size);
}
/// <summary>
/// Handles the initialization of game-specific options.
/// </summary>
/// <param name="options">Contains the user's desired game options</param>
public void Initialize(GameOptions options)
{
// Get the map size that will be used for the current game.
mapSize = MapGenerator.SetMapSize(options.MapSize);
// Configure the round timer and hook up the event handler.
timer = new RoundTimer(options.Difficulty);
timer.OnTick += (source, e) => ExecuteCycle();
// Set up collision detection.
colDetector = new CollisionDetector(mapSize);
// Initialize the random point and food generators.
randomPointGenerator = RandomPointGenerator.Create(mapSize);
foodGenerator = new FoodGenerator(randomPointGenerator);
// Initialize the game map.
map = MapGenerator.GenerateMap(mapSize, options.TileStyle);
// Place the snek and food at their initial locations.
snek = new Snekk(MapGenerator.GenerateStartingPoint(mapSize));
food = foodGenerator.Generate(snek.GetSegmentLocations());
}
public FoodGenerator(IRandomPointGenerator generator)
{
this.generator = generator;
}
public BacktrackerAlgorithm(IDirectionsFlagParser directionsFlagParser, IRandomPointGenerator randomPointGenerator, IArrayHelper arrayHelper)
{
_directionsFlagParser = directionsFlagParser;
_randomPointGenerator = randomPointGenerator;
_arrayHelper = arrayHelper;
}
