public BoardRoute(City origin, City destination, TrainColor color, int length)
{
Origin = origin;
Destination = destination;
Color = color;
Length = length;
}
public void CollectCars(TrainColor color, int cars)
{
CollectedCarsScore.TryGetValue(color, out int score);
CollectedCarsScore[color] = score + cars;
OnScoreUpdated?.Invoke();
CheckVictory();
}
public BoardRoute(City origin, City destination, TrainColor color, int length, bool isTunnel)
{
Origin = origin;
Destination = destination;
Color = color;
Length = length;
IsTunnel = isTunnel;
}
public BoardRoute(City origin, City destination, TrainColor color, int length, int locomotiveCount)
{
Origin = origin;
Destination = destination;
Color = color;
Length = length;
LocomotiveCount = locomotiveCount;
}
public CityConnection(int id, CityName city1, CityName city2, TrainColor trainColor, int length)
{
Id = id;
City1 = city1;
City2 = city2;
TrainColor = trainColor;
Length = length;
}
public TrainColorSettings GetColorSettings(TrainColor trainColor)
{
foreach (var type in SettingsPerTrainColor)
{
if (type.TrainColor == trainColor)
{
return(type);
}
}
return(default);
private List <TrainCard> CreateSingleColorCollection(TrainColor color, int count)
{
List <TrainCard> cards = new List <TrainCard>();
for (int i = 0; i < count; i++)
{
cards.Add(new TrainCard()
{
Color = color
});
}
return(cards);
}
public static List <TrainCard> GetMatching(this List <TrainCard> cards, TrainColor color, int count)
{
if (cards.Where(x => x.Color == color).Count() >= count)
{
var selectedCards = cards.Where(x => x.Color == color).Take(count).ToList();
foreach (var card in selectedCards)
{
cards.Remove(card);
}
return(selectedCards);
}
return(new List <TrainCard>());
}
public Train(GameWorld world, TrainSpawn trainSpawn)
{
this.world = world;
this.tile = world.GetTile(trainSpawn.X, trainSpawn.Y) ?? throw new Exception($"Train at invalid position: [{trainSpawn.X}, {trainSpawn.Y}]");
this.spawnTile = tile;
this.progressInsideTile = 0.5f;
this.direction = trainSpawn.Direction;
this.tileEnterDirection = direction.Opposite();
this.positionHistory = new PositionStateHistory(1000, GetSnapshot());
this.type = trainSpawn.Type;
this.color = trainSpawn.Color;
this.cars = trainSpawn.InitialCars;
this.initialCars = this.cars;
this.speed = trainSpawn.Type.GetSpeed();
}
/// <summary>
/// Removes all cargos for color and returns how much train should get.
/// </summary>
public int RemoveAllFor(TrainColor color)
{
int count = 0;
for (int i = 0; i < Cargos.Count; i++)
{
Cargo cargo = Cargos[i];
if (cargo.Color == color)
{
Cargos.RemoveAt(i--);
count++;
}
}
if (count > 0)
{
OnUpdate?.Invoke();
SoundManager.Instance.PlaySoundCargoPickUp();
}
return(count);
}
public bool ClaimRoute(BoardRoute route, TrainColor color)
{
//If we don't have enough train cars remaining to claim this route, we cannot do so.
if (route.Length > RemainingTrainCars)
{
return(false);
}
//First, see if we have enough cards in the hand to claim this route.
var colorCards = Hand.Where(x => x.Color == color).ToList();
//If we don't have enough color cards for this route...
if (colorCards.Count < route.Length)
{
//...see if we have enough Locomotive cards to fill the gap
var gap = route.Length - colorCards.Count;
var locomotiveCards = Hand.Where(x => x.Color == TrainColor.Locomotive).ToList();
if (locomotiveCards.Count < gap)
{
return(false); //Cannot claim this route.
}
var matchingWilds = Hand.GetMatching(TrainColor.Locomotive, gap);
Board.DiscardPile.AddRange(matchingWilds);
if (matchingWilds.Count != route.Length)
{
var matchingColors = Hand.GetMatching(colorCards.First().Color, colorCards.Count);
Board.DiscardPile.AddRange(matchingColors);
}
Board.Routes.ClaimRoute(route, this.Color);
//Add the cities to the list of connected cities
ConnectedCities.Add(route.Origin);
ConnectedCities.Add(route.Destination);
ConnectedCities = ConnectedCities.Distinct().ToList();
RemainingTrainCars = RemainingTrainCars - route.Length;
Console.WriteLine(Name + " claims the route " + route.Origin + " to " + route.Destination + " (" + color + ")!");
return(true);
}
//If we only need color cards to claim this route, discard the appropriate number of them
var neededColorCards = Hand.Where(x => x.Color == color).Take(route.Length).ToList();
foreach (var colorCard in neededColorCards)
{
Hand.Remove(colorCard);
Board.DiscardPile.Add(colorCard);
}
//Mark the route as claimed on the board
Board.Routes.ClaimRoute(route, this.Color);
RemainingTrainCars = RemainingTrainCars - route.Length;
Console.WriteLine(Name + " claims the route " + route.Origin + " to " + route.Destination + " (" + color + ")!");
return(true);
}
public void AddRoute(City origin, City destination, TrainColor color, int length)
{
Routes.Add(new BoardRoute(origin, destination, color, length));
}
public static Texture LoadLocomotiveTexture(this TrainColor trainColor)
{
return(GameSettings.Instance.SettingsPerTrainColor.Find(s => s.TrainColor == trainColor)?.LocomotiveIcon);
}
public static Color ToColor(this TrainColor trainColor)
{
return(GameSettings.Instance.SettingsPerTrainColor.Find(s => s.TrainColor == trainColor)?.Color ?? Color.black);
}
public static Texture LoadCarTexture(this TrainColor trainColor)
{
return(GameSettings.Instance.SettingsPerTrainColor.Find(s => s.TrainColor == trainColor)?.CarIcon);
}
public Cargo(TrainColor color, float secondsUntilDespawn)
{
Color = color;
}