public string Forecast(Game game)
{
double forecast;
if (game.CurrentRound <= Deviations.Count - 1)
forecast = Deviations[game.CurrentRound];
else
forecast = 1;
string humanForecast;
if (forecast >= 1)
humanForecast = "Normal";
else if (forecast >= 0.65)
humanForecast = "Below Normal";
else
humanForecast = "Drought";
return humanForecast;
}
public int Generate(Game game)
{
double totalEntitlement = 0;
foreach (Player p in game.Players.Values)
totalEntitlement += p.WaterEntitlement;
foreach (BuyPoint bp in game.BuyPoints.Values)
if (!bp.HasAnyOwner)
totalEntitlement += bp.InitialWaterRights;
double generationRatio;
if (game.CurrentRound <= Deviations.Count - 1)
generationRatio = Deviations[game.CurrentRound];
else
generationRatio = 1;
return (int)Math.Ceiling(totalEntitlement * generationRatio);
}
public Game CreateGame(UUID uuid, string name)
{
Game game = new Game(UUID.Random(), "Game1", GameStateType.None);
// This must be done after the constructor is called, since creating the player will require a valid
// game object and we can't use the one on the controller since it hasn't been returned yet.
UserAccount economyAccount = m_controller.EconomyUserAccount;
game.Economy = CreatePlayer(economyAccount.PrincipalID, economyAccount.Name, Economy.Singleton, game);
game.Roles.Add(Developer.Singleton);
game.Roles.Add(Economy.Singleton);
game.Roles.Add(Farmer.Singleton);
game.Roles.Add(Manufacturer.Singleton);
game.Roles.Add(WaterMaster.Singleton);
return game;
}
protected Player CreatePlayer(UUID uuid, string name, IRole role, Game game)
{
// System.Console.WriteLine("Player {0} created with game [{1}]", name, game.Name);
return new Player(name, uuid) { Game = game, Role = role };
}
public int Generate(Game game)
{
int water = game.BuyPoints.Count * WaterPerParcel;
return water;
}
public IDictionary<AbstractGameAssetType, double[]> Generate(Game game)
{
IDictionary<AbstractGameAssetType, double[]> activityByAgat
= new Dictionary<AbstractGameAssetType, double[]>();
int[] agatValues = (int[])Enum.GetValues(typeof(AbstractGameAssetType));
foreach (int agatValue in agatValues)
{
AbstractGameAssetType type = (AbstractGameAssetType)agatValue;
double[] levelValues = new double[4];
if (Deviations.ContainsKey(type))
{
double[][] levelDeviations = Deviations[type];
for (int i = 1; i < levelDeviations.Length; i++)
{
// m_log.InfoFormat(
// "[WATER WARS]: Fetching deviation for {0} at level [{1}], round [{2}]",
// type, i, game.CurrentRound);
if (levelDeviations[i] == null)
levelValues[i] = 1;
else if (levelDeviations[i].Length - 1 >= game.CurrentRound)
levelValues[i] = levelDeviations[i][game.CurrentRound];
else
levelValues[i] = 1;
}
}
else
{
for (int i = 1; i <= 3; i++)
levelValues[i] = 1;
}
activityByAgat[type] = levelValues;
}
return activityByAgat;
}