public Kingdom(IList<CardModel> cards, IList<CardModel> prohibitedCards, CardModel bane, GameSets allowedSets, int numPlayers, CardUseType usesColonies, CardUseType usesShelters, StartingHandType startingHandType)
: this(cards, prohibitedCards, bane, allowedSets, numPlayers, usesColonies, usesShelters, startingHandType, false)
{
}
public Kingdom(IList<CardModel> cards, IList<CardModel> prohibitedCards, CardModel bane, GameSets allowedSets, int numPlayers, CardUseType usesColonies, CardUseType usesShelters, StartingHandType startingHandType, bool useRandomCardsFromChosenSetsOnly)
{
this.Bane = bane;
this.NumPlayers = numPlayers;
this.AllowedSets = allowedSets;
if (prohibitedCards == null)
{
prohibitedCards = new List<CardModel>();
}
List<CardModel> newCards = new List<CardModel>();
if (cards != null)
{
newCards.AddRange(cards);
}
this.Cards = newCards;
int need = 10 - this.Cards.Count;
if (need > 0)
{
IEnumerable<CardModel> randomFilteredCards = RandomAllCardSet.RandomCardIDs.Where(c => !this.Cards.Any(cc => cc.Name == c.Name) && !prohibitedCards.Any(cc => cc.Name == c.Name) && (this.Bane == null || this.Bane.Name != c.Name) && (c.GameSet & this.AllowedSets) != 0).OrderBy(c => Randomizer.Next());
newCards.AddRange(randomFilteredCards.Take(need));
need = 10 - this.Cards.Count;
if (need > 0)
{
IEnumerable<CardModel> randomAllCards = RandomAllCardSet.RandomCardIDs.Where(c => !this.Cards.Any(cc => cc.Name == c.Name) && (this.Bane == null || this.Bane.Name != c.Name)).OrderBy(c => Randomizer.Next());
newCards.AddRange(randomAllCards.Take(need));
}
}
this.InitializeBlackMarket(useRandomCardsFromChosenSetsOnly, prohibitedCards);
if (this.Cards.Any(card => card is YoungWitch))
{
if (this.Bane == null)
{
// add a bane card if it hasn't been set already
IEnumerable<CardModel> baneCards = RandomAllCardSet.RandomCardIDs.Where(c => (c.GetBaseCost() == 2 || c.GetBaseCost() == 3) && !c.CostsPotion && !this.Cards.Any(cc => cc.Name == c.Name) && (this.BlackMarketDeck == null || !this.BlackMarketDeck.Any(cc => cc.Name == c.Name)) && (c.GameSet & this.AllowedSets) != 0);
if (useRandomCardsFromChosenSetsOnly)
{
IEnumerable<CardModel> filteredBaneCards = baneCards.Where(c => this.Cards.Any(cc => c.GameSet == cc.GameSet) && !prohibitedCards.Any(cc => cc.Name == c.Name));
if(filteredBaneCards.Any())
{
baneCards = filteredBaneCards;
}
}
CardModel baneChoice = baneCards.ElementAt(Randomizer.Next(baneCards.Count()));
this.Bane = baneChoice;
}
if (this.Bane is BlackMarket)
{
this.InitializeBlackMarket(useRandomCardsFromChosenSetsOnly, prohibitedCards);
}
this.Cards.Add(this.Bane);
}
newCards.Sort(new Comparison<CardModel>((CardModel lhs, CardModel rhs) =>
{
if (lhs.CostsPotion && !rhs.CostsPotion) return 1;
if (rhs.CostsPotion && !lhs.CostsPotion) return -1;
if (lhs.GetBaseCost() != rhs.GetBaseCost()) return lhs.GetBaseCost() - rhs.GetBaseCost();
return lhs.Name.CompareTo(rhs.Name);
}));
switch (usesColonies)
{
case CardUseType.Random:
this.UsesColonies = Randomizer.Next(2) == 1;
break;
case CardUseType.RandomByCardsFromSet:
this.UsesColonies = this.Cards.Count(card => card is ProsperityCardModel) > Randomizer.Next(10);
break;
case CardUseType.Use:
this.UsesColonies = true;
break;
case CardUseType.DoNotUse:
this.UsesColonies = false;
break;
}
switch (usesShelters)
{
case CardUseType.Random:
this.UsesShelters = Randomizer.Next(2) == 1;
break;
case CardUseType.RandomByCardsFromSet:
this.UsesShelters = this.Cards.Count(card => card is DarkAgesCardModel) > Randomizer.Next(10);
break;
case CardUseType.Use:
this.UsesShelters = true;
break;
case CardUseType.DoNotUse:
this.UsesShelters = false;
break;
}
this.CreateStartingDecks(startingHandType);
this.VictoryCardCount = this.NumPlayers < 3 ? 8 : 12;
}
private void CreateStartingDecks(StartingHandType startingHandType)
{
this.StartingDecks = new List<List<CardModel>>();
for (int i = 0; i < this.NumPlayers; i++)
{
List<CardModel> deck = new List<CardModel>();
this.StartingDecks.Add(deck);
List<CardModel> coppers = new List<CardModel>();
List<CardModel> nonCoppers = new List<CardModel>();
if (this.UsesShelters)
{
nonCoppers.Add(new Hovel());
nonCoppers.Add(new Necropolis());
nonCoppers.Add(new OvergrownEstate());
nonCoppers.Shuffle();
}
else
{
for (int j = 0; j < 3; j++)
{
nonCoppers.Add(new Estate());
}
}
for (int j = 0; j < 7; j++)
{
coppers.Add(new Copper());
}
if (startingHandType == StartingHandType.FourThreeSplit)
{
deck.AddRange(coppers.Take(4));
deck.AddRange(nonCoppers.Take(1));
deck.AddRange(coppers.Skip(4));
deck.AddRange(nonCoppers.Skip(1));
}
else if(startingHandType == StartingHandType.FiveTwoSplit)
{
deck.AddRange(coppers);
deck.AddRange(nonCoppers);
}
else if(startingHandType == StartingHandType.Random)
{
deck.AddRange(coppers);
deck.AddRange(nonCoppers);
deck.Shuffle();
}
else
{
deck.AddRange(coppers);
deck.AddRange(nonCoppers);
deck.Shuffle();
int count = deck.Take(5).Count(c => c is Copper);
if(count == 2 || count == 5)
{
startingHandType = StartingHandType.FiveTwoSplit;
}
else
{
startingHandType = StartingHandType.FourThreeSplit;
}
}
}
}