public Deck(int numPlayers)
{
JObject _json = JObject.Parse(File.ReadAllText("Content/Json/cards.json"));
age1 = new List<Card>();
age2 = new List<Card>();
age3 = new List<Card>();
guilds = new List<Card>();
r = 0;
// Loops through the cards.json array and gets the cards
// one by one and check to see if it meets the number of players
// and adds it in, but a special cause is taken into account for
// Guild cards, where it will always be inserted into age3 randomly
foreach (JObject c in (JArray)_json["cards"])
{
// Adding the appropriate cards for the number of players
// to the decks by AGE
if ((int)c["players"] <= numPlayers)
{
Card card = new Card(c);
switch((int)c["age"])
{
case 1:
age1.Add(card);
break;
case 2:
age2.Add(card);
break;
case 3:
if ((int)c["players"] == 0)
guilds.Add(card);
else
age3.Add(card);
break;
}
}
}
addGuilds(numPlayers);
}
//Checks whether a player can build a card from a chain
public static bool canChainBuild(Player player, Card card)
{
foreach (string cardID in player.getPlayed())
if (card.chains.Contains(CardLibrary.getCard(cardID).name)) return true;
return false;
}
public void addPlayed(Card card)
{
played.Add(card.getImageId());
cardColour[card.colour] += 1;
}
// Babylon B [2nd stage]
// Handle this at the end of every age to play the last card if
// Player can pay for it, or discard to earn 3 coins or build the third wonder.
// EXTRA TURN basically
private static void LastCard(Player p, Card c)
{
// stuff
}
// Olympia A
// the player can, once per Age, build a structure of their choice for free
private static void FreeBuild(Player p, Card c, int age)
{
// stuff
p.addPlayed(c);
}
