public Spades()
{
// PREAMBLE: Define the DECK of cards based on a tree structure
//
// TODO: Push this code inside the CardGame class, to read a string like below
//
// (deck1 (rank (2 3 4 5 6 7 8 9 10 J Q K)
// (color (red (suit (hearts diamonds))
// (black (suit (clubs spades)))))
var red = new Node {
Value = "red",
Key = "color",
children = new List <Node> {
new Node {
Value = "hearts",
Key = "suit",
},
new Node {
Value = "diamonds",
Key = "suit"
}
}
};
var black = new Node {
Value = "black",
Key = "color",
children = new List <Node> {
new Node {
Value = "clubs",
Key = "suit",
},
new Node {
Value = "spades",
Key = "suit"
}
}
};
var ranks = new Node {
Value = "combo2",
children = new List <Node> {
new Node {
Value = "2", Key = "rank"
}, new Node {
Value = "3", Key = "rank"
}, new Node {
Value = "4", Key = "rank"
},
new Node {
Value = "5", Key = "rank"
}, new Node {
Value = "6", Key = "rank"
}, new Node {
Value = "7", Key = "rank"
}, new Node {
Value = "8", Key = "rank"
}, new Node {
Value = "9", Key = "rank"
}, new Node {
Value = "10", Key = "rank"
},
new Node {
Value = "J", Key = "rank"
}, new Node {
Value = "Q", Key = "rank"
}, new Node {
Value = "K", Key = "rank"
}, new Node {
Value = "A", Key = "rank"
}
}
};
Tree t = new Tree {
rootNode = new Node {
Value = "Attrs",
children = new List <Node> {
new Node {
Value = "combo1",
children = new List <Node> {
red, black
}
},
ranks
}
}
};
// Here for timing estimates right now
Stopwatch time = new Stopwatch();
time.Start();
// READ NUMBER OF PLAYERS and CREATE THE GAME
int numPlayers = 4;
var game = new CardGame(numPlayers);
List <string> locationsToCreate = new List <string> {
"STOCK",
"TRUMP",
"LEAD" //TODO TRUMP and LEAD are imaginary locations, should not be used for play
};
foreach (var key in locationsToCreate)
{
game.tableCards.AddKey(key);
game.tableCards[key] = new CardStackCollection();
}
// Set PLAYER card and int storage locations
foreach (var player in game.players)
{
player.storage.AddKey("BID");
player.storage.AddKey("CURRENTSTATE");
player.storage.AddKey("TRICKSWON");
player.cardBins.AddKey("HAND");
player.cardBins.AddKey("TRICK");
}
// Set TEAMS and Link to PLAYERS
for (int i = 0; i < 2; ++i)
{
var team = new Team();
team.teamStorage.AddKey("SCORE");
team.teamStorage.AddKey("BAGS");
team.teamPlayers.Add(game.players[i]);
team.teamPlayers.Add(game.players[i + 2]);
game.players[i].team = team;
game.players[i + 2].team = team;
game.teams.Add(team);
}
game.SetDeck(t);
game.tableCards["TRUMP"].Add(game.sourceDeck.Last());
Console.WriteLine(game.tableCards["TRUMP"].Peek());
//Instantiate Player Decks and Play Areas
foreach (var player in game.players)
{
player.cardBins["HAND"] = new CardListCollection();
player.cardBins["TRICK"] = new CardStackCollection();
}
// Establish PRECEDENCE for the cards.
//
// TODO : Push this into game, have this description be flexible to again read from string
List <CardFilter> precGen = new List <CardFilter>();
var suits = new List <string> {
"TRUMP", "LEAD"
};
var rankIter = new List <string> {
"A", "K", "Q", "J", "10", "9", "8", "7", "6", "5", "4", "3", "2"
};
foreach (var suit in suits)
{
foreach (var rank in rankIter)
{
precGen.Add(new CardFilter(new List <CardExpression> {
new TreeExpression("suit", suit, true),
new TreeExpression("rank", rank, true)
}));
}
}
var suitDict = new Dictionary <string, HashSet <Card> >();
var rankDict = new Dictionary <string, HashSet <Card> >();
var comboDict = new Dictionary <string, Card>();
foreach (var card in game.sourceDeck)
{
var suit = card.ReadAttribute("suit");
if (suitDict.ContainsKey(suit))
{
suitDict[suit].Add(card);
}
else
{
suitDict.Add(suit, new HashSet <Card> {
card
});
}
var rank = card.ReadAttribute("rank");
if (rankDict.ContainsKey(rank))
{
rankDict[rank].Add(card);
}
else
{
rankDict.Add(rank, new HashSet <Card> {
card
});
}
comboDict.Add(suit + rank, card);
}
Dictionary <String, int> StoreNames = new Dictionary <String, int> {
{ "SPADESBROKEN", 0 },
{ "PLAYERTURN", 1 },
{ "CURRENTPLAYER", 2 },
{ "CURRENTHAND", 3 }
};
foreach (var key in StoreNames.Keys)
{
game.gameStorage.AddKey(key);
}
bool gameNotOver = true;
while (gameNotOver)
{
if (game.teams.Exists(team => team.teamStorage["SCORE"] >= 500))
{
gameNotOver = false;
}
else
{
game.PopulateLocation("STOCK");
game.tableCards["STOCK"].Shuffle();
// STAGE 0: SETUP STORAGE and DEAL
game.DealEvery(13, "STOCK", "HAND");
foreach (var player in game.players)
{
player.storage["TRICKSWON"] = 0; //resets tricks won every game
}
game.gameStorage["SPADESBROKEN"] = 0; //SPADES BROKEN = FALSE
game.gameStorage["PLAYERTURN"] = 0; //Play Turn within hand
game.gameStorage["CURRENTPLAYER"] = 0; //Current Players Turn
game.gameStorage["CURRENTHAND"] = 0; //Current Hand
var noSpades = new CardFilter(new List <CardExpression> {
new TreeExpression("suit", game.tableCards["TRUMP"].Peek().ReadAttribute("suit"), false)
});
// STAGE 1: BIDDING
foreach (var player in game.players)
{
game.PromptPlayer(player, "BID", 1, 4); // Should be 0 - 13 Inclusive (14 exclusive), but AI isn't smart enough
}
foreach (var player in game.players)
{
Console.WriteLine("Bid: " + player.storage["BID"]);
}
// STAGE 1.5: Give leading player right values
var leader = game.players[0];
leader.storage["CURRENTSTATE"] = 2;
// STAGE 2: PLAY ROUNDS UNTIL ALL CARDS USED
bool stage2Complete = false;
while (!stage2Complete)
{
// STAGE 2 END CONDITION
if (game.gameStorage["CURRENTHAND"] == 13)
{
stage2Complete = true;
}
else
{
// STAGE 2 SETUP
game.gameStorage["PLAYERTURN"] = 0; //Runs 0->3 everytime
// STAGE 2_1: EACH PLAYER PLAYS ONE CARD
bool stage2_1Complete = false;
while (!stage2_1Complete)
{
if (game.gameStorage["PLAYERTURN"] == 4)
{
stage2_1Complete = true;
}
else
{
var player = game.CurrentPlayer().Current();
var choices = new List <Card>();
if (player.storage["CURRENTSTATE"] == 0) //Normal Play, follow suit
{
var followSuit = new CardFilter(new List <CardExpression> {
new TreeExpression("suit", game.tableCards["LEAD"].Peek().ReadAttribute("suit"), true)
});
choices = game.FilterCardsFromLocation(followSuit, "P", game.CurrentPlayer().idx, "HAND");
}
else if (player.storage["CURRENTSTATE"] == 1) //Play anything, spades broken or unable to follow
{
choices = game.FilterCardsFromLocation(new CardFilter(new List <CardExpression>()), "P", game.CurrentPlayer().idx, "HAND");
}
else if (player.storage["CURRENTSTATE"] == 2) //Spades not broken, leading with non spade
{
choices = game.FilterCardsFromLocation(noSpades, "P", game.CurrentPlayer().idx, "HAND");
}
if (choices.Count == 0) //No moves in current state
{
var changeStateAction = game.ChangePlayerState(game.CurrentPlayer().idx, "CURRENTSTATE", 1);
game.PlayerMakeChoice(new List <GameActionCollection> {
new GameActionCollection {
changeStateAction
}
}, game.CurrentPlayer().idx);
}
else
{
var ultimateChoices = new List <GameActionCollection>();
var changeTurnAction = game.ChangeGameState("PLAYERTURN", game.gameStorage["PLAYERTURN"] + 1);
var moduloChangeAction = new EndTurnAction(game.CurrentPlayer());
var resetStateAction = game.ChangePlayerState(game.CurrentPlayer().idx, "CURRENTSTATE", 0);
foreach (var choice in choices)
{
var cardPlayAction = new CardMoveAction(choice, game.CurrentPlayer().Current().cardBins["HAND"], game.CurrentPlayer().Current().cardBins["TRICK"]);
ultimateChoices.Add(new GameActionCollection {
cardPlayAction, changeTurnAction, moduloChangeAction, resetStateAction
});
if (game.gameStorage["PLAYERTURN"] == 0)
{
ultimateChoices.Last().Add(new CardCopyAction(choice, game.tableCards["LEAD"]));
}
}
game.PlayerMakeChoice(ultimateChoices, game.CurrentPlayer().idx);
if (game.CurrentPlayer().turnEnded)
{
game.CurrentPlayer().Next();
}
}
}
}
// STAGE 2_2: Determine who WON the trick
bool stage2_2Complete = false;
while (!stage2_2Complete)
{
// Solidify precedence rules based on LEAD
var precendence = new List <CardFilter>();
foreach (var filter in precGen)
{
precendence.Add(filter.Copy());
}
foreach (var filter in precendence)
{
foreach (var treeDirection in filter.filters)
{
if (((TreeExpression)treeDirection).expectedValue == "LEAD")
{
((TreeExpression)treeDirection).expectedValue = game.tableCards["LEAD"].Peek().ReadAttribute("suit");
//Console.WriteLine("treeValue:" + treeDirection.expectedValue);
}
if (((TreeExpression)treeDirection).expectedValue == "TRUMP")
{
((TreeExpression)treeDirection).expectedValue = game.tableCards["TRUMP"].Peek().ReadAttribute("suit");
}
}
}
var orderedCards = new List <Card>();
foreach (var filter in precendence)
{
//Approaches N time
var suit = ((TreeExpression)filter.filters.Where(obj => ((TreeExpression)obj).CardAttribute == "suit").FirstOrDefault()).expectedValue;
var rank = ((TreeExpression)filter.filters.Where(obj => ((TreeExpression)obj).CardAttribute == "rank").FirstOrDefault()).expectedValue;
//direct method
var card = comboDict[suit + rank];
orderedCards.Add(card);
}
var scoringList = new List <PointAwards>();
var ranksTemp = new List <string> {
"2", "3", "4", "5", "6", "7", "8", "9", "10", "J", "Q", "K", "A"
};
var rankScore = new List <int> {
2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14
};
for (int i = 0; i < ranksTemp.Count; ++i)
{
scoringList.Add(new PointAwards("rank", ranksTemp[i], rankScore[i]));
}
scoringList.Add(new PointAwards("suit", game.tableCards["TRUMP"].Peek().ReadAttribute("suit"), 200));
scoringList.Add(new PointAwards("suit", game.tableCards["LEAD"].Peek().ReadAttribute("suit"), 100));
var scoring = new CardScore(scoringList);
//Precedence (now scoring) is known, pop the leading card from imaginary location
game.tableCards["LEAD"].Remove();
// Now, determine who won the trick
var winningPlayer = 0;
var winningScore = 0;
for (int i = 0; i < numPlayers; ++i)
{
//Console.WriteLine("PrecIdx:" + );
var player = game.players[i];
//Console.Write("SCORING " + i);
var cardScore = scoring.GetScore(player.cardBins["TRICK"].AllCards().First());
if (cardScore >= winningScore)
{
winningPlayer = i;
winningScore = cardScore;
}
}
if (game.players[winningPlayer].cardBins["TRICK"].AllCards().First().ReadAttribute("suit") == game.tableCards["TRUMP"].Peek().ReadAttribute("suit"))
{
Console.WriteLine("***SPADESBROKEN***");
game.gameStorage["SPADESBROKEN"] = 1;
}
// DEBUG for us to validate game works
Console.WriteLine("Winner: Player " + (winningPlayer + 1));
foreach (var p in game.players)
{
//Uncommenting will throw an exception, stack has been popped
Console.Write("Player:" + p.cardBins["TRICK"].AllCards().First().ToString() + "\n");
p.cardBins["TRICK"].Remove();
}
// Reward winning player with 1 TRICK
game.players[winningPlayer].storage["TRICKSWON"] += 1;
game.CurrentPlayer().SetPlayer(winningPlayer); //Should be winner
var winner = game.players[winningPlayer];
if (game.gameStorage["SPADESBROKEN"] == 1)
{
winner.storage["CURRENTSTATE"] = 1;
}
else
{
winner.storage["CURRENTSTATE"] = 2;
}
stage2_2Complete = true;
}
// STAGE 2 WRAPUP
game.gameStorage["CURRENTHAND"] += 1; //Current Hand
}
}
// STAGE 3: DETERMINE SCORE FOR TEAMS OF PLAYERS
// DEBUG tricks taken by each
foreach (var player in game.players)
{
Console.WriteLine("Tricks:" + player.storage["TRICKSWON"]);
}
// DEBUG teams score
for (int i = 0; i < game.teams.Count; ++i)
{
Console.Write("Team " + (i + 1) + " Score: ");
var total = 0;
var totalBid = 0;
var team = game.teams[i];
foreach (var player in team.teamPlayers)
{
if (player.storage["BID"] != 0)
{
total += player.storage["TRICKSWON"];
totalBid += player.storage["BID"];
}
else
{
team.teamStorage["BAGS"] += player.storage["TRICKSWON"];
if (player.storage["TRICKSWON"] == 0)
{
team.teamStorage["SCORE"] += 100;
}
else
{
team.teamStorage["SCORE"] -= 100;
}
}
}
if (total >= totalBid)
{
team.teamStorage["SCORE"] += totalBid * 10;
team.teamStorage["BAGS"] += total - totalBid;
}
else
{
team.teamStorage["SCORE"] -= totalBid * 10;
}
if (team.teamStorage["BAGS"] >= 10)
{
team.teamStorage["SCORE"] -= 100 * (team.teamStorage["BAGS"] / 10);
team.teamStorage["BAGS"] %= 10;
}
Console.WriteLine(total);
Console.WriteLine(team.teamStorage["SCORE"] + " : " + team.teamStorage["BAGS"]);
}
}
}
time.Stop();
Console.WriteLine("Elapsed:" + time.Elapsed);
}