private void SetUpTable(int noOfColumns, DeckShuffler shuffler)
{
if (noOfColumns > 9)
{
throw new Exception("Too Many Columns. Please choose a number <= 9");
}
//Init Tableu
Tableu = new CardColumn[noOfColumns];
for (int i = 0; i < noOfColumns; i++)
{
CardColumn newCardColumn = new CardColumn();
List <Card> faceDownCards = shuffler.DrawCards(i);
newCardColumn.faceDownCards = new Stack <Card>(faceDownCards);
List <Card> faceUpCard = shuffler.DrawCards(1);
newCardColumn.faceUpCards = faceUpCard;
Tableu[i] = newCardColumn;
}
//Init Stock
StockPile = new Stack <Card>(shuffler.DrawCards(shuffler.GetRemainigCardsCount()));
}
public void TriggerRoom(Transform player)
{
var enemy = Instantiate(enemyDeck.GetNextCard(), new Vector2(player.position.x - offset, player.position.y + offset), Quaternion.identity);
if (enemy.TryGetComponent <Combatant>(out var combatant))
{
OnEnemySpawned?.Invoke(combatant);
}
// Move the player to the oposite corner of the room
LeanTween.move(player.gameObject, new Vector2(player.position.x + offset, player.position.y - offset), timeToComplete)
.setEaseOutSine()
.setOnComplete(() =>
{
OnPlayerMoved?.Invoke();
});
// Shuffle and Reset the deck;
playingCardsDeck.ResetIndex();
DeckShuffler.Shuffle(playingCardsDeck.Cards);
vcam.LookAt = m_transform;
vcam.Follow = m_transform;
spriteRenderer.sprite = null;
}
private void RandomizeRooms()
{
// Shuffle all the rooms
DeckShuffler.Shuffle(allRoomsExceptStartAndExit);
// Divide the rooms into two stacks
GameObject[] firstHalfOfRooms = new GameObject[allRoomsExceptStartAndExit.Length / 2];
GameObject[] secondHalfOfRooms = new GameObject[allRoomsExceptStartAndExit.Length / 2 + 1];
for (int i = 0; i < firstHalfOfRooms.Length; i++)
{
firstHalfOfRooms[i] = allRoomsExceptStartAndExit[i];
secondHalfOfRooms[i] = allRoomsExceptStartAndExit[firstHalfOfRooms.Length + i];
}
// Add the Exit Room to the second stack
secondHalfOfRooms[secondHalfOfRooms.Length - 1] = exitRoom;
// Then shuffle the second stack
DeckShuffler.Shuffle(secondHalfOfRooms);
// Combine both stacks into a Room Deck
GameObject[] allRooms = new GameObject[allRoomsExceptStartAndExit.Length + 1];
firstHalfOfRooms.CopyTo(allRooms, 0);
secondHalfOfRooms.CopyTo(allRooms, firstHalfOfRooms.Length);
roomsDeck.SetCards(allRooms);
}
public void InitGame()
{
DeckShuffler shuffler = new DeckShuffler();
shuffler.ShuffleDeck();
InitGame(shuffler);
}
public void ShuffleDeck()
{
DeckShuffler shuffler = new DeckShuffler();
shuffler.Shuffle(ref _deck);
OrganizeQueue();
}
public void Null()
{
var randomizer = new Mock <IRandomizer>();
var deckShuffler = new DeckShuffler(randomizer.Object);
var results = deckShuffler.Shuffle(null);
Assert.IsNotNull(results);
Assert.AreEqual(0, results.Count);
}
private void Awake()
{
RandomizeRooms();
DeckShuffler.Shuffle(enemyDeck.Cards);
enemyDeck.ResetIndex();
player = GameObject.FindGameObjectWithTag("Player").GetComponent <Combatant>();
playerHealth = player.GetComponent <HealthBehaviour>();
}
private void LoadSerializedGame()
{
using (FileStream fs = File.Open(dirPathToSerialize + "data" + serializedGameToLoad_index + ".dat", FileMode.Open))
{
BinaryFormatter b = new BinaryFormatter();
this.shufflerClone = b.Deserialize(fs) as DeckShuffler;
}
this.RestartGame();
}
public void ShufflingDeck()
{
var deckShuffler = new DeckShuffler(_deck.GetDeck());
Assert.IsNotNull(deckShuffler.GetShuffledDeck());
foreach (var variable in deckShuffler.GetShuffledDeck())
{
Console.WriteLine(variable);
}
Console.WriteLine(deckShuffler.GetShuffledDeck().Count);
}
public void InitGame(DeckShuffler seed)
{
gameState = new GameState();
this.movesHistory = new Stack <Move>();
shufflerClone = seed.Clone() as DeckShuffler;
SetUpTable(columns_count, seed);
foreach (ISolitaireEventsHandlers subscribedHandler in subscribedInstances)
{
subscribedHandler.NotifyBeginGame(Tableu, StockPile);
}
}
public void Shuffled()
{
var randomizer = new Mock <IRandomizer>();
randomizer.Setup(x => x.Next(0, 2)).Returns(1);
randomizer.Setup(x => x.Next(0, 1)).Returns(0);
var deckShuffler = new DeckShuffler(randomizer.Object);
var a = new Card(null, null);
var b = new Card(null, null);
var results = deckShuffler.Shuffle(new[] { a, b });
Assert.AreEqual(b, results[0]);
Assert.AreEqual(a, results[1]);
}
public override void Puzzle1()
{
while (player1Deck.Count > 0 && player2Deck.Count > 0)
{
if (player1Deck.First() > player2Deck.First())
{
DeckShuffler.RoundOfCombat(player1Deck, player2Deck);
}
else
{
DeckShuffler.RoundOfCombat(player2Deck, player1Deck);
}
}
long ans = player1Deck.Count() == 0 ? DeckShuffler.CountResult(player2Deck) : DeckShuffler.CountResult(player1Deck);
Console.WriteLine($"The winning player's score = {ans}");
}
// Start is called before the first frame update
void Start()
{
CardLoader.loadCards();
List <Card> shuffledCards = new List <Card>(CardLoader.deckBang);
DeckShuffler.Shuffle(shuffledCards);
float z = 0.0f;
foreach (Card card in shuffledCards)
{
GameObject obj = Instantiate(cardPrefab);
obj.transform.parent = transform;
obj.transform.position = new Vector3(0.0f, 0.0f, z);
CardSprite cardSprite = obj.GetComponent <CardSprite>();
cardSprite.card = card;
z += 0.5f;
}
}
public override void Puzzle2()
{
int gameNumber = 1;
int roundNumber = 1;
while (player1Deck.Count > 0 && player2Deck.Count > 0)
{
//Console.WriteLine($" ===== Round {roundNumber} (Game {gameNumber}) ===== ");
//Console.Write("P1: ");
//player1Deck.ForEach(x => Console.Write(x + " "));
//Console.WriteLine();
//Console.Write("P2: ");
//player2Deck.ForEach(x => Console.Write(x + " "));
//Console.WriteLine();
DeckShuffler.RoundOfRecursiveCombat(player1Deck, player2Deck, gameNumber);
roundNumber++;
}
long ans = player1Deck.Count() == 0 ? DeckShuffler.CountResult(player2Deck) : DeckShuffler.CountResult(player1Deck);
Console.WriteLine($"The winning player's score = {ans}");
}
public void HandOutCards()
{
var deckShuffler = new DeckShuffler(_deck.GetDeck());
Assert.IsNotNull(_deck.GetDeck());
foreach (var variable in deckShuffler.GetShuffledDeck())
{
Console.WriteLine("shuffled" + variable);
}
Console.WriteLine(deckShuffler.GetShuffledDeck().Count);
var deckDealer = new DeckDealer(_playerMaker.GetTeam(), deckShuffler.GetShuffledDeck(), 5);
Assert.IsNotNull(deckDealer.GetPlayersCards());
for (var i = 0; i < 5; i++)
{
Assert.AreEqual(5, deckDealer.GetPlayersCards()[i].Count);
Console.WriteLine("gracz {0} ma tyle kart " + deckDealer.GetPlayersCards()[i].Count, i);
for (var j = 0; j < 5; j++)
{
Console.WriteLine("Karty gracza {0} to " + deckDealer.GetPlayersCards()[i].ElementAt(j), i);
}
}
}
public void TestOfNullExceptionInDeckDealer2_MustPass()
{
var deckShuffler = new DeckShuffler(_deck.GetDeck());
var deckDealerNullTest2 = new DeckDealer(_playerMaker.GetTeam(), null, 5);
}
public void TestOfNullExceptionInDeckShuffler_MustPass()
{
var deckShuffler = new DeckShuffler(null);
}
private void StartNewRound()
{
DeckShuffler.Shuffle(playingCardDeck.Cards);
playingCardDeck.ResetIndex();
OnNewRoundStart?.Invoke();
}
public void TestOfNullExceptionInDeckDealer_MustPass()
{
var deckShuffler = new DeckShuffler(_deck.GetDeck());
var deckDealerNullTest1 = new DeckDealer(null, deckShuffler.GetShuffledDeck(), 5);
}
public void TestOfHandOutExceptionInDeckDealer2_MustPass()
{
var deckShuffler = new DeckShuffler(_deck.GetDeck());
var deckDealerTest = new DeckDealer(_playerMaker.GetTeam(), deckShuffler.GetShuffledDeck(), 0);
}