// Use this for initialization
void Start()
{
gamestart = eventsystem.GetComponent <gameStart> ();
drawcard = eventsystem.GetComponent <DrawCard> ();
carddisplayzone = GameObject.FindGameObjectWithTag("displaycardrefrence");
parent = carddisplayzone.transform.parent;
}
internal virtual void NextTurn(DrawCard drawEvent)
{
if (drawEvent.myTurn)
{
controller.room.SendChatMessage("Hearthstone - It's my turn, drew: " + (drawEvent.card.name == null ? "unknown card.." : drawEvent.card.name) + ".");
}
}
private void OnDestroy()
{
if (card != null)
{
card.Release();
card = null;
}
}
// 103.4. Each player draws a number of cards equal to his or her starting hand size, which is
// normally seven. (Some effects can modify a player's starting hand size.) A player who is
// dissatisfied with his or her initial hand may take a mulligan. First, the starting player
// declares whether or not he or she will take a mulligan. Then each other player in turn order
// does the same. Once each player has made a declaration, all players who decided to take
// mulligans do so at the same time. To take a mulligan, a player shuffles his or her hand back
// into his or her library, then draws a new hand of one fewer cards than he or she had before.
// If a player kept his or her hand of cards, those cards become the player's opening hand, and
// that player may not take any further mulligans. This process is then repeated until no player
// takes a mulligan. (Note that if a player's hand size reaches zero cards, that player must keep
// that hand.)
private void Step_Start_InitialDraw()
{
ApplyActions(
"Initial draw",
_gs.Players.Select(p => DrawCard.X(p, 7))
.Concat(new SetStartStateStatus(StartStateStatus.InitialDraw).Yield <GameAction>())
);
}
internal override void NextTurn(DrawCard drawEvent)
{
base.NextTurn(drawEvent);
if (turnCounter++ > 4)
{
controller.room.SendChatMessage("No more bets");
controller.SetState(this, typeof(HSStateNoBets));
}
}
public Card GetCard()
{
Card c = new Card()
{
name = this.name,
};
if (cardType == eCardType.mood)
{
c = new MoodCard()
{
name = this.name,
moodChanges = new List <MoodValue>()
};
var cm = c as MoodCard;
for (int i = 0; i < moodChanges.Length / 2; i++)
{
int amount = int.Parse(moodChanges[i * 2 + 1]);
if (amount > 0)
{
cm.moodChanges.Add(new MoodValue()
{
mood = (Note.Mood)System.Enum.Parse(typeof(Note.Mood), moodChanges[i * 2], true),
value = amount,
});
}
}
return(cm);
}
if (cardType == eCardType.combo)
{
var cm = new ComboCard()
{
name = this.name,
};
cm.multiplier = comboMultiplier;
cm.mood = (Note.Mood)System.Enum.Parse(typeof(Note.Mood), comboMood, true);
return(cm);
}
if (cardType == eCardType.draw)
{
var cm = new DrawCard()
{
name = this.name,
};
cm.cardsToDraw = cardsToDraw;
return(cm);
}
return(c);
}
/// <summary>
/// Allows the game to run logic such as updating the world,
/// checking for events, gathering input, and playing audio.
/// </summary>
/// <param name="gameTime">Provides a snapshot of timing values.</param>
protected override void Update(GameTime gameTime)
{
// Update the keyboard state
KeyboardState state = Keyboard.GetState();
// Check for game exit
if (GamePad.GetState(PlayerIndex.One).Buttons.Back == ButtonState.Pressed || state.IsKeyDown(Keys.Escape))
{
Exit();
}
// Update turn and check for win/loss
UpdateGame();
UpdateTurn();
// Upate player phase
p1.Update(gameTime, p1Field);
p2.Update(gameTime, p2Field);
// Update traps for hooks (EARLY TESTING)
KeyValuePair <TrapCard, int> hookedTrap = CheckHooksP1(gameTime, p1, p2, p1Field, p2Field);
if (hookedTrap.Key != null)
{
hookedTrap.Key.effect.Activate(p1, p2, p1Field, p2Field, hookedTrap.Value);
}
// Update selector
selectionHandlers[selector.state].Handle(selector, p1, p2, p1Field, p2Field, state, previousState);
// for testing, draw with 'D'
if (state.IsKeyDown(Keys.D) && previousState.IsKeyUp(Keys.D))
{
DrawCard.Apply(p1, p1Field);
}
// Update keyboard state
previousState = state;
// AI starts with monster for testing
foreach (Card card in p1Field.magicAndTrapZone)
{
if (card is TrapHole)
{
if (p2.hand[0] is MonsterCard)
{
p1.hooks.Add(TrapHook.NORMAL_SUMMON, 0);
Summon.Apply(p2, p2Field, (MonsterCard)p2.hand[0], 0);
}
}
}
base.Update(gameTime);
}
public Vector3 FindLandingSpot()
{
Vector3 landingSpot = cardLocations[MyHand.Count].Location;
GameObject gO = Instantiate(DrawCardPrefab, drawPile.transform.position, Quaternion.identity);
DrawCard drawCard = gO.GetComponent <DrawCard>();
drawCard.MyPlayer = this;
return(landingSpot);
}
public static void Main(string[] args)
{
CreateWebHostBuilder(args).Build().Run();
DrawCard.DrawCardOutline(0, 0);
Card card = new Card();
card.MySuit = Card.SUIT.HEARTS;
card.MyValue = Card.VALUE.ACE;
Console.ReadKey();
}
/// <summary>
/// add to hand if hand isn't too bigyet.
/// </summary>
private void TryAddToHand(CardInstance ci, EffectSet ef)
{
if (Hand.Count < 10)
{
Hand.Add(ci);
DrawCard?.Invoke(ci, ef);
}
else
{
DiscardPile.Add(ci);
}
}
bool changeText = true;//MouseExit改变说明面板文字
void Awake()
{
//Debug.Log("CardMovinng Awake");
MainCamera = GameObject.Find("Main Camera");
drawCard = MainCamera.GetComponent("DrawCard") as DrawCard;
cardScript = transform.GetComponent("Card") as Card;
Transform t = transform.FindChild("BackLight");
if (t != null)
{
backlight = t.gameObject;
backlight.SetActive(false);
}
}
public void Setup()
{
player = new Player("name");
var players = new[] { player };
var realEstateHandler = FakeHandlerFactory.CreateEmptyRealEstateHandler(players);
var boardHandler = FakeHandlerFactory.CreateBoardHandlerForFakeBoard(players, realEstateHandler, banker);
var dice = new ControlledDice();
banker = new Banker(players);
var jailHandler = new JailHandler(dice, boardHandler, banker);
var deckFactory = new DeckFactory(players, jailHandler, boardHandler, realEstateHandler, banker);
deck = deckFactory.BuildCommunityChestDeck();
drawCard = new DrawCard("draw card");
drawCard.AddDeck(deck);
}
// Update is called once per frame
void Update()
{
if (!isLocalPlayer)
{
return;
}
if (drawPile == null)
{
drawPile = GameObject.FindGameObjectWithTag("DrawPile");
if (drawPile != null)
{
GameObject gO = Instantiate(DrawCardPrefab, drawPile.transform.position, Quaternion.identity);
DrawCard drawCard = gO.GetComponent <DrawCard>();
drawCard.SetPosition(drawPile.transform.position);
drawCard.MyPlayer = this;
}
}
if (MyGm == null)
{
MyGm = FindObjectOfType <GameManager>();
if (MyGm == null)
{
return;
}
}
if (nextTurnButton == null)
{
nextTurnButton = GameObject.Find("NextTurn");
Button nTButton = nextTurnButton.GetComponent <Button>();
nTButton.onClick.AddListener(EndMyTurn);
}
if (!ImReady)
{
LayoutHandArea();
}
}
void Awake()
{
// Debug.Log("drawCard Awake");
DrawCard.Instance = this;
EnergyManager.Instance.StartTurn += this.StartTurn;
EnergyManager.Instance.StartGame += this.StartGame;
HandZone = GameObject.Find("HandZone").transform;
mycarddeap = GameObject.Find("Deck_Our").transform;
EnemyHand = transform.FindChild("EnemyHand");
ECardShow = transform.FindChild("EnemyCardShow");
EnemyList = transform.FindChild("EnemyList");
EnemyAuraList = transform.FindChild("EnemyAuraList");
NewCardList = transform.FindChild("NewCardList");
hero = GameObject.Find("Hero").GetComponent<Hero>();
enemyHero = GameObject.Find("EnemyHero").GetComponent<Hero>();
cardObject =(GameObject)Resources.Load("card new 1");
}
// Start is called before the first frame update
void Start()
{
this.updateWorldSize();
card = new DrawCard();
tween = new TweenVector2();
progress = onNormal;
if (Application.platform == RuntimePlatform.WindowsEditor)
{
screenTouch = new WindowsEditorTouch();
}
else
{
screenTouch = new MobileTouch();
}
}
public void RunEsp(string[] names)
{
Deck = new CardsDeck();
Console.Clear();
ShowMenuEsp();
// Position for username #1 with name in game and chips
Positions[] positions = new Positions[6];
positions[0].X = 20;
positions[0].Y = 8;
positions[1].X = 60;
positions[1].Y = 8;
positions[2].X = 100;
positions[2].Y = 8;
positions[3].X = 20;
positions[3].Y = 27;
positions[4].X = 60;
positions[4].Y = 27;
positions[5].X = 100;
positions[5].Y = 27;
for (int i = 0; i < names.Length; i++)
{
Player player = new Player(names[i]);
player.UserName = names[i];
Players.Add(player);
}
// Draw Game table and cards
DrawCard.DrawEsp(Players, Deck);
DrawCard.UpdateChipsEsp(Players);
DrawCard.DrawTableEsp(Deck);
// Create logs of players
CreateConfigEsp(Players);
// Loop of game
GameLoopEsp();
}
// Start is called before the first frame update
void Start()
{
Debug.LogFormat("screen width : {0}, height : {1}",Screen.width, Screen.height);
Debug.LogFormat("Camera size : {0}, aspect : {1}", Camera.main.orthographicSize, Camera.main.aspect);
this.updateWorldSize();
card = new DrawCard();
tween = new TweenVector2();
progress = onNormal;
if(Application.platform == RuntimePlatform.WindowsEditor)
{
screenTouch = new WindowsEditorTouch();
}
else
{
screenTouch = new MobileTouch();
}
}
// Use this for initialization
void Start()
{
_this = this;
}
public void GameLoopEsp()
{
bool exit = false;
int nIsAbsent;
do
{
do
{
ShowExitEsp();
for (int i = 0; i < Players.Count - 1; i++)
{
//1 Check user input
MovementsEsp();
// Payment of blinds
if (Players[i].bigBlind)
{
int big = 200;
Players[i].Chips -= big;
pot += big;
}
if (Players[i].smallBlind)
{
int small = 100;
Players[i].Chips -= small;
pot += small;
}
if (!isAbsent)
{
//2 Movements
if (Index < Players.Count - 1)
{
Index++;
// Sound to inform about the turn of another player
Console.Beep(600, 1000);
//Update Pot
DrawCard.DrawPot(pot);
DrawCard.UpdateChipsEsp(Players);
}
else
{
Index = 0;
Console.Beep(600, 1000);
//Update Pot
DrawCard.DrawPot(pot);
DrawCard.UpdateChipsEsp(Players);
}
}
else
{
nIsAbsent = Index;
if (Index < Players.Count - 1)
{
Index++;
}
else
{
Index = 0;
}
}
DrawCard.UpdateChipsEsp(Players);
}
// 3 firsts cards of the middle
if (allIsPlay)
{
Flop(Deck);
allIsPlay = false;
for (int i = 0; i < Players.Count; i++)
{
MovementsEsp();
if (!isAbsent)
{
//2 Movements
if (Index < Players.Count - 1)
{
Index++;
// Sound to inform about the turn of another player
Console.Beep(600, 1000);
//Update Pot
DrawCard.DrawPot(pot);
DrawCard.UpdateChipsEsp(Players);
}
else
{
Index = 0;
Console.Beep(600, 1000);
//Update Pot
DrawCard.DrawPot(pot);
DrawCard.UpdateChipsEsp(Players);
}
}
else
{
nIsAbsent = Index;
if (Index < Players.Count - 1)
{
Index++;
}
else
{
Index = 0;
}
}
}
}
else
{
allIsPlay = false;
}
if (allIsPlay)
{
Turn(Deck);
for (int i = 0; i < Players.Count; i++)
{
MovementsEsp();
if (Index < Players.Count - 1)
{
Index++;
Console.Beep(600, 1000);
DrawCard.DrawPot(pot);
DrawCard.UpdateChipsEsp(Players);
}
else
{
Index = 0;
Console.Beep(600, 1000);
//Update Pot
DrawCard.DrawPot(pot);
DrawCard.UpdateChipsEsp(Players);
}
}
}
else
{
allIsPlay = false;
}
// The last card of the middle
if (allIsPlay)
{
River(Deck);
for (int i = 0; i < Players.Count; i++)
{
MovementsEsp();
if (Index < Players.Count - 1)
{
Index++;
Console.Beep(600, 1000);
DrawCard.DrawPot(pot);
DrawCard.UpdateChipsEsp(Players);
}
else
{
Index = 0;
Console.Beep(600, 1000);
//Update Pot
DrawCard.DrawPot(pot);
DrawCard.UpdateChipsEsp(Players);
}
}
}
else
{
allIsPlay = false;
}
} while (!allIsPlay);
for (int timesToShuffle = 0; timesToShuffle < 10; timesToShuffle++)
{
Deck.Shuffle();
}
// Update cards after the turn
CheckCardsEsp(Players, Deck);
DrawCard.UpdateChipsEsp(Players);
DrawCard.DrawTableEsp(Deck);
DrawCard.DrawEsp(Players, Deck);
//DrawCard.DrawResult(Players);
pot = 0;
Index = 0;
Deck.Reset();
round++;
} while (!exit);
}
private void UpdateDrawPhase(GameTime gameTime, Field field)
{
DrawCard.Apply(this, field);
currentPhase = Phase.STANDBY;
}
/// Initializes both sides of the field (has lots of testing material in it.
private void InitField()
{
HumanPlayer.Builder p1Builder = new HumanPlayer.Builder();
AIPlayer.Builder p2Builder = new AIPlayer.Builder();
p1 = p1Builder
.WithHandPositions(p1HandPositions)
.Build();
p2 = p2Builder
.Build();
p2.lifePoints = 500;
p1Deck = new List <Card>
{
new AncientElf(spriteManager),
new FeralImp(spriteManager),
new DarkMagician(spriteManager),
new GreatWhite(spriteManager),
new DarkHole(spriteManager),
new TrapHole(spriteManager)
};
Field.Builder p1FieldBuilder = new Field.Builder();
p1Field = p1FieldBuilder
.WithDeck(p1Deck)
.WithDeckSpriteAndPosition(spriteManager.cardBack, p1DeckPosition)
.WithGraveYardPosition(p1GraveYardPosition)
.WithMonsterPositions(p1MonsterPositions)
.WithMagicAndTrapPositions(p1MagicAndTrapPositions)
.WithFieldCardPosition(p1FieldZonePosition)
.Build();
p2Deck = new List <Card>
{
new AncientElf(spriteManager),
new FeralImp(spriteManager),
new DarkMagician(spriteManager),
new GreatWhite(spriteManager),
new DarkHole(spriteManager),
new CastleWalls(spriteManager)
};
Field.Builder p2FieldBuilder = new Field.Builder();
p2Field = p2FieldBuilder
.WithDeck(p2Deck)
.WithDeckSpriteAndPosition(spriteManager.cardBack, p2DeckPosition)
.WithGraveYardPosition(p2GraveYardPosition)
.WithMonsterPositions(p2MonsterPositions)
.WithMagicAndTrapPositions(p2MagicAndTrapPositions)
.WithFieldCardPosition(p2FieldZonePosition)
.Build();
// Draw cards
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p2, p2Field);
DrawCard.Apply(p2, p2Field);
DrawCard.Apply(p2, p2Field);
DrawCard.Apply(p2, p2Field);
DrawCard.Apply(p2, p2Field);
}
