Справочник Жаркова по проектированию и программированию искусственного интеллекта. Том 8: Программирование на Visual C# искусственного интеллекта. Издание 2. Продолжение 1

Жарков Валерий

public string ValueName

{

get

{

return valueNames[(CardNo – 1) % 13];

}

}

/// <summary>

/// Returns true if this is a red card

/// </summary>

public bool Red

{

get

{

int suit = (CardNo – 1) / 13;

return ((suit == 1) || (suit == 2));

}

}

/// <summary>

/// Returns true if this is a black card

/// </summary>

public bool Black

{

get

{

return !Red;

}

}

/// <summary>

/// Returns an image which can be used to draw this card

/// </summary>

public Image CardImage

{

get

{

int dispNo = CardNo;

if (!FaceUp)

{

dispNo = 0;

}

if (cardImages[dispNo] == null)

{

cardImages[dispNo] = new Bitmap(

execAssem.GetManifestResourceStream(

@"PocketJack.images." + dispNo + @".gif"));

}

return cardImages[dispNo];

}

}

/// <summary>

/// Constructs a card with a partiuclar number

/// </summary>

/// <param name="cardNo">number of the card

/// in the range 1 to 52</param>

/// <param name="faceUp">true if the card

/// is to be drawn face up</param>

public Card(byte cardNo, bool faceUp)

{

CardNo = cardNo;

FaceUp = faceUp;

}

/// <summary>

/// Constructs a face up card with that number

/// </summary>

/// <param name="cardNo"></param>

public Card(byte cardNo)

: this(cardNo, true)

{

}

/// <summary>

/// String description of the card

/// </summary>

/// <returns>the name and suit of the card</returns>

public override string ToString

{

return ValueName + " of " + Suit;

}

}

/// <summary>

/// Provides a container for a number of cards.

/// May be used to draw the cards and compute their score.

/// </summary>

public class CardHand : ArrayList

{

/// <summary>

/// Used as a destination of teh draw action

/// </summary>

private static Rectangle drawRect;

/// <summary>

/// Draws the hand on the graphics.

/// </summary>

/// <param name="g">graphics to draw with</param>

/// <param name="startx">left edge of first card</param>

/// <param name="starty">top of first card</param>

/// <param name="gapx">x gap between each card</param>

/// <param name="gapy">y gap between each card</param>

public void DrawHand(Graphics g, int startx, int starty,

int gapx, int gapy)

{

drawRect.X = startx;

drawRect.Y = starty;

foreach (Card card in this)

{

drawRect.Width = card.CardImage.Width;

drawRect.Height = card.CardImage.Height;

g.DrawImage(

card.CardImage, // Image

drawRect, // destination rectange

0, // srcX

0, // srcY

card.CardImage.Width, // srcWidth

card.CardImage.Height, // srcHeight

GraphicsUnit.Pixel, // srcUnit

Card.cardAttributes); // ImageAttributes

drawRect.X += gapx;

drawRect.Y += gapy;

}

}

/// <summary>

/// Computes the score of the hand

/// </summary>

/// <returns>the value of the score</returns>

public int BlackJackScoreHand

{

int score = 0;

int aces = 0;

foreach (Card card in this)

{

score += card.BlackJackScore;

if (card.BlackJackScore == 11)

{

aces++;

}

}

while ((score > 21) && (aces > 0))

{

score -= 10;

aces–;

}

return score;

}

}

/// <summary>

/// Contains a number of card decks

/// which can be dealt one at a time.

/// </summary>

public class CardShoe

{

private int noOfDecks = 1;

private byte[] decks;

private int nextCard;

private bool testShoe = false;

/// <summary>

/// True if the deck is "stacked",

/// i.e. was created from a byte array

/// </summary>

public bool TestShoe

{

get

{

return testShoe;

}

}

private void makeShoe

{

decks = new byte[noOfDecks * 52];

int cardPos = 0;

for (int i = 0; i < noOfDecks; i++)

{

for (byte j = 1; j < 53; j++)

{

decks[cardPos] = j;

cardPos++;

}

}

nextCard = 0;

}

private void shuffleShoe

{

if (!testShoe)

{

System.Random rand = new Random;