//
private Card getRandomCard(Pile DrawPile)
{
bool foundint = false;
int s = 0;
while (!foundint)
{
int x = random.Next(0, 52);
if (cardcounter[x] < numberOfDecks)
{
foundint = true;
}
s = x;
}
cardcounter[s]++;
bool full = true;
for (int i = 0; i < cardcounter.Length; i++)
{
if (cardcounter[i] < numberOfDecks)
{
full = false;
}
}
if (full)
{
cardcounter = new int[52];
}
return(new Card(s, deck[s].cardFront, deck[s].cardBack, DrawPile.position, false));
}
// update method
public override void Update(Pile[] Hand, Pile rgamestack, Pile lgamestack, GameTime gameTime)
{
//base.MouseUpdate();
GamePadUpdate();
KeyUpdate();
base.Update(Hand, rgamestack, lgamestack, gameTime);
}
// moves card to pile with delay
public void toPile(Pile pile, float delay)
{
Move(Actions.ExpoMove, new Vector2(pile.position.X, pile.position.Y), .4f, delay);
pile.Add(this);
Raise(.2f, delay);
tweenerDepth.Ended += delegate() { Lower(.99f - pile.Count() * .001f, .2f); };
}
// update method
public override void Update(Pile[] Hand, Pile rgamestack, Pile lgamestack, GameTime gameTime)
{
if (moveDelay != null)
{
moveDelay.Update(gameTime);
}
Move(Hand, rgamestack, lgamestack);
base.Update(Hand, rgamestack, lgamestack, gameTime);
}
// draws card to different piles
public void DrawCard(Pile drawPile, Pile destinationPile, float delay)
{
if (destinationPile.drawnTo)
{
return;
}
ableToReBegin = false;
destinationPile.drawnTo = true;
Card temp = null;
switch (myType)
{
case gameType.Levels:
case gameType.Normal:
temp = drawPile.Take();
break;
case gameType.Marathon:
case gameType.Timed:
temp = getRandomCard(drawPile);
base.Add(temp);
break;
}
temp.Flip(true, delay);
temp.toPile(destinationPile, delay);
if (destinationPile.hasPowerUp)
{
destinationPile.RemovePowerUp();
}
temp.WhenDoneMoving(delegate() { destinationPile.drawnTo = false; Timer drawTimer = new Timer(1);
base.Add(drawTimer); drawTimer.SetTimer(0, .5f, delegate() { ableToReBegin = true; });
if ((destinationPile == lGameStack || destinationPile == rGameStack) && !destinationPile.hasPowerUp)
{
SelectPowerUp(destinationPile);
}
});
}
//
private void SelectPowerUp(Pile pile)
{
if (powerUpOn)
{
double r = random.NextDouble();
if (r < .05)
{
int x = random.Next(0, (int)PowerUps.freeze);
PowerUp newPower = new PowerUp(freeze.engine.attributes.color, freeze.engine.textures, powerUpOn)
{
attributes = new Attributes()
{
texture = freeze.attributes.texture,
position = new Vector2(100, 100),
color = Color.White
}
};
newPower.isSeeable = false;
newPower.WhenPlayed(delegate(Player player)
{
player.Freeze();
newPower.Fade(4);
if (player.isPlayer1)
{
newPower.Move(Actions.ExpoMove, yourSelector.attributes.position, 1);
}
else
{
newPower.Move(Actions.ExpoMove, oppSelector.attributes.position, 1);
}
});
base.Add(newPower);
pile.GivePowerUp(newPower);
}
}
}
// plays cards from selected piles to destination piles
public void PlayCard(Player player, int selectedPile, Pile destinationPile)
{
if (speedState != gameState.GamePlay) return;
Pile fromPile;
if (player.isPlayer1) fromPile = yourCards[player.selector];
else fromPile = opponentCards[player.selector];
if (fromPile.Count() == 0)
{
return;
}
if (fromPile.drawnTo) return;
speedState = gameState.PlayingCard;
Card c = fromPile.Peek();
int cv = c.cardValue;
int value = destinationPile.Peek().cardValue;
if ((cv == 0 && value == 12) || (cv == 12 && value == 0) || (cv == value + 1 || cv == value - 1))
{
//if(myType == gameType.Timed)
delayTimer.ResetTimer(0);
Card m = fromPile.Take();
m.toPile(destinationPile);
if (soundOn)
{
playcard.Play();
}
if (vibrateOn)
{
GamePad.SetVibration(PlayerIndex.One, 1.0f, 1.0f);
}
m.Rotate(Actions.ExpoMove, (float)(random.NextDouble() - .5) / 2, .3f);
m.WhenDoneMoving(delegate()
{
m.Move(Actions.LinearMove, m.attributes.position + new Vector2(random.Next(-5,5), random.Next(-5, 5)), 3f);
player.score++;
if (powerUpOn)
{
if (destinationPile.hasPowerUp)
{
Player victim;
if (player.isPlayer1) victim = opp;
else victim = you;
destinationPile.PlayPowerUp(victim);
}
}
speedState = gameState.GamePlay;
if (player.isPlayer1)
{
if (yourStack.Count() != 0)
{
if (fromPile.Count() == 0)
{
DrawCard(yourStack, fromPile, 0f);
}
}
}
else
{
if (opponentStack.Count() != 0)
{
if (fromPile.Count() == 0)
{
DrawCard(opponentStack, fromPile, 0f);
}
}
}
Shake();
SelectPowerUp(destinationPile);
ParticleEngine smoke = new ParticleEngine(textures, destinationPile.position,new Vector2(300,300), m.attributes.depth, .3f, Color.WhiteSmoke);
base.Add(smoke);
});
}
else
{
speedState = gameState.GamePlay;
c.attributes.color = Color.Red;
Timer timer = new Timer(1);
base.Add(timer);
timer.SetTimer(0, 1, delegate() { c.attributes.color = Color.White; player.RemovePenalty(); });
player.Penalize();
}
}
// computer logic to know when to play cards
public void Move(Pile[] Hand, Pile rgamestack, Pile lgamestack)
{
if (myState == CompState.moving)
{
return;
}
if (ExistAMove2(Hand, rgamestack, lgamestack))
{
myState = CompState.moving;
// moves left if that is fastest way to closest playable card
if (pileNumber != selector)
{
int x = pileNumber - selector;
if (x >= 3 || (x < 0 && x >= -2))
{
moveDelay = new Timer(1);
moveDelay.SetTimer(0, timeDelay + ((float)random.NextDouble() - .5f) * timeDelay, delegate()
{
if (!isPlayer1)
{
MoveSelectorLeft();
}
else
{
MoveSelectorRight();
}
myState = CompState.normal;
});
}
// moves right if otherwise
else if (x <= -3 || (x > 0 && x < 3))
{
moveDelay = new Timer(1);
moveDelay.SetTimer(0, timeDelay + ((float)random.NextDouble() - .5f) * timeDelay, delegate()
{
if (!isPlayer1)
{
MoveSelectorRight();
}
else
{
MoveSelectorLeft();
}
myState = CompState.normal;
});
}
}
// stays on same pile & plays it if closest card is there
else if (pileNumber == selector)
{
moveDelay = new Timer(1);
moveDelay.SetTimer(0, timeDelay + ((float)random.NextDouble() - .5f) * timeDelay, delegate()
{ SelectCard(isLeftPile); myState = CompState.normal; });
}
}
else if (Hand[selector].Count() == 0)
{
myState = CompState.moving;
moveDelay = new Timer(1);
moveDelay.SetTimer(0, timeDelay + ((float)random.NextDouble() - .5f) * timeDelay, delegate()
{
if (!isPlayer1)
{
MoveSelectorRight();
}
else
{
MoveSelectorLeft();
}
myState = CompState.normal;
});
}
}
public bool ExistAMove2(Pile[] Hand, Pile rgamestack, Pile lgamestack)
{
bool moves = false;
int maxPile = -2;
int maxFurtherMoves = -1;
Card[] Hands = new Card[Hand.Length];
for (int i = 0; i < Hand.Length; i++)
{
if (Hand[i].Count() != 0)
{
Hands[i] = Hand[i].Peek();
}
}
Card right = rgamestack.Peek();
Card left = lgamestack.Peek();
for (int i = 0; i < Hands.Length; i++)
{
if (Hands[i] != null)
{
int cv = Hands[i].cardValue;
int value1 = left.cardValue;
int value2 = right.cardValue;
if ((cv == 0 && value1 == 12) || (cv == 12 && value1 == 0) || (cv == value1 + 1 || cv == value1 - 1))
{
Card[] newHand = new Card[Hands.Length];
for (int j = 0; j < Hands.Length; j++)
{
if (j != i)
{
newHand[j] = Hands[j];
}
}
int tempFurtherMoves = FurtherMoves(newHand, Hands[i], right);
if (moves)
{
if (tempFurtherMoves > maxFurtherMoves)
{
maxFurtherMoves = tempFurtherMoves;
maxPile = i;
isLeftPile = true;
}
if (tempFurtherMoves == maxFurtherMoves)
{
int olddistance = Math.Abs(maxPile - selector);
if (olddistance > 2)
{
olddistance = Math.Abs(olddistance - 5);
}
int newdistance = Math.Abs(i - selector);
if (newdistance > 2)
{
newdistance = Math.Abs(newdistance - 5);
}
if (newdistance < olddistance)
{
isLeftPile = true; maxPile = i;
}
}
}
else
{
moves = true;
isLeftPile = true;
maxPile = i;
maxFurtherMoves = tempFurtherMoves;
}
pileNumber = maxPile;
}
if ((cv == 0 && value2 == 12) || (cv == 12 && value2 == 0) || (cv == value2 + 1 || cv == value2 - 1))
{
Card[] newHand = new Card[Hands.Length];
for (int j = 0; j < Hands.Length; j++)
{
if (j != i)
{
newHand[j] = Hands[j];
}
}
int tempFurtherMoves = FurtherMoves(newHand, left, Hands[i]);
if (moves)
{
if (tempFurtherMoves > maxFurtherMoves)
{
maxFurtherMoves = tempFurtherMoves;
maxPile = i;
isLeftPile = false;
}
if (tempFurtherMoves == maxFurtherMoves)
{
int olddistance = Math.Abs(maxPile - selector);
if (olddistance > 2)
{
olddistance = Math.Abs(olddistance - 5);
}
int newdistance = Math.Abs(i - selector);
if (newdistance > 2)
{
newdistance = Math.Abs(newdistance - 5);
}
if (newdistance < olddistance)
{
isLeftPile = false; maxPile = i;
}
}
}
else
{
moves = true;
isLeftPile = false;
maxPile = i;
maxFurtherMoves = tempFurtherMoves;
}
pileNumber = maxPile;
}
}
}
return(moves);
}
// determines if a move is available based on card values & dealt hand
public bool ExistAMove(Pile[] Hand, Pile rgamestack, Pile lgamestack)
{
bool moves = false;
for (int i = 0; i < Hand.Length; i++)
{
if (Hand[i].Count() != 0)
{
int cv = Hand[i].Peek().cardValue;
int value1 = lgamestack.Peek().cardValue;
int value2 = rgamestack.Peek().cardValue;
if ((cv == 0 && value1 == 12) || (cv == 12 && value1 == 0) || (cv == value1 + 1 || cv == value1 - 1))
{
if (moves)
{
int olddistance = Math.Abs(pileNumber - selector);
if (olddistance > 2)
{
olddistance = Math.Abs(olddistance - 5);
}
int newdistance = Math.Abs(i - selector);
if (newdistance > 2)
{
newdistance = Math.Abs(newdistance - 5);
}
if (newdistance < olddistance)
{
isLeftPile = true; pileNumber = i;
}
}
else
{
moves = true;
isLeftPile = true;
pileNumber = i;
}
}
if ((cv == 0 && value2 == 12) || (cv == 12 && value2 == 0) || (cv == value2 + 1 || cv == value2 - 1))
{
if (moves)
{
int olddistance = Math.Abs(pileNumber - selector);
if (olddistance > 2)
{
olddistance = Math.Abs(olddistance - 5);
}
int newdistance = Math.Abs(i - selector);
if (newdistance > 2)
{
newdistance = Math.Abs(newdistance - 5);
}
if (newdistance < olddistance)
{
isLeftPile = false; pileNumber = i;
}
}
else
{
moves = true;
isLeftPile = false;
pileNumber = i;
}
}
}
}
return(moves);
}
// moves card to pile with delay
public void toPile(Pile pile, float delay)
{
Move(Actions.ExpoMove, new Vector2(pile.position.X, pile.position.Y), .4f, delay);
pile.Add(this);
Raise(.2f, delay);
tweenerDepth.Ended += delegate() { Lower(.99f - pile.Count() * .001f, .2f); };
}
// plays cards from selected piles to destination piles
public void PlayCard(Player player, int selectedPile, Pile destinationPile)
{
if (speedState != gameState.GamePlay)
{
return;
}
Pile fromPile;
if (player.isPlayer1)
{
fromPile = yourCards[player.selector];
}
else
{
fromPile = opponentCards[player.selector];
}
if (fromPile.Count() == 0)
{
return;
}
if (fromPile.drawnTo)
{
return;
}
speedState = gameState.PlayingCard;
Card c = fromPile.Peek();
int cv = c.cardValue;
int value = destinationPile.Peek().cardValue;
if ((cv == 0 && value == 12) || (cv == 12 && value == 0) || (cv == value + 1 || cv == value - 1))
{
//if(myType == gameType.Timed)
delayTimer.ResetTimer(0);
Card m = fromPile.Take();
m.toPile(destinationPile);
if (soundOn)
{
playcard.Play();
}
if (vibrateOn)
{
GamePad.SetVibration(PlayerIndex.One, 1.0f, 1.0f);
}
m.Rotate(Actions.ExpoMove, (float)(random.NextDouble() - .5) / 2, .3f);
m.WhenDoneMoving(delegate()
{
m.Move(Actions.LinearMove, m.attributes.position + new Vector2(random.Next(-5, 5), random.Next(-5, 5)), 3f);
player.score++;
if (powerUpOn)
{
if (destinationPile.hasPowerUp)
{
Player victim;
if (player.isPlayer1)
{
victim = opp;
}
else
{
victim = you;
}
destinationPile.PlayPowerUp(victim);
}
}
speedState = gameState.GamePlay;
if (player.isPlayer1)
{
if (yourStack.Count() != 0)
{
if (fromPile.Count() == 0)
{
DrawCard(yourStack, fromPile, 0f);
}
}
}
else
{
if (opponentStack.Count() != 0)
{
if (fromPile.Count() == 0)
{
DrawCard(opponentStack, fromPile, 0f);
}
}
}
Shake();
SelectPowerUp(destinationPile);
ParticleEngine smoke = new ParticleEngine(textures, destinationPile.position, new Vector2(300, 300), m.attributes.depth, .3f, Color.WhiteSmoke);
base.Add(smoke);
});
}
else
{
speedState = gameState.GamePlay;
c.attributes.color = Color.Red;
Timer timer = new Timer(1);
base.Add(timer);
timer.SetTimer(0, 1, delegate() { c.attributes.color = Color.White; player.RemovePenalty(); });
player.Penalize();
}
}
// initializes lots of variables
public Speed(Card[] deckOfCards, Drawable background, Texture2D selector, SpriteFont font,
Player bottom, Player top, List<Texture2D> particles, gameType gameType, SoundEffect shuffling,
SoundEffect playingcard, SoundEffectInstance shuffinstance, bool isSoundOn, bool isPowerUpOn, bool isVibrateOn, PowerUp powerup)
: base(background)
{
myType = gameType;
cardcounter = new int[52];
random = new Random();
_font = font;
shuffle = shuffling;
playcard = playingcard;
shuffleinstance = shuffinstance;
isHalted = false;
isShaking = false;
textures = particles;
soundOn = isSoundOn;
powerUpOn = isPowerUpOn;
vibrateOn = isVibrateOn;
ableToReBegin = true;
ableToReBegin2 = true;
freeze = powerup;
freeze.isSeeable = false;
base.Add(freeze);
freeze.WhenPlayed(delegate(Player player)
{
player.Freeze();
Timer timer = new Timer(1); base.Add(timer); timer.SetTimer(0, 4, delegate()
{
player.UnFreeze();
});
freeze.Fade(4);
if (player.isPlayer1) freeze.Move(Actions.ExpoMove, yourSelector.attributes.position, 1);
else freeze.Move(Actions.ExpoMove, oppSelector.attributes.position, 1);
});
you = bottom;
opp = top;
you.SelectedCardLeft += delegate(){ PlayCard(you, you.selector, lGameStack);};
you.SelectedCardRight += delegate() { PlayCard(you, you.selector, rGameStack); };
opp.SelectedCardLeft += delegate() { PlayCard(opp, opp.selector, lGameStack); };
opp.SelectedCardRight += delegate() { PlayCard(opp, opp.selector, rGameStack); };
you.score = 0;
opp.score = 0;
deck = new Card[deckOfCards.Length];
cards = new Card[deckOfCards.Length];
for (int i = 0; i < deckOfCards.Length; i++)
{
deck[i] = deckOfCards[i];
cards[i] = deckOfCards[i];
}
for (int i = 0; i < cards.Length; i++)
{
cards[i].attributes.position = new Vector2(-100, 100);
cards[i].isFaceUp = false;
cards[i].isSeeable = true;
cards[i].attributes.color = Color.White;
cards[i].attributes.rotation = 0;
cards[i].ClearTweeners();
cards[i].attributes.height = 180;
cards[i].attributes.width = 130;
deck[i].attributes.position = new Vector2(-100, 100);
deck[i].isFaceUp = false;
deck[i].isSeeable = true;
deck[i].attributes.color = Color.White;
deck[i].attributes.rotation = 0;
deck[i].ClearTweeners();
deck[i].attributes.height = 180;
deck[i].attributes.width = 130;
}
yourStack = new Pile(new Vector2(897, 675));
opponentStack = new Pile(new Vector2(127, 125));
lSpitStack = new Pile(new Vector2(217, 400));
rSpitStack = new Pile(new Vector2(807, 400));
lGameStack = new Pile(new Vector2(413, 400));
rGameStack = new Pile(new Vector2(610, 400));
yourCards = new Pile[5];
opponentCards = new Pile[5];
for (int i = 0; i < yourCards.Length; i++)
{
opponentCards[i] = new Pile(new Vector2(opponentStack.position.X + (i + 1) * 154, opponentStack.position.Y));
yourCards[i] = new Pile(new Vector2(yourStack.position.X - (i + 1) * 154, yourStack.position.Y));
}
yourName = new Text(you.playerName + " - ", _font);
yourName.height = 100;
yourName.attributes.position = new Vector2((yourCards[3].position.X + yourCards[4].position.X)/2 - 20, (yourCards[3].position.Y + lGameStack.position.Y) / 2);
yourName.isSeeable = true;
yourName.attributes.color = Color.LightSkyBlue;
yourName.attributes.depth = .02f;
yourName.scale = new Vector2(.15f, .15f);
oppName = new Text(" - " + opp.playerName, _font);
oppName.height = 100;
oppName.attributes.position = new Vector2((opponentCards[3].position.X + opponentCards[4].position.X)/2 + 20, (opponentCards[3].position.Y + lGameStack.position.Y) / 2);
oppName.isSeeable = true;
oppName.attributes.color = Color.Red;
oppName.attributes.depth = .02f;
oppName.scale = new Vector2(.15f, .15f);
yourScore = new Text(you.score.ToString(), _font);
yourScore.height = 100;
yourScore.attributes.position = new Vector2(yourName.attributes.position.X + yourName.width/2 + 10, yourName.attributes.position.Y);
yourScore.isSeeable = true;
yourScore.attributes.color = Color.LightSkyBlue;
yourScore.attributes.depth = .02f;
yourScore.scale = new Vector2(.15f, .15f);
oppScore = new Text(opp.score.ToString(), _font);
oppScore.height = 100;
oppScore.attributes.position = new Vector2(oppName.attributes.position.X - oppName.width/2 - 10, oppName.attributes.position.Y);
oppScore.isSeeable = true;
oppScore.attributes.color = Color.Red;
oppScore.attributes.depth = .02f;
oppScore.scale = new Vector2(.15f, .15f);
for (int i = 0; i < cards.Length; i++)
{
base.Add(cards[i]);
}
oppSelector = new Drawable()
{
attributes = new Attributes()
{
texture = selector,
position = new Vector2(-100, -100),
color = Color.Red,
height = 190,
width = 140,
depth = .11f,
rotation = 0
}
};
yourSelector = new Drawable()
{
attributes = new Attributes()
{
texture = selector,
position = new Vector2(-100, -100),
color = Color.LightSkyBlue,
height = 190,
width = 140,
depth = .11f,
rotation = 0
}
};
base.Add(oppSelector);
base.Add(yourSelector);
if (myType == gameType.Marathon)
{
winningscore = 30;
}
//if (myType == gameType.Timed)
//{
gameLength = 120;
delayTimer = new Timer(1);
delayTimer.SetTimer(0, 4, delegate()
{
if (speedState == gameState.GamePlay && lSpitStack.Count() != 0)
{
speedState = gameState.ReBeginning;
Text delay = new Text("Delay", font)
{
attributes = new Attributes()
{
color = Color.Yellow,
position = new Vector2(512, 400),
depth = .001f,
},
height = 400,
};
base.Add(delay);
delay.Fade(2);
delay.WhenDoneFading(delegate() { BeginGame(); });
}
});
//}
}
// draws card to different piles
public void DrawCard(Pile drawPile, Pile destinationPile, float delay)
{
if (destinationPile.drawnTo) return;
ableToReBegin = false;
destinationPile.drawnTo = true;
Card temp = null;
switch (myType)
{
case gameType.Levels:
case gameType.Normal:
temp = drawPile.Take();
break;
case gameType.Marathon:
case gameType.Timed:
temp = getRandomCard(drawPile);
base.Add(temp);
break;
}
temp.Flip(true, delay);
temp.toPile(destinationPile, delay);
if (destinationPile.hasPowerUp) destinationPile.RemovePowerUp();
temp.WhenDoneMoving(delegate() { destinationPile.drawnTo = false; Timer drawTimer = new Timer(1);
base.Add(drawTimer); drawTimer.SetTimer(0, .5f, delegate() { ableToReBegin = true; });
if ((destinationPile == lGameStack || destinationPile == rGameStack) && !destinationPile.hasPowerUp) SelectPowerUp(destinationPile);
});
}
//
private void SelectPowerUp(Pile pile)
{
if (powerUpOn)
{
double r = random.NextDouble();
if (r < .05)
{
int x = random.Next(0, (int)PowerUps.freeze);
PowerUp newPower = new PowerUp(freeze.engine.attributes.color, freeze.engine.textures, powerUpOn)
{
attributes = new Attributes()
{
texture = freeze.attributes.texture,
position = new Vector2(100, 100),
color = Color.White
}
};
newPower.isSeeable = false;
newPower.WhenPlayed(delegate(Player player)
{
player.Freeze();
newPower.Fade(4);
if (player.isPlayer1) newPower.Move(Actions.ExpoMove, yourSelector.attributes.position, 1);
else newPower.Move(Actions.ExpoMove, oppSelector.attributes.position, 1);
});
base.Add(newPower);
pile.GivePowerUp(newPower);
}
}
}
//
private Card getRandomCard(Pile DrawPile)
{
bool foundint = false;
int s = 0;
while (!foundint)
{
int x = random.Next(0, 52);
if (cardcounter[x] < numberOfDecks) foundint = true;
s = x;
}
cardcounter[s]++;
bool full = true;
for (int i = 0; i < cardcounter.Length; i++)
{
if (cardcounter[i] < numberOfDecks) full = false;
}
if (full) cardcounter = new int[52];
return new Card(s, deck[s].cardFront, deck[s].cardBack, DrawPile.position, false);
}
// This has to be implemented by the extended classes
public virtual void Update(Pile[] Hand, Pile rgamestack, Pile lgamestack, GameTime gameTime)
{
freezeTimer.Update(gameTime);
}
// update method
public override void Update(Pile[] Hand, Pile rgamestack, Pile lgamestack, GameTime gameTime)
{
//base.MouseUpdate();
GamePadUpdate();
KeyUpdate();
base.Update(Hand, rgamestack,lgamestack,gameTime);
}
// initializes lots of variables
public Speed(Card[] deckOfCards, Drawable background, Texture2D selector, SpriteFont font,
Player bottom, Player top, List <Texture2D> particles, gameType gameType, SoundEffect shuffling,
SoundEffect playingcard, SoundEffectInstance shuffinstance, bool isSoundOn, bool isPowerUpOn, bool isVibrateOn, PowerUp powerup) : base(background)
{
myType = gameType;
cardcounter = new int[52];
random = new Random();
_font = font;
shuffle = shuffling;
playcard = playingcard;
shuffleinstance = shuffinstance;
isHalted = false;
isShaking = false;
textures = particles;
soundOn = isSoundOn;
powerUpOn = isPowerUpOn;
vibrateOn = isVibrateOn;
ableToReBegin = true;
ableToReBegin2 = true;
freeze = powerup;
freeze.isSeeable = false;
base.Add(freeze);
freeze.WhenPlayed(delegate(Player player)
{
player.Freeze();
Timer timer = new Timer(1); base.Add(timer); timer.SetTimer(0, 4, delegate()
{
player.UnFreeze();
});
freeze.Fade(4);
if (player.isPlayer1)
{
freeze.Move(Actions.ExpoMove, yourSelector.attributes.position, 1);
}
else
{
freeze.Move(Actions.ExpoMove, oppSelector.attributes.position, 1);
}
});
you = bottom;
opp = top;
you.SelectedCardLeft += delegate(){ PlayCard(you, you.selector, lGameStack); };
you.SelectedCardRight += delegate() { PlayCard(you, you.selector, rGameStack); };
opp.SelectedCardLeft += delegate() { PlayCard(opp, opp.selector, lGameStack); };
opp.SelectedCardRight += delegate() { PlayCard(opp, opp.selector, rGameStack); };
you.score = 0;
opp.score = 0;
deck = new Card[deckOfCards.Length];
cards = new Card[deckOfCards.Length];
for (int i = 0; i < deckOfCards.Length; i++)
{
deck[i] = deckOfCards[i];
cards[i] = deckOfCards[i];
}
for (int i = 0; i < cards.Length; i++)
{
cards[i].attributes.position = new Vector2(-100, 100);
cards[i].isFaceUp = false;
cards[i].isSeeable = true;
cards[i].attributes.color = Color.White;
cards[i].attributes.rotation = 0;
cards[i].ClearTweeners();
cards[i].attributes.height = 180;
cards[i].attributes.width = 130;
deck[i].attributes.position = new Vector2(-100, 100);
deck[i].isFaceUp = false;
deck[i].isSeeable = true;
deck[i].attributes.color = Color.White;
deck[i].attributes.rotation = 0;
deck[i].ClearTweeners();
deck[i].attributes.height = 180;
deck[i].attributes.width = 130;
}
yourStack = new Pile(new Vector2(897, 675));
opponentStack = new Pile(new Vector2(127, 125));
lSpitStack = new Pile(new Vector2(217, 400));
rSpitStack = new Pile(new Vector2(807, 400));
lGameStack = new Pile(new Vector2(413, 400));
rGameStack = new Pile(new Vector2(610, 400));
yourCards = new Pile[5];
opponentCards = new Pile[5];
for (int i = 0; i < yourCards.Length; i++)
{
opponentCards[i] = new Pile(new Vector2(opponentStack.position.X + (i + 1) * 154, opponentStack.position.Y));
yourCards[i] = new Pile(new Vector2(yourStack.position.X - (i + 1) * 154, yourStack.position.Y));
}
yourName = new Text(you.playerName + " - ", _font);
yourName.height = 100;
yourName.attributes.position = new Vector2((yourCards[3].position.X + yourCards[4].position.X) / 2 - 20, (yourCards[3].position.Y + lGameStack.position.Y) / 2);
yourName.isSeeable = true;
yourName.attributes.color = Color.LightSkyBlue;
yourName.attributes.depth = .02f;
yourName.scale = new Vector2(.15f, .15f);
oppName = new Text(" - " + opp.playerName, _font);
oppName.height = 100;
oppName.attributes.position = new Vector2((opponentCards[3].position.X + opponentCards[4].position.X) / 2 + 20, (opponentCards[3].position.Y + lGameStack.position.Y) / 2);
oppName.isSeeable = true;
oppName.attributes.color = Color.Red;
oppName.attributes.depth = .02f;
oppName.scale = new Vector2(.15f, .15f);
yourScore = new Text(you.score.ToString(), _font);
yourScore.height = 100;
yourScore.attributes.position = new Vector2(yourName.attributes.position.X + yourName.width / 2 + 10, yourName.attributes.position.Y);
yourScore.isSeeable = true;
yourScore.attributes.color = Color.LightSkyBlue;
yourScore.attributes.depth = .02f;
yourScore.scale = new Vector2(.15f, .15f);
oppScore = new Text(opp.score.ToString(), _font);
oppScore.height = 100;
oppScore.attributes.position = new Vector2(oppName.attributes.position.X - oppName.width / 2 - 10, oppName.attributes.position.Y);
oppScore.isSeeable = true;
oppScore.attributes.color = Color.Red;
oppScore.attributes.depth = .02f;
oppScore.scale = new Vector2(.15f, .15f);
for (int i = 0; i < cards.Length; i++)
{
base.Add(cards[i]);
}
oppSelector = new Drawable()
{
attributes = new Attributes()
{
texture = selector,
position = new Vector2(-100, -100),
color = Color.Red,
height = 190,
width = 140,
depth = .11f,
rotation = 0
}
};
yourSelector = new Drawable()
{
attributes = new Attributes()
{
texture = selector,
position = new Vector2(-100, -100),
color = Color.LightSkyBlue,
height = 190,
width = 140,
depth = .11f,
rotation = 0
}
};
base.Add(oppSelector);
base.Add(yourSelector);
if (myType == gameType.Marathon)
{
winningscore = 30;
}
//if (myType == gameType.Timed)
//{
gameLength = 120;
delayTimer = new Timer(1);
delayTimer.SetTimer(0, 4, delegate()
{
if (speedState == gameState.GamePlay && lSpitStack.Count() != 0)
{
speedState = gameState.ReBeginning;
Text delay = new Text("Delay", font)
{
attributes = new Attributes()
{
color = Color.Yellow,
position = new Vector2(512, 400),
depth = .001f,
},
height = 400,
};
base.Add(delay);
delay.Fade(2);
delay.WhenDoneFading(delegate() { BeginGame(); });
}
});
//}
}
// This has to be implemented by the extended classes
public virtual void Update(Pile[] Hand, Pile rgamestack, Pile lgamestack, GameTime gameTime)
{
freezeTimer.Update(gameTime);
}
