public override void ViewHas(Player viewer, Owner newOwner, Card card)
{
var originalOwner = _viewCards[viewer, card];
if (newOwner < originalOwner)
{
if (!(_cardOwners[card] <= newOwner))
{
throw new InvalidOperationException($"View: {viewer} Card: {card} Owner:{_cardOwners[card]} Mistake:{newOwner}");
}
var newOwnerCount = _viewCount[viewer, newOwner] + 1;
_viewCards[viewer, card] = newOwner;
_viewCount[viewer, newOwner] = newOwnerCount;
if (newOwner.MaxCount() == newOwnerCount)
{
foreach (var c in Card.AllCards)
{
var co = _viewCards[viewer, c];
if (co > newOwner)
{
var nco = co - newOwner;
if (nco != co)
{
ViewHas(viewer, nco, c);
}
}
}
}
}
}
protected virtual void TurnImpl(Card playedCard)
{
var playerOnTurn = PlayerOnTurn;
#if DEBUG
if (playerOnTurn != _cardOwners[playedCard] || _cardUsed[playedCard])
{
throw new ArgumentException(playerOnTurn + " doesn't own the card " + playedCard);
}
#endif
var step = (Turn%3) + 1;
switch (step)
{
case 1:
StepOne(playedCard);
break;
case 2:
StepTwo(playedCard);
break;
case 3:
StepThree(playedCard);
break;
default:
throw new InvalidOperationException();
}
ViewHas(Player.P1, playerOnTurn, playedCard);
ViewHas(Player.P2, playerOnTurn, playedCard);
ViewHas(Player.P3, playerOnTurn, playedCard);
_sequence[Turn] = playedCard;
_cardUsed[playedCard] = true;
_remainingColorCount[playerOnTurn, playedCard.Color]--;
Turn++;
}
public Card(Color color, Value value)
{
unchecked
{
_card = new Card((byte) ((color*Value.Count) + value));
}
}
protected virtual void Hlaska(Card playedCard)
{
var playedColor = playedCard.Color;
var playedValue = playedCard.Value;
if (playedValue == Value.VQ || playedValue == Value.VK)
{
var hlaska = playedValue == Value.VQ
? new Card(playedColor, Value.VK)
: new Card(playedColor, Value.VQ);
if (_cardOwners[hlaska] == PlayerOnTurn)
{
_score[PlayerOnTurn] += (byte) (playedColor == Color.T
? 4
: 2);
ViewHas(Player.P1, PlayerOnTurn, hlaska);
ViewHas(Player.P2, PlayerOnTurn, hlaska);
ViewHas(Player.P3, PlayerOnTurn, hlaska);
}
}
}
public Color(Card card)
{
_color = (byte) (card/8);
}
public Player(Card card)
{
_player = (byte) (card/8);
}
public override void ViewDoesntHave(Player viewer, Owner owner, Card card)
{
var newOwner = _viewCards[viewer, card] - owner;
ViewHas(viewer, newOwner, card);
}
public Owner this[Player viewer, Card card] = > _viewCards[viewer, card];
// ReSharper restore InconsistentNaming
public bool Equals(Card other)
{
return _card == other._card;
}
private Game MakeTurn(Card turn)
{
var after = new Game(this);
after.TurnImpl(turn);
return after;
}
public virtual void ViewHas(Player viewer, Owner newOwner, Card card)
{
}
private void StepTwo(Card playedCard)
{
var playedColor = playedCard.Color;
var playedValue = playedCard.Value;
var cardOne = _sequence[Turn - 1];
var colorOne = cardOne.Color;
var valueOne = cardOne.Value;
#if DEBUG
if (_remainingColorCount[PlayerOnTurn, colorOne] > 0)
{
if (playedColor != colorOne)
{
throw new ArgumentException(PlayerOnTurn + " has to honour color " + colorOne);
}
var canSlamColor = colorOne.AllCards
.Any(card => _cardOwners[card] == PlayerOnTurn
&& !_cardUsed[card]
&& card.Value > valueOne);
if (canSlamColor && playedColor == colorOne && playedValue < valueOne)
{
throw new ArgumentException(PlayerOnTurn + " has to slam color " + colorOne);
}
}
else if (_remainingColorCount[PlayerOnTurn, Color.T] > 0)
{
if (playedColor != Color.T)
{
throw new ArgumentException(PlayerOnTurn + " has to play trumph " + Color.T);
}
}
#endif
if (playedColor != colorOne)
{
// nema barvu
foreach (var card in colorOne.AllCards)
{
if (!_cardUsed[card])
{
ViewDoesntHave(Player.P1, PlayerOnTurn, card);
ViewDoesntHave(Player.P2, PlayerOnTurn, card);
ViewDoesntHave(Player.P3, PlayerOnTurn, card);
}
}
if (playedColor != Color.T)
{
// nema barvu ani trumfa
foreach (var card in Color.T.AllCards)
{
if (!_cardUsed[card])
{
ViewDoesntHave(Player.P1, PlayerOnTurn, card);
ViewDoesntHave(Player.P2, PlayerOnTurn, card);
ViewDoesntHave(Player.P3, PlayerOnTurn, card);
}
}
}
// else prebyl trumfem
}
else
{
// barvu ma
if (playedValue < valueOne)
{
// ale malou, nemuze prebit
foreach (var card in colorOne.AllCards)
{
if (card.Value > valueOne && !_cardUsed[card])
{
ViewDoesntHave(Player.P1, PlayerOnTurn, card);
ViewDoesntHave(Player.P2, PlayerOnTurn, card);
ViewDoesntHave(Player.P3, PlayerOnTurn, card);
}
}
}
}
PlayerOnTurn = NextPlayer(PlayerOnTurn);
}
public virtual void ViewDoesntHave(Player viewer, Owner owner, Card card)
{
}
private void StepThree(Card playedCard)
{
var playedColor = playedCard.Color;
var playedValue = playedCard.Value;
var cardOne = _sequence[Turn - 2];
var colorOne = cardOne.Color;
var valueOne = cardOne.Value;
var playerTwo = PrevPlayer(PlayerOnTurn);
var playerOne = PrevPlayer(playerTwo);
var playerWon = playerOne;
var cardTwo = _sequence[Turn - 1];
var colorTwo = cardTwo.Color;
var valueTwo = cardTwo.Value;
byte score = 0;
var isTrumphed = colorTwo == Color.T && colorOne != Color.T;
var isTwoOut = colorTwo != colorOne;
if (isTrumphed || (!isTwoOut && valueOne < valueTwo))
{
playerWon = playerTwo;
}
#if DEBUG
if (_remainingColorCount[PlayerOnTurn, colorOne] > 0)
{
if (playedColor != colorOne)
{
throw new ArgumentException(PlayerOnTurn + " has to honour color " + colorOne);
}
if (!isTrumphed)
{
var canSlamColor = colorOne.AllCards
.Any(card => _cardOwners[card] == PlayerOnTurn
&& !_cardUsed[card]
&& card.Value > valueOne
&& (isTwoOut || card.Value > valueTwo));
if (canSlamColor && playedColor == colorOne &&
(playedValue < valueOne || (!isTwoOut && playedValue < valueTwo)))
{
throw new ArgumentException(PlayerOnTurn + " has to slam color " + colorOne);
}
}
}
else if (_remainingColorCount[PlayerOnTurn, Color.T] > 0)
{
if (playedColor != Color.T)
{
throw new ArgumentException(PlayerOnTurn + " has to play trumph " + Color.T);
}
var canSlamTrumph = colorTwo == Color.T && Color.T.AllCards
.Any(card => _cardOwners[card] == PlayerOnTurn
&& !_cardUsed[card]
&& card.Value > valueOne
&& card.Value > valueTwo);
if (canSlamTrumph && playedColor == Color.T && playedValue < valueTwo)
{
throw new ArgumentException(PlayerOnTurn + " has to slam trumph " + Color.T);
}
}
#endif
if (playedColor != colorOne)
{
// nema barvu
foreach (var card in colorOne.AllCards)
{
if (card.Value > valueOne && !_cardUsed[card])
{
ViewDoesntHave(Player.P1, PlayerOnTurn, card);
ViewDoesntHave(Player.P2, PlayerOnTurn, card);
ViewDoesntHave(Player.P3, PlayerOnTurn, card);
}
}
if (playedColor != Color.T)
{
// nema barvu ani trumfa
foreach (var card in Color.T.AllCards)
{
if (card.Value > valueOne && !_cardUsed[card])
{
ViewDoesntHave(Player.P1, PlayerOnTurn, card);
ViewDoesntHave(Player.P2, PlayerOnTurn, card);
ViewDoesntHave(Player.P3, PlayerOnTurn, card);
}
}
}
else
{
//hraje trumfem
if (colorTwo == Color.T)
{
// musi prebijet
if (playedValue < valueTwo)
{
// ale nema
foreach (var card in Color.T.AllCards)
{
if (card.Value > valueTwo && !_cardUsed[card])
{
ViewDoesntHave(Player.P1, PlayerOnTurn, card);
ViewDoesntHave(Player.P2, PlayerOnTurn, card);
ViewDoesntHave(Player.P3, PlayerOnTurn, card);
}
}
}
else
{
// prebyl trumfa
playerWon = PlayerOnTurn;
}
}
else
{
// prebyl trumfem
playerWon = PlayerOnTurn;
}
}
}
else
{
// barvu ma
if (playedValue < valueOne || (!isTwoOut && playedValue < valueTwo))
{
// dal mensi
if (!isTrumphed)
{
// neprebiji trumfa, takze ma jenom malo a nemuze prebit
if (isTwoOut)
{
foreach (var card in colorOne.AllCards)
{
var value = card.Value;
if (value > valueOne && !_cardUsed[card])
{
ViewDoesntHave(Player.P1, PlayerOnTurn, card);
ViewDoesntHave(Player.P2, PlayerOnTurn, card);
ViewDoesntHave(Player.P3, PlayerOnTurn, card);
}
}
}
else
{
foreach (var card in colorOne.AllCards)
{
var value = card.Value;
if ((value > valueOne && value > valueTwo) && !_cardUsed[card])
{
ViewDoesntHave(Player.P1, PlayerOnTurn, card);
ViewDoesntHave(Player.P2, PlayerOnTurn, card);
ViewDoesntHave(Player.P3, PlayerOnTurn, card);
}
}
}
}
// else neprebiji trumfa, jen cti barvu
}
else
{
// prebyl barvu
playerWon = PlayerOnTurn;
}
}
if (cardOne.HasPoints())
{
score++;
}
if (cardTwo.HasPoints())
{
score++;
}
if (playedCard.HasPoints())
{
score++;
}
if (Turn == 29)
{
score++;
}
_score[playerWon] += score;
PlayerOnTurn = playerWon;
}
private void StepOne(Card playedCard)
{
Hlaska(playedCard);
PlayerOnTurn = NextPlayer(PlayerOnTurn);
}
public Game(byte betSeven, byte betGame, bool bet100, Player playerAlone, params Card[] deck)
: this(betSeven, betGame, bet100, playerAlone)
{
if (deck.Length != 32)
{
throw new ArgumentException("Card count");
}
var t1 = deck[15];
var t2 = deck[16];
if (t1.HasPoints() || t2.HasPoints())
{
throw new ArgumentException("Points in talon");
}
var seven = new Card(Color.T, Value.V7);
if (betSeven > 0 && (t1 == seven || t2 == seven))
{
throw new ArgumentException("Betted seven in talon");
}
for (var c = 0; c < 5; c++)
{
var card = deck[c];
if (_cardOwners[card] != Player.None)
{
throw new ArgumentException("Duplicate "+ card);
}
_cardOwners[card] = Player.P1;
_remainingColorCount[Player.P1, card.Color]++;
}
for (var c = 5; c < 10; c++)
{
var card = deck[c];
if (_cardOwners[card] != Player.None)
{
throw new ArgumentException("Duplicate " + card);
}
_cardOwners[card] = Player.P2;
_remainingColorCount[Player.P2, card.Color]++;
}
for (var c = 10; c < 15; c++)
{
var card = deck[c];
if (_cardOwners[card] != Player.None)
{
throw new ArgumentException("Duplicate " + card);
}
_cardOwners[card] = Player.P3;
_remainingColorCount[Player.P3, card.Color]++;
}
for (var c = 17; c < 22; c++)
{
var card = deck[c];
if (_cardOwners[card] != Player.None)
{
throw new ArgumentException("Duplicate " + card);
}
_cardOwners[card] = Player.P1;
_remainingColorCount[Player.P1, card.Color]++;
}
for (var c = 22; c < 27; c++)
{
var card = deck[c];
if (_cardOwners[card] != Player.None)
{
throw new ArgumentException("Duplicate " + card);
}
_cardOwners[card] = Player.P2;
_remainingColorCount[Player.P2, card.Color]++;
}
for (var c = 27; c < 32; c++)
{
var card = deck[c];
if (_cardOwners[card] != Player.None)
{
throw new ArgumentException("Duplicate " + card);
}
_cardOwners[card] = Player.P3;
_remainingColorCount[Player.P3, card.Color]++;
}
_cardOwners[t1] = Player.T;
_cardOwners[t2] = Player.T;
_remainingColorCount[Player.T, t1.Color]++;
_remainingColorCount[Player.T, t2.Color]++;
}