private void LayingCardsDone()
{
// With only one card left, just end the game
if (HandCardCount == 1)
{
DiscardCard();
return;
}
// Check if there are any (more) single cards to lay down
singleLayDownCards = PlayerUtil.UpdateSingleLaydownCards(HandCardSpot.Objects, laydownCards);
PossibleSinglesChanged.Invoke(singleLayDownCards);
if (singleLayDownCards.Count == HandCardCount)
{
KeepOneSingleCard();
}
if (singleLayDownCards.Count > 0)
{
currentCardIdx = 0;
layStage = LayStage.SINGLES;
}
else
{
DiscardCard();
}
}
private void DiscardCardMoveFinished(Card card)
{
card.MoveFinished.RemoveAllListeners();
Tb.I.DiscardStack.AddCard(card);
// Refresh the list of possible card combos and singles for the UI
GetBestCardCombo(HandCardSpot.Objects, true);
singleLayDownCards = PlayerUtil.UpdateSingleLaydownCards(HandCardSpot.Objects, laydownCards, true);
PossibleSinglesChanged.Invoke(singleLayDownCards);
TurnFinished.Invoke();
State = PlayerState.IDLE;
}
private void ReturnJokerMoveFinished(Card joker)
{
returningJoker.MoveFinished.RemoveAllListeners();
isJokerBeingReturned = false;
HandCardSpot.AddCard(joker);
returningJoker = null;
// All possible runs/sets/singles have to be calculated again with that newly returned joker
laydownCards = GetBestCardCombo(HandCardSpot.Objects, true);
singleLayDownCards = PlayerUtil.UpdateSingleLaydownCards(HandCardSpot.Objects, laydownCards);
PossibleSinglesChanged.Invoke(singleLayDownCards);
if (laydownCards.CardCount == HandCardCount)
{
KeepOneSingleCard();
}
// Proceed with waiting
State = PlayerState.WAITING;
waitStartTime = Time.time;
}
private void DrawCardFinished(Card card, bool isServingCard)
{
card.MoveFinished.RemoveAllListeners();
HandCardSpot.AddCard(card);
card.SetTurned(false);
if (isServingCard)
{
State = PlayerState.IDLE;
return;
}
var combos = CardUtil.GetAllPossibleCombos(HandCardSpot.Objects, Tb.I.GameMaster.GetAllCardSpotCards(), false);
PossibleCardCombosChanged.Invoke(combos);
laydownCards = combos.Count > 0 ? combos[0] : new CardCombo();
singleLayDownCards = PlayerUtil.UpdateSingleLaydownCards(HandCardSpot.Objects, laydownCards);
PossibleSinglesChanged.Invoke(singleLayDownCards);
if (Tb.I.GameMaster.LayingAllowed())
{
var usedJokers = false;
// If the player has not laid down card packs yet, check if their sum would be enough to do so
if (!HasLaidDown)
{
HasLaidDown = laydownCards.Value >= Tb.I.GameMaster.MinimumLaySum;
/// Try to reach <see cref="GameMaster.MinimumLaySum"/> by appending jokers to any possible cardcombo
var jokers = HandCardSpot.Objects.Where(c => c.IsJoker()).ToList();
if (!HasLaidDown && jokers.Count() > 0)
{
for (int i = 0; i < combos.Count; i++)
{
var combo = new CardCombo(combos[i]);
var jokersInUse = combo.GetCards().Where(c => c.IsJoker()).ToList();
var remainingJokers = jokers.Except(jokersInUse).ToList();
if (remainingJokers.Count == 0)
{
continue;
}
var canLayCombo = combo.TryAddJoker(remainingJokers);
if (canLayCombo && combo.CardCount < HandCardCount)
{
usedJokers = true;
laydownCards = combo;
combos.Insert(0, combo);
PossibleCardCombosChanged.Invoke(combos);
NewThought.Invoke("Use jokers to lay down");
HasLaidDown = true;
break;
}
}
if (!HasLaidDown)
{
NewThought.Invoke("Cannot reach " + Tb.I.GameMaster.MinimumLaySum + " using jokers");
}
}
}
// At least one card must remain when laying down
if (!usedJokers && HasLaidDown && laydownCards.CardCount == HandCardCount)
{
KeepOneSingleCard();
}
}
State = PlayerState.WAITING;
waitStartTime = Time.time;
}
