internal static PlayerMove PlayBestScoredMoveUpToLimitConsideringCommunication(
IReadOnlyCollection <int> cardsInHand, PlayerInformation info)
{
var spm = new ScorePlayerPlays();
var plays = spm.GetScoredPlays(cardsInHand, info.RowsOfCards);
if (plays.Count == 0)
{
return(new PlayerMove(PlayerMoveDecision.Undecided));
}
ConsiderCommunication(info, plays);
var bestMove = PlayerRulesUtils.GetBestMoveFromPlays(plays);
if (bestMove.score <= MaxDistanceForSingleScoredMoveWithCommunicationAndTwoCardsToPlay &&
info.CardsToPlayThisTurn == 2 ||
bestMove.score <= MaxDistanceForSingleScoredMoveWithCommunicationAndOneCardToPlay &&
info.CardsToPlayThisTurn == 1)
{
return(new PlayerMove(PlayerMoveDecision.WantToPlay, bestMove.placements[0]));
}
return(new PlayerMove(PlayerMoveDecision.Undecided));
}
internal static PlayerStartDecision MakeStartDecision(IReadOnlyCollection <int> cardsInHand, int startingRound)
{
var spm = new ScorePlayerPlays();
var rowsAtStart = new Dictionary <RowOfCardsIdentifier, RowOfCards>
{
{ RowOfCardsIdentifier.FirstRowUp, new RowOfCards(RowOfCardsType.Up) },
{ RowOfCardsIdentifier.SecondRowUp, new RowOfCards(RowOfCardsType.Up) },
{ RowOfCardsIdentifier.FirstRowDown, new RowOfCards(RowOfCardsType.Down) },
{ RowOfCardsIdentifier.SecondRowDown, new RowOfCards(RowOfCardsType.Down) }
};
var possibleStartingPlays = spm.GetScoredPlays(cardsInHand, rowsAtStart).Where(x => x.placements.Count > 1);
var bestScore = !possibleStartingPlays.Any()
? 999
: PlayerRulesUtils.GetBestMoveFromPlays(spm.GetScoredPlays(cardsInHand, rowsAtStart)
.Where(x => x.placements.Count > 1)).score;
return((bestScore, startingRound) switch
{
(< 13, _) => PlayerStartDecision.WantToStart,
(< 20, 2) => PlayerStartDecision.WantToStart,
(< 20, _) => PlayerStartDecision.CouldStart,
(_, < 3) => PlayerStartDecision.DoNotWantToStart,
(_, _) => PlayerStartDecision.WantToStart
});
internal static PlayerMove PlayBackwardsTrick(IReadOnlyCollection <int> cardsInHand, PlayerInformation info)
{
var backwardsPlays = PlayerRulesUtils.FindPlaysForBackwardTrick(cardsInHand, info.RowsOfCards);
if (backwardsPlays.Count > 0)
{
return(new PlayerMove(PlayerMoveDecision.WantToPlay,
new CardPlacement(backwardsPlays.First().Key, backwardsPlays.First().Value)));
}
return(new PlayerMove(PlayerMoveDecision.Undecided));
}
internal static List <PlayerCommunication> CommunicateBackwardsTrick(
IReadOnlyCollection <int> cardsInHand, PlayerInformation info)
{
if (cardsInHand.Count == 0)
{
return(new List <PlayerCommunication>());
}
return(PlayerRulesUtils.FindPlaysForBackwardTrick(cardsInHand, info.RowsOfCards).Keys.Distinct()
.Select(row => new PlayerCommunication(row, PlayerCommunicationType.DoNotPlayHere))
.ToList());
}
internal static PlayerMove PlayLowestGapMove(IReadOnlyCollection <int> cardsInHand, PlayerInformation info)
{
var plays = PlayerRulesUtils.FindPossiblePlays(cardsInHand, info.RowsOfCards);
if (plays.Count > 0)
{
var bestPlay = plays.OrderBy(x => x.distance).First();
return(new PlayerMove(PlayerMoveDecision.WantToPlay,
new CardPlacement(bestPlay.rowIdentifier, bestPlay.card)));
}
return(new PlayerMove(PlayerMoveDecision.Undecided));
}
internal static PlayerMove PlayBestScoredMove(IReadOnlyCollection <int> cardsInHand, PlayerInformation info)
{
var spm = new ScorePlayerPlays();
var plays = spm.GetScoredPlays(cardsInHand, info.RowsOfCards);
if (plays.Count == 0)
{
return(new PlayerMove(PlayerMoveDecision.Undecided));
}
var bestMove = PlayerRulesUtils.GetBestMoveFromPlays(plays);
return(new PlayerMove(PlayerMoveDecision.WantToPlay, bestMove.placements[0]));
}
internal static List <PlayerCommunication> CommunicateCanNotPlay(IReadOnlyCollection <int> cardsInHand,
PlayerInformation info)
{
if (cardsInHand.Count == 0)
{
return(new List <PlayerCommunication>());
}
if (PlayerRulesUtils.FindPossiblePlaysUpToDistance(cardsInHand, info.RowsOfCards, int.MaxValue).Count <
info.CardsToPlayThisTurn)
{
return(new List <PlayerCommunication>
{
new(RowOfCardsIdentifier.FirstRowUp, PlayerCommunicationType.CanNotPlay)
});
internal static PlayerMove PlayMovesUpToLimitedDistance(IReadOnlyCollection <int> cardsInHand,
PlayerInformation info)
{
var goodPlays = PlayerRulesUtils.FindPossiblePlaysUpToDistance(cardsInHand, info.RowsOfCards,
MaxDistanceForSingleMove);
if (goodPlays.Count > 0)
{
foreach (var play in goodPlays.OrderBy(x => x.distance))
{
return(new PlayerMove(PlayerMoveDecision.WantToPlay,
new CardPlacement(play.rowIdentifier, play.card)));
}
}
return(new PlayerMove(PlayerMoveDecision.Undecided));
}
internal static PlayerMove PlayMovesUpToLimitUnlessBlockedByCommunication(
IReadOnlyCollection <int> cardsInHand, PlayerInformation info)
{
var goodPlays =
PlayerRulesUtils.FindPossiblePlaysUpToDistance(cardsInHand, info.RowsOfCards,
MaxDistanceForSingleMoveWithCommunication);
if (goodPlays.Count > 0)
{
foreach (var play in goodPlays.OrderBy(x => x.distance))
{
if (!info.Communication.Exists(x => x.PlayerCommunication.Row == play.rowIdentifier &&
x.PlayerCommunication.CommunicationType is
PlayerCommunicationType.DoNotPlayHere))
{
return(new PlayerMove(PlayerMoveDecision.WantToPlay,
new CardPlacement(play.rowIdentifier, play.card)));
}
}
}
return(new PlayerMove(PlayerMoveDecision.Undecided));
}
