|
private RequestPlayerTrashCardFromHandAndGainCard ( |
||
| gameState | ||
| acceptableCardsToTrash | CardPredicate | |
| costConstraint | CostConstraint | |
| cost | int | |
| cardRelativeCost | CardRelativeCost | |
| isOptionalToTrash | bool | |
| isOptionalToGain | bool | |
| defaultLocation | DeckPlacement | |
| return | Dominion.Card | |
public override void DoSpecializedAction(PlayerState currentPlayer, GameState gameState)
{
currentPlayer.RequestPlayerTrashCardFromHandAndGainCard(
gameState,
acceptableCard => true,
CostConstraint.UpTo,
5,
CardRelativeCost.AbsoluteCost);
}
public override void DoSpecializedAction(PlayerState currentPlayer, GameState gameState)
{
currentPlayer.RequestPlayerTrashCardFromHandAndGainCard(
gameState,
card => card.isTreasure,
CostConstraint.UpTo,
3,
CardRelativeCost.RelativeCost,
isOptionalToTrash: false,
isOptionalToGain: false,
defaultLocation: DeckPlacement.Hand);
}
public override void DoSpecializedAction(PlayerState currentPlayer, GameState gameState)
{
PlayerActionChoice playerChoice = currentPlayer.RequestPlayerChooseBetween(gameState, acceptableChoice =>
acceptableChoice == PlayerActionChoice.GainCard ||
acceptableChoice == PlayerActionChoice.PlusCard ||
acceptableChoice == PlayerActionChoice.Trash);
switch (playerChoice)
{
case PlayerActionChoice.PlusCard:
{
currentPlayer.DrawAdditionalCardsIntoHand(3, gameState);
foreach (PlayerState otherPlayer in gameState.players.OtherPlayers)
{
otherPlayer.DrawAdditionalCardsIntoHand(1, gameState);
}
break;
}
case PlayerActionChoice.GainCard:
{
currentPlayer.GainCardFromSupply(gameState, Gold.card);
foreach (PlayerState otherPlayer in gameState.players.OtherPlayers)
{
otherPlayer.GainCardFromSupply(gameState, Silver.card);
}
break;
}
case PlayerActionChoice.Trash:
{
currentPlayer.RequestPlayerTrashCardFromHandAndGainCard(
gameState,
acceptableCardsToTrash => true,
CostConstraint.Exactly,
2,
CardRelativeCost.RelativeCost,
isOptionalToTrash: true,
isOptionalToGain: false);
foreach (PlayerState otherPlayer in gameState.players.OtherPlayers)
{
otherPlayer.RequestPlayerTrashCardFromHandAndGainCard(
gameState,
acceptableCardsToTrash => true,
CostConstraint.Exactly,
1,
CardRelativeCost.RelativeCost,
isOptionalToTrash: true,
isOptionalToGain: false);
}
break;
}
}
}
public override void DoSpecializedWhenBuy(PlayerState currentPlayer, GameState gameState)
{
Card card = currentPlayer.RequestPlayerTrashCardFromHandAndGainCard(
gameState,
acceptableCard => true,
CostConstraint.Exactly,
2,
CardRelativeCost.RelativeCost);
}
public override void DoSpecializedAction(PlayerState currentPlayer, GameState gameState)
{
for (int i = 0; i < 2; ++i)
{
Card trashedCard = currentPlayer.RequestPlayerTrashCardFromHandAndGainCard(
gameState,
card => true,
CostConstraint.Exactly,
1,
CardRelativeCost.RelativeCost);
}
}
public override void DoSpecializedAction(PlayerState currentPlayer, GameState gameState)
{
currentPlayer.RequestPlayerTrashCardFromHandAndGainCard(
gameState,
acceptableCardsToTrash => true,
CostConstraint.Exactly,
1,
CardRelativeCost.RelativeCost,
isOptionalToTrash: false,
isOptionalToGain: false);
}
public override void DoSpecializedAction(PlayerState currentPlayer, GameState gameState)
{
Card cardToTrash = currentPlayer.RequestPlayerTrashCardFromHandAndGainCard(gameState,
card => true,
CostConstraint.UpTo,
3,
CardRelativeCost.RelativeCost);
}
