// Remember that actions that were not made from a certain game state cannot be used in any way with it.
public override void TakeTurn(TurnInfo turnInfo, CardGameState gameState, CardGameManager manager)
{
if (turnInfo.IsMulligan)
{
// Pass in the mulligan for now
manager.Continue();
}
else
{
bool shouldContinue = false;
bool hasTakenAction = false;
List <Actions.ActionOrder> availableActions = GetAvailableActions(turnInfo, gameState);
while (!shouldContinue && availableActions.Count > 0)
{
ActionsAndGameStateSet actionSet;
Utility.Serialiser.CreateActionsAndGameStateSet(gameState, availableActions, out actionSet);
float continueScore = EvaluateMatchWinChance(getIndex(), gameState, manager.GetRoundVictoryLimit(), !hasTakenAction);
float maxScore = 0;
int bestActionIndex = -1;
for (int actionIndex = 0; actionIndex < actionSet.mAvailableActions.Count; actionIndex++)
{
float actionScore = EvaluateAction(getIndex(), actionSet.mAvailableActions[actionIndex],
actionSet.mCardGameStates[actionIndex], manager.GetRoundVictoryLimit());
if (actionScore > maxScore)
{
maxScore = actionScore;
bestActionIndex = actionIndex;
}
}
if (maxScore > continueScore)
{
UnityEngine.Debug.Assert(bestActionIndex > -1);
// Update real game state with action.
manager.PassAction(availableActions[bestActionIndex]);
availableActions = GetAvailableActions(turnInfo, gameState);
hasTakenAction = HasSpentCP() || WasCardPlaced();
}
else
{
shouldContinue = true;
}
}
// Continue at the end of the turn
manager.Continue();
}
}
public TurnManager(CardGameState GS, CardGameManager GM)
{
TurnInformation = GS.mTurnInfo;
TheCardGameState = GS;
TheCardGameManager = GM;
}
public virtual void TakeTurn(TurnInfo turnInfo, CardGameState gameState, CardGameManager manager)
{
}
