public ITurn ChooseTurn(IPlayerState playerState, IPlayerState opponentState)
{
var canSwitchNeuromon = playerState.InactiveNeuromon.Any(n => !n.IsDead);
var validTurnTypes = new List<int>
{
AttackTurnType
};
var sb = new StringBuilder();
sb.AppendLine("1: Attack");
if (canSwitchNeuromon)
{
sb.AppendLine("2: Change Neuromon");
validTurnTypes.Add(ChangeNeuromonTurnType);
}
Console.WriteLine(sb.ToString());
ITurn selectedTurn = null;
var turnType = ReadInputUntilValid(input => validTurnTypes.Contains(input));
if (turnType == AttackTurnType)
{
selectedTurn = ChooseAttack(playerState.ActiveNeuromon);
}
else if (turnType == ChangeNeuromonTurnType && canSwitchNeuromon)
{
selectedTurn = new SwitchActiveNeuromon(SelectActiveNeuromon(playerState, opponentState));
}
return selectedTurn;
}
private static bool TryParseValidTurn(NeatAiTurnChoice turnChoice, IPlayerState playerState, IEnumerable<TurnType> validTurnTypes, out ITurn turn)
{
turn = null;
if (!validTurnTypes.Contains(turnChoice.TurnType))
{
return false;
}
if (turnChoice.TurnType == TurnType.Attack)
{
var chosenMove = playerState.ActiveNeuromon.MoveSet.Moves.ElementAtOrDefault(turnChoice.Index);
if (chosenMove != default(Move))
{
turn = new Attack(chosenMove);
return true;
}
}
else if (turnChoice.TurnType == TurnType.SwitchActiveNeuromon)
{
var chosenActiveNeuromon = playerState.InactiveNeuromon.ElementAtOrDefault(turnChoice.Index);
if (chosenActiveNeuromon != default(Neuromon) && !chosenActiveNeuromon.IsDead)
{
turn = new SwitchActiveNeuromon(chosenActiveNeuromon);
return true;
}
}
return false;
}