internal void TurnStart(ActivePlayer player)
{
if (!_isMulliganDone)
{
_game.Process(ChooseTask.Mulligan(_game.Player1, _toBeKept));
_game.Process(ChooseTask.Mulligan(_game.Player2, _game.Player2.Choice.Choices));
}
_isMulliganDone = true;
_isNewTurn = true;
_activePlayer = player;
_numberOfTurns++;
if (_numberOfTurns > 1)
{
ProcessPlayerAction();
_game.MainEnd();
_game.MainNext();
}
GameV2 gameV2 = Core.Game;
if (player == ActivePlayer.Player)
{
_messenger.Reset();
_messenger.SetTitle("Turn " + gameV2.GetTurnNumber());
}
Converter.AreGamesInSync(_game, gameV2);
}
/// <summary>Invokes the method which corresponds to the next simulation step.</summary>
/// <param name="game">The game subject.</param>
/// <param name="step">The (next) step value.</param>
/// <exception cref="ArgumentOutOfRangeException">step - when the provided step is unknown</exception>
public void NextStepEvent(Game game, Step step)
{
game.Log(LogLevel.DEBUG, BlockType.TRIGGER, "Event", !game.Logging? "":$"NextStepEvent - {step}");
switch (step)
{
case Step.BEGIN_FIRST:
game.Step = step;
game.BeginFirst();
break;
case Step.BEGIN_SHUFFLE:
game.Step = step;
game.BeginShuffle();
break;
case Step.BEGIN_DRAW:
game.Step = step;
game.BeginDraw();
break;
case Step.BEGIN_MULLIGAN:
game.Step = step;
game.BeginMulligan();
break;
case Step.MAIN_BEGIN:
game.Step = step;
game.MainBegin();
break;
case Step.MAIN_DRAW:
game.Step = step;
game.MainDraw();
break;
case Step.MAIN_READY:
game.Step = step;
game.MainReady();
break;
case Step.MAIN_RESOURCE:
game.Step = step;
game.MainRessources();
break;
case Step.MAIN_START:
game.Step = step;
game.MainStart();
break;
case Step.MAIN_START_TRIGGERS:
game.Step = step;
game.MainStartTriggers();
break;
case Step.MAIN_ACTION:
game.Step = step;
break;
case Step.MAIN_COMBAT:
break;
case Step.MAIN_CLEANUP:
game.Step = step;
game.MainCleanUp();
break;
case Step.MAIN_END:
game.Step = step;
game.MainEnd();
break;
case Step.MAIN_NEXT:
game.Step = step;
game.MainNext();
break;
case Step.FINAL_WRAPUP:
game.FinalWrapUp();
break;
case Step.FINAL_GAMEOVER:
game.FinalGameOver();
break;
case Step.INVALID:
break;
default:
throw new ArgumentOutOfRangeException(nameof(step), step, null);
}
}