/// <summary>Process the specified task.
/// The game will execute the desired task and all effects coupled either
/// directly or indirectly in synchronous manner.
///
/// Call <see cref="Controller.Options(bool)"/> on the <see cref="CurrentPlayer"/>
/// instance for tasks which are accepted as arguments.
/// After this method returns, check <see cref="Controller.Options(bool)"/>
/// again until only <see cref="EndTurnTask"/> remains, which will
/// start the turn of <see cref="CurrentOpponent"/>.
/// </summary>
/// <param name="gameTask">The game task to execute.</param>
public void Process(PlayerTask gameTask)
{
// start with no splits ...
Splits = new List <Game>();
Log(LogLevel.INFO, BlockType.PLAY, "Game", gameTask.FullPrint());
// clear last power history
PowerHistory.Last.Clear();
// make sure that we only use task for this game ...
gameTask.Game = this;
gameTask.Process();
// add enchantment and buff tag changes
if (History)
{
Enchants.ForEach(p =>
p.Effects.Keys.ToList().ForEach(t =>
IdEntityDic.Values.ToList().ForEach(o =>
PowerHistory.Add(PowerHistoryBuilder.TagChange(o.Id, t, o[t])))));
foreach (var controller in _players)
{
controller.Hero.Enchants.ForEach(p =>
p.Effects.Keys.ToList().ForEach(t =>
PowerHistory.Add(PowerHistoryBuilder.TagChange(Game.CurrentPlayer.Hero.Id, t, Game.CurrentPlayer.Hero[t]))));
//CurrentPlayer.Hero.Weapon?.Enchants.ForEach(p => p.IsEnabled());
//CurrentPlayer.Hero.Weapon?.Triggers.ForEach(p => p.IsEnabled());
//CurrentOpponent.Hero.Weapon?.Enchants.ForEach(p => p.IsEnabled());
//CurrentOpponent.Hero.Weapon?.Triggers.ForEach(p => p.IsEnabled());
controller.ControlledZones.Where(z => z != null).ToList().ForEach(z =>
z.Enchants.ForEach(p =>
p.Effects.Keys.ToList().ForEach(t =>
z.GetAll.ForEach(o =>
PowerHistory.Add(PowerHistoryBuilder.TagChange(o.Id, t, o[t]))))));
}
Characters.ForEach(c =>
c.Enchants.ForEach(p =>
p.Effects.Keys.ToList().ForEach(t =>
PowerHistory.Add(PowerHistoryBuilder.TagChange(c.Id, t, c[t])))));
}
if (Splitting)
{
var finalSplits = SplitNode.GetSolutions(this, 10, 10000);
Dump("Split", $"found {finalSplits.Count} final splits of {finalSplits.Sum(p => p.SameState + 1)}!");
finalSplits.GroupBy(p => p.SameState)
.Select(i => new { Word = i.Key, Count = i.Count() })
.ToList().ForEach(p => Dump("Split", $" {p.Count}, with {p.Word} same states"));
FinalSplits = finalSplits;
}
}
