static public void InitKuhn6(Algo algo)
{
algo.Buckets = new Bucket[3];
algo.Buckets[0] = new Bucket();
algo.Buckets[0].Cards.Add(0);
algo.Buckets[0].Cards.Add(4);
algo.Buckets[1] = new Bucket();
algo.Buckets[1].Cards.Add(1);
algo.Buckets[1].Cards.Add(2);
algo.Buckets[2] = new Bucket();
algo.Buckets[2].Cards.Add(3);
algo.Buckets[2].Cards.Add(5);
}
static void Main(string[] args)
{
int stepsCount = 1000;
if (args.Length >= 1)
{
stepsCount = int.Parse(args[0]);
}
Algo a = new Algo();
//a.Rules = new Kuhn6Cards();
//InitKuhn6(a);
//a.Rules = new Kuhn8Cards();
//InitKuhn8(a);
a.Rules = new HeRules();
InitHe(a, 20, true);
a.UpdateAverage();
a.UpdateDistFromAverage();
a.Print();
for (int s = 0; s < stepsCount; ++s)
{
a.DoStep();
if (a.IsStable())
{
Console.WriteLine("STABLE!!!");
break;
}
}
Console.WriteLine("Sorted:");
a.SortBuckets();
a.Print();
}
static public void InitHe(Algo algo, int bucketsCount, bool shuffle)
{
algo.Buckets = new Bucket[bucketsCount].Fill(i => new Bucket());
SequenceRng shuffler = new SequenceRng();
shuffler.SetSequence(169);
if (shuffle)
{
shuffler.Shuffle();
}
double handsInBucket = HePocket.Count / bucketsCount;
for (int p = 0; p < HePocket.Count; ++p)
{
int b = (int)(p / handsInBucket);
if (b >= bucketsCount)
{
b = bucketsCount - 1;
}
algo.Buckets[b].Cards.Add(shuffler.Sequence[p]);
}
}