private bool sdf(cla mnmnmn)
{
if (mnmnmn.b() || mnmnmn.a() || mnmnmn.c())
{
return(true);
}
return(false);
}
private bool sdf(cla mnmnmn)
{
if (mnmnmn.b() || mnmnmn.a() || mnmnmn.c())
{
return true;
}
return false;
}
public void CopyToObjectWithoutCacheTest3()
{
// Входные параметры: новые объекты классов cla и clb.
var b = new cla();
var a = new clb();
b.info = "tada";
a.ref2 = b;
a.ref1 = b;
STORMNET.DataObject copy = null;
a.CopyToObjectWithoutCache(ref copy, true, true);
// Ожидаемый результат: эквивалентность свойства info у исходных ископированных объекьтов.
Assert.Equal("tada", ((clb)copy).ref1.info);
Assert.Equal("tada", ((clb)copy).ref2.info);
}
public Tuple<int, int> playYourTurn
(
Board board,
TimeSpan timesup
)
{
StartStopWatch();
_timesup = timesup;
cla gffg = new cla(board);
Tuple<int, int> nbnbnbnb = null;
Stack<Tuple<int, int>> nbnbnb = gffg.foo();
nbnbnbnb = vbvbvb(gffg, nbnbnb);
if (nbnbnbnb == null)
nbnbnbnb = gffg.nbnbnbnb();
Console.WriteLine("{0} ms left", (_timesup - stopWatch.Elapsed).TotalMilliseconds);
return nbnbnbnb;
}
public cla(cla cvcvcvc, Tuple<int, int> vcvcvcvc)
{
_rows = cvcvcvc._rows;
_cols = cvcvcvc._cols;
_bbb = new Dictionary<int, int>();
int bvvbvbvb = 0;
for (; bvvbvbvb < _rows && bvvbvbvb < vcvcvcvc.Item1; bvvbvbvb++)
_bbb[bvvbvbvb] = cvcvcvc._bbb[bvvbvbvb];
for (; bvvbvbvb < _rows; bvvbvbvb++)
{
if (vcvcvcvc.Item2 == 0 || !cvcvcvc._bbb.ContainsKey(bvvbvbvb))
{
break;
}
else
_bbb[bvvbvbvb] = Math.Min(vcvcvcvc.Item2 - 1, cvcvcvc._bbb[bvvbvbvb]);
}
_aaa = Math.Max(0, bvvbvbvb - 1);
}
private Tuple<int, int> vbvbvb(cla jkj, Stack<Tuple<int, int>> kjkjkjjk)
{
Tuple<int, int> kjkjkjkjkjdf;
cla fhh;
Dictionary<Tuple<int, int>, cla> jkjkkj = new Dictionary<Tuple<int, int>, cla>();
while (!g() && kjkjkjjk.Count > 0)
{
kjkjkjkjkjdf = kjkjkjjk.Pop();
fhh = new cla(jkj, kjkjkjkjkjdf);
if (dfd(fhh))
{
//Console.WriteLine("Gain: 1");
return kjkjkjkjkjdf;
}
jkjkkj[kjkjkjkjkjdf] = fhh;
}
int cghj = Int32.MinValue;
int mbbb;
Tuple<int, int> bmbbm = null;
int bnbnb = 3;
int gfgfgfgf = bnbnb;
Tuple<int, int> bvcxvbvb;
for (int i = 0; i < jkjkkj.Keys.Count; i++)
{
bvcxvbvb = jkjkkj.Keys.ElementAt(i);
if (g())
{
break;
}
fhh = jkjkkj[bvcxvbvb];
if (stopWatch.Elapsed.TotalMilliseconds / _timesup.TotalMilliseconds < 0.3)
{
bnbnb = d(bnbnb, ref gfgfgfgf, jkjkkj.Keys.Count - i, jkjkkj.Keys.Count, false, 4);
}
else
{
bnbnb = d(bnbnb, ref gfgfgfgf, jkjkkj.Keys.Count - i, jkjkkj.Keys.Count, true, 4);
}
if (!sdf(fhh))
mbbb = d2(fhh, goo.foo, bnbnb, int.MinValue, int.MaxValue);
else
mbbb = -1;
if (mbbb > cghj)
{
cghj = mbbb;
bmbbm = bvcxvbvb;
if (cghj == 1)
{
break;
}
}
}
Console.WriteLine("Gain calculated: " + cghj);
if (cghj <= 0)
{
return jkj.nbnbnbnb();
}
return bmbbm;
}
private int d2(cla ser, goo fde, int ddf, int dfdf, int dfdd)
{
if (dfd(ser))
{
if (fde == goo.foo)
return 1;
else
return -1;
}
if (sdf(ser))
{
if (fde == goo.foo)
return -1;
else
return 1;
}
if (ddf == 0)
{
return 0;
}
int doo;
int sh;
goo shoo;
if (fde == goo.foo)
{
shoo = goo.MinPlayer_Opponent;
doo = int.MaxValue;
}
else
{
doo = int.MinValue;
shoo = goo.foo;
}
Tuple<int, int> w;
cla e;
Dictionary<Tuple<int, int>, cla> f = new Dictionary<Tuple<int, int>, cla>();
Stack<Tuple<int, int>> aq = ser.foo();
while (!g() && aq.Count > 0)
{
w = aq.Pop();
e = new cla(ser, w);
f[w] = e;
sh = d2(e, shoo, ddf - 1, dfdf, dfdd);
if (shoo == goo.foo)
{
doo = Math.Max(doo, sh);
dfdf = Math.Max(dfdf, sh);
if (doo >= dfdd || doo == 1)
{
//Console.WriteLine("Tree cutted at depth {0} by alpha beya pruning!", depthLevel);
break;
}
}
else
{
doo = Math.Min(doo, sh);
dfdd = Math.Min(dfdd, sh);
if (doo <= dfdf || doo == -1)
{
//Console.WriteLine("Tree cut at depth {0} by alpha beya pruning!", depthLevel);
break;
}
}
}
return doo;
}
private bool dfd(cla pio)
{
return pio.f() || pio.e() || pio.d() || pio.g();
}
