static void ProcPair(bitarrPair pair, byte[] rule, List <bitarrPair> kole)
{
Console.WriteLine(pair);
var p0int = pair.a[0].toInt();
var p1int = pair.a[1].toInt();
for (int i = 0; i < bitarr.blen; i++)
{
var k = pair.xchng(i, rule[i]);
var k0int = k.a[0].toInt();
var k1int = k.a[1].toInt();
guarec[p0int][i] = k1int;
guarec[p1int][rule[i]] = k0int;
guarec[k1int][rule[i]] = p0int;
guarec[k0int][i] = p1int;
if (notcontn(kole, k))
{
kole.Add(k);
ProcPair(k, rule, kole);
}
}
}
public bitarrPair Tsuo(int src, byte dst)
{
bitarrPair k = new bitarrPair(new bitarr(this.arr), new bitarr(this.arr, true));
var srcboo = k.a[0].arr[src];
var dstboo = k.a[1].arr[dst];
k.a[0].arr[src] = dstboo;
k.a[1].arr[dst] = srcboo;
return(k);
}
static void ProcTsuo(bitarrPair pair, byte[] rule, List <bitarrPair> kole)
{
Console.WriteLine(pair);
var p0int = pair.a[0].toInt();
var p0int_neg = pair.a[0].toInt(true);
var p1int = pair.a[1].toInt();
var p1int_neg = pair.a[1].toInt(true);
for (int i = 0; i < bitarr.blen; i++)
{
var k = pair.a[0].Tsuo(i, rule[i]);
var k0int = k.a[0].toInt();
var k1int = k.a[1].toInt();
guarec[p0int][i] = (k1int + 1);
guarec[p0int_neg][rule[i]] = (k0int + 1);
guarec[k1int][rule[i]] = -(p0int + 1);
guarec[k0int][i] = -(p0int_neg + 1);
if (notcontn(kole, k))
{
kole.Add(k);
ProcTsuo(k, rule, kole);
}
k = pair.a[1].Tsuo(i, rule[i]);
k0int = k.a[0].toInt();
k1int = k.a[1].toInt();
guarec[p1int][i] = (k1int + 1);
guarec[p1int_neg][rule[i]] = (k0int + 1);
guarec[k1int][rule[i]] = -(p1int + 1);
guarec[k0int][i] = -(p1int_neg + 1);
if (notcontn(kole, k))
{
kole.Add(k);
ProcTsuo(k, rule, kole);
}
}
}
static bool notcontn(List <bitarrPair> kole, bitarrPair tzt)
{
foreach (var pp in kole)
{
if (pp.a[0].toInt() == tzt.a[0].toInt() && pp.a[1].toInt() == tzt.a[1].toInt())
{
return(false);
}
if (pp.a[1].toInt() == tzt.a[0].toInt() && pp.a[0].toInt() == tzt.a[1].toInt())
{
return(false);
}
}
return(true);
}
static void gpairr(int blenn, int rulen, bool tsuo = false)
{
guarec = bitarr.setblen(blenn, true);
var kole = new List <bitarrPair>();
byte[] rule = bitarr.GenRule()[rulen];
var zeroone = new bitarrPair(bitarr.One, bitarr.Zero);
kole.Add(zeroone);
if (tsuo)
{
ProcTsuo(zeroone, rule, kole);
}
else
{
ProcPair(zeroone, rule, kole);
}
int lux = guarec.Length;
/*
* for (int i = 0; i < lux; i++) {
* Console.WriteLine(gBlob.gua[i] + "::");
* for(int y=0;y<bitarr.blen;y++)
* Console.WriteLine("\t" + gBlob.Pgua(guarec[i][y],rule[y],tsuo));
*
* Console.ReadKey();
* }
*/
for (int i = 0; i < lux; i++)
{
Console.Write("[");
var gg = guarec[i];
for (int y = 0; y < bitarr.blen; y++)
{
Console.Write(gg[y] + ",");
}
Console.WriteLine("],\t\t//" + i);
}
}
