public static string prtsgn_gua2(gBlob inblob, int lnkidx)
{
if (inblob.BeLinked[lnkidx])
{
return("\t-" + spgua(inblob.links[lnkidx]));
}
else
{
return("\t" + spgua(inblob.links[lnkidx]));
}
}
public static string prtsgn(gBlob inblob, int lnkidx)
{
if (inblob.BeLinked[lnkidx])
{
return("\t-" + inblob.links[lnkidx].ToString(pfm));
}
else
{
return("\t" + inblob.links[lnkidx].ToString(pfm));
}
}
public static string prtsgn_gua(gBlob inblob, int lnkidx)
{
string jiantou = "\n=>";
if (inblob.BeLinked[lnkidx])
{
jiantou = "\n<=";
}
int basgua = inblob.gnum;
string spa1 = string.Format(kordfmt[lnkidx], gua[basgua], liujiu(basgua, lnkidx));
basgua = inblob.links[lnkidx];
int dyst = rmap[lnkidx];
string spa2 = string.Format(kordfmt[dyst], gua[basgua], liujiu(basgua, dyst));
return(spa1 + jiantou + spa2 + "\n");
}
public static gBlob[] make(int sz)
{
gsizex2 = sz * 2;
gmask = ~((-1 >> gsizex2) << gsizex2);
gmaskhalf = ~((-1 >> sz) << sz);
var arrsz = 1 << gsizex2;
pfm = "X2"; //"D"+((int)(Math.Ceiling(Math.Log10(arrsz)))-1).ToString();
var rett = new gBlob[arrsz];
for (int i = 0; i < arrsz; i++)
{
rett[i] = new gBlob(i);
}
for (int vv = 0; vv < arrsz; vv++)
{
for (int k = 0; k < sz; k++)
{
int lower = vv & gmaskhalf;
int upper = (vv >> sz) & gmaskhalf;
if (((lower >> k) & 1) == ((upper >> k) & 1))
{
int negvv = ((~vv) & gmask);
int dyst = negvv ^ (1 << k);
rett[dyst].links[k] = vv;
rett[dyst].BeLinked[k] = true;
rett[vv].links[k + sz] = dyst;
dyst = negvv ^ (1 << (k + sz));
rett[dyst].links[sz + k] = vv;
rett[dyst].BeLinked[sz + k] = true;
rett[vv].links[k] = dyst;
}
}
}
for (int i = 0; i < arrsz; i++)
{
var tmpr = rett[i];
Console.WriteLine("\n\n(" + spgua(tmpr.gnum) + "):"); //tmpr.gnum.ToString(pfm)
//for(int k=gsizex2-1;k>=0;k--)
for (int k = 0; k < gsizex2; k++)
{
Console.WriteLine(prtsgn_gua2(tmpr, k));
}
}
return(rett);
}
