private static void BuildCornerSymGroup()
{
cornerSymGroup = new int[40320];
symGroupMembers = new int[10368][];
for (int i = 0; i < cornerSymGroup.Length; i++)
{
cornerSymGroup[i] = -1;
}
int numGroups = 0;
Cube c = new Cube();
for (int i = 0; i < cornerSymGroup.Length; i++)
{
if (cornerSymGroup[i] < 0)
{
c.SetCornerPermutationFromIndex(i);
int s0 = c.GetCornerPermutationIndex();
c.MirrorUD();
int ud = c.GetCornerPermutationIndex();
c.MirrorLR();
int ud_lr = c.GetCornerPermutationIndex();
c.MirrorUD();
int lr = c.GetCornerPermutationIndex();
c.MirrorLR();
if (s0 != c.GetCornerPermutationIndex() || i != s0)
{
Console.WriteLine("ERROR: symmetry action do not match original situation!");
}
int g = numGroups++;
if (cornerSymGroup[s0] >= 0 || cornerSymGroup[ud] >= 0 || cornerSymGroup[lr] >= 0 || cornerSymGroup[ud_lr] >= 0
)
{
Console.WriteLine("ERROR: Overwriting symmetry group member");
}
cornerSymGroup[s0] = g;
cornerSymGroup[ud] = g;
cornerSymGroup[lr] = g;
cornerSymGroup[ud_lr] = g;
symGroupMembers[g] = new int[] { s0, ud, lr, ud_lr };
// Console.Write(g + ": " + s0 + " " + ud + " " + lr + " " + ud_lr + " ");
// Console.WriteLine();
}
}
}
private static void BuildTwistSymGroup()
{
twistSymGroup = new int[2187];
symGroupMembers = new int[594][];
for (int i = 0; i < twistSymGroup.Length; i++)
{
twistSymGroup[i] = -1;
}
int numGroups = 0;
Cube c = new Cube();
for (int i = 0; i < twistSymGroup.Length; i++)
{
if (twistSymGroup[i] < 0)
{
c.SetCornerTwistFromIndex(i);
int s0 = c.GetCornerTwistIndex();
c.MirrorUD();
int ud = c.GetCornerTwistIndex();
c.MirrorLR();
int ud_lr = c.GetCornerTwistIndex();
c.MirrorUD();
int lr = c.GetCornerTwistIndex();
c.MirrorLR();
if (s0 != c.GetCornerTwistIndex() || i != s0)
{
Console.WriteLine("ERROR: symmetry action do not match original situation!");
}
int g = numGroups++;
if (twistSymGroup[s0] >= 0 || twistSymGroup[ud] >= 0 || twistSymGroup[lr] >= 0 || twistSymGroup[ud_lr] >= 0)
{
Console.WriteLine("ERROR: Overwriting symmetry group member");
}
twistSymGroup[s0] = g;
twistSymGroup[ud] = g;
twistSymGroup[lr] = g;
twistSymGroup[ud_lr] = g;
symGroupMembers[g] = new int[] { s0, ud, lr, ud_lr };
// Console.Write(g + ": " + s0 + " " + ud+ " " + lr+ " " + ud_lr + " ");
// if ((numGroups % 2) == 0) Console.WriteLine();
}
}
}
private static void BuildSymmetricalIndizes()
{
Cube c = new Cube();
symOuterEdgePermutationIndex = new int[40320][];
for (int i = 0; i < symOuterEdgePermutationIndex.Length; i++)
{
c.SetOuterEdgePermutationFromIndex(i);
int s0 = c.GetOuterEdgePermutationIndex();
c.MirrorUD();
int ud = c.GetOuterEdgePermutationIndex();
c.MirrorLR();
int ud_lr = c.GetOuterEdgePermutationIndex();
c.MirrorUD();
int lr = c.GetOuterEdgePermutationIndex();
c.MirrorLR();
if (i != s0 || i != c.GetOuterEdgePermutationIndex())
{
Console.WriteLine("outer edge permutation mirror calcuation error");
}
symOuterEdgePermutationIndex[i] = new int[] { s0, ud, lr, ud_lr };
}
symMiddleEdgePermutationIndex = new int[24][];
for (int i = 0; i < symMiddleEdgePermutationIndex.Length; i++)
{
c.SetMiddleEdgePermutationFromIndex(i);
int s0 = c.GetMiddleEdgePermutationIndex();
c.MirrorUD();
int ud = c.GetMiddleEdgePermutationIndex();
c.MirrorLR();
int ud_lr = c.GetMiddleEdgePermutationIndex();
c.MirrorUD();
int lr = c.GetMiddleEdgePermutationIndex();
c.MirrorLR();
if (i != s0 || i != c.GetMiddleEdgePermutationIndex())
{
Console.WriteLine("Middle Edge Permutation mirror calcuation error: " + i + "!=" + s0);
}
symMiddleEdgePermutationIndex[i] = new int[] { s0, ud, lr, ud_lr };
}
}
private static void BuildSymmetricalIndizes()
{
Cube c = new Cube();
symEdgeFlipIndex = new int[2048][];
for (int i = 0; i < symEdgeFlipIndex.Length; i++)
{
c.SetEdgeFlipFromIndex(i);
int s0 = c.GetEdgeFlipIndex();
c.MirrorUD();
int ud = c.GetEdgeFlipIndex();
c.MirrorLR();
int ud_lr = c.GetEdgeFlipIndex();
c.MirrorUD();
int lr = c.GetEdgeFlipIndex();
c.MirrorLR();
if (i != s0 || i != c.GetEdgeFlipIndex())
{
Console.WriteLine("Edge flip mirror calcuation error");
}
symEdgeFlipIndex[i] = new int[] { s0, ud, lr, ud_lr };
}
symMiddleEdgeDistributionIndex = new int[495][];
for (int i = 0; i < symMiddleEdgeDistributionIndex.Length; i++)
{
c.SetMiddleEdgeDistributionFromIndex(i);
int s0 = c.GetMiddleEdgeDistributionIndex();
c.MirrorUD();
int ud = c.GetMiddleEdgeDistributionIndex();
c.MirrorLR();
int ud_lr = c.GetMiddleEdgeDistributionIndex();
c.MirrorUD();
int lr = c.GetMiddleEdgeDistributionIndex();
c.MirrorLR();
if (i != s0 || i != c.GetMiddleEdgeDistributionIndex())
{
Console.WriteLine("Middle Edge Distribution mirror calcuation error: " + i + "!=" + s0);
}
symMiddleEdgeDistributionIndex[i] = new int[] { s0, ud, lr, ud_lr };
}
}
private static void BuildTwistSymGroup()
{
twistSymGroup = new int[2187];
symGroupMembers = new int[594][];
for (int i = 0; i < twistSymGroup.Length; i++)
{
twistSymGroup[i] = -1;
}
int numGroups = 0;
Cube c = new Cube();
for (int i=0; i<twistSymGroup.Length; i++)
{
if (twistSymGroup[i]<0)
{
c.SetCornerTwistFromIndex(i);
int s0 = c.GetCornerTwistIndex();
c.MirrorUD();
int ud = c.GetCornerTwistIndex();
c.MirrorLR();
int ud_lr = c.GetCornerTwistIndex();
c.MirrorUD();
int lr = c.GetCornerTwistIndex();
c.MirrorLR();
if (s0!=c.GetCornerTwistIndex() || i!=s0)
{
Console.WriteLine("ERROR: symmetry action do not match original situation!");
}
int g = numGroups++;
if (twistSymGroup[s0] >= 0 || twistSymGroup[ud]>=0 || twistSymGroup[lr]>=0 || twistSymGroup[ud_lr]>= 0)
{
Console.WriteLine("ERROR: Overwriting symmetry group member");
}
twistSymGroup[s0] = g;
twistSymGroup[ud] = g;
twistSymGroup[lr] = g;
twistSymGroup[ud_lr] = g;
symGroupMembers[g] = new int[] { s0, ud, lr, ud_lr };
// Console.Write(g + ": " + s0 + " " + ud+ " " + lr+ " " + ud_lr + " ");
// if ((numGroups % 2) == 0) Console.WriteLine();
}
}
}
private static void BuildSymmetricalIndizes()
{
Cube c = new Cube();
symEdgeFlipIndex = new int[2048][];
for (int i = 0; i < symEdgeFlipIndex.Length; i++)
{
c.SetEdgeFlipFromIndex(i);
int s0 = c.GetEdgeFlipIndex();
c.MirrorUD();
int ud = c.GetEdgeFlipIndex();
c.MirrorLR();
int ud_lr = c.GetEdgeFlipIndex();
c.MirrorUD();
int lr = c.GetEdgeFlipIndex();
c.MirrorLR();
if (i != s0 || i!=c.GetEdgeFlipIndex())
{
Console.WriteLine("Edge flip mirror calcuation error");
}
symEdgeFlipIndex[i] = new int[] { s0, ud, lr, ud_lr };
}
symMiddleEdgeDistributionIndex = new int[495][];
for (int i = 0; i < symMiddleEdgeDistributionIndex.Length; i++)
{
c.SetMiddleEdgeDistributionFromIndex(i);
int s0 = c.GetMiddleEdgeDistributionIndex();
c.MirrorUD();
int ud = c.GetMiddleEdgeDistributionIndex();
c.MirrorLR();
int ud_lr = c.GetMiddleEdgeDistributionIndex();
c.MirrorUD();
int lr = c.GetMiddleEdgeDistributionIndex();
c.MirrorLR();
if (i != s0 || i != c.GetMiddleEdgeDistributionIndex())
{
Console.WriteLine("Middle Edge Distribution mirror calcuation error: "+i+"!="+s0);
}
symMiddleEdgeDistributionIndex[i] = new int[] { s0, ud, lr, ud_lr };
}
}
private static void BuildSymmetricalIndizes()
{
Cube c = new Cube();
symOuterEdgePermutationIndex = new int[40320][];
for (int i = 0; i < symOuterEdgePermutationIndex.Length; i++)
{
c.SetOuterEdgePermutationFromIndex(i);
int s0 = c.GetOuterEdgePermutationIndex();
c.MirrorUD();
int ud = c.GetOuterEdgePermutationIndex();
c.MirrorLR();
int ud_lr = c.GetOuterEdgePermutationIndex();
c.MirrorUD();
int lr = c.GetOuterEdgePermutationIndex();
c.MirrorLR();
if (i != s0 || i != c.GetOuterEdgePermutationIndex())
{
Console.WriteLine("outer edge permutation mirror calcuation error");
}
symOuterEdgePermutationIndex[i] = new int[] { s0, ud, lr, ud_lr };
}
symMiddleEdgePermutationIndex = new int[24][];
for (int i = 0; i < symMiddleEdgePermutationIndex.Length; i++)
{
c.SetMiddleEdgePermutationFromIndex(i);
int s0 = c.GetMiddleEdgePermutationIndex();
c.MirrorUD();
int ud = c.GetMiddleEdgePermutationIndex();
c.MirrorLR();
int ud_lr = c.GetMiddleEdgePermutationIndex();
c.MirrorUD();
int lr = c.GetMiddleEdgePermutationIndex();
c.MirrorLR();
if (i != s0 || i != c.GetMiddleEdgePermutationIndex())
{
Console.WriteLine("Middle Edge Permutation mirror calcuation error: " + i + "!=" + s0);
}
symMiddleEdgePermutationIndex[i] = new int[] { s0, ud, lr, ud_lr };
}
}
private static void BuildCornerSymGroup()
{
cornerSymGroup = new int[40320];
symGroupMembers = new int[10368][];
for (int i = 0; i < cornerSymGroup.Length; i++)
{
cornerSymGroup[i] = -1;
}
int numGroups = 0;
Cube c = new Cube();
for (int i = 0; i < cornerSymGroup.Length; i++)
{
if (cornerSymGroup[i] < 0)
{
c.SetCornerPermutationFromIndex(i);
int s0 = c.GetCornerPermutationIndex();
c.MirrorUD();
int ud = c.GetCornerPermutationIndex();
c.MirrorLR();
int ud_lr = c.GetCornerPermutationIndex();
c.MirrorUD();
int lr = c.GetCornerPermutationIndex();
c.MirrorLR();
if (s0 != c.GetCornerPermutationIndex() || i != s0)
{
Console.WriteLine("ERROR: symmetry action do not match original situation!");
}
int g = numGroups++;
if (cornerSymGroup[s0] >= 0 || cornerSymGroup[ud] >= 0 || cornerSymGroup[lr] >= 0 || cornerSymGroup[ud_lr] >= 0
)
{
Console.WriteLine("ERROR: Overwriting symmetry group member");
}
cornerSymGroup[s0] = g;
cornerSymGroup[ud] = g;
cornerSymGroup[lr] = g;
cornerSymGroup[ud_lr] = g;
symGroupMembers[g] = new int[] { s0, ud, lr, ud_lr };
// Console.Write(g + ": " + s0 + " " + ud + " " + lr + " " + ud_lr + " ");
// Console.WriteLine();
}
}
}
