public void resetFlagsSync(Cube3D.RubikPosition layer, int target)
{
RubikCube.LayerRotation[layer] = target;
List <Cube3D> affected = RubikCube.cubes.Where(c => c.Position.HasFlag(layer)).ToList();
if (layer == Cube3D.RubikPosition.LeftSlice || layer == Cube3D.RubikPosition.MiddleSlice_Sides || layer == Cube3D.RubikPosition.RightSlice)
{
affected.ForEach(c => c.Faces.ToList().ForEach(f => f.Rotate(Point3D.RotationType.X, target)));
}
if (layer == Cube3D.RubikPosition.TopLayer || layer == Cube3D.RubikPosition.MiddleLayer || layer == Cube3D.RubikPosition.BottomLayer)
{
affected.ForEach(c => c.Faces.ToList().ForEach(f => f.Rotate(Point3D.RotationType.Y, target)));
}
if (layer == Cube3D.RubikPosition.BackSlice || layer == Cube3D.RubikPosition.MiddleSlice || layer == Cube3D.RubikPosition.FrontSlice)
{
affected.ForEach(c => c.Faces.ToList().ForEach(f => f.Rotate(Point3D.RotationType.Z, target)));
}
double ed = ((double)2 / (double)3);
for (int i = -1; i <= 1; i++)
{
for (int j = -1; j <= 1; j++)
{
for (int k = -1; k <= 1; k++)
{
//Reset Flags but keep Colors
Cube3D.RubikPosition flags = RubikCube.genSideFlags(i, j, k);;
Cube3D cube = RubikCube.cubes.First(c => (Math.Round(c.Faces.Sum(f => f.Edges.Sum(e => e.X)) / 24, 4) == Math.Round(i * ed, 4)) &&
(Math.Round(c.Faces.Sum(f => f.Edges.Sum(e => e.Y)) / 24, 4) == Math.Round(j * ed, 4)) &&
(Math.Round(c.Faces.Sum(f => f.Edges.Sum(e => e.Z)) / 24, 4) == Math.Round(k * ed, 4)));
cube.Position = flags;
cube.Faces.ToList().ForEach(f => f.MasterPosition = flags);
cube.Faces.First(f => (Math.Round(f.Edges.Sum(e => e.X) / 4, 4) == Math.Round(i * ed, 4)) &&
(Math.Round(f.Edges.Sum(e => e.Y) / 4, 4) == Math.Round((j * ed) - (ed / 2), 4)) &&
(Math.Round(f.Edges.Sum(e => e.Z) / 4, 4) == Math.Round(k * ed, 4))).Position = Face3D.FacePosition.Top;
cube.Faces.First(f => (Math.Round(f.Edges.Sum(e => e.X) / 4, 4) == Math.Round(i * ed, 4)) &&
(Math.Round(f.Edges.Sum(e => e.Y) / 4, 4) == Math.Round((j * ed) + (ed / 2), 4)) &&
(Math.Round(f.Edges.Sum(e => e.Z) / 4, 4) == Math.Round(k * ed, 4))).Position = Face3D.FacePosition.Bottom;
cube.Faces.First(f => (Math.Round(f.Edges.Sum(e => e.X) / 4, 4) == Math.Round((i * ed) - (ed / 2), 4)) &&
(Math.Round(f.Edges.Sum(e => e.Y) / 4, 4) == Math.Round(j * ed, 4)) &&
(Math.Round(f.Edges.Sum(e => e.Z) / 4, 4) == Math.Round(k * ed, 4))).Position = Face3D.FacePosition.Left;
cube.Faces.First(f => (Math.Round(f.Edges.Sum(e => e.X) / 4, 4) == Math.Round((i * ed) + (ed / 2), 4)) &&
(Math.Round(f.Edges.Sum(e => e.Y) / 4, 4) == Math.Round(j * ed, 4)) &&
(Math.Round(f.Edges.Sum(e => e.Z) / 4, 4) == Math.Round(k * ed, 4))).Position = Face3D.FacePosition.Right;
cube.Faces.First(f => (Math.Round(f.Edges.Sum(e => e.X) / 4, 4) == Math.Round(i * ed, 4)) &&
(Math.Round(f.Edges.Sum(e => e.Y) / 4, 4) == Math.Round(j * ed, 4)) &&
(Math.Round(f.Edges.Sum(e => e.Z) / 4, 4) == Math.Round((k * ed) - (ed / 2), 4))).Position = Face3D.FacePosition.Front;
cube.Faces.First(f => (Math.Round(f.Edges.Sum(e => e.X) / 4, 4) == Math.Round(i * ed, 4)) &&
(Math.Round(f.Edges.Sum(e => e.Y) / 4, 4) == Math.Round(j * ed, 4)) &&
(Math.Round(f.Edges.Sum(e => e.Z) / 4, 4) == Math.Round((k * ed) + (ed / 2), 4))).Position = Face3D.FacePosition.Back;
}
}
}
foreach (Cube3D.RubikPosition rp in (Cube3D.RubikPosition[])Enum.GetValues(typeof(Cube3D.RubikPosition)))
{
RubikCube.LayerRotation[rp] = 0;
}
Rotating = false;
}
