public override Task<IEnumerable<IRotation>> Solve(CubeConfiguration<FaceColour> configuration)
{
base.Solve(configuration).Wait();
var solution = new List<IRotation>();
for (int i = 0; i < 40; i++)
{
if (m_random.Next(1, 5) == 1)
{
m_lastCubeRotation = GenerateRandomCubeRotation();
solution.Add(m_lastCubeRotation);
}
else
{
m_lastFaceRotation = GenerateRandomRotation();
solution.Add(m_lastFaceRotation);
}
}
return Task.FromResult<IEnumerable<IRotation>>(solution);
}
public Task RotateCube(CubeRotation rotation)
{
return m_cubeAnimator.RotateCube(rotation);
}
public Task RotateCube(CubeRotation rotation)
{
return m_window.DisplayControl.RotateCube(rotation);
}
private static IEnumerable<CubeRotation> CondenseDoubleRotations(CubeRotation current, CubeRotation previous)
{
if (current.Axis == previous.Axis)
{
var currentMultiplier = current.Direction == RotationDirection.Clockwise ? 1 : -1;
var previousMultiplier = previous.Direction == RotationDirection.Clockwise ? 1 : -1;
var totalTimes = currentMultiplier * current.Count + previousMultiplier * previous.Count;
if (totalTimes % 4 == 0) return new List<CubeRotation>();
if (totalTimes % 2 == 0) return new List<CubeRotation> { CubeRotations.ByAxisTwice(current.Axis) };
if (totalTimes % 3 == 0) return new List<CubeRotation> { CubeRotations.ByAxis(current.Axis, RotationDirection.AntiClockwise) };
if (totalTimes == 1) return new List<CubeRotation> { CubeRotations.ByAxis(current.Axis, RotationDirection.Clockwise) };
}
return new List<CubeRotation> { previous, current };
}
public Task RotateCube(CubeRotation rotation)
{
return Scene.RotateCube(rotation);
}
public Task RotateCube(CubeRotation rotation)
{
return StartRotating(rotation);
}
