public void Sample()
{
OneLookLLCube cube = new OneLookLLCube();
cube.Solve();
cube.SetUpPosition(3776);
int posNum = cube.GetPosNum();
Assert.AreEqual(3776, posNum, "failed no auf");
cube.Solve();
cube.SetUpPosition(3776);
cube.U();
posNum = cube.GetPosNum();
Assert.AreEqual(3776, posNum, "failed U");
cube.Solve();
cube.SetUpPosition(3776);
cube.U2();
posNum = cube.GetPosNum();
Assert.AreEqual(3776, posNum, "failed U2");
cube.Solve();
cube.SetUpPosition(3776);
cube.Ui();
posNum = cube.GetPosNum();
Assert.AreEqual(3776, posNum, "failed U'");
}
public void DifferentAngle()
{
OneLookLLCube cube = new OneLookLLCube();
cube.Solve();
cube.SetUpPosition(447);
cube.U2();
int num = cube.GetPosNum();
Assert.AreEqual(447, num);
}
public void HCaseTests()
{
OneLookLLCube cube = new OneLookLLCube();
for (int k = 3552; k < 3776; k++)
{
cube.Solve();
cube.SetUpPosition(k);
//cube.RandomUMove();
int posNum = cube.GetPosNum();
Assert.AreEqual(k, posNum, "failed on position " + k);
}
}
public void DotTests()
{
OneLookLLCube cube = new OneLookLLCube();
for (int k = 480; k < 960; k++)
{
cube.Solve();
cube.SetUpPosition(k);
cube.Ui();
int posNum = cube.GetPosNum();
Assert.AreEqual(k, posNum, "failed on position " + k);
}
}
public void OrientTests()
{
OneLookLLCube cube = new OneLookLLCube();
for (int k = 0; k < 30; k++)
{
cube.Solve();
cube.SetUpPosition(72 * k + 960);
cube.AufToDefault();
cube.Orient();
int num = cube.GetPllNum();
Assert.AreEqual(0, num, "failed on position " + 72 * k + 960);
}
}
public void EdgeOrientationTests()
{
OneLookLLCube cube = new OneLookLLCube();
for (int k = 0; k < 36; k++)
{
int posNum = 72 * k + 960;
cube.Solve();
cube.SetUpPosition(posNum);
cube.RandomUMove();
cube.AufToDefault();
int num = cube.GetEdgeOrientationNum();
Assert.AreEqual(k % 6, num, "failed on position " + k);
}
}
public void OneLookTests()
{
OneLookLLCube cube = new OneLookLLCube();
for (int k = 0; k < cube.GetNumPositions(); k++)
{
cube.Solve();
cube.SetUpPosition(k);
if (!((k >= 460 && k < 480) || (k >= 940 && k < 980)))
{
cube.RandomUMove();
}
int posNum = cube.GetPosNum();
Assert.AreEqual(k, posNum, "failed on position " + k);
}
}
public void CornerOrientationTests()
{
int num;
OneLookLLCube cube = new OneLookLLCube();
for (int k = 0; k < 480; k += 24)
{
cube.Solve();
cube.SetUpPosition(k);
cube.RandomUMove();
num = cube.GetCornerOrientationNum();
Assert.AreEqual(k / 72, num, "failed on position " + k);
}
cube.Solve();
cube.HOrientation();
num = cube.GetCornerOrientationNum();
Assert.AreEqual(6, num, "failed on h orientation");
cube.U();
num = cube.GetCornerOrientationNum();
Assert.AreEqual(6, num, "failed on h orientation");
cube.Solve();
num = cube.GetCornerOrientationNum();
Assert.AreEqual(7, num, "failed with corners oriented");
}
