private void UpdateCube(GameTime gameTime, Input current, Input previous)
{
if (cube.InRotation == false && control.Play)
{
if (moveIdx <= solutionMoves.Length)
{
if (moveIdx != solutionMoves.Length)
{
if (solutionMoves[moveIdx].Length > 0)
{
CubeRotate(timePerQuarterTurn);
}
moveIdx++;
}
if (moveIdx != 0)
{
viewer.Increment();
}
}
else if (control.Play)
{
control.Play = false;
}
}
cube.Update();
}
public void Initialize(ScreenManager screenManager)
{
this.screenManager = screenManager;
this.GraphicsDevice = screenManager.GraphicsDevice;
_content = new ContentManager(screenManager.ServiceProvider, Constants.CONTENT_DIRECTORY);
Color[] repColors = new Color[6];
for (int i = 0; i < repColors.Length; i++)
{
repColors[i] = Settings.Instance.RubiksCube.GetVisualColor(i);
}
rubiksSolver = new RubiksBeginnerSolver();
try
{
solutionMoves = rubiksSolver.Solve(cube, repColors).Split();
solutionMoves = ConvertAndShortenSolution(solutionMoves);
}
catch (RubiksCubeUnsolvableException)
{
Console.WriteLine("Unsolvable");
}
viewer = new SolutionViewer(solutionMoves, _content);
control = new SolutionControl(_content);
control.OnPlay += new EventHandler((s, e) =>
{
if (moveIdx >= solutionMoves.Length)
{
control.Play = false;
}
});
control.OnForward += new EventHandler((s, e) =>
{
if (moveIdx <= solutionMoves.Length)
{
viewer.Increment();
if (moveIdx < solutionMoves.Length)
{
cube.ResetMove();
CubeRotate(0);
cube.Update();
moveIdx++;
}
control.Play = false;
}
});
control.OnBackward += new EventHandler((s, e) =>
{
if (moveIdx > 0)
{
viewer.Decrement();
moveIdx--;
cube.ResetMove();
CubeRotateBackward(0);
cube.Update();
control.Play = false;
}
});
control.OnFastBackward += new EventHandler((s, e) =>
{
if (moveIdx > 0)
{
int times = moveIdx > 4 ? 5 : moveIdx;
Console.WriteLine(times);
cube.ResetMove();
for (int i = 0; i < times; i++)
{
viewer.Decrement();
moveIdx--;
CubeRotateBackward(0);
cube.Update();
}
control.Play = false;
}
});
control.OnFastForward += new EventHandler((s, e) =>
{
if (moveIdx <= solutionMoves.Length)
{
int times = (solutionMoves.Length - moveIdx) > 4 ? 5 : solutionMoves.Length - moveIdx;
Console.WriteLine(times);
cube.ResetMove();
for (int i = 0; i < times; i++)
{
viewer.Increment();
if (moveIdx < solutionMoves.Length)
{
CubeRotate(0);
cube.Update();
moveIdx++;
}
}
control.Play = false;
}
});
}