/// <summary>
/// this function gives values to the mouse position for use later.
/// this also makes sure the user cant break the code by making the mouse
/// go places i dont want them to.
/// this also does the zooming functions on the scroll wheel and when pressed down will scramble.
/// </summary>
private void ReadMouse()
{
MouseState state = mouse.CurrentMouseState;
mousepos.X = state.X;
mousepos.Y = state.Y;
mousepos.Z = state.Z;
byte[] buttons = state.GetMouseButtons();
if (buttons[1] != 0) //right button
{
float mx = mouse.CurrentMouseState.X;
float my = mouse.CurrentMouseState.Y;
//for the pen input, it goes insainly fast
if (Math.Abs(mousepos.X) > 10)
{
mousepos.X = mousepos.X % 10;
}
if (Math.Abs(mousepos.Y) > 10)
{
mousepos.Y = mousepos.Y % 10;
}
theta += Geometry.DegreeToRadian(mousepos.X);
phi += Geometry.DegreeToRadian(mousepos.Y);
}
float Dif = mousepos.Z - OldZ;
OldZ = mousepos.Z;
if (Dif != 0) //scroll wheel
{
if (keyboard.GetCurrentKeyboardState()[Key.LeftControl])
{
spacing -= 0.0005f * Dif;
Console.WriteLine("rho = " + rho + " phi = " + phi + " theta = " + theta + " spacing = " + spacing);
}
else
{
rho += 0.005 * Dif;
}
}
if (buttons[2] != 0) //middle button
{
if (!middle)
{
rubixCube.Scramble();
}
}
middle = buttons[2] == 0;
//mouse.
}
private void ReadMouse()
{
MouseState state = mouse.CurrentMouseState;
mousepos.X = state.X;
mousepos.Y = state.Y;
mousepos.Z = state.Z;
byte[] buttons = state.GetMouseButtons();
if (buttons[1] != 0) //right button
{
float mx = mouse.CurrentMouseState.X;
float my = mouse.CurrentMouseState.Y;
//for the pen input, it goes insainly fast
if (Math.Abs(mousepos.X) > 10)
{
//mousepos.X = mousepos.X%10;
}
if (Math.Abs(mousepos.Y) > 10)
{
//mousepos.Y = mousepos.Y%10;
}
theta += Geometry.DegreeToRadian(mousepos.X);
phi += Geometry.DegreeToRadian(mousepos.Y);
}
if (mousepos.Z > 0) //scroll wheel
{
if (keyboard.GetCurrentKeyboardState()[Key.LeftControl])
{
spacing -= .1f;
}
else
{
rho -= 1;
}
}
else if (mousepos.Z < 0)
{
if (keyboard.GetCurrentKeyboardState()[Key.LeftControl])
{
spacing += .1f;
}
else
{
rho += 1;
}
}
if (buttons[2] != 0) //middle button
{
if (!middle)
{
rubixCube.Scramble();
}
}
middle = buttons[2] == 0;
//mouse.
}
static void Main(string[] args)
{
Cube testCube = new Cube();
Solver testSolver = new Solver(testCube);
//testprint();
Console.WriteLine("Top Cross solved before scramble: {0}", testSolver.WhiteCrossSolved());
Console.WriteLine("Middle Layer solved before scramble: {0}", testSolver.MiddleLayerSolved());
testCube.Scramble();
/**** failing test case *********/
/***********************************/
Console.WriteLine("Top cross solved after scramble: {0}", testSolver.WhiteCrossSolved());
Console.WriteLine("Top layer solved after scramble: {0}", testSolver.WhiteCornersSolved());
Console.WriteLine("Middle Level solved after scramble: {0}", testSolver.MiddleLayerSolved());
testSolver.SolveWhiteCross();
Console.WriteLine("Top cross solved after solve (cross): {0}", testSolver.WhiteCrossSolved());
testSolver.SolveWhiteCorners();
Console.WriteLine("Top layer solved after solve (corners): {0}", testSolver.WhiteCornersSolved());
//testSolver.SolveMiddleLayer(Color.Red);
Console.WriteLine("Middle layer solved after solve: {0}", testSolver.MiddleLayerSolved());
Console.ReadLine();
}