private void btnRand_Click(object sender, EventArgs e)
{
var cube = new Cube();
var rand = new Random();
var twists = new List <Twist>();
for (int i = 0; i < 100; i++)
{
var t = Twist.Twists[rand.Next(0, Twist.Twists.Length - 1)];
cube.twist(t);
twists.Add(t);
// ce modèle ne respecte pas la norme où les movement u,l,d,r,b bougent 2 couronnes. Ici la fonction twist n'en bouge qu'une. Le 2eme est bougé artificiellement
if (char.IsLower(t.Name[0]))
{
var t2 = Twist.Twists.First(x => x.Name == t.Name.ToUpper());
cube.twist(t2);
}
}
var colorCube = new ColorCube();
colorCube.setColors(cube);
using (var state = GlobalState.GetState())
{
state.InitialCube = colorCube;
}
}
public static ColorCube GetCube(IList <Color> colors)
{
var result = Classify(colors);
result.Groups.ForEach((x) => x.UpdateAverageColor());
var orderedRGroups = result.Groups.OrderBy((x) => x.AverageColor.R).ToList();
if (orderedRGroups[0].AverageColor.B < orderedRGroups[1].AverageColor.B)
{
orderedRGroups[0].TheoreticalColor = Color.Green;
orderedRGroups[1].TheoreticalColor = Color.Blue;
}
else
{
orderedRGroups[0].TheoreticalColor = Color.Blue;
orderedRGroups[1].TheoreticalColor = Color.Green;
}
orderedRGroups[5].TheoreticalColor = Color.Orange;
var orderedGGroups = orderedRGroups.Skip(2).Take(3).OrderBy((x) => x.AverageColor.G).ToList();
orderedGGroups[0].TheoreticalColor = Color.Red;
if (orderedGGroups[1].AverageColor.B < orderedGGroups[2].AverageColor.B)
{
orderedGGroups[1].TheoreticalColor = Color.Yellow;
orderedGGroups[2].TheoreticalColor = Color.White;
}
else
{
orderedGGroups[1].TheoreticalColor = Color.White;
orderedGGroups[2].TheoreticalColor = Color.Yellow;
}
var cube = new ColorCube();
Console.WriteLine("R;G;B;ID;Color");
result.Points.ForEach((x) => Console.WriteLine(x.MeasuredColor.R + ";" + x.MeasuredColor.G + ";" + x.MeasuredColor.B + ";" + x.Group.ID + ";" + x.Group.TheoreticalColor.Name));
cube.setColors(result.Points.Select((x) => x.Group.TheoreticalColor).ToArray());
return(cube);
}
private void btnGenerate_Click(object sender, EventArgs e)
{
var cube = new Cube();
var rand = new Random();
var twists = new List <Twist>();
for (int i = 0; i < udMoves.Value; i++)
{
var t = Twist.Twists[rand.Next(0, Twist.Twists.Length - 1)];
cube.twist(t);
twists.Add(t);
// ce modèle ne respecte pas la norme où les movement u,l,d,r,b bougent 2 couronnes. Ici la fonction twist n'en bouge qu'une. Le 2eme est bougé artificiellement
if (char.IsLower(t.Name[0]))
{
var t2 = Twist.Twists.First(x => x.Name == t.Name.ToUpper());
cube.twist(t2);
}
}
var colorCube = new ColorCube();
colorCube.setColors(cube);
var c1 = string.Join("", colorCube.FaceColors.Select(x => x.ToString()));
var c1Split = Enumerable.Range(0, c1.Length / 16).Select(i => c1.Substring(i * 16, 16)).ToArray();
// le solver java attend les couleurs des faces dans l'ordre URFDLB alors que le modèle renvoi ULFRBD donc on split la chaine en 6 et on réordonne
txtColors.Text = string.Join("", c1Split[0], c1Split[3], c1Split[2], c1Split[5], c1Split[1], c1Split[4]);
txtMoves.Text = string.Join(" ", twists.Select(x => x.Name));
btnGo_Click(sender, e);
}
