public static PixelClass GetFourWeight(PixelClass pclass, ImgInfo inf)
{
int[] foutWeight = { 0, 0, 0, 0 };
Point[] fourPoints = new Point[4];
for (int i = 0; i < 4; i++)
{
fourPoints[i] = new Point(pclass.Center.X, pclass.Center.Y);
}
for (int i = pclass.Angles.Left.X; i < pclass.Angles.Right.X; i++)
for (int j = pclass.Angles.Top.Y; j < pclass.Angles.Bottom.Y; j++)
{
int index = 0;
if (i > pclass.Center.X)
index = 1;
if (j > pclass.Center.Y)
index += 2;
if (inf.Labels[i, j] == pclass.Class)
{
var olppoint = Math.Pow(fourPoints[index].X - pclass.Center.X, 2) +
Math.Pow(fourPoints[index].Y - pclass.Center.Y, 2);
var newp = Math.Pow(i - pclass.Center.X, 2) +
Math.Pow(j - pclass.Center.Y, 2);
if (olppoint < newp)
fourPoints[index] = new Point(i, j);
foutWeight[index] += 1;
}
}
int maxDiff = 0;
for (int i = 0; i < 3; i++)
{
for (int j = i; j < 4; j++)
{
if (maxDiff < Math.Abs(foutWeight[i] - foutWeight[j]))
maxDiff = Math.Abs(foutWeight[i] - foutWeight[j]);
}
}
pclass.FourPoints = fourPoints;
pclass.FourWeights = foutWeight;
pclass.MaxDiff = maxDiff;
return pclass;
}
public bool Decide(PixelClass p)
{
throw new NotImplementedException();
}
void RetreiveLevelLayout(Texture2D levelMap)
{
// note: it seems that the image is analysed from bottom/left to top/right.
mapLengthColumnsX = levelMap.height;
mapWidthRowsZ = levelMap.width;
pix = levelMap.GetPixels32();
//Debug.Log("image pixel count: " +pix.Length);
foreach (Color32 p in pix)
{
PixelClass pixelItem = new PixelClass();
if (color32IsEqual(p, _black)) // BLACK 1
{
pixelItem.colourCompare = PixelClass.pixelReader.BLACK;
pixelItem.pixelColor32 = _black;
//Debug.Log("BLACK pixel");
}
else if (color32IsEqual(p, _red)) // RED 2
{
pixelItem.colourCompare = PixelClass.pixelReader.RED;
pixelItem.pixelColor32 = _red;
//Debug.Log("RED pixel");
}
else if (color32IsEqual(p, _green)) // GREEN (dark) 3
{
pixelItem.colourCompare = PixelClass.pixelReader.GREEN;
pixelItem.pixelColor32 = _green;
//Debug.Log("GREEN pixel");
}
else if (color32IsEqual(p, _blue)) // BLUE 4
{
pixelItem.colourCompare = PixelClass.pixelReader.BLUE;
pixelItem.pixelColor32 = _blue;
//Debug.Log("BLUE pixel");
}
else if (color32IsEqual(p, _grey)) // GREY 5
{
pixelItem.colourCompare = PixelClass.pixelReader.GREY;
pixelItem.pixelColor32 = _grey;
//Debug.Log("GREY pixel");
}
else if (color32IsEqual(p, _magenta)) // MAGENTA 6
{
pixelItem.colourCompare = PixelClass.pixelReader.MAGENTA;
pixelItem.pixelColor32 = _magenta;
//Debug.Log("MAGENTA pixel");
}
else if (color32IsEqual(p, _redDark)) // DARK_RED 7
{
pixelItem.colourCompare = PixelClass.pixelReader.DARK_RED;
pixelItem.pixelColor32 = _redDark;
//Debug.Log("DARK_RED pixel");
}
else if (color32IsEqual(p, _greenTeal)) // TEAL_GREEN 8
{
pixelItem.colourCompare = PixelClass.pixelReader.TEAL_GREEN;
pixelItem.pixelColor32 = _greenTeal;
//Debug.Log("TEAL_GREEN pixel");
}
else if (color32IsEqual(p, _greyDark)) // DARK_GREY 9
{
pixelItem.colourCompare = PixelClass.pixelReader.DARK_GREY;
pixelItem.pixelColor32 = _greyDark;
//Debug.Log("DARK_GREY pixel");
}
else
{
Debug.Log("Kek, you missed that one: " + p);
}
pixelItem.pixelIndex = pixelList.Count;
pixelItem.name = "Pixel n° " + pixelItem.pixelIndex;
pixelList.Add(pixelItem);
}
//Debug.Log("List of pixel items count: " + pixelList.Count); // Should be the same as "pix.Length"
}
public bool Decide(PixelClass p)
{
return DesignFunc != null && DesignFunc(p);
}
public bool Decide(PixelClass p)
{
return Designs.All(d => d.Decide(p));
}
