public static double CompareShapePercentage(ProbabilisticImage A, ProbabilisticImage B)
{
double PointCount = Utility.Utility.GetGreatest(A.SampleCount, B.SampleCount);
double Amount = 0.0, IncreaseAmount = 1.0 / PointCount;
for (int i = 0; i < PointCount; i++)
{
double RelativeX = Utility.Utility.Generator.NextDouble() * 2.0 - 1.0;
double RelativeY = Utility.Utility.Generator.NextDouble() * 2.0 - 1.0;
Point ACompare = new Point();
Point BCompare = new Point();
if (A.IsCircle && B.IsCircle)
{
ACompare = A.GetCircularPoint(RelativeX, RelativeY);
BCompare = B.GetCircularPoint(RelativeX, RelativeY);
}
else
{
ACompare = A.GetRectangularPoint(RelativeX, RelativeY);
BCompare = B.GetRectangularPoint(RelativeX, RelativeY);
}
//If neither is a background color, then it must be part of the main picture, and therefore the shape is the same here.
if ((!ImageUtility.ColorCheck(A.BackgroundColor, A.GetPixel(ACompare))) == (!ImageUtility.ColorCheck(B.BackgroundColor, B.GetPixel(BCompare))))
{
Amount += IncreaseAmount;
}
}
return(Amount);
}
public static double CompareColorPercentage(ProbabilisticImage A, ProbabilisticImage B, bool RoughColorMatch)
{
double PointCount = Math.Pow(A.R, 2);
double Amount = 0.0, IncreaseAmount = 1.0 / PointCount;
for (int x = -A.R; x < A.R; x++)
{
for (int y = -A.R; y < A.R; y++)
{
double RelativeX = (double)x / (double)A.R;
double RelativeY = (double)y / (double)A.R;
Point ACompare = new Point();
Point BCompare = new Point();
if (A.IsCircle && B.IsCircle)
{
ACompare = A.GetCircularPoint(RelativeX, RelativeY);
BCompare = B.GetCircularPoint(RelativeX, RelativeY);
}
else
{
ACompare = A.GetRectangularPoint(RelativeX, RelativeY);
BCompare = B.GetRectangularPoint(RelativeX, RelativeY);
}
Color APixel = A.GetPixel(ACompare);
Color BPixel = B.GetPixel(BCompare);
//Console.WriteLine("{0} == {1} = {2}", APixel.ToString(), B.GetPixel(BCompare).ToString(), ImageUtility.ColorCheck(APixel, B.GetPixel(BCompare)));
if (ImageUtility.ColorCheck(A.BackgroundColor, APixel) ^ ImageUtility.ColorCheck(B.BackgroundColor, BPixel))
{
continue;
}
else if (ImageUtility.ColorCheck(A.BackgroundColor, APixel) && ImageUtility.ColorCheck(B.BackgroundColor, BPixel))
{
Amount += IncreaseAmount;
continue;
}
else if (ImageUtility.ColorCheck(APixel, BPixel))
{
Amount += IncreaseAmount;
}
}
}
return(Amount);
}
public static double CompareColorPercentage(ProbabilisticImage A, ProbabilisticImage B, bool RoughColorMatch)
{
double PointCount = Utility.Utility.GetGreatest(A.SampleCount, B.SampleCount);
double Amount = 0.0, IncreaseAmount = 1.0 / PointCount;
Console.WriteLine($"Sampling {PointCount} pixels.");
for (int i = 0; i < PointCount; i++)
{
double RelativeX = Utility.Utility.Generator.NextDouble() * 2.0 - 1.0;
double RelativeY = Utility.Utility.Generator.NextDouble() * 2.0 - 1.0;
Point ACompare = new Point();
Point BCompare = new Point();
if (A.IsCircle && B.IsCircle)
{
ACompare = A.GetCircularPoint(RelativeX, RelativeY);
BCompare = B.GetCircularPoint(RelativeX, RelativeY);
}
else
{
ACompare = A.GetRectangularPoint(RelativeX, RelativeY);
BCompare = B.GetRectangularPoint(RelativeX, RelativeY);
}
Color APixel = A.GetPixel(ACompare);
Color BPixel = B.GetPixel(BCompare);
//Console.WriteLine("{0} == {1} = {2}", APixel.ToString(), B.GetPixel(BCompare).ToString(), ImageUtility.ColorCheck(APixel, B.GetPixel(BCompare)));
if (ImageUtility.ColorCheck(A.BackgroundColor, APixel) ^ ImageUtility.ColorCheck(B.BackgroundColor, BPixel))
{
continue;
}
else if (ImageUtility.ColorCheck(A.BackgroundColor, APixel) && ImageUtility.ColorCheck(B.BackgroundColor, BPixel))
{
Amount += IncreaseAmount;
continue;
}
else if (ImageUtility.ColorCheck(APixel, BPixel))
{
Amount += IncreaseAmount;
}
}
return(Amount);
}
public static ProbabilisticImage Combine(ProbabilisticImage A, ProbabilisticImage B)
{
int SampleCount = Utility.Utility.GetGreatest(A.SampleCount, B.SampleCount);
Bitmap Result = new Bitmap(A.Source.Width, A.Source.Height);
for (int i = 0; i < SampleCount; i++)
{
double RelativeX = Utility.Utility.Generator.NextDouble() * 2.0 - 1.0;
double RelativeY = Utility.Utility.Generator.NextDouble() * 2.0 - 1.0;
Point ACompare = new Point();
Point BCompare = new Point();
if (A.IsCircle && B.IsCircle)
{
ACompare = A.GetCircularPoint(RelativeX, RelativeY);
BCompare = B.GetCircularPoint(RelativeX, RelativeY);
}
else
{
ACompare = A.GetRectangularPoint(RelativeX, RelativeY);
BCompare = B.GetRectangularPoint(RelativeX, RelativeY);
}
Color APixel = A.GetPixel(ACompare);
Color BPixel = B.GetPixel(BCompare);
if (ImageUtility.ColorCheck(A.BackgroundColor, APixel) ^ ImageUtility.ColorCheck(B.BackgroundColor, BPixel))
{
continue;
}
else if (ImageUtility.ColorCheck(A.BackgroundColor, APixel) && ImageUtility.ColorCheck(B.BackgroundColor, BPixel))
{
Result.SetPixel(ACompare.X, ACompare.Y, APixel);
continue;
}
else if (ImageUtility.ColorCheck(APixel, BPixel))
{
Result.SetPixel(ACompare.X, ACompare.Y, APixel);
}
}
return(new ProbabilisticImage(Result));
}
public static double CompareShapePercentage(ProbabilisticImage A, ProbabilisticImage B)
{
double PointCount = Math.Pow(A.R, 2);
double Amount = 0.0, IncreaseAmount = 1.0 / PointCount;
for (int x = -A.R; x < A.R; x++)
{
for (int y = -A.R; y < A.R; y++)
{
double RelativeX = (double)x / (double)A.R;
double RelativeY = (double)y / (double)A.R;
Point ACompare = new Point();
Point BCompare = new Point();
if (A.IsCircle && B.IsCircle)
{
ACompare = A.GetCircularPoint(RelativeX, RelativeY);
BCompare = B.GetCircularPoint(RelativeX, RelativeY);
}
else
{
ACompare = A.GetRectangularPoint(RelativeX, RelativeY);
BCompare = B.GetRectangularPoint(RelativeX, RelativeY);
}
Color APixel = A.GetPixel(ACompare);
Color BPixel = B.GetPixel(BCompare);
//Console.WriteLine("{0} == {1} = {2}", APixel.ToString(), B.GetPixel(BCompare).ToString(), ImageUtility.ColorCheck(APixel, B.GetPixel(BCompare)));
//If neither is a background color, then it must be part of the main picture, and therefore the shape is the same here.
if ((!ImageUtility.ColorCheck(A.BackgroundColor, APixel)) == (!ImageUtility.ColorCheck(B.BackgroundColor, BPixel)))
{
Amount += IncreaseAmount;
}
}
}
return(Amount);
}
