static void Main(string[] args)
{
string[] pathes = Directory.GetFiles("C:\\Users\\Tanya\\Documents\\tests_data\\db");
StreamWriter writer = new StreamWriter("C:\\Users\\Tanya\\Documents\\Results\\ModelBasedAlgorithmResult.txt", true);
StreamWriter writerResult = new StreamWriter("C:\\Users\\Tanya\\Documents\\Results\\ModelBasedAlgorithmSummaryResult.txt", true);
List<double> distances = new List<double>();
double sum15 = 0;
double sum30 = 0;
double sumOther = 0;
double distance = 0;
for (int i = 0; i < pathes.GetLength(0); i++)
{
break;
Tuple<int, int> redPoint = ImageHelper.FindColorPoint(pathes[i]);
double[,] imgBytes = ImageEnhancementHelper.EnhanceImage(ImageHelper.LoadImage(pathes[i]));
double[,] orientationField = PixelwiseOrientationFieldGenerator.GenerateOrientationField(imgBytes);
List<Tuple<int, int>> singularPoints = PoincareIndexMethod.FindSingularPoins(orientationField);
ModelBasedAlgorithmCUDAFingerprinting.ReferencePoint.HoughPoincare.ModelBasedAlgorithm modelBasedAlgorithm = new ModelBasedAlgorithmCUDAFingerprinting.ReferencePoint.HoughPoincare.ModelBasedAlgorithm(orientationField);
List<Tuple<int, int>> corePoints = modelBasedAlgorithm.FindSingularPoints(singularPoints);
writer.WriteLine("---Fingerprint---");
foreach (Tuple<int, int> corePoint in corePoints)
{
distance = GetDistance(redPoint, corePoint);
distances.Add(distance);
writer.WriteLine(distance);
}
//ImageHelper.SaveArray(orientationField, "C:\\Users\\Tanya\\Documents\\Results\\china\\orientationField.jpg");
}
foreach (double d in distances)
{
if (d <= 15)
{
sum15 += d;
}
else if (d <= 30)
{
sum30 += d;
}
else
{
sumOther += d;
}
}
writerResult.WriteLine("0..15 => {0}", sum15);
writerResult.WriteLine("15..30 => {0}", sum30);
writerResult.WriteLine(">30 => {0}", sumOther);
writer.Close();
}
static void Main(string[] args)
{
string[] pathes = Directory.GetFiles("C:\\Users\\Tanya\\Documents\\tests_data\\db");
StreamWriter writer = new StreamWriter("C:\\Users\\Tanya\\Documents\\Results\\ModelBasedAlgorithmResult.txt", true);
StreamWriter writerResult = new StreamWriter("C:\\Users\\Tanya\\Documents\\Results\\ModelBasedAlgorithmSummaryResult.txt", true);
List <double> distances = new List <double>();
double sum15 = 0;
double sum30 = 0;
double sumOther = 0;
double distance = 0;
for (int i = 0; i < pathes.GetLength(0); i++)
{
break;
Tuple <int, int> redPoint = ImageHelper.FindColorPoint(pathes[i]);
double[,] imgBytes = ImageEnhancementHelper.EnhanceImage(ImageHelper.LoadImage(pathes[i]));
double[,] orientationField = PixelwiseOrientationFieldGenerator.GenerateOrientationField(imgBytes);
List <Tuple <int, int> > singularPoints = PoincareIndexMethod.FindSingularPoins(orientationField);
ModelBasedAlgorithmCUDAFingerprinting.ReferencePoint.HoughPoincare.ModelBasedAlgorithm modelBasedAlgorithm = new ModelBasedAlgorithmCUDAFingerprinting.ReferencePoint.HoughPoincare.ModelBasedAlgorithm(orientationField);
List <Tuple <int, int> > corePoints = modelBasedAlgorithm.FindSingularPoints(singularPoints);
writer.WriteLine("---Fingerprint---");
foreach (Tuple <int, int> corePoint in corePoints)
{
distance = GetDistance(redPoint, corePoint);
distances.Add(distance);
writer.WriteLine(distance);
}
//ImageHelper.SaveArray(orientationField, "C:\\Users\\Tanya\\Documents\\Results\\china\\orientationField.jpg");
}
foreach (double d in distances)
{
if (d <= 15)
{
sum15 += d;
}
else if (d <= 30)
{
sum30 += d;
}
else
{
sumOther += d;
}
}
writerResult.WriteLine("0..15 => {0}", sum15);
writerResult.WriteLine("15..30 => {0}", sum30);
writerResult.WriteLine(">30 => {0}", sumOther);
writer.Close();
}
