public String getPlate()
{
DTOBinaryObject patternObject = new DTOBinaryObject();
DTOBinaryObject resizedObject = new DTOBinaryObject();
List<Double> distances = new List<Double>();
evaluateImages();
String plate = String.Empty;
double minimum = 1.0, distance = 1.0;
Char character = ' ';
var ordered = PlateObjects.OrderBy(x => x.Key);
foreach (var varPlate in ordered)
{
DTOBinaryObject objeto = varPlate.Value;
minimum = 1.0;
foreach (int key in PatternObjects.Keys)
{
patternObject = PatternObjects[key];
resizedObject = Scalar(objeto, patternObject.Height, patternObject.Width);
resizedObject.setCenterOfMass();
distance = tanimotoDistance(resizedObject, patternObject);
if (distance < minimum)
{
minimum = distance;
character = key < 10 ? key.ToString()[0] : Char.ToUpper((char)key);
}
}
distances.Add(minimum);
plate += character;
}
while (distances.Count > 7)
{
int indexMax = !distances.Any() ? -1 : distances.
Select((value, index) => new { Value = value, Index = index })
.Aggregate((a, b) => (a.Value > b.Value) ? a : b).Index;
distances.Remove(distances.Max());
plate = plate.Remove(indexMax, 1);
}
if (Char.IsNumber(plate[2]))
{
plate = plate.Insert(2, "-");
plate = plate.Insert(5, "-");
}
else
{
plate = plate.Insert(3, "-");
plate = plate.Insert(6, "-");
}
return plate;
}
public DTOBinaryObject Scalar(DTOBinaryObject binaryObject, int newHeight, int netWidth)
{
DTOBinaryObject newBinaryObject = new DTOBinaryObject();
int tempX, tempY, it, itTemp;
float esc_x = 0;
float esc_y = 0;
esc_y = (float)newHeight / (float)binaryObject.Height;
esc_x = (float)netWidth / (float)binaryObject.Width;
newBinaryObject.Label = binaryObject.Label;
newBinaryObject.Height = newHeight;
newBinaryObject.Width = netWidth;
newBinaryObject.Pixels = new int[newHeight * netWidth];
for (int iteratorHeight = 0; iteratorHeight < newHeight; iteratorHeight++)
{
for (int interatorWidth = 0; interatorWidth < netWidth; interatorWidth++)
{
tempX = (int)(interatorWidth / esc_x);
tempY = (int)(iteratorHeight / esc_y);
it = iteratorHeight * netWidth + interatorWidth;
itTemp = tempY * binaryObject.Width + tempX;
newBinaryObject.Pixels[it] = binaryObject.Pixels[itTemp];
}
}
newBinaryObject.setCenterOfMass();
return newBinaryObject;
}