public int PageScore(
int wndStartX,
int wndStartY,
out double dissimilarity,
out double similarity,
out string log,
bool logging = true)
{
log = "";
if (_pageDescriptors == null)
{
dissimilarity = 2000000000.0f;
similarity = 0.0f;
return(0);
}
Bitmap printscreen;
Utils.CaptureScreen(wndStartX + _fromX, wndStartY + _fromY, _width, _height, out printscreen);
_currentMat = Utils.BitmapToMat(printscreen);
MatOfFloat discriptors = null;
FastMatchSample.FastDescriptor(
_currentMat, out discriptors, out _currentKeypoints, out _currentGray);
DMatch[][] matches;
FastMatchSample.Match(discriptors, _pageDescriptors, 3, out matches);
int score = FastMatchSample.Scoring(matches, out dissimilarity, out similarity);
if (logging)
{
log += PageName + " score : " + score + " dissimilarity : " + dissimilarity + " keypoints : " + _currentKeypoints.Length + "\n";
}
return(score);
}
public int PageScore(
MatOfFloat currentDescriptors,
out double dissimilarity,
out double similarity,
out string log,
bool logging = true)
{
log = "";
if (_skipPageScore)
{
similarity = 10000.0f;
dissimilarity = 0.0f;
return(50000);
}
if (_pageDescriptors == null)
{
dissimilarity = 2000000000.0f;
similarity = 0.0f;
return(0);
}
DMatch[][] matches;
FastMatchSample.Match(currentDescriptors, _pageDescriptors, 3, out matches);
int score = FastMatchSample.Scoring(matches, out dissimilarity, out similarity);
if (logging)
{
log += PageName + " score : " + score + " dissimilarity : " + dissimilarity + "\n";
}
return(score);
}
