public CVConnectedComp CamShift(System.Drawing.Rectangle window, int termCriteria, int maxIterations, double eps)
{
__CvConnectedComp cc = new __CvConnectedComp();
PInvoke.cvCamShift(Internal, new __CvRect(window), PInvoke.cvTermCriteria(termCriteria, maxIterations, eps), ref cc);
CVUtils.CheckLastError();
return(new CVConnectedComp(ref cc));
}
internal CVConnectedComp(ref __CvConnectedComp input)
{
area = input.area;
avgColor = CVUtils.ScalarToColor(input.value);
rect = new System.Drawing.Rectangle(input.rect.x, input.rect.y, input.rect.width, input.rect.height);
contour = input.contour;
}
public CVConnectedComp MeanShift(System.Drawing.Rectangle window, int termCriteria, int maxIterations, double eps)
{
System.Drawing.Rectangle realWindow = new System.Drawing.Rectangle(0, 0, Width, Height);
if (!realWindow.IntersectsWith(window))
{
CVConnectedComp cc = new CVConnectedComp(window);
return(cc);
}
realWindow.Intersect(window);
__CvRect wnd = new __CvRect(realWindow);
__CvTermCriteria tc = PInvoke.cvTermCriteria(termCriteria, maxIterations, eps);
__CvConnectedComp comp = new __CvConnectedComp();
PInvoke.cvMeanShift(Internal, wnd, tc, ref comp);
CVUtils.CheckLastError();
return(new CVConnectedComp(ref comp));
}
