private Vec3b getColorByTick(int offset)
{
Point curPoint = getCoordsByTick(offset);
// TODO: if y , x is out of range...
Vec3b color = FilteredMat.At <Vec3b>(curPoint.Y, curPoint.X);
return(color);
}
public override void DoFrameAction()
{
ActionBase = FilteredMat.Clone();
Cv2.Rectangle(ActionBase, new Rect(CurrentColorCoord.X - 1, CurrentColorCoord.Y - 1, 3, 3), new Scalar(0, 255, 0), 1);
if (UseCastableDetection())
{
Info1 = this.IsCastable() ? "IS CASTABLE" : "";
Vec3b color = CasteableDetection.At <Vec3b>(0, 0);
Info2 = color[0].ToString() + ", " + color[1].ToString() + ", " + color[2].ToString();
}
}
public void DoAfterFrameAction()
{
if (CaptureSource != null)
{
CaptureSourceBS = CaptureSource.ToBitmapSource();
CaptureSourceBS.Freeze();
}
if (FilteredMat != null)
{
FilteredMatBS = FilteredMat.ToBitmapSource();
FilteredMatBS.Freeze();
}
if (ActionBase != null)
{
ActionBaseBS = ActionBase.ToBitmapSource();
ActionBaseBS.Freeze();
}
if (this.UseCastableDetection())
{
CasteableDetectionBS = CasteableDetection.ToBitmapSource();
CasteableDetectionBS.Freeze();
}
}
public override List <LedResults.Color> getCurrentColors(List <string> LedIdNames)
{
List <LedResults.Color> colors = new List <LedResults.Color>();
if (FilteredMat.Width >= LedIdNames.Count)
{
for (int i = 0; i < LedIdNames.Count; i++)
{
int LedPercent = (int)((float)100 / (float)LedIdNames.Count * (float)i);
if (LedPercent < barPercent)
{
Vec3b Vec3bColor = FilteredMat.At <Vec3b>(0, i);
colors.Add(new LedResults.Color(Vec3bColor[2], Vec3bColor[1], Vec3bColor[0]));
}
else
{
colors.Add(new LedResults.Color(0, 0, 0));
}
}
}
return(colors);
}
public override void DoFrameAction()
{
ActionBase = FilteredMat.Clone();
this.determinePercentage();
Info1 = barPercent.ToString();
}
