private void GrayScale_Click(object sender, RoutedEventArgs e)
{
if (imageControl == null || imageControl.Source == null)
{
return;
}
imageControl.Source = SourceBitmapConverter.ImageSourceFromBitmap(CvProcessor.ToGray(originalImage));
}
private void BinSlider_ValueChanged(object sender, RoutedPropertyChangedEventArgs <double> e)
{
changeInvoker = ChangeInvoker.Binarization;
if (imageControl == null || imageControl.Source == null || InteractiveMode.IsChecked != true)
{
return;
}
imageControl.Source = SourceBitmapConverter.ImageSourceFromBitmap(CvProcessor.ChangeBin(originalImage, (int)BinSlider1.Value, (int)BinSlider2.Value));
}
private void BrightnessSlider_ValueChanged(object sender, RoutedPropertyChangedEventArgs <double> e)
{
changeInvoker = ChangeInvoker.Brightness;
if (imageControl == null || imageControl.Source == null || InteractiveMode.IsChecked != true)
{
return;
}
float[] kernel = new float[9];
kernel[0] = ((float)BrightnessSlider1.Value) / 10;
kernel[1] = ((float)BrightnessSlider2.Value) / 10;
kernel[2] = ((float)BrightnessSlider3.Value) / 10;
kernel[3] = ((float)BrightnessSlider4.Value) / 10;
kernel[4] = ((float)BrightnessSlider5.Value) / 10;
kernel[5] = ((float)BrightnessSlider6.Value) / 10;
kernel[6] = ((float)BrightnessSlider7.Value) / 10;
kernel[7] = ((float)BrightnessSlider8.Value) / 10;
kernel[8] = ((float)BrightnessSlider9.Value) / 10;
imageControl.Source = SourceBitmapConverter.ImageSourceFromBitmap(CvProcessor.ChangeBrighness(originalImage, kernel));
}
private void GetResult_Click(object sender, RoutedEventArgs e)
{
if (MainImage.Source == null)
{
return;
}
var image = SourceBitmapConverter.BitmapFromSource(MainImage.Source);
image = CvProcessor.AdaptiveThreshold(image, 200, 101);
Bitmap result;
List <BloodObjects> objects = new List <BloodObjects>();
ContoursEngine.GetAllObjects(image, out result, out objects, "");
MainImage.Source = SourceBitmapConverter.ImageSourceFromBitmap(result);
table.Show();
table.Activate();
table.PopulateData(objects, MainImage, fileName);
}
private void Apply_Click(object sender, RoutedEventArgs e)
{
if (imageControl == null || imageControl.Source == null)
{
return;
}
switch (changeInvoker)
{
case ChangeInvoker.Smooth:
imageControl.Source = SourceBitmapConverter.ImageSourceFromBitmap(CvProcessor.ChangeSmooth(originalImage, (int)SmoothSlider.Value));
break;
case ChangeInvoker.Brightness:
float[] kernel = new float[9];
kernel[0] = ((float)BrightnessSlider1.Value) / 10;
kernel[1] = ((float)BrightnessSlider2.Value) / 10;
kernel[2] = ((float)BrightnessSlider3.Value) / 10;
kernel[3] = ((float)BrightnessSlider4.Value) / 10;
kernel[4] = ((float)BrightnessSlider5.Value) / 10;
kernel[5] = ((float)BrightnessSlider6.Value) / 10;
kernel[6] = ((float)BrightnessSlider7.Value) / 10;
kernel[7] = ((float)BrightnessSlider8.Value) / 10;
kernel[8] = ((float)BrightnessSlider9.Value) / 10;
imageControl.Source = SourceBitmapConverter.ImageSourceFromBitmap(CvProcessor.ChangeBrighness(originalImage, kernel));
break;
case ChangeInvoker.Canny:
imageControl.Source = SourceBitmapConverter.ImageSourceFromBitmap(CvProcessor.Canny(originalImage, (int)CannySlider1.Value, (int)CannySlider2.Value, (int)CannySlider3.Value));
break;
case ChangeInvoker.Threshold:
imageControl.Source = SourceBitmapConverter.ImageSourceFromBitmap(CvProcessor.AdaptiveThreshold(originalImage, (int)AdaptiveSlider1.Value, (int)AdaptiveSlider2.Value));
break;
case ChangeInvoker.Binarization:
imageControl.Source = SourceBitmapConverter.ImageSourceFromBitmap(CvProcessor.ChangeBin(originalImage, (int)BinSlider1.Value, (int)BinSlider2.Value));
break;
}
originalImage = SourceBitmapConverter.BitmapFromSource(imageControl.Source);
}
