private RecognitionOptions ConfigureRecognitionOptionsBeforeComputing()
{
RecognitionOptions ro = null;
if (checkBoxBicolor.Checked)
{
ro = new OptionsOfBicolorRecognition();
}
if (checkBoxSharpBorders.Checked)
{
ro = new OptionsOfRecognitionWithSharpBorder();
}
if (checkBoxRgbCoord.Checked)
{
ro = new OptionsOfRecognitionWithRgbCoord()
{
MaxLen = trackBarMaxLen.Value
};
}
if (checkBoxRgbChannels.Checked)
{
ro = new OptionsOfRecognitionWithRgbChannels()
{
MaxDifR = trackBarR.Value,
MaxDifG = trackBarG.Value,
MaxDifB = trackBarB.Value,
MinCountOfChannels = trackBarRgbChannels.Value,
};
}
if (checkBoxHsv.Checked)
{
ro = new OptionsOfRecognitionWithHsv()
{
MaxDifH = (decimal)trackBarH.Value / 100,
MaxDifS = (decimal)trackBarS.Value / 100,
MaxDifV = (decimal)trackBarV.Value / 100,
MinCountOfChannels = trackBarHsvChannels.Value,
};
}
if (ro != null)
{
ro.CountOfNoiseSuppression = checkBoxNoiseSuppression.Checked ? (int)numericUpDownNoiseSuppression.Value : 0;
ro.isContourRecognition = checkBoxContourRecognition.Checked;
return(ro);
}
MessageBox.Show("Не выбраны параметры распознавания фигур", "Ошибка", MessageBoxButtons.OK, MessageBoxIcon.Error);
throw new ApplicationException("Recognition options are not selected");
}
private Task ThreadedCompute(RecognitionOptions ro)
{
Task task = new Task(() => {
Mprc = new ManagerOfPatternRecognComputation {
ImageIn = pictureBox1.Image, RO = ro
};
Mprc.Computate();
symbol = new Symbol((Figure <bool>)Mprc.PatternRecognResult.figureList.Last.Value);
});
task.Start();
return(task);
}
private Task ThreadedCompute(RecognitionOptions ro)
{
Task task = new Task(() => {
Mprc = new ManagerOfPatternRecognComputation {
ImageIn = pictureBox1.Image, RO = ro
};
Mprc.Computate();
pictureBox2.Image = Mprc.ImageOut;
});
task.Start();
return(task);
}
