private void StopCalibration(bool finished)
{
stepSizeUpDown.Enabled = true;
updateAvgUpDown.Enabled = true;
waitUpDown.Enabled = true;
button1.Text = "Calibrate...";
calibrationActive = false;
if (finished)
{
calibration.Identifier = new Identifier(control.Identifier, "calibration_curve");
control.Calibrated = calibration;
control.MaxRPM = curMax;
useCalibrationCheckBox.Enabled = true;
calibration.SaveValuesToSettings();
calibrationProgressBar.Value = totalSteps;
data.Points.Clear();
foreach (PointF p in control.Calibrated)
{
data.Points.Add(new DataPoint(p.X, p.Y));
}
plot.InvalidatePlot(true);
}
else
{
calibrationProgressBar.Value = 0;
}
}
public void SaveToSettings()
{
curve.SaveValuesToSettings();
settings.SetValue(new Identifier(identifier, "valueString").ToString(), value.Input);
settings.SetValue(new Identifier(identifier, "enabled").ToString(), enabled + "");
settings.SetValue(new Identifier(identifier, "controlled").ToString(), controlled.Identifier.ToString());
settings.SetValue(new Identifier(identifier, "name").ToString(), name);
settings.SetValue(new Identifier(identifier, "hysteresis").ToString(), hysteresis);
settings.SetValue(new Identifier(identifier, "inputSource").ToString(), (int)source);
settings.SetValue(new Identifier(identifier, "sourceSensor").ToString(), sourceSensor.Identifier.ToString());
settings.SetValue(new Identifier(identifier, "tryRestart").ToString(), tryRestart);
}
