public void HilbertTests1()
{
int size0 = 1024;
int size1 = 1024;
var tuple = TestImageGenerator.GetTestPair2(size0, size1, 4, 15);
HilbertPhaseImage2 hpi = new HilbertPhaseImage2(tuple.Item1, 0, 2 * Math.PI);
hpi.Convert();
hpi.Calc();
hpi.Unwrapp();
hpi.ReverseConvert();
ImageSource.subtract_min(tuple.Item2);
ImageSource.subtract_min(hpi.images[0]);
double _min = ImageSource.min(tuple.Item2);
double _max = ImageSource.max(tuple.Item2);
double _mean = ImageSource.mean(tuple.Item2);
double min = ImageSource.min(hpi.images[0]);
double max = ImageSource.max(hpi.images[0]);
double mean = ImageSource.mean(hpi.images[0]);
double std = ImageSource.std(tuple.Item2, hpi.images[0]);
Assert.IsTrue(std < ImageSource.mean(tuple.Item2) / 1000);
}
private void execute()
{
set_defaults();
if (radioButton4.Checked)
{
int x = trackBar3.Value;
int y = trackBar6.Value;
int w = int.Parse(comboBox6.Text);
int h = int.Parse(comboBox5.Text);;
byte[,,] arr = new byte[h, w, 3];
for (int i = y; i < h + y; i++)
{
for (int j = x; j < w + x; j++)
{
arr[i - y, j - x, 0] = image[i, j, 0];
arr[i - y, j - x, 1] = image[i, j, 1];
arr[i - y, j - x, 2] = image[i, j, 2];
}
}
hpi2 = new HilbertPhaseImage2(arr, (int)numericUpDown3.Value, settings != null ? settings.wavelength : 632.8, checkBox10.Checked)
{
calc = checkBox11.Checked,
del_trend = checkBox9.Checked,
smooth = checkBox8.Checked,
delete_value = subtractiong_value
};
}
else
{
hpi2 = new HilbertPhaseImage2(image, (int)numericUpDown3.Value, settings != null ? settings.wavelength : 632.8, checkBox10.Checked)
{
calc = checkBox11.Checked,
del_trend = checkBox9.Checked,
smooth = checkBox8.Checked,
delete_value = subtractiong_value
};
}
hpi2.Convert();
hpi2.Calc();
hpi2.Unwrapp();
hpi2.ReverseConvert();
framing();
}