/// <summary>
/// Similarity value adjustment
/// </summary>
private void trackBarSimilarity_Scroll(object sender, EventArgs e)
{
TrackBar ctrl = (TrackBar)sender;
toolTipValue.SetToolTip(ctrl, ctrl.Value.ToString());
if (picOutput.Image != null)
{
picOutput.Image.Dispose();
}
if (rdbSimRGB.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_RGB((Bitmap)picInput.Image, _rect, rgbs, trackBarSimilarity.Value);
}
else if (rdbSimRGBAver.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_RGBAver((Bitmap)picInput.Image, _rect, rgbs, trackBarSimilarity.Value);
}
else if (rdbSimLAB.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_LAB((Bitmap)picInput.Image, _rect, labs, trackBarSimilarity.Value);
}
else if (rdbSimLABAver.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_LABAver((Bitmap)picInput.Image, _rect, labs, trackBarSimilarity.Value);
}
else if (rdbSimHSV.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_HSV((Bitmap)picInput.Image, _rect, hsvs, trackBarSimilarity.Value);
}
else if (picInput.Image != null)
{
picOutput.Image = (Bitmap)picInput.Image.Clone();
}
}
/// <summary>
/// Image processing
/// </summary>
private void rdbProc_CheckedChanged(object sender, EventArgs e)
{
_changed = !_changed;
if (_changed)
{
return;
}
if (picOutput.Image != null)
{
picOutput.Image.Dispose();
}
if (rdbProcPseudoColor.Checked)
{
picOutput.Image = TakakuraImplement.PseudoColorFilter((Bitmap)picInput.Image, _rect);
}
else if (rdbProcHSVStretch.Checked)
{
picOutput.Image = TakakuraImplement.HistogramStretchHSV((Bitmap)picInput.Image, _rect);
}
else if (rdbProcRGBStretch.Checked)
{
picOutput.Image = TakakuraImplement.HistogramStretchRGB((Bitmap)picInput.Image, _rect);
}
else if (!_leave && picInput.Image != null)
{
picOutput.Image = (Bitmap)picInput.Image.Clone();
}
}
/// <summary>
/// Get pixel
/// </summary>
private void picInput_MouseMove(object sender, MouseEventArgs e)
{
Graphics g = picInput.CreateGraphics();
Bitmap img = (Bitmap)picInput.Image;
Point pix = new Point();
if (e.Button == MouseButtons.Left && !rdbSimNone.Checked)
{
g.DrawEllipse(Pens.Red, e.X, e.Y, 1, 1);
pix = TransformPosition(img, e.Location);
rgb = new RGB(img.GetPixel(pix.X, pix.Y));
lab = LAB.FromRGB(rgb);
hsv = HSV.FromRGB(rgb);
rgbs.Add(rgb);
labs.Add(lab);
hsvs.Add(hsv);
if (picOutput.Image != null)
{
picOutput.Image.Dispose();
}
if (rdbSimRGB.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_RGB((Bitmap)picInput.Image, _rect, rgbs, trackBarSimilarity.Value);
}
else if (rdbSimRGBAver.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_RGBAver((Bitmap)picInput.Image, _rect, rgbs, trackBarSimilarity.Value);
}
else if (rdbSimLAB.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_LAB((Bitmap)picInput.Image, _rect, labs, trackBarSimilarity.Value);
}
else if (rdbSimLABAver.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_LABAver((Bitmap)picInput.Image, _rect, labs, trackBarSimilarity.Value);
}
else
{
picOutput.Image = TakakuraImplement.Similiar_HSV((Bitmap)picInput.Image, _rect, hsvs, trackBarSimilarity.Value);
}
}
g.Dispose();
}
/// <summary>
/// Similarity selection
/// </summary>
private void rdbSimilarity_CheckedChanged(object sender, EventArgs e)
{
_changed = !_changed;
if (_changed)
{
return;
}
if (picOutput.Image != null)
{
picOutput.Image.Dispose();
}
if (rdbSimRGB.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_RGB((Bitmap)picInput.Image, _rect, rgbs, trackBarSimilarity.Value);
}
else if (rdbSimRGBAver.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_RGBAver((Bitmap)picInput.Image, _rect, rgbs, trackBarSimilarity.Value);
}
else if (rdbSimLAB.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_LAB((Bitmap)picInput.Image, _rect, labs, trackBarSimilarity.Value);
}
else if (rdbSimLABAver.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_LABAver((Bitmap)picInput.Image, _rect, labs, trackBarSimilarity.Value);
}
else if (rdbSimHSV.Checked)
{
picOutput.Image = TakakuraImplement.Similiar_HSV((Bitmap)picInput.Image, _rect, hsvs, trackBarSimilarity.Value);
}
else if (!_leave && picInput.Image != null)
{
picOutput.Image = (Bitmap)picInput.Image.Clone();
}
}
/// <summary>
/// Binarization method selection
/// </summary>
private void rdbBinarization_CheckedChanged(object sender, EventArgs e)
{
_changed = !_changed;
if (_changed)
{
return;
}
lblThreshold.Enabled = false;
trackBarThreshold.Enabled = false;
if (picOutput.Image != null)
{
picOutput.Image.Dispose();
}
if (rdbBinDA.Checked)
{
picOutput.Image = TakakuraImplement.DiscriminantAnalysis((Bitmap)picInput.Image, _rect);
}
else if (rdbBinSIS.Checked)
{
picOutput.Image = Binarization.SISThreshold((Bitmap)picInput.Image, _rect);
}
else if (rdbBinOtsu.Checked)
{
picOutput.Image = Binarization.OtsuThreshold((Bitmap)picInput.Image, _rect);
}
else if (rdbBinLi.Checked)
{
picOutput.Image = Binarization.LiThreshold((Bitmap)picInput.Image, _rect);
}
else if (rdbBinHuang.Checked)
{
picOutput.Image = Binarization.HuangThreshold((Bitmap)picInput.Image, _rect);
}
else if (rdbBinYen.Checked)
{
picOutput.Image = Binarization.YenThreshold((Bitmap)picInput.Image, _rect);
}
else if (rdbBinMean.Checked)
{
picOutput.Image = Binarization.MeanThreshold((Bitmap)picInput.Image, _rect);
}
else if (rdbBinPercentile.Checked)
{
picOutput.Image = Binarization.PercentileThreshold((Bitmap)picInput.Image, _rect);
}
else if (rdbBinIterative.Checked)
{
picOutput.Image = Binarization.IteractiveThreshold((Bitmap)picInput.Image, _rect, 0, 180);
}
else if (rdbBinMoments.Checked)
{
picOutput.Image = Binarization.MomentsThreshold((Bitmap)picInput.Image, _rect);
}
else if (rdbBinIsoData.Checked)
{
picOutput.Image = Binarization.IsoDataThreshold((Bitmap)picInput.Image, _rect);
}
else if (rdbBinAdjust.Checked)
{
lblThreshold.Enabled = true;
trackBarThreshold.Enabled = true;
picOutput.Image = Binarization.Threshold((Bitmap)picInput.Image, _rect, trackBarThreshold.Value);
}
else if (!_leave && picInput.Image != null)
{
picOutput.Image = (Bitmap)picInput.Image.Clone();
}
}