private void link(final DoubleJSlider slider, final JTextField text) {
slider.addChangeListener(
new ChangeListener() {
@Override
public void stateChanged(final ChangeEvent e) {
text.setText("" + slider.getScaledValue());
}
});
text.addKeyListener(
new KeyAdapter() {
@Override
public void keyReleased(final KeyEvent ke) {
final String typed = text.getText();
try {
final double value = Double.parseDouble(typed) * slider.scale;
slider.setValue((int) value);
} catch (final NumberFormatException nfe) {
}
}
});
}
private void initGUI() {
setLayout(new BorderLayout());
tabbedPane = new JTabbedPane(JTabbedPane.TOP);
add(tabbedPane);
{
final JPanel panelIntroduction = new JPanel();
tabbedPane.addTab("Intro", null, panelIntroduction, null);
panelIntroduction.setLayout(null);
final JLabel lblCrownwearingNucleiTracker = new JLabel("Crown-Wearing Nuclei Segmenter");
lblCrownwearingNucleiTracker.setFont(BIG_FONT);
lblCrownwearingNucleiTracker.setHorizontalAlignment(SwingConstants.CENTER);
lblCrownwearingNucleiTracker.setBounds(10, 11, 268, 30);
panelIntroduction.add(lblCrownwearingNucleiTracker);
final JLabel labelIntro = new JLabel(INTRO_TEXT);
labelIntro.setFont(SMALL_FONT.deriveFont(11f));
labelIntro.setBounds(10, 52, 268, 173);
panelIntroduction.add(labelIntro);
final JButton btnTestParamtersLive =
new JButton("<html><div align=\"center\">Live test parameters</dic></html>");
btnTestParamtersLive.setBounds(10, 292, 103, 72);
btnTestParamtersLive.setFont(FONT);
liveLaunched = false;
btnTestParamtersLive.addActionListener(
new ActionListener() {
@Override
public void actionPerformed(final ActionEvent e) {
if (liveLaunched) {
stopLive();
btnTestParamtersLive.setText(
"<html><div align=\"center\">Live test parameters</div></html>");
liveLaunched = false;
} else {
launchLive();
btnTestParamtersLive.setText(
"<html><div align=\"center\">Stop live test</div></html>");
liveLaunched = true;
}
}
});
panelIntroduction.add(btnTestParamtersLive);
final String segFrameButtonText = "<html><CENTER>Segment current frame</center></html>";
final JButton segFrameButton = new JButton(segFrameButtonText);
segFrameButton.addActionListener(
new ActionListener() {
@Override
public void actionPerformed(final ActionEvent e) {
new Thread("CWNT thread") {
@Override
public void run() {
segFrameButton.setText("Segmenting...");
segFrameButton.setEnabled(false);
try {
launchSingleFrameSegmentation();
} finally {
segFrameButton.setEnabled(true);
segFrameButton.setText(segFrameButtonText);
}
}
}.start();
}
});
segFrameButton.setFont(FONT);
segFrameButton.setBounds(175, 292, 103, 72);
panelIntroduction.add(segFrameButton);
labelDurationEstimate = new JLabel();
labelDurationEstimate.setBounds(10, 375, 268, 14);
panelIntroduction.setFont(FONT);
panelIntroduction.add(labelDurationEstimate);
}
final JPanel panelParams1 = new JPanel();
{
tabbedPane.addTab("Param set 1", null, panelParams1, null);
panelParams1.setLayout(null);
final JLabel lblFiltering = new JLabel("1. Filtering");
lblFiltering.setFont(BIG_FONT);
lblFiltering.setBounds(10, 11, 268, 29);
panelParams1.add(lblFiltering);
{
final JLabel lblGaussianFilter = new JLabel("Gaussian filter \u03C3:");
lblGaussianFilter.setFont(SMALL_FONT);
lblGaussianFilter.setBounds(10, 51, 268, 14);
panelParams1.add(lblGaussianFilter);
gaussFiltSigmaSlider =
new DoubleJSlider(0, 5 * scale, (int) (maskingParams[0] * scale), scale);
gaussFiltSigmaSlider.setBounds(10, 76, 223, 23);
panelParams1.add(gaussFiltSigmaSlider);
gaussFiltSigmaText = new JFormattedTextField(new Double(maskingParams[0]));
gaussFiltSigmaText.setHorizontalAlignment(SwingConstants.CENTER);
gaussFiltSigmaText.setBounds(243, 76, 35, 23);
gaussFiltSigmaText.setFont(FONT);
panelParams1.add(gaussFiltSigmaText);
link(gaussFiltSigmaSlider, gaussFiltSigmaText);
gaussFiltSigmaSlider.addChangeListener(step1ChangeListener);
gaussFiltSigmaText.addKeyListener(step1KeyListener);
}
final JLabel lblAnisotropicDiffusion = new JLabel("2. Anisotropic diffusion");
lblAnisotropicDiffusion.setFont(BIG_FONT);
lblAnisotropicDiffusion.setBounds(10, 128, 268, 29);
panelParams1.add(lblAnisotropicDiffusion);
{
final JLabel lblNumberOfIterations = new JLabel("Number of iterations:");
lblNumberOfIterations.setFont(SMALL_FONT);
lblNumberOfIterations.setBounds(10, 168, 268, 14);
panelParams1.add(lblNumberOfIterations);
aniDiffNIterText = new JFormattedTextField(new Integer((int) maskingParams[1]));
aniDiffNIterText.setHorizontalAlignment(SwingConstants.CENTER);
aniDiffNIterText.setFont(FONT);
aniDiffNIterText.setBounds(243, 193, 35, 23);
panelParams1.add(aniDiffNIterText);
aniDiffNIterSlider = new DoubleJSlider(0, 10, (int) maskingParams[1], 1);
aniDiffNIterSlider.setBounds(10, 193, 223, 23);
panelParams1.add(aniDiffNIterSlider);
link(aniDiffNIterSlider, aniDiffNIterText);
aniDiffNIterSlider.addChangeListener(step2ChangeListener);
aniDiffNIterText.addKeyListener(step2KeyListener);
}
{
final JLabel lblGradientDiffusionThreshold =
new JLabel("Gradient diffusion threshold \u03BA:");
lblGradientDiffusionThreshold.setFont(SMALL_FONT);
lblGradientDiffusionThreshold.setBounds(10, 227, 268, 14);
panelParams1.add(lblGradientDiffusionThreshold);
aniDiffKappaText = new JFormattedTextField(new Double(maskingParams[2]));
aniDiffKappaText.setHorizontalAlignment(SwingConstants.CENTER);
aniDiffKappaText.setFont(FONT);
aniDiffKappaText.setBounds(243, 252, 35, 23);
panelParams1.add(aniDiffKappaText);
aniDiffKappaSlider = new DoubleJSlider(1, 100, (int) maskingParams[2], 1);
aniDiffKappaSlider.setBounds(10, 252, 223, 23);
panelParams1.add(aniDiffKappaSlider);
link(aniDiffKappaSlider, aniDiffKappaText);
aniDiffKappaSlider.addChangeListener(step2ChangeListener);
aniDiffKappaText.addKeyListener(step2KeyListener);
}
final JLabel lblDerivativesCalculation = new JLabel("3. Derivatives calculation");
lblDerivativesCalculation.setFont(BIG_FONT);
lblDerivativesCalculation.setBounds(10, 298, 268, 29);
panelParams1.add(lblDerivativesCalculation);
{
final JLabel lblGaussianGradient = new JLabel("Gaussian gradient \u03C3:");
lblGaussianGradient.setFont(FONT);
lblGaussianGradient.setBounds(10, 338, 268, 14);
panelParams1.add(lblGaussianGradient);
gaussGradSigmaText = new JFormattedTextField(new Double(maskingParams[3]));
gaussGradSigmaText.setFont(FONT);
gaussGradSigmaText.setHorizontalAlignment(SwingConstants.CENTER);
gaussGradSigmaText.setBounds(243, 363, 35, 23);
panelParams1.add(gaussGradSigmaText);
gaussGradSigmaSlider =
new DoubleJSlider(0, 5 * scale, (int) (maskingParams[3] * scale), scale);
gaussGradSigmaSlider.setBounds(10, 363, 223, 23);
panelParams1.add(gaussGradSigmaSlider);
link(gaussGradSigmaSlider, gaussGradSigmaText);
gaussGradSigmaSlider.addChangeListener(step3ChangeListener);
gaussGradSigmaText.addKeyListener(step3KeyListener);
}
}
final JPanel panelParams2 = new JPanel();
{
tabbedPane.addTab("Param set 2", panelParams2);
panelParams2.setLayout(null);
final JLabel lblMasking = new JLabel("4. Masking");
lblMasking.setFont(BIG_FONT);
lblMasking.setBounds(10, 11, 268, 29);
panelParams2.add(lblMasking);
{
final JLabel gammeLabel = new JLabel("\u03B3: tanh shift");
gammeLabel.setFont(SMALL_FONT);
gammeLabel.setBounds(10, 51, 268, 14);
panelParams2.add(gammeLabel);
gammaSlider =
new DoubleJSlider(-5 * scale, 5 * scale, (int) (maskingParams[4] * scale), scale);
gammaSlider.setBounds(10, 76, 223, 23);
panelParams2.add(gammaSlider);
gammaText = new JFormattedTextField(new Double(maskingParams[4]));
gammaText.setFont(FONT);
gammaText.setBounds(243, 76, 35, 23);
panelParams2.add(gammaText);
link(gammaSlider, gammaText);
gammaSlider.addChangeListener(step4ChangeListener);
gammaSlider.addKeyListener(step4KeyListener);
}
{
final JLabel lblNewLabel_3 = new JLabel("\u03B1: gradient prefactor");
lblNewLabel_3.setFont(SMALL_FONT);
lblNewLabel_3.setBounds(10, 110, 268, 14);
panelParams2.add(lblNewLabel_3);
alphaSlider = new DoubleJSlider(0, 20 * scale, (int) (maskingParams[5] * scale), scale);
alphaSlider.setBounds(10, 135, 223, 23);
panelParams2.add(alphaSlider);
alphaText = new JFormattedTextField(new Double(maskingParams[5]));
alphaText.setFont(FONT);
alphaText.setBounds(243, 135, 35, 23);
panelParams2.add(alphaText);
link(alphaSlider, alphaText);
alphaSlider.addChangeListener(step4ChangeListener);
alphaText.addKeyListener(step4KeyListener);
}
{
final JLabel betaLabel = new JLabel("\u03B2: positive laplacian magnitude prefactor");
betaLabel.setFont(SMALL_FONT);
betaLabel.setBounds(10, 169, 268, 14);
panelParams2.add(betaLabel);
betaSlider = new DoubleJSlider(0, 20 * scale, (int) (maskingParams[6] * scale), scale);
betaSlider.setBounds(10, 194, 223, 23);
panelParams2.add(betaSlider);
betaText = new JFormattedTextField(new Double(maskingParams[6]));
betaText.setFont(FONT);
betaText.setBounds(243, 194, 35, 23);
panelParams2.add(betaText);
link(betaSlider, betaText);
betaSlider.addChangeListener(step4ChangeListener);
betaText.addKeyListener(step4KeyListener);
}
{
final JLabel epsilonLabel = new JLabel("\u03B5: negative hessian magnitude");
epsilonLabel.setFont(SMALL_FONT);
epsilonLabel.setBounds(10, 228, 268, 14);
panelParams2.add(epsilonLabel);
epsilonSlider = new DoubleJSlider(0, 20 * scale, (int) (scale * maskingParams[7]), scale);
epsilonSlider.setBounds(10, 253, 223, 23);
panelParams2.add(epsilonSlider);
epsilonText = new JFormattedTextField(new Double(maskingParams[7]));
epsilonText.setFont(FONT);
epsilonText.setText("" + maskingParams[7]);
epsilonText.setBounds(243, 253, 35, 23);
panelParams2.add(epsilonText);
link(epsilonSlider, epsilonText);
epsilonSlider.addChangeListener(step4ChangeListener);
epsilonText.addKeyListener(step4KeyListener);
}
{
final JLabel deltaLabel = new JLabel("\u03B4: derivatives sum scale");
deltaLabel.setFont(SMALL_FONT);
deltaLabel.setBounds(10, 287, 268, 14);
panelParams2.add(deltaLabel);
deltaText = new JFormattedTextField(new Double(maskingParams[8]));
deltaText.setFont(FONT);
deltaText.setText("" + maskingParams[8]);
deltaText.setBounds(243, 312, 35, 23);
panelParams2.add(deltaText);
deltaSlider = new DoubleJSlider(0, 5 * scale, (int) (maskingParams[8] * scale), scale);
deltaSlider.setBounds(10, 312, 223, 23);
panelParams2.add(deltaSlider);
link(deltaSlider, deltaText);
deltaSlider.addChangeListener(step4ChangeListener);
deltaText.addKeyListener(step4KeyListener);
}
final JLabel lblEquation =
new JLabel(
"<html>M = \u00BD ( 1 + <i>tanh</i> ( \u03B3 - ( \u03B1 G + \u03B2 L + \u03B5 H ) / \u03B4 ) )</html>");
lblEquation.setHorizontalAlignment(SwingConstants.CENTER);
lblEquation.setFont(FONT.deriveFont(12f));
lblEquation.setBounds(10, 364, 268, 35);
panelParams2.add(lblEquation);
}
{
final JPanel panel = new JPanel();
tabbedPane.addTab("Param set 3", null, panel, null);
panel.setLayout(null);
final JLabel labelThresholding = new JLabel("5. Thresholding");
labelThresholding.setBounds(10, 11, 268, 28);
labelThresholding.setFont(BIG_FONT);
panel.add(labelThresholding);
final JLabel labelThresholdFactor = new JLabel("Threshold factor:");
labelThresholdFactor.setFont(SMALL_FONT);
labelThresholdFactor.setBounds(10, 50, 268, 14);
panel.add(labelThresholdFactor);
thresholdFactorSlider =
new DoubleJSlider(0, 5 * scale, (int) (thresholdFactor * scale), scale);
thresholdFactorSlider.setBounds(10, 75, 223, 23);
panel.add(thresholdFactorSlider);
thresholdFactorText = new JFormattedTextField(new Double(thresholdFactor));
thresholdFactorText.setFont(FONT);
thresholdFactorText.setBounds(243, 75, 35, 23);
panel.add(thresholdFactorText);
link(thresholdFactorSlider, thresholdFactorText);
thresholdFactorSlider.addChangeListener(step5ChangeListener);
thresholdFactorText.addKeyListener(step5KeyListener);
}
}