/** Sets the default values. */
protected void setDefaultValues() {
if (default_values.get("star-detection-mode") != null) {
int mode = ((Integer) default_values.get("star-detection-mode")).intValue();
radio_peak.setSelected(mode == DefaultStarDetector.MODE_PEAK);
radio_aperture.setSelected(mode == DefaultStarDetector.MODE_APERTURE);
radio_amount.setSelected(
mode != DefaultStarDetector.MODE_PEAK && mode != DefaultStarDetector.MODE_APERTURE);
}
if (default_values.get("correct-blooming") != null)
setCorrectBloomingPosition(((Boolean) default_values.get("correct-blooming")).booleanValue());
}
/** Constructs a <code>StarDetectionSettingDialog</code>. */
public StarDetectionSettingDialog() {
components = new Object[2];
ButtonGroup bg_mode = new ButtonGroup();
radio_amount = new JRadioButton("", true);
radio_peak = new JRadioButton("");
radio_aperture = new JRadioButton("");
bg_mode.add(radio_amount);
bg_mode.add(radio_peak);
bg_mode.add(radio_aperture);
radio_amount.addActionListener(new ModeListener());
radio_peak.addActionListener(new ModeListener());
radio_aperture.addActionListener(new ModeListener());
JPanel panel_amount = new JPanel();
panel_amount.add(radio_amount);
panel_amount.add(new JLabel("Regard amount of pixel values over threshold as brightness."));
JPanel panel_amount2 = new JPanel();
panel_amount2.setLayout(new BorderLayout());
panel_amount2.add(panel_amount, BorderLayout.WEST);
JPanel panel_peak = new JPanel();
panel_peak.add(radio_peak);
panel_peak.add(new JLabel("Regard peak value as brightness."));
JPanel panel_peak2 = new JPanel();
panel_peak2.setLayout(new BorderLayout());
panel_peak2.add(panel_peak, BorderLayout.WEST);
JPanel panel_aperture = new JPanel();
panel_aperture.add(radio_aperture);
panel_aperture.add(new JLabel("Aperture photometry."));
text_inner_aperture = new JTextField("2");
text_inner_aperture.setColumns(5);
text_outer_aperture = new JTextField("4");
text_outer_aperture.setColumns(5);
JPanel panel_inner_aperture = new JPanel();
panel_inner_aperture.add(new JLabel(" Inner aperture: "));
panel_inner_aperture.add(text_inner_aperture);
panel_inner_aperture.add(new JLabel("pixels."));
JPanel panel_outer_aperture = new JPanel();
panel_outer_aperture.add(new JLabel(" Outer aperture: "));
panel_outer_aperture.add(text_outer_aperture);
panel_outer_aperture.add(new JLabel("pixels."));
JPanel panel_aperture2 = new JPanel();
panel_aperture2.setLayout(new BoxLayout(panel_aperture2, BoxLayout.Y_AXIS));
panel_aperture2.add(panel_inner_aperture);
panel_aperture2.add(panel_outer_aperture);
JPanel panel_aperture3 = new JPanel();
panel_aperture3.setLayout(new BorderLayout());
panel_aperture3.add(panel_aperture, BorderLayout.WEST);
JPanel panel_aperture4 = new JPanel();
panel_aperture4.setLayout(new BorderLayout());
panel_aperture4.add(panel_aperture2, BorderLayout.WEST);
JPanel panel_mode = new JPanel();
panel_mode.setLayout(new BoxLayout(panel_mode, BoxLayout.Y_AXIS));
panel_mode.add(panel_amount2);
panel_mode.add(panel_peak2);
panel_mode.add(panel_aperture3);
panel_mode.add(panel_aperture4);
panel_mode.setBorder(new TitledBorder("Mode"));
components[0] = panel_mode;
checkbox_correct_blooming = new JCheckBox("Correct positions of blooming stars.");
components[1] = checkbox_correct_blooming;
setDefaultValues();
updateComponents();
}
/**
* Gets the mode.
*
* @return the mode.
*/
public int getMode() {
if (radio_peak.isSelected()) return DefaultStarDetector.MODE_PEAK;
if (radio_aperture.isSelected()) return DefaultStarDetector.MODE_APERTURE;
return DefaultStarDetector.MODE_PIXEL_AMOUNT_OVER_THRESHOLD;
}