public void setLabels() {
// titled borders
classesPanel.setBorder(BorderFactory.createTitledBorder(loc.getMenu("Classes")));
showPanel.setBorder(BorderFactory.createTitledBorder(loc.getMenu("Show")));
freqPanel.setBorder(BorderFactory.createTitledBorder(loc.getMenu("FrequencyType")));
dimPanel.setBorder(BorderFactory.createTitledBorder(loc.getPlain("Dimensions")));
coordPanel.setBorder(BorderFactory.createTitledBorder(loc.getMenu("Coordinate Mode")));
// histogram options
ckManual.setText(loc.getMenu("SetClasssesManually"));
lblFreqType.setText(loc.getMenu("FrequencyType") + ":");
rbFreq.setText(loc.getMenu("Count"));
rbNormalized.setText(loc.getMenu("Normalized"));
rbRelative.setText(loc.getMenu("Relative"));
ckCumulative.setText(loc.getMenu("Cumulative"));
lblOverlay.setText(loc.getMenu("Overlay"));
ckOverlayNormal.setText(loc.getMenu("NormalCurve"));
ckOverlayPolygon.setText(loc.getMenu("FrequencyPolygon"));
ckShowFrequencyTable.setText(loc.getMenu("FrequencyTable"));
ckShowHistogram.setText(loc.getMenu("Histogram"));
lblClassRule.setText(loc.getMenu("ClassRule") + ":");
rbRightRule.setText(loc.getMenu("RightClassRule"));
rbLeftRule.setText(loc.getMenu("LeftClassRule"));
// bar chart
lblBarWidth.setText(loc.getMenu("Width"));
ckAutoBarWidth.setText(loc.getMenu("AutoDimension"));
// graph options
ckAutoWindow.setText(loc.getMenu("AutoDimension"));
ckShowGrid.setText(loc.getMenu("ShowGrid"));
lblXMin.setText(loc.getMenu("xmin") + ":");
lblXMax.setText(loc.getMenu("xmax") + ":");
lblYMin.setText(loc.getMenu("ymin") + ":");
lblYMax.setText(loc.getMenu("ymax") + ":");
lblXInterval.setText(loc.getMenu("xstep") + ":");
lblYInterval.setText(loc.getMenu("ystep") + ":");
rbStandToStand.setText(loc.getMenu("Standard To Standard"));
rbLogToStand.setText(loc.getMenu("Logarithmic To Standard"));
rbStandToLog.setText(loc.getMenu("Standard To Logarithmic"));
rbLogToLog.setText(loc.getMenu("Logarithmic To Logarithmic"));
// scatterplot options
ckShowLines.setText(loc.getMenu("LineGraph"));
// boxplot options
ckShowOutliers.setText(loc.getMenu("ShowOutliers"));
repaint();
}
/** Draws the regression equation into the regression equation JLabel icon */
public void setRegressionEquationLabel() {
// get the LaTeX string for the regression equation
String eqn;
// GeoElement geoRegression = statDialog.getRegressionModel();
try {
// prepare number format
StringTemplate highPrecision;
if (daModel.getPrintDecimals() >= 0)
highPrecision =
StringTemplate.printDecimals(StringType.LATEX, daModel.getPrintDecimals(), false);
else
highPrecision =
StringTemplate.printFigures(StringType.LATEX, daModel.getPrintFigures(), false);
// no regression
if (daModel.getRegressionMode().equals(Regression.NONE)
|| statDialog.getRegressionModel() == null) {
eqn = "";
}
// nonlinear
else {
eqn = "y = " + statDialog.getRegressionModel().getFormulaString(highPrecision, true);
}
} catch (Exception e) {
e.printStackTrace();
eqn = "\\text{" + loc.getPlain("NotAvailable") + "}";
}
// create an icon with the LaTeX string
ImageIcon icon =
GeoGebraIconD.createLatexIcon(app, eqn, this.getFont(), false, Color.RED, null);
// set the label icon with our equation string
lblRegEquation.setIcon(icon);
lblRegEquation.revalidate();
updateGUI();
}
/**
* create the focus panel (composed of titleLabel, and, for EuclidianDockPanels, focus icon)
*
* @return the focus panel
*/
protected JComponent createFocusPanel() {
titleLabel = new JLabel(loc.getPlain(title));
titleLabel.setFont(app.getPlainFont());
titleLabel.setForeground(Color.darkGray);
JPanel p = new JPanel(new FlowLayout(app.flowLeft(), 2, 1));
if (app.getLocalization().isRightToLeftReadingOrder()) {
p.add(titleLabel);
p.add(Box.createHorizontalStrut(2));
if (this.hasStyleBar) {
p.add(this.toggleStyleBarButton);
}
} else {
if (this.hasStyleBar) {
p.add(this.toggleStyleBarButton);
}
p.add(Box.createHorizontalStrut(2));
p.add(titleLabel);
}
return p;
}
/** @return title in plain style */
protected String getPlainTitle() {
return loc.getPlain(title);
}
