public AxisPanel getAxisPanelByName(String axis) {
AxisPanel ap = null;
for (AxisPanel p : axisPanels) {
if (p.getAxis().equals(axis)) {
ap = p;
}
}
return ap;
}
public void updateGUI() {
btBackgroundColor.setForeground(view.getBackground());
btAxesColor.setForeground(view.getAxesColor());
btGridColor.setForeground(view.getGridColor());
cbShowAxes.removeActionListener(this);
cbShowAxes.setSelected(view.getShowXaxis() && view.getShowYaxis());
cbShowAxes.addActionListener(this);
cbShowGrid.removeActionListener(this);
cbShowGrid.setSelected(view.getShowGrid());
cbShowGrid.addActionListener(this);
// Michael Borcherds 2008-04-11
cbBoldGrid.removeActionListener(this);
cbBoldGrid.setSelected(view.getGridIsBold());
cbBoldGrid.addActionListener(this);
cbShowMouseCoords.removeActionListener(this);
cbShowMouseCoords.setSelected(view.getAllowShowMouseCoords());
cbShowMouseCoords.addActionListener(this);
cbView.removeActionListener(this);
if (view == app.getEuclidianView()) cbView.setSelectedIndex(0);
else cbView.setSelectedIndex(1);
cbView.addActionListener(this);
tfMinX.removeActionListener(this);
tfMaxX.removeActionListener(this);
tfMinY.removeActionListener(this);
tfMaxY.removeActionListener(this);
tfMinX.setText(kernel.format(view.getXmin()));
tfMaxX.setText(kernel.format(view.getXmax()));
tfMinY.setText(kernel.format(view.getYmin()));
tfMaxY.setText(kernel.format(view.getYmax()));
tfMinX.addActionListener(this);
tfMaxX.addActionListener(this);
tfMinY.addActionListener(this);
tfMaxY.addActionListener(this);
cbGridType.removeActionListener(this);
cbGridType.setSelectedIndex(view.getGridType());
cbGridType.addActionListener(this);
cbAxesStyle.removeActionListener(this);
cbAxesStyle.setSelectedIndex(view.getAxesLineStyle());
cbAxesStyle.addActionListener(this);
cbGridStyle.removeActionListener(this);
int type = view.getGridLineStyle();
for (int i = 0; i < cbGridStyle.getItemCount(); i++) {
if (type == ((Integer) cbGridStyle.getItemAt(i)).intValue()) {
cbGridStyle.setSelectedIndex(i);
break;
}
}
cbGridStyle.addActionListener(this);
cbGridManualTick.removeActionListener(this);
boolean autoGrid = view.isAutomaticGridDistance();
cbGridManualTick.setSelected(!autoGrid);
cbGridManualTick.addActionListener(this);
ncbGridTickX.removeItemListener(this);
ncbGridTickY.removeItemListener(this);
cbGridTickAngle.removeItemListener(this);
double[] gridTicks = view.getGridDistances();
if (view.getGridType() != EuclidianView.GRID_POLAR) {
ncbGridTickY.setVisible(true);
gridLabel2.setVisible(true);
cbGridTickAngle.setVisible(false);
gridLabel3.setVisible(false);
ncbGridTickX.setValue(gridTicks[0]);
ncbGridTickY.setValue(gridTicks[1]);
gridLabel1.setText("x:");
} else {
ncbGridTickY.setVisible(false);
gridLabel2.setVisible(false);
cbGridTickAngle.setVisible(true);
gridLabel3.setVisible(true);
ncbGridTickX.setValue(gridTicks[0]);
int val = (int) (view.getGridDistances(2) * 12 / Math.PI) - 1;
if (val == 5) val = 4; // handle Pi/2 problem
cbGridTickAngle.setSelectedIndex(val);
gridLabel1.setText("r:");
}
ncbGridTickX.setEnabled(!autoGrid);
ncbGridTickY.setEnabled(!autoGrid);
cbGridTickAngle.setEnabled(!autoGrid);
ncbGridTickX.addItemListener(this);
ncbGridTickY.addItemListener(this);
cbGridTickAngle.addItemListener(this);
tfAxesRatioX.removeActionListener(this);
tfAxesRatioY.removeActionListener(this);
double xscale = view.getXscale();
double yscale = view.getYscale();
if (xscale >= yscale) {
tfAxesRatioX.setText("1");
tfAxesRatioY.setText(nfAxesRatio.format(xscale / yscale));
} else {
tfAxesRatioX.setText(nfAxesRatio.format(yscale / xscale));
tfAxesRatioY.setText("1");
}
tfAxesRatioX.addActionListener(this);
tfAxesRatioY.addActionListener(this);
xAxisPanel.updatePanel();
yAxisPanel.updatePanel();
}