public void addRenderer(String klass, Map<String, String> props, String uniqueId) {
WaveletViewRenderer renderer = null;
try {
renderer = RendererRegistry.findRenderer(klass);
} catch (Exception ex) {
LOGGER.error("Cannot find renderer " + klass);
LOGGER.error(" message: " + ex.getMessage());
}
if (renderer == null) {
return;
}
// set the data entity to be rendered and add renderer to viewer
Shell shell = PlatformUI.getWorkbench().getActiveWorkbenchWindow().getShell();
Map<String, Object> results =
ServiceProvider.getRepository().get(new EntityUniqueIdSpecification(uniqueId));
Object[] objects = results.values().toArray();
renderer.setData(shell, WaveletViewer.this, objects, false);
// Put wavelet info on the tool bar
Wavelet wavelet = (Wavelet) renderer.getRenderedObjects()[0];
IPlotPolyline waveletPolyline = (IPlotPolyline) renderer.getShapes()[0];
_legendToolbar.addLabel(wavelet.getDisplayName() + ":");
_legendToolbar.addColorRectangle(waveletPolyline.getLineColor());
// set the renderer's model properties
Model model = renderer.getSettingsModel();
// Note: if model is null, renderer is TraceSectionRenderer (at least)
if (model != null) {
model.unpickle(props);
}
}
@Override
protected void initializeToolBars() {
// Add the help action to the shared toolbar.
SharedToolBar sharedToolbar = getSharedToolBar();
sharedToolbar.addPushButton(new HelpAction("org.geocraft.ui.waveletviewer.WaveletPlot"));
_legendToolbar = addCustomToolBar();
_legendToolbar.addLabel("");
}
public VolumeViewToolBar(
final SimpleToolBar toolbar,
final VolumeViewer viewer,
final ViewCanvasImplementor viewCanvas) {
_viewer = viewer;
_viewCanvas = viewCanvas;
// Add a color selector for choosing the background color.
// _colorSelector = toolbar.addColorSelector(_viewer.getBackgroundViewColor());
// _colorSelector.getButton().setToolTipText("Select background color");
// _colorSelector.addListener(new IPropertyChangeListener() {
//
// /**
// * Invoked when a color is chosen in the color selector.
// * @param event the property change event.
// */
// public void propertyChange(final PropertyChangeEvent event) {
// final RGB newColor = _colorSelector.getColorValue();
// _viewer.setBackgroundViewColor(newColor);
// }
// });
// Add a combo for selecting the z-domain.
_zDomainCombo =
toolbar.addCombo(
"Domain",
new String[] {VolumeViewZDomain.TIME.getText(), VolumeViewZDomain.DEPTH.getText()});
_zDomainCombo.select(0);
_zDomainCombo.addListener(
SWT.Selection,
new Listener() {
public void handleEvent(final Event event) {
final String zDomainStr = _zDomainCombo.getText();
final VolumeViewZDomain zDomain = VolumeViewZDomain.lookup(zDomainStr);
if (zDomain != null) {
_viewer.setCurrentDomain(zDomain.getDomain());
}
}
});
// Add a combo for selecting the z-scaling.
_zScalingCombo =
toolbar.addCombo(
"Z-Scaling",
new String[] {".001", ".01", ".1", ".5", "1", "2", "5", "10", "20", "50", "100"});
_zScalingCombo.select(4);
_zScalingCombo.addListener(
SWT.Selection,
new Listener() {
public void handleEvent(final Event event) {
final String zScalingStr = _zScalingCombo.getText();
final double zScaling = Double.parseDouble(zScalingStr);
_viewer.setExaggeration(zScaling);
}
});
// Add a toggle for setting the projection method.
_setOrthographicProjection = new SetOrthgraphicProjection(_viewCanvas);
_setPerspectiveProjection = new SetPerspectiveProjection(_viewCanvas);
_projectionToggle =
toolbar.addToggleButton(_setOrthographicProjection, _setPerspectiveProjection);
// Add a toggle for turning on/off the pick location.
_hidePickLoc = new ShowPickLocation(_viewCanvas, false);
_showPickLoc = new ShowPickLocation(_viewCanvas, true);
_showPickLocToggle = toolbar.addToggleButton(_showPickLoc, _hidePickLoc, false);
// Add a button for editing the light source.
final Action lightAction = new EditLightSource(_viewer);
toolbar.addPushButton(lightAction);
toolbar.addPushButton(
new Action() {
@Override
public void run() {
new LightSettingsDialog(_viewer).open();
}
});
toolbar.getToolBar().pack(true);
}
