public void addImageTab(Path imagePath) {
TabPane previewTabPane = controller.getPreviewTabPane();
ImageTab tab = new ImageTab();
tab.setPath(imagePath);
tab.setText(imagePath.getFileName().toString());
if (previewTabPane.getTabs().contains(tab)) {
previewTabPane.getSelectionModel().select(tab);
return;
}
Image image = new Image(IOHelper.pathToUrl(imagePath));
ImageView imageView = new ImageView(image);
imageView.setPreserveRatio(true);
imageView.setFitWidth(previewTabPane.getWidth());
previewTabPane
.widthProperty()
.addListener(
(observable, oldValue, newValue) -> {
imageView.setFitWidth(previewTabPane.getWidth());
});
Tooltip tip = new Tooltip(imagePath.toString());
Tooltip.install(tab.getGraphic(), tip);
ScrollPane scrollPane = new ScrollPane();
scrollPane.setVbarPolicy(ScrollPane.ScrollBarPolicy.AS_NEEDED);
scrollPane.setHbarPolicy(ScrollPane.ScrollBarPolicy.AS_NEEDED);
scrollPane.setContent(imageView);
scrollPane.addEventFilter(
ScrollEvent.SCROLL,
e -> {
if (e.isControlDown() && e.getDeltaY() > 0) {
// zoom in
imageView.setFitWidth(imageView.getFitWidth() + 16.0);
} else if (e.isControlDown() && e.getDeltaY() < 0) {
// zoom out
imageView.setFitWidth(imageView.getFitWidth() - 16.0);
}
});
tab.setContent(scrollPane);
TabPane tabPane = previewTabPane;
tabPane.getTabs().add(tab);
tabPane.getSelectionModel().select(tab);
}
/**
* Called after the controls have been parsed from the XML. Sets up logic and components that
* could not be set up using the GUI builder.
*/
@Override
public void initialize(URL url, ResourceBundle rb) {
// the transformedTrajectory provides a view of the trajectory that reflects the selected
// transformedTrajectory
transformedTrajectory =
new Cacheable<double[][]>() {
private int eachKthPoint;
private int embeddingDimension, embeddingDelay;
private double noiseRatio;
private int getSubsampleLength() {
int prefixLength = (int) (subsampleLengthSlider.getValue() * trajectory[0].length);
// per started block of k elements, one output element will be generated
int k = getEachKthPoint();
// full blocks + 1 block if there is a fractional block
return prefixLength / k + (prefixLength % k > 0 ? 1 : 0);
}
@Override
public synchronized boolean isValid() {
if (cachedValue == null) return false;
if (eachKthPoint != getEachKthPoint()) return false;
// any embedding dimension <= 0 signifies that no embedding should be used, thus the
// actual dimension does not matter
if (getEmbeddingDimension() > 0 && (embeddingDimension != getEmbeddingDimension()))
return false;
// for an embedding dimension of <= 1, the delay is insignificant
if (getEmbeddingDimension() > 1 && (embeddingDelay != getEmbeddingDelay()))
return false;
if (getNoiseRatio() != noiseRatio) return false;
return trajectory == null
|| cachedValue == null
|| getSubsampleLength() == cachedValue[0].length;
}
@Override
public synchronized void recompute() {
if (trajectory == null) cachedValue = null;
else {
// create an empty array with the desired number of dimensions
cachedValue = new double[trajectory.length][];
eachKthPoint = getEachKthPoint();
// crop to sampling size
int newLength = getSubsampleLength();
for (int dimIdx = 0; dimIdx < trajectory.length; dimIdx++) {
cachedValue[dimIdx] =
new double[newLength]; // Arrays.copyOf(trajectory[dimIdx], newLength);
for (int i = 0, t = 0; i < newLength; i++, t += eachKthPoint) {
cachedValue[dimIdx][i] = trajectory[dimIdx][t];
}
}
int dim = getEmbeddingDimension();
int tau = getEmbeddingDelay();
double noiseRatio = getNoiseRatio();
if (dim > 0 && tau > 0) {
cachedValue = PhaseSpaceReconstructed.embed(cachedValue[0], dim, tau);
}
cachedValue = TimeSeriesGenerator.addNoise(cachedValue, 0.05, noiseRatio);
this.noiseRatio = noiseRatio;
this.embeddingDimension = dim;
this.embeddingDelay = tau;
}
}
};
// sync recurrence threshold slider and text field
Bindings.bindBidirectional(
recurrenceThresholdTextField.textProperty(),
recurrenceThresholdSlider.valueProperty(),
DecimalFormat.getInstance());
// sync GUI and model recurrence threshold
Bindings.bindBidirectional(
recurrenceThresholdTextField.textProperty(),
recurrenceThresholdProperty(),
DecimalFormat.getInstance());
// sync GUI and model embedding parameters
Bindings.bindBidirectional(
embeddingDimensionTextField.textProperty(),
embeddingDimensionProperty(),
DecimalFormat.getIntegerInstance());
Bindings.bindBidirectional(
embeddingDelayTextField.textProperty(),
embeddingDelayProperty(),
DecimalFormat.getIntegerInstance());
// sync GUI and noise parameter
Bindings.bindBidirectional(noiseSlider.valueProperty(), noiseRatioProperty());
Bindings.bindBidirectional(
eachKthPointTextField.textProperty(),
eachKthPointProperty(),
DecimalFormat.getIntegerInstance());
// enable the compute button only if the auto-update checkbox is not on.
computeRPButton.disableProperty().bind(sliderAutoUpdate.selectedProperty());
// recompute RP on parameter changes
subsampleLengthSlider.valueProperty().addListener(this::parametersChanged);
eachKthPointTextField
.textProperty()
.addListener(
(obs, ov, nv) -> {
parametersChanged(null, null, null);
});
recurrenceThresholdProperty().addListener(this::parametersChanged);
embeddingDimensionProperty().addListener(this::parametersChanged);
embeddingDelayProperty().addListener(this::parametersChanged);
noiseRatioProperty().addListener(this::parametersChanged);
// Make CRT controls update the computation
// size of the CRT histogram
crtLimit
.textProperty()
.addListener(
new ChangeListener<String>() {
@Override
public void changed(
ObservableValue<? extends String> observable, String oldValue, String newValue) {
parametersChanged(null, Integer.parseInt(oldValue), Integer.parseInt(newValue));
}
});
// CRT log scale option
logScaleCheckBox
.selectedProperty()
.addListener(
new ChangeListener<Boolean>() {
@Override
public void changed(
ObservableValue<? extends Boolean> observable,
Boolean oldValue,
Boolean newValue) {
if (oldValue != newValue) parametersChanged(null, 0, 0);
}
});
// make the CRT image use all the available vertical space
crtImageView.fitWidthProperty().bind(crtTabPane.widthProperty().subtract(20));
crtImageView.fitHeightProperty().bind(crtTabPane.heightProperty());
// swap the data of the line length histogram upon selecting another line type
lineLengthTypeSelector.setItems(
FXCollections.observableArrayList(
"DIAGONAL",
"VERTICAL",
"WHITE_VERTICAL",
"ORTHOGONAL")); // DRQA.LineType.DIAGONAL, DRQA.LineType.VERTICAL,
// DRQA.LineType.WHITE_VERTICAL, DRQA.LineType.ORTHOGONAL
lineLengthTypeSelector
.getSelectionModel()
.selectedIndexProperty()
.addListener(this::updateLineLengthHistogram);
lineLengthTypeSelector.getSelectionModel().select(0);
distanceDistributionSelector.setItems(FXCollections.observableArrayList("SUBSEQ", "PAIRWISE"));
distanceDistributionSelector
.getSelectionModel()
.selectedIndexProperty()
.addListener((obs, ov, nv) -> updateDistanceDistributionChart());
distanceDistributionSelector.getSelectionModel().select(0);
useDRQA
.selectedProperty()
.addListener(
(obs, ov, nv) ->
updateLineLengthHistogram(
null, null, lineLengthTypeSelector.getSelectionModel().getSelectedIndex()));
}
