Example usage for javafx.scene.shape MoveTo MoveTo

List of usage examples for javafx.scene.shape MoveTo MoveTo

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Introduction

In this page you can find the example usage for javafx.scene.shape MoveTo MoveTo.

Prototype

public MoveTo(double x, double y)

Source Link

Document

Creates a new instance of MoveTo.

Usage

From source file:Main.java

@Override
public void start(Stage stage) {
    Scene scene = new Scene(new Group());
    stage.setTitle("Checkbox Sample");
    stage.setWidth(230);/*  www .  ja  va 2  s. co m*/
    stage.setHeight(120);

    Path path = new Path();
    path.getElements().add(new MoveTo(0.0f, 50.0f));
    path.getElements().add(new LineTo(100.0f, 100.0f));

    VBox vbox = new VBox();
    vbox.getChildren().addAll(path);
    vbox.setSpacing(5);

    HBox root = new HBox();
    root.getChildren().add(vbox);
    root.setSpacing(40);
    root.setPadding(new Insets(20, 10, 10, 20));

    ((Group) scene.getRoot()).getChildren().add(root);

    stage.setScene(scene);
    stage.show();
}

From source file:Main.java

private void playLayoutBoundsPathTransition() {
    Bounds b = mainRect.getLayoutBounds();
    Path path = new Path();
    path.getElements().add(new MoveTo(b.getMinX(), b.getMinY()));
    path.getElements().add(new LineTo(b.getMaxX(), b.getMinY()));
    path.getElements().add(new LineTo(b.getMaxX(), b.getMaxY()));
    path.getElements().add(new LineTo(b.getMinX(), b.getMaxY()));
    path.getElements().add(new LineTo(b.getMinX(), b.getMinY()));

    LAYOUT_BOUNDS_PATH_TRANSITION.setPath(path);
    LAYOUT_BOUNDS_PATH_TRANSITION.play();
}

From source file:Main.java

private void playLocalBoundsPathTransition() {
    Bounds b = mainRect.getBoundsInLocal();
    Path path = new Path();
    path.getElements().add(new MoveTo(b.getMinX(), b.getMinY()));
    //path.getElements().add(new LineTo(b.getMinX(), b.getMinY()));
    path.getElements().add(new LineTo(b.getMaxX(), b.getMinY()));
    path.getElements().add(new LineTo(b.getMaxX(), b.getMaxY()));
    path.getElements().add(new LineTo(b.getMinX(), b.getMaxY()));
    path.getElements().add(new LineTo(b.getMinX(), b.getMinY()));

    LOCAL_BOUNDS_PATH_TRANSITION.setPath(path);
    LOCAL_BOUNDS_PATH_TRANSITION.play();
}

From source file:Main.java

private void playParentBoundsPathTransition() {
    Bounds b = mainRect.getBoundsInParent();

    Path path = new Path();
    path.getElements().add(new MoveTo(b.getMinX(), b.getMinY()));
    path.getElements().add(new LineTo(b.getMaxX(), b.getMinY()));
    path.getElements().add(new LineTo(b.getMaxX(), b.getMaxY()));
    path.getElements().add(new LineTo(b.getMinX(), b.getMaxY()));
    path.getElements().add(new LineTo(b.getMinX(), b.getMinY()));

    PARENT_BOUNDS_PATH_TRANSITION.setPath(path);
    PARENT_BOUNDS_PATH_TRANSITION.play();
}

From source file:nl.rivm.cib.episim.model.disease.infection.MSEIRSPlot.java

@Override
public void start(final Stage stage) {
    final SIRConfig conf = ConfigFactory.create(SIRConfig.class);
    final double[] t = conf.t();
    final long[] pop = conf.population();
    final double n0 = Arrays.stream(pop).sum();
    final String[] colors = conf.colors(), colors2 = conf.colors2();

    final Pane plot = new Pane();
    plot.setPrefSize(400, 300);/*from w w w  .  j a  va 2 s.  c o m*/
    plot.setMinSize(50, 50);

    final NumberAxis xAxis = new NumberAxis(t[0], t[1], (t[1] - t[0]) / 10);
    final NumberAxis yAxis = new NumberAxis(0, n0, n0 / 10);
    final Pane axes = new Pane();
    axes.prefHeightProperty().bind(plot.heightProperty());
    axes.prefWidthProperty().bind(plot.widthProperty());

    xAxis.setSide(Side.BOTTOM);
    xAxis.setMinorTickVisible(false);
    xAxis.setPrefWidth(axes.getPrefWidth());
    xAxis.prefWidthProperty().bind(axes.widthProperty());
    xAxis.layoutYProperty().bind(axes.heightProperty());

    yAxis.setSide(Side.LEFT);
    yAxis.setMinorTickVisible(false);
    yAxis.setPrefHeight(axes.getPrefHeight());
    yAxis.prefHeightProperty().bind(axes.heightProperty());
    yAxis.layoutXProperty().bind(Bindings.subtract(1, yAxis.widthProperty()));
    axes.getChildren().setAll(xAxis, yAxis);

    final Label lbl = new Label(String.format("R0=%.1f, recovery=%.1ft\nSIR(0)=%s", conf.reproduction(),
            conf.recovery(), Arrays.toString(pop)));
    lbl.setTextAlignment(TextAlignment.CENTER);
    lbl.setTextFill(Color.WHITE);

    final Path[] deterministic = { new Path(), new Path(), new Path() };
    IntStream.range(0, pop.length).forEach(i -> {
        final Color color = Color.valueOf(colors[i]);
        final Path path = deterministic[i];
        path.setStroke(color.deriveColor(0, 1, 1, 0.6));
        path.setStrokeWidth(2);
        path.setClip(new Rectangle(0, 0, plot.getPrefWidth(), plot.getPrefHeight()));
    });

    plot.getChildren().setAll(axes);

    // fill paths with integration estimates
    final double xl = xAxis.getLowerBound(), sx = plot.getPrefWidth() / (xAxis.getUpperBound() - xl),
            yh = plot.getPrefHeight(), sy = yh / (yAxis.getUpperBound() - yAxis.getLowerBound());
    final TreeMap<Double, Integer> iDeterministic = new TreeMap<>();

    MSEIRSTest.deterministic(conf, () -> new DormandPrince853Integrator(1.0E-8, 10, 1.0E-20, 1.0E-20))
            .subscribe(yt -> {
                iDeterministic.put(yt.getKey(), deterministic[0].getElements().size());
                final double[] y = yt.getValue();
                final double x = (yt.getKey() - xl) * sx;
                for (int i = 0; i < y.length; i++) {
                    final double yi = yh - y[i] * sy;
                    final PathElement di = deterministic[i].getElements().isEmpty() ? new MoveTo(x, yi)
                            : new LineTo(x, yi);
                    deterministic[i].getElements().add(di);
                }
            }, e -> LOG.error("Problem", e), () -> plot.getChildren().addAll(deterministic));

    final Path[] stochasticTau = { new Path(), new Path(), new Path() };
    IntStream.range(0, pop.length).forEach(i -> {
        final Color color = Color.valueOf(colors[i]);
        final Path path = stochasticTau[i];
        path.setStroke(color);
        path.setStrokeWidth(1);
        path.setClip(new Rectangle(0, 0, plot.getPrefWidth(), plot.getPrefHeight()));
    });

    final TreeMap<Double, Integer> iStochasticTau = new TreeMap<>();
    MSEIRSTest.stochasticGillespie(conf).subscribe(yt -> {
        final double x = (yt.getKey() - xl) * sx;
        iStochasticTau.put(yt.getKey(), stochasticTau[0].getElements().size());
        final long[] y = yt.getValue();
        for (int i = 0; i < y.length; i++) {
            final double yi = yh - y[i] * sy;
            final ObservableList<PathElement> path = stochasticTau[i].getElements();
            if (path.isEmpty()) {
                path.add(new MoveTo(x, yi)); // first
            } else {
                final PathElement last = path.get(path.size() - 1);
                final double y_prev = last instanceof MoveTo ? ((MoveTo) last).getY() : ((LineTo) last).getY();
                path.add(new LineTo(x, y_prev));
                path.add(new LineTo(x, yi));
            }
        }
    }, e -> LOG.error("Problem", e), () -> plot.getChildren().addAll(stochasticTau));

    final Path[] stochasticRes = { new Path(), new Path(), new Path() };
    IntStream.range(0, pop.length).forEach(i -> {
        final Color color = Color.valueOf(colors2[i]);
        final Path path = stochasticRes[i];
        path.setStroke(color);
        path.setStrokeWidth(1);
        path.setClip(new Rectangle(0, 0, plot.getPrefWidth(), plot.getPrefHeight()));
    });

    final TreeMap<Double, Integer> iStochasticRes = new TreeMap<>();
    MSEIRSTest.stochasticSellke(conf).subscribe(yt -> {
        final double x = (yt.getKey() - xl) * sx;
        iStochasticRes.put(yt.getKey(), stochasticRes[0].getElements().size());
        final long[] y = yt.getValue();
        for (int i = 0; i < y.length; i++) {
            final double yi = yh - y[i] * sy;
            final ObservableList<PathElement> path = stochasticRes[i].getElements();
            if (path.isEmpty()) {
                path.add(new MoveTo(x, yi)); // first
            } else {
                final PathElement last = path.get(path.size() - 1);
                final double y_prev = last instanceof MoveTo ? ((MoveTo) last).getY() : ((LineTo) last).getY();
                path.add(new LineTo(x, y_prev));
                path.add(new LineTo(x, yi));
            }
        }
    }, e -> LOG.error("Problem", e), () -> plot.getChildren().addAll(stochasticRes));

    // auto-scale on stage/plot resize 
    // FIXME scaling around wrong origin, use ScatterChart?
    //         xAxis.widthProperty()
    //               .addListener( (ChangeListener<Number>) ( observable,
    //                  oldValue, newValue ) ->
    //               {
    //                  final double scale = ((Double) newValue)
    //                        / plot.getPrefWidth();
    //                  plot.getChildren().filtered( n -> n instanceof Path )
    //                        .forEach( n ->
    //                        {
    //                           final Path path = (Path) n;
    //                           path.setScaleX( scale );
    //                           path.setTranslateX( (path
    //                                 .getBoundsInParent().getWidth()
    //                                 - path.getLayoutBounds().getWidth())
    //                                 / 2 );
    //                        } );
    //               } );
    //         plot.heightProperty()
    //               .addListener( (ChangeListener<Number>) ( observable,
    //                  oldValue, newValue ) ->
    //               {
    //                  final double scale = ((Double) newValue)
    //                        / plot.getPrefHeight();
    //                  plot.getChildren().filtered( n -> n instanceof Path )
    //                        .forEach( n ->
    //                        {
    //                           final Path path = (Path) n;
    //                           path.setScaleY( scale );
    //                           path.setTranslateY(
    //                                 (path.getBoundsInParent()
    //                                       .getHeight() * (scale - 1))
    //                                       / 2 );
    //                        } );
    //               } );

    final StackPane layout = new StackPane(lbl, plot);
    layout.setAlignment(Pos.TOP_CENTER);
    layout.setPadding(new Insets(50));
    layout.setStyle("-fx-background-color: rgb(35, 39, 50);");

    final Line vertiCross = new Line();
    vertiCross.setStroke(Color.SILVER);
    vertiCross.setStrokeWidth(1);
    vertiCross.setVisible(false);
    axes.getChildren().add(vertiCross);

    final Tooltip tip = new Tooltip("");
    tip.setAutoHide(false);
    tip.hide();
    axes.setOnMouseExited(ev -> tip.hide());
    axes.setOnMouseMoved(ev -> {
        final Double x = (Double) xAxis.getValueForDisplay(ev.getX());
        if (x > xAxis.getUpperBound() || x < xAxis.getLowerBound()) {
            tip.hide();
            vertiCross.setVisible(false);
            return;
        }
        final Double y = (Double) yAxis.getValueForDisplay(ev.getY());
        if (y > yAxis.getUpperBound() || y < yAxis.getLowerBound()) {
            tip.hide();
            vertiCross.setVisible(false);
            return;
        }
        final double xs = xAxis.getDisplayPosition(x);
        vertiCross.setStartX(xs);
        vertiCross.setStartY(yAxis.getDisplayPosition(0));
        vertiCross.setEndX(xs);
        vertiCross.setEndY(yAxis.getDisplayPosition(yAxis.getUpperBound()));
        vertiCross.setVisible(true);
        final int i = (iDeterministic.firstKey() > x ? iDeterministic.firstEntry()
                : iDeterministic.floorEntry(x)).getValue();
        final Object[] yi = Arrays.stream(deterministic).mapToDouble(p -> getY(p, i))
                .mapToObj(yAxis::getValueForDisplay).map(n -> DecimalUtil.toScale(n, 1)).toArray();
        final int j = (iStochasticTau.firstKey() > x ? iStochasticTau.firstEntry()
                : iStochasticTau.floorEntry(x)).getValue();
        final Object[] yj = Arrays.stream(stochasticTau).mapToDouble(p -> getY(p, j))
                .mapToObj(yAxis::getValueForDisplay).map(n -> DecimalUtil.toScale(n, 0)).toArray();
        final int k = (iStochasticRes.firstKey() > x ? iStochasticRes.firstEntry()
                : iStochasticRes.floorEntry(x)).getValue();
        final Object[] yk = Arrays.stream(stochasticRes).mapToDouble(p -> getY(p, k))
                .mapToObj(yAxis::getValueForDisplay).map(n -> DecimalUtil.toScale(n, 0)).toArray();
        final String txt = String.format("SIR(t=%.1f)\n" + "~det%s\n" + "~tau%s\n" + "~res%s", x,
                Arrays.toString(yi), Arrays.toString(yj), Arrays.toString(yk));

        tip.setText(txt);
        tip.show(axes, ev.getScreenX() - ev.getSceneX() + xs, ev.getScreenY() + 15);
    });

    try {
        stage.getIcons().add(new Image(FileUtil.toInputStream("icon.jpg")));
    } catch (final IOException e) {
        LOG.error("Problem", e);
    }
    stage.setTitle("Deterministic vs. Stochastic");
    stage.setScene(new Scene(layout, Color.rgb(35, 39, 50)));
    //         stage.setOnHidden( ev -> tip.hide() );
    stage.show();
}

From source file:org.nmrfx.processor.gui.spectra.DrawSpectrum.java

private static int drawVectoreCore(Vec vec, int dataOffset, boolean drawReal, double ph0, double ph1,
        double[][] xyValues, Path bcPath, DoubleBinaryOperator xFunction, DoubleBinaryOperator yFunction,
        boolean offsetVec, int start, int end, int size, double dValue, double dDelta, double delta) {

    if ((start - dataOffset) < 0) {
        start = dataOffset;/*from   w  w  w. j  a  v  a2 s  .c o m*/
    }
    if (end > ((size + dataOffset) - 1)) {
        end = (size + dataOffset) - 1;
    }
    int incr = (end - start) / 2048;
    if (incr < 1) {
        incr = 1;
    }
    if ((start - dataOffset) < 0) {
        start = dataOffset;
    }
    if (end > ((size + dataOffset) - 1)) {
        end = (size + dataOffset) - 1;
    }
    //System.out.println((start - dataOffset) + " " + (end - dataOffset) + " " + dValue + " " + (dValue + delta * (end - start)));
    if (((Math.abs(ph0) > 1.0e-6) || (Math.abs(ph1) > 1.0e-6)) && !vec.isComplex()) {
        vec.hft();
    }
    double dValueHold = dValue;
    int nPoints = 0;
    if (incr != 1) {
        double[] ve = new double[end - start + 1];
        for (int i = start; i <= end; i++) {
            double p = ph0 + i * dDelta;
            if (vec.isComplex()) {
                Complex cmpPhas = new Complex(Math.cos(p * degtorad), -Math.sin(p * degtorad));
                Complex phasedValue = vec.getComplex(i - dataOffset).multiply(cmpPhas);
                if (drawReal) {
                    ve[i - start] = phasedValue.getReal();
                } else {
                    ve[i - start] = phasedValue.getImaginary();
                }
            } else {
                ve[i - start] = vec.getReal(i - dataOffset);
            }
        }
        nPoints = speedSpectrum(ve, start, start, end, dValue, delta, incr, xyValues, xFunction, yFunction);
    } else {
        nPoints = end - start + 1;
        if ((xyValues[0] == null) || (xyValues[0].length < nPoints)) {
            xyValues[0] = new double[nPoints];
            xyValues[1] = new double[nPoints];
        }
        int iLine = 0;
        for (int i = start; i <= end; i++) {
            double intensity;
            if (vec.isComplex()) {
                double p = ph0 + i * dDelta;
                Complex cmpPhas = new Complex(Math.cos(p * degtorad), -Math.sin(p * degtorad));
                Complex phasedValue = vec.getComplex(i - dataOffset).multiply(cmpPhas);
                if (drawReal) {
                    intensity = phasedValue.getReal();
                } else {
                    intensity = phasedValue.getImaginary();
                }
            } else {
                intensity = vec.getReal(i - dataOffset);
            }
            xyValues[0][iLine] = xFunction.applyAsDouble(dValue, intensity);
            xyValues[1][iLine++] = yFunction.applyAsDouble(dValue, intensity);
            dValue += delta;
        }
    }
    if (bcPath != null) {
        boolean[] signalPoints = vec.getSignalRegion();
        dValue = dValueHold;
        if (signalPoints != null) {
            boolean inBase = !signalPoints[start];
            int last = 0;
            for (int i = start; i < end; i++) {
                double intensity;
                if (vec.isComplex()) {
                    double p = ph0 + i * dDelta;
                    Complex cmpPhas = new Complex(Math.cos(p * degtorad), -Math.sin(p * degtorad));
                    Complex phasedValue = vec.getComplex(i - dataOffset).multiply(cmpPhas);
                    if (drawReal) {
                        intensity = phasedValue.getReal();
                    } else {
                        intensity = phasedValue.getImaginary();
                    }
                } else {
                    intensity = vec.getReal(i - dataOffset);
                }
                double xValue = xFunction.applyAsDouble(dValue, intensity);
                double yValue = yFunction.applyAsDouble(dValue, intensity);
                if (i == start) {
                    if (inBase) {
                        bcPath.getElements().add(new MoveTo(xValue, yValue));
                    }
                }
                if (i == (end - 1)) {
                    if (inBase) {
                        bcPath.getElements().add(new LineTo(xValue, yValue));
                    }
                }
                if (!signalPoints[i] != inBase) {
                    if (inBase) {
                        bcPath.getElements().add(new LineTo(xValue, yValue));
                        last = i;
                    } else {
                        bcPath.getElements().add(new MoveTo(xValue, yValue));
                    }
                }
                if ((i - last) > 10) {
                    if (inBase) {
                        bcPath.getElements().add(new LineTo(xValue, yValue));
                        last = i;
                    }
                }
                inBase = !signalPoints[i];
                dValue += delta;
            }
        }
    }
    return nPoints;

}