Java Code Examples for javafx.scene.shape.Shape#setFill()

public LoadingCircle() {
    Circle circle = new Circle(20);
    circle.setFill(null);
    circle.setStroke(Color.WHITE);
    circle.setStrokeWidth(2);

    Rectangle rect = new Rectangle(20, 20);

    Shape shape = Shape.subtract(circle, rect);
    shape.setFill(Color.WHITE);

    getChildren().add(shape);

    animation = new RotateTransition(Duration.seconds(2.5), this);
    animation.setByAngle(-360);
    animation.setInterpolator(Interpolator.LINEAR);
    animation.setCycleCount(Animation.INDEFINITE);
    animation.play();
}
 

public TriCircle() {
    Shape shape1 = Shape.subtract(new Circle(5), new Circle(2));
    shape1.setFill(Color.WHITE);

    Shape shape2 = Shape.subtract(new Circle(5), new Circle(2));
    shape2.setFill(Color.WHITE);
    shape2.setTranslateX(5);

    Shape shape3 = Shape.subtract(new Circle(5), new Circle(2));
    shape3.setFill(Color.WHITE);
    shape3.setTranslateX(2.5);
    shape3.setTranslateY(-5);

    getChildren().addAll(shape1, shape2, shape3);

    setEffect(new GaussianBlur(2));
}
 

/**
 * Returns the dot arrow shape decoration corresponding to the
 * <i>arrowType</i> parameter.
 *
 * @param arrowType
 *            The arrow type for which the dot edge decoration should be
 *            determined.
 *
 * @param arrowSize
 *            The size of the arrow shape decoration.
 *
 * @param penwidth
 *            The (pen)width of the shape's drawn lines.
 *
 * @param color
 *            The color to use for the arrow shape decoration outline.
 *
 * @param fillColor
 *            The color to use for the arrow shape decoration background.
 *
 * @return The dot arrow shape decoration.
 */
static Node get(ArrowType arrowType, double arrowSize, Double penwidth,
		String color, String fillColor) {
	// The first arrow shape specified should occur closest to the node.
	double offset = 0.0;
	Group group = new Group();
	for (AbstractArrowShape arrowShape : arrowType.getArrowShapes()) {
		Shape currentShape = get(arrowShape, arrowSize, penwidth, color,
				fillColor);
		if (currentShape == null) {
			// represent the "none" arrow shape with a transparent box with
			// the corresponding size
			currentShape = new Box(arrowSize);
			currentShape.setFill(Color.TRANSPARENT);
			currentShape.setTranslateX(offset);
		} else {
			if (currentShape instanceof Circle) {
				// translate a circle-based shape specially because of its
				// middle-point-based translation
				currentShape.setTranslateX(offset
						+ currentShape.getLayoutBounds().getWidth() / 2);
			} else {
				currentShape.setTranslateX(offset);
			}
		}
		offset += NodeUtils.getShapeBounds(currentShape).getWidth()
				- currentShape.getStrokeWidth();
		group.getChildren().add(currentShape);
	}

	return group;
}
 

protected void applyShapeProperties(Shape p)
{
	p.setFill(fill);
	p.setStroke(strokeColor);
	p.setStrokeDashOffset(dashOffset);
	p.setStrokeLineCap(lineCap);
	p.setStrokeLineJoin(lineJoin);
	p.setStrokeMiterLimit(miterLimit);
	p.setStrokeType(strokeType);
	p.setStrokeWidth(strokeWidth);
}
 

private static void updateShapeAppearance( Shape shape, boolean selected ) {
    if ( shape == null ) return;

    shape.setFill(selected ? Color.LIGHTGREEN : Color.LIGHTBLUE);
    shape.setStroke(Color.DARKGRAY);
    shape.setStrokeWidth(2.5);

    DropShadow shadow = new DropShadow();
    shadow.setOffsetY(3.0);
    shadow.setOffsetX(3.0);
    shadow.setColor(Color.GRAY);
    shape.setEffect(shadow);
}
 

private Shape makeGrid() {
    Shape shape = new Rectangle((COLUMNS + 1) * TILE_SIZE, (ROWS + 1) * TILE_SIZE);

    for (int y = 0; y < ROWS; y++) {
        for (int x = 0; x < COLUMNS; x++) {
            Circle circle = new Circle(TILE_SIZE / 2);
            circle.setCenterX(TILE_SIZE / 2);
            circle.setCenterY(TILE_SIZE / 2);
            circle.setTranslateX(x * (TILE_SIZE + 5) + TILE_SIZE / 4);
            circle.setTranslateY(y * (TILE_SIZE + 5) + TILE_SIZE / 4);

            shape = Shape.subtract(shape, circle);
        }
    }

    Light.Distant light = new Light.Distant();
    light.setAzimuth(45.0);
    light.setElevation(30.0);

    Lighting lighting = new Lighting();
    lighting.setLight(light);
    lighting.setSurfaceScale(5.0);

    shape.setFill(Color.BLUE);
    shape.setEffect(lighting);

    return shape;
}
 

private void createBackgroundTextures() {
	final int tileSize = 600;

	// TODO: remove this duplication

	Group backgroundGroup = new Group();
	Scene offScreenBackgroundScene = new Scene(backgroundGroup, tileSize, tileSize);
	Shape emptySpace = new Rectangle(0, 0, tileSize, tileSize);
	emptySpace.setFill(EnvironmentView.BACKGROUND_COLOR);
	backgroundGroup.getChildren().add(emptySpace);

	Group infraredBackgroundGroup = new Group();
	Scene offScreenInfraredBackgroundScene = new Scene(infraredBackgroundGroup, tileSize, tileSize);
	Shape infraredEmptySpace = new Rectangle(0, 0, tileSize, tileSize);
	infraredEmptySpace.setFill(EnvironmentView.INFRARED_BACKGROUND_COLOR);
	infraredBackgroundGroup.getChildren().add(infraredEmptySpace);

	for (int i = 0; i < 5; i++) {
		int x = getRandomCoordinate(tileSize);
		int y = getRandomCoordinate(tileSize);
		backgroundGroup.getChildren().add(createSpeckle(x, y, NORMAL_SPECKLE_RADIUS));
		infraredBackgroundGroup.getChildren().add(createSpeckle(x, y, INFRARED_SPECKLE_RADIUS));
	}

	backgroundTexture = new WritableImage(tileSize, tileSize);
	offScreenBackgroundScene.snapshot(backgroundTexture);

	infraredBackgroundTexture = new WritableImage(tileSize, tileSize);
	offScreenInfraredBackgroundScene.snapshot(infraredBackgroundTexture);
}
 

@Override
public void interpolate(Connection connection) {
	// compute new curve (this can lead to another refreshGeometry() call
	// which is not executed)
	ICurve newGeometry = computeCurve(connection);

	// XXX: we can only deal with geometry nodes so far
	@SuppressWarnings("unchecked")
	final GeometryNode<ICurve> curveNode = (GeometryNode<ICurve>) connection
			.getCurve();
	if (curveNode instanceof GeometryNode
			&& !newGeometry.equals(curveNode.getGeometry())) {
		// TODO: we need to prevent positions are re-calculated as a
		// result of the changed geometry. -> the static anchors should not
		// update their positions because of layout bounds changes.
		// System.out.println("New geometry: " + newGeometry);
		curveNode.setGeometry(newGeometry);
	}

	Node startDecoration = connection.getStartDecoration();
	if (startDecoration != null) {
		arrangeStartDecoration(startDecoration, newGeometry,
				newGeometry.getP1());
	}

	Node endDecoration = connection.getEndDecoration();
	if (endDecoration != null) {
		arrangeEndDecoration(endDecoration, newGeometry,
				newGeometry.getP2());
	}

	if (!newGeometry.getBounds().isEmpty()
			&& (startDecoration != null || endDecoration != null)) {
		// XXX Use scene coordinates, as the clip node does not provide a
		// parent.

		// union curve node's children's bounds-in-parent
		org.eclipse.gef.geometry.planar.Rectangle unionBoundsInCurveNode = new org.eclipse.gef.geometry.planar.Rectangle();
		ObservableList<Node> childrenUnmodifiable = curveNode
				.getChildrenUnmodifiable();
		for (Node child : childrenUnmodifiable) {
			Bounds boundsInParent = child.getBoundsInParent();
			org.eclipse.gef.geometry.planar.Rectangle rectangle = FX2Geometry
					.toRectangle(boundsInParent);
			unionBoundsInCurveNode.union(rectangle);
		}

		// convert unioned bounds to scene coordinates
		Bounds visualBounds = curveNode.localToScene(
				Geometry2FX.toFXBounds(unionBoundsInCurveNode));

		// create clip
		Shape clip = new Rectangle(visualBounds.getMinX(),
				visualBounds.getMinY(), visualBounds.getWidth(),
				visualBounds.getHeight());
		clip.setFill(Color.RED);

		// can only clip Shape decorations
		if (startDecoration != null && startDecoration instanceof Shape) {
			clip = clipAtDecoration(curveNode.getGeometricShape(), clip,
					(Shape) startDecoration);
		}
		// can only clip Shape decorations
		if (endDecoration != null && endDecoration instanceof Shape) {
			clip = clipAtDecoration(curveNode.getGeometricShape(), clip,
					(Shape) endDecoration);
		}

		// XXX: All CAG operations deliver result shapes that reflect areas
		// in scene coordinates.
		AffineTransform sceneToLocalTx = NodeUtils
				.getSceneToLocalTx(curveNode);
		clip.getTransforms().add(Geometry2FX.toFXAffine(sceneToLocalTx));

		// set clip
		curveNode.setClip(clip);
	} else {
		curveNode.setClip(null);
	}
}
 

private void addFill(Shape organShape, boolean infraredOn, double alpha) {
	if (infraredOn)
		organShape.setFill(new Color(1, 0, 0, alpha));
	else
		organShape.setFill(new Color(baseColor.getRed(), baseColor.getGreen(), baseColor.getBlue(), alpha));
}
 

private Shape createSpeckle(int x, int y, double radius) {
	Shape result = new Circle(radius);
	result.setFill(SPECKLE_COLOR);
	result.getTransforms().add(new Translate(x, y));
	return result;
}