/** * Create scene with grid. * @return new scene */ private Scene createTestGridScene(){ double height = getMaxScreenHeight(); double width = getMaxScreenWidth(); Pane root = PaneBuilder.create() .minHeight(height) .minWidth(width) .build(); for (int x = 0; x < width; x+=10) { root.getChildren().add( LineBuilder.create() .startX(x) .endX(x) .startY(0) .endY(height) .build()); } for (int y = 0; y < height; y+=10) { root.getChildren().add( LineBuilder.create() .startX(0) .endX(width) .startY(y) .endY(y) .build()); } return new Scene(root, 200, 200); }
/** * Render a graph to a particular <code>Group</code> * @param graph * @param layout * @param viz */ private void renderGraph(Graph<String, Number> graph, Layout<String, Number> layout, Group viz) { // draw the vertices in the graph for (String v : graph.getVertices()) { // Get the position of the vertex Point2D p = layout.transform(v); // draw the vertex as a circle Circle circle = CircleBuilder.create() .centerX(p.getX()) .centerY(p.getY()) .radius(CIRCLE_SIZE) .build(); // add it to the group, so it is shown on screen viz.getChildren().add(circle); } // draw the edges for (Number n : graph.getEdges()) { // get the end points of the edge Pair<String> endpoints = graph.getEndpoints(n); // Get the end points as Point2D objects so we can use them in the // builder Point2D pStart = layout.transform(endpoints.getFirst()); Point2D pEnd = layout.transform(endpoints.getSecond()); // Draw the line Line line = LineBuilder.create() .startX(pStart.getX()) .startY(pStart.getY()) .endX(pEnd.getX()) .endY(pEnd.getY()) .build(); // add the edges to the screen viz.getChildren().add(line); } }
public RaceTrack() { ImageView carImageView = new ImageView(new Image( DataAppPreloader.class.getResourceAsStream("images/car.png"))); road = SVGPathBuilder.create() .content(trackPath).fill(null).stroke(Color.gray(0.4)) .strokeWidth(50) .effect(DropShadowBuilder.create().radius(20).blurType(BlurType.ONE_PASS_BOX).build()) .build(); SVGPath trackLine = SVGPathBuilder.create() .content(trackPath).fill(null).stroke(Color.WHITE) .strokeDashArray(8d,6d).build(); Line startLine = LineBuilder.create() .startX(610.312).startY(401.055).endX(610.312).endY(450.838) .stroke(Color.WHITE).strokeDashArray(2d,2d).build(); Text startFinish = TextBuilder.create().text("START/FINISH").fill(Color.WHITE) .x(570).y(475).build(); percentage = TextBuilder.create().text("0%") .x(390).y(170).font(Font.font("System", 60)) .fill(Color.web("#ddf3ff")) .stroke(Color.web("#73c0f7")) .effect(DropShadowBuilder.create().radius(15).color(Color.web("#3382ba")).blurType(BlurType.ONE_PASS_BOX).build()) .build(); ImageView raceCarImg = new ImageView(new Image( DataAppPreloader.class.getResourceAsStream("images/Mini-red-and-white.png"))); raceCarImg.setX(raceCarImg.getImage().getWidth()/2); raceCarImg.setY(raceCarImg.getImage().getHeight()/2); raceCarImg.setRotate(90); raceCar = new Group(raceCarImg); track = new Group(road, trackLine, startLine, startFinish); track.setCache(true); // add children getChildren().addAll(track, raceCar, percentage); // Create path animation that we will use to drive the car along the track race = new PathTransition(Duration.seconds(1), road, raceCar); race.setOrientation(PathTransition.OrientationType.ORTHOGONAL_TO_TANGENT); race.play(); race.pause(); // center our content and set our size setTranslateX(-road.getBoundsInLocal().getMinX()); setTranslateY(-road.getBoundsInLocal().getMinY()); setPrefSize(road.getBoundsInLocal().getWidth(), road.getBoundsInLocal().getHeight()); setMaxSize(USE_PREF_SIZE, USE_PREF_SIZE); }
@Override public void start(Stage stage) { final Group root; Scene scene = SceneBuilder.create() .width(500).height(500) .fill(Color.WHITE) .root(root = GroupBuilder.create() .children(RectangleBuilder.create() .layoutX(5).layoutY(5) .width(490).height(490) .fill(Color.LIGHTSKYBLUE) .onMouseClicked(new EventHandler<MouseEvent>() { // Eventhandler for mouse click event @Override public void handle(MouseEvent e) { if (clickcount > 2) { initialize(); } for (int j = clickcount; j < 3; j++) { org_x[j].set(e.getSceneX()); org_y[j].set(e.getSceneY()); } clickcount++; } }).build(), // line for x-axis through the Origin LineBuilder.create() .startX(5).startY(490) .endX(495).endY(490) .build(), // Line for y-axis through the Origin LineBuilder.create() .startX(10).startY(5) .endX(10).endY(495) .build(), // grid horizontal lines which interval is of 1cm a_x_l[0], a_x_l[1], a_x_l[2], a_x_l[3], a_x_l[4], a_x_l[5], a_x_l[6], a_x_l[7], a_x_l[8], a_x_l[9], a_x_l[10], a_x_l[11], // grid vertical lines which interval is of 1cm a_y_l[0], a_y_l[1], a_y_l[2], a_y_l[3], a_y_l[4], a_y_l[5], a_y_l[6], a_y_l[7], a_y_l[8], a_y_l[9], a_y_l[10], a_y_l[11], // Sides l[0], l[1], l[2], // Vertices c[0], c[1], c[2], // the printing space of the coordinates and // the area of triangle HBoxBuilder.create() .layoutX(10) .padding(new Insets(10, 10, 10, 10)).spacing(3) .alignment(Pos.BOTTOM_CENTER) .children( LabelBuilder.create().text("A(").build(), tx[0], LabelBuilder.create().text(",").build(), ty[0], LabelBuilder.create().text("),").build(), LabelBuilder.create().text("B(").build(), tx[1], LabelBuilder.create().text(",").build(), ty[1], LabelBuilder.create().text("),").build(), LabelBuilder.create().text("C(").build(), tx[2], LabelBuilder.create().text(",").build(), ty[2], LabelBuilder.create().text(") ⇒ ").build(), area_Label ).build() ).build() ).build(); stage.setTitle("Triangle Area"); stage.setScene(scene); stage.show(); }
