private static Bounds computeExtensionBounds(
Bounds backgroundBounds, Bounds unclippedContentBounds) {
final Bounds totalBounds = unionOfBounds(backgroundBounds, unclippedContentBounds);
final double backgroundCenterX, backgroundCenterY;
backgroundCenterX = (backgroundBounds.getMinX() + backgroundBounds.getMaxX()) / 2.0;
backgroundCenterY = (backgroundBounds.getMinY() + backgroundBounds.getMaxY()) / 2.0;
assert totalBounds.contains(backgroundCenterX, backgroundCenterY);
double extensionHalfWidth, extensionHalfHeight;
extensionHalfWidth =
Math.max(
backgroundCenterX - totalBounds.getMinX(), totalBounds.getMaxX() - backgroundCenterX);
extensionHalfHeight =
Math.max(
backgroundCenterY - totalBounds.getMinY(), totalBounds.getMaxY() - backgroundCenterY);
// We a few pixels in order the parent ring of root object
// to fit inside the extension rect.
extensionHalfWidth += 20.0;
extensionHalfHeight += 20.0;
return new BoundingBox(
backgroundCenterX - extensionHalfWidth,
backgroundCenterY - extensionHalfHeight,
extensionHalfWidth * 2,
extensionHalfHeight * 2);
}
private static Bounds translateBounds(Bounds bounds, Point2D offset) {
return new BoundingBox(
bounds.getMinX() + offset.getX(),
bounds.getMinY() + offset.getY(),
bounds.getWidth(),
bounds.getHeight());
}
public void setLayoutBounds(Bounds layoutBounds) {
// Setup layoutX/layoutY on the image view and the region (1)
region.setLayoutX(layoutBounds.getMinX());
region.setLayoutY(layoutBounds.getMinY());
region.setPrefWidth(layoutBounds.getWidth());
region.setPrefHeight(layoutBounds.getHeight());
}
@Override
protected void anchorBoundsDidChange() {
final Bounds lb = getAnchor().getLayoutBounds();
messagePanelController.setPanelWidth(lb.getWidth());
// This callback should not be needed for auto hiding popups
// See RT-31292 : Popup does not auto hide when resizing the window
updatePopupLocation();
}
@Override
public Point2D _getMidpoint() {
StackPane tabRegion = getTabRegion();
Bounds boundsInParent = tabRegion.getBoundsInParent();
double x = boundsInParent.getWidth() / 2;
double y = boundsInParent.getHeight() / 2;
return tabRegion.localToParent(x, y);
}
private void handleExplode() {
if (ballBounds.getMinY() > areaBounds.getMaxY()) {
isExploding = false;
resetBall();
} else {
ball.setTranslateX(ball.getTranslateX() + dx);
ball.setTranslateY(ball.getTranslateY() - dy);
}
}
/* This code has been taken from:
* https://community.oracle.com/thread/2534556?tstart=0
* AND WAS MODIFIED!*/
public static final Point2D getNodeLocation(Node node) {
double x = 0, y = 0;
for (Node n = node; n != null; n = n.getParent()) {
Bounds parentBounds = n.getBoundsInParent();
x += parentBounds.getMinX();
y += parentBounds.getMinY();
}
return new Point2D(x, y);
}
// as of JDK 1.6: @Override
public int getScreenLocationY() {
// this code is never called?
Bounds lBoundsInScenenode = node.localToScene(node.getBoundsInLocal());
int v =
(int)
Math.ceil(
node.getScene().getY() + node.getScene().getY() + lBoundsInScenenode.getMinY());
// for debugging System.out.println(getComponent() + " getScreenLocationX =" + v);
return v;
}
protected void refreshHandleLocation(Node hostVisual) {
// position vbox top-right next to the host
Bounds hostBounds = hostVisual.getBoundsInParent();
Parent parent = hostVisual.getParent();
if (parent != null) {
hostBounds = parent.localToScene(hostBounds);
}
Point2D location =
getVisual().getParent().sceneToLocal(hostBounds.getMaxX(), hostBounds.getMinY());
getVisual().setLayoutX(location.getX());
getVisual().setLayoutY(location.getY());
}
private static Bounds intersectBounds(Bounds a, Bounds b) {
double minX = Math.max(a.getMinX(), b.getMinX());
double minY = Math.max(a.getMinY(), b.getMinY());
double maxX = Math.min(a.getMaxX(), b.getMaxX());
double maxY = Math.min(a.getMaxY(), b.getMaxY());
double width = maxX - minX;
double height = maxY - minY;
return new BoundingBox(minX, minY, width, height);
}
private void animateTransitionToLabel(Label newLabel) {
final Bounds newLabelBounds = newLabel.getBoundsInParent();
final double newX = newLabelBounds.getMinX();
final double newWidth = newLabelBounds.getWidth();
animation.getKeyFrames().clear();
animation
.getKeyFrames()
.add(
new KeyFrame(
TRANSITION_DURATION,
new KeyValue(selectedBackground.xProperty(), newX),
new KeyValue(selectedBackground.widthProperty(), newWidth)));
animation.play();
}
/** Update the popup location below the anchor node. */
@Override
protected void updatePopupLocation() {
final Bounds anchorBounds = getAnchor().getLayoutBounds();
Point2D popupLocation;
assert anchorBounds != null;
// At exit time, closeRequestHandler() is not always called.
// So this method can be invoked after the anchor has been removed the
// scene. This looks like a bug in FX...
// Anway we protect ourself by checking.
if (getAnchor().getScene() != null) {
popupLocation = getAnchor().localToScreen(anchorBounds.getMinX(), anchorBounds.getMaxY());
getPopup().setX(popupLocation.getX());
getPopup().setY(popupLocation.getY());
}
}
private void init(LedColor initialColor) {
PhongMaterial material = new PhongMaterial();
material.setDiffuseColor(initialColor.getColor());
int ledSpacing = 60;
int ledSize = 10;
for (int x = 0; x < cubeSize; x++) {
for (int y = 0; y < cubeSize; y++) {
for (int z = 0; z < cubeSize; z++) {
final Sphere led = new Sphere(ledSize);
led.setMaterial(material);
led.setTranslateX(x * (ledSize + ledSpacing) + ledSize);
led.setTranslateY(y * (ledSize + ledSpacing) + ledSize);
led.setTranslateZ(z * (ledSize + ledSpacing) + ledSize);
led.setOnMouseClicked(
event -> {
fireOnClick(event);
});
led.setUserData(new Coordinate3D(x, z, cubeSize - y - 1));
getChildren().add(led);
leds.add(led);
}
}
}
// add some axis
Bounds b = getBoundsInLocal();
Cylinder xAxis = new Cylinder(2, b.getMaxX());
xAxis.setMaterial(new PhongMaterial(Color.RED));
xAxis.getTransforms().add(new Rotate(90, Rotate.Z_AXIS));
xAxis.setTranslateX(b.getMaxX() / 2);
xAxis.setTranslateY(b.getMaxY() + 20);
getChildren().add(xAxis);
Cylinder yAxis = new Cylinder(2, b.getMaxZ());
yAxis.setMaterial(new PhongMaterial(Color.BLUE));
yAxis.getTransforms().add(new Rotate(90, Rotate.X_AXIS));
yAxis.setTranslateX(-20);
yAxis.setTranslateY(b.getMaxY() + 20);
yAxis.setTranslateZ(b.getMaxZ() / 2);
getChildren().add(yAxis);
Cylinder zAxis = new Cylinder(2, b.getMaxX());
zAxis.setMaterial(new PhongMaterial(Color.GREEN));
zAxis.setTranslateX(-20);
zAxis.setTranslateY(b.getMaxY() / 2);
getChildren().add(zAxis);
}
@Override
public Object eval(Environment env) {
Sprite sprite = env.getSprite();
Bounds spriteBounds = sprite.getBoundsInLocal();
Pane parent = (AnchorPane) sprite.getParent();
// x軸への動きしか想定しない
double rCollision =
parent.getWidth() - sprite.getTranslateX() - env.getX() - spriteBounds.getWidth();
double lCollision = sprite.getTranslateX() + env.getX();
if (rCollision < 0 || lCollision < 0) {
return TRUE;
}
return FALSE;
}
@Override
public void doActivate() {
super.doActivate();
final Procedure1<Text> _function =
(Text it) -> {
String _name = this.getName();
it.setText(_name);
TooltipExtensions.setTooltip(it, "Zoom to reveal content");
};
ObjectExtensions.<Text>operator_doubleArrow(this.label, _function);
boolean _equals = Objects.equal(this.innerDiagram, null);
if (_equals) {
String _name = this.getName();
String _plus = ("No inner diagram set on node " + _name);
String _plus_1 = (_plus + ". LOD behavior deactivated");
LevelOfDetailDiagramNode.LOG.severe(_plus_1);
} else {
XDiagram _diagram = CoreExtensions.getDiagram(this);
ViewportTransform _viewportTransform = _diagram.getViewportTransform();
ReadOnlyDoubleProperty _scaleProperty = _viewportTransform.scaleProperty();
final ChangeListener<Number> _function_1 =
(ObservableValue<? extends Number> prop, Number oldVal, Number newVal) -> {
Bounds _boundsInLocal = this.getBoundsInLocal();
final Bounds bounds = this.localToScene(_boundsInLocal);
double _width = bounds.getWidth();
double _height = bounds.getHeight();
final double area = (_width * _height);
if ((area <= 100000)) {
this.label.setVisible(true);
this.innerDiagramGroup.setVisible(false);
this.pane.setBackgroundPaint(RectangleBorderPane.DEFAULT_BACKGROUND);
} else {
this.label.setVisible(false);
this.innerDiagramGroup.setVisible(true);
this.innerDiagram.activate();
final Procedure1<DiagramScaler> _function_2 =
(DiagramScaler it) -> {
Bounds _layoutBounds = this.label.getLayoutBounds();
double _width_1 = _layoutBounds.getWidth();
double _plus_2 = (_width_1 + 40);
it.setWidth(_plus_2);
Bounds _layoutBounds_1 = this.label.getLayoutBounds();
double _height_1 = _layoutBounds_1.getHeight();
double _plus_3 = (_height_1 + 20);
it.setHeight(_plus_3);
it.activate();
};
ObjectExtensions.<DiagramScaler>operator_doubleArrow(this.diagramScaler, _function_2);
Paint _backgroundPaint = this.innerDiagram.getBackgroundPaint();
this.pane.setBackgroundPaint(_backgroundPaint);
}
};
_scaleProperty.addListener(_function_1);
}
}
/** Transforms the given bounds in the given scene to the screen's coordinate system. */
public static Bounds boundsOnScreen(Bounds boundsInScene, Scene scene) {
Bounds sceneBoundsInWindow = bounds(scene);
Bounds windowBoundsOnScreen = bounds(scene.getWindow());
return translateBounds(
boundsInScene,
byOffset(
sceneBoundsInWindow.getMinX() + windowBoundsOnScreen.getMinX(),
sceneBoundsInWindow.getMinY() + windowBoundsOnScreen.getMinY()));
}
@Override
public void handle(MouseEvent event) {
EventType<? extends Event> type = event.getEventType();
if (type.equals(MouseEvent.MOUSE_ENTERED) || type.equals(MouseEvent.MOUSE_EXITED)) {
refreshVisual();
} else if (type.equals(MouseEvent.MOUSE_MOVED) || type.equals(MouseEvent.MOUSE_DRAGGED)) {
if (originalBounds != null) {
if (!originalBounds.contains(event.getSceneX(), event.getSceneY())) {
// unhover the visual by making it mouse transparent
getVisual().setMouseTransparent(true);
// this will result in a MOUSE_EXITED event being fired,
// which will lead to a refreshVisual() call, which will
// update the visualization
}
}
}
}
private void handleEvents(final String EVENT_TYPE) {
if ("RESIZE".equals(EVENT_TYPE)) {
resize();
redraw();
} else if ("REDRAW".equals(EVENT_TYPE)) {
redraw();
} else if ("RECALC".equals(EVENT_TYPE)) {
angleRange = Helper.clamp(90.0, 180.0, getSkinnable().getAngleRange());
startAngle = getStartAngle();
minValue = getSkinnable().getMinValue();
range = getSkinnable().getRange();
sections = getSkinnable().getSections();
angleStep = angleRange / range;
redraw();
} else if ("FINISHED".equals(EVENT_TYPE)) {
needleTooltip.setText(String.format(locale, formatString, getSkinnable().getValue()));
double value = getSkinnable().getValue();
if (getSkinnable().isValueVisible()) {
Bounds bounds = pane.localToScreen(pane.getBoundsInLocal());
double xFactor = value > getSkinnable().getRange() * 0.8 ? 0.0 : 0.25;
double tooltipAngle = value * angleStep;
double sinValue = Math.sin(Math.toRadians(180 + angleRange * 0.5 - tooltipAngle));
double cosValue = Math.cos(Math.toRadians(180 + angleRange * 0.5 - tooltipAngle));
double needleTipX =
bounds.getMinX() + bounds.getWidth() * 0.5 + bounds.getHeight() * sinValue;
double needleTipY =
bounds.getMinY() + bounds.getHeight() * 0.72 + bounds.getHeight() * cosValue;
needleTooltip.show(needle, needleTipX, needleTipY);
needleTooltip.setAnchorX(needleTooltip.getX() - needleTooltip.getWidth() * xFactor);
}
if (sections.isEmpty() || sectionsAlwaysVisible) return;
for (Section section : sections) {
if (section.contains(value)) {
barTooltip.setText(section.getText());
break;
}
}
} else if ("VISIBILITY".equals(EVENT_TYPE)) {
Helper.enableNode(titleText, !getSkinnable().getTitle().isEmpty());
}
}
private void handlePlatform() {
switch (currentDirection) {
case NONE:
break;
case LEFT:
{
double newPos = rect.getTranslateX() - SPEED;
if (newPos < areaBounds.getMinX()) {
newPos = areaBounds.getMinX();
}
rect.setTranslateX(newPos);
}
break;
case RIGHT:
{
double newPos = rect.getTranslateX() + SPEED;
if (newPos > areaBounds.getMaxX() - rectBounds.getWidth()) {
newPos = areaBounds.getMaxX() - rectBounds.getWidth();
}
rect.setTranslateX(newPos);
}
break;
case UP:
sceneSpeed += 0.1;
if (sceneSpeed > 10) {
sceneSpeed = 10;
}
break;
case DOWN:
sceneSpeed -= 0.1;
if (sceneSpeed < 0) {
sceneSpeed = 0;
}
break;
default:
break;
}
}
protected void animateComputeBox(double frac, Context context) {
bounds = label.getBoundsInParent();
bounds =
new BoundingBox(
bounds.getMinX() - HMARGIN,
bounds.getMinY() - VMARGIN,
bounds.getWidth() + 2 * HMARGIN,
bounds.getHeight() + 2 * VMARGIN);
rectangle.setFill(Color.TRANSPARENT);
context.styles.get(StyleId.LineColor).apply(rectangle);
context.styles.get(StyleId.PenWidth).apply(rectangle);
context.styles.get(StyleId.Dash).apply(rectangle);
context.styles.get(StyleId.Opacity).apply(rectangle);
rectangle.setX(bounds.getMinX());
rectangle.setY(bounds.getMinY());
rectangle.setWidth(0d);
rectangle.setHeight(0d);
rectangle.setVisible(false);
}
private SequentialTransition CalculateTransition(
Card c, HBox PlayerCardBox, ImageView imView, int iCardDrawn) {
// This is the card that is going to be dealt to the player.
String strCard = "/res/img/" + c.getCardImg();
ImageView imgvCardDealt =
new ImageView(new Image(getClass().getResourceAsStream(strCard), 96, 71, true, true));
// imgvCardFaceDown - There's already a place holder card
// sitting in
// the player's hbox. It's face down. Find it
// and then determine it's bounds and top left hand handle.
ImageView imgvCardFaceDown = (ImageView) PlayerCardBox.getChildren().get(iCardDrawn - 1);
Bounds bndCardDealt = imgvCardFaceDown.localToScene(imgvCardFaceDown.getBoundsInLocal());
Point2D pntCardDealt = new Point2D(bndCardDealt.getMinX(), bndCardDealt.getMinY());
// imgvDealerDeck = the card in the common area, where dealer's
// card
// is located. Find the boundary top left point.
ImageView imgvDealerDeck = (ImageView) HboxCommonArea.getChildren().get(0);
Bounds bndCardDeck = imgvDealerDeck.localToScene(imgvDealerDeck.getBoundsInLocal());
Point2D pntCardDeck = new Point2D(bndCardDeck.getMinX(), bndCardDeck.getMinY());
// Add a sequential transition to the card (move, rotate)
SequentialTransition transMoveRotCard = createTransition(pntCardDeck, pntCardDealt, imView);
// Add a parallel transition to the card (fade in/fade out).
final ParallelTransition transFadeCardInOut =
createFadeTransition(
imgvCardFaceDown,
new Image(getClass().getResourceAsStream(strCard), 75, 75, true, true));
SequentialTransition transAllActions = new SequentialTransition();
transAllActions.getChildren().addAll(transMoveRotCard, transFadeCardInOut);
return transAllActions;
}
public Pair<CoordinatePair, CoordinatePair> addAnchorLines(ComponentView componentView) {
Bounds bounds = componentView.getBoundsInParent();
// Left Anchor wire
CoordinatePair pair1 =
new CoordinatePair(bounds.getMinX() - Component.OFFSET, bounds.getMaxY() / 2);
// Right Anchor wire
CoordinatePair pair2 =
new CoordinatePair(bounds.getMaxX() + Component.OFFSET, bounds.getMaxY() / 2);
Line line1 =
new Line(
bounds.getMinX(),
bounds.getMaxY() / 2,
bounds.getMinX() - Component.OFFSET,
bounds.getMaxY() / 2);
Line line2 =
new Line(
bounds.getMaxX(),
bounds.getMaxY() / 2,
bounds.getMaxX() + Component.OFFSET,
bounds.getMaxY() / 2);
componentView.getChildren().addAll(line1, line2);
return new Pair(pair1, pair2);
}
protected void animateDrawBox(double frac, Context context) {
rectangle.setWidth(bounds.getWidth() * frac);
rectangle.setHeight(bounds.getHeight() * frac);
if (frac != 0d) rectangle.setVisible(true);
}
@Override
public void drag(MouseEvent e, Dimension delta) {
if (invalidGesture) {
return;
}
if (selectionBounds == null) {
return;
}
Rectangle sel = updateSelectionBounds(e);
for (IContentPart<Node, ? extends Node> targetPart : targetParts) {
// compute initial and new bounds for this target
Bounds initialBounds = getBounds(selectionBounds, targetPart);
Bounds newBounds = getBounds(sel, targetPart);
// compute translation in scene coordinates
double dx = newBounds.getMinX() - initialBounds.getMinX();
double dy = newBounds.getMinY() - initialBounds.getMinY();
// transform translation to parent coordinates
Node visual = targetPart.getVisual();
Point2D originInParent = visual.getParent().sceneToLocal(0, 0);
Point2D deltaInParent = visual.getParent().sceneToLocal(dx, dy);
dx = deltaInParent.getX() - originInParent.getX();
dy = deltaInParent.getY() - originInParent.getY();
// apply translation
getTransformPolicy(targetPart).setPostTranslate(translateIndices.get(targetPart), dx, dy);
// check if we can resize the part
AffineTransform affineTransform = getTransformPolicy(targetPart).getCurrentNodeTransform();
if (affineTransform.getRotation().equals(Angle.fromDeg(0))) {
// no rotation => resize possible
// TODO: special case 90 degree rotations
double dw = newBounds.getWidth() - initialBounds.getWidth();
double dh = newBounds.getHeight() - initialBounds.getHeight();
Point2D originInLocal = visual.sceneToLocal(newBounds.getMinX(), newBounds.getMinY());
Point2D dstInLocal =
visual.sceneToLocal(newBounds.getMinX() + dw, newBounds.getMinY() + dh);
dw = dstInLocal.getX() - originInLocal.getX();
dh = dstInLocal.getY() - originInLocal.getY();
getResizePolicy(targetPart).resize(dw, dh);
} else {
// compute scaling based on bounds change
double sx = newBounds.getWidth() / initialBounds.getWidth();
double sy = newBounds.getHeight() / initialBounds.getHeight();
// apply scaling
getTransformPolicy(targetPart).setPostScale(scaleIndices.get(targetPart), sx, sy);
}
}
}
private static Bounds unionOfBounds(Bounds b1, Bounds b2) {
final Bounds result;
if (b1.isEmpty()) {
result = b2;
} else if (b2.isEmpty()) {
result = b1;
} else {
final double minX = Math.min(b1.getMinX(), b2.getMinX());
final double minY = Math.min(b1.getMinY(), b2.getMinY());
final double minZ = Math.min(b1.getMinZ(), b2.getMinZ());
final double maxX = Math.max(b1.getMaxX(), b2.getMaxX());
final double maxY = Math.max(b1.getMaxY(), b2.getMaxY());
final double maxZ = Math.max(b1.getMaxZ(), b2.getMaxZ());
assert minX <= maxX;
assert minY <= maxY;
assert minZ <= maxZ;
result = new BoundingBox(minX, minY, minZ, maxX - minX, maxY - minY, maxZ - minZ);
}
return result;
}
private static boolean areBoundsVisible(Bounds bounds) {
return !bounds.isEmpty();
}
/** Translates the given bounds in the given window to the screen's coordinate system */
public static Bounds boundsOnScreen(Bounds boundsInWindow, Window window) {
Bounds windowBoundsOnScreen = bounds(window);
return translateBounds(
boundsInWindow, byOffset(windowBoundsOnScreen.getMinX(), windowBoundsOnScreen.getMinY()));
}
private static Bounds computeUnclippedBounds(Node node) {
final Bounds layoutBounds;
double minX, minY, maxX, maxY, minZ, maxZ;
assert node != null;
assert node.getLayoutBounds().isEmpty() == false;
layoutBounds = node.getLayoutBounds();
minX = layoutBounds.getMinX();
minY = layoutBounds.getMinY();
maxX = layoutBounds.getMaxX();
maxY = layoutBounds.getMaxY();
minZ = layoutBounds.getMinZ();
maxZ = layoutBounds.getMaxZ();
if (node instanceof Parent) {
final Parent parent = (Parent) node;
for (Node child : parent.getChildrenUnmodifiable()) {
final Bounds childBounds = child.getBoundsInParent();
minX = Math.min(minX, childBounds.getMinX());
minY = Math.min(minY, childBounds.getMinY());
maxX = Math.max(maxX, childBounds.getMaxX());
maxY = Math.max(maxY, childBounds.getMaxY());
minZ = Math.min(minZ, childBounds.getMinZ());
maxZ = Math.max(maxZ, childBounds.getMaxZ());
}
}
assert minX <= maxX;
assert minY <= maxY;
assert minZ <= maxZ;
return new BoundingBox(minX, minY, minZ, maxX - minX, maxY - minY, maxZ - minZ);
}
@Override
protected void layoutChildren() {
super.layoutChildren();
if (_nodeByPosition.isEmpty()) {
adjustLineCount(0);
setPrefWidth(0);
setPrefHeight(0);
return;
}
// Calculate width per position based on layout bounds
Map<NodePosition, Double> widthByPosition = new HashMap<>();
Map<Integer, Double> levelHeight = new HashMap<>();
Map<Integer, Set<NodePosition>> positionsByLevel = new HashMap<>();
Map<NodePosition, Set<NodePosition>> positionsByParentPosition = new HashMap<>();
int maxLevel = Collections.max(_nodeByLevel.keySet());
for (int curLevel = maxLevel; curLevel >= 0; --curLevel) {
levelHeight.put(curLevel, 0.0);
positionsByLevel.put(curLevel, new HashSet<NodePosition>());
}
for (int curLevel = maxLevel; curLevel >= 0; --curLevel) {
// Get bounds of nodes on current level
Set<Node> curLevelNodes = _nodeByLevel.get(curLevel);
if (curLevelNodes != null) {
// Get node bounds
for (Node node : curLevelNodes) {
// Node data
NodePosition nodePosition = _positionByNode.get(node);
Bounds nodeBounds = node.getLayoutBounds();
// Get bounds
widthByPosition.put(nodePosition, nodeBounds.getWidth() + this.getXAxisSpacing());
levelHeight.put(
curLevel,
Math.max(levelHeight.get(curLevel), nodeBounds.getHeight() + this.getYAxisSpacing()));
// Register positions
positionsByLevel.get(curLevel).add(nodePosition);
if (curLevel > 0) {
positionsByLevel.get(curLevel - 1).add(nodePosition.getParent());
}
}
}
// Calculate position widths of current level
for (NodePosition position : positionsByLevel.get(curLevel)) {
// Register positions
if (position.getLevel() > 0) {
NodePosition parentPosition = position.getParent();
positionsByLevel.get(position.getLevel() - 1).add(parentPosition);
if (positionsByParentPosition.containsKey(parentPosition) == false) {
positionsByParentPosition.put(parentPosition, new HashSet<NodePosition>());
}
positionsByParentPosition.get(parentPosition).add(position);
}
// Get width of children
double widthOfChildren = 0;
Set<NodePosition> parentPositions = positionsByParentPosition.get(position);
if (parentPositions != null) {
for (NodePosition childPosition : parentPositions) {
if (widthByPosition.containsKey(childPosition) == true) {
widthOfChildren += widthByPosition.get(childPosition);
}
}
}
// Get maximum of node bound and sum of child node bounds
if (widthByPosition.containsKey(position) == false) {
widthByPosition.put(position, widthOfChildren);
} else {
widthByPosition.put(position, Math.max(widthByPosition.get(position), widthOfChildren));
}
}
}
// Calculate position boxes
Map<NodePosition, Rectangle2D> boxesByPosition = new HashMap<>();
if (positionsByLevel.containsKey(0) == false || positionsByLevel.get(0).size() != 1) {
throw new IllegalStateException();
}
boxesByPosition.put(
NodePosition.ROOT,
new Rectangle2D(0, 0, widthByPosition.get(NodePosition.ROOT), levelHeight.get(0)));
for (int curLevel = 0; curLevel <= maxLevel; ++curLevel) {
for (NodePosition position : positionsByLevel.get(curLevel)) {
Rectangle2D positionBox = boxesByPosition.get(position);
List<NodePosition> childPositions = new ArrayList<>();
if (positionsByParentPosition.containsKey(position)) {
childPositions.addAll(positionsByParentPosition.get(position));
}
Collections.sort(childPositions);
double childX = positionBox.getMinX();
for (NodePosition childPosition : childPositions) {
double childWidth = widthByPosition.get(childPosition);
boxesByPosition.put(
childPosition,
new Rectangle2D(
childX,
positionBox.getMaxY(),
childWidth,
levelHeight.get(childPosition.getLevel())));
childX += childWidth;
}
}
}
// Position nodes
Map<NodePosition, Double> xCenterHintByPosition = new HashMap<>();
Map<NodePosition, Double> yCenterHintByPosition = new HashMap<>();
for (int curLevel = maxLevel; curLevel >= 0; --curLevel) {
for (NodePosition position : positionsByLevel.get(curLevel)) {
// Calculate center hints
Rectangle2D positionBox = boxesByPosition.get(position);
double xCenterHint = (positionBox.getMinX() + positionBox.getMaxX()) / 2;
if (xCenterHintByPosition.containsKey(position) == true) {
xCenterHint = xCenterHintByPosition.get(position);
}
double yCenterHint = (positionBox.getMinY() + positionBox.getMaxY()) / 2;
xCenterHintByPosition.put(position, xCenterHint);
yCenterHintByPosition.put(position, yCenterHint);
// Position node
if (_nodeByPosition.containsKey(position)) {
Node node = _nodeByPosition.get(position);
Bounds nodeBounds = node.getLayoutBounds();
node.relocate(
xCenterHint - nodeBounds.getWidth() / 2, yCenterHint - nodeBounds.getHeight() / 2);
}
// Update parent node position hint
NodePosition parentPosition = position.getParent();
if (xCenterHintByPosition.containsKey(parentPosition)) {
xCenterHintByPosition.put(
parentPosition, (xCenterHintByPosition.get(parentPosition) + xCenterHint) / 2);
} else {
xCenterHintByPosition.put(parentPosition, xCenterHint);
}
}
}
// Update lines
if (this.getShowLines() == true) {
adjustLineCount(boxesByPosition.size() - 1);
int currentLine = 0;
for (NodePosition position : boxesByPosition.keySet()) {
if (positionsByParentPosition.containsKey(position) == false) {
continue;
}
for (NodePosition childPosition : positionsByParentPosition.get(position)) {
Bounds fromBounds =
_nodeByPosition.containsKey(position)
? _nodeByPosition.get(position).getLayoutBounds()
: null;
Bounds toBounds =
_nodeByPosition.containsKey(childPosition)
? _nodeByPosition.get(childPosition).getLayoutBounds()
: null;
Point2D lineFrom =
new Point2D(
xCenterHintByPosition.get(position),
yCenterHintByPosition.get(position)
+ (fromBounds != null ? (fromBounds.getHeight() / 2) : 0)
+ this.getLineSpacing());
Point2D lineTo =
new Point2D(
xCenterHintByPosition.get(childPosition),
yCenterHintByPosition.get(childPosition)
- (toBounds != null ? (toBounds.getHeight() / 2) : 0)
- this.getLineSpacing());
Line l = _lines.get(currentLine);
l.setStartX(lineFrom.getX());
l.setStartY(lineFrom.getY());
l.setEndX(lineTo.getX());
l.setEndY(lineTo.getY());
++currentLine;
}
}
} else {
adjustLineCount(0);
}
// Update preferred size
double totalHeight = 0;
for (Double h : levelHeight.values()) {
totalHeight += h;
}
setPrefWidth(widthByPosition.get(NodePosition.ROOT));
setPrefHeight(totalHeight);
}
public TreeTableColumnResizer(TreeTableColumn<?, ?> treeTableColumn) {
assert treeTableColumn != null;
assert treeTableColumn.getTreeTableView() != null;
this.treeTableColumn = treeTableColumn;
this.originalSizing = new ColumnSizing(this.treeTableColumn);
final List<?> columns;
if (this.treeTableColumn.getParentColumn() != null) {
columns = this.treeTableColumn.getParentColumn().getColumns();
} else {
columns = this.treeTableColumn.getTreeTableView().getColumns();
}
final int columnIndex = columns.indexOf(this.treeTableColumn);
if (columnIndex + 1 < columns.size()) {
this.treeTableColumnNext = (TreeTableColumn<?, ?>) columns.get(columnIndex + 1);
this.originalSizingNext = new ColumnSizing(this.treeTableColumnNext);
} else {
this.treeTableColumnNext = null;
this.originalSizingNext = null;
}
//
// Case #1 : treeTableColumnNext != null
//
// x1 x2 x3
// --+-----------------+------------------------+--
// | col n | col n+1 |
// | | |
//
// Range for moving x2 is [x1, x3]
//
//
// Case #2 : treeTableColumnNext == null
//
// Case #2.1: treeTableColumn.getParentColumn() != null
//
// x1 x2 x3
// --+-----------------+ |
// | col n | |
// | | |
// parentColumn maxX
//
//
// Case #2.2: treeTableColumn.getParentColumn() == null
//
// x1 x2 x3
// --+-----------------+ |
// | col n | |
// | | |
// treeTableView maxX
//
// Range for moving x2 is [x1, x3]
//
//
final TreeTableViewDesignInfoX di = new TreeTableViewDesignInfoX();
final Bounds columnBounds = di.getColumnBounds(treeTableColumn);
x1 = columnBounds.getMinX();
x2 = columnBounds.getMaxX();
if (treeTableColumnNext != null) {
final Bounds nextBounds = di.getColumnBounds(treeTableColumnNext);
x3 = nextBounds.getMaxX();
} else {
if (treeTableColumn.getParentColumn() != null) {
final TableColumnBase<?, ?> parentColumn =
(TableColumnBase<?, ?>) this.treeTableColumn.getParentColumn();
assert parentColumn instanceof TreeTableColumn<?, ?>;
final Bounds parentBounds = di.getColumnBounds((TreeTableColumn<?, ?>) parentColumn);
x3 = parentBounds.getMaxX();
} else {
final Bounds layoutBounds = treeTableColumn.getTreeTableView().getLayoutBounds();
x3 = layoutBounds.getMaxX();
}
}
}