private void setupAttributes() {
Color frameColor = (Color) AttributeFigure.getDefaultAttribute("FrameColor");
Color fillColor = (Color) AttributeFigure.getDefaultAttribute("FillColor");
Color textColor = (Color) AttributeFigure.getDefaultAttribute("TextColor");
Integer arrowMode = (Integer) AttributeFigure.getDefaultAttribute("ArrowMode");
String fontName = (String) AttributeFigure.getDefaultAttribute("FontName");
FigureEnumeration k = view().selectionElements();
while (k.hasMoreElements()) {
Figure f = k.nextFigure();
frameColor = (Color) f.getAttribute("FrameColor");
fillColor = (Color) f.getAttribute("FillColor");
textColor = (Color) f.getAttribute("TextColor");
arrowMode = (Integer) f.getAttribute("ArrowMode");
fontName = (String) f.getAttribute("FontName");
}
fFrameColor.setSelectedIndex(ColorMap.colorIndex(frameColor));
fFillColor.setSelectedIndex(ColorMap.colorIndex(fillColor));
// fTextColor.select(ColorMap.colorIndex(textColor));
if (arrowMode != null) {
fArrowChoice.setSelectedIndex(arrowMode.intValue());
}
if (fontName != null) {
fFontChoice.setSelectedItem(fontName);
}
}
/** Returns a FigureEnumeration of connectionfigures attached to this figure */
public FigureEnumeration getConnectionFigures(Figure inFigure) {
// If no figure or figure is non connectable, just return null
if (inFigure == null || !inFigure.canConnect()) {
return null;
}
// if (inFigure instanceof ConnectionFigure)
// return null;
List result = CollectionsFactory.current().createList(5);
FigureEnumeration figures = drawing().figures();
// Find all connection figures
while (figures.hasNextFigure()) {
Figure f = figures.nextFigure();
if ((f instanceof ConnectionFigure) && !(isFigureSelected(f))) {
ConnectionFigure cf = (ConnectionFigure) f;
if (cf.startFigure().includes(inFigure) || cf.endFigure().includes(inFigure)) {
result.add(f);
}
}
}
return new FigureEnumerator(result);
}
private void setupAttributes() {
Color frameColor =
(Color) AttributeFigure.getDefaultAttribute(FigureAttributeConstant.FRAME_COLOR);
Color fillColor =
(Color) AttributeFigure.getDefaultAttribute(FigureAttributeConstant.FILL_COLOR);
Integer arrowMode =
(Integer) AttributeFigure.getDefaultAttribute(FigureAttributeConstant.ARROW_MODE);
String fontName =
(String) AttributeFigure.getDefaultAttribute(FigureAttributeConstant.FONT_NAME);
FigureEnumeration fe = view().selection();
while (fe.hasNextFigure()) {
Figure f = fe.nextFigure();
frameColor = (Color) f.getAttribute(FigureAttributeConstant.FRAME_COLOR);
fillColor = (Color) f.getAttribute(FigureAttributeConstant.FILL_COLOR);
arrowMode = (Integer) f.getAttribute(FigureAttributeConstant.ARROW_MODE);
fontName = (String) f.getAttribute(FigureAttributeConstant.FONT_NAME);
}
fFrameColor.setSelectedIndex(ColorMap.colorIndex(frameColor));
fFillColor.setSelectedIndex(ColorMap.colorIndex(fillColor));
if (arrowMode != null) {
fArrowChoice.setSelectedIndex(arrowMode.intValue());
}
if (fontName != null) {
fFontChoice.setSelectedItem(fontName);
}
}
private void moveSelection(int dx, int dy) {
FigureEnumeration figures = selection();
while (figures.hasNextFigure()) {
figures.nextFigure().moveBy(dx, dy);
}
checkDamage();
}
private Rectangle getBounds(FigureEnumeration fe) {
Rectangle r = fe.nextFigure().displayBox();
while (fe.hasNextFigure()) {
r.add(fe.nextFigure().displayBox());
}
return r;
}
private void swapConnectors() {
FigureEnumeration fe = getAffectedFigures();
if (fe.hasMoreElements()) {
ConnectionFigure connection = (ConnectionFigure) fe.nextFigure();
setOldConnector(replaceConnector(connection));
connection.updateConnection();
}
}
/** Releases the figure and all its children. */
public void release() {
super.release();
FigureEnumeration k = figures();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure();
figure.release();
}
}
/**
* Finds a figure but descends into a figure's children. Use this method to implement
* <i>click-through</i> hit detection, that is, you want to detect the inner most figure
* containing the given point.
*/
public Figure findFigureInside(int x, int y) {
FigureEnumeration k = figuresReverse();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure().findFigureInside(x, y);
if (figure != null) return figure;
}
return null;
}
/**
* Finds a top level Figure. Use this call for hit detection that should not descend into the
* figure's children.
*/
public Figure findFigure(int x, int y) {
FigureEnumeration k = figuresReverse();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure();
if (figure.containsPoint(x, y)) return figure;
}
return null;
}
/**
* Removes all children.
*
* @see #remove
*/
public void removeAll() {
FigureEnumeration k = figures();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure();
figure.removeFromContainer(this);
}
fFigures.removeAllElements();
}
/**
* Finds a top level Figure, but supresses the passed in figure. Use this method to ignore a
* figure that is temporarily inserted into the drawing.
*
* @param x the x coordinate
* @param y the y coordinate
* @param without the figure to be ignored during the find.
*/
public Figure findFigureWithout(int x, int y, Figure without) {
if (without == null) return findFigure(x, y);
FigureEnumeration k = figuresReverse();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure();
if (figure.containsPoint(x, y) && !figure.includes(without)) return figure;
}
return null;
}
/** Finds a top level Figure that intersects the given rectangle. */
public Figure findFigure(Rectangle r) {
FigureEnumeration k = figuresReverse();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure();
Rectangle fr = figure.displayBox();
if (r.intersects(fr)) return figure;
}
return null;
}
private void readObject(ObjectInputStream s) throws ClassNotFoundException, IOException {
s.defaultReadObject();
FigureEnumeration k = figures();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure();
figure.addToContainer(this);
}
}
/**
* Moves all the given figures by x and y. Doesn't announce any changes. Subclassers override
* basicMoveBy. Clients usually call moveBy.
*
* @see moveBy
*/
protected void basicMoveBy(int x, int y) {
FigureEnumeration k = figures();
while (k.hasMoreElements()) {
Figure fig = k.nextFigure();
Figure obsrvd = (Figure) fig.getAttribute("observed.figure");
if (obsrvd == null || !includes(obsrvd)) {
fig.moveBy(x, y);
}
}
}
/** Checks if the composite figure has the argument as one of its children. */
public boolean includes(Figure figure) {
if (super.includes(figure)) return true;
FigureEnumeration k = figures();
while (k.hasMoreElements()) {
Figure f = k.nextFigure();
if (f.includes(figure)) return true;
}
return false;
}
/**
* Finds a top level Figure that intersects the given rectangle. It supresses the passed in
* figure. Use this method to ignore a figure that is temporarily inserted into the drawing.
*/
public Figure findFigure(Rectangle r, Figure without) {
if (without == null) return findFigure(r);
FigureEnumeration k = figuresReverse();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure();
Rectangle fr = figure.displayBox();
if (r.intersects(fr) && !figure.includes(without)) return figure;
}
return null;
}
/**
* Return the size of the area occupied by the contained figures inside the drawing. This method
* is called by checkMinimumSize().
*/
protected Dimension getDrawingSize() {
FigureEnumeration fe = drawing().figures();
Dimension d = new Dimension(0, 0);
while (fe.hasNextFigure()) {
Rectangle r = fe.nextFigure().displayBox();
d.width = Math.max(d.width, r.x + r.width);
d.height = Math.max(d.height, r.y + r.height);
}
return d;
}
/** Check existance of figure in the drawing */
public boolean figureExists(Figure inf, FigureEnumeration fe) {
while (fe.hasNextFigure()) {
Figure figure = fe.nextFigure();
if (figure.includes(inf)) {
return true;
}
}
return false;
}
/**
* Finds a figure but descends into a figure's children. It supresses the passed in figure. Use
* this method to ignore a figure that is temporarily inserted into the drawing.
*/
public Figure findFigureInsideWithout(int x, int y, Figure without) {
FigureEnumeration k = figuresReverse();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure();
if (figure != without) {
Figure found = figure.findFigureInside(x, y);
if (found != null) return found;
}
}
return null;
}
protected boolean resetRadius() {
FigureEnumeration fe = getAffectedFigures();
if (!fe.hasMoreElements()) {
return false;
}
RoundRectangleFigure currentFigure = (RoundRectangleFigure) fe.nextFigure();
Point figureRadius = currentFigure.getArc();
currentFigure.setArc(getOldRadius().x, getOldRadius().y);
setOldRadius(figureRadius);
return true;
}
private boolean resetDisplayBox() {
FigureEnumeration fe = getAffectedFigures();
if (!fe.hasMoreElements()) {
return false;
}
Figure currentFigure = fe.nextFigure();
Rectangle figureDisplayBox = currentFigure.displayBox();
currentFigure.displayBox(getOldDisplayBox());
setOldDisplayBox(figureDisplayBox);
return true;
}
/**
* Gets the currently selected figures in Z order.
*
* @see #selection
* @return a FigureEnumeration with the selected figures. The enumeration represents a snapshot of
* the current selection.
*/
public FigureEnumeration selectionZOrdered() {
List result = CollectionsFactory.current().createList(selectionCount());
FigureEnumeration figures = drawing().figures();
while (figures.hasNextFigure()) {
Figure f = figures.nextFigure();
if (isFigureSelected(f)) {
result.add(f);
}
}
return new ReverseFigureEnumerator(result);
}
private Figure findConnectableFigure(int x, int y, Drawing drawing) {
FigureEnumeration k = drawing.figuresReverse();
while (k.hasMoreElements()) {
Figure figure = k.nextFigure();
if (!figure.includes(getConnection()) && figure.canConnect()) {
if (figure.containsPoint(x, y)) {
return figure;
}
}
}
return null;
}
public void mouseDrag(MouseEvent e, int x, int y) {
super.mouseDrag(e, x, y);
fMoved = (Math.abs(x - fAnchorX) > 4) || (Math.abs(y - fAnchorY) > 4);
if (fMoved) {
FigureEnumeration figures = getUndoActivity().getAffectedFigures();
while (figures.hasMoreElements()) {
figures.nextFigure().moveBy(x - fLastX, y - fLastY);
}
}
fLastX = x;
fLastY = y;
}
protected boolean resetPolygon() {
FigureEnumeration fe = getAffectedFigures();
if (!fe.hasNextFigure()) {
return false;
}
PolygonFigure figure = (PolygonFigure) fe.nextFigure();
Polygon backupPolygon = figure.getPolygon();
figure.willChange();
figure.setInternalPolygon(getPolygon());
figure.changed();
setPolygon(backupPolygon);
return true;
}
/** Gets an enumeration of the currently active handles. */
protected HandleEnumeration selectionHandles() {
if (fSelectionHandles == null) {
fSelectionHandles = CollectionsFactory.current().createList();
FigureEnumeration fe = selection();
while (fe.hasNextFigure()) {
Figure figure = fe.nextFigure();
HandleEnumeration kk = figure.handles();
while (kk.hasNextHandle()) {
fSelectionHandles.add(kk.nextHandle());
}
}
}
return new HandleEnumerator(fSelectionHandles);
}
/**
* Inserts a FigureEnumeration of figures and translates them by the given offset. This function
* is used to insert figures from clipboards (cut/copy)
*
* @return enumeration which has been added to the drawing. The figures in the enumeration can
* have changed during adding them (e.g. they could have been decorated).
*/
public FigureEnumeration insertFigures(FigureEnumeration fe, int dx, int dy, boolean bCheck) {
if (fe == null) {
return FigureEnumerator.getEmptyEnumeration();
}
List vCF = CollectionsFactory.current().createList(10);
InsertIntoDrawingVisitor visitor = new InsertIntoDrawingVisitor(drawing());
while (fe.hasNextFigure()) {
Figure figure = fe.nextFigure();
if (figure instanceof ConnectionFigure) {
vCF.add(figure);
} else if (figure != null) {
figure.moveBy(dx, dy);
figure.visit(visitor);
}
}
FigureEnumeration ecf = new FigureEnumerator(vCF);
while (ecf.hasNextFigure()) {
ConnectionFigure cf = (ConnectionFigure) ecf.nextFigure();
Figure sf = cf.startFigure();
Figure ef = cf.endFigure();
if (figureExists(sf, drawing().figures())
&& figureExists(ef, drawing().figures())
&& (!bCheck || cf.canConnect(sf, ef))) {
if (bCheck) {
Point sp = sf.center();
Point ep = ef.center();
Connector fStartConnector = cf.startFigure().connectorAt(ep.x, ep.y);
Connector fEndConnector = cf.endFigure().connectorAt(sp.x, sp.y);
if (fEndConnector != null && fStartConnector != null) {
cf.connectStart(fStartConnector);
cf.connectEnd(fEndConnector);
cf.updateConnection();
}
}
cf.visit(visitor);
}
}
addToSelectionAll(visitor.getInsertedFigures());
return visitor.getInsertedFigures();
}
/** Clears the current selection. */
public void clearSelection() {
// there is nothing selected - bug fix ID 628818
if (selectionCount() == 0) {
// avoid unnecessary selection changed event when nothing has to be cleared
return;
}
FigureEnumeration fe = selection();
while (fe.hasNextFigure()) {
fe.nextFigure().invalidate();
}
fSelection = CollectionsFactory.current().createList();
fSelectionHandles = null;
fireSelectionChanged();
}
/** Adds a FigureEnumeration to the current selection. */
public void addToSelectionAll(FigureEnumeration fe) {
while (fe.hasNextFigure()) {
addToSelection(fe.nextFigure());
}
}
/** Adds a Collection of figures to the drawing. */
public void addAll(Collection figures) {
FigureEnumeration fe = new FigureEnumerator(figures);
while (fe.hasNextFigure()) {
add(fe.nextFigure());
}
}