70,71c70,71
< 		if (fLocator != null) {
< 			fLocator.moveBy(x, y);
---
> 		if (getLocator() != null) {
> 			getLocator().moveBy(x, y);
116a117,128
> 	 * Usually, a TextHolders is implemented by a Figure subclass. To avoid casting
> 	 * a TextHolder to a Figure this method can be used for polymorphism (in this
> 	 * case, let the (same) object appear to be of another type).
> 	 * Note, that the figure returned is not the figure to which the TextHolder is
> 	 * (and its representing figure) connected.
> 	 * @return figure responsible for representing the content of this TextHolder
> 	 */
> 	public Figure getRepresentingFigure() {
> 		return this;
> 	}
> 
> 	/**
285,286c297,298
< 		dw.writeStorable(fObservedFigure);
< 		dw.writeStorable(fLocator);
---
> 		dw.writeStorable(getObservedFigure());
> 		dw.writeStorable(getLocator());
298,300c310,312
< 		fObservedFigure = (Figure)dr.readStorable();
< 		if (fObservedFigure != null) {
< 			fObservedFigure.addFigureChangeListener(this);
---
> 		setObservedFigure((Figure)dr.readStorable());
> 		if (getObservedFigure() != null) {
> 			getObservedFigure().addFigureChangeListener(this);
302c314
< 		fLocator = (OffsetLocator)dr.readStorable();
---
> 		setLocator((OffsetLocator)dr.readStorable());
308,309c320,321
< 		if (fObservedFigure != null) {
< 			fObservedFigure.addFigureChangeListener(this);
---
> 		if (getObservedFigure() != null) {
> 			getObservedFigure().addFigureChangeListener(this);
315,316c327,328
< 		if (fObservedFigure != null) {
< 			fObservedFigure.removeFigureChangeListener(this);
---
> 		if (getObservedFigure() != null) {
> 			getObservedFigure().removeFigureChangeListener(this);
319,321c331,333
< 		fObservedFigure = figure;
< 		fLocator = new OffsetLocator(figure.connectedTextLocator(this));
< 		fObservedFigure.addFigureChangeListener(this);
---
> 		setObservedFigure(figure);
> 		setLocator(new OffsetLocator(getObservedFigure().connectedTextLocator(this)));
> 		getObservedFigure().addFigureChangeListener(this);
345,346c357,358
< 		if (fLocator != null) {
< 			Point p = fLocator.locate(fObservedFigure);
---
> 		if (getLocator() != null) {
> 			Point p = getLocator().locate(getObservedFigure());
360,361c372
< 		disconnect(fObservedFigure);
< 		fObservedFigure = null;
---
> 		disconnect(getObservedFigure());
371c382,399
< 		fLocator = null;
---
> 		setLocator(null);
> 		setObservedFigure(null);
> 	}
> 
> 	protected void setObservedFigure(Figure newObservedFigure) {
> 		fObservedFigure = newObservedFigure;
> 	}
> 
> 	public Figure getObservedFigure() {
> 		return fObservedFigure;
> 	}
> 
> 	protected void setLocator(OffsetLocator newLocator) {
> 		fLocator = newLocator;
> 	}
> 
> 	protected OffsetLocator getLocator() {
> 		return fLocator;