public final void elementClosed() {
// ok, find out how the ellipse is defined
// do we have a centre?
if (_theOrigin != null) {
// so, this is an absolute position solution
_thisSolution.buildSetOrigin(_theOrigin);
// and reset the vector
_thisSolution.buildSetVector(0d, null, 0d);
} else {
// aah, it's relative - build up the vector
final double theDepth = 0;
_thisSolution.buildSetVector(_theBearingDegs, _theRange, theDepth);
// and reset the position
_thisSolution.buildSetOrigin(null);
}
// and carry on with the other parameters
_thisSolution.buildSetTargetState(_course, _speed, _depth);
// and the ellipse
_thisSolution.buildSetEllipse(_orientationDegs, _maxima, _minima);
addSolution(_thisSolution);
// reset our variables
_thisSolution = null;
_theRange = null;
_theOrigin = null;
_orientationDegs = 0d;
_maxima = null;
_minima = null;
}
public static void exportSolution(
final Debrief.Wrappers.TMAContactWrapper contact, final Element parent, final Document doc) {
/*
*
* <!ELEMENT tma_solution (colour?, centre?)> <!ATTLIST tma_solution Dtg
* CDATA #REQUIRED Bearing CDATA #IMPLIED Range CDATA #IMPLIED Visible (TRUE
* | FALSE) "TRUE" Label CDATA #REQUIRED LabelShowing (TRUE | FALSE) "TRUE"
* LineShowing (TRUE | FALSE) "TRUE" EllipseShowing (TRUE | FALSE) "TRUE"
* SymbolShowing (TRUE | FALSE) "TRUE" LabelLocation (Top | Left | Bottom |
* Centre | Right) "Left" Course CDATA #REQUIRED Speed CDATA #REQUIRED Depth
* CDATA #REQUIRED Orientation CDATA #REQUIRED Maxima CDATA #REQUIRED Minima
* CDATA #REQUIRED >
*/
final Element eFix = doc.createElement(MY_NAME);
// note, we are accessing the "actual" colour for this fix, we are not using
// the
// normal getColor method which may return the track colour
final java.awt.Color fCol = contact.getActualColor();
if (fCol != null) ColourHandler.exportColour(fCol, eFix, doc);
// are we absolute or relative?
final WorldLocation origin = contact.buildGetOrigin();
if (origin != null) {
// so, absolute - output it
LocationHandler.exportLocation(origin, "centre", eFix, doc);
} else {
// so, relative - output it
eFix.setAttribute("Bearing", writeThis(contact.getBearing()));
// don't do range by hand, automate it
WorldDistanceHandler.exportDistance(RANGE, contact.getRange(), eFix, doc);
}
// carry on with the common parameters
eFix.setAttribute("Dtg", writeThis(contact.getDTG()));
eFix.setAttribute("Visible", writeThis(contact.getVisible()));
// now the label/visibility
eFix.setAttribute("Symbol", contact.getSymbol());
eFix.setAttribute("Label", toXML(contact.getLabel()));
eFix.setAttribute("LabelShowing", writeThis(contact.getLabelVisible()));
final Boolean lineVis = contact.getRawLineVisible();
// is this the same as the parent?
if (lineVis != null) {
// only output the line visibility if it is different to the parent.
eFix.setAttribute("LineShowing", writeThis(lineVis.booleanValue()));
}
eFix.setAttribute("EllipseShowing", writeThis(contact.getEllipseVisible()));
eFix.setAttribute("SymbolShowing", writeThis(contact.getSymbolVisible()));
// where is the label?
lp.setValue(contact.getLabelLocation());
final String val = lp.getAsText();
if (val != null) eFix.setAttribute("LabelLocation", lp.getAsText());
else System.out.println("WRONG LABEL VALUE!!!");
// and the target vector
eFix.setAttribute("Course", writeThis(contact.getTargetCourse()));
eFix.setAttribute("Speed", writeThis(contact.getSpeed()));
eFix.setAttribute("Depth", writeThis(contact.getDepth()));
// and ellipse shape
final EllipseShape ellipse = contact.buildGetEllipse();
final double maxima = ellipse.getMaxima().getValueIn(WorldDistance.YARDS);
final double minima = ellipse.getMinima().getValueIn(WorldDistance.YARDS);
// did we find ellipse data?
if ((maxima > 0.0001d) && (minima > 0.0001d)) {
// yes, write it out
eFix.setAttribute("Orientation", writeThis(ellipse.getOrientation()));
WorldDistanceHandler.exportDistance(MAXIMA, ellipse.getMaxima(), eFix, doc);
WorldDistanceHandler.exportDistance(MINIMA, ellipse.getMinima(), eFix, doc);
}
// done
parent.appendChild(eFix);
}
