public void addLocalizerToILS(ILSModel model) {
SceneryModel sceneryModel = new SceneryModel();
sceneryModel.setShouldNotify(false);
sceneryModel.setName("{fe978b1b-6b2f-4898-9e5d-a008e8675ed4}");
sceneryModel.setHeading(model.getHeading());
sceneryModel.setLatLon((LatLonPoint) model.getLatLon().clone());
sceneryModel.setShouldNotify(true);
addSceneryModel(sceneryModel);
}
public void addILSModelToRunway(ILSModel ilsModel, RunwayModel runwayModel, boolean primaryEnd) {
ilsModel.setShouldNotify(false);
int sizeLength = 0;
if (runwayModel.getLengthMeasure().equals("M"))
sizeLength = (int) ((runwayModel.getLength() * 3.28F + 2000F) * runwayModel.getScale());
else sizeLength = (int) ((runwayModel.getLength() + 2000F) * runwayModel.getScale());
java.awt.geom.Point2D.Float runwayCP =
Utilities.getPixelsBetweenPoints(
runwayModel.getCenterPoint().getLat(),
runwayModel.getCenterPoint().getLon(),
runwayModel.getLatLon().getLat(),
runwayModel.getLatLon().getLon(),
runwayModel.getScale());
java.awt.geom.Point2D.Float ilsPoint =
new java.awt.geom.Point2D.Float(
(float) runwayCP.getX(),
(float)
(runwayCP.getY() - ((double) sizeLength / 2D) * (double) (primaryEnd ? 1 : -1)));
ilsPoint = Utilities.rotatePoint(runwayCP, ilsPoint, runwayModel.getHeading());
ilsModel.setLatLon(
Utilities.getLatLonForPixel(
runwayModel.getCenterPoint().getLat(),
runwayModel.getCenterPoint().getLon(),
ilsPoint.x,
ilsPoint.y,
runwayModel.getScale()));
if (primaryEnd) ilsModel.setEnd("PRIMARY");
else ilsModel.setEnd("SECONDARY");
ilsModel.setAlt(runwayModel.getAlt());
ilsModel.setAltMeasure(runwayModel.getAltMeasure());
if (primaryEnd) {
ilsModel.setHeading(runwayModel.getHeading());
} else {
float ilsHeading = runwayModel.getHeading() + 180F;
if (ilsHeading >= 360F) ilsHeading -= 360F;
ilsModel.setHeading(ilsHeading);
}
DMEModel dmeModel = new DMEModel();
dmeModel.setShouldNotify(false);
dmeModel.setLatLon((LatLonPoint) ilsModel.getLatLon().clone());
dmeModel.setAlt(ilsModel.getAlt());
dmeModel.setAltMeasure(ilsModel.getAltMeasure());
dmeModel.setShouldNotify(true);
ilsModel.setDMEModel(dmeModel);
GlideSlopeModel glideSlopeModel = new GlideSlopeModel();
glideSlopeModel.setShouldNotify(false);
glideSlopeModel.setAlt(ilsModel.getAlt());
glideSlopeModel.setAltMeasure(ilsModel.getAltMeasure());
ilsModel.setGlideSlopeModel(glideSlopeModel);
if (runwayModel.getLengthMeasure().equals("M"))
sizeLength = (int) ((runwayModel.getLength() * 3.28F - 2000F) * runwayModel.getScale());
else sizeLength = (int) ((runwayModel.getLength() - 2000F) * runwayModel.getScale());
java.awt.geom.Point2D.Float glideSlopePoint =
new java.awt.geom.Point2D.Float(
(float) runwayCP.getX() - 350F * runwayModel.getScale() * (float) (primaryEnd ? 1 : -1),
(float)
(runwayCP.getY() - ((double) sizeLength / 2D) * (double) (primaryEnd ? -1 : 1)));
glideSlopePoint = Utilities.rotatePoint(runwayCP, glideSlopePoint, runwayModel.getHeading());
glideSlopeModel.setLatLon(
Utilities.getLatLonForPixel(
runwayModel.getCenterPoint().getLat(),
runwayModel.getCenterPoint().getLon(),
glideSlopePoint.x,
glideSlopePoint.y,
runwayModel.getScale()));
glideSlopeModel.setShouldNotify(true);
String runwayName = runwayModel.getNumber();
if (runwayModel.getDesignator().length() > 0 && !runwayModel.getDesignator().equals("NONE"))
runwayName =
(new StringBuilder())
.append(runwayName)
.append(" ")
.append(runwayModel.getDesignator())
.toString();
else if (runwayModel.getPrimaryDesignator().length() > 0
&& !runwayModel.getPrimaryDesignator().equals("NONE"))
runwayName =
(new StringBuilder())
.append(runwayName)
.append(" ")
.append(runwayModel.getPrimaryDesignator())
.toString();
ilsModel.setRunway(runwayName);
runwayModel.addILSModel(ilsModel);
ilsModel.setShouldNotify(true);
}