private List<RteType> createRoute(GpxRoute route, int startIndex, int endIndex) {
ObjectFactory objectFactory = new ObjectFactory();
List<RteType> rteTypes = new ArrayList<RteType>();
RteType rteType = route.getOrigin(RteType.class);
if (rteType != null) rteType.getRtept().clear();
else rteType = objectFactory.createRteType();
if (isWriteName()) {
rteType.setName(asRouteName(route.getName()));
rteType.setDesc(asDescription(route.getDescription()));
}
rteTypes.add(rteType);
List<GpxPosition> positions = route.getPositions();
for (int i = startIndex; i < endIndex; i++) {
GpxPosition position = positions.get(i);
WptType wptType = createWptType(position);
if (wptType != null) rteType.getRtept().add(wptType);
}
return rteTypes;
}
private List<GpxPosition> extractRouteWithGarminExtensions(
RteType rteType, boolean hasSpeedInMeterPerSecondInsteadOfKilometerPerHour) {
List<GpxPosition> positions = new ArrayList<GpxPosition>();
if (rteType != null) {
for (WptType wptType : rteType.getRtept()) {
positions.add(
new GpxPosition(
wptType.getLon(),
wptType.getLat(),
wptType.getEle(),
getSpeed(wptType, hasSpeedInMeterPerSecondInsteadOfKilometerPerHour),
getHeading(wptType),
parseTime(wptType.getTime()),
asComment(wptType.getName(), wptType.getDesc()),
wptType.getHdop(),
wptType.getPdop(),
wptType.getVdop(),
wptType.getSat(),
wptType));
ExtensionsType extensions = wptType.getExtensions();
if (extensions != null) {
for (Object any : extensions.getAny()) {
if (any instanceof JAXBElement) {
Object anyValue = ((JAXBElement) any).getValue();
if (anyValue instanceof RoutePointExtensionT) {
RoutePointExtensionT routePoint = (RoutePointExtensionT) anyValue;
for (AutoroutePointT autoroutePoint : routePoint.getRpt()) {
positions.add(
new GpxPosition(
autoroutePoint.getLon(),
autoroutePoint.getLat(),
null,
null,
null,
null,
null,
null,
null,
null,
null,
null));
}
}
}
}
}
}
}
return positions;
}
private List<GpxRoute> extractRoutes(
GpxType gpxType, boolean hasSpeedInMeterPerSecondInsteadOfKilometerPerHour) {
List<GpxRoute> result = new ArrayList<GpxRoute>();
for (RteType rteType : gpxType.getRte()) {
String name = rteType.getName();
String desc = rteType.getDesc();
List<String> descriptions = asDescription(desc);
List<GpxPosition> positions =
extractRoute(rteType, hasSpeedInMeterPerSecondInsteadOfKilometerPerHour);
result.add(new GpxRoute(this, Route, name, descriptions, positions, gpxType, rteType));
// Garmin Extensions v3
if (rteType.getExtensions() != null && rteType.getExtensions().getAny().size() > 0) {
List<GpxPosition> extendedPositions =
extractRouteWithGarminExtensions(
rteType, hasSpeedInMeterPerSecondInsteadOfKilometerPerHour);
result.add(
new GpxRoute(this, Track, name, descriptions, extendedPositions, gpxType, rteType));
}
}
return result;
}
private List<GpxPosition> extractRoute(
RteType rteType, boolean hasSpeedInMeterPerSecondInsteadOfKilometerPerHour) {
List<GpxPosition> positions = new ArrayList<GpxPosition>();
if (rteType != null) {
for (WptType wptType : rteType.getRtept()) {
positions.add(
new GpxPosition(
wptType.getLon(),
wptType.getLat(),
wptType.getEle(),
getSpeed(wptType, hasSpeedInMeterPerSecondInsteadOfKilometerPerHour),
getHeading(wptType),
parseTime(wptType.getTime()),
asComment(wptType.getName(), wptType.getDesc()),
wptType.getHdop(),
wptType.getPdop(),
wptType.getVdop(),
wptType.getSat(),
wptType));
}
}
return positions;
}