OsmAnd::GeoInfoPresenter::RoutelineMapObject::RoutelineMapObject(
const std::shared_ptr<const GeoInfoDocument>& geoInfoDocument_,
const std::shared_ptr<const GeoInfoDocument::Route>& route_)
: MapObject(geoInfoDocument_)
, route(route_)
{
points31.resize(route->points.size());
auto pPosition31 = points31.data();
for (const auto& routepoint : constOf(route->points))
*(pPosition31++) = Utilities::convertLatLonTo31(routepoint->position);
computeBBox31();
if (!route->name.isEmpty())
{
captionsOrder.push_back(defaultAttributeMapping->nativeNameAttributeId);
captions[defaultAttributeMapping->nativeNameAttributeId] = route->name;
}
attributeIds.append(defaultAttributeMapping->routelineAttributeId);
}
OsmAnd::GeoInfoPresenter::TracklineMapObject::TracklineMapObject(
const std::shared_ptr<const GeoInfoDocument>& geoInfoDocument_,
const std::shared_ptr<const GeoInfoDocument::Track>& track_,
const std::shared_ptr<const GeoInfoDocument::TrackSegment>& trackSegment_)
: MapObject(geoInfoDocument_, trackSegment_->extraData)
, track(track_)
, trackSegment(trackSegment_)
{
points31.resize(trackSegment->points.size());
auto pPosition31 = points31.data();
for (const auto& trackpoint : constOf(trackSegment->points))
*(pPosition31++) = Utilities::convertLatLonTo31(trackpoint->position);
computeBBox31();
if (!track->name.isEmpty())
{
captionsOrder.push_back(attributeMapping->nativeNameAttributeId);
captions[attributeMapping->nativeNameAttributeId] = track->name;
}
attributeIds.append(std::static_pointer_cast<const AttributeMapping>(attributeMapping)->tracklineAttributeId);
}
