static S2Point coordToPoint(double lng, double lat) { // Note that it's (lat, lng) for S2 but (lng, lat) for MongoDB. S2LatLng ll = S2LatLng::FromDegrees(lat, lng).Normalized(); if (!ll.is_valid()) { stringstream ss; ss << "coords invalid after normalization, lng = " << lng << " lat = " << lat << endl; uasserted(17125, ss.str()); } return ll.ToPoint(); }
static S2Point coordToPoint(double lng, double lat) { // We don't rely on drem to clean up non-sane points. We just don't let them become // spherical. verify(isValidLngLat(lng, lat)); // Note that it's (lat, lng) for S2 but (lng, lat) for MongoDB. S2LatLng ll = S2LatLng::FromDegrees(lat, lng).Normalized(); // This shouldn't happen since we should only have valid lng/lats. if (!ll.is_valid()) { stringstream ss; ss << "coords invalid after normalization, lng = " << lng << " lat = " << lat << endl; uasserted(17125, ss.str()); } return ll.ToPoint(); }
static Status coordToPoint(double lng, double lat, S2Point* out) { // We don't rely on drem to clean up non-sane points. We just don't let them become // spherical. if (!isValidLngLat(lng, lat)) return BAD_VALUE("longitude/latitude is out of bounds, lng: " << lng << " lat: " << lat); // Note that it's (lat, lng) for S2 but (lng, lat) for MongoDB. S2LatLng ll = S2LatLng::FromDegrees(lat, lng).Normalized(); // This shouldn't happen since we should only have valid lng/lats. if (!ll.is_valid()) { stringstream ss; ss << "coords invalid after normalization, lng = " << lng << " lat = " << lat << endl; uasserted(17125, ss.str()); } *out = ll.ToPoint(); return Status::OK(); }