This is a weird one, y'all.
- (void)locationManager:(CLLocationManager *)manager didUpdateToLocation:(CLLocation *)newLocation fromLocation:(CLLocation *)oldLocation
{
CLLocationCoordinate2D coordinate = newLocation.coordinate;
self.mark.longitude = [NSNumber numberWithDouble:coordinate.longitude];
self.mark.latitude = [NSNumber numberWithDouble:coordinate.latitude];
NSLog(@"Got %f %f, set %f %f", coordinate.latitude, coordinate.longitude, self.mark.latitude, self.mark.longitude);
[manager stopUpdatingLocation];
manager.delegate = nil;
if (self.waitingForLocation) {
[self completeUpload];
}
}
The latitude
and longitude
in that "mark" object are synthesized parameters referring to NSNumber iVars.
In the simulator, my NSLog output for that line in the middle there reads:
2010-05-28 15:08:46.938 EverWondr[8375:207] Got 37.331689 -122.030731, set 0.000000 -44213283338325225829852024986561881455984640.000000
That's a WHOLE lot further East than 1 Infinite Loop! The numbers are different 开发者_开发问答on the device, but similar--lat is still zero and long is a very unlikely high negative number.
Elsewhere in the controller I'm accepting a button press and uploading a file (an image I just took with the camera) with its geocoding info associated, and I need that self.waitingForLocation
to inform the CLLocationManager delegate that I already hit that button and once its done its deal, it should go ahead and fire off the upload. Thing is, up in the button-click-receiving method, I test see if CL is finished by testing self.mark.latitude
, which seems to be getting set zero...
You are printing the pointers to the NSNumber
objects as float
s - that is likely to look quite different.
Use:
NSLog(@"Got %f %f, set %@ %@", coordinate.latitude, coordinate.longitude,
self.mark.latitude, self.mark.longitude);
... or:
NSLog(@"Got %f %f, set %f %f", coordinate.latitude, coordinate.longitude,
[self.mark.latitude doubleValue], [self.mark.longitude doubleValue]);
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