RadarRoutes

func dictionaryValue() -> [String: Any]

- (NSDictionary *_Nonnull)dictionaryValue;

// Get routing information for multiple modes
Radar.getDistance(
    origin: origin,
    destination: destination,
    modes: [.car, .bike, .foot],
    units: .imperial
) { (status, routes) in
    if let routes = routes {
        // Check geodesic distance
        if let geodesic = routes.geodesic {
            print("Straight-line distance: \(geodesic.text)")
        }
        
        // Check car route
        if let car = routes.car {
            print("Car: \(car.distance.text), \(car.duration.text)")
        }
        
        // Check bike route
        if let bike = routes.bike {
            print("Bike: \(bike.distance.text), \(bike.duration.text)")
        }
        
        // Check walking route
        if let foot = routes.foot {
            print("Walking: \(foot.distance.text), \(foot.duration.text)")
        }
    }
}

// Get routing information for multiple modes
[Radar getDistanceFromOrigin:origin
                  destination:destination
                        modes:RadarRouteModeCar | RadarRouteModeBike | RadarRouteModeFoot
                        units:RadarRouteUnitsImperial
            completionHandler:^(RadarStatus status, RadarRoutes * _Nullable routes) {
    if (routes) {
        // Check geodesic distance
        if (routes.geodesic) {
            NSLog(@"Straight-line distance: %@", routes.geodesic.text);
        }
        
        // Check car route
        if (routes.car) {
            NSLog(@"Car: %@, %@", routes.car.distance.text, routes.car.duration.text);
        }
        
        // Check bike route
        if (routes.bike) {
            NSLog(@"Bike: %@, %@", routes.bike.distance.text, routes.bike.duration.text);
        }
        
        // Check walking route
        if (routes.foot) {
            NSLog(@"Walking: %@, %@", routes.foot.distance.text, routes.foot.duration.text);
        }
    }
}];