Type Aliases
The following type aliases are available globally.
-
An azimuth measured in degrees clockwise from true north.
This is a compatibility shim to keep the library’s public interface consistent between Apple and non-Apple platforms that lack Core Location. On Apple platforms, you can use
CLLocationDirection
anywhere you see this type.Declaration
Swift
public typealias LocationDirection = CLLocationDirection
-
A distance in meters.
This is a compatibility shim to keep the library’s public interface consistent between Apple and non-Apple platforms that lack Core Location. On Apple platforms, you can use
CLLocationDistance
anywhere you see this type.Declaration
Swift
public typealias LocationDistance = CLLocationDistance
-
A latitude or longitude in degrees.
This is a compatibility shim to keep the library’s public interface consistent between Apple and non-Apple platforms that lack Core Location. On Apple platforms, you can use
CLLocationDegrees
anywhere you see this type.Declaration
Swift
public typealias LocationDegrees = CLLocationDegrees
-
A geographic coordinate.
This is a compatibility shim to keep the library’s public interface consistent between Apple and non-Apple platforms that lack Core Location. On Apple platforms, you can use
CLLocationCoordinate2D
anywhere you see this type.Declaration
Swift
public typealias LocationCoordinate2D = CLLocationCoordinate2D
-
An azimuth measured in degrees clockwise from true north.
-
A distance in meters.
-
A latitude or longitude in degrees.
-
A latitude or longitude measured in radians, as opposed to
LocationDegrees
, which is measured in degrees of arc.Declaration
Swift
public typealias LocationRadians = Double
-
A difference in latitude or longitude measured in radians, as opposed to
CLLocationDegrees
, which is used by some libraries to represent a similar distance measured in degrees of arc.Declaration
Swift
public typealias RadianDistance = Double
-
A segment between two positions in a
LineString
geometry orRing
.Declaration
Swift
public typealias LineSegment = (LocationCoordinate2D, LocationCoordinate2D)