// swift-interface-format-version: 1.0
// swift-compiler-version: Apple Swift version 5.7.1 (swiftlang-5.7.1.135.3 clang-1400.0.29.51)
// swift-module-flags: -target arm64-apple-ios11.0-simulator -enable-objc-interop -enable-library-evolution -swift-version 5 -enforce-exclusivity=checked -O -module-name Turf
// swift-module-flags-ignorable: -enable-bare-slash-regex
import CoreLocation
import Foundation
import Swift
@_exported import Turf
import _Concurrency
import _StringProcessing
public struct MultiPoint : Swift.Equatable, Turf.ForeignMemberContainer {
  public var coordinates: [Turf.LocationCoordinate2D]
  public var foreignMembers: Turf.JSONObject
  public init(_ coordinates: [Turf.LocationCoordinate2D])
  public static func == (a: Turf.MultiPoint, b: Turf.MultiPoint) -> Swift.Bool
}
extension Turf.MultiPoint : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public typealias LineSegment = (Turf.LocationCoordinate2D, Turf.LocationCoordinate2D)
public func intersection(_ line1: Turf.LineSegment, _ line2: Turf.LineSegment) -> Turf.LocationCoordinate2D?
public func mid(_ coord1: Turf.LocationCoordinate2D, _ coord2: Turf.LocationCoordinate2D) -> Turf.LocationCoordinate2D
public struct MultiLineString : Swift.Equatable, Turf.ForeignMemberContainer {
  public var coordinates: [[Turf.LocationCoordinate2D]]
  public var foreignMembers: Turf.JSONObject
  public init(_ coordinates: [[Turf.LocationCoordinate2D]])
  public init(_ polygon: Turf.Polygon)
  public static func == (a: Turf.MultiLineString, b: Turf.MultiLineString) -> Swift.Bool
}
extension Turf.MultiLineString : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public enum FeatureIdentifier : Swift.Hashable {
  case string(_: Swift.String)
  case number(_: Swift.Double)
  public init(_ string: Swift.String)
  public init<Source>(_ number: Source) where Source : Swift.BinaryInteger
  public init<Source>(_ number: Source) where Source : Swift.BinaryFloatingPoint
  public func hash(into hasher: inout Swift.Hasher)
  public static func == (a: Turf.FeatureIdentifier, b: Turf.FeatureIdentifier) -> Swift.Bool
  public var hashValue: Swift.Int {
    get
  }
}
extension Turf.FeatureIdentifier : Swift.RawRepresentable {
  public typealias RawValue = Any
  public init?(rawValue: Any)
  public var rawValue: Any {
    get
  }
}
extension Turf.FeatureIdentifier : Swift.ExpressibleByStringLiteral {
  public init(stringLiteral value: Swift.StringLiteralType)
  public typealias ExtendedGraphemeClusterLiteralType = Swift.StringLiteralType
  public typealias StringLiteralType = Swift.StringLiteralType
  public typealias UnicodeScalarLiteralType = Swift.StringLiteralType
}
extension Turf.FeatureIdentifier : Swift.ExpressibleByIntegerLiteral {
  public init(integerLiteral value: Swift.IntegerLiteralType)
  public typealias IntegerLiteralType = Swift.IntegerLiteralType
}
extension Turf.FeatureIdentifier : Swift.ExpressibleByFloatLiteral {
  public init(floatLiteral value: Swift.FloatLiteralType)
  public typealias FloatLiteralType = Swift.FloatLiteralType
}
extension Turf.FeatureIdentifier : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public typealias LocationDirection = CoreLocation.CLLocationDirection
public typealias LocationDistance = CoreLocation.CLLocationDistance
public typealias LocationDegrees = CoreLocation.CLLocationDegrees
public typealias LocationCoordinate2D = CoreLocation.CLLocationCoordinate2D
extension Swift.Double {
  public func wrap(min minimumValue: Turf.LocationDirection, max maximumValue: Turf.LocationDirection) -> Turf.LocationDirection
  public func difference(from beta: Turf.LocationDirection) -> Turf.LocationDirection
}
extension Swift.Double {
  public func toRadians() -> Turf.LocationRadians
  public func toDegrees() -> Turf.LocationDirection
}
extension CoreLocation.CLLocationCoordinate2D : Swift.Equatable {
  public init(_ radianCoordinate: Turf.RadianCoordinate2D)
  public static func == (lhs: Turf.LocationCoordinate2D, rhs: Turf.LocationCoordinate2D) -> Swift.Bool
  public func direction(to coordinate: Turf.LocationCoordinate2D) -> Turf.LocationDirection
  public func coordinate(at distance: Turf.LocationDistance, facing direction: Turf.LocationDirection) -> Turf.LocationCoordinate2D
  public func coordinate(at distance: Turf.LocationDistance, facing direction: Foundation.Measurement<Foundation.UnitAngle>) -> Turf.LocationCoordinate2D
  public func distance(to coordinate: Turf.LocationCoordinate2D) -> Turf.LocationDistance
}
public struct GeometryCollection : Swift.Equatable, Turf.ForeignMemberContainer {
  public var geometries: [Turf.Geometry]
  public var foreignMembers: Turf.JSONObject
  public init(geometries: [Turf.Geometry])
  public init(_ multiPolygon: Turf.MultiPolygon)
  public static func == (a: Turf.GeometryCollection, b: Turf.GeometryCollection) -> Swift.Bool
}
extension Turf.GeometryCollection : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public typealias LocationRadians = Swift.Double
public typealias RadianDistance = Swift.Double
public struct RadianCoordinate2D {
  public init(latitude: Turf.LocationRadians, longitude: Turf.LocationRadians)
  public init(_ degreeCoordinate: Turf.LocationCoordinate2D)
  public func direction(to coordinate: Turf.RadianCoordinate2D) -> Foundation.Measurement<Foundation.UnitAngle>
  public func coordinate(at distance: Turf.RadianDistance, facing direction: Foundation.Measurement<Foundation.UnitAngle>) -> Turf.RadianCoordinate2D
  public func distance(to coordinate: Turf.RadianCoordinate2D) -> Turf.RadianDistance
}
public struct Feature : Swift.Equatable, Turf.ForeignMemberContainer {
  public var identifier: Turf.FeatureIdentifier?
  public var properties: Turf.JSONObject?
  public var geometry: Turf.Geometry?
  public var foreignMembers: Turf.JSONObject
  public init(geometry: Turf.Geometry)
  public init(geometry: Turf.GeometryConvertible?)
  public static func == (a: Turf.Feature, b: Turf.Feature) -> Swift.Bool
}
extension Turf.Feature : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public struct FeatureCollection : Swift.Equatable, Turf.ForeignMemberContainer {
  public var features: [Turf.Feature]
  public var foreignMembers: Turf.JSONObject
  public init(features: [Turf.Feature])
  public static func == (a: Turf.FeatureCollection, b: Turf.FeatureCollection) -> Swift.Bool
}
extension Turf.FeatureCollection : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public struct MultiPolygon : Swift.Equatable, Turf.ForeignMemberContainer {
  public var coordinates: [[[Turf.LocationCoordinate2D]]]
  public var foreignMembers: Turf.JSONObject
  public var polygons: [Turf.Polygon] {
    get
  }
  public init(_ coordinates: [[[Turf.LocationCoordinate2D]]])
  public init(_ polygons: [Turf.Polygon])
  public static func == (a: Turf.MultiPolygon, b: Turf.MultiPolygon) -> Swift.Bool
}
extension Turf.MultiPolygon : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
extension Turf.MultiPolygon {
  public func contains(_ coordinate: Turf.LocationCoordinate2D, ignoreBoundary: Swift.Bool = false) -> Swift.Bool
}
public struct LineString : Swift.Equatable, Turf.ForeignMemberContainer {
  public var coordinates: [Turf.LocationCoordinate2D]
  public var foreignMembers: Turf.JSONObject
  public init(_ coordinates: [Turf.LocationCoordinate2D])
  public init(_ ring: Turf.Ring)
  public static func == (a: Turf.LineString, b: Turf.LineString) -> Swift.Bool
}
extension Turf.LineString : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
extension Turf.LineString {
  public func bezier(resolution: Swift.Int = 10000, sharpness: Swift.Double = 0.85) -> Turf.LineString?
  public func trimmed(from startDistance: Turf.LocationDistance, to stopDistance: Turf.LocationDistance) -> Turf.LineString?
  public func trimmed(from coordinate: Turf.LocationCoordinate2D, distance: Turf.LocationDistance) -> Turf.LineString?
  public struct IndexedCoordinate {
    public let coordinate: Swift.Array<Turf.LocationCoordinate2D>.Element
    public let index: Swift.Array<Turf.LocationCoordinate2D>.Index
    public let distance: Turf.LocationDistance
  }
  public func coordinateFromStart(distance: Turf.LocationDistance) -> Turf.LocationCoordinate2D?
  public func indexedCoordinateFromStart(distance: Turf.LocationDistance) -> Turf.LineString.IndexedCoordinate?
  public func distance(from start: Turf.LocationCoordinate2D? = nil, to end: Turf.LocationCoordinate2D? = nil) -> Turf.LocationDistance?
  public func sliced(from start: Turf.LocationCoordinate2D? = nil, to end: Turf.LocationCoordinate2D? = nil) -> Turf.LineString?
  public func closestCoordinate(to coordinate: Turf.LocationCoordinate2D) -> Turf.LineString.IndexedCoordinate?
  public func simplified(tolerance: Swift.Double = 1.0, highestQuality: Swift.Bool = false) -> Turf.LineString
  public mutating func simplify(tolerance: Swift.Double = 1.0, highestQuality: Swift.Bool = false)
  public func intersections(with line: Turf.LineString) -> [Turf.LocationCoordinate2D]
}
public enum Geometry : Swift.Equatable {
  case point(_: Turf.Point)
  case lineString(_: Turf.LineString)
  case polygon(_: Turf.Polygon)
  case multiPoint(_: Turf.MultiPoint)
  case multiLineString(_: Turf.MultiLineString)
  case multiPolygon(_: Turf.MultiPolygon)
  case geometryCollection(_: Turf.GeometryCollection)
  public init(_ geometry: Turf.GeometryConvertible)
  public static func == (a: Turf.Geometry, b: Turf.Geometry) -> Swift.Bool
}
extension Turf.Geometry : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public protocol GeometryConvertible {
  var geometry: Turf.Geometry { get }
}
extension Turf.Geometry : Turf.GeometryConvertible {
  public var geometry: Turf.Geometry {
    get
  }
}
extension Turf.Point : Turf.GeometryConvertible {
  public var geometry: Turf.Geometry {
    get
  }
}
extension Turf.LineString : Turf.GeometryConvertible {
  public var geometry: Turf.Geometry {
    get
  }
}
extension Turf.Polygon : Turf.GeometryConvertible {
  public var geometry: Turf.Geometry {
    get
  }
}
extension Turf.MultiPoint : Turf.GeometryConvertible {
  public var geometry: Turf.Geometry {
    get
  }
}
extension Turf.MultiLineString : Turf.GeometryConvertible {
  public var geometry: Turf.Geometry {
    get
  }
}
extension Turf.MultiPolygon : Turf.GeometryConvertible {
  public var geometry: Turf.Geometry {
    get
  }
}
extension Turf.GeometryCollection : Turf.GeometryConvertible {
  public var geometry: Turf.Geometry {
    get
  }
}
public struct Polygon : Swift.Equatable, Turf.ForeignMemberContainer {
  public var coordinates: [[Turf.LocationCoordinate2D]]
  public var foreignMembers: Turf.JSONObject
  public init(_ coordinates: [[Turf.LocationCoordinate2D]])
  public init(outerRing: Turf.Ring, innerRings: [Turf.Ring] = [])
  public init(center: Turf.LocationCoordinate2D, radius: Turf.LocationDistance, vertices: Swift.Int)
  public static func == (a: Turf.Polygon, b: Turf.Polygon) -> Swift.Bool
}
extension Turf.Polygon : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
extension Turf.Polygon {
  public var innerRings: [Turf.Ring] {
    get
  }
  public var outerRing: Turf.Ring {
    get
  }
  public var area: Swift.Double {
    get
  }
  public func contains(_ coordinate: Turf.LocationCoordinate2D, ignoreBoundary: Swift.Bool = false) -> Swift.Bool
  public func smooth(iterations: Swift.Int = 3) -> Turf.Polygon
  public func simplified(tolerance: Swift.Double = 1.0, highestQuality: Swift.Bool = false) -> Turf.Polygon
  public mutating func simplify(tolerance: Swift.Double = 1.0, highestQuality: Swift.Bool = false)
  public var center: Turf.LocationCoordinate2D? {
    get
  }
  public var centroid: Turf.LocationCoordinate2D? {
    get
  }
  public var centerOfMass: Turf.LocationCoordinate2D? {
    get
  }
}
public enum JSONValue : Swift.Hashable {
  case string(_: Swift.String)
  case number(_: Swift.Double)
  case boolean(_: Swift.Bool)
  case array(_: Turf.JSONArray)
  case object(_: Turf.JSONObject)
  public init(_ string: Swift.String)
  public init<Source>(_ number: Source) where Source : Swift.BinaryInteger
  public init<Source>(_ number: Source) where Source : Swift.BinaryFloatingPoint
  public init(_ bool: Swift.Bool)
  public init(_ values: Turf.JSONArray)
  public init(_ properties: Turf.JSONObject)
  public func hash(into hasher: inout Swift.Hasher)
  public static func == (a: Turf.JSONValue, b: Turf.JSONValue) -> Swift.Bool
  public var hashValue: Swift.Int {
    get
  }
}
extension Turf.JSONValue : Swift.RawRepresentable {
  public typealias RawValue = Any
  public init?(rawValue: Any)
  public var rawValue: Any {
    get
  }
}
public typealias JSONArray = [Turf.JSONValue?]
extension Swift.Array : Swift.RawRepresentable where Element == Turf.JSONValue? {
  public typealias RawValue = [Any?]
  public init?(rawValue values: Swift.Array<Element>.RawValue)
  public var rawValue: Swift.Array<Swift.Optional<Turf.JSONValue>>.RawValue {
    get
  }
}
public typealias JSONObject = [Swift.String : Turf.JSONValue?]
extension Swift.Dictionary : Swift.RawRepresentable where Key == Swift.String, Value == Turf.JSONValue? {
  public typealias RawValue = [Swift.String : Any?]
  public init?(rawValue: Swift.Dictionary<Key, Value>.RawValue)
  public var rawValue: Swift.Dictionary<Swift.String, Swift.Optional<Turf.JSONValue>>.RawValue {
    get
  }
}
extension Turf.JSONValue : Swift.ExpressibleByStringLiteral {
  public init(stringLiteral value: Swift.StringLiteralType)
  public typealias ExtendedGraphemeClusterLiteralType = Swift.StringLiteralType
  public typealias StringLiteralType = Swift.StringLiteralType
  public typealias UnicodeScalarLiteralType = Swift.StringLiteralType
}
extension Turf.JSONValue : Swift.ExpressibleByIntegerLiteral {
  public init(integerLiteral value: Swift.IntegerLiteralType)
  public typealias IntegerLiteralType = Swift.IntegerLiteralType
}
extension Turf.JSONValue : Swift.ExpressibleByFloatLiteral {
  public init(floatLiteral value: Swift.FloatLiteralType)
  public typealias FloatLiteralType = Swift.FloatLiteralType
}
extension Turf.JSONValue : Swift.ExpressibleByBooleanLiteral {
  public init(booleanLiteral value: Swift.BooleanLiteralType)
  public typealias BooleanLiteralType = Swift.BooleanLiteralType
}
extension Turf.JSONValue : Swift.ExpressibleByArrayLiteral {
  public typealias ArrayLiteralElement = Turf.JSONValue?
  public init(arrayLiteral elements: Turf.JSONValue.ArrayLiteralElement...)
}
extension Turf.JSONValue : Swift.ExpressibleByDictionaryLiteral {
  public typealias Key = Swift.String
  public typealias Value = Turf.JSONValue?
  public init(dictionaryLiteral elements: (Turf.JSONValue.Key, Turf.JSONValue.Value)...)
}
extension Turf.JSONValue : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public struct BoundingBox {
  public var southWest: Turf.LocationCoordinate2D
  public var northEast: Turf.LocationCoordinate2D
  public init?(from coordinates: [Turf.LocationCoordinate2D]?)
  public init(southWest: Turf.LocationCoordinate2D, northEast: Turf.LocationCoordinate2D)
  public func contains(_ coordinate: Turf.LocationCoordinate2D, ignoreBoundary: Swift.Bool = true) -> Swift.Bool
}
extension Turf.BoundingBox : Swift.Hashable {
  public func hash(into hasher: inout Swift.Hasher)
  public static func == (a: Turf.BoundingBox, b: Turf.BoundingBox) -> Swift.Bool
  public var hashValue: Swift.Int {
    get
  }
}
extension Turf.BoundingBox : Swift.Codable {
  public func encode(to encoder: Swift.Encoder) throws
  public init(from decoder: Swift.Decoder) throws
}
public struct Point : Swift.Equatable, Turf.ForeignMemberContainer {
  public var coordinates: Turf.LocationCoordinate2D
  public var foreignMembers: Turf.JSONObject
  public init(_ coordinates: Turf.LocationCoordinate2D)
  public static func == (a: Turf.Point, b: Turf.Point) -> Swift.Bool
}
extension Turf.Point : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public struct Ring {
  public var coordinates: [Turf.LocationCoordinate2D]
  public init(coordinates: [Turf.LocationCoordinate2D])
  public var area: Swift.Double {
    get
  }
  public func contains(_ coordinate: Turf.LocationCoordinate2D, ignoreBoundary: Swift.Bool = false) -> Swift.Bool
}
extension Turf.Ring : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public protocol WKTConvertible {
  var wkt: Swift.String { get }
  init(wkt: Swift.String) throws
}
extension Turf.Point : Turf.WKTConvertible {
  public var wkt: Swift.String {
    get
  }
  public init(wkt: Swift.String) throws
}
extension Turf.MultiPoint : Turf.WKTConvertible {
  public var wkt: Swift.String {
    get
  }
  public init(wkt: Swift.String) throws
}
extension Turf.LineString : Turf.WKTConvertible {
  public var wkt: Swift.String {
    get
  }
  public init(wkt: Swift.String) throws
}
extension Turf.MultiLineString : Turf.WKTConvertible {
  public var wkt: Swift.String {
    get
  }
  public init(wkt: Swift.String) throws
}
extension Turf.Polygon : Turf.WKTConvertible {
  public var wkt: Swift.String {
    get
  }
  public init(wkt: Swift.String) throws
}
extension Turf.MultiPolygon : Turf.WKTConvertible {
  public var wkt: Swift.String {
    get
  }
  public init(wkt: Swift.String) throws
}
extension Turf.Geometry : Turf.WKTConvertible {
  public var wkt: Swift.String {
    get
  }
  public init(wkt: Swift.String) throws
}
extension Turf.GeometryCollection : Turf.WKTConvertible {
  public var wkt: Swift.String {
    get
  }
  public init(wkt: Swift.String) throws
}
indirect public enum Consumer<Label> : Swift.Equatable where Label : Swift.Hashable {
  case string(Swift.String)
  case charset(Turf.Consumer<Label>.Charset)
  case any([Turf.Consumer<Label>])
  case sequence([Turf.Consumer<Label>])
  case optional(Turf.Consumer<Label>)
  case oneOrMore(Turf.Consumer<Label>)
  case not(Turf.Consumer<Label>)
  case flatten(Turf.Consumer<Label>)
  case discard(Turf.Consumer<Label>)
  case replace(Turf.Consumer<Label>, Swift.String)
  case label(Label, Turf.Consumer<Label>)
  case reference(Label)
  public static func == (a: Turf.Consumer<Label>, b: Turf.Consumer<Label>) -> Swift.Bool
}
extension Turf.Consumer {
  public func match(_ input: Swift.String) throws -> Turf.Consumer<Label>.Match
  public var isOptional: Swift.Bool {
    get
  }
  public struct Location : Swift.Equatable {
    public let range: Swift.Range<Swift.String.Index>
    public var offset: (line: Swift.Int, column: Swift.Int) {
      get
    }
  }
  indirect public enum Match : Swift.Equatable {
    case token(Swift.String, Turf.Consumer<Label>.Location)
    case node(Label?, [Turf.Consumer<Label>.Match])
    public var location: Turf.Consumer<Label>.Location? {
      get
    }
    public func transform(_ fn: (_ name: Label, _ values: [Any]) throws -> Any?) rethrows -> Any?
    public static func == (a: Turf.Consumer<Label>.Match, b: Turf.Consumer<Label>.Match) -> Swift.Bool
  }
  public struct Charset : Swift.Hashable {
    public func hash(into hasher: inout Swift.Hasher)
    public static func == (a: Turf.Consumer<Label>.Charset, b: Turf.Consumer<Label>.Charset) -> Swift.Bool
    public var hashValue: Swift.Int {
      get
    }
  }
  public typealias Transform = (_ name: Label, _ values: [Any]) throws -> Any?
  public struct Error : Swift.Error {
    indirect public enum Kind {
      case expected(Turf.Consumer<Label>)
      case unexpectedToken
      case custom(Swift.Error)
    }
    public var kind: Turf.Consumer<Label>.Error.Kind
    public var location: Turf.Consumer<Label>.Location?
    public var remaining: Swift.Substring.UnicodeScalarView? {
      get
    }
  }
}
extension Turf.Consumer : Swift.ExpressibleByStringLiteral, Swift.ExpressibleByArrayLiteral {
  public init(stringLiteral: Swift.String)
  public init(arrayLiteral: Turf.Consumer<Label>...)
  public static func | (lhs: Turf.Consumer<Label>, rhs: Turf.Consumer<Label>) -> Turf.Consumer<Label>
  public typealias ArrayLiteralElement = Turf.Consumer<Label>
  public typealias ExtendedGraphemeClusterLiteralType = Swift.String
  public typealias StringLiteralType = Swift.String
  public typealias UnicodeScalarLiteralType = Swift.String
}
extension Turf.Consumer {
  public static func character(_ c: Swift.UnicodeScalar) -> Turf.Consumer<Label>
  public static func character(in range: Swift.ClosedRange<Swift.UnicodeScalar>) -> Turf.Consumer<Label>
  public static func character(in string: Swift.String) -> Turf.Consumer<Label>
  public static func character(in set: Foundation.CharacterSet) -> Turf.Consumer<Label>
  public static func anyCharacter(except characters: Swift.UnicodeScalar...) -> Turf.Consumer<Label>
  public static func anyCharacter(except set: Foundation.CharacterSet) -> Turf.Consumer<Label>
}
extension Turf.Consumer {
  public static func zeroOrMore(_ consumer: Turf.Consumer<Label>) -> Turf.Consumer<Label>
  public static func interleaved(_ consumer: Turf.Consumer<Label>, _ separator: Turf.Consumer<Label>) -> Turf.Consumer<Label>
  public static func ignore(_ ignored: Turf.Consumer<Label>, in target: Turf.Consumer<Label>) -> Turf.Consumer<Label>
}
extension Turf.Consumer : Swift.CustomStringConvertible {
  public var description: Swift.String {
    get
  }
}
extension Turf.Consumer.Location : Swift.CustomStringConvertible {
  public var description: Swift.String {
    get
  }
  public static func == (lhs: Turf.Consumer<Label>.Location, rhs: Turf.Consumer<Label>.Location) -> Swift.Bool
  public static func at(_ range: Swift.CountableRange<Swift.Int>) -> Turf.Consumer<Label>.Location
}
extension Turf.Consumer.Charset {
  public var ranges: [Swift.CountableClosedRange<Swift.UInt32>] {
    get
  }
}
extension Turf.Consumer.Match : Swift.CustomStringConvertible {
  public var description: Swift.String {
    get
  }
}
extension Turf.Consumer.Error : Swift.CustomStringConvertible {
  public var description: Swift.String {
    get
  }
}
public enum GeoJSONObject : Swift.Equatable {
  case geometry(_: Turf.Geometry)
  case feature(_: Turf.Feature)
  case featureCollection(_: Turf.FeatureCollection)
  public init(_ object: Turf.GeoJSONObjectConvertible)
  public static func == (a: Turf.GeoJSONObject, b: Turf.GeoJSONObject) -> Swift.Bool
}
extension Turf.GeoJSONObject : Swift.Codable {
  public init(from decoder: Swift.Decoder) throws
  public func encode(to encoder: Swift.Encoder) throws
}
public protocol GeoJSONObjectConvertible {
  var geoJSONObject: Turf.GeoJSONObject { get }
}
extension Turf.GeoJSONObject : Turf.GeoJSONObjectConvertible {
  public var geoJSONObject: Turf.GeoJSONObject {
    get
  }
}
extension Turf.Geometry : Turf.GeoJSONObjectConvertible {
  public var geoJSONObject: Turf.GeoJSONObject {
    get
  }
}
extension Turf.Feature : Turf.GeoJSONObjectConvertible {
  public var geoJSONObject: Turf.GeoJSONObject {
    get
  }
}
extension Turf.FeatureCollection : Turf.GeoJSONObjectConvertible {
  public var geoJSONObject: Turf.GeoJSONObject {
    get
  }
}
public protocol ForeignMemberContainer {
  var foreignMembers: Turf.JSONObject { get set }
}
extension Swift.CodingUserInfoKey {
  public static let includesForeignMembers: Swift.CodingUserInfoKey
}
