Bagian ini menjelaskan cara menggunakan Navigation SDK dengan library Apple CarPlay untuk menampilkan pengalaman navigasi aplikasi Anda di head unit dalam dasbor. Jika sistem dasbor pengemudi mendukung CarPlay, pengemudi dapat menggunakan aplikasi Anda langsung di layar mobil dengan menghubungkan ponsel ke unit. Panduan suara juga berjalan di speaker mobil.
Anda mem-build aplikasi CarPlay dari serangkaian template UI yang disediakan oleh Apple. Aplikasi Anda bertanggung jawab untuk memilih template yang akan ditampilkan dan menyediakan data di dalamnya.
Sistem di dasbor menampilkan elemen interaktif yang disetujui keamanan sehingga pengemudi dapat menavigasi ke tujuan dengan aman tanpa gangguan yang tidak perlu. Anda juga dapat memprogram aplikasi agar pengemudi dapat berinteraksi dengan fitur khusus aplikasi Anda, seperti menerima atau menolak pesanan, atau melihat lokasi pelanggan di peta. Pembaruan status pesanan juga dapat diprogram untuk muncul di unit dalam dasbor.
Penyiapan
Memulai dengan CarPlay
Pertama, pahami dokumentasi Apple:
Menyiapkan Navigation SDK
- Setelah membaca dokumentasi Apple, Anda siap menggunakan Navigation SDK.
- Siapkan project jika Anda belum mengintegrasikan Navigation SDK ke dalam aplikasi.
- Aktifkan feed panduan TurnByTurn untuk aplikasi Anda.
- Opsional. Gunakan ikon yang dihasilkan dari Navigation SDK.
- Gambar peta menggunakan class
GMSMapView
yang disediakan di class UIView. Lihat Menavigasi rute untuk mengetahui informasi selengkapnya. IsiCPNavigationSession
dengan data dari library TurnByTurn.
Menggambar UI peta dan navigasi
Class
GMSMapView
merender peta dan
CPMapTemplate
merender UI di layar CarPlay. API ini menyediakan banyak fungsi yang sama dengan
GMSMapView
untuk ponsel, tetapi dengan interaktivitas terbatas.
Swift
init(window: CPWindow) {
super.init(nibName: nil, bundle: nil)
self.window = window
// More CPMapTemplate initialization
}
override func viewDidLoad() {
super.viewDidLoad()
let mapViewOptions = GMSMapViewOptions()
mapViewOptions.screen = window.screen
mapViewOptions.frame = self.view.bounds
mapView = GMSMapView(options: mapViewOptions)
mapView.autoresizingMask = [.flexibleHeight, .flexibleWidth]
mapView.settings.isNavigationHeaderEnabled = false
mapView.settings.isNavigationFooterEnabled = false
// Disable buttons: in CarPlay, no part of the map is clickable.
// The app should instead place these buttons in the appropriate slots of the CarPlay template.
mapView.settings.compassButton = false
mapView.settings.isRecenterButtonEnabled = false
mapView.shouldDisplaySpeedometer = false
mapView.isMyLocationEnabled = true
self.view.addSubview(mapView)
}
Objective-C
- (instancetype)initWithWindow:(CPWindow *)window {
self = [super initWithNibName:nil bundle:nil];
if (self) {
_window = window;
// More CPMapTemplate initialization
}
}
- (void)viewDidLoad {
[super viewDidLoad];
GMSMapViewOptions *options = [[GMSMapViewOptions alloc] init];
options.screen = _window.screen;
options.frame = self.view.bounds;
_mapView = [[GMSMapView alloc] initWithOptions:options];
_mapView.autoresizingMask = UIViewAutoresizingFlexibleHeight | UIViewAutoresizingFlexibleWidth;
_mapView.settings.navigationHeaderEnabled = NO;
_mapView.settings.navigationFooterEnabled = NO;
// Disable buttons: in CarPlay, no part of the map is clickable.
// The app should instead place these buttons in the appropriate slots of the CarPlay template.
_mapView.settings.compassButton = NO;
_mapView.settings.recenterButtonEnabled = NO;
_mapView.shouldDisplaySpeedometer = NO;
_mapView.myLocationEnabled = YES;
[self.view addSubview:_mapView];
}
Mengaktifkan interaksi peta
Untuk memastikan keselamatan pengemudi, CarPlay membatasi interaksi platform layar ke serangkaian
metode
CPMapTemplateDelegate
. Gunakan callback ini untuk mendukung interaksi pengemudi yang terbatas dengan peta
di layar dalam dasbor.
Untuk mendukung tindakan pengguna tambahan, buat array CPMapButton
dan tetapkan
ke CPMapTemplate.mapButtons
.
Kode berikut membuat interaksi dan tombol geser untuk menggeser, memperbesar dan memperkecil, serta untuk memberikan lokasi pengguna.
Interaksi geser
Swift
// MARK: CPMapTemplateDelegate
func mapTemplate(_ mapTemplate: CPMapTemplate, panBeganWith direction: CPMapTemplate.PanDirection) {
}
func mapTemplate(_ mapTemplate: CPMapTemplate, panWith direction: CPMapTemplate.PanDirection) {
let scrollAmount = scrollAmount(for: direction)
let scroll = GMSCameraUpdate.scrollBy(x: scrollAmount.x, y: scrollAmount.y)
mapView.animate(with: scroll)
}
func mapTemplate(_ mapTemplate: CPMapTemplate, panEndedWith direction: CPMapTemplate.PanDirection) {
}
func scrollAmount(for panDirection: CPMapTemplate.PanDirection) -> CGPoint {
let scrollDistance = 80.0
var scrollAmount = CGPoint(x: 0, y: 0)
switch panDirection {
case .left:
scrollAmount.x -= scrollDistance
break;
case .right:
scrollAmount.x += scrollDistance
break;
case .up:
scrollAmount.y += scrollDistance
break;
case .down:
scrollAmount.y -= scrollDistance
break;
default:
break;
}
if scrollAmount.x != 0 && scrollAmount.y != 0 {
// Adjust length if scrolling diagonally.
scrollAmount = CGPointMake(scrollAmount.x * sqrt(1.0/2.0), scrollAmount.y * sqrt(1.0/2.0))
}
return scrollAmount
}
Objective-C
#pragma mark - CPMapTemplateDelegate
- (void)mapTemplate:(CPMapTemplate *)mapTemplate panBeganWithDirection:(CPPanDirection)direction {
}
- (void)mapTemplate:(CPMapTemplate *)mapTemplate panWithDirection:(CPPanDirection)direction {
CGPoint scrollAmount = [self scrollAmountForPanDirection:direction];
GMSCameraUpdate *scroll = [GMSCameraUpdate scrollByX:scrollAmount.x Y:scrollAmount.y];
[_mapView animateWithCameraUpdate:scroll];
}
- (void)mapTemplate:(CPMapTemplate *)mapTemplate panEndedWithDirection:(CPPanDirection)direction {
}
- (CGPoint)scrollAmountForPanDirection:(CPPanDirection)direction {
static const CGFloat scrollDistance = 80.;
CGPoint scrollAmount = {0., 0.};
if (direction & CPPanDirectionLeft) {
scrollAmount.x = -scrollDistance;
}
if (direction & CPPanDirectionRight) {
scrollAmount.x = scrollDistance;
}
if (direction & CPPanDirectionUp) {
scrollAmount.y = -scrollDistance;
}
if (direction & CPPanDirectionDown) {
scrollAmount.y = scrollDistance;
}
if (scrollAmount.x != 0 && scrollAmount.y != 0) {
// Adjust length if scrolling diagonally.
scrollAmount =
CGPointMake(scrollAmount.x * (CGFloat)M_SQRT1_2, scrollAmount.y * (CGFloat)M_SQRT1_2);
}
return scrollAmount;
}
Penggunaan tombol umum
Swift
// MARK: Create Buttons
func createMapButtons() -> [CPMapButton] {
let panButton = mapButton(systemImageName: "dpad.fill") { [weak self] in
self?.didTapPanButton()
}
let zoomOutButton = mapButton(systemImageName: "minus.magnifyingglass") { [weak self] in
self?.didTapZoomOutButton()
}
let zoomInButton = mapButton(systemImageName: "plus.magnifyingglass") { [weak self] in
self?.didTapZoomInButton()
}
let myLocationButton = mapButton(systemImageName: "location") { [weak self] in
self?.didTapMyLocationButton()
}
let mapButtons = [panButton, zoomOutButton, zoomInButton, myLocationButton]
return mapButtons
}
func mapButton(systemImageName: String, handler: @escaping () -> Void) -> CPMapButton {
}
// MARK: Button callbacks
@objc func didTapPanButton() {
mapTemplate?.showPanningInterface(animated: true)
}
@objc func didTapZoomOutButton() {
mapView.animate(with: GMSCameraUpdate.zoomOut())
}
@objc func didTapZoomInButton() {
mapView.animate(with: GMSCameraUpdate.zoomIn())
}
@objc func didTapMyLocationButton() {
if let lastLocation = lastLocation {
let cameraPosition = GMSCameraPosition(target: lastLocation.coordinate, zoom: 15)
mapView.animate(to: cameraPosition)
}
}
Objective-C
#pragma mark - Create Buttons
- (NSArray<CPMapButton *>*)createMapButtons {
NSMutableArray<CPMapButton *> *mapButtons = [NSMutableArray<CPMapButton *> array];
__weak __typeof__(self) weakSelf = self;
CPMapButton *panButton = [self mapButtonWithSystemImageNamed:@"dpad.fill"
handler:^(CPMapButton *_) {
[weakSelf didTapPanButton];
}];
[mapButtons addObject:panButton];
CPMapButton *zoomOutButton =
[self mapButtonWithSystemImageNamed:@"minus.magnifyingglass"
handler:^(CPMapButton *_Nonnull mapButon) {
[weakSelf didTapZoomOutButton];
}];
[mapButtons addObject:zoomOutButton];
CPMapButton *zoomInButton =
[self mapButtonWithSystemImageNamed:@"plus.magnifyingglass"
handler:^(CPMapButton *_Nonnull mapButon) {
[weakSelf didTapZoomInButton];
}];
[mapButtons addObject:zoomInButton];
CPMapButton *myLocationButton =
[self mapButtonWithSystemImageNamed:@"location"
handler:^(CPMapButton *_Nonnull mapButton) {
[weakSelf didTapMyLocationButton];
}];
[mapButtons addObject:myLocationButton];
return mapButtons;
}
#pragma mark - Button Callbacks
- (void)didTapZoomOutButton {
[_mapView animateWithCameraUpdate:[GMSCameraUpdate zoomOut]];
}
- (void)didTapZoomInButton {
[_mapView animateWithCameraUpdate:[GMSCameraUpdate zoomIn]];
}
- (void)didTapMyLocationButton {
CLLocation *location = self.lastLocation;
if (location) {
GMSCameraPosition *position =
[[GMSCameraPosition alloc] initWithTarget:self.lastLocation.coordinate zoom:15.];
[_mapView animateToCameraPosition:position];
}
}
- (void)didTapPanButton {
[_mapTemplate showPanningInterfaceAnimated:YES];
_isPanningInterfaceEnabled = YES;
}
- (void)didTapStopPanningButton {
[_mapTemplate dismissPanningInterfaceAnimated:YES];
_isPanningInterfaceEnabled = NO;
}
Catatan: Rute alternatif tidak dapat dipilih di layar CarPlay. Aplikasi tersebut harus dipilih dari ponsel sebelum CarPlay dimulai.
Menampilkan rute navigasi
Bagian ini membahas cara menyiapkan pemroses untuk feed data dan cara mengisi rute navigasi di panel panduan dan estimasi perjalanan. Lihat bagian "Mem-build Aplikasi Navigasi CarPlay" dalam Panduan Pemrograman Aplikasi CarPlay untuk mengetahui informasi selengkapnya.
Panel panduan dan estimasi perjalanan menyediakan kartu navigasi yang menampilkan informasi navigasi terkait perjalanan saat ini. Library TurnByTurn di Navigation SDK dapat membantu memberikan beberapa informasi ini, seperti simbol, teks, dan waktu tersisa.
Menyiapkan pemroses
Ikuti petunjuk untuk menyiapkan pemroses peristiwa di Detail tentang feed data rute per belokan.
Mengisi informasi navigasi
Bagian pertama contoh kode berikut menunjukkan cara membuat estimasi perjalanan
CarPlay dengan menerjemahkan
GMSNavigationNavInfo.timeToCurrentStepSeconds
ke CPTravelEstimate
. Anda dapat
membaca selengkapnya tentang elemen tampilan ini dan elemen tampilan lainnya di Detail tentang feed data
peta belokan demi belokan.
Bagian kedua contoh menunjukkan cara membuat objek dan menyimpannya di
kolom userInfo
dari CPManuevers
. Hal ini menentukan CPManeuverDisplayStyle
,
yang juga digunakan untuk informasi panduan jalur. Lihat Panduan
Pemrograman
Aplikasi CarPlay Apple
untuk mengetahui informasi selengkapnya.
Swift
// Get a CPTravelEstimate from GMSNavigationNavInfo
func getTravelEstimates(from navInfo:GMSNavigationNavInfo) -> CPTravelEstimates {
let distanceRemaining = navInfo.roundedDistance(navInfo.distanceToCurrentStepMeters)
let timeRemaining = navInfo.roundedTime(navInfo.timeToCurrentStepSeconds)
let travelEstimates = CPTravelEstimates(distanceRemaining: distanceRemaining, timeRemaining: timeRemaining)
return travelEstimates
}
// Create an object to be stored in the userInfo field of CPManeuver to determine the CPManeuverDisplayStyle.
/** An object to be stored in the userInfo field of a CPManeuver. */
struct ManeuverUserInfo {
var stepInfo: GMSNavigationStepInfo
var isLaneGuidance: Bool
}
func mapTemplate(_ mapTemplate: CPMapTemplate, displayStyleFor maneuver: CPManeuver) -> CPManeuverDisplayStyle {
let userInfo = maneuver.userInfo
if let maneuverUserInfo = userInfo as? ManeuverUserInfo {
return maneuverUserInfo.isLaneGuidance ? .symbolOnly : .leadingSymbol
}
return .leadingSymbol
}
// Get a CPManeuver with instructionVariants and symbolImage from GMSNavigationStepInfo
func getManeuver(for stepInfo: GMSNavigationStepInfo) -> CPManeuver {
let maneuver = CPManeuver()
maneuver.userInfo = ManeuverUserInfo(stepInfo: stepInfo, isLaneGuidance: false)
switch stepInfo.maneuver {
case .destination:
maneuver.instructionVariants = ["Your destination is ahead."]
break
case .destinationLeft:
maneuver.instructionVariants = ["Your destination is ahead on your left."]
break
case .destinationRight:
maneuver.instructionVariants = ["Your destination is ahead on your right."]
break
default:
maneuver.attributedInstructionVariants = currentNavInfo?.instructions(forStep: stepInfo, options: instructionOptions)
break
}
maneuver.symbolImage = stepInfo.maneuverImage(with: instructionOptions.imageOptions)
return maneuver
}
// Get the lane image for a CPManeuver from GMSNavigationStepInfo
func laneGuidanceManeuver(for stepInfo: GMSNavigationStepInfo) -> CPManeuver? {
let maneuver = CPManeuver()
maneuver.userInfo = ManeuverUserInfo(stepInfo: stepInfo, isLaneGuidance: true)
let lanesImage = stepInfo.lanesImage(with: imageOptions)
guard let lanesImage = lanesImage else { return nil }
maneuver.symbolImage = lanesImage
return maneuver
}
Objective-C
// Get a CPTravelEstimate from GMSNavigationNavInfo
- (nonull CPTravelEstimates *)travelEstimates:(GMSNavigationNavInfo *_Nonnull navInfo) {
NSMeasurement<NSUnitLength *> *distanceRemaining = [navInfo roundedDistance:navInfo.distanceToCurrentStepMeters];
NSTimeInterval timeRemaining = [navInfo roundedTime:navInfo.timeToCurrentStepSeconds];
CPTravelEstimate* travelEstimate = [[CPTravelEstimates alloc] initWithDistanceRemaining:distanceRemaining
timeRemaining:timeRemaining];
}
// Create an object to be stored in the userInfo field of CPManeuver to determine the CPManeuverDisplayStyle.
/** An object to be stored in the userInfo field of a CPManeuver. */
@interface ManeuverUserInfo : NSObject
@property(nonatomic, readonly, nonnull) GMSNavigationStepInfo *stepInfo;
@property(nonatomic, readonly, getter=isLaneGuidance) BOOL laneGuidance;
- (nonnull instancetype)initWithStepInfo:(GMSNavigationStepInfo *)stepInfo
isLaneGuidance:(BOOL)isLaneGuidance NS_DESIGNATED_INITIALIZER;
- (instancetype)init NS_UNAVAILABLE;
@end
- (CPManeuverDisplayStyle)mapTemplate:(CPMapTemplate *)mapTemplate
displayStyleForManeuver:(nonnull CPManeuver *)maneuver {
ManeuverUserInfo *userInfo = maneuver.userInfo;
return userInfo.laneGuidance ? CPManeuverDisplayStyleSymbolOnly : CPManeuverDisplayStyleDefault;
}
// Get a CPManeuver with instructionVariants and symbolImage from GMSNavigationStepInfo
- (nonnull CPManeuver *)maneuverForStep:(nonnull GMSNavigationStepInfo *)stepInfo {
CPManeuver *maneuver = [[CPManeuver alloc] init];
maneuver.userInfo = [[ManeuverUserInfo alloc] initWithStepInfo:stepInfo isLaneGuidance:NO];
switch (stepInfo.maneuver) {
case GMSNavigationManeuverDestination:
maneuver.instructionVariants = @[ @"Your destination is ahead." ];
break;
case GMSNavigationManeuverDestinationLeft:
maneuver.instructionVariants = @[ @"Your destination is ahead on your left." ];
break;
case GMSNavigationManeuverDestinationRight:
maneuver.instructionVariants = @[ @"Your destination is ahead on your right." ];
break;
default: {
maneuver.attributedInstructionVariants =
[_currentNavInfo instructionsForStep:stepInfo options:_instructionOptions];
break;
}
}
maneuver.symbolImage = [stepInfo maneuverImageWithOptions:_instructionOptions.imageOptions];
return maneuver;
}
// Get the lane image for a CPManeuver from GMSNavigationStepInfo
- (nullable CPManeuver *)laneGuidanceManeuverForStep:(nonnull GMSNavigationStepInfo *)stepInfo {
CPManeuver *maneuver = [[CPManeuver alloc] init];
maneuver.userInfo = [[ManeuverUserInfo alloc] initWithStepInfo:stepInfo isLaneGuidance:YES];
UIImage *lanesImage = [stepInfo lanesImageWithOptions:_imageOptions];
if (!lanesImage) {
return nil;
}
maneuver.symbolImage = lanesImage;
return maneuver;
}
Manuver
CarPlay menggunakan class
CPManeuver
untuk memberikan
panduan belokan demi belokan. Lihat Detail tentang feed data rute per belokan untuk informasi selengkapnya tentang manuver dan panduan jalur.