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Create custom layouts for Wear

With Wear OS by Google, creating layouts for a watch is similar to creating them for a phone, except that you have to design for the screen size and for glanceability. Do not port the functionality and UI from a phone app to a watch and expect a good experience.

You should create custom layouts only when necessary. Read the Designing for Wear OS guidelines for information on designing great watch apps.

Create custom notifications

In general, you should create notifications on the phone and let them automatically sync to the wearable. This lets you build your notifications once and have them appear on many types of devices (not just watches, but eventually Auto and TV) without having to design them for different form factors.

If the standard notification styles don't work for you (such as NotificationCompat.BigTextStyle or NotificationCompat.InboxStyle), you can display an activity with a custom layout. You can only create and issue custom notifications on the watch, and the system does not sync these notifications to the phone.

Note: When creating custom notifications on the watch, you can use the standard notification APIs (API Level 20) instead of the Support Library.

To create a custom notification:

  1. Create a layout and set it as the content view for the activity that you want to display.


    override fun onCreate(savedInstanceState: Bundle?) {


    public void onCreate(Bundle bundle){
  2. Define necessary properties for the activity in the Android manifest to allow the activity to be displayed in the watch's context stream process. You need to declare the activity to be exportable, be embeddable, and have an empty task affinity. We also recommend setting the theme to Theme.DeviceDefault.Light. For example:
    <activity android:name="com.example.MyDisplayActivity"
        android:theme="@android:style/Theme.DeviceDefault.Light" />
  3. Create a PendingIntent for the activity that you want to display. For example:


    val notificationPendingIntent: PendingIntent =
            Intent(this, { notificationIntent ->


    Intent notificationIntent = new Intent(this, NotificationActivity.class);
    PendingIntent notificationPendingIntent = PendingIntent.getActivity(
            this, 0, notificationIntent, PendingIntent.FLAG_UPDATE_CURRENT);
  4. Build a Notification and call setDisplayIntent() providing the PendingIntent. The system uses this PendingIntent to launch the activity when users view your notification.
  5. Issue the notification using the notify() method.

    Note: In Wear 1.x, when a notification is peeking on the homescreen, the system displays it with a standard template that it generates from the notification's semantic data. This template works well on all watchfaces. When users swipe the notification up, they'll then see the custom activity for the notification.

Create layouts with the Wear UI Library

The Wear UI Library is automatically included when you create your watch app with the Android Studio Project Wizard. You can also add this library to your build.gradle file with the following dependency declaration:

dependencies {
    compile fileTree(dir: 'libs', include: ['*.jar'])
    compile 'androidx.wear:wear:1.0.0'
    compile ''

This library helps you build UIs that are designed for watches. For more information, see Create custom UIs for Wear devices.

Here are some of the major classes:

A FrameLayout object that's aware of screen shape and can box its children in the center square of a round screen.
An activity that displays confirmation animations after the user completes an action.
A group of animations that should be played together.
A layout that provides a circular countdown timer around a child view. Typically used as an automatic timer to confirm an operation after a short delay has elapsed.
SnapHelper supports snapping for a RecyclerView object.
Implementation of the SnapHelper instance supporting pager style snapping in either vertical or horizontal orientation.
A subclass of Dialog that can display one, two or three buttons.
Displays a bar to the user representing how far the operation has progressed; the application can change the amount of progress (modifying the length of the bar) as it moves forward.
Wearable specific implementation of the RecyclerView class for displaying scrollable lists of items in square and round devices.

Wear UI Library API reference

The reference documentation explains how to use each UI widget in detail. Browse the Wear API reference documentation for the classes above.

Note: We recommend using Android Studio for Wear OS development, as it provides project setup, library inclusion, and packaging conveniences.