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//Pass the click event to the ARFrame object and generate the hit detection result.
List<ARHitResult> hitResults = arFrame.hitTest(motionEvent);
//Create an anchor at the detected hit location to enable the AR Engine to continuously track the location.
for (ARHitResult arHitResult : hitResults) {
    arHitResult.createAnchor();
}

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//Obtain a frame of data from ARSession.
ARFrame arFrame = mArSession.update();
//Obtain the ARCamera object from the ARFrame object. The ARCamera object can obtain the projection matrix of the camera to render the window.
ARCamera arCamera = arFrame.getCamera();
//Obtain all trackable planes from ARSession.
Collection<ARPlane> arPlanes = mArSession.getAllTrackables(ARPlane.class);

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//Create an ARSession.
mArSession = new ARSession(this);
//Select a specific Config to initialize the ARSession based on the application scenario.
ARWorldTrackingConfig config = new ARWorldTrackingConfig(mArSession);
mArSession.configure(config);
mArSession.resume();

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boolean isInstallArEngineApk = AREnginesApk.isAREngineApkReady(this);
 
if (!isInstallArEngineApk) {
    // ConnectAppMarketActivity.class is the activity for redirecting to AppGallery.
    startActivity(new Intent(this, com.huawei.arengine.demos.common.ConnectAppMarketActivity.class));
    isRemindInstall = true;
}

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try {
    Float confidence = mFaceCompareResult.isSamePerson();
    boolean samePerson = mFaceCompareResult.getSocre();
} catch (Exception e) {
    e.printStackTrace();
}

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FaceComparator mFaceComparator = new FaceComparator(mContext);

VisionImage image1 = null;
VisionImage image2 = null;
if (bitmapFirst != null) {
    image1 = VisionImage.fromBitmap(bitmapFirst);
}
if (bitmapSecond != null) {
    image2 = VisionImage.fromBitmap(bitmapSecond);
}

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VisionBase.init(MainActivity.this, new ConnectionCallback(){
    @Override
    public void onServiceConnect(){
        Log.i(LOG_TAG, "onServiceConnect");
    }
 
    @Override
    public void onServiceDisconnect(){
        Log.i(LOG_TAG, "onServiceDisconnect");
    }

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import com.huawei.hiai.vision.visionkit.common.Frame;//Load the frame class.
import com.huawei.hiai.vision.face.FaceComparator;//Load the face comparison class.
import com.huawei.hiai.vision.visionkit.face.FaceCompareResult;//Load the face comparison result class.
import com.huawei.hiai.vision.common.VisionBase;//Load the static class for connecting to the service.
import com.huawei.hiai.vision.common.ConnectionCallback;//Load the callback for connecting to the service.
import com.huawei.hiai.vision.common.VisionImage;//Load the VisionImage class.
import com.huawei.hiai.vision.visionkit.face.FaceCompareConfiguration;//Load the facial comparison configuration class.

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public class ExampleFragment extends Fragment implements ExampleView {
  @BindView(R.id.userData) TextView userData;
  @BindView(R.id.loadingView) View loadingView;
  @BindView(R.id.errorView) TextView errorView;
  @BindView(R.id.emptyView) View emptyView;
@Override public Observable<String> showUserDataIntent() {
    return "";
  }

  @Override public void render(ExampleViewState viewState) {

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interface ExampleView : MvpView { 
   /**     * Emits button clicks as Observables     */    
   fun showUserDataIntent(): Observable<Unit>     
/**     * Render the state in the UI     */    
   fun render(state: ExampleViewState)
}