FaceComparator

FaceComparator.kt

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);
}

FaceCompareConfiguration config = new FaceCompareConfiguration
    .Builder()
    .setProcessMode(.processMode == -1 ?
        VisionConfiguration.MODE_IN : VisionConfiguration.MODE_OUT) .build();//Whether the calling mode is intra-process. 0 indicates intra-process, while -1 indicates inter-process.
mFaceComparator.setConfiguration(config);

mFaceCompareResult = new FaceCompareResult();
resultCode = -1;
//Check whether the detect method is executed asynchronously.
if (!AiEngineMgr.isAsync) {
    resultCode = mFaceComparator.faceCompare(image1, image2, mFaceCompareResult, null);
} else {
    mFaceComparator.faceCompare(image1, image2, null,
        new VisionCallback<FaceCompareResult>() {
            @Override
            public void onResult(FaceCompareResult faceCompareResult){
                mFaceCompareResult = faceCompareResult;
                resultCode = 0;
            }
 
            @Override
            public void onError(int i){
                resultCode = i;
                HopeCVLog.d(temp_Log,"onError: "+i);
            }
 
            @Override
            public void onProcessing(float v){
            }
        });
}