Examples with FrameImage2D androidx.media.filterfw.FrameImage2D used on opensource projects

Example 66 with FrameImage2D

use of androidx.media.filterfw.FrameImage2D in project android_frameworks_base by crdroidandroid.

the class Camera2Source method onProcess.

@Override
protected void onProcess() {
    Log.v(TAG, "on Process");
    if (nextFrame()) {
        OutputPort outPort = getConnectedOutputPort("video");
        // Create a 2D frame that will hold the output
        int[] dims = new int[] { mWidth, mHeight };
        FrameImage2D outputFrame = Frame.create(mOutputType, dims).asFrameImage2D();
        rgbConverter.forEach(mAllocationOut);
        mAllocationOut.copyTo(mBitmap);
        outputFrame.setBitmap(mBitmap);
        outPort.pushFrame(outputFrame);
        outputFrame.release();
        OutputPort orientationPort = getConnectedOutputPort("orientation");
        FrameValue orientationFrame = orientationPort.fetchAvailableFrame(null).asFrameValue();
        // FIXME: Hardcoded value because ORIENTATION returns null, Qualcomm
        // bug
        Integer orientation = mProperties.get(CameraCharacteristics.SENSOR_ORIENTATION);
        float temp;
        if (orientation != null) {
            temp = orientation.floatValue();
        } else {
            temp = 90.0f;
        }
        orientationFrame.setValue(temp);
        orientationPort.pushFrame(orientationFrame);
    }
}

Example 67 with FrameImage2D

use of androidx.media.filterfw.FrameImage2D in project android_frameworks_base by crdroidandroid.

the class IfElseFilter method onProcess.

@Override
protected void onProcess() {
    OutputPort outPort = getConnectedOutputPort("output");
    FrameImage2D trueFrame = getConnectedInputPort("trueResult").pullFrame().asFrameImage2D();
    FrameImage2D falseFrame = getConnectedInputPort("falseResult").pullFrame().asFrameImage2D();
    FrameValue boolFrameValue = getConnectedInputPort("condition").pullFrame().asFrameValue();
    boolean condition = (Boolean) boolFrameValue.getValue();
    FrameBuffer2D outputFrame;
    // If the condition is true, then we want to use the camera, else use the gallery
    if (condition) {
        outputFrame = trueFrame;
    } else {
        outputFrame = falseFrame;
    }
    outPort.pushFrame(outputFrame);
}

Example 68 with FrameImage2D

use of androidx.media.filterfw.FrameImage2D in project android_frameworks_base by crdroidandroid.

the class ImageGoodnessFilter method onProcess.

/**
     * @see androidx.media.filterfw.Filter#onProcess()
     */
@Override
protected void onProcess() {
    FrameValue sharpnessFrameValue = getConnectedInputPort("sharpness").pullFrame().asFrameValue();
    float sharpness = ((Float) sharpnessFrameValue.getValue()).floatValue();
    FrameValue overExposureFrameValue = getConnectedInputPort("overExposure").pullFrame().asFrameValue();
    float overExposure = ((Float) overExposureFrameValue.getValue()).floatValue();
    FrameValue underExposureFrameValue = getConnectedInputPort("underExposure").pullFrame().asFrameValue();
    float underExposure = ((Float) underExposureFrameValue.getValue()).floatValue();
    FrameValue colorfulnessFrameValue = getConnectedInputPort("colorfulness").pullFrame().asFrameValue();
    float colorfulness = ((Float) colorfulnessFrameValue.getValue()).floatValue();
    FrameValue contrastRatingFrameValue = getConnectedInputPort("contrastRating").pullFrame().asFrameValue();
    float contrastRating = ((Float) contrastRatingFrameValue.getValue()).floatValue();
    FrameValue brightnessFrameValue = getConnectedInputPort("brightness").pullFrame().asFrameValue();
    float brightness = ((Float) brightnessFrameValue.getValue()).floatValue();
    FrameValue motionValuesFrameValue = getConnectedInputPort("motionValues").pullFrame().asFrameValue();
    float[] motionValues = (float[]) motionValuesFrameValue.getValue();
    float vectorAccel = (float) Math.sqrt(Math.pow(motionValues[0], 2) + Math.pow(motionValues[1], 2) + Math.pow(motionValues[2], 2));
    String outStr;
    FrameValue capturingFrameValue = getConnectedInputPort("capturing").pullFrame().asFrameValue();
    boolean capturing = (Boolean) capturingFrameValue.getValue();
    FrameImage2D inputImage = getConnectedInputPort("image").pullFrame().asFrameImage2D();
    // TODO: get rid of magic numbers
    float score = 0.0f;
    score = computePictureScore(vectorAccel, sharpness, underExposure, overExposure, contrastRating, colorfulness, brightness);
    if (scoreMean == 0)
        scoreMean = score;
    else
        scoreMean = scoreMean * (1 - DECAY) + score * DECAY;
    if (motionMean == 0)
        motionMean = vectorAccel;
    else
        motionMean = motionMean * (1 - DECAY) + vectorAccel * DECAY;
    float classifierScore = classifierComputeScore(vectorAccel, sharpness, underExposure, colorfulness, contrastRating, score);
    //        Log.v(TAG, "ClassifierScore:: " + classifierScore);
    final float GREAT_SCORE = 3.5f;
    final float GOOD_SCORE = 2.5f;
    final float OK_SCORE = 1.5f;
    final float BAD_SCORE = 0.5f;
    if (score >= GREAT_SCORE) {
        outStr = GREAT;
    } else if (score >= GOOD_SCORE) {
        outStr = GOOD;
    } else if (score >= OK_SCORE) {
        outStr = OK;
    } else if (score >= BAD_SCORE) {
        outStr = BAD;
    } else {
        outStr = AWFUL;
    }
    if (capturing) {
        if (outStr.equals(GREAT)) {
            // take a picture
            Bitmap bitmap = inputImage.toBitmap();
            new AsyncOperation().execute(bitmap);
            final float RESET_FEATURES = 0.01f;
            sharpnessMean = RESET_FEATURES;
            underExposureMean = RESET_FEATURES;
            overExposureMean = RESET_FEATURES;
            contrastMean = RESET_FEATURES;
            colorfulnessMean = RESET_FEATURES;
            brightnessMean = RESET_FEATURES;
        }
    }
    OutputPort outPort = getConnectedOutputPort("goodOrBadPic");
    FrameValue stringFrame = outPort.fetchAvailableFrame(null).asFrameValue();
    stringFrame.setValue(outStr);
    outPort.pushFrame(stringFrame);
    OutputPort scoreOutPort = getConnectedOutputPort("score");
    FrameValue scoreFrame = scoreOutPort.fetchAvailableFrame(null).asFrameValue();
    scoreFrame.setValue(score);
    scoreOutPort.pushFrame(scoreFrame);
}

Example 69 with FrameImage2D

use of androidx.media.filterfw.FrameImage2D in project android_frameworks_base by crdroidandroid.

the class AvgBrightnessFilter method onProcess.

@Override
protected void onProcess() {
    FrameImage2D inputImage = getConnectedInputPort("image").pullFrame().asFrameImage2D();
    float brightness;
    ByteBuffer inputBuffer = inputImage.lockBytes(Frame.MODE_READ);
    brightness = brightnessOperator(inputImage.getWidth(), inputImage.getHeight(), inputBuffer);
    inputImage.unlock();
    if (mLogVerbose)
        Log.v(TAG, "contrastRatio: " + brightness);
    OutputPort brightnessPort = getConnectedOutputPort("brightnessRating");
    FrameValue brightnessOutFrame = brightnessPort.fetchAvailableFrame(null).asFrameValue();
    brightnessOutFrame.setValue(brightness);
    brightnessPort.pushFrame(brightnessOutFrame);
}

Example 70 with FrameImage2D

use of androidx.media.filterfw.FrameImage2D in project android_frameworks_base by crdroidandroid.

the class FaceSquareFilterTest method testFaceSquareFilter.

public void testFaceSquareFilter() throws Exception {
    final int INPUT_WIDTH = 1536;
    final int INPUT_HEIGHT = 2048;
    FrameImage2D image = createFrame(FrameType.image2D(FrameType.ELEMENT_RGBA8888, FrameType.READ_CPU), new int[] { INPUT_WIDTH, INPUT_HEIGHT }).asFrameImage2D();
    FrameValues facesFrame = createFrame(FrameType.array(Camera.Face.class), new int[] { 1, 1 }).asFrameValues();
    Bitmap bitmap = BitmapFactory.decodeStream(assetMgr.open("XZZ019.jpg"));
    image.setBitmap(bitmap);
    injectInputFrame("image", image);
    Face face = new Face();
    Rect faceRect = new Rect();
    // These are the values for image 141 with 1 face
    faceRect.set(-533, -453, 369, 224);
    face.rect = faceRect;
    Face[] faces = new Face[1];
    faces[0] = face;
    facesFrame.setValue(faces);
    injectInputFrame("faces", facesFrame);
    process();
    // ensure the output image has the rectangle in the right place
    FrameImage2D outputImage = getOutputFrame("image").asFrameImage2D();
    int[] pixels = new int[bitmap.getByteCount()];
    bitmap.getPixels(pixels, 0, bitmap.getWidth(), 0, 0, bitmap.getWidth(), bitmap.getHeight());
    final int FACE_X_RANGE = 2000;
    final int WIDTH_OFFSET = 1000;
    final int HEIGHT_OFFSET = 1000;
    int top = (faceRect.top + HEIGHT_OFFSET) * bitmap.getHeight() / FACE_X_RANGE;
    int bottom = (faceRect.bottom + HEIGHT_OFFSET) * bitmap.getHeight() / FACE_X_RANGE;
    int left = (faceRect.left + WIDTH_OFFSET) * bitmap.getWidth() / FACE_X_RANGE;
    int right = (faceRect.right + WIDTH_OFFSET) * bitmap.getWidth() / FACE_X_RANGE;
    if (top < 0) {
        top = 0;
    } else if (top > bitmap.getHeight()) {
        top = bitmap.getHeight();
    }
    if (left < 0) {
        left = 0;
    } else if (left > bitmap.getWidth()) {
        left = bitmap.getWidth();
    }
    if (bottom > bitmap.getHeight()) {
        bottom = bitmap.getHeight();
    } else if (bottom < 0) {
        bottom = 0;
    }
    if (right > bitmap.getWidth()) {
        right = bitmap.getWidth();
    } else if (right < 0) {
        right = 0;
    }
    for (int j = 0; j < (bottom - top); j++) {
        // Left edge
        if (left > 0 && top > 0) {
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * (top + j) + left) + ImageConstants.RED_OFFSET] = (byte) ImageConstants.MAX_BYTE;
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * (top + j) + left) + ImageConstants.GREEN_OFFSET] = (byte) ImageConstants.MAX_BYTE;
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * (top + j) + left) + ImageConstants.BLUE_OFFSET] = (byte) ImageConstants.MAX_BYTE;
        }
        // Right edge
        if (right > 0 && top > 0) {
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * (top + j) + right) + ImageConstants.RED_OFFSET] = (byte) ImageConstants.MAX_BYTE;
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * (top + j) + right) + ImageConstants.GREEN_OFFSET] = (byte) ImageConstants.MAX_BYTE;
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * (top + j) + right) + ImageConstants.BLUE_OFFSET] = (byte) ImageConstants.MAX_BYTE;
        }
    }
    for (int k = 0; k < (right - left); k++) {
        // Top edge
        if (top < bitmap.getHeight()) {
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * top + left + k) + ImageConstants.RED_OFFSET] = (byte) ImageConstants.MAX_BYTE;
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * top + left + k) + ImageConstants.GREEN_OFFSET] = (byte) ImageConstants.MAX_BYTE;
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * top + left + k) + ImageConstants.BLUE_OFFSET] = (byte) ImageConstants.MAX_BYTE;
        }
        // Bottom edge
        if (bottom < bitmap.getHeight()) {
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * bottom + left + k) + ImageConstants.RED_OFFSET] = (byte) ImageConstants.MAX_BYTE;
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * bottom + left + k) + ImageConstants.GREEN_OFFSET] = (byte) ImageConstants.MAX_BYTE;
            pixels[ImageConstants.PIX_CHANNELS * (bitmap.getWidth() * bottom + left + k) + ImageConstants.BLUE_OFFSET] = (byte) ImageConstants.MAX_BYTE;
        }
    }
    Bitmap outputBitmap = outputImage.toBitmap();
    int[] outputPixels = new int[outputBitmap.getByteCount()];
    outputBitmap.getPixels(outputPixels, 0, outputBitmap.getWidth(), 0, 0, outputBitmap.getWidth(), outputBitmap.getHeight());
    int equalCount = 0;
    for (int i = 0; i < outputBitmap.getByteCount(); i++) {
        if (pixels[i] == outputPixels[i])
            equalCount++;
    }
    if (equalCount + (0.05f * outputBitmap.getByteCount()) < outputBitmap.getByteCount()) {
        // Assertion will fail if condition is true
        assertEquals(equalCount, outputBitmap.getByteCount());
    }
}