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

Example 6 with OutputPort

use of androidx.media.filterfw.OutputPort in project platform_frameworks_base by android.

the class FloatArrayToStrFilter method onProcess.

/**
     * @see androidx.media.filterfw.Filter#onProcess()
     */
@Override
protected void onProcess() {
    FrameValue arrayFrame = getConnectedInputPort("array").pullFrame().asFrameValues();
    float[] array = (float[]) arrayFrame.getValue();
    String outstr = Arrays.toString(array);
    OutputPort outPort = getConnectedOutputPort("string");
    FrameValue stringFrame = outPort.fetchAvailableFrame(null).asFrameValue();
    stringFrame.setValue(outstr);
    outPort.pushFrame(stringFrame);
}

Example 7 with OutputPort

use of androidx.media.filterfw.OutputPort in project platform_frameworks_base by android.

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 8 with OutputPort

use of androidx.media.filterfw.OutputPort in project platform_frameworks_base by android.

the class NormFilter method onProcess.

@Override
protected void onProcess() {
    FrameValue xFrameValue = getConnectedInputPort("x").pullFrame().asFrameValue();
    float xValue = ((Float) xFrameValue.getValue()).floatValue();
    FrameValue yFrameValue = getConnectedInputPort("y").pullFrame().asFrameValue();
    float yValue = ((Float) yFrameValue.getValue()).floatValue();
    float norm = (float) Math.hypot(xValue, yValue);
    if (mLogVerbose)
        Log.v(TAG, "Norm = " + norm);
    OutputPort outPort = getConnectedOutputPort("norm");
    FrameValue outFrame = outPort.fetchAvailableFrame(null).asFrameValue();
    outFrame.setValue(norm);
    outPort.pushFrame(outFrame);
}

Example 9 with OutputPort

use of androidx.media.filterfw.OutputPort in project platform_frameworks_base by android.

the class ToGrayValuesFilter method onProcess.

@Override
protected void onProcess() {
    OutputPort outPort = getConnectedOutputPort("image");
    FrameImage2D inputImage = getConnectedInputPort("image").pullFrame().asFrameImage2D();
    int[] dim = inputImage.getDimensions();
    FrameBuffer2D outputFrame;
    ByteBuffer grayBuffer;
    if (isOpenGLSupported()) {
        // crop out the portion of inputImage that will be used to generate outputFrame.
        int modular = dim[0] % 4;
        int[] outDim = new int[] { dim[0] - modular, dim[1] };
        outputFrame = outPort.fetchAvailableFrame(outDim).asFrameBuffer2D();
        grayBuffer = outputFrame.lockBytes(Frame.MODE_WRITE);
        int[] targetDims = new int[] { outDim[0] / 4, outDim[1] };
        FrameImage2D targetFrame = Frame.create(mImageInType, targetDims).asFrameImage2D();
        mShader.setSourceQuad(Quad.fromRect(0f, 0f, ((float) outDim[0]) / dim[0], 1f));
        mShader.setUniformValue("pix_stride", 1f / outDim[0]);
        mShader.process(inputImage, targetFrame);
        RenderTarget grayTarget = targetFrame.lockRenderTarget();
        grayTarget.readPixelData(grayBuffer, targetDims[0], targetDims[1]);
        targetFrame.unlock();
        targetFrame.release();
    } else {
        outputFrame = outPort.fetchAvailableFrame(dim).asFrameBuffer2D();
        grayBuffer = outputFrame.lockBytes(Frame.MODE_WRITE);
        ByteBuffer inputBuffer = inputImage.lockBytes(Frame.MODE_READ);
        if (!toGrayValues(inputBuffer, grayBuffer)) {
            throw new RuntimeException("Native implementation encountered an error during processing!");
        }
        inputImage.unlock();
    }
    outputFrame.unlock();
    outPort.pushFrame(outputFrame);
}

Example 10 with OutputPort

use of androidx.media.filterfw.OutputPort in project platform_frameworks_base by android.

the class CropFilter method onProcess.

@Override
protected void onProcess() {
    OutputPort outPort = getConnectedOutputPort("image");
    // Pull input frame
    FrameImage2D inputImage = getConnectedInputPort("image").pullFrame().asFrameImage2D();
    int[] inDims = inputImage.getDimensions();
    int[] croppedDims = { (int) Math.ceil(mCropRect.xEdge().length() * inDims[0]), (int) Math.ceil(mCropRect.yEdge().length() * inDims[1]) };
    int[] outDims = { getOutputWidth(croppedDims[0], croppedDims[1]), getOutputHeight(croppedDims[0], croppedDims[1]) };
    FrameImage2D outputImage = outPort.fetchAvailableFrame(outDims).asFrameImage2D();
    if (isOpenGLSupported()) {
        FrameImage2D sourceFrame;
        Quad sourceQuad = null;
        boolean scaleDown = (outDims[0] < croppedDims[0]) || (outDims[1] < croppedDims[1]);
        if (scaleDown && mUseMipmaps) {
            mPow2Frame = TransformUtils.makeMipMappedFrame(mPow2Frame, croppedDims);
            int[] extDims = mPow2Frame.getDimensions();
            float targetWidth = croppedDims[0] / (float) extDims[0];
            float targetHeight = croppedDims[1] / (float) extDims[1];
            Quad targetQuad = Quad.fromRect(0f, 0f, targetWidth, targetHeight);
            mShader.setSourceQuad(mCropRect);
            mShader.setTargetQuad(targetQuad);
            mShader.process(inputImage, mPow2Frame);
            TransformUtils.generateMipMaps(mPow2Frame);
            sourceFrame = mPow2Frame;
            sourceQuad = targetQuad;
        } else {
            sourceFrame = inputImage;
            sourceQuad = mCropRect;
        }
        mShader.setSourceQuad(sourceQuad);
        mShader.setTargetRect(0f, 0f, 1f, 1f);
        mShader.process(sourceFrame, outputImage);
    } else {
        // Convert quads to canvas coordinate space
        Quad sourceQuad = mCropRect.scale2(inDims[0], inDims[1]);
        Quad targetQuad = Quad.fromRect(0f, 0f, inDims[0], inDims[1]);
        // Calculate transform for crop
        Matrix transform = Quad.getTransform(sourceQuad, targetQuad);
        transform.postScale(outDims[0] / (float) inDims[0], outDims[1] / (float) inDims[1]);
        // Create target canvas
        Bitmap.Config config = Bitmap.Config.ARGB_8888;
        Bitmap cropped = Bitmap.createBitmap(outDims[0], outDims[1], config);
        Canvas canvas = new Canvas(cropped);
        // Draw source bitmap into target canvas
        Paint paint = new Paint();
        paint.setFilterBitmap(true);
        Bitmap sourceBitmap = inputImage.toBitmap();
        canvas.drawBitmap(sourceBitmap, transform, paint);
        // Assign bitmap to output frame
        outputImage.setBitmap(cropped);
    }
    outPort.pushFrame(outputImage);
}