tencent cloud

CITransformation transform = new CITransformation();

// Scale the image’s width to 50% without changing the height.
transform.thumbnailByWidthScale(50);
// Scale the image’s height to 50% without changing the width.
transform.thumbnailByHeightScale(50);
// Scale both the image’s width and height to 50%.
transform.thumbnailByScale(50);

// Scale the image’s width to 50 with the height scaled automatically.
transform.thumbnailByWidth(50);
// Scale the image’s height to 50 with the width scaled automatically.
transform.thumbnailByHeight(50);
// Set both the minimum width and height of the output image to 50 to scale the image.
transform.thumbnailByMinWH(50, 50);
// Set both the maximum width and height of the output image to 50 to scale the image.
transform.thumbnailByMaxWH(50, 50);
// Scale both the image’s width and height to 50 with the original aspect ratio ignored. Note that the image might be distorted.
transform.thumbnailByWH(50, 50);

// Scale the image proportionally by limiting the total number of pixels of the output image to 1,000.
transform.thumbnailByPixel(1000);

// Crop the image to the specified width and height (vertical and horizontal offsets relative to the upper-left vertex).
transform.cut(100, 300, 30, 30);

// Set the radius to 100.
transform.iradius(100);

// Set the corner radius to 100.
transform.rradius(100);

// Scale and crop the input image to the target width and height.
transform.cropByWH(100, 100);
// Scale and crop the input image to the target width and height with the reference point (CIGravity) specified.
transform.cropByWH(100, 100, CIGravity.CENTER);
// Scale and crop the input image to the target width.
transform.cropByWidth(100);
// Scale and crop the input image to the target width with the reference point (CIGravity) specified.
transform.cropByWidth(100, CIGravity.CENTER);
// Scale and crop the input image to the target height.
transform.cropByHeight(100);
// Scale and crop the input image to the target height with the reference point (CIGravity) specified.
transform.cropByHeight(100, CIGravity.CENTER);

// Crop the face from the image and scale both the width and height to 100.
transform.scrop(100, 100);

// Rotate the image by 45 degrees.
transform.rotate(45);

transform.rotate();

// Convert an image into JPEG.
 transform.format(CIImageFormat.JPEG, CIImageLoadOptions.LoadTypeUrlFooter);

// Loading option 1: Include the accept header (accept:image/xxx).
LoadTypeAcceptHeader,

// Loading option 2: Append imageMogr2/format/xxx to the URL.
LoadTypeUrlFooter,

    implementation 'com.tencent.qcloud:tpg:1.3.1'	

defaultConfig {
    ndk {
       // Set the .so library frameworks that are supported.
        abiFilters 'armeabi' //, 'x86', 'armeabi-v7a', 'x86_64', 'arm64-v8a'
    }
}

transform.gifOptimization(50);

transform.jpegInterlaceMode(true);

// Set the absolute quality of the image. Value range: 0−100. By default, the smaller value between the original image quality and the specified quality will be used.
transform.quality(90);
// Set the lowest quality of the output image. Value range: 0−100.
// If the input image quality is 85 and `lquality` is set to 80, the quality of the output image is 85.
// If the input image quality is 60 and `lquality` is set to 80, the quality of the output image will be improved to 80.
transform.lowestQuality(90);
// Set the relative quality of the image, relative to that of the input image. Value range: 0−100. For example, if the input image quality is 80 and `rquality` is set to `80`, the quality of the output image is 64 (that is, 80 x 80%).
transform.relativelyQuality(80);

// Set the blur radius to 20 and the standard deviation of the normal distribution to 20.
transform.blur(20, 20);

// Set the sharpening value to 70.
transform.sharpen(70);

WatermarkImageTransform watermarkImageTransform = new WatermarkImageTransform
        // Set the URL of the image watermark.
        .Builder(imageurl)
        // Set the reference point in the 3x3 grid position diagram.
        .setGravity(CIGravity.CENTER)
        // Set the adaptation mode for an image watermark that is larger than the input image.
        .setBlogo(1)
        // Set the horizontal offset.
        .setDistanceX(10)
        // Set the vertical offset.
        .setDistanceY(10)
        .builder();
transform.watermarkImage(watermarkImageTransform);

WatermarkTextTransform watermarkImageTransform = new WatermarkTextTransform
        // Set the watermark text.
        .Builder("Watermark")
        // Set the reference point in the 3x3 grid position diagram.
        .setGravity(CIGravity.CENTER)
        // Set the font.
        .setFont("tahoma.ttf")
        // Set the font size.
        .setFontSize(13)
        // Set the text color.
        .setFill("#FF0000")
        // Set the opacity of the watermark.
        .setDissolve(80)
        // Set the horizontal offset.
        .setDistanceX(10)
        // Set the vertical offset.
        .setDistanceY(10)
        // Enable text watermark tiling to tile the watermark across the image.
        .openBatch()
        // Rotate the watermark.
        .rotate(45)
        .builder();
transform.watermarkText(watermarkImageTransform);

transform.strip();

transform
        .thumbnailByScale(80)
        .iradius(100)
        .blur(20,20)
        .strip();