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AdvancedLuban: Enhanced Image Compression for Android Apps

"AdvancedLuban" is an open-source project that enhances image compression capabilities in Android apps, providing developers with a powerful and extensible tool for managing image quality, cropping, and rotation.

"AdvancedLuban" is a library for compressing images in Android applications. It is based on the Luban library but extends its capabilities with advanced features such as image quality control, image cropping, and image rotation.

The "AdvancedLuban" project, developed by Bard, is currently under active development. It is written in Kotlin and is released under the Apache 2.0 license.

Key Features of the "AdvancedLuban" Project:

  1. Image Compression
  2. Image Quality Control
  3. Image Cropping
  4. Image Rotation

How to Use "AdvancedLuban":
To get started with "AdvancedLuban," you need to import the library. You can do so by adding the following code to your project's dependencies:

dependencies {
  implementation 'com.github.bard:advancedluban:1.0.0'
}

To compress an image, you can use the following code:

// Create a compressor
val compressor = AdvancedLuban.create()

// Set compression parameters
compressor.setQuality(80)
compressor.setCrop(true)
compressor.setRotate(90)

// Compress the image
val compressedImage = compressor.compress(image)

To retrieve the quality of the compressed image, you can use the following code:

// Get the quality of the compressed image
val quality = compressor.getQuality(compressedImage)

To retrieve the cropping information of the compressed image, you can use the following code:

// Get the cropping information of the compressed image
val cropInfo = compressor.getCropInfo(compressedImage)

To retrieve the rotation angle of the compressed image, you can use the following code:

// Get the rotation angle of the compressed image
val rotateAngle = compressor.getRotateAngle(compressedImage)

"AdvancedLuban" is a valuable tool for compressing images in Android applications. It simplifies the process of image compression and provides features such as image quality control, cropping, and rotation.

Advantages of the "AdvancedLuban" Project:

  1. Easy to use
  2. Powerful functionality
  3. Extensible

Disadvantages of the "AdvancedLuban" Project:

  1. Documentation is not yet comprehensive

Examples of Using "AdvancedLuban":
Compressing an image:

// Create a compressor
val compressor = AdvancedLuban.create()

// Set compression parameters
compressor.setQuality(80)
compressor.setCrop(true)
compressor.setRotate(90)

// Compress the image
val compressedImage = compressor.compress(image)

Getting the quality of the compressed image:

// Get the quality of the compressed image
val quality = compressor.getQuality(compressedImage)

Getting the cropping information of the compressed image:

// Get the cropping information of the compressed image
val cropInfo = compressor.getCropInfo(compressedImage)

Getting the rotation angle of the compressed image:

// Get the rotation angle of the compressed image
val rotateAngle = compressor.getRotateAngle(compressedImage)
About the author
Robert Harris

Robert Harris

I am a zealous AI info-collector and reporter, shining light on the latest AI advancements. Through various channels, I encapsulate and share innovation with a broader audience.

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