Source link: https://github.com/bmaslakov/android-close-pixelate

android-close-pixelate

This simple library allows you to easily create and combine various pixelation effects.

Based on a wonderful script by David DeSandro: close-pixelate.desandro.com.

You may be also be interested in the iOS/Swift version of the library.

Examples

Pixelate.render(bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(48)

  .setSize(50)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(48)

  .setOffset(24)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(8)

  .setSize(6)

  .build());

Pixelate.render(bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Square)

  .setResolution(32)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setOffset(15)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setSize(26)

  .setOffset(13)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setSize(18)

  .setOffset(10)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setSize(12)

  .setOffset(8)

  .build());

Pixelate.render(bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Square)

  .setResolution(48)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(48)

  .setOffset(12)

  .setAlpha(0.5f)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(48)

  .setOffset(36)

  .setAlpha(0.5f)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(16)

  .setSize(8)

  .setOffset(4)

  .build());

Pixelate.render(bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setSize(6)

  .setOffset(8)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setSize(9)

  .setOffset(16)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setSize(12)

  .setOffset(24)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setSize(9)

  .setOffset(0)

  .build());

Pixelate.render(bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(24)

  .setSize(25)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(24)

  .setOffset(12)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Square)

  .setResolution(24)

  .setAlpha(0.6f)

  .build());

Pixelate.render(bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Square)

  .setResolution(32)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setOffset(16)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(32)

  .setOffset(0)

  .setAlpha(0.5f)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(16)

  .setSize(9)

  .setOffset(0)

  .setAlpha(0.5f)

  .build());

Pixelate.render(bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(24)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(24)

  .setSize(9)

  .setOffset(12)

  .build());

Pixelate.render(bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Square)

  .setResolution(48)

  .setOffset(24)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Circle)

  .setResolution(48)

  .setOffset(0)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(16)

  .setSize(15)

  .setOffset(0)

  .setAlpha(0.6f)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(16)

  .setSize(15)

  .setOffset(8)

  .setAlpha(0.6f)

  .build());

Pixelate.render(bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Square)

  .setResolution(48)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(12)

  .setSize(8)

  .build(),

new PixelateLayer.Builder(PixelateLayer.Shape.Diamond)

  .setResolution(12)

  .setSize(8)

  .setOffset(6)

  .build());

Download

The library is available at jcenter:

repositories {

  jcenter() 
}
  dependencies {

  compile 'io.uuddlrlrba:close-pixelate:1.2.0' 
}

Usage

There are several Pixelate.from* methods in the Pixelate class, allowing to create a pixelated bitmap from other bitmaps, resources, input streams, etc:

Bitmap pixelated = new Pixelate.fromBitmap(

bitmap,

new PixelateLayer.Builder(PixelateLayer.Shape.Square)

  .setResolution(48)

  .setSize(50)

  .build() );

You also can draw directly on a bitmap or on a canvas, using Pixelate.render* methods.

There are three basic layer types:

Original	Square	Diamond	Circle

You can change size, resolution, offset and alpha parameters of each layer:

resolution = 10	resolution = 25	resolution = 20, size = 50, alpha = 0.5

You can also combine several layers into one image:

square, resolution = 25		diamond, resolution = 10
	+		=

Source link: https://github.com/bmaslakov/android-close-pixelate

Resources

Android Checkout Library

android-checkout is a library for Android In-App Billing (v3). The main goal is to reduce work which should be done by developers who want to integrate in-app purchases in their products. The project is inspired by Volley library and is designed to be easy to use, fast and flexible.

Purchases

Testdroid

Mobile App testing on 300+ real devices!

Save in App Development Costs
Reduce Risks with Proactive, Agile Testing
Speed Up Time to Market
Reduce Operational & Unpredictable Costs
Improve App Ratings & Brand Reputation

Testing Tools

koush/AndroidAsync

AndroidAsync is a low level network protocol library.

Features:

Based on NIO. One thread, driven by callbacks. Highly efficient.
All operations return a Future that can be cancelled
Socket client + socket server
HTTP client + server
WebSocket client + server
Socket.IO client

Networking

Volley-OkHttp-Android

This library is an Android networking abstraction library consisting of a combination of Volley, OkHttp, and Jackson, with a little glue to stick it all together. It's a great place to start if you need to execute requests, especially thos which return JSON.

Networking

RoboCoP

RoboCoP is a Java library that can generate a fully-functional ContentProvider from a simple JSON schema file.

Content Providers

PagedHeadListView

If you are looking for a listview with a paged header this is the dependency you are looking for. With PagedHeadListView you will be able to set your own fragments as new pages for the header, and a brand new indicator will be added automatically. You can play with all the custom attributes provided with the library to set indicator colors and position, ViewPager drag animation, and touch behaviour for the header view.

List Views

Q & A

How to access BTsync files in Pebble with Gadgetbridge?

How do I make my profile icon use the same image on my google profile?

sshd on CyanogenMod 13 Nightly failing without explanation

Nubia Z9 gives error on starting camera

Charging works well with new USB cables only

android-close-pixelate

Examples

Download

Usage

Resources

Topics