A library for creating blur effects under Android UI elements.
Easy and simple library to apply multi shaped blur filter on images (like circular view, square view, rectangle view and cut-view). This library lets you apply a fast blur effect on any images very fast because the image size will be scaled down before apply the blur effect. Doing it asynchronous or not.
This Android Project help you to make your image blur in fastest way.
Super simple and fast (on RenderScript opt.) blurred ImageView
.
Dali is an image blur library for Android. It is easy to use, fast and extensible. Dali contains several modules for either static blurring, live blurring and animations. It uses RenderScript internally (although different implementations can be chosen) and is heavily cached to be fast and keeps small memory footprint. It features a lot of additional image filters and may be easily extended and pretty every configuration can be changed.
BlurKit is an extraordinarily easy to use utility to get live blurring just like on iOS.
A easy and simple library to apply Gaussian blur on images.
It's just a realtime blurring overlay like iOS UIVisualEffectView
.
Android StackBlur with gradle support (only for the native method).
EtsyBlur is an Android library that allows developers to easily add a glass-like effect.
BlurDialogFragment allows to display DialogFragment with a burring effect behind. The blurring part is achieved through FastBlur algorithm.
This project is based on android.support.v4.app.DialogFragment and android.support.v7.app.ActionBarActivity.
BlurBehind is a library to add blur effect for your Android views.
Before API level 14 there was a Window flag called FLAG_BLUR_BEHIND
. It was used for "blurring everything behind a window" and is no longer supported by Android.
BlurBehind provides an easy way to have that effect, with customization, for your window without API level restrictions.
Sample to show how to implement blur graphical tricks.
Android StackBlur is a library that can perform a blurry effect on a Bitmap based on a gradient or radius, and return the result.