How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.
Blurkit-android is a library for applying real-time image transformations and blur-behind effects to views and bitmaps within Android applications. It functions as an image processing tool to transform visual content into blurred versions using optimized rendering methods.
The main features of camerakit/blurkit-android are: Blurred View Overlays, Android Hardware Acceleration, Image Blur Filters, GPU-Accelerated Processing, Android Blur Effect Libraries, Android Image Processing, Real-Time Background Blurs, View Snapshotting.
Projects with overlapping indexed features include: wasabeef/blurry — Blurry is an Android UI visual effect library used to apply Gaussian blur and color filters to mobile user interfaces.… dimezis/blurview — BlurView is a custom Android UI component that provides real-time, dynamic blurring effects for user interfaces. It… margelo/react-native-blur — react-native-blur provides cross-platform UI components for rendering native blur and vibrancy effects in mobile… nicklockwood/fxblurview — FXBlurView is an iOS blur effect library and image processing tool designed to render Gaussian blur effects over… crazycodeboy/takephoto — TakePhoto is an Android media capture framework and image processing library designed to manage photo acquisition and… disintegration/imaging — Imaging is a Go library for image processing that provides a set of functions for common image manipulation tasks. It…
Blurry is an Android UI visual effect library used to apply Gaussian blur and color filters to mobile user interfaces. It provides a toolset for generating blurred bitmap images from source files or memory and applying these effects to Android views and layout containers. The library implements frosted glass effects by capturing static bitmap representations of UI components and rendering them as stylized overlays. This process includes radius-driven sampling to control blur intensity and color-filter integration to modify the visual mood or readability of the background. The project covers
BlurView is a custom Android UI component that provides real-time, dynamic blurring effects for user interfaces. It functions as a layout element that applies a blur effect to the content of the underlying view hierarchy, enabling the creation of glassmorphism styles and translucent backgrounds. The project focuses on implementing dynamic background rendering that updates as the content beneath the blurred area changes. It allows for the porting of frosted glass visual styles to Android layouts through adjustable diffusion levels and rounded corner clipping. The implementation covers visual
react-native-blur provides cross-platform UI components for rendering native blur and vibrancy effects in mobile applications. It functions as a native-backed UI element that creates visual hierarchy and depth through blurred overlays and enhanced content contrast. The project includes an accessibility-aware component that automatically detects system preferences for reduced transparency and provides solid fallback colors. It utilizes native rendering to apply background blur and vibrancy layers, improving the legibility of foreground content. These components encapsulate platform-specific r
Imaging is a Go library for image processing that provides a set of functions for common image manipulation tasks. It offers capabilities for adjusting image colors, applying convolution filters, blurring, cropping, resizing, sharpening, and correcting orientation based on EXIF data. The library supports resizing images to exact dimensions or bounding boxes with aspect ratio preservation and configurable resampling filters. Color adjustments include gamma, contrast, brightness, and saturation controls, while blurring and sharpening use Gaussian-based algorithms with configurable sigma paramet