danielzeller/Depth-LIB-Android-
Depth LIB Android
Depth-LIB-Android- is a view depth library and layout framework for Android that provides tools for adding spatial layering and thickness effects to user interface elements. It functions as a custom shadow renderer designed to establish a visual hierarchy through three-dimensional depth.
The library specifically provides rotation-consistent shadows, ensuring that shadows remain visually aligned and attached to UI elements even as the associated view is rotated.
The system manages these effects through a custom drawing pipeline and canvas-based rendering to handle shadow blurring, opacity, and dynamic offset calculations. It organizes interface elements into stacked z-order levels to maintain visual consistency and spatial hierarchy across the view hierarchy.
Features
- Visual Depth Effects - Provides a framework for creating perceived spatial depth and visual thickness for Android UI elements.
- Layered Depth Rendering - Implements a custom canvas drawing system to render depth effects on separate layers for rotation consistency.
- Android UI Shadow Renderers - Provides a custom renderer specifically for maintaining shadow consistency during Android view rotations.
- View Depth Libraries - Provides a library specifically for adding spatial layering and thickness effects to Android UI elements.
- Drawing Implementation - Overrides standard Android drawing methods to implement a bespoke rendering pipeline for shadow blurring and opacity.
- Rotation-Consistent - Ensures shadows remain visually aligned and consistent even when the associated element is rotated.
- Rotation-Aware Shadow Rendering - Renders shadows that remain correctly aligned and attached to UI elements even during rotation.
- Android Component Styling - Applies advanced visual treatments to Android components to improve the overall layering and depth of the interface.
- Layered Overlay Hierarchies - Organizes interface elements into stacked z-order levels to create a sense of physical thickness and spatial hierarchy.
- Transform-Based Offset Calculation - Computes shadow positions in real time based on the current rotation and scale of the associated view.
- UI Layout Frameworks - Offers a layout framework focused on establishing visual hierarchy through three-dimensional depth and layering.
- Visual Depth Layering - Implements a system for applying layering and thickness to simulate three-dimensional spatial hierarchy.
