A Swift UI module for implementing 'Progressive Reduction' in iOS tab bars and other UI elements.
AdaptiveController is a Swift UI module that implements 'Progressive Reduction' for iOS applications. It allows developers to create UI elements that automatically simplify their appearance over time—such as tab bars transitioning from text labels to icons—based on user interaction duration or launch counts. This helps reduce interface clutter as users become more familiar with the app.
iOS developers building applications where user experience can benefit from adaptive interfaces that evolve with user familiarity, particularly those focused on reducing visual complexity over time.
Developers choose AdaptiveController for its specialized implementation of Progressive Reduction, offering a structured way to make iOS interfaces self-optimizing based on usage patterns without manual intervention, enhancing long-term usability.
:octocat: AdaptiveController is a 'Progressive Reduction' Swift UI module for adding custom states to Native or Custom iOS UI elements. Swift UI component by @Ramotion
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Directly implements the Progressive Reduction design philosophy, allowing UI elements like tab bars to automatically transition from text to icons based on user acclimation, as demonstrated in the README with state examples.
Supports state transitions based on both days since install and number of app launches through AdaptiveDateState and AdaptiveLaunchesState, offering customization in how UI evolves.
Works with custom UI elements via the AdaptiveApperanceProtocol, enabling integration beyond native components, though it requires manual implementation as shown in the code snippets.
Includes a ready-to-use AdaptiveTabBar that demonstrates the concept, providing a practical starting point for developers to adapt.
The README outlines a multi-step manual integration involving dragging projects, configuring build phases, and extensive code setup for appearances and states, which can be error-prone and time-consuming.
Custom elements must adopt and implement multiple optional methods from AdaptiveApperanceProtocol, adding significant development complexity and maintenance burden.
Instructions are verbose but lack clarity, modern Swift conventions, and comprehensive examples beyond tab bars, making adoption challenging for broader use cases.
While extensible, the primary example and use case are centered around tab bars, limiting immediate utility for other UI components without additional customization work.