scwang90/SmartRefreshLayout

Features

• Scroll View Wrappers - Provides a scroll view wrapper that integrates interactive refresh headers and loading footers into Android UIs.
• Pull-to-Refresh Components - Integrates pull-to-refresh and pull-to-load functionality into Android applications with custom animations.
• Refresh Controls - Provides an extensible system for defining custom visual behavior and event handling for refresh headers.
• Android UI Components - Creates branded scrolling experiences with secondary refresh levels and themed loading indicators.
• Android Scroll Physics Customization - Fine-tunes the tactile feel of scrollable views through adjusted drag resistance and overscroll physics.
• Automatic Pagination Triggers - Automatically starts the loading process for pagination when a list reaches the bottom during fast scrolling.
• Gesture Interaction Libraries - Handles complex touch gestures, scroll physics, and rebound effects within mobile user interfaces.
• Tactile Feel Tuning - Provides fine-grained control over drag rates, rebound durations, and bounce effects for a natural scrolling feel.
• Pull-to-Refresh Frameworks - Provides a framework for implementing pull-down refresh and pull-up loading behaviors with customizable animations.
• Trigger Configurations - Configures refresh event triggers using custom animations, distances, and update listeners.
• Pull-Up Loading Indicators - Implements loading events triggered when a user drags a footer up or reaches the bottom of a list.
• Nested Scroll Coordination - Synchronizes touch events between a parent container and internal scrollable views to prevent movement conflicts.
• Scroll Synchronization - Synchronizes scrolling behavior between the refresh wrapper and internal scrollable content to ensure seamless interactions.
• Android Nested Scrolling - Coordinates complex view hierarchies to ensure seamless interaction between nested scrolling components.
• Refresh-Enabled Scroll Wrappers - Wraps scrollable views to add interactive refresh headers and loading footers with synchronized scrolling.
• View Wrappers - Implements a container-based design that wraps Android views to inject refresh and loading logic.
• Refresh Indicator - Provides a pluggable system for swapping out refresh indicators by implementing a common interface.
• Interactive Gesture-Driven Animations - Designs interactive headers and footers that react to touch gestures using bezier paths and water-drop effects.
• Load-More Eligibility Logic - Determines whether the load-more trigger is active based on whether the current content fills a full page.
• Drag Friction Settings - Defines the damping effect by setting the ratio between finger movement and visual layout displacement.
• Bezier-Based Progress Indicators - Supports rendering circular, animated refresh indicators using wave effects and Bezier paths.
• Multi-Level Refresh Menus - Implements a two-level refresh mechanism providing users access to additional options beyond the primary pull-down action.
• Multitouch Gesture Processing - Handles simultaneous finger inputs to drive refresh animations without interrupting the main scroll logic.
• Refresh Interaction Modes - Offers multiple interaction modes including translation, stretching, and full-screen overlays for refresh areas.
• Refresh Indicator Transitions - Provides movement styles like sliding, scaling, or full-screen overlays for refresh indicator entrance.
• Overscroll Rebound Physics - Calculates the return-to-zero animation when a user releases a drag beyond the content boundary.
• Refresh Indicator Customizations - Enables swapping default refresh headers with custom views or animations via configuration.
• Physics-Based Animations - Implements water-drop visual effects that react dynamically to pull-down gestures to indicate refresh progress.
• Scroll Behavior Control - Toggles nested scrolling and content translation to manage interactions between scrollable areas and refresh elements.
• Damping Translation Mappings - Maps raw finger movement to visual displacement using ratios to create natural-feeling drag resistance.
• Translation-Based Layout Shifting - Moves the entire content area vertically to expose the refresh header during pull-down gestures.
• State-Driven Animations - Triggers specific visual transitions and interpolators based on the current refresh or loading state.

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