A customizable iOS slider component with multiple thumbs, range highlighting, snap intervals, and value labels for both UIKit and SwiftUI.
MultiSlider is an open-source iOS slider component that extends the standard UISlider with support for multiple thumbs, allowing selection of several values at once. It solves the need for advanced range selection interfaces in iOS apps, offering features like range highlighting, snap intervals, and customizable value labels.
iOS developers building apps that require complex slider controls, such as those for filtering, multi-value selection, or configuration panels in both UIKit and SwiftUI projects.
Developers choose MultiSlider for its extensive customization options, dual UIKit/SwiftUI support, and ability to handle multi-thumb interactions out-of-the-box, saving time compared to building custom slider solutions from scratch.
UISlider clone with multiple thumbs and values, range highlight, optional snap intervals, optional value labels, either vertical or horizontal.
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Supports multiple draggable thumbs for selecting several values simultaneously, as shown in the usage example with arrays like [1, 4.5, 5], enabling complex range selections.
Offers deep appearance controls including track width, colors, thumb images, and haptic feedback, detailed in the 'Changing Appearance' and 'Images' sections.
Provides both UIKit and SwiftUI implementations, with examples for each, making it adaptable to different iOS project architectures.
Includes optional snap steps and haptic feedback for precise value selection, enhancing user interaction quality as described in the snap steps section.
The README lists multiple legacy versions for different Swift versions, indicating potential maintenance and upgrade complexities that could hinder adoption.
As a specialized component, it lacks the broad community support, plugins, and extensive documentation of more popular UI libraries like SnapKit or Lottie.
With features like value labels and multiple thumbs, it might introduce rendering overhead in performance-sensitive applications, especially with many interactive elements.