Apps using MaterialRangeBar

MaterialRangeBar is a powerful and customizable Android library that provides a modern, Material Design-inspired range selector component for Android applications. This versatile SDK allows developers to easily implement a sleek and intuitive range selection interface, perfect for applications that require users to choose values within a specific range. MaterialRangeBar is designed to seamlessly integrate with Android's Material Design guidelines, ensuring a cohesive and visually appealing user experience across various Android devices and versions. One of the key features of MaterialRangeBar is its ability to support both single and dual thumbs, allowing users to select either a single value or a range between two values. This flexibility makes it suitable for a wide array of applications, from audio equalizers to price range selectors in e-commerce apps. The library offers smooth animations and haptic feedback, enhancing the overall user interaction and providing a more engaging experience. Developers will appreciate the extensive customization options provided by MaterialRangeBar. The SDK allows for easy modification of various visual elements, including thumb size, color, and shape, as well as the bar's thickness, color, and gradient. These customization options enable developers to tailor the appearance of the range selector to match their app's unique design language and branding. MaterialRangeBar also supports advanced features such as step size configuration, allowing developers to define discrete intervals for value selection. This is particularly useful in scenarios where precise control over the selectable values is required, such as in scientific or financial applications. Additionally, the library provides programmatic access to the selected values, making it easy to integrate the range selector with other components of the application and perform real-time updates based on user input. The SDK is designed with performance in mind, utilizing efficient drawing techniques to ensure smooth operation even on lower-end devices. It also supports both portrait and landscape orientations, automatically adjusting its layout to provide an optimal user experience regardless of the device's orientation. MaterialRangeBar is compatible with a wide range of Android versions, from older devices running Android 4.0 (Ice Cream Sandwich) to the latest releases, ensuring broad accessibility for users across different devices. For developers seeking to implement accessibility features, MaterialRangeBar offers built-in support for screen readers and other assistive technologies. This ensures that apps using the library can cater to users with visual impairments, promoting inclusivity and adherence to accessibility guidelines. The MaterialRangeBar library is open-source and actively maintained, with regular updates and improvements based on community feedback and contributions. This collaborative approach ensures that the SDK remains up-to-date with the latest Android developments and continues to meet the evolving needs of developers and users alike. The extensive documentation and sample code provided make it easy for developers to quickly integrate MaterialRangeBar into their projects and leverage its full potential.

• MaterialRangeBar is an Android library that provides a customizable range bar widget with a material design aesthetic.
• It allows users to select a range of values between a minimum and maximum point, making it ideal for applications that require range selection functionality.
• The library supports both single and dual thumbs, enabling users to select either a single value or a range of values.
• MaterialRangeBar offers smooth animations and transitions, enhancing the user experience and providing visual feedback during interactions.
• The widget is highly customizable, allowing developers to adjust various attributes such as colors, thumb size, bar height, and tick marks.
• It supports both continuous and discrete value selection, with the option to display tick marks for precise value representation.
• The library provides easy integration with existing Android projects and is compatible with various Android versions.
• MaterialRangeBar offers built-in accessibility features, making it usable for users with disabilities and compliant with accessibility guidelines.
• It supports programmatic control, allowing developers to set and retrieve values dynamically through code.
• The library includes support for custom drawable resources, enabling developers to use their own graphics for thumbs and tick marks.
• MaterialRangeBar provides callback methods to handle user interactions and value changes, making it easy to integrate with other components of an application.
• It offers a pin feature that displays the current selected value above the thumb, providing immediate visual feedback to users.
• The library supports both landscape and portrait orientations, automatically adjusting its layout to fit the screen.
• MaterialRangeBar includes RTL (Right-to-Left) support, making it suitable for use in applications targeting diverse language markets.
• It provides methods for saving and restoring the widget's state, ensuring that selected values persist across configuration changes and app restarts.
• The library offers smooth performance and optimized rendering, even when dealing with large ranges of values.
• MaterialRangeBar supports custom formatting of displayed values, allowing developers to present values in various formats such as currency or percentages.
• It includes built-in error handling and input validation to ensure that selected values remain within the specified range.
• The library provides comprehensive documentation and sample code, making it easy for developers to implement and customize the widget in their projects.
• MaterialRangeBar is open-source and actively maintained, allowing developers to contribute to its development and benefit from community-driven improvements.

• MaterialRangeBar is a customizable Android widget that allows users to select a range of values on a horizontal bar, making it ideal for applications that require input of minimum and maximum values. One common use case is in e-commerce apps, where users can filter product searches based on price ranges, allowing them to set both a lower and upper limit for their budget.
• In fitness tracking applications, MaterialRangeBar can be utilized to set target heart rate zones for workouts. Users can easily adjust the lower and upper bounds of their desired heart rate range, helping them maintain optimal intensity during exercise sessions.
• Real estate apps can benefit from MaterialRangeBar by allowing users to specify desired property sizes or price ranges. This feature enables potential buyers or renters to narrow down their search results based on specific criteria, improving the overall user experience and efficiency of property hunting.
• For music streaming services, MaterialRangeBar can be implemented in the equalizer settings. Users can adjust multiple frequency bands simultaneously, fine-tuning their audio experience by setting custom ranges for bass, midrange, and treble frequencies.
• In photo editing applications, MaterialRangeBar can be used for adjusting various parameters such as brightness, contrast, or color saturation. Users can easily manipulate these values within a specified range, providing precise control over image enhancements.
• Travel booking platforms can utilize MaterialRangeBar to allow users to set preferred departure and arrival time ranges for flights or train journeys. This feature helps travelers find options that best fit their schedule constraints.
• In project management tools, MaterialRangeBar can be employed to visualize and adjust task durations or resource allocations. Team members can easily modify start and end dates or adjust the percentage of time allocated to specific projects.
• For educational apps, MaterialRangeBar can be used to create interactive quizzes or assessments where students need to estimate numerical ranges. This could be applied to subjects like history (guessing date ranges for events) or science (estimating temperature ranges for chemical reactions).
• In weather forecast applications, MaterialRangeBar can display expected temperature ranges for upcoming days. Users can quickly grasp the daily temperature fluctuations and plan their activities accordingly.
• Video editing apps can implement MaterialRangeBar for trimming video clips or selecting specific segments for editing. Users can easily adjust the start and end points of a video section they wish to modify or extract.

• MaterialRangeBar is a popular Android library for creating customizable range seekbars, but there are several alternatives available for developers looking for similar functionality or different features. One such alternative is RangeSeekBar, which offers a simple and customizable range seekbar implementation for Android applications. This library allows users to select a range of values using two draggable thumbs and supports both integer and floating-point ranges.
• Another option is CrystalRangeSeekbar, a powerful and flexible range seekbar library that provides a wide range of customization options. It offers features such as custom colors, corner radius adjustments, and the ability to set minimum and maximum values. CrystalRangeSeekbar also supports both single and dual thumb modes, making it versatile for various use cases.
• For developers looking for a more modern and Material Design-compliant alternative, the Material Range Bar library is an excellent choice. This library implements a range seekbar following Material Design guidelines and offers smooth animations, customizable colors, and support for both single and dual thumb modes. It also provides options for displaying labels and tick marks along the seekbar.
• The Android-Range-Seek-Bar library is another viable alternative that offers a simple and lightweight implementation of a range seekbar. It supports both single and dual thumb modes, allows for custom styling, and provides callbacks for value changes. This library is particularly useful for developers who need a straightforward solution without excessive overhead.
• For those seeking a more feature-rich option, the RangeSlider library by Stepstone-tech is worth considering. This library offers a highly customizable range slider with support for multiple thumbs, custom step values, and various styling options. It also provides robust documentation and examples, making it easy for developers to integrate and customize according to their needs.
• The Croller library presents a unique alternative for developers looking for a circular range selector. While not a traditional range seekbar, Croller offers a circular progress view that can be used to select values within a specified range. This library provides a visually appealing and interactive way to input range values, especially suitable for applications with a focus on user experience and design.
• Another interesting alternative is the Fluid Slider library, which offers a unique and visually appealing way to select values within a range. This library implements a slider with a fluid-like animation, providing a smooth and engaging user experience. While it doesn't support dual thumbs like traditional range seekbars, it offers a refreshing take on value selection that can enhance the visual appeal of an application.
• For developers working with Jetpack Compose, the Compose Range Slider is a built-in component that provides range selection functionality. This alternative is particularly useful for those transitioning to Compose or building new applications using this modern UI toolkit. The Compose Range Slider offers seamless integration with other Compose components and follows Material Design guidelines.
• The ArcSeekBar library presents an alternative approach to range selection by implementing a circular or arc-shaped seekbar. This library allows users to select values by dragging along an arc, providing a unique and visually interesting input method. While not a direct replacement for traditional range seekbars, ArcSeekBar can be an excellent choice for applications seeking a distinctive user interface element.
• Lastly, the EazeGraph library, while primarily focused on creating various types of graphs and charts, also includes a ValueBar component that can be used as an alternative to traditional range seekbars. This component allows for the visualization of a range of values and can be customized to fit various design requirements. EazeGraph's ValueBar is particularly useful for applications that need to display data ranges alongside other graphical elements.