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īut this does not solve the issue with large devices, where stretching or just resizing the UI components is not the most elegant way of taking advantage of the screen real-estate. It allows you to specify the position and size for each view according to spatial relationships with other views in the layout.įor more information regarding ConstraintLayout, check out this article here. It can be used for creating flexible and responsive UI designs that adapt to different screen sizes and dimensions.
ANDROID RESPONSIVE LAYOUT ANDROID
One of the revolutionary things introduced in the Android world for UI designing is ConstraintLayout. In order to handle different screen sizes and pixel densities, the following concepts are used in Android: 1. In this article, I will show you some of the approaches that you can follow while designing such a layout.īefore moving on to building responsive layouts in Flutter, I would like to throw some light on how Android and iOS handle layouts for different screen sizes natively. There is no hard and fast rule for designing a responsive layout in Flutter. It’s always a challenge to adapt your app to that variety of screen sizes and pixel densities using the same codebase. Flutter being a cross-platform app development framework supports devices with hugely varying screen sizes, it can run on a device as small as a smartwatch to devices like a large TV.