How does navigation work on Android applications?
For many users, navigating or moving between pages in the apps is an essential everyday activity. Navigation makes it simple for clients to have a better digital experience, whether they are switching between pages or browsing the app’s key information. There is a lot more to explore in terms of navigation’s technological aspect. Let’s begin with the various categories of navigation. You can also learn more about Android-Kotlin navigation from Kotlin training institute in Kochi and create your Android applications in Kotlin language.
Types of Navigation in Android
The user can move between the various app windows with the help of different navigation methods. These navigation strategies make use of accessible platforms, material that incorporates navigation behavior, and various navigational elements.
Based on the information architecture of every app, users can travel in one of three directions.
These three directions for navigation consist of:
1. Lateral
The movement between screens that are part of the same hierarchy is highlighted. The primary navigational element of any app must allow users to reach all destinations at the top of its hierarchical structure. It makes it possible to switch between different areas of a set quickly and access functionalities.
2. Forward
There are three different ways to go between screens while using forward navigation in any program.
These gestures comprise:
- Downward : It enables access to deep content from a child screen to a parent screen.
- Sequential : Similar to any checkout procedure, it enables travel through a sequential or organized succession of screens.
- Direct : It enables easy switching between one screen and another.
3. Reverse
It refers to switching back between different screens. It makes it easier to advance through an app hierarchy or the screen history in reverse chronological order. In reverse navigation, it’s critical to put the user experience first by taking users back to their previous screen position and state to facilitate faster task restart or memory retrieval. If the previous state of the screen is not available due to information clearing for privacy, it must provide a clear message. Additionally, any reverse navigation must show how a child screen is related to screens further on the hierarchy.
If you want to know more about Android, you can check out Android mobile app training in Kochi.