Description: Non-linear interaction in augmented reality (AR) refers to a type of user interaction that does not follow a predefined or linear path, allowing users to explore and make decisions that affect the outcome of their experience. Unlike linear interactions, where the user follows a fixed set of steps, non-linear interaction offers greater freedom and flexibility, which can result in multiple outcomes and personalized experiences. This form of interaction is based on AR’s ability to overlay digital information onto the real world, enabling users to interact with virtual elements in a more dynamic and creative way. The main characteristics of non-linear interaction include free exploration, real-time decision-making, and the possibility that different choices lead to different outcomes. This form of interaction is particularly relevant in contexts where personalization and user experience are crucial, such as in gaming, education, and marketing. By allowing users to become active participants rather than mere observers, non-linear interaction in AR transforms the way information is experienced and how the environment is interacted with, fostering deeper learning and a greater emotional connection to the content.
Uses: Non-linear interaction in augmented reality is used in various applications, such as in video games where players can make decisions that affect the narrative and game development. It is also applied in educational environments, where students can explore concepts interactively and personalize their learning paths. In marketing, brands use this interaction to create immersive experiences that allow consumers to engage creatively with products and services.
Examples: An example of non-linear interaction in augmented reality is the game ‘Pokémon GO’, where players can choose different routes and strategies to capture Pokémon in the real world. Another example is the ‘Google Lens’ application, which allows users to interact with their environment by scanning objects and receiving contextual information in a non-linear manner.
