01
About
While my research in "Let's Plant" project, I realized that to solve users’ problem with plants, I need to add an Augmented Reality (AR) feature to my app. This can reassure the user by visualizing the plant in their space before making the purchase. In order to provide the user with the full AR experience, I researched AR features. Following my research, I was able to equip my prototype with an experience that closely resembles real-life.
Augmented Reality is defined as the technology that incorporates real-time inputs from the existing world to create an output that combines both real-world data and some programmed, interactive elements which operate on those real-world inputs.
02
Workflow
As a first step, I read about AR in general, and about AR apps that are available in the market, in order to identify the processes that I will need to implement in order to create a reliable app. One major source of information was the AR developer manual (https://developer.apple.com/design/human-interface-guidelines/technologies/augmented-reality/) which provided me with a comprehensive tutorial about the steps that need to be taken. Next, I've found Vectary, a 3d design and AR platform, and started to learn and implement my own ideas.
Building on my years of previous experience with 3d modeling, I created 3d models for various different plants. For each plant, I further employed a selection of multiple plant pots and sizes. I then adjusted the textures and lightning in Vectary to give the plants a realistic look. Using the app that I created, these models can be generated into AR and placed by the users in the real world, thereby providing a unique user experience.
Click to try it in your space
Using what that I created, these models can be generated into AR and placed by the users in the real world, thereby providing a unique user experience.
Once placed, the features of the space can be further adjusted. In particular, following my research, I realized that a central feature to consider is light. The right lightning conditions are crucial to keep a plant alive. Therefore, in order to provide the user with the best options with plants that would fit their space, the app needs to analyze the lightning conditions that are available. I therefore designed the app to gather lightning information, which helped me navigate optimal user flow in the AR process.
Another importment principle in AR is the use of touchscreen gestures.
These gestures improve usability by helping the user to understand the steps that should be taken,
and guiding them through the AR process.
After completing the prototype, I conducted user testing with my AR model, and sent it to potential users to try it in their space. Try it in your space