Increased truth may not be an iOS function, but Apple’s recent instruments will render its long-lasting dream of AR ubiquity a little simpler than designers.
The firm has provided ARKit for the most recent edition with some exciting improvements and launched the new application development system, RealityKit.
Apple’s movement to RealityKits may begin to invade Unity and Unreal, which enable 3D contents to be constructed by developers, but understandably they weren’t really built up from the very start with AR.
What is Reality Kit?
RealityKit is a fresh iOS app development framework that is cooked in Xcode 11 and iOS 13 to enable designers to make picture-realistic representations in their worlds of increased truth. It helps Apple developer(or you can say iOS app developer) to integrate high-performance 3D simulation and rendering. It also enables animations, impacts, physics and more on AR items.
Image Credit: Apple Developers Site
RealityKit is a Swift API, which comes with aniOS 13 SDK connection. You can use the language feature of Swift to create an AR experience that is even quicker than using RealityKit.
Two wide categories of AR applications exist, marker-based applications and location-based apps. Marker-based applications are using predefined markers to activate the display of AR picture overlays. Site-based applications use GPS, accelerometer or compass to show AR items over and above the physical objects.
Top 8 features of reality kit to develop augmented reality apps for iOS
1. Scalable performance
The GPU is used by RealityKit to get the most of the rendition results; it also utilizes CPU caches and multi-core processing to ensure the scenarios for customers are smooth. Apple advertises that only one AR experience needs to be built, which can suit the efficiency of every iOS phone it operates.
2. Shared AR experiences
Last year, Apple introduced the capacity to create shared experiences in ARKit; this year, Apple will take it one step further to facilitate the networking aspect of the ideas for designers.
With RealityKit, networking tasks like maintenance of the kit are automatically handled without the developer having to write this semi boilerplate code for himself, optimize the network traffic and handle packet loss, as well as the transfer.
3. Animation and audio
Image Credit: Lifewire
Animations like wiggle or spin are enjoyable activities to make certain items more useful. The application also enables the start of animations when a customer approaches an item, moves his machine or meets another trigger indicated with Reality Composer.
Audio is generally plain within augmented reality scenes, but Apple did something exciting with Reality Composer. Within the app, you can use spatial recordings, which allows you to play distinct video videos when you move into a specific portion of the scene, thus enhancing the depth of the scenes of reality.
4. Record and play
Allows you to readily log sensor information (such as shifting machine around, zooming on to the AR scene in a specific place, and so on). It’s helpful because every time you change the AR scene, you don’t have to construct and operate your app continuously on a computer and test it manually.
Apple created Composer Reality cross-cutting, enabling designers and visual designers to edit AR scenes — and the whole experience— along with Mac and iOS device animations and activities. This allows you to edit the scenes from anywhere and reduce the cost for graphic designers to start with AR scene design.
6. Excellent camera and light quality
The RealityKit uses an amazing camera and light quality to give an out of the world experience along with surround sound for that cherry on top. A good camera and visual quality will be your best companion with this technology and will keep the users stuck to your app or else poor visuals will only spoil the ratings of your app.
7. Cloud support vs local storage
You must decide whether user data is stored locally or in the cloud when you create augmented reality app. The amount of markers that you generate mainly determines this choice. If you plan to add a big amount of markers to your applications, consider saving all of this information in the cloud. In addition, it is important to have an understanding of the number of markers your app utilizes because SDKs help hundreds of markers while others help thousands.
8. Open scene graph support
Open Scene Graph (Anwendungs programming Interface) is open source graphics toolkit 3D. It is used by application development companies in fields such as computer games, enhanced and virtual reality, scientific visualization and modelling.
Of course, technology for increased truth is trendy. A wave of enthusiasm occurs with each fresh AR app release. Having this technology master and launching your own AR applications, knowledgeable developers.
Now, designers have a broad variety of AR toolboxes for creating location-based applications. The first stage is to identify the best Augmented Reality SDK that suits your needs. This paper allows simple comparisons to be carried out with characteristics such as pictures and 3D identification, memory capacities, Unity and SLAM assist.
We have seen above what exactly the RealityKit Framework is, various features of RealityKit, and how it is useful in integrating 3D simulation & rendering while creating augmented reality apps.
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