RealityKit is a framework. Is used to implement high-performance 3D simulation and rendering.
Using realityKit developers will have more visual, audio, and animation control when working on their AR.
Capture chair image and arrange in other places
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In the above image, the chairs are arranged using the AR Kit
1. Custom Shaders & Meshes
Reality Kit has two amazing features that bring RealityKit to the next level.
Using this feature developers customize materials and graphics and generate 3D content or shapes.
2. Faces
Using TrueDepth camera you can access face meshes
This feature is used for AR photo filters that need to place some content that fits to the face shape.
3. Audio
Using this new AudioBufferResource you can create spatial-aware sounds dynamically instead of loading from static files.
4. Component System
The session highlighted updates to the entity components
To build your own entity component system you can arrange assets in your AR scene and you can build more complex functionality into the system layer.
The session introduced Systems in such a way to control 3D models, listen for the updates and coordinate with the events. EntityQuery is used to search a scene for entities with specified components.
Entity should be used as a container of components with an identifier, so all information about the appearance, animation, behaviors and other states should belong in components.
5. Animation
Now it’s possible to blend multiple animations together and adjust the speed and also work with animation timelines. It will be easy to tailor animations beyond what a USDZ already contains.
6. Character Controller
3D reconstruction of the world from the LiDAR on iPhone 12 Pro and iPad Pro, Scene Understanding makes AR experiences even more realistic by allowing virtual content to collide with and be occluded by the real world.
A Character Controller makes it easy to work with user-controlled objects. Simply, with our iOS app development services, we define a CapsuleShape that takes the shape and size of the 3D model to detect collisions with the world around you. Then you can call the move(to:) method to have the character navigate around real obstacles on its way to the final destination. Or, if you’d prefer a more direct path, teleport(to:) will move the object without paying attention to objects in the way.
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