When I use the create a resources function to read the audio file in the immersive.usda file, it doesn’t work. The compiler reports that it cannot find the file in the project. I tried to get the URL of the immersive.usda file when creating a new default project, but I couldn’t retrieve it either. Why is that? Maybe I’m missing some configuration steps?

Like title, I want to ask how to use this APIs: CameraFrameProvider I got the warning : Cannot find 'CameraFrameProvider' in scope Xcode 16.0 beta 4 imported ARKit imported Vision

My goal is to pin an attachment view precisely at the point where I tap on an entity using SpatialTapGesture. However, the current code doesn't pin the attachment view accurately to the tapped point. Instead, it often appears in space rather than on the entity itself. The issue might be due to an incorrect conversion of coordinates or values. My code: struct ImmersiveView: View { @State private var location: GlobeLocation? var body: some View { RealityView { content, attachments in guard let rootEnity = try? await Entity(named: "Scene", in: realityKitContentBundle) else { return } content.add(rootEnity) }update: { content, attachments in if let earth = content.entities.first?.findEntity(named: "Earth"),let desView = attachments.entity(for: "1") { let pinTransform = computeTransform(for: location ?? GlobeLocation(latitude: 0, longitude: 0)) earth.addChild(desView) // desView.transform = desView.setPosition(pinTransform, relativeTo: earth) } } attachments: { Attachment(id: "1") { DescriptionView(location: location) } } .gesture(DragGesture().targetedToAnyEntity().onChanged({ value in value.entity.position = value.convert(value.location3D, from: .local, to: .scene) })) .gesture(SpatialTapGesture().targetedToAnyEntity().onEnded({ value in })) } func lookUpLocation(at value: CGPoint) -> GlobeLocation? { return GlobeLocation(latitude: value.x, longitude: value.y) } func computeTransform(for location: GlobeLocation) -> SIMD3<Float> { // Constants for Earth's radius. Adjust this to match the scale of your 3D model. let earthRadius: Float = 1.0 // Convert latitude and longitude from degrees to radians let latitude = Float(location.latitude) * .pi / 180 let longitude = Float(location.longitude) * .pi / 180 // Calculate the position in Cartesian coordinates let x = earthRadius * cos(latitude) * cos(longitude) let y = earthRadius * sin(latitude) let z = earthRadius * cos(latitude) * sin(longitude) return position } } struct GlobeLocation { var latitude: Double var longitude: Double }