When I define a .hoverEffect {} like below, the .draggable() functionality stops working: Image(“MyImage”) .resizable() .frame(width: 150, height: 150) .aspectRatio(contentMode: .fit) .padding(5) .draggable("foo") .hoverEffect { effect, isActive, proxy in effect.scaleEffect(!isActive ? 1.0 : 1.1) // <— breaks draggable() } Occurring on VisionOS 2.0 Beta 4 SDK, Xcode 16 Beta 4. I have filed a feedback. Meanwhile, does anyone have a workaround for this? I would really much like to have a hover scale effect for my draggable view. And for example, .hoverEffect(.highlight) does not break .draggable().

I have been trying to replicate the entity transform functionality present in the magnificent app Museum That Never Was (https://apps.apple.com/us/app/the-museum-that-never-was/id6477230794) -- it allows you to simultaneously rotate, magnify and translate the entity, using gestures with both hands (as opposed to normal DragGesture() which is a one-handed gesture). I am able to rotate & magnify simultaneously but translating via drag does not activate while doing two-handed gestures. Any ideas? My setup is something like so: Gestures: var drag: some Gesture { DragGesture() .targetedToEntity(where: QueryPredicate<Entity>.has(MyComponent.self)) .onChanged { value in gestureTranslation = value.convert(value.translation3D, from: .local, to: .scene) } .onEnded { value in itemTranslation += gestureTranslation gestureTranslation = .init() } } var rotate: some Gesture { RotateGesture3D() .targetedToEntity(where: QueryPredicate<Entity>.has(MyComponent.self)) .onChanged { value in gestureRotation = simd_quatf(value.rotation.quaternion).inverse } .onEnded { value in itemRotation = gestureRotation * itemRotation gestureRotation = .identity } } var magnify: some Gesture { MagnifyGesture() .targetedToEntity(where: QueryPredicate<Entity>.has(MyComponent.self)) .onChanged { value in gestureScale = Float(value.magnification) } .onEnded { value in itemScale *= gestureScale gestureScale = 1.0 } } RealityView modifiiers: .simultaneousGesture(drag) .simultaneousGesture(rotate) .simultaneousGesture(magnify) RealityView update block: entity.position = itemTranslation + gestureTranslation + exhibitDefaultPosition entity.orientation = gestureRotation * itemRotation entity.scaleAll(itemScale * gestureScale)

Hey, I'm wondering what would be the proper way to add RealityView content asynchronously, while doing the heavy lifting in a background thread. My use case is that I am generating procedural geometry which takes a few seconds to complete. Meanwhile I would like the UI to show other geometry / UI elements and the Main thread to be responsive. Basically what I would like to do, in pseudocode, is: runInBackgroundThread { let geometry = generateGeometry() // CPU intensive, takes 1-2 s let entity = createEntity(geometry) // CPU intensive, takes ~1 s let material = try! await ShaderGraphMaterial(..) entity.model!.materials = [material] runInMainThread { addToRealityViewContent(entity) } } With this I am running into so many issues with especially the material, which apparently cannot be constructed on a non-main thread and cannot be passed over thread borders.

Hey, as it would seem that PerspectiveCamera (https://developer.apple.com/documentation/realitykit/perspectivecamera) is available for VisionOS 1.0+, I was wondering if there is any way of accessing it and its PerspectiveCameraComponent in order to set the near / far clipping planes for a fully immersive application?