Our capture application records system audio via HAL plugin, however, with the latest macOS 15 Sequoia, all audio buffer values are zero. I am attaching sample code that replicates the problem. Compile as a Command Line Tool application with Xcode. STEPS TO REPRODUCE Install BlackHole 2ch audio driver: https://existential.audio/blackhole/download/?code=1579271348 Start some system audio, e.g. YouTube. Compile and run the sample application. On macOS up to Sonoma, you will hear audio via loopback and see audio values in the debug/console window. On macOS Sequoia, you will not hear audio and the audio values are 0. #import <AVFoundation/AVFoundation.h> #import <CoreAudio/CoreAudio.h> #define BLACKHOLE_UID @"BlackHole2ch_UID" #define DEFAULT_OUTPUT_UID @"BuiltInSpeakerDevice" @interface AudioCaptureDelegate : NSObject <AVCaptureAudioDataOutputSampleBufferDelegate> @end void setDefaultAudioDevice(NSString *deviceUID); @implementation AudioCaptureDelegate // receive samples from CoreAudio/HAL driver and print amplitute values for testing // this is where samples would normally be copied and passed downstream for further processing which // is not needed in this simple sample application - (void)captureOutput:(AVCaptureOutput *)captureOutput didOutputSampleBuffer:(CMSampleBufferRef)sampleBuffer fromConnection:(AVCaptureConnection *)connection { // Access the audio data in the sample buffer CMBlockBufferRef blockBuffer = CMSampleBufferGetDataBuffer(sampleBuffer); if (!blockBuffer) { NSLog(@"No audio data in the sample buffer."); return; } size_t length; char *data; CMBlockBufferGetDataPointer(blockBuffer, 0, NULL, &length, &data); // Process the audio samples to calculate the average amplitude int16_t *samples = (int16_t *)data; size_t sampleCount = length / sizeof(int16_t); int64_t sum = 0; for (size_t i = 0; i < sampleCount; i++) { sum += abs(samples[i]); } // Calculate and log the average amplitude float averageAmplitude = (float)sum / sampleCount; NSLog(@"Average Amplitude: %f", averageAmplitude); } @end // set the default audio device to Blackhole while testing or speakers when done // called by main void setDefaultAudioDevice(NSString *deviceUID) { AudioObjectPropertyAddress address; AudioDeviceID deviceID = kAudioObjectUnknown; UInt32 size; CFStringRef uidString = (__bridge CFStringRef)deviceUID; // Gets the device corresponding to the given UID. AudioValueTranslation translation; translation.mInputData = &uidString; translation.mInputDataSize = sizeof(uidString); translation.mOutputData = &deviceID; translation.mOutputDataSize = sizeof(deviceID); size = sizeof(translation); address.mSelector = kAudioHardwarePropertyDeviceForUID; address.mScope = kAudioObjectPropertyScopeGlobal; //???? address.mElement = kAudioObjectPropertyElementMain; OSStatus status = AudioObjectGetPropertyData(kAudioObjectSystemObject, &address, 0, NULL, &size, &translation); if (status != noErr) { NSLog(@"Error: Could not retrieve audio device ID for UID %@. Status code: %d", deviceUID, (int)status); return; } AudioObjectPropertyAddress propertyAddress; propertyAddress.mSelector = kAudioHardwarePropertyDefaultOutputDevice; propertyAddress.mScope = kAudioObjectPropertyScopeGlobal; status = AudioObjectSetPropertyData(kAudioObjectSystemObject, &propertyAddress, 0, NULL, sizeof(AudioDeviceID), &deviceID); if (status == noErr) { NSLog(@"Default audio device set to %@", deviceUID); } else { NSLog(@"Failed to set default audio device: %d", status); } } // sets Blackhole device as default and configures it as AVCatureDeviceInput // sets the speakers as loopback so we can hear what is being captured // sets up queue to receive capture samples // runs session for 30 seconds, then restores speakers as default output int main(int argc, const char * argv[]) { @autoreleasepool { // Create the capture session AVCaptureSession *session = [[AVCaptureSession alloc] init]; // Select the audio device AVCaptureDevice *audioDevice = nil; NSString *audioDriverUID = nil; audioDriverUID = BLACKHOLE_UID; setDefaultAudioDevice(audioDriverUID); audioDevice = [AVCaptureDevice deviceWithUniqueID:audioDriverUID]; if (!audioDevice) { NSLog(@"Audio device %s not found!", [audioDriverUID UTF8String]); return -1; } else { NSLog(@"Using Audio device: %s", [audioDriverUID UTF8String]); } // Configure the audio input with the selected device (Blackhole) NSError *error = nil; AVCaptureDeviceInput *audioInput = [AVCaptureDeviceInput deviceInputWithDevice:audioDevice error:&error]; if (error || !audioInput) { NSLog(@"Failed to create audio input: %@", error); return -1; } [session addInput:audioInput]; // Configure the audio data output AVCaptureAudioDataOutput *audioOutput = [[AVCaptureAudioDataOutput alloc] init]; AudioCaptureDelegate *delegate = [[AudioCaptureDelegate alloc] init]; dispatch_queue_t queue = dispatch_queue_create("AudioCaptureQueue", NULL); [audioOutput setSampleBufferDelegate:delegate queue:queue]; [session addOutput:audioOutput]; // Set audio settings NSDictionary *audioSettings = @{ AVFormatIDKey: @(kAudioFormatLinearPCM), AVSampleRateKey: @48000, AVNumberOfChannelsKey: @2, AVLinearPCMBitDepthKey: @16, AVLinearPCMIsFloatKey: @NO, AVLinearPCMIsNonInterleaved: @NO }; [audioOutput setAudioSettings:audioSettings]; AVCaptureAudioPreviewOutput * loopback_output = nil; loopback_output = [[AVCaptureAudioPreviewOutput alloc] init]; loopback_output.volume = 1.0; loopback_output.outputDeviceUniqueID = DEFAULT_OUTPUT_UID; [session addOutput:loopback_output]; const char *deviceID = loopback_output.outputDeviceUniqueID ? [loopback_output.outputDeviceUniqueID UTF8String] : "nil"; NSLog(@"session addOutput for preview/loopback: %s", deviceID); // Start the session [session startRunning]; NSLog(@"Capturing audio data for 30 seconds..."); [[NSRunLoop currentRunLoop] runUntilDate:[NSDate dateWithTimeIntervalSinceNow:30.0]]; // Stop the session [session stopRunning]; NSLog(@"Capture session stopped."); setDefaultAudioDevice(DEFAULT_OUTPUT_UID); } return 0; }

I've requested the authentication in my main app. PHPhotoLibrary.requestAuthorization(for: .readWrite) { status in } Add the privacy description in both the main app and the extension. But No matter the device is locked or unlocked. When I call let fetchResult = PHAsset.fetchAssets(with: .image, options: nil) let count = fetchResult.count the count is always zero, even after a new photo is saved to the album in the same session.

Observing 4K playback issues on tvOS 18. Encountering HTTP 416 (Range Not Satisfiable) errors when the player attempts to request byte ranges that are outside the available data on the server. This leads to fatal playback error resulting in the error CoreMediaErrorDomain error -12939 - HTTP 416: Requested Range Not Satisfiable Notably, there are no customizations or modifications to the standard AVPlayerViewController on tvOS player. AVPlayer is trying to request the resource of length equals 739 bytes with an invalid byte range (739-) request. Since the request is not satisfiable server returns with 416. Note this is only limited to tvOS 18 and we are trying to understand why AVPlayer is making this invalid request in tvOS 18 resulting in playback error.

It appears that AVAudioPlayer is maintaining a strong reference to my containing class. Here is the essential code. Pay attention to the comments. class StethRecording: NSObject, ObservableObject, Identifiable { let player: AVAudioPlayer? let id = UUID() @Published var isPlaying = false @Published var progress = 0.0 init(file: AVAudioFile) throws { player = try AVAudioPlayer(contentsOf: file.url) super.init() // I used to assign the player delegate here. // If I do that, when I delete this object, it // doesn't go away. player!.prepareToPlay() } deinit { // If this object doesn't go away, I leave data. // behind. Something I don't want to do. try? deleteAssociatedAudioFile() } func play() { guard let player else { return } // So now I have to assign the delegate whenever // I start playing. player.delegate = self isPlaying = true player.play() startUpdateTimer() } func stop() { guard let player else { return } player.stop() playbackConcluded() } // MARK: - Private Methods private func playbackConcluded() { isPlaying = false stopUpdateTimer() updateProgress() player!.reset() // I also have to remove the delegate when I // stop, for any reason. player!.delegate = nil player!.prepareToPlay() } } extension StethRecording: AVAudioPlayerDelegate { func audioPlayerDidFinishPlaying(_ player: AVAudioPlayer, successfully flag: Bool) { playbackConcluded() } } This works, but is this approach really necessary? I would expect the AVAudioPlayer to use a weak reference for the delegate. Or, am I doing something else wrong here?

So, I'm trying to create my own text-to-speech setup. Problem I'm having is whenever I do a test run, the speech gets a bit choppy at the start kind of skipping over maybe a word or a few characters. A few details: I've essentially built a separate class for handling the speech events. AVSpeechSynthesizer is set up as a private variable for the class so I don't expect deallocation to be the issue. Especially since it's a problem at the start. I've got a queue set up for what it's worth so that shouldn't be a problem. I'd appreciate any advice.

Set 3 controls to the AVCaptureSession and remove them all. The number of controls in the session is indeed 0, but the camera controls button still shows the previous 3 controls. If it is only 3->2 or 3->1, it can be modified normally, 3->0 is not OK, 0->3 is OK. f (self.captureControl.zoom) { if (self.zoomScaleControl) { self.zoomScaleControl.enabled = false; [_session removeControl:self.zoomScaleControl]; } AVCaptureSlider *zoomSlider = [self.captureControl.zoom fetchCaptureSlider]; [zoomSlider setActionQueue:dispatch_get_main_queue() action:^(float zoomFactor) { @strongify(self); if ([self.dataOutputDelegate respondsToSelector:@selector(videoCaptureSession:tryChangeZoomScale:)]) { [self.dataOutputDelegate videoCaptureSession:self tryChangeZoomScale:zoomFactor]; } }]; self.zoomScaleControl = zoomSlider; } else { if (self.zoomScaleControl) { self.zoomScaleControl.enabled = false; [_session removeControl:self.zoomScaleControl]; } self.zoomScaleControl = nil; } if (self.captureControl.exposure) { if (self.exposureBiasControl) { self.exposureBiasControl.enabled = false; [_session removeControl:self.exposureBiasControl]; } AVCaptureSlider *exposureSlider = [self.captureControl.exposure fetchCaptureSlider]; [exposureSlider setActionQueue:dispatch_get_main_queue() action:^(float bias) { @strongify(self); if ([self.dataOutputDelegate respondsToSelector:@selector(videoCaptureSession:tryChangeExposureBias:)]) { [self.dataOutputDelegate videoCaptureSession:self tryChangeExposureBias:bias]; } }]; self.exposureBiasControl = exposureSlider; } else { if (self.exposureBiasControl) { self.exposureBiasControl.enabled = false; [_session removeControl:self.exposureBiasControl]; } self.exposureBiasControl = nil; } if (self.captureControl.len) { if (self.lenControl) { self.lenControl.enabled = false; [_session removeControl:self.lenControl]; } ORLenCaptureControlCustomModel *len = self.captureControl.len; AVCaptureIndexPicker *picker = [len fetchCaptureSlider]; [picker setActionQueue:dispatch_get_main_queue() action:^(NSInteger selectedIndex) { @strongify(self); if ([self.dataOutputDelegate respondsToSelector:@selector(videoCaptureSession:didChangeLenIndex:datas:)]) { [self.dataOutputDelegate videoCaptureSession:self didChangeLenIndex:selectedIndex datas:self.captureControl.len.indexDatas]; } }]; self.lenControl = picker; } else { if (self.lenControl) { self.lenControl.enabled = false; [_session removeControl:self.lenControl]; } self.lenControl = nil; } if ([_session canAddControl:self.zoomScaleControl]) { [_session addControl:self.zoomScaleControl]; } else { self.zoomScaleControl = nil; } if ([_session canAddControl:self.lenControl]) { [_session addControl:self.lenControl]; } else { self.lenControl = nil; } if ([_session canAddControl:self.exposureBiasControl]) { [_session addControl:self.exposureBiasControl]; } else { self.exposureBiasControl = nil; } if (_session.controlsDelegate == nil) { [_session setControlsDelegate:self queue:GetCaptureControlQueue()]; }

Here is some code I have to create an AVAudioFile instance based on Int16 samples. let format = AVAudioFormat(commonFormat: .pcmFormatInt16, sampleRate: 44100.0, channels: 2, interleaved: false)! let audioFile = try AVAudioFile(forWriting: outputURL, settings: format.settings) When writing to the file I get the following runtime error, presumably from CoreAudio. CABufferList.h:184 ASSERTION FAILURE [(nBytes <= buf->mDataByteSize) != 0 is false]: I read this as a size mismatch between what is specified in the format used to create the file and the file's own internal processingFormat property, which is read-only. Here is my debugger console output showing the input format I created, along with the resulting AVAudioFile fileFormat and processingFormat properties. (lldb) po format <AVAudioFormat 0x300e553b0: 2 ch, 44100 Hz, Int16, deinterleaved> (lldb) po format.settings ▿ 7 elements ▿ 0 : 2 elements - key : "AVNumberOfChannelsKey" - value : 2 ▿ 1 : 2 elements - key : "AVLinearPCMBitDepthKey" - value : 16 ▿ 2 : 2 elements - key : "AVFormatIDKey" - value : 1819304813 ▿ 3 : 2 elements - key : "AVLinearPCMIsNonInterleaved" - value : 1 ▿ 4 : 2 elements - key : "AVLinearPCMIsBigEndianKey" - value : 0 ▿ 5 : 2 elements - key : "AVLinearPCMIsFloatKey" - value : 0 ▿ 6 : 2 elements - key : "AVSampleRateKey" - value : 44100 (lldb) po audioFile.fileFormat <AVAudioFormat 0x300ea5400: 2 ch, 44100 Hz, Int16, interleaved> (lldb) po audioFile.processingFormat <AVAudioFormat 0x300ea5450: 2 ch, 44100 Hz, Float32, deinterleaved> Please note that the input format I'm using does not match either the audio file fileFormat or processingFormat properties. The file format is interleaved even though I specified de-interleaved. This makes sense to me as working with audio files that are growing is much easier and more efficient with interleaved data. The head-scratcher is the processingFormat. I specified Int16 samples and it is expecting Float32? According to the format settings dictionary, we are specifying the correct key/value pairs. Is this expected behavior? Does Apple always insist on Float32 internally or is this a bug?

The new iPhone 16 supports spatial audio recordings in the camera app when recording videos. Is it possible to also record spatial audio without video, and is it possible for 3rd party developers to do so? If so, how do I need to configure AVAudioSession and/or AVAudioEngine to record spatial audio in my audio recording app on iPhone 16?

Hi community, I'm trying to setup an AVAudioFormat with AVAudioPCMFormatInt16. But, i've an error : AVAEInternal.h:125 [AUInterface.mm:539:SetFormat: ([[busArray objectAtIndexedSubscript:(NSUInteger)element] setFormat:format error:&nsErr])] returned false, error Error Domain=NSOSStatusErrorDomain Code=-10868 "(null)" If i understand the error code 10868, the format is not correct. But, how i can use PCM Int16 format ? Here is my method : - (void)setupAudioDecoder:(double)sampleRate audioChannels:(double)audioChannels { if (self.isRunning) { return; } self.audioEngine = [[AVAudioEngine alloc] init]; self.audioPlayerNode = [[AVAudioPlayerNode alloc] init]; [self.audioEngine attachNode:self.audioPlayerNode]; AVAudioChannelCount channelCount = (AVAudioChannelCount)audioChannels; self.audioFormat = [[AVAudioFormat alloc] initWithCommonFormat:AVAudioPCMFormatInt16 sampleRate:sampleRate channels:channelCount interleaved:YES]; NSLog(@"Audio Format: %@", self.audioFormat); NSLog(@"Audio Player Node: %@", self.audioPlayerNode); NSLog(@"Audio Engine: %@", self.audioEngine); // Error on this line [self.audioEngine connect:self.audioPlayerNode to:self.audioEngine.mainMixerNode format:self.audioFormat]; /**NSError *error = nil; if (![self.audioEngine startAndReturnError:&error]) { NSLog(@"Erreur lors de l'initialisation du moteur audio: %@", error); return; } [self.audioPlayerNode play]; self.isRunning = YES;*/ } Also, i see the audioEngine seem not running ? Audio Engine: ________ GraphDescription ________ AVAudioEngineGraph 0x600003d55fe0: initialized = 0, running = 0, number of nodes = 1 Anyone have already use this format with AVAudioFormat ? Thank you !

I’m working on real-time object detection using YOLOv8, but I only need to detect objects in approximately 40% of the screen area. Is it possible to limit the captureOut method to focus solely on that specific region of the screen? If this isn’t feasible, I’m considering an approach where the full-screen pixel buffer is captured and then cropped to the target area before running detection. However, I’m concerned about how this might affect real-time performance. I’d appreciate any insights on how to maintain real-time performance or suggestions for better alternatives. Thank you!

I am working on capturing 48MP images using the iPhone 16 Pro Max with the Ultra-wide camera. I’ve updated the code to capture the maximum supported dimensions with the following snippet: if #available(iOS 16.0, *) { photoOutput.maxPhotoDimensions = device.activeFormat.supportedMaxPhotoDimensions.last! photoSettings.maxPhotoDimensions = .init(width: 5712, height: 4284) } However, I’m still not getting the expected results. My goal is to capture 48MP images, and I want to confirm if the Ultra-wide camera supports this resolution or if I’m missing any other configuration. Any guidance would be appreciated!

AddInstanceForFactory: No factory registered for id <CFUUID 0x6000002e76c0> F8BB1C28-BAE8-11D6-9C31-00039315CD46 AudioQueueObject.cpp:1580 BuildConverter: AudioConverterNew returned -50 from: 0 ch, 16000 Hz, .... (0x00000000) 0 bits/channel, 0 bytes/packet, 0 frames/packet, 0 bytes/frame to: 2 ch, 16000 Hz, Int16, interleaved HALSystem.cpp:2216 AudioObjectPropertiesChanged: no such object AQMEIO_HAL.cpp:2552 timeout AudioHardware-mac-imp.cpp:2706 AudioDeviceStop: no device with given ID AudioQueueObject.cpp:1580 BuildConverter: AudioConverterNew returned -50 from: 0 ch, 16000 Hz, .... (0x00000000) 0 bits/channel, 0 bytes/packet, 0 frames/packet, 0 bytes/frame to: 2 ch, 16000 Hz, Int16, interleaved AudioQueueObject.cpp:6707 ConvertInput: aq@0x109994200: AudioConverterFillComplexBuffer returned -50, packetCount 5328 Xcode version 15.2(15C500b) iPhone 15Pro Version 17.2 (Simulator) Language : Swift In version 17.0 or above, there are no recording issues in the object-c project, iPhone and simulators can't start recording, Why?

I don't know what triggered this in a previously-running application I'm developing: When I have the build target set to "My Mac (designed for iPad)," I now must delete all the app's build materials under DerivedData to get the app to build and run exactly once. Cleaning isn't enough; I have to delete everything. On second launch, it will crash without even getting to the instantiation of the application class. None of my code executes. Also: If I then set my iPhone as the build target, the app will build and run repeatedly. If I then return to "My Mac (designed for iPad)," the app will again launch once and then crash on every subsequent launch. The crash is the same every time: dyld[3875]: Symbol not found: _OBJC_CLASS_$_AVPlayerView Referenced from: <D566512D-CAB4-3EA6-9B87-DBD15C6E71B3> /Applications/Xcode.app/Contents/Developer/Platforms/MacOSX.platform/Developer/Library/Debugger/libViewDebuggerSupport.dylib Expected in: <4C34313C-03AD-32EB-8722-8A77C64AB959> /System/iOSSupport/System/Library/Frameworks/AVKit.framework/Versions/A/AVKit Interestingly, I haven't found any similar online reports that mention this symbol. Has anyone seen this behavior before, where the crash only happens after the first run... and gets reset when you toggle the target type?

I am developing an iOS app that uses YOLOv8 for object detection and aims to detect objects at 60 FPS using the UltraWide camera. My goal is to process every frame within captureOutput and utilize the detected data (such as coordinates) for each one. I have a question regarding how background thread processing behaves in this scenario. Does the size of the YOLO model (n, s, m, etc.) or the weight of the operations inside captureOutput affect the number of frames that can be successfully processed? Specifically, I would like to know if all frames will be processed sequentially with a delay due to heavy processing in the background, or if some frames will be dropped and not processed at all. Any insights on how to handle this would be greatly appreciated. Thank you!

While trying to control the following two scenes in 1 ImmersiveSpace, we found the following memory leak when we background the app while a stereoscopic video is playing. ImmersiveView's two scenes: Scene 1 has 1 toggle button Scene 2 has same toggle button with a 180 degree skysphere playing a stereoscopic video Attached are the files and images of the memory leak as captured in Xcode. To replicate this memory leak, follow these steps: Create a new visionOS app using Xcode template as illustrated below. Configure the project to launch directly into an immersive space (set Preferred Default Scene Session Role to Immersive Space Application Session Role in Info.plist. Replace all swift files with those you will find in the attached texts. In ImmersiveView, replace the stereoscopic video to play with a large 3d 180 degree video of your own bundled in your project. Launch the app in debug mode via Xcode and onto the AVP device or simulator Display the memory use by pressing on keys command+7 and selecting Memory in order to view the live memory graph Press on the first immersive space's button "Open ImmersiveView" Press on the second immersive space's button "Show Immersive Video" Background the app When the app tray appears, foreground the app by selecting it The first immersive space should appear Repeat steps 7, 8, 9, and 10 multiple times Observe the memory use going up, the graph should look similar to the below illustration. In ImmersiveView, upon backgrounding the app, I do: a reset method to clear the video's memory dismiss of the Immersive Space containing the video (even though upon execution, visionOS raises the purple warning "Unable to dismiss an Immersive Space since none is opened". It appears visionOS dismisses any ImmersiveSpace upon backgrounding, which makes sense..) Am I not releasing the memory correctly? Or, is there really a memory leak issue in either SwiftUI's ImmersiveSpace or in AVFoundation's AVPlayer upon background of an app? App file TestVideoLeakOneImmersiveView First ImmersiveSpace file InitialImmersiveView Second ImmersiveSpace File ImmersiveView Skysphere Model File Immersive180VideoViewModel File AppModel

Hi, I have a video player app that lost its audio spatialization since the VisionOS 2 update. I am using the VideoPlayerComponent (https://developer.apple.com/documentation/realitykit/videoplayercomponent), to implement my videos as entities, as I want a custom look and controls to my player. In VisionOS 1, there was automatic audio spatialization. Depending where my video entity is, the app automatically enables head tracking audio spatialization. Since VisionOS 2 however, I cannot get my video entities to play Spatial Audio. I've looked into DestinationVideo and even set up AVAudioSessionSpatialExperience but Spatial Audio is still not working. Appreciate any help. Thanks.

Hello, I am a developer currently working on an AR application using ARKit. I aim to implement a Zoom feature that allows users to enlarge and reduce objects within the AR scene while simultaneously measuring the distance to those objects. Specifically, I want to incorporate Optical Zoom to provide a more natural and precise user experience. I have considered several approaches and would appreciate your advice on the most effective methods. Approaches Being Considered: Using UIPinchGestureRecognizer to Adjust the Camera's Field of View Modifying the scale Property of SCNNode to Enlarge/Reduce Specific Objects Leveraging AVFoundation to Control the Camera's Optical Zoom Questions: Compatibility Between ARKit and Optical Zoom: Is it feasible to control the camera's optical zoom using AVFoundation while utilizing ARKit's features? What should be considered when integrating these two frameworks? Integrating Object Distance Measurement with Zoom Functionality: What is the most effective approach to measure and display the distance to an object in real-time when a user zooms in on it? User Experience Considerations: Do you have any UI/UX design tips for implementing optical zoom to ensure a natural and intuitive experience? For example, how can visual feedback for zoom actions and distance measurements be effectively presented to users? Performance Optimization: What optimization strategies can minimize potential performance issues when implementing both optical zoom and distance measurement features simultaneously? Example Code and Reference Materials: Could you share any example code or reference materials that demonstrate similar functionalities? Thank you. Example Code Request: If possible, providing sample code that integrates optical zoom with distance measurement would be extremely helpful. Reference Links: Please share any tutorials or resources that demonstrate the combined use of ARKit and AVFoundation.

Hi, I currently have Enterprise API access and have observed that the main camera API only provides RGB data. I am trying to access point cloud information from LIDAR, but it seems ARKit doesn't offer this directly via the standard APIs that iPad uses. I wanted to ask if there are any possible options to access depth data or enhanced camera capabilities using the Enterprise API. Specifically: Does having Enterprise API access unlock any additional camera-related APIs in AVFoundation that could provide depth information or more advanced control over the camera? Are there any workarounds or alternative methods to obtain depth data from the camera?

Hi! I have an AVAudioSequencer with some AVMusicTracks that are filled with AVParameterEvents. If I toggle the isMuted property of a track, it will instantly mute when changed to true. However, after turning the muting to false, the events will only triggers on the next round of a loop and not instantly. Is this intended behaviour, and is there some way to get the events to trigger immediately after toggling the isMuted to be false?

Hey, captureHighResolutionFrame() produces the normal camera shutter sound and that really doesn't fit the ARKit context. I can't override it the usual way because there's no AVCaptureSession object in ARSession. Any ideas on what to do? Thanks!