AVDepthData

init

static init(imageSourceAuxDataInfoDictionary: NativeMap<unknown, unknown>): AVDepthData

convenience init(fromDictionaryRepresentation imageSourceAuxDataInfoDictionary: [AnyHashable : Any]) throws

applyingExifOrientation

applyingExifOrientation(exifOrientation: _ImageIO_CGImagePropertyOrientation): AVDepthData

func applyingExifOrientation(_ exifOrientation: CGImagePropertyOrientation) -> Self

converting

converting(depthDataType: SDKHandle): AVDepthData

func converting(toDepthDataType depthDataType: OSType) -> Self

replacingDepthDataMap

replacingDepthDataMap(pixelBuffer: _CoreVideo_CVBuffer): AVDepthData

func replacingDepthDataMap(with pixelBuffer: CVPixelBuffer) throws -> Self

dictionaryRepresentation

dictionaryRepresentation(): { $ret: (NativeMap<unknown, unknown>) | null; $out: { "outAuxDataType": (_Foundation_NSString) | null } }

func dictionaryRepresentation(forAuxiliaryDataType outAuxDataType: AutoreleasingUnsafeMutablePointer<NSString?>?) -> [AnyHashable : Any]?

Omit the output parameters from the call. The result contains $ret and $out, with outAuxDataType inside $out.

cameraCalibrationData

get cameraCalibrationData(): (AVCameraCalibrationData) | null

var cameraCalibrationData: AVCameraCalibrationData? { get }

depthDataAccuracy

get depthDataAccuracy(): AVDepthData_Accuracy

var depthDataAccuracy: AVDepthData.Accuracy { get }

isDepthDataFiltered

get isDepthDataFiltered(): boolean

var isDepthDataFiltered: Bool { get }

depthDataMap

get depthDataMap(): _CoreVideo_CVBuffer

var depthDataMap: CVPixelBuffer { get }

depthDataQuality

get depthDataQuality(): AVDepthData_Quality

var depthDataQuality: AVDepthData.Quality { get }

depthDataType

get depthDataType(): SDKHandle

var depthDataType: OSType { get }

availableDepthDataTypes

get availableDepthDataTypes(): Array<SDKHandle>

@nonobjc var availableDepthDataTypes: [OSType] { get }