←API Reference

NSDK

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Type Aliases

Name	Type	Summary
NetworkRequestId = ARDK_NetworkRequestId	ARDK_NetworkRequestId	-
NSDKCameraExtrinsics = simd_float4x4	simd_float4x4	-
NSDKCameraIntrinsics = NSDKFrameData.CameraIntrinsics	NSDKFrameData.CameraIntrinsics	-
NSDKHandle = ARDK_Handle	ARDK_Handle	A type alias for the native NSDK handle used to interface with the underlying C API.
NsdkSessionDataSource = NSDKSessionDataSource	NSDKSessionDataSource	Type alias for API compatibility.
NSDKVpsAnchorId = String	String	-

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Classes

Name	Type	Summary
AssetResult	AssetResult	Contains all the AssetInfo objects returned by a query to the Sites Manager service.
AwarenessImageResult	AwarenessImageResult	Image-based awareness result containing an NSDKImage.
AwarenessResult	AwarenessResult	Base class for awarness results such as depth and segmentation. Provides common properties like frame ID, timestamp, camera pose, and intrinsics.
BundlePlaybackDatasetLoader	BundlePlaybackDatasetLoader	A loader that retrieves playback dataset data from the app bundle. This is the default implementation for loading datasets from Bundle.main. Frame images and depth data are loaded on-demand when requested.
DataResourceOwner	DataResourceOwner	-
final DefaultSessionDataSource	DefaultSessionDataSource	Default iOS implementation of NSDKSessionDataSource backed by ARSession and CLLocationManager.
DepthResult	DepthResult	Contains depth estimation results from the NSDK depth processing system. ## Overview Depth results are generated by the depth processing system and include: - Disparity maps for depth estimation. Unlike direct depth maps that provide distance values in meters, disparity maps contain pixel offset values that represent relative depth differences. These values must be converted to actual depth using camera intrinsic parameters and baseline information. - Camera pose and orientation information - Camera intrinsic parameters for coordinate transformations - Error status and metadata
MeshData	MeshData	Contains 3D mesh data for rendering and visualization. MeshData provides access to 3D mesh geometry including vertices, indices, normals, and texture coordinates. ## Overview MeshData includes: - Vertices: 3D position data for mesh geometry - Indices: The triangles that make up the mesh - Normals: Surface normal vectors for the vertices, commonly used for lighting calculations (only available for live meshing) - UVs: Texture coordinates for the vertices, used for mapping textures to the mesh (only available for mesh downloader) ## Example Usage let (status, meshData) = meshDownloader.downloadMesh(meshId: meshId) if status.isOk() { print("Mesh vertices: \(meshData.vertices.count)") print("Mesh triangles: \(meshData.indices.count / 3)") // Convert to SceneKit geometry for rendering if let geometry = meshData.toSCNGeometry() { let node = SCNNode(geometry: geometry) sceneView.scene.rootNode.addChildNode(node) } } ## Memory Management Mesh data is backed by native memory that is automatically managed. The data remains valid as long as the MeshData instance exists.
final MeshDownloaderResults	MeshDownloaderResults	Contains the downloaded mesh geometry data for a VPS location. This object holds an array of mesh results, where each result includes mesh geometry, texture data (if requested), and the transform matrix that positions the mesh in world space.
final NSDKCamera	NSDKCamera	Single camera API for both modes. Holds either ARCamera (live) or PlaybackCamera (playback) and exposes transform, viewMatrix, projectionMatrix, viewportRect, etc. Relation to Apple AR: Wraps Apple's ARCamera in live mode; wraps our PlaybackCamera in playback. Callers use NSDKCamera and don't branch. Create via NSDKCamera(arCamera:) or NSDKCamera(playbackCamera:).
final NSDKDepthSession	NSDKDepthSession	Depth feature session for NSDK with Combine publisher support. Upon starting the depth session, NSDK will begin processing AR frames to generate depth data. The latest depth data can be retrieved using latestDepth(), and latestImageParams() provides information to synchronize the depth image with camera frame. $result is refreshed automatically each frame by NSDKSession.update() while the session is active. Subscribe to it with Combine: depthSession.$result .compactMap { if case .success(let result) = $0 { return result } else { return nil } } .sink { result in ... } .store(in: &cancellables)
final NSDKDeviceMappingSession	NSDKDeviceMappingSession	A session for creating VPS maps from AR data on the local device, with Combine publisher support. The device mapping feature provides capabilities for locally building persistent maps that can be used for Visual Positioning System (VPS) localization. These maps capture the visual features and spatial structure of an environment. $latestMapUpdate is refreshed automatically each frame by NSDKSession.update() while the session is active. Subscribe to it with Combine: mappingSession.$latestMapUpdate .compactMap { $0 } .sink { mapUpdate in ... } .store(in: &cancellables)
final NSDKMapStorage	NSDKMapStorage	A storage system for managing device-generated maps. The map storage feature provides capabilities for capturing, storing, and managing map data from AR sessions. This data can be persisted and used for Visual Positioning System (VPS) localization and map updates.
final NSDKMeshDownloader	NSDKMeshDownloader	A session-scoped utility for downloading mesh geometry associated with VPS locations.
final NSDKMeshingSession	NSDKMeshingSession	A session for real-time 3D mesh generation from AR camera frames, with Combine publisher support. The meshing feature provides capabilities for processing AR session data and generating a triangle mesh representation of the physical environment in real-time. The mesh is divided into chunks that are individually tracked as they are inserted, updated, or removed. meshUpdates emits each frame a non-empty batch of chunk changes is available, driven by NSDKSession.update() while the session is active. Subscribe to it with Combine: meshingSession.meshUpdates .sink { updates in ... } .store(in: &cancellables)
final NSDKRecordingExporter	NSDKRecordingExporter	A session for exporting scan recordings to various formats. NSDKRecordingExporter provides capabilities for converting saved scan data into recorderV2 format for use in Unity Playback or activating VPS.
final NSDKScanningSession	NSDKScanningSession	A session for 3D scanning and visualization with Combine publisher support. The scanning feature provides capabilities for capturing, processing, and exporting 3D scan data from AR sessions. Scans of a location can be processed by the Visual Positioning System's (VPS's) cloud services to enable VPS localization. ## Overview Use $latestRaycastBuffer and $latestVoxelBuffer to reactively update your UI or visualization in response to new scan data, rather than polling each frame manually. ## Usage Pattern let scanSession = nsdkSession.acquireScanningSession() let config = NSDKScanningSession.Configuration( enableRaycastVisualization: true, enableVoxelVisualization: true ) try scanSession.configure(with: config) scanSession.start() // Subscribe to raycast buffer updates scanSession.$latestRaycastBuffer .compactMap { $0 } .sink { buffer in // Update raycast visualization } .store(in: &cancellables) // Trigger voxel computation and subscribe to results scanSession.computeVoxels() scanSession.$latestVoxelBuffer .compactMap { $0 } .sink { buffer in // Update voxel visualization } .store(in: &cancellables) $latestRaycastBuffer is updated automatically each frame by NSDKSession.update() while the session is active and raycast visualization is enabled. $latestVoxelBuffer is updated each frame when new voxel data is available after computeVoxels() has been called.
final NSDKSceneSegmentationSession	NSDKSceneSegmentationSession	A session for semantic segmentation and environmental understanding with Combine publisher support. NSDKSceneSegmentationSession provides capabilities for understanding the semantic structure of the environment by classifying pixels into different object categories. This enables applications to make intelligent decisions based on environmental context. ## Overview Scene segmentation features include: - Real-time semantic segmentation of camera images - Multiple semantic categories (sky, ground, buildings, people, etc.) - Confidence maps for semantic classifications - Packed channel data for efficient processing - Suppression masks for filtering unwanted areas ## Usage Pattern // Acquire and configure the scene segmentation session let sceneSegmentationSession = nsdkSession.acquireSceneSegmentationSession() let config = NSDKSceneSegmentationSession.Configuration() try sceneSegmentationSession.configure(with: config) sceneSegmentationSession.start() // Set the channel to observe and subscribe to results sceneSegmentationSession.confidenceChannel = .person sceneSegmentationSession.$confidenceResult .compactMap { if case .success(let result) = $0 { return result } else { return nil } } .sink { result in // Process semantic confidence data } .store(in: &cancellables) $confidenceResult, $packedChannels, $suppressionMask, and $imageParams are all refreshed automatically each frame by NSDKSession.update() while the session is active.
final NSDKSession	NSDKSession	The main entry point for the NSDK (Native SDK) framework. NSDKSession provides the core functionality for AR applications, managing the lifecycle of NSDK features and serving as a factory for specialized sessions like VPS2, scanning, and mapping. This class handles frame data processing, configuration management, and resource cleanup. ## Overview Use NSDKSession to: - Initialize the NSDK with auth tokens or a configuration file - Send camera frame data for processing - Create specialized feature sessions (VPS2, Scanning, Mapping) - Query required input data formats - Manage the lifecycle of NSDK resources ## Example Usage // Initialize with tokens let session = NSDKSession(accessToken: "access-token", refreshToken: "refresh-token") // Create a VPS2 session for localization let vps2Session = session.createVps2Session() // Send frame data during AR session let status = session.sendFrame(frameData)
final NSDKSitesSession	NSDKSitesSession	-
@MainActor NSDKView	NSDKView	Single view for both live and playback. Subclasses ARView; holds either an ARSession (live) or PlaybackSession (playback) and exposes sessionMode, getCamera(), setDelegate(), setup(). Relation to Apple AR: Uses ARView; assigns either Apple's ARSession or our PlaybackSession to self.session so the view always has a "session." The app talks to NSDKView so it doesn't have to branch on live vs. playback for view, projection, viewport, or delegate callbacks.
final NSDKVps2Session	NSDKVps2Session	A session for VPS2 (Visual Positioning System) localization with Combine publisher support. NSDKVps2Session provides capabilities for localizing the device in the real world using VPS maps, universal localization, and anchor tracking. Anchors can be created at specific poses and tracked across sessions using payloads. ## Overview VPS2 features include: - Real-time localization updates for converting between AR space and geolocation - Anchor tracking with per-anchor pose updates - Payload-based anchor persistence across sessions - Localization request diagnostics ## Usage Pattern // Acquire and configure the VPS2 session let vps2Session = nsdkSession.acquireVps2Session() let config = NSDKVps2Session.Configuration() try vps2Session.configure(with: config) // Subscribe to localization updates vps2Session.$latestLocalization .compactMap { $0 } .sink { localization in // Use localization.trackingState to check localization quality } .store(in: &cancellables) // Subscribe to anchor updates vps2Session.anchorUpdated .sink { id, update in // Handle per-anchor pose update } .store(in: &cancellables) vps2Session.start() // Track an anchor by payload let anchorId = try vps2Session.trackAnchor(payload: base64Payload) $latestLocalization is updated automatically each frame by NSDKSession.update() while the session is active. anchorUpdated, createdAnchorPayload, and localizationRequestRecords are fired via PassthroughSubject during update() when new data is available.
OrganizationResult	OrganizationResult	Contains all the OrganizationInfo objects returned by a query to the Sites Manager service.
@MainActor PlaybackBackgroundRenderer	PlaybackBackgroundRenderer	-
final PlaybackCamera	PlaybackCamera	Camera representation built from frame metadata (pose4x4, intrinsics, resolution). Exposes the same concepts as ARCamera: transform, viewMatrix, projectionMatrix, viewportRect, displayOrientedTransform. Relation to Apple AR: Stands in for ARCamera during playback. No Apple camera; we synthesize view/projection from recorded intrinsics and pose. Use PlaybackFrame.camera to obtain an instance.
PlaybackDataset	PlaybackDataset	A dataset loaded from a capture JSON file containing frame metadata. This class uses on-demand loading for frame images and depth data. Only the currently requested frame is loaded into memory, reducing memory pressure for large datasets.
PlaybackDatasetLoader	PlaybackDatasetLoader	Base class for loading playback dataset data from various sources. This class provides a base implementation that must be subclassed. Subclasses must override loadCaptureJSON(), loadImage(imageName:), loadDepthData(depthFileName:), and loadDepthConfidence(confidenceFileName:) to provide concrete implementations. The loader uses on-demand loading - only the capture JSON is loaded upfront, and frame images/depth data are loaded when requested by PlaybackDataset. - Note: This class acts as an abstract base class. Do not instantiate directly.
@MainActor PlaybackRenderer	PlaybackRenderer	Renders each playback frame: (1) draws the recorded camera image as the background, (2) moves the RealityKit camera (pose + FOV) to match the playback frame. PlaybackSession holds an optional reference and calls renderFrame(_:) on the main queue for every new frame. Relation to Apple AR: Manipulates RealityKit—sets arView.environment.background = .color(.clear), adds a PerspectiveCamera and AnchorEntity, and updates their transform and fieldOfViewInDegrees every frame from PlaybackCamera. In playback, ARView's default camera is off; we drive the virtual camera.
PlaybackSession	PlaybackSession	Drives playback. Subclasses ARSession so it can be assigned to ARView.session and the app can use the same delegate pattern. Runs a loop on a background queue, builds PlaybackFrame per frame from the PlaybackDataset, dispatches to the main queue, and notifies the delegate and PlaybackRenderer. Relation to Apple AR: Replaces the behavior of ARSession (no real device frames); API-compatible so ARView and delegate code don't need to know it's playback.
final PlaybackSessionDataSource	PlaybackSessionDataSource	-
RaycastBuffer	RaycastBuffer	A read-only container for the raycast buffer information generated during scanning.
SceneSegmentationResult	SceneSegmentationResult	Contains semantic segmentation results from the NSDK scene segmentation processing system. SceneSegmentationResult provides semantic understanding of the environment by classifying pixels in camera images into different object categories (e.g., sky, ground, buildings, people, vehicles). This enables applications to understand the scene structure and make intelligent decisions based on environmental context. ## Overview Semantic segmentation results include: - Confidence maps: Per-pixel confidence scores for semantic classifications - Packed channels: Multiple semantic categories encoded in a single image - Suppression masks: Masks indicating areas to be ignored or suppressed - Metadata: Frame information, timestamps, and error status ## Example Usage // Get confidence for a specific semantic channel let (status, confidenceResult) = sceneSegmentationSession.getLatestConfidence(channelIndex: 0) if status.isOk(), let result = confidenceResult { print("Confidence image size: \(result.image?.width ?? 0) x \(result.image?.height ?? 0)") print("Frame ID: \(result.frameId)") print("Timestamp: \(result.timestampMs)") // Process confidence data for semantic understanding processSemanticConfidence(result) } // Get packed semantic channels let (status, packedResult) = sceneSegmentationSession.getLatestPackedChannels() if status.isOk(), let result = packedResult { // Process packed semantic data processPackedSceneSegmentation(result) }
SiteAssetsResult	SiteAssetsResult	Contains the SiteAssetsInfo objects returned by a location-based sites query.
SiteResult	SiteResult	Contains all the SiteInfo objects returned by a query to the Sites Manager service.
SitesResult	SitesResult	Base class for results returned by queries to the Sites Manager service.
UserResult	UserResult	Contains the user information returned by a query to the Sites Manager service.
VoxelBuffer	VoxelBuffer	A read-only container for the voxel buffer information generated during scanning.
final Vps2Heading	Vps2Heading	A CLHeading subclass representing heading data computed by VPS2. VPS2 derives heading from visual-inertial localization rather than a physical magnetometer, so the raw magnetometer component values (x, y, z) are zero and not meaningful.
final Vps2Location	Vps2Location	A CLLocation subclass representing a position computed by VPS2. MSL altitude is not available from VPS2 without a geoid model conversion, so altitude always returns -1. Use ellipsoidalAltitude for the WGS84 height computed by VPS2, and verticalAccuracy (≥ 0) for its precision.

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Protocols

Name	Type	Summary
NSDKFeatureSession	NSDKFeatureSession	A protocol that defines the common lifecycle and configuration interface for NSDK feature sessions.
NSDKLogCallback : AnyObject	AnyObject	Protocol for receiving log messages from NSDK. Implement this protocol to receive NSDK log messages in your application. The callback will be invoked on background threads, so ensure your implementation is thread-safe. ## Example Usage class MyLogCallback: NSDKLogCallback { func onLog(level: NSDKLogLevel, message: String, fileName: String?, fileLine: Int, funcName: String?) { let levelStr = level.description let location = fileName.map { "\($0):\(fileLine)" } ?? "" let funcInfo = funcName.map { " \($0)" } ?? "" print("[NSDK-\(levelStr)] \(location)\(funcInfo): \(message)") } } let callback = MyLogCallback() let session = NSDKSession(apiKey: "your-key", logCallback: callback)
NSDKSessionDataSource : AnyObject	AnyObject	Provides synchronous, pull-based access to the latest available sensor data required by NSDKSession. All methods must be non-blocking and thread-safe. Returned values represent the most recent samples already captured by the underlying services.
NSDKViewDelegate : ARSessionDelegate, PlaybackSessionDelegate	ARSessionDelegate, PlaybackSessionDelegate	-
PlaybackDatasetSource	PlaybackDatasetSource	Protocol for loading playback dataset data from various sources. This protocol abstracts data retrieval, allowing for different implementations such as bundle loading, file system loading, remote loading, or mock data for testing. Implementations are used for on-demand frame loading - the loader is passed to PlaybackDataset which calls these methods when frames are requested.
PlaybackSessionDelegate : AnyObject	AnyObject	Delegate protocol for receiving frame updates during playback (mirrors ARSessionDelegate-style callbacks).
ResourceOwner : AnyObject	AnyObject	-
UIOrientationReporter : AnyObject	AnyObject	-

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Structs

Name	Type	Summary
AreaTarget	AreaTarget	Contains a CoverageArea and its associated LocalizationTarget.
AreaTargetResult	AreaTargetResult	-
ARUtils	ARUtils	Utility functions for AR and device capability detection. ARUtils provides helper methods for detecting device capabilities and AR features that are relevant to NSDK functionality.
AssetInfo	AssetInfo	Represents asset information from the Sites Manager service. Maps to proto messages AssetRecord, AssetData, and AssetComputedValues.
AssetMeshData	AssetMeshData	Mesh-specific asset data. Maps to proto message AssetMeshData.
AssetSplatData	AssetSplatData	Splat-specific asset data. Maps to proto message AssetSplatData.
AssetVpsData	AssetVpsData	VPS-specific asset data. Maps to proto message AssetVpsData.
AuthInfo	AuthInfo	Authentication information containing token claims. Contains parsed JWT claims including token string, expiration, user information, and other standard JWT fields.
AwarenessImageParams	AwarenessImageParams	-
CoverageArea	CoverageArea	Represents a geographic area where VPS localization is possible
CoverageAreaResult	CoverageAreaResult	Contains all the CoverageArea objects returned by a query to the VPS Coverage service.
GeolocationData	GeolocationData	Struct representing geolocation data including latitude, longitude, altitude, heading, and orientation.
HintImageResult	HintImageResult	Image data returned by a query to a VPS hint image URL.
ImageMath	ImageMath	Provides affine transformation utilities for image processing. All affine matrices returned by this class operate in normalized coordinates, where image space is mapped to the [0, 1] range in both axes with origin at top-left.
LocalizationTarget	LocalizationTarget	Represents a real-world point of interest that is a VPS localization target. VPS localization is more likely to succeed when a localization target is in camera view.
LocalizationTargetResult	LocalizationTargetResult	Contains all the LocalizationTarget objects returned by a query to the VPS Coverage service.
MapMetadata	MapMetadata	Structure representing the metadata of a device map for visualization and processing.
MeshDownloaderResult	MeshDownloaderResult	Represents a single mesh result with geometry, texture, and transform data.
NSDKBuffer	NSDKBuffer	A buffer containing binary data for NSDK operations. NSDKBuffer provides a safe wrapper around binary data buffers used by various NSDK features. It handles memory management and provides convenient access to buffer data. ## Overview NSDK buffers are used for: - Image data transfer - Mesh data storage - Configuration data - Any binary data that needs to be passed between Swift and the native NSDK layer ## Example Usage // Create buffer from Swift Data let imageData = UIImage(named: "texture")?.pngData() let buffer = NSDKBuffer(data: imageData!) // Access buffer data print("Buffer size: \(buffer.dataSize) bytes") // Use buffer with NSDK APIs let status = someArdkFunction(buffer: buffer) ## Memory Management NSDKBuffer automatically manages memory allocation and deallocation. When created from Swift Data, it maintains a reference to prevent premature deallocation.
NSDKFeatureStatus	NSDKFeatureStatus	Status flags for NSDK features indicating their current operational state. NSDKFeatureStatus is an option set that represents various status conditions for NSDK features like VPS2, scanning, and mapping. Multiple status flags can be active simultaneously to provide detailed status information. ## Overview Use this to monitor the health and state of NSDK features: - Check for errors that need attention - Monitor initialization progress - Verify configuration and API key validity - Ensure features are ready for operation ## Example Usage let status = vpsSession.getFeatureStatus() if status.contains(.badApiKey) { print("Invalid API key - check your credentials") } else if status.contains(.configurationFailed) { print("Feature configuration failed") } else if status.contains(.initializing) { print("Feature is still initializing...") } else if status == .ok { print("Feature is ready and operational") }
NSDKFrameData	NSDKFrameData	A complete frame of data captured from an AR session. NSDKFrameData encapsulates all the sensor data, images, and tracking information from a single AR frame. This includes camera images, depth data, device pose, GPS location, compass heading, and camera intrinsics. ## Overview Frame data is the primary input to NSDK for all AR processing tasks including: - Visual positioning and localization - 3D scanning and reconstruction - Map building and tracking - AR location positioning ## Example Usage // In your ARSession delegate func session(_ session: ARSession, didUpdate frame: ARFrame) { let frameData = NSDKFrameData( timestampMs: UInt64(frame.timestamp * 1000), cameraImage: RawImage(from: frame.capturedImage), depthImage: frame.sceneDepth?.depthMap.flatMap { RawImage(from: $0) }, // ... other data ) nsdkSession.sendFrame(frameData) }
NSDKImage	NSDKImage	Provides a view into the data buffer of an image output by the NSDK. NSDKImage provides access to image data in various formats (RGB, grayscale, depth, etc.) used by NSDK features like depth processing, semantic segmentation, and image analysis. ## Memory Management The image provides a non-copying view into native image data managed by NSDK. Access to the pixel buffer is only valid for the duration of withUnsafeBytes(_:). The raw pointer passed to the closure must not be stored or used outside its scope.
NSDKInputDataFlags	NSDKInputDataFlags	Flags indicating which types of input data are required by NSDK. NSDKInputDataFlags is an option set that specifies which data types should be included in frames sent to NSDK. Use getRequestedDataInputs() to determine which data is currently needed, then include only the requested data types in your frame data for optimal performance. ## Overview NSDK features dynamically request different types of input data based on: - Which features are active (VPS2, scanning, mapping) - Current processing state and requirements - Device capabilities and available sensors ## Example Usage let requiredInputs = nsdkSession.getRequestedDataInputs() var frameData = NSDKFrameData() if requiredInputs.contains(.pose) { frameData.cameraTransform = currentPose } if requiredInputs.contains(.cameraImage) { frameData.cameraPlane0 = cameraPlane } if requiredInputs.contains(.platformDepth) { frameData.depthData = depthBuffer } nsdkSession.sendFrame(frameData)
NSDKPathConfig	NSDKPathConfig	-
NSDKUtils	NSDKUtils	Utility functions for NSDK string management and memory handling. NSDKUtils provides helper methods for safely managing C string conversions and memory allocation when working with the NSDK C API. ## Overview The utilities in this struct help manage the complexity of converting between Swift strings and C strings while ensuring proper memory cleanup and avoiding memory leaks.
OrganizationInfo	OrganizationInfo	Represents organization information from the Sites Manager service.
PlaybackFrame	PlaybackFrame	One "frame" of playback: metadata (pose, intrinsics, orientation, etc.), optional camera image, optional depth. Exposes .camera → PlaybackCamera. Created by PlaybackSession and delivered to the delegate and PlaybackRenderer. Relation to Apple AR: Not an Apple type. Delivered instead of ARFrame when in playback; the app gets frame-like data (image, camera, etc.) from the delegate so app code can stay uniform.
SceneSegmentationChannels	SceneSegmentationChannels	A set of semantic channels represented as a bitmask, matching the C SDK packed-channel layout. Use this type wherever you need one or more semantic channels. It supports clean Swift syntax: let channels: SceneSegmentationChannels = [.ground, .sky] let single = SceneSegmentationChannels.grass Bit positions 0–4 correspond to the C SDK channels: Sky=0, Ground=1, NaturalGround=2, ArtificialGround=3, Grass=4.
SiteAssetsInfo	SiteAssetsInfo	A single entry in a site-assets location query result.
SiteInfo	SiteInfo	Represents site information from the Sites Manager service.
TextureUtils	TextureUtils	-
TimeoutError	TimeoutError	-
UserInfo	UserInfo	Represents user information from the Sites Manager service.
Vps2GeolocationData	Vps2GeolocationData	Location and heading data calculated by VPS2.
Vps2Localization	Vps2Localization	Spatial mapping between the device's AR coordinate space and real-world geolocation, as determined by VPS2.
Vps2LocalizationRequestRecord	Vps2LocalizationRequestRecord	-
Vps2Pose	Vps2Pose	Pose in AR coordinate space calculated by VPS2 from a geolocation.
VpsAnchorUpdate	VpsAnchorUpdate	Contains the latest tracking information for a VPS anchor. Anchor updates are retrieved via anchorUpdate(anchorId:) and provide the most current information about an anchor's position, orientation, and tracking status. This is a snapshot of the anchor, and the latest anchor update should be used every frame.

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Enums

Name	Type	Summary
AssetDeploymentType	AssetDeploymentType	Asset deployment type. Maps to proto enum AssetDeploymentType.
AssetPipelineJobStatus	AssetPipelineJobStatus	Asset pipeline job status. Maps to proto enum AssetPipelineJobStatus.
AssetStatusType	AssetStatusType	Asset status. Maps to proto enum AssetStatusType.
AssetType	AssetType	Asset type - determines which typed asset data is present. Maps to proto enum AssetType.
AwarenessError	AwarenessError	-
ExportResolution	ExportResolution	Resolution option for exported scan images. When exporting a recording, this controls which image resolutions are included in the payload.
HeadingMode	HeadingMode	Controls how the heading is computed from the device's orientation.
NSDKAsyncState<Value, Error> where Error : Error	Error	Reports the state of an asynchronous NSDK operation.
NSDKError	NSDKError	Errors thrown by the NSDK API. NSDKError a subset of all the ARDK_Statuscodes returned by the C API, containing just those that can occur in the Swift environment.
NSDKLogLevel	NSDKLogLevel	Defines the available logging levels for NSDK. NSDKLogLevel controls the verbosity of logging output from the NSDK system. Logging can be configured separately for stdout, files, and callback functions. ## Overview Log levels follow a hierarchical structure where higher levels include all messages from lower levels. For example, setting the level to .warn will include warning, error, and fatal messages, but exclude debug and info messages.
@frozen NSDKScreenOrientation	NSDKScreenOrientation	Represents the screen orientation in the NSDK layer.
NSDKTelemetry	NSDKTelemetry	Namespace for NSDK telemetry controls.
NSDKTelemetryEnvironment	NSDKTelemetryEnvironment	Telemetry backend environment passed to native on session start. Use this type instead of a free String so only supported values (dev, stg, prod) compile.
@frozen NsdkTrackingState	NsdkTrackingState	The general quality of position tracking available when the camera captured a frame.
PlaybackDatasetConstants	PlaybackDatasetConstants	Constants for playback dataset file names and extensions.
TypedAssetData	TypedAssetData	Discriminated union for typed asset data. One of mesh, splat, or vps will be set based on the asset type.
Vps2LocalizationError	Vps2LocalizationError	Possible errors from VPS localization operations.
Vps2LocalizationRequestStatus	Vps2LocalizationRequestStatus	Status of a network request.
Vps2LocalizationRequestType	Vps2LocalizationRequestType	-
Vps2TrackingState	Vps2TrackingState	-
VpsGraphOperationError	VpsGraphOperationError	-

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Methods

Name	Type	Summary
playbackSession	void	Called on the main queue when the tracking state changes (e.g. at start of playback). For playback, state is typically .normal.

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