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OpenXRSpatialMarkerTrackingCapability
Experimental: This class may be changed or removed in future versions.
Inherits: OpenXRExtensionWrapper < Object
Implementation for handling spatial entity marker tracking logic.
Description
This class handles the OpenXR marker tracking spatial entity extension.
Methods
void |
do_entity_update(spatial_context: RID, component_data: Array[OpenXRSpatialComponentData], next_snapshot_create: OpenXRStructureBase = null, next_snapshot_query: OpenXRStructureBase = null) |
start_entity_discovery(spatial_context: RID, component_data: Array[OpenXRSpatialComponentData], next_snapshot_create: OpenXRStructureBase = null, next_snapshot_query: OpenXRStructureBase = null, user_callback: Callable = Callable()) |
Method Descriptions
void do_entity_update(spatial_context: RID, component_data: Array[OpenXRSpatialComponentData], next_snapshot_create: OpenXRStructureBase = null, next_snapshot_query: OpenXRStructureBase = null) 🔗
Calls OpenXRSpatialEntityExtension.update_spatial_entities() and OpenXRSpatialEntityExtension.query_snapshot() with the marker entities associated with spatial_context.
component_data are the OpenXRSpatialComponentDatas to update for this marker capability.
If next_snapshot_create is non-null, then pass this to the next parameter in OpenXRSpatialEntityExtension.update_spatial_entities().
If next_snapshot_query is non-null, then pass this to the next parameter in OpenXRSpatialEntityExtension.query_snapshot().
bool is_april_tag_supported() 🔗
Returns true if April tag marker tracking is supported by the current device.
Returns true if Aruco marker tracking is supported by the current device.
bool is_micro_qrcode_supported() 🔗
Returns true if micro QR code marker tracking is supported by the current device.
Returns true if QR code marker tracking is supported by the current device.
OpenXRFutureResult start_entity_discovery(spatial_context: RID, component_data: Array[OpenXRSpatialComponentData], next_snapshot_create: OpenXRStructureBase = null, next_snapshot_query: OpenXRStructureBase = null, user_callback: Callable = Callable()) 🔗
Calls OpenXRSpatialEntityExtension.discover_spatial_entities() and OpenXRSpatialEntityExtension.query_snapshot() with the marker entities associated with spatial_context.
component_data are the OpenXRSpatialComponentDatas to discover for this marker capability.
If next_snapshot_create is non-null, then pass this to the next parameter in OpenXRSpatialEntityExtension.discover_spatial_entities().
If next_snapshot_query is non-null, then pass this to the next parameter in OpenXRSpatialEntityExtension.query_snapshot().
user_callback, when non-null, is called with two parameters usually twice. The first parameter is the RID of the discovery snapshot and the second parameter is a boolean where false indicates the discovery snapshot is about to be processed, and true indicates the discovery snapshot has been processed and component_data has valid data. The second call is skipped if an error was encountered.
The returned OpenXRFutureResult is identical to the return from OpenXRSpatialEntityExtension.discover_spatial_entities().