class ScanningOptions (Niantic.ARDK.AR.Scanning.ScanningOptions)

Overview

Options controlling the scan capture process. More...

class ScanningOptions {
public:
    // structs

    struct NativeScanningOptions;

    // properties

    bool EnableRaycastVisualization;
    bool EnableVoxelVisualization;
    float MaxScanningDistance;

    // methods

    ScanningOptions(
        bool enableRaycastVisualization = true,
        bool enableVoxelVisualization = true,
        float maxScanningDistance = 5,
        int scanRecordFps = 3
    );
};

Detailed Documentation

Options controlling the scan capture process.

Properties

bool EnableRaycastVisualization

If true, raycast-based visualizations are enabled. The IScanner.VisualizationUpdated event will contain an IRaycastBuffer.

bool EnableVoxelVisualization

If true, voxel-based visualizations are enabled. The IScanner.VisualizationUpdated event will contain an IVoxelBuffer that can be used to render voxel-based visualizations.

float MaxScanningDistance

Maximum range, in meters, at which the scanner will collect data.

Methods

ScanningOptions(
    bool enableRaycastVisualization = true,
    bool enableVoxelVisualization = true,
    float maxScanningDistance = 5,
    int scanRecordFps = 3
)

Constructs scanning options.

Parameters:

enableRaycastVisualization	If true, raycast-based visualizations will be enabled.
enableVoxelVisualization	If true, voxel-based visualizations will be enabled.
maxScanningDistance	Maximum range, in meters, at which the scanner will collect data. This should be set to values between 0.1 and 5.0 meters and will be clamped to this range if not. When capturing scans for VPS activation, this parameter should be set to 5.
scanRecordFps	The rate at which images in the scan will be recorded, expressed in frames per second. This should be set to a value between 1 and 15 and will be clamped to this range if not. When capturing scans for VPS activation, this parameter should be set to 15 fps. In other cases, a lower frame rate such as 3 can lead to faster reconstruction without loss of quality.