• A UI panel for in-headset debugging
  The panel includes a control bar, a console panel, and an Inspector panel populated with your application-specific debug options.
• An optional Unity Editor framework that lets you customize the in-headset debugging experience
  The debugger can be customized with the scripting attribute [DebugMember] or Inspector component DebugInspector.

• View Unity logs from the Console Log panel
• Watch specified application variables in the Inspector panel
• Tweak specified float/int/boolean variables from the Inspector panel
• Invoke any Action for the specified function from the in-headset Inspector panel
• Visualize specified application data in 3D space via Gizmo drawings

• Iterate quickly within the headset for spatial and visual elements
• Debug a Mixed Reality experience that relies on features like Scene
• Monitor state changes (especially upon ephemeral events) and identify issues via console logs

• Scripting attributes
  Add a [DebugMember] attribute to any of your properties, fields, action functions and customize them through the parameters of the attribute.
  Note: If not done automatically by your IDE, this requires assembly dependency to Meta.XR.ImmersiveDebugger.Interface.
• Add a DebugInspector component to any game object and configure the debug options.
  
  

Note: To use the tool in a production build, see Advanced use cases.

• Make the panel transparent/opaque
• Anchor the panel to a fixed position or make it move with the headset
• Enable or disable rotating the panel with head yaw
• Change the panel distance

• Watch the variables’ runtime value
• Click the button to call functions
• Select the eye icon to show/hide gizmos
• Tweak variables’ runtime values

using Meta.XR.ImmersiveDebugger;
public class ExampleClass : MonoBehaviour
{
	// gizmo drawing, specifying a category
	[DebugMember(GizmoType = DebugGizmoType.Axis, Category = "MyDebugCategory")]
	private Pose _gameObjectPos;

	[DebugMember(GizmoType = DebugGizmoType.Line, Color = DebugColor.Red)]
	private Tuple<Vector3,Vector3> _direction;

	// just watch
	[DebugMember]
	private bool _gameState;

	// tweak the value
	[DebugMember(Tweakable = true, Min = 0.0, Max = 1.0)]
	private float _param;

	// action / call function
	[DebugMember]
	private void SpawnObject() {/* some code here */}
	private void Update()
	{
		// Update and consume all the debug options, e.g.:
		_gameObjectPos = new Pose(transform.position, transform.rotation);
	}
}