While it is uncommon for a PlaneSurface to be used on its own (because few interactable elements can be considered infinite planes), it is quite common for multiple different ClippedPlaneSurfaces to exist on the same plane: consider multiple buttons on a single interactable UI. In such a scenario, many ClippedPlaneSurfaces can be backed by the same PlaneSurface, ensuring that they always remain coplanar regardless of edits to the underlying surface.

Fields

Transform : Transform

Implementation of ISurface.Transform; for details, please refer to the related documentation provided for that property.

Signature

Transform Oculus.Interaction.Surfaces.PlaneSurface.Transform

Properties

Bounds : Bounds [Get]	Implementation of IBounds.Bounds; for details, please refer to the related documentation provided for that property. Signature Bounds Oculus.Interaction.Surfaces.PlaneSurface.Bounds
DoubleSided : bool [Get][Set]	Determines whether this plane is double-sided. If true, this plane can be interacted with from either side; otherwise, the plane is only considered to exist if perceived from the direction of its normal. Signature bool Oculus.Interaction.Surfaces.PlaneSurface.DoubleSided
Facing : NormalFacing [Get][Set]	Gets or sets the direction (NormalFacing.Forward or NormalFacing.Backward) for this plane. Signature NormalFacing Oculus.Interaction.Surfaces.PlaneSurface.Facing
Normal : Vector3 [Get]	Returns either the forward direction or the backward direction depending on whether Facing is NormalFacing.Forward or NormalFacing.Backward, respectively. Signature Vector3 Oculus.Interaction.Surfaces.PlaneSurface.Normal

Methods

ClosestSurfacePoint ( point , hit , maxDistance )	Implementation of ISurface.ClosestSurfacePoint(in Vector3, out SurfaceHit, float); for details, please refer to the related documentation provided for that property. Signature bool Oculus.Interaction.Surfaces.PlaneSurface.ClosestSurfacePoint(in Vector3 point, out SurfaceHit hit, float maxDistance) Parameters `point: in Vector3` `hit: out SurfaceHit` `maxDistance: float` Returns `bool`
GetPlane ()	Gets a Unity Plane representation of the mathematical plane represented by this PlaneSurface. Signature Plane Oculus.Interaction.Surfaces.PlaneSurface.GetPlane() Returns `Plane`
InjectAllPlaneSurface ( facing , doubleSided )	Injects all required dependencies for a dynamically instantiated PlaneSurface; effectively wraps InjectNormalFacing(NormalFacing) and InjectDoubleSided(bool). This method exists to support Interaction SDK's dependency injection pattern and is not needed for typical Unity Editor-based usage. Signature void Oculus.Interaction.Surfaces.PlaneSurface.InjectAllPlaneSurface(NormalFacing facing, bool doubleSided) Parameters `facing: NormalFacing` `doubleSided: bool` Returns `void`
InjectDoubleSided ( doubleSided )	Sets whether a dynamically instantiated PlaneSurface should be interactable from both sides. This method exists to support Interaction SDK's dependency injection pattern and is not needed for typical Unity Editor-based usage. Signature void Oculus.Interaction.Surfaces.PlaneSurface.InjectDoubleSided(bool doubleSided) Parameters `doubleSided: bool` Returns `void`
InjectNormalFacing ( facing )	Sets the NormalFacing value for a dynamically instantiated PlaneSurface. This method exists to support Interaction SDK's dependency injection pattern and is not needed for typical Unity Editor-based usage. Signature void Oculus.Interaction.Surfaces.PlaneSurface.InjectNormalFacing(NormalFacing facing) Parameters `facing: NormalFacing` Returns `void`
Raycast ( ray , hit , maxDistance )	Implementation of ISurface.Raycast(in Ray, out SurfaceHit, float); for details, please refer to the related documentation provided for that property. Signature bool Oculus.Interaction.Surfaces.PlaneSurface.Raycast(in Ray ray, out SurfaceHit hit, float maxDistance) Parameters `ray: in Ray` `hit: out SurfaceHit` `maxDistance: float` Returns `bool`