IsEnabled : bool [Get]	True if this component is enabled and no change to its enabled status is pending. Signature bool IsEnabled
IsNull : bool [Get]	Whether this object represents a valid anchor component. Signature bool IsNull

Methods

Equals ( other )	Compares this component for equality with other . Signature bool Equals(OVRTriangleMesh other) Parameters `other: OVRTriangleMesh` The other component to compare with. Returns `bool` True if both components belong to the same OVRAnchor, otherwise false.
Equals ( obj )	Compares this component for equality with obj . Signature override bool Equals(object obj) Parameters `obj: object` The `object` to compare with. Returns `override bool` True if obj is an OVRTriangleMesh and Equals(OVRTriangleMesh) is true, otherwise false.
GetHashCode ()	Gets a hashcode suitable for use in a Dictionary or HashSet. Signature override int GetHashCode() Returns `override int` A hashcode for this component.
ScheduleGetMeshJob ( positions , indices , dependencies )	Schedules a job to get an anchor's triangle mesh. This schedules jobs with the Unity Job system to retrieve the mesh data and then perform the necessary conversion to Unity's coordinate space (see TryGetMeshRawUntransformed). The caller owns the memory of the input arrays and is responsible for allocating them to the appropriate size before passing them to this method. Use TryGetCounts to determine the required size of each array. Note that indices should be three times the number of triangles (`triangleCount`) indicated by TryGetCounts. If the triangle mesh cannot be retrieved, all indices will be set to zero. Use this to check for success after the job completes. For example, if the first three indices are zero, then the mesh is not valid. Signature JobHandle ScheduleGetMeshJob(NativeArray< Vector3 > positions, NativeArray< int > indices, JobHandle dependencies=default) Parameters `positions: NativeArray< Vector3 >` The vertex positions of the triangle mesh. `indices: NativeArray< int >` The triangle indices of the triangle mesh. `dependencies: JobHandle` (Optional) A job on which the new jobs will depend. Returns `JobHandle` Returns the handle associated with the new job.
ToString ()	Gets a string representation of this component. Signature override string ToString() Returns `override string` A string representation of this component.
TryGetCounts ( vertexCount , triangleCount )	Gets the number of vertices and triangles in the mesh. Use this method to get the required sizes of the vertex and triangle index buffers. The length of the `indices` array passed to TryGetMesh and triangleCount . This method is thread-safe. Signature bool TryGetCounts(out int vertexCount, out int triangleCount) Parameters `vertexCount: out int` The number of vertices in the mesh. `triangleCount: out int` The number of triangles in the mesh. There are three times as many indices. Returns `bool` Returns true if the counts were retrieved; otherwise, false.
TryGetMesh ( positions , indices )	Gets the triangle mesh. The caller owns the memory of the input arrays and is responsible for allocating them to the appropriate size before passing them to this method. Use TryGetCounts to determine the required size of each array. Note that indices should be three times the number of triangles (`triangleCount`) indicated by TryGetCounts. This method is thread-safe. Signature bool TryGetMesh(NativeArray< Vector3 > positions, NativeArray< int > indices) Parameters `positions: NativeArray< Vector3 >` The vertex positions of the mesh. `indices: NativeArray< int >` The triangle indices of the mesh. Returns `bool` Returns true if the mesh data was retrieved; otherwise, false.
TryGetMeshRawUntransformed ( positions , indices )	Gets the raw, untransformed triangle mesh. Signature bool TryGetMeshRawUntransformed(NativeArray< Vector3 > positions, NativeArray< int > indices) Parameters `positions: NativeArray< Vector3 >` The vertex positions of the mesh. `indices: NativeArray< int >` The triangle indices of the mesh. Returns `bool` Returns true if the mesh data was retrieved; otherwise, false.

Static Methods

operator!= ( lhs , rhs )	Compares two components for inequality. Signature static bool operator!=(OVRTriangleMesh lhs, OVRTriangleMesh rhs) Parameters `lhs: OVRTriangleMesh` The component to compare with rhs . `rhs: OVRTriangleMesh` The component to compare with lhs . Returns `bool` True if the components do not belong to the same OVRAnchor, otherwise false.
operator== ( lhs , rhs )	Compares two components for equality. Signature static bool operator==(OVRTriangleMesh lhs, OVRTriangleMesh rhs) Parameters `lhs: OVRTriangleMesh` The component to compare with rhs . `rhs: OVRTriangleMesh` The component to compare with lhs . Returns `bool` True if both components belong to the same OVRAnchor, otherwise false.