When attached to a GameObject with an OVROverlay component, OVROverlayMeshGenerator will use a mesh renderer to preview the appearance of the OVROverlay as it would appear as a TimeWarp overlay on a headset.

Protected Methods

OnDestroy ()	Signature void OVROverlayMeshGenerator.OnDestroy() Returns `void`
OnEnable ()	Signature void OVROverlayMeshGenerator.OnEnable() Returns `void`

Methods

SetOverlay ( overlay )

Signature

void OVROverlayMeshGenerator.SetOverlay(OVROverlay overlay)

Parameters

overlay: OVROverlay

Returns

void

Static Methods

BuildCube ( verts , uv , cubeUV , triangles , position , rotation , scale , worldScale , subQuads , expandCoefficient )	Signature static void OVROverlayMeshGenerator.BuildCube(List< Vector3 > verts, List< Vector2 > uv, List< Vector4 > cubeUV, List< int > triangles, Vector3 position, Quaternion rotation, Vector3 scale, float worldScale=800, int subQuads=1, float expandCoefficient=1.01f) Parameters `verts: List< Vector3 >` `uv: List< Vector2 >` `cubeUV: List< Vector4 >` `triangles: List< int >` `position: Vector3` `rotation: Quaternion` `scale: Vector3` `worldScale: float` `subQuads: int` `expandCoefficient: float` Returns `void`
BuildHemicylinder ( verts , uv , triangles , scale , rect , longitudes )	Signature static void OVROverlayMeshGenerator.BuildHemicylinder(List< Vector3 > verts, List< Vector2 > uv, List< int > triangles, Vector3 scale, Rect rect, int longitudes=128) Parameters `verts: List< Vector3 >` `uv: List< Vector2 >` `triangles: List< int >` `scale: Vector3` `rect: Rect` `longitudes: int` Returns `void`
BuildQuad ( verts , uv , triangles , rect )	Signature static void OVROverlayMeshGenerator.BuildQuad(List< Vector3 > verts, List< Vector2 > uv, List< int > triangles, Rect rect) Parameters `verts: List< Vector3 >` `uv: List< Vector2 >` `triangles: List< int >` `rect: Rect` Returns `void`
BuildSphere ( verts , uv , triangles , position , rotation , scale , rect , worldScale , latitudes , longitudes , expandCoefficient )	Signature static void OVROverlayMeshGenerator.BuildSphere(List< Vector3 > verts, List< Vector2 > uv, List< int > triangles, Vector3 position, Quaternion rotation, Vector3 scale, Rect rect, float worldScale=800, int latitudes=128, int longitudes=128, float expandCoefficient=1.0f) Parameters `verts: List< Vector3 >` `uv: List< Vector2 >` `triangles: List< int >` `position: Vector3` `rotation: Quaternion` `scale: Vector3` `rect: Rect` `worldScale: float` `latitudes: int` `longitudes: int` `expandCoefficient: float` Returns `void`
GenerateMesh ( verts , uvs , cubeUVs , tris , shape , position , rotation , scale , rect )	Signature static void OVROverlayMeshGenerator.GenerateMesh(List< Vector3 > verts, List< Vector2 > uvs, List< Vector4 > cubeUVs, List< int > tris, OVROverlay.OverlayShape shape, Vector3 position, Quaternion rotation, Vector3 scale, Rect rect) Parameters `verts: List< Vector3 >` `uvs: List< Vector2 >` `cubeUVs: List< Vector4 >` `tris: List< int >` `shape: OVROverlay.OverlayShape` `position: Vector3` `rotation: Quaternion` `scale: Vector3` `rect: Rect` Returns `void`