API reference

MetaXRAcousticNativeInterface Class

Parent class that functions as a scope for all the code that wraps binary interfaces for the Unity, Wwise and FMOD plug-ins.

Properties

Interface : INativeInterface

[Get]

The current interface being used by the system.

The first access of this field will trigger a scan for any Meta XR Audio plugin binaries, which are searched for in the following order (taking the first one found and halting any further search):

Meta XR Audio Plugin for Wwise

Meta XR Audio Plugin for FMOD

Meta XR Audio Plugin for Unity

If none are found, Unity is assumed, but attempting to call any of the functions of the returned NativeInterface class result in undefined behavior.

Member	Description
Int8	8-bit signed integer [-128, 127]
UInt8	8-bit unsigned integer [0, 255]
Int16	16-bit signed integer [-32768, 32767]
UInt16	16-bit unsigned integer [0, 65535]
Int32	32-bit signed integer [-2147483648, 21474836]
UInt32	32-bit unsigned integer [0, 4294967295]
Int64	64-bit signed integer [-9223372036854775808, 9223372036854775807]
UInt64	64-bit unsigned integer [0, 184467440737095516]
Float16	16-bit floating point number with 1 bit sign, 10 bits exponent, and 15 bits mantissa
Float32	32-bit floating point number with 1 bit sign, 23 bits exponent, and 23 bits mantissa
Float64	64-bit floating point number with 1 bit sign, 52 bits exponent, and 52 bits mantissa

AudioGeometryGetSimplifiedMesh ( geometry , vertices , indices , materialIndices )	Get the mesh information that is currently saved to a geometry object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometryGetSimplifiedMesh(IntPtr geometry, out float[] vertices, out uint[] indices, out uint[] materialIndices) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: out float []` An array of vertices that describe the mesh `indices: out uint []` An array of integers that describe the mesh `materialIndices: out uint []` An array of integers that describe the materials Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryGetTransform ( geometry , matrix4x4 )	Get the transform of a geometry object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometryGetTransform(IntPtr geometry, out float[] matrix4x4) Parameters `geometry: IntPtr` A pointer to the geometry object `matrix4x4: out float []` Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryReadMeshFile ( geometry , filePath )	Read in baked geometry from a .xrageo file into a geometry object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometryReadMeshFile(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object where the file data will be read `filePath: string` A fully qualified path to the .xrageo file that should be read Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryReadMeshMemory ( geometry , data , dataLength )	Read in geometry data as raw data input stored in an array. This allows alternate file reading methods. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometryReadMeshMemory(IntPtr geometry, IntPtr data, UInt64 dataLength) Parameters `geometry: IntPtr` A pointer to the geometry object where the file data will be read `data: IntPtr` A pointer to the raw data that should be read `dataLength: UInt64` The number of bytes in the raw data Returns `int` Returns an ovrResult indicating success or failure
AudioGeometrySetObjectFlag ( geometry , flag , enabled )	Set the properties of a geometry object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometrySetObjectFlag(IntPtr geometry, ObjectFlags flag, bool enabled) Parameters `geometry: IntPtr` A pointer to the geometry object `flag: ObjectFlags` The property about the geometry to be set `enabled: bool` bool specifying if the feature should be enabled Returns `int` Returns an ovrResult indicating success or failure
AudioGeometrySetTransform ( geometry , matrix )	Set the transform of a geometry object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometrySetTransform(IntPtr geometry, in Matrix4x4 matrix) Parameters `geometry: IntPtr` A pointer to the geometry object `matrix: in Matrix4x4` A 4x4 matrix that contains the transform to apply Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryUploadMeshArrays ( geometry , vertices , vertexCount , indices , indexCount , groups , groupCount )	Bake mesh data into a geometry object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometryUploadMeshArrays(IntPtr geometry, float[] vertices, int vertexCount, int[] indices, int indexCount, MeshGroup[] groups, int groupCount) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: float []` An array of vertices that describe the mesh `vertexCount: int` The number of vertices in the vertices array `indices: int []` An array of integers that describe the mesh `indexCount: int` The number of integers in the indices array `groups: MeshGroup []` An array of mesh group data `groupCount: int` The number of mesh groups in the groups array Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryUploadSimplifiedMeshArrays ( geometry , vertices , vertexCount , indices , indexCount , groups , groupCount , simplification )	Bake mesh data into a geometry object with simplification flags. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometryUploadSimplifiedMeshArrays(IntPtr geometry, float[] vertices, int vertexCount, int[] indices, int indexCount, MeshGroup[] groups, int groupCount, ref MeshSimplification simplification) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: float []` An array of vertices that describe the mesh `vertexCount: int` The number of vertices in the vertices array `indices: int []` An array of integers that describe the mesh `indexCount: int` The number of integers in the indices array `groups: MeshGroup []` An array of mesh group data `groupCount: int` The number of mesh groups in the groups array `simplification: ref MeshSimplification` A struct containing flags for mesh simplification Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryWriteMeshFile ( geometry , filePath )	Write a geometry object into a .xrageo file. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometryWriteMeshFile(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object to be written `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryWriteMeshFileObj ( geometry , filePath )	Save the mesh data of a geometry object into an .obj file. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioGeometryWriteMeshFileObj(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialGetFrequency ( material , property , frequency , value )	Get the value of a material property at the given frequency. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioMaterialGetFrequency(IntPtr material, MaterialProperty property, float frequency, out float value) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to get `frequency: float` The frequency to get the value at `value: out float` The returned material property at the given frequency Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialReset ( material , property )	Remove all the set values for a material property. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioMaterialReset(IntPtr material, MaterialProperty property) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to get Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialSetFrequency ( material , property , frequency , value )	Set the value of a material property at the given frequency. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioMaterialSetFrequency(IntPtr material, MaterialProperty property, float frequency, float value) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to set `frequency: float` The frequency to set the value at `value: float` The desired value of the material property at the given frequency Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRCompute ( sceneIR , parameters )	Bake an Acoustic Map given particular parameters. It will use automatically generated points. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRCompute(IntPtr sceneIR, ref MapParameters parameters) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `parameters: ref MapParameters` The parameters to be used for the baking Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRComputeCustomPoints ( sceneIR , points , pointCount , parameters )	Bake an Acoustic Map given particular parameters. It will use custom points. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRComputeCustomPoints(IntPtr sceneIR, float[] points, UIntPtr pointCount, ref MapParameters parameters) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `points: float []` An array of custom points to be used for the baking `pointCount: UIntPtr` The number of points in the points array `parameters: ref MapParameters` The parameters to be used for the baking Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetEnabled ( sceneIR , enabled )	Get whether an Acoustic Map object is enabled or disabled. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRGetEnabled(IntPtr sceneIR, out bool enabled) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `enabled: out bool` bool specifying if the Acoustic Map is be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetPointCount ( sceneIR , pointCount )	Get the number of points used in the Acoustic Map. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRGetPointCount(IntPtr sceneIR, out UIntPtr pointCount) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `pointCount: out UIntPtr` The number of points in the Acoustic Map Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetPoints ( sceneIR , points , maxPointCount )	Get the exact points used in the Acoustic Map. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRGetPoints(IntPtr sceneIR, float[] points, UIntPtr maxPointCount) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `points: float []` An array of the points used in the Acoustic Map `maxPointCount: UIntPtr` The maximum number of points that can be stored in the points array Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetStatus ( sceneIR , status )	Get the current computation status of an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRGetStatus(IntPtr sceneIR, out AcousticMapStatus status) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `status: out AcousticMapStatus` The current computation status of the Acoustic Map object Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetTransform ( sceneIR , matrix4x4 )	Get the transform currently applied to an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRGetTransform(IntPtr sceneIR, out float[] matrix4x4) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `matrix4x4: out float []` The transform currently applied to the Acoustic Map represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRReadFile ( sceneIR , filePath )	Read a .xramap file into an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRReadFile(IntPtr sceneIR, string filePath) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `filePath: string` A fully qualified path which the .xramap file that should be read from Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRReadMemory ( sceneIR , data , dataLength )	Read a raw data array into an Acoustic Map object. Allows for alternate file reading methods. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRReadMemory(IntPtr sceneIR, IntPtr data, UInt64 dataLength) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `data: IntPtr` A pointer to the raw data that should be read `dataLength: UInt64` The number of bytes in the raw data Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRSetEnabled ( sceneIR , enabled )	Set an Acoustic Map object to be enabled or disabled. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRSetEnabled(IntPtr sceneIR, bool enabled) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `enabled: bool` bool specifying if the Acoustic Map should be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRSetTransform ( sceneIR , matrix )	Set the transform of an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRSetTransform(IntPtr sceneIR, in Matrix4x4 matrix) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `matrix: in Matrix4x4` The transform to apply represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRWriteFile ( sceneIR , filePath )	Write an Acoustic Map into a .xramap file. Signature int MetaXRAcousticNativeInterface.INativeInterface.AudioSceneIRWriteFile(IntPtr sceneIR, string filePath) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetBox ( control , sizeX , sizeY , sizeZ )	Get the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneGetBox(IntPtr control, out float sizeX, out float sizeY, out float sizeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `sizeX: out float` The size of the boundary along the x axis `sizeY: out float` The size of the boundary along the y axis `sizeZ: out float` The size of the boundary along the z axis Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetEnabled ( control , enabled )	Get whether a Control Zone object is enabled or disabled. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneGetEnabled(IntPtr control, out bool enabled) Parameters `control: IntPtr` A pointer to the Control Zone object `enabled: out bool` bool specifying if the Control Zone is enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetFadeDistance ( control , fadeX , fadeY , fadeZ )	Get the distance to fade outward from the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneGetFadeDistance(IntPtr control, out float fadeX, out float fadeY, out float fadeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `fadeX: out float` The amount of fade in the x direction `fadeY: out float` The amount of fade in the y direction `fadeZ: out float` The amount of fade in the z direction Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetTransform ( control , matrix4x4 )	Get the transform currently applied to a Control Zone object. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneGetTransform(IntPtr control, out float[] matrix4x4) Parameters `control: IntPtr` A pointer to the Control Zone object `matrix4x4: out float []` The transform currently applied to the Control Zone represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
ControlZoneReset ( control , property )	Remove all values set for a particular property of a Control Zone object. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneReset(IntPtr control, ControlZoneProperty property) Parameters `control: IntPtr` A pointer to the Control Zone object `property: ControlZoneProperty` The property of the Control Zone to set Returns `int`
ControlZoneSetBox ( control , sizeX , sizeY , sizeZ )	Set the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneSetBox(IntPtr control, float sizeX, float sizeY, float sizeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `sizeX: float` The width of the boundary `sizeY: float` The height of the boundary `sizeZ: float` The depth of the boundary Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetEnabled ( control , enabled )	Enable or Disable Control Zone object. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneSetEnabled(IntPtr control, bool enabled) Parameters `control: IntPtr` A pointer to the Control Zone object `enabled: bool` bool specifying if the Control Zone should be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetFadeDistance ( control , fadeX , fadeY , fadeZ )	Set the distance to fade outward from the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneSetFadeDistance(IntPtr control, float fadeX, float fadeY, float fadeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `fadeX: float` The amount of fade in the x direction `fadeY: float` The amount of fade in the y direction `fadeZ: float` The amount of fade in the z direction Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetFrequency ( control , property , frequency , value )	Set a property of the Control Zone object for a particular frequency. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneSetFrequency(IntPtr control, ControlZoneProperty property, float frequency, float value) Parameters `control: IntPtr` A pointer to the Control Zone object `property: ControlZoneProperty` The property of the Control Zone to set `frequency: float` The frequency to change the property at in Hz `value: float` The new value of the property at frequency Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetTransform ( control , matrix )	Set the transform of a Control Zone object. Signature int MetaXRAcousticNativeInterface.INativeInterface.ControlZoneSetTransform(IntPtr control, in Matrix4x4 matrix) Parameters `control: IntPtr` A pointer to the Control Zone object `matrix: in Matrix4x4` The transform to apply represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
CreateAudioGeometry ( geometry )	Create a geometry object. Signature int MetaXRAcousticNativeInterface.INativeInterface.CreateAudioGeometry(out IntPtr geometry) Parameters `geometry: out IntPtr` A pointer to the created geometry object Returns `int` Returns an ovrResult indicating success or failure
CreateAudioMaterial ( material )	Create a new material object. Signature int MetaXRAcousticNativeInterface.INativeInterface.CreateAudioMaterial(out IntPtr material) Parameters `material: out IntPtr` A pointer to the newly created material object Returns `int` Returns an ovrResult indicating success or failure
CreateAudioSceneIR ( sceneIR )	Create a new Acoustic Map object. Signature int MetaXRAcousticNativeInterface.INativeInterface.CreateAudioSceneIR(out IntPtr sceneIR) Parameters `sceneIR: out IntPtr` A pointer to the newly created Acoustic Map object Returns `int` Returns an ovrResult indicating success or failure
CreateControlZone ( control )	Create a new Control Zone object. Signature int MetaXRAcousticNativeInterface.INativeInterface.CreateControlZone(out IntPtr control) Parameters `control: out IntPtr` A pointer to the Control Zone object Returns `int` Returns an ovrResult indicating success or failure
DestroyAudioGeometry ( geometry )	Destroy a geometry object. Signature int MetaXRAcousticNativeInterface.INativeInterface.DestroyAudioGeometry(IntPtr geometry) Parameters `geometry: IntPtr` A pointer to the geometry object that should be destroyed Returns `int` Returns an ovrResult indicating success or failure

AudioGeometryGetSimplifiedMesh ( geometry , vertices , indices , materialIndices )	Get the mesh information that is currently saved to a geometry object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometryGetSimplifiedMesh(IntPtr geometry, out float[] vertices, out uint[] indices, out uint[] materialIndices) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: out float []` An array of vertices that describe the mesh `indices: out uint []` An array of integers that describe the mesh `materialIndices: out uint []` An array of integers that describe the materials Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryGetTransform ( geometry , matrix4x4 )	Get the transform of a geometry object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometryGetTransform(IntPtr geometry, out float[] matrix4x4) Parameters `geometry: IntPtr` A pointer to the geometry object `matrix4x4: out float []` Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryReadMeshFile ( geometry , filePath )	Read in baked geometry from a .xrageo file into a geometry object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometryReadMeshFile(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object where the file data will be read `filePath: string` A fully qualified path to the .xrageo file that should be read Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryReadMeshMemory ( geometry , data , dataLength )	Read in geometry data as raw data input stored in an array. This allows alternate file reading methods. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometryReadMeshMemory(IntPtr geometry, IntPtr data, UInt64 dataLength) Parameters `geometry: IntPtr` A pointer to the geometry object where the file data will be read `data: IntPtr` A pointer to the raw data that should be read `dataLength: UInt64` The number of bytes in the raw data Returns `int` Returns an ovrResult indicating success or failure
AudioGeometrySetObjectFlag ( geometry , flag , enabled )	Set the properties of a geometry object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometrySetObjectFlag(IntPtr geometry, ObjectFlags flag, bool enabled) Parameters `geometry: IntPtr` A pointer to the geometry object `flag: ObjectFlags` The property about the geometry to be set `enabled: bool` bool specifying if the feature should be enabled Returns `int` Returns an ovrResult indicating success or failure
AudioGeometrySetTransform ( geometry , matrix )	Set the transform of a geometry object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometrySetTransform(IntPtr geometry, in Matrix4x4 matrix) Parameters `geometry: IntPtr` A pointer to the geometry object `matrix: in Matrix4x4` A 4x4 matrix that contains the transform to apply Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryUploadMeshArrays ( geometry , vertices , vertexCount , indices , indexCount , groups , groupCount )	Bake mesh data into a geometry object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometryUploadMeshArrays(IntPtr geometry, float[] vertices, int vertexCount, int[] indices, int indexCount, MeshGroup[] groups, int groupCount) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: float []` An array of vertices that describe the mesh `vertexCount: int` The number of vertices in the vertices array `indices: int []` An array of integers that describe the mesh `indexCount: int` The number of integers in the indices array `groups: MeshGroup []` An array of mesh group data `groupCount: int` The number of mesh groups in the groups array Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryUploadSimplifiedMeshArrays ( geometry , vertices , vertexCount , indices , indexCount , groups , groupCount , simplification )	Bake mesh data into a geometry object with simplification flags. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometryUploadSimplifiedMeshArrays(IntPtr geometry, float[] vertices, int vertexCount, int[] indices, int indexCount, MeshGroup[] groups, int groupCount, ref MeshSimplification simplification) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: float []` An array of vertices that describe the mesh `vertexCount: int` The number of vertices in the vertices array `indices: int []` An array of integers that describe the mesh `indexCount: int` The number of integers in the indices array `groups: MeshGroup []` An array of mesh group data `groupCount: int` The number of mesh groups in the groups array `simplification: ref MeshSimplification` A struct containing flags for mesh simplification Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryWriteMeshFile ( geometry , filePath )	Write a geometry object into a .xrageo file. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometryWriteMeshFile(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object to be written `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryWriteMeshFileObj ( geometry , filePath )	Save the mesh data of a geometry object into an .obj file. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioGeometryWriteMeshFileObj(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialGetFrequency ( material , property , frequency , value )	Get the value of a material property at the given frequency. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioMaterialGetFrequency(IntPtr material, MaterialProperty property, float frequency, out float value) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to get `frequency: float` The frequency to get the value at `value: out float` The returned material property at the given frequency Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialReset ( material , property )	Remove all the set values for a material property. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioMaterialReset(IntPtr material, MaterialProperty property) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to get Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialSetFrequency ( material , property , frequency , value )	Set the value of a material property at the given frequency. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioMaterialSetFrequency(IntPtr material, MaterialProperty property, float frequency, float value) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to set `frequency: float` The frequency to set the value at `value: float` The desired value of the material property at the given frequency Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRCompute ( sceneIR , parameters )	Bake an Acoustic Map given particular parameters. It will use automatically generated points. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRCompute(IntPtr sceneIR, ref MapParameters parameters) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `parameters: ref MapParameters` The parameters to be used for the baking Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRComputeCustomPoints ( sceneIR , points , pointCount , parameters )	Bake an Acoustic Map given particular parameters. It will use custom points. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRComputeCustomPoints(IntPtr sceneIR, float[] points, UIntPtr pointCount, ref MapParameters parameters) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `points: float []` An array of custom points to be used for the baking `pointCount: UIntPtr` The number of points in the points array `parameters: ref MapParameters` The parameters to be used for the baking Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetEnabled ( sceneIR , enabled )	Get whether an Acoustic Map object is enabled or disabled. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRGetEnabled(IntPtr sceneIR, out bool enabled) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `enabled: out bool` bool specifying if the Acoustic Map is be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetPointCount ( sceneIR , pointCount )	Get the number of points used in the Acoustic Map. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRGetPointCount(IntPtr sceneIR, out UIntPtr pointCount) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `pointCount: out UIntPtr` The number of points in the Acoustic Map Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetPoints ( sceneIR , points , maxPointCount )	Get the exact points used in the Acoustic Map. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRGetPoints(IntPtr sceneIR, float[] points, UIntPtr maxPointCount) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `points: float []` An array of the points used in the Acoustic Map `maxPointCount: UIntPtr` The maximum number of points that can be stored in the points array Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetStatus ( sceneIR , status )	Get the current computation status of an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRGetStatus(IntPtr sceneIR, out AcousticMapStatus status) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `status: out AcousticMapStatus` The current computation status of the Acoustic Map object Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetTransform ( sceneIR , matrix4x4 )	Get the transform currently applied to an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRGetTransform(IntPtr sceneIR, out float[] matrix4x4) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `matrix4x4: out float []` The transform currently applied to the Acoustic Map represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRReadFile ( sceneIR , filePath )	Read a .xramap file into an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRReadFile(IntPtr sceneIR, string filePath) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `filePath: string` A fully qualified path which the .xramap file that should be read from Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRReadMemory ( sceneIR , data , dataLength )	Read a raw data array into an Acoustic Map object. Allows for alternate file reading methods. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRReadMemory(IntPtr sceneIR, IntPtr data, UInt64 dataLength) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `data: IntPtr` A pointer to the raw data that should be read `dataLength: UInt64` The number of bytes in the raw data Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRSetEnabled ( sceneIR , enabled )	Set an Acoustic Map object to be enabled or disabled. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRSetEnabled(IntPtr sceneIR, bool enabled) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `enabled: bool` bool specifying if the Acoustic Map should be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRSetTransform ( sceneIR , matrix )	Set the transform of an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRSetTransform(IntPtr sceneIR, in Matrix4x4 matrix) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `matrix: in Matrix4x4` The transform to apply represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRWriteFile ( sceneIR , filePath )	Write an Acoustic Map into a .xramap file. Signature int MetaXRAcousticNativeInterface.DummyInterface.AudioSceneIRWriteFile(IntPtr sceneIR, string filePath) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetBox ( control , sizeX , sizeY , sizeZ )	Get the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneGetBox(IntPtr control, out float sizeX, out float sizeY, out float sizeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `sizeX: out float` The size of the boundary along the x axis `sizeY: out float` The size of the boundary along the y axis `sizeZ: out float` The size of the boundary along the z axis Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetEnabled ( control , enabled )	Get whether a Control Zone object is enabled or disabled. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneGetEnabled(IntPtr control, out bool enabled) Parameters `control: IntPtr` A pointer to the Control Zone object `enabled: out bool` bool specifying if the Control Zone is enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetFadeDistance ( control , fadeX , fadeY , fadeZ )	Get the distance to fade outward from the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneGetFadeDistance(IntPtr control, out float fadeX, out float fadeY, out float fadeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `fadeX: out float` The amount of fade in the x direction `fadeY: out float` The amount of fade in the y direction `fadeZ: out float` The amount of fade in the z direction Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetTransform ( control , matrix4x4 )	Get the transform currently applied to a Control Zone object. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneGetTransform(IntPtr control, out float[] matrix4x4) Parameters `control: IntPtr` A pointer to the Control Zone object `matrix4x4: out float []` The transform currently applied to the Control Zone represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
ControlZoneReset ( control , property )	Remove all values set for a particular property of a Control Zone object. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneReset(IntPtr control, ControlZoneProperty property) Parameters `control: IntPtr` A pointer to the Control Zone object `property: ControlZoneProperty` The property of the Control Zone to set Returns `int`
ControlZoneSetBox ( control , sizeX , sizeY , sizeZ )	Set the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneSetBox(IntPtr control, float sizeX, float sizeY, float sizeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `sizeX: float` The width of the boundary `sizeY: float` The height of the boundary `sizeZ: float` The depth of the boundary Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetEnabled ( control , enabled )	Enable or Disable Control Zone object. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneSetEnabled(IntPtr control, bool enabled) Parameters `control: IntPtr` A pointer to the Control Zone object `enabled: bool` bool specifying if the Control Zone should be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetFadeDistance ( control , fadeX , fadeY , fadeZ )	Set the distance to fade outward from the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneSetFadeDistance(IntPtr control, float fadeX, float fadeY, float fadeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `fadeX: float` The amount of fade in the x direction `fadeY: float` The amount of fade in the y direction `fadeZ: float` The amount of fade in the z direction Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetFrequency ( control , property , frequency , value )	Set a property of the Control Zone object for a particular frequency. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneSetFrequency(IntPtr control, ControlZoneProperty property, float frequency, float value) Parameters `control: IntPtr` A pointer to the Control Zone object `property: ControlZoneProperty` The property of the Control Zone to set `frequency: float` The frequency to change the property at in Hz `value: float` The new value of the property at frequency Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetTransform ( control , matrix )	Set the transform of a Control Zone object. Signature int MetaXRAcousticNativeInterface.DummyInterface.ControlZoneSetTransform(IntPtr control, in Matrix4x4 matrix) Parameters `control: IntPtr` A pointer to the Control Zone object `matrix: in Matrix4x4` The transform to apply represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
CreateAudioGeometry ( geometry )	Create a geometry object. Signature int MetaXRAcousticNativeInterface.DummyInterface.CreateAudioGeometry(out IntPtr geometry) Parameters `geometry: out IntPtr` A pointer to the created geometry object Returns `int` Returns an ovrResult indicating success or failure
CreateAudioMaterial ( material )	Create a new material object. Signature int MetaXRAcousticNativeInterface.DummyInterface.CreateAudioMaterial(out IntPtr material) Parameters `material: out IntPtr` A pointer to the newly created material object Returns `int` Returns an ovrResult indicating success or failure
CreateAudioSceneIR ( sceneIR )	Create a new Acoustic Map object. Signature int MetaXRAcousticNativeInterface.DummyInterface.CreateAudioSceneIR(out IntPtr sceneIR) Parameters `sceneIR: out IntPtr` A pointer to the newly created Acoustic Map object Returns `int` Returns an ovrResult indicating success or failure
CreateControlZone ( control )	Create a new Control Zone object. Signature int MetaXRAcousticNativeInterface.DummyInterface.CreateControlZone(out IntPtr control) Parameters `control: out IntPtr` A pointer to the Control Zone object Returns `int` Returns an ovrResult indicating success or failure
DestroyAudioGeometry ( geometry )	Destroy a geometry object. Signature int MetaXRAcousticNativeInterface.DummyInterface.DestroyAudioGeometry(IntPtr geometry) Parameters `geometry: IntPtr` A pointer to the geometry object that should be destroyed Returns `int` Returns an ovrResult indicating success or failure

AudioGeometryGetSimplifiedMesh ( geometry , vertices , indices , materialIndices )	Get the mesh information that is currently saved to a geometry object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometryGetSimplifiedMesh(IntPtr geometry, out float[] vertices, out uint[] indices, out uint[] materialIndices) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: out float []` An array of vertices that describe the mesh `indices: out uint []` An array of integers that describe the mesh `materialIndices: out uint []` An array of integers that describe the materials Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryGetTransform ( geometry , matrix4x4 )	Get the transform of a geometry object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometryGetTransform(IntPtr geometry, out float[] matrix4x4) Parameters `geometry: IntPtr` A pointer to the geometry object `matrix4x4: out float []` Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryReadMeshFile ( geometry , filePath )	Read in baked geometry from a .xrageo file into a geometry object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometryReadMeshFile(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object where the file data will be read `filePath: string` A fully qualified path to the .xrageo file that should be read Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryReadMeshMemory ( geometry , data , dataLength )	Read in geometry data as raw data input stored in an array. This allows alternate file reading methods. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometryReadMeshMemory(IntPtr geometry, IntPtr data, UInt64 dataLength) Parameters `geometry: IntPtr` A pointer to the geometry object where the file data will be read `data: IntPtr` A pointer to the raw data that should be read `dataLength: UInt64` The number of bytes in the raw data Returns `int` Returns an ovrResult indicating success or failure
AudioGeometrySetObjectFlag ( geometry , flag , enabled )	Set the properties of a geometry object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometrySetObjectFlag(IntPtr geometry, ObjectFlags flag, bool enabled) Parameters `geometry: IntPtr` A pointer to the geometry object `flag: ObjectFlags` The property about the geometry to be set `enabled: bool` bool specifying if the feature should be enabled Returns `int` Returns an ovrResult indicating success or failure
AudioGeometrySetTransform ( geometry , matrix )	Set the transform of a geometry object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometrySetTransform(IntPtr geometry, in Matrix4x4 matrix) Parameters `geometry: IntPtr` A pointer to the geometry object `matrix: in Matrix4x4` A 4x4 matrix that contains the transform to apply Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryUploadMeshArrays ( geometry , vertices , vertexCount , indices , indexCount , groups , groupCount )	Bake mesh data into a geometry object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometryUploadMeshArrays(IntPtr geometry, float[] vertices, int vertexCount, int[] indices, int indexCount, MeshGroup[] groups, int groupCount) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: float []` An array of vertices that describe the mesh `vertexCount: int` The number of vertices in the vertices array `indices: int []` An array of integers that describe the mesh `indexCount: int` The number of integers in the indices array `groups: MeshGroup []` An array of mesh group data `groupCount: int` The number of mesh groups in the groups array Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryUploadSimplifiedMeshArrays ( geometry , vertices , vertexCount , indices , indexCount , groups , groupCount , simplification )	Bake mesh data into a geometry object with simplification flags. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometryUploadSimplifiedMeshArrays(IntPtr geometry, float[] vertices, int vertexCount, int[] indices, int indexCount, MeshGroup[] groups, int groupCount, ref MeshSimplification simplification) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: float []` An array of vertices that describe the mesh `vertexCount: int` The number of vertices in the vertices array `indices: int []` An array of integers that describe the mesh `indexCount: int` The number of integers in the indices array `groups: MeshGroup []` An array of mesh group data `groupCount: int` The number of mesh groups in the groups array `simplification: ref MeshSimplification` A struct containing flags for mesh simplification Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryWriteMeshFile ( geometry , filePath )	Write a geometry object into a .xrageo file. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometryWriteMeshFile(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object to be written `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryWriteMeshFileObj ( geometry , filePath )	Save the mesh data of a geometry object into an .obj file. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioGeometryWriteMeshFileObj(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialGetFrequency ( material , property , frequency , value )	Get the value of a material property at the given frequency. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioMaterialGetFrequency(IntPtr material, MaterialProperty property, float frequency, out float value) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to get `frequency: float` The frequency to get the value at `value: out float` The returned material property at the given frequency Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialReset ( material , property )	Remove all the set values for a material property. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioMaterialReset(IntPtr material, MaterialProperty property) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to get Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialSetFrequency ( material , property , frequency , value )	Set the value of a material property at the given frequency. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioMaterialSetFrequency(IntPtr material, MaterialProperty property, float frequency, float value) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to set `frequency: float` The frequency to set the value at `value: float` The desired value of the material property at the given frequency Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRCompute ( sceneIR , parameters )	Bake an Acoustic Map given particular parameters. It will use automatically generated points. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRCompute(IntPtr sceneIR, ref MapParameters parameters) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `parameters: ref MapParameters` The parameters to be used for the baking Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRComputeCustomPoints ( sceneIR , points , pointCount , parameters )	Bake an Acoustic Map given particular parameters. It will use custom points. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRComputeCustomPoints(IntPtr sceneIR, float[] points, UIntPtr pointCount, ref MapParameters parameters) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `points: float []` An array of custom points to be used for the baking `pointCount: UIntPtr` The number of points in the points array `parameters: ref MapParameters` The parameters to be used for the baking Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetEnabled ( sceneIR , enabled )	Get whether an Acoustic Map object is enabled or disabled. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRGetEnabled(IntPtr sceneIR, out bool enabled) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `enabled: out bool` bool specifying if the Acoustic Map is be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetPointCount ( sceneIR , pointCount )	Get the number of points used in the Acoustic Map. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRGetPointCount(IntPtr sceneIR, out UIntPtr pointCount) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `pointCount: out UIntPtr` The number of points in the Acoustic Map Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetPoints ( sceneIR , points , maxPointCount )	Get the exact points used in the Acoustic Map. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRGetPoints(IntPtr sceneIR, float[] points, UIntPtr maxPointCount) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `points: float []` An array of the points used in the Acoustic Map `maxPointCount: UIntPtr` The maximum number of points that can be stored in the points array Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetStatus ( sceneIR , status )	Get the current computation status of an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRGetStatus(IntPtr sceneIR, out AcousticMapStatus status) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `status: out AcousticMapStatus` The current computation status of the Acoustic Map object Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetTransform ( sceneIR , matrix4x4 )	Get the transform currently applied to an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRGetTransform(IntPtr sceneIR, out float[] matrix4x4) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `matrix4x4: out float []` The transform currently applied to the Acoustic Map represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRReadFile ( sceneIR , filePath )	Read a .xramap file into an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRReadFile(IntPtr sceneIR, string filePath) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `filePath: string` A fully qualified path which the .xramap file that should be read from Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRReadMemory ( sceneIR , data , dataLength )	Read a raw data array into an Acoustic Map object. Allows for alternate file reading methods. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRReadMemory(IntPtr sceneIR, IntPtr data, UInt64 dataLength) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `data: IntPtr` A pointer to the raw data that should be read `dataLength: UInt64` The number of bytes in the raw data Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRSetEnabled ( sceneIR , enabled )	Set an Acoustic Map object to be enabled or disabled. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRSetEnabled(IntPtr sceneIR, bool enabled) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `enabled: bool` bool specifying if the Acoustic Map should be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRSetTransform ( sceneIR , matrix )	Set the transform of an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRSetTransform(IntPtr sceneIR, in Matrix4x4 matrix) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `matrix: in Matrix4x4` The transform to apply represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRWriteFile ( sceneIR , filePath )	Write an Acoustic Map into a .xramap file. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.AudioSceneIRWriteFile(IntPtr sceneIR, string filePath) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetBox ( control , sizeX , sizeY , sizeZ )	Get the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneGetBox(IntPtr control, out float sizeX, out float sizeY, out float sizeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `sizeX: out float` The size of the boundary along the x axis `sizeY: out float` The size of the boundary along the y axis `sizeZ: out float` The size of the boundary along the z axis Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetEnabled ( control , enabled )	Get whether a Control Zone object is enabled or disabled. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneGetEnabled(IntPtr control, out bool enabled) Parameters `control: IntPtr` A pointer to the Control Zone object `enabled: out bool` bool specifying if the Control Zone is enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetFadeDistance ( control , fadeX , fadeY , fadeZ )	Get the distance to fade outward from the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneGetFadeDistance(IntPtr control, out float fadeX, out float fadeY, out float fadeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `fadeX: out float` The amount of fade in the x direction `fadeY: out float` The amount of fade in the y direction `fadeZ: out float` The amount of fade in the z direction Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetTransform ( control , matrix4x4 )	Get the transform currently applied to a Control Zone object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneGetTransform(IntPtr control, out float[] matrix4x4) Parameters `control: IntPtr` A pointer to the Control Zone object `matrix4x4: out float []` The transform currently applied to the Control Zone represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
ControlZoneReset ( control , property )	Remove all values set for a particular property of a Control Zone object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneReset(IntPtr control, ControlZoneProperty property) Parameters `control: IntPtr` A pointer to the Control Zone object `property: ControlZoneProperty` The property of the Control Zone to set Returns `int`
ControlZoneSetBox ( control , sizeX , sizeY , sizeZ )	Set the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneSetBox(IntPtr control, float sizeX, float sizeY, float sizeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `sizeX: float` The width of the boundary `sizeY: float` The height of the boundary `sizeZ: float` The depth of the boundary Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetEnabled ( control , enabled )	Enable or Disable Control Zone object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneSetEnabled(IntPtr control, bool enabled) Parameters `control: IntPtr` A pointer to the Control Zone object `enabled: bool` bool specifying if the Control Zone should be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetFadeDistance ( control , fadeX , fadeY , fadeZ )	Set the distance to fade outward from the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneSetFadeDistance(IntPtr control, float fadeX, float fadeY, float fadeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `fadeX: float` The amount of fade in the x direction `fadeY: float` The amount of fade in the y direction `fadeZ: float` The amount of fade in the z direction Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetFrequency ( control , property , frequency , value )	Set a property of the Control Zone object for a particular frequency. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneSetFrequency(IntPtr control, ControlZoneProperty property, float frequency, float value) Parameters `control: IntPtr` A pointer to the Control Zone object `property: ControlZoneProperty` The property of the Control Zone to set `frequency: float` The frequency to change the property at in Hz `value: float` The new value of the property at frequency Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetTransform ( control , matrix )	Set the transform of a Control Zone object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.ControlZoneSetTransform(IntPtr control, in Matrix4x4 matrix) Parameters `control: IntPtr` A pointer to the Control Zone object `matrix: in Matrix4x4` The transform to apply represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
CreateAudioGeometry ( geometry )	Create a geometry object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.CreateAudioGeometry(out IntPtr geometry) Parameters `geometry: out IntPtr` A pointer to the created geometry object Returns `int` Returns an ovrResult indicating success or failure
CreateAudioMaterial ( material )	Create a new material object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.CreateAudioMaterial(out IntPtr material) Parameters `material: out IntPtr` A pointer to the newly created material object Returns `int` Returns an ovrResult indicating success or failure
CreateAudioSceneIR ( sceneIR )	Create a new Acoustic Map object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.CreateAudioSceneIR(out IntPtr sceneIR) Parameters `sceneIR: out IntPtr` A pointer to the newly created Acoustic Map object Returns `int` Returns an ovrResult indicating success or failure
CreateControlZone ( control )	Create a new Control Zone object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.CreateControlZone(out IntPtr control) Parameters `control: out IntPtr` A pointer to the Control Zone object Returns `int` Returns an ovrResult indicating success or failure
DestroyAudioGeometry ( geometry )	Destroy a geometry object. Signature int MetaXRAcousticNativeInterface.FMODPluginInterface.DestroyAudioGeometry(IntPtr geometry) Parameters `geometry: IntPtr` A pointer to the geometry object that should be destroyed Returns `int` Returns an ovrResult indicating success or failure

AudioGeometryGetSimplifiedMesh ( geometry , vertices , indices , materialIndices )	Get the mesh information that is currently saved to a geometry object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometryGetSimplifiedMesh(IntPtr geometry, out float[] vertices, out uint[] indices, out uint[] materialIndices) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: out float []` An array of vertices that describe the mesh `indices: out uint []` An array of integers that describe the mesh `materialIndices: out uint []` An array of integers that describe the materials Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryGetTransform ( geometry , matrix4x4 )	Get the transform of a geometry object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometryGetTransform(IntPtr geometry, out float[] matrix4x4) Parameters `geometry: IntPtr` A pointer to the geometry object `matrix4x4: out float []` Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryReadMeshFile ( geometry , filePath )	Read in baked geometry from a .xrageo file into a geometry object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometryReadMeshFile(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object where the file data will be read `filePath: string` A fully qualified path to the .xrageo file that should be read Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryReadMeshMemory ( geometry , data , dataLength )	Read in geometry data as raw data input stored in an array. This allows alternate file reading methods. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometryReadMeshMemory(IntPtr geometry, IntPtr data, UInt64 dataLength) Parameters `geometry: IntPtr` A pointer to the geometry object where the file data will be read `data: IntPtr` A pointer to the raw data that should be read `dataLength: UInt64` The number of bytes in the raw data Returns `int` Returns an ovrResult indicating success or failure
AudioGeometrySetObjectFlag ( geometry , flag , enabled )	Set the properties of a geometry object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometrySetObjectFlag(IntPtr geometry, ObjectFlags flag, bool enabled) Parameters `geometry: IntPtr` A pointer to the geometry object `flag: ObjectFlags` The property about the geometry to be set `enabled: bool` bool specifying if the feature should be enabled Returns `int` Returns an ovrResult indicating success or failure
AudioGeometrySetTransform ( geometry , matrix )	Set the transform of a geometry object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometrySetTransform(IntPtr geometry, in Matrix4x4 matrix) Parameters `geometry: IntPtr` A pointer to the geometry object `matrix: in Matrix4x4` A 4x4 matrix that contains the transform to apply Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryUploadMeshArrays ( geometry , vertices , vertexCount , indices , indexCount , groups , groupCount )	Bake mesh data into a geometry object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometryUploadMeshArrays(IntPtr geometry, float[] vertices, int vertexCount, int[] indices, int indexCount, MeshGroup[] groups, int groupCount) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: float []` An array of vertices that describe the mesh `vertexCount: int` The number of vertices in the vertices array `indices: int []` An array of integers that describe the mesh `indexCount: int` The number of integers in the indices array `groups: MeshGroup []` An array of mesh group data `groupCount: int` The number of mesh groups in the groups array Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryUploadSimplifiedMeshArrays ( geometry , vertices , vertexCount , indices , indexCount , groups , groupCount , simplification )	Bake mesh data into a geometry object with simplification flags. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometryUploadSimplifiedMeshArrays(IntPtr geometry, float[] vertices, int vertexCount, int[] indices, int indexCount, MeshGroup[] groups, int groupCount, ref MeshSimplification simplification) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `vertices: float []` An array of vertices that describe the mesh `vertexCount: int` The number of vertices in the vertices array `indices: int []` An array of integers that describe the mesh `indexCount: int` The number of integers in the indices array `groups: MeshGroup []` An array of mesh group data `groupCount: int` The number of mesh groups in the groups array `simplification: ref MeshSimplification` A struct containing flags for mesh simplification Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryWriteMeshFile ( geometry , filePath )	Write a geometry object into a .xrageo file. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometryWriteMeshFile(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object to be written `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
AudioGeometryWriteMeshFileObj ( geometry , filePath )	Save the mesh data of a geometry object into an .obj file. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioGeometryWriteMeshFileObj(IntPtr geometry, string filePath) Parameters `geometry: IntPtr` A pointer to the geometry object where the mesh data is baked `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialGetFrequency ( material , property , frequency , value )	Get the value of a material property at the given frequency. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioMaterialGetFrequency(IntPtr material, MaterialProperty property, float frequency, out float value) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to get `frequency: float` The frequency to get the value at `value: out float` The returned material property at the given frequency Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialReset ( material , property )	Remove all the set values for a material property. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioMaterialReset(IntPtr material, MaterialProperty property) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to get Returns `int` Returns an ovrResult indicating success or failure
AudioMaterialSetFrequency ( material , property , frequency , value )	Set the value of a material property at the given frequency. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioMaterialSetFrequency(IntPtr material, MaterialProperty property, float frequency, float value) Parameters `material: IntPtr` A pointer to the material object `property: MaterialProperty` The material property to set `frequency: float` The frequency to set the value at `value: float` The desired value of the material property at the given frequency Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRCompute ( sceneIR , parameters )	Bake an Acoustic Map given particular parameters. It will use automatically generated points. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRCompute(IntPtr sceneIR, ref MapParameters parameters) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `parameters: ref MapParameters` The parameters to be used for the baking Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRComputeCustomPoints ( sceneIR , points , pointCount , parameters )	Bake an Acoustic Map given particular parameters. It will use custom points. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRComputeCustomPoints(IntPtr sceneIR, float[] points, UIntPtr pointCount, ref MapParameters parameters) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `points: float []` An array of custom points to be used for the baking `pointCount: UIntPtr` The number of points in the points array `parameters: ref MapParameters` The parameters to be used for the baking Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetEnabled ( sceneIR , enabled )	Get whether an Acoustic Map object is enabled or disabled. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRGetEnabled(IntPtr sceneIR, out bool enabled) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `enabled: out bool` bool specifying if the Acoustic Map is be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetPointCount ( sceneIR , pointCount )	Get the number of points used in the Acoustic Map. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRGetPointCount(IntPtr sceneIR, out UIntPtr pointCount) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `pointCount: out UIntPtr` The number of points in the Acoustic Map Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetPoints ( sceneIR , points , maxPointCount )	Get the exact points used in the Acoustic Map. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRGetPoints(IntPtr sceneIR, float[] points, UIntPtr maxPointCount) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `points: float []` An array of the points used in the Acoustic Map `maxPointCount: UIntPtr` The maximum number of points that can be stored in the points array Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetStatus ( sceneIR , status )	Get the current computation status of an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRGetStatus(IntPtr sceneIR, out AcousticMapStatus status) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `status: out AcousticMapStatus` The current computation status of the Acoustic Map object Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRGetTransform ( sceneIR , matrix4x4 )	Get the transform currently applied to an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRGetTransform(IntPtr sceneIR, out float[] matrix4x4) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `matrix4x4: out float []` The transform currently applied to the Acoustic Map represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRReadFile ( sceneIR , filePath )	Read a .xramap file into an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRReadFile(IntPtr sceneIR, string filePath) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `filePath: string` A fully qualified path which the .xramap file that should be read from Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRReadMemory ( sceneIR , data , dataLength )	Read a raw data array into an Acoustic Map object. Allows for alternate file reading methods. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRReadMemory(IntPtr sceneIR, IntPtr data, UInt64 dataLength) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `data: IntPtr` A pointer to the raw data that should be read `dataLength: UInt64` The number of bytes in the raw data Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRSetEnabled ( sceneIR , enabled )	Set an Acoustic Map object to be enabled or disabled. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRSetEnabled(IntPtr sceneIR, bool enabled) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `enabled: bool` bool specifying if the Acoustic Map should be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRSetTransform ( sceneIR , matrix )	Set the transform of an Acoustic Map object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRSetTransform(IntPtr sceneIR, in Matrix4x4 matrix) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `matrix: in Matrix4x4` The transform to apply represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
AudioSceneIRWriteFile ( sceneIR , filePath )	Write an Acoustic Map into a .xramap file. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.AudioSceneIRWriteFile(IntPtr sceneIR, string filePath) Parameters `sceneIR: IntPtr` A pointer to the Acoustic Map object `filePath: string` A fully qualified path to which the output file should be written Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetBox ( control , sizeX , sizeY , sizeZ )	Get the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneGetBox(IntPtr control, out float sizeX, out float sizeY, out float sizeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `sizeX: out float` The size of the boundary along the x axis `sizeY: out float` The size of the boundary along the y axis `sizeZ: out float` The size of the boundary along the z axis Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetEnabled ( control , enabled )	Get whether a Control Zone object is enabled or disabled. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneGetEnabled(IntPtr control, out bool enabled) Parameters `control: IntPtr` A pointer to the Control Zone object `enabled: out bool` bool specifying if the Control Zone is enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetFadeDistance ( control , fadeX , fadeY , fadeZ )	Get the distance to fade outward from the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneGetFadeDistance(IntPtr control, out float fadeX, out float fadeY, out float fadeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `fadeX: out float` The amount of fade in the x direction `fadeY: out float` The amount of fade in the y direction `fadeZ: out float` The amount of fade in the z direction Returns `int` Returns an ovrResult indicating success or failure
ControlZoneGetTransform ( control , matrix4x4 )	Get the transform currently applied to a Control Zone object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneGetTransform(IntPtr control, out float[] matrix4x4) Parameters `control: IntPtr` A pointer to the Control Zone object `matrix4x4: out float []` The transform currently applied to the Control Zone represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
ControlZoneReset ( control , property )	Remove all values set for a particular property of a Control Zone object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneReset(IntPtr control, ControlZoneProperty property) Parameters `control: IntPtr` A pointer to the Control Zone object `property: ControlZoneProperty` The property of the Control Zone to set Returns `int`
ControlZoneSetBox ( control , sizeX , sizeY , sizeZ )	Set the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneSetBox(IntPtr control, float sizeX, float sizeY, float sizeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `sizeX: float` The width of the boundary `sizeY: float` The height of the boundary `sizeZ: float` The depth of the boundary Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetEnabled ( control , enabled )	Enable or Disable Control Zone object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneSetEnabled(IntPtr control, bool enabled) Parameters `control: IntPtr` A pointer to the Control Zone object `enabled: bool` bool specifying if the Control Zone should be enabled or disabled Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetFadeDistance ( control , fadeX , fadeY , fadeZ )	Set the distance to fade outward from the boundaries of a Control Zone object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneSetFadeDistance(IntPtr control, float fadeX, float fadeY, float fadeZ) Parameters `control: IntPtr` A pointer to the Control Zone object `fadeX: float` The amount of fade in the x direction `fadeY: float` The amount of fade in the y direction `fadeZ: float` The amount of fade in the z direction Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetFrequency ( control , property , frequency , value )	Set a property of the Control Zone object for a particular frequency. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneSetFrequency(IntPtr control, ControlZoneProperty property, float frequency, float value) Parameters `control: IntPtr` A pointer to the Control Zone object `property: ControlZoneProperty` The property of the Control Zone to set `frequency: float` The frequency to change the property at in Hz `value: float` The new value of the property at frequency Returns `int` Returns an ovrResult indicating success or failure
ControlZoneSetTransform ( control , matrix )	Set the transform of a Control Zone object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.ControlZoneSetTransform(IntPtr control, in Matrix4x4 matrix) Parameters `control: IntPtr` A pointer to the Control Zone object `matrix: in Matrix4x4` The transform to apply represented in a 4x4 matrix Returns `int` Returns an ovrResult indicating success or failure
CreateAudioGeometry ( geometry )	Create a geometry object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.CreateAudioGeometry(out IntPtr geometry) Parameters `geometry: out IntPtr` A pointer to the created geometry object Returns `int` Returns an ovrResult indicating success or failure
CreateAudioMaterial ( material )	Create a new material object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.CreateAudioMaterial(out IntPtr material) Parameters `material: out IntPtr` A pointer to the newly created material object Returns `int` Returns an ovrResult indicating success or failure
CreateAudioSceneIR ( sceneIR )	Create a new Acoustic Map object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.CreateAudioSceneIR(out IntPtr sceneIR) Parameters `sceneIR: out IntPtr` A pointer to the newly created Acoustic Map object Returns `int` Returns an ovrResult indicating success or failure
CreateControlZone ( control )	Create a new Control Zone object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.CreateControlZone(out IntPtr control) Parameters `control: out IntPtr` A pointer to the Control Zone object Returns `int` Returns an ovrResult indicating success or failure
DestroyAudioGeometry ( geometry )	Destroy a geometry object. Signature int MetaXRAcousticNativeInterface.UnityNativeInterface.DestroyAudioGeometry(IntPtr geometry) Parameters `geometry: IntPtr` A pointer to the geometry object that should be destroyed Returns `int` Returns an ovrResult indicating success or failure

MetaXRAcousticNativeInterface Class

Properties

Inner Interface

INativeInterface Interface

Methods

Inner Classes

DummyInterface Class

Methods

FMODPluginInterface Class

Fields

Methods

UnityNativeInterface Class

Fields

Methods

WwisePluginInterface Class

Fields

Methods

Inner Enum

ovrAudioScalarType Enum

Enumeration Constants