Soloud

soloud.Soloud (extern class)

Soloud core class.

Static Members

LINC: Int

create(): Soloud

Returns
Soloud

createFilterFunction(id: Int, createFunc: cpp.Callable<Function>, destroyFunc: cpp.Callable<Function>, filterFunc: cpp.Callable<Function>): Filter

Name	Type
`id`	Int
`createFunc`	cpp.Callable
`destroyFunc`	cpp.Callable
`filterFunc`	cpp.Callable

Returns
Filter

destroyFilterFunction(id: Int): Void

Name	Type
`id`	Int

Instance Members

destroy(): Void

init(?flags: SoloudFlags = 0, ?backend: SoloudBackends = AUTO, ?samplerate: cpp.UInt32 = 0, ?bufferSize: cpp.UInt32 = 0, ?channels: cpp.UInt32 = 2): Result

Initialize SoLoud. Must be called before SoLoud can be used.

Name	Type	Default
`flags`	SoloudFlags	`0`
`backend`	SoloudBackends	`AUTO`
`samplerate`	cpp.UInt32	`0`
`bufferSize`	cpp.UInt32	`0`
`channels`	cpp.UInt32	`2`

Returns
Result

deinit(): Void

Deinitialize SoLoud. Must be called before shutting down.

getVersion(): cpp.UInt32

Query SoLoud version number (should equal to SOLOUD_VERSION macro)

Returns
cpp.UInt32

getErrorString(aErrorCode: SoloudErrors): cpp.ConstCharStar

Translate error number to an asciiz string

Name	Type
`aErrorCode`	SoloudErrors

Returns
cpp.ConstCharStar

getBackendId(): SoloudBackends

Returns current backend ID (BACKENDS enum)

Returns
SoloudBackends

getBackendString(): cpp.ConstCharStar

Returns current backend string. May be NULL.

Returns
cpp.ConstCharStar

getBackendChannels(): cpp.UInt32

Returns current backend channel count (1 mono, 2 stereo, etc)

Returns
cpp.UInt32

getBackendSamplerate(): cpp.UInt32

Returns current backend sample rate

Returns
cpp.UInt32

getBackendBufferSize(): cpp.UInt32

Returns current backend buffer size

Returns
cpp.UInt32

setSpeakerPosition(aChannel: cpp.UInt32, aX: cpp.Float32, aY: cpp.Float32, aZ: cpp.Float32): Result

Set speaker position in 3d space

Name	Type
`aChannel`	cpp.UInt32
`aX`	cpp.Float32
`aY`	cpp.Float32
`aZ`	cpp.Float32

Returns
Result

getSpeakerPosition(aChannel: cpp.UInt32, aX: cpp.Reference, aY: cpp.Reference, aZ: cpp.Reference): Result

Get speaker position in 3d space

Name	Type
`aChannel`	cpp.UInt32
`aX`	cpp.Reference
`aY`	cpp.Reference
`aZ`	cpp.Reference

Returns
Result

play(aSound: AudioSource, ?aVolume: cpp.Float32 = -1.0, ?aPan: cpp.Float32 = 0.0, ?aPaused: Bool = false, ?aBus: cpp.UInt32 = 0): Handle

Start playing a sound. Returns voice handle, which can be ignored or used to alter the playing sound's parameters. Negative volume means to use default.

Name	Type	Default
`aSound`	AudioSource
`aVolume`	cpp.Float32	`-1.0`
`aPan`	cpp.Float32	`0.0`
`aPaused`	Bool	`false`
`aBus`	cpp.UInt32	`0`

Returns
Handle

playClocked(aSoundTime: Time, aSound: AudioSource, ?aVolume: cpp.Float32 = -1.0, ?aPan: cpp.Float32 = 0.0, ?aBus: cpp.UInt32 = 0): Handle

Start playing a sound delayed in relation to other sounds called via this function. Negative volume means to use default.

Name	Type	Default
`aSoundTime`	Time
`aSound`	AudioSource
`aVolume`	cpp.Float32	`-1.0`
`aPan`	cpp.Float32	`0.0`
`aBus`	cpp.UInt32	`0`

Returns
Handle

play3d(aSound: AudioSource, aPosX: cpp.Float32, aPosY: cpp.Float32, aPosZ: cpp.Float32, ?aVelX: cpp.Float32 = 0.0, ?aVelY: cpp.Float32 = 0.0, ?aVelZ: cpp.Float32 = 0.0, ?aVolume: cpp.Float32 = 1.0, ?aPaused: Bool = false, ?aBus: cpp.UInt32 = 0): Handle

Start playing a 3d audio source

Name	Type	Default
`aSound`	AudioSource
`aPosX`	cpp.Float32
`aPosY`	cpp.Float32
`aPosZ`	cpp.Float32
`aVelX`	cpp.Float32	`0.0`
`aVelY`	cpp.Float32	`0.0`
`aVelZ`	cpp.Float32	`0.0`
`aVolume`	cpp.Float32	`1.0`
`aPaused`	Bool	`false`
`aBus`	cpp.UInt32	`0`

Returns
Handle

play3dClocked(aSoundTime: Time, aSound: AudioSource, aPosX: cpp.Float32, aPosY: cpp.Float32, aPosZ: cpp.Float32, ?aVelX: cpp.Float32 = 0.0, ?aVelY: cpp.Float32 = 0.0, ?aVelZ: cpp.Float32 = 0.0, ?aVolume: cpp.Float32 = 1.0, ?aBus: cpp.UInt32 = 0): Handle

Start playing a 3d audio source, delayed in relation to other sounds called via this function.

Name	Type	Default
`aSoundTime`	Time
`aSound`	AudioSource
`aPosX`	cpp.Float32
`aPosY`	cpp.Float32
`aPosZ`	cpp.Float32
`aVelX`	cpp.Float32	`0.0`
`aVelY`	cpp.Float32	`0.0`
`aVelZ`	cpp.Float32	`0.0`
`aVolume`	cpp.Float32	`1.0`
`aBus`	cpp.UInt32	`0`

Returns
Handle

playBackground(aSound: AudioSource, ?aVolume: cpp.Float32 = -1.0, ?aPaused: Bool = false, ?aBus: cpp.UInt32 = 0): Handle

Start playing a sound without any panning. It will be played at full volume.

Name	Type	Default
`aSound`	AudioSource
`aVolume`	cpp.Float32	`-1.0`
`aPaused`	Bool	`false`
`aBus`	cpp.UInt32	`0`

Returns
Handle

seek(aVoiceHandle: Handle, aSeconds: Time): Result

Seek the audio stream to certain point in time. Some streams can't seek backwards. Relative play speed affects time.

Name	Type
`aVoiceHandle`	Handle
`aSeconds`	Time

Returns
Result

stop(aVoiceHandle: Handle): Void

Stop the sound.

Name	Type
`aVoiceHandle`	Handle

stopAll(): Void

Stop all voices.

stopAudioSource(aSound: AudioSource): Void

Stop all voices that play this sound source

Name	Type
`aSound`	AudioSource

countAudioSource(aSound: AudioSource): cpp.Int32

Count voices that play this audio source

Name	Type
`aSound`	AudioSource

Returns
cpp.Int32

setFilterParameter(aVoiceHandle: Handle, aFilterId: cpp.UInt32, aAttributeId: cpp.UInt32, aValue: cpp.Float32): Void

Set a live filter parameter. Use 0 for the global filters.

Name	Type
`aVoiceHandle`	Handle
`aFilterId`	cpp.UInt32
`aAttributeId`	cpp.UInt32
`aValue`	cpp.Float32

getFilterParameter(aVoiceHandle: Handle, aFilterId: cpp.UInt32, aAttributeId: cpp.UInt32): cpp.Float32

Get a live filter parameter. Use 0 for the global filters.

Name	Type
`aVoiceHandle`	Handle
`aFilterId`	cpp.UInt32
`aAttributeId`	cpp.UInt32

Returns
cpp.Float32

fadeFilterParameter(aVoiceHandle: Handle, aFilterId: cpp.UInt32, aAttributeId: cpp.UInt32, aTo: cpp.Float32, aTime: Time): Void

Fade a live filter parameter. Use 0 for the global filters.

Name	Type
`aVoiceHandle`	Handle
`aFilterId`	cpp.UInt32
`aAttributeId`	cpp.UInt32
`aTo`	cpp.Float32
`aTime`	Time

oscillateFilterParameter(aVoiceHandle: Handle, aFilterId: cpp.UInt32, aAttributeId: cpp.UInt32, aFrom: cpp.Float32, aTo: cpp.Float32, aTime: Time): Void

Oscillate a live filter parameter. Use 0 for the global filters.

Name	Type
`aVoiceHandle`	Handle
`aFilterId`	cpp.UInt32
`aAttributeId`	cpp.UInt32
`aFrom`	cpp.Float32
`aTo`	cpp.Float32
`aTime`	Time

getStreamTime(aVoiceHandle: Handle): Time

Get current play time, in seconds.

Name	Type
`aVoiceHandle`	Handle

Returns
Time

getStreamPosition(aVoiceHandle: Handle): Time

Get current sample position, in seconds.

Name	Type
`aVoiceHandle`	Handle

Returns
Time

getPause(aVoiceHandle: Handle): Bool

Get current pause state.

Name	Type
`aVoiceHandle`	Handle

Returns
Bool

getVolume(aVoiceHandle: Handle): cpp.Float32

Get current volume.

Name	Type
`aVoiceHandle`	Handle

Returns
cpp.Float32

getOverallVolume(aVoiceHandle: Handle): cpp.Float32

Get current overall volume (set volume * 3d volume)

Name	Type
`aVoiceHandle`	Handle

Returns
cpp.Float32

getPan(aVoiceHandle: Handle): cpp.Float32

Get current pan.

Name	Type
`aVoiceHandle`	Handle

Returns
cpp.Float32

getSamplerate(aVoiceHandle: Handle): cpp.Float32

Get current sample rate.

Name	Type
`aVoiceHandle`	Handle

Returns
cpp.Float32

getProtectVoice(aVoiceHandle: Handle): Bool

Get current voice protection state.

Name	Type
`aVoiceHandle`	Handle

Returns
Bool

getActiveVoiceCount(): cpp.UInt32

Get the current number of busy voices.

Returns
cpp.UInt32

getVoiceCount(): cpp.UInt32

Get the current number of voices in SoLoud

Returns
cpp.UInt32

isValidVoiceHandle(aVoiceHandle: Handle): Bool

Check if the handle is still valid, or if the sound has stopped.

Name	Type
`aVoiceHandle`	Handle

Returns
Bool

getRelativePlaySpeed(aVoiceHandle: Handle): cpp.Float32

Get current relative play speed.

Name	Type
`aVoiceHandle`	Handle

Returns
cpp.Float32

getPostClipScaler(): cpp.Float32

Get current post-clip scaler value.

Returns
cpp.Float32

getGlobalVolume(): cpp.Float32

Get current global volume

Returns
cpp.Float32

getMaxActiveVoiceCount(): cpp.UInt32

Get current maximum active voice setting

Returns
cpp.UInt32

getLooping(aVoiceHandle: Handle): Bool

Query whether a voice is set to loop.

Name	Type
`aVoiceHandle`	Handle

Returns
Bool

getLoopPoint(aVoiceHandle: Handle): Time

Get voice loop point value

Name	Type
`aVoiceHandle`	Handle

Returns
Time

setLoopPoint(aVoiceHandle: Handle, aLoopPoint: Time): Void

Set voice loop point value

Name	Type
`aVoiceHandle`	Handle
`aLoopPoint`	Time

setLooping(aVoiceHandle: Handle, aLooping: Bool): Void

Set voice's loop state

Name	Type
`aVoiceHandle`	Handle
`aLooping`	Bool

setMaxActiveVoiceCount(aVoiceCount: cpp.UInt32): Result

Set current maximum active voice setting

Name	Type
`aVoiceCount`	cpp.UInt32

Returns
Result

setInaudibleBehavior(aVoiceHandle: Handle, aMustTick: Bool, aKill: Bool): Void

Set behavior for inaudible sounds

Name	Type
`aVoiceHandle`	Handle
`aMustTick`	Bool
`aKill`	Bool

setGlobalVolume(aVolume: cpp.Float32): Void

Set the global volume

Name	Type
`aVolume`	cpp.Float32

setPostClipScaler(aScaler: cpp.Float32): Void

Set the post clip scaler value

Name	Type
`aScaler`	cpp.Float32

setPause(aVoiceHandle: Handle, aPause: Bool): Void

Set the pause state

Name	Type
`aVoiceHandle`	Handle
`aPause`	Bool

setPauseAll(aPause: Bool): Void

Pause all voices

Name	Type
`aPause`	Bool

setRelativePlaySpeed(aVoiceHandle: Handle, aSpeed: cpp.Float32): Result

Set the relative play speed

Name	Type
`aVoiceHandle`	Handle
`aSpeed`	cpp.Float32

Returns
Result

setProtectVoice(aVoiceHandle: Handle, aProtect: Bool): Void

Set the voice protection state

Name	Type
`aVoiceHandle`	Handle
`aProtect`	Bool

setSamplerate(aVoiceHandle: Handle, aSamplerate: cpp.Float32): Void

Set the sample rate

Name	Type
`aVoiceHandle`	Handle
`aSamplerate`	cpp.Float32

setPan(aVoiceHandle: Handle, aPan: cpp.Float32): Void

Set panning value; -1 is left, 0 is center, 1 is right

Name	Type
`aVoiceHandle`	Handle
`aPan`	cpp.Float32

setPanAbsolute(aVoiceHandle: Handle, aLVolume: cpp.Float32, aRVolume: cpp.Float32, ?aLBVolume: cpp.Float32 = 0, ?aRBVolume: cpp.Float32 = 0, ?aCVolume: cpp.Float32 = 0, ?aSVolume: cpp.Float32 = 0): Void

Set absolute left/right volumes

Name	Type	Default
`aVoiceHandle`	Handle
`aLVolume`	cpp.Float32
`aRVolume`	cpp.Float32
`aLBVolume`	cpp.Float32	`0`
`aRBVolume`	cpp.Float32	`0`
`aCVolume`	cpp.Float32	`0`
`aSVolume`	cpp.Float32	`0`

setVolume(aVoiceHandle: Handle, aVolume: cpp.Float32): Void

Set overall volume

Name	Type
`aVoiceHandle`	Handle
`aVolume`	cpp.Float32

setDelaySamples(aVoiceHandle: Handle, aSamples: cpp.UInt32): Void

Set delay, in samples, before starting to play samples. Calling this on a live sound will cause glitches.

Name	Type
`aVoiceHandle`	Handle
`aSamples`	cpp.UInt32

fadeVolume(aVoiceHandle: Handle, aTo: cpp.Float32, aTime: Time): Void

Set up volume fader

Name	Type
`aVoiceHandle`	Handle
`aTo`	cpp.Float32
`aTime`	Time

fadePan(aVoiceHandle: Handle, aTo: cpp.Float32, aTime: Time): Void

Set up panning fader

Name	Type
`aVoiceHandle`	Handle
`aTo`	cpp.Float32
`aTime`	Time

fadeRelativePlaySpeed(aVoiceHandle: Handle, aTo: cpp.Float32, aTime: Time): Void

Set up relative play speed fader

Name	Type
`aVoiceHandle`	Handle
`aTo`	cpp.Float32
`aTime`	Time

fadeGlobalVolume(aTo: cpp.Float32, aTime: Time): Void

Set up global volume fader

Name	Type
`aTo`	cpp.Float32
`aTime`	Time

schedulePause(aVoiceHandle: Handle, aTime: Time): Void

Schedule a stream to pause

Name	Type
`aVoiceHandle`	Handle
`aTime`	Time

scheduleStop(aVoiceHandle: Handle, aTime: Time): Void

Schedule a stream to stop

Name	Type
`aVoiceHandle`	Handle
`aTime`	Time

oscillateVolume(aVoiceHandle: Handle, aFrom: cpp.Float32, aTo: cpp.Float32, aTime: Time): Void

Set up volume oscillator

Name	Type
`aVoiceHandle`	Handle
`aFrom`	cpp.Float32
`aTo`	cpp.Float32
`aTime`	Time

oscillatePan(aVoiceHandle: Handle, aFrom: cpp.Float32, aTo: cpp.Float32, aTime: Time): Void

Set up panning oscillator

Name	Type
`aVoiceHandle`	Handle
`aFrom`	cpp.Float32
`aTo`	cpp.Float32
`aTime`	Time

oscillateRelativePlaySpeed(aVoiceHandle: Handle, aFrom: cpp.Float32, aTo: cpp.Float32, aTime: Time): Void

Set up relative play speed oscillator

Name	Type
`aVoiceHandle`	Handle
`aFrom`	cpp.Float32
`aTo`	cpp.Float32
`aTime`	Time

oscillateGlobalVolume(aFrom: cpp.Float32, aTo: cpp.Float32, aTime: Time): Void

Set up global volume oscillator

Name	Type
`aFrom`	cpp.Float32
`aTo`	cpp.Float32
`aTime`	Time

setGlobalFilter(aFilterId: cpp.UInt32, aFilter: Filter): Void

Set global filters. Set to NULL to clear the filter.

Name	Type
`aFilterId`	cpp.UInt32
`aFilter`	Filter

setVisualizationEnable(aEnable: Bool): Void

Enable or disable visualization data gathering

Name	Type
`aEnable`	Bool

calcFFT(): cpp.Pointer<cpp.Float32>

Calculate and get 256 floats of FFT data for visualization. Visualization has to be enabled before use.

Returns
cpp.Pointer<cpp.Float32>

getWave(): cpp.Pointer<cpp.Float32>

Get 256 floats of wave data for visualization. Visualization has to be enabled before use.

Returns
cpp.Pointer<cpp.Float32>

getApproximateVolume(aChannel: cpp.UInt32): cpp.Float32

Get approximate output volume for a channel for visualization. Visualization has to be enabled before use.

Name	Type
`aChannel`	cpp.UInt32

Returns
cpp.Float32

getLoopCount(aVoiceHandle: Handle): cpp.UInt32

Get current loop count. Returns 0 if is:Handle not valid. (All audio sources may not update loop count)

Name	Type
`aVoiceHandle`	Handle

Returns
cpp.UInt32

getInfo(aVoiceHandle: Handle, aInfoKey: cpp.UInt32): cpp.Float32

Get audiosource-specific information from a voice.

Name	Type
`aVoiceHandle`	Handle
`aInfoKey`	cpp.UInt32

Returns
cpp.Float32

createVoiceGroup(): Handle

Create a voice group. Returns 0 if unable (out of voice groups / out of memory)

Returns
Handle

destroyVoiceGroup(aVoiceGroupHandle: Handle): Result

Destroy a voice group.

Name	Type
`aVoiceGroupHandle`	Handle

Returns
Result

addVoiceToGroup(aVoiceGroupHandle: Handle, aVoiceHandle: Handle): Result

Add a voice to:Handle a voice group

Name	Type
`aVoiceGroupHandle`	Handle
`aVoiceHandle`	Handle

Returns
Result

isVoiceGroup(aVoiceGroupHandle: Handle): Bool

Is this a:Handle valid voice group?

Name	Type
`aVoiceGroupHandle`	Handle

Returns
Bool

isVoiceGroupEmpty(aVoiceGroupHandle: Handle): Bool

Is this voice group empty?

Name	Type
`aVoiceGroupHandle`	Handle

Returns
Bool

update3dAudio(): Void

Perform 3d audio parameter update

set3dSoundSpeed(aSpeed: cpp.Float32): Result

Set the speed of sound constant for doppler

Name	Type
`aSpeed`	cpp.Float32

Returns
Result

get3dSoundSpeed(): cpp.Float32

Get the current speed of sound constant for doppler

Returns
cpp.Float32

set3dListenerParameters(aPosX: cpp.Float32, aPosY: cpp.Float32, aPosZ: cpp.Float32, aAtX: cpp.Float32, aAtY: cpp.Float32, aAtZ: cpp.Float32, aUpX: cpp.Float32, aUpY: cpp.Float32, aUpZ: cpp.Float32, ?aVelocityX: cpp.Float32 = 0.0, ?aVelocityY: cpp.Float32 = 0.0, ?aVelocityZ: cpp.Float32 = 0.0): Void

Set 3d listener parameters

Name	Type	Default
`aPosX`	cpp.Float32
`aPosY`	cpp.Float32
`aPosZ`	cpp.Float32
`aAtX`	cpp.Float32
`aAtY`	cpp.Float32
`aAtZ`	cpp.Float32
`aUpX`	cpp.Float32
`aUpY`	cpp.Float32
`aUpZ`	cpp.Float32
`aVelocityX`	cpp.Float32	`0.0`
`aVelocityY`	cpp.Float32	`0.0`
`aVelocityZ`	cpp.Float32	`0.0`

set3dListenerPosition(aPosX: cpp.Float32, aPosY: cpp.Float32, aPosZ: cpp.Float32): Void

Set 3d listener position

Name	Type
`aPosX`	cpp.Float32
`aPosY`	cpp.Float32
`aPosZ`	cpp.Float32

set3dListenerAt(aAtX: cpp.Float32, aAtY: cpp.Float32, aAtZ: cpp.Float32): Void

Set 3d listener "at" vector

Name	Type
`aAtX`	cpp.Float32
`aAtY`	cpp.Float32
`aAtZ`	cpp.Float32

set3dListenerUp(aUpX: cpp.Float32, aUpY: cpp.Float32, aUpZ: cpp.Float32): Void

set 3d listener "up" vector

Name	Type
`aUpX`	cpp.Float32
`aUpY`	cpp.Float32
`aUpZ`	cpp.Float32

set3dListenerVelocity(aVelocityX: cpp.Float32, aVelocityY: cpp.Float32, aVelocityZ: cpp.Float32): Void

Set 3d listener velocity

Name	Type
`aVelocityX`	cpp.Float32
`aVelocityY`	cpp.Float32
`aVelocityZ`	cpp.Float32

set3dSourceParameters(aVoiceHandle: Handle, aPosX: cpp.Float32, aPosY: cpp.Float32, aPosZ: cpp.Float32, ?aVelocityX: cpp.Float32 = 0.0, ?aVelocityY: cpp.Float32 = 0.0, ?aVelocityZ: cpp.Float32 = 0.0): Void

Set 3d audio source parameters

Name	Type	Default
`aVoiceHandle`	Handle
`aPosX`	cpp.Float32
`aPosY`	cpp.Float32
`aPosZ`	cpp.Float32
`aVelocityX`	cpp.Float32	`0.0`
`aVelocityY`	cpp.Float32	`0.0`
`aVelocityZ`	cpp.Float32	`0.0`

set3dSourcePosition(aVoiceHandle: Handle, aPosX: cpp.Float32, aPosY: cpp.Float32, aPosZ: cpp.Float32): Void

Set 3d audio source position

Name	Type
`aVoiceHandle`	Handle
`aPosX`	cpp.Float32
`aPosY`	cpp.Float32
`aPosZ`	cpp.Float32

set3dSourceVelocity(aVoiceHandle: Handle, aVelocityX: cpp.Float32, aVelocityY: cpp.Float32, aVelocityZ: cpp.Float32): Void

Set 3d audio source velocity

Name	Type
`aVoiceHandle`	Handle
`aVelocityX`	cpp.Float32
`aVelocityY`	cpp.Float32
`aVelocityZ`	cpp.Float32

set3dSourceMinMaxDistance(aVoiceHandle: Handle, aMinDistance: cpp.Float32, aMaxDistance: cpp.Float32): Void

Set 3d audio source min/max distance (distance < min means max volume)

Name	Type
`aVoiceHandle`	Handle
`aMinDistance`	cpp.Float32
`aMaxDistance`	cpp.Float32

set3dSourceAttenuation(aVoiceHandle: Handle, aAttenuationModel: cpp.UInt32, aAttenuationRolloffFactor: cpp.Float32): Void

Set 3d audio source attenuation parameters

Name	Type
`aVoiceHandle`	Handle
`aAttenuationModel`	cpp.UInt32
`aAttenuationRolloffFactor`	cpp.Float32

set3dSourceDopplerFactor(aVoiceHandle: Handle, aDopplerFactor: cpp.Float32): Void

Set 3d audio source doppler factor to reduce or enhance doppler effect. Default = 1.0

Name	Type
`aVoiceHandle`	Handle
`aDopplerFactor`	cpp.Float32

mix(aBuffer: cpp.Pointer<cpp.Float32>, aSamples: cpp.UInt32): Void

Returns mixed samples:cpp.Float32 in buffer. Called by the back-end, or user with null driver.

Name	Type
`aBuffer`	cpp.Pointer<cpp.Float32>
`aSamples`	cpp.UInt32

mixSigned16(aBuffer: cpp.Pointer<cpp.UInt16>, aSamples: cpp.UInt32): Void

Returns mixed 16-bit signed integer samples in buffer. Called by the back-end, or user with null driver.

Name	Type
`aBuffer`	cpp.Pointer<cpp.UInt16>
`aSamples`	cpp.UInt32

Metadata

Name	Parameters
`:include`	"linc_soloud.h"

Soloud

Static Members #

Instance Members #

Metadata #

Static Members

Instance Members

Metadata