Audiokinetic

Understanding the Voice Pipeline

The following table and diagram shows how voices are being processed, how they are being routed and where the different volumes and effects are being applied.

#	Description
1	Volumes apply to all channels Voice Volume* (Voice Volume parameters on busses and for auto-ducking are applied at this level) Normalization and Makeup Gain HDR attenuation Occlusion Project Setting "Occlusion Volume curve" API: SetObjectObstructionAndOcclusion() API: SetAttenuationScalingFactor() API: SetListenerScalingFactor() LPF property and Occlusion LPF curve (Project Settings)
2	Independent volumes per channel Positioning 2D panning and 3D positioning Center% Distance Attenuation Curve "Spread" API: SetListenerPosition() API: SetPosition() API: SetMultiplePositions() API: SetListenerSpatialization()
3	"Dry Path" Output Bus Volume (+ RTPC) Distance Attenuation Curve "Output Bus Volume" API: SetGameObjectOutputBusVolume() API: AkSpeakerVolumeMatrixCallbackInfo Obstruction Project Setting "Obstruction Volume curve" API: SetObjectObstructionAndOcclusion() Parent Bus without effects inserted: Volume* Obstruction LPF curve (Project Settings)
4	"Wet Path" 4a - Distance Attenuation Curve "Aux Send Volumes" API: AkSpeakerVolumeMatrixCallbackInfo 4b - User-Defined Auxiliary Sends Volumes (+ RTPC) 4c - Game-Defined Auxiliary Sends Volume (+ RTPC) 4d - API: SetGameObjectAuxSendValues()
5	Bus Volume Positioning 2D panning Center % API: AkSpeakerVolumeMatrixCallbackInfo Parent Bus without effects inserted: Bus Volume
6	Bus Volume Positioning 2D panning Center % Parent Bus without effects inserted: Bus Volume
7	Bus Volume**

* Voice Volume = Slider + RTPC + State + Set Voice Volume action

** Bus Volume = Slider + RTPC + State + Set Bus Volume action

此页面对您是否有帮助？

需要技术支持？

仍有疑问？或者问题？需要更多信息？欢迎联系我们，我们可以提供帮助！

查看我们的“技术支持”页面

介绍一下自己的项目。我们会竭力为您提供帮助。

来注册自己的项目，我们帮您快速入门，不带任何附加条件！

开始 Wwise 之旅

Wwise Help

Understanding the Voice Pipeline

此页面对您是否有帮助？

需要技术支持？

介绍一下自己的项目。我们会竭力为您提供帮助。