public class Sandbox.Audio.Mixer

public Sandbox.Audio.Mixer AddChild()

public void AddProcessor(Sandbox.Audio.AudioProcessor ap)

Add a processor to the list

public void ClearProcessors()

Add a processor to the list

public void Deserialize(System.Text.Json.Nodes.JsonObject js, Sandbox.Internal.TypeLibrary typeLibrary)

public void Destroy()

public static Sandbox.Audio.Mixer FindMixerByGuid(System.Guid guid)

public static Sandbox.Audio.Mixer FindMixerByName(string name)

public Sandbox.Audio.Mixer[] GetChildren()

public System.Collections.Generic.IReadOnlySet`1<uint> GetOcclusionTags()

Get an array of occlusion tags our sounds want to hit. May return null if there are none defined!

public T GetProcessor()

Get the first processor of a specific type, or null if not found

public Sandbox.Audio.AudioProcessor[] GetProcessors()

Get the current processor list

public void RemoveProcessor(Sandbox.Audio.AudioProcessor ap)

Add a processor to the list

public static void ResetToDefault()

public System.Text.Json.Nodes.JsonObject Serialize()

protected void SetMasterOcclusionDefaults()

public void StopAll(float fade)

Stop all sound handles using this mixer

public float Sandbox.Audio.Mixer.AirAbsorption { get; set; }

How much the air absorbs energy from the sound

public int Sandbox.Audio.Mixer.ChildCount { get; set; }

public static Sandbox.Audio.Mixer Sandbox.Audio.Mixer.Default { get; set; }

public float Sandbox.Audio.Mixer.DistanceAttenuation { get; set; }

Sounds get quieter as they go further away

public System.Guid Sandbox.Audio.Mixer.Id { get; set; }

Unique identifier for this object, for lookup, deserialization etc

public bool Sandbox.Audio.Mixer.IsMaster { get; set; }

The default mixer gets all sounds that don't have a mixer specifically assigned

public static Sandbox.Audio.Mixer Sandbox.Audio.Mixer.Master { get; set; }

public int Sandbox.Audio.Mixer.MaxVoices { get; set; }

The maximum amount of voices to play at one time on this mixer

public Sandbox.Audio.AudioMeter Sandbox.Audio.Mixer.Meter { get; set; }

Allows monitoring of the output of the mixer

public bool Sandbox.Audio.Mixer.Mute { get; set; }

Is this mixer muted?

public string Sandbox.Audio.Mixer.Name { get; set; }

The display name for this mixer

public float Sandbox.Audio.Mixer.Occlusion { get; set; }

How much these sounds can get occluded

public Sandbox.TagSet Sandbox.Audio.Mixer.OcclusionTags { get; set; }

The tags which occlude our physics

public bool Sandbox.Audio.Mixer.OverrideOcclusion { get; set; }

If true then this mixer will use custom occlusion tags. If false we'll use what our parent uses.

public int Sandbox.Audio.Mixer.ProcessorCount { get; set; }

The amount of processors

public bool Sandbox.Audio.Mixer.Solo { get; set; }

Should this be the only mixer that is heard?

public float Sandbox.Audio.Mixer.Spacializing { get; set; }

When 0 the sound will come out of all speakers, when 1 it will be fully spacialized

public float Sandbox.Audio.Mixer.Volume { get; set; }

Scale the volume of our output by this amount