Mixerclass

public Sandbox.Audio.Mixer AddChild()PUBLIC

public void AddProcessor(Sandbox.Audio.AudioProcessor ap)PUBLIC

public void ClearProcessors()PUBLIC

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

public void Destroy()PUBLIC

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

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

public Sandbox.TagSet GetBlockingTags()PUBLIC

Walks the parent chain. If either local tag set is non-empty, returns this mixer's `Sandbox.Audio.Mixer.BlockingTags`; otherwise inherits from parent. Resolved together with `Sandbox.Audio.Mixer.GetIgnoredTags` to avoid split-brain.

public Sandbox.Audio.Mixer[] GetChildren()PUBLIC

public Sandbox.TagSet GetIgnoredTags()PUBLIC

Walks the parent chain. See `Sandbox.Audio.Mixer.GetBlockingTags` for inheritance rules.

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

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

Obsolete: Use GetBlockingTags() instead.

public T GetProcessor()PUBLIC

public Sandbox.Audio.AudioProcessor[] GetProcessors()PUBLIC

public bool IsDescendantOf(Sandbox.Audio.Mixer mixer)PUBLIC

Returns true if this mixer is a descendant of the given mixer.

public void RemoveProcessor(Sandbox.Audio.AudioProcessor ap)PUBLIC

public static void ResetToDefault()PUBLICSTATIC

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

protected void SetMasterOcclusionDefaults()PROTECTED

protected void SetMasterSimulationTagDefaults()PROTECTED

public void StopAll(float fade)PUBLIC

Stop all sound handles using this mixer

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

How much the air absorbs energy from the sound

public Sandbox.TagSet Sandbox.Audio.Mixer.BlockingTags { get; set; }PUBLICGETSET

If non-empty, audio simulation traces (occlusion, transmission, reverb rays) only register hits on bodies with one of these tags. Empty = hit everything that isn't in `Sandbox.Audio.Mixer.IgnoredTags`.

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

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

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

Sounds get quieter as they go further away

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

Unique identifier for this object, for lookup, deserialization etc

public Sandbox.TagSet Sandbox.Audio.Mixer.IgnoredTags { get; set; }PUBLICGETSET

Audio simulation traces always skip bodies with these tags (e.g. triggers, sky, passaudio). Applied on top of `Sandbox.Audio.Mixer.BlockingTags`.

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

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; }PUBLICSTATICGETSET

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

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

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

Allows monitoring of the output of the mixer

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

Is this mixer muted?

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

The display name for this mixer

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

How much these sounds can get occluded (0 = no occlusion simulation, 1 = full).

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

The tags which occlude our physics.

Obsolete: Use BlockingTags instead.

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

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

Obsolete: Use OverrideOcclusion + BlockingTags / IgnoredTags instead.

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

public float Sandbox.Audio.Mixer.Reverb { get; set; }PUBLICGETSET

How much reverb is applied to sounds routed through this mixer (0 = dry / disabled, 1 = full).

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

Should this be the only mixer that is heard?

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

Legacy misspelled alias for `Sandbox.Audio.Mixer.Spatializing`.

Obsolete: Use Spatializing instead.

public float Sandbox.Audio.Mixer.Spatializing { get; set; }PUBLICGETSET

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

public static Sandbox.Audio.Mixer Sandbox.Audio.Mixer.Voice { get; set; }PUBLICSTATICGETSET

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

Scale the volume of our output by this amount