API

Setup

Methods

InitAudio

Return Type: void
Parameters: int bufferSize = -1, int sampleRate = -1
Description: Initializes the audio settings for the engine. If no values are provided for bufferSize and sampleRate, it fetches the default values using AudioSettings.

UpdateBundles

Return Type: void
Description: Reads all bundles and populates the ReactionalManager in the inspector. Useful for Runtime reading of bundles added post release.

LoadBundles

Return Type: async void
Description: Loads all asset bundles found in the StreamingAssets folder.

LoadBundle

Return Type: async void
Description: Loads a specific asset bundle from the StreamingAssets folder. This is a convenience method; the first theme and playlist of the first bundle will be selected by default. Automatically loads all Sections in bundle.

Example:

await Reactional.Setup.LoadBundle("MyMusicProject_12030");

LoadSection

Return Type: async void
Description: Loads a specific section from a specific asset bundle from the StreamingAssets folder. This is a convenience method; the first theme and playlist of said section will be selected by default. Automatically loads all Themes and Playlists in section.

Example:

await Reactional.Setup.LoadSection("MyMusicProject_12030", "Level2");

LoadPlaylist

Return Type: async Task
Description: Loads a specific playlist from a specific asset bundle from the StreamingAssets folder. Automatically loads all Tracks.

Overloads:

LoadPlaylist(string bundleName, string sectionName, string playlistName)
LoadPlaylist(string bundleName, string playlistName)
LoadPlaylist(int bundleIndex, string playlistName)
LoadPlaylist(string playlistName = "")

Example:

await Reactional.Setup.LoadPlaylist("MyMusicProject_12030", "DefaultPlaylist");

LoadTrack

Return Type: async void
Description: Loads a specific track from a specific asset bundle from the StreamingAssets folder.

Example:

await Reactional.Setup.LoadTrack("MyMusicProject_12030", "Summertime is sometimes hot");

LoadTheme

Return Type: async Task
Description: Loads a specific track from a specific asset bundle from the StreamingAssets folder.

Overloads:

LoadTheme(string bundleName, string sectionName, string themeName)
LoadTheme(string themeName = "")

Example:

await Reactional.Setup.LoadTheme("Epic Encounters");

Properties

Samplerate

Type: double
Summary: Get or Set the sample rate of the engine
Description: Represents the sample rate at which the engine operates. Adjusting the sample rate may affect the quality and performance of audio processing.

Example:

// Setting the Samplerate
Reactional.Setup.Samplerate = 44100;

// Getting the Samplerate
double rate = Reactional.Setup.Samplerate;

BlockSize

Type: int
Summary: Get or Set the block size of the engine
Description: Represents the block size of the engine. The block size may affect the engine's processing capabilities, with larger blocks potentially offering better performance at the cost of increased latency.

Example:

// Setting the BlockSize
Reactional.Setup.BlockSize = 512;

// Getting the BlockSize
int blockSize = Reactional.Setup.BlockSize;

Lookahead

Type: int
Description: Delays audio to be able to processing engine events ahead of time

Example:

// Setting the Lookahead
Reactional.Setup.Lookahead = 1;

// Getting the Lookahead
int blockSize = Reactional.Setup.Lookahead;

IsValid

Type: bool
Description: Checks the validity of the ReactionalManager instance in the scene. Returns true if a valid instance exists; otherwise, it logs an error and returns false.
Example:
```
bool valid = Reactional.Setup.IsValid;
```

AllowPlay

Type: bool
Description: Determines whether the ReactionalEngine instance is allowed to play. When true, the system is allowed to Process and Play audio. When false, the system is halted and no audio is played.

Example:

// Enabling play
Reactional.Setup.AllowPlay = true;

// Checking if play is allowed
bool canPlay = Reactional.Setup.AllowPlay;

Enumerators

LoadType

Values:

LoadInBackground  = 0
Synchronous       = 1

Description: Selecting load type for certain methods.

UpdateMode

Values:

Main        = 0
Threaded    = 1
AudioThread = 2

Description: Selecting which thread the engine runs on.

AudioOutputMode

Values:
```
Unity   = 0
Custom  = 1
```
Description: Designates if Unity's default audio output setup will be in use.

Playback.Playlist

Methods

CurrentBeat

Return Type: float
Description: Retrieves the current beat value of the playlist's track.

Example:

float beat = Playback.Playlist.CurrentBeat();

TempoBpm

Return Type: float
Description: Retrieves the tempo (in BPM) of the track in the playlist.

Example:

float bpm = Playback.Playlist.TempoBpm();

GetTrackID

Return Type: int
Description: Retrieves the ID of the current track in the playlist.

Example:

int trackID = Playback.Playlist.GetTrackID();

GetCurrentTrackMetadata

[Obsolete("Deprecated as of v.1.0.2, use GetCurrentTrackInfo()", true)]

Return Type: json string
Description: Dumps some data on the current track, such as artist, title bpm, duration etc.

Example:

Debug.Log(Reactional.Playback.Playlist.GetCurrentTrackMetadata())

GetCurrentTrackInfo

Return Type: TrackInfo
Description: Return a TrackInfo object on the current selected track.

Example:

TrackInfo selectedTrack = Reactional.Playback.Playlist.GetCurrentTrackInfo()

GetSelectedTrackIndex

Return Type: int
Description: Retrieves the index of the track currently selected/playing, from the Loaded Tracks list.

Example:

int selectedTrack = Playback.Playlist.GetSelectedTrackIndex();

IsLoaded

Return Type: bool
Description: Checks if a track is currently loaded in the playlist.

Example:

bool isLoaded = Playback.Playlist.IsLoaded();

PlayTrack

Return Type: void

Overloads:

PlayTrack(TrackInfo ti, float fadeintime = 0, float fadeouttime = 0.1f)
PlayTrack(int loadedTrackIndex, float fadeintime = 0, float fadeouttime = 0.1f)
PlayTrack(string trackName, float fadeintime = 0, float fadeouttime = 0.1f)

Description: Start Playback of the chosen Track.
Example:
```
Playback.Playlist.PlayTrack();
```

PlayTrackByID

Return Type: async void
Description: Play a track based on the music system assigned ID.

Example:

Playback.Playlist.PlayTrackByID(int ID);

Return Type: void
Parameters: float fadeouttime = 0.1f, float fadeintime = 0f, bool autoplay = true
Description: Moves to the next track in the playlist.
Example:
```
Playback.Playlist.Next();
```

Return Type: void
Parameters: float fadeouttime = 0.1f, float fadeintime = 0f, bool autoplay = true
Description: Moves to the previous track in the playlist.
Example:
```
Playback.Playlist.Prev();
```

Random

Return Type: void
Parameters: float fadeouttime = 0.1f, float fadeintime = 0f, bool autoplay = true
Description: Loads a random track from the playlist.
Example:
```
Playback.Playlist.Random();
```

GetState

Return Type: void
Description: Retrieves the current state of the playlist's playback as a MusicSystem.PlaybackState

Example:

MusicSystem.PlaybackState state = Playback.Playlist.GetState();
if (state == Playing) then ...

Stop

Return Type: void
Parameters: float fadeout = 0
Description: Stops the playback of the track in the playlist.
Example:
```
Playback.Playlist.Stop(0.5f);
```

Play

Return Type: void
Description: Starts playback of the current track in the playlist. If no track is specified, it attempts to load a default track or the first available track.
Example:
```
Playback.Playlist.Play();
```

FadeOut

Return Type: void
Parameters: float fadeout
Description: Fades out the current playing track.
Example:
```
Playback.Playlist.FadeOut(1f);
```

FadeIn

Return Type: void
Parameters: float fadein
Description: Fades in the current playing track.
Example:
```
Playback.Playlist.FadeIn(1f);
```

GetNumParts

Return Type: int
Description: Retrieves the number of parts in theme.

Example:

int numOfParts = Playback.Playlist.GetNumParts();

GetCurrentPart

Return Type: int
Description: Retrieves the current part in track.

Example:

int part = Playback.Playlist.GetCurrentPart();

GetPartName

Return Type: string
Parameters: int part
Description: Retrieves the name of the part with the correlated id.

Example:

string partName = Playback.Playlist.GetPartName(0);

GetPartOffset

Return Type: float
Parameters: int part
Description: Retrieves the offset of the part with the correlated id.

Example:

float offset = Playback.Playlist.GetPartOffset(0);

GetPartDuration

Return Type: float
Parameters: int part
Description: Retrieves the duration of the part with the correlated id.

Example:

float duration = Playback.Playlist.GetPartDuration();

GetNumBars

Return Type: int
Description: Retrieves the numbers of bars in the loaded track.

Example:

int numBars = Playback.Playlist.GetNumBars();

GetCurrentBar

Return Type: int
Description: Retrieves the current bars in the loaded track.

Example:

int currentBar = Playback.Playlist.GetCurrentBar();

GetBarOffset

Return Type: float
Parameters: int bar
Description: Retrieves the offset of the bar with the id of variable 'bar' in the loaded track.

Example:

int currentBar = Playback.Playlist.GetCurrentBar();
float offset = Playback.Playlist.GetBarOffset(currentBar);

GetBarDuration

Return Type: float
Parameters: int bar
Description: Retrieves the duration of the bar with the id of variable 'bar' in the loaded track.

Example:

int currentBar = Playback.Playlist.GetCurrentBar();
float duration = Playback.Playlist.GetBarDuration(currentBar);

Properties

Volume

Type: float
Description: Get or set the volume (gain) for the track in the playlist.

Example:

// Setting the volume
Playback.Playlist.Volume = 0.5f;

// Getting the volume
float volume = Playback.Playlist.Volume;

IsPlaying

Type: boolean
Description: Returns true if a track is playing.

Example:

if (Reactional.Playback.Playlist.IsPlaying) then ...

State

Return Type: int
Description: Retrieves the current state of the playlist's playback.
Example:
```
int state = Playback.Playlist.State;
```

Playback.Theme

Methods

GetThemeID

Return Type: int
Description: Retrieves the ID of the current theme.

Example:

int themeID = Playback.Theme.GetThemeID();

GetThemeInfo

Return Type: ThemeInfo
Description: Returns a ThemeInfo struct.

Example:

ThemeInfo currentTheme = Playback.Theme.GetThemeInfo();

GetCurentThemeMetadata

[Obsolete("Deprecated as of v.1.0.2, use GetCurrentThemeInfo()", true)]

Return Type: json string
Description: Dumps metadata about the current theme including all of its macros, stingers, parts and instruments

Example:

Debug.Log(Playback.Theme.GetThemeMetadata());

IsLoaded

Return Type: bool
Description: Checks if a theme is currently loaded.

Example:

bool loaded = Playback.Theme.IsLoaded();

Play

Return Type: void
Description: Begins the playback of the current theme. If a track is already loaded in the playlist, it copies the pre-roll settings to the theme before starting.
Example:
```
Playback.Theme.Play();
```

Reset

Return Type: void
Description: Resets the current theme track.
Example:
```
Playback.Theme.Reset();
```

Stop

Return Type: void
Description: Stops the playback of the current theme.
Example:
```
Playback.Theme.Stop();
```

State

Return Type: int
Description: Retrieves the current state of the theme playback.

Example:

int currentState = Playback.Theme.State();

GetControls

Return Type: Dictionary<string/>, (float, string)>
Parameters: bool istheme = true, Engine engine = null
Description: Retrieves a list of control names associated with the theme or track, depending on the value of istheme.

Example:

var (controlName, (controlValue, controlType)) = Playback.Theme.GetControls();

GetTriggers

Return Type: List<string/>
Parameters: bool istheme = true, Engine engine = null
Description: Retrieves a list of trigger names associated with the theme or track. Triggers are recognized by starting with the prefix "t_".

Example:

List<string/> triggers = Playback.Theme.GetTriggers();

CurrentBeat

Return Type: float
Description: Gets the current beat value of the theme.

Example:

float beat = Playback.Theme.CurrentBeat();

TempoBpm

Return Type: float
Description: Retrieves the tempo (in BPM) of the current theme.
Example:
```
float bpm = Playback.Theme.TempoBpm();
```

SetControl

Return Type: void
Parameters: string controlName, float value = 1f, bool istheme = true
Description: Sets the value of a specified control for the theme. This is the most important method as the control macros can be set up to fully control all of the music.

Example:

Playback.Theme.SetControl("MyControl", 0.8f);

GetControl

Return Type: double
Parameters: string controlName, bool istheme = true
Description: Retrieves the value of a specified control for the theme or track.

Example:

double controlValue = Playback.Theme.GetControl("MyControl");

GetNumParts

Return Type: int
Description: Retrieves the number of parts in theme.

Example:

int numOfParts = Playback.Theme.GetNumParts();

GetCurrentPart

Return Type: int
Description: Retrieves the current part in theme.

Example:

int part = Playback.Theme.GetCurrentPart();

GetPartName

Return Type: string
Parameters: int part
Description: Retrieves the name of the part with the correlated id.

Example:

string partName = Playback.Theme.GetPartName(0);

GetPartOffset

Return Type: float
Parameters: int part
Description: Retrieves the offset of the part with the correlated id.

Example:

float offset = Playback.Theme.GetPartOffset(0);

GetPartDuration

Return Type: float
Parameters: int part
Description: Retrieves the duration of the part with the correlated id.

Example:

float duration = Playback.Theme.GetPartDuration();

GetNumBars

Return Type: int
Description: Retrieves the numbers of bars in the loaded theme.

Example:

int numBars = Playback.Theme.GetNumBars();

GetCurrentBar

Return Type: int
Description: Retrieves the current bars in the loaded theme.

Example:

int currentBar = Playback.Theme.GetCurrentBar();

GetBarOffset

Return Type: float
Parameters: int bar
Description: Retrieves the offset of the bar with the id of variable 'bar' in the loaded theme.

Example:

int currentBar = Playback.Theme.GetCurrentBar();
float offset = Playback.Theme.GetBarOffset(currentBar);

GetBarDuration

Return Type: float
Parameters: int bar
Description: Retrieves the duration of the bar with the id of variable 'bar' in the loaded theme.

Example:

int currentBar = Playback.Theme.GetCurrentBar();
float duration = Playback.Theme.GetBarDuration(currentBar);

TriggerStinger

Return Type: void

Overloads:

TriggerStinger(string stingerName, MusicSystem.Quant quant = MusicSystem.Quant.Sixteenth)
TriggerStinger(string stingerName, float value)

Description:

Example:

Playback.Theme.TriggerStinger("neutral, medium");

TriggerPart

Return Type: void
Overloads: float

TriggerPart(string partName, MusicSystem.Quant quant = MusicSystem.Quant.Sixteenth)
TriggerPart(string partName, float value)

Description:
Example:

Playback.Theme.TriggerStinger("neutral, medium");

InstrumentOverride

Return Type: void
Parameters: int instrument, float pulseRate, float pitch, float velocity, bool active, int legato
Description: Directly overrides and controls an instrument of the Interactive Theme. Can be used to give players direct influence over the soundtrack. PulseRate is how often a note trigger happens (1/1 at 0, 128th at 1). Pitch is a relative pitch position in the instruments defined range. Velocity is loudness/energy, Active sets the override to active or not. Legato defines if movement is needed to trigger new note.

Example:

Playback.Theme.InstrumentOverride(0, 0.5f, 0.6f, 1f, true, 1);

GetOverridableInstruments

Return Type: List<string/>
Description: Returns all overridable instrument from the loaded theme.

Example:

var instruments = Playback.Theme.GetOverridableInstruments();

Properties

Volume

Type: float
Description: Get or set the volume (gain) for the theme.

Example:

Playback.Theme.Volume = 0.5f;

float volume = Playback.Theme.Volume;

MusicSystem

Methods

ScheduleAudio

Return Type: void
Parameters: AudioSource audioSource, float quant = 1, float timeOffset = 0
Description: Schedules an audio source to play at a specified quantization time offset.

Example:

MusicSystem.ScheduleAudio(myAudioSource, 2, 0.5f);

GetEngine

Return Type: Engine
Description: Retrieves the current musical engine instance.

Example:

Engine engine = MusicSystem.GetEngine();

GetTimeToBeat

Return Type: float
Parameters: float quant, float offset = 0, bool theme = true
Description: Gets the number of beats left until the next quantized beat.

Example:

float timeToBeat = MusicSystem.GetTimeToBeat(4);

GetRealTimeToBeat

Return Type: float
Parameters: float quant
Description: Converts the time to beat into real time duration.

Example:

float realTime = MusicSystem.GetRealTimeToBeat(4);

GetNextBeat

Return Type: float
Parameters: float quant, float offset = 0, bool theme = true
Description: Retrieves the beat position of the next quantized beat. A quantized beat means the next occurence of said multiple. A value of "4" will return the next beat multiple of 4; 0, 4, 8, 12 etc. A value of 1 will return every rounded beat.

Example:

float nextBeat = MusicSystem.GetNextBeat(4);

GetNextBeatAbsolute

Return Type: long
Parameters: float quant, float offset = 0, bool theme = true
Description: Returns the absolute value of the next quantized beat.

Example:

long absoluteBeat = MusicSystem.GetNextBeatAbsolute(4);

GetCurrentBeat

Return Type: float
Description: Retrieves the current beat position.

Example:

float currentBeat = MusicSystem.GetCurrentBeat();

GetCurrentMicroBeat

Return Type: double
Description: Retrieves the current beat position with micro precision.

Example:

double microBeat = MusicSystem.GetCurrentMicroBeat();

GetTempoBpm

Return Type: float
Description: Retrieves the tempo in beats per minute.
Example:
```
float bpm = MusicSystem.GetTempoBpm();
```

BeatsToSeconds

Return Type: float
Parameters: float beats
Description: Converts beat value into seconds based on the current BPM.

Example:

float seconds = MusicSystem.BeatsToSeconds(4);

DuckMusic

Return Type: IEnumerator
Parameters: float amp
Description: Gradually reduces the music volume by a specified amplitude.

Example:

StartCoroutine(MusicSystem.DuckMusic(0.5f));

SubscribeToQuantizationEvent

Return Type: void
Parameters: - Quant quant
The quantization value to subscribe to
Action callback - The method to call when the quant occurs
Description: Subscribes a callback to fire on specific quantized beats.

Example:

//This will execute every quarter note
MusicSystem.SubscribeToQuantizationEvent(Quant.Quarter, () => {  }) 

MusicSystem.SubscribeToQuantizationEvent(YourBeatFrequency, YourFunction);

QuantToFloat

Return Type: float
Parameters: Quant quant
Description: Converts a Quant enum value to its float equivalent.

Example:

float quarterNote = MusicSystem.QuantToFloat(Quant.Quarter); // Returns 1f

QuantToDouble

Return Type: double
Parameters: Quant quant
Description: Converts a Quant enum value to its double equivalent.

Example:

double eighthNote = MusicSystem.QuantToDouble(Quant.Eighth); // Returns 0.5f

Properties

PlaybackAllowed

Type: bool
Description: Get or set whether playback is allowed.

Example:

// Setting PlaybackAllowed
MusicSystem.PlaybackAllowed = true;

// Getting PlaybackAllowed
bool isAllowed = MusicSystem.PlaybackAllowed;

Enumerators

Quant

Values:

Whole     = 1
Half      = 2
Quarter   = 4
Eighth    = 8
Sixteenth = 16

Description: Represents musical quantization values.

PlaybackState

Values:
```
Stopped = 0
Playing = 1
Paused  = 2
```
Description: States of music playback.

Classes

WaitForNextBeat

Description: Custom yield instruction that waits for the next quantized beat.

Example:

yield return new MusicSystem.WaitForNextBeat(4);

Delegates

Via the Engine you have the opportunity to subscribe to delegates functions, that will trigger on events. This has an added benefit in that we can listen in on said communication, and also communicate directly with the various features, as a sort of low level API. The most common use case would be to listen for "noteon", and "noteoff" messages generated by the engine.

RouteNoteOn

Return Type: void
Summary: Subscribes to the callback for Note On events.
Description: Invoked when a "noteon" message is received from the Reactional Engine. This callback processes note-on events, providing details such as the event offset, sink index, lane index, pitch, and velocity.
Parameters:
offset (double): The time offset in microbeats when the event occurs.
sink (int): The sink index where the event originated.
lane (int): The lane or output group index.
pitch (float): The pitch of the note.
velocity (float): The velocity of the note.

Example:

// Subscribe to the Note On event
  onNoteOn += RouteNoteOn;
  
  // Example callback implementation
  void RouteNoteOn(double offset, int sink, int lane, float pitch, float velocity)
  {
  // Do Stuff
  }

RouteNoteOff

Return Type: void
Summary: Subscribes to the callback for Note Off events.
Description: Invoked when a "noteoff" message is received from the Reactional Engine. This callback processes note-off events, providing details such as the event offset, sink index, lane index, pitch, and velocity.
Parameters:
offset (double): The time offset in microbeats when the event occurs.
sink (int): The sink index where the event originated.
lane (int): The lane or output group index.
pitch (float): The pitch of the note.
velocity (float): The velocity of the note.

Example:

// Subscribe to the Note Off event
  onNoteOff += RouteNoteOff;

  // Example callback implementation
  void RouteNoteOff(double offset, int sink, int lane, float pitch, float velocity)
  {
  // Do Stuff  
  }

RouteStingerEvent

Return Type: void
Summary: Subscribes to the callback for Stinger events.
Description: Invoked when a "stinger/start" or "stinger/stop" message is received from the Reactional Engine. This callback handles stinger events, providing the time offset, whether it's a start or stop event, and the stinger's origin.
Parameters:
offset (double): The time offset in microbeats when the event occurs.
startevent (bool): Indicates whether the event is a start or stop of the stinger.
stingerOrigin (int): The origin of the stinger event.

Example:

// Subscribe to the Stinger event
  stingerEvent += RouteStingerEvent;

  // Example callback implementation
  void RouteStingerEvent(double offset, bool startevent, int stingerOrigin)
  {
  // Do Stuff
  }

RouteBarBeat

Return Type: void
Summary: Subscribes to the callback for Bar and Beat events.
Description: Invoked when a "bar" message is received from the Reactional Engine. This callback processes bar and beat events, providing the time offset, bar number, and beat number.
Parameters:
offset (double): The time offset in microbeats when the event occurs.
bar (int): The bar number in the current sequence.
beat (int): The beat number within the bar.

Example:

// Subscribe to the Bar and Beat event
  onBarBeat += RouteBarBeat;

  // Example callback implementation
  void RouteBarBeat(double offset, int bar, int beat)
  {
  // Do Stuff
  }

RouteAudioEnd

Return Type: void
Summary: Subscribes to the callback for Audio End events.
Description: Invoked when an "audio/end" message is received from the Reactional Engine. This callback handles events that indicate the end of an audio sequence.
Parameters: None.

Example:

// Subscribe to the Audio End event
  onAudioEnd += RouteAudioEnd;

  // Example callback implementation
  void RouteAudioEnd()
  {
  // Do Stuff
  }

Setup​

Methods​

InitAudio​

UpdateBundles​

LoadBundles​

LoadBundle​

LoadSection​

LoadPlaylist​

LoadTrack​

LoadTheme​

Properties​

Samplerate​

BlockSize​

Lookahead​

IsValid​

AllowPlay​

Enumerators​

LoadType​

UpdateMode​

AudioOutputMode​

Playback.Playlist​

Methods​

CurrentBeat​

TempoBpm​

GetTrackID​

GetCurrentTrackMetadata​

GetCurrentTrackInfo​

GetSelectedTrackIndex​

IsLoaded​

PlayTrack​

PlayTrackByID​

Next​

Prev​

Random​

GetState​

Stop​

Play​

FadeOut​

FadeIn​

GetNumParts​

GetCurrentPart​

GetPartName​

GetPartOffset​

GetPartDuration​

GetNumBars​

GetCurrentBar​

GetBarOffset​

GetBarDuration​

Properties​

Volume​

IsPlaying​

State​

Playback.Theme​

Methods​

GetThemeID​

GetThemeInfo​

GetCurentThemeMetadata​

IsLoaded​

Play​

Reset​

Stop​

State​

GetControls​

GetTriggers​

CurrentBeat​

TempoBpm​

SetControl​

GetControl​

GetNumParts​

GetCurrentPart​

GetPartName​

GetPartOffset​

GetPartDuration​

GetNumBars​

GetCurrentBar​

GetBarOffset​

GetBarDuration​

TriggerStinger​

TriggerPart​

InstrumentOverride​

Setup

Methods

InitAudio

UpdateBundles

LoadBundles

LoadBundle

LoadSection

LoadPlaylist

LoadTrack

LoadTheme

Properties

Samplerate

BlockSize

Lookahead

IsValid

AllowPlay

Enumerators

LoadType

UpdateMode

AudioOutputMode

Playback.Playlist

Methods

CurrentBeat

TempoBpm

GetTrackID

GetCurrentTrackMetadata

GetCurrentTrackInfo

GetSelectedTrackIndex

IsLoaded

PlayTrack

PlayTrackByID

Next

Prev

Random

GetState

Stop

Play

FadeOut

FadeIn

GetNumParts

GetCurrentPart

GetPartName

GetPartOffset

GetPartDuration

GetNumBars

GetCurrentBar

GetBarOffset

GetBarDuration

Properties

Volume

IsPlaying

State

Playback.Theme

Methods

GetThemeID

GetThemeInfo

GetCurentThemeMetadata

IsLoaded

Play

Reset

Stop

State

GetControls

GetTriggers

CurrentBeat

TempoBpm

SetControl

GetControl

GetNumParts

GetCurrentPart

GetPartName

GetPartOffset

GetPartDuration

GetNumBars

GetCurrentBar

GetBarOffset

GetBarDuration

TriggerStinger

TriggerPart

InstrumentOverride