scheduler-node

# eventGroup = {}

Partial<SchedulerEventGroup>

# id = ...

string

# loopPoints = ...

Float64Array

# onRequestNotes

# (turn, total)

# turn

number

# total

number

(turn, total) =>

void

# scheduler

# targets = ...

ImmSet<SchedulerTarget>

# loop

# loopEnd

# loopStart

# setMidiEvents(turnEvents, turn, clear)

# turnEvents

MIDIMessageEvent [] []

# turn = 0

number

# clear

boolean

setMidiEvents(turnEvents, turn, clear) =>

MIDIMessageEvent

# setNotes(turnNotes, turn, clear)

# turnNotes

NoteEvent [] []

# turn = 0

number

# clear

boolean

setNotes(turnNotes, turn, clear) =>

MIDIMessageEvent

# toJSON()

toJSON() =>

# id = ...

string

# loopPoints = ...

Float64Array

# targets = ...

ImmSet<SchedulerTarget>

# SchedulerEventGroupNode

# constructor(schedulerNode)

# new SchedulerEventGroupNode()

SchedulerEventGroupNode

# schedulerNode

# eventGroup = ...

# onconnectchange

# (ev)

# ev

CustomEvent<any>

(ev) =>

void

# schedulerNode

# targetNodes = ...

# clear()

clear() =>

void

# connect(targetNode)

# targetNode

connect(targetNode) =>

# destroy()

destroy() =>

void

# disconnect(targetNode)

# targetNode

disconnect(targetNode) =>

void

# resume(targetNode)

# targetNode

resume(targetNode) =>

void

# suspend(targetNode)

# targetNode

suspend(targetNode) =>

void

# SchedulerNode

# constructor(context)

# new SchedulerNode()

# context

BaseAudioContext

# context

BaseAudioContext

# eventGroups = ...

SyncedSet<SchedulerEventGroup, SchedulerSyncedSetPayload>

# node

AudioWorkletNode

# targetNodes = ...

# worklet

Agent<SchedulerProcessor, SchedulerNode>

# addEventGroup(eventGroup)

# eventGroup

addEventGroup(eventGroup) =>

# connect(targetNode)

# targetNode

connect(targetNode) =>

# disconnect(targetNode)

# targetNode

disconnect(targetNode) =>

void

# removeEventGroup(eventGroup)

# eventGroup

removeEventGroup(eventGroup) =>

void

# requestNextEvents(eventGroupId, turn, total)

# eventGroupId

string

# turn = 0

number

# total = 4

number

requestNextEvents(eventGroupId, turn, total) =>

void

# setBpm(bpm)

# bpm

number

setBpm(bpm) =>

void

# setClockBuffer(clockBuffer)

# clockBuffer

Float64Array

setClockBuffer(clockBuffer) =>

void

# start(playbackStartTime, offsetStartTime)

# playbackStartTime

number

# offsetStartTime

number

start(playbackStartTime, offsetStartTime) =>

void

# stop()

stop() =>

void

# create(context)

# context

BaseAudioContext

create(context) =>

Promise

# register(context)

# context

BaseAudioContext

register(context) =>

Promise

# SchedulerTarget

# constructor(data)

# new SchedulerTarget()

# data = {}

Partial<SchedulerTarget>

# id = ...

string

# midiQueue = ...

MessageQueue

# SchedulerTargetNode

# constructor(context, name, options)

# new SchedulerTargetNode()

# context

BaseAudioContext

# name

string

# options = {}

AudioWorkletNodeOptions

# id = ...

string

# schedulerTarget = ...

# worklet

Agent<SchedulerTargetProcessor, SchedulerTargetNode>

# init()

init() =>

Promise

# processMidiEvent(midiEvent)

# midiEvent

MIDIMessageEvent

processMidiEvent(midiEvent) =>

void

# SchedulerSyncedSetPayload

# targets

ImmSet<SchedulerTarget>

# LoopKind

ValuesOf<typeof LoopKind>

# LoopKind = ...

{

# Live = 2

2

# Loop = 1

1

# Once = 0

0

Credits

- alice-bob by stagas – transport agnostic strongly typed duplex rpc interfaces
- event-toolkit by stagas – Toolkit for DOM events.
- everyday-types by stagas – Everyday utility types
- everyday-utils by stagas – Everyday utilities
- immutable-map-set by stagas – Immutable Map and Set objects
- json-objectify by stagas – Like JSON.stringify but without the stringify part.
- serialize-whatever by stagas – Serialize and deserialize whatever.
- synced-set by stagas – Synchronize a Set collection of objects across a wire.
- webaudio-tools by stagas – Useful tools for WebAudio.

Contributing

Fork or edit and submit a PR.

All contributions are welcome!

License

API

# Clock

# constructor()

# new Clock()

Clock

# buffer = ...

Float64Array

# coeff

# internalTime

# offsetFrame

# SchedulerEvent

# constructor(data)

# new SchedulerEvent()

SchedulerEvent

# data = {}

Partial<SchedulerEvent>

# id = ...

string

# midiEvent = ...

{

# data

Uint8Array

# receivedTime

number

# toJSON()

toJSON() =>

# id = ...

string

# midiEvent = ...

{

# data = ...

Uint8Array

# receivedTime = ...

number

# SchedulerEventGroup

# constructor(eventGroup)

# new SchedulerEventGroup()

# eventGroup = {}

Partial<SchedulerEventGroup>

# id = ...

string

# loopPoints = ...

Float64Array

# onRequestNotes

# (turn, total)

# turn

number

# total

number

(turn, total) =>

void

# scheduler

# targets = ...

ImmSet<SchedulerTarget>

# loop

# loopEnd

# loopStart

# setMidiEvents(turnEvents, turn, clear)

# turnEvents

MIDIMessageEvent [] []

# turn = 0

number

# clear

boolean

setMidiEvents(turnEvents, turn, clear) =>

MIDIMessageEvent

# setNotes(turnNotes, turn, clear)

# turnNotes

NoteEvent [] []

# turn = 0

number

# clear

boolean

setNotes(turnNotes, turn, clear) =>

MIDIMessageEvent

# toJSON()

toJSON() =>

# id = ...

string

# loopPoints = ...

Float64Array

# targets = ...

ImmSet<SchedulerTarget>

# SchedulerEventGroupNode

# constructor(schedulerNode)

# new SchedulerEventGroupNode()

SchedulerEventGroupNode

# schedulerNode

# eventGroup = ...

# onconnectchange

# (ev)

# ev

CustomEvent<any>

(ev) =>

void

# schedulerNode

# targetNodes = ...

# clear()

clear() =>

void

# connect(targetNode)

# targetNode

connect(targetNode) =>

# destroy()

destroy() =>

void

# disconnect(targetNode)

# targetNode

disconnect(targetNode) =>

void

# resume(targetNode)

# targetNode

resume(targetNode) =>

void

# suspend(targetNode)

# targetNode

suspend(targetNode) =>

void

# SchedulerNode

# constructor(context)

# new SchedulerNode()

# context

BaseAudioContext

# context

BaseAudioContext

# eventGroups = ...

SyncedSet<SchedulerEventGroup, SchedulerSyncedSetPayload>

# node

AudioWorkletNode

# targetNodes = ...

# worklet

Agent<SchedulerProcessor, SchedulerNode>

# addEventGroup(eventGroup)

# eventGroup

addEventGroup(eventGroup) =>

# connect(targetNode)

# targetNode

connect(targetNode) =>

# disconnect(targetNode)

# targetNode

disconnect(targetNode) =>

void

# removeEventGroup(eventGroup)

# eventGroup

removeEventGroup(eventGroup) =>

void

# requestNextEvents(eventGroupId, turn, total)

# eventGroupId

string

# turn = 0

number

# total = 4

number

requestNextEvents(eventGroupId, turn, total) =>

void

# setBpm(bpm)

# bpm

number

setBpm(bpm) =>

void

# setClockBuffer(clockBuffer)

# clockBuffer

Float64Array

setClockBuffer(clockBuffer) =>

void

# start(playbackStartTime, offsetStartTime)

# playbackStartTime

number

# offsetStartTime

number

start(playbackStartTime, offsetStartTime) =>

void

# stop()

stop() =>

void

# create(context)

# context

BaseAudioContext

create(context) =>

Promise

# register(context)

# context

BaseAudioContext

register(context) =>

Promise

# SchedulerTarget

# constructor(data)

# new SchedulerTarget()

# data = {}

Partial<SchedulerTarget>

# id = ...

string

# midiQueue = ...

MessageQueue

# SchedulerTargetNode

# constructor(context, name, options)

# new SchedulerTargetNode()

# context

BaseAudioContext

# name

string

# options = {}

AudioWorkletNodeOptions

# id = ...

string

# schedulerTarget = ...