spessasynth_lib
Version:
MIDI and SoundFont2/DLS library for the browsers with no compromises
465 lines (455 loc) • 367 kB
JavaScript
// src/synthesizer/basic/key_modifier_manager.ts
import { KeyModifier } from "spessasynth_core";
// src/utils/fill_with_defaults.ts
function fillWithDefaults(obj, defObj) {
return {
...defObj,
...obj ?? {}
};
}
// src/synthesizer/basic/key_modifier_manager.ts
var WorkletKeyModifierManagerWrapper = class {
// The velocity override mappings for MIDI keys
keyModifiers = [];
synth;
constructor(synth) {
this.synth = synth;
}
// noinspection JSUnusedGlobalSymbols
/**
* Modifies a single key.
* @param channel The channel affected. Usually 0-15.
* @param midiNote The MIDI note to change. 0-127.
* @param options The key's modifiers.
*/
addModifier(channel, midiNote, options) {
const mod = new KeyModifier();
mod.gain = options?.gain ?? 1;
mod.velocity = options?.velocity ?? -1;
mod.patch = fillWithDefaults(
options.patch ?? {},
{
isGMGSDrum: false,
bankLSB: -1,
bankMSB: -1,
program: -1
}
);
this.keyModifiers[channel] ??= [];
this.keyModifiers[channel][midiNote] = mod;
this.sendToWorklet("addMapping", {
channel,
midiNote,
mapping: mod
});
}
// noinspection JSUnusedGlobalSymbols
/**
* Gets a key modifier.
* @param channel The channel affected. Usually 0-15.
* @param midiNote The MIDI note to change. 0-127.
* @returns The key modifier if it exists.
*/
getModifier(channel, midiNote) {
return this.keyModifiers?.[channel]?.[midiNote];
}
// noinspection JSUnusedGlobalSymbols
/**
* Deletes a key modifier.
* @param channel The channel affected. Usually 0-15.
* @param midiNote The MIDI note to change. 0-127.
*/
deleteModifier(channel, midiNote) {
this.sendToWorklet("deleteMapping", {
channel,
midiNote
});
if (this.keyModifiers[channel]?.[midiNote] === void 0) {
return;
}
this.keyModifiers[channel][midiNote] = void 0;
}
// noinspection JSUnusedGlobalSymbols
/**
* Clears ALL Modifiers
*/
clearModifiers() {
this.sendToWorklet("clearMappings", null);
this.keyModifiers = [];
}
sendToWorklet(type, data) {
const msg = {
type,
data
};
this.synth.post({
type: "keyModifierManager",
channelNumber: -1,
data: msg
});
}
};
// src/synthesizer/basic/sound_bank_manager.ts
import {
SpessaSynthCoreUtils
} from "spessasynth_core";
var SoundBankManager = class {
/**
* All the sound banks, ordered from the most important to the least.
*/
soundBankList;
synth;
/**
* Creates a new instance of the sound bank manager.
*/
constructor(synth) {
this.soundBankList = [];
this.synth = synth;
}
// noinspection JSUnusedGlobalSymbols
/**
* The current sound bank priority order.
* @returns The IDs of the sound banks in the current order.
*/
get priorityOrder() {
return this.soundBankList.map((s) => s.id);
}
// noinspection JSUnusedGlobalSymbols
/**
* Rearranges the sound banks in a given order.
* @param newList The order of sound banks, a list of identifiers, first overwrites second.
*/
set priorityOrder(newList) {
this.sendToWorklet("rearrangeSoundBanks", newList);
this.soundBankList.sort(
(a, b) => newList.indexOf(a.id) - newList.indexOf(b.id)
);
}
// noinspection JSUnusedGlobalSymbols
/**
* Adds a new sound bank buffer with a given ID.
* @param soundBankBuffer The sound bank's buffer
* @param id The sound bank's unique identifier.
* @param bankOffset The sound bank's bank offset. Default is 0.
*/
async addSoundBank(soundBankBuffer, id, bankOffset = 0) {
this.sendToWorklet(
"addSoundBank",
{
soundBankBuffer,
bankOffset,
id
},
[soundBankBuffer]
);
await this.awaitResponse();
const found = this.soundBankList.find((s) => s.id === id);
if (found !== void 0) {
found.bankOffset = bankOffset;
} else {
this.soundBankList.push({
id,
bankOffset
});
}
}
// noinspection JSUnusedGlobalSymbols
/**
* Deletes a sound bank with the given ID.
* @param id The sound bank to delete.
*/
async deleteSoundBank(id) {
if (this.soundBankList.length < 2) {
SpessaSynthCoreUtils.SpessaSynthWarn(
"1 sound bank left. Aborting!"
);
return;
}
if (this.soundBankList.findIndex((s) => s.id === id) === -1) {
SpessaSynthCoreUtils.SpessaSynthWarn(
`No sound banks with id of "${id}" found. Aborting!`
);
return;
}
this.sendToWorklet("deleteSoundBank", id);
this.soundBankList = this.soundBankList.filter((s) => s.id !== id);
await this.awaitResponse();
}
async awaitResponse() {
return new Promise(
(r) => this.synth.awaitWorkerResponse("soundBankManager", r)
);
}
sendToWorklet(type, data, transferable = []) {
const msg = {
type: "soundBankManager",
channelNumber: -1,
data: {
type,
data
}
};
this.synth.post(msg, transferable);
}
};
// src/synthesizer/basic/synth_event_handler.ts
var SynthEventHandler = class {
/**
* The time delay before an event is called.
* Set to 0 to disable it.
*/
timeDelay = 0;
/**
* The main list of events.
* @private
*/
events = {
noteOff: /* @__PURE__ */ new Map(),
// Called on a note off message
noteOn: /* @__PURE__ */ new Map(),
// Called on a note on message
pitchWheel: /* @__PURE__ */ new Map(),
// Called on a pitch-wheel change
controllerChange: /* @__PURE__ */ new Map(),
// Called on a controller change
programChange: /* @__PURE__ */ new Map(),
// Called on a program change
channelPressure: /* @__PURE__ */ new Map(),
// Called on a channel pressure message
polyPressure: /* @__PURE__ */ new Map(),
// Called on a poly pressure message
drumChange: /* @__PURE__ */ new Map(),
// Called when a channel type changes
stopAll: /* @__PURE__ */ new Map(),
// Called when the synth receives stop all command
newChannel: /* @__PURE__ */ new Map(),
// Called when a new channel is created
muteChannel: /* @__PURE__ */ new Map(),
// Called when a channel is muted/unmuted
presetListChange: /* @__PURE__ */ new Map(),
// Called when the preset list changes (soundfont gets reloaded)
allControllerReset: /* @__PURE__ */ new Map(),
// Called when all controllers are reset
soundBankError: /* @__PURE__ */ new Map(),
// Called when a sound bank parsing error occurs
synthDisplay: /* @__PURE__ */ new Map(),
// Called when there's a SysEx message to display some text
masterParameterChange: /* @__PURE__ */ new Map(),
// Called when a master parameter changes
channelPropertyChange: /* @__PURE__ */ new Map()
// Called when a channel property changes
};
/**
* Adds a new event listener.
* @param event The event to listen to.
* @param id The unique identifier for the event. It can be used to overwrite existing callback with the same ID.
* @param callback The callback for the event.
*/
addEvent(event, id, callback) {
this.events[event].set(id, callback);
}
// noinspection JSUnusedGlobalSymbols
/**
* Removes an event listener
* @param name The event to remove a listener from.
* @param id The unique identifier for the event to remove.
*/
removeEvent(name, id) {
this.events[name].delete(id);
}
/**
* Calls the given event.
* INTERNAL USE ONLY!
*/
callEventInternal(name, eventData) {
const eventList = this.events[name];
const callback = () => {
eventList.forEach((callback2) => {
try {
callback2(eventData);
} catch (e) {
console.error(
`Error while executing an event callback for ${name}:`,
e
);
}
});
};
if (this.timeDelay > 0) {
setTimeout(callback.bind(this), this.timeDelay * 1e3);
} else {
callback();
}
}
};
// src/synthesizer/basic/basic_synthesizer.ts
import {
ALL_CHANNELS_OR_DIFFERENT_ACTION,
DEFAULT_MASTER_PARAMETERS,
DEFAULT_PERCUSSION,
midiControllers,
midiMessageTypes,
SpessaSynthCoreUtils as util
} from "spessasynth_core";
// src/synthesizer/audio_effects/basic_effects_processor.ts
var BasicEffectsProcessor = class {
// The input of the processor.
input;
output;
constructor(input, output) {
this.input = input;
this.output = output;
}
/**
* Connects the processor to a given node.
* @param destinationNode The node to connect to.
*/
connect(destinationNode) {
return this.output.connect(destinationNode);
}
/**
* Disconnects the processor from a given node.
* @param destinationNode The node to disconnect from.
*/
disconnect(destinationNode) {
if (!destinationNode) {
return this.output.disconnect();
}
return this.output.disconnect(destinationNode);
}
/**
* Disconnects the effect processor.
*/
delete() {
this.input.disconnect();
this.output.disconnect();
}
};
// src/synthesizer/audio_effects/chorus.ts
var NODES_AMOUNT = 4;
var DEFAULT_DELAY = 0.03;
var DELAY_VARIATION = 0.013;
var STEREO_DIFF = 0.03;
var OSC_FREQ = 0.2;
var OSC_FREQ_VARIATION = 0.05;
var OSC_GAIN = 3e-3;
var DEFAULT_CHORUS_CONFIG = {
nodesAmount: NODES_AMOUNT,
defaultDelay: DEFAULT_DELAY,
delayVariation: DELAY_VARIATION,
stereoDifference: STEREO_DIFF,
oscillatorFrequency: OSC_FREQ,
oscillatorFrequencyVariation: OSC_FREQ_VARIATION,
oscillatorGain: OSC_GAIN
};
var ChorusProcessor = class extends BasicEffectsProcessor {
chorusLeft = [];
chorusRight = [];
/**
* Creates a fancy chorus effect.
* @param context The audio context.
* @param config The configuration for the chorus.
*/
constructor(context, config = DEFAULT_CHORUS_CONFIG) {
super(context.createChannelSplitter(2), context.createChannelMerger(2));
this.update(config);
}
_config = DEFAULT_CHORUS_CONFIG;
get config() {
return this._config;
}
/**
* Updates the chorus with a given config.
* @param chorusConfig The config to use.
*/
update(chorusConfig) {
this.deleteNodes();
const config = fillWithDefaults(chorusConfig, DEFAULT_CHORUS_CONFIG);
this._config = config;
let freq = config.oscillatorFrequency;
let delay = config.defaultDelay;
for (let i = 0; i < config.nodesAmount; i++) {
this.createChorusNode(
freq,
delay,
this.chorusLeft,
0,
this.output,
0,
config
);
this.createChorusNode(
freq,
delay + config.stereoDifference,
this.chorusRight,
1,
this.output,
1,
config
);
freq += config.oscillatorFrequencyVariation;
delay += config.delayVariation;
}
}
// noinspection JSUnusedGlobalSymbols
/**
* Disconnects and deletes the chorus effect.
*/
delete() {
super.delete();
this.deleteNodes();
}
deleteNodes() {
this.input.disconnect();
for (const node of this.chorusLeft) {
node.delay.disconnect();
node.oscillator.disconnect();
node.oscillator.stop();
node.oscillatorGain.disconnect();
}
for (const node of this.chorusRight) {
node.delay.disconnect();
node.oscillator.disconnect();
node.oscillator.stop();
node.oscillatorGain.disconnect();
}
this.chorusLeft.length = 0;
this.chorusRight.length = 0;
}
createChorusNode(freq, delay, list, input, output, outputNum, config) {
const context = output.context;
const oscillator = context.createOscillator();
oscillator.type = "sine";
oscillator.frequency.value = freq;
const gainNode = context.createGain();
gainNode.gain.value = config.oscillatorGain;
const delayNode = context.createDelay();
delayNode.delayTime.value = delay;
oscillator.connect(gainNode);
gainNode.connect(delayNode.delayTime);
oscillator.start(
context.currentTime
/*+ delay*/
);
this.input.connect(delayNode, input);
delayNode.connect(output, 0, outputNum);
list.push({
oscillator,
oscillatorGain: gainNode,
delay: delayNode
});
}
};
// src/synthesizer/audio_effects/effects_config.ts
var DEFAULT_SYNTH_CONFIG = {
enableEventSystem: true,
oneOutput: false,
audioNodeCreators: void 0,
initializeChorusProcessor: true,
initializeReverbProcessor: true
};
// src/utils/other.ts
import { SpessaSynthCoreUtils as SpessaSynthCoreUtils2 } from "spessasynth_core";
var consoleColors = SpessaSynthCoreUtils2.consoleColors;
// src/synthesizer/audio_effects/rb_compressed.min.js
var rbCompressed = 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