773 lines
27 KiB
TypeScript
773 lines
27 KiB
TypeScript
import { create } from 'xmlbuilder2';
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import {
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EffectType,
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ExporterParams,
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FaderParam,
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ProjectRawData,
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ProjectSettings,
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} from '../../../types/types';
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import { EFFECTS } from '../../constants';
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import abletonTransformer, { AblClip, AblScene, AblTrack } from '../../transformers/ableton';
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import { getQuarterNotesPerBar } from '../utils';
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import { ALSDrumBranch } from './types/drumBranch';
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import { ALSDrumRack } from './types/drumRack';
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import { ALSChorus } from './types/effectChorus';
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import { ALSCompressor } from './types/effectCompressor';
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import { ALSDelay } from './types/effectDelay';
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import { ALSDistortion } from './types/effectDistortion';
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import { ALSFilter } from './types/effectFilter';
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import { ALSReverb } from './types/effectReverb';
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import { ALSGroupTrack } from './types/groupTrack';
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import { ALSMidiClip, ALSMidiClipContent } from './types/midiClip';
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import { ALSMidiTrack } from './types/midiTrack';
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import { ALSProject } from './types/project';
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import { ALSReturnTrack } from './types/returnTrack';
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import { ALSScene, ALSSceneContent } from './types/scene';
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import { ALSSimpler } from './types/simpler';
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import { ALSTrackSendHolder } from './types/trackSendHolder';
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import {
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filterFreqFromNormalized,
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fixIds,
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getId,
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gzipString,
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koEnvRangeToSeconds,
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loadTemplate,
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resetIds,
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TIME_SIGNATURES,
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toNativePath,
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} from './utils';
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let _localId = -1;
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let _localGroupId = -1;
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let _localTrackColor = -1;
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let _localGroupTrackColor = -1;
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const MIN_CLIP_LAUNCHER_SCENES = 8;
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type AbletonVersion = '10' | '11';
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function getAbletonVersion(exporterParams: ExporterParams): AbletonVersion {
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return exporterParams.abletonVersion === '10' ? '10' : '11';
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}
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function setColorValue(node: any, value: number) {
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const color = node.Color || node.ColorIndex;
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color['@Value'] = value;
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}
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function getColorValue(node: any): number {
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const color = node.Color || node.ColorIndex;
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return Number(color['@Value']);
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}
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async function buildMidiClip(
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koClip: AblClip,
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clipIdx: number,
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color: number,
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clipForLauncher: boolean = false,
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abletonVersion: AbletonVersion = '11',
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): Promise<ALSMidiClipContent> {
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const midiClipTemplate = await loadTemplate<ALSMidiClip>('midiClip', abletonVersion);
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const midiClip = structuredClone(midiClipTemplate.MidiClip);
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const beats = getQuarterNotesPerBar(
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koClip.timeSignature.numerator,
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koClip.timeSignature.denominator,
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);
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const time = koClip.offset * beats;
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const start = time;
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const end = time + koClip.sceneBars * beats;
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midiClip['@Id'] = clipIdx;
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midiClip['@Time'] = time;
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midiClip.CurrentStart['@Value'] = start;
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midiClip.CurrentEnd['@Value'] = end;
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midiClip.Loop.LoopOn['@Value'] = 'true';
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midiClip.Loop.LoopStart['@Value'] = 0;
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midiClip.Loop.LoopEnd['@Value'] = koClip.bars * beats;
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midiClip.Loop.HiddenLoopStart['@Value'] = 0;
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midiClip.Loop.HiddenLoopEnd['@Value'] = koClip.bars * beats;
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setColorValue(midiClip, color);
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midiClip.Name['@Value'] = koClip.sceneName;
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midiClip.TimeSignature.TimeSignatures.RemoteableTimeSignature.Numerator['@Value'] =
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koClip.timeSignature.numerator;
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midiClip.TimeSignature.TimeSignatures.RemoteableTimeSignature.Denominator['@Value'] =
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koClip.timeSignature.denominator;
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if (clipForLauncher) {
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midiClip['@Time'] = 0;
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midiClip.CurrentStart['@Value'] = 0;
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midiClip.CurrentEnd['@Value'] = koClip.bars * beats;
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}
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// ableton group notes
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const grouppedNotes: Record<string, typeof koClip.notes> = koClip.notes.reduce(
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(acc, note) => {
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const group = note.note.toString();
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acc[group] = acc[group] || [];
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acc[group].push(note);
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return acc;
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},
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{} as Record<string, typeof koClip.notes>,
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);
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midiClip.Notes.KeyTracks.KeyTrack = [];
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let _noteId = 0;
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Object.entries(grouppedNotes).forEach(([noteValueStr, notes], groupIndex) => {
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const noteValue = parseInt(noteValueStr, 10);
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midiClip.Notes.KeyTracks.KeyTrack.push({
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'@Id': groupIndex,
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Notes: {
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MidiNoteEvent: notes.map((noteData, noteIndex) => {
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let dur = noteData.duration / 96;
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const nextNote = notes[noteIndex + 1];
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// making sure same notes are not overlapping
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if (nextNote && noteData.position / 96 + dur > nextNote.position / 96) {
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dur = nextNote.position / 96 - noteData.position / 96;
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}
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let velocity = noteData.velocity;
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if (koClip.faderParams[FaderParam.VEL] !== -1) {
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velocity = koClip.faderParams[FaderParam.VEL] * 127;
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}
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return {
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'@Time': noteData.position / 96,
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'@Duration': dur,
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'@Velocity': velocity,
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'@OffVelocity': 64,
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'@NoteId': _noteId++,
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};
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}),
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},
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MidiKey: {
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'@Value': noteValue,
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},
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});
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});
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return midiClip;
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}
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async function buildSimplerDevice(koTrack: AblTrack, abletonVersion: AbletonVersion) {
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const simplerTemplate = await loadTemplate<ALSSimpler>('simpler', abletonVersion);
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const device = structuredClone(simplerTemplate.OriginalSimpler);
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device.LastPresetRef.Value = {};
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switch (koTrack.playMode) {
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case 'legato':
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case 'oneshot':
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device.Globals.PlaybackMode['@Value'] = 1;
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break;
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case 'key':
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device.Globals.PlaybackMode['@Value'] = 0;
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break;
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}
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleRef.FileRef.RelativePath[
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'@Value'
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] = toNativePath(`Samples/Imported/${koTrack.sampleName}`);
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.Name['@Value'] = koTrack.name;
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.RootKey['@Value'] = koTrack.rootNote;
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleStart['@Value'] = koTrack.trimLeft;
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleEnd['@Value'] = koTrack.trimRight;
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleWarpProperties.TimeSignature.TimeSignatures.RemoteableTimeSignature.Numerator[
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'@Value'
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] = koTrack.timeSignature.numerator;
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleWarpProperties.TimeSignature.TimeSignatures.RemoteableTimeSignature.Denominator[
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'@Value'
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] = koTrack.timeSignature.denominator;
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// setting velocity scaling to 20% to match KO behavior
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device.VolumeAndPan.VolumeVelScale.Manual['@Value'] = 0.2;
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device.VolumeAndPan.Envelope.ReleaseTime.Manual['@Value'] =
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koEnvRangeToSeconds(koTrack.release, koTrack.soundLength) * 1000;
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device.VolumeAndPan.Envelope.AttackTime.Manual['@Value'] =
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koEnvRangeToSeconds(koTrack.attack, koTrack.soundLength) * 1000;
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device.VolumeAndPan.Panorama.Manual['@Value'] = koTrack.pan;
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// overriding attack time if ATK fader param is defined
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if (koTrack.faderParams[FaderParam.ATK] !== -1) {
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device.VolumeAndPan.Envelope.AttackTime.Manual['@Value'] =
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koEnvRangeToSeconds(koTrack.faderParams[FaderParam.ATK] * 255, koTrack.soundLength) * 1000;
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}
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// overriding release time if REL fader param is defined
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if (koTrack.faderParams[FaderParam.REL] !== -1) {
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device.VolumeAndPan.Envelope.ReleaseTime.Manual['@Value'] =
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koEnvRangeToSeconds(koTrack.faderParams[FaderParam.REL] * 255, koTrack.soundLength) * 1000;
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}
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let pitch = koTrack.pitch || 0;
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if (koTrack.samplePitch) {
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pitch += koTrack.samplePitch;
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}
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// adding PITCH fader param if defined
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if (koTrack.faderParams[FaderParam.PTC] !== -1) {
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const normalized = (koTrack.faderParams[FaderParam.PTC] - 0.5) * 2; // from 0-1 to -1 to +1
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pitch += Math.round(normalized * 5);
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}
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// adding TUNE fader param if defined
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if (koTrack.faderParams[FaderParam.TUNE] !== -1) {
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pitch += Math.round(koTrack.faderParams[FaderParam.TUNE] * 23.5 - 12); // the range is slightly less than +/-12 cause that's how KO does it
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}
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device.Pitch.TransposeKey.Manual['@Value'] = pitch;
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// adding vibrato from MOD fader param if defined
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if (koTrack.faderParams[FaderParam.MOD] !== -1) {
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device.Lfo.IsOn.Manual['@Value'] = 'true';
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// KO's MOD wheel on 100% is roughly equal to 5% LFO pitch modulation
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device.Pitch.PitchLfoAmount.Manual['@Value'] = koTrack.faderParams[FaderParam.MOD] / 20;
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device.Lfo.Slot.Value.SimplerLfo.RateType.Manual['@Value'] = 1; // tempo synced 1/16
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}
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if (koTrack.faderParams[FaderParam.LPF] !== -1 && koTrack.faderParams[FaderParam.LPF] !== 1) {
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device.Filter.IsOn.Manual['@Value'] = 'true';
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device.Filter.Slot.Value.SimplerFilter.Type.Manual['@Value'] = 0; // Low Pass
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device.Filter.Slot.Value.SimplerFilter.Slope.Manual['@Value'] = 'true'; // 24db/oct
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device.Filter.Slot.Value.SimplerFilter.Freq.Manual['@Value'] = filterFreqFromNormalized(
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koTrack.faderParams[FaderParam.LPF] * 0.9, // lowering max freq to match KO behavior
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);
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}
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if (koTrack.faderParams[FaderParam.HPF] !== -1 && koTrack.faderParams[FaderParam.HPF] !== 0) {
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device.Filter.IsOn.Manual['@Value'] = 'true';
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device.Filter.Slot.Value.SimplerFilter.Type.Manual['@Value'] = 1; // High Pass
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device.Filter.Slot.Value.SimplerFilter.Slope.Manual['@Value'] = 'false'; // 12db/oct
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device.Filter.Slot.Value.SimplerFilter.Freq.Manual['@Value'] = filterFreqFromNormalized(
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koTrack.faderParams[FaderParam.HPF] * 0.7, // lowering max freq to match KO behavior
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);
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}
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// TODO: add bandpass filter
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if (koTrack.timeStretch === 'bars') {
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleWarpProperties.IsWarped[
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'@Value'
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] = 'true';
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleWarpProperties.WarpMode[
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'@Value'
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] = 0; // warp in 'Beats' mode
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleWarpProperties.WarpMarkers.WarpMarker =
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[
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{
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'@Id': 0,
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'@SecTime': 0,
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'@BeatTime': 0,
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},
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{
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'@Id': 1,
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'@SecTime': koTrack.soundLength,
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'@BeatTime': koTrack.timeStretchBars * koTrack.timeSignature.numerator, // convert bars to beats
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},
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];
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}
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if (koTrack.timeStretch === 'bpm') {
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// calculating beat length using koTrack.timeStretchBpm
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const beatTime = koTrack.soundLength / (60 / koTrack.timeStretchBpm);
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleWarpProperties.IsWarped[
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'@Value'
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] = 'true';
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleWarpProperties.WarpMode[
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'@Value'
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] = 0; // warp in 'Beats' mode
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device.Player.MultiSampleMap.SampleParts.MultiSamplePart.SampleWarpProperties.WarpMarkers.WarpMarker =
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[
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{
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'@Id': 0,
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'@SecTime': 0,
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'@BeatTime': 0,
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},
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{
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'@Id': 1,
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'@SecTime': koTrack.soundLength,
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'@BeatTime': beatTime,
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},
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];
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}
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if (koTrack.timeStretch === 'rev') {
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device.Player.Reverse.Manual['@Value'] = 'true';
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}
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return {
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OriginalSimpler: device,
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};
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}
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async function buildDrumRackDevice(koTrack: AblTrack, abletonVersion: AbletonVersion) {
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const [drumRackTemplate, drumBranchTemplate] = await Promise.all([
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loadTemplate<ALSDrumRack>('drumRack', abletonVersion),
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loadTemplate<ALSDrumBranch>('drumBranch', abletonVersion),
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]);
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const device = structuredClone(drumRackTemplate.DrumGroupDevice);
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device.Branches.DrumBranch = [];
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for (const [idx, subtrack] of koTrack.tracks.entries()) {
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if (!subtrack.sampleName) {
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continue;
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}
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const padNumber = parseInt(subtrack.padCode.slice(1), 10);
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// EP133 is 3x4 (top→bottom), Ableton Drum Rack is 4x4 (bottom→top)
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// flip vertically: row 3 → row 0, row 0 → row 3
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const row = 3 - Math.floor(padNumber / 3);
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const col = padNumber % 3;
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const drumPad = row * 4 + col;
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const drumBranch = structuredClone(drumBranchTemplate.DrumBranch);
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const note = 92 - drumPad; // 92 is the number of slot for C1 in the drum rack and it goes down
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drumBranch['@Id'] = idx;
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drumBranch.Name.EffectiveName['@Value'] = subtrack.name;
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drumBranch.Name.UserName['@Value'] = subtrack.name;
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drumBranch.BranchInfo.ReceivingNote['@Value'] = note;
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drumBranch.BranchInfo.SendingNote['@Value'] = 60; // not sure if this matters
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drumBranch.BranchInfo.ChokeGroup['@Value'] = subtrack.inChokeGroup ? 1 : 0;
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drumBranch.DeviceChain.MidiToAudioDeviceChain.Devices = await buildSimplerDevice(
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subtrack,
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abletonVersion,
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);
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device.Branches.DrumBranch.push(drumBranch);
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}
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return {
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DrumGroupDevice: device,
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};
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}
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async function buildTrack(
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koTrack: AblTrack,
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maxScenes: number,
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trackGroupId: number,
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exporterParams: ExporterParams,
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): Promise<ALSMidiTrack> {
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const abletonVersion = getAbletonVersion(exporterParams);
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const midiTrackTemplate = await loadTemplate<ALSMidiTrack>('midiTrack', abletonVersion);
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const midiTrack = structuredClone(midiTrackTemplate.MidiTrack);
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midiTrack['@Id'] = _localId++;
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midiTrack.Name.EffectiveName['@Value'] = koTrack.soundId
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? `${String(koTrack.soundId).padStart(3, '0')} ${koTrack.name}`
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: koTrack.name;
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midiTrack.Name.UserName['@Value'] = midiTrack.Name.EffectiveName['@Value'];
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setColorValue(midiTrack, 8 + _localTrackColor++);
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midiTrack.DeviceChain.MainSequencer.ClipTimeable.ArrangerAutomation.Events.MidiClip = [];
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midiTrack.TrackGroupId['@Value'] = trackGroupId;
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midiTrack.DeviceChain.DeviceChain.Devices['#'] = [];
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midiTrack.DeviceChain.Mixer.Volume.Manual['@Value'] = koTrack.volume;
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if (koTrack.faderParams[FaderParam.PAN] !== -1) {
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midiTrack.DeviceChain.Mixer.Pan.Manual['@Value'] =
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(koTrack.faderParams[FaderParam.PAN] - 0.5) * 2;
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}
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if (koTrack.faderParams[FaderParam.LVL] !== -1) {
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// setting volume to the minimum of track volume and fader param
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midiTrack.DeviceChain.Mixer.Volume.Manual['@Value'] = Math.min(
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koTrack.volume,
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koTrack.faderParams[FaderParam.LVL],
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);
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}
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if (koTrack.drumRack && exporterParams.includeArchivedSamples) {
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midiTrack.DeviceChain.DeviceChain.Devices['#'].push(
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await buildDrumRackDevice(koTrack, abletonVersion),
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);
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}
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if (!koTrack.drumRack && koTrack.sampleName && exporterParams.includeArchivedSamples) {
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midiTrack.DeviceChain.DeviceChain.Devices['#'].push(
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await buildSimplerDevice(koTrack, abletonVersion),
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);
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}
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// make sure id's are sequential in device chain
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midiTrack.DeviceChain.DeviceChain.Devices['#'].forEach((device, deviceIdx) => {
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Object.values(device).forEach((devContent: any) => {
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devContent['@Id'] = deviceIdx;
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});
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});
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// make sure each tracks has the same empty slots for clips
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// must be equeal to GroupTrackSlot if this track is in a group
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// must be at least 8 slots to avoid Ableton crashes
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midiTrack.DeviceChain.MainSequencer.ClipSlotList.ClipSlot = [];
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midiTrack.DeviceChain.FreezeSequencer.ClipSlotList.ClipSlot = [];
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for (let sc = 0; sc < Math.max(MIN_CLIP_LAUNCHER_SCENES, maxScenes); sc++) {
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midiTrack.DeviceChain.MainSequencer.ClipSlotList.ClipSlot[sc] = {
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'@Id': sc,
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LomId: {
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'@Value': 0,
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},
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ClipSlot: {
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Value: {},
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},
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};
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midiTrack.DeviceChain.FreezeSequencer.ClipSlotList.ClipSlot[sc] = {
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'@Id': sc,
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LomId: {
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'@Value': 0,
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},
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ClipSlot: {
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Value: {},
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},
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HasStop: {
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'@Value': 'true',
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},
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NeedRefreeze: {
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'@Value': 'true',
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},
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};
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}
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if (koTrack.lane) {
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if (!exporterParams.clips) {
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for (const [clipIdx, koClip] of koTrack.lane.clips.entries()) {
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const midiClip = await buildMidiClip(
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koClip,
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clipIdx,
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getColorValue(midiTrack),
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false,
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abletonVersion,
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);
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midiTrack.DeviceChain.MainSequencer.ClipTimeable.ArrangerAutomation.Events.MidiClip.push(
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midiClip,
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);
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}
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} else {
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for (const koClip of koTrack.lane.clips.values()) {
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const midiClip = await buildMidiClip(
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koClip,
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0,
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getColorValue(midiTrack),
|
|
true,
|
|
abletonVersion,
|
|
);
|
|
|
|
midiTrack.DeviceChain.MainSequencer.ClipSlotList.ClipSlot[koClip.sceneIndex] = {
|
|
...midiTrack.DeviceChain.MainSequencer.ClipSlotList.ClipSlot[koClip.sceneIndex],
|
|
ClipSlot: {
|
|
Value: {
|
|
MidiClip: midiClip,
|
|
},
|
|
},
|
|
};
|
|
}
|
|
}
|
|
}
|
|
|
|
if (exporterParams.groupTracks) {
|
|
midiTrack.DeviceChain.AudioOutputRouting.Target['@Value'] = 'AudioOut/GroupTrack';
|
|
midiTrack.DeviceChain.AudioOutputRouting.UpperDisplayString['@Value'] = 'Group';
|
|
}
|
|
|
|
if (exporterParams.sendEffects && !exporterParams.groupTracks) {
|
|
const trackSendHolderTemplate = await loadTemplate<ALSTrackSendHolder>(
|
|
'trackSendHolder',
|
|
abletonVersion,
|
|
);
|
|
const trackSendHolder = structuredClone(trackSendHolderTemplate.TrackSendHolder);
|
|
|
|
trackSendHolder.Send.Manual['@Value'] = koTrack.faderParams[FaderParam.FX];
|
|
|
|
midiTrack.DeviceChain.Mixer.Sends.TrackSendHolder = trackSendHolder;
|
|
}
|
|
|
|
return { MidiTrack: midiTrack };
|
|
}
|
|
|
|
async function buildGroupTrack(
|
|
koTrack: AblTrack,
|
|
exporterParams: ExporterParams,
|
|
maxScenes: number,
|
|
) {
|
|
const abletonVersion = getAbletonVersion(exporterParams);
|
|
const groupTrackTemplate = await loadTemplate<ALSGroupTrack>('groupTrack', abletonVersion);
|
|
const groupTrack = structuredClone(groupTrackTemplate.GroupTrack);
|
|
|
|
groupTrack['@Id'] = _localGroupId++;
|
|
groupTrack.Name.EffectiveName['@Value'] = koTrack.group.toLocaleUpperCase();
|
|
groupTrack.Name.UserName['@Value'] = koTrack.group.toLocaleUpperCase();
|
|
setColorValue(groupTrack, 5 + _localGroupTrackColor++);
|
|
groupTrack.Slots.GroupTrackSlot = [];
|
|
|
|
// adding empty slots for clips (or Ableton will crash)
|
|
// must be at least 8 slots to avoid Ableton crashes
|
|
for (let sc = 0; sc < Math.max(MIN_CLIP_LAUNCHER_SCENES, maxScenes); sc++) {
|
|
groupTrack.Slots.GroupTrackSlot.push({
|
|
'@Id': sc,
|
|
LomId: {
|
|
'@Value': 0,
|
|
},
|
|
});
|
|
}
|
|
|
|
if (exporterParams.sendEffects && koTrack.faderParams[FaderParam.FX] !== -1) {
|
|
const trackSendHolderTemplate = await loadTemplate<ALSTrackSendHolder>(
|
|
'trackSendHolder',
|
|
abletonVersion,
|
|
);
|
|
const trackSendHolder = structuredClone(trackSendHolderTemplate.TrackSendHolder);
|
|
|
|
trackSendHolder.Send.Manual['@Value'] = koTrack.faderParams[FaderParam.FX];
|
|
|
|
groupTrack.DeviceChain.Mixer.Sends.TrackSendHolder = trackSendHolder;
|
|
}
|
|
|
|
return { GroupTrack: groupTrack };
|
|
}
|
|
|
|
async function buildScenes(
|
|
scenes: AblScene[],
|
|
settings: ProjectSettings,
|
|
maxScenes: number,
|
|
abletonVersion: AbletonVersion,
|
|
) {
|
|
const sceneTemplate = await loadTemplate<ALSScene>('scene', abletonVersion);
|
|
const result: ALSSceneContent[] = [];
|
|
const sceneCount = Math.max(MIN_CLIP_LAUNCHER_SCENES, maxScenes);
|
|
|
|
for (let index = 0; index < sceneCount; index++) {
|
|
const scene = scenes[index];
|
|
const sceneContent = structuredClone(sceneTemplate.Scene);
|
|
|
|
sceneContent['@Id'] = _localId++;
|
|
if (abletonVersion === '10') {
|
|
(sceneContent as any)['@Value'] = scene?.name || ` ${index + 1}`;
|
|
} else {
|
|
sceneContent.Name['@Value'] = scene?.name || '';
|
|
sceneContent.Tempo['@Value'] = settings.bpm;
|
|
}
|
|
|
|
result.push(sceneContent);
|
|
}
|
|
|
|
return result;
|
|
}
|
|
|
|
async function buildTracks(tracks: AblTrack[], maxScenes: number, exporterParams: ExporterParams) {
|
|
const result = [];
|
|
let trackGroupId = -1;
|
|
let currentGroup = '';
|
|
|
|
// if the tracks are grouped, we need to create a group track for each group BEFORE the children midi tracks
|
|
// this took me around 3 hours to figure out
|
|
for (const koTrack of tracks.sort((a, b) => a.group.localeCompare(b.group))) {
|
|
if (exporterParams.groupTracks && koTrack.group !== currentGroup[0]) {
|
|
currentGroup = koTrack.group;
|
|
const groupTrack = await buildGroupTrack(koTrack, exporterParams, maxScenes);
|
|
trackGroupId = groupTrack.GroupTrack['@Id'];
|
|
result.push(groupTrack);
|
|
}
|
|
|
|
const midiTrack = await buildTrack(koTrack, maxScenes, trackGroupId, exporterParams);
|
|
|
|
result.push(midiTrack);
|
|
}
|
|
|
|
return result;
|
|
}
|
|
|
|
async function buildReturnTrack(
|
|
projectData: ProjectRawData,
|
|
trackId: number = 0,
|
|
abletonVersion: AbletonVersion = '11',
|
|
) {
|
|
const returnTrackTemplate = await loadTemplate<ALSReturnTrack>('returnTrack', abletonVersion);
|
|
const returnTrack = structuredClone(returnTrackTemplate.ReturnTrack);
|
|
|
|
returnTrack['@Id'] = trackId;
|
|
returnTrack.Name.EffectiveName['@Value'] = EFFECTS[projectData.effects.effectType] || '';
|
|
returnTrack.Name.UserName['@Value'] = EFFECTS[projectData.effects.effectType] || '';
|
|
setColorValue(returnTrack, 28);
|
|
|
|
if (projectData.effects.effectType === EffectType.Reverb) {
|
|
const effectReverbTemplate = await loadTemplate<ALSReverb>('effectReverb', abletonVersion);
|
|
const effectReverb = structuredClone(effectReverbTemplate.Reverb);
|
|
|
|
// these params are very rough approximation of the KO's reverb
|
|
// it's not exact, but close enough
|
|
effectReverb.PreDelay.Manual['@Value'] = 0.5;
|
|
effectReverb.RoomSize.Manual['@Value'] = 300;
|
|
effectReverb.ShelfHiFreq.Manual['@Value'] = 1000;
|
|
effectReverb.DecayTime.Manual['@Value'] = projectData.effects.param1 * 8000; // max 8 seconds which is kinda close to how it sounds in KO
|
|
effectReverb.ShelfHiGain.Manual['@Value'] = projectData.effects.param2; // param2 is "color" which roughly matches the high shelf gain cut amount
|
|
|
|
returnTrack.DeviceChain.DeviceChain.Devices = { Reverb: effectReverb };
|
|
}
|
|
|
|
if (projectData.effects.effectType === EffectType.Delay) {
|
|
const effectDelayTemplate = await loadTemplate<ALSDelay>('effectDelay', abletonVersion);
|
|
const effectDelay = structuredClone(effectDelayTemplate.Delay);
|
|
|
|
effectDelay.DelayLine_SyncL.Manual['@Value'] = 'false';
|
|
effectDelay.DelayLine_SyncR.Manual['@Value'] = 'false';
|
|
// don't even ask how I came up with this formula
|
|
effectDelay.DelayLine_TimeL.Manual['@Value'] =
|
|
0.017397 * (287.725 ** projectData.effects.param1 - 1);
|
|
effectDelay.DelayLine_TimeR.Manual['@Value'] =
|
|
0.017397 * (287.725 ** projectData.effects.param1 - 1);
|
|
effectDelay.Feedback.Manual['@Value'] = projectData.effects.param2;
|
|
|
|
returnTrack.DeviceChain.DeviceChain.Devices = { Delay: effectDelay };
|
|
}
|
|
|
|
if (projectData.effects.effectType === EffectType.Distortion) {
|
|
const effectDistortionTemplate = await loadTemplate<ALSDistortion>(
|
|
'effectDistortion',
|
|
abletonVersion,
|
|
);
|
|
const effectDistortion = structuredClone(effectDistortionTemplate.Overdrive);
|
|
|
|
effectDistortion.Drive.Manual['@Value'] = projectData.effects.param1 * 50;
|
|
effectDistortion.Tone.Manual['@Value'] = projectData.effects.param2 * 100;
|
|
|
|
returnTrack.DeviceChain.DeviceChain.Devices = { Overdrive: effectDistortion };
|
|
}
|
|
|
|
if (projectData.effects.effectType === EffectType.Chorus) {
|
|
const effectChorusTemplate = await loadTemplate<ALSChorus>('effectChorus', abletonVersion);
|
|
const effectChorus = structuredClone(
|
|
abletonVersion === '10'
|
|
? (effectChorusTemplate as any).Chorus
|
|
: effectChorusTemplate.Chorus2,
|
|
);
|
|
|
|
if (abletonVersion === '10') {
|
|
effectChorus.ModAmount.Manual['@Value'] = projectData.effects.param1 * 6.5;
|
|
} else {
|
|
effectChorus.Amount.Manual['@Value'] = projectData.effects.param1;
|
|
}
|
|
effectChorus.Feedback.Manual['@Value'] = projectData.effects.param2 * 0.8;
|
|
|
|
returnTrack.DeviceChain.DeviceChain.Devices = (
|
|
abletonVersion === '10' ? { Chorus: effectChorus } : { Chorus2: effectChorus }
|
|
) as any;
|
|
}
|
|
|
|
// putting a filter in return track is absolutely pointless, but hey, why not
|
|
if (projectData.effects.effectType === EffectType.Filter) {
|
|
const effectFilterTemplate = await loadTemplate<ALSFilter>('effectFilter', abletonVersion);
|
|
const effectFilter = structuredClone(effectFilterTemplate.AutoFilter);
|
|
|
|
effectFilter.Cutoff.Manual['@Value'] = 20 + projectData.effects.param1 * (135 - 20);
|
|
effectFilter.Resonance.Manual['@Value'] = projectData.effects.param2 * 1.25;
|
|
|
|
returnTrack.DeviceChain.DeviceChain.Devices = { AutoFilter: effectFilter };
|
|
}
|
|
|
|
if (projectData.effects.effectType === EffectType.Compressor) {
|
|
const effectCompressorTemplate = await loadTemplate<ALSCompressor>(
|
|
'effectCompressor',
|
|
abletonVersion,
|
|
);
|
|
const effectCompressor = structuredClone(effectCompressorTemplate.Compressor2);
|
|
|
|
// params are ignored for now, just putting a basic compressor
|
|
|
|
returnTrack.DeviceChain.DeviceChain.Devices = { Compressor2: effectCompressor };
|
|
}
|
|
|
|
return { ReturnTrack: returnTrack };
|
|
}
|
|
|
|
export async function buildProject(projectData: ProjectRawData, exporterParams: ExporterParams) {
|
|
resetIds();
|
|
const abletonVersion = getAbletonVersion(exporterParams);
|
|
const transformedData = abletonTransformer(projectData, exporterParams);
|
|
|
|
if (import.meta.env.DEV) {
|
|
console.log('projectData', projectData);
|
|
console.log('transformedData', transformedData);
|
|
}
|
|
|
|
// reset local ids
|
|
_localId = 1;
|
|
_localGroupId = 50;
|
|
_localTrackColor = 1;
|
|
_localGroupTrackColor = 1;
|
|
|
|
const projectTemplate = await loadTemplate<ALSProject>('project', abletonVersion);
|
|
const project = structuredClone(projectTemplate);
|
|
|
|
// setting up tempo
|
|
project.Ableton.LiveSet.MasterTrack.DeviceChain.Mixer.Tempo.Manual['@Value'] =
|
|
projectData.settings.bpm;
|
|
project.Ableton.LiveSet.MasterTrack.AutomationEnvelopes.Envelopes.AutomationEnvelope[1].Automation.Events.FloatEvent[
|
|
'@Value'
|
|
] = projectData.settings.bpm;
|
|
// setting up time signature
|
|
project.Ableton.LiveSet.MasterTrack.AutomationEnvelopes.Envelopes.AutomationEnvelope[0].Automation.Events.EnumEvent[
|
|
'@Value'
|
|
] =
|
|
TIME_SIGNATURES[
|
|
`${projectData.scenesSettings.timeSignature.numerator}/${projectData.scenesSettings.timeSignature.denominator}`
|
|
] || TIME_SIGNATURES['4/4'];
|
|
|
|
project.Ableton.LiveSet.Tracks['#'] = await buildTracks(
|
|
transformedData.tracks,
|
|
transformedData.scenes.length,
|
|
exporterParams,
|
|
);
|
|
|
|
if (exporterParams.sendEffects) {
|
|
const returnTrack = await buildReturnTrack(
|
|
projectData,
|
|
project.Ableton.LiveSet.Tracks['#'].length + 1,
|
|
abletonVersion,
|
|
);
|
|
|
|
project.Ableton.LiveSet.Tracks['#'].push(returnTrack);
|
|
}
|
|
|
|
if (exporterParams.clips) {
|
|
const scenes = await buildScenes(
|
|
transformedData.scenes,
|
|
projectData.settings,
|
|
transformedData.scenes.length,
|
|
abletonVersion,
|
|
);
|
|
if (abletonVersion === '10') {
|
|
(project.Ableton.LiveSet as any).SceneNames.Scene = scenes;
|
|
} else {
|
|
project.Ableton.LiveSet.Scenes.Scene = scenes;
|
|
}
|
|
}
|
|
|
|
if (exporterParams.sendEffects) {
|
|
project.Ableton.LiveSet.SendsPre = {
|
|
SendPreBool: {
|
|
'@Id': 1,
|
|
'@Value': 'false',
|
|
},
|
|
};
|
|
}
|
|
|
|
const fixedRoot = fixIds(project);
|
|
fixedRoot.Ableton.LiveSet.NextPointeeId['@Value'] = getId() + 1;
|
|
|
|
if (import.meta.env.DEV) {
|
|
console.log('ROOT', fixedRoot);
|
|
}
|
|
|
|
const newXml = create(fixedRoot).end({ prettyPrint: true, indent: '\t' });
|
|
const gzipped = gzipString(newXml);
|
|
|
|
return gzipped;
|
|
}
|