@stringsync/vexml/dist/cjs/parsing/musicxml/contexts.js

MusicXML to Vexflow

"use strict";
/**
 * @file This file contains **mutable** context objects that are used during parsing.
 *
 * When parsing, parent contexts may need to drill state to a distant descendant. Conversely, a child context may need
 * to communicate state to a distant ancestor. Separate context objects are used to avoid passing state through many
 * layers and to avoid tight coupling between the main parsing classes.
 *
 * NOTE: This code must **not** depend on any other parsing code because it will create an undesireble dependency graph.
 */
Object.defineProperty(exports, "__esModule", { value: true });
exports.VoiceEntryContext = exports.VoiceContext = exports.StaveContext = exports.PartContext = exports.FragmentContext = exports.MeasureContext = exports.SystemContext = exports.ScoreContext = void 0;
class ScoreContext {
    idProvider;
    // part ID -> nullable stave number -> multi rest count
    // When the stave number is null, the multi rest count applies to all staves in the part.
    multiRestCounts = new Map();
    curves = new Array();
    // curve number -> curve ID
    // See https://www.w3.org/2021/06/musicxml40/musicxml-reference/elements/slur/#:~:text=dotted%2C%20or%20wavy.-,number,-number%2Dlevel
    curveIds = new Map();
    wedges = new Array();
    // part ID -> stave number -> wedge status
    wedgeStatuses = new Map();
    pedals = new Array();
    // part ID -> pedal status
    pedalStatuses = new Map();
    octaveShifts = new Array();
    // part ID -> stave number -> octave shift status
    octaveShiftStatuses = new Map();
    vibratos = new Array();
    // vibrato number -> vibrato ID
    vibratoStatuses = new Map();
    constructor(idProvider) {
        this.idProvider = idProvider;
    }
    nextId() {
        return this.idProvider.next();
    }
    getMultiRestCount(partId, staveNumber) {
        return this.multiRestCounts.get(partId)?.get(null) ?? this.multiRestCounts.get(partId)?.get(staveNumber) ?? 0;
    }
    incrementMultiRestCount(partId, staveNumber, count) {
        if (!this.multiRestCounts.has(partId)) {
            this.multiRestCounts.set(partId, new Map());
        }
        this.multiRestCounts.get(partId).set(staveNumber, count + this.getMultiRestCount(partId, staveNumber));
    }
    decrementMultiRestCounts() {
        for (const partId of this.multiRestCounts.keys()) {
            const staveNumbers = this.multiRestCounts.get(partId).keys();
            for (const staveNumber of staveNumbers) {
                const count = this.getMultiRestCount(partId, staveNumber);
                if (count > 0) {
                    this.multiRestCounts.get(partId).set(staveNumber, count - 1);
                }
            }
        }
    }
    getCurves() {
        return this.curves;
    }
    beginCurve(curveNumber, placement, opening, articulation) {
        const id = this.nextId();
        this.curves.push({ type: 'curve', id, placement, opening, articulation });
        this.curveIds.set(curveNumber, id);
        return id;
    }
    continueCurve(curveNumber) {
        return this.curveIds.get(curveNumber) ?? null;
    }
    getWedges() {
        return this.wedges;
    }
    beginWedge(partId, staveNumber, wedgeType, placement) {
        const id = this.nextId();
        this.wedges.push({ type: 'wedge', wedgeType, id, placement });
        if (!this.wedgeStatuses.has(partId)) {
            this.wedgeStatuses.set(partId, new Map());
        }
        this.wedgeStatuses.get(partId).set(staveNumber, { id, count: 0, delete: false });
        return id;
    }
    continueOpenWedge(partId, staveNumber) {
        const status = this.wedgeStatuses.get(partId)?.get(staveNumber);
        if (!status) {
            return null;
        }
        if (status.delete) {
            this.wedgeStatuses.get(partId)?.delete(staveNumber);
        }
        status.count++;
        return status.id;
    }
    closeWedge(partId, staveNumber) {
        const status = this.wedgeStatuses.get(partId)?.get(staveNumber);
        if (!status) {
            return;
        }
        if (status.count > 1) {
            this.wedgeStatuses.get(partId)?.delete(staveNumber);
        }
        else {
            // We don't meet the criteria to be fully specified, so we'll mark for delete later.
            status.delete = true;
        }
    }
    getPedals() {
        return this.pedals;
    }
    beginPedal(partId, pedalType) {
        const id = this.nextId();
        this.pedals.push({ type: 'pedal', id, pedalType });
        this.pedalStatuses.set(partId, { id, next: 'default', count: 0, delete: false });
        return id;
    }
    continueOpenPedal(partId) {
        const status = this.pedalStatuses.get(partId);
        if (!status) {
            return null;
        }
        const pedalMarkType = status.next;
        status.next = 'default'; // consume the next pedal mark type
        if (status.delete && status.count > 1) {
            this.pedalStatuses.delete(partId);
        }
        status.count++;
        return { type: 'pedalmark', pedalMarkType, pedalId: status.id };
    }
    primeNextPedalMark(partId, pedalMarkType) {
        const status = this.pedalStatuses.get(partId);
        if (!status) {
            return;
        }
        status.next = pedalMarkType;
        if (pedalMarkType === 'change') {
            // We want to avoid ending the pedal on a change, so we'll reset the count.
            status.count = 0;
        }
    }
    closePedal(partId) {
        const status = this.pedalStatuses.get(partId);
        if (!status) {
            return;
        }
        if (status.count > 1) {
            this.pedalStatuses.delete(partId);
        }
        else {
            // We don't meet the criteria to be fully specified, so we'll mark for delete later.
            status.delete = true;
        }
    }
    getOctaveShifts() {
        return this.octaveShifts;
    }
    beginOctaveShift(partId, staveNumber, size) {
        const id = this.nextId();
        this.octaveShifts.push({ type: 'octaveshift', id, size });
        if (!this.octaveShiftStatuses.has(partId)) {
            this.octaveShiftStatuses.set(partId, new Map());
        }
        this.octaveShiftStatuses.get(partId).set(staveNumber, { id, count: 0, delete: false });
        return id;
    }
    continueOpenOctaveShift(partId, staveNumber) {
        const status = this.octaveShiftStatuses.get(partId)?.get(staveNumber);
        if (!status) {
            return null;
        }
        if (status.delete && status.count > 1) {
            this.octaveShiftStatuses.get(partId)?.delete(staveNumber);
        }
        status.count++;
        return status.id;
    }
    closeOctaveShift(partId, staveNumber) {
        const status = this.octaveShiftStatuses.get(partId)?.get(staveNumber);
        if (!status) {
            return;
        }
        if (status.count > 1) {
            this.octaveShiftStatuses.get(partId)?.delete(staveNumber);
        }
        else {
            // We don't meet the criteria to be fully specified, so we'll mark for delete later.
            status.delete = true;
        }
    }
    getVibratos() {
        return this.vibratos;
    }
    beginVibrato(vibratoNumber) {
        const id = this.nextId();
        this.vibratos.push({ type: 'vibrato', id });
        this.vibratoStatuses.set(vibratoNumber, id);
        return id;
    }
    continueVibrato(vibratoNumber) {
        return this.vibratoStatuses.get(vibratoNumber) ?? null;
    }
}
exports.ScoreContext = ScoreContext;
class SystemContext {
    score;
    constructor(score) {
        this.score = score;
    }
    nextId() {
        return this.score.nextId();
    }
    getMultiRestCount(partId, staveNumber) {
        return this.score.getMultiRestCount(partId, staveNumber);
    }
    incrementMultiRestCount(partId, staveNumber, count) {
        return this.score.incrementMultiRestCount(partId, staveNumber, count);
    }
    decrementMultiRestCounts() {
        return this.score.decrementMultiRestCounts();
    }
    beginCurve(curveNumber, placement, opening, articulation) {
        return this.score.beginCurve(curveNumber, placement, opening, articulation);
    }
    continueCurve(curveNumber) {
        return this.score.continueCurve(curveNumber);
    }
    beginWedge(partId, staveNumber, wedgeType, placement) {
        return this.score.beginWedge(partId, staveNumber, wedgeType, placement);
    }
    continueOpenWedge(partId, staveNumber) {
        return this.score.continueOpenWedge(partId, staveNumber);
    }
    closeWedge(partId, staveNumber) {
        this.score.closeWedge(partId, staveNumber);
    }
    beginPedal(partId, pedalType) {
        return this.score.beginPedal(partId, pedalType);
    }
    continueOpenPedal(partId) {
        return this.score.continueOpenPedal(partId);
    }
    primeNextPedalMark(partId, pedalMarkType) {
        this.score.primeNextPedalMark(partId, pedalMarkType);
    }
    closePedal(partId) {
        this.score.closePedal(partId);
    }
    beginOctaveShift(partId, staveNumber, size) {
        return this.score.beginOctaveShift(partId, staveNumber, size);
    }
    continueOpenOctaveShift(partId, staveNumber) {
        return this.score.continueOpenOctaveShift(partId, staveNumber);
    }
    closeOctaveShift(partId, staveNumber) {
        this.score.closeOctaveShift(partId, staveNumber);
    }
    beginVibrato(vibratoNumber) {
        return this.score.beginVibrato(vibratoNumber);
    }
    continueVibrato(vibratoNumber) {
        return this.score.continueVibrato(vibratoNumber);
    }
}
exports.SystemContext = SystemContext;
class MeasureContext {
    system;
    index;
    // part ID -> pitch -> octave -> accidental code
    accidentals = {};
    constructor(system, index) {
        this.system = system;
        this.index = index;
    }
    nextId() {
        return this.system.nextId();
    }
    getIndex() {
        return this.index;
    }
    getActiveAccidental(partId, pitch, octave) {
        return this.accidentals[partId]?.[pitch]?.[octave] ?? null;
    }
    setActiveAccidental(partId, pitch, octave, accidental) {
        this.accidentals[partId] ??= {};
        this.accidentals[partId][pitch] ??= {};
        this.accidentals[partId][pitch][octave] = accidental;
    }
    getMultiRestCount(partId, staveNumber) {
        return this.system.getMultiRestCount(partId, staveNumber);
    }
    beginCurve(curveNumber, placement, opening, articulation) {
        return this.system.beginCurve(curveNumber, placement, opening, articulation);
    }
    continueCurve(curveNumber) {
        return this.system.continueCurve(curveNumber);
    }
    beginWedge(partId, staveNumber, wedgeType, placement) {
        return this.system.beginWedge(partId, staveNumber, wedgeType, placement);
    }
    continueOpenWedge(partId, staveNumber) {
        return this.system.continueOpenWedge(partId, staveNumber);
    }
    closeWedge(partId, staveNumber) {
        this.system.closeWedge(partId, staveNumber);
    }
    beginPedal(partId, pedalType) {
        return this.system.beginPedal(partId, pedalType);
    }
    continueOpenPedal(partId) {
        return this.system.continueOpenPedal(partId);
    }
    primeNextPedalMark(partId, pedalMarkType) {
        this.system.primeNextPedalMark(partId, pedalMarkType);
    }
    closePedal(partId) {
        this.system.closePedal(partId);
    }
    beginOctaveShift(partId, staveNumber, size) {
        return this.system.beginOctaveShift(partId, staveNumber, size);
    }
    continueOpenOctaveShift(partId, staveNumber) {
        return this.system.continueOpenOctaveShift(partId, staveNumber);
    }
    closeOctaveShift(partId, staveNumber) {
        this.system.closeOctaveShift(partId, staveNumber);
    }
    beginVibrato(vibratoNumber) {
        return this.system.beginVibrato(vibratoNumber);
    }
    continueVibrato(vibratoNumber) {
        return this.system.continueVibrato(vibratoNumber);
    }
}
exports.MeasureContext = MeasureContext;
class FragmentContext {
    measure;
    signature;
    constructor(measure, signature) {
        this.measure = measure;
        this.signature = signature;
    }
    nextId() {
        return this.measure.nextId();
    }
    getSignature() {
        return this.signature;
    }
    getActiveAccidental(partId, pitch, octave) {
        return this.measure.getActiveAccidental(partId, pitch, octave);
    }
    setActiveAccidental(partId, pitch, octave, accidental) {
        this.measure.setActiveAccidental(partId, pitch, octave, accidental);
    }
    getMultiRestCount(partId, staveNumber) {
        return this.measure.getMultiRestCount(partId, staveNumber);
    }
    beginCurve(curveNumber, placement, opening, articulation) {
        return this.measure.beginCurve(curveNumber, placement, opening, articulation);
    }
    continueCurve(curveNumber) {
        return this.measure.continueCurve(curveNumber);
    }
    beginWedge(partId, staveNumber, wedgeType, placement) {
        return this.measure.beginWedge(partId, staveNumber, wedgeType, placement);
    }
    continueOpenWedge(partId, staveNumber) {
        return this.measure.continueOpenWedge(partId, staveNumber);
    }
    closeWedge(partId, staveNumber) {
        this.measure.closeWedge(partId, staveNumber);
    }
    beginPedal(partId, pedalType) {
        return this.measure.beginPedal(partId, pedalType);
    }
    continueOpenPedal(partId) {
        return this.measure.continueOpenPedal(partId);
    }
    primeNextPedalMark(partId, pedalMarkType) {
        this.measure.primeNextPedalMark(partId, pedalMarkType);
    }
    closePedal(partId) {
        this.measure.closePedal(partId);
    }
    beginOctaveShift(partId, staveNumber, size) {
        return this.measure.beginOctaveShift(partId, staveNumber, size);
    }
    continueOpenOctaveShift(partId, staveNumber) {
        return this.measure.continueOpenOctaveShift(partId, staveNumber);
    }
    closeOctaveShift(partId, staveNumber) {
        this.measure.closeOctaveShift(partId, staveNumber);
    }
    beginVibrato(vibratoNumber) {
        return this.measure.beginVibrato(vibratoNumber);
    }
    continueVibrato(vibratoNumber) {
        return this.measure.continueVibrato(vibratoNumber);
    }
}
exports.FragmentContext = FragmentContext;
class PartContext {
    fragment;
    id;
    constructor(fragment, id) {
        this.fragment = fragment;
        this.id = id;
    }
    nextId() {
        return this.fragment.nextId();
    }
    getId() {
        return this.id;
    }
    getKey(staveNumber) {
        return this.fragment.getSignature().getKey(this.id, staveNumber);
    }
    getTime(staveNumber) {
        return this.fragment.getSignature().getTime(this.id, staveNumber);
    }
    getActiveAccidental(pitch, octave) {
        return this.fragment.getActiveAccidental(this.id, pitch, octave);
    }
    setActiveAccidental(pitch, octave, accidental) {
        this.fragment.setActiveAccidental(this.id, pitch, octave, accidental);
    }
    getMultiRestCount(staveNumber) {
        return this.fragment.getMultiRestCount(this.id, staveNumber);
    }
    beginCurve(curveNumber, placement, opening, articulation) {
        return this.fragment.beginCurve(curveNumber, placement, opening, articulation);
    }
    continueCurve(curveNumber) {
        return this.fragment.continueCurve(curveNumber);
    }
    beginWedge(placement, wedgeType, staveNumber) {
        return this.fragment.beginWedge(this.id, staveNumber, wedgeType, placement);
    }
    continueOpenWedge(staveNumber) {
        return this.fragment.continueOpenWedge(this.id, staveNumber);
    }
    closeWedge(staveNumber) {
        this.fragment.closeWedge(this.id, staveNumber);
    }
    beginPedal(pedalType) {
        return this.fragment.beginPedal(this.id, pedalType);
    }
    continueOpenPedal() {
        return this.fragment.continueOpenPedal(this.id);
    }
    primeNextPedalMark(pedalMarkType) {
        this.fragment.primeNextPedalMark(this.id, pedalMarkType);
    }
    closePedal() {
        this.fragment.closePedal(this.id);
    }
    beginOctaveShift(staveNumber, size) {
        return this.fragment.beginOctaveShift(this.id, staveNumber, size);
    }
    continueOpenOctaveShift(staveNumber) {
        return this.fragment.continueOpenOctaveShift(this.id, staveNumber);
    }
    closeOctaveShift(staveNumber) {
        this.fragment.closeOctaveShift(this.id, staveNumber);
    }
    beginVibrato(vibratoNumber) {
        return this.fragment.beginVibrato(vibratoNumber);
    }
    continueVibrato(vibratoNumber) {
        return this.fragment.continueVibrato(vibratoNumber);
    }
}
exports.PartContext = PartContext;
class StaveContext {
    part;
    number;
    constructor(part, number) {
        this.part = part;
        this.number = number;
    }
    nextId() {
        return this.part.nextId();
    }
    getNumber() {
        return this.number;
    }
    getKey() {
        return this.part.getKey(this.number);
    }
    getTime() {
        return this.part.getTime(this.number);
    }
    getActiveAccidental(pitch, octave) {
        return this.part.getActiveAccidental(pitch, octave);
    }
    setActiveAccidental(pitch, octave, accidental) {
        this.part.setActiveAccidental(pitch, octave, accidental);
    }
    getMultiRestCount() {
        return this.part.getMultiRestCount(this.number);
    }
    beginCurve(curveNumber, placement, opening, articulation) {
        return this.part.beginCurve(curveNumber, placement, opening, articulation);
    }
    continueCurve(curveNumber) {
        return this.part.continueCurve(curveNumber);
    }
    beginWedge(placement, wedgeType) {
        return this.part.beginWedge(placement, wedgeType, this.number);
    }
    continueOpenWedge() {
        return this.part.continueOpenWedge(this.number);
    }
    closeWedge() {
        this.part.closeWedge(this.number);
    }
    beginPedal(pedalType) {
        return this.part.beginPedal(pedalType);
    }
    continueOpenPedal() {
        return this.part.continueOpenPedal();
    }
    primeNextPedalMark(pedalMarkType) {
        this.part.primeNextPedalMark(pedalMarkType);
    }
    closePedal() {
        this.part.closePedal();
    }
    beginOctaveShift(size) {
        return this.part.beginOctaveShift(this.number, size);
    }
    continueOpenOctaveShift() {
        return this.part.continueOpenOctaveShift(this.number);
    }
    closeOctaveShift() {
        this.part.closeOctaveShift(this.number);
    }
    beginVibrato(vibratoNumber) {
        return this.part.beginVibrato(vibratoNumber);
    }
    continueVibrato(vibratoNumber) {
        return this.part.continueVibrato(vibratoNumber);
    }
}
exports.StaveContext = StaveContext;
class VoiceContext {
    stave;
    id;
    beams = new Array();
    // tuplet number -> tuplet
    openTuplets = new Map();
    closedTuplets = new Array();
    constructor(stave, id) {
        this.stave = stave;
        this.id = id;
    }
    nextId() {
        return this.stave.nextId();
    }
    getId() {
        return this.id;
    }
    getKey() {
        return this.stave.getKey();
    }
    getTime() {
        return this.stave.getTime();
    }
    getActiveAccidental(pitch, octave) {
        return this.stave.getActiveAccidental(pitch, octave);
    }
    setActiveAccidental(pitch, octave, accidental) {
        this.stave.setActiveAccidental(pitch, octave, accidental);
    }
    getMultiRestCount() {
        return this.stave.getMultiRestCount();
    }
    beginCurve(curveNumber, placement, opening, articulation) {
        return this.stave.beginCurve(curveNumber, placement, opening, articulation);
    }
    continueCurve(curveNumber) {
        return this.stave.continueCurve(curveNumber);
    }
    getBeams() {
        return this.beams;
    }
    beginBeam() {
        const id = this.nextId();
        this.beams.push({ type: 'beam', id });
        return id;
    }
    continueBeam() {
        return this.beams.at(-1)?.id ?? null;
    }
    getTuplets() {
        return this.closedTuplets;
    }
    beginTuplet(number, showNumber, placement) {
        const id = this.nextId();
        this.openTuplets.set(number, { type: 'tuplet', id, showNumber, placement });
        return id;
    }
    continueOpenTuplets() {
        return [...this.openTuplets.values()].map((tuplet) => tuplet.id);
    }
    closeTuplet(number) {
        if (!this.openTuplets.has(number)) {
            return null;
        }
        const tuplet = this.openTuplets.get(number);
        this.closedTuplets.push(tuplet);
        this.openTuplets.delete(number);
        return tuplet.id;
    }
    beginWedge(placement, wedgeType) {
        return this.stave.beginWedge(placement, wedgeType);
    }
    continueOpenWedge() {
        return this.stave.continueOpenWedge();
    }
    closeWedge() {
        this.stave.closeWedge();
    }
    beginPedal(pedalType) {
        return this.stave.beginPedal(pedalType);
    }
    continueOpenPedal() {
        return this.stave.continueOpenPedal();
    }
    primeNextPedalMark(pedalMarkType) {
        this.stave.primeNextPedalMark(pedalMarkType);
    }
    closePedal() {
        this.stave.closePedal();
    }
    beginOctaveShift(size) {
        return this.stave.beginOctaveShift(size);
    }
    continueOpenOctaveShift() {
        return this.stave.continueOpenOctaveShift();
    }
    closeOctaveShift() {
        this.stave.closeOctaveShift();
    }
    beginVibrato(vibratoNumber) {
        return this.stave.beginVibrato(vibratoNumber);
    }
    continueVibrato(vibratoNumber) {
        return this.stave.continueVibrato(vibratoNumber);
    }
}
exports.VoiceContext = VoiceContext;
class VoiceEntryContext {
    voice;
    pitch;
    octave;
    constructor(voice, pitch, octave) {
        this.voice = voice;
        this.pitch = pitch;
        this.octave = octave;
    }
    static note(voice, pitch, octave) {
        return new VoiceEntryContext(voice, pitch, octave);
    }
    static rest(voice) {
        return new VoiceEntryContext(voice, '', 0);
    }
    nextId() {
        return this.voice.nextId();
    }
    getKeyAccidental() {
        return this.voice.getKey().getAccidentalCode(this.pitch);
    }
    getActiveAccidental() {
        return this.voice.getActiveAccidental(this.pitch, this.octave);
    }
    setActiveAccidental(accidental) {
        this.voice.setActiveAccidental(this.pitch, this.octave, accidental);
    }
    beginCurve(curveNumber, placement, opening, articulation) {
        return this.voice.beginCurve(curveNumber, placement, opening, articulation);
    }
    continueCurve(curveNumber) {
        return this.voice.continueCurve(curveNumber);
    }
    beginBeam() {
        return this.voice.beginBeam();
    }
    continueBeam() {
        return this.voice.continueBeam();
    }
    beginTuplet(number, showNumber, placement) {
        return this.voice.beginTuplet(number, showNumber, placement);
    }
    continueOpenTuplets() {
        return this.voice.continueOpenTuplets();
    }
    closeTuplet(number) {
        return this.voice.closeTuplet(number);
    }
    continueOpenWedge() {
        return this.voice.continueOpenWedge();
    }
    continueOpenPedal() {
        return this.voice.continueOpenPedal();
    }
    continueOpenOctaveShift() {
        return this.voice.continueOpenOctaveShift();
    }
    beginVibrato(vibratoNumber) {
        return this.voice.beginVibrato(vibratoNumber);
    }
    continueVibrato(vibratoNumber) {
        return this.voice.continueVibrato(vibratoNumber);
    }
}
exports.VoiceEntryContext = VoiceEntryContext;