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

MusicXML to Vexflow

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.Articulation = void 0;
class Articulation {
    config;
    log;
    articulationType;
    placement;
    constructor(config, log, articulationType, placement) {
        this.config = config;
        this.log = log;
        this.articulationType = articulationType;
        this.placement = placement;
    }
    static create(config, log, musicXML) {
        const articulations = new Array();
        function add(articulationType, placement) {
            articulations.push(new Articulation(config, log, articulationType, placement));
        }
        musicXML.note
            .getNotations()
            .flatMap((n) => n.getFermatas())
            .forEach((fermata) => {
            const type = fermata.getType();
            const shape = fermata.getShape();
            if (type === 'upright' && shape === 'normal') {
                add('upright-normal-fermata', 'above');
            }
            else if (type === 'upright' && shape === 'angled') {
                add('upright-angled-fermata', 'above');
            }
            else if (type === 'upright' && shape === 'square') {
                add('upright-square-fermata', 'above');
            }
            else if (type === 'inverted' && shape === 'normal') {
                add('inverted-normal-fermata', 'below');
            }
            else if (type === 'inverted' && shape === 'angled') {
                add('inverted-angled-fermata', 'below');
            }
            else if (type === 'inverted' && shape === 'square') {
                add('inverted-square-fermata', 'below');
            }
        });
        musicXML.note
            .getNotations()
            .flatMap((n) => n.getTechnicals())
            .forEach((technical) => {
            technical.getHarmonics().forEach(() => add('harmonic', 'above'));
            technical.getOpenStrings().forEach(() => add('open-string', 'above'));
            technical.getDoubleTongues().forEach(() => add('double-tongue', 'above'));
            technical.getTripleTongues().forEach(() => add('triple-tongue', 'above'));
            technical.getStopped().forEach(() => add('stopped', 'above'));
            technical.getSnapPizzicatos().forEach(() => add('snap-pizzicato', 'above'));
            technical.getTaps().forEach(() => add('tap', 'above'));
            technical.getHeels().forEach(() => add('heel', 'above'));
            technical.getToes().forEach(() => add('toe', 'above'));
            technical.getUpBows().forEach(() => add('upstroke', 'above'));
            technical.getDownBows().forEach(() => add('downstroke', 'above'));
        });
        musicXML.note
            .getNotations()
            .flatMap((n) => n.getArticulations())
            .forEach((articulation) => {
            articulation.getAccents().forEach((a) => add('accent', a.placement ?? 'above'));
            articulation.getStrongAccents().forEach((a) => add('strong-accent', a.placement ?? 'above'));
            articulation.getStaccatos().forEach((a) => add('staccato', a.placement ?? 'above'));
            articulation.getTenutos().forEach((a) => add('tenuto', a.placement ?? 'above'));
            articulation.getDetachedLegatos().forEach((a) => add('detached-legato', a.placement ?? 'above'));
            articulation.getStaccatissimos().forEach((a) => add('staccatissimo', a.placement ?? 'above'));
            articulation.getScoops().forEach((a) => add('scoop', a.placement ?? 'above'));
            articulation.getDoits().forEach((a) => add('doit', a.placement ?? 'above'));
            articulation.getFalloffs().forEach((a) => add('falloff', a.placement ?? 'above'));
            articulation.getBreathMarks().forEach((a) => add('breath-mark', a.placement ?? 'above'));
        });
        musicXML.note
            .getNotations()
            .flatMap((n) => n.getOrnaments())
            .forEach((ornament) => {
            ornament.getTrillMarks().forEach(() => add('trill-mark', 'above'));
            ornament.getMordents().forEach(() => add('mordent', 'above'));
            ornament.getInvertedMordents().forEach(() => add('inverted-mordent', 'above'));
        });
        musicXML.note
            .getNotations()
            .filter((n) => n.isArpeggiated())
            .flatMap((n) => n.getArpeggioDirection())
            .forEach((direction) => {
            switch (direction) {
                case 'up':
                    // Yes, ROLL_DOWN is correct.
                    add('arpeggio-roll-down', 'above');
                    break;
                case 'down':
                    // Yes, ROLL_UP is correct.
                    add('arpeggio-roll-up', 'above');
                    break;
                default:
                    add('arpeggio-directionless', 'above');
                    break;
            }
        });
        return articulations;
    }
    parse() {
        return {
            type: 'articulation',
            articulationType: this.articulationType,
            placement: this.placement,
        };
    }
}
exports.Articulation = Articulation;