198 lines
8.9 KiB
QML
198 lines
8.9 KiB
QML
//=============================================================================
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// MuseScore
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// Music Composition & Notation
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//
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// Note Names Plugin
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//
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// Copyright (C) 2012 Werner Schweer
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// Copyright (C) 2013, 2014 Joachim Schmitz
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// Copyright (C) 2014 Jörn Eichler
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//
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// This program is free software; you can redistribute it and/or modify
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// it under the terms of the GNU General Public License version 2
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// as published by the Free Software Foundation and appearing in
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// the file LICENCE.GPL
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//=============================================================================
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import QtQuick 2.0
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import MuseScore 1.0
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MuseScore {
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version: "2.0"
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description: qsTr("This plugin names notes")
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menuPath: "Plugins.Notes." + qsTr("Note Names") // this does not work, why?
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function nameChord (notes, text) {
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for (var i = 0; i < notes.length; i++) {
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var sep = ","; // change to "\n" if you want them vertically
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if ( i > 0 )
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text.text = sep + text.text;
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if (typeof notes[i].tpc === "undefined") // just in case
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return
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switch (notes[i].tpc) {
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case -1: text.text = qsTr("Fbb") + text.text; break;
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case 0: text.text = qsTr("Cbb") + text.text; break;
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case 1: text.text = qsTr("Gbb") + text.text; break;
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case 2: text.text = qsTr("Dbb") + text.text; break;
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case 3: text.text = qsTr("Abb") + text.text; break;
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case 4: text.text = qsTr("Ebb") + text.text; break;
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case 5: text.text = qsTr("Bbb") + text.text; break;
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case 6: text.text = qsTr("Fb") + text.text; break;
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case 7: text.text = qsTr("Cb") + text.text; break;
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case 8: text.text = qsTr("Gb") + text.text; break;
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case 9: text.text = qsTr("Db") + text.text; break;
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case 10: text.text = qsTr("Ab") + text.text; break;
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case 11: text.text = qsTr("Eb") + text.text; break;
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case 12: text.text = qsTr("Bb") + text.text; break;
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case 13: text.text = qsTr("F") + text.text; break;
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case 14: text.text = qsTr("C") + text.text; break;
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case 15: text.text = qsTr("G") + text.text; break;
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case 16: text.text = qsTr("D") + text.text; break;
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case 17: text.text = qsTr("A") + text.text; break;
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case 18: text.text = qsTr("E") + text.text; break;
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case 19: text.text = qsTr("B") + text.text; break;
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case 20: text.text = qsTr("F#") + text.text; break;
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case 21: text.text = qsTr("C#") + text.text; break;
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case 22: text.text = qsTr("G#") + text.text; break;
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case 23: text.text = qsTr("D#") + text.text; break;
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case 24: text.text = qsTr("A#") + text.text; break;
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case 25: text.text = qsTr("E#") + text.text; break;
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case 26: text.text = qsTr("B#") + text.text; break;
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case 27: text.text = qsTr("F##") + text.text; break;
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case 28: text.text = qsTr("C##") + text.text; break;
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case 29: text.text = qsTr("G##") + text.text; break;
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case 30: text.text = qsTr("D##") + text.text; break;
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case 31: text.text = qsTr("A##") + text.text; break;
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case 32: text.text = qsTr("E##") + text.text; break;
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case 33: text.text = qsTr("B##") + text.text; break;
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default: text.text = qsTr("?") + text.text; break;
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} // end switch tpc
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// octave, middle C being C4
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//text.text += (Math.floor(notes[i].pitch / 12) - 1)
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// or
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//text.text += (Math.floor(notes[i].ppitch / 12) - 1)
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// change below false to true for courtesy- and microtonal accidentals
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// you might need to come up with suitable translations
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// only #, b, natural and possibly also ## seem to be available in UNICODE
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if (false) {
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switch (notes[i].userAccidental) {
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case 0: break;
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case 1: text.text = qsTr("#") + text.text; break;
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case 2: text.text = qsTr("b") + text.text; break;
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case 3: text.text = qsTr("##") + text.text; break;
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case 4: text.text = qsTr("bb") + text.text; break;
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case 5: text.text = qsTr("natural") + text.text; break;
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case 6: text.text = qsTr("flat-slash") + text.text; break;
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case 7: text.text = qsTr("flat-slash2") + text.text; break;
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case 8: text.text = qsTr("mirrored-flat2") + text.text; break;
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case 9: text.text = qsTr("mirrored-flat") + text.text; break;
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case 10: text.text = qsTr("mirrored-flat-slash") + text.text; break;
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case 11: text.text = qsTr("flat-flat-slash") + text.text; break;
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case 12: text.text = qsTr("sharp-slash") + text.text; break;
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case 13: text.text = qsTr("sharp-slash2") + text.text; break;
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case 14: text.text = qsTr("sharp-slash3") + text.text; break;
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case 15: text.text = qsTr("sharp-slash4") + text.text; break;
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case 16: text.text = qsTr("sharp arrow up") + text.text; break;
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case 17: text.text = qsTr("sharp arrow down") + text.text; break;
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case 18: text.text = qsTr("sharp arrow both") + text.text; break;
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case 19: text.text = qsTr("flat arrow up") + text.text; break;
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case 20: text.text = qsTr("flat arrow down") + text.text; break;
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case 21: text.text = qsTr("flat arrow both") + text.text; break;
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case 22: text.text = qsTr("natural arrow down") + text.text; break;
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case 23: text.text = qsTr("natural arrow up") + text.text; break;
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case 24: text.text = qsTr("natural arrow both") + text.text; break;
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case 25: text.text = qsTr("sori") + text.text; break;
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case 26: text.text = qsTr("koron") + text.text; break;
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default: text.text = qsTr("?") + text.text; break;
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} // end switch userAccidental
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} // end if courtesy- and microtonal accidentals
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} // end for note
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}
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onRun: {
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if (typeof curScore === 'undefined')
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Qt.quit();
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var cursor = curScore.newCursor();
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var startStaff;
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var endStaff;
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var endTick;
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var fullScore = false;
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cursor.rewind(1);
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if (!cursor.segment) { // no selection
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fullScore = true;
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startStaff = 0; // start with 1st staff
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endStaff = curScore.nstaves - 1; // and end with last
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} else {
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startStaff = cursor.staffIdx;
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cursor.rewind(2);
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if (cursor.tick == 0) {
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// this happens when the selection includes
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// the last measure of the score.
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// rewind(2) goes behind the last segment (where
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// there's none) and sets tick=0
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endTick = curScore.lastSegment.tick + 1;
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} else {
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endTick = cursor.tick;
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}
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endStaff = cursor.staffIdx;
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}
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console.log(startStaff + " - " + endStaff + " - " + endTick)
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for (var staff = startStaff; staff <= endStaff; staff++) {
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for (var voice = 0; voice < 4; voice++) {
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cursor.rewind(1); // beginning of selection
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cursor.voice = voice;
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cursor.staffIdx = staff;
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if (fullScore) // no selection
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cursor.rewind(0); // beginning of score
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while (cursor.segment && (fullScore || cursor.tick < endTick)) {
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if (cursor.element && cursor.element.type == Element.CHORD) {
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var text = newElement(Element.STAFF_TEXT);
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var graceChords = cursor.element.graceNotes;
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for (var i = 0; i < graceChords.length; i++) {
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// iterate through all grace chords
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var notes = graceChords[i].notes;
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nameChord(notes, text);
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// there seems to be no way of knowing the exact horizontal pos.
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// of a grace note, so we have to guess:
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text.pos.x = -2.5 * (graceChords.length - i);
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switch (voice) {
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case 0: text.pos.y = 1; break;
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case 1: text.pos.y = 10; break;
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case 2: text.pos.y = -1; break;
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case 3: text.pos.y = 12; break;
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}
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cursor.add(text);
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// new text for next element
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text = newElement(Element.STAFF_TEXT);
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}
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var notes = cursor.element.notes;
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nameChord(notes, text);
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switch (voice) {
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case 0: text.pos.y = 1; break;
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case 1: text.pos.y = 10; break;
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case 2: text.pos.y = -1; break;
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case 3: text.pos.y = 12; break;
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}
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if ((voice == 0) && (notes[0].pitch > 83))
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text.pos.x = 1;
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cursor.add(text);
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} // end if CHORD
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cursor.next();
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} // end while segment
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} // end for voice
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} // end for staff
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Qt.quit();
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} // end onRun
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}
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