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Copy pathnn2gs-v1.7.qml
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nn2gs-v1.7.qml
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/*
Nn2GS - Übersetzt zwischen Normalnoten und Griffschrift-Tabulatur für Steirische Harmonika.
Copyright (C) 2021-2023 Jakob Schöttl <[email protected]>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.
*/
import QtQuick
import MuseScore
//import Muse.UiComponents // it redefines some components like CheckBox but I use more features than provided there
//import QtQuick.Dialogs // not working on Windows in MS 4.4
import QtQuick.Controls
import QtQuick.Layouts
// Qt Migration Guide:
// https://musescore.org/en/node/337468
MuseScore {
id: plugin
title: "Griffschrift (Nn2GS 1.7)"
version: "1.7"
description: "Dieses Plugin übersetzt zwischen Normalnoten und Griffschrift-Tabulatur für Steirische Harmonika."
requiresScore: true
// pluginType: "dock" doesn't work in MS4, see
// https://musescore.org/en/node/338769
// https://musescore.org/en/node/337468
pluginType: "dialog"
//dockArea: "left"
implicitWidth: 200
implicitHeight: 700
// Polyfills used by compiled functions:
property var $jscomp: {}
onRun: {
checkMuseScoreVersionSupport()
console.log("Starting...")
btnReverseDirection.text = btnReverseDirection.texts[btnReverseDirection.state]
$jscomp = {} // Polyfill object
// POLYFILL IMPLEMENTATION HERE:
// Additional ES5 polyfills:
// https://tc39.github.io/ecma262/#sec-array.prototype.includes
if (!Array.prototype.includes) {
Object.defineProperty(Array.prototype, 'includes', {
value: function(searchElement, fromIndex) {
if (this == null) {
throw new TypeError('"this" is null or not defined');
}
// 1. Let O be ? ToObject(this value).
var o = Object(this);
// 2. Let len be ? ToLength(? Get(O, "length")).
var len = o.length >>> 0;
// 3. If len is 0, return false.
if (len === 0) {
return false;
}
// 4. Let n be ? ToInteger(fromIndex).
// (If fromIndex is undefined, this step produces the value 0.)
var n = fromIndex | 0;
// 5. If n ≥ 0, then
// a. Let k be n.
// 6. Else n < 0,
// a. Let k be len + n.
// b. If k < 0, let k be 0.
var k = Math.max(n >= 0 ? n : len - Math.abs(n), 0);
function sameValueZero(x, y) {
return x === y || (typeof x === 'number' && typeof y === 'number' && isNaN(x) && isNaN(y));
}
// 7. Repeat, while k < len
while (k < len) {
// a. Let elementK be the result of ? Get(O, ! ToString(k)).
// b. If SameValueZero(searchElement, elementK) is true, return true.
if (sameValueZero(o[k], searchElement)) {
return true;
}
// c. Increase k by 1.
k++;
}
// 8. Return false
return false;
}
});
}
// End of polyfills
populateInstrumentList()
}
onScoreStateChanged: {
if (state.selectionChanged) {
// Invalidate current translation info and selection
//console.log("Selection changed")
invalidateCurrentResults()
// Selection changes after converting GS → Nn; therefore
// the disableZDButtonsForTimeout wouldn't have an effect.
//enableZDButtons(true)
}
}
//readonly property string apiUrl: "https://griffschrift-notation.de/nn2gs"
readonly property string apiUrl: "https://griffschrift-notation.de/nn2gs"
readonly property var colorRed: "#ff0000"
readonly property var colorBlue: "#0000ff"
readonly property var colorBlack: "#000000"
// Generated using Nn2GS.hs:
// :m +Data.Char Data.Aeson
// result = map (\(x,y) -> (x, noteNameToGerman.show $ y, computeAccidentals $ Dur y)) quintenZirkel
// encode result
// putStrLn ...
readonly property var tonarten: [[-8,"Fes",["Bes","Ees","Aes","Des","Ges","Ces","Fes"]],[-7,"Ces",["Bes","Ees","Aes","Des","Ges","Ces","Fes"]],[-6,"Ges",["Bes","Ees","Aes","Des","Ges","Ces"]],[-5,"Des",["Bes","Ees","Aes","Des","Ges"]],[-4,"As",["Bes","Ees","Aes","Des"]],[-3,"Es",["Bes","Ees","Aes"]],[-2,"B",["Bes","Ees"]],[-1,"F",["Bes"]],[0,"C",[]],[1,"G",["Fis"]],[2,"D",["Fis","Cis"]],[3,"A",["Fis","Cis","Gis"]],[4,"E",["Fis","Cis","Gis","Dis"]],[5,"H",["Fis","Cis","Gis","Dis","Ais"]],[6,"Fis",["Fis","Cis","Gis","Dis","Ais","Eis"]],[7,"Cis",["Fis","Cis","Gis","Dis","Ais","Eis","Bis"]],[8,"Gis",["Fis","Cis","Gis","Dis","Ais","Eis","Bis"]],[9,"Dis",["Fis","Cis","Gis","Dis","Ais","Eis","Bis"]],[10,"Ais",["Fis","Cis","Gis","Dis","Ais","Eis","Bis"]],[11,"Eis",["Fis","Cis","Gis","Dis","Ais","Eis","Bis"]],[12,"His",["Fis","Cis","Gis","Dis","Ais","Eis","Bis"]]]
// Generated using Nn2GS.hs:
// Exclude some notes; see documentation in getNoteName().
// :m Data.Aeson
// encode . filter (not . flip elem [Eis, Bis, Ces, Fes] . withoutOctave . fst) . M.toList $ midiPitchMap
// putStrLn "..."
readonly property var midiPitchMap: [["C_",36],["Cis_",37],["Des_",37],["D_",38],["Dis_",39],["Ees_",39],["E_",40],["F_",41],["Fis_",42],["Ges_",42],["G_",43],["Gis_",44],["Aes_",44],["A_",45],["Ais_",46],["Bes_",46],["B_",47],["C",48],["Cis",49],["Des",49],["D",50],["Dis",51],["Ees",51],["E",52],["F",53],["Fis",54],["Ges",54],["G",55],["Gis",56],["Aes",56],["A",57],["Ais",58],["Bes",58],["B",59],["C'",60],["Cis'",61],["Des'",61],["D'",62],["Dis'",63],["Ees'",63],["E'",64],["F'",65],["Fis'",66],["Ges'",66],["G'",67],["Gis'",68],["Aes'",68],["A'",69],["Ais'",70],["Bes'",70],["B'",71],["C''",72],["Cis''",73],["Des''",73],["D''",74],["Dis''",75],["Ees''",75],["E''",76],["F''",77],["Fis''",78],["Ges''",78],["G''",79],["Gis''",80],["Aes''",80],["A''",81],["Ais''",82],["Bes''",82],["B''",83],["C'''",84],["Cis'''",85],["Des'''",85],["D'''",86],["Dis'''",87],["Ees'''",87],["E'''",88],["F'''",89],["Fis'''",90],["Ges'''",90],["G'''",91],["Gis'''",92],["Aes'''",92],["A'''",93],["Ais'''",94],["Bes'''",94],["B'''",95],["C''''",96],["Cis''''",97],["Des''''",97],["D''''",98],["Dis''''",99],["Ees''''",99],["E''''",100],["F''''",101],["Fis''''",102],["Ges''''",102],["G''''",103],["Gis''''",104],["Aes''''",104],["A''''",105],["Ais''''",106],["Bes''''",106],["B''''",107]]
// Generated using Nn2GS.hs:
// :m +Data.Char Data.Aeson
// map (\x -> [show x, map toLower . noteNameToGerman . show $ x]) $ enumFrom C_
readonly property var germanNoteNames: [["C_","c_"],["Cis_","cis_"],["Des_","des_"],["D_","d_"],["Dis_","dis_"],["Ees_","es_"],["E_","e_"],["Fes_","fes_"],["Eis_","eis_"],["F_","f_"],["Fis_","fis_"],["Ges_","ges_"],["G_","g_"],["Gis_","gis_"],["Aes_","as_"],["A_","a_"],["Ais_","ais_"],["Bes_","b_"],["B_","h_"],["Ces","ces"],["Bis_","his_"],["C","c"],["Cis","cis"],["Des","des"],["D","d"],["Dis","dis"],["Ees","es"],["E","e"],["Fes","fes"],["Eis","eis"],["F","f"],["Fis","fis"],["Ges","ges"],["G","g"],["Gis","gis"],["Aes","as"],["A","a"],["Ais","ais"],["Bes","b"],["B","h"],["Ces'","ces'"],["Bis","his"],["C'","c'"],["Cis'","cis'"],["Des'","des'"],["D'","d'"],["Dis'","dis'"],["Ees'","es'"],["E'","e'"],["Fes'","fes'"],["Eis'","eis'"],["F'","f'"],["Fis'","fis'"],["Ges'","ges'"],["G'","g'"],["Gis'","gis'"],["Aes'","as'"],["A'","a'"],["Ais'","ais'"],["Bes'","b'"],["B'","h'"],["Ces''","ces''"],["Bis'","his'"],["C''","c''"],["Cis''","cis''"],["Des''","des''"],["D''","d''"],["Dis''","dis''"],["Ees''","es''"],["E''","e''"],["Fes''","fes''"],["Eis''","eis''"],["F''","f''"],["Fis''","fis''"],["Ges''","ges''"],["G''","g''"],["Gis''","gis''"],["Aes''","as''"],["A''","a''"],["Ais''","ais''"],["Bes''","b''"],["B''","h''"],["Ces'''","ces'''"],["Bis''","his''"],["C'''","c'''"],["Cis'''","cis'''"],["Des'''","des'''"],["D'''","d'''"],["Dis'''","dis'''"],["Ees'''","es'''"],["E'''","e'''"],["Fes'''","fes'''"],["Eis'''","eis'''"],["F'''","f'''"],["Fis'''","fis'''"],["Ges'''","ges'''"],["G'''","g'''"],["Gis'''","gis'''"],["Aes'''","as'''"],["A'''","a'''"],["Ais'''","ais'''"],["Bes'''","b'''"],["B'''","h'''"],["Ces''''","ces''''"],["Bis'''","his'''"],["C''''","c''''"],["Cis''''","cis''''"],["Des''''","des''''"],["D''''","d''''"],["Dis''''","dis''''"],["Ees''''","es''''"],["E''''","e''''"],["Fes''''","fes''''"],["Eis''''","eis''''"],["F''''","f''''"],["Fis''''","fis''''"],["Ges''''","ges''''"],["G''''","g''''"],["Gis''''","gis''''"],["Aes''''","as''''"],["A''''","a''''"],["Ais''''","ais''''"],["Bes''''","b''''"],["B''''","h''''"],["Ces'''''","ces'''''"],["Bis''''","his''''"]]
// Generated using Nn2GS.hs:
// :m Data.Aeson
// tonalPitches = zip [-1::Int ..4] $ repeat $ flip zip [6::Int ..] $ map snd quintenZirkel
// encode $ concatMap (\(i, xs) -> map (\(x, p) -> (show $ mkTon' x i, p)) xs) $ map (\(i, xs) -> (i, filter (\(x,_) -> not (i == -1 && x == Ces)) xs)) $ tonalPitches
// putStrLn ...
readonly property var tonalPitchClassMap: [["Fes_",6],["Ges_",8],["Des_",9],["Aes_",10],["Ees_",11],["Bes_",12],["F_",13],["C_",14],["G_",15],["D_",16],["A_",17],["E_",18],["B_",19],["Fis_",20],["Cis_",21],["Gis_",22],["Dis_",23],["Ais_",24],["Eis_",25],["Bis_",26],["Fes",6],["Ces",7],["Ges",8],["Des",9],["Aes",10],["Ees",11],["Bes",12],["F",13],["C",14],["G",15],["D",16],["A",17],["E",18],["B",19],["Fis",20],["Cis",21],["Gis",22],["Dis",23],["Ais",24],["Eis",25],["Bis",26],["Fes'",6],["Ces'",7],["Ges'",8],["Des'",9],["Aes'",10],["Ees'",11],["Bes'",12],["F'",13],["C'",14],["G'",15],["D'",16],["A'",17],["E'",18],["B'",19],["Fis'",20],["Cis'",21],["Gis'",22],["Dis'",23],["Ais'",24],["Eis'",25],["Bis'",26],["Fes''",6],["Ces''",7],["Ges''",8],["Des''",9],["Aes''",10],["Ees''",11],["Bes''",12],["F''",13],["C''",14],["G''",15],["D''",16],["A''",17],["E''",18],["B''",19],["Fis''",20],["Cis''",21],["Gis''",22],["Dis''",23],["Ais''",24],["Eis''",25],["Bis''",26],["Fes'''",6],["Ces'''",7],["Ges'''",8],["Des'''",9],["Aes'''",10],["Ees'''",11],["Bes'''",12],["F'''",13],["C'''",14],["G'''",15],["D'''",16],["A'''",17],["E'''",18],["B'''",19],["Fis'''",20],["Cis'''",21],["Gis'''",22],["Dis'''",23],["Ais'''",24],["Eis'''",25],["Bis'''",26],["Fes''''",6],["Ces''''",7],["Ges''''",8],["Des''''",9],["Aes''''",10],["Ees''''",11],["Bes''''",12],["F''''",13],["C''''",14],["G''''",15],["D''''",16],["A''''",17],["E''''",18],["B''''",19],["Fis''''",20],["Cis''''",21],["Gis''''",22],["Dis''''",23],["Ais''''",24],["Eis''''",25],["Bis''''",26]]
// For each row, the entry contains Bass, Wechselbass_Zug, Wechselbass_Druck.
// Bass-Mapping könnte später konfigurierbar werden.
// "W" ist laut dieses Österreichen Lehrerverbands empfohlen, also nicht X and A'?
readonly property var bassMapping: [["A", "A'", "X"], ["B", "A", "A"], ["C", "B", "B"], ["D", "C", "C"]]
// Prevent memory/performance problems and API abuse
readonly property int maxChordLimit: 50
property var lastResults: null
property string lastZD: ''
property int alternativeIndex: 0
property var lastSelectionStartTick: null
property var lastSelectionEndTick: null
// PURE FUNCTIONS HERE:
function jsonStringifyNonRecursive(a) {
let b = [];
return JSON.stringify(a, (c, d) => {
if ("object" === typeof d && null !== d) {
if (b.includes(d)) {
return;
}
b.push(d);
}
return d;
});
}
function propertiesOfObject(a) {
let b = [];
for (let c in a) {
b.push(c);
}
return b;
}
function findTonartIndex(a, b) {
a = a.findIndex(([, c]) => c == b);
return 0 <= a ? a : 8;
}
function fixPlayedNotePitch(a, b) {
for (let c = 0; c < a.playEvents.length; c++) {
a.playEvents[c].pitch = b - a.pitch;
}
}
function resetPlayedNotePitch(a) {
for (let b = 0; b < a.playEvents.length; b++) {
a.playEvents[b].pitch = 0;
}
}
function colorNoteZugDruck(a, b, c) {
a.color != colorBlue && a.color != colorRed || "zug" === b ? c.checked && "zug" === b && (a.color = colorBlue) : a.color = colorBlack;
}
function setAccidentalVisible(a, b) {
a.accidental && (a.accidental.visible = b);
}
function addCrossLightBeforeHead(a) {
addSymbolToNote(a, SymId.noteheadXBlack, -1.3);
}
function addCrossBoldBeforeHead(a) {
addSymbolToNote(a, SymId.noteheadHeavyX, -1.5);
}
function addCrossSharp2BeforeHead(a) {
addSymbolToNote(a, SymId.accidentalDoubleSharp, -1.15);
}
function addCrossCircledBeforeHead(a) {
addSymbolToNote(a, SymId.noteheadCircleX, -1.1);
}
function addSymbolToNote(a, b, c) {
let d = newElement(Element.SYMBOL);
d.symbol = b;
d.offsetX = c;
a.add(d);
}
function isCrossSymbol(a) {
return a.type == Element.SYMBOL && (a.symbol == SymId.noteheadXBlack || a.symbol == SymId.noteheadHeavyX || a.symbol == SymId.noteheadXOrnate || a.symbol == SymId.noteheadCircleX || a.symbol == SymId.accidentalDoubleSharp || a.symbol == SymId.accidentalDoubleArabic || a.symbol == SymId.noteheadVoidWithX || a.symbol == SymId.noteheadHalfWithX || a.symbol == SymId.noteheadWholeWithX);
}
function hasCrossSymbol(a) {
for (let b = 0; b < a.elements.length; b++) {
if (isCrossSymbol(a.elements[b])) {
return !0;
}
}
}
function removeCrossBeforeHead(a) {
for (let b = 0; b < a.elements.length; b++) {
let c = a.elements[b];
isCrossSymbol(c) && a.remove(c);
}
}
function removeAllLyrics(a) {
for (let b = 0; b < a.lyrics.length; b++) {
a.remove(a.lyrics[b]);
}
}
function isHalfOrWhole(a) {
return durationIs(a, 1) || durationIs(a, 2);
}
function isHalfOrLonger(a) {
return 0.5 <= a.duration.numerator / a.duration.denominator;
}
function durationIs(a, b) {
return 1 == a.duration.numerator && a.duration.denominator == b;
}
function hasSpecialNoteHead(a) {
return hasCrossSymbol(a) || a.headGroup != NoteHeadGroup.HEAD_NORMAL;
}
function hasCrossedNoteHead(a) {
return hasCrossSymbol(a) || a.headGroup == NoteHeadGroup.HEAD_CROSS || a.headGroup == NoteHeadGroup.HEAD_XCIRCLE || a.headGroup == NoteHeadGroup.HEAD_WITHX;
}
function looksLikeGriffschrift(a) {
return a.map(b => {
for (let c = 0; c < b.notes.length; c++) {
if (hasSpecialNoteHead(b.notes[c])) {
return !0;
}
}
return !1;
}).some(b => b);
}
function queryStringArg(a, b, c = !1) {
return (c ? "" : "&") + (encodeURIComponent(a) + "=" + encodeURIComponent(b));
}
function chordsAsApiInput(a, b) {
let c;
c = b ? (d, e) => ({crossed:hasCrossedNoteHead(d), position:getNoteName(e), pitch:e}) : (d, e) => getNoteName(e);
return a.map(d => {
let e = [];
d = d.notes;
for (let f = 0; f < d.length; f++) {
let g = d[f];
e.push(c(g, g.pitch));
}
console.log(e);
return e;
});
}
function getMidiPitch(a) {
let b = midiPitchMap.find(([c]) => c === a);
return b ? b[1] : null;
}
function getNoteName(a) {
let b = midiPitchMap.find(([, c]) => c === a);
return b ? b[0] : null;
}
function extractZDResults(a, b) {
return b["druck" === a ? 1 : 0];
}
function lookupTonalPitchClass(a) {
return tonalPitchClassMap.find(([b]) => a == b)[1];
}
function containsRedNote(a) {
for (let b = 0; b < a.length; b++) {
if (a[b].color == colorRed) {
return !0;
}
}
return !1;
}
function constructChordsFromNormalResults(a) {
return a.map(b => {
let c = [], d = {pitch:80, add:f => {
}, playEvents:{length:0}, elements:{length:0}, duration:{numerator:1, denominator:4}};
console.log("Created element: " + d);
const e = f => {
let g = Object.assign({}, d);
g.pitch = getMidiPitch(f);
return g;
};
b.Right ? c = b.Right.map(e) : b.Left ? (console.warn(`Did not receive expected normal notation for current chord: ${jsonStringifyNonRecursive(b)}`), c = b.Left.map(({position:f}) => e(f))) : console.warn(`Invalid result for current chord: ${jsonStringifyNonRecursive(b)}`);
return {notes:c};
});
}
// IMPURE FUNCTIONS HERE:
function applyToChordsInSelection(a, b, d) {
var f = curScore.newCursor();
f.rewind(1);
var c = !1;
if (f.segment) {
var e = f.staffIdx;
f.rewind(2);
var g = 0 == f.tick ? curScore.lastSegment.tick + 1 : f.tick;
a = f.staffIdx;
} else {
if (!a) {
return;
}
c = !0;
e = 0;
a = curScore.nstaves - 1;
}
console.log(`applyToChordsInSelection: ${e} - ${a} - ${g}`);
let l = 0;
for (; e <= a; e++) {
for (var k = 0; 4 > k; k++) {
for (f.rewind(1), f.voice = k, f.staffIdx = e, c && f.rewind(0); f.segment && (c || f.tick < g);) {
if (f.element && f.element.type == Element.CHORD) {
let h = f.element.graceNotes;
for (let m = 0; m < h.length; m++) {
if (d(h[m]), l++, l >= b) {
return;
}
}
d(f.element);
l++;
if (l >= b) {
return;
}
}
f.next();
}
}
}
}
function populateInstrumentList() {
let a = new XMLHttpRequest();
a.onreadystatechange = function() {
if (a.readyState == XMLHttpRequest.DONE) {
if (200 == a.status) {
console.log("Fetched instrument list:\n" + a.responseText);
const d = JSON.parse(a.responseText), f = comboModel.model;
f.clear();
d.map(c => f.append({key:c.iModelId.toLowerCase(), value:c.iDescription, tonarten:JSON.stringify(c.iTonarten)}));
comboModel.currentIndex = 0;
} else {
console.log("Ignoring HTTP error on fetching instrument list."), console.log(a.status);
}
}
};
const b = apiUrl + "/instruments";
console.log("GET " + b);
a.open("GET", b, !0);
a.send();
}
function callApi(a, b, d) {
let f = JSON.stringify(chordsAsApiInput(a, b));
b = "?" + queryStringArg("tonart", tonarten[spinnerTonart.value][1].toLowerCase(), !0) + queryStringArg("model", comboModel.currentKey()) + (b ? queryStringArg("reverse", "yes") : "") + (txtLicenseKey.text ? queryStringArg("license", txtLicenseKey.text) : "");
console.log(b);
let c = new XMLHttpRequest();
c.onreadystatechange = function() {
if (c.readyState == XMLHttpRequest.DONE) {
if (console.log("HTTP status: " + c.status), 200 == c.status) {
console.log("API response:\n" + c.responseText);
try {
lastResults = JSON.parse(c.responseText);
} catch (e) {
console.error("Invalid JSON response. Could not parse."), messagePane.showError("Ung\u00fcltige Antwort vom Server.");
}
d(a, lastResults);
} else if (500 <= c.status) {
messagePane.showError(`Fehler beim Server. Funktioniert ${apiUrl}?`);
} else if (400 <= c.status) {
messagePane.showError(`Fehler bei der Kommunikation mit dem Server. Funktioniert ${apiUrl}?`);
} else if (300 <= c.status) {
messagePane.showError(`Wahrscheinlich passt die Lizenz nicht oder Sie haben noch eine alte Version dieses Plugins. \u00dcberpr\u00fcfen: ${apiUrl}?license=${txtLicenseKey.text}.`);
} else {
let e = `Request failed with HTTP status ${c.status}\nReceived response headers:\n${c.getAllResponseHeaders()}\nResponse text:\n${c.responseText}`;
messagePane.showError(`Unbekannter Netzwerkfehler (HTTP Status Code ${c.status}). Funktioniert das Internet? Funktioniert ${apiUrl}?\n\n${e}`);
console.error(e);
}
} else {
console.log(`HTTP request ready status: ${c.readyState} (not DONE)`);
}
};
console.log(`Run in shell for testing:
cat <<TEXT > test.json
${f}
TEXT
curl -H "Content-Type: application/json" --data-binary @test.json "${apiUrl + b}"
`);
c.open("POST", apiUrl + b, !0);
c.setRequestHeader("Content-Type", "application/json");
c.send(f);
}
function collectChords() {
const a = getSelectedVoices();
let b = [];
applyToChordsInSelection(!1, maxChordLimit + 1, function(d) {
containsRedNote(d) ? console.log("Collecting chords: Current chord contains a red note. Skipping to next chord.") : a.includes(d.voice) && b.push(d);
});
return b;
}
function changeNotes(a, b) {
return function(d, f) {
lastZD = a;
f = extractZDResults(a, f);
console.log(a + " " + f);
if (d.length != f.length) {
console.error(`Length of selected chords (${d.length}) and translation result (${f.length}) do not match. This is likely a bug. Aborting and invalidating current translation result.`), invalidateCurrentResults();
} else {
var c = b ? changeNotesOfChordReverse : changeNotesOfChord, e = 0;
curScore.startCmd();
for (let g = 0; g < d.length; g++) {
e += c(d[g], f[g], a, g);
}
curScore.endCmd();
e && messagePane.showError(`${e} Note(n) konnten nicht \u00fcbersetzt werden und wurden rot markiert.\n\nEntweder existieren sie nicht auf dem Instrument oder sie waren bereits rot markiert. Die Akkorde mit roten Noten wurden bei der \u00dcbersetzung \u00fcbersprungen.`);
}
};
}
function changeNotesOfChordReverse(a, b, d, f) {
a = a.notes;
d = 0;
if (containsRedNote(a)) {
return console.log(`Current chord ${f} contains a red note. Leaving it unchanged. Skipping to next chord.`), d++, d;
}
if (b.Right) {
b = b.Right;
for (let e = 0; e < a.length; e++) {
var c = b[e];
let g = a[e];
if (a.length != b.length) {
console.warn(`Length of current chord (${a.length}) and translation result (${b.length}) do not match in chord ${f}, note ${e}. Skipping to next chord.`);
break;
}
let l = getMidiPitch(c);
null === l ? console.warn(`Invalid note position ${c} in translation result in chord ${f}, note ${e}. Skipping to next note.`) : (c = lookupTonalPitchClass(c), g.headGroup = NoteHeadGroup.HEAD_NORMAL, removeCrossBeforeHead(g), g.mirrorHead = 0, console.log(`Changing GS ${g.pitch} (tpc=${g.tpc}) to Nn ${l} (tpc=${c})`), g.pitch = l, g.tpc1 = c, g.tpc2 = c, g.visible = !0, g.headType = NoteHeadType.HEAD_AUTO, setAccidentalVisible(g, !0), resetPlayedNotePitch(g));
}
} else if (b.Left) {
for (f = b.Left.map(({position:e, crossed:g}) => [getMidiPitch(e), g]), b = 0; b < a.length; b++) {
let e = a[b];
e.visible = !0;
f.some(([g, l]) => g == e.pitch && l == hasCrossedNoteHead(e)) && (e.color = colorRed, d++);
}
} else {
throw Error(`Invalid result for current chord ${f}: ${JSON.stringify(b)}`);
}
return d;
}
function changeNotesOfChord(a, b, d, f) {
let c = a.notes, e = 0;
if (containsRedNote(c)) {
return console.log(`Current chord ${f} contains a red note. Leaving it unchanged. Skipping to next chord.`), e++, e;
}
if (b.Right) {
for (let l = 0; l < c.length; l++) {
var g = b.Right[alternativeIndex % b.Right.length];
let k = g[l], h = c[l];
if (c.length != g.length) {
console.warn(`Length of current chord (${c.length}) and translation result (${g.length}) do not match in chord ${f}, note ${l}. Skipping to next chord.`);
break;
}
g = k.pitch;
if (null === g) {
console.warn(`Invalid note position ${k.position} in translation result in chord ${f}, note ${l}. Skipping to next note.`);
continue;
}
let m = lookupTonalPitchClass(k.position);
colorNoteZugDruck(h, d, checkBoxColorZug);
console.log(`Changing Nn ${h.pitch} (tpc=${h.tpc}) to GS ${g} (tpc=${m})`);
h.pitch = g;
h.tpc1 = m;
h.tpc2 = m;
null !== k.side && checkBoxSortHeads.checked ? "Links" === k.side ? h.mirrorHead = 1 : "Rechts" === k.side && (h.mirrorHead = 2) : h.mirrorHead = 0;
h.headGroup = NoteHeadGroup.HEAD_NORMAL;
removeCrossBeforeHead(h);
setAccidentalVisible(h, !1);
if (k.extra && 0 === k.row) {
h.headGroup = NoteHeadGroup.HEAD_TRIANGLE_UP;
} else if (k.extra && 1 === k.row) {
h.headGroup = NoteHeadGroup.HEAD_DIAMOND;
} else if (k.crossed) {
switch(g = comboTabulatureDisplay.currentKey(), console.log(g), g) {
case "klassisch_kreuz":
addCrossLightBeforeHead(h);
break;
case "klassisch_doppelkreuz":
addCrossSharp2BeforeHead(h);
break;
case "johannesservi.de":
isHalfOrLonger(a) ? (h.headGroup = NoteHeadGroup.HEAD_WITHX, h.headType = NoteHeadType.HEAD_QUARTER) : h.headGroup = NoteHeadGroup.HEAD_CROSS;
break;
case "johannesservi.de_2":
isHalfOrLonger(a) ? h.headGroup = NoteHeadGroup.HEAD_XCIRCLE : h.headGroup = NoteHeadGroup.HEAD_CROSS;
break;
case "matthiaspuerner.de":
isHalfOrLonger(a) ? addCrossSharp2BeforeHead(h) : h.headGroup = NoteHeadGroup.HEAD_CROSS;
break;
case "knoepferl.at":
2 === k.row ? addCrossLightBeforeHead(h) : addCrossSharp2BeforeHead(h);
break;
case "michlbauer.com":
2 === k.row ? addCrossLightBeforeHead(h) : addCrossCircledBeforeHead(h);
break;
case "dickes_kreuz":
2 === k.row ? addCrossLightBeforeHead(h) : addCrossBoldBeforeHead(h);
break;
case "klassisch_kreuz2":
isHalfOrLonger(a) ? addCrossLightBeforeHead(h) : h.headGroup = NoteHeadGroup.HEAD_CROSS;
break;
case "klassisch_doppelkreuz2":
isHalfOrLonger(a) ? addCrossSharp2BeforeHead(h) : (h.visible = !1, addSymbolToNote(h, SymId.accidentalDoubleSharp, 0.1));
break;
default:
h.headGroup = NoteHeadGroup.HEAD_CROSS;
}
}
fixPlayedNotePitch(h, k.origPitch);
}
} else if (b.Left) {
for (a = b.Left.map(getMidiPitch), b = 0; b < c.length; b++) {
d = c[b], a.includes(d.pitch) && (d.color = colorRed, e++);
}
} else {
throw Error(`Invalid result for current chord ${f}: ${JSON.stringify(b)}`);
}
return e;
}
function addLyricsToChord(a, b, d, f) {
let c = a.notes, e = 0;
console.log(`result for chord: ${b}`);
removeAllLyrics(a);
for (let k = 0; k < c.length; k++) {
var g = b[k];
g = g[alternativeIndex % g.length];
var l = c[k];
if (c.length != b.length) {
console.warn(`Length of current chord (${c.length}) and translation result (${b.length}) do not match in chord ${f}, note ${k}. Skipping to next chord.`);
break;
}
colorNoteZugDruck(l, d, checkBoxColorZug);
g ? (l = newElement(Element.LYRICS), l.text = g, l.verse = k, a.add(l)) : (l.color = colorRed, e++);
}
return e;
}
function callBassApi(a, b) {
let d = JSON.stringify(chordsAsApiInput(a, !1));
const f = apiUrl + "/bass";
let c = "?" + queryStringArg("tonart", tonarten[spinnerTonart.value][1].toLowerCase(), !0) + queryStringArg("stimmung", comboStimmung.currentKey()) + queryStringArg("basssystem", comboBasssystem.currentKey()) + queryStringArg("bassbenennung", comboBassbenennung.currentKey());
console.log(c);
let e = new XMLHttpRequest();
e.onreadystatechange = function() {
if (e.readyState == XMLHttpRequest.DONE) {
if (console.log("HTTP status: " + e.status), 200 == e.status) {
console.log("API response:\n" + e.responseText);
try {
lastResults = JSON.parse(e.responseText);
} catch (g) {
console.error("Invalid JSON response. Could not parse."), messagePane.showError("Ung\u00fcltige Antwort vom Server.");
}
b(a, lastResults);
} else if (500 <= e.status) {
messagePane.showError(`Fehler beim Server. Funktioniert ${apiUrl}?`);
} else if (400 <= e.status) {
messagePane.showError(`Fehler bei der Kommunikation mit dem Server. Funktioniert ${apiUrl}?`);
} else if (300 <= e.status) {
messagePane.showError(`Wahrscheinlich passt die Lizenz nicht oder Sie haben noch eine alte Version dieses Plugins. \u00dcberpr\u00fcfen: ${apiUrl}?license=${txtLicenseKey.text}.`);
} else {
let g = `Request failed with HTTP status ${e.status}\nReceived response headers:\n${e.getAllResponseHeaders()}\nResponse text:\n${e.responseText}`;
messagePane.showError(`Unbekannter Netzwerkfehler (HTTP Status Code ${e.status}). Funktioniert das Internet? Funktioniert ${apiUrl}?\n\n${g}`);
console.error(g);
}
} else {
console.log(`HTTP request ready status: ${e.readyState} (not DONE)`);
}
};
console.log(`Run in shell for testing:
cat <<TEXT > test.json
${d}
TEXT
curl -H "Content-Type: application/json" --data-binary @test.json "${f + c}"
`);
e.open("POST", f + c, !0);
e.setRequestHeader("Content-Type", "application/json");
e.send(d);
}
function addLyricsToNotes(a) {
return function(b, d) {
lastZD = a;
d = extractZDResults(a, d);
console.log(a + " " + d);
if (b.length != d.length) {
console.warn(`Length of selected chords (${b.length}) and translation result (${d.length}) do not match. Aborting.`);
} else {
var f = 0;
curScore.startCmd();
for (let c = 0; c < b.length; c++) {
f += addLyricsToChord(b[c], d[c], a, c);
}
curScore.endCmd();
f && messagePane.showError(`${f} Note(n) konnten nicht \u00fcbersetzt werden und wurden rot markiert.\n\nEntweder existieren sie nicht auf dem Instrument oder sie waren bereits rot markiert. Die Akkorde mit roten Noten wurden bei der \u00dcbersetzung \u00fcbersprungen.`);
}
};
}
function addBassNamesAsLyrics(a) {
checkVoiceCheckboxesValidity();
console.log(`Starting translation: ${a}`);
let b = collectChords();
0 == b.length ? (console.warn("Keine Noten ausgew\u00e4hlt. Abbruch."), messagePane.showWarning("Es sind keine Noten bzw. Takte ausgew\u00e4hlt.")) : b.length > maxChordLimit ? (console.warn("Zu viele Noten ausgew\u00e4hlt. Abbruch."), messagePane.showWarning("Es sind zu viele Noten bzw. Takte ausgew\u00e4hlt. Es k\u00f6nnen immer nur ein paar Takte auf einmal \u00fcbersetzt werden.")) : (isCurrentResultValid() ? (alternativeIndex = a !== lastZD ? 0 : alternativeIndex + 1, addLyricsToNotes(a)(b,
lastResults)) : (alternativeIndex = 0, callBassApi(b, addLyricsToNotes(a)), btnNextAlternative.enabled = !0), invalidateResultsAfterTimeout());
}
function translateToFromGriffschrift(a) {
checkVoiceCheckboxesValidity();
checkHasSelectionChanged();
let b = isReverseDirection();
console.log(`Starting translation: ${a}${b ? " reverse" : ""}`);
let d = collectChords();
if (0 == d.length) {
console.warn("Keine Noten ausgew\u00e4hlt. Abbruch."), messagePane.showWarning("Es sind keine Noten bzw. Takte ausgew\u00e4hlt.");
} else {
if (d.length > maxChordLimit) {
console.warn("Zu viele Noten ausgew\u00e4hlt. Abbruch."), messagePane.showWarning("Es sind zu viele Noten bzw. Takte ausgew\u00e4hlt. Es k\u00f6nnen immer nur ein paar Takte auf einmal \u00fcbersetzt werden.");
} else {
if (1 != btnReverseDirection.state || isCurrentResultValid()) {
if (b || !isCurrentResultValid()) {
if (looksLikeGriffschrift(d) && !b) {
console.warn("Markierte Noten sehen nach Griffschrift aus. Abbruch.");
messagePane.showWarning("Markierte Noten sehen nach Griffschrift aus und k\u00f6nnen daher nicht nochmal nach Griffschrift \u00fcbersetzt werden.");
return;
}
alternativeIndex = 0;
callApi(d, b, changeNotes(a, b));
btnNextAlternative.enabled = !0;
} else {
alternativeIndex = a !== lastZD ? 0 : alternativeIndex + 1, changeNotes(a, !1)(d, lastResults);
}
invalidateResultsAfterTimeout();
b && disableZDButtonsForTimeout();
} else {
console.log("Alternative Griffweisen durchzappen"), callApi(d, !0, toGriffschrift(a));
}
}
}
}
function makePlayable() {
invalidateCurrentResults();
let a = collectChords();
0 == a.length ? console.warn("Keine Noten ausgew\u00e4hlt. Abbruch.") : a.length > maxChordLimit && console.warn("Zu viele Noten ausgew\u00e4hlt. Abbruch.");
}
function toGriffschrift(a) {
return (b, d) => {
b = extractZDResults(a, d);
b = constructChordsFromNormalResults(b);
console.log("Aus Normalnoten (die API zur\u00fcckgeliefert hat) werden jetzt MuseScore Notes erstellt, die dann in GS umgewandelt werden: " + JSON.stringify(b));
alternativeIndex = 0;
callApi(b, !1, changeNotes(a, !1));
};
}
function checkVoiceCheckboxesValidity() {
checkBoxVoice1.checked || checkBoxVoice2.checked || checkBoxVoice3.checked || checkBoxVoice4.checked || messagePane.showWarning("Mindestens eine Stimme muss zum \u00dcbersetzen ausgew\u00e4hlt sein.");
}
function getSelectedVoices() {
let a = [];
checkBoxVoice1.checked && a.push(0);
checkBoxVoice2.checked && a.push(1);
checkBoxVoice3.checked && a.push(2);
checkBoxVoice4.checked && a.push(3);
return a;
}
function find(a, b, d) {
return (a = a.filter(b).map(d)) ? a[0] : null;
}
function getGermanNoteNamesFromNotes(a) {
let b = [];
for (let d = 0; d < a.length; d++) {
const f = a[d], c = find(midiPitchMap, ([, g]) => f.pitch == g, ([g]) => g), e = find(germanNoteNames, ([g]) => g === c, ([, g]) => g);
e && b.push(e);
}
return b;
}
function openNn2GSBrowser() {
const a = comboModel.currentKey();
var b = collectChords();
b = getGermanNoteNamesFromNotes(0 < b.length ? b[0].notes : []);
const d = b.join(" ");
console.log(d);
Qt.openUrlExternally(apiUrl + "?" + queryStringArg("model", a, !0) + (b.length ? queryStringArg("notes", d, !1) : "") + (txtLicenseKey.text ? queryStringArg("license", txtLicenseKey.text) : ""));
}
function lblCurrentKeyClick() {
let a = curScore.keysig;
console.log(`Globale Dur-Tonart: ${a}`);
spinnerTonart.value = 8 + a;
}
function proceedToNextChord() {
cmd("next-chord");
cmd("select-next-chord");
cmd("select-prev-chord");
}
function checkBoxColorZugClick() {
checkBoxColorZug.checked || (curScore.startCmd(), applyToChordsInSelection(!0, 10000, a => {
for (let b = 0; b < a.notes.length; b++) {
let d = a.notes[b];
d.color == colorBlue && (d.color = colorBlack);
}
}), curScore.endCmd());
}
function checkMuseScoreVersionSupport() {
(4 > mscoreMajorVersion || 4 <= mscoreMajorVersion && 3 >= mscoreMinorVersion) && messagePane.showError(`Diese Version des Plugins funktioniert nur mit MuseScore 4.4 und h\u00f6her. Sie verwenden gerade MuseScore ${mscoreMajorVersion}.${mscoreMinorVersion}.`);
}
Shortcut {
sequence: "Alt+R"
context: Qt.ApplicationShortcut
onActivated: clickReverseDirection()
}
// Alt+D für Druck ist schon vergeben von Menü, deswegen J/K für Z/D als Alternative
Shortcut {
sequence: "Alt+J"
context: Qt.ApplicationShortcut
onActivated: {
if (btnZug.enabled)
clickZug()
}
}
Shortcut {
sequence: "Alt+K"
context: Qt.ApplicationShortcut
onActivated: {
if (btnDruck.enabled)
clickDruck()
}
}
Shortcut {
sequence: "Alt+N"
context: Qt.ApplicationShortcut
onActivated: proceedToNextChord()
}
Timer {
id: invalidateResultsTimer
interval: 100000
running: false
repeat: false
//singleShot: true
onTriggered: invalidateCurrentResults()
}
Timer {
id: disableZDButtonsTimer
interval: 2000
running: false
repeat: false
//singleShot: true
onTriggered: enableZDButtons(true)
}
function enableZDButtons(yes) {
console.log("zd buttons enabled: " + yes)
btnZug.enabled = yes
btnDruck.enabled = yes
}
function invalidateCurrentResults() {
btnNextAlternative.enabled = false
lastResults = null
}
function isCurrentResultValid() {
return !!lastResults
}
function checkHasSelectionChanged() {
// MS4 does not notify the plugin about selection change anymore!
// onScoreStateChanged is not never called. See
// https://github.com/musescore/MuseScore/issues/20290
// => check if selection has changed and if so, invalidate last result.
var currentSelection = curScore.selection
var currStartTick = currentSelection.startSegment ? currentSelection.startSegment.tick : null
var currEndTick = currentSelection.endSegment ? currentSelection.endSegment.tick : null
if (lastSelectionStartTick != currStartTick || lastSelectionEndTick != currEndTick) {
console.log("Selection has changed! Invalidating lastResults and setting lastSelection to currentSelection...")
invalidateCurrentResults()
lastSelectionStartTick = currStartTick
lastSelectionEndTick = currEndTick
}
}
function disableZDButtonsForTimeout() {
enableZDButtons(false)
disableZDButtonsTimer.restart()
}
function invalidateResultsAfterTimeout() {
invalidateResultsTimer.restart()
}
function switchDiskantBass() {
invalidateCurrentResults()
// Set visibility of controls:
var bassMode = tabBar.isBassMode()
var diskantMode = tabBar.isDiskantMode()
spinnerTonart.enabled = !bassMode
panelBass.visible = bassMode
txtInstrument.visible = diskantMode
comboModel.visible = diskantMode
btnReverseDirection.visible = diskantMode
txtGSVariante.visible = diskantMode
comboTabulatureDisplay.visible = diskantMode
checkBoxSortHeads.visible = diskantMode
}
function clickTest() {
addBassNamesAsLyrics('zug')
}
function clickZug() {
if (tabBar.isBassMode())
addBassNamesAsLyrics('zug')
else
translateToFromGriffschrift('zug')
}
function clickDruck() {
if (tabBar.isBassMode())
addBassNamesAsLyrics('druck')
else
translateToFromGriffschrift('druck')
}
function isReverseDirection() {
//return comboDirection.currentIndex !== 0
return btnReverseDirection.state === 2
}
function clickNextAlternative() {
// Only for Normalnotation → GS
if (!isCurrentResultValid() || isReverseDirection()) {
error.warn("btnNextAlternative should be disabled. Aborting.")
return
}
var chords = collectChords()
alternativeIndex += 1
changeNotes(lastZD, false)(chords, lastResults)
}
function clickReverseDirection() {
invalidateCurrentResults()
var state = btnReverseDirection.state
state = (state + 1) % 3
btnReverseDirection.state = state
btnReverseDirection.text = btnReverseDirection.texts[state]
btnReverseDirection.checked = (state === 2)
}
Pane {
anchors.fill: parent
padding: 2
ColumnLayout {
anchors.fill: parent
Layout.fillWidth: true
Pane {
id: messagePane
visible: false
/* anchors.fill: parent */
/* Layout.fillWidth: true */
/* width: 100 */
Frame {
width: 174
ColumnLayout {
anchors.fill: parent
Layout.fillWidth: true
Rectangle {
width: 155
height: 400
Text {
id: titleLabel
visible: false
// Without layout, both labels are overlapping.
}
Text {
id: messageLabel
text: "test text should be wrapped automatically at some place"
// NOTE: Text wrapping just doesn't work, only if Text/Label is inside a Rectangle
/* clip: false */
/* elide: Text.ElideRight */
/* Layout.alignment: Qt.AlignHCenter */
wrapMode: Text.Wrap
width: 155
}
}
Button {
text: "OK"
onClicked: {
messagePane.visible = false
}
}
}
}
function showInfo() {
titleLabel.text = "Info"
messageLabel.text = "Nn2GS - Übersetzen zwischen Normalnoten und Griffschrift für Steirische Harmonika und ähnliche Instrumente.\n\nhttps://griffschrift-notation.de/\n\nMomentan kostenlos, irgendwann wird man für die Nutzung vielleicht eine günstige Lizenz kaufen müssen.\n\nTastenkürzel: Alt+R (Übersetzungsrichtung), Alt+J (Zug), Alt+K (Druck); auch auf Beschriftungen im Plugin kann geklickt werden (versteckte Funktionen)."
open()
}
function showWarning(msg) {
titleLabel.text = "Warnung"
messageLabel.text = msg
open()
}
function showError(msg) {
titleLabel.text = "Fehler"
messageLabel.text = msg
open()
}
function open() {
visible = true
}
}
TabBar {
id: tabBar
width: parent.width
onCurrentIndexChanged: switchDiskantBass()
TabButton {
text: "Diskant"
width: 100
}
TabButton {
text: "Bass"
width: 100
}
function isBassMode() {
return currentIndex == 1
}
function isDiskantMode() {
return !isBassMode()
}
}
// Layout for a tab view's content; currently unused
// because there are so many common controls.
//StackLayout {
// width: parent.width
// currentIndex: tabBar.currentIndex
// Item {
// id: diskantTab
// }
// Item {
// id: bassTab
// }
//}
Pane {
visible: false // default view is "Diskant", "Bass" is invisible
Layout.fillWidth: true
padding: 0
id: panelBass
ColumnLayout {
anchors.fill: parent
Layout.fillWidth: true
Text {