VexFlow タブ譜ミュートのソースを表示

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[[VexFlow 使い方]]に戻る。
== '''概要''' ==
　

　

== ''' タブ譜 ミュート''' ==
<div id="notation"></div>
<div id="yonet202404Mid_Output01"></div>
<yjavascript></script>
<script>
///////////////////////
(function(){
class Position {
  constructor(x = 0, y = 0) {
    this.x = x;
    this.y = y;
  }
}
var VF = Vex.Flow;

const VocalInst = new Position();
const Guitar1Inst = new Position();
const Guitar2Inst = new Position();
const BaseInst = new Position();
const DrumInst = new Position();
const PercInst = new Position();

const Guitar1tab_1st_tabmark = new Position();

const Guitar1tab_1st = new Position();
const Guitar1tab_2st = new Position();
const Guitar1tab_3st = new Position();
const Guitar1tab_4st = new Position();

const Guitar2tab_1st_tabmark = new Position();

const Guitar2tab_1st = new Position();
const Guitar2tab_2st = new Position();
const Guitar2tab_3st = new Position();
const Guitar2tab_4st = new Position();

const Basetab_1st_tabmark = new Position();

var StaveBase1;
var StaveBase2;
var StaveBase3;
var StaveBase4;

var shiftGuitar1_1st;
var shiftGuitar1_2st;
var shiftGuitar1_3st;
var shiftGuitar1_4st;

var shiftGuitar1tab_1st;
var shiftGuitar1tab_2st;
var shiftGuitar1tab_3st;
var shiftGuitar1tab_4st;

var shiftGuitar2_1st;
var shiftGuitar2_2st;
var shiftGuitar2_3st;
var shiftGuitar2_4st;

var shiftGuitar2tab_1st;
var shiftGuitar2tab_2st;
var shiftGuitar2tab_3st;
var shiftGuitar2tab_4st;

var shiftDrum_1st;
var shiftDrum_2st;
var shiftDrum_3st;
var shiftDrum_4st;

var shiftPerc_1st;
var shiftPerc_2st;
var shiftPerc_3st;
var shiftPerc_4st;

function insertBaseEndBarPathToSVG(Stave) {
  var newGroup = document.createElementNS('http://www.w3.org/2000/svg', 'g');
  newGroup.setAttribute('transform', 'translate(0, 0)');
  var path = document.createElementNS('http://www.w3.org/2000/svg', 'path');
  var pathStr = 'M ' + (Stave.x + Stave.width) + ' ' + (Stave.y + 50) +
    ' L ' + (Stave.x + Stave.width) + ' ' + (Stave.y + 80);
  path.setAttribute('d', pathStr);
  path.setAttribute('stroke', 'black');
  path.setAttribute('stroke-width', '1');
  path.setAttribute('fill', 'none');
  newGroup.appendChild(path);
  svgElement.appendChild(newGroup);
}

function insertTiePathToSVG(StartPos, EndPos, Direction = 1, Depth = 10) {
  var newGroup = document.createElementNS('http://www.w3.org/2000/svg', 'g');
  newGroup.setAttribute('transform', 'translate(0, 0)');
  var path = document.createElementNS('http://www.w3.org/2000/svg', 'path');
  var pathStr = 'M' + (StartPos.x) + ' ' + (StartPos.y) + 'Q' + (StartPos.x + (EndPos.x - StartPos.x)/2) + ' ' + ((StartPos.y + EndPos.y)/2 + Direction * (Depth - 2)) + 
    ',' + (EndPos.x) + ' ' + (EndPos.y) + 'Q' + ((StartPos.x + EndPos.x)/2) + ' ' + (StartPos.y + (EndPos.y - StartPos.y)/2 + Direction * (Depth + 2)) + 
    ','  + (StartPos.x) + ' ' + (StartPos.y) + 'Z';
  path.setAttribute('d', pathStr);
  path.setAttribute('stroke', 'none');
  path.setAttribute('stroke-width', '1');
  path.setAttribute('fill', 'black');
  newGroup.appendChild(path);
  svgElement.appendChild(newGroup);
}

function insertArrowPathToSVG(StartPos, EndPos) {
  var newGroup = document.createElementNS('http://www.w3.org/2000/svg', 'g');
  newGroup.setAttribute('transform', 'translate(0, 0)');
  var path = document.createElementNS('http://www.w3.org/2000/svg', 'path');

  var arrowLength = 10;
  var angle = Math.atan2(EndPos.y - StartPos.y, EndPos.x - StartPos.x);
  var arrowAngle = 20 * (Math.PI / 180);

  // 矢印のポイント1を計算
  var arrowX1 = EndPos.x - arrowLength * Math.cos(angle - arrowAngle);
  var arrowY1 = EndPos.y - arrowLength * Math.sin(angle - arrowAngle);
    
  // 矢印のポイント2を計算
  var arrowX2 = EndPos.x - arrowLength * Math.cos(angle + arrowAngle);
  var arrowY2 = EndPos.y - arrowLength * Math.sin(angle + arrowAngle);

  var pathStr = "M " + StartPos.x + " " + StartPos.y + " L " + EndPos.x + " " + EndPos.y + " M " + EndPos.x + " " + EndPos.y + " L " + arrowX1 + " " + arrowY1 + " M " + EndPos.x + " " + EndPos.y + " L " + arrowX2 + " " + arrowY2;

  path.setAttribute('d', pathStr);
  path.setAttribute('stroke', 'black');
  path.setAttribute('stroke-width', '1');
  path.setAttribute('fill', 'none');
  newGroup.appendChild(path);
  svgElement.appendChild(newGroup);
}


function insertTrilPathToSVG(Shift, Direction = 1) {
  var newGroup = document.createElementNS('http://www.w3.org/2000/svg', 'g');
  newGroup.setAttribute('transform', 'translate(0, 0)');
  var DirectionOffset = 0;
  if (Direction == -1) DirectionOffset = 60;
  var path = document.createElementNS('http://www.w3.org/2000/svg', 'path');
  var pathStr = 'M ' + (Shift[0].x + 11.934 + 5) + ' ' + (Shift[0].y - 40 + DirectionOffset) +
    ' L ' + (Shift[1].x + 11.934 - 5) + ' ' + (Shift[1].y - 40 + DirectionOffset) +
    ' L ' + (Shift[1].x + 11.934 - 5) + ' ' + (Shift[1].y - 36 + DirectionOffset) +
    ' L ' + (Shift[0].x + 11.934 + 5) + ' ' + (Shift[0].y - 36 + DirectionOffset) +
    ' L ' + (Shift[0].x + 11.934 + 5) + ' ' + (Shift[0].y - 40 + DirectionOffset);
  path.setAttribute('d', pathStr);
  path.setAttribute('stroke', 'none');
  path.setAttribute('stroke-width', '1');
  path.setAttribute('fill', 'black');
  var path2 = document.createElementNS('http://www.w3.org/2000/svg', 'path');
  var pathStr2 = 'M ' + (Shift[0].x + 11.934 + 5) + ' ' + (Shift[0].y - 40 + DirectionOffset + Direction * 7) +
    ' L ' + (Shift[1].x + 11.934 - 5) + ' ' + (Shift[1].y - 40 + DirectionOffset + Direction * 7) +
    ' L ' + (Shift[1].x + 11.934 - 5) + ' ' + (Shift[1].y - 36 + DirectionOffset + Direction * 7) +
    ' L ' + (Shift[0].x + 11.934 + 5) + ' ' + (Shift[0].y - 36 + DirectionOffset + Direction * 7) +
    ' L ' + (Shift[0].x + 11.934 + 5) + ' ' + (Shift[0].y - 40 + DirectionOffset + Direction * 7);
  path2.setAttribute('d', pathStr2);
  path2.setAttribute('stroke', 'none');
  path2.setAttribute('stroke-width', '1');
  path2.setAttribute('fill', 'black');
  var path3 = document.createElementNS('http://www.w3.org/2000/svg', 'path');
  var pathStr3 = 'M ' + (Shift[0].x + 11.934 + 5) + ' ' + (Shift[0].y - 40 + DirectionOffset + Direction * 14) +
    ' L ' + (Shift[1].x + 11.934 - 5) + ' ' + (Shift[1].y - 40 + DirectionOffset + Direction * 14) +
    ' L ' + (Shift[1].x + 11.934 - 5) + ' ' + (Shift[1].y - 36 + DirectionOffset + Direction * 14) +
    ' L ' + (Shift[0].x + 11.934 + 5) + ' ' + (Shift[0].y - 36 + DirectionOffset + Direction * 14) +
    ' L ' + (Shift[0].x + 11.934 + 5) + ' ' + (Shift[0].y - 40 + DirectionOffset + Direction * 14);
  path3.setAttribute('d', pathStr3);
  path3.setAttribute('stroke', 'none');
  path3.setAttribute('stroke-width', '1');
  path3.setAttribute('fill', 'black');
  newGroup.appendChild(path);
  newGroup.appendChild(path2);
  newGroup.appendChild(path3);
  svgElement.appendChild(newGroup);
}


function insertTextToSVG(options) {
    var textContent = options.textContent;
    var strID = options.strID;
    var Stave_x = options.Stave_x || 0;
    var Stave_y = options.Stave_y || 0;
    var isOffset_x_abs = options.IsOffset_x_Abs || false;
    var Stave_x_Offset = options.Stave_x_Offset || 0;
    var Stave_y_Offset = options.Stave_y_Offset || 0;
    var StaveWidth = options.StaveWidth || 0;
    var StaveHeight = options.StaveHeight || 0;
    var StaveVerticalScale = options.StaveVerticalScale || 0;
    var fontSize = options.fontSize || 40;
    var fontFamily = options.fontFamily || "Bravura, Arial";
    var shift_x = options.shift_x || [0];
    var Rotate = options.Rotate || 0;
    var offset_sum = 0;
    var Stave_x_Offset_Value = 0;
    var Stave_y_Offset_Value = 0;
    var last_Stave_x_Offset = 0;
    var last_Stave_y_Offset = 0;
    var last_textContent = "";
    shift_x.forEach(function(offset, index) {
        offset_sum = offset_sum + offset;
        var newText = document.createElementNS('http://www.w3.org/2000/svg', 'text');
        newText.setAttribute('id', strID + '_' + index); // テキスト要素にIDを付ける
        newText.setAttribute('x', 0);
        newText.setAttribute('y', 0);
        newText.setAttribute('font-family', fontFamily);
        newText.setAttribute('font-size', fontSize);
        newText.setAttribute('fill', 'black');

        if(typeof textContent === "string"){
          newText.textContent = textContent;
        }
        else{
          if(textContent.length - 1 < index){
            newText.textContent = last_textContent;
          }
          else{
            newText.textContent = textContent[index];
            last_textContent = textContent[index];
          }
        }

        if(Stave_x_Offset.length - 1 < index){
          Stave_x_Offset_Value = last_Stave_x_Offset;
        }
        else{
          if(Stave_x_Offset.length >= 2){
            Stave_x_Offset_Value = Stave_x_Offset[index];
            last_Stave_x_Offset = Stave_x_Offset[index];
          }
          else{
            Stave_x_Offset_Value = Stave_x_Offset;
          }
        }

        if(Stave_y_Offset.length - 1 < index){
          Stave_y_Offset_Value = last_Stave_y_Offset;
        }
        else{
          if(Stave_y_Offset.length >= 2){
            Stave_y_Offset_Value = Stave_y_Offset[index];
            last_Stave_y_Offset = Stave_y_Offset[index];
          }
          else{
            Stave_y_Offset_Value = Stave_y_Offset;
          }
        }
        var textGroup = document.createElementNS('http://www.w3.org/2000/svg', 'g');
        if(Rotate != 0){
          textGroup.setAttribute('transform', 'rotate(' + Rotate + ' ' + 0 + ' ' + 0 + ')');
          textGroup.appendChild(newText);
          svgElement.appendChild(textGroup);
        }
        else{
          svgElement.appendChild(newText);
        }
        (function() {
            var textWidth = newText.getBBox().width;
            var textHeight = newText.getBBox().height;
            var horizontalScale;
            if (typeof StaveWidth === 'undefined' || StaveWidth == 0) {
                horizontalScale = 1;
            } 
            else {
                horizontalScale = StaveWidth / textWidth;
            }
            var verticalScale;
            if (typeof StaveHeight === 'undefined' || StaveHeight == 0) {
                verticalScale = 1;
            } 
            else if (StaveVerticalScale != 0) {
                verticalScale = StaveVerticalScale;
            } 
            else {
                verticalScale = StaveHeight / textHeight;
            }
            if(isOffset_x_abs){
              var StavePos_x = offset.x + Stave_x_Offset_Value;
              var StavePos_y = offset.y + Stave_y_Offset_Value;
            }
            else{
              var StavePos_x = Stave_x + Stave_x_Offset + offset_sum;
              var StavePos_y = Stave_y + Stave_y_Offset;
            }

            newText.setAttribute('transform', 'translate(' + StavePos_x + ',' + StavePos_y + ') scale(' + horizontalScale + ',' + verticalScale + ')');

            if(Rotate != 0){
              textGroup.setAttribute('transform', 'rotate(' + Rotate + ' ' + StavePos_x + ' ' + StavePos_y + ')');
            }
        })();

        if(Rotate != 0){
          textGroup.appendChild(newText);
          svgElement.appendChild(textGroup);
        }
        else{
          svgElement.appendChild(newText);
        }
    });
}

var allUniqueIds = [];
var allFlagUniqueIds = [];
(function(){
function addShift(notes, arrx = [], arry = []) {
 
  let tempnote;
  let retShift = [];
  
  for(let i = 0; i < arrx.length || i == 0; i++){
    const pos = new Position();
    //notesのchildrenの各要素について処理
    if(arrx.length === 0){
      tempnote = notes;
    }
    else{
      tempnote = notes[arrx[i]];
      temp_y = arry[i];
    }
    pos.x = tempnote.getAbsoluteX();
    pos.y = tempnote.getStave().getYForLine(temp_y);

    retShift.push(pos);
  }
  return retShift;
}

var UniqueIds;
function getUniqueNoteheadIds(notes, arr = []) {
    //すべてのidを格納するためのセットを作成
    let tempnote;
    uniqueIds = new Set();
    for(let i = 0; i < arr.length || i == 0; i++){
    //notesのchildrenの各要素について処理
      if(arr.length === 0){
        tempnote = notes;
      }
      else{
        tempnote = notes[arr[i]];
      }
      if (tempnote.attrs){
        if(tempnote.attrs.type === "StaveNote") {
          uniqueIds.add(tempnote.attrs.id);
        }
      }
      tempnote.children.forEach(child => {
        //typeが"notehead"であるかチェックし、idを取得
        if (child.attrs){
          if(child.attrs.type === "Stem") {
            uniqueIds.add(child.attrs.id);
          }
          if(child.attrs.type === "NoteHead") {
            uniqueIds.add(child.attrs.id);
          }
        }
      });
    }
    // セットを配列に変換して戻り値として返す
    return Array.from(uniqueIds);
}

function updateAllUniqueIds(UniqueIds) {
    // allUniqueIdsにUniqueIdsを追加または結合
    if (allUniqueIds.length === 0) {//allUniqueIdsはグローバルな変数
      // allUniqueIdsが空の場合、UniqueIdsをそのままコピー
      allUniqueIds = [...UniqueIds];//スプレッド演算子で要素の中身を書き出す。
    } else {
      UniqueIds.forEach(id => {
        if (!allUniqueIds.includes(id)) {
            allUniqueIds.push(id);
        }
      });
    }
    // 更新されたallUniqueIdsを戻り値として返す
    return allUniqueIds;
}

var SteveNoteUniqueIds;
function getUniqueStaveNotesIds(notes, arr = []) {
    //すべてのidを格納するためのセットを作成
    let tempnote;
    uniqueIds = new Set();
    for(let i = 0; i < arr.length || i == 0; i++){
    //notesのchildrenの各要素について処理
      if(arr.length === 0){
        tempnote = notes;
      }
      else{
        tempnote = notes[arr[i]];
      }
      if (tempnote.attrs){
        if(tempnote.attrs.type === "StaveNote") {
          uniqueIds.add(tempnote.attrs.id);
        }
      }
    }
    // セットを配列に変換して戻り値として返す
    return Array.from(uniqueIds);
}

function updateAllFlagUniqueIds(FlagUniqueIds) {
    // allUniqueIdsにUniqueIdsを追加または結合
    if (allFlagUniqueIds.length === 0) {
      // allUniqueIdsが空の場合、UniqueIdsをそのままコピー
      allFlagUniqueIds = [...FlagUniqueIds];//スプレッド演算子で要素の中身を書き出す。
    } else {
      FlagUniqueIds.forEach(id => {
        if (!allFlagUniqueIds.includes(id)) {
            allFlagUniqueIds.push(id);
        }
      });
    }
    // 更新されたallUniqueIdsを戻り値として返す
    return allFlagUniqueIds;
}

function dotted(staveNote, noteIndex = -1) {
  if (noteIndex < 0) {
    Dot.buildAndAttach([staveNote], {
      all: true
    });
  } 
  else {
    for(noteIndexValue of noteIndex){
      Dot.buildAndAttach([staveNote], {
        index: noteIndexValue
      });
    }
  }
  return staveNote;
}

let nscale = 0.64;
let nwidth = 1040;
let nheight = 1120;

let nHeadMargin = 70;
let nStaveWidth = 350;

const f = new VF.Factory({ 
  renderer: { elementId: 'yonet202404Mid_Output01', width: nwidth, height: nheight * nscale }
  });
const ctx = f.getContext();
ctx.scale(nscale, nscale);

const defaultStyle = {
  lineWidth: ctx.lineWidth,
  strokeStyle: ctx.strokeStyle,
};

for (let i = 0; i <= nwidth * (1 / nscale); i += 10) {
  ctx.beginPath();
  ctx.moveTo(0 + i, 0);
  ctx.lineTo(0 + i, nheight);
  if (i % 100 === 0){
    ctx.setLineWidth(1);
    ctx.setStrokeStyle('rgba(200, 200, 200, 0.8)');
  }
  else{
    ctx.setLineWidth(0.5);
    ctx.setStrokeStyle('rgba(230, 230, 230, 0.8)');
  }
  ctx.stroke();
}

for (let i = 0; i <= nheight; i += 10) {
  ctx.beginPath();
  ctx.moveTo(0, i);
  ctx.lineTo(nwidth * (1 / nscale), i);
  if (i % 100 === 0){
    ctx.setLineWidth(1);
    ctx.setStrokeStyle('rgba(200, 200, 200, 0.8)');
  }
  else{
    ctx.setLineWidth(0.5);
    ctx.setStrokeStyle('rgba(230, 230, 230, 0.8)');
  }
  ctx.stroke();
}

ctx.lineWidth = defaultStyle.lineWidth;
ctx.strokeStyle = defaultStyle.strokeStyle;

const Vocal_St1 = new VF.Stave(80, 30, nHeadMargin + nStaveWidth).setContext(ctx);
Vocal_St1.setClef("treble").setContext(ctx);
Vocal_St1.setTimeSignature('4/4').setContext(ctx);
Vocal_St1.addKeySignature('D').setContext(ctx);
Vocal_St1.setMeasure(1);
Vocal_St1.draw();

VocalInst.x = Vocal_St1.x - 30;
VocalInst.y = Vocal_St1.y + 90; 

const Vocal_St2 = f.Stave({ x: Vocal_St1.width + Vocal_St1.x, y: Vocal_St1.y, width: nStaveWidth });
Vocal_St2.setMeasure(2);
Vocal_St2.setContext(ctx).draw();

const Vocal_St3 = new VF.Stave(Vocal_St2.width + Vocal_St2.x, Vocal_St1.y, nStaveWidth).setContext(ctx);
Vocal_St3.setMeasure(3);
Vocal_St3.draw();

const Vocal_St4 = new VF.Stave(Vocal_St3.width + Vocal_St3.x, Vocal_St1.y, nStaveWidth).setContext(ctx);
Vocal_St4.setMeasure(4);
Vocal_St4.draw();

const Guitar1_St1 = new VF.Stave(Vocal_St1.x, Vocal_St1.y + 150, nHeadMargin + nStaveWidth).setContext(ctx);
Guitar1_St1.addClef("treble").setContext(ctx);
Guitar1_St1.addTimeSignature('4/4').setContext(ctx);
Guitar1_St1.addKeySignature('D').setContext(ctx);
Guitar1_St1.draw();

const Guitar1_St1_notes_1 = [
  new VF.StaveNote({ keys: ["b/4"], duration: "2r" }),

  new VF.StaveNote({ keys: ["b/4"], duration: "4r" }),

  new VF.StaveNote({ keys: ["b/4"], duration: "8r" }),
  new VF.StaveNote({ keys: ["c/5"], duration: "16", stem_direction: -1 }),
  new VF.StaveNote({ keys: ["c/5"], duration: "16", stem_direction: -1 }),
];
const Guitar1_St1_notes_2 = [
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),

  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),

  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),

  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),

];
UniqueIds = getUniqueNoteheadIds(Guitar1_St1_notes_1, [3, 4]);
allUniqueIds = updateAllUniqueIds(UniqueIds);

const Guitar1_St1_beam_1 = new VF.Beam([Guitar1_St1_notes_1[3], Guitar1_St1_notes_1[4]]);

var Guitar1_St1_Voice_1 = new VF.Voice({ num_beats: 4, beat_value: 4 });
Guitar1_St1_Voice_1.setStrict(true);
Guitar1_St1_Voice_1.addTickables(Guitar1_St1_notes_1);

var Guitar1_St1_Voice_2 = new VF.Voice({ num_beats: 4, beat_value: 4 });
Guitar1_St1_Voice_2.setStrict(true);
Guitar1_St1_Voice_2.addTickables(Guitar1_St1_notes_2);

var formatterGuitar1_St1 = new VF.Formatter().joinVoices([Guitar1_St1_Voice_1, Guitar1_St1_Voice_2]);
formatterGuitar1_St1.format([Guitar1_St1_Voice_1, Guitar1_St1_Voice_2], nStaveWidth - 40 - 10);
Guitar1_St1_Voice_1.draw(ctx, Guitar1_St1);
Guitar1_St1_Voice_2.draw(ctx, Guitar1_St1);

Guitar1_St1_beam_1.setContext(ctx).draw();

shiftGuitar1_1st= addShift(
  Guitar1_St1_notes_1, 
  [  3,   4,  3],
  [1.8, 1.8, -1]
);



const Guitar1_St2 = new VF.Stave(Guitar1_St1.width + Guitar1_St1.x, Guitar1_St1.y, nStaveWidth).setContext(ctx);
Guitar1_St2.draw();

const Guitar1_St3 = new VF.Stave(Guitar1_St2.width + Guitar1_St2.x, Guitar1_St1.y, nStaveWidth).setContext(ctx);
Guitar1_St3.draw();

const Guitar1_St4 = new VF.Stave(Guitar1_St3.width + Guitar1_St3.x, Guitar1_St1.y, nStaveWidth).setContext(ctx);
Guitar1_St4.draw();



const Guitar1_Tab_St1 = new VF.Stave(Guitar1_St1.x, Guitar1_St1.y + 120, nHeadMargin + nStaveWidth).setContext(ctx);
Guitar1_Tab_St1.draw();

Guitar1tab_1st_tabmark.x = Guitar1_Tab_St1.x;
Guitar1tab_1st_tabmark.y = Guitar1_Tab_St1.y;

var Guitar1Connector_St1_L = new VF.StaveConnector(Guitar1_St1, Guitar1_Tab_St1);
Guitar1Connector_St1_L.setType(VF.StaveConnector.type.BRACKET);
Guitar1Connector_St1_L.setContext(ctx);
Guitar1Connector_St1_L.draw();

Guitar1Inst.x = Vocal_St1.x - 30;
Guitar1Inst.y = Guitar1_St1.y + ((Guitar1_Tab_St1.y - Guitar1_St1.y) / 2) + 90; 

const Guitar1_Tab_St1_1 = new VF.Stave(Guitar1_Tab_St1.x + nHeadMargin + 20, Guitar1_Tab_St1.y, 0).setContext(ctx);
Guitar1_Tab_St1_1.setBegBarType(VF.Barline.type.NONE);
Guitar1_Tab_St1_1.setEndBarType(VF.Barline.type.NONE);
Guitar1_Tab_St1_1.draw();

Guitar1tab_1st.x = Guitar1_Tab_St1_1.x
Guitar1tab_1st.y = Guitar1_Tab_St1_1.y

const Guitar1_Tab_St1_notes_1 = [
  new VF.StaveNote({ keys: ["f/5"], duration: "2r" }),

  new VF.StaveNote({ keys: ["c/5"], duration: "4r" }),

  new VF.StaveNote({ keys: ["c/5"], duration: "8r" }),
  new VF.StaveNote({ keys: ["e/5"], duration: "16", stem_direction: -1 }),
  new VF.StaveNote({ keys: ["e/5"], duration: "16", stem_direction: -1 }),
];
const Guitar1_Tab_St1_notes_2 = [
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),

  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),

  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),

  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),
  new VF.GhostNote({ keys: ["f/4"], duration: "16"}),

];
UniqueIds = getUniqueNoteheadIds(Guitar1_Tab_St1_notes_1, [3, 4]);
allUniqueIds = updateAllUniqueIds(UniqueIds);

const Guitar1_Tab_St1_beam_1 = new VF.Beam([Guitar1_Tab_St1_notes_1[3], Guitar1_Tab_St1_notes_1[4]]);

var Guitar1_Tab_St1_Voice_1 = new VF.Voice({ num_beats: 4, beat_value: 4 });
Guitar1_Tab_St1_Voice_1.setStrict(true);
Guitar1_Tab_St1_Voice_1.addTickables(Guitar1_Tab_St1_notes_1);

var Guitar1_Tab_St1_Voice_2 = new VF.Voice({ num_beats: 4, beat_value: 4 });
Guitar1_Tab_St1_Voice_2.setStrict(true);
Guitar1_Tab_St1_Voice_2.addTickables(Guitar1_Tab_St1_notes_2);

var formatterGuitar1_Tab_St1 = new VF.Formatter().joinVoices([Guitar1_Tab_St1_Voice_1, Guitar1_Tab_St1_Voice_2]);
formatterGuitar1_Tab_St1.format([Guitar1_Tab_St1_Voice_1, Guitar1_Tab_St1_Voice_2], nStaveWidth - 40 - 10);
Guitar1_Tab_St1_Voice_1.draw(ctx, Guitar1_Tab_St1_1);
Guitar1_Tab_St1_Voice_2.draw(ctx, Guitar1_Tab_St1_1);

Guitar1_Tab_St1_beam_1.setContext(ctx).draw();

shiftGuitar1tab_1st= addShift(
  Guitar1_Tab_St1_notes_1, 
  [  3,   4,  3],
  [0.8, 0.8, -2]
);

const Guitar1_Tab_St2 = new VF.Stave(Guitar1_Tab_St1.width + Guitar1_Tab_St1.x, Guitar1_Tab_St1.y, nStaveWidth).setContext(ctx);
Guitar1_Tab_St2.draw();

Guitar1tab_2st.x = Guitar1_Tab_St2.x
Guitar1tab_2st.y = Guitar1_Tab_St2.y

var Guitar1Connector_St2_L = new VF.StaveConnector(Guitar1_St2, Guitar1_Tab_St2);
Guitar1Connector_St2_L.setType(VF.StaveConnector.type.SINGLE);
Guitar1Connector_St2_L.setContext(ctx);
Guitar1Connector_St2_L.draw();

const Guitar1_Tab_St3 = new VF.Stave(Guitar1_Tab_St2.width + Guitar1_Tab_St2.x, Guitar1_Tab_St1.y, nStaveWidth).setContext(ctx);
Guitar1_Tab_St3.draw();

Guitar1tab_3st.x = Guitar1_Tab_St3.x
Guitar1tab_3st.y = Guitar1_Tab_St3.y

var Guitar1Connector_St3_L = new VF.StaveConnector(Guitar1_St3, Guitar1_Tab_St3);
Guitar1Connector_St3_L.setType(VF.StaveConnector.type.SINGLE);
Guitar1Connector_St3_L.setContext(ctx);
Guitar1Connector_St3_L.draw();

const Guitar1_Tab_St4 = new VF.Stave(Guitar1_Tab_St3.width + Guitar1_Tab_St3.x, Guitar1_Tab_St1.y, nStaveWidth).setContext(ctx);
Guitar1_Tab_St4.draw();

Guitar1tab_4st.x = Guitar1_Tab_St4.x
Guitar1tab_4st.y = Guitar1_Tab_St4.y

var Guitar1Connector_St4_L = new VF.StaveConnector(Guitar1_St4, Guitar1_Tab_St4);
Guitar1Connector_St4_L.setType(VF.StaveConnector.type.SINGLE);
Guitar1Connector_St4_L.setContext(ctx);
Guitar1Connector_St4_L.draw();

var Guitar1Connector_St4_R = new VF.StaveConnector(Guitar1_St4, Guitar1_Tab_St4);
Guitar1Connector_St4_R.setType(VF.StaveConnector.type.SINGLE_RIGHT);
Guitar1Connector_St4_R.setContext(ctx);
Guitar1Connector_St4_R.draw();

const Guitar1_vTab_St1 = new VF.Stave(Guitar1_St1.x, Guitar1_St1.y + 110, nHeadMargin + nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 0) continue;
  Guitar1_vTab_St1.setConfigForLine(i, {visible: false} );
}
Guitar1_vTab_St1.draw();

const Guitar1_vTab_St2 = new VF.Stave(Guitar1_vTab_St1.width + Guitar1_vTab_St1.x, Guitar1_vTab_St1.y, nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 0) continue;
  Guitar1_vTab_St2.setConfigForLine(i, {visible: false} );
}
Guitar1_vTab_St2.draw();

const Guitar1_vTab_St3 = new VF.Stave(Guitar1_vTab_St2.width + Guitar1_vTab_St2.x, Guitar1_vTab_St1.y, nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 0) continue;
  Guitar1_vTab_St3.setConfigForLine(i, {visible: false} );
}
Guitar1_vTab_St3.draw();

const Guitar1_vTab_St4 = new VF.Stave(Guitar1_vTab_St3.width + Guitar1_vTab_St3.x, Guitar1_vTab_St1.y, nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 0) continue;
  Guitar1_vTab_St4.setConfigForLine(i, {visible: false} );
}
Guitar1_vTab_St4.draw();


const Guitar2_St1 = new VF.Stave(Guitar1_Tab_St1.x, Guitar1_Tab_St1.y + 120, nHeadMargin + nStaveWidth).setContext(ctx);
Guitar2_St1.addClef("treble").setContext(ctx);
Guitar2_St1.addTimeSignature('4/4').setContext(ctx);
Guitar2_St1.addKeySignature('D').setContext(ctx);
Guitar2_St1.draw();

const Guitar2_St2 = new VF.Stave(Guitar2_St1.width + Guitar2_St1.x, Guitar2_St1.y, nStaveWidth).setContext(ctx);
Guitar2_St2.draw();

const Guitar2_St2_1 = new VF.Stave(Guitar2_St1.width + Guitar2_St1.x + 45, Guitar2_St1.y, 0).setContext(ctx);
Guitar2_St2_1.setBegBarType(VF.Barline.type.NONE);
Guitar2_St2_1.setEndBarType(VF.Barline.type.NONE);
Guitar2_St2_1.draw();

const Guitar2_St3 = new VF.Stave(Guitar2_St2.width + Guitar2_St2.x, Guitar2_St2.y, nStaveWidth).setContext(ctx);
Guitar2_St3.draw();

const Guitar2_St4 = new VF.Stave(Guitar2_St3.width + Guitar2_St3.x, Guitar2_St3.y, nStaveWidth).setContext(ctx);
Guitar2_St4.draw();

const Guitar2_Tab_St1_1 = new VF.Stave(Guitar2_St1.x + nHeadMargin + 20, Guitar2_St1.y + 120, 0).setContext(ctx);
Guitar2_Tab_St1_1.setBegBarType(VF.Barline.type.NONE);
Guitar2_Tab_St1_1.setEndBarType(VF.Barline.type.NONE);
Guitar2_Tab_St1_1.draw();

const Guitar2_Tab_St1 = new VF.Stave(Guitar2_St1.x, Guitar2_St1.y + 120, nHeadMargin + nStaveWidth).setContext(ctx);
Guitar2_Tab_St1.draw();

Guitar2tab_1st.x = Guitar2_Tab_St1_1.x;
Guitar2tab_1st.y = Guitar2_Tab_St1_1.y;

Guitar2tab_1st_tabmark.x = Guitar2_Tab_St1.x;
Guitar2tab_1st_tabmark.y = Guitar2_Tab_St1.y;

var Guitar2Connector_St1_L = new VF.StaveConnector(Guitar2_St1, Guitar2_Tab_St1);
Guitar2Connector_St1_L.setType(VF.StaveConnector.type.BRACKET);
Guitar2Connector_St1_L.setContext(ctx);
Guitar2Connector_St1_L.draw();

const Guitar2_Tab_St2 = new VF.Stave(Guitar2_Tab_St1.width + Guitar2_Tab_St1.x, Guitar2_Tab_St1.y, nStaveWidth).setContext(ctx);
Guitar2_Tab_St2.draw();

const Guitar2_Tab_St2_1 = new VF.Stave(Guitar2_Tab_St1.width + Guitar2_Tab_St1.x + 45, Guitar2_Tab_St1.y, 0).setContext(ctx);
Guitar2_Tab_St2_1.setBegBarType(VF.Barline.type.NONE);
Guitar2_Tab_St2_1.setEndBarType(VF.Barline.type.NONE);
Guitar2_Tab_St2_1.draw();

Guitar2tab_2st.x = Guitar2_Tab_St2.x;
Guitar2tab_2st.y = Guitar2_Tab_St2.y;

var Guitar2Connector_St2_L = new VF.StaveConnector(Guitar2_St2, Guitar2_Tab_St2);
Guitar2Connector_St2_L.setType(VF.StaveConnector.type.SINGLE);
Guitar2Connector_St2_L.setContext(ctx);
Guitar2Connector_St2_L.draw();

const Guitar2_Tab_St3 = new VF.Stave(Guitar2_Tab_St2.width + Guitar2_Tab_St2.x, Guitar2_Tab_St2.y, nStaveWidth).setContext(ctx);
Guitar2_Tab_St3.draw();

Guitar2tab_3st.x = Guitar2_Tab_St3.x;
Guitar2tab_3st.y = Guitar2_Tab_St3.y;

var Guitar2Connector_St3_L = new VF.StaveConnector(Guitar2_St3, Guitar2_Tab_St3);
Guitar2Connector_St3_L.setType(VF.StaveConnector.type.SINGLE);
Guitar2Connector_St3_L.setContext(ctx);
Guitar2Connector_St3_L.draw();

const Guitar2_Tab_St4 = new VF.Stave(Guitar2_Tab_St3.width + Guitar2_Tab_St3.x, Guitar2_Tab_St3.y, nStaveWidth).setContext(ctx);
Guitar2_Tab_St4.draw();

Guitar2tab_4st.x = Guitar2_Tab_St4.x;
Guitar2tab_4st.y = Guitar2_Tab_St4.y;

var Guitar2Connector_St4_L = new VF.StaveConnector(Guitar2_St4, Guitar2_Tab_St4);
Guitar2Connector_St4_L.setType(VF.StaveConnector.type.SINGLE);
Guitar2Connector_St4_L.setContext(ctx);
Guitar2Connector_St4_L.draw();

var Guitar2Connector_St4_R = new VF.StaveConnector(Guitar2_St4, Guitar2_Tab_St4);
Guitar2Connector_St4_R.setType(VF.StaveConnector.type.SINGLE_RIGHT);
Guitar2Connector_St4_R.setContext(ctx);
Guitar2Connector_St4_R.draw();

const Guitar2_vTab_St1 = new VF.Stave(Guitar2_Tab_St1.x, Guitar2_Tab_St1.y - 10, nHeadMargin + nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 0) continue;
  Guitar2_vTab_St1.setConfigForLine(i, {visible: false} );
}
Guitar2_vTab_St1.draw();

const Guitar2_vTab_St2 = new VF.Stave(Guitar2_vTab_St1.width + Guitar2_vTab_St1.x, Guitar2_vTab_St1.y, nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 0) continue;
  Guitar2_vTab_St2.setConfigForLine(i, {visible: false} );
}
Guitar2_vTab_St2.draw();

const Guitar2_vTab_St3 = new VF.Stave(Guitar2_vTab_St2.width + Guitar2_vTab_St2.x, Guitar2_vTab_St2.y, nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 0) continue;
  Guitar2_vTab_St3.setConfigForLine(i, {visible: false} );
}
Guitar2_vTab_St3.draw();

const Guitar2_vTab_St4 = new VF.Stave(Guitar2_vTab_St3.width + Guitar2_vTab_St3.x, Guitar2_vTab_St3.y, nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 0) continue;
  Guitar2_vTab_St4.setConfigForLine(i, {visible: false} );
}
Guitar2_vTab_St4.draw();

Guitar2Inst.x = Guitar2_St1.x - 30;
Guitar2Inst.y = Guitar2_St1.y + ((Guitar2_Tab_St1.y - Guitar2_St1.y) / 2) + 90; 

const Base_St1 = new VF.Stave(Guitar2_Tab_St1.x, Guitar2_Tab_St1.y + 120, nHeadMargin + nStaveWidth).setContext(ctx);
Base_St1.addClef("bass").setContext(ctx);
Base_St1.addTimeSignature('4/4').setContext(ctx);
Base_St1.addKeySignature('D').setContext(ctx);
Base_St1.draw();

const Base_St2 = new VF.Stave(Base_St1.width + Base_St1.x, Base_St1.y, nStaveWidth).setContext(ctx);
Base_St2.draw();

const Base_St3 = new VF.Stave(Base_St2.width + Base_St2.x, Base_St2.y, nStaveWidth).setContext(ctx);
Base_St3.draw();

const Base_St4 = new VF.Stave(Base_St3.width + Base_St3.x, Base_St3.y, nStaveWidth).setContext(ctx);
Base_St4.draw();

const Base_Tab_St1 = new VF.Stave(Base_St1.x, Base_St1.y + 120, nHeadMargin + nStaveWidth).setContext(ctx);
Base_Tab_St1.setEndBarType(VF.Barline.type.NONE);
for (var i = 0; i < 5; i++) {
  if (i != 0) continue;
  Base_Tab_St1.setConfigForLine(i, {visible: false} );
}
Base_Tab_St1.draw();

Basetab_1st_tabmark.x = Base_Tab_St1.x;
Basetab_1st_tabmark.y = Base_Tab_St1.y;

BaseInst.x = Base_St1.x - 30;
BaseInst.y = Base_St1.y + ((Base_Tab_St1.y - Base_St1.y) / 2) + 90; 

StaveBase1 = Base_Tab_St1;

var BaseConnector_St1_L = new VF.StaveConnector(Base_St1, Base_Tab_St1);
BaseConnector_St1_L.setType(VF.StaveConnector.type.BRACKET);
BaseConnector_St1_L.setContext(ctx);
BaseConnector_St1_L.draw();

const Base_Tab_St2 = new VF.Stave(Base_Tab_St1.width + Base_Tab_St1.x, Base_Tab_St1.y, nStaveWidth).setContext(ctx);
Base_Tab_St2.setBegBarType(VF.Barline.type.NONE);
Base_Tab_St2.setEndBarType(VF.Barline.type.NONE);
for (var i = 0; i < 5; i++) {
  if (i != 0) continue;
  Base_Tab_St2.setConfigForLine(i, {visible: false} );
}
Base_Tab_St2.draw();

StaveBase2 = Base_Tab_St2;

var BaseConnector_St2_L = new VF.StaveConnector(Base_St2, Base_Tab_St2);
BaseConnector_St2_L.setType(VF.StaveConnector.type.SINGLE);
BaseConnector_St2_L.setContext(ctx);
BaseConnector_St2_L.draw();

const Base_Tab_St3 = new VF.Stave(Base_Tab_St2.width + Base_Tab_St2.x, Base_Tab_St2.y, nStaveWidth).setContext(ctx);
Base_Tab_St3.setBegBarType(VF.Barline.type.NONE);
Base_Tab_St3.setEndBarType(VF.Barline.type.NONE);
for (var i = 0; i < 5; i++) {
  if (i != 0) continue;
  Base_Tab_St3.setConfigForLine(i, {visible: false} );
}
Base_Tab_St3.draw();

StaveBase3 = Base_Tab_St3;

var BaseConnector_St3_L = new VF.StaveConnector(Base_St3, Base_Tab_St3);
BaseConnector_St3_L.setType(VF.StaveConnector.type.SINGLE);
BaseConnector_St3_L.setContext(ctx);
BaseConnector_St3_L.draw();

const Base_Tab_St4 = new VF.Stave(Base_Tab_St3.width + Base_Tab_St3.x, Base_Tab_St3.y, nStaveWidth).setContext(ctx);
Base_Tab_St4.setBegBarType(VF.Barline.type.NONE);
Base_Tab_St4.setEndBarType(VF.Barline.type.NONE);
for (var i = 0; i < 5; i++) {
  if (i != 0) continue;
  Base_Tab_St4.setConfigForLine(i, {visible: false} );
}
Base_Tab_St4.draw();

StaveBase4 = Base_Tab_St4;

var BaseConnector_St4_L = new VF.StaveConnector(Base_St4, Base_Tab_St4);
BaseConnector_St4_L.setType(VF.StaveConnector.type.SINGLE);
BaseConnector_St4_L.setContext(ctx);
BaseConnector_St4_L.draw();

var BaseConnector_St4_R = new VF.StaveConnector(Base_St4, Base_Tab_St4);
BaseConnector_St4_R.setType(VF.StaveConnector.type.SINGLE_RIGHT);
BaseConnector_St4_R.setContext(ctx);
BaseConnector_St4_R.draw();

const Drum_St1 = new VF.Stave(Base_Tab_St1.x, Base_Tab_St1.y + 120, nHeadMargin + nStaveWidth).setContext(ctx);
Drum_St1.addClef("bass").setContext(ctx);
Drum_St1.addTimeSignature('4/4').setContext(ctx);
Drum_St1.draw();

DrumInst.x = Drum_St1.x - 30;
DrumInst.y = Drum_St1.y + 90; 

const Drum_St1_1 = new VF.Stave(nHeadMargin + Base_Tab_St1.x, Base_Tab_St1.y + 120, 0).setContext(ctx);
Drum_St1_1.setBegBarType(VF.Barline.type.NONE);
Drum_St1_1.setEndBarType(VF.Barline.type.NONE);
Drum_St1_1.draw();

const Drum_St1_2 = new VF.Stave(nHeadMargin + Base_Tab_St1.x, Base_Tab_St1.y + 120, 0).setContext(ctx);
Drum_St1_2.setBegBarType(VF.Barline.type.NONE);
Drum_St1_2.setEndBarType(VF.Barline.type.NONE);
Drum_St1_2.draw();

const Drum_St2 = new VF.Stave(Drum_St1.width + Drum_St1.x, Drum_St1.y, nStaveWidth).setContext(ctx);
Drum_St2.draw();


const Drum_St3 = new VF.Stave(Drum_St2.width + Drum_St2.x, Drum_St1.y, nStaveWidth).setContext(ctx);
Drum_St3.draw();


const Drum_St4 = new VF.Stave(Drum_St3.width + Drum_St3.x, Drum_St1.y, nStaveWidth).setContext(ctx);
Drum_St4.draw();


const Perc_St1 = new VF.Stave(Drum_St1.x, Drum_St1.y + 100, nHeadMargin + nStaveWidth).setContext(ctx);
Perc_St1.addTimeSignature('4/4').setContext(ctx);

const Perc_St1_1 = new VF.Stave(nHeadMargin + Drum_St1.x, Drum_St1.y + 100, 0).setContext(ctx);
Perc_St1_1.setBegBarType(VF.Barline.type.NONE);
Perc_St1_1.setEndBarType(VF.Barline.type.NONE);
Perc_St1_1.draw();

for (var i = 0; i < 5; i++) {
  if (i == 2) continue;
  Perc_St1.setConfigForLine(i, {visible: false} );
}

Perc_St1.draw();

PercInst.x = Perc_St1.x - 30;
PercInst.y = Perc_St1.y + 90; 

var AllConnector = new VF.StaveConnector(Vocal_St1, Perc_St1);
AllConnector.setType(VF.StaveConnector.type.SINGLE);
AllConnector.setContext(ctx);
AllConnector.draw();


const Perc_St2 = new VF.Stave(Perc_St1.width + Perc_St1.x, Perc_St1.y, nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 2) continue;
  Perc_St2.setConfigForLine(i, {visible: false} );
}
Perc_St2.draw();

const Perc_St3 = new VF.Stave(Perc_St2.width + Perc_St2.x, Perc_St2.y, nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 2) continue;
  Perc_St3.setConfigForLine(i, {visible: false} );
}
Perc_St3.draw();

const Perc_St4 = new VF.Stave(Perc_St3.width + Perc_St3.x, Perc_St3.y, nStaveWidth).setContext(ctx);
for (var i = 0; i < 5; i++) {
  if (i == 2) continue;
  Perc_St4.setConfigForLine(i, {visible: false} );
}
Perc_St4.draw();

})();

const svgElement2 = document.querySelector('#yonet202404Mid_Output01 svg');
svgElement2.style.backgroundColor = '#F5F5F5';
var svgContainer = document.getElementById('yonet202404Mid_Output01');
var svgElement = svgContainer.querySelector('svg');

var VocalText_options = {
    textContent: ["Vocal"], // 必須文字列
    strID: "VocalText", // 必須
    Stave_x: VocalInst.x,
    Stave_y: VocalInst.y,
    fontFamily: "Arial, sans-serif",
    fontSize: "20pt",
    Rotate: -90
};
insertTextToSVG(VocalText_options);

var EGuitarText_options = {
    textContent: ["E.Guitar1"], // 必須文字列
    strID: "EGuitarText", // 必須
    Stave_x: Guitar1Inst.x,
    Stave_y: Guitar1Inst.y,
    fontFamily: "Arial, sans-serif",
    fontSize: "20pt",
    Rotate: -90
};
insertTextToSVG(EGuitarText_options);

var EGuitarTab_options = {
    textContent: ["＠"], // 必須文字列
    strID: "EGuitarTab", // 必須
    Stave_x: Guitar1tab_1st_tabmark.x,
    Stave_y: Guitar1tab_1st_tabmark.y,
    Stave_x_Offset: 10,
    Stave_y_Offset: 80,
    fontFamily: "YonetMuFL, Arial",
};
insertTextToSVG(EGuitarTab_options);

var Guitar1_st1_option = {
    textContent: ["\uFF86", "\uFF86", "┌── Ｍ ──┐"], // 必須文字列
    strID: "Guitar1_st1", // 必須
    Stave_x_Offset: 0,
    Stave_y_Offset: 0,
    fontSize: 40,
    fontFamily: "YonetMuFL, Arial", // オプション、デフォルトは"Bravura, Arial"
    shift_x: [
{x:shiftGuitar1_1st[0].x, y:shiftGuitar1_1st[0].y},
{x:shiftGuitar1_1st[1].x, y:shiftGuitar1_1st[1].y},
{x:shiftGuitar1_1st[2].x - 12, y:shiftGuitar1_1st[2].y},
],
    IsOffset_x_Abs: true
};
insertTextToSVG(Guitar1_st1_option);

var EGuitar2Text_options = {
    textContent: ["E.Guitar2"], // 必須文字列
    strID: "EGuitar2Text", // 必須
    Stave_x: Guitar2Inst.x,
    Stave_y: Guitar2Inst.y,
    fontFamily: "Arial, sans-serif",
    fontSize: "20pt",
    Rotate: -90
};
insertTextToSVG(EGuitar2Text_options);

var EGuitar2Tab_options = {
    textContent: ["＠"], // 必須文字列
    strID: "EGuitar2Tab", // 必須
    Stave_x: Guitar2tab_1st_tabmark.x,
    Stave_y: Guitar2tab_1st_tabmark.y,
    Stave_x_Offset: 10,
    Stave_y_Offset: 80,
    fontFamily: "YonetMuFL, Arial",
};
insertTextToSVG(EGuitar2Tab_options);

var Guitar1tab_st1_option = {
    textContent: ["\uFF86", "\uFF86", "┌── Ｍ ──┐"], // 必須文字列
    strID: "Guitar1tab_st1", // 必須
    Stave_x_Offset: 0,
    Stave_y_Offset: 0,
    fontSize: 40,
    fontFamily: "YonetMuFL, Arial", // オプション、デフォルトは"Bravura, Arial"
    shift_x: [
{x:shiftGuitar1tab_1st[0].x, y:shiftGuitar1tab_1st[0].y},
{x:shiftGuitar1tab_1st[1].x, y:shiftGuitar1tab_1st[1].y},
{x:shiftGuitar1tab_1st[2].x - 12, y:shiftGuitar1tab_1st[2].y},
],
    IsOffset_x_Abs: true
};
insertTextToSVG(Guitar1tab_st1_option);

var BaseText_options = {
    textContent: ["Base"], // 必須文字列
    strID: "BaseText", // 必須
    Stave_x: BaseInst.x,
    Stave_y: BaseInst.y,
    fontFamily: "Arial, sans-serif",
    fontSize: "20pt",
    Rotate: -90
};
insertTextToSVG(BaseText_options);

var BaseTab_options = {
    textContent: ["＠"], // 必須文字列
    strID: "BaseTab", // 必須
    Stave_x: Basetab_1st_tabmark.x,
    Stave_y: Basetab_1st_tabmark.y,
    Stave_x_Offset: 10,
    Stave_y_Offset: 90,
    fontFamily: "YonetMuFL, Arial",
};
insertTextToSVG(BaseTab_options);
insertBaseEndBarPathToSVG(StaveBase1);
insertBaseEndBarPathToSVG(StaveBase2);
insertBaseEndBarPathToSVG(StaveBase3);
insertBaseEndBarPathToSVG(StaveBase4);

var DrumText_options = {
    textContent: ["Drum"], // 必須文字列
    strID: "DrumText", // 必須
    Stave_x: DrumInst.x,
    Stave_y: DrumInst.y,
    fontFamily: "Arial, sans-serif",
    fontSize: "20pt",
    Rotate: -90
};
insertTextToSVG(DrumText_options);

var PercText_options = {
    textContent: ["Perc."], // 必須文字列
    strID: "PercText", // 必須
    Stave_x: PercInst.x,
    Stave_y: PercInst.y,
    fontFamily: "Arial, sans-serif",
    fontSize: "20pt",
    Rotate: -90
};
insertTextToSVG(PercText_options);

if(allUniqueIds !== "undefined"){
// 透明にするIDの配列
// 例としてここでIDを指定
let autoUniqueIds = allUniqueIds.map(id => "vf-" + id);
let Last_Stem_x = 0;
// 各IDに対して処理
  autoUniqueIds.forEach(id => {
    // 該当するIDの要素を取得
    let element = svgElement.getElementById(id);
    if (element) {
      let classValue = element.getAttribute("class");
      // 該当する要素があれば、描画内容を透明にする
      let paths = element.querySelectorAll("path");
      paths.forEach(path => {
          var dAttribute = path.getAttribute('d');
          // カンマで区切られた数値の数を数えます
          var numberOfValues = (dAttribute.match(/,/g) || []).length + 1; // カンマの数 + 1 = 数値の数

          if (numberOfValues === 9) {
            var firstCoord = dAttribute.split(',')[0];
            if (dAttribute.startsWith('M')) {
              var CnumberOfValues = (dAttribute.match(/C/g) || []).length; // カンマの数 + 1 = 数値の数
              var LnumberOfValues = (dAttribute.match(/L/g) || []).length; // カンマの数 + 1 = 数値の数
                // 座標の差を計算します
              if(CnumberOfValues > 0){
                var coords = dAttribute.match(/[-+]?[0-9]*\.?[0-9]+/g).map(parseFloat);
                var xdiff = coords[0] - coords[2]; // xの差を計算
                var ydiff = coords[1] - coords[3]; // yの差を計算

                if (coords[0] - Last_Stem_x > 2){
                  if (coords[0] - Last_Stem_x < 10){
                    path.setAttribute("fill", "none");
                    path.setAttribute("stroke", "none");
                  } 
                } 
                // xが0でyが0より大きい場合、描画内容を透明にします
                if (xdiff <= -3.590) {
                if (xdiff >= -3.599) {
                  if(ydiff === 0){
                    path.setAttribute("fill", "none");
                    path.setAttribute("stroke", "none");
                  }
                }
                }
                if (xdiff <= -2.369) {
                if (xdiff >= -2.374) {
                  if(ydiff === 0){
                    path.setAttribute("fill", "none");
                    path.setAttribute("stroke", "none");
                  }
                }
                }
                if (xdiff <= 1.000) {
                if (xdiff >= -1.000) {
                  if(ydiff === 0){
                    path.setAttribute("fill", "none");
                    path.setAttribute("stroke", "none");
                  }
                }
                }
                else {
                  if(ydiff === 1.123){
                    path.setAttribute("fill", "none");
                    path.setAttribute("stroke", "none");
                  }
                }
              }
            }
          }
          else if (numberOfValues === 23) {
            if (dAttribute.startsWith('M')) {
              var MnumberOfValues = (dAttribute.match(/M/g) || []).length; // カンマの数 + 1 = 数値の数
              var CnumberOfValues = (dAttribute.match(/C/g) || []).length; // カンマの数 + 1 = 数値の数
              var coords = dAttribute.match(/[-+]?[0-9]*\.?[0-9]+/g).map(parseFloat);
              if (MnumberOfValues == 2){
              if (CnumberOfValues == 11){
                path.setAttribute("fill", "none");
                path.setAttribute("stroke", "none");
              }
              }
            }
          }
          else if (numberOfValues === 1) {
            if (dAttribute.startsWith('M')) {
              var AnumberOfValues = (dAttribute.match(/A/g) || []).length; // カンマの数 + 1 = 数値の数
              var LnumberOfValues = (dAttribute.match(/L/g) || []).length; // カンマの数 + 1 = 数値の数
                // 座標の差を計算します
              if(AnumberOfValues == 2){
                var coords = dAttribute.match(/[-+]?[0-9]*\.?[0-9]+/g).map(parseFloat);
                var circle_right = coords[0]; // xの差を計算
                var r_x = coords[2]; // xの差を計算
                var r_y = coords[3]; // xの差を計算
                var circle_left = coords[7]; // yの差を計算

                if (circle_right - Last_Stem_x > 7){//7.75
                  if (circle_right - Last_Stem_x < 8){
                  if (circle_left - Last_Stem_x > 3){//3.75
                  if (circle_left - Last_Stem_x < 4){
                  if (r_x == 2){
                  if (r_y == 2){
                    path.setAttribute("fill", "none");
                    path.setAttribute("stroke", "none");
                  } 
                  } 
                  } 
                  } 
                  } 
                } 
              }
            }
            if (classValue === "vf-stem"){
              var firstStemCoord = dAttribute;
              if (dAttribute.startsWith('M')) {
                var StemLnumberOfValues = (dAttribute.match(/L/g) || []).length; // カンマの数 + 1 = 数値の数
                  // 座標の差を計算します
                if(StemLnumberOfValues > 0){
                  var stem_coords = dAttribute.match(/[-+]?[0-9]*\.?[0-9]+/g).map(parseFloat);
                  Last_Stem_x = stem_coords[0]; // xの差を計算
                }
              }
            }
            var firstCoord = dAttribute;
            if (dAttribute.startsWith('M')) {
              var LnumberOfValues = (dAttribute.match(/L/g) || []).length; // カンマの数 + 1 = 数値の数
                // 座標の差を計算します
              if(LnumberOfValues > 0){
                var coords = dAttribute.match(/[-+]?[0-9]*\.?[0-9]+/g).map(parseFloat);
                var xdiff = coords[0] - coords[2]; // xの差を計算
                var ydiff = coords[1] - coords[3]; // yの差を計算

                // xが0でyが0より大きい場合、描画内容を透明にします
                if (xdiff < -10) {
                if (xdiff > -20) {
                  if(ydiff === 0){
                    path.setAttribute("fill", "none");
                    path.setAttribute("stroke", "none");
                  }
                }
                }
              }
            }
          }
          else if (numberOfValues === 21 || numberOfValues === 35 || numberOfValues === 95 || numberOfValues === 41) {
                    path.setAttribute("fill", "none");
                    path.setAttribute("stroke", "none");
          }
      });
    }
  });
}

if(allFlagUniqueIds !== "undefined"){
  let autoFlagUniqueIds = allFlagUniqueIds.map(id => "vf-" + id);
  autoFlagUniqueIds.forEach(id => {
    // 該当するIDの要素を取得
    let element = svgElement.getElementById(id);
    if (element) {
      // 該当する要素があれば、描画内容を透明にする
      let flagpaths = element.querySelectorAll('path');
      flagpaths.forEach(path => {
        var dAttribute = path.getAttribute('d');
        // カンマで区切られた数値の数を数えます
        var numberOfValues = (dAttribute.match(/,/g) || []).length + 1; // カンマの数 + 1 = 数値の数

        // 数値の数が23であれば、このpath要素は求めるものです
        if (numberOfValues === 23) {
          path.setAttribute("fill", "none");
          path.setAttribute("stroke", "none");
        }
      });
    }
  });
}
})();
</yjavascript>


　コードは以下のとおりです。


<syntaxhighlight lang="javascript" line start="1" highlight="">
<div id="yonet202404Mid_Output01"></div>
<script>

</syntaxhighlight>


　

　

[[VexFlow 使い方]]に戻る。