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script.js
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/**
TODO:
- repeating chords between groups
- identify repeated patterns, and chart the same
*/ //album art
{
var albumpng = 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';
} //album art
if(!(window.File && window.FileReader && window.FileList && window.Blob)) {
document.querySelector("#FileDrop #Text").textContent = "Reading files not supported by this browser";
} else {
const fileDrop = document.querySelector("#FileDrop")
fileDrop.addEventListener("dragenter", () => fileDrop.classList.add("Hover"))
fileDrop.addEventListener("dragleave", () => fileDrop.classList.remove("Hover"))
fileDrop.addEventListener("drop", () => fileDrop.classList.remove("Hover"))
document.querySelector("#FileDrop input").addEventListener("change", e => {
//get the files
const files = e.target.files
if(files.length > 0) {
const file = files[0]
document.querySelector("#FileDrop #Text").textContent = file.name
parseFile(file)
}
})
}
let currentMidi = null;
let settings;
let synths = [];
for(let i = 0; i < 10; i++) {
synths.push(new Tone.PolySynth(10, Tone.Synth, {
envelope: {
attack: 0.02,
decay: 0.1,
sustain: 0.3,
release: 0.9
}
}).toMaster());
}
function parseFile(file) {
//read the file
const reader = new FileReader()
reader.onload = function(e) {
const midi = new Midi(e.target.result);
currentMidi = midi.toJSON();
currentMidi.duration = midi.duration;
currentMidi.durationTicks = midi.durationTicks;
currentMidi.name = midi.name;
for(let temp in currentMidi.header.tempos) {
currentMidi.header.tempos[temp].time = midi.header.tempos[temp].time;
}
for(let track in currentMidi.tracks) {
currentMidi.tracks[track].instrument.percussion = midi.tracks[track].instrument.percussion;
}
loadHTMLcontent();
}
reader.readAsArrayBuffer(file)
}
let htmlContent = document.getElementById('htmlContent');
let unChartedNotes = [];
let chartedNotes = [];
let distinctNotes = [];
let distinct = [];
let measureShift = true;
let extendedSustains = false;
let stripSustain = 0;
let minimumSustain = 0;
let openNotes = 0;
let quality = [0, 0, 0];
let groups = [];
let openSkipGap = 1 / 16;
let maxNotes = 2;
let frets = 5;
let maxBPS = 30;
let ignoreGap = 1;
let noteTolerance = 20;
let noteMap;
function renderNoteMap() {
if(!currentMidi) {
return;
}
background(0);
if(MINIMAL) {
noteMap = get(0, 0, 16, height);
return;
}
let note = 0;
while(note < chartedNotes.length) {
let currentNote = unChartedNotes[note];
strokeWeight(5);
stroke(chartedNotes[note] - openNotes < 0 ? color(255, 0, 255) : colors[chartedNotes[note] - openNotes]);
point(3 + chartedNotes[note] * 2, height - (currentNote[3] / currentMidi.duration) * height);
strokeWeight(3);
stroke(255);
point(3 + chartedNotes[note] * 2, height - (currentNote[3] / currentMidi.duration) * height);
note++;
}
noteMap = get(0, 0, 16, height);
}
function toggleTrack(track) {
settings.tracks[track] = !settings.tracks[track];
}
function toggleMeasureShift() {
measureShift = !measureShift;
}
function findInGroups(note) {
for(let i = 0; i < groups.length; i++) {
for(let j = 0; j < groups[i].length; j++) {
if(groups[i][j] === note) {
return [i, j];
}
}
}
return [-1, -1];
};
function mergable(a, b) {
let distinct = [];
for(let i = 0; i < a.length; i++) {
if(distinct.indexOf(unChartedNotes[a[i]][1]) < 0) {
distinct.push(unChartedNotes[a[i]][1]);
}
}
for(let i = 0; i < b.length; i++) {
if(distinct.indexOf(unChartedNotes[b[i]][1]) < 0) {
distinct.push(unChartedNotes[b[i]][1]);
}
}
if(distinct.length > frets + openNotes) {
return false;
}
return true;
};
function getTempo(t) {
let temp = 240;
for(let i = 0; i < currentMidi.header.tempos.length; i++) {
if(currentMidi.header.tempos[i].time <= t) {
temp = currentMidi.header.tempos[i].bpm;
} else {
i = Infinity;
}
}
return temp;
}
function loadSettings() {
undeletedNotes = [];
minimumSustain = document.getElementById("minimumSustain").value * 1;
ignoreGap = document.getElementById("ignoreGap").value * 1;
maxBPS = document.getElementById("maxBPS").value * 1;
if(maxBPS <= 0) {
maxBPS = Infinity;
}
document.getElementById("frets").value = Math.max(0, Math.min(5, document.getElementById("frets").value));
frets = document.getElementById("frets").value * 1;
stripSustain = document.getElementById("stripSustain").value * 1;
if(stripSustain < 0) {
stripSustain = 0;
}
maxNotes = document.getElementById("maxNotes").value * 1;
if(maxNotes < 1) {
maxNotes = 1;
}
if(maxNotes > 6) {
maxNotes = 6;
}
preview.scale = document.getElementById("previewScale").value * 1;
preview.leadingSeconds = ((document.getElementById("leadingSeconds").value * 1) >> 0) * 2;
if(preview.scale <= 0) {
preview.scale = 4000;
}
openSkipGap = 1 / document.getElementById("openSkipGap").value * preview.ppq;
openNotes = document.getElementById("openNotes").checked ? 1 : 0;
extendedSustains = document.getElementById("extendedSustains").checked ? 1 : 0;
let old_element = document.getElementById("blob");
let new_element = old_element.cloneNode(true);
old_element.parentNode.replaceChild(new_element, old_element);
noteTolerance = document.getElementById("noteTolerance").value * preview.ppq;
let twoSec = preview.ppq * preview.leadingSeconds;
//sync track events
let syncTrackString = '';
let syncEvents = [
[0, ' 0 = TS 4\n'],
[0, ' 0 = B 120000\n']
];
for(let i = 0; i < currentMidi.header.timeSignatures.length; i++) {
syncEvents.push([twoSec + currentMidi.header.timeSignatures[i].ticks, ' ' + (twoSec + currentMidi.header.timeSignatures[i].ticks) + ' = TS ' + (currentMidi.header.timeSignatures[i].timeSignature[0] * 4 / currentMidi.header.timeSignatures[i].timeSignature[1]) + '\n']);
}
for(let i = 0; i < currentMidi.header.tempos.length; i++) {
syncEvents.push([twoSec + currentMidi.header.tempos[i].ticks, ' ' + (twoSec + currentMidi.header.tempos[i].ticks) + ' = B ' + (currentMidi.header.tempos[i].bpm * 1000 >> 0) + '\n']);
}
//sort in cronological order
syncEvents.sort((a, b) => a[0] - b[0]);
//add all to string
for(let i = 0; i < syncEvents.length; i++) {
syncTrackString += syncEvents[i][1];
}
distinctNotes = [];
let songLength = 0;
for(let i = 0; i < currentMidi.tracks.length; i++) {
if(settings.tracks[i]) {
for(let note = 0; note < currentMidi.tracks[i].notes.length; note++) {
let midValue = currentMidi.tracks[i].notes[note].hasOwnProperty('altmidi') ? currentMidi.tracks[i].notes[note].altmidi : currentMidi.tracks[i].notes[note].midi;
if(distinctNotes.indexOf(midValue) < 0) {
distinctNotes.push(midValue);
}
if(currentMidi.tracks[i].notes[note].ticks > songLength) {
songLength = currentMidi.tracks[i].notes[note].ticks;
}
}
}
}
distinctNotes.sort((a, b) => a - b);
unChartedNotes = [];
let notesString = '';
for(let i = 0; i < currentMidi.tracks.length; i++) {
if(settings.tracks[i]) {
for(let note = 0; note < currentMidi.tracks[i].notes.length; note++) {
unChartedNotes.push([
currentMidi.tracks[i].notes[note].ticks, //0
distinctNotes.indexOf(currentMidi.tracks[i].notes[note].hasOwnProperty('altmidi') ? currentMidi.tracks[i].notes[note].altmidi : currentMidi.tracks[i].notes[note].midi), //1
currentMidi.tracks[i].notes[note].durationTicks / preview.ppq <= minimumSustain ? 0 : currentMidi.tracks[i].notes[note].durationTicks, //2
currentMidi.tracks[i].notes[note].time, //3
currentMidi.tracks[i].notes[note].name, //4
currentMidi.tracks[i].notes[note].velocity, //5
currentMidi.tracks[i].notes[note].duration, //6
currentMidi.tracks[i].notes[note].durationTicks, //7
currentMidi.tracks[i].notes[note].midi, //8
i, //9
note //10
]);
if(currentMidi.tracks[i].notes[note].ticks > songLength) {
songLength = currentMidi.tracks[i].notes[note].ticks;
}
}
}
}
unChartedNotes.sort((a, b) => a[0] + a[8] / 128 - b[0] - b[8] / 128);
for(let i = 1; i < unChartedNotes.length; i++) {
if(unChartedNotes[i - 1][0] == unChartedNotes[i][0] && unChartedNotes[i - 1][8] == unChartedNotes[i][8]) {
unChartedNotes[i - 1][2] = max(unChartedNotes[i - 1][2], unChartedNotes[i][2]);
unChartedNotes[i - 1][5] = max(unChartedNotes[i - 1][5], unChartedNotes[i][5]);
unChartedNotes[i - 1][6] = max(unChartedNotes[i - 1][6], unChartedNotes[i][6]);
unChartedNotes[i - 1][7] = max(unChartedNotes[i - 1][7], unChartedNotes[i][7]);
unChartedNotes.splice(i, 1);
i--;
}
}
if(maxBPS > 0) {
for(let i = 1; i < unChartedNotes.length; i++) {
if(unChartedNotes[i][3] - unChartedNotes[i - 1][3] > 0 && unChartedNotes[i][3] - unChartedNotes[i - 1][3] < 1 / maxBPS) {
unChartedNotes.splice(i, 1);
i--;
}
}
}
chartedNotes = [];
for(let i = 0; i < unChartedNotes.length - 1; i++) {
if(unChartedNotes[i][0] == unChartedNotes[i + 1][0] && unChartedNotes[i][1] == unChartedNotes[i + 1][1]) {
if(unChartedNotes[i][1] < unChartedNotes[i + 1][1]) {
unChartedNotes.splice(i, 1);
} else {
unChartedNotes.splice(i + 1, 1);
}
i--;
}
}
for(let i = 0; i < unChartedNotes.length - 1; i++) {
let notes = [
[i, unChartedNotes[i][1]]
];
while(i < unChartedNotes.length - 1 && unChartedNotes[i][0] == unChartedNotes[i + 1][0]) {
i++;
notes.push([i, unChartedNotes[i][1]]);
}
if(notes.length > maxNotes) {
notes.sort((a, b) => b[1] - a[1]);
for(let j = 0; j < maxNotes; j++) {
notes.splice(0, 1);
}
notes.sort((a, b) => b[0] - a[0]);
for(let j = 0; j < notes.length; j++) {
unChartedNotes.splice(notes[j][0], 1);
if(notes[j][0] <= i) {
i--;
}
}
}
}
/*-- Start KA Import --*/
let gaps = [];
for(let i = 1; i < unChartedNotes.length; i++) {
gaps.push([i, unChartedNotes[i][0] - unChartedNotes[i - 1][0]]);
}
gaps.sort((a, b) => a[1] - b[1]);
groups = [];
for(let i = 0; i < gaps.length; i++) {
let index = gaps[i][0];
let group1 = findInGroups(index - 1)[0];
let group2 = findInGroups(index)[0];
if(group2 >= 0) {
if(group1 >= 0) {
if(mergable(groups[group1], groups[group2])) {
groups[group1] = groups[group1].concat(groups[group2]);
groups.splice(group2, 1);
}
} else {
if(mergable(groups[group2], [index - 1])) {
groups[group2].push(index - 1);
} else {
groups[groups.length] = [index - 1];
}
}
} else if(group1 >= 0) {
if(mergable(groups[group1], [index])) {
groups[group1].push(index);
} else {
groups[groups.length] = [index];
}
} else {
groups[groups.length] = [index - 1, index];
}
}
distinct = [];
for(let g = 0; g < groups.length; g++) {
distinct.push([]);
for(let i = 0; i < groups[g].length; i++) {
if(distinct[g].indexOf(unChartedNotes[groups[g][i]][1]) < 0) {
distinct[g].push(unChartedNotes[groups[g][i]][1]);
}
}
}
/*if less than frets note range group, shift*/
for(let g = 0; g < groups.length; g++) {
let d = 0;
let gd = 1;
while(distinct[g].length < frets + openNotes) {
if(g - gd > 0 && d < groups[g - gd].length) {
if(distinct[g].indexOf(unChartedNotes[groups[g - gd][groups[g - gd].length - 1 - d]][1]) < 0) {
distinct[g].push(unChartedNotes[groups[g - gd][groups[g - gd].length - 1 - d]][1]);
}
}
if(g + gd < groups.length - 1 && distinct[g].length < frets + openNotes) {
if(d < groups[g + gd].length) {
if(distinct[g].indexOf(unChartedNotes[groups[g + gd][d]][1]) < 0) {
distinct[g].push(unChartedNotes[groups[g + gd][d]][1]);
}
}
}
d++;
if((g - gd < 0 || d >= groups[g - gd].length) && (g + gd >= groups.length - 2 || d >= groups[g + gd].length)) {
gd++;
d = 0;
}
if(g - gd < 0 && g + gd >= groups.length) {
distinct[g].push(Infinity);
}
}
distinct[g].sort((a, b) => a - b);
}
for(let i = 0; i < unChartedNotes.length; i++) {
//chartedNotes.push(unChartedNotes[i][1]%5);
let group = findInGroups(i);
try {
chartedNotes.push(distinct[group[0]].indexOf(unChartedNotes[groups[group[0]][group[1]]][1]));
} catch (e) {
console.log(e);
console.log(i);
console.log(group);
}
}
/*new stuff*/
groups.sort((a, b) => a[0] - b[0]);
let lastMin = 0;
let lastMax = Math.max(...groups[0]);
for(let i = 1; i < groups.length; i++) {
let min = lastMax + 1;
let max = Math.max(...groups[i]);
let realChange = Math.min(1, Math.max(-1, unChartedNotes[lastMax][1] - unChartedNotes[min][1]));
let crntChange = Math.min(1, Math.max(-1, chartedNotes[lastMax] - chartedNotes[min]));
let fixable = true;
let chartedNotesBuffer = JSON.stringify(chartedNotes);
clean:
while(realChange !== crntChange && fixable) {
realChange = Math.min(1, Math.max(-1, unChartedNotes[lastMax][1] - unChartedNotes[min][1]));
crntChange = Math.min(1, Math.max(-1, chartedNotes[lastMax] - chartedNotes[min]));
if(realChange == crntChange) {
continue clean;
}
let bottomOut = false;
let topOut = false;
if(realChange < crntChange) {
let extra = 0;
for(let j = 0; j < frets + extra; j++) {
if(chartedNotes[lastMax - j] === 0) {
bottomOut = true;
}
if(chartedNotes[min + j] === frets - 1) {
topOut = true;
}
if((lastMax - j > 0 && chartedNotes[lastMax - j - 1] === chartedNotes[lastMax - j]) ||
(lastMax + j + 1 < chartedNotes.length - 1 && chartedNotes[lastMax + j + 1] === chartedNotes[lastMax + j])){
extra++;
}
if(!bottomOut && lastMax - j >= 0 &&
chartedNotes[lastMax - j - 1] + 1 !== chartedNotes[lastMax - j] &&
chartedNotes[lastMax - j - 1] - 1 !== chartedNotes[lastMax - j] &&
chartedNotes[lastMax - j - 1] !== chartedNotes[lastMax - j]) {
for(let k = 0; k <= j; k++) {
chartedNotes[lastMax - k]--;
}
continue clean;
}
if(!topOut && min + j <= max &&
chartedNotes[min + j + 1] - 1 !== chartedNotes[min + j] &&
chartedNotes[min + j + 1] + 1 !== chartedNotes[min + j] &&
chartedNotes[min + j + 1] !== chartedNotes[min + j]) {
for(let k = 0; k <= j; k++) {
chartedNotes[min + k]++;
}
continue clean;
}
}
}
if(realChange > crntChange) {
for(let j = 0; j < frets; j++) {
if(chartedNotes[lastMax - j] === frets - 1) {
bottomOut = true;
}
if(chartedNotes[min + j] === 0) {
topOut = true;
}
if(!bottomOut && lastMax - j >= 0 &&
chartedNotes[lastMax - j - 1] - 1 !== chartedNotes[lastMax - j] &&
chartedNotes[lastMax - j - 1] + 1 !== chartedNotes[lastMax - j] &&
chartedNotes[lastMax - j - 1] !== chartedNotes[lastMax - j]) {
for(let k = 0; k <= j; k++) {
chartedNotes[lastMax - k]++;
}
continue clean;
}
if(!topOut && min + j <= max &&
chartedNotes[min + j + 1] + 1 !== chartedNotes[min + j] &&
chartedNotes[min + j + 1] - 1 !== chartedNotes[min + j] &&
chartedNotes[min + j + 1] !== chartedNotes[min + j]) {
for(let k = 0; k <= j; k++) {
chartedNotes[min + k]--;
}
continue clean;
}
}
}
bottomOut = false;
topOut = false;
if((realChange === 0 || crntChange === 0) && realChange < crntChange) {
for(let j = 0; j < frets; j++) {
if(chartedNotes[lastMax - j] === 0) {
bottomOut = true;
}
if(chartedNotes[min + j] === frets - 1) {
topOut = true;
}
if(!bottomOut && lastMax - j >= 0 &&
chartedNotes[lastMax - j - 1] + 1 !== chartedNotes[lastMax - j] &&
chartedNotes[lastMax - j - 1] !== chartedNotes[lastMax - j]) {
for(let k = 0; k <= j; k++) {
chartedNotes[lastMax - k]--;
}
continue clean;
}
if(!topOut && min + j <= max &&
chartedNotes[min + j + 1] - 1 !== chartedNotes[min + j] &&
chartedNotes[min + j + 1] !== chartedNotes[min + j]) {
for(let k = 0; k <= j; k++) {
chartedNotes[min + k]++;
}
continue clean;
}
}
}
if((realChange === 0 || crntChange === 0) && realChange > crntChange) {
for(let j = 0; j < frets; j++) {
if(chartedNotes[lastMax - j] === frets - 1) {
bottomOut = true;
}
if(chartedNotes[min + j] === 0) {
topOut = true;
}
if(!bottomOut && lastMax - j >= 0 &&
chartedNotes[lastMax - j - 1] - 1 !== chartedNotes[lastMax - j] &&
chartedNotes[lastMax - j - 1] !== chartedNotes[lastMax - j]) {
for(let k = 0; k <= j; k++) {
chartedNotes[lastMax - k]++;
}
continue clean;
}
if(!topOut && min + j <= max &&
chartedNotes[min + j + 1] + 1 !== chartedNotes[min + j] &&
chartedNotes[min + j + 1] !== chartedNotes[min + j]) {
for(let k = 0; k <= j; k++) {
chartedNotes[min + k]--;
}
continue clean;
}
}
}
fixable = false;
}
if(realChange !== crntChange) {
chartedNotes = JSON.parse(chartedNotesBuffer);
if(realChange === 0) {
let k = 1;
let diffs = [0, 0];
while(min + k < chartedNotes.length && chartedNotes[min + k] === chartedNotes[min]){
k++;
}
diffs[0] = Math.abs(chartedNotes[min] - chartedNotes[min + k]);
k = 0;
while(lastMax - k >= 0 && chartedNotes[lastMax - k] === chartedNotes[lastMax]){
k++;
}
diffs[1] = Math.abs(chartedNotes[lastMax] - chartedNotes[lastMax - k]);
k = 0;
if(diffs[0] < diffs[1]){
let val = chartedNotes[min];
while(min + k < chartedNotes.length && chartedNotes[min + k] === val){
chartedNotes[min + k] = chartedNotes[lastMax];
k++;
}
}
else{
let val = chartedNotes[lastMax];
while(lastMax - k >= 0 && chartedNotes[lastMax - k] === val){
chartedNotes[lastMax - k] = chartedNotes[min];
k++;
}
}
}
}
lastMin = min;
lastMax = max;
}
/*-- End KA Import --*/
for(let i = 0; i < chartedNotes.length; i++) {
if(openNotes && chartedNotes[i] - openNotes === -1) {
if((i > 0 && abs(unChartedNotes[i - 1][0] - unChartedNotes[i][0]) < openSkipGap) || (i < unChartedNotes.length - 1 && abs(unChartedNotes[i + 1][0] - unChartedNotes[i][0] < openSkipGap))) {
chartedNotes.splice(i, 1);
unChartedNotes.splice(i, 1);
i--;
}
}
}
for(let i = 0; i < groups.length; i++) {
groups[i].sort((a, b) => a - b);
}
//shift notes if it makes sense between groups
/*
for(let i=0;i<groups.length;i++){
if(findInGroups(groups[i][groups[i].length-1]+1)[0]>=0){
let a=groups[i][groups[i].length-1];
let b=groups[findInGroups(groups[i][groups[i].length-1]+1)[0]][0];
if(unChartedNotes[b][3]-unChartedNotes[a][3]<ignoreGap&&chartedNotes[a]==chartedNotes[b]){
let done=false;
if(unChartedNotes[b][8]>unChartedNotes[a][8]){
if(chartedNotes[b]<frets+openNotes-1){
let t=1;
while(t<unChartedNotes.length&&chartedNotes[b+t]==chartedNotes[b]){t++;}
if(b+t>=unChartedNotes.length||chartedNotes[b+t]!=chartedNotes[b]){
for(let j=0;j<t;j++){
chartedNotes[b+j]++;
}
done=true;
}
}
if(!done&&chartedNotes[a]>0){
let t=1;
while(t<a&&chartedNotes[a-t]==chartedNotes[a]){t++;}
if(t>a||chartedNotes[a-t]!=chartedNotes[a]){
for(let j=0;j<t;j++){
chartedNotes[a-j]--;
}
done=true;
}
}
}
else if(unChartedNotes[b][8]<unChartedNotes[a][8]){
if(chartedNotes[b]>0){
let t=1;
while(t<unChartedNotes.length&&chartedNotes[b+t]==chartedNotes[b]){t++;}
if(b+t>=unChartedNotes.length||chartedNotes[b+t]!=chartedNotes[b]){
for(let i=0;i<t;i++){
chartedNotes[b+i]--;
}
done=true;
}
}
if(!done&&chartedNotes[a]<frets+openNotes-1){
let t=1;
while(t<a&&chartedNotes[a-t]==chartedNotes[a]){t++;}
if(t>a||chartedNotes[a-t]!=chartedNotes[a]){
for(let j=0;j<t;j++){
chartedNotes[a-j]++;
}
done=true;
}
}
}
}
}
}
*/
let lastTick = 0;
for(let i = 0; i < chartedNotes.length; i++) {
let duration = unChartedNotes[i][2];
if(duration > 0) {
let strip = false;
stripAmount = 0.5 * stripSustain;
for(let j = 0; j < chartedNotes.length; j++) {
if(unChartedNotes[i][0] != unChartedNotes[j][0] &&
unChartedNotes[j][0] - unChartedNotes[i][0] > 0 &&
unChartedNotes[i][0] + duration + stripAmount * preview.ppq >= unChartedNotes[j][0]) {
if(!extendedSustains ||
chartedNotes[i] == chartedNotes[j] ||
Math.abs(unChartedNotes[i][0] + duration - unChartedNotes[j][0]) < noteTolerance * preview.ppq) {
duration = unChartedNotes[j][0] - unChartedNotes[i][0];
strip = true;
j = chartedNotes.length;
}
}
}
if(strip) {
duration -= stripAmount * preview.ppq;
}
if(duration < minimumSustain * preview.ppq) {
duration = 0;
}
unChartedNotes[i][2] = duration;
}
notesString += ` ${twoSec + unChartedNotes[i][0]} = N ${openNotes && chartedNotes[i] - openNotes === -1 ? 7 : chartedNotes[i] - openNotes} ${Math.round(duration)}\n`;
//events
let myLastNote = i;
while(myLastNote > 0 && unChartedNotes[myLastNote][0] == unChartedNotes[i][0]) {
myLastNote--;
}
let lastT = unChartedNotes[myLastNote][0];
while(myLastNote > 0 && unChartedNotes[myLastNote][0] == lastT) {
if(unChartedNotes[myLastNote][1] == unChartedNotes[i][1] && chartedNotes[myLastNote] != chartedNotes[i]) {
notesString += ' ' + (twoSec + unChartedNotes[i][0]) + ' = E Bad_Different_Fret\n';
} else if(unChartedNotes[myLastNote][1] < unChartedNotes[i][1] && chartedNotes[myLastNote] >= chartedNotes[i]) {
notesString += ' ' + (twoSec + unChartedNotes[i][0]) + ' = E Bad_Too_Low\n';
} else if(unChartedNotes[myLastNote][1] > unChartedNotes[i][1] && chartedNotes[myLastNote] <= chartedNotes[i]) {
notesString += ' ' + (twoSec + unChartedNotes[i][0]) + ' = E Bad_Too_High\n';
} else if(unChartedNotes[myLastNote][1] != unChartedNotes[i][1] && chartedNotes[i] == chartedNotes[myLastNote]) {
notesString += ' ' + (twoSec + unChartedNotes[i][0]) + ' = E Bad_Same_Fret\n';
}
myLastNote--;
}
lastTick = (twoSec + unChartedNotes[i][0]);
//end events
}
let zip = new JSZip();
zip.file("album.png", albumpng, {
base64: true
});
zip.file("song.ini", `[Song]
name = ` + currentMidi.name + `
artist = ` + (currentMidi.header.meta.filter(e => e.type.toLowerCase() === "artist").length ? currentMidi.header.meta.filter(e => e.type.toLowerCase() === "artist")[0].text : 'Unknown') + `
album = ` + (currentMidi.header.meta.filter(e => e.type.toLowerCase() === "album").length ? currentMidi.header.meta.filter(e => e.type.toLowerCase() === "album")[0].text : 'Unknown') + `
genre = ` + (currentMidi.header.meta.filter(e => e.type.toLowerCase() === "genre").length ? currentMidi.header.meta.filter(e => e.type.toLowerCase() === "genre")[0].text : 'rock') + `
year = ` + (currentMidi.header.meta.filter(e => e.type.toLowerCase() === "year").length ? currentMidi.header.meta.filter(e => e.type.toLowerCase() === "year")[0].text : 'Unknown') + `
count = 0
diff_band = -1
diff_guitar = -1
diff_bass = -1
diff_drums = -1
diff_keys = -1
diff_guitarghl = -1
diff_bassghl = -1
preview_start_time = ` + (1000 * preview.leadingSeconds >> 0) + `
frets = 0
charter = <color=#0064c8>@EFHIII</color>
icon = efhiii
loading_phrase = Generated With @EFHIII's midi-CH auto charter: https://efhiii.github.io/midi-ch/
`);
zip.file("notes.chart", `[Song]
{
Name = "` + currentMidi.name + `"
Charter = "@EFHIII"
Year = "` + (currentMidi.header.meta.filter(e => e.type.toLowerCase() === "year").length ? currentMidi.header.meta.filter(e => e.type.toLowerCase() === "year")[0].text : 'Unknown') + `"
Offset = 0
Resolution = ` + preview.ppq + `
Player2 = bass
Difficulty = 4
PreviewStart = ` + (1000 * preview.leadingSeconds >> 0) + `
PreviewEnd = ` + (1000 * (preview.leadingSeconds + 10) >> 0) + `
Genre = "` + (currentMidi.header.meta.filter(e => e.type.toLowerCase() === "genre").length ? currentMidi.header.meta.filter(e => e.type.toLowerCase() === "genre")[0].text : 'rock') + `"
MediaType = "cd"
MusicStream = "song.ogg"
}
[SyncTrack]
{
` + syncTrackString + `}
[ExpertSingle]
{
` + notesString + `}
`);
document.getElementById("blob").addEventListener("click", function() {
zip.generateAsync({
type: "blob"
}).then(function(blob) { // 1) generate the zip file
saveAs(blob, currentMidi.name + ".zip"); // 2) trigger the download
}, function(err) {
jQuery("#blob").text(err);
});
});
renderNoteMap();
}
function loadHTMLcontent() {
previews = [];
for(let i = 0; i < myIntervals.length; i++) {
clearInterval(myIntervals[i]);
}
openSkipGap = 1 / 16;
measureShift = true;
stripSustain = 0;
htmlContent.innerHTML =
`<button id="blob" class="btn btn-primary" style="width:100%">click to download</button><br>
<button class="btn btn-primary" style="width:100%" onclick="loadSettings()"><span data-toggle="tooltip" title="Re-charts the song based on the new settings and any recently deleted notes">Load New Settings</button><br>
<div class="custom-control custom-checkbox">
<input type="checkbox" class="custom-control-input" id="openNotes">
<label class="custom-control-label" for="openNotes"><span data-toggle="tooltip" title="When enabled, include open notes">Open notes</span></label>
</div>
<div class="custom-control custom-checkbox">
<input type="checkbox" checked=true class="custom-control-input" id="extendedSustains">
<label class="custom-control-label" for="extendedSustains"><span data-toggle="tooltip" title="When enabled, allows extended sustains">Extended Sustains</span></label>
</div>
<div class="custom-control">
<input type="number" id="frets" value=5 min="1" step="1">
<label for="frets"><span data-toggle="tooltip" title="5 for Hard/Expert, 4 for Medium, 3 for Easy">Frets</span></label>
</div>
<div class="custom-control">
<input type="number" id="maxBPS" value=30 min="1" step="1">
<label for="maxBPS"><span data-toggle="tooltip" title="Max Beats Per Second: Notes that would be faster than this are automatically ignored, 0=Infinite BPS">Max BPS</span></label>
</div>
<div class="custom-control">
<input type="number" id="maxNotes" value=2 min="1" step="1">
<label for="maxNotes"><span data-toggle="tooltip" title="Strips away lower notes so that only this many notes start at the same time">Max Simultaneous Notes</span></label>
</div>
<div class="custom-control">
<input type="number" id="openSkipGap" value=` + (1 / openSkipGap) + `>
<label for="openSkipGap"><span data-toggle="tooltip" title="% of a quarter note that is too short for a note and open to be next to eachother">Skip Open Notes limit</span></label>
</div>
<div class="custom-control">
<input type="number" id="stripSustain" value=1 min="0">
<label for="stripSustain"><span data-toggle="tooltip" title="Sustain gaps are managed automatically, but this will modify their size">Sustain Gap multiplier</span></label>
</div>
<div class="custom-control">
<input type="number" id="minimumSustain" value=1 min="0">
<label for="minimumSustain"><span data-toggle="tooltip" title="Notes shorter than this many seconds get turned into non-sustains">Minimum Sustain</span></label>
</div>
<div class="custom-control">
<input type="number" id="ignoreGap" value=1 min="0">
<label for="ignoreGap"><span data-toggle="tooltip" title="Seconds between notes where it no longer matters if different notes are played with the same fret">Ignore gap</span></label>
</div>
<div class="custom-control">
<input type="number" id="noteTolerance" value=0.15 min="0">
<label for="noteTolerance"><span data-toggle="tooltip" title="beats tollerance when determining if a note lands at the same time as another note. Only relevent when Extended Sustains is on">Note Tolerance</span></label>
</div>
<div class="custom-control">
<input type="number" id="leadingSeconds" value=2 min="0">
<label for="leadingSeconds"><span data-toggle="tooltip" title="Seconds of silence at the start of the chart.">Leading silence</span></label>
</div>
<div class="custom-control">
<input type="number" id="previewScale" value=2>
<label for="previewScale"><span data-toggle="tooltip" title="Seconds visible in the preivew">Scale</span></label>
</div>`;
settings = {
tracks: []
};
for(let i = currentMidi.tracks.length - 1; i >= 0; i--) {
// check if the instrument is empty
if(currentMidi.tracks[i].notes.length == 0) {
currentMidi.tracks.splice(i, 1);
}
}
for(let i = 0; i < currentMidi.tracks.length; i++) {
if(i == 0) {
settings.tracks[i] = true;
} else {
settings.tracks[i] = false;
}
htmlContent.innerHTML += `<div class="custom-control custom-checkbox">
<input type="checkbox" ` + (settings.tracks[i] ? 'checked="true"' : '') + ` class="custom-control-input" onClick="toggleTrack(` + i + `)" id='customCheck` + i + `'>
<label class="custom-control-label" for="customCheck` + i + `">` + currentMidi.tracks[i].name + ' - ' + currentMidi.tracks[i].instrument.family + ': ' + currentMidi.tracks[i].instrument.name + `</label><br>
<canvas class="notesPreview" id="canvasNumber` + i + `"></canvas>
</div>`;
//htmlContent.innerHTML+='<input type="checkbox" checked="true" onClick="toggleTrack('+i+')"><label>track '+currentMidi.tracks[i].name+'<br>'+currentMidi.tracks[i].instrument.family+': '+currentMidi.tracks[i].instrument.name+'</label><br>';
}
for(let i = 0; i < currentMidi.tracks.length; i++) {
previews.push(new drawNotesPreview("canvasNumber" + i, currentMidi.tracks[i]));
MINIMAL ? drawPreviewBuffer(i) : myIntervals.push(setInterval(drawPreviewBuffer, 100, i));
}
preview.ppq = currentMidi.header.ppq;
preview.speed = ((4 / 60) * currentMidi.header.ppq) >> 0;
preview.time = -0.1;
preview.leadingSeconds = 4;
frameLength = 0;
lastFrameTime = Date.now();
currentFrameTime = Date.now();
loadSettings();
}
let colors;
function setup() {
createCanvas(windowWidth / 4, windowHeight);
colors = [color(0, 200, 0), color(255, 0, 0), color(255, 255, 0), color(0, 50, 200), color(255, 128, 0)];
window.requestAnimationFrame(myDraw);
}
function drawNote(note, y, type, duration) {
noStroke();
if(openNotes && note === -1) {
fill(150, 0, 200, 200);
rect(14, y - (duration > 0 ? duration : 0) - 4, width, (duration > 0 ? duration : 0) + 8);
return;
} else if(note < 0) {
return;
}
colors[note].setAlpha(150);
fill(colors[note]);
if(duration > 0) {
rect(note * width / 6 + width / 6 - width / 40, y - duration, width / 20, duration, width / 40);
}
colors[note].setAlpha(255);
fill(colors[note]);
switch (type) {
case ('hopo'):
strokeWeight(width / 32);
ellipse(note * width / 6 + width / 6, y, width / 8, width / 8);
stroke(255, 150);
fill(255);
ellipse(note * width / 6 + width / 6, y, width / 16, width / 16);
break;
case ('tap'):
strokeWeight(width / 32);
ellipse(note * width / 6 + width / 6, y, width / 8, width / 8);
fill(0, 150);
noStroke();
arc(note * width / 6 + width / 6, y, width / 8, width / 8, Math.PI / 6, Math.PI * 5 / 6);
arc(note * width / 6 + width / 6, y, width / 8, width / 8, Math.PI * 7 / 6, Math.PI * 11 / 6);
fill(0, 200);
ellipse(note * width / 6 + width / 6, y, width / 12, width / 12);
break;
default:
ellipse(note * width / 6 + width / 6, y, width / 8, width / 8);
strokeWeight(width / 128);
stroke(0);
fill(255, 150);
ellipse(note * width / 6 + width / 6, y, width / 14, width / 14);
}
}
function drawSustain(note, y, type, duration) {
noStroke();
if(openNotes && note === -1) {
fill(150, 0, 200, 200);
rect(14, y - (duration > 0 ? duration : 0) - 4, width, height * 0.9 - (y - (duration > 0 ? duration : 0) - 4));
return;
} else if(note < 0) {
return;
}
colors[note].setAlpha(150);
fill(colors[note]);
if(duration > 0) {
rect(note * width / 6 + width / 6 - width / 40, y - duration, width / 20, height * 0.9 - (y - duration - 4), width / 40);
}
}
let preview = {
scale: 2,
speed: 30,
ppq: 100,
time: 0,
leadingSeconds: 4
};
function findNotes(from, to) {
let interval = Math.ceil(chartedNotes.length / 4);
let at = interval * 2;
let pls = 2;
while(interval >= 1 && pls && unChartedNotes[at][3] != from) {
if(interval == 1) {
pls--;
}
if(unChartedNotes[at][3] >= from) {
at -= interval;
if(at < 0) {
at = 0;
}
} else {
at += interval;
if(at > chartedNotes.length - 1) {
at = chartedNotes.length - 1;
}
}
interval = Math.ceil(interval / 2);
}
let bottom = at - 10;
while(bottom > 0 && unChartedNotes[bottom - 1][3] >= from) {
bottom--;
}
return bottom;
};
let lastFrameTime = Date.now();
let currentFrameTime = Date.now();
let paused = true;
let OS = 0;
let lastLen = 0.3;
let deletedNotes = [];
let undeletedNotes = [];
function unshiftNotes(from, track) {
let index = unChartedNotes[from][10];
for(let i = from; i < unChartedNotes.length; i++) {
if(unChartedNotes[i][9] === track) {
unChartedNotes[i][10]++;
}
}
for(let i = 0; i < deletedNotes.length; i++) {
if(deletedNotes[i].unCharted[10] > index && deletedNotes[i].unCharted[9] === track) {
deletedNotes[i].unCharted[10]++;
}
}
}
function undoDeleted() {
if(deletedNotes.length < 1) {
return
}
let data = deletedNotes.pop();
currentMidi.tracks[data.unCharted[9]].notes.splice(data.unCharted[10], 0, data.track);