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1170 lines (1025 loc) · 71.7 KB
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<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<title>Nullix Server Hardware Performance Test Tool (NSHPTT) Report</title>
<style>
body {
background: white;
text-align: center;
font-size: 14px;
line-height: 1.5;
color: #222;
font-family: Arial, sans-serif;
padding: 0;
margin: 0;
}
.page {
margin: 0 auto;
max-width: 1200px;
padding: 10px;
text-align: left;
}
.area {
padding: 10px 20px;
border-left: 5px solid #ccc;
margin-bottom: 20px;
}
h1 {
background-color: hsla(88, 100%, 50%, 0.5);
backdrop-filter: blur(8px);
border-bottom: 2px solid hsla(88, 100%, 50%, 0.2);
position: sticky;
top: 0;
box-shadow: inset;
padding: 20px;
margin: 0;
}
h2,
h3 {
padding: 8px 0;
margin: 0 0 8px;
border-bottom: 1px solid #ccc;
}
</style>
</head>
<body>
<h1>Nullix Server Hardware Performance Test Tool (NSHPTT) Report</h1>
<div class="page">
<div class="version"></div>
<div>Test started: <span class="test-start"></span></div>
<div>Executable: <span class="executable"></span></div>
<div>Test-Setup-Data<textarea type="text" class="config" style="width:95%; height:30px;"></textarea>
<br /><br />
<div class="areas"></div>
</div>
<script>
function render() {
function dataPointsToSeries(dataPoints) {
const series = []
let run = 0
for (const dataPoint of dataPoints) {
series.push({ x: run++, y: dataPoint })
}
return series
}
function getFilesizeDesc(bytes, unitAffix = '') {
bytes = Math.round(bytes)
let str = bytes + ' bytes' + unitAffix
if (bytes > 1024 * 1024) {
str += ' (' + ((bytes / 1024 / 1024).toFixed(2)) + 'MB' + unitAffix + ')'
} else if (bytes > 1024) {
str += ' (' + (bytes / 1024).toFixed(2) + 'KB' + unitAffix + ')'
}
return str
}
function getUnitDesc(units) {
units = Math.round(units)
if (units > 1000 * 1000 * 1000) {
return (units / 1000 / 1000 / 1000).toFixed(1) + "T"
} else if (units > 1000 * 1000) {
return (units / 1000 / 1000).toFixed(1) + "M"
} else if (units > 1000) {
return (units / 1000).toFixed(1) + "K"
}
return units
}
function getLabelForRuntime(us, bytesTransfered) {
if (us <= 0) {
return "0us"
}
return (us / 1000).toFixed(1) + "ms" + (bytesTransfered ? " | " + getAvgTransferSpeed(us, bytesTransfered) : "")
}
function getAvgTransferSpeed(us, bytes) {
if (us <= 0) {
return "Bellow 0us, could not calculate transfer speed"
}
return getFilesizeDesc((bytes / us * 1000 * 1000), "/s")
}
let dataAreas = {}
let seriesChars = ['a', 'b', 'c', 'd']
document.querySelector(".version").innerText = window.testSetupData.ToolVersionInfo
document.querySelector('.test-start').innerText = window.testSetupData.TestStart
document.querySelector('.executable').innerText = window.testSetupData.Executable
document.querySelector('.config').value = JSON.stringify(window.testSetupData)
const groupedData = {}
for (let dataType in window.testRuns) {
const testRuns = window.testRuns[dataType]
if (!groupedData[dataType]) {
groupedData[dataType] = {}
}
for (const testRun of testRuns) {
for (let dataKey in testRun) {
const value = testRun[dataKey]
if (dataKey.endsWith('DataPoints')) {
if (!groupedData[dataType][dataKey]) {
groupedData[dataType][dataKey] = []
}
groupedData[dataType][dataKey] = groupedData[dataType][dataKey].concat(value)
}
}
}
}
if (window.testSetupData.Config.cpuTestRuntime > 0 && groupedData.testRunCpu) {
dataAreas['cpu'] = {
label: 'CPU Cycles Test',
desc: window.testSetupData.Config.cpuTestRuntime + ' runtime expected. Test calculates square-root of a random float.',
type: 'cpu',
axisXLabelPrefix: 'Test',
dataPoints: groupedData.testRunCpu.DataPoints,
color: 'red'
}
}
if (window.testSetupData.Config.diskTestWrdFiles > 0 && groupedData.testRunWrd) {
dataAreas['wrd'] = {
label: 'Write-Read-Delete (WRD) Disk Test',
desc: window.testSetupData.Config.diskTestWrdFiles + ' files with random data, each with ' + getFilesizeDesc(window.testSetupData.Config.diskTestWrdFileSize),
type: 'disk',
totalFileSize: window.testSetupData.Config.diskTestWrdFiles * window.testSetupData.Config.diskTestWrdFileSize,
axisXLabelPrefix: 'File',
types: {
'Write': { 'label': 'Write', 'color': 'orange', 'dataPoints': groupedData.testRunWrd.WriteDataPoints },
'Read': { 'label': 'Read', 'color': 'blue', 'dataPoints': groupedData.testRunWrd.ReadDataPoints },
'Delete': { 'label': 'Delete', 'color': 'red', 'dataPoints': groupedData.testRunWrd.DeleteDataPoints }
}
}
}
if (window.testSetupData.Config.diskTestRoFiles > 0 && groupedData.testRunRo) {
dataAreas['ro'] = {
label: 'Read-Only Disk Test',
desc: window.testSetupData.Config.diskTestRoFiles + ' files with fixed data, each with ' + getFilesizeDesc(window.testSetupData.Config.diskTestRoFileSize),
type: 'disk',
totalFileSize: window.testSetupData.Config.diskTestRoFiles * window.testSetupData.Config.diskTestRoFileSize,
axisXLabelPrefix: 'File',
types: {
'Read': { 'label': 'Read', 'color': 'orange', 'dataPoints': groupedData.testRunRo.DataPoints },
}
}
}
const areasEl = document.querySelector('.areas')
for (const dataAreasKey in dataAreas) {
const row = dataAreas[dataAreasKey]
const areaClass = 'area-' + dataAreasKey
const areaEl = document.createElement('div')
areaEl.classList.add(areaClass)
areaEl.classList.add('area')
areasEl.appendChild(areaEl)
let areaHtml = ''
areaHtml += `<h2>${row.label}</h2><div style="font-size: 0.9em">${row.desc}</div><br/>`
if (row.type === 'disk') {
areaHtml += `<div>Total Runtime: <span class="total-sum"></span></div>`
if (Object.keys(row.types).length > 1) {
areaHtml += `<div class="charts-all"></div>`
}
areaEl.innerHTML = areaHtml
let seriesColors = {}
let allSeries = []
let barStrokeWidth = 5
let typeId = 0
let totalSum = 0
for (const typeKey in row.types) {
const typeRow = row.types[typeKey]
let min = 0
let max = 0
let total = 0
const dataPoints = typeRow.dataPoints || []
for (const dataPoint of dataPoints) {
if (min <= 0 || dataPoint < min) {
min = dataPoint
}
if (dataPoint > max) {
max = dataPoint
}
total += dataPoint
}
totalSum += total
barStrokeWidth = Math.max(1, 1100 / dataPoints.length)
let avg = total / dataPoints.length
const typeEl = document.createElement('div')
let typeHtml = ''
typeEl.classList.add('area-type')
typeHtml += `
<div class="type-${typeKey}">
<h3>${typeRow.label}</h3>
Runtime: <span class="total">${getLabelForRuntime(total, row.totalFileSize)}</span><br/>
Min: <span class="min">${getLabelForRuntime(min)}</span><br/>
Max: <span class="max">${getLabelForRuntime(max)}</span><br/>
Avg: <span class="avg">${getLabelForRuntime(avg)}</span><br/>
<div class="chart"></div>
</div>
<style>
.${areaClass} .type-${typeKey} .ct-series-a .ct-line{
stroke: ${typeRow.color};
}
</style>
`
allSeries.push(dataPointsToSeries(dataPoints))
seriesColors[seriesChars[typeId]] = typeRow.color
typeEl.innerHTML = typeHtml
areaEl.appendChild(typeEl)
new window.Chartist.LineChart(
typeEl.querySelector('.chart'),
{
series: [dataPointsToSeries(dataPoints)],
},
{
low: 0,
lineSmooth: false,
axisX: {
type: window.Chartist.AutoScaleAxis,
onlyInteger: true,
labelInterpolationFnc: (value, index) => {
return (index % 2 === 0 ? row.axisXLabelPrefix + value : null)
}
},
axisY: {
labelOffset: { x: 20, y: 0 },
labelInterpolationFnc: (value, index) => {
return getLabelForRuntime(value)
}
},
},
)
typeId++
}
areaEl.querySelector('.total-sum').innerText = getLabelForRuntime(totalSum, row.totalFileSize)
if (Object.keys(row.types).length > 1) {
const styleEl = document.createElement('style')
areaEl.appendChild(styleEl)
let styleHtml = ''
for (const seriesColorsKey in seriesColors) {
styleHtml += `
.${areaClass} .charts-all .ct-series-${seriesColorsKey} .ct-line,
.${areaClass} .charts-all .ct-series-${seriesColorsKey} .ct-bar{
stroke: ${seriesColors[seriesColorsKey]};
stroke-width: ${barStrokeWidth}px;
}
`
}
styleEl.innerHTML = styleHtml
new window.Chartist.BarChart(
areaEl.querySelector('.charts-all'),
{
series: allSeries,
},
{
stackBars: true,
axisX: {
type: window.Chartist.AutoScaleAxis,
onlyInteger: true,
labelInterpolationFnc: (value, index) => {
return (index % 2 === 0 ? row.axisXLabelPrefix + value : null)
}
},
axisY: {
labelOffset: { x: 20, y: 0 },
labelInterpolationFnc: (value, index) => {
return getLabelForRuntime(value)
}
},
low: 0,
},
)
}
} else if (row.type === 'cpu') {
let min = 0
let max = 0
let total = 0
for (const dataPoint of row.dataPoints) {
if (min <= 0 || dataPoint < min) {
min = dataPoint
}
if (dataPoint > max) {
max = dataPoint
}
total += dataPoint
}
let avg = total / row.dataPoints.length
const typeEl = document.createElement('div')
let typeHtml = ''
typeEl.classList.add('area-type')
typeHtml += `
<div>
<h3>${row.label}</h3>
Min: <span class="min">${min} (${getUnitDesc(min)})</span><br/>
Max: <span class="max">${max} (${getUnitDesc(max)})</span><br/>
Avg: <span class="avg">${avg} (${getUnitDesc(avg)})</span><br/>
<div class="chart"></div>
</div>
<style>
.${areaClass} .ct-series-a .ct-line{
stroke: ${row.color};
}
</style>
`
typeEl.innerHTML = typeHtml
areaEl.appendChild(typeEl)
new window.Chartist.LineChart(
typeEl.querySelector('.chart'),
{
series: [dataPointsToSeries(row.dataPoints)],
},
{
low: 0,
lineSmooth: false,
axisX: {
type: window.Chartist.AutoScaleAxis,
onlyInteger: true,
labelInterpolationFnc: (value, index) => {
return (index % 2 === 0 ? row.axisXLabelPrefix + value : null)
}
},
axisY: {
labelOffset: { x: 20, y: 0 },
labelInterpolationFnc: (value, index) => {
return getUnitDesc(value)
}
},
},
)
} else {
throw new Error(row.type + ' not yet implemented')
}
}
}
let renderTo = null
function addData(dataType, data) {
// small delay for render
clearTimeout(renderTo)
renderTo = setTimeout(render, 100)
if (dataType === 'testSetupData') {
window.testSetupData = data
return
}
if (dataType.startsWith('testRun')) {
if (!window.testRuns) {
window.testRuns = {}
}
if (!window.testRuns[dataType]) {
window.testRuns[dataType] = []
}
window.testRuns[dataType].push(data)
}
}
</script>
<script>
// https://chartist.dev/
//@formatter:off
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Math.round(i * e) / e : i })); return t + s.command + i.join(",") }), "") + (this.close ? "Z" : "") } scale(e, t) { return $(this.pathElements, ((s, i) => { s[i] *= "x" === i[0] ? e : t })), this } translate(e, t) { return $(this.pathElements, ((s, i) => { s[i] += "x" === i[0] ? e : t })), this } transform(e) { return $(this.pathElements, ((t, s, i, n, r) => { const a = e(t, s, i, n, r); (a || 0 === a) && (t[s] = a) })), this } clone() { const e = new J(arguments.length > 0 && void 0 !== arguments[0] && arguments[0] || this.close); return e.pos = this.pos, e.pathElements = this.pathElements.slice().map((e => ({ ...e }))), e.options = { ...this.options }, e } splitByCommand(e) { const t = [new J]; return this.pathElements.forEach((s => { s.command === e.toUpperCase() && 0 !== t[t.length - 1].pathElements.length && t.push(new J), t[t.length - 1].pathElements.push(s) })), t } constructor(e = !1, t) { this.close = e, this.pathElements = [], this.pos = 0, this.options = { ...W, ...t } } } function K(e) { const t = { fillHoles: !1, ...e }; return function (e, s) { const i = new J; let n = !0; for (let r = 0; r < e.length; r += 2) { const a = e[r], o = e[r + 1], l = s[r / 2]; void 0 !== L(l.value) ? (n ? i.move(a, o, !1, l) : i.line(a, o, !1, l), n = !1) : t.fillHoles || (n = !0) } return i } } function ee(e) { const t = { fillHoles: !1, ...e }; return function e(s, i) { const n = I(s, i, { fillHoles: t.fillHoles, increasingX: !0 }); if (n.length) { if (n.length > 1) return J.join(n.map((t => e(t.pathCoordinates, t.valueData)))); { if (s = n[0].pathCoordinates, i = n[0].valueData, s.length <= 4) return K()(s, i); const e = [], t = [], r = s.length / 2, a = [], o = [], l = [], h = []; for (let i = 0; i < r; i++)e[i] = s[2 * i], t[i] = s[2 * i + 1]; for (let s = 0; s < r - 1; s++)l[s] = t[s + 1] - t[s], h[s] = e[s + 1] - e[s], o[s] = l[s] / h[s]; a[0] = o[0], a[r - 1] = o[r - 2]; for (let e = 1; e < r - 1; e++)0 === o[e] || 0 === o[e - 1] || o[e - 1] > 0 != o[e] > 0 ? a[e] = 0 : (a[e] = 3 * (h[e - 1] + h[e]) / ((2 * h[e] + h[e - 1]) / o[e - 1] + (h[e] + 2 * h[e - 1]) / o[e]), isFinite(a[e]) || (a[e] = 0)); const c = (new J).move(e[0], t[0], !1, i[0]); for (let s = 0; s < r - 1; s++)c.curve(e[s] + h[s] / 3, t[s] + a[s] * h[s] / 3, e[s + 1] - h[s] / 3, t[s + 1] - a[s + 1] * h[s] / 3, e[s + 1], t[s + 1], !1, i[s + 1]); return c } } return K()([], []) } } var te = Object.freeze({ __proto__: null, none: K, simple: function (e) { const t = { divisor: 2, fillHoles: !1, ...e }, s = 1 / Math.max(1, t.divisor); return function (e, i) { const n = new J; let r, a = 0, o = 0; for (let l = 0; l < e.length; l += 2) { const h = e[l], c = e[l + 1], u = (h - a) * s, d = i[l / 2]; void 0 !== d.value ? (void 0 === r ? n.move(h, c, !1, d) : n.curve(a + u, o, h - u, c, h, c, !1, d), a = h, o = c, r = d) : t.fillHoles || (a = o = 0, r = void 0) } return n } }, step: function (e) { const t = { postpone: !0, fillHoles: !1, ...e }; return function (e, s) { const i = new J; let n, r = 0, a = 0; for (let o = 0; o < e.length; o += 2) { const l = e[o], h = e[o + 1], c = s[o / 2]; void 0 !== c.value ? (void 0 === n ? i.move(l, h, !1, c) : (t.postpone ? i.line(l, a, !1, n) : i.line(r, h, !1, c), i.line(l, h, !1, c)), r = l, a = h, n = c) : t.fillHoles || (r = a = 0, n = void 0) } return i } }, cardinal: function (e) { const t = { tension: 1, fillHoles: !1, ...e }, s = Math.min(1, Math.max(0, t.tension)), i = 1 - s; return function e(n, r) { const a = I(n, r, { fillHoles: t.fillHoles }); if (a.length) { if (a.length > 1) return J.join(a.map((t => e(t.pathCoordinates, t.valueData)))); { if (n = a[0].pathCoordinates, r = a[0].valueData, n.length <= 4) return K()(n, r); const e = (new J).move(n[0], n[1], !1, r[0]), t = !1; for (let a = 0, o = n.length; o - 2 * Number(!t) > a; a += 2) { const t = [{ x: +n[a - 2], y: +n[a - 1] }, { x: +n[a], y: +n[a + 1] }, { x: +n[a + 2], y: +n[a + 3] }, { x: +n[a + 4], y: +n[a + 5] }]; o - 4 === a ? t[3] = t[2] : a || (t[0] = { x: +n[a], y: +n[a + 1] }), e.curve(s * (-t[0].x + 6 * t[1].x + t[2].x) / 6 + i * t[2].x, s * (-t[0].y + 6 * t[1].y + t[2].y) / 6 + i * t[2].y, s * (t[1].x + 6 * t[2].x - t[3].x) / 6 + i * t[2].x, s * (t[1].y + 6 * t[2].y - t[3].y) / 6 + i * t[2].y, t[2].x, t[2].y, !1, r[(a + 2) / 2]) } return e } } return K()([], []) } }, monotoneCubic: ee }); class se { on(e, t) { const { allListeners: s, listeners: i } = this; "*" === e ? s.add(t) : (i.has(e) || i.set(e, new Set), i.get(e).add(t)) } off(e, t) { const { allListeners: s, listeners: i } = this; if ("*" === e) t ? s.delete(t) : s.clear(); else if (i.has(e)) { const s = i.get(e); t ? s.delete(t) : s.clear(), s.size || i.delete(e) } } emit(e, t) { const { allListeners: s, listeners: i } = this; i.has(e) && i.get(e).forEach((e => e(t))), s.forEach((s => s(e, t))) } constructor() { this.listeners = new Map, this.allListeners = new Set } } const ie = new WeakMap; class ne { update(e, t) { let s = arguments.length > 2 && void 0 !== arguments[2] && arguments[2]; var i; (e && (this.data = e || {}, this.data.labels = this.data.labels || [], this.data.series = this.data.series || [], this.eventEmitter.emit("data", { type: "update", data: this.data })), t) && (this.options = m({}, s ? this.options : this.defaultOptions, t), this.initializeTimeoutId || (null === (i = this.optionsProvider) || void 0 === i || i.removeMediaQueryListeners(), this.optionsProvider = F(this.options, this.responsiveOptions, this.eventEmitter))); return !this.initializeTimeoutId && this.optionsProvider && this.createChart(this.optionsProvider.getCurrentOptions()), this } detach() { var e; this.initializeTimeoutId ? window.clearTimeout(this.initializeTimeoutId) : (window.removeEventListener("resize", this.resizeListener), null === (e = this.optionsProvider) || void 0 === e || e.removeMediaQueryListeners()); return ie.delete(this.container), this } on(e, t) { return this.eventEmitter.on(e, t), this } off(e, t) { return this.eventEmitter.off(e, t), this } initialize() { window.addEventListener("resize", this.resizeListener), this.optionsProvider = F(this.options, this.responsiveOptions, this.eventEmitter), this.eventEmitter.on("optionsChanged", (() => this.update())), this.options.plugins && this.options.plugins.forEach((e => { Array.isArray(e) ? e[0](this, e[1]) : e(this) })), this.eventEmitter.emit("data", { type: "initial", data: this.data }), this.createChart(this.optionsProvider.getCurrentOptions()), this.initializeTimeoutId = null } constructor(e, t, s, i, n) { this.data = t, this.defaultOptions = s, this.options = i, this.responsiveOptions = n, this.eventEmitter = new se, this.resizeListener = () => this.update(), this.initializeTimeoutId = setTimeout((() => this.initialize()), 0); const r = "string" == typeof e ? document.querySelector(e) : e; if (!r) throw new Error("Target element is not found"); this.container = r; const a = ie.get(r); a && a.detach(), ie.set(r, this) } } const re = { x: { pos: "x", len: "width", dir: "horizontal", rectStart: "x1", rectEnd: "x2", rectOffset: "y2" }, y: { pos: "y", len: "height", dir: "vertical", rectStart: "y2", rectEnd: "y1", rectOffset: "x1" } }; class ae { createGridAndLabels(e, t, s, i) { const n = "x" === this.units.pos ? s.axisX : s.axisY, r = this.ticks.map(((e, t) => this.projectValue(e, t))), a = this.ticks.map(n.labelInterpolationFnc); r.forEach(((o, l) => { const h = a[l], c = { x: 0, y: 0 }; let u; u = r[l + 1] ? r[l + 1] - o : Math.max(this.axisLength - o, this.axisLength / this.ticks.length), "" !== h && w(h) || ("x" === this.units.pos ? (o = this.chartRect.x1 + o, c.x = s.axisX.labelOffset.x, "start" === s.axisX.position ? c.y = this.chartRect.padding.top + s.axisX.labelOffset.y + 5 : c.y = this.chartRect.y1 + s.axisX.labelOffset.y + 5) : (o = this.chartRect.y1 - o, c.y = s.axisY.labelOffset.y - u, "start" === s.axisY.position ? c.x = this.chartRect.padding.left + s.axisY.labelOffset.x : c.x = this.chartRect.x2 + s.axisY.labelOffset.x + 10), n.showGrid && H(o, l, this, this.gridOffset, this.chartRect[this.counterUnits.len](), e, [s.classNames.grid, s.classNames[this.units.dir]], i), n.showLabel && Q(o, u, l, h, this, n.offset, c, t, [s.classNames.label, s.classNames[this.units.dir], "start" === n.position ? s.classNames[n.position] : s.classNames.end], i)) })) } constructor(e, t, s) { this.units = e, this.chartRect = t, this.ticks = s, this.counterUnits = e === re.x ? re.y : re.x, this.axisLength = t[this.units.rectEnd] - t[this.units.rectStart], this.gridOffset = t[this.units.rectOffset] } } class oe extends ae { projectValue(e) { const t = Number(L(e, this.units.pos)); return this.axisLength * (t - this.bounds.min) / this.bounds.range } constructor(e, t, s, i) { const n = i.highLow || S(t, i, e.pos), r = d(s[e.rectEnd] - s[e.rectStart], n, i.scaleMinSpace || 20, i.onlyInteger), a = { min: r.min, max: r.max }; super(e, s, r.values), this.bounds = r, this.range = a } } class le extends ae { projectValue(e, t) { return this.stepLength * t } constructor(e, t, s, i) { const n = i.ticks || []; super(e, s, n); const r = Math.max(1, n.length - (i.stretch ? 1 : 0)); this.stepLength = this.axisLength / r, this.stretch = Boolean(i.stretch) } } function he(e, t, s) { var i; if (v(e, "name") && e.name && (null === (i = t.series) || void 0 === i ? void 0 : i[e.name])) { const i = (null == t ? void 0 : t.series[e.name])[s]; return void 0 === i ? t[s] : i } return t[s] } const ce = { axisX: { offset: 30, position: "end", labelOffset: { x: 0, y: 0 }, showLabel: !0, showGrid: !0, labelInterpolationFnc: p, type: void 0 }, axisY: { offset: 40, position: "start", labelOffset: { x: 0, y: 0 }, showLabel: !0, showGrid: !0, labelInterpolationFnc: p, type: void 0, scaleMinSpace: 20, onlyInteger: !1 }, width: void 0, height: void 0, showLine: !0, showPoint: !0, showArea: !1, areaBase: 0, lineSmooth: !0, showGridBackground: !1, low: void 0, high: void 0, chartPadding: { top: 15, right: 15, bottom: 5, left: 10 }, fullWidth: !1, reverseData: !1, classNames: { chart: "ct-chart-line", label: "ct-label", labelGroup: "ct-labels", series: "ct-series", line: "ct-line", point: "ct-point", area: "ct-area", grid: "ct-grid", gridGroup: "ct-grids", gridBackground: "ct-grid-background", vertical: "ct-vertical", horizontal: "ct-horizontal", start: "ct-start", end: "ct-end" } }; const ue = { axisX: { offset: 30, position: "end", labelOffset: { x: 0, y: 0 }, showLabel: !0, showGrid: !0, labelInterpolationFnc: p, scaleMinSpace: 30, onlyInteger: !1 }, axisY: { offset: 40, position: "start", labelOffset: { x: 0, y: 0 }, showLabel: !0, showGrid: !0, labelInterpolationFnc: p, scaleMinSpace: 20, onlyInteger: !1 }, width: void 0, height: void 0, high: void 0, low: void 0, referenceValue: 0, chartPadding: { top: 15, right: 15, bottom: 5, left: 10 }, seriesBarDistance: 15, stackBars: !1, stackMode: "accumulate", horizontalBars: !1, distributeSeries: !1, reverseData: !1, showGridBackground: !1, classNames: { chart: "ct-chart-bar", horizontalBars: "ct-horizontal-bars", label: "ct-label", labelGroup: "ct-labels", series: "ct-series", bar: "ct-bar", grid: "ct-grid", gridGroup: "ct-grids", gridBackground: "ct-grid-background", vertical: "ct-vertical", horizontal: "ct-horizontal", start: "ct-start", end: "ct-end" } }; const de = { width: void 0, height: void 0, chartPadding: 5, classNames: { chartPie: "ct-chart-pie", chartDonut: "ct-chart-donut", series: "ct-series", slicePie: "ct-slice-pie", sliceDonut: "ct-slice-donut", label: "ct-label" }, startAngle: 0, total: void 0, donut: !1, donutWidth: 60, showLabel: !0, labelOffset: 0, labelPosition: "inside", labelInterpolationFnc: p, labelDirection: "neutral", ignoreEmptyValues: !1 }; function me(e, t, s) { const i = t.x > e.x; return i && "explode" === s || !i && "implode" === s ? "start" : i && "implode" === s || !i && "explode" === s ? "end" : "middle" } e.AutoScaleAxis = oe, e.Axis = ae, e.BarChart = class extends ne { createChart(e) { const { data: t } = this, s = B(t, e.reverseData, e.horizontalBars ? "x" : "y", !0), i = G(this.container, e.width, e.height, e.classNames.chart + (e.horizontalBars ? " " + e.classNames.horizontalBars : "")), n = e.stackBars && !0 !== e.stackMode && s.series.length ? S([(a = s.series, x(a, (function () { for (var e = arguments.length, t = new Array(e), s = 0; s < e; s++)t[s] = arguments[s]; return Array.from(t).reduce(((e, t) => ({ x: e.x + (v(t, "x") ? t.x : 0), y: e.y + (v(t, "y") ? t.y : 0) })), { x: 0, y: 0 }) })))], e, e.horizontalBars ? "x" : "y") : S(s.series, e, e.horizontalBars ? "x" : "y"); var a; this.svg = i; const o = i.elem("g").addClass(e.classNames.gridGroup), l = i.elem("g"), h = i.elem("g").addClass(e.classNames.labelGroup); "number" == typeof e.high && (n.high = e.high), "number" == typeof e.low && (n.low = e.low); const c = U(i, e); let u; const d = e.distributeSeries && e.stackBars ? s.labels.slice(0, 1) : s.labels; let m, p, f; e.horizontalBars ? (u = p = void 0 === e.axisX.type ? new oe(re.x, s.series, c, { ...e.axisX, highLow: n, referenceValue: 0 }) : new e.axisX.type(re.x, s.series, c, { ...e.axisX, highLow: n, referenceValue: 0 }), m = f = void 0 === e.axisY.type ? new le(re.y, s.series, c, { ticks: d }) : new e.axisY.type(re.y, s.series, c, e.axisY)) : (m = p = void 0 === e.axisX.type ? new le(re.x, s.series, c, { ticks: d }) : new e.axisX.type(re.x, s.series, c, e.axisX), u = f = void 0 === e.axisY.type ? new oe(re.y, s.series, c, { ...e.axisY, highLow: n, referenceValue: 0 }) : new e.axisY.type(re.y, s.series, c, { ...e.axisY, highLow: n, referenceValue: 0 })); const g = e.horizontalBars ? c.x1 + u.projectValue(0) : c.y1 - u.projectValue(0), w = "accumulate" === e.stackMode, b = "accumulate-relative" === e.stackMode, E = [], N = []; let C = E; m.createGridAndLabels(o, h, e, this.eventEmitter), u.createGridAndLabels(o, h, e, this.eventEmitter), e.showGridBackground && T(o, c, e.classNames.gridBackground, this.eventEmitter), A(t.series, ((i, n) => { const a = n - (t.series.length - 1) / 2; let o; o = e.distributeSeries && !e.stackBars ? m.axisLength / s.series.length / 2 : e.distributeSeries && e.stackBars ? m.axisLength / 2 : m.axisLength / s.series[n].length / 2; const h = l.elem("g"), d = v(i, "name") && i.name, x = v(i, "className") && i.className, A = v(i, "meta") ? i.meta : void 0; d && h.attr({ "ct:series-name": d }), A && h.attr({ "ct:meta": X(A) }), h.addClass([e.classNames.series, x || "".concat(e.classNames.series, "-").concat(r(n))].join(" ")), s.series[n].forEach(((t, r) => { const l = v(t, "x") && t.x, d = v(t, "y") && t.y; let x, A; x = e.distributeSeries && !e.stackBars ? n : e.distributeSeries && e.stackBars ? 0 : r, A = e.horizontalBars ? { x: c.x1 + u.projectValue(l || 0, r, s.series[n]), y: c.y1 - m.projectValue(d || 0, x, s.series[n]) } : { x: c.x1 + m.projectValue(l || 0, x, s.series[n]), y: c.y1 - u.projectValue(d || 0, r, s.series[n]) }, m instanceof le && (m.stretch || (A[m.units.pos] += o * (e.horizontalBars ? -1 : 1)), A[m.units.pos] += e.stackBars || e.distributeSeries ? 0 : a * e.seriesBarDistance * (e.horizontalBars ? -1 : 1)), b && (C = d >= 0 || l >= 0 ? E : N); const O = C[r] || g; if (C[r] = O - (g - A[m.counterUnits.pos]), void 0 === t) return; const L = { ["".concat(m.units.pos, "1")]: A[m.units.pos], ["".concat(m.units.pos, "2")]: A[m.units.pos] }; e.stackBars && (w || b || !e.stackMode) ? (L["".concat(m.counterUnits.pos, "1")] = O, L["".concat(m.counterUnits.pos, "2")] = C[r]) : (L["".concat(m.counterUnits.pos, "1")] = g, L["".concat(m.counterUnits.pos, "2")] = A[m.counterUnits.pos]), L.x1 = Math.min(Math.max(L.x1, c.x1), c.x2), L.x2 = Math.min(Math.max(L.x2, c.x1), c.x2), L.y1 = Math.min(Math.max(L.y1, c.y2), c.y1), L.y2 = Math.min(Math.max(L.y2, c.y2), c.y1); const S = M(i, r), B = h.elem("line", L, e.classNames.bar).attr({ "ct:value": [l, d].filter(y).join(","), "ct:meta": X(S) }); this.eventEmitter.emit("draw", { type: "bar", value: t, index: r, meta: S, series: i, seriesIndex: n, axisX: p, axisY: f, chartRect: c, group: h, element: B, ...L }) })) }), e.reverseData), this.eventEmitter.emit("created", { chartRect: c, axisX: p, axisY: f, svg: i, options: e }) } constructor(e, t, s, i) { super(e, t, ue, m({}, ue, s), i), this.data = t } }, e.BaseChart = ne, e.EPSILON = a, e.EventEmitter = se, e.FixedScaleAxis = class extends ae { projectValue(e) { const t = Number(L(e, this.units.pos)); return this.axisLength * (t - this.range.min) / (this.range.max - this.range.min) } constructor(e, t, s, i) { const n = i.highLow || S(t, i, e.pos), r = i.divisor || 1, a = (i.ticks || f(r, (e => n.low + (n.high - n.low) / r * e))).sort(((e, t) => Number(e) - Number(t))), o = { min: n.low, max: n.high }; super(e, s, a), this.range = o } }, e.Interpolation = te, e.LineChart = class extends ne { createChart(e) { const { data: t } = this, s = B(t, e.reverseData, !0), i = G(this.container, e.width, e.height, e.classNames.chart); this.svg = i; const n = i.elem("g").addClass(e.classNames.gridGroup), a = i.elem("g"), o = i.elem("g").addClass(e.classNames.labelGroup), l = U(i, e); let h, c; h = void 0 === e.axisX.type ? new le(re.x, s.series, l, { ...e.axisX, ticks: s.labels, stretch: e.fullWidth }) : new e.axisX.type(re.x, s.series, l, e.axisX), c = void 0 === e.axisY.type ? new oe(re.y, s.series, l, { ...e.axisY, high: y(e.high) ? e.high : e.axisY.high, low: y(e.low) ? e.low : e.axisY.low }) : new e.axisY.type(re.y, s.series, l, e.axisY), h.createGridAndLabels(n, o, e, this.eventEmitter), c.createGridAndLabels(n, o, e, this.eventEmitter), e.showGridBackground && T(n, l, e.classNames.gridBackground, this.eventEmitter), A(t.series, ((t, i) => { const n = a.elem("g"), o = v(t, "name") && t.name, u = v(t, "className") && t.className, d = v(t, "meta") ? t.meta : void 0; o && n.attr({ "ct:series-name": o }), d && n.attr({ "ct:meta": X(d) }), n.addClass([e.classNames.series, u || "".concat(e.classNames.series, "-").concat(r(i))].join(" ")); const m = [], p = []; s.series[i].forEach(((e, n) => { const r = { x: l.x1 + h.projectValue(e, n, s.series[i]), y: l.y1 - c.projectValue(e, n, s.series[i]) }; m.push(r.x, r.y), p.push({ value: e, valueIndex: n, meta: M(t, n) }) })); const f = { lineSmooth: he(t, e, "lineSmooth"), showPoint: he(t, e, "showPoint"), showLine: he(t, e, "showLine"), showArea: he(t, e, "showArea"), areaBase: he(t, e, "areaBase") }; let g; g = "function" == typeof f.lineSmooth ? f.lineSmooth : f.lineSmooth ? ee() : K(); const x = g(m, p); if (f.showPoint && x.pathElements.forEach((s => { const { data: r } = s, a = n.elem("line", { x1: s.x, y1: s.y, x2: s.x + .01, y2: s.y }, e.classNames.point); if (r) { let e, t; v(r.value, "x") && (e = r.value.x), v(r.value, "y") && (t = r.value.y), a.attr({ "ct:value": [e, t].filter(y).join(","), "ct:meta": X(r.meta) }) } this.eventEmitter.emit("draw", { type: "point", value: null == r ? void 0 : r.value, index: (null == r ? void 0 : r.valueIndex) || 0, meta: null == r ? void 0 : r.meta, series: t, seriesIndex: i, axisX: h, axisY: c, group: n, element: a, x: s.x, y: s.y, chartRect: l }) })), f.showLine) { const r = n.elem("path", { d: x.stringify() }, e.classNames.line, !0); this.eventEmitter.emit("draw", { type: "line", values: s.series[i], path: x.clone(), chartRect: l, index: i, series: t, seriesIndex: i, meta: d, axisX: h, axisY: c, group: n, element: r }) } if (f.showArea && c.range) { const r = Math.max(Math.min(f.areaBase, c.range.max), c.range.min), a = l.y1 - c.projectValue(r); x.splitByCommand("M").filter((e => e.pathElements.length > 1)).map((e => { const t = e.pathElements[0], s = e.pathElements[e.pathElements.length - 1]; return e.clone(!0).position(0).remove(1).move(t.x, a).line(t.x, t.y).position(e.pathElements.length + 1).line(s.x, a) })).forEach((r => { const a = n.elem("path", { d: r.stringify() }, e.classNames.area, !0); this.eventEmitter.emit("draw", { type: "area", values: s.series[i], path: r.clone(), series: t, seriesIndex: i, axisX: h, axisY: c, chartRect: l, index: i, group: n, element: a, meta: d }) })) } }), e.reverseData), this.eventEmitter.emit("created", { chartRect: l, axisX: h, axisY: c, svg: i, options: e }) } constructor(e, t, s, i) { super(e, t, ce, m({}, ce, s), i), this.data = t } }, e.PieChart = class extends ne { createChart(e) { const { data: t } = this, s = B(t), i = []; let a, o, l = e.startAngle; const h = G(this.container, e.width, e.height, e.donut ? e.classNames.chartDonut : e.classNames.chartPie); this.svg = h; const c = U(h, e); let d = Math.min(c.width() / 2, c.height() / 2); const m = e.total || s.series.reduce(g, 0), p = n(e.donutWidth); "%" === p.unit && (p.value *= d / 100), d -= e.donut ? p.value / 2 : 0, o = "outside" === e.labelPosition || e.donut ? d : "center" === e.labelPosition ? 0 : d / 2, e.labelOffset && (o += e.labelOffset); const f = { x: c.x1 + c.width() / 2, y: c.y2 + c.height() / 2 }, x = 1 === t.series.filter((e => v(e, "value") ? 0 !== e.value : 0 !== e)).length; t.series.forEach(((e, t) => i[t] = h.elem("g"))), e.showLabel && (a = h.elem("g")), t.series.forEach(((n, h) => { var g, y; if (0 === s.series[h] && e.ignoreEmptyValues) return; const b = v(n, "name") && n.name, E = v(n, "className") && n.className, A = v(n, "meta") ? n.meta : void 0; b && i[h].attr({ "ct:series-name": b }), i[h].addClass([null === (g = e.classNames) || void 0 === g ? void 0 : g.series, E || "".concat(null === (y = e.classNames) || void 0 === y ? void 0 : y.series, "-").concat(r(h))].join(" ")); let M = m > 0 ? l + s.series[h] / m * 360 : 0; const N = Math.max(0, l - (0 === h || x ? 0 : .2)); M - N >= 359.99 && (M = N + 359.99); const C = u(f.x, f.y, d, N), O = u(f.x, f.y, d, M), L = new J(!e.donut).move(O.x, O.y).arc(d, d, 0, Number(M - l > 180), 0, C.x, C.y); e.donut || L.line(f.x, f.y); const S = i[h].elem("path", { d: L.stringify() }, e.donut ? e.classNames.sliceDonut : e.classNames.slicePie); if (S.attr({ "ct:value": s.series[h], "ct:meta": X(A) }), e.donut && S.attr({ style: "stroke-width: " + p.value + "px" }), this.eventEmitter.emit("draw", { type: "slice", value: s.series[h], totalDataSum: m, index: h, meta: A, series: n, group: i[h], element: S, path: L.clone(), center: f, radius: d, startAngle: l, endAngle: M, chartRect: c }), e.showLabel) { let i, r; i = 1 === t.series.length ? { x: f.x, y: f.y } : u(f.x, f.y, o, l + (M - l) / 2), r = s.labels && !w(s.labels[h]) ? s.labels[h] : s.series[h]; const d = e.labelInterpolationFnc(r, h); if (d || 0 === d) { const t = a.elem("text", { dx: i.x, dy: i.y, "text-anchor": me(f, i, e.labelDirection) }, e.classNames.label).text(String(d)); this.eventEmitter.emit("draw", { type: "label", index: h, group: a, element: t, text: "" + d, chartRect: c, series: n, meta: A, ...i }) } } l = M })), this.eventEmitter.emit("created", { chartRect: c, svg: h, options: e }) } constructor(e, t, s, i) { super(e, t, de, m({}, de, s), i), this.data = t } }, e.StepAxis = le, e.Svg = R, e.SvgList = P, e.SvgPath = J, e.alphaNumerate = r, e.axisUnits = re, e.createChartRect = U, e.createGrid = H, e.createGridBackground = T, e.createLabel = Q, e.createSvg = G, e.deserialize = function (e) { if ("string" != typeof e) return e; if ("NaN" === e) return NaN; let t = e = Object.keys(s).reduce(((e, t) => e.replaceAll(s[t], t)), e); if ("string" == typeof e) try { t = JSON.parse(e), t = void 0 !== t.data ? t.data : t } catch (e) { } return t }, e.determineAnchorPosition = me, e.each = A, e.easings = V, e.ensureUnit = i, e.escapingMap = s, e.extend = m, e.getBounds = d, e.getHighLow = S, e.getMetaData = M, e.getMultiValue = L, e.getNumberOrUndefined = b, e.getSeriesOption = he, e.isArrayOfArrays = E, e.isArrayOfSeries = C, e.isDataHoleValue = N, e.isFalseyButZero = w, e.isMultiValue = O, e.isNumeric = y, e.namespaces = t, e.noop = p, e.normalizeData = B, e.normalizePadding = D, e.optionsProvider = F, e.orderOfMagnitude = o, e.polarToCartesian = u, e.precision = 8, e.projectLength = l, e.quantity = n, e.rho = c, e.roundWithPrecision = h, e.safeHasProperty = v, e.serialMap = x, e.serialize = X, e.splitIntoSegments = I, e.sum = g, e.times = f, Object.defineProperty(e, "__esModule", { value: !0 }) }));
//@formatter:on
</script>
<style>
.ct-label {
fill: rgba(0, 0, 0, .4);
color: rgba(0, 0, 0, .4);
font-size: .75rem;
line-height: 1
}
.ct-chart-bar .ct-label,
.ct-chart-line .ct-label {
display: flex
}
.ct-chart-donut .ct-label,
.ct-chart-pie .ct-label {
dominant-baseline: central
}
.ct-label.ct-horizontal.ct-start {
align-items: flex-end;
justify-content: flex-start;
text-align: left
}
.ct-label.ct-horizontal.ct-end {
align-items: flex-start;
justify-content: flex-start;
text-align: left
}
.ct-label.ct-vertical.ct-start {
align-items: flex-end;
justify-content: flex-end;
text-align: right
}
.ct-label.ct-vertical.ct-end {
align-items: flex-end;
justify-content: flex-start;
text-align: left
}
.ct-chart-bar .ct-label.ct-horizontal.ct-start {
align-items: flex-end;
justify-content: center;
text-align: center
}
.ct-chart-bar .ct-label.ct-horizontal.ct-end {
align-items: flex-start;
justify-content: center;
text-align: center
}
.ct-chart-bar.ct-horizontal-bars .ct-label.ct-horizontal.ct-start {
align-items: flex-end;
justify-content: flex-start;
text-align: left
}
.ct-chart-bar.ct-horizontal-bars .ct-label.ct-horizontal.ct-end {
align-items: flex-start;
justify-content: flex-start;
text-align: left
}
.ct-chart-bar.ct-horizontal-bars .ct-label.ct-vertical.ct-start {
align-items: center;
justify-content: flex-end;
text-align: right
}
.ct-chart-bar.ct-horizontal-bars .ct-label.ct-vertical.ct-end {
align-items: center;
justify-content: flex-start;
text-align: left
}
.ct-grid {
stroke: rgba(0, 0, 0, .2);
stroke-width: 1px;
stroke-dasharray: 2px
}
.ct-grid-background {
fill: none
}
.ct-point {
stroke-width: 10px;
stroke-linecap: round;
display: none
}
.ct-line {
fill: none;
stroke-width: 4px
}
.ct-area {
stroke: none;
fill-opacity: .1
}
.ct-bar {
fill: none;
stroke-width: 10px
}
.ct-slice-donut {
fill: none;
stroke-width: 60px
}
.ct-series-a .ct-bar,
.ct-series-a .ct-line,
.ct-series-a .ct-point,
.ct-series-a .ct-slice-donut {
stroke: #d70206
}
.ct-series-a .ct-area,
.ct-series-a .ct-slice-pie {
fill: #d70206
}
.ct-series-b .ct-bar,
.ct-series-b .ct-line,
.ct-series-b .ct-point,
.ct-series-b .ct-slice-donut {
stroke: #f05b4f
}
.ct-series-b .ct-area,
.ct-series-b .ct-slice-pie {
fill: #f05b4f
}
.ct-series-c .ct-bar,
.ct-series-c .ct-line,
.ct-series-c .ct-point,
.ct-series-c .ct-slice-donut {
stroke: #f4c63d
}
.ct-series-c .ct-area,
.ct-series-c .ct-slice-pie {
fill: #f4c63d
}
.ct-series-d .ct-bar,
.ct-series-d .ct-line,
.ct-series-d .ct-point,
.ct-series-d .ct-slice-donut {
stroke: #d17905
}
.ct-series-d .ct-area,
.ct-series-d .ct-slice-pie {
fill: #d17905
}
.ct-series-e .ct-bar,
.ct-series-e .ct-line,
.ct-series-e .ct-point,
.ct-series-e .ct-slice-donut {
stroke: #453d3f
}
.ct-series-e .ct-area,
.ct-series-e .ct-slice-pie {
fill: #453d3f
}
.ct-series-f .ct-bar,
.ct-series-f .ct-line,
.ct-series-f .ct-point,
.ct-series-f .ct-slice-donut {
stroke: #59922b
}
.ct-series-f .ct-area,
.ct-series-f .ct-slice-pie {
fill: #59922b
}
.ct-series-g .ct-bar,
.ct-series-g .ct-line,
.ct-series-g .ct-point,
.ct-series-g .ct-slice-donut {
stroke: #0544d3
}
.ct-series-g .ct-area,
.ct-series-g .ct-slice-pie {
fill: #0544d3
}
.ct-series-h .ct-bar,
.ct-series-h .ct-line,
.ct-series-h .ct-point,
.ct-series-h .ct-slice-donut {
stroke: #6b0392
}
.ct-series-h .ct-area,
.ct-series-h .ct-slice-pie {
fill: #6b0392
}
.ct-series-i .ct-bar,
.ct-series-i .ct-line,
.ct-series-i .ct-point,
.ct-series-i .ct-slice-donut {
stroke: #e6805e
}
.ct-series-i .ct-area,
.ct-series-i .ct-slice-pie {
fill: #e6805e
}
.ct-series-j .ct-bar,
.ct-series-j .ct-line,
.ct-series-j .ct-point,
.ct-series-j .ct-slice-donut {
stroke: #dda458
}
.ct-series-j .ct-area,
.ct-series-j .ct-slice-pie {
fill: #dda458
}
.ct-series-k .ct-bar,
.ct-series-k .ct-line,
.ct-series-k .ct-point,
.ct-series-k .ct-slice-donut {
stroke: #eacf7d
}
.ct-series-k .ct-area,
.ct-series-k .ct-slice-pie {
fill: #eacf7d
}
.ct-series-l .ct-bar,
.ct-series-l .ct-line,
.ct-series-l .ct-point,
.ct-series-l .ct-slice-donut {
stroke: #86797d
}
.ct-series-l .ct-area,
.ct-series-l .ct-slice-pie {
fill: #86797d
}
.ct-series-m .ct-bar,
.ct-series-m .ct-line,
.ct-series-m .ct-point,
.ct-series-m .ct-slice-donut {
stroke: #b2c326
}
.ct-series-m .ct-area,
.ct-series-m .ct-slice-pie {
fill: #b2c326
}
.ct-series-n .ct-bar,
.ct-series-n .ct-line,
.ct-series-n .ct-point,
.ct-series-n .ct-slice-donut {
stroke: #6188e2
}
.ct-series-n .ct-area,
.ct-series-n .ct-slice-pie {
fill: #6188e2
}
.ct-series-o .ct-bar,
.ct-series-o .ct-line,
.ct-series-o .ct-point,
.ct-series-o .ct-slice-donut {
stroke: #a748ca
}
.ct-series-o .ct-area,
.ct-series-o .ct-slice-pie {
fill: #a748ca
}
.ct-square {
display: block;
position: relative;
width: 100%
}
.ct-square:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 100%
}
.ct-square:after {
content: "";
display: table;
clear: both
}
.ct-square>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-minor-second {
display: block;
position: relative;
width: 100%
}
.ct-minor-second:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 93.75%
}
.ct-minor-second:after {
content: "";
display: table;
clear: both
}
.ct-minor-second>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-major-second {
display: block;
position: relative;
width: 100%
}
.ct-major-second:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 88.8888888889%
}
.ct-major-second:after {
content: "";
display: table;
clear: both
}
.ct-major-second>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-minor-third {
display: block;
position: relative;
width: 100%
}
.ct-minor-third:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 83.3333333333%
}
.ct-minor-third:after {
content: "";
display: table;
clear: both
}
.ct-minor-third>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-major-third {
display: block;
position: relative;
width: 100%
}
.ct-major-third:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 80%
}
.ct-major-third:after {
content: "";
display: table;
clear: both
}
.ct-major-third>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-perfect-fourth {
display: block;
position: relative;
width: 100%
}
.ct-perfect-fourth:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 75%
}
.ct-perfect-fourth:after {
content: "";
display: table;
clear: both
}
.ct-perfect-fourth>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-perfect-fifth {
display: block;
position: relative;
width: 100%
}
.ct-perfect-fifth:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 66.6666666667%
}
.ct-perfect-fifth:after {
content: "";
display: table;
clear: both
}
.ct-perfect-fifth>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-minor-sixth {
display: block;
position: relative;
width: 100%
}
.ct-minor-sixth:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 62.5%
}
.ct-minor-sixth:after {
content: "";
display: table;
clear: both
}
.ct-minor-sixth>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-golden-section {
display: block;
position: relative;
width: 100%
}
.ct-golden-section:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 61.804697157%
}
.ct-golden-section:after {
content: "";
display: table;
clear: both
}
.ct-golden-section>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-major-sixth {
display: block;
position: relative;
width: 100%
}
.ct-major-sixth:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 60%
}
.ct-major-sixth:after {
content: "";
display: table;
clear: both
}
.ct-major-sixth>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-minor-seventh {
display: block;
position: relative;
width: 100%
}
.ct-minor-seventh:before {
display: block;
float: left;
content: "";
width: 0;
height: 0;
padding-bottom: 56.25%
}
.ct-minor-seventh:after {
content: "";
display: table;
clear: both
}
.ct-minor-seventh>svg {
display: block;
position: absolute;
top: 0;
left: 0
}
.ct-major-seventh {