https://www.momatainan.gov.tw/Scripts/Chart/highcharts.js

1!/**
2 * Highcharts JS v12.0.2 (2024-12-04)
3 * @module highcharts/highcharts
4 *
5 * (c) 2009-2024 Torstein Honsi
6 *
7 * License: www.highcharts.com/license
8 */function (t, e) { "object" == typeof exports && "object" == typeof module ? (t._Highcharts = e(), module.exports = t._Highcharts) : "function" == typeof define && define.amd ? define("highcharts/highcharts", [], e) : "object" == typeof exports ? (t._Highcharts = e(), exports.highcharts = t._Highcharts) : (t.Highcharts && t.Highcharts.error(16, !0), t.Highcharts = e()) }("undefined" == typeof window ? this : window, () => (() => {
9    "use strict"; let t, e; var i, s, o, r, a, n, h, l, d, c, p, u, g, f, m, x, y, b = {}; b.d = (t, e) => { for (var i in e) b.o(e, i) && !b.o(t, i) && Object.defineProperty(t, i, { enumerable: !0, get: e[i] }) }, b.o = (t, e) => Object.prototype.hasOwnProperty.call(t, e); var v = {}; b.d(v, { default: () => lm }), function (t) { t.SVG_NS = "http://www.w3.org/2000/svg", t.product = "Highcharts", t.version = "12.0.2", t.win = "undefined" != typeof window ? window : {}, t.doc = t.win.document, t.svg = t.doc && t.doc.createElementNS && !!t.doc.createElementNS(t.SVG_NS, "svg").createSVGRect, t.userAgent = t.win.navigator && t.win.navigator.userAgent || "", t.isChrome = t.win.chrome, t.isFirefox = -1 !== t.userAgent.indexOf("Firefox"), t.isMS = /(edge|msie|trident)/i.test(t.userAgent) && !t.win.opera, t.isSafari = !t.isChrome && -1 !== t.userAgent.indexOf("Safari"), t.isTouchDevice = /(Mobile|Android|Windows Phone)/.test(t.userAgent), t.isWebKit = -1 !== t.userAgent.indexOf("AppleWebKit"), t.deg2rad = 2 * Math.PI / 360, t.marginNames = ["plotTop", "marginRight", "marginBottom", "plotLeft"], t.noop = function () { }, t.supportsPassiveEvents = function () { let e = !1; if (!t.isMS) { let i = Object.defineProperty({}, "passive", { get: function () { e = !0 } }); t.win.addEventListener && t.win.removeEventListener && (t.win.addEventListener("testPassive", t.noop, i), t.win.removeEventListener("testPassive", t.noop, i)) } return e }(), t.charts = [], t.composed = [], t.dateFormats = {}, t.seriesTypes = {}, t.symbolSizes = {}, t.chartCount = 0 }(i || (i = {})); let k = i, { charts: w, doc: M, win: S } = k; function T(t, e, i, s) {
10        let o = e ? "Highcharts error" : "Highcharts warning"; 32 === t && (t = `${o}: Deprecated member`); let r = I(t), a = r ? `${o} #${t}: www.highcharts.com/errors/${t}/` : t.toString(); if (void 0 !== s) {
11            let t = ""; r && (a += "?"), G(s, function (e, i) {
12                t += `
13 - ${i}: ${e}`, r && (a += encodeURI(i) + "=" + encodeURI(e))
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15        } j(k, "displayError", { chart: i, code: t, message: a, params: s }, function () { if (e) throw Error(a); S.console && -1 === T.messages.indexOf(a) && console.warn(a) }), T.messages.push(a)
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16 return Object.keys(i).forEach(s => { -1 !== t.indexOf(s) && _(e, i[s]) }), e } makeTime(t, e, i = 1, s = 0, o, r, a) { let n = this.Date.UTC(t, e, i, s, o || 0, r || 0, a || 0); if ("UTC" !== this.timezone) { let t = this.getTimezoneOffset(n); if (n += t, -1 !== [2, 3, 8, 9, 10, 11].indexOf(e) && (s < 5 || s > 20)) { let e = this.getTimezoneOffset(n); t !== e ? n += e - t : t - 36e5 !== this.getTimezoneOffset(n - 36e5) || ta || (n -= 36e5) } } return n } parse(t) { if (!Q(t)) return t ?? void 0; let e = (t = t.replace(/\//g, "-").replace(/(GMT|UTC)/, "")).indexOf("Z") > -1 || /([+-][0-9]{2}):?[0-9]{2}$/.test(t), i = /^[0-9]{4}-[0-9]{2}-[0-9]{2}$/.test(t); e || i || (t += "Z"); let s = Date.parse(t); if (K(s)) return s + (!e || i ? this.getTimezoneOffset(s) : 0) } getTimezoneOffset(t) { if ("UTC" !== this.timezone) { let [e, i, s, o, r = 0] = this.dateTimeFormat({ timeZoneName: "shortOffset" }, t, "en").split(/(GMT|:)/).map(Number), a = -(36e5 * (s + r / 60)); if (K(a)) return a } return 0 } dateFormat(t, e, i) { let s = k.defaultOptions?.lang; if (!q(e) || isNaN(e)) return s?.invalidDate || ""; if (Q(t = t ?? "%Y-%m-%d %H:%M:%S")) { let i; let s = /%\[([a-zA-Z]+)\]/g; for (; i = s.exec(t);)t = t.replace(i[0], this.dateTimeFormat(i[1], e)) } if (Q(t) && -1 !== t.indexOf("%")) { let i = this, [o, r, a, n, h, l, d, c] = this.toParts(e), p = s?.weekdays || this.weekdays, u = s?.shortWeekdays || this.shortWeekdays, g = s?.months || this.months, f = s?.shortMonths || this.shortMonths; te(_({ a: u ? u[c] : p[c].substr(0, 3), A: p[c], d: ti(a), e: ti(a, 2, " "), w: c, b: f[r], B: g[r], m: ti(r + 1), o: r + 1, y: o.toString().substr(2, 2), Y: o, H: ti(n), k: n, I: ti(n % 12 || 12), l: n % 12 || 12, M: ti(h), p: n < 12 ? "AM" : "PM", P: n < 12 ? "am" : "pm", S: ti(l), L: ti(d, 3) }, k.dateFormats), function (s, o) { if (Q(t)) for (; -1 !== t.indexOf("%" + o);)t = t.replace("%" + o, "function" == typeof s ? s.call(i, e) : s) }) } else if (J(t)) { let i = (this.getTimezoneOffset(e) || 0) / 36e5, s = this.options.timezone || "Etc/GMT" + (i >= 0 ? "+" : "") + i, { prefix: o = "", suffix: r = "" } = t; t = o + this.dateTimeFormat(_({ timeZone: s }, t), e) + r } return i ? tr(t) : t } resolveDTLFormat(t) { return J(t, !0) ? J(t, !0) && tn(t) ? { main: t } : t : { main: (t = ts(t))[0], from: t[1], to: t[2] } } getTimeTicks(t, e, i, s) { let o = this, r = [], a = {}, { count: n = 1, unitRange: h } = t, [l, d, c, p, u, g] = o.toParts(e), f = (e || 0) % 1e3, m; if (s ?? (s = 1), q(e)) { if (f = h >= to.second ? 0 : n * Math.floor(f / n), h >= to.second && (g = h >= to.minute ? 0 : n * Math.floor(g / n)), h >= to.minute && (u = h >= to.hour ? 0 : n * Math.floor(u / n)), h >= to.hour && (p = h >= to.day ? 0 : n * Math.floor(p / n)), h >= to.day && (c = h >= to.month ? 1 : Math.max(1, n * Math.floor(c / n))), h >= to.month && (d = h >= to.year ? 0 : n * Math.floor(d / n)), h >= to.year && (l -= l % n), h === to.week) { n && (e = o.makeTime(l, d, c, p, u, g, f)); let t = th(this.dateTimeFormat({ timeZone: this.timezone, weekday: "narrow" }, e, "es")); c += -t + s + (t < s ? -7 : 0) } e = o.makeTime(l, d, c, p, u, g, f), o.variableTimezone && q(i) && (m = i - e > 4 * to.month || o.getTimezoneOffset(e) !== o.getTimezoneOffset(i)); let t = e, x = 1; for (; t < i;)r.push(t), h === to.year ? t = o.makeTime(l + x * n, 0) : h === to.month ? t = o.makeTime(l, d + x * n) : m && (h === to.day || h === to.week) ? t = o.makeTime(l, d, c + x * n * (h === to.day ? 1 : 7)) : m && h === to.hour && n > 1 ? t = o.makeTime(l, d, c, p + x * n) : t += h * n, x++; r.push(t), h <= to.hour && r.length < 1e4 && r.forEach(t => { t % 18e5 == 0 && "000000000" === o.dateFormat("%H%M%S%L", t) && (a[t] = "day") }) } return r.info = _(t, { higherRanks: a, totalRange: h * n }), r } getDateFormat(t, e, i, s) { let o = this.dateFormat("%m-%d %H:%M:%S.%L", e), r = "01-01 00:00:00.000", a = { millisecond: 15, second: 12, minute: 9, hour: 6, day: 3 }, n = "millisecond", h = n; for (n in to) { if (t === to.week && +this.dateFormat("%w", e) === i && o.substr(6) === r.substr(6)) { n = "week"; break } if (to[n] > t) { n = h; break } if (a[n] && o.substr(a[n]) !== r.substr(a[n])) break;

16HTMLFiltering; if (r) { if ("#text" === r) o = a; else if (-1 !== t_.allowedTags.indexOf(r) || n) { let s = "svg" === r ? tR : i.namespaceURI || tR, h = k.doc.createElementNS(s, r), l = e.attributes || {}; tU(e, function (t, e) { "tagName" !== e && "attributes" !== e && "children" !== e && "style" !== e && "textContent" !== e && (l[e] = t) }), tH(h, n ? l : t_.filterUserAttributes(l)), e.style && tF(h, e.style), a && h.appendChild(a), t(e.children || [], h), o = h } else tG(33, !1, void 0, { "Invalid tagName in config": r }) } o && i.appendChild(o), s = o }), s }(this.nodes, t) } parseMarkup(t) { let e; let i = []; t = t.trim().replace(/ style=(["'])/g, " data-style=$1"); try { e = new DOMParser().parseFromString(tq ? tq.createHTML(t) : t, "text/html") } catch (t) { } if (!e) { let i = tX("div"); i.innerHTML = t, e = { body: i } } let s = (t, e) => { let i = t.nodeName.toLowerCase(), o = { tagName: i }; "#text" === i && (o.textContent = t.textContent || ""); let r = t.attributes; if (r) { let t = {};[].forEach.call(r, e => { "data-style" === e.name ? o.style = t_.parseStyle(e.value) : t[e.name] = e.value }), o.attributes = t } if (t.childNodes.length) { let e = [];[].forEach.call(t.childNodes, t => { s(t, e) }), e.length && (o.children = e) } e.push(o) }; return [].forEach.call(e.body.childNodes, t => s(t, i)), i } } t_.allowedAttributes = ["alt", "aria-controls", "aria-describedby", "aria-expanded", "aria-haspopup", "aria-hidden", "aria-label", "aria-labelledby", "aria-live", "aria-pressed", "aria-readonly", "aria-roledescription", "aria-selected", "class", "clip-path", "color", "colspan", "cx", "cy", "d", "dx", "dy", "disabled", "fill", "filterUnits", "flood-color", "flood-opacity", "height", "href", "id", "in", "in2", "markerHeight", "markerWidth", "offset", "opacity", "operator", "orient", "padding", "paddingLeft", "paddingRight", "patternUnits", "r", "radius", "refX", "refY", "role", "scope", "slope", "src", "startOffset", "stdDeviation", "stroke", "stroke-linecap", "stroke-width", "style", "tableValues", "result", "rowspan", "summary", "target", "tabindex", "text-align", "text-anchor", "textAnchor", "textLength", "title", "type", "valign", "width", "x", "x1", "x2", "xlink:href", "y", "y1", "y2", "zIndex"], t_.allowedReferences = ["https://", "http://", "mailto:", "/", "../", "./", "#"], t_.allowedTags = ["a", "abbr", "b", "br", "button", "caption", "circle", "clipPath", "code", "dd", "defs", "div", "dl", "dt", "em", "feComponentTransfer", "feComposite", "feDropShadow", "feFlood", "feFuncA", "feFuncB", "feFuncG", "feFuncR", "feGaussianBlur", "feMorphology", "feOffset", "feMerge", "feMergeNode", "filter", "h1", "h2", "h3", "h4", "h5", "h6", "hr", "i", "img", "li", "linearGradient", "marker", "ol", "p", "path", "pattern", "pre", "rect", "small", "span", "stop", "strong", "style", "sub", "sup", "svg", "table", "text", "textPath", "thead", "title", "tbody", "tspan", "td", "th", "tr", "u", "ul", "#text"], t_.emptyHTML = tZ, t_.bypassHTMLFiltering = !1; let { defaultOptions: tK, defaultTime: tJ } = tf, { doc: tQ } = k, { extend: t0, getNestedProperty: t1, isArray: t2, isNumber: t3, isObject: t5, pick: t6, ucfirst: t9 } = $, t4 = { add: (t, e) => t + e, divide: (t, e) => 0 !== e ? t / e : "", eq: (t, e) => t == e, each: function (t) { let e = arguments[arguments.length - 1]; return !!t2(t) && t.map((i, s) => t7(e.body, t0(t5(i) ? i : { "@this": i }, { "@index": s, "@first": 0 === s, "@last": s === t.length - 1 }))).join("") }, ge: (t, e) => t >= e, gt: (t, e) => t > e, if: t => !!t, le: (t, e) => t <= e, lt: (t, e) => t < e, multiply: (t, e) => t * e, ne: (t, e) => t != e, subtract: (t, e) => t - e, ucfirst: t9, unless: t => !t }, t8 = {}; function t7(t = "", e, i) { let s = /\{([\p{L}\d:\.,;\-\/<>\[\]%_@"'’= #\(\)]+)\}/gu, o = /\(([\p{L}\d:\.,;\-\/<>\[\]%_@"'= ]+)\)/gu, r = [], a = /f$/, n = /\.(\d)/, h = i?.options.lang || tK.lang, l = i && i.time || tJ, d = i && i.numberFormatter || et, c = (t = "") => { let i; return "true" === t || "false" !== t && ((i = Number(t)).toString() === t ? i : /^["'].+["']$/.test(t) ? t.slice(1, -1) : t1(t, e)) }, p, u, g = 0, f; for (; null !== (p = s.exec(t));) { let i = p, s = o.exec(p[1]); s && (p = s, f = !0), u && u.isBlock || (u = { ctx: e, expression: p[1], find: p[0], isBlock: "#" === p[1].charAt(0), start: p.index, startInner: p.index + p[0].length, length: p[0].length }); let a = (u.isBlock ? i : p)[1].split(" ")[0].replace("#", ""); t4[a] && (u.isBlock && a === u.fn && g++, u.fn || (u.fn = a)); let n = "else" === p[1]; if (u.isBlock && u.fn && (p[1] === `/${u.fn}` || n)) { if (g) !n && g--; else { let e = u.startInner, i = t.substr(e, p.index - e); void 0 === u.body ? (u.body = i, u.startInner = p.index + p[0].length) : u.elseBody = i, u.find += i + p[0], n || (r.push(u), u = void 0) } } else u.isBlock || r.push(u); if (s && !u?.isBlock) break } return r.forEach(s => { let o, r; let { body: p, elseBody: u, expression: g, fn: m } = s;

16) - (t.height || 0)) * eC(t.verticalAlign); return o[e ? "translateX" : "x"] = Math.round(d), o[e ? "translateY" : "y"] = Math.round(c), s && (this[this.placed ? "animate" : "attr"](o), this.placed = !0), this.alignAttr = o, this } alignSetter(t) { let e = { left: "start", center: "middle", right: "end" }; e[t] && (this.alignValue = t, this.element.setAttribute("text-anchor", e[t])) } animate(t, e, i) { let s = el(eB(e, this.renderer.globalAnimation, !0)), o = s.defer; return ep.hidden && (s.duration = 0), 0 !== s.duration ? (i && (s.complete = i), eW(() => { this.element && eh(this, t, s) }, o)) : (this.attr(t, void 0, i || s.complete), eD(t, function (t, e) { s.step && s.step.call(this, t, { prop: e, pos: 1, elem: this }) }, this)), this } applyTextOutline(t) { let e = this.element; -1 !== t.indexOf("contrast") && (t = t.replace(/contrast/g, this.renderer.getContrast(e.style.fill))); let i = t.split(" "), s = i[i.length - 1], o = i[0]; if (o && "none" !== o && k.svg) { this.fakeTS = !0, o = o.replace(/(^[\d\.]+)(.*?)$/g, function (t, e, i) { return 2 * Number(e) + i }), this.removeTextOutline(); let t = ep.createElementNS(eg, "tspan"); ey(t, { class: "highcharts-text-outline", fill: s, stroke: s, "stroke-width": o, "stroke-linejoin": "round" }); let i = e.querySelector("textPath") || e;[].forEach.call(i.childNodes, e => { let i = e.cloneNode(!0); i.removeAttribute && ["fill", "stroke", "stroke-width", "stroke"].forEach(t => i.removeAttribute(t)), t.appendChild(i) }); let r = 0;[].forEach.call(i.querySelectorAll("text tspan"), t => { r += Number(t.getAttribute("dy")) }); let a = ep.createElementNS(eg, "tspan"); a.textContent = "​", ey(a, { x: Number(e.getAttribute("x")), dy: -r }), t.appendChild(a), i.insertBefore(t, i.firstChild) } } attr(t, e, i, s) { let { element: o } = this, r = eX.symbolCustomAttribs, a, n, h = this, l; return "string" == typeof t && void 0 !== e && (a = t, (t = {})[a] = e), "string" == typeof t ? h = (this[t + "Getter"] || this._defaultGetter).call(this, t, o) : (eD(t, function (e, i) { l = !1, s || ed(this, i), this.symbolName && -1 !== r.indexOf(i) && (n || (this.symbolAttr(t), n = !0), l = !0), this.rotation && ("x" === i || "y" === i) && (this.doTransform = !0), l || (this[i + "Setter"] || this._defaultSetter).call(this, e, i, o) }, this), this.afterSetters()), i && i.call(this), h } clip(t) { if (t && !t.clipPath) { let e = eH() + "-", i = this.renderer.createElement("clipPath").attr({ id: e }).add(this.renderer.defs); eS(t, { clipPath: i, id: e, count: 0 }), t.add(i) } return this.attr("clip-path", t ? `url(${this.renderer.url}#${t.id})` : "none") } crisp(t, e) { e = Math.round(e || t.strokeWidth || 0); let i = t.x || this.x || 0, s = t.y || this.y || 0, o = (t.width || this.width || 0) + i, r = (t.height || this.height || 0) + s, a = ev(i, e), n = ev(s, e); return eS(t, { x: a, y: n, width: ev(o, e) - a, height: ev(r, e) - n }), ew(t.strokeWidth) && (t.strokeWidth = e), t } complexColor(t, e, i) { let s = this.renderer, o, r, a, n, h, l, d, c, p, u, g = [], f; eT(this.renderer, "complexColor", { args: arguments }, function () { if (t.radialGradient ? r = "radialGradient" : t.linearGradient && (r = "linearGradient"), r) { if (a = t[r], h = s.gradients, l = t.stops, p = i.radialReference, eA(a) && (t[r] = a = { x1: a[0], y1: a[1], x2: a[2], y2: a[3], gradientUnits: "userSpaceOnUse" }), "radialGradient" === r && p && !ew(a.gradientUnits) && (n = a, a = eI(a, s.getRadialAttr(p, n), { gradientUnits: "userSpaceOnUse" })), eD(a, function (t, e) { "id" !== e && g.push(e, t) }), eD(l, function (t) { g.push(t) }), h[g = g.join(",")]) u = h[g].attr("id"); else { a.id = u = eH(); let t = h[g] = s.createElement(r).attr(a).add(s.defs); t.radAttr = n, t.stops = [], l.forEach(function (e) { 0 === e[1].indexOf("rgba") ? (d = (o = tv.parse(e[1])).get("rgb"), c = o.get("a")) : (d = e[1], c = 1); let i = s.createElement("stop").attr({ offset: e[0], "stop-color": d, "stop-opacity": c }).add(t); t.stops.push(i) }) } f = "url(" + s.url + "#" + u + ")", i.setAttribute(e, f), i.gradient = g, t.toString = function () { return f } } }) } css(t) { let e = this.styles, i = {}, s = this.element, o, r = !e; if (e && eD(t, function (t, s) { e && e[s] !== t && (i[s] = t, r = !0) }), r) { e && (t = eS(e, i)), null === t.width || "auto" === t.width ? delete this.textWidth : "text" === s.nodeName.toLowerCase() && t.width && (o = this.textWidth = eN(t.width)), eS(this.styles, t), o && !eu && this.renderer.forExport && delete t.width; let r = em && t.fontSize || null; r && (eL(r) || /^\d+$/.test(r)) && (t.fontSize += "px"); let a = eI(t); s.namespaceURI === this.SVG_NS && (["textOutline", "textOverflow", "whiteSpace", "width"].forEach(t => a && delete a[t]), a.color && (a.fill = a.color)), ek(s, a) } return this.added && ("text" === this.element.nodeName && this.renderer.buildText(this), t.textOutline && this.applyTextOutline(t.textOutline)), this } dashstyleSetter(t) { let e, i = this["stroke-width"]; if ("inherit" === i && (i = 1), t = t && t.toLowerCase()) { let s = t.replace("shortdashdotdot", "3,1,1,1,1,1,").replace("shortdashdot", "3,1,1,1").replace("shortdot", "1,1,").replace("shortdash", "3,1,").replace("longdash", "8,3,").replace(/dot/g, "1,3,").replace("dash", "4,3,").replace(/,$/, "").split(","); for (e = s.length; e--;)s[e] = "" + eN(s[e]) * eB(i, NaN); t = s.join(",").replace(/NaN/g, "none"), this.element.setAttribute("stroke-dasharray", t) } } destroy() { let t = this, e = t.element || {}

16= 0 } = this, n = eV(this.paddingLeft, i), h = e ?? (this.rotation || 0), l = { width: a, height: s, x: o + this.bBox.x - n, y: r + this.bBox.y - i + this.baselineOffset }; return h && (l = this.getRotatedBox(l, h)), l } getCrispAdjust() { return (this.renderer.styledMode && this.box ? this.box.strokeWidth() : this["stroke-width"] ? parseInt(this["stroke-width"], 10) : 0) % 2 / 2 } heightSetter(t) { this.heightSetting = t, this.doUpdate = !0 } afterSetters() { super.afterSetters(), this.doUpdate && (this.updateBoxSize(), this.doUpdate = !1) } onAdd() { this.text.add(this), this.attr({ text: eV(this.textStr, ""), x: this.x || 0, y: this.y || 0 }), this.box && eG(this.anchorX) && this.attr({ anchorX: this.anchorX, anchorY: this.anchorY }) } paddingSetter(t, e) { eU(t) ? t !== this[e] && (this[e] = t, this.updateTextPadding()) : this[e] = void 0 } rSetter(t, e) { this.boxAttr(e, t) } strokeSetter(t, e) { this.stroke = t, this.boxAttr(e, t) } "stroke-widthSetter"(t, e) { t && (this.needsBox = !0), this["stroke-width"] = t, this.boxAttr(e, t) } "text-alignSetter"(t) { this.textAlign = t } textSetter(t) { void 0 !== t && this.text.attr({ text: t }), this.updateTextPadding(), this.reAlign() } updateBoxSize() { let t; let e = this.text, i = {}, s = this.padding, o = this.bBox = (!eU(this.widthSetting) || !eU(this.heightSetting) || this.textAlign) && eG(e.textStr) ? e.getBBox(void 0, 0) : eZ.emptyBBox; this.width = this.getPaddedWidth(), this.height = (this.heightSetting || o.height || 0) + 2 * s; let r = this.renderer.fontMetrics(e); if (this.baselineOffset = s + Math.min((this.text.firstLineMetrics || r).b, o.height || 1 / 0), this.heightSetting && (this.baselineOffset += (this.heightSetting - r.h) / 2), this.needsBox && !e.textPath) { if (!this.box) { let t = this.box = this.symbolKey ? this.renderer.symbol(this.symbolKey) : this.renderer.rect(); t.addClass(("button" === this.className ? "" : "highcharts-label-box") + (this.className ? " highcharts-" + this.className + "-box" : "")), t.add(this) } t = this.getCrispAdjust(), i.x = t, i.y = (this.baseline ? -this.baselineOffset : 0) + t, i.width = Math.round(this.width), i.height = Math.round(this.height), this.box.attr(eY(i, this.deferredAttr)), this.deferredAttr = {} } } updateTextPadding() { let t = this.text; if (!t.textPath) { this.updateBoxSize(); let e = this.baseline ? 0 : this.baselineOffset, i = (this.paddingLeft ?? this.padding) + (eG(this.widthSetting) && this.bBox ? ej(this.textAlign) * (this.widthSetting - this.bBox.width) : 0); (i !== t.x || e !== t.y) && (t.attr("x", i), t.hasBoxWidthChanged && (this.bBox = t.getBBox(!0)), void 0 !== e && t.attr("y", e)), t.x = i, t.y = e } } widthSetter(t) { this.widthSetting = eU(t) ? t : void 0, this.doUpdate = !0 } getPaddedWidth() { let t = this.padding, e = eV(this.paddingLeft, t), i = eV(this.paddingRight, t); return (this.widthSetting || this.bBox.width || 0) + e + i } xSetter(t) { this.x = t, this.alignFactor && (t -= this.alignFactor * this.getPaddedWidth(), this["forceAnimate:x"] = !0), this.xSetting = Math.round(t), this.attr("translateX", this.xSetting) } ySetter(t) { this.ySetting = this.y = Math.round(t), this.attr("translateY", this.ySetting) } } eZ.emptyBBox = { width: 0, height: 0, x: 0, y: 0 }, eZ.textProps = ["color", "direction", "fontFamily", "fontSize", "fontStyle", "fontWeight", "lineClamp", "lineHeight", "textAlign", "textDecoration", "textOutline", "textOverflow", "whiteSpace", "width"]; let { defined: e_, isNumber: eK, pick: eJ } = $; function eQ(t, e, i, s, o) { let r = []; if (o) { let a = o.start || 0, n = eJ(o.r, i), h = eJ(o.r, s || i), l = 2e-4 / (o.borderRadius ? 1 : Math.max(n, 1)), d = Math.abs((o.end || 0) - a - 2 * Math.PI) < l, c = (o.end || 0) - (d ? l : 0), p = o.innerR, u = eJ(o.open, d), g = Math.cos(a), f = Math.sin(a), m = Math.cos(c), x = Math.sin(c), y = eJ(o.longArc, c - a - Math.PI < l ? 0 : 1), b = ["A", n, h, 0, y, eJ(o.clockwise, 1), t + n * m, e + h * x]; b.params = { start: a, end: c, cx: t, cy: e }, r.push(["M", t + n * g, e + h * f], b), e_(p) && ((b = ["A", p, p, 0, y, e_(o.clockwise) ? 1 - o.clockwise : 0, t + p * g, e + p * f]).params = { start: c, end: a, cx: t, cy: e }, r.push(u ? ["M", t + p * m, e + p * x] : ["L", t + p * m, e + p * x], b)), u || r.push(["Z"]) } return r } function e0(t, e, i, s, o) { return o && o.r ? e1(t, e, i, s, o) : [["M", t, e], ["L", t + i, e], ["L", t + i, e + s], ["L", t, e + s], ["Z"]] } function e1(t, e, i, s, o) { let r = o?.r || 0;

16 return [["M", t + r, e], ["L", t + i - r, e], ["A", r, r, 0, 0, 1, t + i, e + r], ["L", t + i, e + s - r], ["A", r, r, 0, 0, 1, t + i - r, e + s], ["L", t + r, e + s], ["A", r, r, 0, 0, 1, t, e + s - r], ["L", t, e + r], ["A", r, r, 0, 0, 1, t + r, e], ["Z"]] } let e2 = { arc: eQ, callout: function (t, e, i, s, o) { let r = Math.min(o && o.r || 0, i, s), a = r + 6, n = o && o.anchorX, h = o && o.anchorY || 0, l = e1(t, e, i, s, { r }); if (!eK(n) || n < i && n > 0 && h < s && h > 0) return l; if (t + n > i - a) { if (h > e + a && h < e + s - a) l.splice(3, 1, ["L", t + i, h - 6], ["L", t + i + 6, h], ["L", t + i, h + 6], ["L", t + i, e + s - r]); else if (n < i) { let o = h < e + a, d = o ? e : e + s; l.splice(o ? 2 : 5, 0, ["L", n, h], ["L", t + i - r, d]) } else l.splice(3, 1, ["L", t + i, s / 2], ["L", n, h], ["L", t + i, s / 2], ["L", t + i, e + s - r]) } else if (t + n < a) { if (h > e + a && h < e + s - a) l.splice(7, 1, ["L", t, h + 6], ["L", t - 6, h], ["L", t, h - 6], ["L", t, e + r]); else if (n > 0) { let i = h < e + a, o = i ? e : e + s; l.splice(i ? 1 : 6, 0, ["L", n, h], ["L", t + r, o]) } else l.splice(7, 1, ["L", t, s / 2], ["L", n, h], ["L", t, s / 2], ["L", t, e + r]) } else h > s && n < i - a ? l.splice(5, 1, ["L", n + 6, e + s], ["L", n, e + s + 6], ["L", n - 6, e + s], ["L", t + r, e + s]) : h < 0 && n > a && l.splice(1, 1, ["L", n - 6, e], ["L", n, e - 6], ["L", n + 6, e], ["L", i - r, e]); return l }, circle: function (t, e, i, s) { return eQ(t + i / 2, e + s / 2, i / 2, s / 2, { start: .5 * Math.PI, end: 2.5 * Math.PI, open: !1 }) }, diamond: function (t, e, i, s) { return [["M", t + i / 2, e], ["L", t + i, e + s / 2], ["L", t + i / 2, e + s], ["L", t, e + s / 2], ["Z"]] }, rect: e0, roundedRect: e1, square: e0, triangle: function (t, e, i, s) { return [["M", t + i / 2, e], ["L", t + i, e + s], ["L", t, e + s], ["Z"]] }, "triangle-down": function (t, e, i, s) { return [["M", t, e], ["L", t + i, e], ["L", t + i / 2, e + s], ["Z"]] } }, { doc: e3, SVG_NS: e5, win: e6 } = k, { attr: e9, extend: e4, fireEvent: e8, isString: e7, objectEach: it, pick: ie } = $, ii = (t, e) => t.substring(0, e) + "…", is = class { constructor(t) { let e = t.styles; this.renderer = t.renderer, this.svgElement = t, this.width = t.textWidth, this.textLineHeight = e && e.lineHeight, this.textOutline = e && e.textOutline, this.ellipsis = !!(e && "ellipsis" === e.textOverflow), this.lineClamp = e?.lineClamp, this.noWrap = !!(e && "nowrap" === e.whiteSpace) } buildSVG() { let t = this.svgElement, e = t.element, i = t.renderer, s = ie(t.textStr, "").toString(), o = -1 !== s.indexOf("<"), r = e.childNodes, a = !t.added && i.box, n = [s, this.ellipsis, this.noWrap, this.textLineHeight, this.textOutline, t.getStyle("font-size"), t.styles.lineClamp, this.width].join(","); if (n !== t.textCache) { t.textCache = n, delete t.actualWidth; for (let t = r.length; t--;)e.removeChild(r[t]); if (o || this.ellipsis || this.width || t.textPath || -1 !== s.indexOf(" ") && (!this.noWrap || /<br.*?>/g.test(s))) { if ("" !== s) { a && a.appendChild(e); let i = new t_(s); this.modifyTree(i.nodes), i.addToDOM(e), this.modifyDOM(), this.ellipsis && -1 !== (e.textContent || "").indexOf("…") && t.attr("title", this.unescapeEntities(t.textStr || "", ["&lt;", "&gt;"])), a && a.removeChild(e) } } else e.appendChild(e3.createTextNode(this.unescapeEntities(s))); e7(this.textOutline) && t.applyTextOutline && t.applyTextOutline(this.textOutline) } } modifyDOM() { let t; let e = this.svgElement, i = e9(e.element, "x"); for (e.firstLineMetrics = void 0; t = e.element.firstChild;)if (/^[\s\u200B]*$/.test(t.textContent || " ")) e.element.removeChild(t); else break;[].forEach.call(e.element.querySelectorAll("tspan.highcharts-br"), (t, s) => { t.nextSibling && t.previousSibling && (0 === s && 1 === t.previousSibling.nodeType && (e.firstLineMetrics = e.renderer.fontMetrics(t.previousSibling)), e9(t, { dy: this.getLineHeight(t.nextSibling), x: i })) }); let s = this.width || 0; if (!s) return; let o = (t, o) => { let r = t.textContent || "", a = r.replace(/([^\^])-/g, "$1- ").split(" "), n = !this.noWrap && (a.length > 1 || e.element.childNodes.length > 1), h = this.getLineHeight(o), l = Math.max(0, s - .8 * h), d = 0, c = e.actualWidth; if (n) { let r = [], n = []; for (; o.firstChild && o.firstChild !== t;)n.push(o.firstChild), o.removeChild(o.firstChild); for (; a.length;)if (a.length && !this.noWrap && d > 0 && (r.push(t.textContent || ""), t.textContent = a.join(" ").replace(/- /g, "-")), this.truncate(t, void 0, a, 0 === d && c || 0, s, l, (t, e) => a.slice(0, e).join(" ").replace(/- /g, "-")), c = e.actualWidth, d++, this.lineClamp && d >= this.lineClamp) { a.length && (this.truncate(t, t.textContent || "", void 0, 0, s, l, ii), t.textContent = t.textContent?.replace("…", "") + "…"); break }

16 n.forEach(e => { o.insertBefore(e, t) }), r.forEach(e => { o.insertBefore(e3.createTextNode(e), t); let s = e3.createElementNS(e5, "tspan"); s.textContent = "​", e9(s, { dy: h, x: i }), o.insertBefore(s, t) }) } else this.ellipsis && r && this.truncate(t, r, void 0, 0, s, l, ii) }, r = t => { [].slice.call(t.childNodes).forEach(i => { i.nodeType === e6.Node.TEXT_NODE ? o(i, t) : (-1 !== i.className.baseVal.indexOf("highcharts-br") && (e.actualWidth = 0), r(i)) }) }; r(e.element) } getLineHeight(t) { let e = t.nodeType === e6.Node.TEXT_NODE ? t.parentElement : t; return this.textLineHeight ? parseInt(this.textLineHeight.toString(), 10) : this.renderer.fontMetrics(e || this.svgElement.element).h } modifyTree(t) { let e = (i, s) => { let { attributes: o = {}, children: r, style: a = {}, tagName: n } = i, h = this.renderer.styledMode; if ("b" === n || "strong" === n ? h ? o.class = "highcharts-strong" : a.fontWeight = "bold" : ("i" === n || "em" === n) && (h ? o.class = "highcharts-emphasized" : a.fontStyle = "italic"), a && a.color && (a.fill = a.color), "br" === n) { o.class = "highcharts-br", i.textContent = "​"; let e = t[s + 1]; e && e.textContent && (e.textContent = e.textContent.replace(/^ +/gm, "")) } else "a" === n && r && r.some(t => "#text" === t.tagName) && (i.children = [{ children: r, tagName: "tspan" }]); "#text" !== n && "a" !== n && (i.tagName = "tspan"), e4(i, { attributes: o, style: a }), r && r.filter(t => "#text" !== t.tagName).forEach(e) }; t.forEach(e), e8(this.svgElement, "afterModifyTree", { nodes: t }) } truncate(t, e, i, s, o, r, a) { let n, h; let l = this.svgElement, { rotation: d } = l, c = [], p = i && !s ? 1 : 0, u = (e || i || "").length, g = u; i || (o = r); let f = function (e, o) { let r = o || e, a = t.parentNode; if (a && void 0 === c[r] && a.getSubStringLength) try { c[r] = s + a.getSubStringLength(0, i ? r + 1 : r) } catch (t) { } return c[r] }; if (l.rotation = 0, s + (h = f(t.textContent.length)) > o) { for (; p <= u;)g = Math.ceil((p + u) / 2), i && (n = a(i, g)), h = f(g, n && n.length - 1), p === u ? p = u + 1 : h > o ? u = g - 1 : p = g; 0 === u ? t.textContent = "" : e && u === e.length - 1 || (t.textContent = n || a(e || i, g)), this.ellipsis && h > o && this.truncate(t, t.textContent || "", void 0, 0, o, r, ii) } i && i.splice(0, g), l.actualWidth = h, l.rotation = d } unescapeEntities(t, e) { return it(this.renderer.escapes, function (i, s) { e && -1 !== e.indexOf(i) || (t = t.toString().replace(RegExp(i, "g"), s)) }), t } }, { defaultOptions: io } = tf, { charts: ir, deg2rad: ia, doc: ih, isFirefox: il, isMS: id, isWebKit: ic, noop: ip, SVG_NS: iu, symbolSizes: ig, win: im } = k, { addEvent: ix, attr: iy, createElement: ib, crisp: iv, css: ik, defined: iw, destroyObjectProperties: iM, extend: iS, isArray: iT, isNumber: iC, isObject: iA, isString: iP, merge: iL, pick: iO, pInt: iE, replaceNested: iI, uniqueKey: iD } = $; class iB { constructor(t, e, i, s, o, r, a) { let n, h; let l = this.createElement("svg").attr({ version: "1.1", class: "highcharts-root" }), d = l.element; a || l.css(this.getStyle(s || {})), t.appendChild(d), iy(t, "dir", "ltr"), -1 === t.innerHTML.indexOf("xmlns") && iy(d, "xmlns", this.SVG_NS), this.box = d, this.boxWrapper = l, this.alignedObjects = [], this.url = this.getReferenceURL(), this.createElement("desc").add().element.appendChild(ih.createTextNode("Created with Highcharts 12.0.2")), this.defs = this.createElement("defs").add(), this.allowHTML = r, this.forExport = o, this.styledMode = a, this.gradients = {}, this.cache = {}, this.cacheKeys = [], this.imgCount = 0, this.rootFontSize = l.getStyle("font-size"), this.setSize(e, i, !1), il && t.getBoundingClientRect && ((n = function () { ik(t, { left: 0, top: 0 }), h = t.getBoundingClientRect(), ik(t, { left: Math.ceil(h.left) - h.left + "px", top: Math.ceil(h.top) - h.top + "px" }) })(), this.unSubPixelFix = ix(im, "resize", n)) } definition(t) { return new t_([t]).addToDOM(this.defs.element) } getReferenceURL() { if ((il || ic) && ih.getElementsByTagName("base").length) { if (!iw(e)) { let t = iD(), i = new t_([{ tagName: "svg", attributes: { width: 8, height: 8 }, children: [{ tagName: "defs", children: [{ tagName: "clipPath", attributes: { id: t }, children: [{ tagName: "rect", attributes: { width: 4, height: 4 } }] }] }, { tagName: "rect", attributes: { id: "hitme", width: 8, height: 8, "clip-path": `url(#${t})`, fill: "rgba(0,0,0,0.001)" } }] }]).addToDOM(ih.body); ik(i, { position: "fixed", top: 0, left: 0, zIndex: 9e5 }); let s = ih.elementFromPoint(6, 6); e = "hitme" === (s && s.id), ih.body.removeChild(i) } if (e) return iI(im.location.href.split("#")[0], [/<[^>]*>/g, ""], [/([\('\)])/g, "\\$1"], [/ /g, "%20"]) } return "" } getStyle(t) { return this.style = iS({ fontFamily: '-apple-system, BlinkMacSystemFont, "Segoe UI", Roboto, Helvetica, Arial, "Apple Color Emoji", "Segoe UI Emoji", "Segoe UI Symbol", sans-serif', fontSize: "1rem" }, t), this.style } setStyle(t) { this.boxWrapper.css(this.getStyle(t)) } isHidden() { return !this.boxWrapper.getBBox().width } destroy() { let t = this.defs; return this.box = null, this.boxWrapper = this.boxWrapper.destroy(), iM(this.gradients || {}), this.gradients = null, this.defs = t.destroy(), this.unSubPixelFix && this.unSubPixelFix(), this.alignedObjects = null, null } createElement(t) { return new this.Element(this, t) } getRadialAttr(t, e) { return { cx: t[0] - t[2] / 2 + (e.cx || 0) * t[2], cy: t[1] - t[2] / 2 + (e.cy || 0) * t[2], r: (e.r || 0) * t[2] } } shadowDefinition(t) { let e = [`highcharts-drop-shadow-${this.chartIndex}`, ...Object.keys(t).map(e => `${e}-${t[e]}`)].join("-").toLowerCase().replace(/[^a-z\d\-]/g, ""), i = iL({ color: "#000000", offsetX: 1, offsetY: 1, opacity: .15, width: 5 }, t); return this.defs.element.querySelector(`#${e}`) || this.definition({ tagName: "filter", attributes: { id: e, filterUnits: i.filterUnits }, children: this.getShadowFilterContent(i) }), e } getShadowFilterContent(t) { return [{ tagName: "feDropShadow", attributes: { dx: t.offsetX, dy: t.offsetY, "flood-color": t.color, "flood-opacity": Math.min(5 * t.opacity, 1), stdDeviation: t.width / 2 } }] } buildText(t) { new is(t).buildSVG() } getContrast(t) { let e = tv.parse(t).rgba.map(t => { let e = t / 255; return e <= .03928 ? e / 12.92 : Math.pow((e + .055) / 1.055, 2.4) }), i = .2126 * e[0] + .7152 * e[1] + .0722 * e[2]; return 1.05 / (i + .05) > (i + .05) / .05 ? "#FFFFFF" : "#000000" } button(t, e, i, s, o = {}, r, a, n, h, l) { let d = this.label(t, e, i, h, void 0, void 0, l, void 0, "button"), c = this.styledMode, p = arguments, u = 0; o = iL(io.global.buttonTheme, o), c && (delete o.fill, delete o.stroke, delete o["stroke-width"]); let g = o.states || {}, f = o.style || {}; delete o.states, delete o.style; let m = [t_.filterUserAttributes(o)], x = [f]; return c || ["hover", "select", "disabled"].forEach((t, e) => { m.push(iL(m[0], t_.filterUserAttributes(p[e + 5] || g[t] || {}))), x.push(m[e + 1].style), delete m[e + 1].style }), ix(d.element, id ? "mouseover" : "mouseenter", function () { 3 !== u && d.setState(1) }), ix(d.element, id ? "mouseout" : "mouseleave", function () { 3 !== u && d.setState(u) }), d.setState = (t = 0) => { if (1 !== t && (d.state = u = t), d.removeClass(/highcharts-button-(normal|hover|pressed|disabled)/).addClass("highcharts-button-" + ["normal", "hover", "pressed", "disabled"][t]), !c) { d.attr(m[t]); let e = x[t]; iA(e) && d.css(e) } }, d.attr(m[0]), !c && (d.css(iS({ cursor: "default" }, f)), l && d.text.css({ pointerEvents: "none" })), d.on("touchstart", t => t.stopPropagation()).on("click", function (t) { 3 !== u && s.call(d, t) }) } crispLine(t, e) { let [i, s] = t; return iw(i[1]) && i[1] === s[1] && (i[1] = s[1] = iv(i[1], e)), iw(i[2]) && i[2] === s[2] && (i[2] = s[2] = iv(i[2], e)), t } path(t) { let e = this.styledMode ? {} : { fill: "none" }; return iT(t) ? e.d = t : iA(t) && iS(e, t), this.createElement("path").attr(e) } circle(t, e, i) { let s = iA(t) ? t : void 0 === t ? {} : { x: t, y: e, r: i }, o = this.createElement("circle"); return o.xSetter = o.ySetter = function (t, e, i) { i.setAttribute("c" + e, t) }, o.attr(s) } arc(t, e, i, s, o, r) { let a; iA(t) ? (e = (a = t).y, i = a.r, s = a.innerR, o = a.start, r = a.end, t = a.x) : a = { innerR: s, start: o, end: r }; let n = this.symbol("arc", t, e, i, i, a); return n.r = i, n } rect(t, e, i, s, o, r) { let a = iA(t) ? t : void 0 === t ? {} : { x: t, y: e, r: o, width: Math.max(i || 0, 0), height: Math.max(s || 0, 0) }, n = this.createElement("rect"); return this.styledMode || (void 0 !== r && (a["stroke-width"] = r, iS(a, n.crisp(a))), a.fill = "none"), n.rSetter = function (t, e, i) { n.r = t, iy(i, { rx: t, ry: t }) }, n.rGetter = function () { return n.r || 0 }, n.attr(a) } roundedRect(t) { return this.symbol("roundedRect").attr(t) } setSize(t, e, i) { this.width = t, this.height = e, this.boxWrapper.animate({ width: t, height: e }, { step: function () { this.attr({ viewBox: "0 0 " + this.attr("width") + " " + this.attr("height") }) }, duration: iO(i, !0) ? void 0 : 0 }), this.alignElements() } g(t) { let e = this.createElement("g"); return t ? e.attr({ class: "highcharts-" + t }) : e } image(t, e, i, s, o, r) { let a = { preserveAspectRatio: "none" }; iC(e) && (a.x = e), iC(i) && (a.y = i), iC(s) && (a.width = s), iC(o) && (a.height = o); let n = this.createElement("image").attr(a), h = function (e) { n.attr({ href: t }), r.call(n, e) }; if (r) { n.attr({ href: "data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==" }); let e = new im.Image; ix(e, "load", h), e.src = t, e.complete && h({}) } else n.attr({ href: t }); return n } symbol(t, e, i, s, o, r) { let a, n, h, l; let d = this, c = /^url\((.*?)\)$/, p = c.test(t), u = !p && (this.symbols[t] ? t : "circle"), g = u && this.symbols[u]; if (g) "number" == typeof e && (n = g.call(this.symbols, e || 0, i || 0, s || 0, o || 0, r)), a = this.path(n), d.styledMode || a.attr("fill", "none"), iS(a, { symbolName: u || void 0, x: e, y: i, width: s, height: o }), r && iS(a, r); else if (p) { h = t.match(c)[1]; let s = a = this.image(h); s.imgwidth = iO(r && r.width, ig[h] && ig[h].width), s.imgheight = iO(r && r.height, ig[h] && ig[h].height), l = t => t.attr({ width: t.width, height: t.height }), ["width", "height"].forEach(t => { s[`${t}Setter`] = function (t, e) { this[e] = t; let { alignByTranslate: i, element: s, width: o, height: a, imgwidth: n, imgheight: h } = this, l = "width" === e ? n : h, d = 1; r && "within" === r.backgroundSize && o && a && n && h ? (d = Math.min(o / n, a / h), iy(s, { width: Math.round(n * d), height: Math.round(h * d) })) : s && l && s.setAttribute(e, l), !i && n && h && this.translate(((o || 0) - n * d) / 2, ((a || 0) - h * d) / 2) } }), iw(e) && s.attr({ x: e, y: i }), s.isImg = !0, s.symbolUrl = t, iw(s.imgwidth) && iw(s.imgheight) ? l(s) : (s.attr({ width: 0, height: 0 }), ib("img", { onload: function () { let t = ir[d.chartIndex]; 0 === this.width && (ik(this, { position: "absolute", top: "-999em" }), ih.body.appendChild(this)), ig[h] = { width: this.width, height: this.height }, s.imgwidth = this.width, s.imgheight = this.height, s.element && l(s), this.parentNode && this.parentNode.removeChild(this), d.imgCount--, d.imgCount || !t || t.hasLoaded || t.onload() }, src: h }), this.imgCount++) } return a } clipRect(t, e, i, s) { return this.rect(t, e, i, s, 0) } text(t, e, i, s) { let o = {}; if (s && (this.allowHTML || !this.forExport)) return this.html(t, e, i); o.x = Math.round(e || 0), i && (o.y = Math.round(i)), iw(t) && (o.text = t); let r = this.createElement("text").attr(o); return s && (!this.forExport || this.allowHTML) || (r.xSetter = function (t, e, i) { let s = i.getElementsByTagName("tspan"), o = i.getAttribute(e); for (let i = 0, r; i < s.length; i++)(r = s[i]).getAttribute(e) === o && r.setAttribute(e, t); i.setAttribute(e, t) }), r } fontMetrics(t) { let e = iE(eF.prototype.getStyle.call(t, "font-size") || 0), i = e < 24 ? e + 3 : Math.round(1.2 * e), s = Math.round(.8 * i); return { h: i, b: s, f: e } } rotCorr(t, e, i) { let s = t; return e && i && (s = Math.max(s * Math.cos(e * ia), 4)), { x: -t / 3 * Math.sin(e * ia), y: s } } pathToSegments(t) { let e = [], i = [], s = { A: 8, C: 7, H: 2, L: 3, M: 3, Q: 5, S: 5, T: 3, V: 2 }; for (let o = 0; o < t.length; o++)iP(i[0]) && iC(t[o]) && i.length === s[i[0].toUpperCase()] && t.splice(o, 0, i[0].replace("M", "L").replace("m", "l")), "string" == typeof t[o] && (i.length && e.push(i.slice(0)), i.length = 0), i.push(t[o]); return e.push(i.slice(0)), e } label(t, e, i, s, o, r, a, n, h) { return new eZ(this, t, e, i, s, o, r, a, n, h) }

16!== t || (i.movedLabel = e.label, r = !0, e.labelPos = i.movedLabel.xy, delete e.label) }), !r && (i.labelPos || s) && (a = i.labelPos || s.xy, i.movedLabel = i.createLabel(t, e, a), i.movedLabel && i.movedLabel.attr({ opacity: 0 })) } render(t, e, i) { let s = this.axis, o = s.horiz, r = this.pos, a = si(this.tickmarkOffset, s.tickmarkOffset), n = this.getPosition(o, r, a, e), h = n.x, l = n.y, d = s.pos, c = d + s.len, p = o ? h : l; !s.chart.polar && this.isNew && (i3(p) < d || p > c) && (i = 0); let u = si(i, this.label && this.label.newOpacity, 1); i = si(i, 1), this.isActive = !0, this.renderGridLine(e, i), this.renderMark(n, i), this.renderLabel(n, e, u, t), this.isNew = !1, i4(this, "afterRender") } renderGridLine(t, e) { let i = this.axis, s = i.options, o = {}, r = this.pos, a = this.type, n = si(this.tickmarkOffset, i.tickmarkOffset), h = i.chart.renderer, l = this.gridLine, d, c = s.gridLineWidth, p = s.gridLineColor, u = s.gridLineDashStyle; "minor" === this.type && (c = s.minorGridLineWidth, p = s.minorGridLineColor, u = s.minorGridLineDashStyle), l || (i.chart.styledMode || (o.stroke = p, o["stroke-width"] = c || 0, o.dashstyle = u), a || (o.zIndex = 1), t && (e = 0), this.gridLine = l = h.path().attr(o).addClass("highcharts-" + (a ? a + "-" : "") + "grid-line").add(i.gridGroup)), l && (d = i.getPlotLinePath({ value: r + n, lineWidth: l.strokeWidth(), force: "pass", old: t, acrossPanes: !1 })) && l[t || this.isNew ? "attr" : "animate"]({ d: d, opacity: e }) } renderMark(t, e) { let i = this.axis, s = i.options, o = i.chart.renderer, r = this.type, a = i.tickSize(r ? r + "Tick" : "tick"), n = t.x, h = t.y, l = si(s["minor" !== r ? "tickWidth" : "minorTickWidth"], !r && i.isXAxis ? 1 : 0), d = s["minor" !== r ? "tickColor" : "minorTickColor"], c = this.mark, p = !c; a && (i.opposite && (a[0] = -a[0]), c || (this.mark = c = o.path().addClass("highcharts-" + (r ? r + "-" : "") + "tick").add(i.axisGroup), i.chart.styledMode || c.attr({ stroke: d, "stroke-width": l })), c[p ? "attr" : "animate"]({ d: this.getMarkPath(n, h, a[0], c.strokeWidth(), i.horiz, o), opacity: e })) } renderLabel(t, e, i, s) { let o = this.axis, r = o.horiz, a = o.options, n = this.label, h = a.labels, l = h.step, d = si(this.tickmarkOffset, o.tickmarkOffset), c = t.x, p = t.y, u = !0; n && i7(c) && (n.xy = t = this.getLabelPosition(c, p, n, r, h, d, s, l), (!this.isFirst || this.isLast || a.showFirstLabel) && (!this.isLast || this.isFirst || a.showLastLabel) ? !r || h.step || h.rotation || e || 0 === i || this.handleOverflow(t) : u = !1, l && s % l && (u = !1), u && i7(t.y) ? (t.opacity = i, n[this.isNewLabel ? "attr" : "animate"](t).show(!0), this.isNewLabel = !1) : (n.hide(), this.isNewLabel = !0)) } replaceMovedLabel() { let t = this.label, e = this.axis; t && !this.isNew && (t.animate({ opacity: 0 }, void 0, t.destroy), delete this.label), e.isDirty = !0, this.label = this.movedLabel, delete this.movedLabel } }, { animObject: so } = tz, { xAxis: sr, yAxis: sa } = iZ, { defaultOptions: sn } = tf, { registerEventOptions: sh } = i0, { deg2rad: sl } = k, { arrayMax: sd, arrayMin: sc, clamp: sp, correctFloat: su, defined: sg, destroyObjectProperties: sf, erase: sm, error: sx, extend: sy, fireEvent: sb, getClosestDistance: sv, insertItem: sk, isArray: sw, isNumber: sM, isString: sS, merge: sT, normalizeTickInterval: sC, objectEach: sA, pick: sP, relativeLength: sL, removeEvent: sO, splat: sE, syncTimeout: sI } = $, sD = (t, e) => sC(e, void 0, void 0, sP(t.options.allowDecimals, e < .5 || void 0 !== t.tickAmount), !!t.tickAmount); sy(sn, { xAxis: sr, yAxis: sT(sr, sa) }); class sB { constructor(t, e, i) { this.init(t, e, i) } init(t, e, i = this.coll) { let s = "xAxis" === i, o = this.isZAxis || (t.inverted ? !s : s); this.chart = t, this.horiz = o, this.isXAxis = s, this.coll = i, sb(this, "init", { userOptions: e }), this.opposite = sP(e.opposite, this.opposite), this.side = sP(e.side, this.side, o ? this.opposite ? 0 : 2 : this.opposite ? 1 : 3), this.setOptions(e); let r = this.options, a = r.labels; this.type ?? (this.type = r.type || "linear"), this.uniqueNames ?? (this.uniqueNames = r.uniqueNames ?? !0), sb(this, "afterSetType"), this.userOptions = e, this.minPixelPadding = 0, this.reversed = sP(r.reversed, this.reversed), this.visible = r.visible, this.zoomEnabled = r.zoomEnabled, this.hasNames = "category" === this.type || !0 === r.categories, this.categories = sw(r.categories) && r.categories || (this.hasNames ? [] : void 0), this.names || (this.names = [], this.names.keys = {}), this.plotLinesAndBandsGroups = {}, this.positiveValuesOnly = !!this.logarithmic, this.isLinked = sg(r.linkedTo), this.ticks = {}, this.labelEdge = [], this.minorTicks = {}, this.plotLinesAndBands = [], this.alternateBands = {}, this.len ?? (this.len = 0), this.minRange = this.userMinRange = r.minRange || r.maxZoom, this.range = r.range, this.offset = r.offset || 0, this.max = void 0, this.min = void 0; let n = sP(r.crosshair, sE(t.options.tooltip.crosshairs)[s ? 0 : 1]); this.crosshair = !0 === n ? {} : n, -1 === t.axes.indexOf(this) && (s ? t.axes.splice(t.xAxis.length, 0, this) : t.axes.push(this), sk(this, t[this.coll])), t.orderItems(this.coll), this.series = this.series || [], t.inverted && !this.isZAxis && s && !sg(this.reversed) && (this.reversed = !0), this.labelRotation = sM(a.rotation) ? a.rotation : void 0, sh(this, r), sb(this, "afterInit") } setOptions(t) { let e = this.horiz ? { labels: { autoRotation: [-45], padding: 3 }, margin: 15 } : { labels: { padding: 1 }, title: { rotation: 90 * this.side } }; this.options = sT(e, sn[this.coll], t), sb(this, "afterSetOptions", { userOptions: t }) } defaultLabelFormatter() { let t = this.axis, { numberFormatter: e } = this.chart, i = sM(this.value) ? this.value : NaN, s = t.chart.time, o = t.categories, r = this.dateTimeLabelFormat, a = sn.lang, n = a.numericSymbols, h = a.numericSymbolMagnitude || 1e3, l = t.logarithmic ? Math.abs(i) : t.tickInterval, d = n && n.length, c, p; if (o) p = `${this.value}`; else if (r) p = s.dateFormat(r, i, !0); else if (d && n && l >= 1e3) for (; d-- && void 0 === p;)l >= (c = Math.pow(h, d + 1)) && 10 * i % c == 0 && null !== n[d] && 0 !== i && (p = e(i / c, -1) + n[d]); return void 0 === p && (p = Math.abs(i) >= 1e4 ? e(i, -1) : e(i, -1, void 0, "")), p } getSeriesExtremes() { let t; let e = this; sb(this, "getSeriesExtremes", null, function () { e.hasVisibleSeries = !1, e.dataMin = e.dataMax = e.threshold = void 0, e.softThreshold = !e.isXAxis, e.series.forEach(i => { if (i.reserveSpace()) { let s = i.options, o, r = s.threshold, a, n; if (e.hasVisibleSeries = !0, e.positiveValuesOnly && 0 >= (r || 0) && (r = void 0), e.isXAxis) (o = i.getColumn("x")).length && (o = e.logarithmic ? o.filter(t => t > 0) : o, a = (t = i.getXExtremes(o)).min, n = t.max, sM(a) || a instanceof Date || (o = o.filter(sM), a = (t = i.getXExtremes(o)).min, n = t.max), o.length && (e.dataMin = Math.min(sP(e.dataMin, a), a), e.dataMax = Math.max(sP(e.dataMax, n), n))); else { let t = i.applyExtremes(); sM(t.dataMin) && (a = t.dataMin, e.dataMin = Math.min(sP(e.dataMin, a), a)), sM(t.dataMax) && (n = t.dataMax, e.dataMax = Math.max(sP(e.dataMax, n), n)), sg(r) && (e.threshold = r), (!s.softThreshold || e.positiveValuesOnly) && (e.softThreshold = !1) } } }) }), sb(this, "afterGetSeriesExtremes") } translate(t, e, i, s, o, r) { let a = this.linkedParent || this, n = s && a.old ? a.old.min : a.min; if (!sM(n)) return NaN; let h = a.minPixelPadding, l = (a.isOrdinal || a.brokenAxis?.hasBreaks || a.logarithmic && o) && a.lin2val, d = 1, c = 0, p = s && a.old ? a.old.transA : a.transA, u = 0; return p || (p = a.transA), i && (d *= -1, c = a.len), a.reversed && (d *= -1, c -= d * (a.sector || a.len)), e ? (u = (t = t * d + c - h) / p + n, l && (u = a.lin2val(u))) : (l && (t = a.val2lin(t)), u = d * (t - n) * p + c + d * h + (sM(r) ? p * r : 0), a.isRadial || (u = su(u))), u } toPixels(t, e) { return this.translate(this.chart?.time.parse(t) ?? NaN, !1, !this.horiz, void 0, !0) + (e ? 0 : this.pos) } toValue(t, e) { return this.translate(t - (e ? 0 : this.pos), !0, !this.horiz, void 0, !0) } getPlotLinePath(t) { let e = this, i = e.chart, s = e.left, o = e.top, r = t.old, a = t.value, n = t.lineWidth, h = r && i.oldChartHeight || i.chartHeight, l = r && i.oldChartWidth || i.chartWidth, d = e.transB, c = t.translatedValue, p = t.force, u, g, f, m, x; function y(t, e, i) { return "pass" !== p && (t < e || t > i) && (p ? t = sp(t, e, i) : x = !0), t } let b = { value: a, lineWidth: n, old: r, force: p, acrossPanes: t.acrossPanes, translatedValue: c }; return sb(this, "getPlotLinePath", b, function (t) { u = f = (c = sp(c = sP(c, e.translate(a, void 0, void 0, r)), -1e9, 1e9)) + d, g = m = h - c - d, sM(c) ? e.horiz ? (g = o, m = h - e.bottom + (e.options.isInternal ? 0 : i.scrollablePixelsY || 0), u = f = y(u, s, s + e.width)) : (u = s, f = l - e.right + (i.scrollablePixelsX || 0), g = m = y(g, o, o + e.height)) : (x = !0, p = !1), t.path = x && !p ? void 0 : i.renderer.crispLine([["M", u, g], ["L", f, m]], n || 1) }), b.path } getLinearTickPositions(t, e, i) { let s, o, r; let a = su(Math.floor(e / t) * t), n = su(Math.ceil(i / t) * t), h = []; if (su(a + t) === a && (r = 20), this.single) return [e]; for (s = a; s <= n && (h.push(s), (s = su(s + t, r)) !== o);)o = s; return h } getMinorTickInterval() { let { minorTicks: t, minorTickInterval: e } = this.options; return !0 === t ? sP(e, "auto") : !1 !== t ? e : void 0 } getMinorTickPositions() { let t = this.options, e = this.tickPositions, i = this.minorTickInterval, s = this.pointRangePadding || 0, o = (this.min || 0) - s, r = (this.max || 0) + s, a = this.brokenAxis?.hasBreaks ? this.brokenAxis.unitLength : r - o, n = [], h; if (a && a / i < this.len / 3) { let s = this.logarithmic; if (s) this.paddedTicks.forEach(function (t, e, o) { e && n.push.apply(n, s.getLogTickPositions(i, o[e - 1], o[e], !0)) }); else if (this.dateTime && "auto" === this.getMinorTickInterval()) n = n.concat(this.getTimeTicks(this.dateTime.normalizeTimeTickInterval(i), o, r, t.startOfWeek)); else for (h = o + (e[0] - o) % i; h <= r && h !== n[0]; h += i)n.push(h) } return 0 !== n.length && this.trimTicks(n), n } adjustForMinRange() { let t = this.options, e = this.logarithmic, i = this.chart.time, { max: s, min: o, minRange: r } = this, a, n, h, l; this.isXAxis && void 0 === r && !e && (r = sg(t.min) || sg(t.max) || sg(t.floor) || sg(t.ceiling) ? null : Math.min(5 * (sv(this.series.map(t => { let e = t.getColumn("x"); return t.xIncrement ? e.slice(0, 2) : e })) || 0), this.dataMax - this.dataMin)), sM(s) && sM(o) && sM(r) && s - o < r && (n = this.dataMax - this.dataMin >= r, a = (r - s + o) / 2, h = [o - a, i.parse(t.min) ?? o - a], n && (h[2] = e ? e.log2lin(this.dataMin) : this.dataMin), l = [(o = sd(h)) + r, i.parse(t.max) ?? o + r], n && (l[2] = e ? e.log2lin(this.dataMax) : this.dataMax), (s = sc(l)) - o < r && (h[0] = s - r, h[1] = i.parse(t.min) ?? s - r, o = sd(h))), this.minRange = r, this.min = o, this.max = s } getClosest() { let t, e; if (this.categories) e = 1; else { let i = []; this.series.forEach(function (t) { let s = t.closestPointRange, o = t.getColumn("x"); 1 === o.length ? i.push(o[0]) : t.sorted && sg(s) && t.reserveSpace() && (e = sg(e) ? Math.min(e, s) : s) }), i.length && (i.sort((t, e) => t - e), t = sv([i])) } return t && e ? Math.min(t, e) : t || e } nameToX(t) { let e = sw(this.options.categories), i = e ? this.categories : this.names, s = t.options.x, o; return t.series.requireSorting = !1, sg(s) || (s = this.uniqueNames && i ? e ? i.indexOf(t.name) : sP(i.keys[t.name], -1) : t.series.autoIncrement()), -1 === s ? !e && i && (o = i.length) : sM(s) && (o = s), void 0 !== o ? (this.names[o] = t.name, this.names.keys[t.name] = o) : t.x && (o = t.x), o } updateNames() { let t = this, e = this.names; e.length > 0 && (Object.keys(e.keys).forEach(function (t) { delete e.keys[t] }), e.length = 0, this.minRange = this.userMinRange, (this.series || []).forEach(e => { e.xIncrement = null, (!e.points || e.isDirtyData) && (t.max = Math.max(t.max || 0, e.dataTable.rowCount - 1), e.processData(), e.generatePoints()); let i = e.getColumn("x").slice(); e.data.forEach((e, s) => { let o = i[s]; e?.options && void 0 !== e.name && void 0 !== (o = t.nameToX(e)) && o !== e.x && (i[s] = e.x = o) }), e.dataTable.setColumn("x", i) })) } setAxisTranslation() { let t = this, e = t.max - t.min, i = t.linkedParent, s = !!t.categories, o = t.isXAxis, r = t.axisPointRange || 0, a, n = 0, h = 0, l, d = t.transA; (o || s || r) && (a = t.getClosest(), i ? (n = i.minPointOffset, h = i.pointRangePadding) : t.series.forEach(function (e) { let i = s ? 1 : o ? sP(e.options.pointRange, a, 0) : t.axisPointRange || 0, l = e.options.pointPlacement; if (r = Math.max(r, i), !t.single || s) { let t = e.is("xrange") ? !o : o; n = Math.max(n, t && sS(l) ? 0 : i / 2), h = Math.max(h, t && "on" === l ? 0 : i) } }), l = t.ordinal && t.ordinal.slope && a ? t.ordinal.slope / a : 1, t.minPointOffset = n *= l, t.pointRangePadding = h *= l, t.pointRange = Math.min(r, t.single && s ? 1 : e), o && a && (t.closestPointRange = a)), t.translationSlope = t.transA = d = t.staticScale || t.len / (e + h || 1), t.transB = t.horiz ? t.left : t.bottom, t.minPixelPadding = d * n, sb(this, "afterSetAxisTranslation") } minFromRange() { let { max: t, min: e } = this; return sM(t) && sM(e) && t - e || void 0 } setTickInterval(t) { let { categories: e, chart: i, dataMax: s, dataMin: o, dateTime: r, isXAxis: a, logarithmic: n, options: h, softThreshold: l } = this, d = i.time, c = sM(this.threshold) ? this.threshold : void 0, p = this.minRange || 0, { ceiling: u, floor: g, linkedTo: f, softMax: m, softMin: x } = h, y = sM(f) && i[this.coll]?.[f], b = h.tickPixelInterval, v = h.maxPadding, k = h.minPadding, w = 0, M, S = sM(h.tickInterval) && h.tickInterval >= 0 ? h.tickInterval : void 0, T, C, A, P; if (r || e || y || this.getTickAmount(), A = sP(this.userMin, d.parse(h.min)), P = sP(this.userMax, d.parse(h.max)), y ? (this.linkedParent = y, M = y.getExtremes(), this.min = sP(M.min, M.dataMin), this.max = sP(M.max, M.dataMax), this.type !== y.type && sx(11, !0, i)) : (l && sg(c) && sM(s) && sM(o) && (o >= c ? (T = c, k = 0) : s <= c && (C = c, v = 0)), this.min = sP(A, T, o), this.max = sP(P, C, s)), sM(this.max) && sM(this.min) && (n && (this.positiveValuesOnly && !t && 0 >= Math.min(this.min, sP(o, this.min)) && sx(10, !0, i), this.min = su(n.log2lin(this.min), 16), this.max = su(n.log2lin(this.max), 16)), this.range && sM(o) && (this.userMin = this.min = A = Math.max(o, this.minFromRange() || 0), this.userMax = P = this.max, this.range = void 0)), sb(this, "foundExtremes"), this.adjustForMinRange(), sM(this.min) && sM(this.max)) { if (!sM(this.userMin) && sM(x) && x < this.min && (this.min = A = x), !sM(this.userMax) && sM(m) && m > this.max && (this.max = P = m), e || this.axisPointRange || this.stacking?.usePercentage || y || !(w 

16= this.max - this.min) || (!sg(A) && k && (this.min -= w * k), sg(P) || !v || (this.max += w * v)), !sM(this.userMin) && sM(g) && (this.min = Math.max(this.min, g)), !sM(this.userMax) && sM(u) && (this.max = Math.min(this.max, u)), l && sM(o) && sM(s)) { let t = c || 0; !sg(A) && this.min < t && o >= t ? this.min = h.minRange ? Math.min(t, this.max - p) : t : !sg(P) && this.max > t && s <= t && (this.max = h.minRange ? Math.max(t, this.min + p) : t) } !i.polar && this.min > this.max && (sg(h.min) ? this.max = this.min : sg(h.max) && (this.min = this.max)), w = this.max - this.min } if (this.min !== this.max && sM(this.min) && sM(this.max) ? y && !S && b === y.options.tickPixelInterval ? this.tickInterval = S = y.tickInterval : this.tickInterval = sP(S, this.tickAmount ? w / Math.max(this.tickAmount - 1, 1) : void 0, e ? 1 : w * b / Math.max(this.len, b)) : this.tickInterval = 1, a && !t) { let t = this.min !== this.old?.min || this.max !== this.old?.max; this.series.forEach(function (e) { e.forceCrop = e.forceCropping?.(), e.processData(t) }), sb(this, "postProcessData", { hasExtremesChanged: t }) } this.setAxisTranslation(), sb(this, "initialAxisTranslation"), this.pointRange && !S && (this.tickInterval = Math.max(this.pointRange, this.tickInterval)); let L = sP(h.minTickInterval, r && !this.series.some(t => !t.sorted) ? this.closestPointRange : 0); !S && this.tickInterval < L && (this.tickInterval = L), r || n || S || (this.tickInterval = sD(this, this.tickInterval)), this.tickAmount || (this.tickInterval = this.unsquish()), this.setTickPositions() } setTickPositions() { let t = this.options, e = t.tickPositions, i = t.tickPositioner, s = this.getMinorTickInterval(), o = !this.isPanning, r = o && t.startOnTick, a = o && t.endOnTick, n = [], h; if (this.tickmarkOffset = this.categories && "between" === t.tickmarkPlacement && 1 === this.tickInterval ? .5 : 0, this.single = this.min === this.max && sg(this.min) && !this.tickAmount && (this.min % 1 == 0 || !1 !== t.allowDecimals), e) n = e.slice(); else if (sM(this.min) && sM(this.max)) { if (!this.ordinal?.positions && (this.max - this.min) / this.tickInterval > Math.max(2 * this.len, 200)) n = [this.min, this.max], sx(19, !1, this.chart); else if (this.dateTime) n = this.getTimeTicks(this.dateTime.normalizeTimeTickInterval(this.tickInterval, t.units), this.min, this.max, t.startOfWeek, this.ordinal?.positions, this.closestPointRange, !0); else if (this.logarithmic) n = this.logarithmic.getLogTickPositions(this.tickInterval, this.min, this.max); else { let t = this.tickInterval, e = t; for (; e <= 2 * t;)if (n = this.getLinearTickPositions(this.tickInterval, this.min, this.max), this.tickAmount && n.length > this.tickAmount) this.tickInterval = sD(this, e *= 1.1); else break } n.length > this.len && (n = [n[0], n[n.length - 1]])[0] === n[1] && (n.length = 1), i && (this.tickPositions = n, (h = i.apply(this, [this.min, this.max])) && (n = h)) } this.tickPositions = n, this.minorTickInterval = "auto" === s && this.tickInterval ? this.tickInterval / t.minorTicksPerMajor : s, this.paddedTicks = n.slice(0), this.trimTicks(n, r, a), !this.isLinked && sM(this.min) && sM(this.max) && (this.single && n.length < 2 && !this.categories && !this.series.some(t => t.is("heatmap") && "between" === t.options.pointPlacement) && (this.min -= .5, this.max += .5), e || h || this.adjustTickAmount()), sb(this, "afterSetTickPositions") } trimTicks(t, e, i) { let s = t[0], o = t[t.length - 1], r = !this.isOrdinal && this.minPointOffset || 0; if (sb(this, "trimTicks"), !this.isLinked) { if (e && s !== -1 / 0) this.min = s; else for (; this.min - r > t[0];)t.shift(); if (i) this.max = o; else for (; this.max + r < t[t.length - 1];)t.pop(); 0 === t.length && sg(s) && !this.options.tickPositions && t.push((o + s) / 2) } } alignToOthers() { let t; let e = this, i = e.chart, s = [this], o = e.options, r = i.options.chart, a = "yAxis" === this.coll && r.alignThresholds, n = []; if (e.thresholdAlignment = void 0, (!1 !== r.alignTicks && o.alignTicks || a) && !1 !== o.startOnTick && !1 !== o.endOnTick && !e.logarithmic) { let o = t => { let { horiz: e, options: i } = t; return [e ? i.left : i.top, i.width, i.height, i.pane].join(",") }, r = o(this); i[this.coll].forEach(function (i) { let { series: a } = i; a.length && a.some(t => t.visible) && i !== e && o(i) === r && (t = !0, s.push(i)) }) }

16 if (t && a) { s.forEach(t => { let i = t.getThresholdAlignment(e); sM(i) && n.push(i) }); let t = n.length > 1 ? n.reduce((t, e) => t += e, 0) / n.length : void 0; s.forEach(e => { e.thresholdAlignment = t }) } return t } getThresholdAlignment(t) { if ((!sM(this.dataMin) || this !== t && this.series.some(t => t.isDirty || t.isDirtyData)) && this.getSeriesExtremes(), sM(this.threshold)) { let t = sp((this.threshold - (this.dataMin || 0)) / ((this.dataMax || 0) - (this.dataMin || 0)), 0, 1); return this.options.reversed && (t = 1 - t), t } } getTickAmount() { let t = this.options, e = t.tickPixelInterval, i = t.tickAmount; sg(t.tickInterval) || i || !(this.len < e) || this.isRadial || this.logarithmic || !t.startOnTick || !t.endOnTick || (i = 2), !i && this.alignToOthers() && (i = Math.ceil(this.len / e) + 1), i < 4 && (this.finalTickAmt = i, i = 5), this.tickAmount = i } adjustTickAmount() { let t = this, { finalTickAmt: e, max: i, min: s, options: o, tickPositions: r, tickAmount: a, thresholdAlignment: n } = t, h = r?.length, l = sP(t.threshold, t.softThreshold ? 0 : null), d, c, p = t.tickInterval, u, g = () => r.push(su(r[r.length - 1] + p)), f = () => r.unshift(su(r[0] - p)); if (sM(n) && (u = n < .5 ? Math.ceil(n * (a - 1)) : Math.floor(n * (a - 1)), o.reversed && (u = a - 1 - u)), t.hasData() && sM(s) && sM(i)) { let n = () => { t.transA *= (h - 1) / (a - 1), t.min = o.startOnTick ? r[0] : Math.min(s, r[0]), t.max = o.endOnTick ? r[r.length - 1] : Math.max(i, r[r.length - 1]) }; if (sM(u) && sM(t.threshold)) { for (; r[u] !== l || r.length !== a || r[0] > s || r[r.length - 1] < i;) { for (r.length = 0, r.push(t.threshold); r.length < a;)void 0 === r[u] || r[u] > t.threshold ? f() : g(); if (p > 8 * t.tickInterval) break; p *= 2 } n() } else if (h < a) { for (; r.length < a;)r.length % 2 || s === l ? g() : f(); n() } if (sg(e)) { for (c = d = r.length; c--;)(3 === e && c % 2 == 1 || e <= 2 && c > 0 && c < d - 1) && r.splice(c, 1); t.finalTickAmt = void 0 } } } setScale() { let { coll: t, stacking: e } = this, i = !1, s = !1; this.series.forEach(t => { i = i || t.isDirtyData || t.isDirty, s = s || t.xAxis && t.xAxis.isDirty || !1 }), this.setAxisSize(); let o = this.len !== (this.old && this.old.len); o || i || s || this.isLinked || this.forceRedraw || this.userMin !== (this.old && this.old.userMin) || this.userMax !== (this.old && this.old.userMax) || this.alignToOthers() ? (e && "yAxis" === t && e.buildStacks(), this.forceRedraw = !1, this.userMinRange || (this.minRange = void 0), this.getSeriesExtremes(), this.setTickInterval(), e && "xAxis" === t && e.buildStacks(), this.isDirty || (this.isDirty = o || this.min !== this.old?.min || this.max !== this.old?.max)) : e && e.cleanStacks(), i && delete this.allExtremes, sb(this, "afterSetScale") } setExtremes(t, e, i = !0, s, o) { let r = this.chart; this.series.forEach(t => { delete t.kdTree }), t = r.time.parse(t), e = r.time.parse(e), sb(this, "setExtremes", o = sy(o, { min: t, max: e }), t => { this.userMin = t.min, this.userMax = t.max, this.eventArgs = t, i && r.redraw(s) }) } setAxisSize() { let t = this.chart, e = this.options, i = e.offsets || [0, 0, 0, 0], s = this.horiz, o = this.width = Math.round(sL(sP(e.width, t.plotWidth - i[3] + i[1]), t.plotWidth)), r = this.height = Math.round(sL(sP(e.height, t.plotHeight - i[0] + i[2]), t.plotHeight)), a = this.top = Math.round(sL(sP(e.top, t.plotTop + i[0]), t.plotHeight, t.plotTop)), n = this.left = Math.round(sL(sP(e.left, t.plotLeft + i[3]), t.plotWidth, t.plotLeft)); this.bottom = t.chartHeight - r - a, this.right = t.chartWidth - o - n, this.len = Math.max(s ? o : r, 0), this.pos = s ? n : a } getExtremes() { let t = this.logarithmic; return { min: t ? su(t.lin2log(this.min)) : this.min, max: t ? su(t.lin2log(this.max)) : this.max, dataMin: this.dataMin, dataMax: this.dataMax, userMin: this.userMin, userMax: this.userMax } } getThreshold(t) { let e = this.logarithmic, i = e ? e.lin2log(this.min) : this.min, s = e ? e.lin2log(this.max) : this.max; return null === t || t === -1 / 0 ? t = i : t === 1 / 0 ? t = s : i > t ? t = i : s < t && (t = s), this.translate(t, 0, 1, 0, 1) } autoLabelAlign(t) { let e = (sP(t, 0) - 90 * this.side + 720) % 360, i = { align: "center" }; return sb(this, "autoLabelAlign", i, function (t) { e > 15 && e < 165 ? t.align = "right" : e > 195 && e < 345 && (t.align = "left") }), i.align } tickSize(t) { let e = this.options, i = sP(e["tick" === t ? "tickWidth" : "minorTickWidth"], "tick" === t && this.isXAxis && !this.categories ? 1 : 0), s = e["tick" === t ? "tickLength" : "minorTickLength"], o; i && s && ("inside" === e[t + "Position"] && (s = -s), o = [s, i]); let r = { tickSize: o }; return sb(this, "afterTickSize", r), r.tickSize } labelMetrics() { let t = this.chart.renderer, e = this.ticks, i = e[Object.keys(e)[0]] || {}; return this.chart.renderer.fontMetrics(i.label || i.movedLabel || t.box) } unsquish() { let t = this.options.labels, e = t.padding || 0, i = this.horiz, s = this.tickInterval, o = this.len / (((this.categories ? 1 : 0) + this.max - this.min) / s), r = t.rotation, a = su(.8 * this.labelMetrics().h), n = Math.max(this.max - this.min, 0), h = function (t) { let i = (t + 2 * e) / (o || 1); return (i = i > 1 ? Math.ceil(i) : 1) * s > n && t !== 1 / 0 && o !== 1 / 0 && n && (i = Math.ceil(n / s)), su(i * s) }, l = s, d, c = Number.MAX_VALUE, p; if (i) { if (!t.staggerLines && (sM(r) ? p = [r] : o < t.autoRotationLimit && (p = t.autoRotation)), p) { let t, e; for (let i of p) (i === r || i && i >= -90 && i <= 90) && (e = (t = h(Math.abs(a / Math.sin(sl * i)))) + Math.abs(i / 360)) < c && (c = e, d = i, l = t) } } else l = h(.75 * a); return this.autoRotation = p, this.labelRotation = sP(d, sM(r) ? r : 0), t.step ? s : l } getSlotWidth(t) { let e = this.chart, i = this.horiz, s = this.options.labels, o = Math.max(this.tickPositions.length - (this.categories ? 0 : 1), 1), r = e.margin[3]; if (t && sM(t.slotWidth)) return t.slotWidth; if (i && s.step < 2 && !this.isRadial) return s.rotation ? 0 : (this.staggerLines || 1) * this.len / o; if (!i) { let t = s.style.width; if (void 0 !== t) return parseInt(String(t), 10); if (r) return r - e.spacing[3] } return .33 * e.chartWidth } renderUnsquish() { let t = this.chart, e = t.renderer, i = this.tickPositions, s = this.ticks, o = this.options.labels, r = o.style, a = this.horiz, n = this.getSlotWidth(), h = Math.max(1, Math.round(n - (a ? 2 * (o.padding || 0) : o.distance || 0))), l = {}, d = this.labelMetrics(), c = r.lineClamp, p, u = c ?? (Math.floor(this.len / (i.length * d.h)) || 1), g = 0; sS(o.rotation) || (l.rotation = o.rotation || 0), i.forEach(function (t) { let e = s[t]; e.movedLabel && e.replaceMovedLabel(); let i = e.label?.textPxLength || 0; i > g && (g = i) }), this.maxLabelLength = g, this.autoRotation ? g > h && g > d.h ? l.rotation = this.labelRotation : this.labelRotation = 0 : n && (p = h), l.rotation && (p = g > .5 * t.chartHeight ? .33 * t.chartHeight : g, c || (u = 1)), this.labelAlign = o.align || this.autoLabelAlign(this.labelRotation), this.labelAlign && (l.align = this.labelAlign), i.forEach(function (t) { let e = s[t], i = e && e.label, o = r.width, a = {}; i && (i.attr(l), e.shortenLabel ? e.shortenLabel() : p && !o && "nowrap" !== r.whiteSpace && (p < (i.textPxLength || 0) || "SPAN" === i.element.tagName) ? i.css(sy(a, { width: `${p}px`, lineClamp: u })) : !i.styles.width || a.width || o || i.css({ width: "auto" }), e.rotation = l.rotation) }, this), this.tickRotCorr = e.rotCorr(d.b, this.labelRotation || 0, 0 !== this.side) } hasData() { return this.series.some(function (t) { return t.hasData() }) || this.options.showEmpty && sg(this.min) && sg(this.max) } addTitle(t) { let e; let i = this.chart.renderer, s = this.horiz, o = this.opposite, r = this.options.title, a = this.chart.styledMode; this.axisTitle || ((e = r.textAlign) || (e = (s ? { low: "left", middle: "center", high: "right" } : { low: o ? "right" : "left", middle: "center", high: o ? "left" : "right" })[r.align]), this.axisTitle = i.text(r.text || "", 0, 0, r.useHTML).attr({ zIndex: 7, rotation: r.rotation || 0, align: e }).addClass("highcharts-axis-title"), a || this.axisTitle.css(sT(r.style)), this.axisTitle.add(this.axisGroup), this.axisTitle.isNew = !0), a || r.style.width || this.isRadial || this.axisTitle.css({ width: this.len + "px" }), this.axisTitle[t ? "show" : "hide"](t) } generateTick(t) { let e = this.ticks; e[t] ? e[t].addLabel() : e[t] = new ss(this, t) } createGroups() { let { axisParent: t, chart: e, coll: i, options: s } = this, o = e.renderer, r = (e, r, a) => o.g(e).attr({ zIndex: a }).addClass(`highcharts-${i.toLowerCase()}${r} ` + (this.isRadial ? `highcharts-radial-axis${r} ` : "") + (s.className || "")).add(t); this.axisGroup || (this.gridGroup = r("grid", "-grid", s.gridZIndex), this.axisGroup = r("axis", "", s.zIndex), this.labelGroup = r("axis-labels", "-labels", s.labels.zIndex)) } getOffset() { let t = this, { chart: e, horiz: i, options: s, side: o, ticks: r, tickPositions: a, coll: n } = t, h = e.inverted && !t.isZAxis ? [1, 0, 3, 2][o] : o, l = t.hasData(), d = s.title, c = s.labels, p = sM(s.crossing), u = e.axisOffset, g = e.clipOffset, f = [-1, 1, 1, -1][o], m, x = 0, y, b = 0, v = 0, k, w; if (t.showAxis = m = l || s.showEmpty, t.staggerLines = t.horiz && c.staggerLines || void 0, t.createGroups(), l || t.isLinked ? (a.forEach(function (e) { t.generateTick(e) }), t.renderUnsquish(), t.reserveSpaceDefault = 0 === o || 2 === o || ({ 1: "left", 3: "right" })[o] === t.labelAlign, sP(c.reserveSpace, !p && null, "center" === t.labelAlign || null, t.reserveSpaceDefault) && a.forEach(function (t) { v = Math.max(r[t].getLabelSize(), v) }), t.staggerLines && (v *= t.staggerLines), t.labelOffset = v * (t.opposite ? -1 : 1)) : sA(r, function (t, e) { t.destroy(), delete r[e] }), d?.text && !1 !== d.enabled && (t.addTitle(m), m && !p && !1 !== d.reserveSpace && (t.titleOffset = x = t.axisTitle.getBBox()[i ? "height" : "width"], b = sg(y = d.offset) ? 0 : sP(d.margin, i ? 5 : 10))), t.renderLine(), t.offset = f * sP(s.offset, u[o] ? u[o] + (s.margin || 0) : 0), t.tickRotCorr = t.tickRotCorr || { x: 0, y: 0 }, w = 0 === o ? -t.labelMetrics().h : 2 === o ? t.tickRotCorr.y : 0, k = Math.abs(v) + b, v && (k -= w, k += f * (i ? sP(c.y, t.tickRotCorr.y + f * c.distance) : sP(c.x, f * c.distance))), t.axisTitleMargin = sP(y, k), t.getMaxLabelDimensions && (t.maxLabelDimensions = t.getMaxLabelDimensions(r, a)), "colorAxis" !== n && g) { let e = this.tickSize("tick"); u[o] = Math.max(u[o], (t.axisTitleMargin || 0) + x + f * t.offset, k, a && a.length && e ? e[0] + f * t.offset : 0); let i = !t.axisLine || s.offset ? 0 : t.axisLine.strokeWidth() / 2; g[h] = Math.max(g[h], i) } sb(this, "afterGetOffset") } getLinePath(t) { let e = this.chart, i = this.opposite, s = this.offset, o = this.horiz, r = this.left + (i ? this.width : 0) + s, a = e.chartHeight - this.bottom - (i ? this.height : 0) + s; return i && (t *= -1), e.renderer.crispLine([["M", o ? this.left : r, o ? a : this.top], ["L", o ? e.chartWidth - this.right : r, o ? a : e.chartHeight - this.bottom]], t) } renderLine() { this.axisLine || (this.axisLine = this.chart.renderer.path().addClass("highcharts-axis-line").add(this.axisGroup), this.chart.styledMode || this.axisLine.attr({ stroke: this.options.lineColor, "stroke-width": this.options.lineWidth, zIndex: 7 })) } getTitlePosition(t) { let e = this.horiz, i = this.left, s = this.top, o = this.len, r = this.options.title, a = e ? i : s, n = this.opposite, h = this.offset, l = r.x, d = r.y, c = this.chart.renderer.fontMetrics(t), p = t ? Math.max(t.getBBox(!1, 0).height - c.h - 1, 0) : 0, u = { low: a + (e ? 0 : o), middle: a + o / 2, high: a + (e ? o : 0) }[r.align], g = (e ? s + this.height : i) + (e ? 1 : -1) * (n ? -1 : 1) * (this.axisTitleMargin || 0) + [-p, p, c.f, -p][this.side], f = { x: e ? u + l : g + (n ? this.width : 0) + h + l, y: e ? g + d - (n ? this.height : 0) + h : u + d }; return sb(this, "afterGetTitlePosition", { titlePosition: f }), f } renderMinorTick(t, e) { let i = this.minorTicks; i[t] || (i[t] = new ss(this, t, "minor")), e && i[t].isNew && i[t].render(null, !0), i[t].render(null, !1, 1) } renderTick(t, e, i) { let s = this.isLinked, o = this.ticks; (!s || t >= this.min && t <= this.max || this.grid && this.grid.isColumn) && (o[t] || (o[t] = new ss(this, t)), i && o[t].isNew && o[t].render(e, !0, -1), o[t].render(e)) } render() { let t, e; let i = this, s = i.chart, o = i.logarithmic, r = s.renderer, a = i.options, n = i.isLinked, h = i.tickPositions, l = i.axisTitle, d = i.ticks, c = i.minorTicks, p = i.alternateBands, u = a.stackLabels, g = a.alternateGridColor, f = a.crossing, m = i.tickmarkOffset, x = i.axisLine, y = i.showAxis, b = so(r.globalAnimation); if (i.labelEdge.length = 0, i.overlap = !1, [d, c, p].forEach(function (t) { sA(t, function (t) { t.isActive = !1 }) }), sM(f)) { let t = this.isXAxis ? s.yAxis[0] : s.xAxis[0], e = [1, -1, -1, 1][this.side]; if (t) { let s = t.toPixels(f, !0); i.horiz && (s = t.len - s), i.offset = e * s } } if (i.hasData() || n) { let r = i.chart.hasRendered && i.old && sM(i.old.min); i.minorTickInterval && !i.categories && i.getMinorTickPositions().forEach(function (t) { i.renderMinorTick(t, r) }), h.length && (h.forEach(function (t, e) { i.renderTick(t, e, r) }), m && (0 === i.min || i.single) && (d[-1] || (d[-1] = new ss(i, -1, null, !0)), d[-1].render(-1))), g && h.forEach(function (r, a) { e = void 0 !== h[a + 1] ? h[a + 1] + m : i.max - m, a % 2 == 0 && r < i.max && e <= i.max + (s.polar ? -m : m) && (p[r] || (p[r] = new k.PlotLineOrBand(i, {})), t = r + m, p[r].options = { from: o ? o.lin2log(t) : t, to: o ? o.lin2log(e) : e, color: g, className: "highcharts-alternate-grid" }, p[r].render(), p[r].isActive = !0) }), i._addedPlotLB || (i._addedPlotLB = !0, (a.plotLines || []).concat(a.plotBands || []).forEach(function (t) { i.addPlotBandOrLine(t) })) } [d, c, p].forEach(function (t) { let e = [], i = b.duration; sA(t, function (t, i) { t.isActive || (t.render(i, !1, 0), t.isActive = !1, e.push(i)) }), sI(function () { let i = e.length; for (; i--;)t[e[i]] && !t[e[i]].isActive && (t[e[i]].destroy(), delete t[e[i]]) }, t !== p && s.hasRendered && i ? i : 0) }), x && (x[x.isPlaced ? "animate" : "attr"]({ d: this.getLinePath(x.strokeWidth()) }), x.isPlaced = !0, x[y ? "show" : "hide"](y)), l && y && (l[l.isNew ? "attr" : "animate"](i.getTitlePosition(l)), l.isNew = !1), u && u.enabled && i.stacking && i.stacking.renderStackTotals(), i.old = { len: i.len, max: i.max, min: i.min, transA: i.transA, userMax: i.userMax, userMin: i.userMin }, i.isDirty = !1, sb(this, "afterRender") } redraw() { this.visible && (this.render(), this.plotLinesAndBands.forEach(function (t) { t.render() })), this.series.forEach(function (t) { t.isDirty = !0 }) } getKeepProps() { return this.keepProps || sB.keepProps } destroy(t) { let e = this, i = e.plotLinesAndBands, s = this.eventOptions; if (sb(this, "destroy", { keepEvents: t }), t || sO(e), [e.ticks, e.minorTicks, e.alternateBands].forEach(function (t) { sf(t) }), i) { let t = i.length; for (; t--;)i[t].destroy() } for (let t in ["axisLine", "axisTitle", "axisGroup", "gridGroup", "labelGroup", "cross", "scrollbar"].forEach(function (t) { e[t] && (e[t] = e[t].destroy()) }), e.plotLinesAndBandsGroups) e.plotLinesAndBandsGroups[t] = e.plotLinesAndBandsGroups[t].destroy(); sA(e, function (t, i) { -1 === e.getKeepProps().indexOf(i) && delete e[i] }), this.eventOptions = s } drawCrosshair(t, e) { let i = this.crosshair, s = sP(i && i.snap, !0), o = this.chart, r, a, n, h = this.cross, l; if (sb(this, "drawCrosshair", { e: t, point: e }), t || (t = this.cross && this.cross.e), i && !1 !== (sg(e) || !s)) { if (s ? sg(e) && (a = sP("colorAxis" !== this.coll ? e.crosshairPos : null, this.isXAxis ? e.plotX : this.len - e.plotY)) : a = t && (this.horiz ? t.chartX - this.pos : this.len - t.chartY + this.pos), sg(a) && (l = { value: e && (this.isXAxis ? e.x : sP(e.stackY, e.y)), translatedValue: a }, o.polar && sy(l, { isCrosshair: !0, chartX: t && t.chartX, chartY: t && t.chartY, point: e }), r = this.getPlotLinePath(l) || null), !sg(r)) { this.hideCrosshair(); return } n = this.categories && !this.isRadial, h || (this.cross = h = o.renderer.path().addClass("highcharts-crosshair highcharts-crosshair-" + (n ? "category " : "thin ") + (i.className || "")).attr({ zIndex: sP(i.zIndex, 2) }).add(), !o.styledMode && (h.attr({ stroke: i.color || (n ? tv.parse("#ccd3ff").setOpacity(.25).get() : "#cccccc"), "stroke-width": sP(i.width, 1) }).css({ "pointer-events": "none" }), i.dashStyle && h.attr({ dashstyle: i.dashStyle }))), h.show().attr({ d: r }), n && !i.width && h.attr({ "stroke-width": this.transA }), this.cross.e = t } else this.hideCrosshair(); sb(this, "afterDrawCrosshair", { e: t, point: e }) } hideCrosshair() { this.cross && this.cross.hide(), sb(this, "afterHideCrosshair") } update(t, e) { let i = this.chart; t = sT(this.userOptions, t), this.destroy(!0), this.init(i, t), i.isDirtyBox = !0, sP(e, !0) && i.redraw() } remove(t) { let e = this.chart, i = this.coll, s = this.series, o = s.length; for (; o--;)s[o] && s[o].remove(!1); sm(e.axes, this), sm(e[i] || [], this), e.orderItems(i), this.destroy(), e.isDirtyBox = !0, sP(t, !0) && e.redraw() } setTitle(t, e) { this.update({ title: t }, e) } setCategories(t, e) { this.update({ categories: t }, e) } } sB.keepProps = ["coll", "extKey", "hcEvents", "len", "names", "series", "userMax", "userMin"]; let { addEvent: sN, getMagnitude: sz, normalizeTickInterval: sR, timeUnits: sW } = $; !function (t) { function e() { return this.chart.time.getTimeTicks.apply(this.chart.time, arguments) } function i() { if ("datetime" !== this.type) { this.dateTime = void 0; return } this.dateTime || (this.dateTime = new s(this)) } t.compose = function (t) { return t.keepProps.includes("dateTime") || (t.keepProps.push("dateTime"), t.prototype.getTimeTicks = e, sN(t, "afterSetType", i)), t }; class s { constructor(t) { this.axis = t } normalizeTimeTickInterval(t, e) { let i = e || [["millisecond", [1, 2, 5, 10, 20, 25, 50, 100, 200, 500]], ["second", [1, 2, 5, 10, 15, 30]], ["minute", [1, 2, 5, 10, 15, 30]], ["hour", [1, 2, 3, 4, 6, 8, 12]], ["day", [1, 2]], ["week", [1, 2]], ["month", [1, 2, 3, 4, 6]], ["year", null]], s = i[i.length - 1], o = sW[s[0]], r = s[1], a; for (a = 0; a < i.length && (o = sW[(s = i[a])[0]], r = s[1], !i[a + 1] || !(t <= (o * r[r.length - 1] + sW[i[a + 1][0]]) / 2)); a++); o === sW.year && t < 5 * o && (r = [1, 2, 5]); let n = sR(t / o, r, "year" === s[0] ? Math.max(sz(t / o), 1) : 1); return { unitRange: o, count: n, unitName: s[0] } } getXDateFormat(t, e) { let { axis: i } = this, s = i.chart.time; return i.closestPointRange ? s.getDateFormat(i.closestPointRange, t, i.options.startOfWeek, e) || s.resolveDTLFormat(e.year).main : s.resolveDTLFormat(e.day).main } } t.Additions = s }(n || (n = {})); let sH = n, { addEvent: sX, normalizeTickInterval: sF, pick: sG } = $; !function (t) { function e() { "logarithmic" !== this.type ? this.logarithmic = void 0 : this.logarithmic ?? (this.logarithmic = new s(this)) } function i() { let t = this.logarithmic; t && (this.lin2val = function (e) { return t.lin2log(e) }, this.val2lin = function (e) { return t.log2lin(e) }) } t.compose = function (t) { return t.keepProps.includes("logarithmic") || (t.keepProps.push("logarithmic"), sX(t, "afterSetType", e), sX(t, "afterInit", i)), t }; class s { constructor(t) { this.axis = t } getLogTickPositions(t, e, i, s) { let o = this.axis, r = o.len, a = o.options, n = []; if (s || (this.minorAutoInterval = void 0), t >= .5) t = Math.round(t), n = o.getLinearTickPositions(t, e, i); else if (t >= .08) { let o, r, a, h, l, d, c; let p = Math.floor(e); for (o = t > .3 ? [1, 2, 4] : t > .15 ? [1, 2, 4, 6, 8] : [1, 2, 3, 4, 5, 6, 7, 8, 9], r = p; r < i + 1 && !c; r++)for (a = 0, h = o.length; a < h && !c; a++)(l = this.log2lin(this.lin2log(r) * o[a])) > e && (!s || d <= i) && void 0 !== d && n.push(d), d > i && (c = !0), d = l } else { let h = this.lin2log(e), l = this.lin2log(i), d = s ? o.getMinorTickInterval() : a.tickInterval, c = a.tickPixelInterval / (s ? 5 : 1), p = s ? r / o.tickPositions.length : r; t = sF(t = sG("auto" === d ? null : d, this.minorAutoInterval, (l - h) * c / (p || 1))), n = o.getLinearTickPositions(t, h, l).map(this.log2lin), s || (this.minorAutoInterval = t / 5) } return s || (o.tickInterval = t), n } lin2log(t) { return Math.pow(10, t) } log2lin(t) { return Math.log(t) / Math.LN10 } } t.Additions = s }(h || (h = {})); let sY = h, { erase: sj, extend: sU, isNumber: s$ } = $; !function (t) { let e; function i(t) { return this.addPlotBandOrLine(t, "plotBands") } function s(t, i) { let s = this.userOptions, o = new e(this, t); if (this.visible && (o = o.render()), o) { if (this._addedPlotLB || (this._addedPlotLB = !0, (s.plotLines || []).concat(s.plotBands || []).forEach(t => { this.addPlotBandOrLine(t) })), i) { let e = s[i] || []; e.push(t), s[i] = e } this.plotLinesAndBands.push(o) } return o } function o(t) { return this.addPlotBandOrLine(t, "plotLines") } function r(t, e, i) { i = i || this.options; let s = this.getPlotLinePath({ value: e, force: !0, acrossPanes: i.acrossPanes }), o = [], r = this.horiz, a = !s$(this.min) || !s$(this.max) || t < this.min && e < this.min || t > this.max && e > this.max, n = this.getPlotLinePath({ value: t, force: !0, acrossPanes: i.acrossPanes }), h, l = 1, d; if (n && s) for (a && (d = n.toString() === s.toString(), l = 0), h = 0; h < n.length; h += 2) { let t = n[h], e = n[h + 1], i = s[h], a = s[h + 1]; ("M" === t[0] || "L" === t[0]) && ("M" === e[0] || "L" === e[0]) && ("M" === i[0] || "L" === i[0]) && ("M" === a[0] || "L" === a[0]) && (r && i[1] === t[1] ? (i[1] += l, a[1] += l) : r || i[2] !== t[2] || (i[2] += l, a[2] += l), o.push(["M", t[1], t[2]], ["L", e[1], e[2]], ["L", a[1], a[2]], ["L", i[1], i[2]], ["Z"])), o.isFlat = d } return o } function a(t) { this.removePlotBandOrLine(t) } function n(t) { let e = this.plotLinesAndBands, i = this.options, s = this.userOptions; if (e) { let o = e.length; for (; o--;)e[o].id === t && e[o].destroy();[i.plotLines || [], s.plotLines || [], i.plotBands || [], s.plotBands || []].forEach(function (e) { for (o = e.length; o--;)(e[o] || {}).id === t && sj(e, e[o]) }) } } function h(t) { this.removePlotBandOrLine(t) } t.compose = function (t, l) { let d = l.prototype; return d.addPlotBand || (e = t, sU(d, { addPlotBand: i, addPlotLine: o, addPlotBandOrLine: s, getPlotBandPath: r, removePlotBand: a, removePlotLine: h, removePlotBandOrLine: n })), l } }(l || (l = {})); let sV = l, { addEvent: sq, arrayMax: sZ, arrayMin: s_, defined: sK, destroyObjectProperties: sJ, erase: sQ, fireEvent: s0, merge: s1, objectEach: s2, pick: s3 } = $; class s5 { static compose(t, e) { return sq(t, "afterInit", function () { this.labelCollectors.push(() => { let t = []; for (let e of this.axes) for (let { label: i, options: s } of e.plotLinesAndBands) i && !s?.label?.allowOverlap && t.push(i); return t }) }), sV.compose(s5, e) } constructor(t, e) { this.axis = t, this.options = e, this.id = e.id } render() { s0(this, "render"); let { axis: t, options: e } = this, { horiz: i, logarithmic: s } = t, { color: o, events: r, zIndex: a = 0 } = e, { renderer: n, time: h } = t.chart, l = {}, d = h.parse(e.to), c = h.parse(e.from), p = h.parse(e.value), u = e.borderWidth, g = e.label, { label: f, svgElem: m } = this, x = [], y, b = sK(c) && sK(d), v = sK(p), k = !m, w = { class: "highcharts-plot-" + (b ? "band " : "line ") + (e.className || "") }, M = b ? "bands" : "lines"; if (!t.chart.styledMode && (v ? (w.stroke = o || "#999999", w["stroke-width"] = s3(e.width, 1), e.dashStyle && (w.dashstyle = e.dashStyle)) : b && (w.fill = o || "#e6e9ff", u && (w.stroke = e.borderColor, w["stroke-width"] = u))), l.zIndex = a, M += "-" + a, (y = t.plotLinesAndBandsGroups[M]) || (t.plotLinesAndBandsGroups[M] = y = n.g("plot-" + M).attr(l).add()), m || (this.svgElem = m = n.path().attr(w).add(y)), sK(p)) x = t.getPlotLinePath({ value: s?.log2lin(p) ?? p, lineWidth: m.strokeWidth(), acrossPanes: e.acrossPanes }); else { if (!(sK(c) && sK(d))) return; x = t.getPlotBandPath(s?.log2lin(c) ?? c, s?.log2lin(d) ?? d, e) } return !this.eventsAdded && r && (s2(r, (t, e) => { m?.on(e, t => { r[e].apply(this, [t]) }) }), this.eventsAdded = !0), (k || !m.d) && x?.length ? m.attr({ d: x }) : m && (x ? (m.show(), m.animate({ d: x })) : m.d && (m.hide(), f && (this.label = f = f.destroy()))), g && (sK(g.text) || sK(g.formatter)) && x?.length && t.width > 0 && t.height > 0 && !x.isFlat ? (g = s1({ align: i && b ? "center" : void 0, x: i ? !b && 4 : 10, verticalAlign: !i && b ? "middle" : void 0, y: i ? b ? 16 : 10 : b ? 6 : -4, rotation: i && !b ? 90 : 0, ...b ? { inside: !0 } : {} }, g), this.renderLabel(g, x, b, a)) : f && f.hide(), this } renderLabel(t, e, i, s) { let o = this.axis, r = o.chart.renderer, a = t.inside, n = this.label; n || (this.label = n = r.text(this.getLabelText(t), 0, 0, t.useHTML).attr({ align: t.textAlign || t.align, rotation: t.rotation, class: "highcharts-plot-" + (i ? "band" : "line") + "-label " + (t.className || ""), zIndex: s }), o.chart.styledMode || n.css(s1({ fontSize: "0.8em", textOverflow: i && !a ? "" : "ellipsis" }, t.style)), n.add()); let h = e.xBounds || [e[0][1], e[1][1], i ? e[2][1] : e[0][1]], l = e.yBounds || [e[0][2], e[1][2], i ? e[2][2] : e[0][2]], d = s_(h), c = s_(l), p = sZ(h) - d; n.align(t, !1, { x: d, y: c, width: p, height: sZ(l) - c }), (!n.alignValue || "left" === n.alignValue || sK(a)) && n.css({ width: (t.style?.width || (i && a ? p : 90 === n.rotation ? o.height - (n.alignAttr.y - o.top) : (t.clip ? o.width : o.chart.chartWidth) - (n.alignAttr.x - o.left))) + "px" }), n.show(!0) } getLabelText(t) { return sK(t.formatter) ? t.formatter.call(this) : t.text } destroy() { sQ(this.axis.plotLinesAndBands, this), delete this.axis, sJ(this) } } let { animObject: s6 } = tz, { format: s9 } = ee, { composed: s4, dateFormats: s8, doc: s7, isSafari: ot } = k, { distribute: oe } = en, { addEvent: oi, clamp: os, css: oo, discardElement: or, extend: oa, fireEvent: on, isArray: oh, isNumber: ol, isObject: od, isString: oc, merge: op, pick: ou, pushUnique: og, splat: of, syncTimeout: om } = $; class ox { constructor(t, e, i) { this.allowShared = !0, this.crosshairs = [], this.distance = 0, this.isHidden = !0, this.isSticky = !1, this.options = {}, this.outside = !1, this.chart = t, this.init(t, e), this.pointer = i } bodyFormatter(t) { return t.map(t => { let e = t.series.tooltipOptions, i = t.formatPrefix || "point"; return (e[i + "Formatter"] || t.tooltipFormatter).call(t, e[i + "Format"] || "") }) } cleanSplit(t) { this.chart.series.forEach(function (e) { let i = e && e.tt; i && (!i.isActive || t ? e.tt = i.destroy() : i.isActive = !1) }) } defaultFormatter(t) { let e; let i = this.points || of(this); return (e = (e = [t.headerFooterFormatter(i[0])]).concat(t.bodyFormatter(i))).push(t.headerFooterFormatter(i[0], !0)), e } destroy() { this.label && (this.label = this.label.destroy()), this.split && (this.cleanSplit(!0), this.tt && (this.tt = this.tt.destroy())), this.renderer && (this.renderer = this.renderer.destroy(), or(this.container)), $.clearTimeout(this.hideTimer) } getAnchor(t, e) { let i; let { chart: s, pointer: o } = this, r = s.inverted, a = s.plotTop, n = s.plotLeft; if ((t = of(t))[0].series && t[0].series.yAxis && !t[0].series.yAxis.options.reversedStacks && (t = t.slice().reverse()), this.followPointer && e) void 0 === e.chartX && (e = o.normalize(e)), i = [e.chartX - n, e.chartY - a]; else if (t[0].tooltipPos) i = t[0].tooltipPos; else { let s = 0, o = 0; t.forEach(function (t) { let e = t.pos(!0); e && (s += e[0], o += e[1]) }), s /= t.length, o /= t.length, this.shared && t.length > 1 && e && (r ? s = e.chartX : o = e.chartY), i = [s - n, o - a] } return i.map(Math.round) } getClassName(t, e, i) { let s = this.options, o = t.series, r = o.options; return [s.className, "highcharts-label", i && "highcharts-tooltip-header", e ? "highcharts-tooltip-box" : "highcharts-tooltip", !i && "highcharts-color-" + ou(t.colorIndex, o.colorIndex), r && r.className].filter(oc).join(" ") } getLabel({ anchorX: t, anchorY: e } = { anchorX: 0, anchorY: 0 }) { let i = this, s = this.chart.styledMode, o = this.options, r = this.split && this.allowShared, a = this.container, n = this.chart.renderer; if (this.label) { let t = !this.label.hasClass("highcharts-label"); (!r && t || r && !t) && this.destroy() } if (!this.label) { if (this.outside) { let t = this.chart, e = t.options.chart.style, i = ei.getRendererType(); this.container = a = k.doc.createElement("div"), a.className = "highcharts-tooltip-container " + (t.renderTo.className.match(/(highcharts[a-zA-Z0-9-]+)\s?/gm) || ""), oo(a, { position: "absolute", top: "1px", pointerEvents: "none", zIndex: Math.max(this.options.style.zIndex || 0, (e && e.zIndex || 0) + 3) }), this.renderer = n = new i(a, 0, 0, e, void 0, void 0, n.styledMode) } if (r ? this.label = n.g("tooltip") : (this.label = n.label("", t, e, o.shape, void 0, void 0, o.useHTML, void 0, "tooltip").attr({ padding: o.padding, r: o.borderRadius }), s || this.label.attr({ fill: o.backgroundColor, "stroke-width": o.borderWidth || 0 }).css(o.style).css({ pointerEvents: o.style.pointerEvents || (this.shouldStickOnContact() ? "auto" : "none") })), i.outside) { let t = this.label;[t.xSetter, t.ySetter].forEach((e, s) => { t[s ? "ySetter" : "xSetter"] = o => { e.call(t, i.distance), t[s ? "y" : "x"] = o, a && (a.style[s ? "top" : "left"] = `${o}px`) } }) } this.label.attr({ zIndex: 8 }).shadow(o.shadow).add() } return a && !a.parentElement && k.doc.body.appendChild(a), this.label } getPlayingField() { let { body: t, documentElement: e } = s7, { chart: i, distance: s, outside: o } = this; return { width: o ? Math.max(t.scrollWidth, e.scrollWidth, t.offsetWidth, e.offsetWidth, e.clientWidth) - 2 * s - 2 : i.chartWidth, height: o ? Math.max(t.scrollHeight, e.scrollHeight, t.offsetHeight, e.offsetHeight, e.clientHeight) : i.chartHe

16), P.forEach(function (t) { let { x: e, anchorX: s, anchorY: o, pos: r, point: { isHeader: a } } = t, n = { visibility: void 0 === r ? "hidden" : "inherit", x: e, y: (r || 0) + S, anchorX: s, anchorY: o }; if (i.outside && e < s) { let t = w - L.left; t > 0 && (a || (n.x = e + t, n.anchorX = s + t), a && (n.x = (L.right - L.left) / 2, n.anchorX = s + t)) } t.tt.attr(n) }); let { container: O, outside: E, renderer: I } = i; if (E && O && I) { let { width: t, height: e, x: i, y: s } = b.getBBox(); I.setSize(t + i, e + s, !1), O.style.left = L.left + "px", O.style.top = M + "px" } ot && b.attr({ opacity: 1 === b.opacity ? .999 : 1 }) } drawTracker() { if (!this.shouldStickOnContact()) { this.tracker && (this.tracker = this.tracker.destroy()); return } let t = this.chart, e = this.label, i = this.shared ? t.hoverPoints : t.hoverPoint; if (!e || !i) return; let s = { x: 0, y: 0, width: 0, height: 0 }, o = this.getAnchor(i), r = e.getBBox(); o[0] += t.plotLeft - (e.translateX || 0), o[1] += t.plotTop - (e.translateY || 0), s.x = Math.min(0, o[0]), s.y = Math.min(0, o[1]), s.width = o[0] < 0 ? Math.max(Math.abs(o[0]), r.width - o[0]) : Math.max(Math.abs(o[0]), r.width), s.height = o[1] < 0 ? Math.max(Math.abs(o[1]), r.height - Math.abs(o[1])) : Math.max(Math.abs(o[1]), r.height), this.tracker ? this.tracker.attr(s) : (this.tracker = e.renderer.rect(s).addClass("highcharts-tracker").add(e), t.styledMode || this.tracker.attr({ fill: "rgba(0,0,0,0)" })) } styledModeFormat(t) { return t.replace('style="font-size: 0.8em"', 'class="highcharts-header"').replace(/style="color:{(point|series)\.color}"/g, 'class="highcharts-color-{$1.colorIndex} {series.options.className} {point.options.className}"') } headerFooterFormatter(t, e) { let i = t.series, s = i.tooltipOptions, o = i.xAxis, r = o && o.dateTime, a = { isFooter: e, point: t }, n = s.xDateFormat || "", h = s[e ? "footerFormat" : "headerFormat"]; return on(this, "headerFormatter", a, function (e) { if (r && !n && ol(t.key) && (n = r.getXDateFormat(t.key, s.dateTimeLabelFormats)), r && n) { if (od(n)) { let t = n; s8[0] = e => i.chart.time.dateFormat(t, e), n = "%0" }

16 resolveColor() { let t = this.series, e = t.chart.options.chart, i = t.chart.styledMode, s, o, r = e.colorCount, a; delete this.nonZonedColor, t.options.colorByPoint ? (i || (s = (o = t.options.colors || t.chart.options.colors)[t.colorCounter], r = o.length), a = t.colorCounter, t.colorCounter++, t.colorCounter === r && (t.colorCounter = 0)) : (i || (s = t.color), a = t.colorIndex), this.colorIndex = oD(this.options.colorIndex, a), this.color = oD(this.options.color, s) } setNestedProperty(t, e, i) { return i.split(".").reduce(function (t, i, s, o) { let r = o.length - 1 === s; return t[i] = r ? e : oE(t[i], !0) ? t[i] : {}, t[i] }, t), t } shouldDraw() { return !this.isNull } tooltipFormatter(t) { let { chart: e, pointArrayMap: i = ["y"], tooltipOptions: s } = this.series, { valueDecimals: o = "", valuePrefix: r = "", valueSuffix: a = "" } = s; return e.styledMode && (t = e.tooltip?.styledModeFormat(t) || t), i.forEach(e => { e = "{point." + e, (r || a) && (t = t.replace(RegExp(e + "}", "g"), r + e + "}" + a)), t = t.replace(RegExp(e + "}", "g"), e + ":,." + o + "f}") }), ok(t, this, e) } update(t, e, i, s) { let o; let r = this, a = r.series, n = r.graphic, h = a.chart, l = a.options; function d() { r.applyOptions(t); let s = n && r.hasMockGraphic, d = null === r.y ? !s : s; n && d && (r.graphic = n.destroy(), delete r.hasMockGraphic), oE(t, !0) && (n && n.element && t && t.marker && void 0 !== t.marker.symbol && (r.graphic = n.destroy()), t?.dataLabels && r.dataLabel && (r.dataLabel = r.dataLabel.destroy())), o = r.index; let c = {}; for (let t of a.dataColumnKeys()) c[t] = r[t]; a.dataTable.setRow(c, o), l.data[o] = oE(l.data[o], !0) || oE(t, !0) ? r.options : oD(t, l.data[o]), a.isDirty = a.isDirtyData = !0, !a.fixedBox && a.hasCartesianSeries && (h.isDirtyBox = !0), "point" === l.legendType && (h.isDirtyLegend = !0), e && h.redraw(i) } e = oD(e, !0), !1 === s ? d() : r.firePointEvent("update", { options: t }, d) } remove(t, e) { this.series.removePoint(this.series.data.indexOf(this), t, e) } select(t, e) { let i = this, s = i.series, o = s.chart; t = oD(t, !i.selected), this.selectedStaging = t, i.firePointEvent(t ? "select" : "unselect", { accumulate: e }, function () { i.selected = i.options.selected = t, s.options.data[s.data.indexOf(i)] = i.options, i.setState(t && "select"), e || o.getSelectedPoints().forEach(function (t) { let e = t.series; t.selected && t !== i && (t.selected = t.options.selected = !1, e.options.data[e.data.indexOf(t)] = t.options, t.setState(o.hoverPoints && e.options.inactiveOtherPoints ? "inactive" : ""), t.firePointEvent("unselect")) }) }), delete this.selectedStaging } onMouseOver(t) { let { inverted: e, pointer: i } = this.series.chart; i && (t = t ? i.normalize(t) : i.getChartCoordinatesFromPoint(this, e), i.runPointActions(t, this)) } onMouseOut() { let t = this.series.chart; this.firePointEvent("mouseOut"), this.series.options.inactiveOtherPoints || (t.hoverPoints || []).forEach(function (t) { t.setState() }), t.hoverPoints = t.hoverPoint = null } manageEvent(t) { let e = oI(this.series.options.point, this.options), i = e.events?.[t]; oL(i) && (!this.hcEvents?.[t] || this.hcEvents?.[t]?.map(t => t.fn).indexOf(i) === -1) ? (this.importedUserEvent?.(), this.importedUserEvent = ow(this, t, i), this.hcEvents && (this.hcEvents[t].userEvent = !0)) : this.importedUserEvent && !i && this.hcEvents?.[t] && this.hcEvents?.[t].userEvent && (oN(this, t), delete this.hcEvents[t], Object.keys(this.hcEvents) || delete this.importedUserEvent) } setState(t, e) { let i = this.series, s = this.state, o = i.options.states[t || "normal"] || {}, r = ov.plotOptions[i.type].marker && i.options.marker, a = r && !1 === r.enabled, n = r && r.states && r.states[t || "normal"] || {}, h = !1 === n.enabled, l = this.marker || {}, d = i.chart, c = r && i.markerAttribs, p = i.halo, u, g, f, m = i.stateMarkerGraphic, x; if ((t = t || "") === this.state && !e || this.selected && "select" !== t || !1 === o.enabled || t && (h || a && !1 === n.enabled) || t && l.states && l.states[t] && !1 === l.states[t].enabled) return; if (this.state = t, c && (u = i.markerAttribs(this, t)), this.graphic && !this.hasMockGraphic) { if (s && this.graphic.removeClass("highcharts-point-" + s), t && this.graphic.addClass("highcharts-point-" + t), !d.styledMode) { g = i.pointAttribs(this, t), f = oD(d.options.chart.animation, o.animation); let e = g.opacity; i.options.inactiveOtherPoints && oO(e) && (this.dataLabels || []).forEach(function (t) { t && !t.hasClass("highcharts-data-label-hidden") && (t.animate({ opacity: e }, f), t.connector && t.connector.animate({ opacity: e }, f)) }), this.graphic.animate(g, f) } u && this.graphic.animate(u, oD(d.options.chart.animation, n.animation, r.animation)), m && m.hide() } else t && n && (x = l.symbol || i.symbol, m && m.currentSymbol !== x && (m = m.destroy()), u && (m ? m[e ? "animate" : "attr"]({ x: u.x, y: u.y }) : x && (i.stateMarkerGraphic = m = d.renderer.symbol(x, u.x, u.y, u.width, u.height, oI(r, n)).add(i.markerGroup), m.currentSymbol = x)), !d.styledMode && m && "inactive" !== this.state && m.attr(i.pointAttribs(this, t))), m && (m[t && this.isInside ? "show" : "hide"](), m.element.point = this, m.addClass(this.getClassName(), !0)); let y = o.halo, b = this.graphic || m, v = b && b.visibility || "inherit"; y && y.size && b && "hidden" !== v && !this.isCluster ? (p || (i.halo = p = d.renderer.path().add(b.parentGroup)), p.show()[e ? "animate" : "attr"]({ d: this.haloPath(y.size) }), p.attr({ class: "highcharts-halo highcharts-color-" + oD(this.colorIndex, i.colorIndex) + (this.className ? " " + this.className : ""), visibility: v, zIndex: -1 }), p.point = this, d.styledMode || p.attr(oT({ fill: this.color || i.color, "fill-opacity": y.opacity }, t_.filterUserAttributes(y.attributes || {})))) : p?.point?.haloPath && !p.point.destroyed && p.animate({ d: p.point.haloPath(0) }, null, p.hide), oC(this, "afterSetState", { state: t }) } haloPath(t) { let e = this.pos(); return e ? this.series.chart.renderer.symbols.circle(oM(e[0], 1) - t, e[1] - t, 2 * t, 2 * t) : [] } } let oW = oR, { parse: oH } = tv, { charts: oX, composed: oF, isTouchDevice: oG } = k, { addEvent: oY, attr: oj, css: oU, extend: o$, find: oV, fireEvent: oq, isNumber: oZ, isObject: o_, objectEach: oK, offset: oJ, pick: oQ, pushUnique: o0, splat: o1 } = $; class o2 { applyInactiveState(t) { let e = [], i; (t || []).forEach(function (t) { i = t.series, e.push(i), i.linkedParent && e.push(i.linkedParent), i.linkedSeries && (e = e.concat(i.linkedSeries)), i.navigatorSeries && e.push(i.navigatorSeries) }

16)).forEach(function (t) { let e = oV(t.points, function (t) { return t.x === c.x && !t.isNull }); o_(e) && (t.boosted && t.boost && (e = t.boost.getPoint(e)), a.push(e)) }) : a.push(c)), oq(this, "afterGetHoverData", d = { hoverPoint: c }), { hoverPoint: d.hoverPoint, hoverSeries: h, hoverPoints: a } } getPointFromEvent(t) { let e = t.target, i; for (; e && !i;)i = e.point, e = e.parentNode; return i } onTrackerMouseOut(t) { let e = this.chart, i = t.relatedTarget, s = e.hoverSeries; this.isDirectTouch = !1, !s || !i || s.stickyTracking || this.inClass(i, "highcharts-tooltip") || this.inClass(i, "highcharts-series-" + s.index) && this.inClass(i, "highcharts-tracker") || s.onMouseOut() } inClass(t, e) { let i = t, s; for (; i;) { if (s = oj(i, "class")) { if (-1 !== s.indexOf(e)) return !0; if (-1 !== s.indexOf("highcharts-container")) return !1 } i = i.parentElement } } constructor(t, e) { this.hasDragged = 0, this.pointerCaptureEventsToUnbind = [], this.eventsToUnbind = [], this.options = e, this.chart = t, this.runChartClick = !!e.chart.events?.click, this.pinchDown = [], this.setDOMEvents(), oq(this, "afterInit") } normalize(t, e) { let i = t.touches, s = i ? i.length ? i.item(0) : oQ(i.changedTouches, t.changedTouches)[0] : t; e || (e = this.getChartPosition()); let o = s.pageX - e.left, r = s.pageY - e.top; return o$(t, { chartX: Math.round(o /= e.scaleX), chartY: Math.round(r /= e.scaleY) }) } onContainerClick(t) { let e = this.chart, i = e.hoverPoint, s = this.normalize(t), o = e.plotLeft, r = e.plotTop; !e.cancelClick && (i && this.inClass(s.target, "highcharts-tracker") ? (oq(i.series, "click", o$(s, { point: i })), e.hoverPoint && i.firePointEvent("click", s)) : (o$(s, this.getCoordinates(s)), e.isInsidePlot(s.chartX - o, s.chartY - r, { visiblePlotOnly: !0 }) && oq(e, "click", s))) } onContainerMouseDown(t) { let e = (1 & (t.buttons || t.button)) == 1; t = this.normalize(t), k.isFirefox && 0 !== t.button && this.onContainerMouseMove(t), (void 0 === t.button || e) && (this.zoomOption(t), e && t.preventDefault?.(), this.dragStart(t)) } onContainerMouseLeave(t) { let { pointer: e } = oX[oQ(o2.hoverChartIndex, -1)] || {}; t = this.normalize(t), this.onContainerMouseMove(t), e && !this.inClass(t.relatedTarget, "highcharts-tooltip") && (e.reset(), e.chartPosition = void 0) } onContainerMouseEnter() { delete this.chartPosition } onContainerMouseMove(t) { let e = this.chart, i = e.tooltip, s = this.normalize(t); this.setHoverChartIndex(t), ("mousedown" === e.mouseIsDown || this.touchSelect(s)) && this.drag(s), !e.openMenu && (this.inClass(s.target, "highcharts-tracker") || e.isInsidePlot(s.chartX - e.plotLeft, s.chartY - e.plotTop, { visiblePlotOnly: !0 })) && !(i && i.shouldStickOnContact(s)) && (this.inClass(s.target, "highcharts-no-tooltip") ? this.reset(!1, 0) : this.runPointActions(s)) } onDocumentTouchEnd(t) { this.onDocumentMouseUp(t) } onContainerTouchMove(t) { this.touchSelect(t) ? this.onContainerMouseMove(t) : this.touch(t) } onContainerTouchStart(t) { this.touchSelect(t) ? this.onContainerMouseDown(t) : (this.zoomOption(t), this.touch(t, !0)) } onDocumentMouseMove(t) { let e = this.chart, i = e.tooltip, s = this.chartPosition, o = this.normalize(t, s); !s || e.isInsidePlot(o.chartX - e.plotLeft, o.chartY - e.plotTop, { visiblePlotOnly: !0 }) || i && i.shouldStickOnContact(o) || o.target !== e.container.ownerDocument && this.inClass(o.target, "highcharts-tracker") || this.reset() } onDocumentMouseUp(t) { oX[oQ(o2.hoverChartIndex, -1)]?.pointer?.drop(t) } pinch(t) { let e = this, { chart: i, hasZoom: s, lastTouches: o } = e, r = [].map.call(t.touches || [], t => e.normalize(t)), a = r.length, n = 1 === a && (e.inClass(t.target, "highcharts-tracker") && i.runTrackerClick || e.runChartClick), h = i.tooltip, l = 1 === a && oQ(h?.options.followTouchMove, !0); a > 1 ? e.initiated = !0 : l && (e.initiated = !1), s && e.initiated && !n && !1 !== t.cancelable && t.preventDefault(), "touchstart" === t.type ? (e.pinchDown = r, e.res = !0, i.mouseDownX = t.chartX) : l ? this.runPointActions(e.normalize(t)) : o && (oq(i, "touchpan", { originalEvent: t, touches: r }, () => { let e = t => { let e = t[0], i = t[1] || e; return { x: e.chartX, y: e.chartY, width: i.chartX - e.chartX, height: i.chartY - e.chartY } }; i.transform({ axes: i.axes.filter(t => t.zoomEnabled && (this.zoomHor && t.horiz || this.zoomVert && !t.horiz)), to: e(r), from: e(o), trigger: t.type }) }), e.res && (e.res = !1, this.reset(!1, 0))), e.lastTouches = r } reset(t, e) { let i = this.chart, s = i.hoverSeries, o = i.hoverPoint, r = i.hoverPoints, a = i.tooltip, n = a && a.shared ? r : o;

16 t && n && o1(n).forEach(function (e) { e.series.isCartesian && void 0 === e.plotX && (t = !1) }), t ? a && n && o1(n).length && (a.refresh(n), a.shared && r ? r.forEach(function (t) { t.setState(t.state, !0), t.series.isCartesian && (t.series.xAxis.crosshair && t.series.xAxis.drawCrosshair(null, t), t.series.yAxis.crosshair && t.series.yAxis.drawCrosshair(null, t)) }) : o && (o.setState(o.state, !0), i.axes.forEach(function (t) { t.crosshair && o.series[t.coll] === t && t.drawCrosshair(null, o) }))) : (o && o.onMouseOut(), r && r.forEach(function (t) { t.setState() }), s && s.onMouseOut(), a && a.hide(e), this.unDocMouseMove && (this.unDocMouseMove = this.unDocMouseMove()), i.axes.forEach(function (t) { t.hideCrosshair() }), i.hoverPoints = i.hoverPoint = void 0) } runPointActions(t, e, i) { let s = this.chart, o = s.series, r = s.tooltip && s.tooltip.options.enabled ? s.tooltip : void 0, a = !!r && r.shared, n = e || s.hoverPoint, h = n && n.series || s.hoverSeries, l = (!t || "touchmove" !== t.type) && (!!e || h && h.directTouch && this.isDirectTouch), d = this.getHoverData(n, h, o, l, a, t); n = d.hoverPoint, h = d.hoverSeries; let c = d.hoverPoints, p = h && h.tooltipOptions.followPointer && !h.tooltipOptions.split, u = a && h && !h.noSharedTooltip; if (n && (i || n !== s.hoverPoint || r && r.isHidden)) { if ((s.hoverPoints || []).forEach(function (t) { -1 === c.indexOf(t) && t.setState() }), s.hoverSeries !== h && h.onMouseOver(), this.applyInactiveState(c), (c || []).forEach(function (t) { t.setState("hover") }), s.hoverPoint && s.hoverPoint.firePointEvent("mouseOut"), !n.series) return; s.hoverPoints = c, s.hoverPoint = n, n.firePointEvent("mouseOver", void 0, () => { r && n && r.refresh(u ? c : n, t) }) } else if (p && r && !r.isHidden) { let e = r.getAnchor([{}], t); s.isInsidePlot(e[0], e[1], { visiblePlotOnly: !0 }) && r.updatePosition({ plotX: e[0], plotY: e[1] }) } this.unDocMouseMove || (this.unDocMouseMove = oY(s.container.ownerDocument, "mousemove", t => oX[o2.hoverChartIndex ?? -1]?.pointer?.onDocumentMouseMove(t)), this.eventsToUnbind.push(this.unDocMouseMove)), s.axes.forEach(function (e) { let i; let o = oQ((e.crosshair || {}).snap, !0); !o || (i = s.hoverPoint) && i.series[e.coll] === e || (i = oV(c, t => t.series && t.series[e.coll] === e)), i || !o ? e.drawCrosshair(t, i) : e.hideCrosshair() }) } setDOMEvents() { let t = this.chart.container, e = t.ownerDocument; t.onmousedown = this.onContainerMouseDown.bind(this), t.onmousemove = this.onContainerMouseMove.bind(this), t.onclick = this.onContainerClick.bind(this), this.eventsToUnbind.push(oY(t, "mouseenter", this.onContainerMouseEnter.bind(this)), oY(t, "mouseleave", this.onContainerMouseLeave.bind(this))), o2.unbindDocumentMouseUp.some(t => t.doc === e) || o2.unbindDocumentMouseUp.push({ doc: e, unbind: oY(e, "mouseup", this.onDocumentMouseUp.bind(this)) }); let i = this.chart.renderTo.parentElement; for (; i && "BODY" !== i.tagName;)this.eventsToUnbind.push(oY(i, "scroll", () => { delete this.chartPosition })), i = i.parentElement; this.eventsToUnbind.push(oY(t, "touchstart", this.onContainerTouchStart.bind(this), { passive: !1 }), oY(t, "touchmove", this.onContainerTouchMove.bind(this), { passive: !1 })), o2.unbindDocumentTouchEnd || (o2.unbindDocumentTouchEnd = oY(e, "touchend", this.onDocumentTouchEnd.bind(this), { passive: !1 })), this.setPointerCapture(), oY(this.chart, "redraw", this.setPointerCapture.bind(this)) } setPointerCapture() { if (!oG) return; let t = this.pointerCaptureEventsToUnbind, e = this.chart, i = e.container, s = oQ(e.options.tooltip?.followTouchMove, !0) && e.series.some(t => t.options.findNearestPointBy.indexOf("y") > -1); !this.hasPointerCapture && s ? (t.push(oY(i, "pointerdown", t => { t.target?.hasPointerCapture(t.pointerId) && t.target?.releasePointerCapture(t.pointerId) }), oY(i, "pointermove", t => { e.pointer?.getPointFromEvent(t)?.onMouseOver(t) })), e.styledMode || oU(i, { "touch-action": "none" }), i.className += " highcharts-no-touch-action", this.hasPointerCapture = !0) : this.hasPointerCapture && !s && (t.forEach(t => t()), t.length = 0, e.styledMode || oU(i, { "touch-action": oQ(e.options.chart.style?.["touch-action"], "manipulation") }), i.className = i.className.replace(" highcharts-no-touch-action", ""), this.hasPointerCapture = !1) } setHoverChartIndex(t) { let e = this.chart, i = k.charts[oQ(o2.hoverChartIndex, -1)]; if (i && i !== e) { let s = { relatedTarget: e.container }; t && !t?.relatedTarget && (t = { ...s, ...t }), i.pointer?.onContainerMouseLeave(t || s) }

16 if (o.forEach(function (t) { t && (t.touched = !1) }), !p) return !1; r.forEach(function (t) { this.addPoint(t, !1, null, null, !1) }, this); let u = this.getColumn("x"); return null === this.xIncrement && u.length && (this.xIncrement = rf(u), this.autoIncrement()), !0 } dataColumnKeys() { return ["x", ...this.pointArrayMap || ["y"]] } setData(t, e = !0, i, s) { let o = this.points, r = o && o.length || 0, a = this.options, n = this.chart, h = a.dataSorting, l = this.xAxis, d = a.turboThreshold, c = this.dataTable, p = this.dataColumnKeys(), u = this.pointValKey || "y", g = (this.pointArrayMap || []).length, f = a.keys, m, x, y = 0, b = 1, v; n.options.chart.allowMutatingData || (a.data && delete this.options.data, this.userOptions.data && delete this.userOptions.data, v = rB(!0, t)); let k = (t = v || t || []).length; if (h && h.enabled && (t = this.sortData(t)), n.options.chart.allowMutatingData && !1 !== s && k && r && !this.cropped && !this.hasGroupedData && this.visible && !this.boosted && (x = this.updateData(t, i)), !x) { this.xIncrement = null, this.colorCounter = 0; let e = d && k > d; if (e) { let i = this.getFirstValidPoint(t), s = this.getFirstValidPoint(t, k - 1, -1), o = t => !!(rE(t) && (f || rI(t[0]))); if (rI(i) && rI(s)) { let e = [], i = []; for (let s of t) e.push(this.autoIncrement()), i.push(s); c.setColumns({ x: e, [u]: i }) } else if (o(i) && o(s)) { if (g) { let e = i.length === g ? 1 : 0, s = Array(p.length).fill(0).map(() => []); for (let i of t) { e && s[0].push(this.autoIncrement()); for (let t = e; t <= g; t++)s[t]?.push(i[t - e]) } c.setColumns(p.reduce((t, e, i) => (t[e] = s[i], t), {})) } else { f && (y = f.indexOf("x"), b = f.indexOf("y"), y = y >= 0 ? y : 0, b = b >= 0 ? b : 1), 1 === i.length && (b = 0); let e = [], s = []; if (y === b) for (let i of t) e.push(this.autoIncrement()), s.push(i[b]); else for (let i of t) e.push(i[y]), s.push(i[b]); c.setColumns({ x: e, [u]: s }) } } else e = !1 } if (!e) { let e = p.reduce((t, e) => (t[e] = [], t), {}); for (m = 0; m < k; m++) { let i = this.pointClass.prototype.applyOptions.apply({ series: this }, [t[m]]); for (let t of p) e[t][m] = i[t] } c.setColumns(e) } for (rD(this.getColumn("y")[0]) && rS(14, !0, n), this.data = [], this.options.data = this.userOptions.data = t, m = r; m--;)o[m]?.destroy(); l && (l.minRange = l.userMinRange), this.isDirty = n.isDirtyBox = !0, this.isDirtyData = !!o, i = !1 } "point" === a.legendType && (this.processData(), this.generatePoints()), e && n.redraw(i) } sortData(t) { let e = this, i = e.options.dataSorting.sortKey || "y", s = function (t, e) { return rv(e) && t.pointClass.prototype.optionsToObject.call({ series: t }, e) || {} }; return t.forEach(function (i, o) { t[o] = s(e, i), t[o].index = o }, this), t.concat().sort((t, e) => { let s = rL(i, t), o = rL(i, e); return o < s ? -1 : o > s ? 1 : 0 }).forEach(function (t, e) { t.x = e }, this), e.linkedSeries && e.linkedSeries.forEach(function (e) { let i = e.options, o = i.data; i.dataSorting && i.dataSorting.enabled || !o || (o.forEach(function (i, r) { o[r] = s(e, i), t[r] && (o[r].x = t[r].x, o[r].index = r) }), e.setData(o, !1)) }), t } getProcessedData(t) { let e = this, { dataTable: i, isCartesian: s, options: o, xAxis: r } = e, a = o.cropThreshold, n = t || e.getExtremesFromAll, h = r?.logarithmic, l = i.rowCount, d, c, p = 0, u, g, f, m = e.getColumn("x"), x = i, y = !1; return r && (g = (u = r.getExtremes()).min, f = u.max, y = !!(r.categories && !r.names.length), s && e.sorted && !n && (!a || l > a || e.forceCrop) && (m[l - 1] < g || m[0] > f ? x = new o8 : e.getColumn(e.pointValKey || "y").length && (m[0] < g || m[l - 1] > f) && (x = (d = this.cropData(i, g, f)).modified, p = d.start, c = !0))), m = x.getColumn("x") || [], { modified: x, cropped: c, cropStart: p, closestPointRange: rP([h ? m.map(h.log2lin) : m], () => e.requireSorting && !y && rS(15, !1, e.chart)) } } processData(t) { let e = this.xAxis, i = this.dataTable; if (this.isCartesian && !this.isDirty && !e.isDirty && !this.yAxis.isDirty && !t) return !1; let s = this.getProcessedData(); i.modified = s.modified, this.cropped = s.cropped, this.cropStart = s.cropStart, this.closestPointRange = this.basePointRange = s.closestPointRange, rA(this, "afterProcessData") } cropData(t, e, i) { let s = t.getColumn("x", !0) || [], o = s.length, r = {}, a, n, h = 0, l = o; for (a = 0; a < o; a++)if (s[a] >= e) { h = Math.max(0, a - 1); break } for (n = a; n < o; n++)if (s[n] > i) { l = n + 1; break } for (let e of this.dataColumnKeys()) { let i = t.getColumn(e, !0); i && (r[e] = i.slice(h, l)) } return { modified: new o8({ columns: r }), start: h, end: l } } generatePoints() { let t = this.options, e = this.processedData || t.data, i = this.dataTable.modified, s = this.getColumn("x", !0), o = this.pointClass, r = i.rowCount, a = this.cropStart || 0, n = this.hasGroupedData, h = t.keys, l = [], d = t.dataGrouping && t.dataGrouping.groupAll ? a : 0, c = this.xAxis?.categories, p = this.pointArrayMap || ["y"], u = this.dataColumnKeys(), g, f, m, x, y = this.data, b; if (!y && !n) { let t = []; t.length = e?.length || 0, y = this.data = t } for (h && n && (this.options.keys = !1), x = 0; x < r; x++)f = a + x, n ? ((m = new o(this, i.getRow(x, u) || [])).dataGroup = this.groupMap[d + x], m.dataGroup?.options && (m.options = m.dataGroup.options, rT(m, m.dataGroup.options), delete m.dataLabels)) : (m = y[f], b = e ? e[f] : i.getRow(x, p), m || void 0 === b || (y[f] = m = new o(this, b, s[x]))), m && (m.index = n ? d + x : f, l[x] = m, m.category = c?.[m.x] ?? m.x, m.key = m.name ?? m.category); if (this.options.keys = h, y && (r !== (g = y.length) || n)) for (x = 0; x < g; x++)x !== a || n || (x += r), y[x] && (y[x].destroyElements(), y[x].plotX = void 0); this.data = y, this.points = l, rA(this, "afterGeneratePoints") } getXExtremes(t) { return { min: rm(t), max: rf(t) } } getExtremes(t, e) { let { xAxis: i, yAxis: s } = this, o = e || this.getExtremesFromAll || this.options.getExtremesFromAll, r = o && this.cropped ? this.dataTable : this.dataTable.modified, a = r.rowCount, n = t || this.stackedYData, h = n ? [n] : (this.keysAffectYAxis || this.pointArrayMap || ["y"])?.map(t => r.getColumn(t, !0) || []) || [], l = this.getColumn("x", !0), d = [], c = this.requireSorting && !this.is("column") ? 1 : 0, p = !!s && s.positiveValuesOnly, u = o || this.cropped || !i, g, f, m, x = 0, y = 0; for (i && (x = (g = i.getExtremes()).min, y = g.max), m = 0; m < a; m++)if (f = l[m], u || (l[m + c] || f) >= x && (l[m - c] || f) <= y) for (let t of h) { let e = t[m]; rI(e) && (e > 0 || !p) && d.push(e) } let b = { activeYData: d, dataMin: rm(d), dataMax: rf(d) }; return rA(this, "afterGetExtremes", { dataExtremes: b }), b } applyExtremes() { let t = this.getExtremes(); return this.dataMin = t.dataMin, this.dataMax = t.dataMax, t } getFirstValidPoint(t, e = 0, i = 1) { let s = t.length, o = e; for (; o >= 0 && o < s;) { if (rv(t[o])) return t[o]; o += i } } translate() { this.generatePoints(); let t = this.options, e = t.stacking, i = this.xAxis, s = this.enabledDataSorting, o = this.yAxis, r = this.points, a = r.length, n = this.pointPlacementToXValue(), h = !!n, l = t.threshold, d = t.startFromThreshold ? l : 0, c, p, u, g, f = Number.MAX_VALUE; function m(t) { return rx(t, -1e9, 1e9) } for (c = 0; c < a; c++) { let t; let a = r[c], x = a.x, y, b, v = a.y, k = a.low, w = e && o.stacking?.stacks[(this.negStacks && v < (d ? 0 : l) ? "-" : "") + this.stackKey]; p = i.translate(x, !1, !1, !1, !0, n), a.plotX = rI(p) ? ry(m(p)) : void 0, e && this.visible && w && w[x] && (g = this.get

16 s.forEach(e => { let s = e.lineClip || [], o = Math.round(e.translated || 0); r.reversed && s.reverse(); let { clip: n, simpleClip: d } = e, p = 0, u = 0, f = r.len, y = a.len; c ? (p = o, f = x) : (u = o, y = x); let b = [["M", p, u], ["L", f, u], ["L", f, y], ["L", p, y], ["Z"]], v = [b[0], ...s, b[1], b[2], ...m, b[3], b[4]]; m = s.reverse(), x = o, h && (g(v), t && g(b)), n ? (n.animate({ d: v }), d?.animate({ d: b })) : (n = e.clip = l.path(v), t && (d = e.simpleClip = l.path(b))), i && e.graph?.clip(n), t && e.area?.clip(d) }) } else this.visible && (i && i.show(), t && t.show()) } plotGroup(t, e, i, s, o) { let r = this[t], a = !r, n = { visibility: i, zIndex: s || .1 }; return rv(this.opacity) && !this.chart.styledMode && "inactive" !== this.state && (n.opacity = this.opacity), r || (this[t] = r = this.chart.renderer.g().add(o)), r.addClass("highcharts-" + e + " highcharts-series-" + this.index + " highcharts-" + this.type + "-series " + (rv(this.colorIndex) ? "highcharts-color-" + this.colorIndex + " " : "") + (this.options.className || "") + (r.hasClass("highcharts-tracker") ? " highcharts-tracker" : ""), !0), r.attr(n)[a ? "attr" : "animate"](this.getPlotBox(e)), r } getPlotBox(t) { let e = this.xAxis, i = this.yAxis, s = this.chart, o = s.inverted && !s.polar && e && this.invertible && "series" === t; return s.inverted && (e = i, i = this.xAxis), { translateX: e ? e.left : s.plotLeft, translateY: i ? i.top : s.plotTop, rotation: o ? 90 : 0, rotationOriginX: o ? (e.len - i.len) / 2 : 0, rotationOriginY: o ? (e.len + i.len) / 2 : 0, scaleX: o ? -1 : 1, scaleY: 1 } } removeEvents(t) { let { eventsToUnbind: e } = this; t || rR(this), e.length && (e.forEach(t => { t() }), e.length = 0) } render() { let t = this, { chart: e, options: i, hasRendered: s } = t, o = rh(i.animation), r = t.visible ? "inherit" : "hidden", a = i.zIndex, n = e.seriesGroup, h = t.finishedAnimating ? 0 : o.duration; rA(this, "render"), t.plotGroup("group", "series", r, a, n), t.markerGroup = t.plotGroup("markerGroup", "markers", r, a, n), !1 !== i.clip && t.setClip(), h && t.animate?.(!0), t.drawGraph && (t.drawGraph(), t.applyZones()), t.visible && t.drawPoints(), t.drawDataLabels?.(), t.redrawPoints?.(), i.enableMouseTracking && t.drawTracker?.(), h && t.animate?.(), s || (h && o.defer && (h += o.defer), t.animationTimeout = rW(() => { t.afterAnimate() }, h || 0)), t.isDirty = !1, t.hasRendered = !0, rA(t, "afterRender") } redraw() { let t = this.isDirty || this.isDirtyData; this.translate(), this.render(), t && delete this.kdTree } reserveSpace() { return this.visible || !this.chart.options.chart.ignoreHiddenSeries } searchPoint(t, e) { let { xAxis: i, yAxis: s } = this, o = this.chart.inverted; return this.searchKDTree({ clientX: o ? i.len - t.chartY + i.pos : t.chartX - i.pos, plotY: o ? s.len - t.chartX + s.pos : t.chartY - s.pos }, e, t) } buildKDTree(t) { this.buildingKdTree = !0; let e = this, i = e.options.findNearestPointBy.indexOf("y") > -1 ? 2 : 1; delete e.kdTree, rW(function () { e.kdTree = function t(i, s, o) { let r, a; let n = i?.length; if (n) return r = e.kdAxisArray[s % o], i.sort((t, e) => (t[r] || 0) - (e[r] || 0)), { point: i[a = Math.floor(n / 2)], left: t(i.slice(0, a), s + 1, o), right: t(i.slice(a + 1), s + 1, o) } }(e.getValidPoints(void 0, !e.directTouch), i, i), e.buildingKdTree = !1 }, e.options.kdNow || t?.type === "touchstart" ? 0 : 1) } searchKDTree(t, e, i) { let s = this, [o, r] = this.kdAxisArray, a = e ? "distX" : "dist", n = (s.options.findNearestPointBy || "").indexOf("y") > -1 ? 2 : 1, h = !!s.isBubble; if (this.kdTree || this.buildingKdTree || this.buildKDTree(i), this.kdTree) return function t(e, i, n, l) { let d = i.point, c = s.kdAxisArray[n % l], p, u, g = d; !function (t, e) { let i = t[o], s = e[o], a = rv(i) && rv(s) ? i - s : null, n = t[r], l = e[r], d = rv(n) && rv(l) ? n - l : 0, c = h && e.marker?.radius || 0; e.dist = Math.sqrt((a && a * a || 0) + d * d) - c, e.distX = rv(a) ? Math.abs(a) - c : Number.MAX_VALUE }(e, d); let f = (e[c] || 0) - (d[c] || 0) + (h && d.marker?.radius || 0), m = f < 0 ? "left" : "right", x = f < 0 ? "right" : "left"; return i[m] && (g = (p = t(e, i[m], n + 1, l))[a] < g[a] ? p : d), i[x] && Math.sqrt(f * f) < g[a] && (g = (u = t(e, i[x], n + 1, l))[a] < g[a] ? u : g), g }(t, this.kdTree, n, n) } pointPlacementToXValue() { let { options: t, xAxis: e } = this, i = t.pointPlacement; return "between" === i && (i = e.reversed ? -.5 : .5), rI(i) ? i * (t.pointRange || e.pointRange) : 0 } isPointInside(t) { let { chart: e, xAxis: i, yAxis: s } = this, { plotX: o = -1, plotY: r = -1 } = t; return r >= 0 && r <= (s ? s.len : e.plotHeight) && o >= 0 && o <= (i ? i.len : e.plotWidth) } drawTracker() { let t = this, e = t.options, i = e.trackByArea, s = [].concat((i ? t.areaPath : t.graphPath) || []), o = t.chart, r = o.pointer, a = o.renderer, n = o.options.tooltip?.snap || 0, h = () => { e.enableMouseTracking && o.hoverSeries !== t && t.onMouseOver() }, l = "rgba(192,192,192," + (rp ? 1e-4 : .002) + ")", d = t.tracker; d ? d.attr({ d: s }) : t.graph && (t.tracker = d = a.path(s).attr({ visibility: t.visible ? "inherit" : "hidden", zIndex: 2 }).addClass(i ? "highcharts-tracker-area" : "highcharts-tracker-line").add(t.group), o.styledMode || d.attr({ "stroke-linecap": "round", "stroke-linejoin": "round", stroke: l, fill: i ? l : "none", "stroke-width": t.graph.strokeWidth() + (i ? 0 : 2 * n) }

16h(function (t) { t.setState("", !0) }) } setState(t, e) { let i = this, s = i.options, o = i.graph, r = s.inactiveOtherPoints, a = s.states, n = rz(a[t || "normal"] && a[t || "normal"].animation, i.chart.options.chart.animation), h = s.lineWidth, l = s.opacity; if (t = t || "", i.state !== t && ([i.group, i.markerGroup, i.dataLabelsGroup].forEach(function (e) { e && (i.state && e.removeClass("highcharts-series-" + i.state), t && e.addClass("highcharts-series-" + t)) }), i.state = t, !i.chart.styledMode)) { if (a[t] && !1 === a[t].enabled) return; if (t && (h = a[t].lineWidth || h + (a[t].lineWidthPlus || 0), l = rz(a[t].opacity, l)), o && !o.dashstyle && rI(h)) for (let t of [o, ...this.zones.map(t => t.graph)]) t?.animate({ "stroke-width": h }, n); r || [i.group, i.markerGroup, i.dataLabelsGroup, i.labelBySeries].forEach(function (t) { t && t.animate({ opacity: l }, n) }) } e && r && i.points && i.setAllPointsToState(t || void 0) } setAllPointsToState(t) { this.points.forEach(function (e) { e.setState && e.setState(t) }) } setVisible(t, e) { let i = this, s = i.chart, o = s.options.chart.ignoreHiddenSeries, r = i.visible; i.visible = t = i.options.visible = i.userOptions.visible = void 0 === t ? !r : t; let a = t ? "show" : "hide";["group", "dataLabelsGroup", "markerGroup", "tracker", "tt"].forEach(t => { i[t]?.[a]() }), (s.hoverSeries === i || s.hoverPoint?.series === i) && i.onMouseOut(), i.legendItem && s.legend.colorizeItem(i, t), i.isDirty = !0, i.options.stacking && s.series.forEach(t => { t.options.stacking && t.visible && (t.isDirty = !0) }), i.linkedSeries.forEach(e => { e.setVisible(t, !1) }), o && (s.isDirtyBox = !0), rA(i, a), !1 !== e && s.redraw() } show() { this.setVisible(!0) } hide() { this.setVisible(!1) } select(t) { this.selected = t = this.options.selected = void 0 === t ? !this.selected : t, this.checkbox && (this.checkbox.checked = t), rA(this, t ? "select" : "unselect") } shouldShowTooltip(t, e, i = {}) { return i.series = this, i.visiblePlotOnly = !0, this.chart.isInsidePlot(t, e, i) } drawLegendSymbol(t, e) { ri[this.options.legendSymbol || "rectangle"]?.call(this, t, e) } } rH.defaultOptions = { lineWidth: 2, allowPointSelect: !1, crisp: !0, showCheckbox: !1, animation: { duration: 1e3 }, enableMouseTracking: !0, events: {}, marker: { enabledThreshold: 2, lineColor: "#ffffff", lineWidth: 0, radius: 4, states: { normal: { animation: !0 }, hover: { animation: { duration: 150 }, enabled: !0, radiusPlus: 2, lineWidthPlus: 1 }, select: { fillColor: "#cccccc", lineColor: "#000000", lineWidth: 2 } } }, point: { events: {} }, dataLabels: { animation: {}, align: "center", borderWidth: 0, defer: !0, formatter: function () { let { numberFormatter: t } = this.series.chart; return "number" != typeof this.y ? "" : t(this.y, -1) }, padding: 5, style: { fontSize: "0.7em", fontWeight: "bold", color: "contrast", textOutline: "1px contrast" }, verticalAlign: "bottom", x: 0, y: 0 }, cropThreshold: 300, opacity: 1, pointRange: 0, softThreshold: !0, states: { normal: { animation: !0 }, hover: { animation: { duration: 150 }, lineWidthPlus: 1, marker: {}, halo: { size: 10, opacity: .25 } }, select: { animation: { duration: 0 } }, inactive: { animation: { duration: 150 }, opacity: .2 } }, stickyTracking: !0, turboThreshold: 1e3, findNearestPointBy: "x" }, rH.types = rn.seriesTypes, rH.registerType = rn.registerSeriesType, rT(rH.prototype, { axisTypes: ["xAxis", "yAxis"], coll: "series", colorCounter: 0, directTouch: !1, invertible: !0, isCartesian: !0, kdAxisArray: ["clientX", "plotY"], parallelArrays: ["x", "y"], pointClass: oW, requireSorting: !0, sorted: !0 }), rn.series = rH; let rX = rH, { animObject: rF, setAnimation: rG } = tz, { registerEventOptions: rY } = i0, { composed: rj, marginNames: rU } = k, { distribute: r$ } = en, { format: rV } = ee, { addEvent: rq, createElement: rZ, css: r_, defined: rK, discardElement: rJ, find: rQ, fireEvent: r0, isNumber: r1, merge: r2, pick: r3, pushUnique: r5, relativeLength: r6, stableSort: r9, syncTimeout: r4 } = $; class r8 { constructor(t, e) { this.allItems = [], this.initialItemY = 0, this.itemHeight = 0, this.itemMarginBottom = 0, this.itemMarginTop = 0, this.itemX = 0, this.itemY = 0, this.lastItemY = 0, this.lastLineHeight = 0, this.legendHeight = 0, this.legendWidth = 0, this.maxItemWidth = 0, this.maxLegendWidth = 0, this.offsetWidth = 0, this.padding = 0, this.pages = [], this.symbolHeight = 0, this.symbolWidth = 0, this.titleHeight = 0, this.totalItemWidth = 0, this.widthOption = 0, this.chart = t, this.setOptions(e), e.enabled && (this.render(), rY(this, e), rq(this.chart, "endResize", function () { this.legend.positionCheckboxes() })), rq(this.chart, "render", () => { this.options.enabled && this.proximate && (this.proximatePositions(), this.positionItems()) }) } setOptions(t) { let e = r3(t.padding, 8); this.options = t, this.chart.styledMode || (this.itemStyle = t.itemStyle, this.itemHiddenStyle = r2(this.itemStyle, t.itemHiddenStyle)), this.itemMarginTop = t.itemMarginTop, this.itemMarginBottom = t.itemMarginBottom, this.padding = e, this.initialItemY = e - 5, this.symbolWidth = r3(t.symbolWidth, 16), this.pages = [], this.proximate = "proximate" === t.layout && !this.chart.inverted, this.baseline = void 0 } update(t, e) { let i = this.chart; this.setOptions(r2(!0, this.options, t)), "events" in this.options && rY(this, this.options), this.destroy(), i.isDirtyLegend = i.isDirtyBox = !0, r3(e, !0) && i.redraw(), r0(this, "afterUpdate", { redraw: e }) } colorizeItem(t, e) { let i = t.color, { area: s, group: o, label: r, line: a, symbol: n } = t.legendItem || {}; if ((t instanceof rX || t instanceof oW) && (t.color = t.options?.legendSymbolColor || i), o?.[e ? "removeClass" : "addClass"]("highcharts-legend-item-hidden"), !this.chart.styledMode) { let { itemHiddenStyle: i = {} } = this, o = i.color, { fillColor: h, fillOpacity: l, lineColor: d, marker: c } = t.options, p = t => (!e && (t.fill && (t.fill = o), t.stroke && (t.stroke = o)), t); r?.css(r2(e ? this.itemStyle : i)), a?.attr(p({ stroke: d || t.color })), n && n.attr(p(c && n.isMarker ? t.pointAttribs() : { fill: t.color })), s?.attr(p({ fill: h || t.color, "fill-opacity": h ? 1 : l ?? .75 })) } t.color = i, r0(this, "afterColorizeItem", { item: t, visible: e }) } positionItems() { this.allItems.forEach(this.positionItem, this), this.chart.isResizing || this.positionCheckboxes() } positionItem(t) { let { group: e, x: i = 0, y: s = 0 } = t.legendItem || {}, o = this.options, r = o.symbolPadding, a = !o.rtl, n = t.checkbox; if (e && e.element) { let o = { translateX: a ? i : this.legendWidth - i - 2 * r - 4, translateY: s }; e[rK(e.translateY) ? "animate" : "attr"](o, void 0, () => { r0(this, "afterPositionItem", { item: t }) }) } n && (n.x = i, n.y = s) } destroyItem(t) { let e = t.checkbox, i = t.legendItem || {}; for (let t of ["group", "label", "line", "symbol"]) i[t] && (i[t] = i[t].destroy()); e && rJ(e), t.legendItem = void 0 } destroy() { for (let t of this.getAllItems()) this.destroyItem(t); for (let t of ["clipRect", "up", "down", "pager", "nav", "box", "title", "group"]) this[t] && (this[t] = this[t].destroy()); this.display = null } positionCheckboxes() { let t; let e = this.group && this.group.alignAttr, i = this.clipHeight || this.legendHeight, s = this.titleHeight; e && (t = e.translateY, this.allItems.forEach(function (o) { let r; let a = o.checkbox; a && (r = t + s + a.y + (this.scrollOffset || 0) + 3, r_(a, { left: e.translateX + o.checkboxOffset + a.x - 20 + "px", top: r + "px", display: this.proximate || r > t - 6 && r < t + i - 6 ? "" : "none" })) }, this)) } renderTitle() { let t = this.options, e = this.padding, i = t.title, s, o = 0; i.text && (this.title || (this.title = this.chart.renderer.label(i.text, e - 3, e - 4, void 0, void 0, void 0, t.useHTML, void 0, "legend-title").attr({ zIndex: 1 }), this.chart.styledMode || this.title.css(i.style), this.title.add(this.group)), i.width || this.title.css({ width: this.maxLegendWidth + "px" }), o = (s = this.title.getBBox()).height, this.offsetWidth = s.width, this.contentGroup.attr({ translateY: o })), this.titleHeight = o } setText(t) { let e = this.options; t.legendItem.label.attr({ text: e.labelFormat ? rV(e.labelFormat, t, this.chart) : e.labelFormatter.call(t) }) } renderItem(t) { let e = t.legendItem = t.legendItem || {}, i = this.chart, s = i.renderer, o = this.options, r = "horizontal" === o.layout, a = this.symbolWidth, n = o.symbolPadding || 0, h = this.itemStyle, l = this.itemHiddenStyle, d = r ? r3(o.itemDistance, 20) : 0, c = !o.rtl, p = !t.series, u = !p && t.series.drawLegendSymbol ? t.series : t, g = u.options, f = !!this.createCheckboxForItem && g && g.showCheckbox, m = o.useHTML, x = t.options.className, y = e.label, b = a + n + d + (f ? 20 : 0); !y && (e.group = s.g("legend-item").addClass("highcharts-" + u.type + "-series highcharts-color-" + t.colorIndex + (x ? " " + x : "") + (p ? " highcharts-series-" + t.index : "")).attr({ zIndex: 1 }).add(this.scrollGroup), e.label = y = s.text("", c ? a + n : -n, this.baseline || 0, m), i.styledMode || y.css(r2(t.visible ? h : l)), y.attr({ align: c ? "left" : "right", zIndex: 2 }).add(e.group), !this.baseline && (this.fontMetrics = s.fontMetrics(y), this.baseline = this.fontMetrics.f + 3 + this.itemMarginTop, y.attr("y", this.baseline), this.symbolHeight = r3(o.symbolHeight, this.fontMetrics.f), o.squareSymbol && (this.symbolWidth = r3(o.symbolWidth, Math.max(this.symbolHeight, 16)), b = this.symbolWidth + n + d + (f ? 20 : 0), c && y.attr("x", this.symbolWidth + n))), u.drawLegendSymbol(this, t), this.setItemEvents && this.setItemEvents(t, y, m)), f && !t.checkbox && this.createCheckboxForItem && this.createCheckboxForItem(t), this.colorizeItem(t, t.visible), (i.styledMode || !h.width) && y.css({ width: (o.itemWidth || this.widthOption || i.spacingBox.width) - b + "px" }), this.setText(t); let v = y.getBBox(), k = this.fontMetrics && this.fontMetrics.h || 0; t.itemWidth = t.checkboxOffset = o.itemWidth || e.labelWidth || v.width + b, this.maxItemWidth = Math.max(this.maxItemWidth, t.itemWidth), this.totalItemWidth += t.itemWidth, this.itemHeight = t.itemHeight = Math.round(e.labelHeight || (v.height > 1.5 * k ? v.height : k)) } layoutItem(t) { let e = this.options, i = this.padding, s = "horizontal" === e.layout, o = t.itemHeight, r = this.itemMarginBottom, a = this.itemMarginTop, n = s ? r3(e.itemDistance, 20) : 0, h = this.maxLegendWidth, l = e.alignColumns && this.totalItemWidth > h ? this.maxItemWidth : t.itemWidth, d = t.legendItem || {}; s && this.itemX - i + l > h && (this.itemX = i, this.lastLineHeight && (this.itemY += a + this.lastLineHeight + r), this.lastLineHeight = 0), this.lastItemY = a + this.itemY + r, this.lastLineHeight = Math.max(o, this.lastLineHeight), d.x = this.itemX, d.y = this.itemY, s ? this.itemX += l : (this.itemY += a + o + r, this.lastLineHeight = o), this.offsetWidth = this.widthOption || Math.max((s ? this.itemX - i - (t.checkbox ? 0 : n) : l) + i, this.offsetWidth) } getAllItems() { let t = []; return this.chart.series.forEach(function (e) { let i = e && e.options; e && r3(i.showInLegend, !rK(i.linkedTo) && void 0, !0) && (t = t.concat((e.legendItem || {}).labels || ("point" === i.legendType ? e.data : e))) }), r0(this, "afterGetAllItems", { allItems: t }), t } getAlignment() { let t = this.options; return this.proximate ? t.align.charAt(0) + "tv" : t.floating ? "" : t.align.charAt(0) + t.verticalAlign.charAt(0) + t.layout.charAt(0) } adjustMargins(t, e) { let i = this.chart, s = this.options, o = this.getAlignment(); o && [/(lth|ct|rth)/, /(rtv|rm|rbv)/, /(rbh|cb|lbh)/, /(lbv|lm|ltv)/].forEac

16h(function (r, a) { r.test(o) && !rK(t[a]) && (i[rU[a]] = Math.max(i[rU[a]], i.legend[(a + 1) % 2 ? "legendHeight" : "legendWidth"] + [1, -1, -1, 1][a] * s[a % 2 ? "x" : "y"] + r3(s.margin, 12) + e[a] + (i.titleOffset[a] || 0))) }) } proximatePositions() { let t; let e = this.chart, i = [], s = "left" === this.options.align; for (let o of (this.allItems.forEach(function (t) { let o, r, a = s, n, h; t.yAxis && (t.xAxis.options.reversed && (a = !a), t.points && (o = rQ(a ? t.points : t.points.slice(0).reverse(), function (t) { return r1(t.plotY) })), r = this.itemMarginTop + t.legendItem.label.getBBox().height + this.itemMarginBottom, h = t.yAxis.top - e.plotTop, n = t.visible ? (o ? o.plotY : t.yAxis.height) + (h - .3 * r) : h + t.yAxis.height, i.push({ target: n, size: r, item: t })) }, this), r$(i, e.plotHeight))) t = o.item.legendItem || {}, r1(o.pos) && (t.y = e.plotTop - e.spacing[0] + o.pos) } render() { let t = this.chart, e = t.renderer, i = this.options, s = this.padding, o = this.getAllItems(), r, a, n, h = this.group, l, d = this.box; this.itemX = s, this.itemY = this.initialItemY, this.offsetWidth = 0, this.lastItemY = 0, this.widthOption = r6(i.width, t.spacingBox.width - s), l = t.spacingBox.width - 2 * s - i.x, ["rm", "lm"].indexOf(this.getAlignment().substring(0, 2)) > -1 && (l /= 2), this.maxLegendWidth = this.widthOption || l, h || (this.group = h = e.g("legend").addClass(i.className || "").attr({ zIndex: 7 }).add(), this.contentGroup = e.g().attr({ zIndex: 1 }).add(h), this.scrollGroup = e.g().add(this.contentGroup)), this.renderTitle(), r9(o, (t, e) => (t.options && t.options.legendIndex || 0) - (e.options && e.options.legendIndex || 0)), i.reversed && o.reverse(), this.allItems = o, this.display = r = !!o.length, this.lastLineHeight = 0, this.maxItemWidth = 0, this.totalItemWidth = 0, this.itemHeight = 0, o.forEach(this.renderItem, this), o.forEach(this.layoutItem, this), a = (this.widthOption || this.offsetWidth) + s, n = this.lastItemY + this.lastLineHeight + this.titleHeight, n = this.handleOverflow(n) + s, d || (this.box = d = e.rect().addClass("highcharts-legend-box").attr({ r: i.borderRadius }).add(h)), t.styledMode || d.attr({ stroke: i.borderColor, "stroke-width": i.borderWidth || 0, fill: i.backgroundColor || "none" }).shadow(i.shadow), a > 0 && n > 0 && d[d.placed ? "animate" : "attr"](d.crisp.call({}, { x: 0, y: 0, width: a, height: n }, d.strokeWidth())), h[r ? "show" : "hide"](), t.styledMode && "none" === h.getStyle("display") && (a = n = 0), this.legendWidth = a, this.legendHeight = n, r && this.align(), this.proximate || this.positionItems(), r0(this, "afterRender") } align(t = this.chart.spacingBox) { let e = this.chart, i = this.options, s = t.y; /(lth|ct|rth)/.test(this.getAlignment()) && e.titleOffset[0] > 0 ? s += e.titleOffset[0] : /(lbh|cb|rbh)/.test(this.getAlignment()) && e.titleOffset[2] > 0 && (s -= e.titleOffset[2]), s !== t.y && (t = r2(t, { y: s })), e.hasRendered || (this.group.placed = !1), this.group.align(r2(i, { width: this.legendWidth, height: this.legendHeight, verticalAlign: this.proximate ? "top" : i.verticalAlign }), !0, t) } handleOverflow(t) { let e = this, i = this.chart, s = i.renderer, o = this.options, r = o.y, a = "top" === o.verticalAlign, n = this.padding, h = o.maxHeight, l = o.navigation, d = r3(l.animation, !0), c = l.arrowSize || 12, p = this.pages, u = this.allItems, g = function (t) { "number" == typeof t ? k.attr({ height: t }) : k && (e.clipRect = k.destroy(), e.contentGroup.clip()), e.contentGroup.div && (e.contentGroup.div.style.clip = t ? "rect(" + n + "px,9999px," + (n + t) + "px,0)" : "auto") }, f = function (t) { return e[t] = s.circle(0, 0, 1.3 * c).translate(c / 2, c / 2).add(v), i.styledMode || e[t].attr("fill", "rgba(0,0,0,0.0001)"), e[t] }, m, x, y, b = i.spacingBox.height + (a ? -r : r) - n, v = this.nav, k = this.clipRect; return "horizontal" !== o.layout || "middle" === o.verticalAlign || o.floating || (b /= 2), h && (b = Math.min(b, h)), p.length = 0, t && b > 0 && t > b && !1 !== l.enabled ? (this.clipHeight = m = Math.max(b - 20 - this.titleHeight - n, 0), this.currentPage = r3(this.currentPage, 1), this.fullHeight = t, u.forEach((t, e) => { let i = (y = t.legendItem || {}).y || 0, s = Math.round(y.label.getBBox().height), o = p.length; (!o || i - p[o - 1] > m && (x || i) !== p[o - 1]) && (p.push(x || i), o++), y.pageIx = o - 1, x && ((u[e - 1].legendItem || {}).pageIx = o - 1), e === u.length - 1 && i + s - p[o - 1] > m && i > p[o - 1] && (p.push(i), y.pageIx = o), i !== x && (x = i) }), k || (k = e.clipRect = s.clipRect(0, n - 2, 9999, 0), e.contentGroup.clip(k)), g(m), v || (this.nav = v = s.g().attr({ zIndex: 1 }).add(this.group), this.up = s.symbol("triangle", 0, 0, c, c).add(v), f("upTracker").on("click", function () { e.scroll(-1, d) }), this.pager = s.text("", 15, 10).addClass("highcharts-legend-navigation"), !i.styledMode && l.style && this.pager.css(l.style), this.pager.add(v), this.down = s.symbol("triangle-down", 0, 0, c, c).add(v), f("downTracker").on("click", function () { e.scroll(1, d) })), e.scroll(0), t = b) : v && (g(), this.nav = v.destroy(), this.scrollGroup.attr({ translateY: 1 }), this.clipHeight = 0), t } scroll(t, e) { let i = this.chart, s = this.pages, o = s.length, r = this.clipHeight, a = this.options.navigation, n = this.pager, h = this.padding, l = this.currentPage + t; l > o && (l = o), l > 0 && (void 0 !== e && rG(e, i), this.nav.attr({ translateX: h, translateY: r + this.padding + 7 + this.titleHeight, visibility: "inherit" }), [this.up, this.upTracker].forEach(function (t) { t.attr({ class: 1 === l ? "highcharts-legend-nav-inactive" : "highcharts-legend-nav-active" }) }), n.attr({ text: l + "/" + o }), [this.down, this.downTracker].forEach(function (t) { t.attr({ x: 18 + this.pager.getBBox().width, class: l === o ? "highcharts-legend-nav-inactive" : "highcharts-legend-nav-active" }) }, this), i.styledMode || (this.up.attr({ fill: 1 === l ? a.inactiveColor : a.activeColor }), this.upTracker.css({ cursor: 1 === l ? "default" : "pointer" }), this.down.attr({ fill: l === o ? a.inactiveColor : a.activeColor }), this.downTracker.css({ cursor: l === o ? "default" : "pointer" })), this.scrollOffset = -s[l - 1] + this.initialItemY, this.scrollGroup.animate({ translateY: this.scrollOffset }), this.currentPage = l, this.positionCheckboxes(), r4(() => { r0(this, "afterScroll", { currentPage: l }) }, rF(r3(e, i.renderer.globalAnimation, !0)).duration)) } setItemEvents(t, e, i) { let s = this, o = t.legendItem || {}, r = s.chart.renderer.boxWrapper, a = t instanceof oW, n = t instanceof rX, h = "highcharts-legend-" + (a ? "point" : "series") + "-active", l = s.chart.styledMode, d = i ? [e, o.symbol] : [o.group], c = e =>

16 { s.allItems.forEach(i => { t !== i && [i].concat(i.linkedSeries || []).forEach(t => { t.setState(e, !a) }) }) }; for (let i of d) i && i.on("mouseover", function () { t.visible && c("inactive"), t.setState("hover"), t.visible && r.addClass(h), l || e.css(s.options.itemHoverStyle) }).on("mouseout", function () { s.chart.styledMode || e.css(r2(t.visible ? s.itemStyle : s.itemHiddenStyle)), c(""), r.removeClass(h), t.setState() }).on("click", function (e) { let i = function () { t.setVisible && t.setVisible(), c(t.visible ? "inactive" : "") }; r.removeClass(h), r0(s, "itemClick", { browserEvent: e, legendItem: t }, i), a ? t.firePointEvent("legendItemClick", { browserEvent: e }) : n && r0(t, "legendItemClick", { browserEvent: e }) }) } createCheckboxForItem(t) { t.checkbox = rZ("input", { type: "checkbox", className: "highcharts-legend-checkbox", checked: t.selected, defaultChecked: t.selected }, this.options.itemCheckboxStyle, this.chart.container), rq(t.checkbox, "click", function (e) { let i = e.target; r0(t.series || t, "checkboxClick", { checked: i.checked, item: t }, function () { t.select() }) }) } } !function (t) { t.compose = function (e) { r5(rj, "Core.Legend") && rq(e, "beforeMargins", function () { this.legend = new t(this, this.options.legend) }) } }(r8 || (r8 = {})); let r7 = r8, { animate: at, animObject: ae, setAnimation: ai } = tz, { defaultOptions: as } = tf, { numberFormat: ao } = ee, { registerEventOptions: ar } = i0, { charts: aa, doc: an, marginNames: ah, svg: al, win: ad } = k, { seriesTypes: ac } = rn, { addEvent: ap, attr: au, createElement: ag, css: af, defined: am, diffObjects: ax, discardElement: ay, erase: ab, error: av, extend: ak, find: aw, fireEvent: aM, getAlignFactor: aS, getStyle: aT, isArray: aC, isNumber: aA, isObject: aP, isString: aL, merge: aO, objectEach: aE, pick: aI, pInt: aD, relativeLength: aB, removeEvent: aN, splat: az, syncTimeout: aR, uniqueKey: aW } = $; class aH { static chart(t, e, i) { return new aH(t, e, i) } constructor(t, e, i) { this.sharedClips = {}; let s = [...arguments]; (aL(t) || t.nodeName) && (this.renderTo = s.shift()), this.init(s[0], s[1]) } setZoomOptions() { let t = this.options.chart, e = t.zooming; this.zooming = { ...e, type: aI(t.zoomType, e.type), key: aI(t.zoomKey, e.key), pinchType: aI(t.pinchType, e.pinchType), singleTouch: aI(t.zoomBySingleTouch, e.singleTouch, !1), resetButton: aO(e.resetButton, t.resetZoomButton) } } init(t, e) { aM(this, "init", { args: arguments }, function () { let i = aO(as, t), s = i.chart, o = this.renderTo || s.renderTo; this.userOptions = ak({}, t), (this.renderTo = aL(o) ? an.getElementById(o) : o) || av(13, !0, this), this.margin = [], this.spacing = [], this.labelCollectors = [], this.callback = e, this.isResizing = 0, this.options = i, this.axes = [], this.series = [], this.locale = i.lang.locale ?? this.renderTo.closest("[lang]")?.lang, this.time = new tl(ak(i.time || {}, { locale: this.locale })), i.time = this.time.options, this.numberFormatter = (s.numberFormatter || ao).bind(this), this.styledMode = s.styledMode, this.hasCartesianSeries = s.showAxes, this.index = aa.length, aa.push(this), k.chartCount++, ar(this, s), this.xAxis = [], this.yAxis = [], this.pointCount = this.colorCounter = this.symbolCounter = 0, this.setZoomOptions(), aM(this, "afterInit"), this.firstRender() }) } initSeries(t) { let e = this.options.chart, i = t.type || e.type, s = ac[i]; s || av(17, !0, this, { missingModuleFor: i }); let o = new s; return "function" == typeof o.init && o.init(this, t), o } setSortedData() { this.getSeriesOrderByLinks().forEach(function (t) { t.points || t.data || !t.enabledDataSorting || t.setData(t.options.data, !1) }) } getSeriesOrderByLinks() { return this.series.concat().sort(function (t, e) { return t.linkedSeries.length || e.linkedSeries.length ? e.linkedSeries.length - t.linkedSeries.length : 0 }) } orderItems(t, e = 0) { let i = this[t], s = this.options[t] = az(this.options[t]).slice(), o = this.userOptions[t] = this.userOptions[t] ? az(this.userOptions[t]).slice() : []; if (this.hasRendered && (s.splice(e), o.splice(e)), i) for (let t = e, r = i.length; t < r; ++t) { let e = i[t]; e && (e.index = t, e instanceof rX && (e.name = e.getName()), e.options.isInternal || (s[t] = e.options, o[t] = e.userOptions)) } }

16 isInsidePlot(t, e, i = {}) { let { inverted: s, plotBox: o, plotLeft: r, plotTop: a, scrollablePlotBox: n } = this, { scrollLeft: h = 0, scrollTop: l = 0 } = i.visiblePlotOnly && this.scrollablePlotArea?.scrollingContainer || {}, d = i.series, c = i.visiblePlotOnly && n || o, p = i.inverted ? e : t, u = i.inverted ? t : e, g = { x: p, y: u, isInsidePlot: !0, options: i }; if (!i.ignoreX) { let t = d && (s && !this.polar ? d.yAxis : d.xAxis) || { pos: r, len: 1 / 0 }, e = i.paneCoordinates ? t.pos + p : r + p; e >= Math.max(h + r, t.pos) && e <= Math.min(h + r + c.width, t.pos + t.len) || (g.isInsidePlot = !1) } if (!i.ignoreY && g.isInsidePlot) { let t = !s && i.axis && !i.axis.isXAxis && i.axis || d && (s ? d.xAxis : d.yAxis) || { pos: a, len: 1 / 0 }, e = i.paneCoordinates ? t.pos + u : a + u; e >= Math.max(l + a, t.pos) && e <= Math.min(l + a + c.height, t.pos + t.len) || (g.isInsidePlot = !1) } return aM(this, "afterIsInsidePlot", g), g.isInsidePlot } redraw(t) { aM(this, "beforeRedraw"); let e = this.hasCartesianSeries ? this.axes : this.colorAxis || [], i = this.series, s = this.pointer, o = this.legend, r = this.userOptions.legend, a = this.renderer, n = a.isHidden(), h = [], l, d, c, p = this.isDirtyBox, u = this.isDirtyLegend, g; for (a.rootFontSize = a.boxWrapper.getStyle("font-size"), this.setResponsive && this.setResponsive(!1), ai(!!this.hasRendered && t, this), n && this.temporaryDisplay(), this.layOutTitles(!1), c = i.length; c--;)if (((g = i[c]).options.stacking || g.options.centerInCategory) && (d = !0, g.isDirty)) { l = !0; break } if (l) for (c = i.length; c--;)(g = i[c]).options.stacking && (g.isDirty = !0); i.forEach(function (t) { t.isDirty && ("point" === t.options.legendType ? ("function" == typeof t.updateTotals && t.updateTotals(), u = !0) : r && (r.labelFormatter || r.labelFormat) && (u = !0)), t.isDirtyData && aM(t, "updatedData") }), u && o && o.options.enabled && (o.render(), this.isDirtyLegend = !1), d && this.getStacks(), e.forEach(function (t) { t.updateNames(), t.setScale() }), this.getMargins(), e.forEach(function (t) { t.isDirty && (p = !0) }), e.forEach(function (t) { let e = t.min + "," + t.max; t.extKey !== e && (t.extKey = e, h.push(function () { aM(t, "afterSetExtremes", ak(t.eventArgs, t.getExtremes())), delete t.eventArgs })), (p || d) && t.redraw() }), p && this.drawChartBox(), aM(this, "predraw"), i.forEach(function (t) { (p || t.isDirty) && t.visible && t.redraw(), t.isDirtyData = !1 }), s && s.reset(!0), a.draw(), aM(this, "redraw"), aM(this, "render"), n && this.temporaryDisplay(!0), h.forEach(function (t) { t.call() }) } get(t) { let e = this.series; function i(e) { return e.id === t || e.options && e.options.id === t } let s = aw(this.axes, i) || aw(this.series, i); for (let t = 0; !s && t < e.length; t++)s = aw(e[t].points || [], i); return s } createAxes() { let t = this.userOptions; for (let e of (aM(this, "createAxes"), ["xAxis", "yAxis"])) for (let i of t[e] = az(t[e] || {})) new sB(this, i, e); aM(this, "afterCreateAxes") } getSelectedPoints() { return this.series.reduce((t, e) => (e.getPointsCollection().forEach(e => { aI(e.selectedStaging, e.selected) && t.push(e) }), t), []) } getSelectedSeries() { return this.series.filter(t => t.selected) } setTitle(t, e, i) { this.applyDescription("title", t), this.applyDescription("subtitle", e), this.applyDescription("caption", void 0), this.layOutTitles(i) } applyDescription(t, e) { let i = this, s = this.options[t] = aO(this.options[t], e), o = this[t]; o && e && (this[t] = o = o.destroy()), s && !o && ((o = this.renderer.text(s.text, 0, 0, s.useHTML).attr({ align: s.align, class: "highcharts-" + t, zIndex: s.zIndex || 4 }).css({ textOverflow: "ellipsis", whiteSpace: "nowrap" }).add()).update = function (e, s) { i.applyDescription(t, e), i.layOutTitles(s) }, this.styledMode || o.css(ak("title" === t ? { fontSize: this.options.isStock ? "1em" : "1.2em" } : {}, s.style)), o.textPxLength = o.getBBox().width, o.css({ whiteSpace: s.style?.whiteSpace }), this[t] = o) } layOutTitles(t = !0) { let e = [0, 0, 0], { options: i, renderer: s, spacingBox: o } = this;["title", "subtitle", "caption"].forEach(t => { let i = this[t], r = this.options[t], a = aO(o), n = i?.textPxLength || 0; if (i && r) { aM(this, "layOutTitle", { alignTo: a, key: t, textPxLength: n }); let o = s.fontMetrics(i), h = o.b, l = o.h, d = r.verticalAlign || "top", c = "top" === d, p = c && r.minScale || 1, u = "title" === t ? c ? -3 : 0 : c ? e[0] + 2 : 0, g = Math.min(a.width / n, 1), f = Math.max(p, g), m = aO({ y: "bottom" === d ? h : u + h }, { align: "title" === t ? g < p ? "left" : "center" : this.title?.alignValue }, r), x = r.width || (g > p ? this.chartWidth : a.width) / f; i.alignValue !== m.align && (i.placed = !1); let y = Math.round(i.css({ width: `${x}px` }).getBBox(r.useHTML).height); if (m.height = y, i.align(m, !1, a).attr({ align: m.align, scaleX: f, scaleY: f, "transform-origin": `${a.x + n * f * aS(m.align)} ${l}` }), !r.floating) { let t = y * (y < 1.2 * l ? 1 : f); "top" === d ? e[0] = Math.ceil(e[0] + t) : "bottom" === d && (e[2] = Math.ceil(e[2] + t)) } } }, this), e[0] && "top" === (i.title?.verticalAlign || "top") && (e[0] += i.title?.margin || 0), e[2] && i.caption?.verticalAlign === "bottom" && (e[2] += i.caption?.margin || 0);

16 let r = !this.titleOffset || this.titleOffset.join(",") !== e.join(","); this.titleOffset = e, aM(this, "afterLayOutTitles"), !this.isDirtyBox && r && (this.isDirtyBox = this.isDirtyLegend = r, this.hasRendered && t && this.isDirtyBox && this.redraw()) } getContainerBox() { let t = [].map.call(this.renderTo.children, t => { if (t !== this.container) { let e = t.style.display; return t.style.display = "none", [t, e] } }), e = { width: aT(this.renderTo, "width", !0) || 0, height: aT(this.renderTo, "height", !0) || 0 }; return t.filter(Boolean).forEach(([t, e]) => { t.style.display = e }), e } getChartSize() { let t = this.options.chart, e = t.width, i = t.height, s = this.getContainerBox(), o = s.height <= 1 || !this.renderTo.parentElement?.style.height && "100%" === this.renderTo.style.height; this.chartWidth = Math.max(0, e || s.width || 600), this.chartHeight = Math.max(0, aB(i, this.chartWidth) || (o ? 400 : s.height)), this.containerBox = s } temporaryDisplay(t) { let e = this.renderTo, i; if (t) for (; e && e.style;)e.hcOrigStyle && (af(e, e.hcOrigStyle), delete e.hcOrigStyle), e.hcOrigDetached && (an.body.removeChild(e), e.hcOrigDetached = !1), e = e.parentNode; else for (; e && e.style && (an.body.contains(e) || e.parentNode || (e.hcOrigDetached = !0, an.body.appendChild(e)), ("none" === aT(e, "display", !1) || e.hcOricDetached) && (e.hcOrigStyle = { display: e.style.display, height: e.style.height, overflow: e.style.overflow }, i = { display: "block", overflow: "hidden" }, e !== this.renderTo && (i.height = 0), af(e, i), e.offsetWidth || e.style.setProperty("display", "block", "important")), (e = e.parentNode) !== an.body);); } setClassName(t) { this.container.className = "highcharts-container " + (t || "") } getContainer() { let t; let e = this.options, i = e.chart, s = "data-highcharts-chart", o = aW(), r = this.renderTo, a = aD(au(r, s)); aA(a) && aa[a] && aa[a].hasRendered && aa[a].destroy(), au(r, s, this.index), r.innerHTML = t_.emptyHTML, i.skipClone || r.offsetWidth || this.temporaryDisplay(), this.getChartSize(); let n = this.chartHeight, h = this.chartWidth; af(r, { overflow: "hidden" }), this.styledMode || (t = ak({ position: "relative", overflow: "hidden", width: h + "px", height: n + "px", textAlign: "left", lineHeight: "normal", zIndex: 0, "-webkit-tap-highlight-color": "rgba(0,0,0,0)", userSelect: "none", "touch-action": "manipulation", outline: "none", padding: "0px" }, i.style || {})); let l = ag("div", { id: o }, t, r); this.container = l, this.getChartSize(), h === this.chartWidth || (h = this.chartWidth, this.styledMode || af(l, { width: aI(i.style?.width, h + "px") })), this.containerBox = this.getContainerBox(), this._cursor = l.style.cursor; let d = i.renderer || !al ? ei.getRendererType(i.renderer) : iB; if (this.renderer = new d(l, h, n, void 0, i.forExport, e.exporting && e.exporting.allowHTML, this.styledMode), ai(void 0, this), this.setClassName(i.className), this.styledMode) for (let t in e.defs) this.renderer.definition(e.defs[t]); else this.renderer.setStyle(i.style); this.renderer.chartIndex = this.index, aM(this, "afterGetContainer") } getMargins(t) { let { spacing: e, margin: i, titleOffset: s } = this; this.resetMargins(), s[0] && !am(i[0]) && (this.plotTop = Math.max(this.plotTop, s[0] + e[0])), s[2] && !am(i[2]) && (this.marginBottom = Math.max(this.marginBottom, s[2] + e[2])), this.legend && this.legend.display && this.legend.adjustMargins(i, e), aM(this, "getMargins"), t || this.getAxisMargins() } getAxisMargins() { let t = this, e = t.axisOffset = [0, 0, 0, 0], i = t.colorAxis, s = t.margin, o = function (t) { t.forEach(function (t) { t.visible && t.getOffset() }) }; t.hasCartesianSeries ? o(t.axes) : i && i.length && o(i), ah.forEach(function (i, o) { am(s[o]) || (t[i] += e[o]) }), t.setChartSize() } getOptions() { return ax(this.userOptions, as) } reflow(t) { let e = this, i = e.containerBox, s = e.getContainerBox(); delete e.pointer?.chartPosition, !e.isPrinting && !e.isResizing && i && s.width && ((s.width !== i.width || s.height !== i.height) && ($.clearTimeout(e.reflowTimeout), e.reflowTimeout = aR(function () { e.container && e.setSize(void 0, void 0, !1) }, t ? 100 : 0)), e.containerBox = s) } setReflow() { let t = this, e = e => { t.options?.chart.reflow && t.hasLoaded && t.reflow(e) }; if ("function" == typeof ResizeObserver) new ResizeObserver(e).observe(t.renderTo); else { let t = ap(ad, "resize", e); ap(this, "destroy", t) } } setSize(t, e, i) { let s = this, o = s.renderer; s.isResizing += 1, ai(i, s); let r = o.globalAnimation;

16dColor, h = t.plotBackgroundImage, l = this.plotLeft, d = this.plotTop, c = this.plotWidth, p = this.plotHeight, u = this.plotBox, g = this.clipRect, f = this.clipBox, m = this.chartBackground, x = this.plotBackground, y = this.plotBorder, b, v, k, w = "animate"; m || (this.chartBackground = m = e.rect().addClass("highcharts-background").add(), w = "attr"), o ? b = v = m.strokeWidth() : (v = (b = t.borderWidth || 0) + (t.shadow ? 8 : 0), k = { fill: a || "none" }, (b || m["stroke-width"]) && (k.stroke = t.borderColor, k["stroke-width"] = b), m.attr(k).shadow(t.shadow)), m[w]({ x: v / 2, y: v / 2, width: i - v - b % 2, height: s - v - b % 2, r: t.borderRadius }), w = "animate", x || (w = "attr", this.plotBackground = x = e.rect().addClass("highcharts-plot-background").add()), x[w](u), !o && (x.attr({ fill: n || "none" }).shadow(t.plotShadow), h && (r ? (h !== r.attr("href") && r.attr("href", h), r.animate(u)) : this.plotBGImage = e.image(h, l, d, c, p).add())), g ? g.animate({ width: f.width, height: f.height }) : this.clipRect = e.clipRect(f), w = "animate", y || (w = "attr", this.plotBorder = y = e.rect().addClass("highcharts-plot-border").attr({ zIndex: 1 }).add()), o || y.attr({ stroke: t.plotBorderColor, "stroke-width": t.plotBorderWidth || 0, fill: "none" }), y[w](y.crisp({ x: l, y: d, width: c, height: p }, -y.strokeWidth())), this.isDirtyBox = !1, aM(this, "afterDrawChartBox") } propFromSeries() { let t, e, i; let s = this, o = s.options.chart, r = s.options.series;["inverted", "angular", "polar"].forEach(function (a) { for (e = ac[o.type], i = o[a] || e && e.prototype[a], t = r && r.length; !i && t--;)(e = ac[r[t].type]) && e.prototype[a] && (i = !0); s[a] = i }) } linkSeries(t) { let e = this, i = e.series; i.forEach(function (t) { t.linkedSeries.length = 0 }), i.forEach(function (t) { let { linkedTo: i } = t.options; if (aL(i)) { let s; (s = ":previous" === i ? e.series[t.index - 1] : e.get(i)) && s.linkedParent !== t && (s.linkedSeries.push(t), t.linkedParent = s, s.enabledDataSorting && t.setDataSortingOptions(), t.visible = aI(t.options.visible, s.options.visible, t.visible)) } }), aM(this, "afterLinkSeries", { isUpdating: t }) } renderSeries() { this.series.forEach(function (t) { t.translate(), t.render() }) } render() { let t = this.axes, e = this.colorAxis, i = this.renderer, s = this.options.chart.axisLayoutRuns || 2, o = t => { t.forEach(t => { t.visible && t.render() }) }, r = 0, a = !0, n, h = 0; for (let e of (this.setTitle(), aM(this, "beforeMargins"), this.getStacks?.(), this.getMargins(!0), this.setChartSize(), t)) { let { options: t } = e, { labels: i } = t; if (this.hasCartesianSeries && e.horiz && e.visible && i.enabled && e.series.length && "colorAxis" !== e.coll && !this.polar) { r = t.tickLength, e.createGroups(); let s = new ss(e, 0, "", !0), o = s.createLabel("x", i); if (s.destroy(), o && aI(i.reserveSpace, !aA(t.crossing)) && (r = o.getBBox().height + i.distance + Math.max(t.offset || 0, 0)), r) { o?.destroy(); break } } } for (this.plotHeight = Math.max(this.plotHeight - r, 0); (a || n || s > 1) && h < s;) { let e = this.plotWidth, i = this.plotHeight; for (let e of t) 0 === h ? e.setScale() : (e.horiz && a || !e.horiz && n) && e.setTickInterval(!0); 0 === h ? this.getAxisMargins() : this.getMargins(), a = e / this.plotWidth > (h ? 1 : 1.1), n = i / this.plotHeight > (h ? 1 : 1.05), h++ } this.drawChartBox(), this.hasCartesianSeries ? o(t) : e && e.length && o(e), this.seriesGroup || (this.seriesGroup = i.g("series-group").attr({ zIndex: 3 }).shadow(this.options.chart.seriesGroupShadow).add()), this.renderSeries(), this.addCredits(), this.setResponsive && this.setResponsive(), this.hasRendered = !0 } addCredits(t) { let e = this, i = aO(!0, this.options.credits, t); i.enabled && !this.credits && (this.credits = this.renderer.text(i.text + (this.mapCredits || ""), 0, 0).addClass("highcharts-credits").on("click", function () { i.href && (ad.location.href = i.href) }).attr({ align: i.position.align, zIndex: 8 }), e.styledMode || this.credits.css(i.style), this.credits.add().align(i.position), this.credits.update = function (t) { e.credits = e.credits.destroy(), e.addCredits(t) }) } destroy() { let t; let e = this, i = e.axes, s = e.series, o = e.container, r = o && o.parentNode; for (aM(e, "destroy"), e.renderer.forExport ? ab(aa, e) : aa[e.index] = void 0, k.chartCount--, e.renderTo.removeAttribute("data-highcharts-chart"), aN(e), t = i.length; t--;)i[t] = i[t].destroy(); for (this.scroller && this.scroller.destroy && this.scroller.destroy(), t = s.length; t--;)s[t] = s[t].destroy();

16 this.label.labelrank = e.plotSizeY, a1(this, "afterRender") } setOffset(t, e, i, s, o, r) { let { alignOptions: a, axis: n, label: h, options: l, textAlign: d } = this, c = n.chart, p = this.getStackBox({ xOffset: t, width: e, boxBottom: i, boxTop: s, defaultX: o, xAxis: r }), { verticalAlign: u } = a; if (h && p) { let t = h.getBBox(void 0, 0), e = h.padding, i = "justify" === a5(l.overflow, "justify"), s; a.x = l.x || 0, a.y = l.y || 0; let { x: o, y: r } = this.adjustStackPosition({ labelBox: t, verticalAlign: u, textAlign: d }); p.x -= o, p.y -= r, h.align(a, !1, p), (s = c.isInsidePlot(h.alignAttr.x + a.x + o, h.alignAttr.y + a.y + r)) || (i = !1), i && aQ.prototype.justifyDataLabel.call(n, h, a, h.alignAttr, t, p), h.attr({ x: h.alignAttr.x, y: h.alignAttr.y, rotation: l.rotation, rotationOriginX: t.width * a2(l.textAlign || "center"), rotationOriginY: t.height / 2 }), a5(!i && l.crop, !0) && (s = a3(h.x) && a3(h.y) && c.isInsidePlot(h.x - e + (h.width || 0), h.y) && c.isInsidePlot(h.x + e, h.y)), h[s ? "show" : "hide"]() } a1(this, "afterSetOffset", { xOffset: t, width: e }) } adjustStackPosition({ labelBox: t, verticalAlign: e, textAlign: i }) { return { x: t.width / 2 + t.width / 2 * (2 * a2(i) - 1), y: t.height / 2 * 2 * (1 - a2(e)) } } getStackBox(t) { let e = this.axis, i = e.chart, { boxTop: s, defaultX: o, xOffset: r, width: a, boxBottom: n } = t, h = e.stacking.usePercentage ? 100 : a5(s, this.total, 0), l = e.toPixels(h), d = t.xAxis || i.xAxis[0], c = a5(o, d.translate(this.x)) + r, p = Math.abs(l - e.toPixels(n || a3(e.min) && e.logarithmic && e.logarithmic.lin2log(e.min) || 0)), u = i.inverted, g = this.isNegative; return u ? { x: (g ? l : l - p) - i.plotLeft, y: d.height - c - a + d.top - i.plotTop, width: p, height: a } : { x: c + d.transB - i.plotLeft, y: (g ? l - p : l) - i.plotTop, width: a, height: p } } }, { getDeferredAnimation: a9 } = tz, { series: { prototype: a4 } } = rn, { addEvent: a8, correctFloat: a7, defined: nt, destroyObjectProperties: ne, fireEvent: ni, isNumber: ns, objectEach: no, pick: nr } = $; function na() { let t = this.inverted; this.axes.forEach(t => { t.stacking && t.stacking.stacks && t.hasVisibleSeries && (t.stacking.oldStacks = t.stacking.stacks) }), this.series.forEach(e => { let i = e.xAxis && e.xAxis.options || {}; e.options.stacking && e.reserveSpace() && (e.stackKey = [e.type, nr(e.options.stack, ""), t ? i.top : i.left, t ? i.height : i.width].join(",")) }) } function nn() { let t = this.stacking; if (t) { let e = t.stacks; no(e, (t, i) => { ne(t), delete e[i] }), t.stackTotalGroup?.destroy() } } function nh() { this.stacking || (this.stacking = new ng(this)) } function nl(t, e, i, s) { return !nt(t) || t.x !== e || s && t.stackKey !== s ? t = { x: e, index: 0, key: s, stackKey: s } : t.index++, t.key = [i, e, t.index].join(","), t } function nd() { let t; let e = this, i = e.yAxis, s = e.stackKey || "", o = i.stacking.stacks, r = e.getColumn("x", !0), a = e.options.stacking, n = e[a + "Stacker"]; n && [s, "-" + s].forEach(i => { let s = r.length, a, h, l; for (; s--;)a = r[s], t = e.getStackIndicator(t, a, e.index, i), h = o[i]?.[a], (l = h?.points[t.key || ""]) && n.call(e, l, h, s) }) } function nc(t, e, i) { let s = e.total ? 100 / e.total : 0; t[0] = a7(t[0] * s), t[1] = a7(t[1] * s), this.stackedYData[i] = t[1] } function np(t) { (this.is("column") || this.is("columnrange")) && (this.options.centerInCategory && this.chart.series.length > 1 ? a4.setStackedPoints.call(this, t, "group") : t.stacking.resetStacks()) } function nu(t, e) { let i, s, o, r, a, n, h; let l = e || this.options.stacking; if (!l || !this.reserveSpace() || (({ group: "xAxis" })[l] || "yAxis") !== t.coll) return; let d = this.getColumn("x", !0), c = this.getColumn(this.pointValKey || "y", !0), p = [], u = c.length, g = this.options, f = g.threshold || 0, m = g.startFromThreshold ? f : 0, x = g.stack, y = e ? `${this.type},${l}` : this.stackKey || "", b = "-" + y, v = this.negStacks, k = t.stacking, w = k.stacks, M = k.oldStacks; for (k.stacksTouched += 1, h = 0; h < u; h++) { let e = d[h] || 0, u = c[h], g = ns(u) && u || 0;

16 n = (i = this.getStackIndicator(i, e, this.index)).key || "", w[a = (s = v && g < (m ? 0 : f)) ? b : y] || (w[a] = {}), w[a][e] || (M[a]?.[e] ? (w[a][e] = M[a][e], w[a][e].total = null) : w[a][e] = new a6(t, t.options.stackLabels, !!s, e, x)), o = w[a][e], null !== u ? (o.points[n] = o.points[this.index] = [nr(o.cumulative, m)], nt(o.cumulative) || (o.base = n), o.touched = k.stacksTouched, i.index > 0 && !1 === this.singleStacks && (o.points[n][0] = o.points[this.index + "," + e + ",0"][0])) : (delete o.points[n], delete o.points[this.index]); let S = o.total || 0; "percent" === l ? (r = s ? y : b, S = v && w[r]?.[e] ? (r = w[r][e]).total = Math.max(r.total || 0, S) + Math.abs(g) : a7(S + Math.abs(g))) : "group" === l ? ns(u) && S++ : S = a7(S + g), "group" === l ? o.cumulative = (S || 1) - 1 : o.cumulative = a7(nr(o.cumulative, m) + g), o.total = S, null !== u && (o.points[n].push(o.cumulative), p[h] = o.cumulative, o.hasValidPoints = !0) } "percent" === l && (k.usePercentage = !0), "group" !== l && (this.stackedYData = p), k.oldStacks = {} } class ng { constructor(t) { this.oldStacks = {}, this.stacks = {}, this.stacksTouched = 0, this.axis = t } buildStacks() { let t, e; let i = this.axis, s = i.series, o = "xAxis" === i.coll, r = i.options.reversedStacks, a = s.length; for (this.resetStacks(), this.usePercentage = !1, e = a; e--;)t = s[r ? e : a - e - 1], o && t.setGroupedPoints(i), t.setStackedPoints(i); if (!o) for (e = 0; e < a; e++)s[e].modifyStacks(); ni(i, "afterBuildStacks") } cleanStacks() { this.oldStacks && (this.stacks = this.oldStacks, no(this.stacks, t => { no(t, t => { t.cumulative = t.total }) })) } resetStacks() { no(this.stacks, t => { no(t, (e, i) => { ns(e.touched) && e.touched < this.stacksTouched ? (e.destroy(), delete t[i]) : (e.total = null, e.cumulative = null) }) }) }

16= "round"), a[n](r).shadow(t.shadow && nx({ filterUnits: "userSpaceOnUse" }, ny(t.shadow) ? t.shadow : {}))), a && (a.startX = e.xMap, a.isArea = e.isArea) }) } getGraphPath(t, e, i) { let s = this, o = s.options, r = [], a = [], n, h = o.step, l = (t = t || s.points).reversed; return l && t.reverse(), (h = ({ right: 1, center: 2 })[h] || h && 3) && l && (h = 4 - h), (t = this.getValidPoints(t, !1, !(o.connectNulls && !e && !i))).forEach(function (l, d) { let c; let p = l.plotX, u = l.plotY, g = t[d - 1], f = l.isNull || "number" != typeof u; (l.leftCliff || g && g.rightCliff) && !i && (n = !0), f && !nm(e) && d > 0 ? n = !o.connectNulls : f && !e ? n = !0 : (0 === d || n ? c = [["M", l.plotX, l.plotY]] : s.getPointSpline ? c = [s.getPointSpline(t, l, d)] : h ? (c = 1 === h ? [["L", g.plotX, u]] : 2 === h ? [["L", (g.plotX + p) / 2, g.plotY], ["L", (g.plotX + p) / 2, u]] : [["L", p, g.plotY]]).push(["L", p, u]) : c = [["L", p, u]], a.push(l.x), h && (a.push(l.x), 2 === h && a.push(l.x)), r.push.apply(r, c), n = !1) }), r.xMap = a, s.graphPath = r, r } } nb.defaultOptions = nx(rX.defaultOptions, { legendSymbol: "lineMarker" }), rn.registerSeriesType("line", nb); let { seriesTypes: { line: nv } } = rn, { extend: nk, merge: nw, objectEach: nM, pick: nS } = $; class nT extends nv { drawGraph() { this.areaPath = [], super.drawGraph.apply(this); let { areaPath: t, options: e } = this;[this, ...this.zones].forEach((i, s) => { let o = {}, r = i.fillColor || e.fillColor, a = i.area, n = a ? "animate" : "attr"; a ? (a.endX = this.preventGraphAnimation ? null : t.xMap, a.animate({ d: t })) : (o.zIndex = 0, (a = i.area = this.chart.renderer.path(t).addClass("highcharts-area" + (s ? ` highcharts-zone-area-${s - 1} ` : " ") + (s && i.className || "")).add(this.group)).isArea = !0), this.chart.styledMode || (o.fill = r || i.color || this.color, o["fill-opacity"] = r ? 1 : e.fillOpacity ?? .75, a.css({ pointerEvents: this.stickyTracking ? "none" : "auto" })), a[n](o), a.startX = t.xMap, a.shiftUnit = e.step ? 2 : 1 }) } getGraphPath(t) { let e, i, s; let o = nv.prototype.getGraphPath, r = this.options, a = r.stacking, n = this.yAxis, h = [], l = [], d = this.index, c = n.stacking.stacks[this.stackKey], p = r.threshold, u = Math.round(n.getThreshold(r.threshold)), g = nS(r.connectNulls, "percent" === a), f = function (i, s, o) { let r = t[i], g = a && c[r.x].points[d], f = r[o + "Null"] || 0, m = r[o + "Cliff"] || 0, x, y, b = !0; m || f ? (x = (f ? g[0] : g[1]) + m, y = g[0] + m, b = !!f) : !a && t[s] && t[s].isNull && (x = y = p), void 0 !== x && (l.push({ plotX: e, plotY: null === x ? u : n.getThreshold(x), isNull: b, isCliff: !0 }), h.push({ plotX: e, plotY: null === y ? u : n.getThreshold(y), doCurve: !1 })) }; t = t || this.points, a && (t = this.getStackPoints(t)); for (let o = 0, r = t.length; o < r; ++o)a || (t[o].leftCliff = t[o].rightCliff = t[o].leftNull = t[o].rightNull = void 0), i = t[o].isNull, e = nS(t[o].rectPlotX, t[o].plotX), s = a ? nS(t[o].yBottom, u) : u, i && !g || (g || f(o, o - 1, "left"), i && !a && g || (l.push(t[o]), h.push({ x: o, plotX: e, plotY: s })), g || f(o, o + 1, "right")); let m = o.call(this, l, !0, !0); h.reversed = !0; let x = o.call(this, h, !0, !0), y = x[0]; y && "M" === y[0] && (x[0] = ["L", y[1], y[2]]); let b = m.concat(x); b.length && b.push(["Z"]); let v = o.call(this, l, !1, g); return this.chart.series.length > 1 && a && l.some(t => t.isCliff) && (b.hasStackedCliffs = v.hasStackedCliffs = !0), b.xMap = m.xMap, this.areaPath = b, v } getStackPoints(t) { let e = this, i = [], s = [], o = this.xAxis, r = this.yAxis, a = r.stacking.stacks[this.stackKey], n = {}, h = r.series, l = h.length, d = r.options.reversedStacks ? 1 : -1, c = h.indexOf(e); if (t = t || this.points, this.options.stacking) { for (let e = 0; e < t.length; e++)t[e].leftNull = t[e].rightNull = void 0, n[t[e].x] = t[e]; nM(a, function (t, e) { null !== t.total && s.push(e) }), s.sort(function (t, e) { return t - e }); let p = h.map(t => t.visible); s.forEach(function (t, u) { let g = 0, f, m; if (n[t] && !n[t].isNull) i.push(n[t]), [-1, 1].forEach(function (i) { let o = 1 === i ? "rightNull" : "leftNull", r = a[s[u + i]], g = 0; if (r) { let i = c; for (; i >= 0 && i < l;) { let s = h[i].index; !(f = r.points[s]) && (s === e.index ? n[t][o] = !0 : p[i] && (m = a[t].points[s]) && (g -= m[1] - m[0])), i += d } } n[t][1 === i ? "rightCliff" : "leftCliff"] = g }); else { let e = c; for (; e >= 0 && e < l;) { let i = h[e].index; if (f = a[t].points[i]) { g = f[1]; break } e += d } g = nS(g, 0), g = r.translate(g, 0, 1, 0, 1), i.push({ isNull: !0, plotX: o.translate(t, 0, 0, 0, 1), x: t, plotY: g, yBottom: g }) } }) } return i } } nT.defaultOptions = nw(nv.defaultOptions, { threshold: 0, legendSymbol: "areaMarker" }), nk(nT.prototype, { singleStacks: !1 }), rn.registerSeriesType("area", nT); let { line: nC } = rn.seriesTypes, { merge: nA, pick: nP } = $; class nL extends nC { getPointSpline(t, e, i) { let s, o, r, a; let n = e.plotX || 0, h = e.plotY || 0, l = t[i - 1], d = t[i + 1]; function c(t) { return t && !t.isNull && !1 !== t.doCurve && !e.isCliff } if (c(l) && c(d)) { let t = l.plotX || 0, i = l.plotY || 0, c = d.plotX || 0, p = d.plotY || 0, u = 0; s = (1.5 * n + t) / 2.5, o = (1.5 * h + i) / 2.5, r = (1.5 * n + c) / 2.5, a = (1.5 * h + p) / 2.5, r !== s && (u = (a - o) * (r - n) / (r - s) + h - a), o += u, a += u, o > i && o > h ? (o = Math.max(i, h), a = 2 * h - o) : o < i && o < h && (o = Math.min(i, h), a = 2 * h - o), a > p && a > h ? (a = Math.max(p, h), o = 2 * h - a) : a < p && a < h && (a = Math.min(p, h), o = 2 * h - a), e.rightContX = r, e.rightContY = a, e.controlPoints = { low: [s, o], high: [r, a] } } let p = ["C", nP(l.rightContX, l.plotX, 0), nP(l.rightContY, l.plotY, 0), nP(s, n, 0), nP(o, h, 0), n, h]; return l.rightContX = l.rightContY = void 0, p } } nL.defaultOptions = nA(nC.defaultOptions), rn.registerSeriesType("spline", nL); let nO = nL, { area: nE, area: { prototype: nI } } = rn.seriesTypes, { extend: nD, merge: nB } = $; class nN extends nO { } nN.defaultOptions = nB(nO.defaultOptions, nE.defaultOptions), nD(nN.prototype, { getGraphPath: nI.getGraphPath, getStackPoints: nI.getStackPoints, drawGraph: nI.drawGraph }), rn.registerSeriesType("areaspline", nN); let { animObject: nz } = tz, { parse: nR } = tv, { noop: nW } = k, { clamp: nH, crisp: nX, defined: nF, extend: nG, fireEvent: nY, isArray: nj, isNumber: nU, merge: n$, pick: nV, objectEach: nq } = $; class nZ extends rX { animate(t) { let e, i; let s = this, o = this.yAxis, r = o.pos, a = o.reversed, n = s.options, { clipOffset: h, inverted: l } = this.chart, d = {}, c = l ? "translateX" : "translateY"; t && h ? (d.scaleY = .001, i = nH(o.toPixels(n.threshold || 0), r, r + o.len), l ? (i += a ? -Math.floor(h[0]) : Math.ceil(h[2]), d.translateX = i - o.len) : (i += a ? Math.ceil(h[0]) : -Math.floor(h[2]), d.translateY = i), s.clipBox && s.setClip(), s.group.attr(d)) : (e = Number(s.group.attr(c)), s.group.animate({ scaleY: 1 }, nG(nz(s.options.animation), { step: function (t, i) { s.group && (d[c] = e + i.pos * (r - e), s.group.attr(d)) } }))) } init(t, e) { super.init.apply(this, arguments); let i = this; (t = i.chart).hasRendered && t.series.forEach(function (t) { t.type === i.type && (t.isDirty = !0) }) } getColumnMetrics() { let t = this, e = t.options, i = t.xAxis, s = t.yAxis, o = i.options.reversedStacks, r = i.reversed && !o || !i.reversed && o, a = {}, n, h = 0; !1 === e.grouping ? h = 1 : t.chart.series.forEach(function (e) { let i; let o = e.yAxis, r = e.options; e.type === t.type && e.reserveSpace() && s.len === o.len && s.pos === o.pos && (r.stacking && "group" !== r.stacking ? (void 0 === a[n = e.stackKey] && (a[n] = h++), i = a[n]) : !1 !== r.grouping && (i = h++), e.columnIndex = i) }); let l = Math.min(Math.abs(i.transA) * (!i.brokenAxis?.hasBreaks && i.ordinal?.slope || e.pointRange || i.closestPointRange || i.tickInterval || 1), i.len), d = l * e.groupPadding, c = (l - 2 * d) / (h || 1), p = Math.min(e.maxPointWidth || i.len, nV(e.pointWidth, c * (1 - 2 * e.pointPadding))), u = (t.columnIndex || 0) + (r ? 1 : 0); return t.columnMetrics = { width: p, offset: (c - p) / 2 + (d + u * c - l / 2) * (r ? -1 : 1), paddedWidth: c, columnCount: h }, t.columnMetrics } crispCol(t, e, i, s) { let o = this.borderWidth, r = this.chart.inverted; return s = nX(e + s, o, r) - (e = nX(e, o, r)), this.options.crisp && (i = nX(t + i, o) - (t = nX(t, o))), { x: t, y: e, width: i, height: s } } adjustForMissingColumns(t, e, i, s) { if (!i.isNull && s.columnCount > 1) { let o = this.xAxis.series.filter(t => t.visible).map(t => t.index), r = 0, a = 0; nq(this.xAxis.stacking?.stacks, t => { let e = "number" == typeof i.x ? t[i.x.toString()]?.points : void 0, s = e?.[this.index], n = {}; if (e && nj(s)) { let t = this.index, i = Object.keys(e).filter(t => !t.match(",") && e[t] && e[t].length > 1).map(parseFloat).filter(t => -1 !== o.indexOf(t)).filter(e => { let i = this.chart.series[e].options, s = i.stacking && i.stack; if (nF(s)) { if (nU(n[s])) return t === e && (t = n[s]), !1; n[s] = e } return !0 }).sort((t, e) => e - t); r = i.indexOf(t), a = i.length } }), r = this.xAxis.reversed ? a - 1 - r : r; let n = (a - 1) * s.paddedWidth + e; t = (i.plotX || 0) + n / 2 - e - r * s.paddedWidth } return t } translate() { let t = this, e = t.chart, i = t.options, s = t.dense = t.closestPointRange * t.xAxis.transA < 2, o = t.borderWidth = nV(i.borderWidth, s ? 0 : 1), r = t.xAxis, a = t.yAxis, n = i.threshold, h = nV(i.minPointLength, 5), l = t.getColumnMetrics(), d = l.width, c = t.pointXOffset = l.offset, p = t.dataMin, u = t.dataMax, g = t.translatedThreshold = a.getThreshold(n), f = t.barW = Math.max(d, 1 + 2 * o);

16 i.pointPadding && i.crisp && (f = Math.ceil(f)), rX.prototype.translate.apply(t), t.points.forEach(function (s) { let o = nV(s.yBottom, g), m = 999 + Math.abs(o), x = s.plotX || 0, y = nH(s.plotY, -m, a.len + m), b, v = Math.min(y, o), k = Math.max(y, o) - v, w = d, M = x + c, S = f; h && Math.abs(k) < h && (k = h, b = !a.reversed && !s.negative || a.reversed && s.negative, nU(n) && nU(u) && s.y === n && u <= n && (a.min || 0) < n && (p !== u || (a.max || 0) <= n) && (b = !b, s.negative = !s.negative), v = Math.abs(v - g) > h ? o - h : g - (b ? h : 0)), nF(s.options.pointWidth) && (M -= Math.round(((w = S = Math.ceil(s.options.pointWidth)) - d) / 2)), i.centerInCategory && (M = t.adjustForMissingColumns(M, w, s, l)), s.barX = M, s.pointWidth = w, s.tooltipPos = e.inverted ? [nH(a.len + a.pos - e.plotLeft - y, a.pos - e.plotLeft, a.len + a.pos - e.plotLeft), r.len + r.pos - e.plotTop - M - S / 2, k] : [r.left - e.plotLeft + M + S / 2, nH(y + a.pos - e.plotTop, a.pos - e.plotTop, a.len + a.pos - e.plotTop), k], s.shapeType = t.pointClass.prototype.shapeType || "roundedRect", s.shapeArgs = t.crispCol(M, s.isNull ? g : v, S, s.isNull ? 0 : k) }), nY(this, "afterColumnTranslate") } drawGraph() { this.group[this.dense ? "addClass" : "removeClass"]("highcharts-dense-data") } pointAttribs(t, e) { let i = this.options, s = this.pointAttrToOptions || {}, o = s.stroke || "borderColor", r = s["stroke-width"] || "borderWidth", a, n, h, l = t && t.color || this.color, d = t && t[o] || i[o] || l, c = t && t.options.dashStyle || i.dashStyle, p = t && t[r] || i[r] || this[r] || 0, u = nV(t && t.opacity, i.opacity, 1); t && this.zones.length && (n = t.getZone(), l = t.options.color || n && (n.color || t.nonZonedColor) || this.color, n && (d = n.borderColor || d, c = n.dashStyle || c, p = n.borderWidth || p)), e && t && (h = (a = n$(i.states[e], t.options.states && t.options.states[e] || {})).brightness, l = a.color || void 0 !== h && nR(l).brighten(a.brightness).get() || l, d = a[o] || d, p = a[r] || p, c = a.dashStyle || c, u = nV(a.opacity, u)); let g = { fill: l, stroke: d, "stroke-width": p, opacity: u }; return c && (g.dashstyle = c), g } drawPoints(t = this.points) { let e; let i = this, s = this.chart, o = i.options, r = s.renderer, a = o.animationLimit || 250; t.forEach(function (t) { let n = t.plotY, h = t.graphic, l = !!h, d = h && s.pointCount < a ? "animate" : "attr"; nU(n) && null !== t.y ? (e = t.shapeArgs, h && t.hasNewShapeType() && (h = h.destroy()), i.enabledDataSorting && (t.startXPos = i.xAxis.reversed ? -(e && e.width || 0) : i.xAxis.width), !h && (t.graphic = h = r[t.shapeType](e).add(t.group || i.group), h && i.enabledDataSorting && s.hasRendered && s.pointCount < a && (h.attr({ x: t.startXPos }), l = !0, d = "animate")), h && l && h[d](n$(e)), s.styledMode || h[d](i.pointAttribs(t, t.selected && "select")).shadow(!1 !== t.allowShadow && o.shadow), h && (h.addClass(t.getClassName(), !0), h.attr({ visibility: t.visible ? "inherit" : "hidden" }))) : h && (t.graphic = h.destroy()) }) } drawTracker(t = this.points) { let e; let i = this, s = i.chart, o = s.pointer, r = function (t) { o?.normalize(t); let e = o?.getPointFromEvent(t), r = !s.scrollablePlotArea || s.isInsidePlot(t.chartX - s.plotLeft, t.chartY - s.plotTop, { visiblePlotOnly: !0 }); o && e && i.options.enableMouseTracking && r && (o.isDirectTouch = !0, e.onMouseOver(t)) }; t.forEach(function (t) { e = nj(t.dataLabels) ? t.dataLabels : t.dataLabel ? [t.dataLabel] : [], t.graphic && (t.graphic.element.point = t), e.forEach(function (e) { (e.div || e.element).point = t }) }), i._hasTracking || (i.trackerGroups.forEach(function (t) { i[t] && (i[t].addClass("highcharts-tracker").on("mouseover", r).on("mouseout", function (t) { o?.onTrackerMouseOut(t) }).on("touchstart", r), !s.styledMode && i.options.cursor && i[t].css({ cursor: i.options.cursor })) }), i._hasTracking = !0), nY(this, "afterDrawTracker") } remove() { let t = this, e = t.chart; e.hasRendered && e.series.forEach(function (e) { e.type === t.type && (e.isDirty = !0) }), rX.prototype.remove.apply(t, arguments) } } nZ.defaultOptions = n$(rX.defaultOptions, { borderRadius: 3, centerInCategory: !1, groupPadding: .2, marker: null, pointPadding: .1, minPointLength: 0, cropThreshold: 50, pointRange: null, states: { hover: { halo: !1, brightness: .1 }, select: { color: "#cccccc", borderColor: "#000000" } }, dataLabels: { align: void 0, verticalAlign: void 0, y: void 0 }, startFromThreshold: !0, stickyTracking: !1, tooltip: { distance: 6 }, threshold: 0, borderColor: "#ffffff" }), nG(nZ.prototype, { directTouch: !0, getSymbol: nW, negStacks: !0, trackerGroups: ["group", "dataLabelsGroup"] }), rn.registerSeriesType("column", nZ); let n_ = nZ, { getDeferredAnimation: nK } = tz, { format: nJ } = ee, { defined: nQ, extend: n0, fireEvent: n1, getAlignFactor: n2, isArray: n3, isString: n5, merge: n6, objectEach: n9, pick: n4, pInt: n8, splat: n7 } = $; !function (t) { function e() { return h(this).some(t => t?.enabled) } function i(t, e, i, s, o) { let { chart: r, enabledDataSorting: a } = this, n = this.isCartesian && r.inverted, h = t.plotX, l = t.plotY, d = i.rotation || 0, c = nQ(h) && nQ(l) && r.isInsidePlot(h, Math.round(l), { inverted: n, paneCoordinates: !0, series: this }), p = 0 === d && "justify" === n4(i.overflow, a ? "none" : "justify"), u = this.visible && !1 !== t.visible && nQ(h) && (t.series.forceDL || a && !p || c || n4(i.inside, !!this.options.stacking) && s && r.isInsidePlot(h, n ? s.x + 1 : s.y + s.height - 1, { inverted: n, paneCoordinates: !0, series: this })), g = t.pos(); if (u && g) { var f; let h = e.getBBox(), l = e.getBBox(void 0, 0); if (s = n0({ x: g[0], y: Math.round(g[1]), width: 0, height: 0 }, s || {}), "plotEdges" === i.alignTo && this.isCartesian && (s[n ? "x" : "y"] = 0, s[n ? "width" : "height"] = this.yAxis?.len || 0), n0(i, { width: h.width, height: h.height }), f = s, a && this.xAxis && !p && this.setDataLabelStartPos(t, e, o, c, f), e.align(n6(i, { width: l.width, height: l.height }), !1, s, !1), e.alignAttr.x += n2(i.align) * (l.width - h.width), e.alignAttr.y += n2(i.verticalAlign) * (l.height - h.height), e[e.placed ? "animate" : "attr"]({ x: e.alignAttr.x + (h.width - l.width) / 2, y: e.alignAttr.y + (h.height - l.height) / 2, rotationOriginX: (e.width || 0) / 2, rotationOriginY: (e.height || 0) / 2 }), p && s.height >= 0) this.justifyDataLabel(e, i, e.alignAttr, h, s, o); else if (n4(i.crop, !0)) { let { x: t, y: i } = e.alignAttr; u = r.isInsidePlot(t, i, { paneCoordinates: !0, series: this }) && r.isInsidePlot(t + h.width - 1, i + h.height - 1, { paneCoordinates: !0, series: this }) } i.shape && !d && e[o ? "attr" : "animate"]({ anchorX: g[0], anchorY: g[1] }) } o && a && (e.placed = !1), u || a && !p ? (e.show(), e.placed = !0) : (e.hide(), e.placed = !1) } function s() { return this.plotGroup("dataLabelsGroup", "data-labels", this.hasRendered ? "inherit" : "hidden", this.options.dataLabels.zIndex || 6) } function o(t) { let e = this.hasRendered || 0, i = this.initDataLabelsGroup().attr({ opacity: +e }); return !e && i && (this.visible && i.show(), this.options.animation ? i.animate({ opacity: 1 }, t) : i.attr({ opacity: 1 })), i } function r(t) { let e; t = t || this.points; let i = this, s = i.chart, o = i.options, r = s.renderer, { backgroundColor: a, plotBackgroun

16 t || i.forEach(function (t) { let i = t.graphic, o = t.shapeArgs; i && o && (i.attr({ r: hz(t.startR, e.center && e.center[3] / 2), start: s, end: s }), i.animate({ r: o.r, start: o.start, end: o.end }, e.options.animation)) }) } drawEmpty() { let t, e; let i = this.startAngleRad, s = this.endAngleRad, o = this.options; 0 === this.total && this.center ? (t = this.center[0], e = this.center[1], this.graph || (this.graph = this.chart.renderer.arc(t, e, this.center[1] / 2, 0, i, s).addClass("highcharts-empty-series").add(this.group)), this.graph.attr({ d: e2.arc(t, e, this.center[2] / 2, 0, { start: i, end: s, innerR: this.center[3] / 2 }) }), this.chart.styledMode || this.graph.attr({ "stroke-width": o.borderWidth, fill: o.fillColor || "none", stroke: o.color || "#cccccc" })) : this.graph && (this.graph = this.graph.destroy()) } drawPoints() { let t = this.chart.renderer; this.points.forEach(function (e) { e.graphic && e.hasNewShapeType() && (e.graphic = e.graphic.destroy()), e.graphic || (e.graphic = t[e.shapeType](e.shapeArgs).add(e.series.group), e.delayedRendering = !0) }) } generatePoints() { super.generatePoints(), this.updateTotals() } getX(t, e, i, s) { let o = this.center, r = this.radii ? this.radii[i.index] || 0 : o[2] / 2, a = s.dataLabelPosition, n = a?.distance || 0, h = Math.asin(hI((t - o[1]) / (r + n), -1, 1)); return o[0] + Math.cos(h) * (r + n) * (e ? -1 : 1) + (n > 0 ? (e ? -1 : 1) * (s.padding || 0) : 0) } hasData() { return !!this.dataTable.rowCount } redrawPoints() { let t, e, i, s; let o = this, r = o.chart; this.drawEmpty(), o.group && !r.styledMode && o.group.shadow(o.options.shadow), o.points.forEach(function (a) { let n = {}; e = a.graphic, !a.isNull && e ? (s = a.shapeArgs, t = a.getTranslate(), r.styledMode || (i = o.pointAttribs(a, a.selected && "select")), a.delayedRendering ? (e.setRadialReference(o.center).attr(s).attr(t), r.styledMode || e.attr(i).attr({ "stroke-linejoin": "round" }), a.delayedRendering = !1) : (e.setRadialReference(o.center), r.styledMode || hN(!0, n, i), hN(!0, n, s, t), e.animate(n)), e.attr({ visibility: a.visible ? "inherit" : "hidden" }), e.addClass(a.getClassName(), !0)) : e && (a.graphic = e.destroy()) }) } sortByAngle(t, e) { t.sort(function (t, i) { return void 0 !== t.angle && (i.angle - t.angle) * e }) } translate(t) { hB(this, "translate"), this.generatePoints(); let e = this.options, i = e.slicedOffset, s = hO(e.startAngle, e.endAngle), o = this.startAngleRad = s.start, r = (this.endAngleRad = s.end) - o, a = this.points, n = e.ignoreHiddenPoint, h = a.length, l, d, c, p, u, g, f, m = 0; for (t || (this.center = t = this.getCenter()), g = 0; g < h; g++) { f = a[g], l = o + m * r, f.isValid() && (!n || f.visible) && (m += f.percentage / 100), d = o + m * r; let e = { x: t[0], y: t[1], r: t[2] / 2, innerR: t[3] / 2, start: Math.round(1e3 * l) / 1e3, end: Math.round(1e3 * d) / 1e3 }; f.shapeType = "arc", f.shapeArgs = e, (c = (d + l) / 2) > 1.5 * Math.PI ? c -= 2 * Math.PI : c < -Math.PI / 2 && (c += 2 * Math.PI), f.slicedTranslation = { translateX: Math.round(Math.cos(c) * i), translateY: Math.round(Math.sin(c) * i) }, p = Math.cos(c) * t[2] / 2, u = Math.sin(c) * t[2] / 2, f.tooltipPos = [t[0] + .7 * p, t[1] + .7 * u], f.half = c < -Math.PI / 2 || c > Math.PI / 2 ? 1 : 0, f.angle = c } hB(this, "afterTranslate") } updateTotals() { let t = this.points, e = t.length, i = this.options.ignoreHiddenPoint, s, o, r = 0; for (s = 0; s < e; s++)(o = t[s]).isValid() && (!i || o.visible) && (r += o.y); for (s = 0, this.total = r; s < e; s++)(o = t[s]).percentage = r > 0 && (o.visible || !i) ? o.y / r * 100 : 0, o.total = r } } hR.defaultOptions = hN(rX.defaultOptions, { borderRadius: 3, center: [null, null], clip: !1, colorByPoint: !0, dataLabels: { connectorPadding: 5, connectorShape: "crookedLine", crookDistance: void 0, distance: 30, enabled: !0, formatter: function () { return this.isNull ? void 0 : this.name }, softConnector: !0, x: 0 }, fillColor: void 0, ignoreHiddenPoint: !0, inactiveOtherPoints: !0, legendType: "point", marker: null, size: null, showInLegend: !1, slicedOffset: 10, stickyTracking: !1, tooltip: { followPointer: !0 }, borderColor: "#ffffff", borderWidth: 1, lineWidth: void 0, states: { hover: { brightness: .1 } } }), hD(hR.prototype, { axisTypes: [], directTouch: !0, drawGraph: void 0, drawTracker: n_.prototype.drawTracker, getCenter: hk.getCenter, getSymbol: hE, invertible: !1, isCartesian: !1, noSharedTooltip: !0, pointAttribs: n_.prototype.pointAttribs, pointClass: hL, requireSorting: !1, searchPoint: hE, trackerGroups: ["group", "dataLabelsGroup"] }), rn.registerSeriesType("pie", hR); let { composed: hW, noop: hH } = k, { distribute: hX } = en, { series: hF } = rn, { arrayMax: hG, clamp: hY, defined: hj, pick: hU, pushUnique: h$, relativeLength: hV } = $; !function (t) { let e = { radialDistributionY: function (t, e) { return (e.dataLabelPosition?.top || 0) + t.distributeBox.pos }, radialDistributionX: function (t, e, i, s, o) { let r = o.dataLabelPosition; return t.getX(i < (r?.top || 0) + 2 || i > (r?.bottom || 0) - 2 ? s : i, e.half, e, o) }, justify: function (t, e, i, s) { return s[0] + (t.half ? -1 : 1) * (i + (e.dataLabelPosition?.distance || 0)) }, alignToPlotEdges: function (t, e, i, s) { let o = t.getBBox().width; return e ? o + s : i - o - s }, alignToConnectors: function (t, e, i, s) { let o = 0, r; return t.forEach(function (t) { (r = t.dataLabel.getBBox().width) > o && (o = r) }), e ? o + s : i - o - s } }; function i(t, e) { let i = Math.PI / 2, { start: s = 0, end: o = 0 } = t.shapeArgs || {}, r = t.angle || 0; e > 0 && s < i && o > i && r > i / 2 && r < 1.5 * i && (r = r <= i ? Math.max(i / 2, (s + i) / 2) : Math.min(1.5 * i, (i + o) / 2)); let { center: a, options: n }

16 = this, h = a[2] / 2, l = Math.cos(r), d = Math.sin(r), c = a[0] + l * h, p = a[1] + d * h, u = Math.min((n.slicedOffset || 0) + (n.borderWidth || 0), e / 5); return { natural: { x: c + l * e, y: p + d * e }, computed: {}, alignment: e < 0 ? "center" : t.half ? "right" : "left", connectorPosition: { angle: r, breakAt: { x: c + l * u, y: p + d * u }, touchingSliceAt: { x: c, y: p } }, distance: e } } function s() { let t = this, e = t.points, i = t.chart, s = i.plotWidth, o = i.plotHeight, r = i.plotLeft, a = Math.round(i.chartWidth / 3), n = t.center, h = n[2] / 2, l = n[1], d = [[], []], c = [0, 0, 0, 0], p = t.dataLabelPositioners, u, g, f, m = 0; t.visible && t.hasDataLabels?.() && (e.forEach(t => { (t.dataLabels || []).forEach(t => { t.shortened && (t.attr({ width: "auto" }).css({ width: "auto", textOverflow: "clip" }), t.shortened = !1) }) }), hF.prototype.drawDataLabels.apply(t), e.forEach(t => { (t.dataLabels || []).forEach((e, i) => { let s = n[2] / 2, o = e.options, r = hV(o?.distance || 0, s); 0 === i && d[t.half].push(t), !hj(o?.style?.width) && e.getBBox().width > a && (e.css({ width: Math.round(.7 * a) + "px" }), e.shortened = !0), e.dataLabelPosition = this.getDataLabelPosition(t, r), m = Math.max(m, r) }) }), d.forEach((e, a) => { let d = e.length, u = [], x, y, b = 0, v; d && (t.sortByAngle(e, a - .5), m > 0 && (x = Math.max(0, l - h - m), y = Math.min(l + h + m, i.plotHeight), e.forEach(t => { (t.dataLabels || []).forEach(e => { let s = e.dataLabelPosition; s && s.distance > 0 && (s.top = Math.max(0, l - h - s.distance), s.bottom = Math.min(l + h + s.distance, i.plotHeight), b = e.getBBox().height || 21, e.lineHeight = i.renderer.fontMetrics(e.text || e).h + 2 * e.padding, t.distributeBox = { target: (e.dataLabelPosition?.natural.y || 0) - s.top + e.lineHeight / 2, size: b, rank: t.y }, u.push(t.distributeBox)) }) }), hX(u, v = y + b - x, v / 5)), e.forEach(i => { (i.dataLabels || []).forEach(l => { let d = l.options || {}, m = i.distributeBox, x = l.dataLabelPosition, y = x?.natural.y || 0, b = d.connectorPadding || 0, v = l.lineHeight || 21, k = (v - l.getBBox().height) / 2, w = 0, M = y, S = "inherit"; if (x) { if (u && hj(m) && x.distance > 0 && (void 0 === m.pos ? S = "hidden" : (f = m.size, M = p.radialDistributionY(i, l))), d.justify) w = p.justify(i, l, h, n); else switch (d.alignTo) { case "connectors": w = p.alignToConnectors(e, a, s, r); break; case "plotEdges": w = p.alignToPlotEdges(l, a, s, r); break; default: w = p.radialDistributionX(t, i, M - k, y, l) }if (x.attribs = { visibility: S, align: x.alignment }, x.posAttribs = { x: w + (d.x || 0) + (({ left: b, right: -b })[x.alignment] || 0), y: M + (d.y || 0) - v / 2 }, x.computed.x = w, x.computed.y = M - k, hU(d.crop, !0)) { let t; w - (g = l.getBBox().width) < b && 1 === a ? (t = Math.round(g - w + b), c[3] = Math.max(t, c[3])) : w + g > s - b && 0 === a && (t = Math.round(w + g - s + b), c[1] = Math.max(t, c[1])), M - f / 2 < 0 ? c[0] = Math.max(Math.round(-M + f / 2), c[0]) : M + f / 2 > o && (c[2] = Math.max(Math.round(M + f / 2 - o), c[2])), x.sideOverflow = t } } }) })) }), (0 === hG(c) || this.verifyDataLabelOverflow(c)) && (this.placeDataLabels(), this.points.forEach(e => { (e.dataLabels || []).forEach(s => { let { connectorColor: o, connectorWidth: r = 1 } = s.options || {}, a = s.dataLabelPosition; if (r) { let n; u = s.connector, a && a.distance > 0 ? (n = !u, u || (s.connector = u = i.renderer.path().addClass("highcharts-data-label-connector  highcharts-color-" + e.colorIndex + (e.className ? " " + e.className : "")).add(t.dataLabelsGroup)), i.styledMode || u.attr({ "stroke-width": r, stroke: o || e.color || "#666666" }), u[n ? "attr" : "animate"]({ d: e.getConnectorPath(s) }), u.attr({ visibility: a.attribs?.visibility })) : u && (s.connector = u.destroy()) } }) }))) } function o() { this.points.forEach(t => { (t.dataLabels || []).forEach(t => { let e = t.dataLabelPosition; e ? (e.sideOverflow && (t.css({ width: Math.max(t.getBBox().width - e.sideOverflow, 0) + "px", textOverflow: (t.options?.style || {}).textOverflow || "ellipsis" }), t.shortened = !0), t.attr(e.attribs), t[t.moved ? "animate" : "attr"](e.posAttribs), t.moved = !0) : t && t.attr({ y: -9999 }) }), delete t.distributeBox }, this) } function r(t) { let e = this.center, i = this.options, s = i.center, o = i.minSize || 80, r = o, a = null !== i.size; return !a && (null !== s[0] ? r = Math.max(e[2] - Math.max(t[1], t[3]), o) : (r = Math.max(e[2] - t[1] - t[3], o), e[0] += (t[3] - t[1]) / 2), null !== s[1] ? r = hY(r, o, e[2] - Math.max(t[0], t[2])) : (r = hY(r, o, e[2] - t[0] - t[2]), e[1] += (t[0] - t[2]) / 2), r < e[2] ? (e[2] = r, e[3] = Math.min(i.thickness ? Math.max(0, r - 2 * i.thickness) : Math.max(0, hV(i.innerSize || 0, r)), r), this.translate(e), this.drawDataLabels && this.drawDataLabels()) : a = !0), a } t.compose = function (t) { if (ht.compose(hF), h$(hW, "PieDataLabel")) { let a = t.prototype; a.dataLabelPositioners = e, a.alignDataLabel = hH, a.drawDataLabels = s, a.getDataLabelPosition = i, a.placeDataLabels = o, a.verifyDataLabelOverflow = r } } }(m || (m = {})); let hq = m; !function (t) { t.getCenterOfPoints = function (t) { let e = t.reduce((t, e) => (t.x += e.x, t.y += e.y, t), { x: 0, y: 0 }); return { x: e.x / t.length, y: e.y / t.length } }, t.getDistanceBetweenPoints = function (t, e) { return Math.sqrt(Math.pow(e.x - t.x, 2) + Math.pow(e.y - t.y, 2)) }

16, t.getAngleBetweenPoints = function (t, e) { return Math.atan2(e.x - t.x, e.y - t.y) }, t.pointInPolygon = function ({ x: t, y: e }, i) { let s = i.length, o, r, a = !1; for (o = 0, r = s - 1; o < s; r = o++) { let [s, n] = i[o], [h, l] = i[r]; n > e != l > e && t < (h - s) * (e - n) / (l - n) + s && (a = !a) } return a } }(x || (x = {})); let { pointInPolygon: hZ } = x, { addEvent: h_, fireEvent: hK, objectEach: hJ, pick: hQ } = $; function h0(t) { let e = t.length, i = (t, e) => !(e.x >= t.x + t.width || e.x + e.width <= t.x || e.y >= t.y + t.height || e.y + e.height <= t.y), s = (t, e) => { for (let i of t) if (hZ({ x: i[0], y: i[1] }, e)) return !0; return !1 }, o, r, a, n, h, l = !1; for (let i = 0; i < e; i++)(o = t[i]) && (o.oldOpacity = o.opacity, o.newOpacity = 1, o.absoluteBox = function (t) { if (t && (!t.alignAttr || t.placed)) { let e = t.box ? 0 : t.padding || 0, i = t.alignAttr || { x: t.attr("x"), y: t.attr("y") }, s = t.getBBox(); return t.width = s.width, t.height = s.height, { x: i.x + (t.parentGroup?.translateX || 0) + e, y: i.y + (t.parentGroup?.translateY || 0) + e, width: (t.width || 0) - 2 * e, height: (t.height || 0) - 2 * e, polygon: s?.polygon } } }(o)); t.sort((t, e) => (e.labelrank || 0) - (t.labelrank || 0)); for (let o = 0; o < e; ++o) { n = (r = t[o]) && r.absoluteBox; let l = n?.polygon; for (let d = o + 1; d < e; ++d) { h = (a = t[d]) && a.absoluteBox; let e = !1; if (n && h && r !== a && 0 !== r.newOpacity && 0 !== a.newOpacity && "hidden" !== r.visibility && "hidden" !== a.visibility) { let t = h.polygon; if (l && t && l !== t ? s(l, t) && (e = !0) : i(n, h) && (e = !0), e) { let t = r.labelrank < a.labelrank ? r : a, e = t.text; t.newOpacity = 0, e?.element.querySelector("textPath") && e.hide() } } } } for (let e of t) h1(e, this) && (l = !0); l && hK(this, "afterHideAllOverlappingLabels") } function h1(t, e) { let i, s, o = !1; return t && (s = t.newOpacity, t.oldOpacity !== s && (t.hasClass("highcharts-data-label") ? (t[s ? "removeClass" : "addClass"]("highcharts-data-label-hidden"), i = function () { e.styledMode || t.css({ pointerEvents: s ? "auto" : "none" }) }, o = !0, t[t.isOld ? "animate" : "attr"]({ opacity: s }, void 0, i), hK(e, "afterHideOverlappingLabel")) : t.attr({ opacity: s })), t.isOld = !0), o } function h2() { let t = this, e = []; for (let i of t.labelCollectors || []) e = e.concat(i()); for (let i of t.yAxis || []) i.stacking && i.options.stackLabels && !i.options.stackLabels.allowOverlap && hJ(i.stacking.stacks, t => { hJ(t, t => { t.label && e.push(t.label) }) }); for (let i of t.series || []) if (i.visible && i.hasDataLabels?.()) { let s = i => { for (let s of i) s.visible && (s.dataLabels || []).forEach(i => { let o = i.options || {}; i.labelrank = hQ(o.labelrank, s.labelrank, s.shapeArgs?.height), o.allowOverlap ?? Number(o.distance) > 0 ? (i.oldOpacity = i.opacity, i.newOpacity = 1, h1(i, t)) : e.push(i) }) }; s(i.nodes || []), s(i.points) } this.hideOverlappingLabels(e) } let h3 = { compose: function (t) { let e = t.prototype; e.hideOverlappingLabels || (e.hideOverlappingLabels = h0, h_(t, "render", h2)) } }, { defaultOptions: h5 } = tf, { noop: h6 } = k, { addEvent: h9, extend: h4, isObject: h8, merge: h7, relativeLength: lt } = $, le = { radius: 0, scope: "stack", where: void 0 }, li = h6, ls = h6; function lo(t, e, i, s, o = {}) { let r = li(t, e, i, s, o), { innerR: a = 0, r: n = i, start: h = 0, end: l = 0 } = o; if (o.open || !o.borderRadius) return r; let d = l - h, c = Math.sin(d / 2), p = Math.max(Math.min(lt(o.borderRadius || 0, n - a), (n - a) / 2, n * c / (1 + c)), 0), u = Math.min(p, d / Math.PI * 2 * a), g = r.length - 1; for (; g--;)!function (t, e, i) { let s, o, r; let a = t[e], n = t[e + 1]; if ("Z" === n[0] && (n = t[0]), ("M" === a[0] || "L" === a[0]) && "A" === n[0] ? (s = a, o = n, r = !0) : "A" === a[0] && ("M" === n[0] || "L" === n[0]) && (s = n, o = a), s && o && o.params) { let a = o[1], n = o[5], h = o.params, { start: l, end: d, cx: c, cy: p } = h, u = n ? a - i : a + i, g = u ? Math.asin(i / u) : 0, f = n ? g : -g, m = Math.cos(g) * u; r ? (h.start = l + f, s[1] = c + m * Math.cos(l), s[2] = p + m * Math.sin(l), t.splice(e + 1, 0, ["A", i, i, 0, 0, 1, c + a * Math.cos(h.start), p + a * Math.sin(h.start)])) : (h.end = d - f, o[6] = c + a * Math.cos(h.end), o[7] = p + a * Math.sin(h.end), t.splice(e + 1, 0, ["A", i, i, 0, 0, 1, c + m * Math.cos(d), p + m * Math.sin(d)])), o[4] = Math.abs(h.end - h.start) < Math.PI ? 0 : 1 } }(r, g, g > 1 ? u : p); return r } function lr() { if (this.options.borderRadius && !(this.chart.is3d && this.chart.is3d())) { let { options: t, yAxis: e } = this, i = "percent" === t.stacking, s = h5.plotOptions?.[this.type]?.borderRadius, o = la(t.borderRadius, h8(s) ? s : {}), r = e.options.reversed; for (let s of this.points) { let { shapeArgs: a } = s; if ("roundedRect" === s.shapeType && a) { let { width: n = 0, height: h = 0, y: l = 0 } = a, d = l, c = h; if ("stack" === o.scope && s.stackTotal) { let o = e.translate(i ? 100 : s.stackTotal, !1, !0, !1, !0), r = e.translate(t.threshold || 0, !1, !0, !1, !0), a = this.crispCol(0, Math.min(o, r), 0, Math.abs(o - r)); d = a.y, c = a.height } let p = (s.negative ? -1 : 1) * (r ? -1 : 1) == -1, u = o.where; !u && this.is("waterfall") && Math.abs((s.yBottom || 0) - (this.translatedThreshold || 0)) > this.borderWidth && (u = "all"), u || (u = "end"); let g = Math.min(lt(o.radius, n), n / 2, "all" === u ? h / 2 : 1 / 0) || 0; "end" === u && (p && (d -= g), c += g), h4(a, { brBoxHeight: c, brBoxY: d, r: g }) } } } } function la(t, e) { return h8(t) || (t = { radius: t || 0 }), h7(le, e, t) } function ln() { let t = la(this.options.borderRadius); for (let e of this.points) { let i = e.shapeArgs; i && (i.borderRadius = lt(t.radius, (i.r || 0) - (i.innerR || 0))) } } function lh(t, e, i, s, o = {}) { let r = ls(t, e, i, s, o), { r: a = 0, brBoxHeight: n = s, brBoxY: h = e } = o, l = e - h, d = h + n - (e + s), c = l - a > -.1 ? 0 : a, p = d - a > -.1 ? 0 : a, u = Math.max(c && l, 0), g = Math.max(p && d, 0), f = [t + c, e], m = [t + i - c, e], x = [t + i, e + c], y = [t + i, e + s - p], b = [t + i - p, e + s], v = [t + p, e + s], k = [t, e + s - p], w = [t, e + c], M = (t, e) => Math.sqrt(Math.pow(t, 2) - Math.pow(e, 2)); if (u) { let t = M(c, c - u); f[0] -= t, m[0] += t, x[1] = w[1] = e + c - u } if (s < c - u) { let o = M(c, c - u - s); x[0] = y[0] = t + i - c + o, b[0] = Math.min(x[0], b[0]), v[0] = Math.max(y[0], v[0]), k[0] = w[0] = t + c - o, x[1] = w[1] = e + s } if (g) { let t = M(p, p - g); b[0] += t, v[0] -= t, y[1] = k[1] = e + s - p + g } if (s < p - g) { let o = M(p, p - g - s); x[0] = y[0] = t + i - p + o, m[0] = Math.min(x[0], m[0]), f[0] = Math.max(y[0], f[0]), k[0] = w[0] = t + p - o, y[1] = k[1] = e } return r.length = 0, r.push(["M", ...f], ["L", ...m], ["A", c, c, 0, 0, 1, ...x], ["L", ...y], ["A", p, p, 0, 0, 1, ...b], ["L", ...v], ["A", p, p, 0, 0, 1, ...k], ["L", ...w], ["A", c, c, 0, 0, 1, ...f], ["Z"]), r } let { diffObjects: ll, extend: ld, find: lc, merge: lp, pick: lu, uniqueKey: lg } = $; !function (t) { function e(t, e) { let i = t.condition; (i.callback || function () { return this.chartWidth <= lu(i.maxWidth, Number.MAX_VALUE) && this.chartHe