eta_report_front/public/eta_comp.js

import { ref as Le, reactive as k0, nextTick as fs, openBlock as Je, createElementBlock as qe, normalizeStyle as Tr, createElementVNode as hr, toDisplayString as mn, unref as A0, createCommentVNode as Jn, createTextVNode as zp, Fragment as eh, renderList as ih, normalizeClass as T0, defineCustomElement as Yp } from "vue";
const gs = {
  //图表配置
  chart: {
    spacingTop: 30,
    backgroundColor: "rgba(0,0,0,0)"
  },
  title: {
    enabled: !1
  },
  exporting: {
    enabled: !1
  },
  boost: {
    useGPUTranslations: !0
  },
  //默认颜色配置
  colors: [
    "#00f",
    "#f00",
    "#999",
    "#000",
    "#7cb5ec",
    "#90ed7d",
    "#f7a35c",
    "#8085e9",
    "#f15c80",
    "#e4d354",
    "#2b908f",
    "#f45b5b",
    "#91e8e1"
  ],
  //版权信息
  credits: { enabled: !1 },
  //数据列通用配置
  plotOptions: {
    series: {
      turboThreshold: 0,
      //不限制数据点个数 
      boostThreshold: 0,
      dataGrouping: {
        enabled: !1
      },
      //取消数据大自动数据合并
      animation: {
        duration: 1e3
      }
    },
    areaspline: {
      lineWidth: 1,
      stacking: "normal",
      marker: {
        enabled: !1
      }
      // fillOpacity: 0.5,
    },
    column: {
      pointPadding: 0.05,
      stacking: "normal"
    },
    scatter: {
      turboThreshold: 0,
      marker: {
        symbol: "circle",
        radius: 5,
        states: {
          hover: {
            enabled: !0
          }
        }
      },
      states: {
        hover: {
          marker: {
            enabled: !0
          }
        }
      }
    }
  },
  //范围选择器
  rangeSelector: {
    enabled: !1,
    selected: 2
  },
  //悬浮提示框
  tooltip: {
    split: !1,
    shared: !0,
    dateTimeLabelFormats: {
      // 时间格式化字符
      day: "%Y/%m/%d",
      week: "%Y/%m",
      month: "%Y/%m",
      year: "%Y/%m"
    },
    xDateFormat: "%Y/%m/%d",
    className: "chart-tooltips-box"
    // formatter:function(e){
    // 	return `<p>${this.x}</p><p>aaa</p>`
    // 	// return e
    // }
    // outside: true,
    // valueDecimals: 4,
  },
  //图例
  legend: {
    enabled: !0,
    verticalAlign: "top",
    margin: 3
    // layout: 'vertical'
  },
  //滚动条
  scrollbar: {
    enabled: !1
  },
  //导航器
  navigator: {
    enabled: !1
  },
  //范围选择器
  rangeSelector: {
    enabled: !1
  },
  xAxis: {
    tickPosition: "inside",
    lineColor: "#bfbfbf",
    tickColor: "#bfbfbf",
    tickLength: 5,
    type: "datetime",
    ordinal: !1,
    dateTimeLabelFormats: {
      day: "%y/%m",
      week: "%y/%m",
      month: "%y/%m",
      year: "%y/%m"
    }
    // gridLineWidth:0
  }
}, P0 = {
  //默认颜色配置
  colors: ["#4B0082", "#7FFFAA", "#FF4500", "#808000", "#EEE8AA", "#849EC1", "#8A4294", "#578B5A", "#FDA8C7", "#53B3FF", "#999999", "#000000", "#FFDF0C", "#FF0000", "#0033FF"],
  yAxis: {
    lineWidth: 1,
    lineColor: "#bfbfbf",
    tickColor: "#bfbfbf",
    offset: 0,
    opposite: !1,
    reversed: !1,
    visible: !0,
    gridLineWidth: 0,
    tickWidth: 1,
    tickLength: 5,
    tickPosition: "inside",
    endOnTick: !1,
    startOnTick: !1,
    showLastLabel: !0,
    //显示最后刻度值
    tickPixelInterval: 50
  }
}, Mn = {
  tickPosition: "inside",
  lineColor: "#bfbfbf",
  tickColor: "#bfbfbf",
  tickLength: 5,
  ordinal: !1,
  type: "linear"
}, Lr = {
  tickWidth: 1,
  tickLength: 5,
  lineWidth: 1,
  lineColor: "#bfbfbf",
  tickColor: "#bfbfbf",
  // offset: 0,
  visible: !0,
  gridLineWidth: 0,
  tickPosition: "inside",
  endOnTick: !1,
  startOnTick: !1,
  showLastLabel: !0,
  tickPixelInterval: 50
}, Xp = {
  tickPosition: "inside",
  lineColor: "#bfbfbf",
  tickColor: "#bfbfbf",
  tickLength: 5,
  type: "datetime",
  ordinal: !1,
  dateTimeLabelFormats: {
    day: "%y/%m",
    week: "%y/%m",
    month: "%y/%m",
    year: "%y/%m"
  },
  xDateFormat: "%Y-%m-%d"
}, E0 = {
  年: "Y",
  季: "Q",
  月: "M",
  周: "W",
  天: "D"
}, Mp = {
  年: "Year",
  季: "Season",
  月: "Month",
  周: "Week",
  天: "Day"
};
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              var a = v.tagName, c = v.textContent ? y.doc.createTextNode(v.textContent) : void 0;
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                if (a === "#text")
                  var p = c;
                else if (P.allowedTags.indexOf(a) !== -1) {
                  a = y.doc.createElementNS(a === "svg" ? I : b.namespaceURI || I, a);
                  var i = v.attributes || {};
                  R(v, function(l, s) {
                    s !== "tagName" && s !== "attributes" && s !== "children" && s !== "textContent" && (i[s] = l);
                  }), Z(a, P.filterUserAttributes(i)), c && a.appendChild(c), N(v.children || [], a), p = a;
                } else
                  U("Highcharts warning: Invalid tagName " + a + " in config");
              p && b.appendChild(p), w = p;
            }), w;
          }
          return N(this.nodes, O);
        }, P.prototype.parseMarkup = function(O) {
          var N = [];
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            O = new DOMParser().parseFromString(x ? x.createHTML(O) : O, "text/html");
          else {
            var C = F("div");
            C.innerHTML = O, O = { body: C };
          }
          var b = function(w, v) {
            var a = w.nodeName.toLowerCase(), c = { tagName: a };
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              var p = {};
              [].forEach.call(a, function(l) {
                p[l.name] = l.value;
              }), c.attributes = p;
            }
            if (w.childNodes.length) {
              var i = [];
              [].forEach.call(w.childNodes, function(l) {
                b(l, i);
              }), i.length && (c.children = i);
            }
            v.push(c);
          };
          return [].forEach.call(O.body.childNodes, function(w) {
            return b(w, N);
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        }, P.allowedAttributes = "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 height href id in markerHeight markerWidth offset opacity orient padding paddingLeft paddingRight patternUnits r refX refY role scope slope src startOffset stdDeviation stroke stroke-linecap stroke-width style tableValues result rowspan summary target tabindex text-align textAnchor textLength title type valign width x x1 x2 y y1 y2 zIndex".split(" "), P.allowedReferences = "https:// http:// mailto: / ../ ./ #".split(" "), P.allowedTags = "a abbr b br button caption circle clipPath code dd defs div dl dt em feComponentTransfer feFuncA feFuncB feFuncG feFuncR feGaussianBlur 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 thead tbody tspan td th tr u ul #text".split(" "), P.emptyHTML = d, P;
      }(), H;
    }), E(
      h,
      "Core/FormatUtilities.js",
      [h["Core/DefaultOptions.js"], h["Core/Utilities.js"]],
      function(y, B) {
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          S = +S || 0, x = +x;
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            x = Math.min(O, 20);
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            x = 2;
          else if (x && N[1] && 0 > N[1]) {
            var b = x + +N[1];
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          b = (Math.abs(N[1] ? N[0] : S) + Math.pow(10, -Math.max(x, O) - 1)).toFixed(x), O = String(R(b));
          var w = 3 < O.length ? O.length % 3 : 0;
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        var Z = y.defaultOptions, F = y.defaultTime, U = B.getNestedProperty, H = B.isNumber, W = B.pick, R = B.pInt;
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        }, format: function(S, x, d) {
          var u = "{", P = !1, O = /f$/, N = /\.([0-9])/, C = Z.lang, b = d && d.time || F;
          d = d && d.numberFormatter || I;
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            var v = S.indexOf(u);
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              break;
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                  var c = parseInt((a.match(N) || ["", "-1"])[1], 10);
                  u !== null && (u = d(u, c, C.decimalPoint, -1 < a.indexOf(",") ? C.thousandsSep : ""));
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                  u = b.dateFormat(a, u);
              w.push(u);
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              w.push(a);
            S = S.slice(v + 1), u = (P = !P) ? "}" : "{";
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            return (v.rank || 0) - (w.rank || 0);
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            return w.target - v.target;
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            return { size: w.size, targets: [w.target], align: I(w.align, 0.5) };
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              d = W[O], u = (Math.min.apply(0, d.targets) + Math.max.apply(0, d.targets)) / 2, d.pos = B(
                u - d.size * d.align,
                0,
                R - d.size
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          }
          return x.push.apply(x, C), O = 0, W.some(function(w) {
            var v = 0;
            return (w.targets || []).some(function() {
              return x[O].pos = w.pos + v, typeof S < "u" && Math.abs(x[O].pos - x[O].target) > S ? (x.slice(0, O + 1).forEach(function(a) {
                return delete a.pos;
              }), x.reducedLen = (x.reducedLen || R) - 0.1 * R, x.reducedLen > 0.1 * R && H(x, R, S), !0) : (v += x[O].size, O++, !1);
            });
          }), Z(x, P), x;
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        U.distribute = H;
      }(F || (F = {})), F;
    }), E(h, "Core/Renderer/SVG/SVGElement.js", [h["Core/Animation/AnimationUtilities.js"], h["Core/Renderer/HTML/AST.js"], h["Core/Color/Color.js"], h["Core/Globals.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F) {
      var U = y.animate, H = y.animObject, W = y.stop, R = Z.deg2rad, S = Z.doc, x = Z.noop, d = Z.svg, u = Z.SVG_NS, P = Z.win, O = F.addEvent, N = F.attr, C = F.createElement, b = F.css, w = F.defined, v = F.erase, a = F.extend, c = F.fireEvent, p = F.isArray, i = F.isFunction, l = F.isNumber, s = F.isString, t = F.merge, o = F.objectEach, n = F.pick, A = F.pInt, _ = F.syncTimeout, D = F.uniqueKey;
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        }, j.prototype._defaultSetter = function(T, X, g) {
          g.setAttribute(X, T);
        }, j.prototype.add = function(T) {
          var X = this.renderer, g = this.element;
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            var m = this.zIndexSetter();
          return m || (T ? T.element : X.box).appendChild(g), this.onAdd && this.onAdd(), this;
        }, j.prototype.addClass = function(T, X) {
          var g = X ? "" : this.attr("class") || "";
          return T = (T || "").split(/ /g).reduce(function(m, L) {
            return g.indexOf(L) === -1 && m.push(L), m;
          }, g ? [g] : []).join(" "), T !== g && this.attr("class", T), this;
        }, j.prototype.afterSetters = function() {
          this.doTransform && (this.updateTransform(), this.doTransform = !1);
        }, j.prototype.align = function(T, X, g) {
          var m = {}, L = this.renderer, Y = L.alignedObjects, V, Q, k;
          T ? (this.alignOptions = T, this.alignByTranslate = X, (!g || s(g)) && (this.alignTo = V = g || "renderer", v(Y, this), Y.push(this), g = void 0)) : (T = this.alignOptions, X = this.alignByTranslate, V = this.alignTo), g = n(g, L[V], V === "scrollablePlotBox" ? L.plotBox : void 0, L), V = T.align;
          var G = T.verticalAlign;
          return L = (g.x || 0) + (T.x || 0), Y = (g.y || 0) + (T.y || 0), V === "right" ? Q = 1 : V === "center" && (Q = 2), Q && (L += (g.width - (T.width || 0)) / Q), m[X ? "translateX" : "x"] = Math.round(L), G === "bottom" ? k = 1 : G === "middle" && (k = 2), k && (Y += (g.height - (T.height || 0)) / k), m[X ? "translateY" : "y"] = Math.round(Y), this[this.placed ? "animate" : "attr"](m), this.placed = !0, this.alignAttr = m, this;
        }, j.prototype.alignSetter = function(T) {
          var X = { left: "start", center: "middle", right: "end" };
          X[T] && (this.alignValue = T, this.element.setAttribute(
            "text-anchor",
            X[T]
          ));
        }, j.prototype.animate = function(T, X, g) {
          var m = this, L = H(n(X, this.renderer.globalAnimation, !0));
          return X = L.defer, n(S.hidden, S.msHidden, S.webkitHidden, !1) && (L.duration = 0), L.duration !== 0 ? (g && (L.complete = g), _(function() {
            m.element && U(m, T, L);
          }, X)) : (this.attr(T, void 0, g), o(T, function(Y, V) {
            L.step && L.step.call(this, Y, { prop: V, pos: 1, elem: this });
          }, this)), this;
        }, j.prototype.applyTextOutline = function(T) {
          var X = this.element;
          T.indexOf("contrast") !== -1 && (T = T.replace(/contrast/g, this.renderer.getContrast(X.style.fill)));
          var g = T.split(" ");
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            this.fakeTS = !0, this.ySetter = this.xSetter, g = g.replace(/(^[\d\.]+)(.*?)$/g, function(Y, V, Q) {
              return 2 * Number(V) + Q;
            }), this.removeTextOutline();
            var m = S.createElementNS(u, "tspan");
            N(m, { class: "highcharts-text-outline", fill: T, stroke: T, "stroke-width": g, "stroke-linejoin": "round" }), [].forEach.call(X.childNodes, function(Y) {
              var V = Y.cloneNode(!0);
              V.removeAttribute && ["fill", "stroke", "stroke-width", "stroke"].forEach(function(Q) {
                return V.removeAttribute(Q);
              }), m.appendChild(V);
            });
            var L = S.createElementNS(u, "tspan");
            L.textContent = "​", ["x", "y"].forEach(function(Y) {
              var V = X.getAttribute(Y);
              V && L.setAttribute(Y, V);
            }), m.appendChild(L), X.insertBefore(m, X.firstChild);
          }
        }, j.prototype.attr = function(T, X, g, m) {
          var L = this.element, Y = this.symbolCustomAttribs, V, Q = this, k, G;
          if (typeof T == "string" && typeof X < "u") {
            var z = T;
            T = {}, T[z] = X;
          }
          return typeof T == "string" ? Q = (this[T + "Getter"] || this._defaultGetter).call(this, T, L) : (o(T, function($, q) {
            k = !1, m || W(this, q), this.symbolName && Y.indexOf(q) !== -1 && (V || (this.symbolAttr(T), V = !0), k = !0), !this.rotation || q !== "x" && q !== "y" || (this.doTransform = !0), k || (G = this[q + "Setter"] || this._defaultSetter, G.call(this, $, q, L), !this.styledMode && this.shadows && /^(width|height|visibility|x|y|d|transform|cx|cy|r)$/.test(q) && this.updateShadows(q, $, G));
          }, this), this.afterSetters()), g && g.call(this), Q;
        }, j.prototype.clip = function(T) {
          return this.attr("clip-path", T ? "url(" + this.renderer.url + "#" + T.id + ")" : "none");
        }, j.prototype.crisp = function(T, X) {
          X = X || T.strokeWidth || 0;
          var g = Math.round(X) % 2 / 2;
          return T.x = Math.floor(T.x || this.x || 0) + g, T.y = Math.floor(T.y || this.y || 0) + g, T.width = Math.floor((T.width || this.width || 0) - 2 * g), T.height = Math.floor((T.height || this.height || 0) - 2 * g), w(T.strokeWidth) && (T.strokeWidth = X), T;
        }, j.prototype.complexColor = function(T, X, g) {
          var m = this.renderer, L, Y, V, Q, k, G, z, $, q, it, et = [], nt;
          c(this.renderer, "complexColor", { args: arguments }, function() {
            if (T.radialGradient ? Y = "radialGradient" : T.linearGradient && (Y = "linearGradient"), Y) {
              if (V = T[Y], k = m.gradients, G = T.stops, q = g.radialReference, p(V) && (T[Y] = V = { x1: V[0], y1: V[1], x2: V[2], y2: V[3], gradientUnits: "userSpaceOnUse" }), Y === "radialGradient" && q && !w(V.gradientUnits) && (Q = V, V = t(V, m.getRadialAttr(q, Q), { gradientUnits: "userSpaceOnUse" })), o(V, function(ct, gt) {
                gt !== "id" && et.push(gt, ct);
              }), o(G, function(ct) {
                et.push(ct);
              }), et = et.join(","), k[et])
                it = k[et].attr("id");
              else {
                V.id = it = D();
                var rt = k[et] = m.createElement(Y).attr(V).add(m.defs);
                rt.radAttr = Q, rt.stops = [], G.forEach(function(ct) {
                  ct[1].indexOf("rgba") === 0 ? (L = I.parse(ct[1]), z = L.get("rgb"), $ = L.get("a")) : (z = ct[1], $ = 1), ct = m.createElement("stop").attr({
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                    "stop-color": z,
                    "stop-opacity": $
                  }).add(rt), rt.stops.push(ct);
                });
              }
              nt = "url(" + m.url + "#" + it + ")", g.setAttribute(X, nt), g.gradient = et, T.toString = function() {
                return nt;
              };
            }
          });
        }, j.prototype.css = function(T) {
          var X = this.styles, g = {}, m = this.element, L = ["textOutline", "textOverflow", "width"], Y = "", V = !X;
          if (T && T.color && (T.fill = T.color), X && o(T, function(G, z) {
            X && X[z] !== G && (g[z] = G, V = !0);
          }), V) {
            if (X && (T = a(X, g)), T) {
              if (T.width === null || T.width === "auto")
                delete this.textWidth;
              else if (m.nodeName.toLowerCase() === "text" && T.width)
                var Q = this.textWidth = A(T.width);
            }
            if (this.styles = T, Q && !d && this.renderer.forExport && delete T.width, m.namespaceURI === this.SVG_NS) {
              var k = function(G, z) {
                return "-" + z.toLowerCase();
              };
              o(T, function(G, z) {
                L.indexOf(z) === -1 && (Y += z.replace(/([A-Z])/g, k) + ":" + G + ";");
              }), Y && N(m, "style", Y);
            } else
              b(m, T);
            this.added && (this.element.nodeName === "text" && this.renderer.buildText(this), T && T.textOutline && this.applyTextOutline(T.textOutline));
          }
          return this;
        }, j.prototype.dashstyleSetter = function(T) {
          var X = this["stroke-width"];
          if (X === "inherit" && (X = 1), T = T && T.toLowerCase()) {
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              g[T] = "" + A(g[T]) * n(X, NaN);
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        }, j.prototype.destroy = function() {
          var T = this, X = T.element || {}, g = T.renderer, m = X.ownerSVGElement, L = g.isSVG && X.nodeName === "SPAN" && T.parentGroup || void 0;
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            var Y = T.clipPath;
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              -1 < V.getAttribute("clip-path").indexOf(Y.element.id) && V.removeAttribute("clip-path");
            }), T.clipPath = Y.destroy();
          }
          if (T.stops) {
            for (m = 0; m < T.stops.length; m++)
              T.stops[m].destroy();
            T.stops.length = 0, T.stops = void 0;
          }
          for (T.safeRemoveChild(X), g.styledMode || T.destroyShadows(); L && L.div && L.div.childNodes.length === 0; )
            X = L.parentGroup, T.safeRemoveChild(L.div), delete L.div, L = X;
          T.alignTo && v(g.alignedObjects, T), o(T, function(V, Q) {
            T[Q] && T[Q].parentGroup === T && T[Q].destroy && T[Q].destroy(), delete T[Q];
          });
        }, j.prototype.destroyShadows = function() {
          (this.shadows || []).forEach(function(T) {
            this.safeRemoveChild(T);
          }, this), this.shadows = void 0;
        }, j.prototype.destroyTextPath = function(T, X) {
          var g = T.getElementsByTagName("text")[0];
          if (g) {
            if (g.removeAttribute("dx"), g.removeAttribute("dy"), X.element.setAttribute("id", ""), this.textPathWrapper && g.getElementsByTagName("textPath").length) {
              for (T = this.textPathWrapper.element.childNodes; T.length; )
                g.appendChild(T[0]);
              g.removeChild(this.textPathWrapper.element);
            }
          } else
            (T.getAttribute("dx") || T.getAttribute("dy")) && (T.removeAttribute("dx"), T.removeAttribute("dy"));
          this.textPathWrapper && (this.textPathWrapper = this.textPathWrapper.destroy());
        }, j.prototype.dSetter = function(T, X, g) {
          p(T) && (typeof T[0] == "string" && (T = this.renderer.pathToSegments(T)), this.pathArray = T, T = T.reduce(function(m, L, Y) {
            return L && L.join ? (Y ? m + " " : "") + L.join(" ") : (L || "").toString();
          }, "")), /(NaN| {2}|^$)/.test(T) && (T = "M 0 0"), this[X] !== T && (g.setAttribute(X, T), this[X] = T);
        }, j.prototype.fadeOut = function(T) {
          var X = this;
          X.animate({ opacity: 0 }, { duration: n(T, 150), complete: function() {
            X.attr({ y: -9999 }).hide();
          } });
        }, j.prototype.fillSetter = function(T, X, g) {
          typeof T == "string" ? g.setAttribute(X, T) : T && this.complexColor(T, X, g);
        }, j.prototype.getBBox = function(T, X) {
          var g = this.renderer, m = this.element, L = this.styles, Y = this.textStr, V = g.cache, Q = g.cacheKeys, k = m.namespaceURI === this.SVG_NS;
          X = n(X, this.rotation, 0);
          var G = g.styledMode ? m && j.prototype.getStyle.call(m, "font-size") : L && L.fontSize, z;
          if (w(Y)) {
            var $ = Y.toString();
            $.indexOf("<") === -1 && ($ = $.replace(/[0-9]/g, "0")), $ += ["", X, G, this.textWidth, L && L.textOverflow, L && L.fontWeight].join();
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          if ($ && !T && (z = V[$]), !z) {
            if (k || g.forExport) {
              try {
                var q = this.fakeTS && function(it) {
                  var et = m.querySelector(".highcharts-text-outline");
                  et && b(et, { display: it });
                };
                i(q) && q("none"), z = m.getBBox ? a({}, m.getBBox()) : { width: m.offsetWidth, height: m.offsetHeight }, i(q) && q("");
              } catch {
              }
              (!z || 0 > z.width) && (z = {
                width: 0,
                height: 0
              });
            } else
              z = this.htmlGetBBox();
            if (g.isSVG && (T = z.width, g = z.height, k && (z.height = g = { "11px,17": 14, "13px,20": 16 }[(G || "") + "," + Math.round(g)] || g), X && (k = X * R, z.width = Math.abs(g * Math.sin(k)) + Math.abs(T * Math.cos(k)), z.height = Math.abs(g * Math.cos(k)) + Math.abs(T * Math.sin(k)))), $ && (Y === "" || 0 < z.height)) {
              for (; 250 < Q.length; )
                delete V[Q.shift()];
              V[$] || Q.push($), V[$] = z;
            }
          }
          return z;
        }, j.prototype.getStyle = function(T) {
          return P.getComputedStyle(this.element || this, "").getPropertyValue(T);
        }, j.prototype.hasClass = function(T) {
          return ("" + this.attr("class")).split(" ").indexOf(T) !== -1;
        }, j.prototype.hide = function(T) {
          return T ? this.attr({ y: -9999 }) : this.attr({ visibility: "hidden" }), this;
        }, j.prototype.htmlGetBBox = function() {
          return { height: 0, width: 0, x: 0, y: 0 };
        }, j.prototype.init = function(T, X) {
          this.element = X === "span" ? C(X) : S.createElementNS(this.SVG_NS, X), this.renderer = T, c(this, "afterInit");
        }, j.prototype.invert = function(T) {
          return this.inverted = T, this.updateTransform(), this;
        }, j.prototype.on = function(T, X) {
          var g = this.onEvents;
          return g[T] && g[T](), g[T] = O(
            this.element,
            T,
            X
          ), this;
        }, j.prototype.opacitySetter = function(T, X, g) {
          this.opacity = T = Number(Number(T).toFixed(3)), g.setAttribute(X, T);
        }, j.prototype.removeClass = function(T) {
          return this.attr("class", ("" + this.attr("class")).replace(s(T) ? new RegExp("(^| )" + T + "( |$)") : T, " ").replace(/ +/g, " ").trim());
        }, j.prototype.removeTextOutline = function() {
          var T = this.element.querySelector("tspan.highcharts-text-outline");
          T && this.safeRemoveChild(T);
        }, j.prototype.safeRemoveChild = function(T) {
          var X = T.parentNode;
          X && X.removeChild(T);
        }, j.prototype.setRadialReference = function(T) {
          var X = this.element.gradient && this.renderer.gradients[this.element.gradient];
          return this.element.radialReference = T, X && X.radAttr && X.animate(this.renderer.getRadialAttr(T, X.radAttr)), this;
        }, j.prototype.setTextPath = function(T, X) {
          var g = this.element, m = this.text ? this.text.element : g, L = { textAnchor: "text-anchor" }, Y = !1, V = this.textPathWrapper, Q = !V;
          X = t(!0, { enabled: !0, attributes: { dy: -5, startOffset: "50%", textAnchor: "middle" } }, X);
          var k = B.filterUserAttributes(X.attributes);
          if (T && X && X.enabled) {
            V && V.element.parentNode === null ? (Q = !0, V = V.destroy()) : V && this.removeTextOutline.call(V.parentGroup), this.options && this.options.padding && (k.dx = -this.options.padding), V || (this.textPathWrapper = V = this.renderer.createElement("textPath"), Y = !0);
            var G = V.element;
            if ((X = T.element.getAttribute("id")) || T.element.setAttribute("id", X = D()), Q)
              for (m.setAttribute("y", 0), l(k.dx) && m.setAttribute("x", -k.dx), T = [].slice.call(m.childNodes), Q = 0; Q < T.length; Q++) {
                var z = T[Q];
                z.nodeType !== P.Node.TEXT_NODE && z.nodeName !== "tspan" || G.appendChild(z);
              }
            Y && V && V.add({ element: m }), G.setAttributeNS("http://www.w3.org/1999/xlink", "href", this.renderer.url + "#" + X), w(k.dy) && (G.parentNode.setAttribute("dy", k.dy), delete k.dy), w(k.dx) && (G.parentNode.setAttribute("dx", k.dx), delete k.dx), o(k, function($, q) {
              G.setAttribute(L[q] || q, $);
            }), g.removeAttribute("transform"), this.removeTextOutline.call(V), this.text && !this.renderer.styledMode && this.attr({ fill: "none", "stroke-width": 0 }), this.applyTextOutline = this.updateTransform = x;
          } else
            V && (delete this.updateTransform, delete this.applyTextOutline, this.destroyTextPath(g, T), this.updateTransform(), this.options && this.options.rotation && this.applyTextOutline(this.options.style.textOutline));
          return this;
        }, j.prototype.shadow = function(T, X, g) {
          var m = [], L = this.element, Y = this.oldShadowOptions, V = { color: "#000000", offsetX: this.parentInverted ? -1 : 1, offsetY: this.parentInverted ? -1 : 1, opacity: 0.15, width: 3 }, Q = !1, k;
          if (T === !0 ? k = V : typeof T == "object" && (k = a(V, T)), k && (k && Y && o(k, function(it, et) {
            it !== Y[et] && (Q = !0);
          }), Q && this.destroyShadows(), this.oldShadowOptions = k), !k)
            this.destroyShadows();
          else if (!this.shadows) {
            var G = k.opacity / k.width, z = this.parentInverted ? "translate(" + k.offsetY + ", " + k.offsetX + ")" : "translate(" + k.offsetX + ", " + k.offsetY + ")";
            for (V = 1; V <= k.width; V++) {
              var $ = L.cloneNode(!1), q = 2 * k.width + 1 - 2 * V;
              N($, { stroke: T.color || "#000000", "stroke-opacity": G * V, "stroke-width": q, transform: z, fill: "none" }), $.setAttribute("class", ($.getAttribute("class") || "") + " highcharts-shadow"), g && (N($, "height", Math.max(N($, "height") - q, 0)), $.cutHeight = q), X ? X.element.appendChild($) : L.parentNode && L.parentNode.insertBefore($, L), m.push($);
            }
            this.shadows = m;
          }
          return this;
        }, j.prototype.show = function(T) {
          return this.attr({ visibility: T ? "inherit" : "visible" });
        }, j.prototype.strokeSetter = function(T, X, g) {
          this[X] = T, this.stroke && this["stroke-width"] ? (j.prototype.fillSetter.call(this, this.stroke, "stroke", g), g.setAttribute("stroke-width", this["stroke-width"]), this.hasStroke = !0) : X === "stroke-width" && T === 0 && this.hasStroke ? (g.removeAttribute("stroke"), this.hasStroke = !1) : this.renderer.styledMode && this["stroke-width"] && (g.setAttribute("stroke-width", this["stroke-width"]), this.hasStroke = !0);
        }, j.prototype.strokeWidth = function() {
          if (!this.renderer.styledMode)
            return this["stroke-width"] || 0;
          var T = this.getStyle("stroke-width"), X = 0;
          if (T.indexOf("px") === T.length - 2)
            X = A(T);
          else if (T !== "") {
            var g = S.createElementNS(u, "rect");
            N(g, { width: T, "stroke-width": 0 }), this.element.parentNode.appendChild(g), X = g.getBBox().width, g.parentNode.removeChild(g);
          }
          return X;
        }, j.prototype.symbolAttr = function(T) {
          var X = this;
          "x y r start end width height innerR anchorX anchorY clockwise".split(" ").forEach(function(g) {
            X[g] = n(T[g], X[g]);
          }), X.attr({ d: X.renderer.symbols[X.symbolName](X.x, X.y, X.width, X.height, X) });
        }, j.prototype.textSetter = function(T) {
          T !== this.textStr && (delete this.textPxLength, this.textStr = T, this.added && this.renderer.buildText(this));
        }, j.prototype.titleSetter = function(T) {
          var X = this.element, g = X.getElementsByTagName("title")[0] || S.createElementNS(this.SVG_NS, "title");
          X.insertBefore ? X.insertBefore(g, X.firstChild) : X.appendChild(g), g.textContent = String(n(T, "")).replace(/<[^>]*>/g, "").replace(/&lt;/g, "<").replace(
            /&gt;/g,
            ">"
          );
        }, j.prototype.toFront = function() {
          var T = this.element;
          return T.parentNode.appendChild(T), this;
        }, j.prototype.translate = function(T, X) {
          return this.attr({ translateX: T, translateY: X });
        }, j.prototype.updateShadows = function(T, X, g) {
          var m = this.shadows;
          if (m)
            for (var L = m.length; L--; )
              g.call(m[L], T === "height" ? Math.max(X - (m[L].cutHeight || 0), 0) : T === "d" ? this.d : X, T, m[L]);
        }, j.prototype.updateTransform = function() {
          var T = this.scaleX, X = this.scaleY, g = this.inverted, m = this.rotation, L = this.matrix, Y = this.element, V = this.translateX || 0, Q = this.translateY || 0;
          g && (V += this.width, Q += this.height), V = ["translate(" + V + "," + Q + ")"], w(L) && V.push("matrix(" + L.join(",") + ")"), g ? V.push("rotate(90) scale(-1,1)") : m && V.push("rotate(" + m + " " + n(this.rotationOriginX, Y.getAttribute("x"), 0) + " " + n(this.rotationOriginY, Y.getAttribute("y") || 0) + ")"), (w(T) || w(X)) && V.push("scale(" + n(T, 1) + " " + n(X, 1) + ")"), V.length && Y.setAttribute("transform", V.join(" "));
        }, j.prototype.visibilitySetter = function(T, X, g) {
          T === "inherit" ? g.removeAttribute(X) : this[X] !== T && g.setAttribute(
            X,
            T
          ), this[X] = T;
        }, j.prototype.xGetter = function(T) {
          return this.element.nodeName === "circle" && (T === "x" ? T = "cx" : T === "y" && (T = "cy")), this._defaultGetter(T);
        }, j.prototype.zIndexSetter = function(T, X) {
          var g = this.renderer, m = this.parentGroup, L = (m || g).element || g.box, Y = this.element;
          g = L === g.box;
          var V = !1, Q = this.added, k;
          if (w(T) ? (Y.setAttribute("data-z-index", T), T = +T, this[X] === T && (Q = !1)) : w(this[X]) && Y.removeAttribute("data-z-index"), this[X] = T, Q) {
            for ((T = this.zIndex) && m && (m.handleZ = !0), X = L.childNodes, k = X.length - 1; 0 <= k && !V; k--) {
              m = X[k], Q = m.getAttribute("data-z-index");
              var G = !w(Q);
              m !== Y && (0 > T && G && !g && !k ? (L.insertBefore(Y, X[k]), V = !0) : (A(Q) <= T || G && (!w(T) || 0 <= T)) && (L.insertBefore(Y, X[k + 1] || null), V = !0));
            }
            V || (L.insertBefore(Y, X[g ? 3 : 0] || null), V = !0);
          }
          return V;
        }, j;
      }(), y.prototype["stroke-widthSetter"] = y.prototype.strokeSetter, y.prototype.yGetter = y.prototype.xGetter, y.prototype.matrixSetter = y.prototype.rotationOriginXSetter = y.prototype.rotationOriginYSetter = y.prototype.rotationSetter = y.prototype.scaleXSetter = y.prototype.scaleYSetter = y.prototype.translateXSetter = y.prototype.translateYSetter = y.prototype.verticalAlignSetter = function(j, T) {
        this[T] = j, this.doTransform = !0;
      }, y;
    }), E(h, "Core/Renderer/RendererRegistry.js", [h["Core/Globals.js"]], function(y) {
      var B;
      return function(I) {
        I.rendererTypes = {};
        var Z;
        I.getRendererType = function(F) {
          return F === void 0 && (F = Z), I.rendererTypes[F] || I.rendererTypes[Z];
        }, I.registerRendererType = function(F, U, H) {
          I.rendererTypes[F] = U, (!Z || H) && (Z = F, y.Renderer = U);
        };
      }(B || (B = {})), B;
    }), E(
      h,
      "Core/Renderer/SVG/SVGLabel.js",
      [h["Core/Renderer/SVG/SVGElement.js"], h["Core/Utilities.js"]],
      function(y, B) {
        var I = this && this.__extends || function() {
          var S = function(x, d) {
            return S = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(u, P) {
              u.__proto__ = P;
            } || function(u, P) {
              for (var O in P)
                P.hasOwnProperty(O) && (u[O] = P[O]);
            }, S(x, d);
          };
          return function(x, d) {
            function u() {
              this.constructor = x;
            }
            S(x, d), x.prototype = d === null ? Object.create(d) : (u.prototype = d.prototype, new u());
          };
        }(), Z = B.defined, F = B.extend, U = B.isNumber, H = B.merge, W = B.pick, R = B.removeEvent;
        return function(S) {
          function x(d, u, P, O, N, C, b, w, v, a) {
            var c = S.call(this) || this;
            c.paddingLeftSetter = c.paddingSetter, c.paddingRightSetter = c.paddingSetter, c.init(d, "g"), c.textStr = u, c.x = P, c.y = O, c.anchorX = C, c.anchorY = b, c.baseline = v, c.className = a, c.addClass(a === "button" ? "highcharts-no-tooltip" : "highcharts-label"), a && c.addClass("highcharts-" + a), c.text = d.text(void 0, 0, 0, w).attr({ zIndex: 1 });
            var p;
            return typeof N == "string" && ((p = /^url\((.*?)\)$/.test(N)) || c.renderer.symbols[N]) && (c.symbolKey = N), c.bBox = x.emptyBBox, c.padding = 3, c.baselineOffset = 0, c.needsBox = d.styledMode || p, c.deferredAttr = {}, c.alignFactor = 0, c;
          }
          return I(x, S), x.prototype.alignSetter = function(d) {
            d = { left: 0, center: 0.5, right: 1 }[d], d !== this.alignFactor && (this.alignFactor = d, this.bBox && U(this.xSetting) && this.attr({ x: this.xSetting }));
          }, x.prototype.anchorXSetter = function(d, u) {
            this.anchorX = d, this.boxAttr(u, Math.round(d) - this.getCrispAdjust() - this.xSetting);
          }, x.prototype.anchorYSetter = function(d, u) {
            this.anchorY = d, this.boxAttr(u, d - this.ySetting);
          }, x.prototype.boxAttr = function(d, u) {
            this.box ? this.box.attr(d, u) : this.deferredAttr[d] = u;
          }, x.prototype.css = function(d) {
            if (d) {
              var u = {};
              d = H(d), x.textProps.forEach(function(O) {
                typeof d[O] < "u" && (u[O] = d[O], delete d[O]);
              }), this.text.css(u);
              var P = "width" in u;
              "fontSize" in u || "fontWeight" in u ? this.updateTextPadding() : P && this.updateBoxSize();
            }
            return y.prototype.css.call(this, d);
          }, x.prototype.destroy = function() {
            R(this.element, "mouseenter"), R(this.element, "mouseleave"), this.text && this.text.destroy(), this.box && (this.box = this.box.destroy()), y.prototype.destroy.call(this);
          }, x.prototype.fillSetter = function(d, u) {
            d && (this.needsBox = !0), this.fill = d, this.boxAttr(u, d);
          }, x.prototype.getBBox = function() {
            this.textStr && this.bBox.width === 0 && this.bBox.height === 0 && this.updateBoxSize();
            var d = this.padding, u = W(this.paddingLeft, d);
            return { width: this.width, height: this.height, x: this.bBox.x - u, y: this.bBox.y - d };
          }, x.prototype.getCrispAdjust = function() {
            return this.renderer.styledMode && this.box ? this.box.strokeWidth() % 2 / 2 : (this["stroke-width"] ? parseInt(
              this["stroke-width"],
              10
            ) : 0) % 2 / 2;
          }, x.prototype.heightSetter = function(d) {
            this.heightSetting = d;
          }, x.prototype.onAdd = function() {
            var d = this.textStr;
            this.text.add(this), this.attr({ text: Z(d) ? d : "", x: this.x, y: this.y }), this.box && Z(this.anchorX) && this.attr({ anchorX: this.anchorX, anchorY: this.anchorY });
          }, x.prototype.paddingSetter = function(d, u) {
            U(d) ? d !== this[u] && (this[u] = d, this.updateTextPadding()) : this[u] = void 0;
          }, x.prototype.rSetter = function(d, u) {
            this.boxAttr(u, d);
          }, x.prototype.shadow = function(d) {
            return d && !this.renderer.styledMode && (this.updateBoxSize(), this.box && this.box.shadow(d)), this;
          }, x.prototype.strokeSetter = function(d, u) {
            this.stroke = d, this.boxAttr(u, d);
          }, x.prototype["stroke-widthSetter"] = function(d, u) {
            d && (this.needsBox = !0), this["stroke-width"] = d, this.boxAttr(u, d);
          }, x.prototype["text-alignSetter"] = function(d) {
            this.textAlign = d;
          }, x.prototype.textSetter = function(d) {
            typeof d < "u" && this.text.attr({ text: d }), this.updateTextPadding();
          }, x.prototype.updateBoxSize = function() {
            var d = this.text.element.style, u = {}, P = this.padding, O = this.bBox = U(this.widthSetting) && U(this.heightSetting) && !this.textAlign || !Z(this.text.textStr) ? x.emptyBBox : this.text.getBBox();
            this.width = this.getPaddedWidth(), this.height = (this.heightSetting || O.height || 0) + 2 * P, d = this.renderer.fontMetrics(d && d.fontSize, this.text), this.baselineOffset = P + Math.min((this.text.firstLineMetrics || d).b, O.height || 1 / 0), this.heightSetting && (this.baselineOffset += (this.heightSetting - d.h) / 2), this.needsBox && (this.box || (P = this.box = this.symbolKey ? this.renderer.symbol(this.symbolKey) : this.renderer.rect(), P.addClass((this.className === "button" ? "" : "highcharts-label-box") + (this.className ? " highcharts-" + this.className + "-box" : "")), P.add(this)), P = this.getCrispAdjust(), u.x = P, u.y = (this.baseline ? -this.baselineOffset : 0) + P, u.width = Math.round(this.width), u.height = Math.round(this.height), this.box.attr(F(u, this.deferredAttr)), this.deferredAttr = {});
          }, x.prototype.updateTextPadding = function() {
            var d = this.text;
            this.updateBoxSize();
            var u = this.baseline ? 0 : this.baselineOffset, P = W(this.paddingLeft, this.padding);
            Z(this.widthSetting) && this.bBox && (this.textAlign === "center" || this.textAlign === "right") && (P += { center: 0.5, right: 1 }[this.textAlign] * (this.widthSetting - this.bBox.width)), (P !== d.x || u !== d.y) && (d.attr("x", P), d.hasBoxWidthChanged && (this.bBox = d.getBBox(!0)), typeof u < "u" && d.attr("y", u)), d.x = P, d.y = u;
          }, x.prototype.widthSetter = function(d) {
            this.widthSetting = U(d) ? d : void 0;
          }, x.prototype.getPaddedWidth = function() {
            var d = this.padding, u = W(this.paddingLeft, d);
            return d = W(this.paddingRight, d), (this.widthSetting || this.bBox.width || 0) + u + d;
          }, x.prototype.xSetter = function(d) {
            this.x = d, this.alignFactor && (d -= this.alignFactor * this.getPaddedWidth(), this["forceAnimate:x"] = !0), this.xSetting = Math.round(d), this.attr("translateX", this.xSetting);
          }, x.prototype.ySetter = function(d) {
            this.ySetting = this.y = Math.round(d), this.attr("translateY", this.ySetting);
          }, x.emptyBBox = { width: 0, height: 0, x: 0, y: 0 }, x.textProps = "color direction fontFamily fontSize fontStyle fontWeight lineHeight textAlign textDecoration textOutline textOverflow width".split(" "), x;
        }(y);
      }
    ), E(
      h,
      "Core/Renderer/SVG/Symbols.js",
      [h["Core/Utilities.js"]],
      function(y) {
        function B(W, R, S, x, d) {
          var u = [];
          if (d) {
            var P = d.start || 0, O = H(d.r, S);
            S = H(d.r, x || S);
            var N = (d.end || 0) - 1e-3;
            x = d.innerR;
            var C = H(d.open, 1e-3 > Math.abs((d.end || 0) - P - 2 * Math.PI)), b = Math.cos(P), w = Math.sin(P), v = Math.cos(N), a = Math.sin(N);
            P = H(d.longArc, 1e-3 > N - P - Math.PI ? 0 : 1), u.push(["M", W + O * b, R + S * w], ["A", O, S, 0, P, H(d.clockwise, 1), W + O * v, R + S * a]), F(x) && u.push(C ? ["M", W + x * v, R + x * a] : ["L", W + x * v, R + x * a], ["A", x, x, 0, P, F(d.clockwise) ? 1 - d.clockwise : 0, W + x * b, R + x * w]), C || u.push(["Z"]);
          }
          return u;
        }
        function I(W, R, S, x, d) {
          return d && d.r ? Z(W, R, S, x, d) : [["M", W, R], ["L", W + S, R], ["L", W + S, R + x], ["L", W, R + x], ["Z"]];
        }
        function Z(W, R, S, x, d) {
          return d = d && d.r || 0, [["M", W + d, R], ["L", W + S - d, R], ["C", W + S, R, W + S, R, W + S, R + d], ["L", W + S, R + x - d], ["C", W + S, R + x, W + S, R + x, W + S - d, R + x], ["L", W + d, R + x], ["C", W, R + x, W, R + x, W, R + x - d], ["L", W, R + d], ["C", W, R, W, R, W + d, R]];
        }
        var F = y.defined, U = y.isNumber, H = y.pick;
        return { arc: B, callout: function(W, R, S, x, d) {
          var u = Math.min(d && d.r || 0, S, x), P = u + 6, O = d && d.anchorX;
          d = d && d.anchorY || 0;
          var N = Z(W, R, S, x, { r: u });
          return U(O) && (W + O >= S ? d > R + P && d < R + x - P ? N.splice(3, 1, ["L", W + S, d - 6], ["L", W + S + 6, d], ["L", W + S, d + 6], ["L", W + S, R + x - u]) : N.splice(3, 1, ["L", W + S, x / 2], ["L", O, d], ["L", W + S, x / 2], ["L", W + S, R + x - u]) : 0 >= W + O ? d > R + P && d < R + x - P ? N.splice(7, 1, ["L", W, d + 6], ["L", W - 6, d], ["L", W, d - 6], ["L", W, R + u]) : N.splice(7, 1, ["L", W, x / 2], ["L", O, d], ["L", W, x / 2], ["L", W, R + u]) : d && d > x && O > W + P && O < W + S - P ? N.splice(5, 1, ["L", O + 6, R + x], ["L", O, R + x + 6], ["L", O - 6, R + x], ["L", W + u, R + x]) : d && 0 > d && O > W + P && O < W + S - P && N.splice(1, 1, ["L", O - 6, R], ["L", O, R - 6], ["L", O + 6, R], ["L", S - u, R])), N;
        }, circle: function(W, R, S, x) {
          return B(W + S / 2, R + x / 2, S / 2, x / 2, { start: 0.5 * Math.PI, end: 2.5 * Math.PI, open: !1 });
        }, diamond: function(W, R, S, x) {
          return [["M", W + S / 2, R], ["L", W + S, R + x / 2], ["L", W + S / 2, R + x], ["L", W, R + x / 2], ["Z"]];
        }, rect: I, roundedRect: Z, square: I, triangle: function(W, R, S, x) {
          return [["M", W + S / 2, R], ["L", W + S, R + x], ["L", W, R + x], ["Z"]];
        }, "triangle-down": function(W, R, S, x) {
          return [["M", W, R], ["L", W + S, R], ["L", W + S / 2, R + x], ["Z"]];
        } };
      }
    ), E(h, "Core/Renderer/SVG/TextBuilder.js", [h["Core/Renderer/HTML/AST.js"], h["Core/Globals.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = B.doc, F = B.SVG_NS, U = B.win, H = I.attr, W = I.isString, R = I.objectEach, S = I.pick;
      return function() {
        function x(d) {
          var u = d.styles;
          this.renderer = d.renderer, this.svgElement = d, this.width = d.textWidth, this.textLineHeight = u && u.lineHeight, this.textOutline = u && u.textOutline, this.ellipsis = !(!u || u.textOverflow !== "ellipsis"), this.noWrap = !(!u || u.whiteSpace !== "nowrap"), this.fontSize = u && u.fontSize;
        }
        return x.prototype.buildSVG = function() {
          var d = this.svgElement, u = d.element, P = d.renderer, O = S(d.textStr, "").toString(), N = O.indexOf("<") !== -1, C = u.childNodes;
          P = this.width && !d.added && P.box;
          var b = /<br.*?>/g, w = [O, this.ellipsis, this.noWrap, this.textLineHeight, this.textOutline, this.fontSize, this.width].join();
          if (w !== d.textCache) {
            for (d.textCache = w, delete d.actualWidth, w = C.length; w--; )
              u.removeChild(C[w]);
            N || this.ellipsis || this.width || O.indexOf(" ") !== -1 && (!this.noWrap || b.test(O)) ? O !== "" && (P && P.appendChild(u), O = new y(O), this.modifyTree(O.nodes), O.addToDOM(d.element), this.modifyDOM(), this.ellipsis && (u.textContent || "").indexOf("…") !== -1 && d.attr(
              "title",
              this.unescapeEntities(d.textStr || "", ["&lt;", "&gt;"])
            ), P && P.removeChild(u)) : u.appendChild(Z.createTextNode(this.unescapeEntities(O))), W(this.textOutline) && d.applyTextOutline && d.applyTextOutline(this.textOutline);
          }
        }, x.prototype.modifyDOM = function() {
          var d = this, u = this.svgElement, P = H(u.element, "x");
          u.firstLineMetrics = void 0;
          for (var O; (O = u.element.firstChild) && /^[\s\u200B]*$/.test(O.textContent || " "); )
            u.element.removeChild(O);
          [].forEach.call(u.element.querySelectorAll("tspan.highcharts-br"), function(w, v) {
            w.nextSibling && w.previousSibling && (v === 0 && w.previousSibling.nodeType === 1 && (u.firstLineMetrics = u.renderer.fontMetrics(void 0, w.previousSibling)), H(w, { dy: d.getLineHeight(w.nextSibling), x: P }));
          });
          var N = this.width || 0;
          if (N) {
            var C = function(w, v) {
              var a = w.textContent || "", c = a.replace(/([^\^])-/g, "$1- ").split(" "), p = !d.noWrap && (1 < c.length || 1 < u.element.childNodes.length), i = d.getLineHeight(v), l = 0, s = u.actualWidth;
              if (d.ellipsis)
                a && d.truncate(w, a, void 0, 0, Math.max(0, N - parseInt(d.fontSize || 12, 10)), function(t, o) {
                  return t.substring(
                    0,
                    o
                  ) + "…";
                });
              else if (p) {
                for (a = [], p = []; v.firstChild && v.firstChild !== w; )
                  p.push(v.firstChild), v.removeChild(v.firstChild);
                for (; c.length; )
                  c.length && !d.noWrap && 0 < l && (a.push(w.textContent || ""), w.textContent = c.join(" ").replace(/- /g, "-")), d.truncate(w, void 0, c, l === 0 && s || 0, N, function(t, o) {
                    return c.slice(0, o).join(" ").replace(/- /g, "-");
                  }), s = u.actualWidth, l++;
                p.forEach(function(t) {
                  v.insertBefore(t, w);
                }), a.forEach(function(t) {
                  v.insertBefore(Z.createTextNode(t), w), t = Z.createElementNS(F, "tspan"), t.textContent = "​", H(t, { dy: i, x: P }), v.insertBefore(t, w);
                });
              }
            }, b = function(w) {
              [].slice.call(w.childNodes).forEach(function(v) {
                v.nodeType === U.Node.TEXT_NODE ? C(v, w) : (v.className.baseVal.indexOf("highcharts-br") !== -1 && (u.actualWidth = 0), b(v));
              });
            };
            b(u.element);
          }
        }, x.prototype.getLineHeight = function(d) {
          var u;
          return d = d.nodeType === U.Node.TEXT_NODE ? d.parentElement : d, this.renderer.styledMode || (u = d && /(px|em)$/.test(d.style.fontSize) ? d.style.fontSize : this.fontSize || this.renderer.style.fontSize || 12), this.textLineHeight ? parseInt(
            this.textLineHeight.toString(),
            10
          ) : this.renderer.fontMetrics(u, d || this.svgElement.element).h;
        }, x.prototype.modifyTree = function(d) {
          var u = this, P = function(O, N) {
            var C = O.attributes;
            C = C === void 0 ? {} : C;
            var b = O.children, w = O.tagName, v = u.renderer.styledMode;
            w === "b" || w === "strong" ? v ? C.class = "highcharts-strong" : C.style = "font-weight:bold;" + (C.style || "") : (w === "i" || w === "em") && (v ? C.class = "highcharts-emphasized" : C.style = "font-style:italic;" + (C.style || "")), W(C.style) && (C.style = C.style.replace(/(;| |^)color([ :])/, "$1fill$2")), w === "br" ? (C.class = "highcharts-br", O.textContent = "​", (N = d[N + 1]) && N.textContent && (N.textContent = N.textContent.replace(/^ +/gm, ""))) : w === "a" && b && b.some(function(a) {
              return a.tagName === "#text";
            }) && (O.children = [{ children: b, tagName: "tspan" }]), w !== "#text" && w !== "a" && (O.tagName = "tspan"), O.attributes = C, b && b.filter(function(a) {
              return a.tagName !== "#text";
            }).forEach(P);
          };
          d.forEach(P);
        }, x.prototype.truncate = function(d, u, P, O, N, C) {
          var b = this.svgElement, w = b.renderer, v = b.rotation, a = [], c = P ? 1 : 0, p = (u || P || "").length, i = p, l, s = function(o, n) {
            n = n || o;
            var A = d.parentNode;
            if (A && typeof a[n] > "u")
              if (A.getSubStringLength)
                try {
                  a[n] = O + A.getSubStringLength(0, P ? n + 1 : n);
                } catch {
                }
              else
                w.getSpanWidth && (d.textContent = C(u || P, o), a[n] = O + w.getSpanWidth(b, d));
            return a[n];
          };
          b.rotation = 0;
          var t = s(d.textContent.length);
          if (O + t > N) {
            for (; c <= p; )
              i = Math.ceil((c + p) / 2), P && (l = C(P, i)), t = s(i, l && l.length - 1), c === p ? c = p + 1 : t > N ? p = i - 1 : c = i;
            p === 0 ? d.textContent = "" : u && p === u.length - 1 || (d.textContent = l || C(u || P, i));
          }
          P && P.splice(0, i), b.actualWidth = t, b.rotation = v;
        }, x.prototype.unescapeEntities = function(d, u) {
          return R(this.renderer.escapes, function(P, O) {
            u && u.indexOf(P) !== -1 || (d = d.toString().replace(new RegExp(P, "g"), O));
          }), d;
        }, x;
      }();
    }), E(h, "Core/Renderer/SVG/SVGRenderer.js", [h["Core/Renderer/HTML/AST.js"], h["Core/Color/Color.js"], h["Core/Globals.js"], h["Core/Renderer/RendererRegistry.js"], h["Core/Renderer/SVG/SVGElement.js"], h["Core/Renderer/SVG/SVGLabel.js"], h["Core/Renderer/SVG/Symbols.js"], h["Core/Renderer/SVG/TextBuilder.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F, U, H, W, R) {
      var S = I.charts, x = I.deg2rad, d = I.doc, u = I.isFirefox, P = I.isMS, O = I.isWebKit, N = I.noop, C = I.SVG_NS, b = I.symbolSizes, w = I.win, v = R.addEvent, a = R.attr, c = R.createElement, p = R.css, i = R.defined, l = R.destroyObjectProperties, s = R.extend, t = R.isArray, o = R.isNumber, n = R.isObject, A = R.isString, _ = R.merge, D = R.pick, j = R.pInt, T = R.uniqueKey, X;
      return I = function() {
        function g(m, L, Y, V, Q, k, G) {
          this.width = this.url = this.style = this.isSVG = this.imgCount = this.height = this.gradients = this.globalAnimation = this.defs = this.chartIndex = this.cacheKeys = this.cache = this.boxWrapper = this.box = this.alignedObjects = void 0, this.init(m, L, Y, V, Q, k, G);
        }
        return g.prototype.init = function(m, L, Y, V, Q, k, G) {
          var z = this.createElement("svg").attr({ version: "1.1", class: "highcharts-root" }), $ = z.element;
          G || z.css(this.getStyle(V)), m.appendChild($), a(m, "dir", "ltr"), m.innerHTML.indexOf("xmlns") === -1 && a($, "xmlns", this.SVG_NS), this.isSVG = !0, this.box = $, this.boxWrapper = z, this.alignedObjects = [], this.url = this.getReferenceURL(), this.createElement("desc").add().element.appendChild(d.createTextNode("Created with Highcharts 9.3.3")), this.defs = this.createElement("defs").add(), this.allowHTML = k, this.forExport = Q, this.styledMode = G, this.gradients = {}, this.cache = {}, this.cacheKeys = [], this.imgCount = 0, this.setSize(L, Y, !1);
          var q;
          u && m.getBoundingClientRect && (L = function() {
            p(m, { left: 0, top: 0 }), q = m.getBoundingClientRect(), p(m, { left: Math.ceil(q.left) - q.left + "px", top: Math.ceil(q.top) - q.top + "px" });
          }, L(), this.unSubPixelFix = v(w, "resize", L));
        }, g.prototype.definition = function(m) {
          return new y([m]).addToDOM(this.defs.element);
        }, g.prototype.getReferenceURL = function() {
          if ((u || O) && d.getElementsByTagName("base").length) {
            if (!i(X)) {
              var m = T();
              m = new y([{ tagName: "svg", attributes: { width: 8, height: 8 }, children: [{ tagName: "defs", children: [{ tagName: "clipPath", attributes: { id: m }, children: [{ tagName: "rect", attributes: { width: 4, height: 4 } }] }] }, { tagName: "rect", attributes: { id: "hitme", width: 8, height: 8, "clip-path": "url(#" + m + ")", fill: "rgba(0,0,0,0.001)" } }] }]).addToDOM(d.body), p(m, { position: "fixed", top: 0, left: 0, zIndex: 9e5 });
              var L = d.elementFromPoint(6, 6);
              X = (L && L.id) === "hitme", d.body.removeChild(m);
            }
            if (X)
              return w.location.href.split("#")[0].replace(/<[^>]*>/g, "").replace(/([\('\)])/g, "\\$1").replace(/ /g, "%20");
          }
          return "";
        }, g.prototype.getStyle = function(m) {
          return this.style = s({ fontFamily: '"Lucida Grande", "Lucida Sans Unicode", Arial, Helvetica, sans-serif', fontSize: "12px" }, m);
        }, g.prototype.setStyle = function(m) {
          this.boxWrapper.css(this.getStyle(m));
        }, g.prototype.isHidden = function() {
          return !this.boxWrapper.getBBox().width;
        }, g.prototype.destroy = function() {
          var m = this.defs;
          return this.box = null, this.boxWrapper = this.boxWrapper.destroy(), l(this.gradients || {}), this.gradients = null, m && (this.defs = m.destroy()), this.unSubPixelFix && this.unSubPixelFix(), this.alignedObjects = null;
        }, g.prototype.createElement = function(m) {
          var L = new this.Element();
          return L.init(this, m), L;
        }, g.prototype.getRadialAttr = function(m, L) {
          return { cx: m[0] - m[2] / 2 + (L.cx || 0) * m[2], cy: m[1] - m[2] / 2 + (L.cy || 0) * m[2], r: (L.r || 0) * m[2] };
        }, g.prototype.buildText = function(m) {
          new W(m).buildSVG();
        }, g.prototype.getContrast = function(m) {
          return m = B.parse(m).rgba, m[0] *= 1, m[1] *= 1.2, m[2] *= 0.5, 459 < m[0] + m[1] + m[2] ? "#000000" : "#FFFFFF";
        }, g.prototype.button = function(m, L, Y, V, Q, k, G, z, $, q) {
          var it = this.label(m, L, Y, $, void 0, void 0, q, void 0, "button"), et = this.styledMode, nt = 0, rt = Q ? _(Q) : {};
          if (m = rt && rt.style || {}, rt = y.filterUserAttributes(rt), it.attr(_({ padding: 8, r: 2 }, rt)), !et) {
            rt = _({ fill: "#f7f7f7", stroke: "#cccccc", "stroke-width": 1, style: { color: "#333333", cursor: "pointer", fontWeight: "normal" } }, { style: m }, rt);
            var ct = rt.style;
            delete rt.style, k = _(rt, { fill: "#e6e6e6" }, y.filterUserAttributes(k || {}));
            var gt = k.style;
            delete k.style, G = _(rt, { fill: "#e6ebf5", style: { color: "#000000", fontWeight: "bold" } }, y.filterUserAttributes(G || {}));
            var dt = G.style;
            delete G.style, z = _(rt, { style: { color: "#cccccc" } }, y.filterUserAttributes(z || {}));
            var lt = z.style;
            delete z.style;
          }
          return v(it.element, P ? "mouseover" : "mouseenter", function() {
            nt !== 3 && it.setState(1);
          }), v(it.element, P ? "mouseout" : "mouseleave", function() {
            nt !== 3 && it.setState(nt);
          }), it.setState = function(at) {
            at !== 1 && (it.state = nt = at), it.removeClass(/highcharts-button-(normal|hover|pressed|disabled)/).addClass("highcharts-button-" + ["normal", "hover", "pressed", "disabled"][at || 0]), et || it.attr([rt, k, G, z][at || 0]).css([ct, gt, dt, lt][at || 0]);
          }, et || it.attr(rt).css(s({ cursor: "default" }, ct)), it.on("touchstart", function(at) {
            return at.stopPropagation();
          }).on("click", function(at) {
            nt !== 3 && V.call(it, at);
          });
        }, g.prototype.crispLine = function(m, L, Y) {
          Y === void 0 && (Y = "round");
          var V = m[0], Q = m[1];
          return i(V[1]) && V[1] === Q[1] && (V[1] = Q[1] = Math[Y](V[1]) - L % 2 / 2), i(V[2]) && V[2] === Q[2] && (V[2] = Q[2] = Math[Y](V[2]) + L % 2 / 2), m;
        }, g.prototype.path = function(m) {
          var L = this.styledMode ? {} : { fill: "none" };
          return t(m) ? L.d = m : n(m) && s(L, m), this.createElement("path").attr(L);
        }, g.prototype.circle = function(m, L, Y) {
          return m = n(m) ? m : typeof m > "u" ? {} : { x: m, y: L, r: Y }, L = this.createElement("circle"), L.xSetter = L.ySetter = function(V, Q, k) {
            k.setAttribute("c" + Q, V);
          }, L.attr(m);
        }, g.prototype.arc = function(m, L, Y, V, Q, k) {
          return n(m) ? (V = m, L = V.y, Y = V.r, m = V.x) : V = { innerR: V, start: Q, end: k }, m = this.symbol("arc", m, L, Y, Y, V), m.r = Y, m;
        }, g.prototype.rect = function(m, L, Y, V, Q, k) {
          Q = n(m) ? m.r : Q;
          var G = this.createElement("rect");
          return m = n(m) ? m : typeof m > "u" ? {} : { x: m, y: L, width: Math.max(Y, 0), height: Math.max(V, 0) }, this.styledMode || (typeof k < "u" && (m["stroke-width"] = k, m = G.crisp(m)), m.fill = "none"), Q && (m.r = Q), G.rSetter = function(z, $, q) {
            G.r = z, a(q, { rx: z, ry: z });
          }, G.rGetter = function() {
            return G.r || 0;
          }, G.attr(m);
        }, g.prototype.setSize = function(m, L, Y) {
          this.width = m, this.height = L, this.boxWrapper.animate({ width: m, height: L }, { step: function() {
            this.attr({ viewBox: "0 0 " + this.attr("width") + " " + this.attr("height") });
          }, duration: D(
            Y,
            !0
          ) ? void 0 : 0 }), this.alignElements();
        }, g.prototype.g = function(m) {
          var L = this.createElement("g");
          return m ? L.attr({ class: "highcharts-" + m }) : L;
        }, g.prototype.image = function(m, L, Y, V, Q, k) {
          var G = { preserveAspectRatio: "none" }, z = function(q, it) {
            q.setAttributeNS ? q.setAttributeNS("http://www.w3.org/1999/xlink", "href", it) : q.setAttribute("hc-svg-href", it);
          };
          o(L) && (G.x = L), o(Y) && (G.y = Y), o(V) && (G.width = V), o(Q) && (G.height = Q);
          var $ = this.createElement("image").attr(G);
          return L = function(q) {
            z($.element, m), k.call($, q);
          }, k ? (z(
            $.element,
            "data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw=="
          ), Y = new w.Image(), v(Y, "load", L), Y.src = m, Y.complete && L({})) : z($.element, m), $;
        }, g.prototype.symbol = function(m, L, Y, V, Q, k) {
          var G = this, z = /^url\((.*?)\)$/, $ = z.test(m), q = !$ && (this.symbols[m] ? m : "circle"), it = q && this.symbols[q], et;
          if (it) {
            typeof L == "number" && (et = it.call(this.symbols, Math.round(L || 0), Math.round(Y || 0), V || 0, Q || 0, k));
            var nt = this.path(et);
            G.styledMode || nt.attr("fill", "none"), s(nt, { symbolName: q || void 0, x: L, y: Y, width: V, height: Q }), k && s(nt, k);
          } else if ($) {
            var rt = m.match(z)[1], ct = nt = this.image(rt);
            ct.imgwidth = D(b[rt] && b[rt].width, k && k.width), ct.imgheight = D(b[rt] && b[rt].height, k && k.height);
            var gt = function(dt) {
              return dt.attr({ width: dt.width, height: dt.height });
            };
            ["width", "height"].forEach(function(dt) {
              ct[dt + "Setter"] = function(lt, at) {
                var J = this["img" + at];
                this[at] = lt, i(J) && (k && k.backgroundSize === "within" && this.width && this.height && (J = Math.round(J * Math.min(this.width / this.imgwidth, this.height / this.imgheight))), this.element && this.element.setAttribute(at, J), this.alignByTranslate || (lt = ((this[at] || 0) - J) / 2, this.attr(at === "width" ? { translateX: lt } : { translateY: lt })));
              };
            }), i(L) && ct.attr({ x: L, y: Y }), ct.isImg = !0, i(ct.imgwidth) && i(ct.imgheight) ? gt(ct) : (ct.attr({ width: 0, height: 0 }), c("img", { onload: function() {
              var dt = S[G.chartIndex];
              this.width === 0 && (p(this, { position: "absolute", top: "-999em" }), d.body.appendChild(this)), b[rt] = { width: this.width, height: this.height }, ct.imgwidth = this.width, ct.imgheight = this.height, ct.element && gt(ct), this.parentNode && this.parentNode.removeChild(this), G.imgCount--, !G.imgCount && dt && !dt.hasLoaded && dt.onload();
            }, src: rt }), this.imgCount++);
          }
          return nt;
        }, g.prototype.clipRect = function(m, L, Y, V) {
          var Q = T() + "-", k = this.createElement("clipPath").attr({ id: Q }).add(this.defs);
          return m = this.rect(m, L, Y, V, 0).add(k), m.id = Q, m.clipPath = k, m.count = 0, m;
        }, g.prototype.text = function(m, L, Y, V) {
          var Q = {};
          return V && (this.allowHTML || !this.forExport) ? this.html(m, L, Y) : (Q.x = Math.round(L || 0), Y && (Q.y = Math.round(Y)), i(m) && (Q.text = m), m = this.createElement("text").attr(Q), (!V || this.forExport && !this.allowHTML) && (m.xSetter = function(k, G, z) {
            for (var $ = z.getElementsByTagName("tspan"), q = z.getAttribute(G), it = 0, et; it < $.length; it++)
              et = $[it], et.getAttribute(G) === q && et.setAttribute(G, k);
            z.setAttribute(G, k);
          }), m);
        }, g.prototype.fontMetrics = function(m, L) {
          return m = !this.styledMode && /px/.test(m) || !w.getComputedStyle ? m || L && L.style && L.style.fontSize || this.style && this.style.fontSize : L && F.prototype.getStyle.call(L, "font-size"), m = /px/.test(m) ? j(m) : 12, L = 24 > m ? m + 3 : Math.round(1.2 * m), { h: L, b: Math.round(0.8 * L), f: m };
        }, g.prototype.rotCorr = function(m, L, Y) {
          var V = m;
          return L && Y && (V = Math.max(V * Math.cos(L * x), 4)), { x: -m / 3 * Math.sin(L * x), y: V };
        }, g.prototype.pathToSegments = function(m) {
          for (var L = [], Y = [], V = { A: 8, C: 7, H: 2, L: 3, M: 3, Q: 5, S: 5, T: 3, V: 2 }, Q = 0; Q < m.length; Q++)
            A(Y[0]) && o(m[Q]) && Y.length === V[Y[0].toUpperCase()] && m.splice(Q, 0, Y[0].replace("M", "L").replace("m", "l")), typeof m[Q] == "string" && (Y.length && L.push(Y.slice(0)), Y.length = 0), Y.push(m[Q]);
          return L.push(Y.slice(0)), L;
        }, g.prototype.label = function(m, L, Y, V, Q, k, G, z, $) {
          return new U(this, m, L, Y, V, Q, k, G, z, $);
        }, g.prototype.alignElements = function() {
          this.alignedObjects.forEach(function(m) {
            return m.align();
          });
        }, g;
      }(), s(I.prototype, { Element: F, SVG_NS: C, escapes: { "&": "&amp;", "<": "&lt;", ">": "&gt;", "'": "&#39;", '"': "&quot;" }, symbols: H, draw: N }), Z.registerRendererType("svg", I, !0), I;
    }), E(h, "Core/Renderer/HTML/HTMLElement.js", [h["Core/Globals.js"], h["Core/Renderer/SVG/SVGElement.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = this && this.__extends || function() {
        var P = function(O, N) {
          return P = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(C, b) {
            C.__proto__ = b;
          } || function(C, b) {
            for (var w in b)
              b.hasOwnProperty(w) && (C[w] = b[w]);
          }, P(O, N);
        };
        return function(O, N) {
          function C() {
            this.constructor = O;
          }
          P(O, N), O.prototype = N === null ? Object.create(N) : (C.prototype = N.prototype, new C());
        };
      }(), F = y.isFirefox, U = y.isMS, H = y.isWebKit, W = y.win, R = I.css, S = I.defined, x = I.extend, d = I.pick, u = I.pInt;
      return function(P) {
        function O() {
          return P !== null && P.apply(this, arguments) || this;
        }
        return Z(O, P), O.compose = function(N) {
          if (O.composedClasses.indexOf(N) === -1) {
            O.composedClasses.push(N);
            var C = O.prototype, b = N.prototype;
            b.getSpanCorrection = C.getSpanCorrection, b.htmlCss = C.htmlCss, b.htmlGetBBox = C.htmlGetBBox, b.htmlUpdateTransform = C.htmlUpdateTransform, b.setSpanRotation = C.setSpanRotation;
          }
          return N;
        }, O.prototype.getSpanCorrection = function(N, C, b) {
          this.xCorr = -N * b, this.yCorr = -C;
        }, O.prototype.htmlCss = function(N) {
          var C = this.element.tagName === "SPAN" && N && "width" in N, b = d(C && N.width, void 0);
          if (C) {
            delete N.width, this.textWidth = b;
            var w = !0;
          }
          return N && N.textOverflow === "ellipsis" && (N.whiteSpace = "nowrap", N.overflow = "hidden"), this.styles = x(this.styles, N), R(this.element, N), w && this.htmlUpdateTransform(), this;
        }, O.prototype.htmlGetBBox = function() {
          var N = this.element;
          return { x: N.offsetLeft, y: N.offsetTop, width: N.offsetWidth, height: N.offsetHeight };
        }, O.prototype.htmlUpdateTransform = function() {
          if (this.added) {
            var N = this.renderer, C = this.element, b = this.translateX || 0, w = this.translateY || 0, v = this.x || 0, a = this.y || 0, c = this.textAlign || "left", p = { left: 0, center: 0.5, right: 1 }[c], i = this.styles;
            if (i = i && i.whiteSpace, R(C, { marginLeft: b, marginTop: w }), !N.styledMode && this.shadows && this.shadows.forEach(function(A) {
              R(A, { marginLeft: b + 1, marginTop: w + 1 });
            }), this.inverted && [].forEach.call(C.childNodes, function(A) {
              N.invertChild(A, C);
            }), C.tagName === "SPAN") {
              var l = this.rotation, s = this.textWidth && u(this.textWidth), t = [l, c, C.innerHTML, this.textWidth, this.textAlign].join(), o = void 0;
              if (o = !1, s !== this.oldTextWidth) {
                if (this.textPxLength)
                  var n = this.textPxLength;
                else
                  R(C, { width: "", whiteSpace: i || "nowrap" }), n = C.offsetWidth;
                (s > this.oldTextWidth || n > s) && (/[ \-]/.test(C.textContent || C.innerText) || C.style.textOverflow === "ellipsis") && (R(C, { width: n > s || l ? s + "px" : "auto", display: "block", whiteSpace: i || "normal" }), this.oldTextWidth = s, o = !0);
              }
              this.hasBoxWidthChanged = o, t !== this.cTT && (o = N.fontMetrics(C.style.fontSize, C).b, !S(l) || l === (this.oldRotation || 0) && c === this.oldAlign || this.setSpanRotation(l, p, o), this.getSpanCorrection(!S(l) && this.textPxLength || C.offsetWidth, o, p, l, c)), R(C, { left: v + (this.xCorr || 0) + "px", top: a + (this.yCorr || 0) + "px" }), this.cTT = t, this.oldRotation = l, this.oldAlign = c;
            }
          } else
            this.alignOnAdd = !0;
        }, O.prototype.setSpanRotation = function(N, C, b) {
          var w = {}, v = U && !/Edge/.test(W.navigator.userAgent) ? "-ms-transform" : H ? "-webkit-transform" : F ? "MozTransform" : W.opera ? "-o-transform" : void 0;
          v && (w[v] = w.transform = "rotate(" + N + "deg)", w[v + (F ? "Origin" : "-origin")] = w.transformOrigin = 100 * C + "% " + b + "px", R(this.element, w));
        }, O.composedClasses = [], O;
      }(B);
    }), E(
      h,
      "Core/Renderer/HTML/HTMLRenderer.js",
      [h["Core/Renderer/HTML/AST.js"], h["Core/Renderer/SVG/SVGElement.js"], h["Core/Renderer/SVG/SVGRenderer.js"], h["Core/Utilities.js"]],
      function(y, B, I, Z) {
        var F = this && this.__extends || function() {
          var S = function(x, d) {
            return S = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(u, P) {
              u.__proto__ = P;
            } || function(u, P) {
              for (var O in P)
                P.hasOwnProperty(O) && (u[O] = P[O]);
            }, S(x, d);
          };
          return function(x, d) {
            function u() {
              this.constructor = x;
            }
            S(x, d), x.prototype = d === null ? Object.create(d) : (u.prototype = d.prototype, new u());
          };
        }(), U = Z.attr, H = Z.createElement, W = Z.extend, R = Z.pick;
        return function(S) {
          function x() {
            return S !== null && S.apply(this, arguments) || this;
          }
          return F(x, S), x.compose = function(d) {
            return x.composedClasses.indexOf(d) === -1 && (x.composedClasses.push(d), d.prototype.html = x.prototype.html), d;
          }, x.prototype.html = function(d, u, P) {
            var O = this.createElement("span"), N = O.element, C = O.renderer, b = C.isSVG, w = function(v, a) {
              ["opacity", "visibility"].forEach(function(c) {
                v[c + "Setter"] = function(p, i, l) {
                  var s = v.div ? v.div.style : a;
                  B.prototype[c + "Setter"].call(this, p, i, l), s && (s[i] = p);
                };
              }), v.addedSetters = !0;
            };
            return O.textSetter = function(v) {
              v !== this.textStr && (delete this.bBox, delete this.oldTextWidth, y.setElementHTML(this.element, R(v, "")), this.textStr = v, O.doTransform = !0);
            }, b && w(O, O.element.style), O.xSetter = O.ySetter = O.alignSetter = O.rotationSetter = function(v, a) {
              a === "align" ? O.alignValue = O.textAlign = v : O[a] = v, O.doTransform = !0;
            }, O.afterSetters = function() {
              this.doTransform && (this.htmlUpdateTransform(), this.doTransform = !1);
            }, O.attr({ text: d, x: Math.round(u), y: Math.round(P) }).css({ position: "absolute" }), C.styledMode || O.css({ fontFamily: this.style.fontFamily, fontSize: this.style.fontSize }), N.style.whiteSpace = "nowrap", O.css = O.htmlCss, b && (O.add = function(v) {
              var a = C.box.parentNode, c = [];
              if (this.parentGroup = v) {
                var p = v.div;
                if (!p) {
                  for (; v; )
                    c.push(v), v = v.parentGroup;
                  c.reverse().forEach(function(i) {
                    function l(n, A) {
                      i[A] = n, A === "translateX" ? o.left = n + "px" : o.top = n + "px", i.doTransform = !0;
                    }
                    var s = U(i.element, "class"), t = i.styles || {};
                    p = i.div = i.div || H("div", s ? { className: s } : void 0, {
                      position: "absolute",
                      left: (i.translateX || 0) + "px",
                      top: (i.translateY || 0) + "px",
                      display: i.display,
                      opacity: i.opacity,
                      cursor: t.cursor,
                      pointerEvents: t.pointerEvents,
                      visibility: i.visibility
                    }, p || a);
                    var o = p.style;
                    W(i, { classSetter: function(n) {
                      return function(A) {
                        this.element.setAttribute("class", A), n.className = A;
                      };
                    }(p), on: function() {
                      return c[0].div && O.on.apply({ element: c[0].div, onEvents: i.onEvents }, arguments), i;
                    }, translateXSetter: l, translateYSetter: l }), i.addedSetters || w(i);
                  });
                }
              } else
                p = a;
              return p.appendChild(N), O.added = !0, O.alignOnAdd && O.htmlUpdateTransform(), O;
            }), O;
          }, x.composedClasses = [], x;
        }(I);
      }
    ), E(h, "Core/Axis/AxisDefaults.js", [], function() {
      var y;
      return function(B) {
        B.defaultXAxisOptions = { alignTicks: !0, allowDecimals: void 0, panningEnabled: !0, zIndex: 2, zoomEnabled: !0, dateTimeLabelFormats: { millisecond: { main: "%H:%M:%S.%L", range: !1 }, second: { main: "%H:%M:%S", range: !1 }, minute: { main: "%H:%M", range: !1 }, hour: { main: "%H:%M", range: !1 }, day: { main: "%e. %b" }, week: { main: "%e. %b" }, month: { main: "%b '%y" }, year: { main: "%Y" } }, endOnTick: !1, gridLineDashStyle: "Solid", gridZIndex: 1, labels: {
          autoRotation: void 0,
          autoRotationLimit: 80,
          distance: void 0,
          enabled: !0,
          indentation: 10,
          overflow: "justify",
          padding: 5,
          reserveSpace: void 0,
          rotation: void 0,
          staggerLines: 0,
          step: 0,
          useHTML: !1,
          x: 0,
          zIndex: 7,
          style: { color: "#666666", cursor: "default", fontSize: "11px" }
        }, maxPadding: 0.01, minorGridLineDashStyle: "Solid", minorTickLength: 2, minorTickPosition: "outside", minPadding: 0.01, offset: void 0, opposite: !1, reversed: void 0, reversedStacks: !1, showEmpty: !0, showFirstLabel: !0, showLastLabel: !0, startOfWeek: 1, startOnTick: !1, tickLength: 10, tickPixelInterval: 100, tickmarkPlacement: "between", tickPosition: "outside", title: {
          align: "middle",
          rotation: 0,
          useHTML: !1,
          x: 0,
          y: 0,
          style: { color: "#666666" }
        }, type: "linear", uniqueNames: !0, visible: !0, minorGridLineColor: "#f2f2f2", minorGridLineWidth: 1, minorTickColor: "#999999", lineColor: "#ccd6eb", lineWidth: 1, gridLineColor: "#e6e6e6", gridLineWidth: void 0, tickColor: "#ccd6eb" }, B.defaultYAxisOptions = { reversedStacks: !0, endOnTick: !0, maxPadding: 0.05, minPadding: 0.05, tickPixelInterval: 72, showLastLabel: !0, labels: { x: -8 }, startOnTick: !0, title: { rotation: 270, text: "Values" }, stackLabels: {
          animation: {},
          allowOverlap: !1,
          enabled: !1,
          crop: !0,
          overflow: "justify",
          formatter: function() {
            var I = this.axis.chart.numberFormatter;
            return I(this.total, -1);
          },
          style: { color: "#000000", fontSize: "11px", fontWeight: "bold", textOutline: "1px contrast" }
        }, gridLineWidth: 1, lineWidth: 0 }, B.defaultLeftAxisOptions = { labels: { x: -15 }, title: { rotation: 270 } }, B.defaultRightAxisOptions = { labels: { x: 15 }, title: { rotation: 90 } }, B.defaultBottomAxisOptions = { labels: { autoRotation: [-45], x: 0 }, margin: 15, title: { rotation: 0 } }, B.defaultTopAxisOptions = { labels: { autoRotation: [-45], x: 0 }, margin: 15, title: { rotation: 0 } };
      }(y || (y = {})), y;
    }), E(h, "Core/Foundation.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.addEvent, I = y.isFunction, Z = y.objectEach, F = y.removeEvent, U;
      return function(H) {
        H.registerEventOptions = function(W, R) {
          W.eventOptions = W.eventOptions || {}, Z(R.events, function(S, x) {
            W.eventOptions[x] !== S && (W.eventOptions[x] && (F(W, x, W.eventOptions[x]), delete W.eventOptions[x]), I(S) && (W.eventOptions[x] = S, B(W, x, S)));
          });
        };
      }(U || (U = {})), U;
    }), E(
      h,
      "Core/Axis/Tick.js",
      [h["Core/FormatUtilities.js"], h["Core/Globals.js"], h["Core/Utilities.js"]],
      function(y, B, I) {
        var Z = B.deg2rad, F = I.clamp, U = I.correctFloat, H = I.defined, W = I.destroyObjectProperties, R = I.extend, S = I.fireEvent, x = I.isNumber, d = I.merge, u = I.objectEach, P = I.pick;
        return B = function() {
          function O(N, C, b, w, v) {
            this.isNewLabel = this.isNew = !0, this.axis = N, this.pos = C, this.type = b || "", this.parameters = v || {}, this.tickmarkOffset = this.parameters.tickmarkOffset, this.options = this.parameters.options, S(this, "init"), b || w || this.addLabel();
          }
          return O.prototype.addLabel = function() {
            var N = this, C = N.axis, b = C.options, w = C.chart, v = C.categories, a = C.logarithmic, c = C.names, p = N.pos, i = P(N.options && N.options.labels, b.labels), l = C.tickPositions, s = p === l[0], t = p === l[l.length - 1], o = (!i.step || i.step === 1) && C.tickInterval === 1;
            l = l.info;
            var n = N.label, A;
            if (v = this.parameters.category || (v ? P(v[p], c[p], p) : p), a && x(v) && (v = U(a.lin2log(v))), C.dateTime)
              if (l)
                var _ = w.time.resolveDTLFormat(b.dateTimeLabelFormats[!b.grid && l.higherRanks[p] || l.unitName]), D = _.main;
              else
                x(v) && (D = C.dateTime.getXDateFormat(v, b.dateTimeLabelFormats || {}));
            N.isFirst = s, N.isLast = t;
            var j = {
              axis: C,
              chart: w,
              dateTimeLabelFormat: D,
              isFirst: s,
              isLast: t,
              pos: p,
              tick: N,
              tickPositionInfo: l,
              value: v
            };
            S(this, "labelFormat", j);
            var T = function(g) {
              return i.formatter ? i.formatter.call(g, g) : i.format ? (g.text = C.defaultLabelFormatter.call(g), y.format(i.format, g, w)) : C.defaultLabelFormatter.call(g, g);
            };
            b = T.call(j, j);
            var X = _ && _.list;
            N.shortenLabel = X ? function() {
              for (A = 0; A < X.length; A++)
                if (R(j, { dateTimeLabelFormat: X[A] }), n.attr({ text: T.call(j, j) }), n.getBBox().width < C.getSlotWidth(N) - 2 * i.padding)
                  return;
              n.attr({ text: "" });
            } : void 0, o && C._addedPlotLB && N.moveLabel(b, i), H(n) || N.movedLabel ? n && n.textStr !== b && !o && (!n.textWidth || i.style.width || n.styles.width || n.css({ width: null }), n.attr({ text: b }), n.textPxLength = n.getBBox().width) : (N.label = n = N.createLabel({ x: 0, y: 0 }, b, i), N.rotation = 0);
          }, O.prototype.createLabel = function(N, C, b) {
            var w = this.axis, v = w.chart;
            return (N = H(C) && b.enabled ? v.renderer.text(C, N.x, N.y, b.useHTML).add(w.labelGroup) : null) && (v.styledMode || N.css(d(b.style)), N.textPxLength = N.getBBox().width), N;
          }, O.prototype.destroy = function() {
            W(
              this,
              this.axis
            );
          }, O.prototype.getPosition = function(N, C, b, w) {
            var v = this.axis, a = v.chart, c = w && a.oldChartHeight || a.chartHeight;
            return N = { x: N ? U(v.translate(C + b, null, null, w) + v.transB) : v.left + v.offset + (v.opposite ? (w && a.oldChartWidth || a.chartWidth) - v.right - v.left : 0), y: N ? c - v.bottom + v.offset - (v.opposite ? v.height : 0) : U(c - v.translate(C + b, null, null, w) - v.transB) }, N.y = F(N.y, -1e5, 1e5), S(this, "afterGetPosition", { pos: N }), N;
          }, O.prototype.getLabelPosition = function(N, C, b, w, v, a, c, p) {
            var i = this.axis, l = i.transA, s = i.isLinked && i.linkedParent ? i.linkedParent.reversed : i.reversed, t = i.staggerLines, o = i.tickRotCorr || { x: 0, y: 0 }, n = w || i.reserveSpaceDefault ? 0 : -i.labelOffset * (i.labelAlign === "center" ? 0.5 : 1), A = {}, _ = v.y;
            return H(_) || (_ = i.side === 0 ? b.rotation ? -8 : -b.getBBox().height : i.side === 2 ? o.y + 8 : Math.cos(b.rotation * Z) * (o.y - b.getBBox(!1, 0).height / 2)), N = N + v.x + n + o.x - (a && w ? a * l * (s ? -1 : 1) : 0), C = C + _ - (a && !w ? a * l * (s ? 1 : -1) : 0), t && (b = c / (p || 1) % t, i.opposite && (b = t - b - 1), C += i.labelOffset / t * b), A.x = N, A.y = Math.round(C), S(this, "afterGetLabelPosition", { pos: A, tickmarkOffset: a, index: c }), A;
          }, O.prototype.getLabelSize = function() {
            return this.label ? this.label.getBBox()[this.axis.horiz ? "height" : "width"] : 0;
          }, O.prototype.getMarkPath = function(N, C, b, w, v, a) {
            return a.crispLine([["M", N, C], ["L", N + (v ? 0 : -b), C + (v ? b : 0)]], w);
          }, O.prototype.handleOverflow = function(N) {
            var C = this.axis, b = C.options.labels, w = N.x, v = C.chart.chartWidth, a = C.chart.spacing, c = P(C.labelLeft, Math.min(C.pos, a[3]));
            a = P(C.labelRight, Math.max(C.isRadial ? 0 : C.pos + C.len, v - a[1]));
            var p = this.label, i = this.rotation, l = { left: 0, center: 0.5, right: 1 }[C.labelAlign || p.attr("align")], s = p.getBBox().width, t = C.getSlotWidth(this), o = {}, n = t, A = 1, _;
            i || b.overflow !== "justify" ? 0 > i && w - l * s < c ? _ = Math.round(w / Math.cos(i * Z) - c) : 0 < i && w + l * s > a && (_ = Math.round((v - w) / Math.cos(i * Z))) : (v = w + (1 - l) * s, w - l * s < c ? n = N.x + n * (1 - l) - c : v > a && (n = a - N.x + n * l, A = -1), n = Math.min(t, n), n < t && C.labelAlign === "center" && (N.x += A * (t - n - l * (t - Math.min(s, n)))), (s > n || C.autoRotation && (p.styles || {}).width) && (_ = n)), _ && (this.shortenLabel ? this.shortenLabel() : (o.width = Math.floor(_) + "px", (b.style || {}).textOverflow || (o.textOverflow = "ellipsis"), p.css(o)));
          }, O.prototype.moveLabel = function(N, C) {
            var b = this, w = b.label, v = b.axis, a = v.reversed, c = !1;
            if (w && w.textStr === N ? (b.movedLabel = w, c = !0, delete b.label) : u(v.ticks, function(i) {
              c || i.isNew || i === b || !i.label || i.label.textStr !== N || (b.movedLabel = i.label, c = !0, i.labelPos = b.movedLabel.xy, delete i.label);
            }), !c && (b.labelPos || w)) {
              var p = b.labelPos || w.xy;
              w = v.horiz ? a ? 0 : v.width + v.left : p.x, v = v.horiz ? p.y : a ? v.width + v.left : 0, b.movedLabel = b.createLabel({ x: w, y: v }, N, C), b.movedLabel && b.movedLabel.attr({ opacity: 0 });
            }
          }, O.prototype.render = function(N, C, b) {
            var w = this.axis, v = w.horiz, a = this.pos, c = P(this.tickmarkOffset, w.tickmarkOffset);
            a = this.getPosition(v, a, c, C), c = a.x;
            var p = a.y;
            w = v && c === w.pos + w.len || !v && p === w.pos ? -1 : 1, v = P(b, this.label && this.label.newOpacity, 1), b = P(b, 1), this.isActive = !0, this.renderGridLine(C, b, w), this.renderMark(a, b, w), this.renderLabel(a, C, v, N), this.isNew = !1, S(this, "afterRender");
          }, O.prototype.renderGridLine = function(N, C, b) {
            var w = this.axis, v = w.options, a = {}, c = this.pos, p = this.type, i = P(
              this.tickmarkOffset,
              w.tickmarkOffset
            ), l = w.chart.renderer, s = this.gridLine, t = v.gridLineWidth, o = v.gridLineColor, n = v.gridLineDashStyle;
            this.type === "minor" && (t = v.minorGridLineWidth, o = v.minorGridLineColor, n = v.minorGridLineDashStyle), s || (w.chart.styledMode || (a.stroke = o, a["stroke-width"] = t || 0, a.dashstyle = n), p || (a.zIndex = 1), N && (C = 0), this.gridLine = s = l.path().attr(a).addClass("highcharts-" + (p ? p + "-" : "") + "grid-line").add(w.gridGroup)), s && (b = w.getPlotLinePath({ value: c + i, lineWidth: s.strokeWidth() * b, force: "pass", old: N })) && s[N || this.isNew ? "attr" : "animate"]({ d: b, opacity: C });
          }, O.prototype.renderMark = function(N, C, b) {
            var w = this.axis, v = w.options, a = w.chart.renderer, c = this.type, p = w.tickSize(c ? c + "Tick" : "tick"), i = N.x;
            N = N.y;
            var l = P(v[c !== "minor" ? "tickWidth" : "minorTickWidth"], !c && w.isXAxis ? 1 : 0);
            v = v[c !== "minor" ? "tickColor" : "minorTickColor"];
            var s = this.mark, t = !s;
            p && (w.opposite && (p[0] = -p[0]), s || (this.mark = s = a.path().addClass("highcharts-" + (c ? c + "-" : "") + "tick").add(w.axisGroup), w.chart.styledMode || s.attr({ stroke: v, "stroke-width": l })), s[t ? "attr" : "animate"]({ d: this.getMarkPath(
              i,
              N,
              p[0],
              s.strokeWidth() * b,
              w.horiz,
              a
            ), opacity: C }));
          }, O.prototype.renderLabel = function(N, C, b, w) {
            var v = this.axis, a = v.horiz, c = v.options, p = this.label, i = c.labels, l = i.step;
            v = P(this.tickmarkOffset, v.tickmarkOffset);
            var s = N.x;
            N = N.y;
            var t = !0;
            p && x(s) && (p.xy = N = this.getLabelPosition(s, N, p, a, i, v, w, l), this.isFirst && !this.isLast && !c.showFirstLabel || this.isLast && !this.isFirst && !c.showLastLabel ? t = !1 : !a || i.step || i.rotation || C || b === 0 || this.handleOverflow(N), l && w % l && (t = !1), t && x(N.y) ? (N.opacity = b, p[this.isNewLabel ? "attr" : "animate"](N), this.isNewLabel = !1) : (p.attr("y", -9999), this.isNewLabel = !0));
          }, O.prototype.replaceMovedLabel = function() {
            var N = this.label, C = this.axis, b = C.reversed;
            if (N && !this.isNew) {
              var w = C.horiz ? b ? C.left : C.width + C.left : N.xy.x;
              b = C.horiz ? N.xy.y : b ? C.width + C.top : C.top, N.animate({ x: w, y: b, opacity: 0 }, void 0, N.destroy), delete this.label;
            }
            C.isDirty = !0, this.label = this.movedLabel, delete this.movedLabel;
          }, O;
        }(), B;
      }
    ), E(h, "Core/Axis/Axis.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/Axis/AxisDefaults.js"],
      h["Core/Color/Color.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Foundation.js"],
      h["Core/Globals.js"],
      h["Core/Axis/Tick.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U, H, W) {
      var R = y.animObject, S = Z.defaultOptions, x = F.registerEventOptions, d = U.deg2rad, u = W.arrayMax, P = W.arrayMin, O = W.clamp, N = W.correctFloat, C = W.defined, b = W.destroyObjectProperties, w = W.erase, v = W.error, a = W.extend, c = W.fireEvent, p = W.getMagnitude, i = W.isArray, l = W.isNumber, s = W.isString, t = W.merge, o = W.normalizeTickInterval, n = W.objectEach, A = W.pick, _ = W.relativeLength, D = W.removeEvent, j = W.splat, T = W.syncTimeout;
      return y = function() {
        function X(g, m) {
          this.zoomEnabled = this.width = this.visible = this.userOptions = this.translationSlope = this.transB = this.transA = this.top = this.ticks = this.tickRotCorr = this.tickPositions = this.tickmarkOffset = this.tickInterval = this.tickAmount = this.side = this.series = this.right = this.positiveValuesOnly = this.pos = this.pointRangePadding = this.pointRange = this.plotLinesAndBandsGroups = this.plotLinesAndBands = this.paddedTicks = this.overlap = this.options = this.offset = this.names = this.minPixelPadding = this.minorTicks = this.minorTickInterval = this.min = this.maxLabelLength = this.max = this.len = this.left = this.labelFormatter = this.labelEdge = this.isLinked = this.height = this.hasVisibleSeries = this.hasNames = this.eventOptions = this.coll = this.closestPointRange = this.chart = this.categories = this.bottom = this.alternateBands = void 0, this.init(g, m);
        }
        return X.prototype.init = function(g, m) {
          var L = m.isX;
          this.chart = g, this.horiz = g.inverted && !this.isZAxis ? !L : L, this.isXAxis = L, this.coll = this.coll || (L ? "xAxis" : "yAxis"), c(this, "init", { userOptions: m }), this.opposite = A(m.opposite, this.opposite), this.side = A(m.side, this.side, this.horiz ? this.opposite ? 0 : 2 : this.opposite ? 1 : 3), this.setOptions(m);
          var Y = this.options, V = Y.labels, Q = Y.type;
          this.userOptions = m, this.minPixelPadding = 0, this.reversed = A(Y.reversed, this.reversed), this.visible = Y.visible, this.zoomEnabled = Y.zoomEnabled, this.hasNames = Q === "category" || Y.categories === !0, this.categories = Y.categories || this.hasNames, this.names || (this.names = [], this.names.keys = {}), this.plotLinesAndBandsGroups = {}, this.positiveValuesOnly = !!this.logarithmic, this.isLinked = C(Y.linkedTo), this.ticks = {}, this.labelEdge = [], this.minorTicks = {}, this.plotLinesAndBands = [], this.alternateBands = {}, this.len = 0, this.minRange = this.userMinRange = Y.minRange || Y.maxZoom, this.range = Y.range, this.offset = Y.offset || 0, this.min = this.max = null, m = A(Y.crosshair, j(g.options.tooltip.crosshairs)[L ? 0 : 1]), this.crosshair = m === !0 ? {} : m, g.axes.indexOf(this) === -1 && (L ? g.axes.splice(g.xAxis.length, 0, this) : g.axes.push(this), g[this.coll].push(this)), this.series = this.series || [], g.inverted && !this.isZAxis && L && typeof this.reversed > "u" && (this.reversed = !0), this.labelRotation = l(V.rotation) ? V.rotation : void 0, x(this, Y), c(this, "afterInit");
        }, X.prototype.setOptions = function(g) {
          this.options = t(B.defaultXAxisOptions, this.coll === "yAxis" && B.defaultYAxisOptions, [B.defaultTopAxisOptions, B.defaultRightAxisOptions, B.defaultBottomAxisOptions, B.defaultLeftAxisOptions][this.side], t(S[this.coll], g)), c(this, "afterSetOptions", { userOptions: g });
        }, X.prototype.defaultLabelFormatter = function(g) {
          var m = this.axis;
          g = this.chart.numberFormatter;
          var L = l(this.value) ? this.value : NaN, Y = m.chart.time, V = this.dateTimeLabelFormat, Q = S.lang, k = Q.numericSymbols;
          Q = Q.numericSymbolMagnitude || 1e3;
          var G = m.logarithmic ? Math.abs(L) : m.tickInterval, z = k && k.length;
          if (m.categories)
            var $ = "" + this.value;
          else if (V)
            $ = Y.dateFormat(V, L);
          else if (z && 1e3 <= G)
            for (; z-- && typeof $ > "u"; )
              m = Math.pow(Q, z + 1), G >= m && 10 * L % m === 0 && k[z] !== null && L !== 0 && ($ = g(L / m, -1) + k[z]);
          return typeof $ > "u" && ($ = 1e4 <= Math.abs(L) ? g(L, -1) : g(L, -1, void 0, "")), $;
        }, X.prototype.getSeriesExtremes = function() {
          var g = this, m = g.chart, L;
          c(this, "getSeriesExtremes", null, function() {
            g.hasVisibleSeries = !1, g.dataMin = g.dataMax = g.threshold = null, g.softThreshold = !g.isXAxis, g.stacking && g.stacking.buildStacks(), g.series.forEach(function(Y) {
              if (Y.visible || !m.options.chart.ignoreHiddenSeries) {
                var V = Y.options, Q = V.threshold;
                if (g.hasVisibleSeries = !0, g.positiveValuesOnly && 0 >= Q && (Q = null), g.isXAxis) {
                  if (V = Y.xData, V.length) {
                    V = g.logarithmic ? V.filter(g.validatePositiveValue) : V, L = Y.getXExtremes(V);
                    var k = L.min, G = L.max;
                    l(k) || k instanceof Date || (V = V.filter(l), L = Y.getXExtremes(V), k = L.min, G = L.max), V.length && (g.dataMin = Math.min(A(g.dataMin, k), k), g.dataMax = Math.max(A(g.dataMax, G), G));
                  }
                } else
                  Y = Y.applyExtremes(), l(Y.dataMin) && (k = Y.dataMin, g.dataMin = Math.min(A(g.dataMin, k), k)), l(Y.dataMax) && (G = Y.dataMax, g.dataMax = Math.max(A(g.dataMax, G), G)), C(Q) && (g.threshold = Q), (!V.softThreshold || g.positiveValuesOnly) && (g.softThreshold = !1);
              }
            });
          }), c(this, "afterGetSeriesExtremes");
        }, X.prototype.translate = function(g, m, L, Y, V, Q) {
          var k = this.linkedParent || this, G = Y && k.old ? k.old.min : k.min, z = k.minPixelPadding;
          V = (k.isOrdinal || k.brokenAxis && k.brokenAxis.hasBreaks || k.logarithmic && V) && k.lin2val;
          var $ = 1, q = 0;
          return Y = Y && k.old ? k.old.transA : k.transA, Y || (Y = k.transA), L && ($ *= -1, q = k.len), k.reversed && ($ *= -1, q -= $ * (k.sector || k.len)), m ? (g = (g * $ + q - z) / Y + G, V && (g = k.lin2val(g))) : (V && (g = k.val2lin(g)), g = l(G) ? $ * (g - G) * Y + q + $ * z + (l(Q) ? Y * Q : 0) : void 0), g;
        }, X.prototype.toPixels = function(g, m) {
          return this.translate(
            g,
            !1,
            !this.horiz,
            null,
            !0
          ) + (m ? 0 : this.pos);
        }, X.prototype.toValue = function(g, m) {
          return this.translate(g - (m ? 0 : this.pos), !0, !this.horiz, null, !0);
        }, X.prototype.getPlotLinePath = function(g) {
          function m(at, J, tt) {
            return (nt !== "pass" && at < J || at > tt) && (nt ? at = O(at, J, tt) : lt = !0), at;
          }
          var L = this, Y = L.chart, V = L.left, Q = L.top, k = g.old, G = g.value, z = g.lineWidth, $ = k && Y.oldChartHeight || Y.chartHeight, q = k && Y.oldChartWidth || Y.chartWidth, it = L.transB, et = g.translatedValue, nt = g.force, rt, ct, gt, dt, lt;
          return g = {
            value: G,
            lineWidth: z,
            old: k,
            force: nt,
            acrossPanes: g.acrossPanes,
            translatedValue: et
          }, c(this, "getPlotLinePath", g, function(at) {
            et = A(et, L.translate(G, null, null, k)), et = O(et, -1e5, 1e5), rt = gt = Math.round(et + it), ct = dt = Math.round($ - et - it), l(et) ? L.horiz ? (ct = Q, dt = $ - L.bottom, rt = gt = m(rt, V, V + L.width)) : (rt = V, gt = q - L.right, ct = dt = m(ct, Q, Q + L.height)) : (lt = !0, nt = !1), at.path = lt && !nt ? null : Y.renderer.crispLine([["M", rt, ct], ["L", gt, dt]], z || 1);
          }), g.path;
        }, X.prototype.getLinearTickPositions = function(g, m, L) {
          var Y = N(Math.floor(m / g) * g);
          L = N(Math.ceil(L / g) * g);
          var V = [], Q;
          if (N(Y + g) === Y && (Q = 20), this.single)
            return [m];
          for (m = Y; m <= L && (V.push(m), m = N(m + g, Q), m !== k); )
            var k = m;
          return V;
        }, X.prototype.getMinorTickInterval = function() {
          var g = this.options;
          return g.minorTicks === !0 ? A(g.minorTickInterval, "auto") : g.minorTicks === !1 ? null : g.minorTickInterval;
        }, X.prototype.getMinorTickPositions = function() {
          var g = this.options, m = this.tickPositions, L = this.minorTickInterval, Y = this.pointRangePadding || 0, V = this.min - Y;
          Y = this.max + Y;
          var Q = Y - V, k = [];
          if (Q && Q / L < this.len / 3) {
            var G = this.logarithmic;
            if (G)
              this.paddedTicks.forEach(function(z, $, q) {
                $ && k.push.apply(
                  k,
                  G.getLogTickPositions(L, q[$ - 1], q[$], !0)
                );
              });
            else if (this.dateTime && this.getMinorTickInterval() === "auto")
              k = k.concat(this.getTimeTicks(this.dateTime.normalizeTimeTickInterval(L), V, Y, g.startOfWeek));
            else
              for (g = V + (m[0] - V) % L; g <= Y && g !== k[0]; g += L)
                k.push(g);
          }
          return k.length !== 0 && this.trimTicks(k), k;
        }, X.prototype.adjustForMinRange = function() {
          var g = this.options, m = this.logarithmic, L = this.min, Y = this.max, V = 0, Q, k, G, z;
          if (this.isXAxis && typeof this.minRange > "u" && !m && (C(g.min) || C(g.max) || C(g.floor) || C(g.ceiling) ? this.minRange = null : (this.series.forEach(function(et) {
            if (G = et.xData, z = et.xIncrement ? 1 : G.length - 1, 1 < G.length)
              for (Q = z; 0 < Q; Q--)
                k = G[Q] - G[Q - 1], (!V || k < V) && (V = k);
          }), this.minRange = Math.min(5 * V, this.dataMax - this.dataMin))), Y - L < this.minRange) {
            var $ = this.dataMax - this.dataMin >= this.minRange, q = this.minRange, it = (q - Y + L) / 2;
            it = [L - it, A(g.min, L - it)], $ && (it[2] = this.logarithmic ? this.logarithmic.log2lin(this.dataMin) : this.dataMin), L = u(it), Y = [L + q, A(g.max, L + q)], $ && (Y[2] = m ? m.log2lin(this.dataMax) : this.dataMax), Y = P(Y), Y - L < q && (it[0] = Y - q, it[1] = A(g.min, Y - q), L = u(it));
          }
          this.min = L, this.max = Y;
        }, X.prototype.getClosest = function() {
          var g;
          return this.categories ? g = 1 : this.series.forEach(function(m) {
            var L = m.closestPointRange, Y = m.visible || !m.chart.options.chart.ignoreHiddenSeries;
            !m.noSharedTooltip && C(L) && Y && (g = C(g) ? Math.min(g, L) : L);
          }), g;
        }, X.prototype.nameToX = function(g) {
          var m = i(this.categories), L = m ? this.categories : this.names, Y = g.options.x;
          if (g.series.requireSorting = !1, C(Y) || (Y = this.options.uniqueNames ? m ? L.indexOf(g.name) : A(L.keys[g.name], -1) : g.series.autoIncrement()), Y === -1) {
            if (!m)
              var V = L.length;
          } else
            V = Y;
          return typeof V < "u" && (this.names[V] = g.name, this.names.keys[g.name] = V), V;
        }, X.prototype.updateNames = function() {
          var g = this, m = this.names;
          0 < m.length && (Object.keys(m.keys).forEach(function(L) {
            delete m.keys[L];
          }), m.length = 0, this.minRange = this.userMinRange, (this.series || []).forEach(function(L) {
            L.xIncrement = null, (!L.points || L.isDirtyData) && (g.max = Math.max(g.max, L.xData.length - 1), L.processData(), L.generatePoints()), L.data.forEach(function(Y, V) {
              if (Y && Y.options && typeof Y.name < "u") {
                var Q = g.nameToX(Y);
                typeof Q < "u" && Q !== Y.x && (Y.x = Q, L.xData[V] = Q);
              }
            });
          }));
        }, X.prototype.setAxisTranslation = function() {
          var g = this, m = g.max - g.min, L = g.linkedParent, Y = !!g.categories, V = g.isXAxis, Q = g.axisPointRange || 0, k = 0, G = 0, z = g.transA;
          if (V || Y || Q) {
            var $ = g.getClosest();
            L ? (k = L.minPointOffset, G = L.pointRangePadding) : g.series.forEach(function(q) {
              var it = Y ? 1 : V ? A(q.options.pointRange, $, 0) : g.axisPointRange || 0, et = q.options.pointPlacement;
              Q = Math.max(Q, it), (!g.single || Y) && (q = q.is("xrange") ? !V : V, k = Math.max(k, q && s(et) ? 0 : it / 2), G = Math.max(G, q && et === "on" ? 0 : it));
            }), L = g.ordinal && g.ordinal.slope && $ ? g.ordinal.slope / $ : 1, g.minPointOffset = k *= L, g.pointRangePadding = G *= L, g.pointRange = Math.min(Q, g.single && Y ? 1 : m), V && (g.closestPointRange = $);
          }
          g.translationSlope = g.transA = z = g.staticScale || g.len / (m + G || 1), g.transB = g.horiz ? g.left : g.bottom, g.minPixelPadding = z * k, c(this, "afterSetAxisTranslation");
        }, X.prototype.minFromRange = function() {
          return this.max - this.range;
        }, X.prototype.setTickInterval = function(g) {
          var m = this.chart, L = this.logarithmic, Y = this.options, V = this.isXAxis, Q = this.isLinked, k = Y.tickPixelInterval, G = this.categories, z = this.softThreshold, $ = Y.maxPadding, q = Y.minPadding, it = l(Y.tickInterval) && 0 <= Y.tickInterval ? Y.tickInterval : void 0, et = l(this.threshold) ? this.threshold : null;
          this.dateTime || G || Q || this.getTickAmount();
          var nt = A(this.userMin, Y.min), rt = A(this.userMax, Y.max);
          if (Q) {
            this.linkedParent = m[this.coll][Y.linkedTo];
            var ct = this.linkedParent.getExtremes();
            this.min = A(ct.min, ct.dataMin), this.max = A(ct.max, ct.dataMax), Y.type !== this.linkedParent.options.type && v(11, 1, m);
          } else {
            if (z && C(et)) {
              if (this.dataMin >= et)
                ct = et, q = 0;
              else if (this.dataMax <= et) {
                var gt = et;
                $ = 0;
              }
            }
            this.min = A(nt, ct, this.dataMin), this.max = A(rt, gt, this.dataMax);
          }
          if (L && (this.positiveValuesOnly && !g && 0 >= Math.min(this.min, A(this.dataMin, this.min)) && v(10, 1, m), this.min = N(L.log2lin(this.min), 16), this.max = N(L.log2lin(this.max), 16)), this.range && C(this.max) && (this.userMin = this.min = nt = Math.max(this.dataMin, this.minFromRange()), this.userMax = rt = this.max, this.range = null), c(this, "foundExtremes"), this.beforePadding && this.beforePadding(), this.adjustForMinRange(), !(G || this.axisPointRange || this.stacking && this.stacking.usePercentage || Q) && C(this.min) && C(this.max) && (m = this.max - this.min) && (!C(nt) && q && (this.min -= m * q), !C(rt) && $ && (this.max += m * $)), l(this.userMin) || (l(Y.softMin) && Y.softMin < this.min && (this.min = nt = Y.softMin), l(Y.floor) && (this.min = Math.max(this.min, Y.floor))), l(this.userMax) || (l(Y.softMax) && Y.softMax > this.max && (this.max = rt = Y.softMax), l(Y.ceiling) && (this.max = Math.min(this.max, Y.ceiling))), z && C(this.dataMin) && (et = et || 0, !C(nt) && this.min < et && this.dataMin >= et ? this.min = this.options.minRange ? Math.min(et, this.max - this.minRange) : et : !C(rt) && this.max > et && this.dataMax <= et && (this.max = this.options.minRange ? Math.max(et, this.min + this.minRange) : et)), l(this.min) && l(this.max) && !this.chart.polar && this.min > this.max && (C(this.options.min) ? this.max = this.min : C(this.options.max) && (this.min = this.max)), this.tickInterval = this.min === this.max || typeof this.min > "u" || typeof this.max > "u" ? 1 : Q && this.linkedParent && !it && k === this.linkedParent.options.tickPixelInterval ? it = this.linkedParent.tickInterval : A(it, this.tickAmount ? (this.max - this.min) / Math.max(this.tickAmount - 1, 1) : void 0, G ? 1 : (this.max - this.min) * k / Math.max(this.len, k)), V && !g) {
            var dt = this.min !== (this.old && this.old.min) || this.max !== (this.old && this.old.max);
            this.series.forEach(function(lt) {
              lt.forceCrop = lt.forceCropping && lt.forceCropping(), lt.processData(dt);
            }), c(this, "postProcessData", { hasExtemesChanged: dt });
          }
          this.setAxisTranslation(), c(this, "initialAxisTranslation"), this.pointRange && !it && (this.tickInterval = Math.max(this.pointRange, this.tickInterval)), g = A(Y.minTickInterval, this.dateTime && !this.series.some(function(lt) {
            return lt.noSharedTooltip;
          }) ? this.closestPointRange : 0), !it && this.tickInterval < g && (this.tickInterval = g), this.dateTime || this.logarithmic || it || (this.tickInterval = o(this.tickInterval, void 0, p(this.tickInterval), A(Y.allowDecimals, 0.5 > this.tickInterval || this.tickAmount !== void 0), !!this.tickAmount)), this.tickAmount || (this.tickInterval = this.unsquish()), this.setTickPositions();
        }, X.prototype.setTickPositions = function() {
          var g = this.options, m = g.tickPositions, L = this.getMinorTickInterval(), Y = this.hasVerticalPanning(), V = this.coll === "colorAxis", Q = (V || !Y) && g.startOnTick;
          Y = (V || !Y) && g.endOnTick, V = g.tickPositioner, this.tickmarkOffset = this.categories && g.tickmarkPlacement === "between" && this.tickInterval === 1 ? 0.5 : 0, this.minorTickInterval = L === "auto" && this.tickInterval ? this.tickInterval / 5 : L, this.single = this.min === this.max && C(this.min) && !this.tickAmount && (parseInt(this.min, 10) === this.min || g.allowDecimals !== !1), this.tickPositions = L = m && m.slice(), !L && (this.ordinal && this.ordinal.positions || !((this.max - this.min) / this.tickInterval > Math.max(2 * this.len, 200)) ? L = this.dateTime ? this.getTimeTicks(this.dateTime.normalizeTimeTickInterval(this.tickInterval, g.units), this.min, this.max, g.startOfWeek, this.ordinal && this.ordinal.positions, this.closestPointRange, !0) : this.logarithmic ? this.logarithmic.getLogTickPositions(this.tickInterval, this.min, this.max) : this.getLinearTickPositions(
            this.tickInterval,
            this.min,
            this.max
          ) : (L = [this.min, this.max], v(19, !1, this.chart)), L.length > this.len && (L = [L[0], L.pop()], L[0] === L[1] && (L.length = 1)), this.tickPositions = L, V && (V = V.apply(this, [this.min, this.max]))) && (this.tickPositions = L = V), this.paddedTicks = L.slice(0), this.trimTicks(L, Q, Y), this.isLinked || (this.single && 2 > L.length && !this.categories && !this.series.some(function(k) {
            return k.is("heatmap") && k.options.pointPlacement === "between";
          }) && (this.min -= 0.5, this.max += 0.5), m || V || this.adjustTickAmount()), c(this, "afterSetTickPositions");
        }, X.prototype.trimTicks = function(g, m, L) {
          var Y = g[0], V = g[g.length - 1], Q = !this.isOrdinal && this.minPointOffset || 0;
          if (c(this, "trimTicks"), !this.isLinked) {
            if (m && Y !== -1 / 0)
              this.min = Y;
            else
              for (; this.min - Q > g[0]; )
                g.shift();
            if (L)
              this.max = V;
            else
              for (; this.max + Q < g[g.length - 1]; )
                g.pop();
            g.length === 0 && C(Y) && !this.options.tickPositions && g.push((V + Y) / 2);
          }
        }, X.prototype.alignToOthers = function() {
          var g = {}, m = this.options, L;
          return this.chart.options.chart.alignTicks !== !1 && m.alignTicks && m.startOnTick !== !1 && m.endOnTick !== !1 && !this.logarithmic && this.chart[this.coll].forEach(function(Y) {
            var V = Y.options;
            V = [Y.horiz ? V.left : V.top, V.width, V.height, V.pane].join(), Y.series.length && (g[V] ? L = !0 : g[V] = 1);
          }), L;
        }, X.prototype.getTickAmount = function() {
          var g = this.options, m = g.tickPixelInterval, L = g.tickAmount;
          !C(g.tickInterval) && !L && this.len < m && !this.isRadial && !this.logarithmic && g.startOnTick && g.endOnTick && (L = 2), !L && this.alignToOthers() && (L = Math.ceil(this.len / m) + 1), 4 > L && (this.finalTickAmt = L, L = 5), this.tickAmount = L;
        }, X.prototype.adjustTickAmount = function() {
          var g = this.options, m = this.tickInterval, L = this.tickPositions, Y = this.tickAmount, V = this.finalTickAmt, Q = L && L.length, k = A(this.threshold, this.softThreshold ? 0 : null);
          if (this.hasData() && l(this.min) && l(this.max)) {
            if (Q < Y) {
              for (; L.length < Y; )
                L.length % 2 || this.min === k ? L.push(N(L[L.length - 1] + m)) : L.unshift(N(L[0] - m));
              this.transA *= (Q - 1) / (Y - 1), this.min = g.startOnTick ? L[0] : Math.min(this.min, L[0]), this.max = g.endOnTick ? L[L.length - 1] : Math.max(this.max, L[L.length - 1]);
            } else
              Q > Y && (this.tickInterval *= 2, this.setTickPositions());
            if (C(V)) {
              for (m = g = L.length; m--; )
                (V === 3 && m % 2 === 1 || 2 >= V && 0 < m && m < g - 1) && L.splice(m, 1);
              this.finalTickAmt = void 0;
            }
          }
        }, X.prototype.setScale = function() {
          var g = !1, m = !1;
          this.series.forEach(function(Y) {
            g = g || Y.isDirtyData || Y.isDirty, m = m || Y.xAxis && Y.xAxis.isDirty || !1;
          }), this.setAxisSize();
          var L = this.len !== (this.old && this.old.len);
          L || g || m || this.isLinked || this.forceRedraw || this.userMin !== (this.old && this.old.userMin) || this.userMax !== (this.old && this.old.userMax) || this.alignToOthers() ? (this.stacking && this.stacking.resetStacks(), this.forceRedraw = !1, this.getSeriesExtremes(), this.setTickInterval(), this.isDirty || (this.isDirty = L || this.min !== (this.old && this.old.min) || this.max !== (this.old && this.old.max))) : this.stacking && this.stacking.cleanStacks(), g && this.panningState && (this.panningState.isDirty = !0), c(this, "afterSetScale");
        }, X.prototype.setExtremes = function(g, m, L, Y, V) {
          var Q = this, k = Q.chart;
          L = A(L, !0), Q.series.forEach(function(G) {
            delete G.kdTree;
          }), V = a(V, { min: g, max: m }), c(Q, "setExtremes", V, function() {
            Q.userMin = g, Q.userMax = m, Q.eventArgs = V, L && k.redraw(Y);
          });
        }, X.prototype.zoom = function(g, m) {
          var L = this, Y = this.dataMin, V = this.dataMax, Q = this.options, k = Math.min(Y, A(Q.min, Y)), G = Math.max(V, A(Q.max, V));
          return g = { newMin: g, newMax: m }, c(this, "zoom", g, function(z) {
            var $ = z.newMin, q = z.newMax;
            ($ !== L.min || q !== L.max) && (L.allowZoomOutside || (C(Y) && ($ < k && ($ = k), $ > G && ($ = G)), C(V) && (q < k && (q = k), q > G && (q = G))), L.displayBtn = typeof $ < "u" || typeof q < "u", L.setExtremes($, q, !1, void 0, { trigger: "zoom" })), z.zoomed = !0;
          }), g.zoomed;
        }, X.prototype.setAxisSize = function() {
          var g = this.chart, m = this.options, L = m.offsets || [0, 0, 0, 0], Y = this.horiz, V = this.width = Math.round(_(A(m.width, g.plotWidth - L[3] + L[1]), g.plotWidth)), Q = this.height = Math.round(_(A(m.height, g.plotHeight - L[0] + L[2]), g.plotHeight)), k = this.top = Math.round(_(A(m.top, g.plotTop + L[0]), g.plotHeight, g.plotTop));
          m = this.left = Math.round(_(A(m.left, g.plotLeft + L[3]), g.plotWidth, g.plotLeft)), this.bottom = g.chartHeight - Q - k, this.right = g.chartWidth - V - m, this.len = Math.max(Y ? V : Q, 0), this.pos = Y ? m : k;
        }, X.prototype.getExtremes = function() {
          var g = this.logarithmic;
          return { min: g ? N(g.lin2log(this.min)) : this.min, max: g ? N(g.lin2log(this.max)) : this.max, dataMin: this.dataMin, dataMax: this.dataMax, userMin: this.userMin, userMax: this.userMax };
        }, X.prototype.getThreshold = function(g) {
          var m = this.logarithmic, L = m ? m.lin2log(this.min) : this.min;
          return m = m ? m.lin2log(this.max) : this.max, g === null || g === -1 / 0 ? g = L : g === 1 / 0 ? g = m : L > g ? g = L : m < g && (g = m), this.translate(g, 0, 1, 0, 1);
        }, X.prototype.autoLabelAlign = function(g) {
          var m = (A(g, 0) - 90 * this.side + 720) % 360;
          return g = { align: "center" }, c(
            this,
            "autoLabelAlign",
            g,
            function(L) {
              15 < m && 165 > m ? L.align = "right" : 195 < m && 345 > m && (L.align = "left");
            }
          ), g.align;
        }, X.prototype.tickSize = function(g) {
          var m = this.options, L = A(m[g === "tick" ? "tickWidth" : "minorTickWidth"], g === "tick" && this.isXAxis && !this.categories ? 1 : 0), Y = m[g === "tick" ? "tickLength" : "minorTickLength"];
          if (L && Y) {
            m[g + "Position"] === "inside" && (Y = -Y);
            var V = [Y, L];
          }
          return g = { tickSize: V }, c(this, "afterTickSize", g), g.tickSize;
        }, X.prototype.labelMetrics = function() {
          var g = this.tickPositions && this.tickPositions[0] || 0;
          return this.chart.renderer.fontMetrics(
            this.options.labels.style.fontSize,
            this.ticks[g] && this.ticks[g].label
          );
        }, X.prototype.unsquish = function() {
          var g = this.options.labels, m = this.horiz, L = this.tickInterval, Y = this.len / (((this.categories ? 1 : 0) + this.max - this.min) / L), V = g.rotation, Q = this.labelMetrics(), k = Math.max(this.max - this.min, 0), G = function(nt) {
            var rt = nt / (Y || 1);
            return rt = 1 < rt ? Math.ceil(rt) : 1, rt * L > k && nt !== 1 / 0 && Y !== 1 / 0 && k && (rt = Math.ceil(k / L)), N(rt * L);
          }, z = L, $, q, it = Number.MAX_VALUE;
          if (m) {
            if (!g.staggerLines && !g.step)
              if (l(V))
                var et = [V];
              else
                Y < g.autoRotationLimit && (et = g.autoRotation);
            et && et.forEach(function(nt) {
              if (nt === V || nt && -90 <= nt && 90 >= nt) {
                q = G(Math.abs(Q.h / Math.sin(d * nt)));
                var rt = q + Math.abs(nt / 360);
                rt < it && (it = rt, $ = nt, z = q);
              }
            });
          } else
            g.step || (z = G(Q.h));
          return this.autoRotation = et, this.labelRotation = A($, l(V) ? V : 0), z;
        }, X.prototype.getSlotWidth = function(g) {
          var m = this.chart, L = this.horiz, Y = this.options.labels, V = Math.max(this.tickPositions.length - (this.categories ? 0 : 1), 1), Q = m.margin[3];
          if (g && l(g.slotWidth))
            return g.slotWidth;
          if (L && 2 > Y.step)
            return Y.rotation ? 0 : (this.staggerLines || 1) * this.len / V;
          if (!L) {
            if (g = Y.style.width, g !== void 0)
              return parseInt(String(g), 10);
            if (Q)
              return Q - m.spacing[3];
          }
          return 0.33 * m.chartWidth;
        }, X.prototype.renderUnsquish = function() {
          var g = this.chart, m = g.renderer, L = this.tickPositions, Y = this.ticks, V = this.options.labels, Q = V.style, k = this.horiz, G = this.getSlotWidth(), z = Math.max(1, Math.round(G - 2 * V.padding)), $ = {}, q = this.labelMetrics(), it = Q.textOverflow, et = 0;
          if (s(V.rotation) || ($.rotation = V.rotation || 0), L.forEach(function(gt) {
            gt = Y[gt], gt.movedLabel && gt.replaceMovedLabel(), gt && gt.label && gt.label.textPxLength > et && (et = gt.label.textPxLength);
          }), this.maxLabelLength = et, this.autoRotation)
            et > z && et > q.h ? $.rotation = this.labelRotation : this.labelRotation = 0;
          else if (G) {
            var nt = z;
            if (!it) {
              var rt = "clip";
              for (z = L.length; !k && z--; ) {
                var ct = L[z];
                (ct = Y[ct].label) && (ct.styles && ct.styles.textOverflow === "ellipsis" ? ct.css({ textOverflow: "clip" }) : ct.textPxLength > G && ct.css({ width: G + "px" }), ct.getBBox().height > this.len / L.length - (q.h - q.f) && (ct.specificTextOverflow = "ellipsis"));
              }
            }
          }
          $.rotation && (nt = et > 0.5 * g.chartHeight ? 0.33 * g.chartHeight : et, it || (rt = "ellipsis")), (this.labelAlign = V.align || this.autoLabelAlign(this.labelRotation)) && ($.align = this.labelAlign), L.forEach(function(gt) {
            var dt = (gt = Y[gt]) && gt.label, lt = Q.width, at = {};
            dt && (dt.attr($), gt.shortenLabel ? gt.shortenLabel() : nt && !lt && Q.whiteSpace !== "nowrap" && (nt < dt.textPxLength || dt.element.tagName === "SPAN") ? (at.width = nt + "px", it || (at.textOverflow = dt.specificTextOverflow || rt), dt.css(at)) : dt.styles && dt.styles.width && !at.width && !lt && dt.css({ width: null }), delete dt.specificTextOverflow, gt.rotation = $.rotation);
          }, this), this.tickRotCorr = m.rotCorr(q.b, this.labelRotation || 0, this.side !== 0);
        }, X.prototype.hasData = function() {
          return this.series.some(function(g) {
            return g.hasData();
          }) || this.options.showEmpty && C(this.min) && C(this.max);
        }, X.prototype.addTitle = function(g) {
          var m = this.chart.renderer, L = this.horiz, Y = this.opposite, V = this.options.title, Q = this.chart.styledMode, k;
          this.axisTitle || ((k = V.textAlign) || (k = (L ? { low: "left", middle: "center", high: "right" } : { low: Y ? "right" : "left", middle: "center", high: Y ? "left" : "right" })[V.align]), this.axisTitle = m.text(V.text || "", 0, 0, V.useHTML).attr({ zIndex: 7, rotation: V.rotation, align: k }).addClass("highcharts-axis-title"), Q || this.axisTitle.css(t(V.style)), this.axisTitle.add(this.axisGroup), this.axisTitle.isNew = !0), Q || V.style.width || this.isRadial || this.axisTitle.css({ width: this.len + "px" }), this.axisTitle[g ? "show" : "hide"](g);
        }, X.prototype.generateTick = function(g) {
          var m = this.ticks;
          m[g] ? m[g].addLabel() : m[g] = new H(this, g);
        }, X.prototype.getOffset = function() {
          var g = this, m = this, L = m.chart, Y = m.horiz, V = m.options, Q = m.side, k = m.ticks, G = m.tickPositions, z = m.coll, $ = m.axisParent, q = L.renderer, it = L.inverted && !m.isZAxis ? [1, 0, 3, 2][Q] : Q, et = m.hasData(), nt = V.title, rt = V.labels, ct = L.axisOffset;
          L = L.clipOffset;
          var gt = [
            -1,
            1,
            1,
            -1
          ][Q], dt = V.className, lt, at = 0, J = 0, tt = 0;
          if (m.showAxis = lt = et || V.showEmpty, m.staggerLines = m.horiz && rt.staggerLines || void 0, !m.axisGroup) {
            var st = function(pt, yt, vt) {
              return q.g(pt).attr({ zIndex: vt }).addClass("highcharts-" + z.toLowerCase() + yt + " " + (g.isRadial ? "highcharts-radial-axis" + yt + " " : "") + (dt || "")).add($);
            };
            m.gridGroup = st("grid", "-grid", V.gridZIndex), m.axisGroup = st("axis", "", V.zIndex), m.labelGroup = st("axis-labels", "-labels", rt.zIndex);
          }
          if (et || m.isLinked ? (G.forEach(function(pt) {
            m.generateTick(pt);
          }), m.renderUnsquish(), m.reserveSpaceDefault = Q === 0 || Q === 2 || { 1: "left", 3: "right" }[Q] === m.labelAlign, A(rt.reserveSpace, m.labelAlign === "center" ? !0 : null, m.reserveSpaceDefault) && G.forEach(function(pt) {
            tt = Math.max(k[pt].getLabelSize(), tt);
          }), m.staggerLines && (tt *= m.staggerLines), m.labelOffset = tt * (m.opposite ? -1 : 1)) : n(k, function(pt, yt) {
            pt.destroy(), delete k[yt];
          }), nt && nt.text && nt.enabled !== !1 && (m.addTitle(lt), lt && nt.reserveSpace !== !1)) {
            m.titleOffset = at = m.axisTitle.getBBox()[Y ? "height" : "width"];
            var ht = nt.offset;
            J = C(ht) ? 0 : A(nt.margin, Y ? 5 : 10);
          }
          m.renderLine(), m.offset = gt * A(
            V.offset,
            ct[Q] ? ct[Q] + (V.margin || 0) : 0
          ), m.tickRotCorr = m.tickRotCorr || { x: 0, y: 0 }, nt = Q === 0 ? -m.labelMetrics().h : Q === 2 ? m.tickRotCorr.y : 0, et = Math.abs(tt) + J, tt && (et = et - nt + gt * (Y ? A(rt.y, m.tickRotCorr.y + 8 * gt) : rt.x)), m.axisTitleMargin = A(ht, et), m.getMaxLabelDimensions && (m.maxLabelDimensions = m.getMaxLabelDimensions(k, G)), z !== "colorAxis" && (Y = this.tickSize("tick"), ct[Q] = Math.max(ct[Q], (m.axisTitleMargin || 0) + at + gt * m.offset, et, G && G.length && Y ? Y[0] + gt * m.offset : 0), V = !m.axisLine || V.offset ? 0 : 2 * Math.floor(m.axisLine.strokeWidth() / 2), L[it] = Math.max(
            L[it],
            V
          )), c(this, "afterGetOffset");
        }, X.prototype.getLinePath = function(g) {
          var m = this.chart, L = this.opposite, Y = this.offset, V = this.horiz, Q = this.left + (L ? this.width : 0) + Y;
          return Y = m.chartHeight - this.bottom - (L ? this.height : 0) + Y, L && (g *= -1), m.renderer.crispLine([["M", V ? this.left : Q, V ? Y : this.top], ["L", V ? m.chartWidth - this.right : Q, V ? Y : m.chartHeight - this.bottom]], g);
        }, X.prototype.renderLine = function() {
          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 }));
        }, X.prototype.getTitlePosition = function() {
          var g = this.horiz, m = this.left, L = this.top, Y = this.len, V = this.options.title, Q = g ? m : L, k = this.opposite, G = this.offset, z = V.x, $ = V.y, q = this.axisTitle, it = this.chart.renderer.fontMetrics(V.style.fontSize, q);
          return q = Math.max(q.getBBox(null, 0).height - it.h - 1, 0), Y = { low: Q + (g ? 0 : Y), middle: Q + Y / 2, high: Q + (g ? Y : 0) }[V.align], m = (g ? L + this.height : m) + (g ? 1 : -1) * (k ? -1 : 1) * this.axisTitleMargin + [
            -q,
            q,
            it.f,
            -q
          ][this.side], g = { x: g ? Y + z : m + (k ? this.width : 0) + G + z, y: g ? m + $ - (k ? this.height : 0) + G : Y + $ }, c(this, "afterGetTitlePosition", { titlePosition: g }), g;
        }, X.prototype.renderMinorTick = function(g, m) {
          var L = this.minorTicks;
          L[g] || (L[g] = new H(this, g, "minor")), m && L[g].isNew && L[g].render(null, !0), L[g].render(null, !1, 1);
        }, X.prototype.renderTick = function(g, m, L) {
          var Y = this.ticks;
          (!this.isLinked || g >= this.min && g <= this.max || this.grid && this.grid.isColumn) && (Y[g] || (Y[g] = new H(this, g)), L && Y[g].isNew && Y[g].render(m, !0, -1), Y[g].render(m));
        }, X.prototype.render = function() {
          var g = this, m = g.chart, L = g.logarithmic, Y = g.options, V = g.isLinked, Q = g.tickPositions, k = g.axisTitle, G = g.ticks, z = g.minorTicks, $ = g.alternateBands, q = Y.stackLabels, it = Y.alternateGridColor, et = g.tickmarkOffset, nt = g.axisLine, rt = g.showAxis, ct = R(m.renderer.globalAnimation), gt, dt;
          if (g.labelEdge.length = 0, g.overlap = !1, [G, z, $].forEach(function(at) {
            n(at, function(J) {
              J.isActive = !1;
            });
          }), g.hasData() || V) {
            var lt = g.chart.hasRendered && g.old && l(g.old.min);
            g.minorTickInterval && !g.categories && g.getMinorTickPositions().forEach(function(at) {
              g.renderMinorTick(
                at,
                lt
              );
            }), Q.length && (Q.forEach(function(at, J) {
              g.renderTick(at, J, lt);
            }), et && (g.min === 0 || g.single) && (G[-1] || (G[-1] = new H(g, -1, null, !0)), G[-1].render(-1))), it && Q.forEach(function(at, J) {
              dt = typeof Q[J + 1] < "u" ? Q[J + 1] + et : g.max - et, J % 2 === 0 && at < g.max && dt <= g.max + (m.polar ? -et : et) && ($[at] || ($[at] = new U.PlotLineOrBand(g)), gt = at + et, $[at].options = { from: L ? L.lin2log(gt) : gt, to: L ? L.lin2log(dt) : dt, color: it, className: "highcharts-alternate-grid" }, $[at].render(), $[at].isActive = !0);
            }), g._addedPlotLB || (g._addedPlotLB = !0, (Y.plotLines || []).concat(Y.plotBands || []).forEach(function(at) {
              g.addPlotBandOrLine(at);
            }));
          }
          [G, z, $].forEach(function(at) {
            var J = [], tt = ct.duration;
            n(at, function(st, ht) {
              st.isActive || (st.render(ht, !1, 0), st.isActive = !1, J.push(ht));
            }), T(function() {
              for (var st = J.length; st--; )
                at[J[st]] && !at[J[st]].isActive && (at[J[st]].destroy(), delete at[J[st]]);
            }, at !== $ && m.hasRendered && tt ? tt : 0);
          }), nt && (nt[nt.isPlaced ? "animate" : "attr"]({ d: this.getLinePath(nt.strokeWidth()) }), nt.isPlaced = !0, nt[rt ? "show" : "hide"](rt)), k && rt && (Y = g.getTitlePosition(), l(Y.y) ? (k[k.isNew ? "attr" : "animate"](Y), k.isNew = !1) : (k.attr(
            "y",
            -9999
          ), k.isNew = !0)), q && q.enabled && g.stacking && g.stacking.renderStackTotals(), g.old = { len: g.len, max: g.max, min: g.min, transA: g.transA, userMax: g.userMax, userMin: g.userMin }, g.isDirty = !1, c(this, "afterRender");
        }, X.prototype.redraw = function() {
          this.visible && (this.render(), this.plotLinesAndBands.forEach(function(g) {
            g.render();
          })), this.series.forEach(function(g) {
            g.isDirty = !0;
          });
        }, X.prototype.getKeepProps = function() {
          return this.keepProps || X.keepProps;
        }, X.prototype.destroy = function(g) {
          var m = this, L = m.plotLinesAndBands, Y = this.eventOptions;
          if (c(this, "destroy", { keepEvents: g }), g || D(m), [m.ticks, m.minorTicks, m.alternateBands].forEach(function(Q) {
            b(Q);
          }), L)
            for (g = L.length; g--; )
              L[g].destroy();
          "axisLine axisTitle axisGroup gridGroup labelGroup cross scrollbar".split(" ").forEach(function(Q) {
            m[Q] && (m[Q] = m[Q].destroy());
          });
          for (var V in m.plotLinesAndBandsGroups)
            m.plotLinesAndBandsGroups[V] = m.plotLinesAndBandsGroups[V].destroy();
          n(m, function(Q, k) {
            m.getKeepProps().indexOf(k) === -1 && delete m[k];
          }), this.eventOptions = Y;
        }, X.prototype.drawCrosshair = function(g, m) {
          var L = this.crosshair, Y = A(L && L.snap, !0), V = this.chart, Q, k = this.cross;
          if (c(this, "drawCrosshair", { e: g, point: m }), g || (g = this.cross && this.cross.e), L && (C(m) || !Y) !== !1) {
            if (Y ? C(m) && (Q = A(this.coll !== "colorAxis" ? m.crosshairPos : null, this.isXAxis ? m.plotX : this.len - m.plotY)) : Q = g && (this.horiz ? g.chartX - this.pos : this.len - g.chartY + this.pos), C(Q)) {
              var G = { value: m && (this.isXAxis ? m.x : A(m.stackY, m.y)), translatedValue: Q };
              V.polar && a(G, { isCrosshair: !0, chartX: g && g.chartX, chartY: g && g.chartY, point: m }), G = this.getPlotLinePath(G) || null;
            }
            if (!C(G)) {
              this.hideCrosshair();
              return;
            }
            Y = this.categories && !this.isRadial, k || (this.cross = k = V.renderer.path().addClass("highcharts-crosshair highcharts-crosshair-" + (Y ? "category " : "thin ") + (L.className || "")).attr({ zIndex: A(L.zIndex, 2) }).add(), V.styledMode || (k.attr({ stroke: L.color || (Y ? I.parse("#ccd6eb").setOpacity(0.25).get() : "#cccccc"), "stroke-width": A(L.width, 1) }).css({ "pointer-events": "none" }), L.dashStyle && k.attr({ dashstyle: L.dashStyle }))), k.show().attr({ d: G }), Y && !L.width && k.attr({ "stroke-width": this.transA }), this.cross.e = g;
          } else
            this.hideCrosshair();
          c(this, "afterDrawCrosshair", { e: g, point: m });
        }, X.prototype.hideCrosshair = function() {
          this.cross && this.cross.hide(), c(this, "afterHideCrosshair");
        }, X.prototype.hasVerticalPanning = function() {
          var g = this.chart.options.chart.panning;
          return !!(g && g.enabled && /y/.test(g.type));
        }, X.prototype.validatePositiveValue = function(g) {
          return l(g) && 0 < g;
        }, X.prototype.update = function(g, m) {
          var L = this.chart;
          g = t(this.userOptions, g), this.destroy(!0), this.init(L, g), L.isDirtyBox = !0, A(m, !0) && L.redraw();
        }, X.prototype.remove = function(g) {
          for (var m = this.chart, L = this.coll, Y = this.series, V = Y.length; V--; )
            Y[V] && Y[V].remove(!1);
          w(m.axes, this), w(m[L], this), m[L].forEach(function(Q, k) {
            Q.options.index = Q.userOptions.index = k;
          }), this.destroy(), m.isDirtyBox = !0, A(g, !0) && m.redraw();
        }, X.prototype.setTitle = function(g, m) {
          this.update({ title: g }, m);
        }, X.prototype.setCategories = function(g, m) {
          this.update({ categories: g }, m);
        }, X.defaultOptions = B.defaultXAxisOptions, X.keepProps = "extKey hcEvents names series userMax userMin".split(" "), X;
      }(), y;
    }), E(h, "Core/Axis/DateTimeAxis.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.addEvent, I = y.getMagnitude, Z = y.normalizeTickInterval, F = y.timeUnits, U;
      return function(H) {
        function W() {
          return this.chart.time.getTimeTicks.apply(this.chart.time, arguments);
        }
        function R(d) {
          d.userOptions.type !== "datetime" ? this.dateTime = void 0 : this.dateTime || (this.dateTime = new x(this));
        }
        var S = [];
        H.compose = function(d) {
          return S.indexOf(d) === -1 && (S.push(d), d.keepProps.push("dateTime"), d.prototype.getTimeTicks = W, B(
            d,
            "init",
            R
          )), d;
        };
        var x = function() {
          function d(u) {
            this.axis = u;
          }
          return d.prototype.normalizeTimeTickInterval = function(u, P) {
            var O = P || [["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]];
            P = O[O.length - 1];
            var N = F[P[0]], C = P[1], b;
            for (b = 0; b < O.length && (P = O[b], N = F[P[0]], C = P[1], !(O[b + 1] && u <= (N * C[C.length - 1] + F[O[b + 1][0]]) / 2)); b++)
              ;
            return N === F.year && u < 5 * N && (C = [1, 2, 5]), u = Z(u / N, C, P[0] === "year" ? Math.max(I(u / N), 1) : 1), { unitRange: N, count: u, unitName: P[0] };
          }, d.prototype.getXDateFormat = function(u, P) {
            var O = this.axis;
            return O.closestPointRange ? O.chart.time.getDateFormat(O.closestPointRange, u, O.options.startOfWeek, P) || P.year : P.day;
          }, d;
        }();
        H.Additions = x;
      }(U || (U = {})), U;
    }), E(h, "Core/Axis/LogarithmicAxis.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.addEvent, I = y.getMagnitude, Z = y.normalizeTickInterval, F = y.pick, U;
      return function(H) {
        function W(d) {
          var u = this.logarithmic;
          d.userOptions.type !== "logarithmic" ? this.logarithmic = void 0 : u || (this.logarithmic = new x(this));
        }
        function R() {
          var d = this.logarithmic;
          d && (this.lin2val = function(u) {
            return d.lin2log(u);
          }, this.val2lin = function(u) {
            return d.log2lin(u);
          });
        }
        var S = [];
        H.compose = function(d) {
          return S.indexOf(d) === -1 && (S.push(d), d.keepProps.push("logarithmic"), B(d, "init", W), B(d, "afterInit", R)), d;
        };
        var x = function() {
          function d(u) {
            this.axis = u;
          }
          return d.prototype.getLogTickPositions = function(u, P, O, N) {
            var C = this.axis, b = C.len, w = C.options, v = [];
            if (N || (this.minorAutoInterval = void 0), 0.5 <= u)
              u = Math.round(u), v = C.getLinearTickPositions(u, P, O);
            else if (0.08 <= u) {
              var a = Math.floor(P), c, p = w = void 0;
              for (b = 0.3 < u ? [1, 2, 4] : 0.15 < u ? [1, 2, 4, 6, 8] : [1, 2, 3, 4, 5, 6, 7, 8, 9]; a < O + 1 && !p; a++) {
                var i = b.length;
                for (c = 0; c < i && !p; c++) {
                  var l = this.log2lin(this.lin2log(a) * b[c]);
                  l > P && (!N || w <= O) && typeof w < "u" && v.push(w), w > O && (p = !0), w = l;
                }
              }
            } else
              P = this.lin2log(P), O = this.lin2log(O), u = N ? C.getMinorTickInterval() : w.tickInterval, u = F(u === "auto" ? null : u, this.minorAutoInterval, w.tickPixelInterval / (N ? 5 : 1) * (O - P) / ((N ? b / C.tickPositions.length : b) || 1)), u = Z(u, void 0, I(u)), v = C.getLinearTickPositions(u, P, O).map(this.log2lin), N || (this.minorAutoInterval = u / 5);
            return N || (C.tickInterval = u), v;
          }, d.prototype.lin2log = function(u) {
            return Math.pow(10, u);
          }, d.prototype.log2lin = function(u) {
            return Math.log(u) / Math.LN10;
          }, d;
        }();
        H.Additions = x;
      }(U || (U = {})), U;
    }), E(h, "Core/Axis/PlotLineOrBand/PlotLineOrBandAxis.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.erase, I = y.extend, Z = y.isNumber, F;
      return function(U) {
        var H = [], W;
        U.compose = function(S, x) {
          return W || (W = S), H.indexOf(x) === -1 && (H.push(x), I(x.prototype, R.prototype)), x;
        };
        var R = function() {
          function S() {
          }
          return S.prototype.getPlotBandPath = function(x, d, u) {
            u === void 0 && (u = this.options);
            var P = this.getPlotLinePath({ value: d, force: !0, acrossPanes: u.acrossPanes }), O = [], N = this.horiz;
            if (d = !Z(this.min) || !Z(this.max) || x < this.min && d < this.min || x > this.max && d > this.max, x = this.getPlotLinePath({ value: x, force: !0, acrossPanes: u.acrossPanes }), u = 1, x && P) {
              if (d) {
                var C = x.toString() === P.toString();
                u = 0;
              }
              for (d = 0; d < x.length; d += 2) {
                var b = x[d], w = x[d + 1], v = P[d], a = P[d + 1];
                b[0] !== "M" && b[0] !== "L" || w[0] !== "M" && w[0] !== "L" || v[0] !== "M" && v[0] !== "L" || a[0] !== "M" && a[0] !== "L" || (N && v[1] === b[1] ? (v[1] += u, a[1] += u) : N || v[2] !== b[2] || (v[2] += u, a[2] += u), O.push(["M", b[1], b[2]], ["L", w[1], w[2]], ["L", a[1], a[2]], ["L", v[1], v[2]], ["Z"])), O.isFlat = C;
              }
            }
            return O;
          }, S.prototype.addPlotBand = function(x) {
            return this.addPlotBandOrLine(x, "plotBands");
          }, S.prototype.addPlotLine = function(x) {
            return this.addPlotBandOrLine(x, "plotLines");
          }, S.prototype.addPlotBandOrLine = function(x, d) {
            var u = this, P = this.userOptions, O = new W(this, x);
            if (this.visible && (O = O.render()), O) {
              if (this._addedPlotLB || (this._addedPlotLB = !0, (P.plotLines || []).concat(P.plotBands || []).forEach(function(C) {
                u.addPlotBandOrLine(C);
              })), d) {
                var N = P[d] || [];
                N.push(x), P[d] = N;
              }
              this.plotLinesAndBands.push(O);
            }
            return O;
          }, S.prototype.removePlotBandOrLine = function(x) {
            var d = this.plotLinesAndBands, u = this.options, P = this.userOptions;
            if (d) {
              for (var O = d.length; O--; )
                d[O].id === x && d[O].destroy();
              [u.plotLines || [], P.plotLines || [], u.plotBands || [], P.plotBands || []].forEach(function(N) {
                for (O = N.length; O--; )
                  (N[O] || {}).id === x && B(N, N[O]);
              });
            }
          }, S.prototype.removePlotBand = function(x) {
            this.removePlotBandOrLine(x);
          }, S.prototype.removePlotLine = function(x) {
            this.removePlotBandOrLine(x);
          }, S;
        }();
      }(F || (F = {})), F;
    }), E(h, "Core/Axis/PlotLineOrBand/PlotLineOrBand.js", [h["Core/Axis/PlotLineOrBand/PlotLineOrBandAxis.js"], h["Core/Utilities.js"]], function(y, B) {
      var I = B.arrayMax, Z = B.arrayMin, F = B.defined, U = B.destroyObjectProperties, H = B.erase, W = B.fireEvent, R = B.merge, S = B.objectEach, x = B.pick;
      return B = function() {
        function d(u, P) {
          this.axis = u, P && (this.options = P, this.id = P.id);
        }
        return d.compose = function(u) {
          return y.compose(d, u);
        }, d.prototype.render = function() {
          W(this, "render");
          var u = this, P = u.axis, O = P.horiz, N = P.logarithmic, C = u.options, b = C.color, w = x(C.zIndex, 0), v = C.events, a = {}, c = P.chart.renderer, p = C.label, i = u.label, l = C.to, s = C.from, t = C.value, o = u.svgElem, n = [], A = F(s) && F(l);
          n = F(t);
          var _ = !o, D = { class: "highcharts-plot-" + (A ? "band " : "line ") + (C.className || "") }, j = A ? "bands" : "lines";
          if (N && (s = N.log2lin(s), l = N.log2lin(l), t = N.log2lin(t)), P.chart.styledMode || (n ? (D.stroke = b || "#999999", D["stroke-width"] = x(C.width, 1), C.dashStyle && (D.dashstyle = C.dashStyle)) : A && (D.fill = b || "#e6ebf5", C.borderWidth && (D.stroke = C.borderColor, D["stroke-width"] = C.borderWidth))), a.zIndex = w, j += "-" + w, (N = P.plotLinesAndBandsGroups[j]) || (P.plotLinesAndBandsGroups[j] = N = c.g("plot-" + j).attr(a).add()), _ && (u.svgElem = o = c.path().attr(D).add(N)), n)
            n = P.getPlotLinePath({ value: t, lineWidth: o.strokeWidth(), acrossPanes: C.acrossPanes });
          else if (A)
            n = P.getPlotBandPath(
              s,
              l,
              C
            );
          else
            return;
          return !u.eventsAdded && v && (S(v, function(T, X) {
            o.on(X, function(g) {
              v[X].apply(u, [g]);
            });
          }), u.eventsAdded = !0), (_ || !o.d) && n && n.length ? o.attr({ d: n }) : o && (n ? (o.show(!0), o.animate({ d: n })) : o.d && (o.hide(), i && (u.label = i = i.destroy()))), p && (F(p.text) || F(p.formatter)) && n && n.length && 0 < P.width && 0 < P.height && !n.isFlat ? (p = R({ align: O && A && "center", x: O ? !A && 4 : 10, verticalAlign: !O && A && "middle", y: O ? A ? 16 : 10 : A ? 6 : -4, rotation: O && !A && 90 }, p), this.renderLabel(p, n, A, w)) : i && i.hide(), u;
        }, d.prototype.renderLabel = function(u, P, O, N) {
          var C = this.axis, b = C.chart.renderer, w = this.label;
          w || (this.label = w = b.text(this.getLabelText(u), 0, 0, u.useHTML).attr({ align: u.textAlign || u.align, rotation: u.rotation, class: "highcharts-plot-" + (O ? "band" : "line") + "-label " + (u.className || ""), zIndex: N }).add(), C.chart.styledMode || w.css(R({ textOverflow: "ellipsis" }, u.style))), N = P.xBounds || [P[0][1], P[1][1], O ? P[2][1] : P[0][1]], P = P.yBounds || [P[0][2], P[1][2], O ? P[2][2] : P[0][2]], O = Z(N), b = Z(P), w.align(u, !1, { x: O, y: b, width: I(N) - O, height: I(P) - b }), w.alignValue && w.alignValue !== "left" || w.css({ width: (w.rotation === 90 ? C.height - (w.alignAttr.y - C.top) : C.width - (w.alignAttr.x - C.left)) + "px" }), w.show(!0);
        }, d.prototype.getLabelText = function(u) {
          return F(u.formatter) ? u.formatter.call(this) : u.text;
        }, d.prototype.destroy = function() {
          H(this.axis.plotLinesAndBands, this), delete this.axis, U(this);
        }, d;
      }(), B;
    }), E(
      h,
      "Core/Tooltip.js",
      [h["Core/FormatUtilities.js"], h["Core/Globals.js"], h["Core/Renderer/RendererUtilities.js"], h["Core/Renderer/RendererRegistry.js"], h["Core/Utilities.js"]],
      function(y, B, I, Z, F) {
        var U = y.format, H = B.doc, W = I.distribute, R = F.addEvent, S = F.clamp, x = F.css, d = F.defined, u = F.discardElement, P = F.extend, O = F.fireEvent, N = F.isArray, C = F.isNumber, b = F.isString, w = F.merge, v = F.pick, a = F.splat, c = F.syncTimeout;
        return y = function() {
          function p(i, l) {
            this.allowShared = !0, this.container = void 0, this.crosshairs = [], this.distance = 0, this.isHidden = !0, this.isSticky = !1, this.now = {}, this.options = {}, this.outside = !1, this.chart = i, this.init(i, l);
          }
          return p.prototype.applyFilter = function() {
            var i = this.chart;
            i.renderer.definition({
              tagName: "filter",
              attributes: { id: "drop-shadow-" + i.index, opacity: 0.5 },
              children: [{ tagName: "feGaussianBlur", attributes: { in: "SourceAlpha", stdDeviation: 1 } }, { tagName: "feOffset", attributes: { dx: 1, dy: 1 } }, { tagName: "feComponentTransfer", children: [{ tagName: "feFuncA", attributes: { type: "linear", slope: 0.3 } }] }, { tagName: "feMerge", children: [{ tagName: "feMergeNode" }, { tagName: "feMergeNode", attributes: { in: "SourceGraphic" } }] }]
            });
          }, p.prototype.bodyFormatter = function(i) {
            return i.map(function(l) {
              var s = l.series.tooltipOptions;
              return (s[(l.point.formatPrefix || "point") + "Formatter"] || l.point.tooltipFormatter).call(l.point, s[(l.point.formatPrefix || "point") + "Format"] || "");
            });
          }, p.prototype.cleanSplit = function(i) {
            this.chart.series.forEach(function(l) {
              var s = l && l.tt;
              s && (!s.isActive || i ? l.tt = s.destroy() : s.isActive = !1);
            });
          }, p.prototype.defaultFormatter = function(i) {
            var l = this.points || a(this), s = [i.tooltipFooterHeaderFormatter(l[0])];
            return s = s.concat(i.bodyFormatter(l)), s.push(i.tooltipFooterHeaderFormatter(l[0], !0)), s;
          }, p.prototype.destroy = function() {
            this.label && (this.label = this.label.destroy()), this.split && this.tt && (this.cleanSplit(!0), this.tt = this.tt.destroy()), this.renderer && (this.renderer = this.renderer.destroy(), u(this.container)), F.clearTimeout(this.hideTimer), F.clearTimeout(this.tooltipTimeout);
          }, p.prototype.getAnchor = function(i, l) {
            var s = this.chart, t = s.pointer, o = s.inverted, n = s.plotTop, A = s.plotLeft, _, D, j = 0, T = 0;
            return i = a(i), this.followPointer && l ? (typeof l.chartX > "u" && (l = t.normalize(l)), t = [l.chartX - A, l.chartY - n]) : i[0].tooltipPos ? t = i[0].tooltipPos : (i.forEach(function(X) {
              _ = X.series.yAxis, D = X.series.xAxis, j += X.plotX || 0, T += X.plotLow ? (X.plotLow + (X.plotHigh || 0)) / 2 : X.plotY || 0, D && _ && (o ? (j += n + s.plotHeight - D.len - D.pos, T += A + s.plotWidth - _.len - _.pos) : (j += D.pos - A, T += _.pos - n));
            }), j /= i.length, T /= i.length, t = [o ? s.plotWidth - T : j, o ? s.plotHeight - j : T], this.shared && 1 < i.length && l && (o ? t[0] = l.chartX - A : t[1] = l.chartY - n)), t.map(Math.round);
          }, p.prototype.getLabel = function() {
            var i = this, l = this.chart.styledMode, s = this.options, t = this.split && this.allowShared, o = "tooltip" + (d(s.className) ? " " + s.className : ""), n = s.style.pointerEvents || (!this.followPointer && s.stickOnContact ? "auto" : "none"), A = function() {
              i.inContact = !0;
            }, _ = function(Y) {
              var V = i.chart.hoverSeries;
              i.inContact = i.shouldStickOnContact() && i.chart.pointer.inClass(Y.relatedTarget, "highcharts-tooltip"), !i.inContact && V && V.onMouseOut && V.onMouseOut();
            }, D, j = this.chart.renderer;
            if (i.label) {
              var T = !i.label.hasClass("highcharts-label");
              (t && !T || !t && T) && i.destroy();
            }
            if (!this.label) {
              if (this.outside) {
                T = this.chart.options.chart.style;
                var X = Z.getRendererType();
                this.container = D = B.doc.createElement("div"), D.className = "highcharts-tooltip-container", x(D, { position: "absolute", top: "1px", pointerEvents: n, zIndex: Math.max(this.options.style.zIndex || 0, (T && T.zIndex || 0) + 3) }), R(D, "mouseenter", A), R(D, "mouseleave", _), B.doc.body.appendChild(D), this.renderer = j = new X(D, 0, 0, T, void 0, void 0, j.styledMode);
              }
              if (t ? this.label = j.g(o) : (this.label = j.label("", 0, 0, s.shape, void 0, void 0, s.useHTML, void 0, o).attr({ padding: s.padding, r: s.borderRadius }), l || this.label.attr({
                fill: s.backgroundColor,
                "stroke-width": s.borderWidth
              }).css(s.style).css({ pointerEvents: n }).shadow(s.shadow)), l && s.shadow && (this.applyFilter(), this.label.attr({ filter: "url(#drop-shadow-" + this.chart.index + ")" })), i.outside && !i.split) {
                var g = this.label, m = g.xSetter, L = g.ySetter;
                g.xSetter = function(Y) {
                  m.call(g, i.distance), D.style.left = Y + "px";
                }, g.ySetter = function(Y) {
                  L.call(g, i.distance), D.style.top = Y + "px";
                };
              }
              this.label.on("mouseenter", A).on("mouseleave", _).attr({ zIndex: 8 }).add();
            }
            return this.label;
          }, p.prototype.getPosition = function(i, l, s) {
            var t = this.chart, o = this.distance, n = {}, A = t.inverted && s.h || 0, _ = this.outside, D = _ ? H.documentElement.clientWidth - 2 * o : t.chartWidth, j = _ ? Math.max(H.body.scrollHeight, H.documentElement.scrollHeight, H.body.offsetHeight, H.documentElement.offsetHeight, H.documentElement.clientHeight) : t.chartHeight, T = t.pointer.getChartPosition(), X = function(z) {
              var $ = z === "x";
              return [z, $ ? D : j, $ ? i : l].concat(_ ? [$ ? i * T.scaleX : l * T.scaleY, $ ? T.left - o + (s.plotX + t.plotLeft) * T.scaleX : T.top - o + (s.plotY + t.plotTop) * T.scaleY, 0, $ ? D : j] : [$ ? i : l, $ ? s.plotX + t.plotLeft : s.plotY + t.plotTop, $ ? t.plotLeft : t.plotTop, $ ? t.plotLeft + t.plotWidth : t.plotTop + t.plotHeight]);
            }, g = X("y"), m = X("x"), L;
            X = !!s.negative, !t.polar && t.hoverSeries && t.hoverSeries.yAxis && t.hoverSeries.yAxis.reversed && (X = !X);
            var Y = !this.followPointer && v(s.ttBelow, !t.inverted === X), V = function(z, $, q, it, et, nt, rt) {
              var ct = _ ? z === "y" ? o * T.scaleY : o * T.scaleX : o, gt = (q - it) / 2, dt = it < et - o, lt = et + o + it < $, at = et - ct - q + gt;
              if (et = et + ct - gt, Y && lt)
                n[z] = et;
              else if (!Y && dt)
                n[z] = at;
              else if (dt)
                n[z] = Math.min(rt - it, 0 > at - A ? at : at - A);
              else if (lt)
                n[z] = Math.max(nt, et + A + q > $ ? et : et + A);
              else
                return !1;
            }, Q = function(z, $, q, it, et) {
              var nt;
              return et < o || et > $ - o ? nt = !1 : n[z] = et < q / 2 ? 1 : et > $ - it / 2 ? $ - it - 2 : et - q / 2, nt;
            }, k = function(z) {
              var $ = g;
              g = m, m = $, L = z;
            }, G = function() {
              V.apply(0, g) !== !1 ? Q.apply(0, m) !== !1 || L || (k(!0), G()) : L ? n.x = n.y = 0 : (k(!0), G());
            };
            return (t.inverted || 1 < this.len) && k(), G(), n;
          }, p.prototype.hide = function(i) {
            var l = this;
            F.clearTimeout(this.hideTimer), i = v(i, this.options.hideDelay), this.isHidden || (this.hideTimer = c(function() {
              l.getLabel().fadeOut(i && void 0), l.isHidden = !0;
            }, i));
          }, p.prototype.init = function(i, l) {
            this.chart = i, this.options = l, this.crosshairs = [], this.now = { x: 0, y: 0 }, this.isHidden = !0, this.split = l.split && !i.inverted && !i.polar, this.shared = l.shared || this.split, this.outside = v(l.outside, !(!i.scrollablePixelsX && !i.scrollablePixelsY));
          }, p.prototype.shouldStickOnContact = function() {
            return !(this.followPointer || !this.options.stickOnContact);
          }, p.prototype.isStickyOnContact = function() {
            return !(!this.shouldStickOnContact() || !this.inContact);
          }, p.prototype.move = function(i, l, s, t) {
            var o = this, n = o.now, A = o.options.animation !== !1 && !o.isHidden && (1 < Math.abs(i - n.x) || 1 < Math.abs(l - n.y)), _ = o.followPointer || 1 < o.len;
            P(n, { x: A ? (2 * n.x + i) / 3 : i, y: A ? (n.y + l) / 2 : l, anchorX: _ ? void 0 : A ? (2 * n.anchorX + s) / 3 : s, anchorY: _ ? void 0 : A ? (n.anchorY + t) / 2 : t }), o.getLabel().attr(n), o.drawTracker(), A && (F.clearTimeout(this.tooltipTimeout), this.tooltipTimeout = setTimeout(function() {
              o && o.move(i, l, s, t);
            }, 32));
          }, p.prototype.refresh = function(i, l) {
            var s = this.chart, t = this.options, o = a(i), n = o[0], A = [], _ = t.formatter || this.defaultFormatter, D = this.shared, j = s.styledMode, T = {};
            if (t.enabled) {
              F.clearTimeout(this.hideTimer), this.allowShared = !(!N(i) && i.series && i.series.noSharedTooltip), this.followPointer = !this.split && n.series.tooltipOptions.followPointer, i = this.getAnchor(i, l);
              var X = i[0], g = i[1];
              if (D && this.allowShared ? (s.pointer.applyInactiveState(o), o.forEach(function(Y) {
                Y.setState("hover"), A.push(Y.getLabelConfig());
              }), T = { x: n.category, y: n.y }, T.points = A) : T = n.getLabelConfig(), this.len = A.length, _ = _.call(T, this), D = n.series, this.distance = v(D.tooltipOptions.distance, 16), _ === !1)
                this.hide();
              else {
                if (this.split && this.allowShared)
                  this.renderSplit(
                    _,
                    o
                  );
                else {
                  var m = X, L = g;
                  if (l && s.pointer.isDirectTouch && (m = l.chartX - s.plotLeft, L = l.chartY - s.plotTop), s.polar || D.options.clip === !1 || o.some(function(Y) {
                    return Y.series.shouldShowTooltip(m, L);
                  }))
                    l = this.getLabel(), t.style.width && !j || l.css({ width: this.chart.spacingBox.width + "px" }), l.attr({ text: _ && _.join ? _.join("") : _ }), l.removeClass(/highcharts-color-[\d]+/g).addClass("highcharts-color-" + v(n.colorIndex, D.colorIndex)), j || l.attr({ stroke: t.borderColor || n.color || D.color || "#666666" }), this.updatePosition({
                      plotX: X,
                      plotY: g,
                      negative: n.negative,
                      ttBelow: n.ttBelow,
                      h: i[2] || 0
                    });
                  else {
                    this.hide();
                    return;
                  }
                }
                this.isHidden && this.label && this.label.attr({ opacity: 1 }).show(), this.isHidden = !1;
              }
              O(this, "refresh");
            }
          }, p.prototype.renderSplit = function(i, l) {
            function s(lt, at, J, tt, st) {
              return st === void 0 && (st = !0), J ? (at = it ? 0 : ct, lt = S(lt - tt / 2, z.left, z.right - tt - (t.outside ? et : 0))) : (at -= nt, lt = st ? lt - tt - Q : lt + Q, lt = S(lt, st ? lt : z.left, z.right)), { x: lt, y: at };
            }
            var t = this, o = t.chart, n = t.chart, A = n.chartWidth, _ = n.chartHeight, D = n.plotHeight, j = n.plotLeft, T = n.plotTop, X = n.pointer, g = n.scrollablePixelsY;
            g = g === void 0 ? 0 : g;
            var m = n.scrollablePixelsX, L = n.scrollingContainer;
            L = L === void 0 ? { scrollLeft: 0, scrollTop: 0 } : L;
            var Y = L.scrollLeft;
            L = L.scrollTop;
            var V = n.styledMode, Q = t.distance, k = t.options, G = t.options.positioner, z = t.outside && typeof m != "number" ? H.documentElement.getBoundingClientRect() : { left: Y, right: Y + A, top: L, bottom: L + _ }, $ = t.getLabel(), q = this.renderer || o.renderer, it = !(!o.xAxis[0] || !o.xAxis[0].opposite);
            o = X.getChartPosition();
            var et = o.left;
            o = o.top;
            var nt = T + L, rt = 0, ct = D - g;
            b(i) && (i = [!1, i]), i = i.slice(0, l.length + 1).reduce(function(lt, at, J) {
              if (at !== !1 && at !== "") {
                J = l[J - 1] || { isHeader: !0, plotX: l[0].plotX, plotY: D, series: {} };
                var tt = J.isHeader, st = tt ? t : J.series;
                at = at.toString();
                var ht = st.tt, pt = J.isHeader, yt = J.series, vt = "highcharts-color-" + v(J.colorIndex, yt.colorIndex, "none");
                if (ht || (ht = { padding: k.padding, r: k.borderRadius }, V || (ht.fill = k.backgroundColor, ht["stroke-width"] = k.borderWidth), ht = q.label("", 0, 0, k[pt ? "headerShape" : "shape"], void 0, void 0, k.useHTML).addClass((pt ? "highcharts-tooltip-header " : "") + "highcharts-tooltip-box " + vt).attr(ht).add($)), ht.isActive = !0, ht.attr({ text: at }), V || ht.css(k.style).shadow(k.shadow).attr({ stroke: k.borderColor || J.color || yt.color || "#333333" }), st = st.tt = ht, pt = st.getBBox(), at = pt.width + st.strokeWidth(), tt && (rt = pt.height, ct += rt, it && (nt -= rt)), yt = J.plotX, yt = yt === void 0 ? 0 : yt, vt = J.plotY, vt = vt === void 0 ? 0 : vt, ht = J.series, J.isHeader) {
                  yt = j + yt;
                  var Ct = T + D / 2;
                } else {
                  var Pt = ht.xAxis, kt = ht.yAxis;
                  yt = Pt.pos + S(yt, -Q, Pt.len + Q), ht.shouldShowTooltip(0, kt.pos - T + vt, { ignoreX: !0 }) && (Ct = kt.pos + vt);
                }
                yt = S(yt, z.left - Q, z.right + Q), typeof Ct == "number" ? (pt = pt.height + 1, vt = G ? G.call(t, at, pt, J) : s(
                  yt,
                  Ct,
                  tt,
                  at
                ), lt.push({ align: G ? 0 : void 0, anchorX: yt, anchorY: Ct, boxWidth: at, point: J, rank: v(vt.rank, tt ? 1 : 0), size: pt, target: vt.y, tt: st, x: vt.x })) : st.isActive = !1;
              }
              return lt;
            }, []), !G && i.some(function(lt) {
              var at = (t.outside ? et : 0) + lt.anchorX;
              return at < z.left && at + lt.boxWidth < z.right ? !0 : at < et - z.left + lt.boxWidth && z.right - at > at;
            }) && (i = i.map(function(lt) {
              var at = s(lt.anchorX, lt.anchorY, lt.point.isHeader, lt.boxWidth, !1);
              return P(lt, { target: at.y, x: at.x });
            })), t.cleanSplit(), W(i, ct);
            var gt = et, dt = et;
            i.forEach(function(lt) {
              var at = lt.x, J = lt.boxWidth;
              lt = lt.isHeader, lt || (t.outside && et + at < gt && (gt = et + at), !lt && t.outside && gt + J > dt && (dt = et + at));
            }), i.forEach(function(lt) {
              var at = lt.x, J = lt.anchorX, tt = lt.pos, st = lt.point.isHeader;
              if (tt = { visibility: typeof tt > "u" ? "hidden" : "inherit", x: at, y: tt + nt, anchorX: J, anchorY: lt.anchorY }, t.outside && at < J) {
                var ht = et - gt;
                0 < ht && (st || (tt.x = at + ht, tt.anchorX = J + ht), st && (tt.x = (dt - gt) / 2, tt.anchorX = J + ht));
              }
              lt.tt.attr(tt);
            }), i = t.container, g = t.renderer, t.outside && i && g && (n = $.getBBox(), g.setSize(n.width + n.x, n.height + n.y, !1), i.style.left = gt + "px", i.style.top = o + "px");
          }, p.prototype.drawTracker = function() {
            if (this.followPointer || !this.options.stickOnContact)
              this.tracker && this.tracker.destroy();
            else {
              var i = this.chart, l = this.label, s = this.shared ? i.hoverPoints : i.hoverPoint;
              if (l && s) {
                var t = { x: 0, y: 0, width: 0, height: 0 };
                s = this.getAnchor(s);
                var o = l.getBBox();
                s[0] += i.plotLeft - l.translateX, s[1] += i.plotTop - l.translateY, t.x = Math.min(0, s[0]), t.y = Math.min(0, s[1]), t.width = 0 > s[0] ? Math.max(Math.abs(s[0]), o.width - s[0]) : Math.max(Math.abs(s[0]), o.width), t.height = 0 > s[1] ? Math.max(Math.abs(s[1]), o.height - Math.abs(s[1])) : Math.max(Math.abs(s[1]), o.height), this.tracker ? this.tracker.attr(t) : (this.tracker = l.renderer.rect(t).addClass("highcharts-tracker").add(l), i.styledMode || this.tracker.attr({ fill: "rgba(0,0,0,0)" }));
              }
            }
          }, p.prototype.styledModeFormat = function(i) {
            return i.replace('style="font-size: 10px"', 'class="highcharts-header"').replace(/style="color:{(point|series)\.color}"/g, 'class="highcharts-color-{$1.colorIndex}"');
          }, p.prototype.tooltipFooterHeaderFormatter = function(i, l) {
            var s = i.series, t = s.tooltipOptions, o = s.xAxis, n = o && o.dateTime;
            o = {
              isFooter: l,
              labelConfig: i
            };
            var A = t.xDateFormat, _ = t[l ? "footerFormat" : "headerFormat"];
            return O(this, "headerFormatter", o, function(D) {
              n && !A && C(i.key) && (A = n.getXDateFormat(i.key, t.dateTimeLabelFormats)), n && A && (i.point && i.point.tooltipDateKeys || ["key"]).forEach(function(j) {
                _ = _.replace("{point." + j + "}", "{point." + j + ":" + A + "}");
              }), s.chart.styledMode && (_ = this.styledModeFormat(_)), D.text = U(_, { point: i, series: s }, this.chart);
            }), o.text;
          }, p.prototype.update = function(i) {
            this.destroy(), w(!0, this.chart.options.tooltip.userOptions, i), this.init(this.chart, w(!0, this.options, i));
          }, p.prototype.updatePosition = function(i) {
            var l = this.chart, s = this.options, t = l.pointer, o = this.getLabel();
            t = t.getChartPosition();
            var n = (s.positioner || this.getPosition).call(this, o.width, o.height, i), A = i.plotX + l.plotLeft;
            i = i.plotY + l.plotTop, this.outside && (s = s.borderWidth + 2 * this.distance, this.renderer.setSize(o.width + s, o.height + s, !1), (t.scaleX !== 1 || t.scaleY !== 1) && (x(this.container, { transform: "scale(" + t.scaleX + ", " + t.scaleY + ")" }), A *= t.scaleX, i *= t.scaleY), A += t.left - n.x, i += t.top - n.y), this.move(Math.round(n.x), Math.round(n.y || 0), A, i);
          }, p;
        }(), y;
      }
    ), E(h, "Core/Series/Point.js", [h["Core/Renderer/HTML/AST.js"], h["Core/Animation/AnimationUtilities.js"], h["Core/DefaultOptions.js"], h["Core/FormatUtilities.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F) {
      var U = B.animObject, H = I.defaultOptions, W = Z.format, R = F.addEvent, S = F.defined, x = F.erase, d = F.extend, u = F.fireEvent, P = F.getNestedProperty, O = F.isArray, N = F.isFunction, C = F.isNumber, b = F.isObject, w = F.merge, v = F.objectEach, a = F.pick, c = F.syncTimeout, p = F.removeEvent, i = F.uniqueKey;
      return B = function() {
        function l() {
          this.colorIndex = this.category = void 0, this.formatPrefix = "point", this.id = void 0, this.isNull = !1, this.percentage = this.options = this.name = void 0, this.selected = !1, this.total = this.series = void 0, this.visible = !0, this.x = void 0;
        }
        return l.prototype.animateBeforeDestroy = function() {
          var s = this, t = { x: s.startXPos, opacity: 0 }, o = s.getGraphicalProps();
          o.singular.forEach(function(n) {
            s[n] = s[n].animate(n === "dataLabel" ? {
              x: s[n].startXPos,
              y: s[n].startYPos,
              opacity: 0
            } : t);
          }), o.plural.forEach(function(n) {
            s[n].forEach(function(A) {
              A.element && A.animate(d({ x: s.startXPos }, A.startYPos ? { x: A.startXPos, y: A.startYPos } : {}));
            });
          });
        }, l.prototype.applyOptions = function(s, t) {
          var o = this.series, n = o.options.pointValKey || o.pointValKey;
          return s = l.prototype.optionsToObject.call(this, s), d(this, s), this.options = this.options ? d(this.options, s) : s, s.group && delete this.group, s.dataLabels && delete this.dataLabels, n && (this.y = l.prototype.getNestedProperty.call(this, n)), this.formatPrefix = (this.isNull = a(this.isValid && !this.isValid(), this.x === null || !C(this.y))) ? "null" : "point", this.selected && (this.state = "select"), "name" in this && typeof t > "u" && o.xAxis && o.xAxis.hasNames && (this.x = o.xAxis.nameToX(this)), typeof this.x > "u" && o ? this.x = typeof t > "u" ? o.autoIncrement() : t : C(s.x) && o.options.relativeXValue && (this.x = o.autoIncrement(s.x)), this;
        }, l.prototype.destroy = function() {
          function s() {
            (t.graphic || t.dataLabel || t.dataLabels) && (p(t), t.destroyElements());
            for (D in t)
              t[D] = null;
          }
          var t = this, o = t.series, n = o.chart;
          o = o.options.dataSorting;
          var A = n.hoverPoints, _ = U(t.series.chart.renderer.globalAnimation), D;
          t.legendItem && n.legend.destroyItem(t), A && (t.setState(), x(A, t), A.length || (n.hoverPoints = null)), t === n.hoverPoint && t.onMouseOut(), o && o.enabled ? (this.animateBeforeDestroy(), c(s, _.duration)) : s(), n.pointCount--;
        }, l.prototype.destroyElements = function(s) {
          var t = this;
          s = t.getGraphicalProps(s), s.singular.forEach(function(o) {
            t[o] = t[o].destroy();
          }), s.plural.forEach(function(o) {
            t[o].forEach(function(n) {
              n.element && n.destroy();
            }), delete t[o];
          });
        }, l.prototype.firePointEvent = function(s, t, o) {
          var n = this, A = this.series.options;
          (A.point.events[s] || n.options && n.options.events && n.options.events[s]) && n.importEvents(), s === "click" && A.allowPointSelect && (o = function(_) {
            n.select && n.select(null, _.ctrlKey || _.metaKey || _.shiftKey);
          }), u(n, s, t, o);
        }, l.prototype.getClassName = function() {
          return "highcharts-point" + (this.selected ? " highcharts-point-select" : "") + (this.negative ? " highcharts-negative" : "") + (this.isNull ? " highcharts-null-point" : "") + (typeof this.colorIndex < "u" ? " highcharts-color-" + this.colorIndex : "") + (this.options.className ? " " + this.options.className : "") + (this.zone && this.zone.className ? " " + this.zone.className.replace("highcharts-negative", "") : "");
        }, l.prototype.getGraphicalProps = function(s) {
          var t = this, o = [], n = { singular: [], plural: [] }, A;
          for (s = s || { graphic: 1, dataLabel: 1 }, s.graphic && o.push("graphic", "upperGraphic", "shadowGroup"), s.dataLabel && o.push("dataLabel", "dataLabelUpper", "connector"), A = o.length; A--; ) {
            var _ = o[A];
            t[_] && n.singular.push(_);
          }
          return ["dataLabel", "connector"].forEach(function(D) {
            var j = D + "s";
            s[D] && t[j] && n.plural.push(j);
          }), n;
        }, l.prototype.getLabelConfig = function() {
          return { x: this.category, y: this.y, color: this.color, colorIndex: this.colorIndex, key: this.name || this.category, series: this.series, point: this, percentage: this.percentage, total: this.total || this.stackTotal };
        }, l.prototype.getNestedProperty = function(s) {
          if (s)
            return s.indexOf("custom.") === 0 ? P(s, this.options) : this[s];
        }, l.prototype.getZone = function() {
          var s = this.series, t = s.zones;
          s = s.zoneAxis || "y";
          var o, n = 0;
          for (o = t[n]; this[s] >= o.value; )
            o = t[++n];
          return this.nonZonedColor || (this.nonZonedColor = this.color), this.color = o && o.color && !this.options.color ? o.color : this.nonZonedColor, o;
        }, l.prototype.hasNewShapeType = function() {
          return (this.graphic && (this.graphic.symbolName || this.graphic.element.nodeName)) !== this.shapeType;
        }, l.prototype.init = function(s, t, o) {
          return this.series = s, this.applyOptions(t, o), this.id = S(this.id) ? this.id : i(), this.resolveColor(), s.chart.pointCount++, u(this, "afterInit"), this;
        }, l.prototype.optionsToObject = function(s) {
          var t = this.series, o = t.options.keys, n = o || t.pointArrayMap || ["y"], A = n.length, _ = {}, D = 0, j = 0;
          if (C(s) || s === null)
            _[n[0]] = s;
          else if (O(s))
            for (!o && s.length > A && (t = typeof s[0], t === "string" ? _.name = s[0] : t === "number" && (_.x = s[0]), D++); j < A; )
              o && typeof s[D] > "u" || (0 < n[j].indexOf(".") ? l.prototype.setNestedProperty(_, s[D], n[j]) : _[n[j]] = s[D]), D++, j++;
          else
            typeof s == "object" && (_ = s, s.dataLabels && (t._hasPointLabels = !0), s.marker && (t._hasPointMarkers = !0));
          return _;
        }, l.prototype.resolveColor = function() {
          var s = this.series, t = s.chart.styledMode, o = s.chart.options.chart.colorCount;
          if (delete this.nonZonedColor, s.options.colorByPoint) {
            if (!t) {
              o = s.options.colors || s.chart.options.colors;
              var n = o[s.colorCounter];
              o = o.length;
            }
            t = s.colorCounter, s.colorCounter++, s.colorCounter === o && (s.colorCounter = 0);
          } else
            t || (n = s.color), t = s.colorIndex;
          this.colorIndex = a(this.options.colorIndex, t), this.color = a(this.options.color, n);
        }, l.prototype.setNestedProperty = function(s, t, o) {
          return o.split(".").reduce(function(n, A, _, D) {
            return n[A] = D.length - 1 === _ ? t : b(n[A], !0) ? n[A] : {}, n[A];
          }, s), s;
        }, l.prototype.tooltipFormatter = function(s) {
          var t = this.series, o = t.tooltipOptions, n = a(o.valueDecimals, ""), A = o.valuePrefix || "", _ = o.valueSuffix || "";
          return t.chart.styledMode && (s = t.chart.tooltip.styledModeFormat(s)), (t.pointArrayMap || ["y"]).forEach(function(D) {
            D = "{point." + D, (A || _) && (s = s.replace(RegExp(D + "}", "g"), A + D + "}" + _)), s = s.replace(RegExp(D + "}", "g"), D + ":,." + n + "f}");
          }), W(s, { point: this, series: this.series }, t.chart);
        }, l.prototype.update = function(s, t, o, n) {
          function A() {
            _.applyOptions(s);
            var m = j && _.hasDummyGraphic;
            m = _.y === null ? !m : m, j && m && (_.graphic = j.destroy(), delete _.hasDummyGraphic), b(s, !0) && (j && j.element && s && s.marker && typeof s.marker.symbol < "u" && (_.graphic = j.destroy()), s && s.dataLabels && _.dataLabel && (_.dataLabel = _.dataLabel.destroy()), _.connector && (_.connector = _.connector.destroy())), g = _.index, D.updateParallelArrays(_, g), X.data[g] = b(X.data[g], !0) || b(s, !0) ? _.options : a(s, X.data[g]), D.isDirty = D.isDirtyData = !0, !D.fixedBox && D.hasCartesianSeries && (T.isDirtyBox = !0), X.legendType === "point" && (T.isDirtyLegend = !0), t && T.redraw(o);
          }
          var _ = this, D = _.series, j = _.graphic, T = D.chart, X = D.options, g;
          t = a(t, !0), n === !1 ? A() : _.firePointEvent("update", { options: s }, A);
        }, l.prototype.remove = function(s, t) {
          this.series.removePoint(this.series.data.indexOf(this), s, t);
        }, l.prototype.select = function(s, t) {
          var o = this, n = o.series, A = n.chart;
          this.selectedStaging = s = a(s, !o.selected), o.firePointEvent(s ? "select" : "unselect", { accumulate: t }, function() {
            o.selected = o.options.selected = s, n.options.data[n.data.indexOf(o)] = o.options, o.setState(s && "select"), t || A.getSelectedPoints().forEach(function(_) {
              var D = _.series;
              _.selected && _ !== o && (_.selected = _.options.selected = !1, D.options.data[D.data.indexOf(_)] = _.options, _.setState(A.hoverPoints && D.options.inactiveOtherPoints ? "inactive" : ""), _.firePointEvent("unselect"));
            });
          }), delete this.selectedStaging;
        }, l.prototype.onMouseOver = function(s) {
          var t = this.series.chart, o = t.pointer;
          s = s ? o.normalize(s) : o.getChartCoordinatesFromPoint(this, t.inverted), o.runPointActions(
            s,
            this
          );
        }, l.prototype.onMouseOut = function() {
          var s = this.series.chart;
          this.firePointEvent("mouseOut"), this.series.options.inactiveOtherPoints || (s.hoverPoints || []).forEach(function(t) {
            t.setState();
          }), s.hoverPoints = s.hoverPoint = null;
        }, l.prototype.importEvents = function() {
          if (!this.hasImportedEvents) {
            var s = this, t = w(s.series.options.point, s.options).events;
            s.events = t, v(t, function(o, n) {
              N(o) && R(s, n, o);
            }), this.hasImportedEvents = !0;
          }
        }, l.prototype.setState = function(s, t) {
          var o = this.series, n = this.state, A = o.options.states[s || "normal"] || {}, _ = H.plotOptions[o.type].marker && o.options.marker, D = _ && _.enabled === !1, j = _ && _.states && _.states[s || "normal"] || {}, T = j.enabled === !1, X = this.marker || {}, g = o.chart, m = _ && o.markerAttribs, L = o.halo, Y, V = o.stateMarkerGraphic;
          if (s = s || "", !(s === this.state && !t || this.selected && s !== "select" || A.enabled === !1 || s && (T || D && j.enabled === !1) || s && X.states && X.states[s] && X.states[s].enabled === !1)) {
            if (this.state = s, m && (Y = o.markerAttribs(this, s)), this.graphic && !this.hasDummyGraphic) {
              if (n && this.graphic.removeClass("highcharts-point-" + n), s && this.graphic.addClass("highcharts-point-" + s), !g.styledMode) {
                var Q = o.pointAttribs(this, s), k = a(g.options.chart.animation, A.animation);
                o.options.inactiveOtherPoints && C(Q.opacity) && ((this.dataLabels || []).forEach(function(G) {
                  G && G.animate({ opacity: Q.opacity }, k);
                }), this.connector && this.connector.animate({ opacity: Q.opacity }, k)), this.graphic.animate(Q, k);
              }
              Y && this.graphic.animate(Y, a(g.options.chart.animation, j.animation, _.animation)), V && V.hide();
            } else
              s && j && (n = X.symbol || o.symbol, V && V.currentSymbol !== n && (V = V.destroy()), Y && (V ? V[t ? "animate" : "attr"]({ x: Y.x, y: Y.y }) : n && (o.stateMarkerGraphic = V = g.renderer.symbol(n, Y.x, Y.y, Y.width, Y.height).add(o.markerGroup), V.currentSymbol = n)), !g.styledMode && V && this.state !== "inactive" && V.attr(o.pointAttribs(this, s))), V && (V[s && this.isInside ? "show" : "hide"](), V.element.point = this, V.addClass(this.getClassName(), !0));
            A = A.halo, Y = (V = this.graphic || V) && V.visibility || "inherit", A && A.size && V && Y !== "hidden" && !this.isCluster ? (L || (o.halo = L = g.renderer.path().add(V.parentGroup)), L.show()[t ? "animate" : "attr"]({ d: this.haloPath(A.size) }), L.attr({ class: "highcharts-halo highcharts-color-" + a(this.colorIndex, o.colorIndex) + (this.className ? " " + this.className : ""), visibility: Y, zIndex: -1 }), L.point = this, g.styledMode || L.attr(d({ fill: this.color || o.color, "fill-opacity": A.opacity }, y.filterUserAttributes(A.attributes || {})))) : L && L.point && L.point.haloPath && L.animate({ d: L.point.haloPath(0) }, null, L.hide), u(this, "afterSetState", { state: s });
          }
        }, l.prototype.haloPath = function(s) {
          return this.series.chart.renderer.symbols.circle(Math.floor(this.plotX) - s, this.plotY - s, 2 * s, 2 * s);
        }, l;
      }(), B;
    }), E(h, "Core/Pointer.js", [h["Core/Color/Color.js"], h["Core/Globals.js"], h["Core/Tooltip.js"], h["Core/Utilities.js"]], function(y, B, I, Z) {
      var F = y.parse, U = B.charts, H = B.noop, W = Z.addEvent, R = Z.attr, S = Z.css, x = Z.defined, d = Z.extend, u = Z.find, P = Z.fireEvent, O = Z.isNumber, N = Z.isObject, C = Z.objectEach, b = Z.offset, w = Z.pick, v = Z.splat;
      return y = function() {
        function a(c, p) {
          this.lastValidTouch = {}, this.pinchDown = [], this.runChartClick = !1, this.eventsToUnbind = [], this.chart = c, this.hasDragged = !1, this.options = p, this.init(c, p);
        }
        return a.prototype.applyInactiveState = function(c) {
          var p = [], i;
          (c || []).forEach(function(l) {
            i = l.series, p.push(i), i.linkedParent && p.push(i.linkedParent), i.linkedSeries && (p = p.concat(i.linkedSeries)), i.navigatorSeries && p.push(i.navigatorSeries);
          }), this.chart.series.forEach(function(l) {
            p.indexOf(l) === -1 ? l.setState("inactive", !0) : l.options.inactiveOtherPoints && l.setAllPointsToState("inactive");
          });
        }, a.prototype.destroy = function() {
          var c = this;
          this.eventsToUnbind.forEach(function(p) {
            return p();
          }), this.eventsToUnbind = [], B.chartCount || (a.unbindDocumentMouseUp && (a.unbindDocumentMouseUp = a.unbindDocumentMouseUp()), a.unbindDocumentTouchEnd && (a.unbindDocumentTouchEnd = a.unbindDocumentTouchEnd())), clearInterval(c.tooltipTimeout), C(c, function(p, i) {
            c[i] = void 0;
          });
        }, a.prototype.drag = function(c) {
          var p = this.chart, i = p.options.chart, l = this.zoomHor, s = this.zoomVert, t = p.plotLeft, o = p.plotTop, n = p.plotWidth, A = p.plotHeight, _ = this.mouseDownX || 0, D = this.mouseDownY || 0, j = N(i.panning) ? i.panning && i.panning.enabled : i.panning, T = i.panKey && c[i.panKey + "Key"], X = c.chartX, g = c.chartY, m = this.selectionMarker;
          if ((!m || !m.touch) && (X < t ? X = t : X > t + n && (X = t + n), g < o ? g = o : g > o + A && (g = o + A), this.hasDragged = Math.sqrt(Math.pow(_ - X, 2) + Math.pow(D - g, 2)), 10 < this.hasDragged)) {
            var L = p.isInsidePlot(_ - t, D - o, { visiblePlotOnly: !0 });
            !p.hasCartesianSeries && !p.mapView || !this.zoomX && !this.zoomY || !L || T || m || (this.selectionMarker = m = p.renderer.rect(t, o, l ? 1 : n, s ? 1 : A, 0).attr({ class: "highcharts-selection-marker", zIndex: 7 }).add(), p.styledMode || m.attr({ fill: i.selectionMarkerFill || F("#335cad").setOpacity(0.25).get() })), m && l && (l = X - _, m.attr({ width: Math.abs(l), x: (0 < l ? 0 : l) + _ })), m && s && (l = g - D, m.attr({ height: Math.abs(l), y: (0 < l ? 0 : l) + D })), L && !m && j && p.pan(c, i.panning);
          }
        }, a.prototype.dragStart = function(c) {
          var p = this.chart;
          p.mouseIsDown = c.type, p.cancelClick = !1, p.mouseDownX = this.mouseDownX = c.chartX, p.mouseDownY = this.mouseDownY = c.chartY;
        }, a.prototype.drop = function(c) {
          var p = this, i = this.chart, l = this.hasPinched;
          if (this.selectionMarker) {
            var s = this.selectionMarker, t = s.attr ? s.attr("x") : s.x, o = s.attr ? s.attr("y") : s.y, n = s.attr ? s.attr("width") : s.width, A = s.attr ? s.attr("height") : s.height, _ = { originalEvent: c, xAxis: [], yAxis: [], x: t, y: o, width: n, height: A }, D = !!i.mapView;
            (this.hasDragged || l) && (i.axes.forEach(function(j) {
              if (j.zoomEnabled && x(j.min) && (l || p[{ xAxis: "zoomX", yAxis: "zoomY" }[j.coll]]) && O(t) && O(o)) {
                var T = j.horiz, X = c.type === "touchend" ? j.minPixelPadding : 0, g = j.toValue((T ? t : o) + X);
                T = j.toValue((T ? t + n : o + A) - X), _[j.coll].push({ axis: j, min: Math.min(g, T), max: Math.max(g, T) }), D = !0;
              }
            }), D && P(i, "selection", _, function(j) {
              i.zoom(d(
                j,
                l ? { animation: !1 } : null
              ));
            })), O(i.index) && (this.selectionMarker = this.selectionMarker.destroy()), l && this.scaleGroups();
          }
          i && O(i.index) && (S(i.container, { cursor: i._cursor }), i.cancelClick = 10 < this.hasDragged, i.mouseIsDown = this.hasDragged = this.hasPinched = !1, this.pinchDown = []);
        }, a.prototype.findNearestKDPoint = function(c, p, i) {
          var l = this.chart, s = l.hoverPoint;
          if (l = l.tooltip, s && l && l.isStickyOnContact())
            return s;
          var t;
          return c.forEach(function(o) {
            var n = !(o.noSharedTooltip && p) && 0 > o.options.findNearestPointBy.indexOf("y");
            if (o = o.searchPoint(i, n), (n = N(o, !0) && o.series) && !(n = !N(t, !0))) {
              n = t.distX - o.distX;
              var A = t.dist - o.dist, _ = (o.series.group && o.series.group.zIndex) - (t.series.group && t.series.group.zIndex);
              n = 0 < (n !== 0 && p ? n : A !== 0 ? A : _ !== 0 ? _ : t.series.index > o.series.index ? -1 : 1);
            }
            n && (t = o);
          }), t;
        }, a.prototype.getChartCoordinatesFromPoint = function(c, p) {
          var i = c.series, l = i.xAxis;
          i = i.yAxis;
          var s = c.shapeArgs;
          if (l && i) {
            var t = w(c.clientX, c.plotX), o = c.plotY || 0;
            return c.isNode && s && O(s.x) && O(s.y) && (t = s.x, o = s.y), p ? { chartX: i.len + i.pos - o, chartY: l.len + l.pos - t } : { chartX: t + l.pos, chartY: o + i.pos };
          }
          if (s && s.x && s.y)
            return { chartX: s.x, chartY: s.y };
        }, a.prototype.getChartPosition = function() {
          if (this.chartPosition)
            return this.chartPosition;
          var c = this.chart.container, p = b(c);
          this.chartPosition = { left: p.left, top: p.top, scaleX: 1, scaleY: 1 };
          var i = c.offsetWidth;
          return c = c.offsetHeight, 2 < i && 2 < c && (this.chartPosition.scaleX = p.width / i, this.chartPosition.scaleY = p.height / c), this.chartPosition;
        }, a.prototype.getCoordinates = function(c) {
          var p = { xAxis: [], yAxis: [] };
          return this.chart.axes.forEach(function(i) {
            p[i.isXAxis ? "xAxis" : "yAxis"].push({ axis: i, value: i.toValue(c[i.horiz ? "chartX" : "chartY"]) });
          }), p;
        }, a.prototype.getHoverData = function(c, p, i, l, s, t) {
          var o = [];
          l = !(!l || !c);
          var n = { chartX: t ? t.chartX : void 0, chartY: t ? t.chartY : void 0, shared: s };
          P(this, "beforeGetHoverData", n);
          var A = p && !p.stickyTracking ? [p] : i.filter(function(D) {
            return n.filter ? n.filter(D) : D.visible && !(!s && D.directTouch) && w(D.options.enableMouseTracking, !0) && D.stickyTracking;
          }), _ = l || !t ? c : this.findNearestKDPoint(A, s, t);
          return p = _ && _.series, _ && (s && !p.noSharedTooltip ? (A = i.filter(function(D) {
            return n.filter ? n.filter(D) : D.visible && !(!s && D.directTouch) && w(D.options.enableMouseTracking, !0) && !D.noSharedTooltip;
          }), A.forEach(function(D) {
            var j = u(D.points, function(T) {
              return T.x === _.x && !T.isNull;
            });
            N(j) && (D.chart.isBoosting && (j = D.getPoint(j)), o.push(j));
          })) : o.push(_)), n = { hoverPoint: _ }, P(this, "afterGetHoverData", n), { hoverPoint: n.hoverPoint, hoverSeries: p, hoverPoints: o };
        }, a.prototype.getPointFromEvent = function(c) {
          c = c.target;
          for (var p; c && !p; )
            p = c.point, c = c.parentNode;
          return p;
        }, a.prototype.onTrackerMouseOut = function(c) {
          c = c.relatedTarget || c.toElement;
          var p = this.chart.hoverSeries;
          this.isDirectTouch = !1, !p || !c || p.stickyTracking || this.inClass(c, "highcharts-tooltip") || this.inClass(c, "highcharts-series-" + p.index) && this.inClass(c, "highcharts-tracker") || p.onMouseOut();
        }, a.prototype.inClass = function(c, p) {
          for (var i; c; ) {
            if (i = R(c, "class")) {
              if (i.indexOf(p) !== -1)
                return !0;
              if (i.indexOf("highcharts-container") !== -1)
                return !1;
            }
            c = c.parentNode;
          }
        }, a.prototype.init = function(c, p) {
          this.options = p, this.chart = c, this.runChartClick = !(!p.chart.events || !p.chart.events.click), this.pinchDown = [], this.lastValidTouch = {}, I && (c.tooltip = new I(c, p.tooltip), this.followTouchMove = w(p.tooltip.followTouchMove, !0)), this.setDOMEvents();
        }, a.prototype.normalize = function(c, p) {
          var i = c.touches, l = i ? i.length ? i.item(0) : w(i.changedTouches, c.changedTouches)[0] : c;
          return p || (p = this.getChartPosition()), i = l.pageX - p.left, l = l.pageY - p.top, i /= p.scaleX, l /= p.scaleY, d(c, { chartX: Math.round(i), chartY: Math.round(l) });
        }, a.prototype.onContainerClick = function(c) {
          var p = this.chart, i = p.hoverPoint;
          c = this.normalize(c);
          var l = p.plotLeft, s = p.plotTop;
          p.cancelClick || (i && this.inClass(c.target, "highcharts-tracker") ? (P(i.series, "click", d(c, { point: i })), p.hoverPoint && i.firePointEvent("click", c)) : (d(c, this.getCoordinates(c)), p.isInsidePlot(c.chartX - l, c.chartY - s, { visiblePlotOnly: !0 }) && P(p, "click", c)));
        }, a.prototype.onContainerMouseDown = function(c) {
          var p = ((c.buttons || c.button) & 1) === 1;
          c = this.normalize(c), B.isFirefox && c.button !== 0 && this.onContainerMouseMove(c), (typeof c.button > "u" || p) && (this.zoomOption(c), p && c.preventDefault && c.preventDefault(), this.dragStart(c));
        }, a.prototype.onContainerMouseLeave = function(c) {
          var p = U[w(a.hoverChartIndex, -1)], i = this.chart.tooltip;
          i && i.shouldStickOnContact() && this.inClass(c.relatedTarget, "highcharts-tooltip-container") || (c = this.normalize(c), p && (c.relatedTarget || c.toElement) && (p.pointer.reset(), p.pointer.chartPosition = void 0), i && !i.isHidden && this.reset());
        }, a.prototype.onContainerMouseEnter = function(c) {
          delete this.chartPosition;
        }, a.prototype.onContainerMouseMove = function(c) {
          var p = this.chart;
          c = this.normalize(c), this.setHoverChartIndex(), c.preventDefault || (c.returnValue = !1), (p.mouseIsDown === "mousedown" || this.touchSelect(c)) && this.drag(c), p.openMenu || !this.inClass(c.target, "highcharts-tracker") && !p.isInsidePlot(c.chartX - p.plotLeft, c.chartY - p.plotTop, { visiblePlotOnly: !0 }) || (this.inClass(c.target, "highcharts-no-tooltip") ? this.reset(!1, 0) : this.runPointActions(c));
        }, a.prototype.onDocumentTouchEnd = function(c) {
          var p = U[w(
            a.hoverChartIndex,
            -1
          )];
          p && p.pointer.drop(c);
        }, a.prototype.onContainerTouchMove = function(c) {
          this.touchSelect(c) ? this.onContainerMouseMove(c) : this.touch(c);
        }, a.prototype.onContainerTouchStart = function(c) {
          this.touchSelect(c) ? this.onContainerMouseDown(c) : (this.zoomOption(c), this.touch(c, !0));
        }, a.prototype.onDocumentMouseMove = function(c) {
          var p = this.chart, i = this.chartPosition;
          c = this.normalize(c, i);
          var l = p.tooltip;
          !i || l && l.isStickyOnContact() || p.isInsidePlot(c.chartX - p.plotLeft, c.chartY - p.plotTop, { visiblePlotOnly: !0 }) || this.inClass(c.target, "highcharts-tracker") || this.reset();
        }, a.prototype.onDocumentMouseUp = function(c) {
          var p = U[w(a.hoverChartIndex, -1)];
          p && p.pointer.drop(c);
        }, a.prototype.pinch = function(c) {
          var p = this, i = p.chart, l = p.pinchDown, s = c.touches || [], t = s.length, o = p.lastValidTouch, n = p.hasZoom, A = {}, _ = t === 1 && (p.inClass(c.target, "highcharts-tracker") && i.runTrackerClick || p.runChartClick), D = {}, j = p.selectionMarker;
          1 < t ? p.initiated = !0 : t === 1 && this.followTouchMove && (p.initiated = !1), n && p.initiated && !_ && c.cancelable !== !1 && c.preventDefault(), [].map.call(s, function(T) {
            return p.normalize(T);
          }), c.type === "touchstart" ? ([].forEach.call(s, function(T, X) {
            l[X] = { chartX: T.chartX, chartY: T.chartY };
          }), o.x = [l[0].chartX, l[1] && l[1].chartX], o.y = [l[0].chartY, l[1] && l[1].chartY], i.axes.forEach(function(T) {
            if (T.zoomEnabled) {
              var X = i.bounds[T.horiz ? "h" : "v"], g = T.minPixelPadding, m = T.toPixels(Math.min(w(T.options.min, T.dataMin), T.dataMin)), L = T.toPixels(Math.max(w(T.options.max, T.dataMax), T.dataMax)), Y = Math.max(m, L);
              X.min = Math.min(T.pos, Math.min(
                m,
                L
              ) - g), X.max = Math.max(T.pos + T.len, Y + g);
            }
          }), p.res = !0) : p.followTouchMove && t === 1 ? this.runPointActions(p.normalize(c)) : l.length && (P(i, "touchpan", { originalEvent: c }, function() {
            j || (p.selectionMarker = j = d({ destroy: H, touch: !0 }, i.plotBox)), p.pinchTranslate(l, s, A, j, D, o), p.hasPinched = n, p.scaleGroups(A, D);
          }), p.res && (p.res = !1, this.reset(!1, 0)));
        }, a.prototype.pinchTranslate = function(c, p, i, l, s, t) {
          this.zoomHor && this.pinchTranslateDirection(!0, c, p, i, l, s, t), this.zoomVert && this.pinchTranslateDirection(!1, c, p, i, l, s, t);
        }, a.prototype.pinchTranslateDirection = function(c, p, i, l, s, t, o, n) {
          var A = this.chart, _ = c ? "x" : "y", D = c ? "X" : "Y", j = "chart" + D, T = c ? "width" : "height", X = A["plot" + (c ? "Left" : "Top")], g = A.inverted, m = A.bounds[c ? "h" : "v"], L = p.length === 1, Y = p[0][j], V = !L && p[1][j];
          p = function() {
            typeof $ == "number" && 20 < Math.abs(Y - V) && (G = n || Math.abs(z - $) / Math.abs(Y - V)), k = (X - z) / G + Y, Q = A["plot" + (c ? "Width" : "Height")] / G;
          };
          var Q, k, G = n || 1, z = i[0][j], $ = !L && i[1][j];
          if (p(), i = k, i < m.min) {
            i = m.min;
            var q = !0;
          } else
            i + Q > m.max && (i = m.max - Q, q = !0);
          q ? (z -= 0.8 * (z - o[_][0]), typeof $ == "number" && ($ -= 0.8 * ($ - o[_][1])), p()) : o[_] = [z, $], g || (t[_] = k - X, t[T] = Q), t = g ? 1 / G : G, s[T] = Q, s[_] = i, l[g ? c ? "scaleY" : "scaleX" : "scale" + D] = G, l["translate" + D] = t * X + (z - t * Y);
        }, a.prototype.reset = function(c, p) {
          var i = this.chart, l = i.hoverSeries, s = i.hoverPoint, t = i.hoverPoints, o = i.tooltip, n = o && o.shared ? t : s;
          c && n && v(n).forEach(function(A) {
            A.series.isCartesian && typeof A.plotX > "u" && (c = !1);
          }), c ? o && n && v(n).length && (o.refresh(n), o.shared && t ? t.forEach(function(A) {
            A.setState(A.state, !0), A.series.isCartesian && (A.series.xAxis.crosshair && A.series.xAxis.drawCrosshair(
              null,
              A
            ), A.series.yAxis.crosshair && A.series.yAxis.drawCrosshair(null, A));
          }) : s && (s.setState(s.state, !0), i.axes.forEach(function(A) {
            A.crosshair && s.series[A.coll] === A && A.drawCrosshair(null, s);
          }))) : (s && s.onMouseOut(), t && t.forEach(function(A) {
            A.setState();
          }), l && l.onMouseOut(), o && o.hide(p), this.unDocMouseMove && (this.unDocMouseMove = this.unDocMouseMove()), i.axes.forEach(function(A) {
            A.hideCrosshair();
          }), this.hoverX = i.hoverPoints = i.hoverPoint = null);
        }, a.prototype.runPointActions = function(c, p) {
          var i = this.chart, l = i.tooltip && i.tooltip.options.enabled ? i.tooltip : void 0, s = l ? l.shared : !1, t = p || i.hoverPoint, o = t && t.series || i.hoverSeries;
          p = this.getHoverData(t, o, i.series, (!c || c.type !== "touchmove") && (!!p || o && o.directTouch && this.isDirectTouch), s, c), t = p.hoverPoint, o = p.hoverSeries;
          var n = p.hoverPoints;
          if (p = o && o.tooltipOptions.followPointer && !o.tooltipOptions.split, s = s && o && !o.noSharedTooltip, t && (t !== i.hoverPoint || l && l.isHidden)) {
            if ((i.hoverPoints || []).forEach(function(A) {
              n.indexOf(A) === -1 && A.setState();
            }), i.hoverSeries !== o && o.onMouseOver(), this.applyInactiveState(n), (n || []).forEach(function(A) {
              A.setState("hover");
            }), i.hoverPoint && i.hoverPoint.firePointEvent("mouseOut"), !t.series)
              return;
            i.hoverPoints = n, i.hoverPoint = t, t.firePointEvent("mouseOver"), l && l.refresh(s ? n : t, c);
          } else
            p && l && !l.isHidden && (t = l.getAnchor([{}], c), i.isInsidePlot(t[0], t[1], { visiblePlotOnly: !0 }) && l.updatePosition({ plotX: t[0], plotY: t[1] }));
          this.unDocMouseMove || (this.unDocMouseMove = W(i.container.ownerDocument, "mousemove", function(A) {
            var _ = U[a.hoverChartIndex];
            _ && _.pointer.onDocumentMouseMove(A);
          }), this.eventsToUnbind.push(this.unDocMouseMove)), i.axes.forEach(function(A) {
            var _ = w((A.crosshair || {}).snap, !0), D;
            _ && ((D = i.hoverPoint) && D.series[A.coll] === A || (D = u(n, function(j) {
              return j.series[A.coll] === A;
            }))), D || !_ ? A.drawCrosshair(c, D) : A.hideCrosshair();
          });
        }, a.prototype.scaleGroups = function(c, p) {
          var i = this.chart;
          i.series.forEach(function(l) {
            var s = c || l.getPlotBox();
            l.group && (l.xAxis && l.xAxis.zoomEnabled || i.mapView) && (l.group.attr(s), l.markerGroup && (l.markerGroup.attr(s), l.markerGroup.clip(p ? i.clipRect : null)), l.dataLabelsGroup && l.dataLabelsGroup.attr(s));
          }), i.clipRect.attr(p || i.clipBox);
        }, a.prototype.setDOMEvents = function() {
          var c = this, p = this.chart.container, i = p.ownerDocument;
          p.onmousedown = this.onContainerMouseDown.bind(this), p.onmousemove = this.onContainerMouseMove.bind(this), p.onclick = this.onContainerClick.bind(this), this.eventsToUnbind.push(W(p, "mouseenter", this.onContainerMouseEnter.bind(this))), this.eventsToUnbind.push(W(p, "mouseleave", this.onContainerMouseLeave.bind(this))), a.unbindDocumentMouseUp || (a.unbindDocumentMouseUp = W(i, "mouseup", this.onDocumentMouseUp.bind(this)));
          for (var l = this.chart.renderTo.parentElement; l && l.tagName !== "BODY"; )
            this.eventsToUnbind.push(W(l, "scroll", function() {
              delete c.chartPosition;
            })), l = l.parentElement;
          B.hasTouch && (this.eventsToUnbind.push(W(p, "touchstart", this.onContainerTouchStart.bind(this), { passive: !1 })), this.eventsToUnbind.push(W(p, "touchmove", this.onContainerTouchMove.bind(this), { passive: !1 })), a.unbindDocumentTouchEnd || (a.unbindDocumentTouchEnd = W(i, "touchend", this.onDocumentTouchEnd.bind(this), { passive: !1 })));
        }, a.prototype.setHoverChartIndex = function() {
          var c = this.chart, p = B.charts[w(a.hoverChartIndex, -1)];
          p && p !== c && p.pointer.onContainerMouseLeave({ relatedTarget: !0 }), p && p.mouseIsDown || (a.hoverChartIndex = c.index);
        }, a.prototype.touch = function(c, p) {
          var i = this.chart;
          if (this.setHoverChartIndex(), c.touches.length === 1)
            if (c = this.normalize(c), i.isInsidePlot(c.chartX - i.plotLeft, c.chartY - i.plotTop, { visiblePlotOnly: !0 }) && !i.openMenu) {
              if (p && this.runPointActions(c), c.type === "touchmove") {
                p = this.pinchDown;
                var l = p[0] ? 4 <= Math.sqrt(Math.pow(p[0].chartX - c.chartX, 2) + Math.pow(p[0].chartY - c.chartY, 2)) : !1;
              }
              w(l, !0) && this.pinch(c);
            } else
              p && this.reset();
          else
            c.touches.length === 2 && this.pinch(c);
        }, a.prototype.touchSelect = function(c) {
          return !(!this.chart.options.chart.zoomBySingleTouch || !c.touches || c.touches.length !== 1);
        }, a.prototype.zoomOption = function(c) {
          var p = this.chart, i = p.options.chart;
          p = p.inverted;
          var l = i.zoomType || "";
          /touch/.test(c.type) && (l = w(i.pinchType, l)), this.zoomX = c = /x/.test(l), this.zoomY = i = /y/.test(l), this.zoomHor = c && !p || i && p, this.zoomVert = i && !p || c && p, this.hasZoom = c || i;
        }, a;
      }(), y;
    }), E(h, "Core/MSPointer.js", [h["Core/Globals.js"], h["Core/Pointer.js"], h["Core/Utilities.js"]], function(y, B, I) {
      function Z() {
        var C = [];
        return C.item = function(b) {
          return this[b];
        }, u(O, function(b) {
          C.push({ pageX: b.pageX, pageY: b.pageY, target: b.target });
        }), C;
      }
      function F(C, b, w, v) {
        var a = H[B.hoverChartIndex || NaN];
        C.pointerType !== "touch" && C.pointerType !== C.MSPOINTER_TYPE_TOUCH || !a || (a = a.pointer, v(C), a[b]({ type: w, target: C.currentTarget, preventDefault: R, touches: Z() }));
      }
      var U = this && this.__extends || function() {
        var C = function(b, w) {
          return C = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(v, a) {
            v.__proto__ = a;
          } || function(v, a) {
            for (var c in a)
              a.hasOwnProperty(c) && (v[c] = a[c]);
          }, C(b, w);
        };
        return function(b, w) {
          function v() {
            this.constructor = b;
          }
          C(b, w), b.prototype = w === null ? Object.create(w) : (v.prototype = w.prototype, new v());
        };
      }(), H = y.charts, W = y.doc, R = y.noop, S = y.win, x = I.addEvent, d = I.css, u = I.objectEach, P = I.removeEvent, O = {}, N = !!S.PointerEvent;
      return function(C) {
        function b() {
          return C !== null && C.apply(this, arguments) || this;
        }
        return U(b, C), b.isRequired = function() {
          return !(y.hasTouch || !S.PointerEvent && !S.MSPointerEvent);
        }, b.prototype.batchMSEvents = function(w) {
          w(this.chart.container, N ? "pointerdown" : "MSPointerDown", this.onContainerPointerDown), w(this.chart.container, N ? "pointermove" : "MSPointerMove", this.onContainerPointerMove), w(W, N ? "pointerup" : "MSPointerUp", this.onDocumentPointerUp);
        }, b.prototype.destroy = function() {
          this.batchMSEvents(P), C.prototype.destroy.call(this);
        }, b.prototype.init = function(w, v) {
          C.prototype.init.call(this, w, v), this.hasZoom && d(w.container, { "-ms-touch-action": "none", "touch-action": "none" });
        }, b.prototype.onContainerPointerDown = function(w) {
          F(w, "onContainerTouchStart", "touchstart", function(v) {
            O[v.pointerId] = { pageX: v.pageX, pageY: v.pageY, target: v.currentTarget };
          });
        }, b.prototype.onContainerPointerMove = function(w) {
          F(w, "onContainerTouchMove", "touchmove", function(v) {
            O[v.pointerId] = {
              pageX: v.pageX,
              pageY: v.pageY
            }, O[v.pointerId].target || (O[v.pointerId].target = v.currentTarget);
          });
        }, b.prototype.onDocumentPointerUp = function(w) {
          F(w, "onDocumentTouchEnd", "touchend", function(v) {
            delete O[v.pointerId];
          });
        }, b.prototype.setDOMEvents = function() {
          C.prototype.setDOMEvents.call(this), (this.hasZoom || this.followTouchMove) && this.batchMSEvents(x);
        }, b;
      }(B);
    }), E(h, "Core/Legend/Legend.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/FormatUtilities.js"],
      h["Core/Globals.js"],
      h["Core/Series/Point.js"],
      h["Core/Renderer/RendererUtilities.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U) {
      var H = y.animObject, W = y.setAnimation, R = B.format;
      y = I.isFirefox;
      var S = I.marginNames;
      I = I.win;
      var x = F.distribute, d = U.addEvent, u = U.createElement, P = U.css, O = U.defined, N = U.discardElement, C = U.find, b = U.fireEvent, w = U.isNumber, v = U.merge, a = U.pick, c = U.relativeLength, p = U.stableSort, i = U.syncTimeout;
      return F = U.wrap, U = function() {
        function l(s, t) {
          this.allItems = [], this.contentGroup = this.box = void 0, this.display = !1, this.group = void 0, this.offsetWidth = this.maxLegendWidth = this.maxItemWidth = this.legendWidth = this.legendHeight = this.lastLineHeight = this.lastItemY = this.itemY = this.itemX = this.itemMarginTop = this.itemMarginBottom = this.itemHeight = this.initialItemY = 0, this.options = {}, this.padding = 0, this.pages = [], this.proximate = !1, this.scrollGroup = void 0, this.widthOption = this.totalItemWidth = this.titleHeight = this.symbolWidth = this.symbolHeight = 0, this.chart = s, this.init(s, t);
        }
        return l.prototype.init = function(s, t) {
          this.chart = s, this.setOptions(t), t.enabled && (this.render(), d(this.chart, "endResize", function() {
            this.legend.positionCheckboxes();
          }), this.proximate ? this.unchartrender = d(this.chart, "render", function() {
            this.legend.proximatePositions(), this.legend.positionItems();
          }) : this.unchartrender && this.unchartrender());
        }, l.prototype.setOptions = function(s) {
          var t = a(s.padding, 8);
          this.options = s, this.chart.styledMode || (this.itemStyle = s.itemStyle, this.itemHiddenStyle = v(this.itemStyle, s.itemHiddenStyle)), this.itemMarginTop = s.itemMarginTop || 0, this.itemMarginBottom = s.itemMarginBottom || 0, this.padding = t, this.initialItemY = t - 5, this.symbolWidth = a(
            s.symbolWidth,
            16
          ), this.pages = [], this.proximate = s.layout === "proximate" && !this.chart.inverted, this.baseline = void 0;
        }, l.prototype.update = function(s, t) {
          var o = this.chart;
          this.setOptions(v(!0, this.options, s)), this.destroy(), o.isDirtyLegend = o.isDirtyBox = !0, a(t, !0) && o.redraw(), b(this, "afterUpdate");
        }, l.prototype.colorizeItem = function(s, t) {
          if (s.legendGroup[t ? "removeClass" : "addClass"]("highcharts-legend-item-hidden"), !this.chart.styledMode) {
            var o = this.options, n = s.legendItem, A = s.legendLine, _ = s.legendSymbol, D = this.itemHiddenStyle.color;
            o = t ? o.itemStyle.color : D;
            var j = t && s.color || D, T = s.options && s.options.marker, X = { fill: j };
            n && n.css({ fill: o, color: o }), A && A.attr({ stroke: j }), _ && (T && _.isMarker && (X = s.pointAttribs(), t || (X.stroke = X.fill = D)), _.attr(X));
          }
          b(this, "afterColorizeItem", { item: s, visible: t });
        }, l.prototype.positionItems = function() {
          this.allItems.forEach(this.positionItem, this), this.chart.isResizing || this.positionCheckboxes();
        }, l.prototype.positionItem = function(s) {
          var t = this, o = this.options, n = o.symbolPadding, A = !o.rtl, _ = s._legendItemPos;
          o = _[0], _ = _[1];
          var D = s.checkbox, j = s.legendGroup;
          j && j.element && (n = { translateX: A ? o : this.legendWidth - o - 2 * n - 4, translateY: _ }, A = function() {
            b(t, "afterPositionItem", { item: s });
          }, O(j.translateY) ? j.animate(n, void 0, A) : (j.attr(n), A())), D && (D.x = o, D.y = _);
        }, l.prototype.destroyItem = function(s) {
          var t = s.checkbox;
          ["legendItem", "legendLine", "legendSymbol", "legendGroup"].forEach(function(o) {
            s[o] && (s[o] = s[o].destroy());
          }), t && N(s.checkbox);
        }, l.prototype.destroy = function() {
          function s(t) {
            this[t] && (this[t] = this[t].destroy());
          }
          this.getAllItems().forEach(function(t) {
            [
              "legendItem",
              "legendGroup"
            ].forEach(s, t);
          }), "clipRect up down pager nav box title group".split(" ").forEach(s, this), this.display = null;
        }, l.prototype.positionCheckboxes = function() {
          var s = this.group && this.group.alignAttr, t = this.clipHeight || this.legendHeight, o = this.titleHeight;
          if (s) {
            var n = s.translateY;
            this.allItems.forEach(function(A) {
              var _ = A.checkbox;
              if (_) {
                var D = n + o + _.y + (this.scrollOffset || 0) + 3;
                P(_, { left: s.translateX + A.checkboxOffset + _.x - 20 + "px", top: D + "px", display: this.proximate || D > n - 6 && D < n + t - 6 ? "" : "none" });
              }
            }, this);
          }
        }, l.prototype.renderTitle = function() {
          var s = this.options, t = this.padding, o = s.title, n = 0;
          o.text && (this.title || (this.title = this.chart.renderer.label(o.text, t - 3, t - 4, null, null, null, s.useHTML, null, "legend-title").attr({ zIndex: 1 }), this.chart.styledMode || this.title.css(o.style), this.title.add(this.group)), o.width || this.title.css({ width: this.maxLegendWidth + "px" }), s = this.title.getBBox(), n = s.height, this.offsetWidth = s.width, this.contentGroup.attr({ translateY: n })), this.titleHeight = n;
        }, l.prototype.setText = function(s) {
          var t = this.options;
          s.legendItem.attr({ text: t.labelFormat ? R(t.labelFormat, s, this.chart) : t.labelFormatter.call(s) });
        }, l.prototype.renderItem = function(s) {
          var t = this.chart, o = t.renderer, n = this.options, A = this.symbolWidth, _ = n.symbolPadding || 0, D = this.itemStyle, j = this.itemHiddenStyle, T = n.layout === "horizontal" ? a(n.itemDistance, 20) : 0, X = !n.rtl, g = !s.series, m = !g && s.series.drawLegendSymbol ? s.series : s, L = m.options, Y = this.createCheckboxForItem && L && L.showCheckbox, V = n.useHTML, Q = s.options.className, k = s.legendItem;
          L = A + _ + T + (Y ? 20 : 0), k || (s.legendGroup = o.g("legend-item").addClass("highcharts-" + m.type + "-series highcharts-color-" + s.colorIndex + (Q ? " " + Q : "") + (g ? " highcharts-series-" + s.index : "")).attr({ zIndex: 1 }).add(this.scrollGroup), s.legendItem = k = o.text("", X ? A + _ : -_, this.baseline || 0, V), t.styledMode || k.css(v(s.visible ? D : j)), k.attr({ align: X ? "left" : "right", zIndex: 2 }).add(s.legendGroup), this.baseline || (this.fontMetrics = o.fontMetrics(t.styledMode ? 12 : D.fontSize, k), this.baseline = this.fontMetrics.f + 3 + this.itemMarginTop, k.attr("y", this.baseline), this.symbolHeight = n.symbolHeight || this.fontMetrics.f, n.squareSymbol && (this.symbolWidth = a(n.symbolWidth, Math.max(this.symbolHeight, 16)), L = this.symbolWidth + _ + T + (Y ? 20 : 0), X && k.attr("x", this.symbolWidth + _))), m.drawLegendSymbol(this, s), this.setItemEvents && this.setItemEvents(s, k, V)), Y && !s.checkbox && this.createCheckboxForItem && this.createCheckboxForItem(s), this.colorizeItem(s, s.visible), !t.styledMode && D.width || k.css({ width: (n.itemWidth || this.widthOption || t.spacingBox.width) - L + "px" }), this.setText(s), t = k.getBBox(), o = this.fontMetrics && this.fontMetrics.h || 0, s.itemWidth = s.checkboxOffset = n.itemWidth || s.legendItemWidth || t.width + L, this.maxItemWidth = Math.max(this.maxItemWidth, s.itemWidth), this.totalItemWidth += s.itemWidth, this.itemHeight = s.itemHeight = Math.round(s.legendItemHeight || (t.height > 1.5 * o ? t.height : o));
        }, l.prototype.layoutItem = function(s) {
          var t = this.options, o = this.padding, n = t.layout === "horizontal", A = s.itemHeight, _ = this.itemMarginBottom, D = this.itemMarginTop, j = n ? a(t.itemDistance, 20) : 0, T = this.maxLegendWidth;
          t = t.alignColumns && this.totalItemWidth > T ? this.maxItemWidth : s.itemWidth, n && this.itemX - o + t > T && (this.itemX = o, this.lastLineHeight && (this.itemY += D + this.lastLineHeight + _), this.lastLineHeight = 0), this.lastItemY = D + this.itemY + _, this.lastLineHeight = Math.max(A, this.lastLineHeight), s._legendItemPos = [this.itemX, this.itemY], n ? this.itemX += t : (this.itemY += D + A + _, this.lastLineHeight = A), this.offsetWidth = this.widthOption || Math.max((n ? this.itemX - o - (s.checkbox ? 0 : j) : t) + o, this.offsetWidth);
        }, l.prototype.getAllItems = function() {
          var s = [];
          return this.chart.series.forEach(function(t) {
            var o = t && t.options;
            t && a(o.showInLegend, O(o.linkedTo) ? !1 : void 0, !0) && (s = s.concat(t.legendItems || (o.legendType === "point" ? t.data : t)));
          }), b(this, "afterGetAllItems", { allItems: s }), s;
        }, l.prototype.getAlignment = function() {
          var s = this.options;
          return this.proximate ? s.align.charAt(0) + "tv" : s.floating ? "" : s.align.charAt(0) + s.verticalAlign.charAt(0) + s.layout.charAt(0);
        }, l.prototype.adjustMargins = function(s, t) {
          var o = this.chart, n = this.options, A = this.getAlignment();
          A && [/(lth|ct|rth)/, /(rtv|rm|rbv)/, /(rbh|cb|lbh)/, /(lbv|lm|ltv)/].forEach(function(_, D) {
            _.test(A) && !O(s[D]) && (o[S[D]] = Math.max(o[S[D]], o.legend[(D + 1) % 2 ? "legendHeight" : "legendWidth"] + [1, -1, -1, 1][D] * n[D % 2 ? "x" : "y"] + a(n.margin, 12) + t[D] + (o.titleOffset[D] || 0)));
          });
        }, l.prototype.proximatePositions = function() {
          var s = this.chart, t = [], o = this.options.align === "left";
          this.allItems.forEach(function(n) {
            var A, _ = o;
            if (n.yAxis) {
              n.xAxis.options.reversed && (_ = !_), n.points && (A = C(_ ? n.points : n.points.slice(0).reverse(), function(j) {
                return w(j.plotY);
              })), _ = this.itemMarginTop + n.legendItem.getBBox().height + this.itemMarginBottom;
              var D = n.yAxis.top - s.plotTop;
              n.visible ? (A = A ? A.plotY : n.yAxis.height, A += D - 0.3 * _) : A = D + n.yAxis.height, t.push({ target: A, size: _, item: n });
            }
          }, this), x(t, s.plotHeight).forEach(function(n) {
            n.item._legendItemPos && (n.item._legendItemPos[1] = s.plotTop - s.spacing[0] + n.pos);
          });
        }, l.prototype.render = function() {
          var s = this.chart, t = s.renderer, o = this.options, n = this.padding, A = this.getAllItems(), _ = this.group, D = this.box;
          this.itemX = n, this.itemY = this.initialItemY, this.lastItemY = this.offsetWidth = 0, this.widthOption = c(o.width, s.spacingBox.width - n);
          var j = s.spacingBox.width - 2 * n - o.x;
          -1 < ["rm", "lm"].indexOf(this.getAlignment().substring(0, 2)) && (j /= 2), this.maxLegendWidth = this.widthOption || j, _ || (this.group = _ = t.g("legend").addClass(o.className || "").attr({ zIndex: 7 }).add(), this.contentGroup = t.g().attr({ zIndex: 1 }).add(_), this.scrollGroup = t.g().add(this.contentGroup)), this.renderTitle(), p(A, function(X, g) {
            return (X.options && X.options.legendIndex || 0) - (g.options && g.options.legendIndex || 0);
          }), o.reversed && A.reverse(), this.allItems = A, this.display = j = !!A.length, this.itemHeight = this.totalItemWidth = this.maxItemWidth = this.lastLineHeight = 0, A.forEach(this.renderItem, this), A.forEach(this.layoutItem, this), A = (this.widthOption || this.offsetWidth) + n;
          var T = this.lastItemY + this.lastLineHeight + this.titleHeight;
          T = this.handleOverflow(T), T += n, D || (this.box = D = t.rect().addClass("highcharts-legend-box").attr({ r: o.borderRadius }).add(_), D.isNew = !0), s.styledMode || D.attr({ stroke: o.borderColor, "stroke-width": o.borderWidth || 0, fill: o.backgroundColor || "none" }).shadow(o.shadow), 0 < A && 0 < T && (D[D.isNew ? "attr" : "animate"](D.crisp.call({}, { x: 0, y: 0, width: A, height: T }, D.strokeWidth())), D.isNew = !1), D[j ? "show" : "hide"](), s.styledMode && _.getStyle("display") === "none" && (A = T = 0), this.legendWidth = A, this.legendHeight = T, j && this.align(), this.proximate || this.positionItems(), b(this, "afterRender");
        }, l.prototype.align = function(s) {
          s === void 0 && (s = this.chart.spacingBox);
          var t = this.chart, o = this.options, n = s.y;
          /(lth|ct|rth)/.test(this.getAlignment()) && 0 < t.titleOffset[0] ? n += t.titleOffset[0] : /(lbh|cb|rbh)/.test(this.getAlignment()) && 0 < t.titleOffset[2] && (n -= t.titleOffset[2]), n !== s.y && (s = v(s, { y: n })), this.group.align(v(o, { width: this.legendWidth, height: this.legendHeight, verticalAlign: this.proximate ? "top" : o.verticalAlign }), !0, s);
        }, l.prototype.handleOverflow = function(s) {
          var t = this, o = this.chart, n = o.renderer, A = this.options, _ = A.y, D = A.verticalAlign === "top", j = this.padding, T = A.maxHeight, X = A.navigation, g = a(X.animation, !0), m = X.arrowSize || 12, L = this.pages, Y = this.allItems, V = function(q) {
            typeof q == "number" ? $.attr({ height: q }) : $ && (t.clipRect = $.destroy(), t.contentGroup.clip()), t.contentGroup.div && (t.contentGroup.div.style.clip = q ? "rect(" + j + "px,9999px," + (j + q) + "px,0)" : "auto");
          }, Q = function(q) {
            return t[q] = n.circle(0, 0, 1.3 * m).translate(m / 2, m / 2).add(z), o.styledMode || t[q].attr("fill", "rgba(0,0,0,0.0001)"), t[q];
          }, k, G;
          _ = o.spacingBox.height + (D ? -_ : _) - j;
          var z = this.nav, $ = this.clipRect;
          return A.layout !== "horizontal" || A.verticalAlign === "middle" || A.floating || (_ /= 2), T && (_ = Math.min(_, T)), L.length = 0, s && 0 < _ && s > _ && X.enabled !== !1 ? (this.clipHeight = k = Math.max(_ - 20 - this.titleHeight - j, 0), this.currentPage = a(this.currentPage, 1), this.fullHeight = s, Y.forEach(function(q, it) {
            var et = q._legendItemPos[1], nt = Math.round(q.legendItem.getBBox().height), rt = L.length;
            (!rt || et - L[rt - 1] > k && (G || et) !== L[rt - 1]) && (L.push(G || et), rt++), q.pageIx = rt - 1, G && (Y[it - 1].pageIx = rt - 1), it === Y.length - 1 && et + nt - L[rt - 1] > k && nt <= k && (L.push(et), q.pageIx = rt), et !== G && (G = et);
          }), $ || ($ = t.clipRect = n.clipRect(0, j, 9999, 0), t.contentGroup.clip($)), V(k), z || (this.nav = z = n.g().attr({ zIndex: 1 }).add(this.group), this.up = n.symbol("triangle", 0, 0, m, m).add(z), Q("upTracker").on(
            "click",
            function() {
              t.scroll(-1, g);
            }
          ), this.pager = n.text("", 15, 10).addClass("highcharts-legend-navigation"), o.styledMode || this.pager.css(X.style), this.pager.add(z), this.down = n.symbol("triangle-down", 0, 0, m, m).add(z), Q("downTracker").on("click", function() {
            t.scroll(1, g);
          })), t.scroll(0), s = _) : z && (V(), this.nav = z.destroy(), this.scrollGroup.attr({ translateY: 1 }), this.clipHeight = 0), s;
        }, l.prototype.scroll = function(s, t) {
          var o = this, n = this.chart, A = this.pages, _ = A.length, D = this.clipHeight, j = this.options.navigation, T = this.pager, X = this.padding, g = this.currentPage + s;
          g > _ && (g = _), 0 < g && (typeof t < "u" && W(t, n), this.nav.attr({ translateX: X, translateY: D + this.padding + 7 + this.titleHeight, visibility: "visible" }), [this.up, this.upTracker].forEach(function(m) {
            m.attr({ class: g === 1 ? "highcharts-legend-nav-inactive" : "highcharts-legend-nav-active" });
          }), T.attr({ text: g + "/" + _ }), [this.down, this.downTracker].forEach(
            function(m) {
              m.attr({ x: 18 + this.pager.getBBox().width, class: g === _ ? "highcharts-legend-nav-inactive" : "highcharts-legend-nav-active" });
            },
            this
          ), n.styledMode || (this.up.attr({ fill: g === 1 ? j.inactiveColor : j.activeColor }), this.upTracker.css({ cursor: g === 1 ? "default" : "pointer" }), this.down.attr({ fill: g === _ ? j.inactiveColor : j.activeColor }), this.downTracker.css({ cursor: g === _ ? "default" : "pointer" })), this.scrollOffset = -A[g - 1] + this.initialItemY, this.scrollGroup.animate({ translateY: this.scrollOffset }), this.currentPage = g, this.positionCheckboxes(), s = H(a(t, n.renderer.globalAnimation, !0)), i(function() {
            b(o, "afterScroll", { currentPage: g });
          }, s.duration));
        }, l.prototype.setItemEvents = function(s, t, o) {
          var n = this, A = n.chart.renderer.boxWrapper, _ = s instanceof Z, D = "highcharts-legend-" + (_ ? "point" : "series") + "-active", j = n.chart.styledMode, T = function(X) {
            n.allItems.forEach(function(g) {
              s !== g && [g].concat(g.linkedSeries || []).forEach(function(m) {
                m.setState(X, !_);
              });
            });
          };
          (o ? [t, s.legendSymbol] : [s.legendGroup]).forEach(function(X) {
            X && X.on("mouseover", function() {
              s.visible && T("inactive"), s.setState("hover"), s.visible && A.addClass(D), j || t.css(n.options.itemHoverStyle);
            }).on("mouseout", function() {
              n.chart.styledMode || t.css(v(s.visible ? n.itemStyle : n.itemHiddenStyle)), T(""), A.removeClass(D), s.setState();
            }).on("click", function(g) {
              var m = function() {
                s.setVisible && s.setVisible(), T(s.visible ? "inactive" : "");
              };
              A.removeClass(D), g = { browserEvent: g }, s.firePointEvent ? s.firePointEvent("legendItemClick", g, m) : b(s, "legendItemClick", g, m);
            });
          });
        }, l.prototype.createCheckboxForItem = function(s) {
          s.checkbox = u(
            "input",
            { type: "checkbox", className: "highcharts-legend-checkbox", checked: s.selected, defaultChecked: s.selected },
            this.options.itemCheckboxStyle,
            this.chart.container
          ), d(s.checkbox, "click", function(t) {
            b(s.series || s, "checkboxClick", { checked: t.target.checked, item: s }, function() {
              s.select();
            });
          });
        }, l;
      }(), (/Trident\/7\.0/.test(I.navigator && I.navigator.userAgent) || y) && F(U.prototype, "positionItem", function(l, s) {
        var t = this, o = function() {
          s._legendItemPos && l.call(t, s);
        };
        o(), t.bubbleLegend || setTimeout(o);
      }), U;
    }), E(
      h,
      "Core/Series/SeriesRegistry.js",
      [h["Core/Globals.js"], h["Core/DefaultOptions.js"], h["Core/Series/Point.js"], h["Core/Utilities.js"]],
      function(y, B, I, Z) {
        var F = B.defaultOptions, U = Z.error, H = Z.extendClass, W = Z.merge, R;
        return function(S) {
          function x(d, u) {
            var P = F.plotOptions || {}, O = u.defaultOptions;
            u.prototype.pointClass || (u.prototype.pointClass = I), u.prototype.type = d, O && (P[d] = O), S.seriesTypes[d] = u;
          }
          S.seriesTypes = y.seriesTypes, S.getSeries = function(d, u) {
            u === void 0 && (u = {});
            var P = d.options.chart;
            P = u.type || P.type || P.defaultSeriesType || "";
            var O = S.seriesTypes[P];
            return S || U(17, !0, d, { missingModuleFor: P }), P = new O(), typeof P.init == "function" && P.init(d, u), P;
          }, S.registerSeriesType = x, S.seriesType = function(d, u, P, O, N) {
            var C = F.plotOptions || {};
            return u = u || "", C[d] = W(C[u], P), x(d, H(S.seriesTypes[u] || function() {
            }, O)), S.seriesTypes[d].prototype.type = d, N && (S.seriesTypes[d].prototype.pointClass = H(I, N)), S.seriesTypes[d];
          };
        }(R || (R = {})), R;
      }
    ), E(h, "Core/Chart/Chart.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/Axis/Axis.js"],
      h["Core/FormatUtilities.js"],
      h["Core/Foundation.js"],
      h["Core/Globals.js"],
      h["Core/Legend/Legend.js"],
      h["Core/MSPointer.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Pointer.js"],
      h["Core/Renderer/RendererRegistry.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Renderer/SVG/SVGRenderer.js"],
      h["Core/Time.js"],
      h["Core/Utilities.js"],
      h["Core/Renderer/HTML/AST.js"]
    ], function(y, B, I, Z, F, U, H, W, R, S, x, d, u, P, O) {
      var N = y.animate, C = y.animObject, b = y.setAnimation, w = I.numberFormat, v = Z.registerEventOptions, a = F.charts, c = F.doc, p = F.marginNames, i = F.svg, l = F.win, s = W.defaultOptions, t = W.defaultTime, o = x.seriesTypes, n = P.addEvent, A = P.attr, _ = P.cleanRecursively, D = P.createElement, j = P.css, T = P.defined, X = P.discardElement, g = P.erase, m = P.error, L = P.extend, Y = P.find, V = P.fireEvent, Q = P.getStyle, k = P.isArray, G = P.isNumber, z = P.isObject, $ = P.isString, q = P.merge, it = P.objectEach, et = P.pick, nt = P.pInt, rt = P.relativeLength, ct = P.removeEvent, gt = P.splat, dt = P.syncTimeout, lt = P.uniqueKey;
      return y = function() {
        function at(J, tt, st) {
          this.series = this.renderTo = this.renderer = this.pointer = this.pointCount = this.plotWidth = this.plotTop = this.plotLeft = this.plotHeight = this.plotBox = this.options = this.numberFormatter = this.margin = this.legend = this.labelCollectors = this.isResizing = this.index = this.eventOptions = this.container = this.colorCounter = this.clipBox = this.chartWidth = this.chartHeight = this.bounds = this.axisOffset = this.axes = void 0, this.sharedClips = {}, this.yAxis = this.xAxis = this.userOptions = this.titleOffset = this.time = this.symbolCounter = this.spacingBox = this.spacing = void 0, this.getArgs(J, tt, st);
        }
        return at.chart = function(J, tt, st) {
          return new at(J, tt, st);
        }, at.prototype.getArgs = function(J, tt, st) {
          $(J) || J.nodeName ? (this.renderTo = J, this.init(tt, st)) : this.init(J, tt);
        }, at.prototype.init = function(J, tt) {
          var st = J.plotOptions || {};
          V(this, "init", { args: arguments }, function() {
            var ht = q(s, J), pt = ht.chart;
            it(ht.plotOptions, function(yt, vt) {
              z(yt) && (yt.tooltip = st[vt] && q(st[vt].tooltip) || void 0);
            }), ht.tooltip.userOptions = J.chart && J.chart.forExport && J.tooltip.userOptions || J.tooltip, this.userOptions = J, this.margin = [], this.spacing = [], this.bounds = { h: {}, v: {} }, this.labelCollectors = [], this.callback = tt, this.isResizing = 0, this.options = ht, this.axes = [], this.series = [], this.time = J.time && Object.keys(J.time).length ? new u(J.time) : F.time, this.numberFormatter = pt.numberFormatter || w, this.styledMode = pt.styledMode, this.hasCartesianSeries = pt.showAxes, this.index = a.length, a.push(this), F.chartCount++, v(this, pt), this.xAxis = [], this.yAxis = [], this.pointCount = this.colorCounter = this.symbolCounter = 0, V(this, "afterInit"), this.firstRender();
          });
        }, at.prototype.initSeries = function(J) {
          var tt = this.options.chart;
          tt = J.type || tt.type || tt.defaultSeriesType;
          var st = o[tt];
          return st || m(17, !0, this, { missingModuleFor: tt }), tt = new st(), typeof tt.init == "function" && tt.init(this, J), tt;
        }, at.prototype.setSeriesData = function() {
          this.getSeriesOrderByLinks().forEach(function(J) {
            J.points || J.data || !J.enabledDataSorting || J.setData(J.options.data, !1);
          });
        }, at.prototype.getSeriesOrderByLinks = function() {
          return this.series.concat().sort(function(J, tt) {
            return J.linkedSeries.length || tt.linkedSeries.length ? tt.linkedSeries.length - J.linkedSeries.length : 0;
          });
        }, at.prototype.orderSeries = function(J) {
          var tt = this.series;
          J = J || 0;
          for (var st = tt.length; J < st; ++J)
            tt[J] && (tt[J].index = J, tt[J].name = tt[J].getName());
        }, at.prototype.isInsidePlot = function(J, tt, st) {
          st === void 0 && (st = {});
          var ht = this.inverted, pt = this.plotBox, yt = this.plotLeft, vt = this.plotTop, Ct = this.scrollablePlotBox, Pt = 0, kt = 0;
          st.visiblePlotOnly && this.scrollingContainer && (kt = this.scrollingContainer, Pt = kt.scrollLeft, kt = kt.scrollTop);
          var St = st.series;
          if (pt = st.visiblePlotOnly && Ct || pt, Ct = st.inverted ? tt : J, tt = st.inverted ? J : tt, J = { x: Ct, y: tt, isInsidePlot: !0 }, !st.ignoreX) {
            var Dt = St && (ht ? St.yAxis : St.xAxis) || { pos: yt, len: 1 / 0 };
            Ct = st.paneCoordinates ? Dt.pos + Ct : yt + Ct, Ct >= Math.max(Pt + yt, Dt.pos) && Ct <= Math.min(Pt + yt + pt.width, Dt.pos + Dt.len) || (J.isInsidePlot = !1);
          }
          return !st.ignoreY && J.isInsidePlot && (ht = St && (ht ? St.xAxis : St.yAxis) || { pos: vt, len: 1 / 0 }, st = st.paneCoordinates ? ht.pos + tt : vt + tt, st >= Math.max(kt + vt, ht.pos) && st <= Math.min(kt + vt + pt.height, ht.pos + ht.len) || (J.isInsidePlot = !1)), V(this, "afterIsInsidePlot", J), J.isInsidePlot;
        }, at.prototype.redraw = function(J) {
          V(this, "beforeRedraw");
          var tt = this.hasCartesianSeries ? this.axes : this.colorAxis || [], st = this.series, ht = this.pointer, pt = this.legend, yt = this.userOptions.legend, vt = this.renderer, Ct = vt.isHidden(), Pt = [], kt = this.isDirtyBox, St = this.isDirtyLegend;
          for (this.setResponsive && this.setResponsive(!1), b(this.hasRendered ? J : !1, this), Ct && this.temporaryDisplay(), this.layOutTitles(), J = st.length; J--; ) {
            var Dt = st[J];
            if (Dt.options.stacking || Dt.options.centerInCategory) {
              var Lt = !0;
              if (Dt.isDirty) {
                var Nt = !0;
                break;
              }
            }
          }
          if (Nt)
            for (J = st.length; J--; )
              Dt = st[J], Dt.options.stacking && (Dt.isDirty = !0);
          st.forEach(function(Et) {
            Et.isDirty && (Et.options.legendType === "point" ? (typeof Et.updateTotals == "function" && Et.updateTotals(), St = !0) : yt && (yt.labelFormatter || yt.labelFormat) && (St = !0)), Et.isDirtyData && V(Et, "updatedData");
          }), St && pt && pt.options.enabled && (pt.render(), this.isDirtyLegend = !1), Lt && this.getStacks(), tt.forEach(function(Et) {
            Et.updateNames(), Et.setScale();
          }), this.getMargins(), tt.forEach(function(Et) {
            Et.isDirty && (kt = !0);
          }), tt.forEach(function(Et) {
            var Kt = Et.min + "," + Et.max;
            Et.extKey !== Kt && (Et.extKey = Kt, Pt.push(function() {
              V(Et, "afterSetExtremes", L(Et.eventArgs, Et.getExtremes())), delete Et.eventArgs;
            })), (kt || Lt) && Et.redraw();
          }), kt && this.drawChartBox(), V(this, "predraw"), st.forEach(function(Et) {
            (kt || Et.isDirty) && Et.visible && Et.redraw(), Et.isDirtyData = !1;
          }), ht && ht.reset(!0), vt.draw(), V(this, "redraw"), V(this, "render"), Ct && this.temporaryDisplay(!0), Pt.forEach(function(Et) {
            Et.call();
          });
        }, at.prototype.get = function(J) {
          function tt(yt) {
            return yt.id === J || yt.options && yt.options.id === J;
          }
          for (var st = this.series, ht = Y(this.axes, tt) || Y(this.series, tt), pt = 0; !ht && pt < st.length; pt++)
            ht = Y(st[pt].points || [], tt);
          return ht;
        }, at.prototype.getAxes = function() {
          var J = this, tt = this.options, st = tt.xAxis = gt(tt.xAxis || {});
          tt = tt.yAxis = gt(tt.yAxis || {}), V(this, "getAxes"), st.forEach(function(ht, pt) {
            ht.index = pt, ht.isX = !0;
          }), tt.forEach(function(ht, pt) {
            ht.index = pt;
          }), st.concat(tt).forEach(function(ht) {
            new B(J, ht);
          }), V(this, "afterGetAxes");
        }, at.prototype.getSelectedPoints = function() {
          return this.series.reduce(function(J, tt) {
            return tt.getPointsCollection().forEach(function(st) {
              et(st.selectedStaging, st.selected) && J.push(st);
            }), J;
          }, []);
        }, at.prototype.getSelectedSeries = function() {
          return this.series.filter(function(J) {
            return J.selected;
          });
        }, at.prototype.setTitle = function(J, tt, st) {
          this.applyDescription("title", J), this.applyDescription("subtitle", tt), this.applyDescription("caption", void 0), this.layOutTitles(st);
        }, at.prototype.applyDescription = function(J, tt) {
          var st = this, ht = J === "title" ? { color: "#333333", fontSize: this.options.isStock ? "16px" : "18px" } : { color: "#666666" };
          ht = this.options[J] = q(!this.styledMode && { style: ht }, this.options[J], tt);
          var pt = this[J];
          pt && tt && (this[J] = pt = pt.destroy()), ht && !pt && (pt = this.renderer.text(ht.text, 0, 0, ht.useHTML).attr({ align: ht.align, class: "highcharts-" + J, zIndex: ht.zIndex || 4 }).add(), pt.update = function(yt) {
            st[{ title: "setTitle", subtitle: "setSubtitle", caption: "setCaption" }[J]](yt);
          }, this.styledMode || pt.css(ht.style), this[J] = pt);
        }, at.prototype.layOutTitles = function(J) {
          var tt = [0, 0, 0], st = this.renderer, ht = this.spacingBox;
          ["title", "subtitle", "caption"].forEach(function(yt) {
            var vt = this[yt], Ct = this.options[yt], Pt = Ct.verticalAlign || "top";
            yt = yt === "title" ? Pt === "top" ? -3 : 0 : Pt === "top" ? tt[0] + 2 : 0;
            var kt;
            if (vt) {
              this.styledMode || (kt = Ct.style && Ct.style.fontSize), kt = st.fontMetrics(kt, vt).b, vt.css({ width: (Ct.width || ht.width + (Ct.widthAdjust || 0)) + "px" });
              var St = Math.round(vt.getBBox(Ct.useHTML).height);
              vt.align(
                L({ y: Pt === "bottom" ? kt : yt + kt, height: St }, Ct),
                !1,
                "spacingBox"
              ), Ct.floating || (Pt === "top" ? tt[0] = Math.ceil(tt[0] + St) : Pt === "bottom" && (tt[2] = Math.ceil(tt[2] + St)));
            }
          }, this), tt[0] && (this.options.title.verticalAlign || "top") === "top" && (tt[0] += this.options.title.margin), tt[2] && this.options.caption.verticalAlign === "bottom" && (tt[2] += this.options.caption.margin);
          var pt = !this.titleOffset || this.titleOffset.join(",") !== tt.join(",");
          this.titleOffset = tt, V(this, "afterLayOutTitles"), !this.isDirtyBox && pt && (this.isDirtyBox = this.isDirtyLegend = pt, this.hasRendered && et(J, !0) && this.isDirtyBox && this.redraw());
        }, at.prototype.getChartSize = function() {
          var J = this.options.chart, tt = J.width;
          J = J.height;
          var st = this.renderTo;
          T(tt) || (this.containerWidth = Q(st, "width")), T(J) || (this.containerHeight = Q(st, "height")), this.chartWidth = Math.max(0, tt || this.containerWidth || 600), this.chartHeight = Math.max(0, rt(J, this.chartWidth) || (1 < this.containerHeight ? this.containerHeight : 400));
        }, at.prototype.temporaryDisplay = function(J) {
          var tt = this.renderTo;
          if (J)
            for (; tt && tt.style; )
              tt.hcOrigStyle && (j(tt, tt.hcOrigStyle), delete tt.hcOrigStyle), tt.hcOrigDetached && (c.body.removeChild(tt), tt.hcOrigDetached = !1), tt = tt.parentNode;
          else
            for (; tt && tt.style && (c.body.contains(tt) || tt.parentNode || (tt.hcOrigDetached = !0, c.body.appendChild(tt)), (Q(tt, "display", !1) === "none" || tt.hcOricDetached) && (tt.hcOrigStyle = { display: tt.style.display, height: tt.style.height, overflow: tt.style.overflow }, J = { display: "block", overflow: "hidden" }, tt !== this.renderTo && (J.height = 0), j(tt, J), tt.offsetWidth || tt.style.setProperty("display", "block", "important")), tt = tt.parentNode, tt !== c.body); )
              ;
        }, at.prototype.setClassName = function(J) {
          this.container.className = "highcharts-container " + (J || "");
        }, at.prototype.getContainer = function() {
          var J = this.options, tt = J.chart, st = lt(), ht, pt = this.renderTo;
          pt || (this.renderTo = pt = tt.renderTo), $(pt) && (this.renderTo = pt = c.getElementById(pt)), pt || m(13, !0, this);
          var yt = nt(A(pt, "data-highcharts-chart"));
          G(yt) && a[yt] && a[yt].hasRendered && a[yt].destroy(), A(pt, "data-highcharts-chart", this.index), pt.innerHTML = O.emptyHTML, tt.skipClone || pt.offsetWidth || this.temporaryDisplay(), this.getChartSize(), yt = this.chartWidth;
          var vt = this.chartHeight;
          if (j(pt, { overflow: "hidden" }), this.styledMode || (ht = L({ position: "relative", overflow: "hidden", width: yt + "px", height: vt + "px", textAlign: "left", lineHeight: "normal", zIndex: 0, "-webkit-tap-highlight-color": "rgba(0,0,0,0)", userSelect: "none", "touch-action": "manipulation", outline: "none" }, tt.style || {})), this.container = st = D("div", { id: st }, ht, pt), this._cursor = st.style.cursor, this.renderer = new (tt.renderer || !i ? S.getRendererType(tt.renderer) : d)(st, yt, vt, void 0, tt.forExport, J.exporting && J.exporting.allowHTML, this.styledMode), b(
            void 0,
            this
          ), this.setClassName(tt.className), this.styledMode)
            for (var Ct in J.defs)
              this.renderer.definition(J.defs[Ct]);
          else
            this.renderer.setStyle(tt.style);
          this.renderer.chartIndex = this.index, V(this, "afterGetContainer");
        }, at.prototype.getMargins = function(J) {
          var tt = this.spacing, st = this.margin, ht = this.titleOffset;
          this.resetMargins(), ht[0] && !T(st[0]) && (this.plotTop = Math.max(this.plotTop, ht[0] + tt[0])), ht[2] && !T(st[2]) && (this.marginBottom = Math.max(this.marginBottom, ht[2] + tt[2])), this.legend && this.legend.display && this.legend.adjustMargins(
            st,
            tt
          ), V(this, "getMargins"), J || this.getAxisMargins();
        }, at.prototype.getAxisMargins = function() {
          var J = this, tt = J.axisOffset = [0, 0, 0, 0], st = J.colorAxis, ht = J.margin, pt = function(yt) {
            yt.forEach(function(vt) {
              vt.visible && vt.getOffset();
            });
          };
          J.hasCartesianSeries ? pt(J.axes) : st && st.length && pt(st), p.forEach(function(yt, vt) {
            T(ht[vt]) || (J[yt] += tt[vt]);
          }), J.setChartSize();
        }, at.prototype.reflow = function(J) {
          var tt = this, st = tt.options.chart, ht = tt.renderTo, pt = T(st.width) && T(st.height), yt = st.width || Q(ht, "width");
          st = st.height || Q(ht, "height"), ht = J ? J.target : l, delete tt.pointer.chartPosition, !pt && !tt.isPrinting && yt && st && (ht === l || ht === c) && ((yt !== tt.containerWidth || st !== tt.containerHeight) && (P.clearTimeout(tt.reflowTimeout), tt.reflowTimeout = dt(function() {
            tt.container && tt.setSize(void 0, void 0, !1);
          }, J ? 100 : 0)), tt.containerWidth = yt, tt.containerHeight = st);
        }, at.prototype.setReflow = function(J) {
          var tt = this;
          J === !1 || this.unbindReflow ? J === !1 && this.unbindReflow && (this.unbindReflow = this.unbindReflow()) : (this.unbindReflow = n(l, "resize", function(st) {
            tt.options && tt.reflow(st);
          }), n(this, "destroy", this.unbindReflow));
        }, at.prototype.setSize = function(J, tt, st) {
          var ht = this, pt = ht.renderer;
          ht.isResizing += 1, b(st, ht), st = pt.globalAnimation, ht.oldChartHeight = ht.chartHeight, ht.oldChartWidth = ht.chartWidth, typeof J < "u" && (ht.options.chart.width = J), typeof tt < "u" && (ht.options.chart.height = tt), ht.getChartSize(), ht.styledMode || (st ? N : j)(ht.container, { width: ht.chartWidth + "px", height: ht.chartHeight + "px" }, st), ht.setChartSize(!0), pt.setSize(ht.chartWidth, ht.chartHeight, st), ht.axes.forEach(function(yt) {
            yt.isDirty = !0, yt.setScale();
          }), ht.isDirtyLegend = !0, ht.isDirtyBox = !0, ht.layOutTitles(), ht.getMargins(), ht.redraw(st), ht.oldChartHeight = null, V(ht, "resize"), dt(function() {
            ht && V(ht, "endResize", null, function() {
              --ht.isResizing;
            });
          }, C(st).duration);
        }, at.prototype.setChartSize = function(J) {
          var tt = this.inverted, st = this.renderer, ht = this.chartWidth, pt = this.chartHeight, yt = this.options.chart, vt = this.spacing, Ct = this.clipOffset, Pt, kt, St, Dt;
          this.plotLeft = Pt = Math.round(this.plotLeft), this.plotTop = kt = Math.round(this.plotTop), this.plotWidth = St = Math.max(0, Math.round(ht - Pt - this.marginRight)), this.plotHeight = Dt = Math.max(0, Math.round(pt - kt - this.marginBottom)), this.plotSizeX = tt ? Dt : St, this.plotSizeY = tt ? St : Dt, this.plotBorderWidth = yt.plotBorderWidth || 0, this.spacingBox = st.spacingBox = { x: vt[3], y: vt[0], width: ht - vt[3] - vt[1], height: pt - vt[0] - vt[2] }, this.plotBox = st.plotBox = { x: Pt, y: kt, width: St, height: Dt }, tt = 2 * Math.floor(this.plotBorderWidth / 2), ht = Math.ceil(Math.max(tt, Ct[3]) / 2), pt = Math.ceil(Math.max(tt, Ct[0]) / 2), this.clipBox = { x: ht, y: pt, width: Math.floor(this.plotSizeX - Math.max(tt, Ct[1]) / 2 - ht), height: Math.max(0, Math.floor(this.plotSizeY - Math.max(tt, Ct[2]) / 2 - pt)) }, J || (this.axes.forEach(function(Lt) {
            Lt.setAxisSize(), Lt.setAxisTranslation();
          }), st.alignElements()), V(this, "afterSetChartSize", { skipAxes: J });
        }, at.prototype.resetMargins = function() {
          V(this, "resetMargins");
          var J = this, tt = J.options.chart;
          ["margin", "spacing"].forEach(function(st) {
            var ht = tt[st], pt = z(ht) ? ht : [ht, ht, ht, ht];
            ["Top", "Right", "Bottom", "Left"].forEach(function(yt, vt) {
              J[st][vt] = et(tt[st + yt], pt[vt]);
            });
          }), p.forEach(function(st, ht) {
            J[st] = et(J.margin[ht], J.spacing[ht]);
          }), J.axisOffset = [0, 0, 0, 0], J.clipOffset = [0, 0, 0, 0];
        }, at.prototype.drawChartBox = function() {
          var J = this.options.chart, tt = this.renderer, st = this.chartWidth, ht = this.chartHeight, pt = this.styledMode, yt = this.plotBGImage, vt = J.backgroundColor, Ct = J.plotBackgroundColor, Pt = J.plotBackgroundImage, kt = this.plotLeft, St = this.plotTop, Dt = this.plotWidth, Lt = this.plotHeight, Nt = this.plotBox, Et = this.clipRect, Kt = this.clipBox, Gt = this.chartBackground, Wt = this.plotBackground, Jt = this.plotBorder, be, zt = "animate";
          if (Gt || (this.chartBackground = Gt = tt.rect().addClass("highcharts-background").add(), zt = "attr"), pt)
            var Vt = be = Gt.strokeWidth();
          else
            Vt = J.borderWidth || 0, be = Vt + (J.shadow ? 8 : 0), vt = { fill: vt || "none" }, (Vt || Gt["stroke-width"]) && (vt.stroke = J.borderColor, vt["stroke-width"] = Vt), Gt.attr(vt).shadow(J.shadow);
          Gt[zt]({ x: be / 2, y: be / 2, width: st - be - Vt % 2, height: ht - be - Vt % 2, r: J.borderRadius }), zt = "animate", Wt || (zt = "attr", this.plotBackground = Wt = tt.rect().addClass("highcharts-plot-background").add()), Wt[zt](Nt), pt || (Wt.attr({ fill: Ct || "none" }).shadow(J.plotShadow), Pt && (yt ? (Pt !== yt.attr("href") && yt.attr("href", Pt), yt.animate(Nt)) : this.plotBGImage = tt.image(Pt, kt, St, Dt, Lt).add())), Et ? Et.animate({ width: Kt.width, height: Kt.height }) : this.clipRect = tt.clipRect(Kt), zt = "animate", Jt || (zt = "attr", this.plotBorder = Jt = tt.rect().addClass("highcharts-plot-border").attr({ zIndex: 1 }).add()), pt || Jt.attr({ stroke: J.plotBorderColor, "stroke-width": J.plotBorderWidth || 0, fill: "none" }), Jt[zt](Jt.crisp({ x: kt, y: St, width: Dt, height: Lt }, -Jt.strokeWidth())), this.isDirtyBox = !1, V(this, "afterDrawChartBox");
        }, at.prototype.propFromSeries = function() {
          var J = this, tt = J.options.chart, st = J.options.series, ht, pt, yt;
          ["inverted", "angular", "polar"].forEach(function(vt) {
            for (pt = o[tt.type || tt.defaultSeriesType], yt = tt[vt] || pt && pt.prototype[vt], ht = st && st.length; !yt && ht--; )
              (pt = o[st[ht].type]) && pt.prototype[vt] && (yt = !0);
            J[vt] = yt;
          });
        }, at.prototype.linkSeries = function() {
          var J = this, tt = J.series;
          tt.forEach(function(st) {
            st.linkedSeries.length = 0;
          }), tt.forEach(function(st) {
            var ht = st.options.linkedTo;
            $(ht) && (ht = ht === ":previous" ? J.series[st.index - 1] : J.get(ht)) && ht.linkedParent !== st && (ht.linkedSeries.push(st), st.linkedParent = ht, ht.enabledDataSorting && st.setDataSortingOptions(), st.visible = et(st.options.visible, ht.options.visible, st.visible));
          }), V(this, "afterLinkSeries");
        }, at.prototype.renderSeries = function() {
          this.series.forEach(function(J) {
            J.translate(), J.render();
          });
        }, at.prototype.renderLabels = function() {
          var J = this, tt = J.options.labels;
          tt.items && tt.items.forEach(function(st) {
            var ht = L(tt.style, st.style), pt = nt(ht.left) + J.plotLeft, yt = nt(ht.top) + J.plotTop + 12;
            delete ht.left, delete ht.top, J.renderer.text(st.html, pt, yt).attr({ zIndex: 2 }).css(ht).add();
          });
        }, at.prototype.render = function() {
          var J = this.axes, tt = this.colorAxis, st = this.renderer, ht = this.options, pt = function(kt) {
            kt.forEach(function(St) {
              St.visible && St.render();
            });
          }, yt = 0;
          this.setTitle(), this.legend = new U(this, ht.legend), this.getStacks && this.getStacks(), this.getMargins(!0), this.setChartSize(), ht = this.plotWidth, J.some(function(kt) {
            if (kt.horiz && kt.visible && kt.options.labels.enabled && kt.series.length)
              return yt = 21, !0;
          });
          var vt = this.plotHeight = Math.max(this.plotHeight - yt, 0);
          J.forEach(function(kt) {
            kt.setScale();
          }), this.getAxisMargins();
          var Ct = 1.1 < ht / this.plotWidth, Pt = 1.05 < vt / this.plotHeight;
          (Ct || Pt) && (J.forEach(function(kt) {
            (kt.horiz && Ct || !kt.horiz && Pt) && kt.setTickInterval(!0);
          }), this.getMargins()), this.drawChartBox(), this.hasCartesianSeries ? pt(J) : tt && tt.length && pt(tt), this.seriesGroup || (this.seriesGroup = st.g("series-group").attr({ zIndex: 3 }).add()), this.renderSeries(), this.renderLabels(), this.addCredits(), this.setResponsive && this.setResponsive(), this.hasRendered = !0;
        }, at.prototype.addCredits = function(J) {
          var tt = this, st = q(!0, this.options.credits, J);
          st.enabled && !this.credits && (this.credits = this.renderer.text(st.text + (this.mapCredits || ""), 0, 0).addClass("highcharts-credits").on("click", function() {
            st.href && (l.location.href = st.href);
          }).attr({ align: st.position.align, zIndex: 8 }), tt.styledMode || this.credits.css(st.style), this.credits.add().align(st.position), this.credits.update = function(ht) {
            tt.credits = tt.credits.destroy(), tt.addCredits(ht);
          });
        }, at.prototype.destroy = function() {
          var J = this, tt = J.axes, st = J.series, ht = J.container, pt = ht && ht.parentNode, yt;
          for (V(J, "destroy"), J.renderer.forExport ? g(a, J) : a[J.index] = void 0, F.chartCount--, J.renderTo.removeAttribute("data-highcharts-chart"), ct(J), yt = tt.length; yt--; )
            tt[yt] = tt[yt].destroy();
          for (this.scroller && this.scroller.destroy && this.scroller.destroy(), yt = st.length; yt--; )
            st[yt] = st[yt].destroy();
          "title subtitle chartBackground plotBackground plotBGImage plotBorder seriesGroup clipRect credits pointer rangeSelector legend resetZoomButton tooltip renderer".split(" ").forEach(function(vt) {
            var Ct = J[vt];
            Ct && Ct.destroy && (J[vt] = Ct.destroy());
          }), ht && (ht.innerHTML = O.emptyHTML, ct(ht), pt && X(ht)), it(J, function(vt, Ct) {
            delete J[Ct];
          });
        }, at.prototype.firstRender = function() {
          var J = this, tt = J.options;
          (!J.isReadyToRender || J.isReadyToRender()) && (J.getContainer(), J.resetMargins(), J.setChartSize(), J.propFromSeries(), J.getAxes(), (k(tt.series) ? tt.series : []).forEach(function(st) {
            J.initSeries(st);
          }), J.linkSeries(), J.setSeriesData(), V(J, "beforeRender"), R && (H.isRequired() ? J.pointer = new H(J, tt) : J.pointer = new R(J, tt)), J.render(), J.pointer.getChartPosition(), !J.renderer.imgCount && !J.hasLoaded && J.onload(), J.temporaryDisplay(!0));
        }, at.prototype.onload = function() {
          this.callbacks.concat([this.callback]).forEach(function(J) {
            J && typeof this.index < "u" && J.apply(this, [this]);
          }, this), V(this, "load"), V(this, "render"), T(this.index) && this.setReflow(this.options.chart.reflow), this.hasLoaded = !0;
        }, at.prototype.addSeries = function(J, tt, st) {
          var ht = this, pt;
          return J && (tt = et(tt, !0), V(ht, "addSeries", { options: J }, function() {
            pt = ht.initSeries(J), ht.isDirtyLegend = !0, ht.linkSeries(), pt.enabledDataSorting && pt.setData(J.data, !1), V(ht, "afterAddSeries", { series: pt }), tt && ht.redraw(st);
          })), pt;
        }, at.prototype.addAxis = function(J, tt, st, ht) {
          return this.createAxis(tt ? "xAxis" : "yAxis", { axis: J, redraw: st, animation: ht });
        }, at.prototype.addColorAxis = function(J, tt, st) {
          return this.createAxis("colorAxis", { axis: J, redraw: tt, animation: st });
        }, at.prototype.createAxis = function(J, tt) {
          return J = new B(this, q(tt.axis, { index: this[J].length, isX: J === "xAxis" })), et(tt.redraw, !0) && this.redraw(tt.animation), J;
        }, at.prototype.showLoading = function(J) {
          var tt = this, st = tt.options, ht = st.loading, pt = function() {
            yt && j(yt, { left: tt.plotLeft + "px", top: tt.plotTop + "px", width: tt.plotWidth + "px", height: tt.plotHeight + "px" });
          }, yt = tt.loadingDiv, vt = tt.loadingSpan;
          yt || (tt.loadingDiv = yt = D("div", { className: "highcharts-loading highcharts-loading-hidden" }, null, tt.container)), vt || (tt.loadingSpan = vt = D(
            "span",
            { className: "highcharts-loading-inner" },
            null,
            yt
          ), n(tt, "redraw", pt)), yt.className = "highcharts-loading", O.setElementHTML(vt, et(J, st.lang.loading, "")), tt.styledMode || (j(yt, L(ht.style, { zIndex: 10 })), j(vt, ht.labelStyle), tt.loadingShown || (j(yt, { opacity: 0, display: "" }), N(yt, { opacity: ht.style.opacity || 0.5 }, { duration: ht.showDuration || 0 }))), tt.loadingShown = !0, pt();
        }, at.prototype.hideLoading = function() {
          var J = this.options, tt = this.loadingDiv;
          tt && (tt.className = "highcharts-loading highcharts-loading-hidden", this.styledMode || N(tt, { opacity: 0 }, {
            duration: J.loading.hideDuration || 100,
            complete: function() {
              j(tt, { display: "none" });
            }
          })), this.loadingShown = !1;
        }, at.prototype.update = function(J, tt, st, ht) {
          var pt = this, yt = { credits: "addCredits", title: "setTitle", subtitle: "setSubtitle", caption: "setCaption" }, vt = J.isResponsiveOptions, Ct = [], Pt, kt;
          V(pt, "update", { options: J }), vt || pt.setResponsive(!1, !0), J = _(J, pt.options), pt.userOptions = q(pt.userOptions, J);
          var St = J.chart;
          if (St) {
            if (q(!0, pt.options.chart, St), "className" in St && pt.setClassName(St.className), "reflow" in St && pt.setReflow(St.reflow), "inverted" in St || "polar" in St || "type" in St) {
              pt.propFromSeries();
              var Dt = !0;
            }
            "alignTicks" in St && (Dt = !0), "events" in St && v(this, St), it(St, function(Lt, Nt) {
              pt.propsRequireUpdateSeries.indexOf("chart." + Nt) !== -1 && (Pt = !0), pt.propsRequireDirtyBox.indexOf(Nt) !== -1 && (pt.isDirtyBox = !0), pt.propsRequireReflow.indexOf(Nt) !== -1 && (vt ? pt.isDirtyBox = !0 : kt = !0);
            }), !pt.styledMode && St.style && pt.renderer.setStyle(pt.options.chart.style || {});
          }
          !pt.styledMode && J.colors && (this.options.colors = J.colors), J.time && (this.time === t && (this.time = new u(J.time)), q(!0, pt.options.time, J.time)), it(J, function(Lt, Nt) {
            pt[Nt] && typeof pt[Nt].update == "function" ? pt[Nt].update(Lt, !1) : typeof pt[yt[Nt]] == "function" ? pt[yt[Nt]](Lt) : Nt !== "colors" && pt.collectionsWithUpdate.indexOf(Nt) === -1 && q(!0, pt.options[Nt], J[Nt]), Nt !== "chart" && pt.propsRequireUpdateSeries.indexOf(Nt) !== -1 && (Pt = !0);
          }), this.collectionsWithUpdate.forEach(function(Lt) {
            if (J[Lt]) {
              var Nt = [];
              pt[Lt].forEach(function(Et, Kt) {
                Et.options.isInternal || Nt.push(et(Et.options.index, Kt));
              }), gt(J[Lt]).forEach(function(Et, Kt) {
                var Gt = T(Et.id), Wt;
                Gt && (Wt = pt.get(Et.id)), !Wt && pt[Lt] && (Wt = pt[Lt][Nt ? Nt[Kt] : Kt]) && Gt && T(Wt.options.id) && (Wt = void 0), Wt && Wt.coll === Lt && (Wt.update(Et, !1), st && (Wt.touched = !0)), !Wt && st && pt.collectionsWithInit[Lt] && (pt.collectionsWithInit[Lt][0].apply(pt, [Et].concat(pt.collectionsWithInit[Lt][1] || []).concat([!1])).touched = !0);
              }), st && pt[Lt].forEach(function(Et) {
                Et.touched || Et.options.isInternal ? delete Et.touched : Ct.push(Et);
              });
            }
          }), Ct.forEach(function(Lt) {
            Lt.chart && Lt.remove && Lt.remove(!1);
          }), Dt && pt.axes.forEach(function(Lt) {
            Lt.update({}, !1);
          }), Pt && pt.getSeriesOrderByLinks().forEach(function(Lt) {
            Lt.chart && Lt.update({}, !1);
          }, this), Dt = St && St.width, St = St && ($(St.height) ? rt(St.height, Dt || pt.chartWidth) : St.height), kt || G(Dt) && Dt !== pt.chartWidth || G(St) && St !== pt.chartHeight ? pt.setSize(Dt, St, ht) : et(tt, !0) && pt.redraw(ht), V(pt, "afterUpdate", { options: J, redraw: tt, animation: ht });
        }, at.prototype.setSubtitle = function(J, tt) {
          this.applyDescription("subtitle", J), this.layOutTitles(tt);
        }, at.prototype.setCaption = function(J, tt) {
          this.applyDescription("caption", J), this.layOutTitles(tt);
        }, at.prototype.showResetZoom = function() {
          function J() {
            tt.zoomOut();
          }
          var tt = this, st = s.lang, ht = tt.options.chart.resetZoomButton, pt = ht.theme, yt = pt.states, vt = ht.relativeTo === "chart" || ht.relativeTo === "spacingBox" ? null : "scrollablePlotBox";
          V(this, "beforeShowResetZoom", null, function() {
            tt.resetZoomButton = tt.renderer.button(st.resetZoom, null, null, J, pt, yt && yt.hover).attr({ align: ht.position.align, title: st.resetZoomTitle }).addClass("highcharts-reset-zoom").add().align(ht.position, !1, vt);
          }), V(this, "afterShowResetZoom");
        }, at.prototype.zoomOut = function() {
          V(this, "selection", { resetSelection: !0 }, this.zoom);
        }, at.prototype.zoom = function(J) {
          var tt = this, st = tt.pointer, ht = tt.inverted ? st.mouseDownX : st.mouseDownY, pt = !1, yt;
          !J || J.resetSelection ? (tt.axes.forEach(function(Ct) {
            yt = Ct.zoom();
          }), st.initiated = !1) : J.xAxis.concat(J.yAxis).forEach(function(Ct) {
            var Pt = Ct.axis, kt = tt.inverted ? Pt.left : Pt.top, St = tt.inverted ? kt + Pt.width : kt + Pt.height, Dt = Pt.isXAxis, Lt = !1;
            (!Dt && ht >= kt && ht <= St || Dt || !T(ht)) && (Lt = !0), st[Dt ? "zoomX" : "zoomY"] && Lt && (yt = Pt.zoom(Ct.min, Ct.max), Pt.displayBtn && (pt = !0));
          });
          var vt = tt.resetZoomButton;
          pt && !vt ? tt.showResetZoom() : !pt && z(vt) && (tt.resetZoomButton = vt.destroy()), yt && tt.redraw(et(
            tt.options.chart.animation,
            J && J.animation,
            100 > tt.pointCount
          ));
        }, at.prototype.pan = function(J, tt) {
          var st = this, ht = st.hoverPoints;
          tt = typeof tt == "object" ? tt : { enabled: tt, type: "x" };
          var pt = st.options.chart, yt = st.options.mapNavigation && st.options.mapNavigation.enabled;
          pt && pt.panning && (pt.panning = tt);
          var vt = tt.type, Ct;
          V(this, "pan", { originalEvent: J }, function() {
            ht && ht.forEach(function(St) {
              St.setState();
            });
            var Pt = st.xAxis;
            vt === "xy" ? Pt = Pt.concat(st.yAxis) : vt === "y" && (Pt = st.yAxis);
            var kt = {};
            Pt.forEach(function(St) {
              if (St.options.panningEnabled && !St.options.isInternal) {
                var Dt = St.horiz, Lt = J[Dt ? "chartX" : "chartY"];
                Dt = Dt ? "mouseDownX" : "mouseDownY";
                var Nt = st[Dt], Et = St.minPointOffset || 0, Kt = St.reversed && !st.inverted || !St.reversed && st.inverted ? -1 : 1, Gt = St.getExtremes(), Wt = St.toValue(Nt - Lt, !0) + Et * Kt, Jt = St.toValue(Nt + St.len - Lt, !0) - (Et * Kt || St.isXAxis && St.pointRangePadding || 0), be = Jt < Wt;
                Kt = St.hasVerticalPanning(), Nt = be ? Jt : Wt, Wt = be ? Wt : Jt;
                var zt = St.panningState;
                !Kt || St.isXAxis || zt && !zt.isDirty || St.series.forEach(function(Vt) {
                  var Me = Vt.getProcessedData(!0);
                  Me = Vt.getExtremes(Me.yData, !0), zt || (zt = { startMin: Number.MAX_VALUE, startMax: -Number.MAX_VALUE }), G(Me.dataMin) && G(Me.dataMax) && (zt.startMin = Math.min(et(Vt.options.threshold, 1 / 0), Me.dataMin, zt.startMin), zt.startMax = Math.max(et(Vt.options.threshold, -1 / 0), Me.dataMax, zt.startMax));
                }), Kt = Math.min(et(zt && zt.startMin, Gt.dataMin), Et ? Gt.min : St.toValue(St.toPixels(Gt.min) - St.minPixelPadding)), Jt = Math.max(et(zt && zt.startMax, Gt.dataMax), Et ? Gt.max : St.toValue(St.toPixels(Gt.max) + St.minPixelPadding)), St.panningState = zt, St.isOrdinal || (Et = Kt - Nt, 0 < Et && (Wt += Et, Nt = Kt), Et = Wt - Jt, 0 < Et && (Wt = Jt, Nt -= Et), St.series.length && Nt !== Gt.min && Wt !== Gt.max && Nt >= Kt && Wt <= Jt && (St.setExtremes(Nt, Wt, !1, !1, { trigger: "pan" }), st.resetZoomButton || yt || Nt === Kt || Wt === Jt || !vt.match("y") || (st.showResetZoom(), St.displayBtn = !1), Ct = !0), kt[Dt] = Lt);
              }
            }), it(kt, function(St, Dt) {
              st[Dt] = St;
            }), Ct && st.redraw(!1), j(st.container, { cursor: "move" });
          });
        }, at;
      }(), L(y.prototype, {
        callbacks: [],
        collectionsWithInit: { xAxis: [y.prototype.addAxis, [!0]], yAxis: [y.prototype.addAxis, [!1]], series: [y.prototype.addSeries] },
        collectionsWithUpdate: ["xAxis", "yAxis", "series"],
        propsRequireDirtyBox: "backgroundColor borderColor borderWidth borderRadius plotBackgroundColor plotBackgroundImage plotBorderColor plotBorderWidth plotShadow shadow".split(" "),
        propsRequireReflow: "margin marginTop marginRight marginBottom marginLeft spacing spacingTop spacingRight spacingBottom spacingLeft".split(" "),
        propsRequireUpdateSeries: "chart.inverted chart.polar chart.ignoreHiddenSeries chart.type colors plotOptions time tooltip".split(" ")
      }), y;
    }), E(h, "Core/Legend/LegendSymbol.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.merge, I = y.pick, Z;
      return function(F) {
        F.drawLineMarker = function(U) {
          var H = this.options, W = U.symbolWidth, R = U.symbolHeight, S = R / 2, x = this.chart.renderer, d = this.legendGroup;
          U = U.baseline - Math.round(0.3 * U.fontMetrics.b);
          var u = {}, P = H.marker;
          this.chart.styledMode || (u = { "stroke-width": H.lineWidth || 0 }, H.dashStyle && (u.dashstyle = H.dashStyle)), this.legendLine = x.path([["M", 0, U], ["L", W, U]]).addClass("highcharts-graph").attr(u).add(d), P && P.enabled !== !1 && W && (H = Math.min(I(P.radius, S), S), this.symbol.indexOf("url") === 0 && (P = B(P, { width: R, height: R }), H = 0), this.legendSymbol = W = x.symbol(this.symbol, W / 2 - H, U - H, 2 * H, 2 * H, P).addClass("highcharts-point").add(d), W.isMarker = !0);
        }, F.drawRectangle = function(U, H) {
          var W = U.symbolHeight, R = U.options.squareSymbol;
          H.legendSymbol = this.chart.renderer.rect(R ? (U.symbolWidth - W) / 2 : 0, U.baseline - W + 1, R ? W : U.symbolWidth, W, I(U.options.symbolRadius, W / 2)).addClass("highcharts-point").attr({ zIndex: 3 }).add(H.legendGroup);
        };
      }(Z || (Z = {})), Z;
    }), E(h, "Core/Series/SeriesDefaults.js", [], function() {
      return { lineWidth: 2, allowPointSelect: !1, crisp: !0, showCheckbox: !1, animation: { duration: 1e3 }, events: {}, marker: { enabledThreshold: 2, lineColor: "#ffffff", lineWidth: 0, radius: 4, states: {
        normal: { animation: !0 },
        hover: { animation: { duration: 50 }, enabled: !0, radiusPlus: 2, lineWidthPlus: 1 },
        select: { fillColor: "#cccccc", lineColor: "#000000", lineWidth: 2 }
      } }, point: { events: {} }, dataLabels: { animation: {}, align: "center", defer: !0, formatter: function() {
        var y = this.series.chart.numberFormatter;
        return typeof this.y != "number" ? "" : y(this.y, -1);
      }, padding: 5, style: { fontSize: "11px", 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: 50 }, lineWidthPlus: 1, marker: {}, halo: { size: 10, opacity: 0.25 } },
        select: { animation: { duration: 0 } },
        inactive: { animation: { duration: 50 }, opacity: 0.2 }
      }, stickyTracking: !0, turboThreshold: 1e3, findNearestPointBy: "x" };
    }), E(h, "Core/Series/Series.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Foundation.js"],
      h["Core/Globals.js"],
      h["Core/Legend/LegendSymbol.js"],
      h["Core/Series/Point.js"],
      h["Core/Series/SeriesDefaults.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Renderer/SVG/SVGElement.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U, H, W, R, S) {
      var x = y.animObject, d = y.setAnimation, u = B.defaultOptions, P = I.registerEventOptions, O = Z.hasTouch, N = Z.svg, C = Z.win, b = W.seriesTypes, w = S.addEvent, v = S.arrayMax, a = S.arrayMin, c = S.clamp, p = S.cleanRecursively, i = S.correctFloat, l = S.defined, s = S.erase, t = S.error, o = S.extend, n = S.find, A = S.fireEvent, _ = S.getNestedProperty, D = S.isArray, j = S.isNumber, T = S.isString, X = S.merge, g = S.objectEach, m = S.pick, L = S.removeEvent, Y = S.splat, V = S.syncTimeout;
      return y = function() {
        function Q() {
          this.zones = this.yAxis = this.xAxis = this.userOptions = this.tooltipOptions = this.processedYData = this.processedXData = this.points = this.options = this.linkedSeries = this.index = this.eventsToUnbind = this.eventOptions = this.data = this.chart = this._i = void 0;
        }
        return Q.prototype.init = function(k, G) {
          A(this, "init", { options: G });
          var z = this, $ = k.series;
          this.eventsToUnbind = [], z.chart = k, z.options = z.setOptions(G), G = z.options, z.linkedSeries = [], z.bindAxes(), o(z, { name: G.name, state: "", visible: G.visible !== !1, selected: G.selected === !0 }), P(this, G);
          var q = G.events;
          (q && q.click || G.point && G.point.events && G.point.events.click || G.allowPointSelect) && (k.runTrackerClick = !0), z.getColor(), z.getSymbol(), z.parallelArrays.forEach(function(et) {
            z[et + "Data"] || (z[et + "Data"] = []);
          }), z.isCartesian && (k.hasCartesianSeries = !0);
          var it;
          $.length && (it = $[$.length - 1]), z._i = m(it && it._i, -1) + 1, z.opacity = z.options.opacity, k.orderSeries(this.insert($)), G.dataSorting && G.dataSorting.enabled ? z.setDataSortingOptions() : z.points || z.data || z.setData(G.data, !1), A(this, "afterInit");
        }, Q.prototype.is = function(k) {
          return b[k] && this instanceof b[k];
        }, Q.prototype.insert = function(k) {
          var G = this.options.index, z;
          if (j(G)) {
            for (z = k.length; z--; )
              if (G >= m(k[z].options.index, k[z]._i)) {
                k.splice(z + 1, 0, this);
                break;
              }
            z === -1 && k.unshift(this), z += 1;
          } else
            k.push(this);
          return m(z, k.length - 1);
        }, Q.prototype.bindAxes = function() {
          var k = this, G = k.options, z = k.chart, $;
          A(this, "bindAxes", null, function() {
            (k.axisTypes || []).forEach(function(q) {
              var it = 0;
              z[q].forEach(function(et) {
                $ = et.options, (G[q] === it && !$.isInternal || typeof G[q] < "u" && G[q] === $.id || typeof G[q] > "u" && $.index === 0) && (k.insert(et.series), k[q] = et, et.isDirty = !0), $.isInternal || it++;
              }), k[q] || k.optionalAxis === q || t(18, !0, z);
            });
          }), A(this, "afterBindAxes");
        }, Q.prototype.updateParallelArrays = function(k, G) {
          var z = k.series, $ = arguments, q = j(G) ? function(it) {
            var et = it === "y" && z.toYData ? z.toYData(k) : k[it];
            z[it + "Data"][G] = et;
          } : function(it) {
            Array.prototype[G].apply(z[it + "Data"], Array.prototype.slice.call($, 2));
          };
          z.parallelArrays.forEach(q);
        }, Q.prototype.hasData = function() {
          return this.visible && typeof this.dataMax < "u" && typeof this.dataMin < "u" || this.visible && this.yData && 0 < this.yData.length;
        }, Q.prototype.autoIncrement = function(k) {
          var G = this.options, z = G.pointIntervalUnit, $ = G.relativeXValue, q = this.chart.time, it = this.xIncrement, et;
          return it = m(it, G.pointStart, 0), this.pointInterval = et = m(this.pointInterval, G.pointInterval, 1), $ && j(k) && (et *= k), z && (G = new q.Date(it), z === "day" ? q.set("Date", G, q.get("Date", G) + et) : z === "month" ? q.set("Month", G, q.get("Month", G) + et) : z === "year" && q.set("FullYear", G, q.get("FullYear", G) + et), et = G.getTime() - it), $ && j(k) ? it + et : (this.xIncrement = it + et, it);
        }, Q.prototype.setDataSortingOptions = function() {
          var k = this.options;
          o(this, { requireSorting: !1, sorted: !1, enabledDataSorting: !0, allowDG: !1 }), l(k.pointRange) || (k.pointRange = 1);
        }, Q.prototype.setOptions = function(k) {
          var G = this.chart, z = G.options, $ = z.plotOptions, q = G.userOptions || {};
          k = X(k), G = G.styledMode;
          var it = { plotOptions: $, userOptions: k };
          A(this, "setOptions", it);
          var et = it.plotOptions[this.type], nt = q.plotOptions || {};
          return this.userOptions = it.userOptions, q = X(et, $.series, q.plotOptions && q.plotOptions[this.type], k), this.tooltipOptions = X(u.tooltip, u.plotOptions.series && u.plotOptions.series.tooltip, u.plotOptions[this.type].tooltip, z.tooltip.userOptions, $.series && $.series.tooltip, $[this.type].tooltip, k.tooltip), this.stickyTracking = m(k.stickyTracking, nt[this.type] && nt[this.type].stickyTracking, nt.series && nt.series.stickyTracking, this.tooltipOptions.shared && !this.noSharedTooltip ? !0 : q.stickyTracking), et.marker === null && delete q.marker, this.zoneAxis = q.zoneAxis, $ = this.zones = (q.zones || []).slice(), !q.negativeColor && !q.negativeFillColor || q.zones || (z = { value: q[this.zoneAxis + "Threshold"] || q.threshold || 0, className: "highcharts-negative" }, G || (z.color = q.negativeColor, z.fillColor = q.negativeFillColor), $.push(z)), $.length && l($[$.length - 1].value) && $.push(G ? {} : { color: this.color, fillColor: this.fillColor }), A(this, "afterSetOptions", { options: q }), q;
        }, Q.prototype.getName = function() {
          return m(this.options.name, "Series " + (this.index + 1));
        }, Q.prototype.getCyclic = function(k, G, z) {
          var $ = this.chart, q = this.userOptions, it = k + "Index", et = k + "Counter", nt = z ? z.length : m($.options.chart[k + "Count"], $[k + "Count"]);
          if (!G) {
            var rt = m(q[it], q["_" + it]);
            l(rt) || ($.series.length || ($[et] = 0), q["_" + it] = rt = $[et] % nt, $[et] += 1), z && (G = z[rt]);
          }
          typeof rt < "u" && (this[it] = rt), this[k] = G;
        }, Q.prototype.getColor = function() {
          this.chart.styledMode ? this.getCyclic("color") : this.options.colorByPoint ? this.color = "#cccccc" : this.getCyclic("color", this.options.color || u.plotOptions[this.type].color, this.chart.options.colors);
        }, Q.prototype.getPointsCollection = function() {
          return (this.hasGroupedData ? this.points : this.data) || [];
        }, Q.prototype.getSymbol = function() {
          this.getCyclic("symbol", this.options.marker.symbol, this.chart.options.symbols);
        }, Q.prototype.findPointIndex = function(k, G) {
          var z = k.id, $ = k.x, q = this.points, it = this.options.dataSorting, et, nt;
          if (z)
            it = this.chart.get(z), it instanceof U && (et = it);
          else if ((this.linkedParent || this.enabledDataSorting || this.options.relativeXValue) && (et = function(ct) {
            return !ct.touched && ct.index === k.index;
          }, it && it.matchByName ? et = function(ct) {
            return !ct.touched && ct.name === k.name;
          } : this.options.relativeXValue && (et = function(ct) {
            return !ct.touched && ct.options.x === k.x;
          }), et = n(q, et), !et))
            return;
          if (et) {
            var rt = et && et.index;
            typeof rt < "u" && (nt = !0);
          }
          return typeof rt > "u" && j($) && (rt = this.xData.indexOf($, G)), rt !== -1 && typeof rt < "u" && this.cropped && (rt = rt >= this.cropStart ? rt - this.cropStart : rt), !nt && j(rt) && q[rt] && q[rt].touched && (rt = void 0), rt;
        }, Q.prototype.updateData = function(k, G) {
          var z = this.options, $ = z.dataSorting, q = this.points, it = [], et = this.requireSorting, nt = k.length === q.length, rt, ct, gt, dt = !0;
          if (this.xIncrement = null, k.forEach(function(lt, at) {
            var J = l(lt) && this.pointClass.prototype.optionsToObject.call({ series: this }, lt) || {}, tt = J.x;
            J.id || j(tt) ? (J = this.findPointIndex(J, gt), J === -1 || typeof J > "u" ? it.push(lt) : q[J] && lt !== z.data[J] ? (q[J].update(lt, !1, null, !1), q[J].touched = !0, et && (gt = J + 1)) : q[J] && (q[J].touched = !0), (!nt || at !== J || $ && $.enabled || this.hasDerivedData) && (rt = !0)) : it.push(lt);
          }, this), rt)
            for (k = q.length; k--; )
              (ct = q[k]) && !ct.touched && ct.remove && ct.remove(!1, G);
          else
            !nt || $ && $.enabled ? dt = !1 : (k.forEach(function(lt, at) {
              lt !== q[at].y && q[at].update && q[at].update(
                lt,
                !1,
                null,
                !1
              );
            }), it.length = 0);
          return q.forEach(function(lt) {
            lt && (lt.touched = !1);
          }), dt ? (it.forEach(function(lt) {
            this.addPoint(lt, !1, null, null, !1);
          }, this), this.xIncrement === null && this.xData && this.xData.length && (this.xIncrement = v(this.xData), this.autoIncrement()), !0) : !1;
        }, Q.prototype.setData = function(k, G, z, $) {
          var q = this, it = q.points, et = it && it.length || 0, nt = q.options, rt = q.chart, ct = nt.dataSorting, gt = q.xAxis, dt = nt.turboThreshold, lt = this.xData, at = this.yData, J = q.pointArrayMap;
          J = J && J.length;
          var tt = nt.keys, st, ht = 0, pt = 1, yt = null;
          k = k || [];
          var vt = k.length;
          if (G = m(G, !0), ct && ct.enabled && (k = this.sortData(k)), $ !== !1 && vt && et && !q.cropped && !q.hasGroupedData && q.visible && !q.isSeriesBoosting && (st = this.updateData(k, z)), !st) {
            if (q.xIncrement = null, q.colorCounter = 0, this.parallelArrays.forEach(function(Ct) {
              q[Ct + "Data"].length = 0;
            }), dt && vt > dt)
              if (yt = q.getFirstValidPoint(k), j(yt))
                for (z = 0; z < vt; z++)
                  lt[z] = this.autoIncrement(), at[z] = k[z];
              else if (D(yt))
                if (J)
                  if (yt.length === J)
                    for (z = 0; z < vt; z++)
                      lt[z] = this.autoIncrement(), at[z] = k[z];
                  else
                    for (z = 0; z < vt; z++)
                      $ = k[z], lt[z] = $[0], at[z] = $.slice(
                        1,
                        J + 1
                      );
                else if (tt && (ht = tt.indexOf("x"), pt = tt.indexOf("y"), ht = 0 <= ht ? ht : 0, pt = 0 <= pt ? pt : 1), yt.length === 1 && (pt = 0), ht === pt)
                  for (z = 0; z < vt; z++)
                    lt[z] = this.autoIncrement(), at[z] = k[z][pt];
                else
                  for (z = 0; z < vt; z++)
                    $ = k[z], lt[z] = $[ht], at[z] = $[pt];
              else
                t(12, !1, rt);
            else
              for (z = 0; z < vt; z++)
                typeof k[z] < "u" && ($ = { series: q }, q.pointClass.prototype.applyOptions.apply($, [k[z]]), q.updateParallelArrays($, z));
            for (at && T(at[0]) && t(14, !0, rt), q.data = [], q.options.data = q.userOptions.data = k, z = et; z--; )
              it[z] && it[z].destroy && it[z].destroy();
            gt && (gt.minRange = gt.userMinRange), q.isDirty = rt.isDirtyBox = !0, q.isDirtyData = !!it, z = !1;
          }
          nt.legendType === "point" && (this.processData(), this.generatePoints()), G && rt.redraw(z);
        }, Q.prototype.sortData = function(k) {
          var G = this, z = G.options.dataSorting.sortKey || "y", $ = function(q, it) {
            return l(it) && q.pointClass.prototype.optionsToObject.call({ series: q }, it) || {};
          };
          return k.forEach(function(q, it) {
            k[it] = $(G, q), k[it].index = it;
          }, this), k.concat().sort(function(q, it) {
            return q = _(z, q), it = _(z, it), it < q ? -1 : it > q ? 1 : 0;
          }).forEach(function(q, it) {
            q.x = it;
          }, this), G.linkedSeries && G.linkedSeries.forEach(function(q) {
            var it = q.options, et = it.data;
            it.dataSorting && it.dataSorting.enabled || !et || (et.forEach(function(nt, rt) {
              et[rt] = $(q, nt), k[rt] && (et[rt].x = k[rt].x, et[rt].index = rt);
            }), q.setData(et, !1));
          }), k;
        }, Q.prototype.getProcessedData = function(k) {
          var G = this.xAxis, z = this.options, $ = z.cropThreshold, q = k || this.getExtremesFromAll || z.getExtremesFromAll, it = this.isCartesian;
          k = G && G.val2lin, z = !(!G || !G.logarithmic);
          var et = 0, nt = this.xData, rt = this.yData, ct = this.requireSorting, gt = !1, dt = nt.length;
          if (G) {
            gt = G.getExtremes();
            var lt = gt.min, at = gt.max;
            gt = G.categories && !G.names.length;
          }
          if (it && this.sorted && !q && (!$ || dt > $ || this.forceCrop)) {
            if (nt[dt - 1] < lt || nt[0] > at)
              nt = [], rt = [];
            else if (this.yData && (nt[0] < lt || nt[dt - 1] > at)) {
              var J = this.cropData(this.xData, this.yData, lt, at);
              nt = J.xData, rt = J.yData, et = J.start, J = !0;
            }
          }
          for ($ = nt.length || 1; --$; )
            if (G = z ? k(nt[$]) - k(nt[$ - 1]) : nt[$] - nt[$ - 1], 0 < G && (typeof tt > "u" || G < tt))
              var tt = G;
            else
              0 > G && ct && !gt && (t(15, !1, this.chart), ct = !1);
          return { xData: nt, yData: rt, cropped: J, cropStart: et, closestPointRange: tt };
        }, Q.prototype.processData = function(k) {
          var G = this.xAxis;
          if (this.isCartesian && !this.isDirty && !G.isDirty && !this.yAxis.isDirty && !k)
            return !1;
          k = this.getProcessedData(), this.cropped = k.cropped, this.cropStart = k.cropStart, this.processedXData = k.xData, this.processedYData = k.yData, this.closestPointRange = this.basePointRange = k.closestPointRange, A(this, "afterProcessData");
        }, Q.prototype.cropData = function(k, G, z, $, q) {
          var it = k.length, et, nt = 0, rt = it;
          for (q = m(q, this.cropShoulder), et = 0; et < it; et++)
            if (k[et] >= z) {
              nt = Math.max(0, et - q);
              break;
            }
          for (z = et; z < it; z++)
            if (k[z] > $) {
              rt = z + q;
              break;
            }
          return { xData: k.slice(nt, rt), yData: G.slice(
            nt,
            rt
          ), start: nt, end: rt };
        }, Q.prototype.generatePoints = function() {
          var k = this.options, G = k.data, z = this.processedXData, $ = this.processedYData, q = this.pointClass, it = z.length, et = this.cropStart || 0, nt = this.hasGroupedData, rt = k.keys, ct = [];
          k = k.dataGrouping && k.dataGrouping.groupAll ? et : 0;
          var gt, dt, lt = this.data;
          if (!lt && !nt) {
            var at = [];
            at.length = G.length, lt = this.data = at;
          }
          for (rt && nt && (this.options.keys = !1), dt = 0; dt < it; dt++) {
            if (at = et + dt, nt) {
              var J = new q().init(this, [z[dt]].concat(Y($[dt])));
              J.dataGroup = this.groupMap[k + dt], J.dataGroup.options && (J.options = J.dataGroup.options, o(J, J.dataGroup.options), delete J.dataLabels);
            } else
              (J = lt[at]) || typeof G[at] > "u" || (lt[at] = J = new q().init(this, G[at], z[dt]));
            J && (J.index = nt ? k + dt : at, ct[dt] = J);
          }
          if (this.options.keys = rt, lt && (it !== (gt = lt.length) || nt))
            for (dt = 0; dt < gt; dt++)
              dt !== et || nt || (dt += it), lt[dt] && (lt[dt].destroyElements(), lt[dt].plotX = void 0);
          this.data = lt, this.points = ct, A(this, "afterGeneratePoints");
        }, Q.prototype.getXExtremes = function(k) {
          return { min: a(k), max: v(k) };
        }, Q.prototype.getExtremes = function(k, G) {
          var z = this.xAxis, $ = this.yAxis, q = this.processedXData || this.xData, it = [], et = this.requireSorting ? this.cropShoulder : 0;
          $ = $ ? $.positiveValuesOnly : !1;
          var nt, rt = 0, ct = 0, gt = 0;
          k = k || this.stackedYData || this.processedYData || [];
          var dt = k.length;
          if (z) {
            var lt = z.getExtremes();
            rt = lt.min, ct = lt.max;
          }
          for (nt = 0; nt < dt; nt++) {
            var at = q[nt];
            lt = k[nt];
            var J = (j(lt) || D(lt)) && (lt.length || 0 < lt || !$);
            if (at = G || this.getExtremesFromAll || this.options.getExtremesFromAll || this.cropped || !z || (q[nt + et] || at) >= rt && (q[nt - et] || at) <= ct, J && at)
              if (J = lt.length)
                for (; J--; )
                  j(lt[J]) && (it[gt++] = lt[J]);
              else
                it[gt++] = lt;
          }
          return k = { activeYData: it, dataMin: a(it), dataMax: v(it) }, A(this, "afterGetExtremes", { dataExtremes: k }), k;
        }, Q.prototype.applyExtremes = function() {
          var k = this.getExtremes();
          return this.dataMin = k.dataMin, this.dataMax = k.dataMax, k;
        }, Q.prototype.getFirstValidPoint = function(k) {
          for (var G = k.length, z = 0, $ = null; $ === null && z < G; )
            $ = k[z], z++;
          return $;
        }, Q.prototype.translate = function() {
          this.processedXData || this.processData(), this.generatePoints();
          var k = this.options, G = k.stacking, z = this.xAxis, $ = z.categories, q = this.enabledDataSorting, it = this.yAxis, et = this.points, nt = et.length, rt = this.pointPlacementToXValue(), ct = !!rt, gt = k.threshold, dt = k.startFromThreshold ? gt : 0, lt = this.zoneAxis || "y", at, J, tt = Number.MAX_VALUE;
          for (at = 0; at < nt; at++) {
            var st = et[at], ht = st.x, pt = void 0, yt = void 0, vt = st.y, Ct = st.low, Pt = G && it.stacking && it.stacking.stacks[(this.negStacks && vt < (dt ? 0 : gt) ? "-" : "") + this.stackKey];
            if ((it.positiveValuesOnly && !it.validatePositiveValue(vt) || z.positiveValuesOnly && !z.validatePositiveValue(ht)) && (st.isNull = !0), st.plotX = J = i(c(z.translate(ht, 0, 0, 0, 1, rt, this.type === "flags"), -1e5, 1e5)), G && this.visible && Pt && Pt[ht]) {
              var kt = this.getStackIndicator(
                kt,
                ht,
                this.index
              );
              st.isNull || (pt = Pt[ht], yt = pt.points[kt.key]);
            }
            if (D(yt) && (Ct = yt[0], vt = yt[1], Ct === dt && kt.key === Pt[ht].base && (Ct = m(j(gt) && gt, it.min)), it.positiveValuesOnly && 0 >= Ct && (Ct = null), st.total = st.stackTotal = pt.total, st.percentage = pt.total && st.y / pt.total * 100, st.stackY = vt, this.irregularWidths || pt.setOffset(this.pointXOffset || 0, this.barW || 0)), st.yBottom = l(Ct) ? c(it.translate(Ct, 0, 1, 0, 1), -1e5, 1e5) : null, this.dataModify && (vt = this.dataModify.modifyValue(vt, at)), st.plotY = void 0, j(vt) && (pt = it.translate(vt, !1, !0, !1, !0), typeof pt < "u" && (st.plotY = c(
              pt,
              -1e5,
              1e5
            ))), st.isInside = this.isPointInside(st), st.clientX = ct ? i(z.translate(ht, 0, 0, 0, 1, rt)) : J, st.negative = st[lt] < (k[lt + "Threshold"] || gt || 0), st.category = $ && typeof $[st.x] < "u" ? $[st.x] : st.x, !st.isNull && st.visible !== !1) {
              typeof St < "u" && (tt = Math.min(tt, Math.abs(J - St)));
              var St = J;
            }
            st.zone = this.zones.length ? st.getZone() : void 0, !st.graphic && this.group && q && (st.isNew = !0);
          }
          this.closestPointRangePx = tt, A(this, "afterTranslate");
        }, Q.prototype.getValidPoints = function(k, G, z) {
          var $ = this.chart;
          return (k || this.points || []).filter(function(q) {
            return G && !$.isInsidePlot(q.plotX, q.plotY, { inverted: $.inverted }) ? !1 : q.visible !== !1 && (z || !q.isNull);
          });
        }, Q.prototype.getClipBox = function() {
          var k = this.chart, G = this.xAxis, z = this.yAxis, $ = X(k.clipBox);
          return G && G.len !== k.plotSizeX && ($.width = G.len), z && z.len !== k.plotSizeY && ($.height = z.len), $;
        }, Q.prototype.getSharedClipKey = function() {
          return this.sharedClipKey = (this.options.xAxis || 0) + "," + (this.options.yAxis || 0);
        }, Q.prototype.setClip = function() {
          var k = this.chart, G = this.group, z = this.markerGroup, $ = k.sharedClips;
          k = k.renderer;
          var q = this.getClipBox(), it = this.getSharedClipKey(), et = $[it];
          et ? et.animate(q) : $[it] = et = k.clipRect(q), G && G.clip(this.options.clip === !1 ? void 0 : et), z && z.clip();
        }, Q.prototype.animate = function(k) {
          var G = this.chart, z = this.group, $ = this.markerGroup, q = G.inverted, it = x(this.options.animation), et = [this.getSharedClipKey(), it.duration, it.easing, it.defer].join(), nt = G.sharedClips[et], rt = G.sharedClips[et + "m"];
          if (k && z)
            it = this.getClipBox(), nt ? nt.attr("height", it.height) : (it.width = 0, q && (it.x = G.plotHeight), nt = G.renderer.clipRect(it), G.sharedClips[et] = nt, rt = G.renderer.clipRect({ x: q ? (G.plotSizeX || 0) + 99 : -99, y: q ? -G.plotLeft : -G.plotTop, width: 99, height: q ? G.chartWidth : G.chartHeight }), G.sharedClips[et + "m"] = rt), z.clip(nt), $ && $.clip(rt);
          else if (nt && !nt.hasClass("highcharts-animating")) {
            G = this.getClipBox();
            var ct = it.step;
            $ && $.element.childNodes.length && (it.step = function(gt, dt) {
              ct && ct.apply(dt, arguments), rt && rt.element && rt.attr(dt.prop, dt.prop === "width" ? gt + 99 : gt);
            }), nt.addClass("highcharts-animating").animate(G, it);
          }
        }, Q.prototype.afterAnimate = function() {
          var k = this;
          this.setClip(), g(
            this.chart.sharedClips,
            function(G, z, $) {
              G && !k.chart.container.querySelector('[clip-path="url(#' + G.id + ')"]') && (G.destroy(), delete $[z]);
            }
          ), this.finishedAnimating = !0, A(this, "afterAnimate");
        }, Q.prototype.drawPoints = function() {
          var k = this.points, G = this.chart, z = this.options.marker, $ = this[this.specialGroup] || this.markerGroup, q = this.xAxis, it = m(z.enabled, !q || q.isRadial ? !0 : null, this.closestPointRangePx >= z.enabledThreshold * z.radius), et, nt;
          if (z.enabled !== !1 || this._hasPointMarkers)
            for (et = 0; et < k.length; et++) {
              var rt = k[et], ct = (nt = rt.graphic) ? "animate" : "attr", gt = rt.marker || {}, dt = !!rt.marker;
              if ((it && typeof gt.enabled > "u" || gt.enabled) && !rt.isNull && rt.visible !== !1) {
                var lt = m(gt.symbol, this.symbol, "rect"), at = this.markerAttribs(rt, rt.selected && "select");
                this.enabledDataSorting && (rt.startXPos = q.reversed ? -(at.width || 0) : q.width);
                var J = rt.isInside !== !1;
                nt ? nt[J ? "show" : "hide"](J).animate(at) : J && (0 < (at.width || 0) || rt.hasImage) && (rt.graphic = nt = G.renderer.symbol(lt, at.x, at.y, at.width, at.height, dt ? gt : z).add($), this.enabledDataSorting && G.hasRendered && (nt.attr({ x: rt.startXPos }), ct = "animate")), nt && ct === "animate" && nt[J ? "show" : "hide"](J).animate(at), nt && !G.styledMode && nt[ct](this.pointAttribs(rt, rt.selected && "select")), nt && nt.addClass(rt.getClassName(), !0);
              } else
                nt && (rt.graphic = nt.destroy());
            }
        }, Q.prototype.markerAttribs = function(k, G) {
          var z = this.options, $ = z.marker, q = k.marker || {}, it = q.symbol || $.symbol, et = m(q.radius, $.radius);
          return G && ($ = $.states[G], G = q.states && q.states[G], et = m(G && G.radius, $ && $.radius, et + ($ && $.radiusPlus || 0))), k.hasImage = it && it.indexOf("url") === 0, k.hasImage && (et = 0), k = { x: z.crisp ? Math.floor(k.plotX - et) : k.plotX - et, y: k.plotY - et }, et && (k.width = k.height = 2 * et), k;
        }, Q.prototype.pointAttribs = function(k, G) {
          var z = this.options.marker, $ = k && k.options, q = $ && $.marker || {}, it = $ && $.color, et = k && k.color, nt = k && k.zone && k.zone.color, rt = this.color;
          return k = m(q.lineWidth, z.lineWidth), $ = 1, rt = it || nt || et || rt, it = q.fillColor || z.fillColor || rt, et = q.lineColor || z.lineColor || rt, G = G || "normal", z = z.states[G] || {}, G = q.states && q.states[G] || {}, k = m(G.lineWidth, z.lineWidth, k + m(G.lineWidthPlus, z.lineWidthPlus, 0)), it = G.fillColor || z.fillColor || it, et = G.lineColor || z.lineColor || et, $ = m(G.opacity, z.opacity, $), { stroke: et, "stroke-width": k, fill: it, opacity: $ };
        }, Q.prototype.destroy = function(k) {
          var G = this, z = G.chart, $ = /AppleWebKit\/533/.test(C.navigator.userAgent), q = G.data || [], it, et, nt, rt;
          for (A(G, "destroy"), this.removeEvents(k), (G.axisTypes || []).forEach(function(ct) {
            (rt = G[ct]) && rt.series && (s(rt.series, G), rt.isDirty = rt.forceRedraw = !0);
          }), G.legendItem && G.chart.legend.destroyItem(G), et = q.length; et--; )
            (nt = q[et]) && nt.destroy && nt.destroy();
          G.clips && G.clips.forEach(function(ct) {
            return ct.destroy();
          }), S.clearTimeout(G.animationTimeout), g(G, function(ct, gt) {
            ct instanceof R && !ct.survive && (it = $ && gt === "group" ? "hide" : "destroy", ct[it]());
          }), z.hoverSeries === G && (z.hoverSeries = void 0), s(z.series, G), z.orderSeries(), g(G, function(ct, gt) {
            k && gt === "hcEvents" || delete G[gt];
          });
        }, Q.prototype.applyZones = function() {
          var k = this, G = this.chart, z = G.renderer, $ = this.zones, q = this.clips || [], it = this.graph, et = this.area, nt = Math.max(G.chartWidth, G.chartHeight), rt = this[(this.zoneAxis || "y") + "Axis"], ct = G.inverted, gt, dt, lt, at, J, tt, st, ht, pt = !1;
          if ($.length && (it || et) && rt && typeof rt.min < "u") {
            var yt = rt.reversed, vt = rt.horiz;
            it && !this.showLine && it.hide(), et && et.hide();
            var Ct = rt.getExtremes();
            $.forEach(function(Pt, kt) {
              gt = yt ? vt ? G.plotWidth : 0 : vt ? 0 : rt.toPixels(Ct.min) || 0, gt = c(m(dt, gt), 0, nt), dt = c(Math.round(rt.toPixels(m(Pt.value, Ct.max), !0) || 0), 0, nt), pt && (gt = dt = rt.toPixels(Ct.max)), at = Math.abs(gt - dt), J = Math.min(gt, dt), tt = Math.max(gt, dt), rt.isXAxis ? (lt = { x: ct ? tt : J, y: 0, width: at, height: nt }, vt || (lt.x = G.plotHeight - lt.x)) : (lt = { x: 0, y: ct ? tt : J, width: nt, height: at }, vt && (lt.y = G.plotWidth - lt.y)), ct && z.isVML && (lt = rt.isXAxis ? {
                x: 0,
                y: yt ? J : tt,
                height: lt.width,
                width: G.chartWidth
              } : { x: lt.y - G.plotLeft - G.spacingBox.x, y: 0, width: lt.height, height: G.chartHeight }), q[kt] ? q[kt].animate(lt) : q[kt] = z.clipRect(lt), st = k["zone-area-" + kt], ht = k["zone-graph-" + kt], it && ht && ht.clip(q[kt]), et && st && st.clip(q[kt]), pt = Pt.value > Ct.max, k.resetZones && dt === 0 && (dt = void 0);
            }), this.clips = q;
          } else
            k.visible && (it && it.show(!0), et && et.show(!0));
        }, Q.prototype.invertGroups = function(k) {
          function G() {
            ["group", "markerGroup"].forEach(function(q) {
              z[q] && ($.renderer.isVML && z[q].attr({ width: z.yAxis.len, height: z.xAxis.len }), z[q].width = z.yAxis.len, z[q].height = z.xAxis.len, z[q].invert(z.isRadialSeries ? !1 : k));
            });
          }
          var z = this, $ = z.chart;
          z.xAxis && (z.eventsToUnbind.push(w($, "resize", G)), G(), z.invertGroups = G);
        }, Q.prototype.plotGroup = function(k, G, z, $, q) {
          var it = this[k], et = !it;
          return z = { visibility: z, zIndex: $ || 0.1 }, typeof this.opacity > "u" || this.chart.styledMode || this.state === "inactive" || (z.opacity = this.opacity), et && (this[k] = it = this.chart.renderer.g().add(q)), it.addClass("highcharts-" + G + " highcharts-series-" + this.index + " highcharts-" + this.type + "-series " + (l(this.colorIndex) ? "highcharts-color-" + this.colorIndex + " " : "") + (this.options.className || "") + (it.hasClass("highcharts-tracker") ? " highcharts-tracker" : ""), !0), it.attr(z)[et ? "attr" : "animate"](this.getPlotBox()), it;
        }, Q.prototype.getPlotBox = function() {
          var k = this.chart, G = this.xAxis, z = this.yAxis;
          return k.inverted && (G = z, z = this.xAxis), { translateX: G ? G.left : k.plotLeft, translateY: z ? z.top : k.plotTop, scaleX: 1, scaleY: 1 };
        }, Q.prototype.removeEvents = function(k) {
          k || L(this), this.eventsToUnbind.length && (this.eventsToUnbind.forEach(function(G) {
            G();
          }), this.eventsToUnbind.length = 0);
        }, Q.prototype.render = function() {
          var k = this, G = k.chart, z = k.options, $ = x(z.animation), q = k.visible ? "inherit" : "hidden", it = z.zIndex, et = k.hasRendered, nt = G.seriesGroup, rt = G.inverted;
          G = !k.finishedAnimating && G.renderer.isSVG ? $.duration : 0, A(this, "render");
          var ct = k.plotGroup("group", "series", q, it, nt);
          k.markerGroup = k.plotGroup("markerGroup", "markers", q, it, nt), z.clip !== !1 && k.setClip(), k.animate && G && k.animate(!0), ct.inverted = m(k.invertible, k.isCartesian) ? rt : !1, k.drawGraph && (k.drawGraph(), k.applyZones()), k.visible && k.drawPoints(), k.drawDataLabels && k.drawDataLabels(), k.redrawPoints && k.redrawPoints(), k.drawTracker && k.options.enableMouseTracking !== !1 && k.drawTracker(), k.invertGroups(rt), k.animate && G && k.animate(), et || (G && $.defer && (G += $.defer), k.animationTimeout = V(function() {
            k.afterAnimate();
          }, G || 0)), k.isDirty = !1, k.hasRendered = !0, A(k, "afterRender");
        }, Q.prototype.redraw = function() {
          var k = this.chart, G = this.isDirty || this.isDirtyData, z = this.group, $ = this.xAxis, q = this.yAxis;
          z && (k.inverted && z.attr({
            width: k.plotWidth,
            height: k.plotHeight
          }), z.animate({ translateX: m($ && $.left, k.plotLeft), translateY: m(q && q.top, k.plotTop) })), this.translate(), this.render(), G && delete this.kdTree;
        }, Q.prototype.searchPoint = function(k, G) {
          var z = this.xAxis, $ = this.yAxis, q = this.chart.inverted;
          return this.searchKDTree({ clientX: q ? z.len - k.chartY + z.pos : k.chartX - z.pos, plotY: q ? $.len - k.chartX + $.pos : k.chartY - $.pos }, G, k);
        }, Q.prototype.buildKDTree = function(k) {
          function G(q, it, et) {
            var nt = q && q.length;
            if (nt) {
              var rt = z.kdAxisArray[it % et];
              return q.sort(function(ct, gt) {
                return ct[rt] - gt[rt];
              }), nt = Math.floor(nt / 2), { point: q[nt], left: G(q.slice(0, nt), it + 1, et), right: G(q.slice(nt + 1), it + 1, et) };
            }
          }
          this.buildingKdTree = !0;
          var z = this, $ = -1 < z.options.findNearestPointBy.indexOf("y") ? 2 : 1;
          delete z.kdTree, V(function() {
            z.kdTree = G(z.getValidPoints(null, !z.directTouch), $, $), z.buildingKdTree = !1;
          }, z.options.kdNow || k && k.type === "touchstart" ? 0 : 1);
        }, Q.prototype.searchKDTree = function(k, G, z) {
          function $(rt, ct, gt, dt) {
            var lt = ct.point, at = q.kdAxisArray[gt % dt], J = lt, tt = l(rt[it]) && l(lt[it]) ? Math.pow(rt[it] - lt[it], 2) : null, st = l(rt[et]) && l(lt[et]) ? Math.pow(rt[et] - lt[et], 2) : null;
            return st = (tt || 0) + (st || 0), lt.dist = l(st) ? Math.sqrt(st) : Number.MAX_VALUE, lt.distX = l(tt) ? Math.sqrt(tt) : Number.MAX_VALUE, at = rt[at] - lt[at], st = 0 > at ? "left" : "right", tt = 0 > at ? "right" : "left", ct[st] && (st = $(rt, ct[st], gt + 1, dt), J = st[nt] < J[nt] ? st : lt), ct[tt] && Math.sqrt(at * at) < J[nt] && (rt = $(rt, ct[tt], gt + 1, dt), J = rt[nt] < J[nt] ? rt : J), J;
          }
          var q = this, it = this.kdAxisArray[0], et = this.kdAxisArray[1], nt = G ? "distX" : "dist";
          if (G = -1 < q.options.findNearestPointBy.indexOf("y") ? 2 : 1, this.kdTree || this.buildingKdTree || this.buildKDTree(z), this.kdTree)
            return $(
              k,
              this.kdTree,
              G,
              G
            );
        }, Q.prototype.pointPlacementToXValue = function() {
          var k = this.options, G = k.pointRange, z = this.xAxis;
          return k = k.pointPlacement, k === "between" && (k = z.reversed ? -0.5 : 0.5), j(k) ? k * (G || z.pointRange) : 0;
        }, Q.prototype.isPointInside = function(k) {
          var G = this.chart, z = this.xAxis, $ = this.yAxis;
          return typeof k.plotY < "u" && typeof k.plotX < "u" && 0 <= k.plotY && k.plotY <= ($ ? $.len : G.plotHeight) && 0 <= k.plotX && k.plotX <= (z ? z.len : G.plotWidth);
        }, Q.prototype.drawTracker = function() {
          var k = this, G = k.options, z = G.trackByArea, $ = [].concat(z ? k.areaPath : k.graphPath), q = k.chart, it = q.pointer, et = q.renderer, nt = q.options.tooltip.snap, rt = k.tracker, ct = function(dt) {
            q.hoverSeries !== k && k.onMouseOver();
          }, gt = "rgba(192,192,192," + (N ? 1e-4 : 2e-3) + ")";
          rt ? rt.attr({ d: $ }) : k.graph && (k.tracker = et.path($).attr({ visibility: k.visible ? "visible" : "hidden", zIndex: 2 }).addClass(z ? "highcharts-tracker-area" : "highcharts-tracker-line").add(k.group), q.styledMode || k.tracker.attr({ "stroke-linecap": "round", "stroke-linejoin": "round", stroke: gt, fill: z ? gt : "none", "stroke-width": k.graph.strokeWidth() + (z ? 0 : 2 * nt) }), [k.tracker, k.markerGroup, k.dataLabelsGroup].forEach(function(dt) {
            dt && (dt.addClass("highcharts-tracker").on("mouseover", ct).on("mouseout", function(lt) {
              it.onTrackerMouseOut(lt);
            }), G.cursor && !q.styledMode && dt.css({ cursor: G.cursor }), O) && dt.on("touchstart", ct);
          })), A(this, "afterDrawTracker");
        }, Q.prototype.addPoint = function(k, G, z, $, q) {
          var it = this.options, et = this.data, nt = this.chart, rt = this.xAxis;
          rt = rt && rt.hasNames && rt.names;
          var ct = it.data, gt = this.xData, dt;
          G = m(G, !0);
          var lt = { series: this };
          this.pointClass.prototype.applyOptions.apply(
            lt,
            [k]
          );
          var at = lt.x, J = gt.length;
          if (this.requireSorting && at < gt[J - 1])
            for (dt = !0; J && gt[J - 1] > at; )
              J--;
          this.updateParallelArrays(lt, "splice", J, 0, 0), this.updateParallelArrays(lt, J), rt && lt.name && (rt[at] = lt.name), ct.splice(J, 0, k), dt && (this.data.splice(J, 0, null), this.processData()), it.legendType === "point" && this.generatePoints(), z && (et[0] && et[0].remove ? et[0].remove(!1) : (et.shift(), this.updateParallelArrays(lt, "shift"), ct.shift())), q !== !1 && A(this, "addPoint", { point: lt }), this.isDirtyData = this.isDirty = !0, G && nt.redraw($);
        }, Q.prototype.removePoint = function(k, G, z) {
          var $ = this, q = $.data, it = q[k], et = $.points, nt = $.chart, rt = function() {
            et && et.length === q.length && et.splice(k, 1), q.splice(k, 1), $.options.data.splice(k, 1), $.updateParallelArrays(it || { series: $ }, "splice", k, 1), it && it.destroy(), $.isDirty = !0, $.isDirtyData = !0, G && nt.redraw();
          };
          d(z, nt), G = m(G, !0), it ? it.firePointEvent("remove", null, rt) : rt();
        }, Q.prototype.remove = function(k, G, z, $) {
          function q() {
            it.destroy($), et.isDirtyLegend = et.isDirtyBox = !0, et.linkSeries(), m(k, !0) && et.redraw(G);
          }
          var it = this, et = it.chart;
          z !== !1 ? A(
            it,
            "remove",
            null,
            q
          ) : q();
        }, Q.prototype.update = function(k, G) {
          k = p(k, this.userOptions), A(this, "update", { options: k });
          var z = this, $ = z.chart, q = z.userOptions, it = z.initialType || z.type, et = $.options.plotOptions, nt = b[it].prototype, rt = z.finishedAnimating && { animation: !1 }, ct = {}, gt, dt = ["eventOptions", "navigatorSeries", "baseSeries"], lt = k.type || q.type || $.options.chart.type, at = !(this.hasDerivedData || lt && lt !== this.type || typeof k.pointStart < "u" || typeof k.pointInterval < "u" || typeof k.relativeXValue < "u" || z.hasOptionChanged("dataGrouping") || z.hasOptionChanged("pointStart") || z.hasOptionChanged("pointInterval") || z.hasOptionChanged("pointIntervalUnit") || z.hasOptionChanged("keys"));
          if (lt = lt || it, at && (dt.push("data", "isDirtyData", "points", "processedXData", "processedYData", "xIncrement", "cropped", "_hasPointMarkers", "_hasPointLabels", "clips", "nodes", "layout", "mapMap", "mapData", "minY", "maxY", "minX", "maxX"), k.visible !== !1 && dt.push("area", "graph"), z.parallelArrays.forEach(function(tt) {
            dt.push(tt + "Data");
          }), k.data && (k.dataSorting && o(z.options.dataSorting, k.dataSorting), this.setData(k.data, !1))), k = X(q, rt, { index: typeof q.index > "u" ? z.index : q.index, pointStart: m(et && et.series && et.series.pointStart, q.pointStart, z.xData[0]) }, !at && { data: z.options.data }, k), at && k.data && (k.data = z.options.data), dt = ["group", "markerGroup", "dataLabelsGroup", "transformGroup"].concat(dt), dt.forEach(function(tt) {
            dt[tt] = z[tt], delete z[tt];
          }), et = !1, b[lt]) {
            if (et = lt !== z.type, z.remove(!1, !1, !1, !0), et)
              if (Object.setPrototypeOf)
                Object.setPrototypeOf(z, b[lt].prototype);
              else {
                rt = Object.hasOwnProperty.call(z, "hcEvents") && z.hcEvents;
                for (gt in nt)
                  z[gt] = void 0;
                o(z, b[lt].prototype), rt ? z.hcEvents = rt : delete z.hcEvents;
              }
          } else
            t(17, !0, $, { missingModuleFor: lt });
          if (dt.forEach(function(tt) {
            z[tt] = dt[tt];
          }), z.init($, k), at && this.points) {
            var J = z.options;
            J.visible === !1 ? (ct.graphic = 1, ct.dataLabel = 1) : z._hasPointLabels || (k = J.marker, nt = J.dataLabels, !k || k.enabled !== !1 && (q.marker && q.marker.symbol) === k.symbol || (ct.graphic = 1), nt && nt.enabled === !1 && (ct.dataLabel = 1)), this.points.forEach(function(tt) {
              tt && tt.series && (tt.resolveColor(), Object.keys(ct).length && tt.destroyElements(ct), J.showInLegend === !1 && tt.legendItem && $.legend.destroyItem(tt));
            }, this);
          }
          z.initialType = it, $.linkSeries(), et && z.linkedSeries.length && (z.isDirtyData = !0), A(this, "afterUpdate"), m(G, !0) && $.redraw(at ? void 0 : !1);
        }, Q.prototype.setName = function(k) {
          this.name = this.options.name = this.userOptions.name = k, this.chart.isDirtyLegend = !0;
        }, Q.prototype.hasOptionChanged = function(k) {
          var G = this.options[k], z = this.chart.options.plotOptions, $ = this.userOptions[k];
          return $ ? G !== $ : G !== m(
            z && z[this.type] && z[this.type][k],
            z && z.series && z.series[k],
            G
          );
        }, Q.prototype.onMouseOver = function() {
          var k = this.chart, G = k.hoverSeries;
          k.pointer.setHoverChartIndex(), G && G !== this && G.onMouseOut(), this.options.events.mouseOver && A(this, "mouseOver"), this.setState("hover"), k.hoverSeries = this;
        }, Q.prototype.onMouseOut = function() {
          var k = this.options, G = this.chart, z = G.tooltip, $ = G.hoverPoint;
          G.hoverSeries = null, $ && $.onMouseOut(), this && k.events.mouseOut && A(this, "mouseOut"), !z || this.stickyTracking || z.shared && !this.noSharedTooltip || z.hide(), G.series.forEach(function(q) {
            q.setState(
              "",
              !0
            );
          });
        }, Q.prototype.setState = function(k, G) {
          var z = this, $ = z.options, q = z.graph, it = $.inactiveOtherPoints, et = $.states, nt = m(et[k || "normal"] && et[k || "normal"].animation, z.chart.options.chart.animation), rt = $.lineWidth, ct = 0, gt = $.opacity;
          if (k = k || "", z.state !== k && ([z.group, z.markerGroup, z.dataLabelsGroup].forEach(function(dt) {
            dt && (z.state && dt.removeClass("highcharts-series-" + z.state), k && dt.addClass("highcharts-series-" + k));
          }), z.state = k, !z.chart.styledMode)) {
            if (et[k] && et[k].enabled === !1)
              return;
            if (k && (rt = et[k].lineWidth || rt + (et[k].lineWidthPlus || 0), gt = m(et[k].opacity, gt)), q && !q.dashstyle)
              for ($ = { "stroke-width": rt }, q.animate($, nt); z["zone-graph-" + ct]; )
                z["zone-graph-" + ct].animate($, nt), ct += 1;
            it || [z.group, z.markerGroup, z.dataLabelsGroup, z.labelBySeries].forEach(function(dt) {
              dt && dt.animate({ opacity: gt }, nt);
            });
          }
          G && it && z.points && z.setAllPointsToState(k || void 0);
        }, Q.prototype.setAllPointsToState = function(k) {
          this.points.forEach(function(G) {
            G.setState && G.setState(k);
          });
        }, Q.prototype.setVisible = function(k, G) {
          var z = this, $ = z.chart, q = z.legendItem, it = $.options.chart.ignoreHiddenSeries, et = z.visible, nt = (z.visible = k = z.options.visible = z.userOptions.visible = typeof k > "u" ? !et : k) ? "show" : "hide";
          ["group", "dataLabelsGroup", "markerGroup", "tracker", "tt"].forEach(function(rt) {
            z[rt] && z[rt][nt]();
          }), ($.hoverSeries === z || ($.hoverPoint && $.hoverPoint.series) === z) && z.onMouseOut(), q && $.legend.colorizeItem(z, k), z.isDirty = !0, z.options.stacking && $.series.forEach(function(rt) {
            rt.options.stacking && rt.visible && (rt.isDirty = !0);
          }), z.linkedSeries.forEach(function(rt) {
            rt.setVisible(k, !1);
          }), it && ($.isDirtyBox = !0), A(z, nt), G !== !1 && $.redraw();
        }, Q.prototype.show = function() {
          this.setVisible(!0);
        }, Q.prototype.hide = function() {
          this.setVisible(!1);
        }, Q.prototype.select = function(k) {
          this.selected = k = this.options.selected = typeof k > "u" ? !this.selected : k, this.checkbox && (this.checkbox.checked = k), A(this, k ? "select" : "unselect");
        }, Q.prototype.shouldShowTooltip = function(k, G, z) {
          return z === void 0 && (z = {}), z.series = this, z.visiblePlotOnly = !0, this.chart.isInsidePlot(k, G, z);
        }, Q.defaultOptions = H, Q;
      }(), o(y.prototype, { axisTypes: [
        "xAxis",
        "yAxis"
      ], coll: "series", colorCounter: 0, cropShoulder: 1, directTouch: !1, drawLegendSymbol: F.drawLineMarker, isCartesian: !0, kdAxisArray: ["clientX", "plotY"], parallelArrays: ["x", "y"], pointClass: U, requireSorting: !0, sorted: !0 }), W.series = y, y;
    }), E(h, "Extensions/ScrollablePlotArea.js", [h["Core/Animation/AnimationUtilities.js"], h["Core/Axis/Axis.js"], h["Core/Chart/Chart.js"], h["Core/Series/Series.js"], h["Core/Renderer/RendererRegistry.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F, U) {
      var H = y.stop, W = U.addEvent, R = U.createElement, S = U.merge, x = U.pick;
      W(I, "afterSetChartSize", function(d) {
        var u = this.options.chart.scrollablePlotArea, P = u && u.minWidth;
        if (u = u && u.minHeight, !this.renderer.forExport) {
          if (P) {
            if (this.scrollablePixelsX = P = Math.max(0, P - this.chartWidth)) {
              this.scrollablePlotBox = this.renderer.scrollablePlotBox = S(this.plotBox), this.plotBox.width = this.plotWidth += P, this.inverted ? this.clipBox.height += P : this.clipBox.width += P;
              var O = { 1: { name: "right", value: P } };
            }
          } else
            u && (this.scrollablePixelsY = P = Math.max(
              0,
              u - this.chartHeight
            )) && (this.scrollablePlotBox = this.renderer.scrollablePlotBox = S(this.plotBox), this.plotBox.height = this.plotHeight += P, this.inverted ? this.clipBox.width += P : this.clipBox.height += P, O = { 2: { name: "bottom", value: P } });
          O && !d.skipAxes && this.axes.forEach(function(N) {
            O[N.side] ? N.getPlotLinePath = function() {
              var C = O[N.side].name, b = this[C];
              this[C] = b - O[N.side].value;
              var w = B.prototype.getPlotLinePath.apply(this, arguments);
              return this[C] = b, w;
            } : (N.setAxisSize(), N.setAxisTranslation());
          });
        }
      }), W(I, "render", function() {
        this.scrollablePixelsX || this.scrollablePixelsY ? (this.setUpScrolling && this.setUpScrolling(), this.applyFixed()) : this.fixedDiv && this.applyFixed();
      }), I.prototype.setUpScrolling = function() {
        var d = this, u = { WebkitOverflowScrolling: "touch", overflowX: "hidden", overflowY: "hidden" };
        this.scrollablePixelsX && (u.overflowX = "auto"), this.scrollablePixelsY && (u.overflowY = "auto"), this.scrollingParent = R("div", { className: "highcharts-scrolling-parent" }, { position: "relative" }, this.renderTo), this.scrollingContainer = R(
          "div",
          { className: "highcharts-scrolling" },
          u,
          this.scrollingParent
        ), W(this.scrollingContainer, "scroll", function() {
          d.pointer && delete d.pointer.chartPosition;
        }), this.innerContainer = R("div", { className: "highcharts-inner-container" }, null, this.scrollingContainer), this.innerContainer.appendChild(this.container), this.setUpScrolling = null;
      }, I.prototype.moveFixedElements = function() {
        var d = this.container, u = this.fixedRenderer, P = ".highcharts-contextbutton .highcharts-credits .highcharts-legend .highcharts-legend-checkbox .highcharts-navigator-series .highcharts-navigator-xaxis .highcharts-navigator-yaxis .highcharts-navigator .highcharts-reset-zoom .highcharts-drillup-button .highcharts-scrollbar .highcharts-subtitle .highcharts-title".split(" "), O;
        this.scrollablePixelsX && !this.inverted ? O = ".highcharts-yaxis" : this.scrollablePixelsX && this.inverted || this.scrollablePixelsY && !this.inverted ? O = ".highcharts-xaxis" : this.scrollablePixelsY && this.inverted && (O = ".highcharts-yaxis"), O && P.push(O + ":not(.highcharts-radial-axis)", O + "-labels:not(.highcharts-radial-axis-labels)"), P.forEach(function(N) {
          [].forEach.call(d.querySelectorAll(N), function(C) {
            (C.namespaceURI === u.SVG_NS ? u.box : u.box.parentNode).appendChild(C), C.style.pointerEvents = "auto";
          });
        });
      }, I.prototype.applyFixed = function() {
        var d = !this.fixedDiv, u = this.options.chart, P = u.scrollablePlotArea, O = F.getRendererType();
        d ? (this.fixedDiv = R("div", { className: "highcharts-fixed" }, { position: "absolute", overflow: "hidden", pointerEvents: "none", zIndex: (u.style && u.style.zIndex || 0) + 2, top: 0 }, null, !0), this.scrollingContainer && this.scrollingContainer.parentNode.insertBefore(this.fixedDiv, this.scrollingContainer), this.renderTo.style.overflow = "visible", this.fixedRenderer = u = new O(
          this.fixedDiv,
          this.chartWidth,
          this.chartHeight,
          this.options.chart.style
        ), this.scrollableMask = u.path().attr({ fill: this.options.chart.backgroundColor || "#fff", "fill-opacity": x(P.opacity, 0.85), zIndex: -1 }).addClass("highcharts-scrollable-mask").add(), W(this, "afterShowResetZoom", this.moveFixedElements), W(this, "afterDrilldown", this.moveFixedElements), W(this, "afterLayOutTitles", this.moveFixedElements)) : this.fixedRenderer.setSize(this.chartWidth, this.chartHeight), (this.scrollableDirty || d) && (this.scrollableDirty = !1, this.moveFixedElements()), u = this.chartWidth + (this.scrollablePixelsX || 0), O = this.chartHeight + (this.scrollablePixelsY || 0), H(this.container), this.container.style.width = u + "px", this.container.style.height = O + "px", this.renderer.boxWrapper.attr({ width: u, height: O, viewBox: [0, 0, u, O].join(" ") }), this.chartBackground.attr({ width: u, height: O }), this.scrollingContainer.style.height = this.chartHeight + "px", d && (P.scrollPositionX && (this.scrollingContainer.scrollLeft = this.scrollablePixelsX * P.scrollPositionX), P.scrollPositionY && (this.scrollingContainer.scrollTop = this.scrollablePixelsY * P.scrollPositionY)), O = this.axisOffset, d = this.plotTop - O[0] - 1, P = this.plotLeft - O[3] - 1, u = this.plotTop + this.plotHeight + O[2] + 1, O = this.plotLeft + this.plotWidth + O[1] + 1;
        var N = this.plotLeft + this.plotWidth - (this.scrollablePixelsX || 0), C = this.plotTop + this.plotHeight - (this.scrollablePixelsY || 0);
        d = this.scrollablePixelsX ? [["M", 0, d], ["L", this.plotLeft - 1, d], ["L", this.plotLeft - 1, u], ["L", 0, u], ["Z"], ["M", N, d], ["L", this.chartWidth, d], ["L", this.chartWidth, u], ["L", N, u], ["Z"]] : this.scrollablePixelsY ? [["M", P, 0], ["L", P, this.plotTop - 1], ["L", O, this.plotTop - 1], ["L", O, 0], ["Z"], ["M", P, C], ["L", P, this.chartHeight], ["L", O, this.chartHeight], ["L", O, C], ["Z"]] : [["M", 0, 0]], this.redrawTrigger !== "adjustHeight" && this.scrollableMask.attr({ d });
      }, W(B, "afterInit", function() {
        this.chart.scrollableDirty = !0;
      }), W(Z, "show", function() {
        this.chart.scrollableDirty = !0;
      });
    }), E(h, "Core/Axis/StackingAxis.js", [h["Core/Animation/AnimationUtilities.js"], h["Core/Axis/Axis.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = y.getDeferredAnimation, F = I.addEvent, U = I.destroyObjectProperties, H = I.fireEvent, W = I.isNumber, R = I.objectEach, S;
      return function(x) {
        function d() {
          var N = this.stacking;
          if (N) {
            var C = N.stacks;
            R(C, function(b, w) {
              U(b), C[w] = null;
            }), N && N.stackTotalGroup && N.stackTotalGroup.destroy();
          }
        }
        function u() {
          this.stacking || (this.stacking = new O(this));
        }
        var P = [];
        x.compose = function(N) {
          return P.indexOf(N) === -1 && (P.push(N), F(N, "init", u), F(N, "destroy", d)), N;
        };
        var O = function() {
          function N(C) {
            this.oldStacks = {}, this.stacks = {}, this.stacksTouched = 0, this.axis = C;
          }
          return N.prototype.buildStacks = function() {
            var C = this.axis, b = C.series, w = C.options.reversedStacks, v = b.length, a;
            if (!C.isXAxis) {
              for (this.usePercentage = !1, a = v; a--; ) {
                var c = b[w ? a : v - a - 1];
                c.setStackedPoints(), c.setGroupedPoints();
              }
              for (a = 0; a < v; a++)
                b[a].modifyStacks();
              H(C, "afterBuildStacks");
            }
          }, N.prototype.cleanStacks = function() {
            if (!this.axis.isXAxis) {
              if (this.oldStacks)
                var C = this.stacks = this.oldStacks;
              R(C, function(b) {
                R(b, function(w) {
                  w.cumulative = w.total;
                });
              });
            }
          }, N.prototype.resetStacks = function() {
            var C = this, b = C.stacks;
            C.axis.isXAxis || R(b, function(w) {
              R(
                w,
                function(v, a) {
                  W(v.touched) && v.touched < C.stacksTouched ? (v.destroy(), delete w[a]) : (v.total = null, v.cumulative = null);
                }
              );
            });
          }, N.prototype.renderStackTotals = function() {
            var C = this.axis, b = C.chart, w = b.renderer, v = this.stacks;
            C = Z(b, C.options.stackLabels && C.options.stackLabels.animation || !1);
            var a = this.stackTotalGroup = this.stackTotalGroup || w.g("stack-labels").attr({ visibility: "visible", zIndex: 6, opacity: 0 }).add();
            a.translate(b.plotLeft, b.plotTop), R(v, function(c) {
              R(c, function(p) {
                p.render(a);
              });
            }), a.animate(
              { opacity: 1 },
              C
            );
          }, N;
        }();
        x.Additions = O;
      }(S || (S = {})), S;
    }), E(h, "Extensions/Stacking.js", [h["Core/Axis/Axis.js"], h["Core/Chart/Chart.js"], h["Core/FormatUtilities.js"], h["Core/Globals.js"], h["Core/Series/Series.js"], h["Core/Axis/StackingAxis.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F, U, H) {
      var W = I.format, R = H.correctFloat, S = H.defined, x = H.destroyObjectProperties, d = H.isArray, u = H.isNumber, P = H.objectEach, O = H.pick, N = function() {
        function C(b, w, v, a, c) {
          var p = b.chart.inverted;
          this.axis = b, this.isNegative = v, this.options = w = w || {}, this.x = a, this.total = null, this.points = {}, this.hasValidPoints = !1, this.stack = c, this.rightCliff = this.leftCliff = 0, this.alignOptions = { align: w.align || (p ? v ? "left" : "right" : "center"), verticalAlign: w.verticalAlign || (p ? "middle" : v ? "bottom" : "top"), y: w.y, x: w.x }, this.textAlign = w.textAlign || (p ? v ? "right" : "left" : "center");
        }
        return C.prototype.destroy = function() {
          x(this, this.axis);
        }, C.prototype.render = function(b) {
          var w = this.axis.chart, v = this.options, a = v.format;
          a = a ? W(a, this, w) : v.formatter.call(this), this.label ? this.label.attr({
            text: a,
            visibility: "hidden"
          }) : (this.label = w.renderer.label(a, null, null, v.shape, null, null, v.useHTML, !1, "stack-labels"), a = { r: v.borderRadius || 0, text: a, rotation: v.rotation, padding: O(v.padding, 5), visibility: "hidden" }, w.styledMode || (a.fill = v.backgroundColor, a.stroke = v.borderColor, a["stroke-width"] = v.borderWidth, this.label.css(v.style)), this.label.attr(a), this.label.added || this.label.add(b)), this.label.labelrank = w.plotSizeY;
        }, C.prototype.setOffset = function(b, w, v, a, c) {
          var p = this.axis, i = p.chart;
          a = p.translate(p.stacking.usePercentage ? 100 : a || this.total, 0, 0, 0, 1), v = p.translate(v || 0), v = S(a) && Math.abs(a - v), b = O(c, i.xAxis[0].translate(this.x)) + b, p = S(a) && this.getStackBox(i, this, b, a, w, v, p), w = this.label, v = this.isNegative, b = O(this.options.overflow, "justify") === "justify";
          var l = this.textAlign;
          w && p && (c = w.getBBox(), a = w.padding, l = l === "left" ? i.inverted ? -a : a : l === "right" ? c.width : i.inverted && l === "center" ? c.width / 2 : i.inverted ? v ? c.width + a : -a : c.width / 2, v = i.inverted ? c.height / 2 : v ? -a : c.height, this.alignOptions.x = O(this.options.x, 0), this.alignOptions.y = O(this.options.y, 0), p.x -= l, p.y -= v, w.align(this.alignOptions, null, p), i.isInsidePlot(w.alignAttr.x + l - this.alignOptions.x, w.alignAttr.y + v - this.alignOptions.y) ? w.show() : (w.alignAttr.y = -9999, b = !1), b && F.prototype.justifyDataLabel.call(this.axis, w, this.alignOptions, w.alignAttr, c, p), w.attr({ x: w.alignAttr.x, y: w.alignAttr.y }), O(!b && this.options.crop, !0) && ((i = u(w.x) && u(w.y) && i.isInsidePlot(w.x - a + w.width, w.y) && i.isInsidePlot(w.x + a, w.y)) || w.hide()));
        }, C.prototype.getStackBox = function(b, w, v, a, c, p, i) {
          var l = w.axis.reversed, s = b.inverted, t = i.height + i.pos - (s ? b.plotLeft : b.plotTop);
          return w = w.isNegative && !l || !w.isNegative && l, { x: s ? w ? a - i.right : a - p + i.pos - b.plotLeft : v + b.xAxis[0].transB - b.plotLeft, y: s ? i.height - v - c : w ? t - a - p : t - a, width: s ? p : c, height: s ? c : p };
        }, C;
      }();
      return B.prototype.getStacks = function() {
        var C = this, b = C.inverted;
        C.yAxis.forEach(function(w) {
          w.stacking && w.stacking.stacks && w.hasVisibleSeries && (w.stacking.oldStacks = w.stacking.stacks);
        }), C.series.forEach(function(w) {
          var v = w.xAxis && w.xAxis.options || {};
          !w.options.stacking || w.visible !== !0 && C.options.chart.ignoreHiddenSeries !== !1 || (w.stackKey = [w.type, O(w.options.stack, ""), b ? v.top : v.left, b ? v.height : v.width].join());
        });
      }, U.compose(y), F.prototype.setGroupedPoints = function() {
        var C = this.yAxis.stacking;
        this.options.centerInCategory && (this.is("column") || this.is("columnrange")) && !this.options.stacking && 1 < this.chart.series.length ? F.prototype.setStackedPoints.call(this, "group") : C && P(C.stacks, function(b, w) {
          w.slice(-5) === "group" && (P(b, function(v) {
            return v.destroy();
          }), delete C.stacks[w]);
        });
      }, F.prototype.setStackedPoints = function(C) {
        var b = C || this.options.stacking;
        if (b && (this.visible === !0 || this.chart.options.chart.ignoreHiddenSeries === !1)) {
          var w = this.processedXData, v = this.processedYData, a = [], c = v.length, p = this.options, i = p.threshold, l = O(p.startFromThreshold && i, 0);
          p = p.stack, C = C ? this.type + "," + b : this.stackKey;
          var s = "-" + C, t = this.negStacks, o = this.yAxis, n = o.stacking.stacks, A = o.stacking.oldStacks, _, D;
          for (o.stacking.stacksTouched += 1, D = 0; D < c; D++) {
            var j = w[D], T = v[D], X = this.getStackIndicator(
              X,
              j,
              this.index
            ), g = X.key, m = (_ = t && T < (l ? 0 : i)) ? s : C;
            n[m] || (n[m] = {}), n[m][j] || (A[m] && A[m][j] ? (n[m][j] = A[m][j], n[m][j].total = null) : n[m][j] = new N(o, o.options.stackLabels, _, j, p)), m = n[m][j], T !== null ? (m.points[g] = m.points[this.index] = [O(m.cumulative, l)], S(m.cumulative) || (m.base = g), m.touched = o.stacking.stacksTouched, 0 < X.index && this.singleStacks === !1 && (m.points[g][0] = m.points[this.index + "," + j + ",0"][0])) : m.points[g] = m.points[this.index] = null, b === "percent" ? (_ = _ ? C : s, t && n[_] && n[_][j] ? (_ = n[_][j], m.total = _.total = Math.max(_.total, m.total) + Math.abs(T) || 0) : m.total = R(m.total + (Math.abs(T) || 0))) : b === "group" ? (d(T) && (T = T[0]), T !== null && (m.total = (m.total || 0) + 1)) : m.total = R(m.total + (T || 0)), m.cumulative = b === "group" ? (m.total || 1) - 1 : O(m.cumulative, l) + (T || 0), T !== null && (m.points[g].push(m.cumulative), a[D] = m.cumulative, m.hasValidPoints = !0);
          }
          b === "percent" && (o.stacking.usePercentage = !0), b !== "group" && (this.stackedYData = a), o.stacking.oldStacks = {};
        }
      }, F.prototype.modifyStacks = function() {
        var C = this, b = C.stackKey, w = C.yAxis.stacking.stacks, v = C.processedXData, a, c = C.options.stacking;
        C[c + "Stacker"] && [b, "-" + b].forEach(function(p) {
          for (var i = v.length, l, s; i--; )
            l = v[i], a = C.getStackIndicator(a, l, C.index, p), (s = (l = w[p] && w[p][l]) && l.points[a.key]) && C[c + "Stacker"](s, l, i);
        });
      }, F.prototype.percentStacker = function(C, b, w) {
        b = b.total ? 100 / b.total : 0, C[0] = R(C[0] * b), C[1] = R(C[1] * b), this.stackedYData[w] = C[1];
      }, F.prototype.getStackIndicator = function(C, b, w, v) {
        return !S(C) || C.x !== b || v && C.key !== v ? C = { x: b, index: 0, key: v } : C.index++, C.key = [w, b, C.index].join(), C;
      }, Z.StackItem = N, Z.StackItem;
    }), E(h, "Series/Line/LineSeries.js", [h["Core/Series/Series.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = this && this.__extends || function() {
        var H = function(W, R) {
          return H = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(S, x) {
            S.__proto__ = x;
          } || function(S, x) {
            for (var d in x)
              x.hasOwnProperty(d) && (S[d] = x[d]);
          }, H(W, R);
        };
        return function(W, R) {
          function S() {
            this.constructor = W;
          }
          H(W, R), W.prototype = R === null ? Object.create(R) : (S.prototype = R.prototype, new S());
        };
      }(), F = I.defined, U = I.merge;
      return I = function(H) {
        function W() {
          var R = H !== null && H.apply(this, arguments) || this;
          return R.data = void 0, R.options = void 0, R.points = void 0, R;
        }
        return Z(W, H), W.prototype.drawGraph = function() {
          var R = this, S = this.options, x = (this.gappedPath || this.getGraphPath).call(this), d = this.chart.styledMode, u = [["graph", "highcharts-graph"]];
          d || u[0].push(S.lineColor || this.color || "#cccccc", S.dashStyle), u = R.getZonesGraphs(u), u.forEach(function(P, O) {
            var N = P[0], C = R[N], b = C ? "animate" : "attr";
            C ? (C.endX = R.preventGraphAnimation ? null : x.xMap, C.animate({ d: x })) : x.length && (R[N] = C = R.chart.renderer.path(x).addClass(P[1]).attr({ zIndex: 1 }).add(R.group)), C && !d && (N = { stroke: P[2], "stroke-width": S.lineWidth, fill: R.fillGraph && R.color || "none" }, P[3] ? N.dashstyle = P[3] : S.linecap !== "square" && (N["stroke-linecap"] = N["stroke-linejoin"] = "round"), C[b](N).shadow(2 > O && S.shadow)), C && (C.startX = x.xMap, C.isArea = x.isArea);
          });
        }, W.prototype.getGraphPath = function(R, S, x) {
          var d = this, u = d.options, P = [], O = [], N, C = u.step;
          R = R || d.points;
          var b = R.reversed;
          return b && R.reverse(), (C = { right: 1, center: 2 }[C] || C && 3) && b && (C = 4 - C), R = this.getValidPoints(R, !1, !(u.connectNulls && !S && !x)), R.forEach(function(w, v) {
            var a = w.plotX, c = w.plotY, p = R[v - 1];
            (w.leftCliff || p && p.rightCliff) && !x && (N = !0), w.isNull && !F(S) && 0 < v ? N = !u.connectNulls : w.isNull && !S ? N = !0 : (v === 0 || N ? v = [["M", w.plotX, w.plotY]] : d.getPointSpline ? v = [d.getPointSpline(R, w, v)] : C ? (v = C === 1 ? [["L", p.plotX, c]] : C === 2 ? [["L", (p.plotX + a) / 2, p.plotY], ["L", (p.plotX + a) / 2, c]] : [["L", a, p.plotY]], v.push(["L", a, c])) : v = [["L", a, c]], O.push(w.x), C && (O.push(w.x), C === 2 && O.push(w.x)), P.push.apply(P, v), N = !1);
          }), P.xMap = O, d.graphPath = P;
        }, W.prototype.getZonesGraphs = function(R) {
          return this.zones.forEach(function(S, x) {
            x = ["zone-graph-" + x, "highcharts-graph highcharts-zone-graph-" + x + " " + (S.className || "")], this.chart.styledMode || x.push(S.color || this.color, S.dashStyle || this.options.dashStyle), R.push(x);
          }, this), R;
        }, W.defaultOptions = U(y.defaultOptions, {}), W;
      }(y), B.registerSeriesType("line", I), I;
    }), E(h, "Series/Area/AreaSeries.js", [
      h["Core/Color/Color.js"],
      h["Core/Legend/LegendSymbol.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z) {
      var F = this && this.__extends || function() {
        var x = function(d, u) {
          return x = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(P, O) {
            P.__proto__ = O;
          } || function(P, O) {
            for (var N in O)
              O.hasOwnProperty(N) && (P[N] = O[N]);
          }, x(d, u);
        };
        return function(d, u) {
          function P() {
            this.constructor = d;
          }
          x(d, u), d.prototype = u === null ? Object.create(u) : (P.prototype = u.prototype, new P());
        };
      }(), U = y.parse, H = I.seriesTypes.line;
      y = Z.extend;
      var W = Z.merge, R = Z.objectEach, S = Z.pick;
      return Z = function(x) {
        function d() {
          var u = x !== null && x.apply(this, arguments) || this;
          return u.data = void 0, u.options = void 0, u.points = void 0, u;
        }
        return F(d, x), d.prototype.drawGraph = function() {
          this.areaPath = [], x.prototype.drawGraph.apply(this);
          var u = this, P = this.areaPath, O = this.options, N = [["area", "highcharts-area", this.color, O.fillColor]];
          this.zones.forEach(function(C, b) {
            N.push(["zone-area-" + b, "highcharts-area highcharts-zone-area-" + b + " " + C.className, C.color || u.color, C.fillColor || O.fillColor]);
          }), N.forEach(function(C) {
            var b = C[0], w = u[b], v = w ? "animate" : "attr", a = {};
            w ? (w.endX = u.preventGraphAnimation ? null : P.xMap, w.animate({ d: P })) : (a.zIndex = 0, w = u[b] = u.chart.renderer.path(P).addClass(C[1]).add(u.group), w.isArea = !0), u.chart.styledMode || (a.fill = S(C[3], U(C[2]).setOpacity(S(O.fillOpacity, 0.75)).get())), w[v](a), w.startX = P.xMap, w.shiftUnit = O.step ? 2 : 1;
          });
        }, d.prototype.getGraphPath = function(u) {
          var P = H.prototype.getGraphPath, O = this.options, N = O.stacking, C = this.yAxis, b, w = [], v = [], a = this.index, c = C.stacking.stacks[this.stackKey], p = O.threshold, i = Math.round(C.getThreshold(O.threshold));
          O = S(O.connectNulls, N === "percent");
          var l = function(n, A, _) {
            var D = u[n];
            n = N && c[D.x].points[a];
            var j = D[_ + "Null"] || 0;
            if (_ = D[_ + "Cliff"] || 0, D = !0, _ || j) {
              var T = (j ? n[0] : n[1]) + _, X = n[0] + _;
              D = !!j;
            } else
              !N && u[A] && u[A].isNull && (T = X = p);
            typeof T < "u" && (v.push({ plotX: t, plotY: T === null ? i : C.getThreshold(T), isNull: D, isCliff: !0 }), w.push({ plotX: t, plotY: X === null ? i : C.getThreshold(X), doCurve: !1 }));
          };
          for (u = u || this.points, N && (u = this.getStackPoints(u)), b = 0; b < u.length; b++) {
            N || (u[b].leftCliff = u[b].rightCliff = u[b].leftNull = u[b].rightNull = void 0);
            var s = u[b].isNull, t = S(u[b].rectPlotX, u[b].plotX), o = N ? S(u[b].yBottom, i) : i;
            (!s || O) && (O || l(b, b - 1, "left"), s && !N && O || (v.push(u[b]), w.push({ x: b, plotX: t, plotY: o })), O || l(b, b + 1, "right"));
          }
          return b = P.call(this, v, !0, !0), w.reversed = !0, s = P.call(this, w, !0, !0), (o = s[0]) && o[0] === "M" && (s[0] = ["L", o[1], o[2]]), s = b.concat(s), s.length && s.push(["Z"]), P = P.call(this, v, !1, O), s.xMap = b.xMap, this.areaPath = s, P;
        }, d.prototype.getStackPoints = function(u) {
          var P = this, O = [], N = [], C = this.xAxis, b = this.yAxis, w = b.stacking.stacks[this.stackKey], v = {}, a = b.series, c = a.length, p = b.options.reversedStacks ? 1 : -1, i = a.indexOf(P);
          if (u = u || this.points, this.options.stacking) {
            for (var l = 0; l < u.length; l++)
              u[l].leftNull = u[l].rightNull = void 0, v[u[l].x] = u[l];
            R(w, function(t, o) {
              t.total !== null && N.push(o);
            }), N.sort(function(t, o) {
              return t - o;
            });
            var s = a.map(function(t) {
              return t.visible;
            });
            N.forEach(function(t, o) {
              var n = 0, A, _;
              if (v[t] && !v[t].isNull)
                O.push(v[t]), [-1, 1].forEach(function(j) {
                  var T = j === 1 ? "rightNull" : "leftNull", X = 0, g = w[N[o + j]];
                  if (g)
                    for (var m = i; 0 <= m && m < c; ) {
                      var L = a[m].index;
                      A = g.points[L], A || (L === P.index ? v[t][T] = !0 : s[m] && (_ = w[t].points[L]) && (X -= _[1] - _[0])), m += p;
                    }
                  v[t][j === 1 ? "rightCliff" : "leftCliff"] = X;
                });
              else {
                for (var D = i; 0 <= D && D < c; ) {
                  if (A = w[t].points[a[D].index]) {
                    n = A[1];
                    break;
                  }
                  D += p;
                }
                n = S(n, 0), n = b.translate(n, 0, 1, 0, 1), O.push({ isNull: !0, plotX: C.translate(t, 0, 0, 0, 1), x: t, plotY: n, yBottom: n });
              }
            });
          }
          return O;
        }, d.defaultOptions = W(H.defaultOptions, { threshold: 0 }), d;
      }(H), y(Z.prototype, {
        singleStacks: !1,
        drawLegendSymbol: B.drawRectangle
      }), I.registerSeriesType("area", Z), Z;
    }), E(h, "Series/Spline/SplineSeries.js", [h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B) {
      var I = this && this.__extends || function() {
        var H = function(W, R) {
          return H = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(S, x) {
            S.__proto__ = x;
          } || function(S, x) {
            for (var d in x)
              x.hasOwnProperty(d) && (S[d] = x[d]);
          }, H(W, R);
        };
        return function(W, R) {
          function S() {
            this.constructor = W;
          }
          H(W, R), W.prototype = R === null ? Object.create(R) : (S.prototype = R.prototype, new S());
        };
      }(), Z = y.seriesTypes.line, F = B.merge, U = B.pick;
      return B = function(H) {
        function W() {
          var R = H !== null && H.apply(this, arguments) || this;
          return R.data = void 0, R.options = void 0, R.points = void 0, R;
        }
        return I(W, H), W.prototype.getPointSpline = function(R, S, x) {
          var d = S.plotX || 0, u = S.plotY || 0, P = R[x - 1];
          if (x = R[x + 1], P && !P.isNull && P.doCurve !== !1 && !S.isCliff && x && !x.isNull && x.doCurve !== !1 && !S.isCliff) {
            R = P.plotY || 0;
            var O = x.plotX || 0;
            x = x.plotY || 0;
            var N = 0, C = (1.5 * d + (P.plotX || 0)) / 2.5, b = (1.5 * u + R) / 2.5;
            O = (1.5 * d + O) / 2.5;
            var w = (1.5 * u + x) / 2.5;
            O !== C && (N = (w - b) * (O - d) / (O - C) + u - w), b += N, w += N, b > R && b > u ? (b = Math.max(R, u), w = 2 * u - b) : b < R && b < u && (b = Math.min(R, u), w = 2 * u - b), w > x && w > u ? (w = Math.max(x, u), b = 2 * u - w) : w < x && w < u && (w = Math.min(x, u), b = 2 * u - w), S.rightContX = O, S.rightContY = w;
          }
          return S = ["C", U(P.rightContX, P.plotX, 0), U(P.rightContY, P.plotY, 0), U(C, d, 0), U(b, u, 0), d, u], P.rightContX = P.rightContY = void 0, S;
        }, W.defaultOptions = F(Z.defaultOptions), W;
      }(Z), y.registerSeriesType("spline", B), B;
    }), E(
      h,
      "Series/AreaSpline/AreaSplineSeries.js",
      [h["Series/Area/AreaSeries.js"], h["Series/Spline/SplineSeries.js"], h["Core/Legend/LegendSymbol.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]],
      function(y, B, I, Z, F) {
        var U = this && this.__extends || function() {
          var S = function(x, d) {
            return S = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(u, P) {
              u.__proto__ = P;
            } || function(u, P) {
              for (var O in P)
                P.hasOwnProperty(O) && (u[O] = P[O]);
            }, S(x, d);
          };
          return function(x, d) {
            function u() {
              this.constructor = x;
            }
            S(x, d), x.prototype = d === null ? Object.create(d) : (u.prototype = d.prototype, new u());
          };
        }(), H = y.prototype, W = F.extend, R = F.merge;
        return F = function(S) {
          function x() {
            var d = S !== null && S.apply(this, arguments) || this;
            return d.data = void 0, d.points = void 0, d.options = void 0, d;
          }
          return U(x, S), x.defaultOptions = R(B.defaultOptions, y.defaultOptions), x;
        }(B), W(F.prototype, { getGraphPath: H.getGraphPath, getStackPoints: H.getStackPoints, drawGraph: H.drawGraph, drawLegendSymbol: I.drawRectangle }), Z.registerSeriesType("areaspline", F), F;
      }
    ), E(h, "Series/Column/ColumnSeries.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/Color/Color.js"],
      h["Core/Globals.js"],
      h["Core/Legend/LegendSymbol.js"],
      h["Core/Series/Series.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U, H) {
      var W = this && this.__extends || function() {
        var c = function(p, i) {
          return c = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(l, s) {
            l.__proto__ = s;
          } || function(l, s) {
            for (var t in s)
              s.hasOwnProperty(t) && (l[t] = s[t]);
          }, c(p, i);
        };
        return function(p, i) {
          function l() {
            this.constructor = p;
          }
          c(p, i), p.prototype = i === null ? Object.create(i) : (l.prototype = i.prototype, new l());
        };
      }(), R = y.animObject, S = B.parse, x = I.hasTouch;
      y = I.noop;
      var d = H.clamp, u = H.css, P = H.defined, O = H.extend, N = H.fireEvent, C = H.isArray, b = H.isNumber, w = H.merge, v = H.pick, a = H.objectEach;
      return H = function(c) {
        function p() {
          var i = c !== null && c.apply(this, arguments) || this;
          return i.borderWidth = void 0, i.data = void 0, i.group = void 0, i.options = void 0, i.points = void 0, i;
        }
        return W(p, c), p.prototype.animate = function(i) {
          var l = this, s = this.yAxis, t = l.options, o = this.chart.inverted, n = {}, A = o ? "translateX" : "translateY";
          if (i)
            n.scaleY = 1e-3, i = d(s.toPixels(t.threshold), s.pos, s.pos + s.len), o ? n.translateX = i - s.len : n.translateY = i, l.clipBox && l.setClip(), l.group.attr(n);
          else {
            var _ = Number(l.group.attr(A));
            l.group.animate({ scaleY: 1 }, O(R(l.options.animation), { step: function(D, j) {
              l.group && (n[A] = _ + j.pos * (s.pos - _), l.group.attr(n));
            } }));
          }
        }, p.prototype.init = function(i, l) {
          c.prototype.init.apply(this, arguments);
          var s = this;
          i = s.chart, i.hasRendered && i.series.forEach(function(t) {
            t.type === s.type && (t.isDirty = !0);
          });
        }, p.prototype.getColumnMetrics = function() {
          var i = this, l = i.options, s = i.xAxis, t = i.yAxis, o = s.options.reversedStacks;
          o = s.reversed && !o || !s.reversed && o;
          var n = {}, A, _ = 0;
          l.grouping === !1 ? _ = 1 : i.chart.series.forEach(function(X) {
            var g = X.yAxis, m = X.options;
            if (X.type === i.type && (X.visible || !i.chart.options.chart.ignoreHiddenSeries) && t.len === g.len && t.pos === g.pos) {
              if (m.stacking && m.stacking !== "group") {
                A = X.stackKey, typeof n[A] > "u" && (n[A] = _++);
                var L = n[A];
              } else
                m.grouping !== !1 && (L = _++);
              X.columnIndex = L;
            }
          });
          var D = Math.min(Math.abs(s.transA) * (s.ordinal && s.ordinal.slope || l.pointRange || s.closestPointRange || s.tickInterval || 1), s.len), j = D * l.groupPadding, T = (D - 2 * j) / (_ || 1);
          return l = Math.min(l.maxPointWidth || s.len, v(l.pointWidth, T * (1 - 2 * l.pointPadding))), i.columnMetrics = { width: l, offset: (T - l) / 2 + (j + ((i.columnIndex || 0) + (o ? 1 : 0)) * T - D / 2) * (o ? -1 : 1), paddedWidth: T, columnCount: _ }, i.columnMetrics;
        }, p.prototype.crispCol = function(i, l, s, t) {
          var o = this.chart, n = this.borderWidth, A = -(n % 2 ? 0.5 : 0);
          return n = n % 2 ? 0.5 : 1, o.inverted && o.renderer.isVML && (n += 1), this.options.crisp && (s = Math.round(i + s) + A, i = Math.round(i) + A, s -= i), t = Math.round(l + t) + n, A = 0.5 >= Math.abs(l) && 0.5 < t, l = Math.round(l) + n, t -= l, A && t && (--l, t += 1), { x: i, y: l, width: s, height: t };
        }, p.prototype.adjustForMissingColumns = function(i, l, s, t) {
          var o = this, n = this.options.stacking;
          if (!s.isNull && 1 < t.columnCount) {
            var A = 0, _ = 0;
            a(this.yAxis.stacking && this.yAxis.stacking.stacks, function(D) {
              if (typeof s.x == "number" && (D = D[s.x.toString()])) {
                var j = D.points[o.index], T = D.total;
                n ? (j && (A = _), D.hasValidPoints && _++) : C(j) && (A = j[1], _ = T || 0);
              }
            }), i = (s.plotX || 0) + ((_ - 1) * t.paddedWidth + l) / 2 - l - A * t.paddedWidth;
          }
          return i;
        }, p.prototype.translate = function() {
          var i = this, l = i.chart, s = i.options, t = i.dense = 2 > i.closestPointRange * i.xAxis.transA;
          t = i.borderWidth = v(s.borderWidth, t ? 0 : 1);
          var o = i.xAxis, n = i.yAxis, A = s.threshold, _ = i.translatedThreshold = n.getThreshold(A), D = v(s.minPointLength, 5), j = i.getColumnMetrics(), T = j.width, X = i.pointXOffset = j.offset, g = i.dataMin, m = i.dataMax, L = i.barW = Math.max(T, 1 + 2 * t);
          l.inverted && (_ -= 0.5), s.pointPadding && (L = Math.ceil(L)), F.prototype.translate.apply(i), i.points.forEach(function(Y) {
            var V = v(Y.yBottom, _), Q = 999 + Math.abs(V), k = Y.plotX || 0;
            Q = d(Y.plotY, -Q, n.len + Q);
            var G = Math.min(Q, V), z = Math.max(Q, V) - G, $ = T, q = k + X, it = L;
            D && Math.abs(z) < D && (z = D, k = !n.reversed && !Y.negative || n.reversed && Y.negative, b(A) && b(m) && Y.y === A && m <= A && (n.min || 0) < A && (g !== m || (n.max || 0) <= A) && (k = !k), G = Math.abs(G - _) > D ? V - D : _ - (k ? D : 0)), P(Y.options.pointWidth) && ($ = it = Math.ceil(Y.options.pointWidth), q -= Math.round(($ - T) / 2)), s.centerInCategory && (q = i.adjustForMissingColumns(q, $, Y, j)), Y.barX = q, Y.pointWidth = $, Y.tooltipPos = l.inverted ? [d(n.len + n.pos - l.plotLeft - Q, n.pos - l.plotLeft, n.len + n.pos - l.plotLeft), o.len + o.pos - l.plotTop - q - it / 2, z] : [o.left - l.plotLeft + q + it / 2, d(Q + n.pos - l.plotTop, n.pos - l.plotTop, n.len + n.pos - l.plotTop), z], Y.shapeType = i.pointClass.prototype.shapeType || "rect", Y.shapeArgs = i.crispCol.apply(i, Y.isNull ? [q, _, it, 0] : [q, G, it, z]);
          });
        }, p.prototype.drawGraph = function() {
          this.group[this.dense ? "addClass" : "removeClass"]("highcharts-dense-data");
        }, p.prototype.pointAttribs = function(i, l) {
          var s = this.options, t = this.pointAttrToOptions || {}, o = t.stroke || "borderColor", n = t["stroke-width"] || "borderWidth", A = i && i.color || this.color, _ = i && i[o] || s[o] || A;
          t = i && i.options.dashStyle || s.dashStyle;
          var D = i && i[n] || s[n] || this[n] || 0, j = v(i && i.opacity, s.opacity, 1);
          if (i && this.zones.length) {
            var T = i.getZone();
            A = i.options.color || T && (T.color || i.nonZonedColor) || this.color, T && (_ = T.borderColor || _, t = T.dashStyle || t, D = T.borderWidth || D);
          }
          return l && i && (i = w(s.states[l], i.options.states && i.options.states[l] || {}), l = i.brightness, A = i.color || typeof l < "u" && S(A).brighten(i.brightness).get() || A, _ = i[o] || _, D = i[n] || D, t = i.dashStyle || t, j = v(i.opacity, j)), o = { fill: A, stroke: _, "stroke-width": D, opacity: j }, t && (o.dashstyle = t), o;
        }, p.prototype.drawPoints = function() {
          var i = this, l = this.chart, s = i.options, t = l.renderer, o = s.animationLimit || 250, n;
          i.points.forEach(function(A) {
            var _ = A.graphic, D = !!_, j = _ && l.pointCount < o ? "animate" : "attr";
            b(A.plotY) && A.y !== null ? (n = A.shapeArgs, _ && A.hasNewShapeType() && (_ = _.destroy()), i.enabledDataSorting && (A.startXPos = i.xAxis.reversed ? -(n && n.width || 0) : i.xAxis.width), _ || (A.graphic = _ = t[A.shapeType](n).add(A.group || i.group)) && i.enabledDataSorting && l.hasRendered && l.pointCount < o && (_.attr({ x: A.startXPos }), D = !0, j = "animate"), _ && D && _[j](w(n)), s.borderRadius && _[j]({ r: s.borderRadius }), l.styledMode || _[j](i.pointAttribs(A, A.selected && "select")).shadow(A.allowShadow !== !1 && s.shadow, null, s.stacking && !s.borderRadius), _ && (_.addClass(A.getClassName(), !0), _.attr({ visibility: A.visible ? "inherit" : "hidden" }))) : _ && (A.graphic = _.destroy());
          });
        }, p.prototype.drawTracker = function() {
          var i = this, l = i.chart, s = l.pointer, t = function(n) {
            var A = s.getPointFromEvent(n);
            typeof A < "u" && (s.isDirectTouch = !0, A.onMouseOver(n));
          }, o;
          i.points.forEach(function(n) {
            o = C(n.dataLabels) ? n.dataLabels : n.dataLabel ? [n.dataLabel] : [], n.graphic && (n.graphic.element.point = n), o.forEach(function(A) {
              A.div ? A.div.point = n : A.element.point = n;
            });
          }), i._hasTracking || (i.trackerGroups.forEach(function(n) {
            i[n] && (i[n].addClass("highcharts-tracker").on("mouseover", t).on("mouseout", function(A) {
              s.onTrackerMouseOut(A);
            }), x && i[n].on(
              "touchstart",
              t
            ), !l.styledMode && i.options.cursor && i[n].css(u).css({ cursor: i.options.cursor }));
          }), i._hasTracking = !0), N(this, "afterDrawTracker");
        }, p.prototype.remove = function() {
          var i = this, l = i.chart;
          l.hasRendered && l.series.forEach(function(s) {
            s.type === i.type && (s.isDirty = !0);
          }), F.prototype.remove.apply(i, arguments);
        }, p.defaultOptions = w(F.defaultOptions, { borderRadius: 0, centerInCategory: !1, groupPadding: 0.2, marker: null, pointPadding: 0.1, minPointLength: 0, cropThreshold: 50, pointRange: null, states: {
          hover: { halo: !1, brightness: 0.1 },
          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" }), p;
      }(F), O(H.prototype, { cropShoulder: 0, directTouch: !0, drawLegendSymbol: Z.drawRectangle, getSymbol: y, negStacks: !0, trackerGroups: ["group", "dataLabelsGroup"] }), U.registerSeriesType("column", H), H;
    }), E(h, "Core/Series/DataLabel.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/FormatUtilities.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I) {
      var Z = y.getDeferredAnimation, F = B.format, U = I.defined, H = I.extend, W = I.fireEvent, R = I.isArray, S = I.merge, x = I.objectEach, d = I.pick, u = I.splat, P;
      return function(O) {
        function N(p, i, l, s, t) {
          var o = this, n = this.chart, A = this.isCartesian && n.inverted, _ = this.enabledDataSorting, D = d(p.dlBox && p.dlBox.centerX, p.plotX, -9999), j = d(p.plotY, -9999), T = i.getBBox(), X = l.rotation, g = l.align, m = n.isInsidePlot(D, Math.round(j), { inverted: A, paneCoordinates: !0, series: o }), L = function(k) {
            _ && o.xAxis && !Y && o.setDataLabelStartPos(
              p,
              i,
              t,
              m,
              k
            );
          }, Y = d(l.overflow, _ ? "none" : "justify") === "justify", V = this.visible && p.visible !== !1 && (p.series.forceDL || _ && !Y || m || d(l.inside, !!this.options.stacking) && s && n.isInsidePlot(D, A ? s.x + 1 : s.y + s.height - 1, { inverted: A, paneCoordinates: !0, series: o }));
          if (V) {
            var Q = n.renderer.fontMetrics(n.styledMode ? void 0 : l.style.fontSize, i).b;
            s = H({ x: A ? this.yAxis.len - j : D, y: Math.round(A ? this.xAxis.len - D : j), width: 0, height: 0 }, s), H(l, { width: T.width, height: T.height }), X ? (Y = !1, D = n.renderer.rotCorr(Q, X), D = { x: s.x + (l.x || 0) + s.width / 2 + D.x, y: s.y + (l.y || 0) + { top: 0, middle: 0.5, bottom: 1 }[l.verticalAlign] * s.height }, L(D), i[t ? "attr" : "animate"](D).attr({ align: g }), L = (X + 720) % 360, L = 180 < L && 360 > L, g === "left" ? D.y -= L ? T.height : 0 : g === "center" ? (D.x -= T.width / 2, D.y -= T.height / 2) : g === "right" && (D.x -= T.width, D.y -= L ? 0 : T.height), i.placed = !0, i.alignAttr = D) : (L(s), i.align(l, void 0, s), D = i.alignAttr), Y && 0 <= s.height ? this.justifyDataLabel(i, l, D, T, s, t) : d(l.crop, !0) && (V = n.isInsidePlot(D.x, D.y, { paneCoordinates: !0, series: o }) && n.isInsidePlot(D.x + T.width, D.y + T.height, {
              paneCoordinates: !0,
              series: o
            })), l.shape && !X && i[t ? "attr" : "animate"]({ anchorX: A ? n.plotWidth - p.plotY : p.plotX, anchorY: A ? n.plotHeight - p.plotX : p.plotY });
          }
          t && _ && (i.placed = !1), V || _ && !Y || (i.hide(!0), i.placed = !1);
        }
        function C(p, i) {
          var l = i.filter;
          return l ? (i = l.operator, p = p[l.property], l = l.value, i === ">" && p > l || i === "<" && p < l || i === ">=" && p >= l || i === "<=" && p <= l || i === "==" && p == l || i === "===" && p === l) : !0;
        }
        function b() {
          var p = this, i = p.chart, l = p.options, s = p.points, t = p.hasRendered || 0, o = i.renderer, n = l.dataLabels, A, _ = n.animation;
          if (_ = n.defer ? Z(
            i,
            _,
            p
          ) : { defer: 0, duration: 0 }, n = v(v(i.options.plotOptions && i.options.plotOptions.series && i.options.plotOptions.series.dataLabels, i.options.plotOptions && i.options.plotOptions[p.type] && i.options.plotOptions[p.type].dataLabels), n), W(this, "drawDataLabels"), R(n) || n.enabled || p._hasPointLabels) {
            var D = p.plotGroup("dataLabelsGroup", "data-labels", t ? "inherit" : "hidden", n.zIndex || 6);
            D.attr({ opacity: +t }), !t && (t = p.dataLabelsGroup) && (p.visible && D.show(!0), t[l.animation ? "animate" : "attr"]({ opacity: 1 }, _)), s.forEach(function(j) {
              A = u(v(n, j.dlOptions || j.options && j.options.dataLabels)), A.forEach(function(T, X) {
                var g = T.enabled && (!j.isNull || j.dataLabelOnNull) && C(j, T), m = j.connectors ? j.connectors[X] : j.connector, L = j.dataLabels ? j.dataLabels[X] : j.dataLabel, Y = d(T.distance, j.labelDistance), V = !L;
                if (g) {
                  var Q = j.getLabelConfig(), k = d(T[j.formatPrefix + "Format"], T.format);
                  Q = U(k) ? F(k, Q, i) : (T[j.formatPrefix + "Formatter"] || T.formatter).call(Q, T), k = T.style;
                  var G = T.rotation;
                  i.styledMode || (k.color = d(T.color, k.color, p.color, "#000000"), k.color === "contrast" ? (j.contrastColor = o.getContrast(j.color || p.color), k.color = !U(Y) && T.inside || 0 > Y || l.stacking ? j.contrastColor : "#000000") : delete j.contrastColor, l.cursor && (k.cursor = l.cursor));
                  var z = { r: T.borderRadius || 0, rotation: G, padding: T.padding, zIndex: 1 };
                  i.styledMode || (z.fill = T.backgroundColor, z.stroke = T.borderColor, z["stroke-width"] = T.borderWidth), x(z, function($, q) {
                    typeof $ > "u" && delete z[q];
                  });
                }
                !L || g && U(Q) && !!L.div == !!T.useHTML || (j.dataLabel = L = j.dataLabel && j.dataLabel.destroy(), j.dataLabels && (j.dataLabels.length === 1 ? delete j.dataLabels : delete j.dataLabels[X]), X || delete j.dataLabel, m && (j.connector = j.connector.destroy(), j.connectors && (j.connectors.length === 1 ? delete j.connectors : delete j.connectors[X]))), g && U(Q) && (L ? z.text = Q : (j.dataLabels = j.dataLabels || [], L = j.dataLabels[X] = G ? o.text(Q, 0, -9999, T.useHTML).addClass("highcharts-data-label") : o.label(Q, 0, -9999, T.shape, null, null, T.useHTML, null, "data-label"), X || (j.dataLabel = L), L.addClass(" highcharts-data-label-color-" + j.colorIndex + " " + (T.className || "") + (T.useHTML ? " highcharts-tracker" : ""))), L.options = T, L.attr(z), i.styledMode || L.css(k).shadow(T.shadow), L.added || L.add(D), T.textPath && !T.useHTML && (L.setTextPath(j.getDataLabelPath && j.getDataLabelPath(L) || j.graphic, T.textPath), j.dataLabelPath && !T.textPath.enabled && (j.dataLabelPath = j.dataLabelPath.destroy())), p.alignDataLabel(j, L, T, null, V));
              });
            });
          }
          W(this, "afterDrawDataLabels");
        }
        function w(p, i, l, s, t, o) {
          var n = this.chart, A = i.align, _ = i.verticalAlign, D = p.box ? 0 : p.padding || 0, j = i.x;
          j = j === void 0 ? 0 : j;
          var T = i.y;
          T = T === void 0 ? 0 : T;
          var X = (l.x || 0) + D;
          if (0 > X) {
            A === "right" && 0 <= j ? (i.align = "left", i.inside = !0) : j -= X;
            var g = !0;
          }
          return X = (l.x || 0) + s.width - D, X > n.plotWidth && (A === "left" && 0 >= j ? (i.align = "right", i.inside = !0) : j += n.plotWidth - X, g = !0), X = l.y + D, 0 > X && (_ === "bottom" && 0 <= T ? (i.verticalAlign = "top", i.inside = !0) : T -= X, g = !0), X = (l.y || 0) + s.height - D, X > n.plotHeight && (_ === "top" && 0 >= T ? (i.verticalAlign = "bottom", i.inside = !0) : T += n.plotHeight - X, g = !0), g && (i.x = j, i.y = T, p.placed = !o, p.align(i, void 0, t)), g;
        }
        function v(p, i) {
          var l = [], s;
          if (R(p) && !R(i))
            l = p.map(function(t) {
              return S(t, i);
            });
          else if (R(i) && !R(p))
            l = i.map(function(t) {
              return S(p, t);
            });
          else if (R(p) || R(i))
            for (s = Math.max(p.length, i.length); s--; )
              l[s] = S(p[s], i[s]);
          else
            l = S(p, i);
          return l;
        }
        function a(p, i, l, s, t) {
          var o = this.chart, n = o.inverted, A = this.xAxis, _ = A.reversed, D = n ? i.height / 2 : i.width / 2;
          p = (p = p.pointWidth) ? p / 2 : 0, i.startXPos = n ? t.x : _ ? -D - p : A.width - D + p, i.startYPos = n ? _ ? this.yAxis.height - D + p : -D - p : t.y, s ? i.visibility === "hidden" && (i.show(), i.attr({ opacity: 0 }).animate({ opacity: 1 })) : i.attr({ opacity: 1 }).animate(
            { opacity: 0 },
            void 0,
            i.hide
          ), o.hasRendered && (l && i.attr({ x: i.startXPos, y: i.startYPos }), i.placed = !0);
        }
        var c = [];
        O.compose = function(p) {
          if (c.indexOf(p) === -1) {
            var i = p.prototype;
            c.push(p), i.alignDataLabel = N, i.drawDataLabels = b, i.justifyDataLabel = w, i.setDataLabelStartPos = a;
          }
        };
      }(P || (P = {})), P;
    }), E(h, "Series/Column/ColumnDataLabel.js", [h["Core/Series/DataLabel.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = B.series, F = I.merge, U = I.pick, H;
      return function(W) {
        function R(x, d, u, P, O) {
          var N = this.chart.inverted, C = x.series, b = (C.xAxis ? C.xAxis.len : this.chart.plotSizeX) || 0;
          C = (C.yAxis ? C.yAxis.len : this.chart.plotSizeY) || 0;
          var w = x.dlBox || x.shapeArgs, v = U(x.below, x.plotY > U(this.translatedThreshold, C)), a = U(u.inside, !!this.options.stacking);
          w && (P = F(w), 0 > P.y && (P.height += P.y, P.y = 0), w = P.y + P.height - C, 0 < w && w < P.height && (P.height -= w), N && (P = { x: C - P.y - P.height, y: b - P.x - P.width, width: P.height, height: P.width }), a || (N ? (P.x += v ? 0 : P.width, P.width = 0) : (P.y += v ? P.height : 0, P.height = 0))), u.align = U(u.align, !N || a ? "center" : v ? "right" : "left"), u.verticalAlign = U(u.verticalAlign, N || a ? "middle" : v ? "top" : "bottom"), Z.prototype.alignDataLabel.call(this, x, d, u, P, O), u.inside && x.contrastColor && d.css({ color: x.contrastColor });
        }
        var S = [];
        W.compose = function(x) {
          y.compose(Z), S.indexOf(x) === -1 && (S.push(x), x.prototype.alignDataLabel = R);
        };
      }(H || (H = {})), H;
    }), E(h, "Series/Bar/BarSeries.js", [h["Series/Column/ColumnSeries.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = this && this.__extends || function() {
        var H = function(W, R) {
          return H = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(S, x) {
            S.__proto__ = x;
          } || function(S, x) {
            for (var d in x)
              x.hasOwnProperty(d) && (S[d] = x[d]);
          }, H(W, R);
        };
        return function(W, R) {
          function S() {
            this.constructor = W;
          }
          H(W, R), W.prototype = R === null ? Object.create(R) : (S.prototype = R.prototype, new S());
        };
      }(), F = I.extend, U = I.merge;
      return I = function(H) {
        function W() {
          var R = H !== null && H.apply(this, arguments) || this;
          return R.data = void 0, R.options = void 0, R.points = void 0, R;
        }
        return Z(W, H), W.defaultOptions = U(
          y.defaultOptions,
          {}
        ), W;
      }(y), F(I.prototype, { inverted: !0 }), B.registerSeriesType("bar", I), I;
    }), E(h, "Series/Scatter/ScatterSeries.js", [h["Series/Column/ColumnSeries.js"], h["Series/Line/LineSeries.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B, I, Z) {
      var F = this && this.__extends || function() {
        var R = function(S, x) {
          return R = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(d, u) {
            d.__proto__ = u;
          } || function(d, u) {
            for (var P in u)
              u.hasOwnProperty(P) && (d[P] = u[P]);
          }, R(S, x);
        };
        return function(S, x) {
          function d() {
            this.constructor = S;
          }
          R(S, x), S.prototype = x === null ? Object.create(x) : (d.prototype = x.prototype, new d());
        };
      }(), U = Z.addEvent, H = Z.extend, W = Z.merge;
      return Z = function(R) {
        function S() {
          var x = R !== null && R.apply(this, arguments) || this;
          return x.data = void 0, x.options = void 0, x.points = void 0, x;
        }
        return F(S, R), S.prototype.applyJitter = function() {
          var x = this, d = this.options.jitter, u = this.points.length;
          d && this.points.forEach(function(P, O) {
            ["x", "y"].forEach(function(N, C) {
              var b = "plot" + N.toUpperCase();
              if (d[N] && !P.isNull) {
                var w = x[N + "Axis"], v = d[N] * w.transA;
                if (w && !w.isLog) {
                  var a = Math.max(0, P[b] - v);
                  w = Math.min(w.len, P[b] + v), C = 1e4 * Math.sin(O + C * u), P[b] = a + (w - a) * (C - Math.floor(C)), N === "x" && (P.clientX = P.plotX);
                }
              }
            });
          });
        }, S.prototype.drawGraph = function() {
          this.options.lineWidth ? R.prototype.drawGraph.call(this) : this.graph && (this.graph = this.graph.destroy());
        }, S.defaultOptions = W(B.defaultOptions, { lineWidth: 0, findNearestPointBy: "xy", jitter: { x: 0, y: 0 }, marker: { enabled: !0 }, tooltip: {
          headerFormat: '<span style="color:{point.color}">●</span> <span style="font-size: 10px"> {series.name}</span><br/>',
          pointFormat: "x: <b>{point.x}</b><br/>y: <b>{point.y}</b><br/>"
        } }), S;
      }(B), H(Z.prototype, { drawTracker: y.prototype.drawTracker, sorted: !1, requireSorting: !1, noSharedTooltip: !0, trackerGroups: ["group", "markerGroup", "dataLabelsGroup"], takeOrdinalPosition: !1 }), U(Z, "afterTranslate", function() {
        this.applyJitter();
      }), I.registerSeriesType("scatter", Z), Z;
    }), E(h, "Series/CenteredUtilities.js", [h["Core/Globals.js"], h["Core/Series/Series.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = y.deg2rad, F = I.isNumber, U = I.pick, H = I.relativeLength, W;
      return function(R) {
        R.getCenter = function() {
          var S = this.options, x = this.chart, d = 2 * (S.slicedOffset || 0), u = x.plotWidth - 2 * d, P = x.plotHeight - 2 * d, O = S.center, N = Math.min(u, P), C = S.size, b = S.innerSize || 0;
          for (typeof C == "string" && (C = parseFloat(C)), typeof b == "string" && (b = parseFloat(b)), S = [U(O[0], "50%"), U(O[1], "50%"), U(C && 0 > C ? void 0 : S.size, "100%"), U(b && 0 > b ? void 0 : S.innerSize || 0, "0%")], !x.angular || this instanceof B || (S[3] = 0), O = 0; 4 > O; ++O)
            C = S[O], x = 2 > O || O === 2 && /%$/.test(C), S[O] = H(C, [u, P, N, S[2]][O]) + (x ? d : 0);
          return S[3] > S[2] && (S[3] = S[2]), S;
        }, R.getStartAndEndRadians = function(S, x) {
          return S = F(S) ? S : 0, x = F(x) && x > S && 360 > x - S ? x : S + 360, { start: Z * (S + -90), end: Z * (x + -90) };
        };
      }(W || (W = {})), W;
    }), E(h, "Series/Pie/PiePoint.js", [h["Core/Animation/AnimationUtilities.js"], h["Core/Series/Point.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = this && this.__extends || function() {
        var x = function(d, u) {
          return x = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(P, O) {
            P.__proto__ = O;
          } || function(P, O) {
            for (var N in O)
              O.hasOwnProperty(N) && (P[N] = O[N]);
          }, x(d, u);
        };
        return function(d, u) {
          function P() {
            this.constructor = d;
          }
          x(d, u), d.prototype = u === null ? Object.create(u) : (P.prototype = u.prototype, new P());
        };
      }(), F = y.setAnimation, U = I.addEvent, H = I.defined;
      y = I.extend;
      var W = I.isNumber, R = I.pick, S = I.relativeLength;
      return B = function(x) {
        function d() {
          var u = x !== null && x.apply(this, arguments) || this;
          return u.labelDistance = void 0, u.options = void 0, u.series = void 0, u;
        }
        return Z(d, x), d.prototype.getConnectorPath = function() {
          var u = this.labelPosition, P = this.series.options.dataLabels, O = this.connectorShapes, N = P.connectorShape;
          return O[N] && (N = O[N]), N.call(this, { x: u.final.x, y: u.final.y, alignment: u.alignment }, u.connectorPosition, P);
        }, d.prototype.getTranslate = function() {
          return this.sliced ? this.slicedTranslation : { translateX: 0, translateY: 0 };
        }, d.prototype.haloPath = function(u) {
          var P = this.shapeArgs;
          return this.sliced || !this.visible ? [] : this.series.chart.renderer.symbols.arc(P.x, P.y, P.r + u, P.r + u, { innerR: P.r - 1, start: P.start, end: P.end });
        }, d.prototype.init = function() {
          var u = this;
          x.prototype.init.apply(
            this,
            arguments
          ), this.name = R(this.name, "Slice");
          var P = function(O) {
            u.slice(O.type === "select");
          };
          return U(this, "select", P), U(this, "unselect", P), this;
        }, d.prototype.isValid = function() {
          return W(this.y) && 0 <= this.y;
        }, d.prototype.setVisible = function(u, P) {
          var O = this, N = this.series, C = N.chart, b = N.options.ignoreHiddenPoint;
          P = R(P, b), u !== this.visible && (this.visible = this.options.visible = u = typeof u > "u" ? !this.visible : u, N.options.data[N.data.indexOf(this)] = this.options, ["graphic", "dataLabel", "connector", "shadowGroup"].forEach(function(w) {
            O[w] && O[w][u ? "show" : "hide"](u);
          }), this.legendItem && C.legend.colorizeItem(this, u), u || this.state !== "hover" || this.setState(""), b && (N.isDirty = !0), P && C.redraw());
        }, d.prototype.slice = function(u, P, O) {
          var N = this.series;
          F(O, N.chart), R(P, !0), this.sliced = this.options.sliced = H(u) ? u : !this.sliced, N.options.data[N.data.indexOf(this)] = this.options, this.graphic && this.graphic.animate(this.getTranslate()), this.shadowGroup && this.shadowGroup.animate(this.getTranslate());
        }, d;
      }(B), y(B.prototype, { connectorShapes: { fixedOffset: function(x, d, u) {
        var P = d.breakAt;
        return d = d.touchingSliceAt, [["M", x.x, x.y], u.softConnector ? ["C", x.x + (x.alignment === "left" ? -5 : 5), x.y, 2 * P.x - d.x, 2 * P.y - d.y, P.x, P.y] : ["L", P.x, P.y], ["L", d.x, d.y]];
      }, straight: function(x, d) {
        return d = d.touchingSliceAt, [["M", x.x, x.y], ["L", d.x, d.y]];
      }, crookedLine: function(x, d, u) {
        d = d.touchingSliceAt;
        var P = this.series, O = P.center[0], N = P.chart.plotWidth, C = P.chart.plotLeft;
        P = x.alignment;
        var b = this.shapeArgs.r;
        return u = S(u.crookDistance, 1), N = P === "left" ? O + b + (N + C - O - b) * (1 - u) : C + (O - b) * u, u = ["L", N, x.y], O = !0, (P === "left" ? N > x.x || N < d.x : N < x.x || N > d.x) && (O = !1), x = [["M", x.x, x.y]], O && x.push(u), x.push(["L", d.x, d.y]), x;
      } } }), B;
    }), E(h, "Series/Pie/PieSeries.js", [h["Series/CenteredUtilities.js"], h["Series/Column/ColumnSeries.js"], h["Core/Globals.js"], h["Core/Legend/LegendSymbol.js"], h["Series/Pie/PiePoint.js"], h["Core/Series/Series.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Renderer/SVG/Symbols.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F, U, H, W, R) {
      var S = this && this.__extends || function() {
        var b = function(w, v) {
          return b = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(a, c) {
            a.__proto__ = c;
          } || function(a, c) {
            for (var p in c)
              c.hasOwnProperty(p) && (a[p] = c[p]);
          }, b(w, v);
        };
        return function(w, v) {
          function a() {
            this.constructor = w;
          }
          b(w, v), w.prototype = v === null ? Object.create(v) : (a.prototype = v.prototype, new a());
        };
      }(), x = y.getStartAndEndRadians;
      I = I.noop;
      var d = R.clamp, u = R.extend, P = R.fireEvent, O = R.merge, N = R.pick, C = R.relativeLength;
      return R = function(b) {
        function w() {
          var v = b !== null && b.apply(this, arguments) || this;
          return v.center = void 0, v.data = void 0, v.maxLabelDistance = void 0, v.options = void 0, v.points = void 0, v;
        }
        return S(w, b), w.prototype.animate = function(v) {
          var a = this, c = a.points, p = a.startAngleRad;
          v || c.forEach(function(i) {
            var l = i.graphic, s = i.shapeArgs;
            l && s && (l.attr({ r: N(i.startR, a.center && a.center[3] / 2), start: p, end: p }), l.animate({ r: s.r, start: s.start, end: s.end }, a.options.animation));
          });
        }, w.prototype.drawEmpty = function() {
          var v = this.startAngleRad, a = this.endAngleRad, c = this.options;
          if (this.total === 0 && this.center) {
            var p = this.center[0], i = this.center[1];
            this.graph || (this.graph = this.chart.renderer.arc(p, i, this.center[1] / 2, 0, v, a).addClass("highcharts-empty-series").add(this.group)), this.graph.attr({ d: W.arc(p, i, this.center[2] / 2, 0, { start: v, end: a, innerR: this.center[3] / 2 }) }), this.chart.styledMode || this.graph.attr({ "stroke-width": c.borderWidth, fill: c.fillColor || "none", stroke: c.color || "#cccccc" });
          } else
            this.graph && (this.graph = this.graph.destroy());
        }, w.prototype.drawPoints = function() {
          var v = this.chart.renderer;
          this.points.forEach(function(a) {
            a.graphic && a.hasNewShapeType() && (a.graphic = a.graphic.destroy()), a.graphic || (a.graphic = v[a.shapeType](a.shapeArgs).add(a.series.group), a.delayedRendering = !0);
          });
        }, w.prototype.generatePoints = function() {
          b.prototype.generatePoints.call(this), this.updateTotals();
        }, w.prototype.getX = function(v, a, c) {
          var p = this.center, i = this.radii ? this.radii[c.index] || 0 : p[2] / 2;
          return v = Math.asin(d((v - p[1]) / (i + c.labelDistance), -1, 1)), p[0] + (a ? -1 : 1) * Math.cos(v) * (i + c.labelDistance) + (0 < c.labelDistance ? (a ? -1 : 1) * this.options.dataLabels.padding : 0);
        }, w.prototype.hasData = function() {
          return !!this.processedXData.length;
        }, w.prototype.redrawPoints = function() {
          var v = this, a = v.chart, c = a.renderer, p = v.options.shadow, i, l, s, t;
          this.drawEmpty(), !p || v.shadowGroup || a.styledMode || (v.shadowGroup = c.g("shadow").attr({ zIndex: -1 }).add(v.group)), v.points.forEach(function(o) {
            var n = {};
            if (l = o.graphic, !o.isNull && l) {
              var A = void 0;
              t = o.shapeArgs, i = o.getTranslate(), a.styledMode || (A = o.shadowGroup, p && !A && (A = o.shadowGroup = c.g("shadow").add(v.shadowGroup)), A && A.attr(i), s = v.pointAttribs(o, o.selected && "select")), o.delayedRendering ? (l.setRadialReference(v.center).attr(t).attr(i), a.styledMode || l.attr(s).attr({ "stroke-linejoin": "round" }).shadow(p, A), o.delayedRendering = !1) : (l.setRadialReference(v.center), a.styledMode || O(!0, n, s), O(!0, n, t, i), l.animate(n)), l.attr({ visibility: o.visible ? "inherit" : "hidden" }), l.addClass(o.getClassName(), !0);
            } else
              l && (o.graphic = l.destroy());
          });
        }, w.prototype.sortByAngle = function(v, a) {
          v.sort(function(c, p) {
            return typeof c.angle < "u" && (p.angle - c.angle) * a;
          });
        }, w.prototype.translate = function(v) {
          this.generatePoints();
          var a = this.options, c = a.slicedOffset, p = c + (a.borderWidth || 0), i = x(a.startAngle, a.endAngle), l = this.startAngleRad = i.start;
          i = (this.endAngleRad = i.end) - l;
          var s = this.points, t = a.dataLabels.distance;
          a = a.ignoreHiddenPoint;
          var o = s.length, n, A = 0;
          for (v || (this.center = v = this.getCenter()), n = 0; n < o; n++) {
            var _ = s[n], D = l + A * i;
            !_.isValid() || a && !_.visible || (A += _.percentage / 100);
            var j = l + A * i, T = { x: v[0], y: v[1], r: v[2] / 2, innerR: v[3] / 2, start: Math.round(1e3 * D) / 1e3, end: Math.round(1e3 * j) / 1e3 };
            _.shapeType = "arc", _.shapeArgs = T, _.labelDistance = N(_.options.dataLabels && _.options.dataLabels.distance, t), _.labelDistance = C(_.labelDistance, T.r), this.maxLabelDistance = Math.max(this.maxLabelDistance || 0, _.labelDistance), j = (j + D) / 2, j > 1.5 * Math.PI ? j -= 2 * Math.PI : j < -Math.PI / 2 && (j += 2 * Math.PI), _.slicedTranslation = { translateX: Math.round(Math.cos(j) * c), translateY: Math.round(Math.sin(j) * c) }, T = Math.cos(j) * v[2] / 2;
            var X = Math.sin(j) * v[2] / 2;
            _.tooltipPos = [v[0] + 0.7 * T, v[1] + 0.7 * X], _.half = j < -Math.PI / 2 || j > Math.PI / 2 ? 1 : 0, _.angle = j, D = Math.min(p, _.labelDistance / 5), _.labelPosition = { natural: { x: v[0] + T + Math.cos(j) * _.labelDistance, y: v[1] + X + Math.sin(j) * _.labelDistance }, final: {}, alignment: 0 > _.labelDistance ? "center" : _.half ? "right" : "left", connectorPosition: { breakAt: { x: v[0] + T + Math.cos(j) * D, y: v[1] + X + Math.sin(j) * D }, touchingSliceAt: { x: v[0] + T, y: v[1] + X } } };
          }
          P(this, "afterTranslate");
        }, w.prototype.updateTotals = function() {
          var v = this.points, a = v.length, c = this.options.ignoreHiddenPoint, p, i = 0;
          for (p = 0; p < a; p++) {
            var l = v[p];
            !l.isValid() || c && !l.visible || (i += l.y);
          }
          for (this.total = i, p = 0; p < a; p++)
            l = v[p], l.percentage = 0 < i && (l.visible || !c) ? l.y / i * 100 : 0, l.total = i;
        }, w.defaultOptions = O(U.defaultOptions, {
          center: [null, null],
          clip: !1,
          colorByPoint: !0,
          dataLabels: { allowOverlap: !0, connectorPadding: 5, connectorShape: "fixedOffset", crookDistance: "70%", distance: 30, enabled: !0, formatter: function() {
            return this.point.isNull ? void 0 : this.point.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: 0.1 } }
        }), w;
      }(U), u(R.prototype, { axisTypes: [], directTouch: !0, drawGraph: void 0, drawLegendSymbol: Z.drawRectangle, drawTracker: B.prototype.drawTracker, getCenter: y.getCenter, getSymbol: I, isCartesian: !1, noSharedTooltip: !0, pointAttribs: B.prototype.pointAttribs, pointClass: F, requireSorting: !1, searchPoint: I, trackerGroups: ["group", "dataLabelsGroup"] }), H.registerSeriesType("pie", R), R;
    }), E(h, "Series/Pie/PieDataLabel.js", [
      h["Core/Series/DataLabel.js"],
      h["Core/Globals.js"],
      h["Core/Renderer/RendererUtilities.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F) {
      var U = B.noop, H = I.distribute, W = Z.series, R = F.arrayMax, S = F.clamp, x = F.defined, d = F.merge, u = F.pick, P = F.relativeLength, O;
      return function(N) {
        function C() {
          var c = this, p = c.data, i = c.chart, l = c.options.dataLabels || {}, s = l.connectorPadding, t = i.plotWidth, o = i.plotHeight, n = i.plotLeft, A = Math.round(i.chartWidth / 3), _ = c.center, D = _[2] / 2, j = _[1], T = [[], []], X = [0, 0, 0, 0], g = c.dataLabelPositioners, m, L, Y, V, Q, k, G, z, $, q, it, et;
          c.visible && (l.enabled || c._hasPointLabels) && (p.forEach(function(nt) {
            nt.dataLabel && nt.visible && nt.dataLabel.shortened && (nt.dataLabel.attr({ width: "auto" }).css({ width: "auto", textOverflow: "clip" }), nt.dataLabel.shortened = !1);
          }), W.prototype.drawDataLabels.apply(c), p.forEach(function(nt) {
            nt.dataLabel && (nt.visible ? (T[nt.half].push(nt), nt.dataLabel._pos = null, !x(l.style.width) && !x(nt.options.dataLabels && nt.options.dataLabels.style && nt.options.dataLabels.style.width) && nt.dataLabel.getBBox().width > A && (nt.dataLabel.css({ width: Math.round(0.7 * A) + "px" }), nt.dataLabel.shortened = !0)) : (nt.dataLabel = nt.dataLabel.destroy(), nt.dataLabels && nt.dataLabels.length === 1 && delete nt.dataLabels));
          }), T.forEach(function(nt, rt) {
            var ct = nt.length, gt = [], dt;
            if (ct) {
              if (c.sortByAngle(nt, rt - 0.5), 0 < c.maxLabelDistance) {
                var lt = Math.max(0, j - D - c.maxLabelDistance), at = Math.min(j + D + c.maxLabelDistance, i.plotHeight);
                nt.forEach(function(J) {
                  0 < J.labelDistance && J.dataLabel && (J.top = Math.max(0, j - D - J.labelDistance), J.bottom = Math.min(j + D + J.labelDistance, i.plotHeight), dt = J.dataLabel.getBBox().height || 21, J.distributeBox = { target: J.labelPosition.natural.y - J.top + dt / 2, size: dt, rank: J.y }, gt.push(J.distributeBox));
                }), lt = at + dt - lt, H(gt, lt, lt / 5);
              }
              for (it = 0; it < ct; it++) {
                if (m = nt[it], k = m.labelPosition, V = m.dataLabel, q = m.visible === !1 ? "hidden" : "inherit", $ = lt = k.natural.y, gt && x(m.distributeBox) && (typeof m.distributeBox.pos > "u" ? q = "hidden" : (G = m.distributeBox.size, $ = g.radialDistributionY(m))), delete m.positionIndex, l.justify)
                  z = g.justify(m, D, _);
                else
                  switch (l.alignTo) {
                    case "connectors":
                      z = g.alignToConnectors(nt, rt, t, n);
                      break;
                    case "plotEdges":
                      z = g.alignToPlotEdges(V, rt, t, n);
                      break;
                    default:
                      z = g.radialDistributionX(c, m, $, lt);
                  }
                V._attr = { visibility: q, align: k.alignment }, et = m.options.dataLabels || {}, V._pos = { x: z + u(et.x, l.x) + ({ left: s, right: -s }[k.alignment] || 0), y: $ + u(et.y, l.y) - 10 }, k.final.x = z, k.final.y = $, u(l.crop, !0) && (Q = V.getBBox().width, lt = null, z - Q < s && rt === 1 ? (lt = Math.round(Q - z + s), X[3] = Math.max(lt, X[3])) : z + Q > t - s && rt === 0 && (lt = Math.round(z + Q - t + s), X[1] = Math.max(lt, X[1])), 0 > $ - G / 2 ? X[0] = Math.max(Math.round(-$ + G / 2), X[0]) : $ + G / 2 > o && (X[2] = Math.max(Math.round($ + G / 2 - o), X[2])), V.sideOverflow = lt);
              }
            }
          }), R(X) === 0 || this.verifyDataLabelOverflow(X)) && (this.placeDataLabels(), this.points.forEach(function(nt) {
            if (et = d(l, nt.options.dataLabels), L = u(et.connectorWidth, 1)) {
              var rt;
              Y = nt.connector, (V = nt.dataLabel) && V._pos && nt.visible && 0 < nt.labelDistance ? (q = V._attr.visibility, (rt = !Y) && (nt.connector = Y = i.renderer.path().addClass("highcharts-data-label-connector  highcharts-color-" + nt.colorIndex + (nt.className ? " " + nt.className : "")).add(c.dataLabelsGroup), i.styledMode || Y.attr({ "stroke-width": L, stroke: et.connectorColor || nt.color || "#666666" })), Y[rt ? "attr" : "animate"]({ d: nt.getConnectorPath() }), Y.attr("visibility", q)) : Y && (nt.connector = Y.destroy());
            }
          }));
        }
        function b() {
          this.points.forEach(function(c) {
            var p = c.dataLabel, i;
            p && c.visible && ((i = p._pos) ? (p.sideOverflow && (p._attr.width = Math.max(p.getBBox().width - p.sideOverflow, 0), p.css({ width: p._attr.width + "px", textOverflow: (this.options.dataLabels.style || {}).textOverflow || "ellipsis" }), p.shortened = !0), p.attr(p._attr), p[p.moved ? "animate" : "attr"](i), p.moved = !0) : p && p.attr({ y: -9999 })), delete c.distributeBox;
          }, this);
        }
        function w(c) {
          var p = this.center, i = this.options, l = i.center, s = i.minSize || 80, t = i.size !== null;
          if (!t) {
            if (l[0] !== null)
              var o = Math.max(p[2] - Math.max(c[1], c[3]), s);
            else
              o = Math.max(p[2] - c[1] - c[3], s), p[0] += (c[3] - c[1]) / 2;
            l[1] !== null ? o = S(o, s, p[2] - Math.max(c[0], c[2])) : (o = S(o, s, p[2] - c[0] - c[2]), p[1] += (c[0] - c[2]) / 2), o < p[2] ? (p[2] = o, p[3] = Math.min(P(i.innerSize || 0, o), o), this.translate(p), this.drawDataLabels && this.drawDataLabels()) : t = !0;
          }
          return t;
        }
        var v = [], a = { radialDistributionY: function(c) {
          return c.top + c.distributeBox.pos;
        }, radialDistributionX: function(c, p, i, l) {
          return c.getX(i < p.top + 2 || i > p.bottom - 2 ? l : i, p.half, p);
        }, justify: function(c, p, i) {
          return i[0] + (c.half ? -1 : 1) * (p + c.labelDistance);
        }, alignToPlotEdges: function(c, p, i, l) {
          return c = c.getBBox().width, p ? c + l : i - c - l;
        }, alignToConnectors: function(c, p, i, l) {
          var s = 0, t;
          return c.forEach(function(o) {
            t = o.dataLabel.getBBox().width, t > s && (s = t);
          }), p ? s + l : i - s - l;
        } };
        N.compose = function(c) {
          y.compose(W), v.indexOf(c) === -1 && (v.push(c), c = c.prototype, c.dataLabelPositioners = a, c.alignDataLabel = U, c.drawDataLabels = C, c.placeDataLabels = b, c.verifyDataLabelOverflow = w);
        };
      }(O || (O = {})), O;
    }), E(h, "Extensions/OverlappingDataLabels.js", [h["Core/Chart/Chart.js"], h["Core/Utilities.js"]], function(y, B) {
      function I(S, x) {
        var d = !1;
        if (S) {
          var u = S.newOpacity;
          S.oldOpacity !== u && (S.alignAttr && S.placed ? (S[u ? "removeClass" : "addClass"]("highcharts-data-label-hidden"), d = !0, S.alignAttr.opacity = u, S[S.isOld ? "animate" : "attr"](S.alignAttr, null, function() {
            x.styledMode || S.css({ pointerEvents: u ? "auto" : "none" });
          }), F(x, "afterHideOverlappingLabel")) : S.attr({ opacity: u })), S.isOld = !0;
        }
        return d;
      }
      var Z = B.addEvent, F = B.fireEvent, U = B.isArray, H = B.isNumber, W = B.objectEach, R = B.pick;
      Z(y, "render", function() {
        var S = this, x = [];
        (this.labelCollectors || []).forEach(function(d) {
          x = x.concat(d());
        }), (this.yAxis || []).forEach(function(d) {
          d.stacking && d.options.stackLabels && !d.options.stackLabels.allowOverlap && W(d.stacking.stacks, function(u) {
            W(u, function(P) {
              P.label && P.label.visibility !== "hidden" && x.push(P.label);
            });
          });
        }), (this.series || []).forEach(function(d) {
          var u = d.options.dataLabels;
          d.visible && (u.enabled !== !1 || d._hasPointLabels) && (u = function(P) {
            return P.forEach(function(O) {
              O.visible && (U(O.dataLabels) ? O.dataLabels : O.dataLabel ? [O.dataLabel] : []).forEach(function(N) {
                var C = N.options;
                N.labelrank = R(C.labelrank, O.labelrank, O.shapeArgs && O.shapeArgs.height), C.allowOverlap ? (N.oldOpacity = N.opacity, N.newOpacity = 1, I(N, S)) : x.push(N);
              });
            });
          }, u(d.nodes || []), u(d.points));
        }), this.hideOverlappingLabels(x);
      }), y.prototype.hideOverlappingLabels = function(S) {
        var x = this, d = S.length, u = x.renderer, P, O, N, C = !1, b = function(a) {
          var c, p = a.box ? 0 : a.padding || 0, i = c = 0, l;
          if (a && (!a.alignAttr || a.placed)) {
            var s = a.alignAttr || { x: a.attr("x"), y: a.attr("y") }, t = a.parentGroup;
            a.width || (c = a.getBBox(), a.width = c.width, a.height = c.height, c = u.fontMetrics(null, a.element).h);
            var o = a.width - 2 * p;
            return (l = { left: "0", center: "0.5", right: "1" }[a.alignValue]) ? i = +l * o : H(a.x) && Math.round(a.x) !== a.translateX && (i = a.x - a.translateX), { x: s.x + (t.translateX || 0) + p - (i || 0), y: s.y + (t.translateY || 0) + p - c, width: a.width - 2 * p, height: a.height - 2 * p };
          }
        };
        for (O = 0; O < d; O++)
          (P = S[O]) && (P.oldOpacity = P.opacity, P.newOpacity = 1, P.absoluteBox = b(P));
        for (S.sort(function(a, c) {
          return (c.labelrank || 0) - (a.labelrank || 0);
        }), O = 0; O < d; O++) {
          var w = (b = S[O]) && b.absoluteBox;
          for (P = O + 1; P < d; ++P) {
            var v = (N = S[P]) && N.absoluteBox;
            !w || !v || b === N || b.newOpacity === 0 || N.newOpacity === 0 || v.x >= w.x + w.width || v.x + v.width <= w.x || v.y >= w.y + w.height || v.y + v.height <= w.y || ((b.labelrank < N.labelrank ? b : N).newOpacity = 0);
          }
        }
        S.forEach(function(a) {
          I(a, x) && (C = !0);
        }), C && F(x, "afterHideAllOverlappingLabels");
      };
    }), E(
      h,
      "Core/Responsive.js",
      [h["Core/Utilities.js"]],
      function(y) {
        var B = y.extend, I = y.find, Z = y.isArray, F = y.isObject, U = y.merge, H = y.objectEach, W = y.pick, R = y.splat, S = y.uniqueKey, x;
        return function(d) {
          var u = [];
          d.compose = function(O) {
            return u.indexOf(O) === -1 && (u.push(O), B(O.prototype, P.prototype)), O;
          };
          var P = function() {
            function O() {
            }
            return O.prototype.currentOptions = function(N) {
              function C(v, a, c, p) {
                var i;
                H(v, function(l, s) {
                  if (!p && -1 < b.collectionsWithUpdate.indexOf(s) && a[s])
                    for (l = R(l), c[s] = [], i = 0; i < Math.max(l.length, a[s].length); i++)
                      a[s][i] && (l[i] === void 0 ? c[s][i] = a[s][i] : (c[s][i] = {}, C(l[i], a[s][i], c[s][i], p + 1)));
                  else
                    F(l) ? (c[s] = Z(l) ? [] : {}, C(l, a[s] || {}, c[s], p + 1)) : c[s] = typeof a[s] > "u" ? null : a[s];
                });
              }
              var b = this, w = {};
              return C(N, this.options, w, 0), w;
            }, O.prototype.matchResponsiveRule = function(N, C) {
              var b = N.condition;
              (b.callback || function() {
                return this.chartWidth <= W(b.maxWidth, Number.MAX_VALUE) && this.chartHeight <= W(b.maxHeight, Number.MAX_VALUE) && this.chartWidth >= W(b.minWidth, 0) && this.chartHeight >= W(b.minHeight, 0);
              }).call(this) && C.push(N._id);
            }, O.prototype.setResponsive = function(N, C) {
              var b = this, w = this.options.responsive, v = this.currentResponsive, a = [];
              !C && w && w.rules && w.rules.forEach(function(c) {
                typeof c._id > "u" && (c._id = S()), b.matchResponsiveRule(c, a);
              }, this), C = U.apply(void 0, a.map(function(c) {
                return I((w || {}).rules || [], function(p) {
                  return p._id === c;
                });
              }).map(function(c) {
                return c && c.chartOptions;
              })), C.isResponsiveOptions = !0, a = a.toString() || void 0, a !== (v && v.ruleIds) && (v && this.update(v.undoOptions, N, !0), a ? (v = this.currentOptions(C), v.isResponsiveOptions = !0, this.currentResponsive = { ruleIds: a, mergedOptions: C, undoOptions: v }, this.update(C, N, !0)) : this.currentResponsive = void 0);
            }, O;
          }();
        }(x || (x = {})), x;
      }
    ), E(h, "masters/highcharts.src.js", [
      h["Core/Globals.js"],
      h["Core/Utilities.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Animation/Fx.js"],
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/Renderer/HTML/AST.js"],
      h["Core/FormatUtilities.js"],
      h["Core/Renderer/RendererUtilities.js"],
      h["Core/Renderer/SVG/SVGElement.js"],
      h["Core/Renderer/SVG/SVGRenderer.js"],
      h["Core/Renderer/HTML/HTMLElement.js"],
      h["Core/Renderer/HTML/HTMLRenderer.js"],
      h["Core/Axis/Axis.js"],
      h["Core/Axis/DateTimeAxis.js"],
      h["Core/Axis/LogarithmicAxis.js"],
      h["Core/Axis/PlotLineOrBand/PlotLineOrBand.js"],
      h["Core/Axis/Tick.js"],
      h["Core/Tooltip.js"],
      h["Core/Series/Point.js"],
      h["Core/Pointer.js"],
      h["Core/MSPointer.js"],
      h["Core/Legend/Legend.js"],
      h["Core/Chart/Chart.js"],
      h["Core/Series/Series.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Series/Column/ColumnSeries.js"],
      h["Series/Column/ColumnDataLabel.js"],
      h["Series/Pie/PieSeries.js"],
      h["Series/Pie/PieDataLabel.js"],
      h["Core/Series/DataLabel.js"],
      h["Core/Responsive.js"],
      h["Core/Color/Color.js"],
      h["Core/Time.js"]
    ], function(y, B, I, Z, F, U, H, W, R, S, x, d, u, P, O, N, C, b, w, v, a, c, p, i, l, s, t, o, n, A, _, D, j) {
      return y.animate = F.animate, y.animObject = F.animObject, y.getDeferredAnimation = F.getDeferredAnimation, y.setAnimation = F.setAnimation, y.stop = F.stop, y.timers = Z.timers, y.AST = U, y.Axis = u, y.Chart = p, y.chart = p.chart, y.Fx = Z, y.Legend = c, y.PlotLineOrBand = N, y.Point = w, y.Pointer = a.isRequired() ? a : v, y.Series = i, y.SVGElement = R, y.SVGRenderer = S, y.Tick = C, y.Time = j, y.Tooltip = b, y.Color = D, y.color = D.parse, d.compose(S), x.compose(R), y.defaultOptions = I.defaultOptions, y.getOptions = I.getOptions, y.time = I.defaultTime, y.setOptions = I.setOptions, y.dateFormat = H.dateFormat, y.format = H.format, y.numberFormat = H.numberFormat, y.addEvent = B.addEvent, y.arrayMax = B.arrayMax, y.arrayMin = B.arrayMin, y.attr = B.attr, y.clearTimeout = B.clearTimeout, y.correctFloat = B.correctFloat, y.createElement = B.createElement, y.css = B.css, y.defined = B.defined, y.destroyObjectProperties = B.destroyObjectProperties, y.discardElement = B.discardElement, y.distribute = W.distribute, y.erase = B.erase, y.error = B.error, y.extend = B.extend, y.extendClass = B.extendClass, y.find = B.find, y.fireEvent = B.fireEvent, y.getMagnitude = B.getMagnitude, y.getStyle = B.getStyle, y.inArray = B.inArray, y.isArray = B.isArray, y.isClass = B.isClass, y.isDOMElement = B.isDOMElement, y.isFunction = B.isFunction, y.isNumber = B.isNumber, y.isObject = B.isObject, y.isString = B.isString, y.keys = B.keys, y.merge = B.merge, y.normalizeTickInterval = B.normalizeTickInterval, y.objectEach = B.objectEach, y.offset = B.offset, y.pad = B.pad, y.pick = B.pick, y.pInt = B.pInt, y.relativeLength = B.relativeLength, y.removeEvent = B.removeEvent, y.seriesType = l.seriesType, y.splat = B.splat, y.stableSort = B.stableSort, y.syncTimeout = B.syncTimeout, y.timeUnits = B.timeUnits, y.uniqueKey = B.uniqueKey, y.useSerialIds = B.useSerialIds, y.wrap = B.wrap, t.compose(s), A.compose(i), P.compose(u), O.compose(u), n.compose(o), N.compose(u), _.compose(p), y;
    }), E(h, "Core/Axis/OrdinalAxis.js", [
      h["Core/Axis/Axis.js"],
      h["Core/Globals.js"],
      h["Core/Series/Series.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z) {
      var F = Z.addEvent, U = Z.correctFloat, H = Z.css, W = Z.defined, R = Z.error, S = Z.pick, x = Z.timeUnits, d = [], u;
      return function(P) {
        function O(t, o, n, A, _, D, j) {
          _ === void 0 && (_ = []), D === void 0 && (D = 0);
          var T = {}, X = this.options.tickPixelInterval, g = this.chart.time, m = [], L, Y, V = 0, Q = [], k = -Number.MAX_VALUE;
          if (!this.options.ordinal && !this.options.breaks || !_ || 3 > _.length || typeof o > "u")
            return g.getTimeTicks.apply(g, arguments);
          var G = _.length;
          for (L = 0; L < G; L++) {
            var z = L && _[L - 1] > n;
            if (_[L] < o && (V = L), L === G - 1 || _[L + 1] - _[L] > 5 * D || z) {
              if (_[L] > k) {
                for (Y = g.getTimeTicks(t, _[V], _[L], A); Y.length && Y[0] <= k; )
                  Y.shift();
                Y.length && (k = Y[Y.length - 1]), m.push(Q.length), Q = Q.concat(Y);
              }
              V = L + 1;
            }
            if (z)
              break;
          }
          if (Y) {
            if (Y = Y.info, j && Y.unitRange <= x.hour) {
              for (L = Q.length - 1, V = 1; V < L; V++)
                if (g.dateFormat("%d", Q[V]) !== g.dateFormat("%d", Q[V - 1])) {
                  T[Q[V]] = "day";
                  var $ = !0;
                }
              $ && (T[Q[0]] = "day"), Y.higherRanks = T;
            }
            Y.segmentStarts = m, Q.info = Y;
          } else
            R(12, !1, this.chart);
          if (j && W(X)) {
            for (Y = Q.length, g = [], V = [], L = void 0, $ = Y; $--; )
              m = this.translate(Q[$]), L && (V[$] = L - m), g[$] = L = m;
            for (V.sort(), V = V[Math.floor(V.length / 2)], V < 0.6 * X && (V = null), $ = Q[Y - 1] > n ? Y - 1 : Y, L = void 0; $--; )
              m = g[$], Y = Math.abs(L - m), L && Y < 0.8 * X && (V === null || Y < 0.8 * V) ? (T[Q[$]] && !T[Q[$ + 1]] ? (Y = $ + 1, L = m) : Y = $, Q.splice(Y, 1)) : L = m;
          }
          return Q;
        }
        function N(t) {
          var o = this.ordinal.positions;
          if (!o)
            return t;
          var n = o.length - 1;
          if (0 > t)
            t = o[0];
          else if (t > n)
            t = o[n];
          else {
            n = Math.floor(t);
            var A = t - n;
          }
          return typeof A < "u" && typeof o[n] < "u" ? o[n] + (A ? A * (o[n + 1] - o[n]) : 0) : t;
        }
        function C(t) {
          var o = this.ordinal, n = o.positions;
          if (!n)
            return t;
          var A = (t - (this.old ? this.old.min : this.min)) * (this.old ? this.old.transA : this.transA) + this.minPixelPadding;
          if (0 < A && A < this.left + this.len || (o.extendedOrdinalPositions || (o.extendedOrdinalPositions = o.getExtendedPositions()), n = o.extendedOrdinalPositions), n && n.length) {
            if (t = o.getIndexOfPoint(A, n), o = U(t % 1), 0 <= t && t < n.length - 1)
              return n[Math.floor(t)] + o * (n[Math.ceil(t)] - n[Math.floor(t)]);
            o = n.length, A = n[0], n = n[o - 1];
            var _ = (n - A) / (o - 1);
            return 0 > t ? A + _ * t : n + _ * (t - o);
          }
          return t;
        }
        function b(t, o) {
          var n = P.Additions.findIndexOf(t, o, !0);
          return t[n] === o ? n : n + (o - t[n]) / (t[n + 1] - t[n]);
        }
        function w() {
          this.ordinal || (this.ordinal = new P.Additions(this));
        }
        function v() {
          this.isXAxis && W(this.options.overscroll) && this.max === this.dataMax && (!this.chart.mouseIsDown || this.isInternal) && (!this.eventArgs || this.eventArgs && this.eventArgs.trigger !== "navigator") && (this.max += this.options.overscroll, !this.isInternal && W(this.userMin) && (this.min += this.options.overscroll));
        }
        function a() {
          this.horiz && !this.isDirty && (this.isDirty = this.isOrdinal && this.chart.navigator && !this.chart.navigator.adaptToUpdatedData);
        }
        function c() {
          this.ordinal && (this.ordinal.beforeSetTickPositions(), this.tickInterval = this.ordinal.postProcessTickInterval(this.tickInterval));
        }
        function p(t) {
          var o = this.xAxis[0], n = o.options.overscroll, A = t.originalEvent.chartX, _ = this.options.chart.panning, D = !1;
          if (_ && _.type !== "y" && o.options.ordinal && o.series.length) {
            var j = this.mouseDownX, T = o.getExtremes(), X = T.dataMax, g = T.min, m = T.max, L = this.hoverPoints, Y = o.closestPointRange || o.ordinal && o.ordinal.overscrollPointsRange;
            j = (j - A) / (o.translationSlope * (o.ordinal.slope || Y)), Y = { ordinal: { positions: o.ordinal.getExtendedPositions() } };
            var V = o.index2val, Q = o.val2lin, k = void 0, G = k = void 0, z = void 0;
            Y.ordinal.positions ? 1 < Math.abs(j) && (L && L.forEach(function($) {
              $.setState();
            }), 0 > j ? (G = Y, z = o.ordinal.positions ? o : Y) : (G = o.ordinal.positions ? o : Y, z = Y), k = z.ordinal.positions, X > k[k.length - 1] && k.push(X), this.fixedRange = m - g, k = o.navigatorAxis.toFixedRange(void 0, void 0, V.apply(G, [Q.apply(G, [g, !0]) + j]), V.apply(z, [Q.apply(z, [m, !0]) + j])), k.min >= Math.min(
              T.dataMin,
              g
            ) && k.max <= Math.max(X, m) + n && o.setExtremes(k.min, k.max, !0, !1, { trigger: "pan" }), this.mouseDownX = A, H(this.container, { cursor: "move" })) : D = !0;
          } else
            D = !0;
          D || _ && /y/.test(_.type) ? n && (o.max = o.dataMax + n) : t.preventDefault();
        }
        function i() {
          var t = this.xAxis;
          t && t.options.ordinal && (delete t.ordinal.index, delete t.ordinal.extendedOrdinalPositions);
        }
        function l(t, o) {
          var n = this.ordinal, A = n.positions, _ = n.slope, D = n.extendedOrdinalPositions;
          if (!A)
            return t;
          var j = A.length;
          if (A[0] <= t && A[j - 1] >= t)
            t = b(A, t);
          else {
            if (D || (D = n.getExtendedPositions && n.getExtendedPositions(), n.extendedOrdinalPositions = D), !D || !D.length)
              return t;
            j = D.length, _ || (_ = (D[j - 1] - D[0]) / j), A = b(D, A[0]), t >= D[0] && t <= D[j - 1] ? t = b(D, t) - A : t < D[0] ? (t = D[0] - t, t = -A - t / _) : (t -= D[j - 1], t = t / _ + j - A);
          }
          return o ? t : _ * (t || 0) + n.offset;
        }
        P.compose = function(t, o, n) {
          if (d.indexOf(t) === -1) {
            d.push(t);
            var A = t.prototype;
            A.getTimeTicks = O, A.index2val = N, A.lin2val = C, A.val2lin = l, A.ordinal2lin = A.val2lin, F(t, "afterInit", w), F(t, "foundExtremes", v), F(t, "afterSetScale", a), F(t, "initialAxisTranslation", c);
          }
          return d.indexOf(n) === -1 && (d.push(n), F(n, "pan", p)), d.indexOf(o) === -1 && (d.push(o), F(o, "updatedData", i)), t;
        };
        var s = function() {
          function t(o) {
            this.index = {}, this.axis = o;
          }
          return t.prototype.beforeSetTickPositions = function() {
            var o = this.axis, n = o.ordinal, A = o.getExtremes(), _ = A.min, D = A.max, j = o.isXAxis && !!o.options.breaks;
            A = o.options.ordinal;
            var T = o.chart.options.chart.ignoreHiddenSeries, X, g, m = [], L = Number.MAX_VALUE, Y = !1;
            if (A || j) {
              o.series.forEach(function(k, G) {
                if (X = [], !(T && k.visible === !1 || k.takeOrdinalPosition === !1 && !j) && (m = m.concat(k.processedXData), V = m.length, m.sort(function(z, $) {
                  return z - $;
                }), L = Math.min(L, S(k.closestPointRange, L)), V)) {
                  for (G = 0; G < V - 1; )
                    m[G] !== m[G + 1] && X.push(m[G + 1]), G++;
                  X[0] !== m[0] && X.unshift(m[0]), m = X;
                }
              });
              var V = m.length;
              if (2 < V) {
                var Q = m[1] - m[0];
                for (g = V - 1; g-- && !Y; )
                  m[g + 1] - m[g] !== Q && (Y = !0);
                !o.options.keepOrdinalPadding && (m[0] - _ > Q || D - m[m.length - 1] > Q) && (Y = !0);
              } else
                o.options.overscroll && (V === 2 ? L = m[1] - m[0] : V === 1 ? (L = o.options.overscroll, m = [m[0], m[0] + L]) : L = n.overscrollPointsRange);
              Y || o.forceOrdinal ? (o.options.overscroll && (n.overscrollPointsRange = L, m = m.concat(n.getOverscrollPositions())), n.positions = m, Q = o.ordinal2lin(Math.max(_, m[0]), !0), g = Math.max(o.ordinal2lin(Math.min(D, m[m.length - 1]), !0), 1), n.slope = D = (D - _) / (g - Q), n.offset = _ - Q * D) : (n.overscrollPointsRange = S(o.closestPointRange, n.overscrollPointsRange), n.positions = o.ordinal.slope = n.offset = void 0);
            }
            o.isOrdinal = A && Y, n.groupIntervalFactor = null;
          }, t.findIndexOf = function(o, n, A) {
            for (var _ = 0, D = o.length - 1, j; _ < D; )
              j = Math.ceil((_ + D) / 2), o[j] <= n ? _ = j : D = j - 1;
            return o[_] === n || A ? _ : -1;
          }, t.prototype.getExtendedPositions = function() {
            var o = this, n = o.axis, A = n.constructor.prototype, _ = n.chart, D = n.series[0].currentDataGrouping, j = D ? D.count + D.unitName : "raw", T = n.options.overscroll, X = n.getExtremes(), g = void 0, m = o.index;
            if (m || (m = o.index = {}), !m[j]) {
              var L = {
                series: [],
                chart: _,
                forceOrdinal: !1,
                getExtremes: function() {
                  return { min: X.dataMin, max: X.dataMax + T };
                },
                getGroupPixelWidth: A.getGroupPixelWidth,
                getTimeTicks: A.getTimeTicks,
                options: { ordinal: !0 },
                ordinal: { getGroupIntervalFactor: this.getGroupIntervalFactor },
                ordinal2lin: A.ordinal2lin,
                getIndexOfPoint: A.getIndexOfPoint,
                val2lin: A.val2lin
              };
              L.ordinal.axis = L, n.series.forEach(function(Y) {
                g = { xAxis: L, xData: Y.xData.slice(), chart: _, destroyGroupedData: B.noop, getProcessedData: I.prototype.getProcessedData, applyGrouping: I.prototype.applyGrouping }, g.xData = g.xData.concat(o.getOverscrollPositions()), g.options = { dataGrouping: D ? { firstAnchor: "firstPoint", anchor: "middle", lastAnchor: "lastPoint", enabled: !0, forced: !0, approximation: "open", units: [[D.unitName, [D.count]]] } : { enabled: !1 } }, L.series.push(g), Y.processData.apply(g);
              }), g.closestPointRange !== g.basePointRange && g.currentDataGrouping && (L.forceOrdinal = !0), n.ordinal.beforeSetTickPositions.apply({ axis: L }), m[j] = L.ordinal.positions;
            }
            return m[j];
          }, t.prototype.getGroupIntervalFactor = function(o, n, A) {
            A = A.processedXData;
            var _ = A.length, D = [], j = this.groupIntervalFactor;
            if (!j) {
              for (j = 0; j < _ - 1; j++)
                D[j] = A[j + 1] - A[j];
              D.sort(function(T, X) {
                return T - X;
              }), D = D[Math.floor(_ / 2)], o = Math.max(o, A[0]), n = Math.min(n, A[_ - 1]), this.groupIntervalFactor = j = _ * D / (n - o);
            }
            return j;
          }, t.prototype.getIndexOfPoint = function(o, n) {
            var A = this.axis, _ = this.positions ? this.positions[0] : 0, D = A.series[0].points && A.series[0].points[0] && A.series[0].points[0].plotX || A.minPixelPadding;
            return 1 < A.series.length && A.series.forEach(function(j) {
              j.points && W(j.points[0]) && W(j.points[0].plotX) && j.points[0].plotX < D && (D = j.points[0].plotX);
            }), o = (o - D) / (A.translationSlope * (this.slope || A.closestPointRange || this.overscrollPointsRange)), t.findIndexOf(n, _) + o;
          }, t.prototype.getOverscrollPositions = function() {
            var o = this.axis, n = o.options.overscroll, A = this.overscrollPointsRange, _ = [], D = o.dataMax;
            if (W(A))
              for (; D <= o.dataMax + n; )
                D += A, _.push(D);
            return _;
          }, t.prototype.postProcessTickInterval = function(o) {
            var n = this.axis, A = this.slope;
            return A ? n.options.breaks ? n.closestPointRange || o : o / (A / n.closestPointRange) : o;
          }, t;
        }();
        P.Additions = s;
      }(u || (u = {})), u;
    }), E(h, "Series/DataModifyComposition.js", [h["Core/Axis/Axis.js"], h["Core/Series/Point.js"], h["Core/Series/Series.js"], h["Core/Utilities.js"]], function(y, B, I, Z) {
      var F = B.prototype.tooltipFormatter, U = Z.addEvent, H = Z.arrayMax, W = Z.arrayMin, R = Z.correctFloat, S = Z.defined, x = Z.isArray, d = Z.isNumber, u = Z.isString, P = Z.pick, O;
      return function(N) {
        function C(o, n, A) {
          this.isXAxis || (this.series.forEach(function(_) {
            o === "compare" && typeof n != "boolean" ? _.setCompare(n, !1) : o !== "cumulative" || u(n) || _.setCumulative(n, !1);
          }), P(A, !0) && this.chart.redraw());
        }
        function b(o) {
          var n = this, A = n.series.chart.numberFormatter, _ = function(D) {
            o = o.replace("{point." + D + "}", (0 < n[D] && D === "change" ? "+" : "") + A(n[D], P(n.series.tooltipOptions.changeDecimals, 2)));
          };
          return S(n.change) && _("change"), S(n.cumulativeSum) && _("cumulativeSum"), F.apply(this, [o]);
        }
        function w() {
          var o = this.options.compare;
          if (o === "percent" || o === "value" || this.options.cumulative) {
            var n = new t(this);
            o === "percent" || o === "value" ? n.initCompare(o) : n.initCumulative();
          }
          this.dataModify = n;
        }
        function v(o) {
          o = o.dataExtremes;
          var n = o.activeYData;
          if (this.dataModify && o) {
            var A = void 0;
            this.options.compare ? A = [this.dataModify.modifyValue(o.dataMin), this.dataModify.modifyValue(o.dataMax)] : this.options.cumulative && x(n) && 2 <= n.length && (A = t.getCumulativeExtremes(n)), A && (o.dataMin = W(A), o.dataMax = H(A));
          }
        }
        function a(o, n) {
          this.options.compare = this.userOptions.compare = o, this.update({}, P(n, !0)), !this.dataModify || o !== "value" && o !== "percent" ? this.points.forEach(function(A) {
            delete A.change;
          }) : this.dataModify.initCompare(o);
        }
        function c() {
          if (this.xAxis && this.processedYData && this.dataModify) {
            var o = this.processedXData, n = this.processedYData, A = n.length, _ = this.options.compareStart === !0 ? 0 : 1, D = -1, j;
            for (this.pointArrayMap && (D = this.pointArrayMap.indexOf(this.options.pointValKey || this.pointValKey || "y")), j = 0; j < A - _; j++) {
              var T = n[j] && -1 < D ? n[j][D] : n[j];
              if (d(T) && T !== 0 && o[j + _] >= (this.xAxis.min || 0)) {
                this.dataModify.compareValue = T;
                break;
              }
            }
          }
        }
        function p(o, n) {
          this.setModifier("compare", o, n);
        }
        function i(o, n) {
          o = P(o, !1), this.options.cumulative = this.userOptions.cumulative = o, this.update({}, P(n, !0)), this.dataModify ? this.dataModify.initCumulative() : this.points.forEach(function(A) {
            delete A.cumulativeSum;
          });
        }
        function l(o, n) {
          this.setModifier("cumulative", o, n);
        }
        var s = [];
        N.compose = function(o, n, A) {
          if (s.indexOf(o) === -1) {
            s.push(o);
            var _ = o.prototype;
            _.setCompare = a, _.setCumulative = i, U(o, "afterInit", w), U(o, "afterGetExtremes", v), U(o, "afterProcessData", c);
          }
          return s.indexOf(n) === -1 && (s.push(n), n = n.prototype, n.setCompare = p, n.setModifier = C, n.setCumulative = l), s.indexOf(A) === -1 && (s.push(A), A.prototype.tooltipFormatter = b), o;
        };
        var t = function() {
          function o(n) {
            this.series = n;
          }
          return o.prototype.modifyValue = function() {
            return 0;
          }, o.getCumulativeExtremes = function(n) {
            var A = 1 / 0, _ = -1 / 0;
            return n.reduce(function(D, j) {
              return j = D + j, A = Math.min(A, j, D), _ = Math.max(
                _,
                j,
                D
              ), j;
            }), [A, _];
          }, o.prototype.initCompare = function(n) {
            this.modifyValue = function(A, _) {
              A === null && (A = 0);
              var D = this.compareValue;
              return typeof A < "u" && typeof D < "u" ? (A = n === "value" ? A - D : A / D * 100 - (this.series.options.compareBase === 100 ? 0 : 100), typeof _ < "u" && (_ = this.series.points[_]) && (_.change = A), A) : 0;
            };
          }, o.prototype.initCumulative = function() {
            this.modifyValue = function(n, A) {
              if (n === null && (n = 0), n !== void 0 && A !== void 0) {
                var _ = 0 < A ? this.series.points[A - 1] : null;
                return _ && _.cumulativeSum && (n = R(_.cumulativeSum + n)), (A = this.series.points[A]) && (A.cumulativeSum = n), n;
              }
              return 0;
            };
          }, o;
        }();
        N.Additions = t;
      }(O || (O = {})), O;
    }), E(h, "Core/Axis/BrokenAxis.js", [h["Extensions/Stacking.js"], h["Core/Utilities.js"]], function(y, B) {
      var I = B.addEvent, Z = B.find, F = B.fireEvent, U = B.isArray, H = B.isNumber, W = B.pick, R;
      return function(S) {
        function x() {
          typeof this.brokenAxis < "u" && this.brokenAxis.setBreaks(this.options.breaks, !1);
        }
        function d() {
          this.brokenAxis && this.brokenAxis.hasBreaks && (this.options.ordinal = !1);
        }
        function u() {
          var a = this.brokenAxis;
          if (a && a.hasBreaks) {
            for (var c = this.tickPositions, p = this.tickPositions.info, i = [], l = 0; l < c.length; l++)
              a.isInAnyBreak(c[l]) || i.push(c[l]);
            this.tickPositions = i, this.tickPositions.info = p;
          }
        }
        function P() {
          this.brokenAxis || (this.brokenAxis = new v(this));
        }
        function O() {
          var a = this.options.connectNulls, c = this.points, p = this.xAxis, i = this.yAxis;
          if (this.isDirty)
            for (var l = c.length; l--; ) {
              var s = c[l], t = !(s.y === null && a === !1) && (p && p.brokenAxis && p.brokenAxis.isInAnyBreak(s.x, !0) || i && i.brokenAxis && i.brokenAxis.isInAnyBreak(s.y, !0));
              s.visible = t ? !1 : s.options.visible !== !1;
            }
        }
        function N() {
          this.drawBreaks(this.xAxis, ["x"]), this.drawBreaks(this.yAxis, W(this.pointArrayMap, ["y"]));
        }
        function C(a, c) {
          var p = this, i = p.points, l, s, t, o;
          if (a && a.brokenAxis && a.brokenAxis.hasBreaks) {
            var n = a.brokenAxis;
            c.forEach(function(A) {
              l = n && n.breakArray || [], s = a.isXAxis ? a.min : W(p.options.threshold, a.min), i.forEach(function(_) {
                o = W(_["stack" + A.toUpperCase()], _[A]), l.forEach(function(D) {
                  H(s) && H(o) && (t = !1, s < D.from && o > D.to || s > D.from && o < D.from ? t = "pointBreak" : (s < D.from && o > D.from && o < D.to || s > D.from && o > D.to && o < D.from) && (t = "pointInBreak"), t && F(a, t, { point: _, brk: D }));
                });
              });
            });
          }
        }
        function b() {
          var a = this.currentDataGrouping, c = a && a.gapSize;
          a = this.points.slice();
          var p = this.yAxis, i = this.options.gapSize, l = a.length - 1, s;
          if (i && 0 < l)
            for (this.options.gapUnit !== "value" && (i *= this.basePointRange), c && c > i && c >= this.basePointRange && (i = c), s = void 0; l--; )
              s && s.visible !== !1 || (s = a[l + 1]), c = a[l], s.visible !== !1 && c.visible !== !1 && (s.x - c.x > i && (s = (c.x + s.x) / 2, a.splice(l + 1, 0, { isNull: !0, x: s }), p.stacking && this.options.stacking && (s = p.stacking.stacks[this.stackKey][s] = new y(p, p.options.stackLabels, !1, s, this.stack), s.total = 0)), s = c);
          return this.getGraphPath(a);
        }
        var w = [];
        S.compose = function(a, c) {
          if (w.indexOf(a) === -1 && (w.push(a), a.keepProps.push("brokenAxis"), I(a, "init", P), I(a, "afterInit", x), I(a, "afterSetTickPositions", u), I(a, "afterSetOptions", d)), w.indexOf(c) === -1) {
            w.push(c);
            var p = c.prototype;
            p.drawBreaks = C, p.gappedPath = b, I(c, "afterGeneratePoints", O), I(
              c,
              "afterRender",
              N
            );
          }
          return a;
        };
        var v = function() {
          function a(c) {
            this.hasBreaks = !1, this.axis = c;
          }
          return a.isInBreak = function(c, p) {
            var i = c.repeat || 1 / 0, l = c.from, s = c.to - c.from;
            return p = p >= l ? (p - l) % i : i - (l - p) % i, c.inclusive ? p <= s : p < s && p !== 0;
          }, a.lin2Val = function(c) {
            var p = this.brokenAxis;
            if (p = p && p.breakArray, !p || !H(c))
              return c;
            var i;
            for (i = 0; i < p.length; i++) {
              var l = p[i];
              if (l.from >= c)
                break;
              (l.to < c || a.isInBreak(l, c)) && (c += l.len);
            }
            return c;
          }, a.val2Lin = function(c) {
            var p = this.brokenAxis;
            if (p = p && p.breakArray, !p || !H(c))
              return c;
            var i = c, l;
            for (l = 0; l < p.length; l++) {
              var s = p[l];
              if (s.to <= c)
                i -= s.len;
              else {
                if (s.from >= c)
                  break;
                if (a.isInBreak(s, c)) {
                  i -= c - s.from;
                  break;
                }
              }
            }
            return i;
          }, a.prototype.findBreakAt = function(c, p) {
            return Z(p, function(i) {
              return i.from < c && c < i.to;
            });
          }, a.prototype.isInAnyBreak = function(c, p) {
            var i = this.axis, l = i.options.breaks || [], s = l.length, t;
            if (s && H(c)) {
              for (; s--; )
                if (a.isInBreak(l[s], c)) {
                  var o = !0;
                  t || (t = W(l[s].showPoints, !i.isXAxis));
                }
              var n = o && p ? o && !t : o;
            }
            return n;
          }, a.prototype.setBreaks = function(c, p) {
            var i = this, l = i.axis, s = U(c) && !!c.length;
            l.isDirty = i.hasBreaks !== s, i.hasBreaks = s, l.options.breaks = l.userOptions.breaks = c, l.forceRedraw = !0, l.series.forEach(function(t) {
              t.isDirty = !0;
            }), s || l.val2lin !== a.val2Lin || (delete l.val2lin, delete l.lin2val), s && (l.userOptions.ordinal = !1, l.lin2val = a.lin2Val, l.val2lin = a.val2Lin, l.setExtremes = function(t, o, n, A, _) {
              if (i.hasBreaks) {
                for (var D = this.options.breaks || [], j; j = i.findBreakAt(t, D); )
                  t = j.to;
                for (; j = i.findBreakAt(o, D); )
                  o = j.from;
                o < t && (o = t);
              }
              l.constructor.prototype.setExtremes.call(this, t, o, n, A, _);
            }, l.setAxisTranslation = function() {
              if (l.constructor.prototype.setAxisTranslation.call(this), i.unitLength = void 0, i.hasBreaks) {
                var t = l.options.breaks || [], o = [], n = [], A = W(l.pointRangePadding, 0), _ = 0, D, j = l.userMin || l.min, T = l.userMax || l.max, X;
                t.forEach(function(L) {
                  D = L.repeat || 1 / 0, H(j) && H(T) && (a.isInBreak(L, j) && (j += L.to % D - j % D), a.isInBreak(L, T) && (T -= T % D - L.from % D));
                }), t.forEach(function(L) {
                  if (m = L.from, D = L.repeat || 1 / 0, H(j) && H(T)) {
                    for (; m - D > j; )
                      m -= D;
                    for (; m < j; )
                      m += D;
                    for (X = m; X < T; X += D)
                      o.push({ value: X, move: "in" }), o.push({ value: X + L.to - L.from, move: "out", size: L.breakSize });
                  }
                }), o.sort(function(L, Y) {
                  return L.value === Y.value ? (L.move === "in" ? 0 : 1) - (Y.move === "in" ? 0 : 1) : L.value - Y.value;
                });
                var g = 0, m = j;
                o.forEach(function(L) {
                  g += L.move === "in" ? 1 : -1, g === 1 && L.move === "in" && (m = L.value), g === 0 && H(m) && (n.push({ from: m, to: L.value, len: L.value - m - (L.size || 0) }), _ += L.value - m - (L.size || 0));
                }), i.breakArray = n, H(j) && H(T) && H(l.min) && (i.unitLength = T - j - _ + A, F(l, "afterBreaks"), l.staticScale ? l.transA = l.staticScale : i.unitLength && (l.transA *= (T - l.min + A) / i.unitLength), A && (l.minPixelPadding = l.transA * (l.minPointOffset || 0)), l.min = j, l.max = T);
              }
            }), W(p, !0) && l.chart.redraw();
          }, a;
        }();
        S.Additions = v;
      }(R || (R = {})), R;
    }), E(h, "masters/modules/broken-axis.src.js", [h["Core/Globals.js"], h["Core/Axis/BrokenAxis.js"]], function(y, B) {
      B.compose(y.Axis, y.Series);
    }), E(h, "Extensions/DataGrouping.js", [
      h["Core/Axis/Axis.js"],
      h["Core/Axis/DateTimeAxis.js"],
      h["Core/FormatUtilities.js"],
      h["Core/Globals.js"],
      h["Core/Series/Point.js"],
      h["Core/Series/Series.js"],
      h["Core/Tooltip.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U, H, W, R) {
      var S = I.format, x = U.prototype;
      I = R.addEvent;
      var d = R.arrayMax, u = R.arrayMin, P = R.correctFloat, O = R.defined, N = R.error, C = R.extend, b = R.isNumber, w = R.merge, v = R.pick, a = Z.approximations = {
        sum: function(t) {
          var o = t.length;
          if (!o && t.hasNulls)
            var n = null;
          else if (o)
            for (n = 0; o--; )
              n += t[o];
          return n;
        },
        average: function(t) {
          var o = t.length;
          return t = a.sum(t), b(t) && o && (t = P(t / o)), t;
        },
        averages: function() {
          var t = [];
          return [].forEach.call(arguments, function(o) {
            t.push(a.average(o));
          }), typeof t[0] > "u" ? void 0 : t;
        },
        open: function(t) {
          return t.length ? t[0] : t.hasNulls ? null : void 0;
        },
        high: function(t) {
          return t.length ? d(t) : t.hasNulls ? null : void 0;
        },
        low: function(t) {
          return t.length ? u(t) : t.hasNulls ? null : void 0;
        },
        close: function(t) {
          return t.length ? t[t.length - 1] : t.hasNulls ? null : void 0;
        },
        hlc: function(t, o, n) {
          if (t = a.high(t), o = a.low(o), n = a.close(n), b(t) || b(o) || b(n))
            return [t, o, n];
        },
        ohlc: function(t, o, n, A) {
          if (t = a.open(t), o = a.high(o), n = a.low(n), A = a.close(A), b(t) || b(o) || b(n) || b(A))
            return [t, o, n, A];
        },
        range: function(t, o) {
          if (t = a.low(t), o = a.high(o), b(t) || b(o))
            return [t, o];
          if (t === null && o === null)
            return null;
        }
      };
      R = function(t, o, n, A) {
        var _ = this, D = _.data, j = _.options && _.options.data, T = [], X = [], g = [], m = t.length, L = !!o, Y = [], V = _.pointArrayMap, Q = V && V.length, k = ["x"].concat(V || ["y"]), G = this.options.dataGrouping && this.options.dataGrouping.groupAll, z = 0, $ = 0, q;
        A = typeof A == "function" ? A : a[A] ? a[A] : a[_.getDGApproximation && _.getDGApproximation() || "average"], Q ? V.forEach(function() {
          Y.push([]);
        }) : Y.push([]);
        var it = Q || 1;
        for (q = 0; q <= m && !(t[q] >= n[0]); q++)
          ;
        for (q; q <= m; q++) {
          for (; typeof n[z + 1] < "u" && t[q] >= n[z + 1] || q === m; ) {
            var et = n[z];
            _.dataGroupInfo = { start: G ? $ : _.cropStart + $, length: Y[0].length };
            var nt = A.apply(_, Y);
            for (_.pointClass && !O(_.dataGroupInfo.options) && (_.dataGroupInfo.options = w(_.pointClass.prototype.optionsToObject.call({ series: _ }, _.options.data[_.cropStart + $])), k.forEach(function(ct) {
              delete _.dataGroupInfo.options[ct];
            })), typeof nt < "u" && (T.push(et), X.push(nt), g.push(_.dataGroupInfo)), $ = q, et = 0; et < it; et++)
              Y[et].length = 0, Y[et].hasNulls = !1;
            if (z += 1, q === m)
              break;
          }
          if (q === m)
            break;
          if (V) {
            et = _.options.dataGrouping && _.options.dataGrouping.groupAll ? q : _.cropStart + q, nt = D && D[et] || _.pointClass.prototype.applyOptions.apply({ series: _ }, [j[et]]);
            var rt = void 0;
            for (et = 0; et < Q; et++)
              rt = nt[V[et]], b(rt) ? Y[et].push(rt) : rt === null && (Y[et].hasNulls = !0);
          } else
            et = L ? o[q] : null, b(et) ? Y[0].push(et) : et === null && (Y[0].hasNulls = !0);
        }
        return { groupedXData: T, groupedYData: X, groupMap: g };
      };
      var c = { approximations: a, groupData: R }, p = x.generatePoints, i = { groupPixelWidth: 2, dateTimeLabelFormats: { millisecond: [
        "%A, %b %e, %H:%M:%S.%L",
        "%A, %b %e, %H:%M:%S.%L",
        "-%H:%M:%S.%L"
      ], second: ["%A, %b %e, %H:%M:%S", "%A, %b %e, %H:%M:%S", "-%H:%M:%S"], minute: ["%A, %b %e, %H:%M", "%A, %b %e, %H:%M", "-%H:%M"], hour: ["%A, %b %e, %H:%M", "%A, %b %e, %H:%M", "-%H:%M"], day: ["%A, %b %e, %Y", "%A, %b %e", "-%A, %b %e, %Y"], week: ["Week from %A, %b %e, %Y", "%A, %b %e", "-%A, %b %e, %Y"], month: ["%B %Y", "%B", "-%B %Y"], year: ["%Y", "%Y", "-%Y"] } }, l = {
        line: {},
        spline: {},
        area: {},
        areaspline: {},
        arearange: {},
        column: { groupPixelWidth: 10 },
        columnrange: { groupPixelWidth: 10 },
        candlestick: { groupPixelWidth: 10 },
        ohlc: { groupPixelWidth: 5 },
        hlc: { groupPixelWidth: 5 },
        heikinashi: { groupPixelWidth: 10 }
      }, s = Z.defaultDataGroupingUnits = [["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]], ["week", [1]], ["month", [1, 3, 6]], ["year", null]];
      return x.getDGApproximation = function() {
        return this.is("arearange") ? "range" : this.is("ohlc") ? "ohlc" : this.is("hlc") ? "hlc" : this.is("column") ? "sum" : "average";
      }, x.groupData = R, x.applyGrouping = function(t) {
        var o = this.chart, n = this.options.dataGrouping, A = this.allowDG !== !1 && n && v(n.enabled, o.options.isStock), _ = this.visible || !o.options.chart.ignoreHiddenSeries, D, j = this.currentDataGrouping, T = !1;
        if (A && !this.requireSorting && (this.requireSorting = T = !0), t = !!(this.isCartesian && !this.isDirty && !this.xAxis.isDirty && !this.yAxis.isDirty && !t) || !A, T && (this.requireSorting = !1), !t) {
          this.destroyGroupedData(), A = n.groupAll ? this.xData : this.processedXData;
          var X = n.groupAll ? this.yData : this.processedYData;
          t = o.plotSizeX, T = this.xAxis;
          var g = T.options.ordinal, m = this.groupPixelWidth;
          if (m && A && A.length) {
            this.isDirty = D = !0, this.points = null;
            var L = T.getExtremes(), Y = L.min;
            L = L.max, g = g && T.ordinal && T.ordinal.getGroupIntervalFactor(Y, L, this) || 1, t = T.getTimeTicks(B.Additions.prototype.normalizeTimeTickInterval(m * (L - Y) / t * g, n.units || s), Math.min(Y, A[0]), Math.max(L, A[A.length - 1]), T.options.startOfWeek, A, this.closestPointRange), m = x.groupData.apply(this, [A, X, t, n.approximation]), A = m.groupedXData, X = m.groupedYData, g = 0, n && n.smoothed && A.length && (n.firstAnchor = "firstPoint", n.anchor = "middle", n.lastAnchor = "lastPoint", N(32, !1, o, { "dataGrouping.smoothed": "use dataGrouping.anchor" })), o = A;
            var V = this.options.dataGrouping;
            if (Y = this.currentDataGrouping && this.currentDataGrouping.gapSize, V && this.xData && Y && this.groupMap) {
              var Q = o.length - 1, k = V.anchor, G = v(V.firstAnchor, k);
              if (V = v(V.lastAnchor, k), k && k !== "start") {
                var z = Y * { middle: 0.5, end: 1 }[k];
                for (k = o.length - 1; k-- && 0 < k; )
                  o[k] += z;
              }
              if (G && G !== "start" && this.xData[0] >= o[0]) {
                k = this.groupMap[0].start, z = this.groupMap[0].length;
                var $ = void 0;
                b(k) && b(z) && ($ = k + (z - 1)), o[0] = { middle: o[0] + 0.5 * Y, end: o[0] + Y, firstPoint: this.xData[0], lastPoint: $ && this.xData[$] }[G];
              }
              V && V !== "start" && Y && o[Q] >= L - Y && (L = this.groupMap[this.groupMap.length - 1].start, o[Q] = { middle: o[Q] + 0.5 * Y, end: o[Q] + Y, firstPoint: L && this.xData[L], lastPoint: this.xData[this.xData.length - 1] }[V]);
            }
            for (L = 1; L < t.length; L++)
              t.info.segmentStarts && t.info.segmentStarts.indexOf(L) !== -1 || (g = Math.max(t[L] - t[L - 1], g));
            L = t.info, L.gapSize = g, this.closestPointRange = t.info.totalRange, this.groupMap = m.groupMap, _ && (_ = A, O(_[0]) && b(T.min) && b(T.dataMin) && _[0] < T.min && ((!O(T.options.min) && T.min <= T.dataMin || T.min === T.dataMin) && (T.min = Math.min(_[0], T.min)), T.dataMin = Math.min(_[0], T.dataMin)), O(_[_.length - 1]) && b(T.max) && b(T.dataMax) && _[_.length - 1] > T.max && ((!O(T.options.max) && b(T.dataMax) && T.max >= T.dataMax || T.max === T.dataMax) && (T.max = Math.max(_[_.length - 1], T.max)), T.dataMax = Math.max(_[_.length - 1], T.dataMax))), n.groupAll && (this.allGroupedData = X, n = this.cropData(A, X, T.min, T.max, 1), A = n.xData, X = n.yData, this.cropStart = n.start), this.processedXData = A, this.processedYData = X;
          } else
            this.groupMap = null;
          this.hasGroupedData = D, this.currentDataGrouping = L, this.preventGraphAnimation = (j && j.totalRange) !== (L && L.totalRange);
        }
      }, x.destroyGroupedData = function() {
        this.groupedData && (this.groupedData.forEach(function(t, o) {
          t && (this.groupedData[o] = t.destroy ? t.destroy() : null);
        }, this), this.groupedData.length = 0);
      }, x.generatePoints = function() {
        p.apply(this), this.destroyGroupedData(), this.groupedData = this.hasGroupedData ? this.points : null;
      }, y.prototype.applyGrouping = function(t) {
        var o = this;
        o.series.forEach(function(n) {
          n.groupPixelWidth = void 0, n.groupPixelWidth = o.getGroupPixelWidth && o.getGroupPixelWidth(), n.groupPixelWidth && (n.hasProcessed = !0), n.applyGrouping(!!t.hasExtemesChanged);
        });
      }, y.prototype.getGroupPixelWidth = function() {
        var t = this.series, o = t.length, n, A = 0, _ = !1, D;
        for (n = o; n--; )
          (D = t[n].options.dataGrouping) && (A = Math.max(A, v(D.groupPixelWidth, i.groupPixelWidth)));
        for (n = o; n--; )
          (D = t[n].options.dataGrouping) && (o = (t[n].processedXData || t[n].data).length, (t[n].groupPixelWidth || o > this.chart.plotSizeX / A || o && D.forced) && (_ = !0));
        return _ ? A : 0;
      }, y.prototype.setDataGrouping = function(t, o) {
        var n;
        if (o = v(o, !0), t || (t = { forced: !1, units: null }), this instanceof y)
          for (n = this.series.length; n--; )
            this.series[n].update({ dataGrouping: t }, !1);
        else
          this.chart.options.series.forEach(function(A) {
            A.dataGrouping = t;
          }, !1);
        this.ordinal && (this.ordinal.slope = void 0), o && this.chart.redraw();
      }, I(y, "postProcessData", y.prototype.applyGrouping), I(F, "update", function() {
        if (this.dataGroup)
          return N(
            24,
            !1,
            this.series.chart
          ), !1;
      }), I(H, "headerFormatter", function(t) {
        var o = this.chart, n = o.time, A = t.labelConfig, _ = A.series, D = _.tooltipOptions, j = _.options.dataGrouping, T = D.xDateFormat, X = _.xAxis, g = D[t.isFooter ? "footerFormat" : "headerFormat"];
        if (X && X.options.type === "datetime" && j && b(A.key)) {
          var m = _.currentDataGrouping;
          if (j = j.dateTimeLabelFormats || i.dateTimeLabelFormats, m)
            if (D = j[m.unitName], m.count === 1)
              T = D[0];
            else {
              T = D[1];
              var L = D[2];
            }
          else
            !T && j && X.dateTime && (T = X.dateTime.getXDateFormat(A.x, D.dateTimeLabelFormats));
          T = n.dateFormat(T, A.key), L && (T += n.dateFormat(L, A.key + m.totalRange - 1)), _.chart.styledMode && (g = this.styledModeFormat(g)), t.text = S(g, { point: C(A.point, { key: T }), series: _ }, o), t.preventDefault();
        }
      }), I(U, "destroy", x.destroyGroupedData), I(U, "afterSetOptions", function(t) {
        t = t.options;
        var o = this.type, n = this.chart.options.plotOptions, A = W.defaultOptions.plotOptions[o].dataGrouping, _ = this.useCommonDataGrouping && i;
        if (n && (l[o] || _)) {
          A || (A = w(i, l[o]));
          var D = this.chart.rangeSelector;
          t.dataGrouping = w(
            _,
            A,
            n.series && n.series.dataGrouping,
            n[o].dataGrouping,
            this.userOptions.dataGrouping,
            !t.isInternal && D && b(D.selected) && D.buttonOptions[D.selected].dataGrouping
          );
        }
      }), I(y, "afterSetScale", function() {
        this.series.forEach(function(t) {
          t.hasProcessed = !1;
        });
      }), Z.dataGrouping = c, c;
    }), E(h, "Series/HLC/HLCPoint.js", [h["Core/Series/SeriesRegistry.js"]], function(y) {
      var B = this && this.__extends || function() {
        var I = function(Z, F) {
          return I = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(U, H) {
            U.__proto__ = H;
          } || function(U, H) {
            for (var W in H)
              H.hasOwnProperty(W) && (U[W] = H[W]);
          }, I(Z, F);
        };
        return function(Z, F) {
          function U() {
            this.constructor = Z;
          }
          I(Z, F), Z.prototype = F === null ? Object.create(F) : (U.prototype = F.prototype, new U());
        };
      }();
      return function(I) {
        function Z() {
          var F = I !== null && I.apply(this, arguments) || this;
          return F.close = void 0, F.high = void 0, F.low = void 0, F.options = void 0, F.plotClose = void 0, F.series = void 0, F;
        }
        return B(Z, I), Z;
      }(y.seriesTypes.column.prototype.pointClass);
    }), E(
      h,
      "Series/HLC/HLCSeries.js",
      [h["Series/HLC/HLCPoint.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]],
      function(y, B, I) {
        var Z = this && this.__extends || function() {
          var W = function(R, S) {
            return W = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(x, d) {
              x.__proto__ = d;
            } || function(x, d) {
              for (var u in d)
                d.hasOwnProperty(u) && (x[u] = d[u]);
            }, W(R, S);
          };
          return function(R, S) {
            function x() {
              this.constructor = R;
            }
            W(R, S), R.prototype = S === null ? Object.create(S) : (x.prototype = S.prototype, new x());
          };
        }(), F = B.seriesTypes.column, U = I.extend, H = I.merge;
        return I = function(W) {
          function R() {
            var S = W !== null && W.apply(this, arguments) || this;
            return S.data = void 0, S.options = void 0, S.points = void 0, S.yData = void 0, S;
          }
          return Z(R, W), R.prototype.extendStem = function(S, x, d) {
            var u = S[0];
            S = S[1], typeof u[2] == "number" && (u[2] = Math.max(d + x, u[2])), typeof S[2] == "number" && (S[2] = Math.min(d - x, S[2]));
          }, R.prototype.getPointPath = function(S, x) {
            x = x.strokeWidth();
            var d = S.series, u = x % 2 / 2, P = Math.round(S.plotX) - u, O = Math.round(S.shapeArgs.width / 2), N = [["M", P, Math.round(S.yBottom)], ["L", P, Math.round(S.plotHigh)]];
            return S.close !== null && (S = Math.round(S.plotClose) + u, N.push(["M", P, S], ["L", P + O, S]), d.extendStem(N, x / 2, S)), N;
          }, R.prototype.drawSinglePoint = function(S) {
            var x = S.series, d = x.chart, u = S.graphic, P = !u;
            typeof S.plotY < "u" && (u || (S.graphic = u = d.renderer.path().add(x.group)), d.styledMode || u.attr(x.pointAttribs(S, S.selected && "select")), x = x.getPointPath(S, u), u[P ? "attr" : "animate"]({ d: x }).addClass(S.getClassName(), !0));
          }, R.prototype.drawPoints = function() {
            this.points.forEach(this.drawSinglePoint);
          }, R.prototype.init = function() {
            W.prototype.init.apply(this, arguments), this.options.stacking = void 0;
          }, R.prototype.pointAttribs = function(S, x) {
            return S = W.prototype.pointAttribs.call(this, S, x), delete S.fill, S;
          }, R.prototype.toYData = function(S) {
            return [S.high, S.low, S.close];
          }, R.prototype.translate = function() {
            var S = this, x = S.yAxis, d = this.pointArrayMap && this.pointArrayMap.slice() || [], u = d.map(function(P) {
              return "plot" + (P.charAt(0).toUpperCase() + P.slice(1));
            });
            u.push("yBottom"), d.push("low"), W.prototype.translate.apply(S), S.points.forEach(function(P) {
              d.forEach(function(O, N) {
                O = P[O], O !== null && (S.dataModify && (O = S.dataModify.modifyValue(O)), P[u[N]] = x.toPixels(O, !0));
              }), P.tooltipPos[1] = P.plotHigh + x.pos - S.chart.plotTop;
            });
          }, R.defaultOptions = H(F.defaultOptions, { lineWidth: 1, tooltip: { pointFormat: '<span style="color:{point.color}">●</span> <b> {series.name}</b><br/>High: {point.high}<br/>Low: {point.low}<br/>Close: {point.close}<br/>' }, threshold: null, states: { hover: { lineWidth: 3 } }, stickyTracking: !0 }), R;
        }(F), U(I.prototype, { animate: null, directTouch: !1, pointArrayMap: ["high", "low", "close"], pointAttrToOptions: {
          stroke: "color",
          "stroke-width": "lineWidth"
        }, pointValKey: "close" }), I.prototype.pointClass = y, B.registerSeriesType("hlc", I), I;
      }
    ), E(h, "Series/OHLC/OHLCPoint.js", [h["Core/Series/SeriesRegistry.js"]], function(y) {
      var B = this && this.__extends || function() {
        var I = function(Z, F) {
          return I = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(U, H) {
            U.__proto__ = H;
          } || function(U, H) {
            for (var W in H)
              H.hasOwnProperty(W) && (U[W] = H[W]);
          }, I(Z, F);
        };
        return function(Z, F) {
          function U() {
            this.constructor = Z;
          }
          I(Z, F), Z.prototype = F === null ? Object.create(F) : (U.prototype = F.prototype, new U());
        };
      }();
      return function(I) {
        function Z() {
          var F = I !== null && I.apply(this, arguments) || this;
          return F.open = void 0, F.options = void 0, F.plotOpen = void 0, F.series = void 0, F;
        }
        return B(Z, I), Z.prototype.getClassName = function() {
          return I.prototype.getClassName.call(this) + (this.open < this.close ? " highcharts-point-up" : " highcharts-point-down");
        }, Z.prototype.resolveUpColor = function() {
          this.open < this.close && !this.options.color && this.series.options.upColor && (this.color = this.series.options.upColor);
        }, Z.prototype.resolveColor = function() {
          I.prototype.resolveColor.call(this), this.resolveUpColor();
        }, Z.prototype.getZone = function() {
          var F = I.prototype.getZone.call(this);
          return this.resolveUpColor(), F;
        }, Z.prototype.applyOptions = function() {
          return I.prototype.applyOptions.apply(this, arguments), this.resolveColor && this.resolveColor(), this;
        }, Z;
      }(y.seriesTypes.hlc.prototype.pointClass);
    }), E(
      h,
      "Series/OHLC/OHLCSeries.js",
      [h["Series/OHLC/OHLCPoint.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]],
      function(y, B, I) {
        var Z = this && this.__extends || function() {
          var x = function(d, u) {
            return x = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(P, O) {
              P.__proto__ = O;
            } || function(P, O) {
              for (var N in O)
                O.hasOwnProperty(N) && (P[N] = O[N]);
            }, x(d, u);
          };
          return function(d, u) {
            function P() {
              this.constructor = d;
            }
            x(d, u), d.prototype = u === null ? Object.create(u) : (P.prototype = u.prototype, new P());
          };
        }(), F = B.series, U = B.seriesTypes.hlc, H = I.addEvent, W = I.extend, R = I.merge, S = function(x) {
          function d() {
            var u = x !== null && x.apply(this, arguments) || this;
            return u.data = void 0, u.options = void 0, u.points = void 0, u;
          }
          return Z(d, x), d.prototype.getPointPath = function(u, P) {
            var O = x.prototype.getPointPath.call(this, u, P);
            P = P.strokeWidth();
            var N = P % 2 / 2, C = Math.round(u.plotX) - N, b = Math.round(u.shapeArgs.width / 2);
            return u.open !== null && (u = Math.round(u.plotOpen) + N, O.push(["M", C, u], ["L", C - b, u]), x.prototype.extendStem.call(this, O, P / 2, u)), O;
          }, d.prototype.pointAttribs = function(u, P) {
            P = x.prototype.pointAttribs.call(this, u, P);
            var O = this.options;
            return delete P.fill, !u.options.color && O.upColor && u.open < u.close && (P.stroke = O.upColor), P;
          }, d.prototype.toYData = function(u) {
            return [u.open, u.high, u.low, u.close];
          }, d.defaultOptions = R(U.defaultOptions, { tooltip: { pointFormat: '<span style="color:{point.color}">●</span> <b> {series.name}</b><br/>Open: {point.open}<br/>High: {point.high}<br/>Low: {point.low}<br/>Close: {point.close}<br/>' } }), d;
        }(U);
        return W(S.prototype, { pointArrayMap: ["open", "high", "low", "close"] }), S.prototype.pointClass = y, B.registerSeriesType("ohlc", S), H(F, "init", function(x) {
          x = x.options, x.useOhlcData && x.id !== "highcharts-navigator-series" && W(this, { pointValKey: S.prototype.pointValKey, pointArrayMap: S.prototype.pointArrayMap, toYData: S.prototype.toYData });
        }), H(F, "afterSetOptions", function(x) {
          x = x.options;
          var d = x.dataGrouping;
          d && x.useOhlcData && x.id !== "highcharts-navigator-series" && (d.approximation = "ohlc");
        }), S;
      }
    ), E(h, "Series/Candlestick/CandlestickSeries.js", [h["Core/DefaultOptions.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = this && this.__extends || function() {
        var R = function(S, x) {
          return R = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(d, u) {
            d.__proto__ = u;
          } || function(d, u) {
            for (var P in u)
              u.hasOwnProperty(P) && (d[P] = u[P]);
          }, R(S, x);
        };
        return function(S, x) {
          function d() {
            this.constructor = S;
          }
          R(S, x), S.prototype = x === null ? Object.create(x) : (d.prototype = x.prototype, new d());
        };
      }(), F = y.defaultOptions;
      y = B.seriesTypes;
      var U = y.column, H = y.ohlc, W = I.merge;
      return I = function(R) {
        function S() {
          var x = R !== null && R.apply(this, arguments) || this;
          return x.data = void 0, x.options = void 0, x.points = void 0, x;
        }
        return Z(S, R), S.prototype.pointAttribs = function(x, d) {
          var u = U.prototype.pointAttribs.call(this, x, d), P = this.options, O = x.open < x.close, N = P.lineColor || this.color, C = x.color || this.color;
          return u["stroke-width"] = P.lineWidth, u.fill = x.options.color || O && P.upColor || C, u.stroke = x.options.lineColor || O && P.upLineColor || N, d && (x = P.states[d], u.fill = x.color || u.fill, u.stroke = x.lineColor || u.stroke, u["stroke-width"] = x.lineWidth || u["stroke-width"]), u;
        }, S.prototype.drawPoints = function() {
          var x = this, d = x.chart, u = x.yAxis.reversed;
          x.points.forEach(function(P) {
            var O = P.graphic, N = !O;
            if (typeof P.plotY < "u") {
              O || (P.graphic = O = d.renderer.path().add(x.group)), x.chart.styledMode || O.attr(x.pointAttribs(P, P.selected && "select")).shadow(x.options.shadow);
              var C = O.strokeWidth() % 2 / 2, b = Math.round(P.plotX) - C, w = P.plotOpen, v = P.plotClose, a = Math.min(w, v);
              w = Math.max(w, v);
              var c = Math.round(P.shapeArgs.width / 2);
              v = u ? w !== P.yBottom : Math.round(a) !== Math.round(P.plotHigh);
              var p = u ? Math.round(a) !== Math.round(P.plotHigh) : w !== P.yBottom;
              a = Math.round(a) + C, w = Math.round(w) + C, C = [], C.push(["M", b - c, w], ["L", b - c, a], ["L", b + c, a], ["L", b + c, w], ["Z"], ["M", b, a], ["L", b, v ? Math.round(u ? P.yBottom : P.plotHigh) : a], ["M", b, w], ["L", b, p ? Math.round(u ? P.plotHigh : P.yBottom) : w]), O[N ? "attr" : "animate"]({ d: C }).addClass(P.getClassName(), !0);
            }
          });
        }, S.defaultOptions = W(H.defaultOptions, F.plotOptions, { states: { hover: { lineWidth: 2 } }, tooltip: F.plotOptions.ohlc.tooltip, threshold: null, lineColor: "#000000", lineWidth: 1, upColor: "#ffffff", stickyTracking: !0 }), S;
      }(H), B.registerSeriesType("candlestick", I), I;
    }), E(h, "Series/Flags/FlagsPoint.js", [h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B) {
      var I = this && this.__extends || function() {
        var F = function(U, H) {
          return F = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(W, R) {
            W.__proto__ = R;
          } || function(W, R) {
            for (var S in R)
              R.hasOwnProperty(S) && (W[S] = R[S]);
          }, F(U, H);
        };
        return function(U, H) {
          function W() {
            this.constructor = U;
          }
          F(U, H), U.prototype = H === null ? Object.create(H) : (W.prototype = H.prototype, new W());
        };
      }(), Z = B.isNumber;
      return function(F) {
        function U() {
          var H = F !== null && F.apply(this, arguments) || this;
          return H.options = void 0, H.series = void 0, H;
        }
        return I(U, F), U.prototype.isValid = function() {
          return Z(this.y) || typeof this.y > "u";
        }, U.prototype.hasNewShapeType = function() {
          var H = this.options.shape || this.series.options.shape;
          return this.graphic && H && H !== this.graphic.symbolKey;
        }, U;
      }(y.seriesTypes.column.prototype.pointClass);
    }), E(h, "Series/OnSeriesComposition.js", [
      h["Series/Column/ColumnSeries.js"],
      h["Core/Series/Series.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I) {
      var Z = y.prototype, F = B.prototype, U = I.defined, H = I.stableSort, W;
      return function(R) {
        function S() {
          return F.getPlotBox.call(this.options.onSeries && this.chart.get(this.options.onSeries) || this);
        }
        function x() {
          Z.translate.apply(this);
          var u = this, P = u.options, O = u.chart, N = u.points, C = P.onSeries, b = (C = C && O.get(C)) && C.options.step, w = C && C.points, v = O.inverted, a = u.xAxis, c = u.yAxis;
          O = N.length - 1;
          var p;
          P = P.onKey || "y";
          var i = w && w.length, l = 0, s;
          if (C && C.visible && i) {
            l = (C.pointXOffset || 0) + (C.barW || 0) / 2;
            var t = C.currentDataGrouping, o = w[i - 1].x + (t ? t.totalRange : 0);
            for (H(N, function(_, D) {
              return _.x - D.x;
            }), P = "plot" + P[0].toUpperCase() + P.substr(1); i-- && N[O]; ) {
              var n = w[i];
              if (t = N[O], t.y = n.y, n.x <= t.x && typeof n[P] < "u") {
                if (t.x <= o && (t.plotY = n[P], n.x < t.x && !b && (s = w[i + 1]) && typeof s[P] < "u")) {
                  var A = (t.x - n.x) / (s.x - n.x);
                  t.plotY += A * (s[P] - n[P]), t.y += A * (s.y - n.y);
                }
                if (O--, i++, 0 > O)
                  break;
              }
            }
          }
          N.forEach(function(_, D) {
            if (_.plotX += l, (typeof _.plotY > "u" || v) && (0 <= _.plotX && _.plotX <= a.len ? v ? (_.plotY = a.translate(_.x, 0, 1, 0, 1), _.plotX = U(_.y) ? c.translate(_.y, 0, 0, 0, 1) : 0) : _.plotY = (a.opposite ? 0 : u.yAxis.len) + a.offset : _.shapeArgs = {}), (p = N[D - 1]) && p.plotX === _.plotX) {
              typeof p.stackIndex > "u" && (p.stackIndex = 0);
              var j = p.stackIndex + 1;
            }
            _.stackIndex = j;
          }), this.onSeries = C;
        }
        var d = [];
        R.compose = function(u) {
          if (d.indexOf(u) === -1) {
            d.push(u);
            var P = u.prototype;
            P.getPlotBox = S, P.translate = x;
          }
          return u;
        }, R.getPlotBox = S, R.translate = x;
      }(W || (W = {})), W;
    }), E(
      h,
      "Series/Flags/FlagsSymbols.js",
      [h["Core/Renderer/RendererRegistry.js"], h["Core/Renderer/SVG/SVGRenderer.js"]],
      function(y, B) {
        function I(F) {
          Z[F + "pin"] = function(U, H, W, R, S) {
            var x = S && S.anchorX;
            S = S && S.anchorY, F === "circle" && R > W && (U -= Math.round((R - W) / 2), W = R);
            var d = Z[F](U, H, W, R);
            if (x && S) {
              var u = x;
              F === "circle" ? u = U + W / 2 : (U = d[0], W = d[1], U[0] === "M" && W[0] === "L" && (u = (U[1] + W[1]) / 2)), d.push(["M", u, H > S ? H : H + R], ["L", x, S]), d = d.concat(Z.circle(x - 1, S - 1, 2, 2));
            }
            return d;
          };
        }
        var Z = B.prototype.symbols;
        return Z.flag = function(F, U, H, W, R) {
          var S = R && R.anchorX || F;
          R = R && R.anchorY || U;
          var x = Z.circle(S - 1, R - 1, 2, 2);
          return x.push(["M", S, R], ["L", F, U + W], ["L", F, U], ["L", F + H, U], ["L", F + H, U + W], ["L", F, U + W], ["Z"]), x;
        }, I("circle"), I("square"), y = y.getRendererType(), y !== B && (y.prototype.symbols.circlepin = Z.circlepin, y.prototype.symbols.flag = Z.flag, y.prototype.symbols.squarepin = Z.squarepin), Z;
      }
    ), E(h, "Series/Flags/FlagsSeries.js", [
      h["Series/Flags/FlagsPoint.js"],
      h["Core/Globals.js"],
      h["Series/OnSeriesComposition.js"],
      h["Core/Renderer/RendererUtilities.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Renderer/SVG/SVGElement.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U, H) {
      var W = this && this.__extends || function() {
        var C = function(b, w) {
          return C = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(v, a) {
            v.__proto__ = a;
          } || function(v, a) {
            for (var c in a)
              a.hasOwnProperty(c) && (v[c] = a[c]);
          }, C(b, w);
        };
        return function(b, w) {
          function v() {
            this.constructor = b;
          }
          C(b, w), b.prototype = w === null ? Object.create(w) : (v.prototype = w.prototype, new v());
        };
      }();
      B = B.noop;
      var R = Z.distribute, S = F.series, x = F.seriesTypes.column, d = H.addEvent, u = H.defined;
      Z = H.extend;
      var P = H.merge, O = H.objectEach, N = H.wrap;
      return H = function(C) {
        function b() {
          var w = C !== null && C.apply(this, arguments) || this;
          return w.data = void 0, w.options = void 0, w.points = void 0, w;
        }
        return W(b, C), b.prototype.animate = function(w) {
          w && this.setClip();
        }, b.prototype.drawPoints = function() {
          var w = this.points, v = this.chart, a = v.renderer, c = v.inverted, p = this.options, i = p.y, l, s = this.yAxis, t = {}, o = [];
          for (l = w.length; l--; ) {
            var n = w[l], A = (c ? n.plotY : n.plotX) > this.xAxis.len, _ = n.plotX, D = n.stackIndex, j = n.options.shape || p.shape, T = n.plotY;
            typeof T < "u" && (T = n.plotY + i - (typeof D < "u" && D * p.stackDistance)), n.anchorX = D ? void 0 : n.plotX;
            var X = D ? void 0 : n.plotY, g = j !== "flag";
            D = n.graphic, typeof T < "u" && 0 <= _ && !A ? (D && n.hasNewShapeType() && (D = D.destroy()), D || (D = n.graphic = a.label("", null, null, j, null, null, p.useHTML).addClass("highcharts-point").add(this.markerGroup), n.graphic.div && (n.graphic.div.point = n), D.isNew = !0), D.attr({
              align: g ? "center" : "left",
              width: p.width,
              height: p.height,
              "text-align": p.textAlign
            }), v.styledMode || D.attr(this.pointAttribs(n)).css(P(p.style, n.style)).shadow(p.shadow), 0 < _ && (_ -= D.strokeWidth() % 2), j = { y: T, anchorY: X }, p.allowOverlapX && (j.x = _, j.anchorX = n.anchorX), D.attr({ text: n.options.title || p.title || "A" })[D.isNew ? "attr" : "animate"](j), p.allowOverlapX || (t[n.plotX] ? t[n.plotX].size = Math.max(t[n.plotX].size, D.width) : t[n.plotX] = { align: g ? 0.5 : 0, size: D.width, target: _, anchorX: _ }), n.tooltipPos = [_, T + s.pos - v.plotTop]) : D && (n.graphic = D.destroy());
          }
          if (!p.allowOverlapX) {
            var m = 100;
            O(t, function(L) {
              L.plotX = L.anchorX, o.push(L), m = Math.max(L.size, m);
            }), R(o, c ? s.len : this.xAxis.len, m), w.forEach(function(L) {
              var Y = L.graphic && t[L.plotX];
              Y && (L.graphic[L.graphic.isNew ? "attr" : "animate"]({ x: Y.pos + Y.align * Y.size, anchorX: L.anchorX }), u(Y.pos) ? L.graphic.isNew = !1 : (L.graphic.attr({ x: -9999, anchorX: -9999 }), L.graphic.isNew = !0));
            });
          }
          p.useHTML && N(this.markerGroup, "on", function(L) {
            return U.prototype.on.apply(L.apply(this, [].slice.call(arguments, 1)), [].slice.call(arguments, 1));
          });
        }, b.prototype.drawTracker = function() {
          var w = this.points;
          C.prototype.drawTracker.call(this), w.forEach(function(v) {
            var a = v.graphic;
            a && (v.unbindMouseOver && v.unbindMouseOver(), v.unbindMouseOver = d(a.element, "mouseover", function() {
              0 < v.stackIndex && !v.raised && (v._y = a.y, a.attr({ y: v._y - 8 }), v.raised = !0), w.forEach(function(c) {
                c !== v && c.raised && c.graphic && (c.graphic.attr({ y: c._y }), c.raised = !1);
              });
            }));
          });
        }, b.prototype.pointAttribs = function(w, v) {
          var a = this.options, c = w && w.color || this.color, p = a.lineColor, i = w && w.lineWidth;
          return w = w && w.fillColor || a.fillColor, v && (w = a.states[v].fillColor, p = a.states[v].lineColor, i = a.states[v].lineWidth), { fill: w || c, stroke: p || c, "stroke-width": i || a.lineWidth || 0 };
        }, b.prototype.setClip = function() {
          S.prototype.setClip.apply(this, arguments), this.options.clip !== !1 && this.sharedClipKey && this.markerGroup && this.markerGroup.clip(this.chart.sharedClips[this.sharedClipKey]);
        }, b.defaultOptions = P(x.defaultOptions, {
          pointRange: 0,
          allowOverlapX: !1,
          shape: "flag",
          stackDistance: 12,
          textAlign: "center",
          tooltip: { pointFormat: "{point.text}" },
          threshold: null,
          y: -30,
          fillColor: "#ffffff",
          lineWidth: 1,
          states: { hover: { lineColor: "#000000", fillColor: "#ccd6eb" } },
          style: { fontSize: "11px", fontWeight: "bold" }
        }), b;
      }(x), I.compose(H), Z(H.prototype, { allowDG: !1, forceCrop: !0, invertible: !1, noSharedTooltip: !0, pointClass: y, sorted: !1, takeOrdinalPosition: !1, trackerGroups: ["markerGroup"], buildKDTree: B, init: S.prototype.init, invertGroups: B }), F.registerSeriesType("flags", H), H;
    }), E(h, "Core/Axis/ScrollbarAxis.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.addEvent, I = y.defined, Z = y.pick;
      return function() {
        function F() {
        }
        return F.compose = function(U, H) {
          if (F.composed.indexOf(U) === -1)
            F.composed.push(U);
          else
            return U;
          var W = function(R) {
            var S = Z(R.options && R.options.min, R.min), x = Z(R.options && R.options.max, R.max);
            return { axisMin: S, axisMax: x, scrollMin: I(R.dataMin) ? Math.min(S, R.min, R.dataMin, Z(R.threshold, 1 / 0)) : S, scrollMax: I(R.dataMax) ? Math.max(x, R.max, R.dataMax, Z(R.threshold, -1 / 0)) : x };
          };
          return B(U, "afterInit", function() {
            var R = this;
            R.options && R.options.scrollbar && R.options.scrollbar.enabled && (R.options.scrollbar.vertical = !R.horiz, R.options.startOnTick = R.options.endOnTick = !1, R.scrollbar = new H(R.chart.renderer, R.options.scrollbar, R.chart), B(R.scrollbar, "changed", function(S) {
              var x = W(R), d = x.axisMax, u = x.scrollMin, P = x.scrollMax - u;
              I(x.axisMin) && I(d) && (R.horiz && !R.reversed || !R.horiz && R.reversed ? (x = u + P * this.to, u += P * this.from) : (x = u + P * (1 - this.from), u += P * (1 - this.to)), this.shouldUpdateExtremes(S.DOMType) ? R.setExtremes(u, x, !0, S.DOMType !== "mousemove" && S.DOMType !== "touchmove", S) : this.setRange(
                this.from,
                this.to
              ));
            }));
          }), B(U, "afterRender", function() {
            var R = W(this), S = R.scrollMin, x = R.scrollMax;
            R = this.scrollbar;
            var d = this.axisTitleMargin + (this.titleOffset || 0), u = this.chart.scrollbarsOffsets, P = this.options.margin || 0;
            R && (this.horiz ? (this.opposite || (u[1] += d), R.position(this.left, this.top + this.height + 2 + u[1] - (this.opposite ? P : 0), this.width, this.height), this.opposite || (u[1] += P), d = 1) : (this.opposite && (u[0] += d), R.position(
              R.options.opposite ? this.left + this.width + 2 + u[0] - (this.opposite ? 0 : P) : this.opposite ? 0 : P,
              this.top,
              this.width,
              this.height
            ), this.opposite && (u[0] += P), d = 0), u[d] += R.size + R.options.margin, isNaN(S) || isNaN(x) || !I(this.min) || !I(this.max) || this.min === this.max ? R.setRange(0, 1) : (u = (this.min - S) / (x - S), S = (this.max - S) / (x - S), this.horiz && !this.reversed || !this.horiz && this.reversed ? R.setRange(u, S) : R.setRange(1 - S, 1 - u)));
          }), B(U, "afterGetOffset", function() {
            var R = this.scrollbar && !this.scrollbar.options.opposite;
            R = this.horiz ? 2 : R ? 3 : 1;
            var S = this.scrollbar;
            S && (this.chart.scrollbarsOffsets = [0, 0], this.chart.axisOffset[R] += S.size + S.options.margin);
          }), U;
        }, F.composed = [], F;
      }();
    }), E(h, "Core/ScrollbarDefaults.js", [h["Core/Globals.js"]], function(y) {
      return {
        height: y.isTouchDevice ? 20 : 14,
        barBorderRadius: 0,
        buttonBorderRadius: 0,
        liveRedraw: void 0,
        margin: 10,
        minWidth: 6,
        opposite: !0,
        step: 0.2,
        zIndex: 3,
        barBackgroundColor: "#cccccc",
        barBorderWidth: 1,
        barBorderColor: "#cccccc",
        buttonArrowColor: "#333333",
        buttonBackgroundColor: "#e6e6e6",
        buttonBorderColor: "#cccccc",
        buttonBorderWidth: 1,
        rifleColor: "#333333",
        trackBackgroundColor: "#f2f2f2",
        trackBorderColor: "#f2f2f2",
        trackBorderWidth: 1
      };
    }), E(h, "Core/Scrollbar.js", [h["Core/DefaultOptions.js"], h["Core/Globals.js"], h["Core/Axis/ScrollbarAxis.js"], h["Core/ScrollbarDefaults.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F) {
      var U = y.defaultOptions, H = F.addEvent, W = F.correctFloat, R = F.defined, S = F.destroyObjectProperties, x = F.fireEvent, d = F.merge, u = F.pick, P = F.removeEvent;
      return y = function() {
        function O(N, C, b) {
          this._events = [], this.chart = void 0, this.from = this.chartY = this.chartX = 0, this.scrollbar = this.renderer = this.options = this.group = void 0, this.scrollbarButtons = [], this.scrollbarGroup = void 0, this.scrollbarLeft = 0, this.scrollbarRifles = void 0, this.scrollbarStrokeWidth = 1, this.to = this.size = this.scrollbarTop = 0, this.track = void 0, this.trackBorderWidth = 1, this.userOptions = void 0, this.y = this.x = 0, this.init(N, C, b);
        }
        return O.compose = function(N) {
          I.compose(N, O);
        }, O.swapXY = function(N, C) {
          return C && N.forEach(function(b) {
            for (var w = b.length, v, a = 0; a < w; a += 2)
              v = b[a + 1], typeof v == "number" && (b[a + 1] = b[a + 2], b[a + 2] = v);
          }), N;
        }, O.prototype.addEvents = function() {
          var N = this.options.inverted ? [1, 0] : [0, 1], C = this.scrollbarButtons, b = this.scrollbarGroup.element, w = this.track.element, v = this.mouseDownHandler.bind(this), a = this.mouseMoveHandler.bind(this), c = this.mouseUpHandler.bind(this);
          N = [[C[N[0]].element, "click", this.buttonToMinClick.bind(this)], [C[N[1]].element, "click", this.buttonToMaxClick.bind(this)], [w, "click", this.trackClick.bind(this)], [b, "mousedown", v], [b.ownerDocument, "mousemove", a], [b.ownerDocument, "mouseup", c]], B.hasTouch && N.push(
            [b, "touchstart", v],
            [b.ownerDocument, "touchmove", a],
            [b.ownerDocument, "touchend", c]
          ), N.forEach(function(p) {
            H.apply(null, p);
          }), this._events = N;
        }, O.prototype.buttonToMaxClick = function(N) {
          var C = (this.to - this.from) * u(this.options.step, 0.2);
          this.updatePosition(this.from + C, this.to + C), x(this, "changed", { from: this.from, to: this.to, trigger: "scrollbar", DOMEvent: N });
        }, O.prototype.buttonToMinClick = function(N) {
          var C = W(this.to - this.from) * u(this.options.step, 0.2);
          this.updatePosition(W(this.from - C), W(this.to - C)), x(this, "changed", {
            from: this.from,
            to: this.to,
            trigger: "scrollbar",
            DOMEvent: N
          });
        }, O.prototype.cursorToScrollbarPosition = function(N) {
          var C = this.options;
          return C = C.minWidth > this.calculatedWidth ? C.minWidth : 0, { chartX: (N.chartX - this.x - this.xOffset) / (this.barWidth - C), chartY: (N.chartY - this.y - this.yOffset) / (this.barWidth - C) };
        }, O.prototype.destroy = function() {
          var N = this, C = N.chart.scroller;
          N.removeEvents(), ["track", "scrollbarRifles", "scrollbar", "scrollbarGroup", "group"].forEach(function(b) {
            N[b] && N[b].destroy && (N[b] = N[b].destroy());
          }), C && N === C.scrollbar && (C.scrollbar = null, S(C.scrollbarButtons));
        }, O.prototype.drawScrollbarButton = function(N) {
          var C = this.renderer, b = this.scrollbarButtons, w = this.options, v = this.size, a = C.g().add(this.group);
          b.push(a), a = C.rect().addClass("highcharts-scrollbar-button").add(a), this.chart.styledMode || a.attr({ stroke: w.buttonBorderColor, "stroke-width": w.buttonBorderWidth, fill: w.buttonBackgroundColor }), a.attr(a.crisp({ x: -0.5, y: -0.5, width: v + 1, height: v + 1, r: w.buttonBorderRadius }, a.strokeWidth())), a = C.path(O.swapXY([["M", v / 2 + (N ? -1 : 1), v / 2 - 3], ["L", v / 2 + (N ? -1 : 1), v / 2 + 3], ["L", v / 2 + (N ? 2 : -2), v / 2]], w.vertical)).addClass("highcharts-scrollbar-arrow").add(b[N]), this.chart.styledMode || a.attr({ fill: w.buttonArrowColor });
        }, O.prototype.init = function(N, C, b) {
          this.scrollbarButtons = [], this.renderer = N, this.userOptions = C, this.options = d(Z, U.scrollbar, C), this.chart = b, this.size = u(this.options.size, this.options.height), C.enabled && (this.render(), this.addEvents());
        }, O.prototype.mouseDownHandler = function(N) {
          N = this.chart.pointer.normalize(N), N = this.cursorToScrollbarPosition(N), this.chartX = N.chartX, this.chartY = N.chartY, this.initPositions = [this.from, this.to], this.grabbedCenter = !0;
        }, O.prototype.mouseMoveHandler = function(N) {
          var C = this.chart.pointer.normalize(N), b = this.options.vertical ? "chartY" : "chartX", w = this.initPositions || [];
          !this.grabbedCenter || N.touches && N.touches[0][b] === 0 || (C = this.cursorToScrollbarPosition(C)[b], b = this[b], b = C - b, this.hasDragged = !0, this.updatePosition(w[0] + b, w[1] + b), this.hasDragged && x(this, "changed", { from: this.from, to: this.to, trigger: "scrollbar", DOMType: N.type, DOMEvent: N }));
        }, O.prototype.mouseUpHandler = function(N) {
          this.hasDragged && x(this, "changed", { from: this.from, to: this.to, trigger: "scrollbar", DOMType: N.type, DOMEvent: N }), this.grabbedCenter = this.hasDragged = this.chartX = this.chartY = null;
        }, O.prototype.position = function(N, C, b, w) {
          var v = this.options.vertical, a = this.rendered ? "animate" : "attr", c = 0;
          this.x = N, this.y = C + this.trackBorderWidth, this.width = b, this.xOffset = this.height = w, this.yOffset = c, v ? (this.width = this.yOffset = b = c = this.size, this.xOffset = C = 0, this.barWidth = w - 2 * b, this.x = N += this.options.margin) : (this.height = this.xOffset = w = C = this.size, this.barWidth = b - 2 * w, this.y += this.options.margin), this.group[a]({ translateX: N, translateY: this.y }), this.track[a]({ width: b, height: w }), this.scrollbarButtons[1][a]({ translateX: v ? 0 : b - C, translateY: v ? w - c : 0 });
        }, O.prototype.removeEvents = function() {
          this._events.forEach(function(N) {
            P.apply(null, N);
          }), this._events.length = 0;
        }, O.prototype.render = function() {
          var N = this.renderer, C = this.options, b = this.size, w = this.chart.styledMode, v = N.g("scrollbar").attr({ zIndex: C.zIndex, translateY: -99999 }).add();
          this.group = v, this.track = N.rect().addClass("highcharts-scrollbar-track").attr({ x: 0, r: C.trackBorderRadius || 0, height: b, width: b }).add(v), w || this.track.attr({ fill: C.trackBackgroundColor, stroke: C.trackBorderColor, "stroke-width": C.trackBorderWidth }), this.trackBorderWidth = this.track.strokeWidth(), this.track.attr({ y: -this.trackBorderWidth % 2 / 2 }), this.scrollbarGroup = N.g().add(v), this.scrollbar = N.rect().addClass("highcharts-scrollbar-thumb").attr({ height: b, width: b, r: C.barBorderRadius || 0 }).add(this.scrollbarGroup), this.scrollbarRifles = N.path(O.swapXY([["M", -3, b / 4], ["L", -3, 2 * b / 3], ["M", 0, b / 4], ["L", 0, 2 * b / 3], ["M", 3, b / 4], ["L", 3, 2 * b / 3]], C.vertical)).addClass("highcharts-scrollbar-rifles").add(this.scrollbarGroup), w || (this.scrollbar.attr({ fill: C.barBackgroundColor, stroke: C.barBorderColor, "stroke-width": C.barBorderWidth }), this.scrollbarRifles.attr({ stroke: C.rifleColor, "stroke-width": 1 })), this.scrollbarStrokeWidth = this.scrollbar.strokeWidth(), this.scrollbarGroup.translate(-this.scrollbarStrokeWidth % 2 / 2, -this.scrollbarStrokeWidth % 2 / 2), this.drawScrollbarButton(0), this.drawScrollbarButton(1);
        }, O.prototype.setRange = function(N, C) {
          var b = this.options, w = b.vertical, v = b.minWidth, a = this.barWidth, c = !this.rendered || this.hasDragged || this.chart.navigator && this.chart.navigator.hasDragged ? "attr" : "animate";
          if (R(a)) {
            var p = a * Math.min(C, 1);
            N = Math.max(N, 0);
            var i = Math.ceil(a * N);
            this.calculatedWidth = p = W(p - i), p < v && (i = (a - v + p) * N, p = v), v = Math.floor(i + this.xOffset + this.yOffset), a = p / 2 - 0.5, this.from = N, this.to = C, w ? (this.scrollbarGroup[c]({ translateY: v }), this.scrollbar[c]({ height: p }), this.scrollbarRifles[c]({ translateY: a }), this.scrollbarTop = v, this.scrollbarLeft = 0) : (this.scrollbarGroup[c]({ translateX: v }), this.scrollbar[c]({ width: p }), this.scrollbarRifles[c]({ translateX: a }), this.scrollbarLeft = v, this.scrollbarTop = 0), 12 >= p ? this.scrollbarRifles.hide() : this.scrollbarRifles.show(!0), b.showFull === !1 && (0 >= N && 1 <= C ? this.group.hide() : this.group.show()), this.rendered = !0;
          }
        }, O.prototype.shouldUpdateExtremes = function(N) {
          return u(this.options.liveRedraw, B.svg && !B.isTouchDevice && !this.chart.isBoosting) || N === "mouseup" || N === "touchend" || !R(N);
        }, O.prototype.trackClick = function(N) {
          var C = this.chart.pointer.normalize(N), b = this.to - this.from, w = this.y + this.scrollbarTop, v = this.x + this.scrollbarLeft;
          this.options.vertical && C.chartY > w || !this.options.vertical && C.chartX > v ? this.updatePosition(this.from + b, this.to + b) : this.updatePosition(this.from - b, this.to - b), x(this, "changed", { from: this.from, to: this.to, trigger: "scrollbar", DOMEvent: N });
        }, O.prototype.update = function(N) {
          this.destroy(), this.init(this.chart.renderer, d(
            !0,
            this.options,
            N
          ), this.chart);
        }, O.prototype.updatePosition = function(N, C) {
          1 < C && (N = W(1 - W(C - N)), C = 1), 0 > N && (C = W(C - N), N = 0), this.from = N, this.to = C;
        }, O.defaultOptions = Z, O;
      }(), U.scrollbar = d(!0, y.defaultOptions, U.scrollbar), y;
    }), E(h, "Core/Axis/NavigatorAxis.js", [h["Core/Globals.js"], h["Core/Utilities.js"]], function(y, B) {
      var I = y.isTouchDevice, Z = B.addEvent, F = B.correctFloat, U = B.defined, H = B.isNumber, W = B.pick, R = function() {
        function S(x) {
          this.axis = x;
        }
        return S.prototype.destroy = function() {
          this.axis = void 0;
        }, S.prototype.toFixedRange = function(x, d, u, P) {
          var O = this.axis, N = O.chart;
          N = N && N.fixedRange;
          var C = (O.pointRange || 0) / 2;
          return x = W(u, O.translate(x, !0, !O.horiz)), d = W(P, O.translate(d, !0, !O.horiz)), O = N && (d - x) / N, U(u) || (x = F(x + C)), U(P) || (d = F(d - C)), 0.7 < O && 1.3 > O && (P ? x = d - N : d = x + N), H(x) && H(d) || (x = d = void 0), { min: x, max: d };
        }, S;
      }();
      return function() {
        function S() {
        }
        return S.compose = function(x) {
          x.keepProps.push("navigatorAxis"), Z(x, "init", function() {
            this.navigatorAxis || (this.navigatorAxis = new R(this));
          }), Z(x, "zoom", function(d) {
            var u = this.chart.options, P = u.navigator, O = this.navigatorAxis, N = u.chart.pinchType, C = u.rangeSelector;
            u = u.chart.zoomType, this.isXAxis && (P && P.enabled || C && C.enabled) && (u === "y" ? d.zoomed = !1 : (!I && u === "xy" || I && N === "xy") && this.options.range && (P = O.previousZoom, U(d.newMin) ? O.previousZoom = [this.min, this.max] : P && (d.newMin = P[0], d.newMax = P[1], O.previousZoom = void 0))), typeof d.zoomed < "u" && d.preventDefault();
          });
        }, S.AdditionsClass = R, S;
      }();
    }), E(h, "Core/Navigator.js", [
      h["Core/Axis/Axis.js"],
      h["Core/Chart/Chart.js"],
      h["Core/Color/Color.js"],
      h["Core/Globals.js"],
      h["Core/Axis/NavigatorAxis.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Renderer/RendererRegistry.js"],
      h["Core/Scrollbar.js"],
      h["Core/Series/Series.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U, H, W, R, S, x) {
      I = I.parse;
      var d = Z.hasTouch, u = Z.isTouchDevice, P = U.defaultOptions, O = x.addEvent, N = x.clamp, C = x.correctFloat, b = x.defined, w = x.destroyObjectProperties, v = x.erase, a = x.extend, c = x.find, p = x.isArray, i = x.isNumber, l = x.merge, s = x.pick, t = x.removeEvent, o = x.splat, n = function(_) {
        for (var D = [], j = 1; j < arguments.length; j++)
          D[j - 1] = arguments[j];
        if (D = [].filter.call(D, i), D.length)
          return Math[_].apply(0, D);
      };
      U = typeof S.seriesTypes.areaspline > "u" ? "line" : "areaspline", a(P, { navigator: { height: 40, margin: 25, maskInside: !0, handles: { width: 7, height: 15, symbols: ["navigator-handle", "navigator-handle"], enabled: !0, lineWidth: 1, backgroundColor: "#f2f2f2", borderColor: "#999999" }, maskFill: I("#6685c2").setOpacity(0.3).get(), outlineColor: "#cccccc", outlineWidth: 1, series: {
        type: U,
        fillOpacity: 0.05,
        lineWidth: 1,
        compare: null,
        dataGrouping: { approximation: "average", enabled: !0, groupPixelWidth: 2, firstAnchor: "firstPoint", anchor: "middle", lastAnchor: "lastPoint", units: [["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, 3, 4]], ["week", [1, 2, 3]], ["month", [1, 3, 6]], ["year", null]] },
        dataLabels: { enabled: !1, zIndex: 2 },
        id: "highcharts-navigator-series",
        className: "highcharts-navigator-series",
        lineColor: null,
        marker: { enabled: !1 },
        threshold: null
      }, xAxis: { overscroll: 0, className: "highcharts-navigator-xaxis", tickLength: 0, lineWidth: 0, gridLineColor: "#e6e6e6", gridLineWidth: 1, tickPixelInterval: 200, labels: { align: "left", style: { color: "#999999" }, x: 3, y: -4 }, crosshair: !1 }, yAxis: { className: "highcharts-navigator-yaxis", gridLineWidth: 0, startOnTick: !1, endOnTick: !1, minPadding: 0.1, maxPadding: 0.1, labels: { enabled: !1 }, crosshair: !1, title: { text: null }, tickLength: 0, tickWidth: 0 } } }), H.getRendererType().prototype.symbols["navigator-handle"] = function(_, D, j, T, X) {
        return _ = (X && X.width || 0) / 2, D = Math.round(_ / 3) + 0.5, X = X && X.height || 0, [["M", -_ - 1, 0.5], ["L", _, 0.5], ["L", _, X + 0.5], ["L", -_ - 1, X + 0.5], ["L", -_ - 1, 0.5], ["M", -D, 4], ["L", -D, X - 3], ["M", D - 1, 4], ["L", D - 1, X - 3]];
      };
      var A = function() {
        function _(D) {
          this.zoomedMin = this.zoomedMax = this.yAxis = this.xAxis = this.top = this.size = this.shades = this.rendered = this.range = this.outlineHeight = this.outline = this.opposite = this.navigatorSize = this.navigatorSeries = this.navigatorOptions = this.navigatorGroup = this.navigatorEnabled = this.left = this.height = this.handles = this.chart = this.baseSeries = void 0, this.init(D);
        }
        return _.prototype.drawHandle = function(D, j, T, X) {
          var g = this.navigatorOptions.handles.height;
          this.handles[j][X](T ? { translateX: Math.round(this.left + this.height / 2), translateY: Math.round(this.top + parseInt(D, 10) + 0.5 - g) } : { translateX: Math.round(this.left + parseInt(D, 10)), translateY: Math.round(this.top + this.height / 2 - g / 2 - 1) });
        }, _.prototype.drawOutline = function(D, j, T, X) {
          var g = this.navigatorOptions.maskInside, m = this.outline.strokeWidth(), L = m / 2, Y = m % 2 / 2;
          m = this.outlineHeight;
          var V = this.scrollbarHeight || 0, Q = this.size, k = this.left - V, G = this.top;
          T ? (k -= L, T = G + j + Y, j = G + D + Y, Y = [["M", k + m, G - V - Y], ["L", k + m, T], ["L", k, T], ["L", k, j], ["L", k + m, j], ["L", k + m, G + Q + V]], g && Y.push(["M", k + m, T - L], ["L", k + m, j + L])) : (D += k + V - Y, j += k + V - Y, G += L, Y = [["M", k, G], ["L", D, G], ["L", D, G + m], ["L", j, G + m], ["L", j, G], ["L", k + Q + 2 * V, G]], g && Y.push(["M", D - L, G], ["L", j + L, G])), this.outline[X]({ d: Y });
        }, _.prototype.drawMasks = function(D, j, T, X) {
          var g = this.left, m = this.top, L = this.height;
          if (T)
            var Y = [g, g, g], V = [m, m + D, m + j], Q = [L, L, L], k = [D, j - D, this.size - j];
          else
            Y = [g, g + D, g + j], V = [m, m, m], Q = [D, j - D, this.size - j], k = [L, L, L];
          this.shades.forEach(function(G, z) {
            G[X]({ x: Y[z], y: V[z], width: Q[z], height: k[z] });
          });
        }, _.prototype.renderElements = function() {
          var D = this, j = D.navigatorOptions, T = j.maskInside, X = D.chart, g = X.renderer, m, L = { cursor: X.inverted ? "ns-resize" : "ew-resize" };
          D.navigatorGroup = m = g.g("navigator").attr({ zIndex: 8, visibility: "hidden" }).add(), [!T, T, !T].forEach(function(Y, V) {
            D.shades[V] = g.rect().addClass("highcharts-navigator-mask" + (V === 1 ? "-inside" : "-outside")).add(m), X.styledMode || D.shades[V].attr({ fill: Y ? j.maskFill : "rgba(0,0,0,0)" }).css(V === 1 && L);
          }), D.outline = g.path().addClass("highcharts-navigator-outline").add(m), X.styledMode || D.outline.attr({ "stroke-width": j.outlineWidth, stroke: j.outlineColor }), j.handles.enabled && [0, 1].forEach(function(Y) {
            if (j.handles.inverted = X.inverted, D.handles[Y] = g.symbol(j.handles.symbols[Y], -j.handles.width / 2 - 1, 0, j.handles.width, j.handles.height, j.handles), D.handles[Y].attr({ zIndex: 7 - Y }).addClass("highcharts-navigator-handle highcharts-navigator-handle-" + ["left", "right"][Y]).add(m), !X.styledMode) {
              var V = j.handles;
              D.handles[Y].attr({ fill: V.backgroundColor, stroke: V.borderColor, "stroke-width": V.lineWidth }).css(L);
            }
          });
        }, _.prototype.update = function(D) {
          (this.series || []).forEach(function(j) {
            j.baseSeries && delete j.baseSeries.navigatorSeries;
          }), this.destroy(), l(!0, this.chart.options.navigator, this.options, D), this.init(this.chart);
        }, _.prototype.render = function(D, j, T, X) {
          var g = this.chart, m = this.scrollbarHeight, L, Y = this.xAxis, V = Y.pointRange || 0, Q = Y.navigatorAxis.fake ? g.xAxis[0] : Y, k = this.navigatorEnabled, G, z = this.rendered, $ = g.inverted, q = g.xAxis[0].minRange, it = g.xAxis[0].options.maxRange;
          if (!this.hasDragged || b(T)) {
            if (D = C(D - V / 2), j = C(j + V / 2), !i(D) || !i(j))
              if (z)
                T = 0, X = s(Y.width, Q.width);
              else
                return;
            this.left = s(Y.left, g.plotLeft + m + ($ ? g.plotWidth : 0)), this.size = G = L = s(Y.len, ($ ? g.plotHeight : g.plotWidth) - 2 * m), g = $ ? m : L + 2 * m, T = s(T, Y.toPixels(D, !0)), X = s(X, Y.toPixels(j, !0)), i(T) && Math.abs(T) !== 1 / 0 || (T = 0, X = g), D = Y.toValue(T, !0), j = Y.toValue(X, !0);
            var et = Math.abs(C(j - D));
            et < q ? this.grabbedLeft ? T = Y.toPixels(j - q - V, !0) : this.grabbedRight && (X = Y.toPixels(D + q + V, !0)) : b(it) && C(et - V) > it && (this.grabbedLeft ? T = Y.toPixels(j - it - V, !0) : this.grabbedRight && (X = Y.toPixels(D + it + V, !0))), this.zoomedMax = N(Math.max(T, X), 0, G), this.zoomedMin = N(this.fixedWidth ? this.zoomedMax - this.fixedWidth : Math.min(T, X), 0, G), this.range = this.zoomedMax - this.zoomedMin, G = Math.round(this.zoomedMax), T = Math.round(this.zoomedMin), k && (this.navigatorGroup.attr({ visibility: "visible" }), z = z && !this.hasDragged ? "animate" : "attr", this.drawMasks(T, G, $, z), this.drawOutline(T, G, $, z), this.navigatorOptions.handles.enabled && (this.drawHandle(T, 0, $, z), this.drawHandle(G, 1, $, z))), this.scrollbar && ($ ? ($ = this.top - m, Q = this.left - m + (k || !Q.opposite ? 0 : (Q.titleOffset || 0) + Q.axisTitleMargin), m = L + 2 * m) : ($ = this.top + (k ? this.height : -m), Q = this.left - m), this.scrollbar.position(Q, $, g, m), this.scrollbar.setRange(this.zoomedMin / (L || 1), this.zoomedMax / (L || 1))), this.rendered = !0;
          }
        }, _.prototype.addMouseEvents = function() {
          var D = this, j = D.chart, T = j.container, X = [], g, m;
          D.mouseMoveHandler = g = function(L) {
            D.onMouseMove(L);
          }, D.mouseUpHandler = m = function(L) {
            D.onMouseUp(L);
          }, X = D.getPartsEvents("mousedown"), X.push(O(j.renderTo, "mousemove", g), O(T.ownerDocument, "mouseup", m)), d && (X.push(O(j.renderTo, "touchmove", g), O(T.ownerDocument, "touchend", m)), X.concat(D.getPartsEvents("touchstart"))), D.eventsToUnbind = X, D.series && D.series[0] && X.push(O(D.series[0].xAxis, "foundExtremes", function() {
            j.navigator.modifyNavigatorAxisExtremes();
          }));
        }, _.prototype.getPartsEvents = function(D) {
          var j = this, T = [];
          return ["shades", "handles"].forEach(function(X) {
            j[X].forEach(function(g, m) {
              T.push(O(g.element, D, function(L) {
                j[X + "Mousedown"](L, m);
              }));
            });
          }), T;
        }, _.prototype.shadesMousedown = function(D, j) {
          D = this.chart.pointer.normalize(D);
          var T = this.chart, X = this.xAxis, g = this.zoomedMin, m = this.left, L = this.size, Y = this.range, V = D.chartX;
          if (T.inverted && (V = D.chartY, m = this.top), j === 1)
            this.grabbedCenter = V, this.fixedWidth = Y, this.dragOffset = V - g;
          else {
            if (D = V - m - Y / 2, j === 0)
              D = Math.max(0, D);
            else if (j === 2 && D + Y >= L)
              if (D = L - Y, this.reversedExtremes) {
                D -= Y;
                var Q = this.getUnionExtremes().dataMin;
              } else
                var k = this.getUnionExtremes().dataMax;
            D !== g && (this.fixedWidth = Y, j = X.navigatorAxis.toFixedRange(D, D + Y, Q, k), b(j.min) && T.xAxis[0].setExtremes(Math.min(j.min, j.max), Math.max(j.min, j.max), !0, null, { trigger: "navigator" }));
          }
        }, _.prototype.handlesMousedown = function(D, j) {
          this.chart.pointer.normalize(D), D = this.chart;
          var T = D.xAxis[0], X = this.reversedExtremes;
          j === 0 ? (this.grabbedLeft = !0, this.otherHandlePos = this.zoomedMax, this.fixedExtreme = X ? T.min : T.max) : (this.grabbedRight = !0, this.otherHandlePos = this.zoomedMin, this.fixedExtreme = X ? T.max : T.min), D.fixedRange = null;
        }, _.prototype.onMouseMove = function(D) {
          var j = this, T = j.chart, X = j.left, g = j.navigatorSize, m = j.range, L = j.dragOffset, Y = T.inverted;
          D.touches && D.touches[0].pageX === 0 || (D = T.pointer.normalize(D), T = D.chartX, Y && (X = j.top, T = D.chartY), j.grabbedLeft ? (j.hasDragged = !0, j.render(0, 0, T - X, j.otherHandlePos)) : j.grabbedRight ? (j.hasDragged = !0, j.render(0, 0, j.otherHandlePos, T - X)) : j.grabbedCenter && (j.hasDragged = !0, T < L ? T = L : T > g + L - m && (T = g + L - m), j.render(0, 0, T - L, T - L + m)), j.hasDragged && j.scrollbar && s(j.scrollbar.options.liveRedraw, Z.svg && !u && !this.chart.isBoosting) && (D.DOMType = D.type, setTimeout(function() {
            j.onMouseUp(D);
          }, 0)));
        }, _.prototype.onMouseUp = function(D) {
          var j = this.chart, T = this.xAxis, X = this.scrollbar, g = D.DOMEvent || D, m = j.inverted, L = this.rendered && !this.hasDragged ? "animate" : "attr";
          if (this.hasDragged && (!X || !X.hasDragged) || D.trigger === "scrollbar") {
            if (X = this.getUnionExtremes(), this.zoomedMin === this.otherHandlePos)
              var Y = this.fixedExtreme;
            else if (this.zoomedMax === this.otherHandlePos)
              var V = this.fixedExtreme;
            this.zoomedMax === this.size && (V = this.reversedExtremes ? X.dataMin : X.dataMax), this.zoomedMin === 0 && (Y = this.reversedExtremes ? X.dataMax : X.dataMin), T = T.navigatorAxis.toFixedRange(this.zoomedMin, this.zoomedMax, Y, V), b(T.min) && j.xAxis[0].setExtremes(Math.min(T.min, T.max), Math.max(T.min, T.max), !0, this.hasDragged ? !1 : null, { trigger: "navigator", triggerOp: "navigator-drag", DOMEvent: g });
          }
          D.DOMType !== "mousemove" && D.DOMType !== "touchmove" && (this.grabbedLeft = this.grabbedRight = this.grabbedCenter = this.fixedWidth = this.fixedExtreme = this.otherHandlePos = this.hasDragged = this.dragOffset = null), this.navigatorEnabled && i(this.zoomedMin) && i(this.zoomedMax) && (j = Math.round(this.zoomedMin), D = Math.round(this.zoomedMax), this.shades && this.drawMasks(j, D, m, L), this.outline && this.drawOutline(j, D, m, L), this.navigatorOptions.handles.enabled && Object.keys(this.handles).length === this.handles.length && (this.drawHandle(j, 0, m, L), this.drawHandle(D, 1, m, L)));
        }, _.prototype.removeEvents = function() {
          this.eventsToUnbind && (this.eventsToUnbind.forEach(function(D) {
            D();
          }), this.eventsToUnbind = void 0), this.removeBaseSeriesEvents();
        }, _.prototype.removeBaseSeriesEvents = function() {
          var D = this.baseSeries || [];
          this.navigatorEnabled && D[0] && (this.navigatorOptions.adaptToUpdatedData !== !1 && D.forEach(function(j) {
            t(j, "updatedData", this.updatedDataHandler);
          }, this), D[0].xAxis && t(D[0].xAxis, "foundExtremes", this.modifyBaseAxisExtremes));
        }, _.prototype.init = function(D) {
          var j = D.options, T = j.navigator, X = T.enabled, g = j.scrollbar, m = g.enabled;
          j = X ? T.height : 0;
          var L = m ? g.height : 0;
          this.handles = [], this.shades = [], this.chart = D, this.setBaseSeries(), this.height = j, this.scrollbarHeight = L, this.scrollbarEnabled = m, this.navigatorEnabled = X, this.navigatorOptions = T, this.scrollbarOptions = g, this.outlineHeight = j + L, this.opposite = s(T.opposite, !(X || !D.inverted));
          var Y = this;
          X = Y.baseSeries, g = D.xAxis.length, m = D.yAxis.length;
          var V = X && X[0] && X[0].xAxis || D.xAxis[0] || { options: {} };
          D.isDirtyBox = !0, Y.navigatorEnabled ? (Y.xAxis = new y(D, l(
            { breaks: V.options.breaks, ordinal: V.options.ordinal },
            T.xAxis,
            { id: "navigator-x-axis", yAxis: "navigator-y-axis", isX: !0, type: "datetime", index: g, isInternal: !0, offset: 0, keepOrdinalPadding: !0, startOnTick: !1, endOnTick: !1, minPadding: 0, maxPadding: 0, zoomEnabled: !1 },
            D.inverted ? { offsets: [L, 0, -L, 0], width: j } : { offsets: [0, -L, 0, L], height: j }
          )), Y.yAxis = new y(D, l(T.yAxis, { id: "navigator-y-axis", alignTicks: !1, offset: 0, index: m, isInternal: !0, reversed: s(T.yAxis && T.yAxis.reversed, D.yAxis[0] && D.yAxis[0].reversed, !1), zoomEnabled: !1 }, D.inverted ? { width: j } : { height: j })), X || T.series.data ? Y.updateNavigatorSeries(!1) : D.series.length === 0 && (Y.unbindRedraw = O(D, "beforeRedraw", function() {
            0 < D.series.length && !Y.series && (Y.setBaseSeries(), Y.unbindRedraw());
          })), Y.reversedExtremes = D.inverted && !Y.xAxis.reversed || !D.inverted && Y.xAxis.reversed, Y.renderElements(), Y.addMouseEvents()) : (Y.xAxis = {
            chart: D,
            navigatorAxis: { fake: !0 },
            translate: function(Q, k) {
              var G = D.xAxis[0], z = G.getExtremes(), $ = G.len - 2 * L, q = n("min", G.options.min, z.dataMin);
              return G = n("max", G.options.max, z.dataMax) - q, k ? Q * G / $ + q : $ * (Q - q) / G;
            },
            toPixels: function(Q) {
              return this.translate(Q);
            },
            toValue: function(Q) {
              return this.translate(Q, !0);
            }
          }, Y.xAxis.navigatorAxis.axis = Y.xAxis, Y.xAxis.navigatorAxis.toFixedRange = F.AdditionsClass.prototype.toFixedRange.bind(Y.xAxis.navigatorAxis)), D.options.scrollbar.enabled && (D.scrollbar = Y.scrollbar = new W(D.renderer, l(D.options.scrollbar, { margin: Y.navigatorEnabled ? 0 : 10, vertical: D.inverted }), D), O(Y.scrollbar, "changed", function(Q) {
            var k = Y.size, G = k * this.to;
            k *= this.from, Y.hasDragged = Y.scrollbar.hasDragged, Y.render(0, 0, k, G), this.shouldUpdateExtremes(Q.DOMType) && setTimeout(function() {
              Y.onMouseUp(Q);
            });
          })), Y.addBaseSeriesEvents(), Y.addChartEvents();
        }, _.prototype.getUnionExtremes = function(D) {
          var j = this.chart.xAxis[0], T = this.xAxis, X = T.options, g = j.options, m;
          return D && j.dataMin === null || (m = { dataMin: s(X && X.min, n("min", g.min, j.dataMin, T.dataMin, T.min)), dataMax: s(X && X.max, n("max", g.max, j.dataMax, T.dataMax, T.max)) }), m;
        }, _.prototype.setBaseSeries = function(D, j) {
          var T = this.chart, X = this.baseSeries = [];
          D = D || T.options && T.options.navigator.baseSeries || (T.series.length ? c(
            T.series,
            function(g) {
              return !g.options.isInternal;
            }
          ).index : 0), (T.series || []).forEach(function(g, m) {
            g.options.isInternal || !g.options.showInNavigator && (m !== D && g.options.id !== D || g.options.showInNavigator === !1) || X.push(g);
          }), this.xAxis && !this.xAxis.navigatorAxis.fake && this.updateNavigatorSeries(!0, j);
        }, _.prototype.updateNavigatorSeries = function(D, j) {
          var T = this, X = T.chart, g = T.baseSeries, m, L, Y = T.navigatorOptions.series, V, Q = {
            enableMouseTracking: !1,
            index: null,
            linkedTo: null,
            group: "nav",
            padXAxis: !1,
            xAxis: "navigator-x-axis",
            yAxis: "navigator-y-axis",
            showInLegend: !1,
            stacking: void 0,
            isInternal: !0,
            states: { inactive: { opacity: 1 } }
          }, k = T.series = (T.series || []).filter(function(G) {
            var z = G.baseSeries;
            return 0 > g.indexOf(z) ? (z && (t(z, "updatedData", T.updatedDataHandler), delete z.navigatorSeries), G.chart && G.destroy(), !1) : !0;
          });
          g && g.length && g.forEach(function(G) {
            var z = G.navigatorSeries, $ = a({ color: G.color, visible: G.visible }, p(Y) ? P.navigator.series : Y);
            z && T.navigatorOptions.adaptToUpdatedData === !1 || (Q.name = "Navigator " + g.length, m = G.options || {}, V = m.navigatorOptions || {}, $.dataLabels = o($.dataLabels), L = l(m, Q, $, V), L.pointRange = s($.pointRange, V.pointRange, P.plotOptions[L.type || "line"].pointRange), $ = V.data || $.data, T.hasNavigatorData = T.hasNavigatorData || !!$, L.data = $ || m.data && m.data.slice(0), z && z.options ? z.update(L, j) : (G.navigatorSeries = X.initSeries(L), G.navigatorSeries.baseSeries = G, k.push(G.navigatorSeries)));
          }), (Y.data && (!g || !g.length) || p(Y)) && (T.hasNavigatorData = !1, Y = o(Y), Y.forEach(function(G, z) {
            Q.name = "Navigator " + (k.length + 1), L = l(
              P.navigator.series,
              { color: X.series[z] && !X.series[z].options.isInternal && X.series[z].color || X.options.colors[z] || X.options.colors[0] },
              Q,
              G
            ), L.data = G.data, L.data && (T.hasNavigatorData = !0, k.push(X.initSeries(L)));
          })), D && this.addBaseSeriesEvents();
        }, _.prototype.addBaseSeriesEvents = function() {
          var D = this, j = D.baseSeries || [];
          j[0] && j[0].xAxis && j[0].eventsToUnbind.push(O(j[0].xAxis, "foundExtremes", this.modifyBaseAxisExtremes)), j.forEach(function(T) {
            T.eventsToUnbind.push(O(T, "show", function() {
              this.navigatorSeries && this.navigatorSeries.setVisible(
                !0,
                !1
              );
            })), T.eventsToUnbind.push(O(T, "hide", function() {
              this.navigatorSeries && this.navigatorSeries.setVisible(!1, !1);
            })), this.navigatorOptions.adaptToUpdatedData !== !1 && T.xAxis && T.eventsToUnbind.push(O(T, "updatedData", this.updatedDataHandler)), T.eventsToUnbind.push(O(T, "remove", function() {
              this.navigatorSeries && (v(D.series, this.navigatorSeries), b(this.navigatorSeries.options) && this.navigatorSeries.remove(!1), delete this.navigatorSeries);
            }));
          }, this);
        }, _.prototype.getBaseSeriesMin = function(D) {
          return this.baseSeries.reduce(function(j, T) {
            return Math.min(j, T.xData ? T.xData[0] : j);
          }, D);
        }, _.prototype.modifyNavigatorAxisExtremes = function() {
          var D = this.xAxis, j;
          typeof D.getExtremes < "u" && (!(j = this.getUnionExtremes(!0)) || j.dataMin === D.min && j.dataMax === D.max || (D.min = j.dataMin, D.max = j.dataMax));
        }, _.prototype.modifyBaseAxisExtremes = function() {
          var D = this.chart.navigator, j = this.getExtremes(), T = j.dataMin, X = j.dataMax;
          j = j.max - j.min;
          var g = D.stickToMin, m = D.stickToMax, L = s(this.options.overscroll, 0), Y = D.series && D.series[0], V = !!this.setExtremes;
          if (!this.eventArgs || this.eventArgs.trigger !== "rangeSelectorButton") {
            if (g)
              var Q = T, k = Q + j;
            m && (k = X + L, g || (Q = Math.max(T, k - j, D.getBaseSeriesMin(Y && Y.xData ? Y.xData[0] : -Number.MAX_VALUE)))), V && (g || m) && i(Q) && (this.min = this.userMin = Q, this.max = this.userMax = k);
          }
          D.stickToMin = D.stickToMax = null;
        }, _.prototype.updatedDataHandler = function() {
          var D = this.chart.navigator, j = this.navigatorSeries;
          D.stickToMax = D.reversedExtremes ? Math.round(D.zoomedMin) === 0 : Math.round(D.zoomedMax) >= Math.round(D.size), D.stickToMin = D.shouldStickToMin(
            this,
            D
          ), j && !D.hasNavigatorData && (j.options.pointStart = this.xData[0], j.setData(this.options.data, !1, null, !1));
        }, _.prototype.shouldStickToMin = function(D, j) {
          j = j.getBaseSeriesMin(D.xData[0]);
          var T = D.xAxis;
          D = T.max;
          var X = T.min;
          return T = T.options.range, i(D) && i(X) ? T && 0 < D - j ? D - j < T : X <= j : !1;
        }, _.prototype.addChartEvents = function() {
          this.eventsToUnbind || (this.eventsToUnbind = []), this.eventsToUnbind.push(O(this.chart, "redraw", function() {
            var D = this.navigator, j = D && (D.baseSeries && D.baseSeries[0] && D.baseSeries[0].xAxis || this.xAxis[0]);
            j && D.render(j.min, j.max);
          }), O(this.chart, "getMargins", function() {
            var D = this.navigator, j = D.opposite ? "plotTop" : "marginBottom";
            this.inverted && (j = D.opposite ? "marginRight" : "plotLeft"), this[j] = (this[j] || 0) + (D.navigatorEnabled || !this.inverted ? D.outlineHeight : 0) + D.navigatorOptions.margin;
          }));
        }, _.prototype.destroy = function() {
          this.removeEvents(), this.xAxis && (v(this.chart.xAxis, this.xAxis), v(this.chart.axes, this.xAxis)), this.yAxis && (v(this.chart.yAxis, this.yAxis), v(this.chart.axes, this.yAxis)), (this.series || []).forEach(function(D) {
            D.destroy && D.destroy();
          }), "series xAxis yAxis shades outline scrollbarTrack scrollbarRifles scrollbarGroup scrollbar navigatorGroup rendered".split(" ").forEach(function(D) {
            this[D] && this[D].destroy && this[D].destroy(), this[D] = null;
          }, this), [this.handles].forEach(function(D) {
            w(D);
          }, this);
        }, _;
      }();
      return Z.Navigator || (Z.Navigator = A, F.compose(y), O(B, "beforeShowResetZoom", function() {
        var _ = this.options, D = _.navigator, j = _.rangeSelector;
        if ((D && D.enabled || j && j.enabled) && (!u && _.chart.zoomType === "x" || u && _.chart.pinchType === "x"))
          return !1;
      }), O(B, "beforeRender", function() {
        var _ = this.options;
        (_.navigator.enabled || _.scrollbar.enabled) && (this.scroller = this.navigator = new A(this));
      }), O(B, "afterSetChartSize", function() {
        var _ = this.legend, D = this.navigator;
        if (D) {
          var j = _ && _.options, T = D.xAxis, X = D.yAxis, g = D.scrollbarHeight;
          this.inverted ? (D.left = D.opposite ? this.chartWidth - g - D.height : this.spacing[3] + g, D.top = this.plotTop + g) : (D.left = s(T.left, this.plotLeft + g), D.top = D.navigatorOptions.top || this.chartHeight - D.height - g - this.spacing[2] - (this.rangeSelector && this.extraBottomMargin ? this.rangeSelector.getHeight() : 0) - (j && j.verticalAlign === "bottom" && j.layout !== "proximate" && j.enabled && !j.floating ? _.legendHeight + s(j.margin, 10) : 0) - (this.titleOffset ? this.titleOffset[2] : 0)), T && X && (this.inverted ? T.options.left = X.options.left = D.left : T.options.top = X.options.top = D.top, T.setAxisSize(), X.setAxisSize());
        }
      }), O(B, "update", function(_) {
        var D = _.options.navigator || {}, j = _.options.scrollbar || {};
        this.navigator || this.scroller || !D.enabled && !j.enabled || (l(
          !0,
          this.options.navigator,
          D
        ), l(!0, this.options.scrollbar, j), delete _.options.navigator, delete _.options.scrollbar);
      }), O(B, "afterUpdate", function(_) {
        this.navigator || this.scroller || !this.options.navigator.enabled && !this.options.scrollbar.enabled || (this.scroller = this.navigator = new A(this), s(_.redraw, !0) && this.redraw(_.animation));
      }), O(B, "afterAddSeries", function() {
        this.navigator && this.navigator.setBaseSeries(null, !1);
      }), O(R, "afterUpdate", function() {
        this.chart.navigator && !this.options.isInternal && this.chart.navigator.setBaseSeries(
          null,
          !1
        );
      }), B.prototype.callbacks.push(function(_) {
        var D = _.navigator;
        D && _.xAxis[0] && (_ = _.xAxis[0].getExtremes(), D.render(_.min, _.max));
      })), Z.Navigator = A, Z.Navigator;
    }), E(h, "Extensions/RangeSelector.js", [h["Core/Axis/Axis.js"], h["Core/Chart/Chart.js"], h["Core/Globals.js"], h["Core/DefaultOptions.js"], h["Core/Renderer/SVG/SVGElement.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F, U) {
      function H(o) {
        if (o.indexOf("%L") !== -1)
          return "text";
        var n = "aAdewbBmoyY".split("").some(function(_) {
          return o.indexOf("%" + _) !== -1;
        }), A = "HkIlMS".split("").some(function(_) {
          return o.indexOf("%" + _) !== -1;
        });
        return n && A ? "datetime-local" : n ? "date" : A ? "time" : "text";
      }
      var W = Z.defaultOptions, R = U.addEvent, S = U.createElement, x = U.css, d = U.defined, u = U.destroyObjectProperties, P = U.discardElement, O = U.extend, N = U.find, C = U.fireEvent, b = U.isNumber, w = U.merge, v = U.objectEach, a = U.pad, c = U.pick, p = U.pInt, i = U.splat;
      O(W, { rangeSelector: { allButtonsEnabled: !1, buttons: void 0, buttonSpacing: 5, dropdown: "responsive", enabled: void 0, verticalAlign: "top", buttonTheme: {
        width: 28,
        height: 18,
        padding: 2,
        zIndex: 7
      }, floating: !1, x: 0, y: 0, height: void 0, inputBoxBorderColor: "none", inputBoxHeight: 17, inputBoxWidth: void 0, inputDateFormat: "%b %e, %Y", inputDateParser: void 0, inputEditDateFormat: "%Y-%m-%d", inputEnabled: !0, inputPosition: { align: "right", x: 0, y: 0 }, inputSpacing: 5, selected: void 0, buttonPosition: { align: "left", x: 0, y: 0 }, inputStyle: { color: "#335cad", cursor: "pointer" }, labelStyle: { color: "#666666" } } }), O(W.lang, { rangeSelectorZoom: "Zoom", rangeSelectorFrom: "", rangeSelectorTo: "→" });
      var l = function() {
        function o(n) {
          this.buttons = void 0, this.buttonOptions = o.prototype.defaultButtons, this.initialButtonGroupWidth = 0, this.options = void 0, this.chart = n, this.init(n);
        }
        return o.prototype.clickButton = function(n, A) {
          var _ = this.chart, D = this.buttonOptions[n], j = _.xAxis[0], T = _.scroller && _.scroller.getUnionExtremes() || j || {}, X = T.dataMin, g = T.dataMax, m = j && Math.round(Math.min(j.max, c(g, j.max))), L = D.type;
          T = D._range;
          var Y, V = D.dataGrouping;
          if (X !== null && g !== null) {
            if (_.fixedRange = T, this.setSelected(n), V && (this.forcedDataGrouping = !0, y.prototype.setDataGrouping.call(j || { chart: this.chart }, V, !1), this.frozenStates = D.preserveDataGrouping), L === "month" || L === "year")
              if (j) {
                L = { range: D, max: m, chart: _, dataMin: X, dataMax: g };
                var Q = j.minFromRange.call(L);
                b(L.newMax) && (m = L.newMax);
              } else
                T = D;
            else if (T)
              Q = Math.max(m - T, X), m = Math.min(Q + T, g);
            else if (L === "ytd")
              if (j)
                typeof g > "u" && (X = Number.MAX_VALUE, g = Number.MIN_VALUE, _.series.forEach(function($) {
                  $ = $.xData, X = Math.min($[0], X), g = Math.max($[$.length - 1], g);
                }), A = !1), m = this.getYTDExtremes(
                  g,
                  X,
                  _.time.useUTC
                ), Q = Y = m.min, m = m.max;
              else {
                this.deferredYTDClick = n;
                return;
              }
            else
              L === "all" && j && (_.navigator && _.navigator.baseSeries[0] && (_.navigator.baseSeries[0].xAxis.options.range = void 0), Q = X, m = g);
            if (d(Q) && (Q += D._offsetMin), d(m) && (m += D._offsetMax), this.dropdown && (this.dropdown.selectedIndex = n + 1), j)
              j.setExtremes(Q, m, c(A, !0), void 0, { trigger: "rangeSelectorButton", rangeSelectorButton: D });
            else {
              var k = i(_.options.xAxis)[0], G = k.range;
              k.range = T;
              var z = k.min;
              k.min = Y, R(_, "load", function() {
                k.range = G, k.min = z;
              });
            }
            C(
              this,
              "afterBtnClick"
            );
          }
        }, o.prototype.setSelected = function(n) {
          this.selected = this.options.selected = n;
        }, o.prototype.init = function(n) {
          var A = this, _ = n.options.rangeSelector, D = _.buttons || A.defaultButtons.slice(), j = _.selected, T = function() {
            var X = A.minInput, g = A.maxInput;
            X && X.blur && C(X, "blur"), g && g.blur && C(g, "blur");
          };
          A.chart = n, A.options = _, A.buttons = [], A.buttonOptions = D, this.eventsToUnbind = [], this.eventsToUnbind.push(R(n.container, "mousedown", T)), this.eventsToUnbind.push(R(n, "resize", T)), D.forEach(A.computeButtonRange), typeof j < "u" && D[j] && this.clickButton(j, !1), this.eventsToUnbind.push(R(n, "load", function() {
            n.xAxis && n.xAxis[0] && R(n.xAxis[0], "setExtremes", function(X) {
              this.max - this.min !== n.fixedRange && X.trigger !== "rangeSelectorButton" && X.trigger !== "updatedData" && A.forcedDataGrouping && !A.frozenStates && this.setDataGrouping(!1, !1);
            });
          }));
        }, o.prototype.updateButtonStates = function() {
          var n = this, A = this.chart, _ = this.dropdown, D = A.xAxis[0], j = Math.round(D.max - D.min), T = !D.hasVisibleSeries, X = A.scroller && A.scroller.getUnionExtremes() || D, g = X.dataMin, m = X.dataMax;
          A = n.getYTDExtremes(m, g, A.time.useUTC);
          var L = A.min, Y = A.max, V = n.selected, Q = b(V), k = n.options.allButtonsEnabled, G = n.buttons;
          n.buttonOptions.forEach(function(z, $) {
            var q = z._range, it = z.type, et = z.count || 1, nt = G[$], rt = 0, ct = z._offsetMax - z._offsetMin;
            z = $ === V;
            var gt = q > m - g, dt = q < D.minRange, lt = !1, at = !1;
            q = q === j, (it === "month" || it === "year") && j + 36e5 >= 864e5 * { month: 28, year: 365 }[it] * et - ct && j - 36e5 <= 864e5 * { month: 31, year: 366 }[it] * et + ct ? q = !0 : it === "ytd" ? (q = Y - L + ct === j, lt = !z) : it === "all" && (q = D.max - D.min >= m - g, at = !z && Q && q), it = !k && (gt || dt || at || T), et = z && q || q && !Q && !lt || z && n.frozenStates, it ? rt = 3 : et && (Q = !0, rt = 2), nt.state !== rt && (nt.setState(rt), _ && (_.options[$ + 1].disabled = it, rt === 2 && (_.selectedIndex = $ + 1)), rt === 0 && V === $ && n.setSelected());
          });
        }, o.prototype.computeButtonRange = function(n) {
          var A = n.type, _ = n.count || 1, D = { millisecond: 1, second: 1e3, minute: 6e4, hour: 36e5, day: 864e5, week: 6048e5 };
          D[A] ? n._range = D[A] * _ : (A === "month" || A === "year") && (n._range = 864e5 * { month: 30, year: 365 }[A] * _), n._offsetMin = c(n.offsetMin, 0), n._offsetMax = c(n.offsetMax, 0), n._range += n._offsetMax - n._offsetMin;
        }, o.prototype.getInputValue = function(n) {
          n = n === "min" ? this.minInput : this.maxInput;
          var A = this.chart.options.rangeSelector, _ = this.chart.time;
          return n ? (n.type === "text" && A.inputDateParser || this.defaultInputDateParser)(n.value, _.useUTC, _) : 0;
        }, o.prototype.setInputValue = function(n, A) {
          var _ = this.options, D = this.chart.time, j = n === "min" ? this.minInput : this.maxInput;
          if (n = n === "min" ? this.minDateBox : this.maxDateBox, j) {
            var T = j.getAttribute("data-hc-time");
            T = d(T) ? Number(T) : void 0, d(A) && (d(T) && j.setAttribute("data-hc-time-previous", T), j.setAttribute("data-hc-time", A), T = A), j.value = D.dateFormat(this.inputTypeFormats[j.type] || _.inputEditDateFormat, T), n && n.attr({ text: D.dateFormat(_.inputDateFormat, T) });
          }
        }, o.prototype.setInputExtremes = function(n, A, _) {
          if (n = n === "min" ? this.minInput : this.maxInput) {
            var D = this.inputTypeFormats[n.type], j = this.chart.time;
            D && (A = j.dateFormat(D, A), n.min !== A && (n.min = A), _ = j.dateFormat(D, _), n.max !== _ && (n.max = _));
          }
        }, o.prototype.showInput = function(n) {
          var A = n === "min" ? this.minDateBox : this.maxDateBox;
          if ((n = n === "min" ? this.minInput : this.maxInput) && A && this.inputGroup) {
            var _ = n.type === "text", D = this.inputGroup, j = D.translateX;
            D = D.translateY;
            var T = this.options.inputBoxWidth;
            x(n, { width: _ ? A.width + (T ? -2 : 20) + "px" : "auto", height: _ ? A.height - 2 + "px" : "auto", border: "2px solid silver" }), _ && T ? x(n, { left: j + A.x + "px", top: D + "px" }) : x(n, { left: Math.min(Math.round(A.x + j - (n.offsetWidth - A.width) / 2), this.chart.chartWidth - n.offsetWidth) + "px", top: D - (n.offsetHeight - A.height) / 2 + "px" });
          }
        }, o.prototype.hideInput = function(n) {
          (n = n === "min" ? this.minInput : this.maxInput) && x(n, { top: "-9999em", border: 0, width: "1px", height: "1px" });
        }, o.prototype.defaultInputDateParser = function(n, A, _) {
          var D = n.split("/").join("-").split(" ").join("T");
          if (D.indexOf("T") === -1 && (D += "T00:00"), A)
            D += "Z";
          else {
            var j;
            (j = I.isSafari) && (j = D, j = !(6 < j.length && (j.lastIndexOf("-") === j.length - 6 || j.lastIndexOf("+") === j.length - 6))), j && (j = new Date(D).getTimezoneOffset() / 60, D += 0 >= j ? "+" + a(-j) + ":00" : "-" + a(j) + ":00");
          }
          return D = Date.parse(D), b(D) || (n = n.split("-"), D = Date.UTC(p(n[0]), p(n[1]) - 1, p(n[2]))), _ && A && b(D) && (D += _.getTimezoneOffset(D)), D;
        }, o.prototype.drawInput = function(n) {
          function A() {
            var k = T.getInputValue(n), G = _.xAxis[0], z = _.scroller && _.scroller.xAxis ? _.scroller.xAxis : G, $ = z.dataMin;
            z = z.dataMax;
            var q = T.maxInput, it = T.minInput;
            k !== Number(V.getAttribute("data-hc-time-previous")) && b(k) && (V.setAttribute("data-hc-time-previous", k), L && q && b($) ? k > Number(q.getAttribute("data-hc-time")) ? k = void 0 : k < $ && (k = $) : it && b(z) && (k < Number(it.getAttribute("data-hc-time")) ? k = void 0 : k > z && (k = z)), typeof k < "u" && G.setExtremes(L ? k : G.min, L ? G.max : k, void 0, void 0, { trigger: "rangeSelectorInput" }));
          }
          var _ = this.chart, D = this.div, j = this.inputGroup, T = this, X = _.renderer.style || {}, g = _.renderer, m = _.options.rangeSelector, L = n === "min", Y = W.lang[L ? "rangeSelectorFrom" : "rangeSelectorTo"] || "";
          Y = g.label(Y, 0).addClass("highcharts-range-label").attr({ padding: Y ? 2 : 0, height: Y ? m.inputBoxHeight : 0 }).add(j), g = g.label("", 0).addClass("highcharts-range-input").attr({ padding: 2, width: m.inputBoxWidth, height: m.inputBoxHeight, "text-align": "center" }).on(
            "click",
            function() {
              T.showInput(n), T[n + "Input"].focus();
            }
          ), _.styledMode || g.attr({ stroke: m.inputBoxBorderColor, "stroke-width": 1 }), g.add(j);
          var V = S("input", { name: n, className: "highcharts-range-selector" }, void 0, D);
          V.setAttribute("type", H(m.inputDateFormat || "%b %e, %Y")), _.styledMode || (Y.css(w(X, m.labelStyle)), g.css(w({ color: "#333333" }, X, m.inputStyle)), x(V, O({
            position: "absolute",
            border: 0,
            boxShadow: "0 0 15px rgba(0,0,0,0.3)",
            width: "1px",
            height: "1px",
            padding: 0,
            textAlign: "center",
            fontSize: X.fontSize,
            fontFamily: X.fontFamily,
            top: "-9999em"
          }, m.inputStyle))), V.onfocus = function() {
            T.showInput(n);
          }, V.onblur = function() {
            V === I.doc.activeElement && A(), T.hideInput(n), T.setInputValue(n), V.blur();
          };
          var Q = !1;
          return V.onchange = function() {
            Q || (A(), T.hideInput(n), V.blur());
          }, V.onkeypress = function(k) {
            k.keyCode === 13 && A();
          }, V.onkeydown = function(k) {
            Q = !0, k.keyCode !== 38 && k.keyCode !== 40 || A();
          }, V.onkeyup = function() {
            Q = !1;
          }, { dateBox: g, input: V, label: Y };
        }, o.prototype.getPosition = function() {
          var n = this.chart, A = n.options.rangeSelector;
          return n = A.verticalAlign === "top" ? n.plotTop - n.axisOffset[0] : 0, { buttonTop: n + A.buttonPosition.y, inputTop: n + A.inputPosition.y - 10 };
        }, o.prototype.getYTDExtremes = function(n, A, _) {
          var D = this.chart.time, j = new D.Date(n), T = D.get("FullYear", j);
          return _ = _ ? D.Date.UTC(T, 0, 1) : +new D.Date(T, 0, 1), A = Math.max(A, _), j = j.getTime(), { max: Math.min(n || j, j), min: A };
        }, o.prototype.render = function(n, A) {
          var _ = this.chart, D = _.renderer, j = _.container, T = _.options, X = T.rangeSelector, g = c(T.chart.style && T.chart.style.zIndex, 0) + 1;
          if (T = X.inputEnabled, X.enabled !== !1) {
            if (this.rendered || (this.group = D.g("range-selector-group").attr({ zIndex: 7 }).add(), this.div = S("div", void 0, { position: "relative", height: 0, zIndex: g }), this.buttonOptions.length && this.renderButtons(), j.parentNode && j.parentNode.insertBefore(this.div, j), T && (this.inputGroup = D.g("input-group").add(this.group), D = this.drawInput("min"), this.minDateBox = D.dateBox, this.minLabel = D.label, this.minInput = D.input, D = this.drawInput("max"), this.maxDateBox = D.dateBox, this.maxLabel = D.label, this.maxInput = D.input)), T && (this.setInputValue(
              "min",
              n
            ), this.setInputValue("max", A), n = _.scroller && _.scroller.getUnionExtremes() || _.xAxis[0] || {}, d(n.dataMin) && d(n.dataMax) && (_ = _.xAxis[0].minRange || 0, this.setInputExtremes("min", n.dataMin, Math.min(n.dataMax, this.getInputValue("max")) - _), this.setInputExtremes("max", Math.max(n.dataMin, this.getInputValue("min")) + _, n.dataMax)), this.inputGroup)) {
              var m = 0;
              [this.minLabel, this.minDateBox, this.maxLabel, this.maxDateBox].forEach(function(L) {
                if (L) {
                  var Y = L.getBBox().width;
                  Y && (L.attr({ x: m }), m += Y + X.inputSpacing);
                }
              });
            }
            this.alignElements(), this.rendered = !0;
          }
        }, o.prototype.renderButtons = function() {
          var n = this, A = this.buttons, _ = this.options, D = W.lang, j = this.chart.renderer, T = w(_.buttonTheme), X = T && T.states, g = T.width || 28;
          delete T.width, delete T.states, this.buttonGroup = j.g("range-selector-buttons").add(this.group);
          var m = this.dropdown = S("select", void 0, { position: "absolute", width: "1px", height: "1px", padding: 0, border: 0, top: "-9999em", cursor: "pointer", opacity: 1e-4 }, this.div);
          R(m, "touchstart", function() {
            m.style.fontSize = "16px";
          }), [[I.isMS ? "mouseover" : "mouseenter"], [I.isMS ? "mouseout" : "mouseleave"], ["change", "click"]].forEach(function(L) {
            var Y = L[0], V = L[1];
            R(m, Y, function() {
              var Q = A[n.currentButtonIndex()];
              Q && C(Q.element, V || Y);
            });
          }), this.zoomText = j.label(D && D.rangeSelectorZoom || "", 0).attr({ padding: _.buttonTheme.padding, height: _.buttonTheme.height, paddingLeft: 0, paddingRight: 0 }).add(this.buttonGroup), this.chart.styledMode || (this.zoomText.css(_.labelStyle), T["stroke-width"] = c(T["stroke-width"], 0)), S(
            "option",
            { textContent: this.zoomText.textStr, disabled: !0 },
            void 0,
            m
          ), this.buttonOptions.forEach(function(L, Y) {
            S("option", { textContent: L.title || L.text }, void 0, m), A[Y] = j.button(L.text, 0, 0, function(V) {
              var Q = L.events && L.events.click, k;
              Q && (k = Q.call(L, V)), k !== !1 && n.clickButton(Y), n.isActive = !0;
            }, T, X && X.hover, X && X.select, X && X.disabled).attr({ "text-align": "center", width: g }).add(n.buttonGroup), L.title && A[Y].attr("title", L.title);
          });
        }, o.prototype.alignElements = function() {
          var n = this, A = this.buttonGroup, _ = this.buttons, D = this.chart, j = this.group, T = this.inputGroup, X = this.options, g = this.zoomText, m = D.options, L = m.exporting && m.exporting.enabled !== !1 && m.navigation && m.navigation.buttonOptions;
          m = X.buttonPosition;
          var Y = X.inputPosition, V = X.verticalAlign, Q = function($, q) {
            return L && n.titleCollision(D) && V === "top" && q.align === "right" && q.y - $.getBBox().height - 12 < (L.y || 0) + (L.height || 0) + D.spacing[0] ? -40 : 0;
          }, k = D.plotLeft;
          if (j && m && Y) {
            var G = m.x - D.spacing[3];
            if (A) {
              if (this.positionButtons(), !this.initialButtonGroupWidth) {
                var z = 0;
                g && (z += g.getBBox().width + 5), _.forEach(function($, q) {
                  z += $.width, q !== _.length - 1 && (z += X.buttonSpacing);
                }), this.initialButtonGroupWidth = z;
              }
              k -= D.spacing[3], this.updateButtonStates(), g = Q(A, m), this.alignButtonGroup(g), j.placed = A.placed = D.hasLoaded;
            }
            A = 0, T && (A = Q(T, Y), Y.align === "left" ? G = k : Y.align === "right" && (G = -Math.max(D.axisOffset[1], -A)), T.align({ y: Y.y, width: T.getBBox().width, align: Y.align, x: Y.x + G - 2 }, !0, D.spacingBox), T.placed = D.hasLoaded), this.handleCollision(A), j.align({ verticalAlign: V }, !0, D.spacingBox), T = j.alignAttr.translateY, A = j.getBBox().height + 20, Q = 0, V === "bottom" && (Q = (Q = D.legend && D.legend.options) && Q.verticalAlign === "bottom" && Q.enabled && !Q.floating ? D.legend.legendHeight + c(Q.margin, 10) : 0, A = A + Q - 20, Q = T - A - (X.floating ? 0 : X.y) - (D.titleOffset ? D.titleOffset[2] : 0) - 10), V === "top" ? (X.floating && (Q = 0), D.titleOffset && D.titleOffset[0] && (Q = D.titleOffset[0]), Q += D.margin[0] - D.spacing[0] || 0) : V === "middle" && (Y.y === m.y ? Q = T : (Y.y || m.y) && (Q = 0 > Y.y || 0 > m.y ? Q - Math.min(Y.y, m.y) : T - A)), j.translate(X.x, X.y + Math.floor(Q)), m = this.minInput, Y = this.maxInput, T = this.dropdown, X.inputEnabled && m && Y && (m.style.marginTop = j.translateY + "px", Y.style.marginTop = j.translateY + "px"), T && (T.style.marginTop = j.translateY + "px");
          }
        }, o.prototype.alignButtonGroup = function(n, A) {
          var _ = this.chart, D = this.buttonGroup, j = this.options.buttonPosition, T = _.plotLeft - _.spacing[3], X = j.x - _.spacing[3];
          j.align === "right" ? X += n - T : j.align === "center" && (X -= T / 2), D && D.align({ y: j.y, width: c(A, this.initialButtonGroupWidth), align: j.align, x: X }, !0, _.spacingBox);
        }, o.prototype.positionButtons = function() {
          var n = this.buttons, A = this.chart, _ = this.options, D = this.zoomText, j = A.hasLoaded ? "animate" : "attr", T = _.buttonPosition, X = A.plotLeft, g = X;
          D && D.visibility !== "hidden" && (D[j]({ x: c(X + T.x, X) }), g += T.x + D.getBBox().width + 5), this.buttonOptions.forEach(function(m, L) {
            n[L].visibility !== "hidden" ? (n[L][j]({ x: g }), g += n[L].width + _.buttonSpacing) : n[L][j]({ x: X });
          });
        }, o.prototype.handleCollision = function(n) {
          var A = this, _ = this.chart, D = this.buttonGroup, j = this.inputGroup, T = this.options, X = T.buttonPosition, g = T.dropdown, m = T.inputPosition;
          T = function() {
            var V = 0;
            return A.buttons.forEach(function(Q) {
              Q = Q.getBBox(), Q.width > V && (V = Q.width);
            }), V;
          };
          var L = function(V) {
            if (j && D) {
              var Q = j.alignAttr.translateX + j.alignOptions.x - n + j.getBBox().x + 2, k = j.alignOptions.width, G = D.alignAttr.translateX + D.getBBox().x;
              return G + V > Q && Q + k > G && X.y < m.y + j.getBBox().height;
            }
            return !1;
          }, Y = function() {
            j && D && j.attr({ translateX: j.alignAttr.translateX + (_.axisOffset[1] >= -n ? 0 : -n), translateY: j.alignAttr.translateY + D.getBBox().height + 10 });
          };
          if (D) {
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        10,
        15,
        10
      ], resetZoomButton: { theme: { zIndex: 6 }, position: { align: "right", x: -10, y: 10 } }, zoomBySingleTouch: !1, width: null, height: null, borderColor: "#335cad", backgroundColor: "#ffffff", plotBorderColor: "#cccccc" };
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            if (this.input = H = U.names[H.toLowerCase()] || H, H.charAt(0) === "#") {
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                var x = U.parsers[S];
                (R = x.regex.exec(H)) && (W = x.parse(R));
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          }
          W && (this.rgba = W);
        }, U.prototype.get = function(H) {
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            var S = Z(W);
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              S.stops[d] = [S.stops[d][0], x.get(H)];
            }), S;
          }
          return R && I(R[0]) ? H === "rgb" || !H && R[3] === 1 ? "rgb(" + R[0] + "," + R[1] + "," + R[2] + ")" : H === "a" ? "" + R[3] : "rgba(" + R.join(",") + ")" : W;
        }, U.prototype.brighten = function(H) {
          var W = this.rgba;
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            this.stops.forEach(function(S) {
              S.brighten(H);
            });
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              W[R] += F(255 * H), 0 > W[R] && (W[R] = 0), 255 < W[R] && (W[R] = 255);
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        }, U.prototype.setOpacity = function(H) {
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        }, U.prototype.tweenTo = function(H, W) {
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          parse: function(H) {
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            return v = b.getTime() - v, b.setTime(v), b["setUTC" + C](w), C = this.getTimezoneOffset(b), v = b.getTime() + C, b.setTime(v);
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        }, N.prototype.makeTime = function(C, b, w, v, a, c) {
          if (this.useUTC) {
            var p = this.Date.UTC.apply(0, arguments), i = this.getTimezoneOffset(p);
            p += i;
            var l = this.getTimezoneOffset(p);
            i !== l ? p += l - i : i - 36e5 !== this.getTimezoneOffset(p - 36e5) || O || (p -= 36e5);
          } else
            p = new this.Date(C, b, x(w, 1), x(v, 0), x(a, 0), x(c, 0)).getTime();
          return p;
        }, N.prototype.timezoneOffsetFunction = function() {
          var C = this, b = this.options, w = b.getTimezoneOffset, v = b.moment || I.moment;
          if (!this.useUTC)
            return function(a) {
              return 6e4 * new Date(a.toString()).getTimezoneOffset();
            };
          if (b.timezone) {
            if (v)
              return function(a) {
                return 6e4 * -v.tz(a, b.timezone).utcOffset();
              };
            F(25);
          }
          return this.useUTC && w ? function(a) {
            return 6e4 * w(a.valueOf());
          } : function() {
            return 6e4 * (C.timezoneOffset || 0);
          };
        }, N.prototype.dateFormat = function(C, b, w) {
          if (!Z(b) || isNaN(b))
            return y.defaultOptions.lang && y.defaultOptions.lang.invalidDate || "";
          C = x(C, "%Y-%m-%d %H:%M:%S");
          var v = this, a = new this.Date(b), c = this.get("Hours", a), p = this.get("Day", a), i = this.get("Date", a), l = this.get("Month", a), s = this.get("FullYear", a), t = y.defaultOptions.lang, o = t && t.weekdays, n = t && t.shortWeekdays;
          return a = U({ a: n ? n[p] : o[p].substr(0, 3), A: o[p], d: S(i), e: S(i, 2, " "), w: p, b: t.shortMonths[l], B: t.months[l], m: S(l + 1), o: l + 1, y: s.toString().substr(2, 2), Y: s, H: S(c), k: c, I: S(c % 12 || 12), l: c % 12 || 12, M: S(this.get("Minutes", a)), p: 12 > c ? "AM" : "PM", P: 12 > c ? "am" : "pm", S: S(a.getSeconds()), L: S(Math.floor(b % 1e3), 3) }, y.dateFormats), R(a, function(A, _) {
            for (; C.indexOf("%" + _) !== -1; )
              C = C.replace("%" + _, typeof A == "function" ? A.call(v, b) : A);
          }), w ? C.substr(0, 1).toUpperCase() + C.substr(1) : C;
        }, N.prototype.resolveDTLFormat = function(C) {
          return H(C, !0) ? C : (C = d(C), { main: C[0], from: C[1], to: C[2] });
        }, N.prototype.getTimeTicks = function(C, b, w, v) {
          var a = this, c = [], p = {}, i = new a.Date(b), l = C.unitRange, s = C.count || 1, t;
          if (v = x(v, 1), Z(b)) {
            if (a.set(
              "Milliseconds",
              i,
              l >= u.second ? 0 : s * Math.floor(a.get("Milliseconds", i) / s)
            ), l >= u.second && a.set("Seconds", i, l >= u.minute ? 0 : s * Math.floor(a.get("Seconds", i) / s)), l >= u.minute && a.set("Minutes", i, l >= u.hour ? 0 : s * Math.floor(a.get("Minutes", i) / s)), l >= u.hour && a.set("Hours", i, l >= u.day ? 0 : s * Math.floor(a.get("Hours", i) / s)), l >= u.day && a.set("Date", i, l >= u.month ? 1 : Math.max(1, s * Math.floor(a.get("Date", i) / s))), l >= u.month) {
              a.set("Month", i, l >= u.year ? 0 : s * Math.floor(a.get("Month", i) / s));
              var o = a.get("FullYear", i);
            }
            l >= u.year && a.set(
              "FullYear",
              i,
              o - o % s
            ), l === u.week && (o = a.get("Day", i), a.set("Date", i, a.get("Date", i) - o + v + (o < v ? -7 : 0))), o = a.get("FullYear", i), v = a.get("Month", i);
            var n = a.get("Date", i), A = a.get("Hours", i);
            for (b = i.getTime(), !a.variableTimezone && a.useUTC || !Z(w) || (t = w - b > 4 * u.month || a.getTimezoneOffset(b) !== a.getTimezoneOffset(w)), b = i.getTime(), i = 1; b < w; )
              c.push(b), b = l === u.year ? a.makeTime(o + i * s, 0) : l === u.month ? a.makeTime(o, v + i * s) : !t || l !== u.day && l !== u.week ? t && l === u.hour && 1 < s ? a.makeTime(o, v, n, A + i * s) : b + l * s : a.makeTime(o, v, n + i * s * (l === u.day ? 1 : 7)), i++;
            c.push(b), l <= u.hour && 1e4 > c.length && c.forEach(function(_) {
              _ % 18e5 === 0 && a.dateFormat("%H%M%S%L", _) === "000000000" && (p[_] = "day");
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            return g.indexOf(L) === -1 && m.push(L), m;
          }, g ? [g] : []).join(" "), T !== g && this.attr("class", T), this;
        }, j.prototype.afterSetters = function() {
          this.doTransform && (this.updateTransform(), this.doTransform = !1);
        }, j.prototype.align = function(T, X, g) {
          var m = {}, L = this.renderer, Y = L.alignedObjects, V, Q, k;
          T ? (this.alignOptions = T, this.alignByTranslate = X, (!g || s(g)) && (this.alignTo = V = g || "renderer", v(Y, this), Y.push(this), g = void 0)) : (T = this.alignOptions, X = this.alignByTranslate, V = this.alignTo), g = n(g, L[V], V === "scrollablePlotBox" ? L.plotBox : void 0, L), V = T.align;
          var G = T.verticalAlign;
          return L = (g.x || 0) + (T.x || 0), Y = (g.y || 0) + (T.y || 0), V === "right" ? Q = 1 : V === "center" && (Q = 2), Q && (L += (g.width - (T.width || 0)) / Q), m[X ? "translateX" : "x"] = Math.round(L), G === "bottom" ? k = 1 : G === "middle" && (k = 2), k && (Y += (g.height - (T.height || 0)) / k), m[X ? "translateY" : "y"] = Math.round(Y), this[this.placed ? "animate" : "attr"](m), this.placed = !0, this.alignAttr = m, this;
        }, j.prototype.alignSetter = function(T) {
          var X = { left: "start", center: "middle", right: "end" };
          X[T] && (this.alignValue = T, this.element.setAttribute(
            "text-anchor",
            X[T]
          ));
        }, j.prototype.animate = function(T, X, g) {
          var m = this, L = H(n(X, this.renderer.globalAnimation, !0));
          return X = L.defer, n(S.hidden, S.msHidden, S.webkitHidden, !1) && (L.duration = 0), L.duration !== 0 ? (g && (L.complete = g), _(function() {
            m.element && U(m, T, L);
          }, X)) : (this.attr(T, void 0, g), o(T, function(Y, V) {
            L.step && L.step.call(this, Y, { prop: V, pos: 1, elem: this });
          }, this)), this;
        }, j.prototype.applyTextOutline = function(T) {
          var X = this.element;
          T.indexOf("contrast") !== -1 && (T = T.replace(/contrast/g, this.renderer.getContrast(X.style.fill)));
          var g = T.split(" ");
          if (T = g[g.length - 1], (g = g[0]) && g !== "none" && Z.svg) {
            this.fakeTS = !0, this.ySetter = this.xSetter, g = g.replace(/(^[\d\.]+)(.*?)$/g, function(Y, V, Q) {
              return 2 * Number(V) + Q;
            }), this.removeTextOutline();
            var m = S.createElementNS(u, "tspan");
            N(m, { class: "highcharts-text-outline", fill: T, stroke: T, "stroke-width": g, "stroke-linejoin": "round" }), [].forEach.call(X.childNodes, function(Y) {
              var V = Y.cloneNode(!0);
              V.removeAttribute && ["fill", "stroke", "stroke-width", "stroke"].forEach(function(Q) {
                return V.removeAttribute(Q);
              }), m.appendChild(V);
            });
            var L = S.createElementNS(u, "tspan");
            L.textContent = "​", ["x", "y"].forEach(function(Y) {
              var V = X.getAttribute(Y);
              V && L.setAttribute(Y, V);
            }), m.appendChild(L), X.insertBefore(m, X.firstChild);
          }
        }, j.prototype.attr = function(T, X, g, m) {
          var L = this.element, Y = this.symbolCustomAttribs, V, Q = this, k, G;
          if (typeof T == "string" && typeof X < "u") {
            var z = T;
            T = {}, T[z] = X;
          }
          return typeof T == "string" ? Q = (this[T + "Getter"] || this._defaultGetter).call(this, T, L) : (o(T, function($, q) {
            k = !1, m || W(this, q), this.symbolName && Y.indexOf(q) !== -1 && (V || (this.symbolAttr(T), V = !0), k = !0), !this.rotation || q !== "x" && q !== "y" || (this.doTransform = !0), k || (G = this[q + "Setter"] || this._defaultSetter, G.call(this, $, q, L), !this.styledMode && this.shadows && /^(width|height|visibility|x|y|d|transform|cx|cy|r)$/.test(q) && this.updateShadows(q, $, G));
          }, this), this.afterSetters()), g && g.call(this), Q;
        }, j.prototype.clip = function(T) {
          return this.attr("clip-path", T ? "url(" + this.renderer.url + "#" + T.id + ")" : "none");
        }, j.prototype.crisp = function(T, X) {
          X = X || T.strokeWidth || 0;
          var g = Math.round(X) % 2 / 2;
          return T.x = Math.floor(T.x || this.x || 0) + g, T.y = Math.floor(T.y || this.y || 0) + g, T.width = Math.floor((T.width || this.width || 0) - 2 * g), T.height = Math.floor((T.height || this.height || 0) - 2 * g), w(T.strokeWidth) && (T.strokeWidth = X), T;
        }, j.prototype.complexColor = function(T, X, g) {
          var m = this.renderer, L, Y, V, Q, k, G, z, $, q, it, et = [], nt;
          c(this.renderer, "complexColor", { args: arguments }, function() {
            if (T.radialGradient ? Y = "radialGradient" : T.linearGradient && (Y = "linearGradient"), Y) {
              if (V = T[Y], k = m.gradients, G = T.stops, q = g.radialReference, p(V) && (T[Y] = V = { x1: V[0], y1: V[1], x2: V[2], y2: V[3], gradientUnits: "userSpaceOnUse" }), Y === "radialGradient" && q && !w(V.gradientUnits) && (Q = V, V = t(V, m.getRadialAttr(q, Q), { gradientUnits: "userSpaceOnUse" })), o(V, function(ct, gt) {
                gt !== "id" && et.push(gt, ct);
              }), o(G, function(ct) {
                et.push(ct);
              }), et = et.join(","), k[et])
                it = k[et].attr("id");
              else {
                V.id = it = D();
                var rt = k[et] = m.createElement(Y).attr(V).add(m.defs);
                rt.radAttr = Q, rt.stops = [], G.forEach(function(ct) {
                  ct[1].indexOf("rgba") === 0 ? (L = I.parse(ct[1]), z = L.get("rgb"), $ = L.get("a")) : (z = ct[1], $ = 1), ct = m.createElement("stop").attr({
                    offset: ct[0],
                    "stop-color": z,
                    "stop-opacity": $
                  }).add(rt), rt.stops.push(ct);
                });
              }
              nt = "url(" + m.url + "#" + it + ")", g.setAttribute(X, nt), g.gradient = et, T.toString = function() {
                return nt;
              };
            }
          });
        }, j.prototype.css = function(T) {
          var X = this.styles, g = {}, m = this.element, L = ["textOutline", "textOverflow", "width"], Y = "", V = !X;
          if (T && T.color && (T.fill = T.color), X && o(T, function(G, z) {
            X && X[z] !== G && (g[z] = G, V = !0);
          }), V) {
            if (X && (T = a(X, g)), T) {
              if (T.width === null || T.width === "auto")
                delete this.textWidth;
              else if (m.nodeName.toLowerCase() === "text" && T.width)
                var Q = this.textWidth = A(T.width);
            }
            if (this.styles = T, Q && !d && this.renderer.forExport && delete T.width, m.namespaceURI === this.SVG_NS) {
              var k = function(G, z) {
                return "-" + z.toLowerCase();
              };
              o(T, function(G, z) {
                L.indexOf(z) === -1 && (Y += z.replace(/([A-Z])/g, k) + ":" + G + ";");
              }), Y && N(m, "style", Y);
            } else
              b(m, T);
            this.added && (this.element.nodeName === "text" && this.renderer.buildText(this), T && T.textOutline && this.applyTextOutline(T.textOutline));
          }
          return this;
        }, j.prototype.dashstyleSetter = function(T) {
          var X = this["stroke-width"];
          if (X === "inherit" && (X = 1), T = T && T.toLowerCase()) {
            var g = 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 (T = g.length; T--; )
              g[T] = "" + A(g[T]) * n(X, NaN);
            T = g.join(",").replace(/NaN/g, "none"), this.element.setAttribute("stroke-dasharray", T);
          }
        }, j.prototype.destroy = function() {
          var T = this, X = T.element || {}, g = T.renderer, m = X.ownerSVGElement, L = g.isSVG && X.nodeName === "SPAN" && T.parentGroup || void 0;
          if (X.onclick = X.onmouseout = X.onmouseover = X.onmousemove = X.point = null, W(T), T.clipPath && m) {
            var Y = T.clipPath;
            [].forEach.call(m.querySelectorAll("[clip-path],[CLIP-PATH]"), function(V) {
              -1 < V.getAttribute("clip-path").indexOf(Y.element.id) && V.removeAttribute("clip-path");
            }), T.clipPath = Y.destroy();
          }
          if (T.stops) {
            for (m = 0; m < T.stops.length; m++)
              T.stops[m].destroy();
            T.stops.length = 0, T.stops = void 0;
          }
          for (T.safeRemoveChild(X), g.styledMode || T.destroyShadows(); L && L.div && L.div.childNodes.length === 0; )
            X = L.parentGroup, T.safeRemoveChild(L.div), delete L.div, L = X;
          T.alignTo && v(g.alignedObjects, T), o(T, function(V, Q) {
            T[Q] && T[Q].parentGroup === T && T[Q].destroy && T[Q].destroy(), delete T[Q];
          });
        }, j.prototype.destroyShadows = function() {
          (this.shadows || []).forEach(function(T) {
            this.safeRemoveChild(T);
          }, this), this.shadows = void 0;
        }, j.prototype.destroyTextPath = function(T, X) {
          var g = T.getElementsByTagName("text")[0];
          if (g) {
            if (g.removeAttribute("dx"), g.removeAttribute("dy"), X.element.setAttribute("id", ""), this.textPathWrapper && g.getElementsByTagName("textPath").length) {
              for (T = this.textPathWrapper.element.childNodes; T.length; )
                g.appendChild(T[0]);
              g.removeChild(this.textPathWrapper.element);
            }
          } else
            (T.getAttribute("dx") || T.getAttribute("dy")) && (T.removeAttribute("dx"), T.removeAttribute("dy"));
          this.textPathWrapper && (this.textPathWrapper = this.textPathWrapper.destroy());
        }, j.prototype.dSetter = function(T, X, g) {
          p(T) && (typeof T[0] == "string" && (T = this.renderer.pathToSegments(T)), this.pathArray = T, T = T.reduce(function(m, L, Y) {
            return L && L.join ? (Y ? m + " " : "") + L.join(" ") : (L || "").toString();
          }, "")), /(NaN| {2}|^$)/.test(T) && (T = "M 0 0"), this[X] !== T && (g.setAttribute(X, T), this[X] = T);
        }, j.prototype.fadeOut = function(T) {
          var X = this;
          X.animate({ opacity: 0 }, { duration: n(T, 150), complete: function() {
            X.attr({ y: -9999 }).hide();
          } });
        }, j.prototype.fillSetter = function(T, X, g) {
          typeof T == "string" ? g.setAttribute(X, T) : T && this.complexColor(T, X, g);
        }, j.prototype.getBBox = function(T, X) {
          var g = this.renderer, m = this.element, L = this.styles, Y = this.textStr, V = g.cache, Q = g.cacheKeys, k = m.namespaceURI === this.SVG_NS;
          X = n(X, this.rotation, 0);
          var G = g.styledMode ? m && j.prototype.getStyle.call(m, "font-size") : L && L.fontSize, z;
          if (w(Y)) {
            var $ = Y.toString();
            $.indexOf("<") === -1 && ($ = $.replace(/[0-9]/g, "0")), $ += ["", X, G, this.textWidth, L && L.textOverflow, L && L.fontWeight].join();
          }
          if ($ && !T && (z = V[$]), !z) {
            if (k || g.forExport) {
              try {
                var q = this.fakeTS && function(it) {
                  var et = m.querySelector(".highcharts-text-outline");
                  et && b(et, { display: it });
                };
                i(q) && q("none"), z = m.getBBox ? a({}, m.getBBox()) : { width: m.offsetWidth, height: m.offsetHeight }, i(q) && q("");
              } catch {
              }
              (!z || 0 > z.width) && (z = {
                width: 0,
                height: 0
              });
            } else
              z = this.htmlGetBBox();
            if (g.isSVG && (T = z.width, g = z.height, k && (z.height = g = { "11px,17": 14, "13px,20": 16 }[(G || "") + "," + Math.round(g)] || g), X && (k = X * R, z.width = Math.abs(g * Math.sin(k)) + Math.abs(T * Math.cos(k)), z.height = Math.abs(g * Math.cos(k)) + Math.abs(T * Math.sin(k)))), $ && (Y === "" || 0 < z.height)) {
              for (; 250 < Q.length; )
                delete V[Q.shift()];
              V[$] || Q.push($), V[$] = z;
            }
          }
          return z;
        }, j.prototype.getStyle = function(T) {
          return P.getComputedStyle(this.element || this, "").getPropertyValue(T);
        }, j.prototype.hasClass = function(T) {
          return ("" + this.attr("class")).split(" ").indexOf(T) !== -1;
        }, j.prototype.hide = function(T) {
          return T ? this.attr({ y: -9999 }) : this.attr({ visibility: "hidden" }), this;
        }, j.prototype.htmlGetBBox = function() {
          return { height: 0, width: 0, x: 0, y: 0 };
        }, j.prototype.init = function(T, X) {
          this.element = X === "span" ? C(X) : S.createElementNS(this.SVG_NS, X), this.renderer = T, c(this, "afterInit");
        }, j.prototype.invert = function(T) {
          return this.inverted = T, this.updateTransform(), this;
        }, j.prototype.on = function(T, X) {
          var g = this.onEvents;
          return g[T] && g[T](), g[T] = O(
            this.element,
            T,
            X
          ), this;
        }, j.prototype.opacitySetter = function(T, X, g) {
          this.opacity = T = Number(Number(T).toFixed(3)), g.setAttribute(X, T);
        }, j.prototype.removeClass = function(T) {
          return this.attr("class", ("" + this.attr("class")).replace(s(T) ? new RegExp("(^| )" + T + "( |$)") : T, " ").replace(/ +/g, " ").trim());
        }, j.prototype.removeTextOutline = function() {
          var T = this.element.querySelector("tspan.highcharts-text-outline");
          T && this.safeRemoveChild(T);
        }, j.prototype.safeRemoveChild = function(T) {
          var X = T.parentNode;
          X && X.removeChild(T);
        }, j.prototype.setRadialReference = function(T) {
          var X = this.element.gradient && this.renderer.gradients[this.element.gradient];
          return this.element.radialReference = T, X && X.radAttr && X.animate(this.renderer.getRadialAttr(T, X.radAttr)), this;
        }, j.prototype.setTextPath = function(T, X) {
          var g = this.element, m = this.text ? this.text.element : g, L = { textAnchor: "text-anchor" }, Y = !1, V = this.textPathWrapper, Q = !V;
          X = t(!0, { enabled: !0, attributes: { dy: -5, startOffset: "50%", textAnchor: "middle" } }, X);
          var k = B.filterUserAttributes(X.attributes);
          if (T && X && X.enabled) {
            V && V.element.parentNode === null ? (Q = !0, V = V.destroy()) : V && this.removeTextOutline.call(V.parentGroup), this.options && this.options.padding && (k.dx = -this.options.padding), V || (this.textPathWrapper = V = this.renderer.createElement("textPath"), Y = !0);
            var G = V.element;
            if ((X = T.element.getAttribute("id")) || T.element.setAttribute("id", X = D()), Q)
              for (m.setAttribute("y", 0), l(k.dx) && m.setAttribute("x", -k.dx), T = [].slice.call(m.childNodes), Q = 0; Q < T.length; Q++) {
                var z = T[Q];
                z.nodeType !== P.Node.TEXT_NODE && z.nodeName !== "tspan" || G.appendChild(z);
              }
            Y && V && V.add({ element: m }), G.setAttributeNS("http://www.w3.org/1999/xlink", "href", this.renderer.url + "#" + X), w(k.dy) && (G.parentNode.setAttribute("dy", k.dy), delete k.dy), w(k.dx) && (G.parentNode.setAttribute("dx", k.dx), delete k.dx), o(k, function($, q) {
              G.setAttribute(L[q] || q, $);
            }), g.removeAttribute("transform"), this.removeTextOutline.call(V), this.text && !this.renderer.styledMode && this.attr({ fill: "none", "stroke-width": 0 }), this.applyTextOutline = this.updateTransform = x;
          } else
            V && (delete this.updateTransform, delete this.applyTextOutline, this.destroyTextPath(g, T), this.updateTransform(), this.options && this.options.rotation && this.applyTextOutline(this.options.style.textOutline));
          return this;
        }, j.prototype.shadow = function(T, X, g) {
          var m = [], L = this.element, Y = this.oldShadowOptions, V = { color: "#000000", offsetX: this.parentInverted ? -1 : 1, offsetY: this.parentInverted ? -1 : 1, opacity: 0.15, width: 3 }, Q = !1, k;
          if (T === !0 ? k = V : typeof T == "object" && (k = a(V, T)), k && (k && Y && o(k, function(it, et) {
            it !== Y[et] && (Q = !0);
          }), Q && this.destroyShadows(), this.oldShadowOptions = k), !k)
            this.destroyShadows();
          else if (!this.shadows) {
            var G = k.opacity / k.width, z = this.parentInverted ? "translate(" + k.offsetY + ", " + k.offsetX + ")" : "translate(" + k.offsetX + ", " + k.offsetY + ")";
            for (V = 1; V <= k.width; V++) {
              var $ = L.cloneNode(!1), q = 2 * k.width + 1 - 2 * V;
              N($, { stroke: T.color || "#000000", "stroke-opacity": G * V, "stroke-width": q, transform: z, fill: "none" }), $.setAttribute("class", ($.getAttribute("class") || "") + " highcharts-shadow"), g && (N($, "height", Math.max(N($, "height") - q, 0)), $.cutHeight = q), X ? X.element.appendChild($) : L.parentNode && L.parentNode.insertBefore($, L), m.push($);
            }
            this.shadows = m;
          }
          return this;
        }, j.prototype.show = function(T) {
          return this.attr({ visibility: T ? "inherit" : "visible" });
        }, j.prototype.strokeSetter = function(T, X, g) {
          this[X] = T, this.stroke && this["stroke-width"] ? (j.prototype.fillSetter.call(this, this.stroke, "stroke", g), g.setAttribute("stroke-width", this["stroke-width"]), this.hasStroke = !0) : X === "stroke-width" && T === 0 && this.hasStroke ? (g.removeAttribute("stroke"), this.hasStroke = !1) : this.renderer.styledMode && this["stroke-width"] && (g.setAttribute("stroke-width", this["stroke-width"]), this.hasStroke = !0);
        }, j.prototype.strokeWidth = function() {
          if (!this.renderer.styledMode)
            return this["stroke-width"] || 0;
          var T = this.getStyle("stroke-width"), X = 0;
          if (T.indexOf("px") === T.length - 2)
            X = A(T);
          else if (T !== "") {
            var g = S.createElementNS(u, "rect");
            N(g, { width: T, "stroke-width": 0 }), this.element.parentNode.appendChild(g), X = g.getBBox().width, g.parentNode.removeChild(g);
          }
          return X;
        }, j.prototype.symbolAttr = function(T) {
          var X = this;
          "x y r start end width height innerR anchorX anchorY clockwise".split(" ").forEach(function(g) {
            X[g] = n(T[g], X[g]);
          }), X.attr({ d: X.renderer.symbols[X.symbolName](X.x, X.y, X.width, X.height, X) });
        }, j.prototype.textSetter = function(T) {
          T !== this.textStr && (delete this.textPxLength, this.textStr = T, this.added && this.renderer.buildText(this));
        }, j.prototype.titleSetter = function(T) {
          var X = this.element, g = X.getElementsByTagName("title")[0] || S.createElementNS(this.SVG_NS, "title");
          X.insertBefore ? X.insertBefore(g, X.firstChild) : X.appendChild(g), g.textContent = String(n(T, "")).replace(/<[^>]*>/g, "").replace(/&lt;/g, "<").replace(
            /&gt;/g,
            ">"
          );
        }, j.prototype.toFront = function() {
          var T = this.element;
          return T.parentNode.appendChild(T), this;
        }, j.prototype.translate = function(T, X) {
          return this.attr({ translateX: T, translateY: X });
        }, j.prototype.updateShadows = function(T, X, g) {
          var m = this.shadows;
          if (m)
            for (var L = m.length; L--; )
              g.call(m[L], T === "height" ? Math.max(X - (m[L].cutHeight || 0), 0) : T === "d" ? this.d : X, T, m[L]);
        }, j.prototype.updateTransform = function() {
          var T = this.scaleX, X = this.scaleY, g = this.inverted, m = this.rotation, L = this.matrix, Y = this.element, V = this.translateX || 0, Q = this.translateY || 0;
          g && (V += this.width, Q += this.height), V = ["translate(" + V + "," + Q + ")"], w(L) && V.push("matrix(" + L.join(",") + ")"), g ? V.push("rotate(90) scale(-1,1)") : m && V.push("rotate(" + m + " " + n(this.rotationOriginX, Y.getAttribute("x"), 0) + " " + n(this.rotationOriginY, Y.getAttribute("y") || 0) + ")"), (w(T) || w(X)) && V.push("scale(" + n(T, 1) + " " + n(X, 1) + ")"), V.length && Y.setAttribute("transform", V.join(" "));
        }, j.prototype.visibilitySetter = function(T, X, g) {
          T === "inherit" ? g.removeAttribute(X) : this[X] !== T && g.setAttribute(
            X,
            T
          ), this[X] = T;
        }, j.prototype.xGetter = function(T) {
          return this.element.nodeName === "circle" && (T === "x" ? T = "cx" : T === "y" && (T = "cy")), this._defaultGetter(T);
        }, j.prototype.zIndexSetter = function(T, X) {
          var g = this.renderer, m = this.parentGroup, L = (m || g).element || g.box, Y = this.element;
          g = L === g.box;
          var V = !1, Q = this.added, k;
          if (w(T) ? (Y.setAttribute("data-z-index", T), T = +T, this[X] === T && (Q = !1)) : w(this[X]) && Y.removeAttribute("data-z-index"), this[X] = T, Q) {
            for ((T = this.zIndex) && m && (m.handleZ = !0), X = L.childNodes, k = X.length - 1; 0 <= k && !V; k--) {
              m = X[k], Q = m.getAttribute("data-z-index");
              var G = !w(Q);
              m !== Y && (0 > T && G && !g && !k ? (L.insertBefore(Y, X[k]), V = !0) : (A(Q) <= T || G && (!w(T) || 0 <= T)) && (L.insertBefore(Y, X[k + 1] || null), V = !0));
            }
            V || (L.insertBefore(Y, X[g ? 3 : 0] || null), V = !0);
          }
          return V;
        }, j;
      }(), y.prototype["stroke-widthSetter"] = y.prototype.strokeSetter, y.prototype.yGetter = y.prototype.xGetter, y.prototype.matrixSetter = y.prototype.rotationOriginXSetter = y.prototype.rotationOriginYSetter = y.prototype.rotationSetter = y.prototype.scaleXSetter = y.prototype.scaleYSetter = y.prototype.translateXSetter = y.prototype.translateYSetter = y.prototype.verticalAlignSetter = function(j, T) {
        this[T] = j, this.doTransform = !0;
      }, y;
    }), E(h, "Core/Renderer/RendererRegistry.js", [h["Core/Globals.js"]], function(y) {
      var B;
      return function(I) {
        I.rendererTypes = {};
        var Z;
        I.getRendererType = function(F) {
          return F === void 0 && (F = Z), I.rendererTypes[F] || I.rendererTypes[Z];
        }, I.registerRendererType = function(F, U, H) {
          I.rendererTypes[F] = U, (!Z || H) && (Z = F, y.Renderer = U);
        };
      }(B || (B = {})), B;
    }), E(
      h,
      "Core/Renderer/SVG/SVGLabel.js",
      [h["Core/Renderer/SVG/SVGElement.js"], h["Core/Utilities.js"]],
      function(y, B) {
        var I = this && this.__extends || function() {
          var S = function(x, d) {
            return S = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(u, P) {
              u.__proto__ = P;
            } || function(u, P) {
              for (var O in P)
                P.hasOwnProperty(O) && (u[O] = P[O]);
            }, S(x, d);
          };
          return function(x, d) {
            function u() {
              this.constructor = x;
            }
            S(x, d), x.prototype = d === null ? Object.create(d) : (u.prototype = d.prototype, new u());
          };
        }(), Z = B.defined, F = B.extend, U = B.isNumber, H = B.merge, W = B.pick, R = B.removeEvent;
        return function(S) {
          function x(d, u, P, O, N, C, b, w, v, a) {
            var c = S.call(this) || this;
            c.paddingLeftSetter = c.paddingSetter, c.paddingRightSetter = c.paddingSetter, c.init(d, "g"), c.textStr = u, c.x = P, c.y = O, c.anchorX = C, c.anchorY = b, c.baseline = v, c.className = a, c.addClass(a === "button" ? "highcharts-no-tooltip" : "highcharts-label"), a && c.addClass("highcharts-" + a), c.text = d.text(void 0, 0, 0, w).attr({ zIndex: 1 });
            var p;
            return typeof N == "string" && ((p = /^url\((.*?)\)$/.test(N)) || c.renderer.symbols[N]) && (c.symbolKey = N), c.bBox = x.emptyBBox, c.padding = 3, c.baselineOffset = 0, c.needsBox = d.styledMode || p, c.deferredAttr = {}, c.alignFactor = 0, c;
          }
          return I(x, S), x.prototype.alignSetter = function(d) {
            d = { left: 0, center: 0.5, right: 1 }[d], d !== this.alignFactor && (this.alignFactor = d, this.bBox && U(this.xSetting) && this.attr({ x: this.xSetting }));
          }, x.prototype.anchorXSetter = function(d, u) {
            this.anchorX = d, this.boxAttr(u, Math.round(d) - this.getCrispAdjust() - this.xSetting);
          }, x.prototype.anchorYSetter = function(d, u) {
            this.anchorY = d, this.boxAttr(u, d - this.ySetting);
          }, x.prototype.boxAttr = function(d, u) {
            this.box ? this.box.attr(d, u) : this.deferredAttr[d] = u;
          }, x.prototype.css = function(d) {
            if (d) {
              var u = {};
              d = H(d), x.textProps.forEach(function(O) {
                typeof d[O] < "u" && (u[O] = d[O], delete d[O]);
              }), this.text.css(u);
              var P = "width" in u;
              "fontSize" in u || "fontWeight" in u ? this.updateTextPadding() : P && this.updateBoxSize();
            }
            return y.prototype.css.call(this, d);
          }, x.prototype.destroy = function() {
            R(this.element, "mouseenter"), R(this.element, "mouseleave"), this.text && this.text.destroy(), this.box && (this.box = this.box.destroy()), y.prototype.destroy.call(this);
          }, x.prototype.fillSetter = function(d, u) {
            d && (this.needsBox = !0), this.fill = d, this.boxAttr(u, d);
          }, x.prototype.getBBox = function() {
            this.textStr && this.bBox.width === 0 && this.bBox.height === 0 && this.updateBoxSize();
            var d = this.padding, u = W(this.paddingLeft, d);
            return { width: this.width, height: this.height, x: this.bBox.x - u, y: this.bBox.y - d };
          }, x.prototype.getCrispAdjust = function() {
            return this.renderer.styledMode && this.box ? this.box.strokeWidth() % 2 / 2 : (this["stroke-width"] ? parseInt(
              this["stroke-width"],
              10
            ) : 0) % 2 / 2;
          }, x.prototype.heightSetter = function(d) {
            this.heightSetting = d;
          }, x.prototype.onAdd = function() {
            var d = this.textStr;
            this.text.add(this), this.attr({ text: Z(d) ? d : "", x: this.x, y: this.y }), this.box && Z(this.anchorX) && this.attr({ anchorX: this.anchorX, anchorY: this.anchorY });
          }, x.prototype.paddingSetter = function(d, u) {
            U(d) ? d !== this[u] && (this[u] = d, this.updateTextPadding()) : this[u] = void 0;
          }, x.prototype.rSetter = function(d, u) {
            this.boxAttr(u, d);
          }, x.prototype.shadow = function(d) {
            return d && !this.renderer.styledMode && (this.updateBoxSize(), this.box && this.box.shadow(d)), this;
          }, x.prototype.strokeSetter = function(d, u) {
            this.stroke = d, this.boxAttr(u, d);
          }, x.prototype["stroke-widthSetter"] = function(d, u) {
            d && (this.needsBox = !0), this["stroke-width"] = d, this.boxAttr(u, d);
          }, x.prototype["text-alignSetter"] = function(d) {
            this.textAlign = d;
          }, x.prototype.textSetter = function(d) {
            typeof d < "u" && this.text.attr({ text: d }), this.updateTextPadding();
          }, x.prototype.updateBoxSize = function() {
            var d = this.text.element.style, u = {}, P = this.padding, O = this.bBox = U(this.widthSetting) && U(this.heightSetting) && !this.textAlign || !Z(this.text.textStr) ? x.emptyBBox : this.text.getBBox();
            this.width = this.getPaddedWidth(), this.height = (this.heightSetting || O.height || 0) + 2 * P, d = this.renderer.fontMetrics(d && d.fontSize, this.text), this.baselineOffset = P + Math.min((this.text.firstLineMetrics || d).b, O.height || 1 / 0), this.heightSetting && (this.baselineOffset += (this.heightSetting - d.h) / 2), this.needsBox && (this.box || (P = this.box = this.symbolKey ? this.renderer.symbol(this.symbolKey) : this.renderer.rect(), P.addClass((this.className === "button" ? "" : "highcharts-label-box") + (this.className ? " highcharts-" + this.className + "-box" : "")), P.add(this)), P = this.getCrispAdjust(), u.x = P, u.y = (this.baseline ? -this.baselineOffset : 0) + P, u.width = Math.round(this.width), u.height = Math.round(this.height), this.box.attr(F(u, this.deferredAttr)), this.deferredAttr = {});
          }, x.prototype.updateTextPadding = function() {
            var d = this.text;
            this.updateBoxSize();
            var u = this.baseline ? 0 : this.baselineOffset, P = W(this.paddingLeft, this.padding);
            Z(this.widthSetting) && this.bBox && (this.textAlign === "center" || this.textAlign === "right") && (P += { center: 0.5, right: 1 }[this.textAlign] * (this.widthSetting - this.bBox.width)), (P !== d.x || u !== d.y) && (d.attr("x", P), d.hasBoxWidthChanged && (this.bBox = d.getBBox(!0)), typeof u < "u" && d.attr("y", u)), d.x = P, d.y = u;
          }, x.prototype.widthSetter = function(d) {
            this.widthSetting = U(d) ? d : void 0;
          }, x.prototype.getPaddedWidth = function() {
            var d = this.padding, u = W(this.paddingLeft, d);
            return d = W(this.paddingRight, d), (this.widthSetting || this.bBox.width || 0) + u + d;
          }, x.prototype.xSetter = function(d) {
            this.x = d, this.alignFactor && (d -= this.alignFactor * this.getPaddedWidth(), this["forceAnimate:x"] = !0), this.xSetting = Math.round(d), this.attr("translateX", this.xSetting);
          }, x.prototype.ySetter = function(d) {
            this.ySetting = this.y = Math.round(d), this.attr("translateY", this.ySetting);
          }, x.emptyBBox = { width: 0, height: 0, x: 0, y: 0 }, x.textProps = "color direction fontFamily fontSize fontStyle fontWeight lineHeight textAlign textDecoration textOutline textOverflow width".split(" "), x;
        }(y);
      }
    ), E(
      h,
      "Core/Renderer/SVG/Symbols.js",
      [h["Core/Utilities.js"]],
      function(y) {
        function B(W, R, S, x, d) {
          var u = [];
          if (d) {
            var P = d.start || 0, O = H(d.r, S);
            S = H(d.r, x || S);
            var N = (d.end || 0) - 1e-3;
            x = d.innerR;
            var C = H(d.open, 1e-3 > Math.abs((d.end || 0) - P - 2 * Math.PI)), b = Math.cos(P), w = Math.sin(P), v = Math.cos(N), a = Math.sin(N);
            P = H(d.longArc, 1e-3 > N - P - Math.PI ? 0 : 1), u.push(["M", W + O * b, R + S * w], ["A", O, S, 0, P, H(d.clockwise, 1), W + O * v, R + S * a]), F(x) && u.push(C ? ["M", W + x * v, R + x * a] : ["L", W + x * v, R + x * a], ["A", x, x, 0, P, F(d.clockwise) ? 1 - d.clockwise : 0, W + x * b, R + x * w]), C || u.push(["Z"]);
          }
          return u;
        }
        function I(W, R, S, x, d) {
          return d && d.r ? Z(W, R, S, x, d) : [["M", W, R], ["L", W + S, R], ["L", W + S, R + x], ["L", W, R + x], ["Z"]];
        }
        function Z(W, R, S, x, d) {
          return d = d && d.r || 0, [["M", W + d, R], ["L", W + S - d, R], ["C", W + S, R, W + S, R, W + S, R + d], ["L", W + S, R + x - d], ["C", W + S, R + x, W + S, R + x, W + S - d, R + x], ["L", W + d, R + x], ["C", W, R + x, W, R + x, W, R + x - d], ["L", W, R + d], ["C", W, R, W, R, W + d, R]];
        }
        var F = y.defined, U = y.isNumber, H = y.pick;
        return { arc: B, callout: function(W, R, S, x, d) {
          var u = Math.min(d && d.r || 0, S, x), P = u + 6, O = d && d.anchorX;
          d = d && d.anchorY || 0;
          var N = Z(W, R, S, x, { r: u });
          return U(O) && (W + O >= S ? d > R + P && d < R + x - P ? N.splice(3, 1, ["L", W + S, d - 6], ["L", W + S + 6, d], ["L", W + S, d + 6], ["L", W + S, R + x - u]) : N.splice(3, 1, ["L", W + S, x / 2], ["L", O, d], ["L", W + S, x / 2], ["L", W + S, R + x - u]) : 0 >= W + O ? d > R + P && d < R + x - P ? N.splice(7, 1, ["L", W, d + 6], ["L", W - 6, d], ["L", W, d - 6], ["L", W, R + u]) : N.splice(7, 1, ["L", W, x / 2], ["L", O, d], ["L", W, x / 2], ["L", W, R + u]) : d && d > x && O > W + P && O < W + S - P ? N.splice(5, 1, ["L", O + 6, R + x], ["L", O, R + x + 6], ["L", O - 6, R + x], ["L", W + u, R + x]) : d && 0 > d && O > W + P && O < W + S - P && N.splice(1, 1, ["L", O - 6, R], ["L", O, R - 6], ["L", O + 6, R], ["L", S - u, R])), N;
        }, circle: function(W, R, S, x) {
          return B(W + S / 2, R + x / 2, S / 2, x / 2, { start: 0.5 * Math.PI, end: 2.5 * Math.PI, open: !1 });
        }, diamond: function(W, R, S, x) {
          return [["M", W + S / 2, R], ["L", W + S, R + x / 2], ["L", W + S / 2, R + x], ["L", W, R + x / 2], ["Z"]];
        }, rect: I, roundedRect: Z, square: I, triangle: function(W, R, S, x) {
          return [["M", W + S / 2, R], ["L", W + S, R + x], ["L", W, R + x], ["Z"]];
        }, "triangle-down": function(W, R, S, x) {
          return [["M", W, R], ["L", W + S, R], ["L", W + S / 2, R + x], ["Z"]];
        } };
      }
    ), E(h, "Core/Renderer/SVG/TextBuilder.js", [h["Core/Renderer/HTML/AST.js"], h["Core/Globals.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = B.doc, F = B.SVG_NS, U = B.win, H = I.attr, W = I.isString, R = I.objectEach, S = I.pick;
      return function() {
        function x(d) {
          var u = d.styles;
          this.renderer = d.renderer, this.svgElement = d, this.width = d.textWidth, this.textLineHeight = u && u.lineHeight, this.textOutline = u && u.textOutline, this.ellipsis = !(!u || u.textOverflow !== "ellipsis"), this.noWrap = !(!u || u.whiteSpace !== "nowrap"), this.fontSize = u && u.fontSize;
        }
        return x.prototype.buildSVG = function() {
          var d = this.svgElement, u = d.element, P = d.renderer, O = S(d.textStr, "").toString(), N = O.indexOf("<") !== -1, C = u.childNodes;
          P = this.width && !d.added && P.box;
          var b = /<br.*?>/g, w = [O, this.ellipsis, this.noWrap, this.textLineHeight, this.textOutline, this.fontSize, this.width].join();
          if (w !== d.textCache) {
            for (d.textCache = w, delete d.actualWidth, w = C.length; w--; )
              u.removeChild(C[w]);
            N || this.ellipsis || this.width || O.indexOf(" ") !== -1 && (!this.noWrap || b.test(O)) ? O !== "" && (P && P.appendChild(u), O = new y(O), this.modifyTree(O.nodes), O.addToDOM(d.element), this.modifyDOM(), this.ellipsis && (u.textContent || "").indexOf("…") !== -1 && d.attr(
              "title",
              this.unescapeEntities(d.textStr || "", ["&lt;", "&gt;"])
            ), P && P.removeChild(u)) : u.appendChild(Z.createTextNode(this.unescapeEntities(O))), W(this.textOutline) && d.applyTextOutline && d.applyTextOutline(this.textOutline);
          }
        }, x.prototype.modifyDOM = function() {
          var d = this, u = this.svgElement, P = H(u.element, "x");
          u.firstLineMetrics = void 0;
          for (var O; (O = u.element.firstChild) && /^[\s\u200B]*$/.test(O.textContent || " "); )
            u.element.removeChild(O);
          [].forEach.call(u.element.querySelectorAll("tspan.highcharts-br"), function(w, v) {
            w.nextSibling && w.previousSibling && (v === 0 && w.previousSibling.nodeType === 1 && (u.firstLineMetrics = u.renderer.fontMetrics(void 0, w.previousSibling)), H(w, { dy: d.getLineHeight(w.nextSibling), x: P }));
          });
          var N = this.width || 0;
          if (N) {
            var C = function(w, v) {
              var a = w.textContent || "", c = a.replace(/([^\^])-/g, "$1- ").split(" "), p = !d.noWrap && (1 < c.length || 1 < u.element.childNodes.length), i = d.getLineHeight(v), l = 0, s = u.actualWidth;
              if (d.ellipsis)
                a && d.truncate(w, a, void 0, 0, Math.max(0, N - parseInt(d.fontSize || 12, 10)), function(t, o) {
                  return t.substring(
                    0,
                    o
                  ) + "…";
                });
              else if (p) {
                for (a = [], p = []; v.firstChild && v.firstChild !== w; )
                  p.push(v.firstChild), v.removeChild(v.firstChild);
                for (; c.length; )
                  c.length && !d.noWrap && 0 < l && (a.push(w.textContent || ""), w.textContent = c.join(" ").replace(/- /g, "-")), d.truncate(w, void 0, c, l === 0 && s || 0, N, function(t, o) {
                    return c.slice(0, o).join(" ").replace(/- /g, "-");
                  }), s = u.actualWidth, l++;
                p.forEach(function(t) {
                  v.insertBefore(t, w);
                }), a.forEach(function(t) {
                  v.insertBefore(Z.createTextNode(t), w), t = Z.createElementNS(F, "tspan"), t.textContent = "​", H(t, { dy: i, x: P }), v.insertBefore(t, w);
                });
              }
            }, b = function(w) {
              [].slice.call(w.childNodes).forEach(function(v) {
                v.nodeType === U.Node.TEXT_NODE ? C(v, w) : (v.className.baseVal.indexOf("highcharts-br") !== -1 && (u.actualWidth = 0), b(v));
              });
            };
            b(u.element);
          }
        }, x.prototype.getLineHeight = function(d) {
          var u;
          return d = d.nodeType === U.Node.TEXT_NODE ? d.parentElement : d, this.renderer.styledMode || (u = d && /(px|em)$/.test(d.style.fontSize) ? d.style.fontSize : this.fontSize || this.renderer.style.fontSize || 12), this.textLineHeight ? parseInt(
            this.textLineHeight.toString(),
            10
          ) : this.renderer.fontMetrics(u, d || this.svgElement.element).h;
        }, x.prototype.modifyTree = function(d) {
          var u = this, P = function(O, N) {
            var C = O.attributes;
            C = C === void 0 ? {} : C;
            var b = O.children, w = O.tagName, v = u.renderer.styledMode;
            w === "b" || w === "strong" ? v ? C.class = "highcharts-strong" : C.style = "font-weight:bold;" + (C.style || "") : (w === "i" || w === "em") && (v ? C.class = "highcharts-emphasized" : C.style = "font-style:italic;" + (C.style || "")), W(C.style) && (C.style = C.style.replace(/(;| |^)color([ :])/, "$1fill$2")), w === "br" ? (C.class = "highcharts-br", O.textContent = "​", (N = d[N + 1]) && N.textContent && (N.textContent = N.textContent.replace(/^ +/gm, ""))) : w === "a" && b && b.some(function(a) {
              return a.tagName === "#text";
            }) && (O.children = [{ children: b, tagName: "tspan" }]), w !== "#text" && w !== "a" && (O.tagName = "tspan"), O.attributes = C, b && b.filter(function(a) {
              return a.tagName !== "#text";
            }).forEach(P);
          };
          d.forEach(P);
        }, x.prototype.truncate = function(d, u, P, O, N, C) {
          var b = this.svgElement, w = b.renderer, v = b.rotation, a = [], c = P ? 1 : 0, p = (u || P || "").length, i = p, l, s = function(o, n) {
            n = n || o;
            var A = d.parentNode;
            if (A && typeof a[n] > "u")
              if (A.getSubStringLength)
                try {
                  a[n] = O + A.getSubStringLength(0, P ? n + 1 : n);
                } catch {
                }
              else
                w.getSpanWidth && (d.textContent = C(u || P, o), a[n] = O + w.getSpanWidth(b, d));
            return a[n];
          };
          b.rotation = 0;
          var t = s(d.textContent.length);
          if (O + t > N) {
            for (; c <= p; )
              i = Math.ceil((c + p) / 2), P && (l = C(P, i)), t = s(i, l && l.length - 1), c === p ? c = p + 1 : t > N ? p = i - 1 : c = i;
            p === 0 ? d.textContent = "" : u && p === u.length - 1 || (d.textContent = l || C(u || P, i));
          }
          P && P.splice(0, i), b.actualWidth = t, b.rotation = v;
        }, x.prototype.unescapeEntities = function(d, u) {
          return R(this.renderer.escapes, function(P, O) {
            u && u.indexOf(P) !== -1 || (d = d.toString().replace(new RegExp(P, "g"), O));
          }), d;
        }, x;
      }();
    }), E(h, "Core/Renderer/SVG/SVGRenderer.js", [h["Core/Renderer/HTML/AST.js"], h["Core/Color/Color.js"], h["Core/Globals.js"], h["Core/Renderer/RendererRegistry.js"], h["Core/Renderer/SVG/SVGElement.js"], h["Core/Renderer/SVG/SVGLabel.js"], h["Core/Renderer/SVG/Symbols.js"], h["Core/Renderer/SVG/TextBuilder.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F, U, H, W, R) {
      var S = I.charts, x = I.deg2rad, d = I.doc, u = I.isFirefox, P = I.isMS, O = I.isWebKit, N = I.noop, C = I.SVG_NS, b = I.symbolSizes, w = I.win, v = R.addEvent, a = R.attr, c = R.createElement, p = R.css, i = R.defined, l = R.destroyObjectProperties, s = R.extend, t = R.isArray, o = R.isNumber, n = R.isObject, A = R.isString, _ = R.merge, D = R.pick, j = R.pInt, T = R.uniqueKey, X;
      return I = function() {
        function g(m, L, Y, V, Q, k, G) {
          this.width = this.url = this.style = this.isSVG = this.imgCount = this.height = this.gradients = this.globalAnimation = this.defs = this.chartIndex = this.cacheKeys = this.cache = this.boxWrapper = this.box = this.alignedObjects = void 0, this.init(m, L, Y, V, Q, k, G);
        }
        return g.prototype.init = function(m, L, Y, V, Q, k, G) {
          var z = this.createElement("svg").attr({ version: "1.1", class: "highcharts-root" }), $ = z.element;
          G || z.css(this.getStyle(V)), m.appendChild($), a(m, "dir", "ltr"), m.innerHTML.indexOf("xmlns") === -1 && a($, "xmlns", this.SVG_NS), this.isSVG = !0, this.box = $, this.boxWrapper = z, this.alignedObjects = [], this.url = this.getReferenceURL(), this.createElement("desc").add().element.appendChild(d.createTextNode("Created with Highcharts 9.3.3")), this.defs = this.createElement("defs").add(), this.allowHTML = k, this.forExport = Q, this.styledMode = G, this.gradients = {}, this.cache = {}, this.cacheKeys = [], this.imgCount = 0, this.setSize(L, Y, !1);
          var q;
          u && m.getBoundingClientRect && (L = function() {
            p(m, { left: 0, top: 0 }), q = m.getBoundingClientRect(), p(m, { left: Math.ceil(q.left) - q.left + "px", top: Math.ceil(q.top) - q.top + "px" });
          }, L(), this.unSubPixelFix = v(w, "resize", L));
        }, g.prototype.definition = function(m) {
          return new y([m]).addToDOM(this.defs.element);
        }, g.prototype.getReferenceURL = function() {
          if ((u || O) && d.getElementsByTagName("base").length) {
            if (!i(X)) {
              var m = T();
              m = new y([{ tagName: "svg", attributes: { width: 8, height: 8 }, children: [{ tagName: "defs", children: [{ tagName: "clipPath", attributes: { id: m }, children: [{ tagName: "rect", attributes: { width: 4, height: 4 } }] }] }, { tagName: "rect", attributes: { id: "hitme", width: 8, height: 8, "clip-path": "url(#" + m + ")", fill: "rgba(0,0,0,0.001)" } }] }]).addToDOM(d.body), p(m, { position: "fixed", top: 0, left: 0, zIndex: 9e5 });
              var L = d.elementFromPoint(6, 6);
              X = (L && L.id) === "hitme", d.body.removeChild(m);
            }
            if (X)
              return w.location.href.split("#")[0].replace(/<[^>]*>/g, "").replace(/([\('\)])/g, "\\$1").replace(/ /g, "%20");
          }
          return "";
        }, g.prototype.getStyle = function(m) {
          return this.style = s({ fontFamily: '"Lucida Grande", "Lucida Sans Unicode", Arial, Helvetica, sans-serif', fontSize: "12px" }, m);
        }, g.prototype.setStyle = function(m) {
          this.boxWrapper.css(this.getStyle(m));
        }, g.prototype.isHidden = function() {
          return !this.boxWrapper.getBBox().width;
        }, g.prototype.destroy = function() {
          var m = this.defs;
          return this.box = null, this.boxWrapper = this.boxWrapper.destroy(), l(this.gradients || {}), this.gradients = null, m && (this.defs = m.destroy()), this.unSubPixelFix && this.unSubPixelFix(), this.alignedObjects = null;
        }, g.prototype.createElement = function(m) {
          var L = new this.Element();
          return L.init(this, m), L;
        }, g.prototype.getRadialAttr = function(m, L) {
          return { cx: m[0] - m[2] / 2 + (L.cx || 0) * m[2], cy: m[1] - m[2] / 2 + (L.cy || 0) * m[2], r: (L.r || 0) * m[2] };
        }, g.prototype.buildText = function(m) {
          new W(m).buildSVG();
        }, g.prototype.getContrast = function(m) {
          return m = B.parse(m).rgba, m[0] *= 1, m[1] *= 1.2, m[2] *= 0.5, 459 < m[0] + m[1] + m[2] ? "#000000" : "#FFFFFF";
        }, g.prototype.button = function(m, L, Y, V, Q, k, G, z, $, q) {
          var it = this.label(m, L, Y, $, void 0, void 0, q, void 0, "button"), et = this.styledMode, nt = 0, rt = Q ? _(Q) : {};
          if (m = rt && rt.style || {}, rt = y.filterUserAttributes(rt), it.attr(_({ padding: 8, r: 2 }, rt)), !et) {
            rt = _({ fill: "#f7f7f7", stroke: "#cccccc", "stroke-width": 1, style: { color: "#333333", cursor: "pointer", fontWeight: "normal" } }, { style: m }, rt);
            var ct = rt.style;
            delete rt.style, k = _(rt, { fill: "#e6e6e6" }, y.filterUserAttributes(k || {}));
            var gt = k.style;
            delete k.style, G = _(rt, { fill: "#e6ebf5", style: { color: "#000000", fontWeight: "bold" } }, y.filterUserAttributes(G || {}));
            var dt = G.style;
            delete G.style, z = _(rt, { style: { color: "#cccccc" } }, y.filterUserAttributes(z || {}));
            var lt = z.style;
            delete z.style;
          }
          return v(it.element, P ? "mouseover" : "mouseenter", function() {
            nt !== 3 && it.setState(1);
          }), v(it.element, P ? "mouseout" : "mouseleave", function() {
            nt !== 3 && it.setState(nt);
          }), it.setState = function(at) {
            at !== 1 && (it.state = nt = at), it.removeClass(/highcharts-button-(normal|hover|pressed|disabled)/).addClass("highcharts-button-" + ["normal", "hover", "pressed", "disabled"][at || 0]), et || it.attr([rt, k, G, z][at || 0]).css([ct, gt, dt, lt][at || 0]);
          }, et || it.attr(rt).css(s({ cursor: "default" }, ct)), it.on("touchstart", function(at) {
            return at.stopPropagation();
          }).on("click", function(at) {
            nt !== 3 && V.call(it, at);
          });
        }, g.prototype.crispLine = function(m, L, Y) {
          Y === void 0 && (Y = "round");
          var V = m[0], Q = m[1];
          return i(V[1]) && V[1] === Q[1] && (V[1] = Q[1] = Math[Y](V[1]) - L % 2 / 2), i(V[2]) && V[2] === Q[2] && (V[2] = Q[2] = Math[Y](V[2]) + L % 2 / 2), m;
        }, g.prototype.path = function(m) {
          var L = this.styledMode ? {} : { fill: "none" };
          return t(m) ? L.d = m : n(m) && s(L, m), this.createElement("path").attr(L);
        }, g.prototype.circle = function(m, L, Y) {
          return m = n(m) ? m : typeof m > "u" ? {} : { x: m, y: L, r: Y }, L = this.createElement("circle"), L.xSetter = L.ySetter = function(V, Q, k) {
            k.setAttribute("c" + Q, V);
          }, L.attr(m);
        }, g.prototype.arc = function(m, L, Y, V, Q, k) {
          return n(m) ? (V = m, L = V.y, Y = V.r, m = V.x) : V = { innerR: V, start: Q, end: k }, m = this.symbol("arc", m, L, Y, Y, V), m.r = Y, m;
        }, g.prototype.rect = function(m, L, Y, V, Q, k) {
          Q = n(m) ? m.r : Q;
          var G = this.createElement("rect");
          return m = n(m) ? m : typeof m > "u" ? {} : { x: m, y: L, width: Math.max(Y, 0), height: Math.max(V, 0) }, this.styledMode || (typeof k < "u" && (m["stroke-width"] = k, m = G.crisp(m)), m.fill = "none"), Q && (m.r = Q), G.rSetter = function(z, $, q) {
            G.r = z, a(q, { rx: z, ry: z });
          }, G.rGetter = function() {
            return G.r || 0;
          }, G.attr(m);
        }, g.prototype.setSize = function(m, L, Y) {
          this.width = m, this.height = L, this.boxWrapper.animate({ width: m, height: L }, { step: function() {
            this.attr({ viewBox: "0 0 " + this.attr("width") + " " + this.attr("height") });
          }, duration: D(
            Y,
            !0
          ) ? void 0 : 0 }), this.alignElements();
        }, g.prototype.g = function(m) {
          var L = this.createElement("g");
          return m ? L.attr({ class: "highcharts-" + m }) : L;
        }, g.prototype.image = function(m, L, Y, V, Q, k) {
          var G = { preserveAspectRatio: "none" }, z = function(q, it) {
            q.setAttributeNS ? q.setAttributeNS("http://www.w3.org/1999/xlink", "href", it) : q.setAttribute("hc-svg-href", it);
          };
          o(L) && (G.x = L), o(Y) && (G.y = Y), o(V) && (G.width = V), o(Q) && (G.height = Q);
          var $ = this.createElement("image").attr(G);
          return L = function(q) {
            z($.element, m), k.call($, q);
          }, k ? (z(
            $.element,
            "data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw=="
          ), Y = new w.Image(), v(Y, "load", L), Y.src = m, Y.complete && L({})) : z($.element, m), $;
        }, g.prototype.symbol = function(m, L, Y, V, Q, k) {
          var G = this, z = /^url\((.*?)\)$/, $ = z.test(m), q = !$ && (this.symbols[m] ? m : "circle"), it = q && this.symbols[q], et;
          if (it) {
            typeof L == "number" && (et = it.call(this.symbols, Math.round(L || 0), Math.round(Y || 0), V || 0, Q || 0, k));
            var nt = this.path(et);
            G.styledMode || nt.attr("fill", "none"), s(nt, { symbolName: q || void 0, x: L, y: Y, width: V, height: Q }), k && s(nt, k);
          } else if ($) {
            var rt = m.match(z)[1], ct = nt = this.image(rt);
            ct.imgwidth = D(b[rt] && b[rt].width, k && k.width), ct.imgheight = D(b[rt] && b[rt].height, k && k.height);
            var gt = function(dt) {
              return dt.attr({ width: dt.width, height: dt.height });
            };
            ["width", "height"].forEach(function(dt) {
              ct[dt + "Setter"] = function(lt, at) {
                var J = this["img" + at];
                this[at] = lt, i(J) && (k && k.backgroundSize === "within" && this.width && this.height && (J = Math.round(J * Math.min(this.width / this.imgwidth, this.height / this.imgheight))), this.element && this.element.setAttribute(at, J), this.alignByTranslate || (lt = ((this[at] || 0) - J) / 2, this.attr(at === "width" ? { translateX: lt } : { translateY: lt })));
              };
            }), i(L) && ct.attr({ x: L, y: Y }), ct.isImg = !0, i(ct.imgwidth) && i(ct.imgheight) ? gt(ct) : (ct.attr({ width: 0, height: 0 }), c("img", { onload: function() {
              var dt = S[G.chartIndex];
              this.width === 0 && (p(this, { position: "absolute", top: "-999em" }), d.body.appendChild(this)), b[rt] = { width: this.width, height: this.height }, ct.imgwidth = this.width, ct.imgheight = this.height, ct.element && gt(ct), this.parentNode && this.parentNode.removeChild(this), G.imgCount--, !G.imgCount && dt && !dt.hasLoaded && dt.onload();
            }, src: rt }), this.imgCount++);
          }
          return nt;
        }, g.prototype.clipRect = function(m, L, Y, V) {
          var Q = T() + "-", k = this.createElement("clipPath").attr({ id: Q }).add(this.defs);
          return m = this.rect(m, L, Y, V, 0).add(k), m.id = Q, m.clipPath = k, m.count = 0, m;
        }, g.prototype.text = function(m, L, Y, V) {
          var Q = {};
          return V && (this.allowHTML || !this.forExport) ? this.html(m, L, Y) : (Q.x = Math.round(L || 0), Y && (Q.y = Math.round(Y)), i(m) && (Q.text = m), m = this.createElement("text").attr(Q), (!V || this.forExport && !this.allowHTML) && (m.xSetter = function(k, G, z) {
            for (var $ = z.getElementsByTagName("tspan"), q = z.getAttribute(G), it = 0, et; it < $.length; it++)
              et = $[it], et.getAttribute(G) === q && et.setAttribute(G, k);
            z.setAttribute(G, k);
          }), m);
        }, g.prototype.fontMetrics = function(m, L) {
          return m = !this.styledMode && /px/.test(m) || !w.getComputedStyle ? m || L && L.style && L.style.fontSize || this.style && this.style.fontSize : L && F.prototype.getStyle.call(L, "font-size"), m = /px/.test(m) ? j(m) : 12, L = 24 > m ? m + 3 : Math.round(1.2 * m), { h: L, b: Math.round(0.8 * L), f: m };
        }, g.prototype.rotCorr = function(m, L, Y) {
          var V = m;
          return L && Y && (V = Math.max(V * Math.cos(L * x), 4)), { x: -m / 3 * Math.sin(L * x), y: V };
        }, g.prototype.pathToSegments = function(m) {
          for (var L = [], Y = [], V = { A: 8, C: 7, H: 2, L: 3, M: 3, Q: 5, S: 5, T: 3, V: 2 }, Q = 0; Q < m.length; Q++)
            A(Y[0]) && o(m[Q]) && Y.length === V[Y[0].toUpperCase()] && m.splice(Q, 0, Y[0].replace("M", "L").replace("m", "l")), typeof m[Q] == "string" && (Y.length && L.push(Y.slice(0)), Y.length = 0), Y.push(m[Q]);
          return L.push(Y.slice(0)), L;
        }, g.prototype.label = function(m, L, Y, V, Q, k, G, z, $) {
          return new U(this, m, L, Y, V, Q, k, G, z, $);
        }, g.prototype.alignElements = function() {
          this.alignedObjects.forEach(function(m) {
            return m.align();
          });
        }, g;
      }(), s(I.prototype, { Element: F, SVG_NS: C, escapes: { "&": "&amp;", "<": "&lt;", ">": "&gt;", "'": "&#39;", '"': "&quot;" }, symbols: H, draw: N }), Z.registerRendererType("svg", I, !0), I;
    }), E(h, "Core/Renderer/HTML/HTMLElement.js", [h["Core/Globals.js"], h["Core/Renderer/SVG/SVGElement.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = this && this.__extends || function() {
        var P = function(O, N) {
          return P = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(C, b) {
            C.__proto__ = b;
          } || function(C, b) {
            for (var w in b)
              b.hasOwnProperty(w) && (C[w] = b[w]);
          }, P(O, N);
        };
        return function(O, N) {
          function C() {
            this.constructor = O;
          }
          P(O, N), O.prototype = N === null ? Object.create(N) : (C.prototype = N.prototype, new C());
        };
      }(), F = y.isFirefox, U = y.isMS, H = y.isWebKit, W = y.win, R = I.css, S = I.defined, x = I.extend, d = I.pick, u = I.pInt;
      return function(P) {
        function O() {
          return P !== null && P.apply(this, arguments) || this;
        }
        return Z(O, P), O.compose = function(N) {
          if (O.composedClasses.indexOf(N) === -1) {
            O.composedClasses.push(N);
            var C = O.prototype, b = N.prototype;
            b.getSpanCorrection = C.getSpanCorrection, b.htmlCss = C.htmlCss, b.htmlGetBBox = C.htmlGetBBox, b.htmlUpdateTransform = C.htmlUpdateTransform, b.setSpanRotation = C.setSpanRotation;
          }
          return N;
        }, O.prototype.getSpanCorrection = function(N, C, b) {
          this.xCorr = -N * b, this.yCorr = -C;
        }, O.prototype.htmlCss = function(N) {
          var C = this.element.tagName === "SPAN" && N && "width" in N, b = d(C && N.width, void 0);
          if (C) {
            delete N.width, this.textWidth = b;
            var w = !0;
          }
          return N && N.textOverflow === "ellipsis" && (N.whiteSpace = "nowrap", N.overflow = "hidden"), this.styles = x(this.styles, N), R(this.element, N), w && this.htmlUpdateTransform(), this;
        }, O.prototype.htmlGetBBox = function() {
          var N = this.element;
          return { x: N.offsetLeft, y: N.offsetTop, width: N.offsetWidth, height: N.offsetHeight };
        }, O.prototype.htmlUpdateTransform = function() {
          if (this.added) {
            var N = this.renderer, C = this.element, b = this.translateX || 0, w = this.translateY || 0, v = this.x || 0, a = this.y || 0, c = this.textAlign || "left", p = { left: 0, center: 0.5, right: 1 }[c], i = this.styles;
            if (i = i && i.whiteSpace, R(C, { marginLeft: b, marginTop: w }), !N.styledMode && this.shadows && this.shadows.forEach(function(A) {
              R(A, { marginLeft: b + 1, marginTop: w + 1 });
            }), this.inverted && [].forEach.call(C.childNodes, function(A) {
              N.invertChild(A, C);
            }), C.tagName === "SPAN") {
              var l = this.rotation, s = this.textWidth && u(this.textWidth), t = [l, c, C.innerHTML, this.textWidth, this.textAlign].join(), o = void 0;
              if (o = !1, s !== this.oldTextWidth) {
                if (this.textPxLength)
                  var n = this.textPxLength;
                else
                  R(C, { width: "", whiteSpace: i || "nowrap" }), n = C.offsetWidth;
                (s > this.oldTextWidth || n > s) && (/[ \-]/.test(C.textContent || C.innerText) || C.style.textOverflow === "ellipsis") && (R(C, { width: n > s || l ? s + "px" : "auto", display: "block", whiteSpace: i || "normal" }), this.oldTextWidth = s, o = !0);
              }
              this.hasBoxWidthChanged = o, t !== this.cTT && (o = N.fontMetrics(C.style.fontSize, C).b, !S(l) || l === (this.oldRotation || 0) && c === this.oldAlign || this.setSpanRotation(l, p, o), this.getSpanCorrection(!S(l) && this.textPxLength || C.offsetWidth, o, p, l, c)), R(C, { left: v + (this.xCorr || 0) + "px", top: a + (this.yCorr || 0) + "px" }), this.cTT = t, this.oldRotation = l, this.oldAlign = c;
            }
          } else
            this.alignOnAdd = !0;
        }, O.prototype.setSpanRotation = function(N, C, b) {
          var w = {}, v = U && !/Edge/.test(W.navigator.userAgent) ? "-ms-transform" : H ? "-webkit-transform" : F ? "MozTransform" : W.opera ? "-o-transform" : void 0;
          v && (w[v] = w.transform = "rotate(" + N + "deg)", w[v + (F ? "Origin" : "-origin")] = w.transformOrigin = 100 * C + "% " + b + "px", R(this.element, w));
        }, O.composedClasses = [], O;
      }(B);
    }), E(
      h,
      "Core/Renderer/HTML/HTMLRenderer.js",
      [h["Core/Renderer/HTML/AST.js"], h["Core/Renderer/SVG/SVGElement.js"], h["Core/Renderer/SVG/SVGRenderer.js"], h["Core/Utilities.js"]],
      function(y, B, I, Z) {
        var F = this && this.__extends || function() {
          var S = function(x, d) {
            return S = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(u, P) {
              u.__proto__ = P;
            } || function(u, P) {
              for (var O in P)
                P.hasOwnProperty(O) && (u[O] = P[O]);
            }, S(x, d);
          };
          return function(x, d) {
            function u() {
              this.constructor = x;
            }
            S(x, d), x.prototype = d === null ? Object.create(d) : (u.prototype = d.prototype, new u());
          };
        }(), U = Z.attr, H = Z.createElement, W = Z.extend, R = Z.pick;
        return function(S) {
          function x() {
            return S !== null && S.apply(this, arguments) || this;
          }
          return F(x, S), x.compose = function(d) {
            return x.composedClasses.indexOf(d) === -1 && (x.composedClasses.push(d), d.prototype.html = x.prototype.html), d;
          }, x.prototype.html = function(d, u, P) {
            var O = this.createElement("span"), N = O.element, C = O.renderer, b = C.isSVG, w = function(v, a) {
              ["opacity", "visibility"].forEach(function(c) {
                v[c + "Setter"] = function(p, i, l) {
                  var s = v.div ? v.div.style : a;
                  B.prototype[c + "Setter"].call(this, p, i, l), s && (s[i] = p);
                };
              }), v.addedSetters = !0;
            };
            return O.textSetter = function(v) {
              v !== this.textStr && (delete this.bBox, delete this.oldTextWidth, y.setElementHTML(this.element, R(v, "")), this.textStr = v, O.doTransform = !0);
            }, b && w(O, O.element.style), O.xSetter = O.ySetter = O.alignSetter = O.rotationSetter = function(v, a) {
              a === "align" ? O.alignValue = O.textAlign = v : O[a] = v, O.doTransform = !0;
            }, O.afterSetters = function() {
              this.doTransform && (this.htmlUpdateTransform(), this.doTransform = !1);
            }, O.attr({ text: d, x: Math.round(u), y: Math.round(P) }).css({ position: "absolute" }), C.styledMode || O.css({ fontFamily: this.style.fontFamily, fontSize: this.style.fontSize }), N.style.whiteSpace = "nowrap", O.css = O.htmlCss, b && (O.add = function(v) {
              var a = C.box.parentNode, c = [];
              if (this.parentGroup = v) {
                var p = v.div;
                if (!p) {
                  for (; v; )
                    c.push(v), v = v.parentGroup;
                  c.reverse().forEach(function(i) {
                    function l(n, A) {
                      i[A] = n, A === "translateX" ? o.left = n + "px" : o.top = n + "px", i.doTransform = !0;
                    }
                    var s = U(i.element, "class"), t = i.styles || {};
                    p = i.div = i.div || H("div", s ? { className: s } : void 0, {
                      position: "absolute",
                      left: (i.translateX || 0) + "px",
                      top: (i.translateY || 0) + "px",
                      display: i.display,
                      opacity: i.opacity,
                      cursor: t.cursor,
                      pointerEvents: t.pointerEvents,
                      visibility: i.visibility
                    }, p || a);
                    var o = p.style;
                    W(i, { classSetter: function(n) {
                      return function(A) {
                        this.element.setAttribute("class", A), n.className = A;
                      };
                    }(p), on: function() {
                      return c[0].div && O.on.apply({ element: c[0].div, onEvents: i.onEvents }, arguments), i;
                    }, translateXSetter: l, translateYSetter: l }), i.addedSetters || w(i);
                  });
                }
              } else
                p = a;
              return p.appendChild(N), O.added = !0, O.alignOnAdd && O.htmlUpdateTransform(), O;
            }), O;
          }, x.composedClasses = [], x;
        }(I);
      }
    ), E(h, "Core/Axis/AxisDefaults.js", [], function() {
      var y;
      return function(B) {
        B.defaultXAxisOptions = { alignTicks: !0, allowDecimals: void 0, panningEnabled: !0, zIndex: 2, zoomEnabled: !0, dateTimeLabelFormats: { millisecond: { main: "%H:%M:%S.%L", range: !1 }, second: { main: "%H:%M:%S", range: !1 }, minute: { main: "%H:%M", range: !1 }, hour: { main: "%H:%M", range: !1 }, day: { main: "%e. %b" }, week: { main: "%e. %b" }, month: { main: "%b '%y" }, year: { main: "%Y" } }, endOnTick: !1, gridLineDashStyle: "Solid", gridZIndex: 1, labels: {
          autoRotation: void 0,
          autoRotationLimit: 80,
          distance: void 0,
          enabled: !0,
          indentation: 10,
          overflow: "justify",
          padding: 5,
          reserveSpace: void 0,
          rotation: void 0,
          staggerLines: 0,
          step: 0,
          useHTML: !1,
          x: 0,
          zIndex: 7,
          style: { color: "#666666", cursor: "default", fontSize: "11px" }
        }, maxPadding: 0.01, minorGridLineDashStyle: "Solid", minorTickLength: 2, minorTickPosition: "outside", minPadding: 0.01, offset: void 0, opposite: !1, reversed: void 0, reversedStacks: !1, showEmpty: !0, showFirstLabel: !0, showLastLabel: !0, startOfWeek: 1, startOnTick: !1, tickLength: 10, tickPixelInterval: 100, tickmarkPlacement: "between", tickPosition: "outside", title: {
          align: "middle",
          rotation: 0,
          useHTML: !1,
          x: 0,
          y: 0,
          style: { color: "#666666" }
        }, type: "linear", uniqueNames: !0, visible: !0, minorGridLineColor: "#f2f2f2", minorGridLineWidth: 1, minorTickColor: "#999999", lineColor: "#ccd6eb", lineWidth: 1, gridLineColor: "#e6e6e6", gridLineWidth: void 0, tickColor: "#ccd6eb" }, B.defaultYAxisOptions = { reversedStacks: !0, endOnTick: !0, maxPadding: 0.05, minPadding: 0.05, tickPixelInterval: 72, showLastLabel: !0, labels: { x: -8 }, startOnTick: !0, title: { rotation: 270, text: "Values" }, stackLabels: {
          animation: {},
          allowOverlap: !1,
          enabled: !1,
          crop: !0,
          overflow: "justify",
          formatter: function() {
            var I = this.axis.chart.numberFormatter;
            return I(this.total, -1);
          },
          style: { color: "#000000", fontSize: "11px", fontWeight: "bold", textOutline: "1px contrast" }
        }, gridLineWidth: 1, lineWidth: 0 }, B.defaultLeftAxisOptions = { labels: { x: -15 }, title: { rotation: 270 } }, B.defaultRightAxisOptions = { labels: { x: 15 }, title: { rotation: 90 } }, B.defaultBottomAxisOptions = { labels: { autoRotation: [-45], x: 0 }, margin: 15, title: { rotation: 0 } }, B.defaultTopAxisOptions = { labels: { autoRotation: [-45], x: 0 }, margin: 15, title: { rotation: 0 } };
      }(y || (y = {})), y;
    }), E(h, "Core/Foundation.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.addEvent, I = y.isFunction, Z = y.objectEach, F = y.removeEvent, U;
      return function(H) {
        H.registerEventOptions = function(W, R) {
          W.eventOptions = W.eventOptions || {}, Z(R.events, function(S, x) {
            W.eventOptions[x] !== S && (W.eventOptions[x] && (F(W, x, W.eventOptions[x]), delete W.eventOptions[x]), I(S) && (W.eventOptions[x] = S, B(W, x, S)));
          });
        };
      }(U || (U = {})), U;
    }), E(
      h,
      "Core/Axis/Tick.js",
      [h["Core/FormatUtilities.js"], h["Core/Globals.js"], h["Core/Utilities.js"]],
      function(y, B, I) {
        var Z = B.deg2rad, F = I.clamp, U = I.correctFloat, H = I.defined, W = I.destroyObjectProperties, R = I.extend, S = I.fireEvent, x = I.isNumber, d = I.merge, u = I.objectEach, P = I.pick;
        return B = function() {
          function O(N, C, b, w, v) {
            this.isNewLabel = this.isNew = !0, this.axis = N, this.pos = C, this.type = b || "", this.parameters = v || {}, this.tickmarkOffset = this.parameters.tickmarkOffset, this.options = this.parameters.options, S(this, "init"), b || w || this.addLabel();
          }
          return O.prototype.addLabel = function() {
            var N = this, C = N.axis, b = C.options, w = C.chart, v = C.categories, a = C.logarithmic, c = C.names, p = N.pos, i = P(N.options && N.options.labels, b.labels), l = C.tickPositions, s = p === l[0], t = p === l[l.length - 1], o = (!i.step || i.step === 1) && C.tickInterval === 1;
            l = l.info;
            var n = N.label, A;
            if (v = this.parameters.category || (v ? P(v[p], c[p], p) : p), a && x(v) && (v = U(a.lin2log(v))), C.dateTime)
              if (l)
                var _ = w.time.resolveDTLFormat(b.dateTimeLabelFormats[!b.grid && l.higherRanks[p] || l.unitName]), D = _.main;
              else
                x(v) && (D = C.dateTime.getXDateFormat(v, b.dateTimeLabelFormats || {}));
            N.isFirst = s, N.isLast = t;
            var j = {
              axis: C,
              chart: w,
              dateTimeLabelFormat: D,
              isFirst: s,
              isLast: t,
              pos: p,
              tick: N,
              tickPositionInfo: l,
              value: v
            };
            S(this, "labelFormat", j);
            var T = function(g) {
              return i.formatter ? i.formatter.call(g, g) : i.format ? (g.text = C.defaultLabelFormatter.call(g), y.format(i.format, g, w)) : C.defaultLabelFormatter.call(g, g);
            };
            b = T.call(j, j);
            var X = _ && _.list;
            N.shortenLabel = X ? function() {
              for (A = 0; A < X.length; A++)
                if (R(j, { dateTimeLabelFormat: X[A] }), n.attr({ text: T.call(j, j) }), n.getBBox().width < C.getSlotWidth(N) - 2 * i.padding)
                  return;
              n.attr({ text: "" });
            } : void 0, o && C._addedPlotLB && N.moveLabel(b, i), H(n) || N.movedLabel ? n && n.textStr !== b && !o && (!n.textWidth || i.style.width || n.styles.width || n.css({ width: null }), n.attr({ text: b }), n.textPxLength = n.getBBox().width) : (N.label = n = N.createLabel({ x: 0, y: 0 }, b, i), N.rotation = 0);
          }, O.prototype.createLabel = function(N, C, b) {
            var w = this.axis, v = w.chart;
            return (N = H(C) && b.enabled ? v.renderer.text(C, N.x, N.y, b.useHTML).add(w.labelGroup) : null) && (v.styledMode || N.css(d(b.style)), N.textPxLength = N.getBBox().width), N;
          }, O.prototype.destroy = function() {
            W(
              this,
              this.axis
            );
          }, O.prototype.getPosition = function(N, C, b, w) {
            var v = this.axis, a = v.chart, c = w && a.oldChartHeight || a.chartHeight;
            return N = { x: N ? U(v.translate(C + b, null, null, w) + v.transB) : v.left + v.offset + (v.opposite ? (w && a.oldChartWidth || a.chartWidth) - v.right - v.left : 0), y: N ? c - v.bottom + v.offset - (v.opposite ? v.height : 0) : U(c - v.translate(C + b, null, null, w) - v.transB) }, N.y = F(N.y, -1e5, 1e5), S(this, "afterGetPosition", { pos: N }), N;
          }, O.prototype.getLabelPosition = function(N, C, b, w, v, a, c, p) {
            var i = this.axis, l = i.transA, s = i.isLinked && i.linkedParent ? i.linkedParent.reversed : i.reversed, t = i.staggerLines, o = i.tickRotCorr || { x: 0, y: 0 }, n = w || i.reserveSpaceDefault ? 0 : -i.labelOffset * (i.labelAlign === "center" ? 0.5 : 1), A = {}, _ = v.y;
            return H(_) || (_ = i.side === 0 ? b.rotation ? -8 : -b.getBBox().height : i.side === 2 ? o.y + 8 : Math.cos(b.rotation * Z) * (o.y - b.getBBox(!1, 0).height / 2)), N = N + v.x + n + o.x - (a && w ? a * l * (s ? -1 : 1) : 0), C = C + _ - (a && !w ? a * l * (s ? 1 : -1) : 0), t && (b = c / (p || 1) % t, i.opposite && (b = t - b - 1), C += i.labelOffset / t * b), A.x = N, A.y = Math.round(C), S(this, "afterGetLabelPosition", { pos: A, tickmarkOffset: a, index: c }), A;
          }, O.prototype.getLabelSize = function() {
            return this.label ? this.label.getBBox()[this.axis.horiz ? "height" : "width"] : 0;
          }, O.prototype.getMarkPath = function(N, C, b, w, v, a) {
            return a.crispLine([["M", N, C], ["L", N + (v ? 0 : -b), C + (v ? b : 0)]], w);
          }, O.prototype.handleOverflow = function(N) {
            var C = this.axis, b = C.options.labels, w = N.x, v = C.chart.chartWidth, a = C.chart.spacing, c = P(C.labelLeft, Math.min(C.pos, a[3]));
            a = P(C.labelRight, Math.max(C.isRadial ? 0 : C.pos + C.len, v - a[1]));
            var p = this.label, i = this.rotation, l = { left: 0, center: 0.5, right: 1 }[C.labelAlign || p.attr("align")], s = p.getBBox().width, t = C.getSlotWidth(this), o = {}, n = t, A = 1, _;
            i || b.overflow !== "justify" ? 0 > i && w - l * s < c ? _ = Math.round(w / Math.cos(i * Z) - c) : 0 < i && w + l * s > a && (_ = Math.round((v - w) / Math.cos(i * Z))) : (v = w + (1 - l) * s, w - l * s < c ? n = N.x + n * (1 - l) - c : v > a && (n = a - N.x + n * l, A = -1), n = Math.min(t, n), n < t && C.labelAlign === "center" && (N.x += A * (t - n - l * (t - Math.min(s, n)))), (s > n || C.autoRotation && (p.styles || {}).width) && (_ = n)), _ && (this.shortenLabel ? this.shortenLabel() : (o.width = Math.floor(_) + "px", (b.style || {}).textOverflow || (o.textOverflow = "ellipsis"), p.css(o)));
          }, O.prototype.moveLabel = function(N, C) {
            var b = this, w = b.label, v = b.axis, a = v.reversed, c = !1;
            if (w && w.textStr === N ? (b.movedLabel = w, c = !0, delete b.label) : u(v.ticks, function(i) {
              c || i.isNew || i === b || !i.label || i.label.textStr !== N || (b.movedLabel = i.label, c = !0, i.labelPos = b.movedLabel.xy, delete i.label);
            }), !c && (b.labelPos || w)) {
              var p = b.labelPos || w.xy;
              w = v.horiz ? a ? 0 : v.width + v.left : p.x, v = v.horiz ? p.y : a ? v.width + v.left : 0, b.movedLabel = b.createLabel({ x: w, y: v }, N, C), b.movedLabel && b.movedLabel.attr({ opacity: 0 });
            }
          }, O.prototype.render = function(N, C, b) {
            var w = this.axis, v = w.horiz, a = this.pos, c = P(this.tickmarkOffset, w.tickmarkOffset);
            a = this.getPosition(v, a, c, C), c = a.x;
            var p = a.y;
            w = v && c === w.pos + w.len || !v && p === w.pos ? -1 : 1, v = P(b, this.label && this.label.newOpacity, 1), b = P(b, 1), this.isActive = !0, this.renderGridLine(C, b, w), this.renderMark(a, b, w), this.renderLabel(a, C, v, N), this.isNew = !1, S(this, "afterRender");
          }, O.prototype.renderGridLine = function(N, C, b) {
            var w = this.axis, v = w.options, a = {}, c = this.pos, p = this.type, i = P(
              this.tickmarkOffset,
              w.tickmarkOffset
            ), l = w.chart.renderer, s = this.gridLine, t = v.gridLineWidth, o = v.gridLineColor, n = v.gridLineDashStyle;
            this.type === "minor" && (t = v.minorGridLineWidth, o = v.minorGridLineColor, n = v.minorGridLineDashStyle), s || (w.chart.styledMode || (a.stroke = o, a["stroke-width"] = t || 0, a.dashstyle = n), p || (a.zIndex = 1), N && (C = 0), this.gridLine = s = l.path().attr(a).addClass("highcharts-" + (p ? p + "-" : "") + "grid-line").add(w.gridGroup)), s && (b = w.getPlotLinePath({ value: c + i, lineWidth: s.strokeWidth() * b, force: "pass", old: N })) && s[N || this.isNew ? "attr" : "animate"]({ d: b, opacity: C });
          }, O.prototype.renderMark = function(N, C, b) {
            var w = this.axis, v = w.options, a = w.chart.renderer, c = this.type, p = w.tickSize(c ? c + "Tick" : "tick"), i = N.x;
            N = N.y;
            var l = P(v[c !== "minor" ? "tickWidth" : "minorTickWidth"], !c && w.isXAxis ? 1 : 0);
            v = v[c !== "minor" ? "tickColor" : "minorTickColor"];
            var s = this.mark, t = !s;
            p && (w.opposite && (p[0] = -p[0]), s || (this.mark = s = a.path().addClass("highcharts-" + (c ? c + "-" : "") + "tick").add(w.axisGroup), w.chart.styledMode || s.attr({ stroke: v, "stroke-width": l })), s[t ? "attr" : "animate"]({ d: this.getMarkPath(
              i,
              N,
              p[0],
              s.strokeWidth() * b,
              w.horiz,
              a
            ), opacity: C }));
          }, O.prototype.renderLabel = function(N, C, b, w) {
            var v = this.axis, a = v.horiz, c = v.options, p = this.label, i = c.labels, l = i.step;
            v = P(this.tickmarkOffset, v.tickmarkOffset);
            var s = N.x;
            N = N.y;
            var t = !0;
            p && x(s) && (p.xy = N = this.getLabelPosition(s, N, p, a, i, v, w, l), this.isFirst && !this.isLast && !c.showFirstLabel || this.isLast && !this.isFirst && !c.showLastLabel ? t = !1 : !a || i.step || i.rotation || C || b === 0 || this.handleOverflow(N), l && w % l && (t = !1), t && x(N.y) ? (N.opacity = b, p[this.isNewLabel ? "attr" : "animate"](N), this.isNewLabel = !1) : (p.attr("y", -9999), this.isNewLabel = !0));
          }, O.prototype.replaceMovedLabel = function() {
            var N = this.label, C = this.axis, b = C.reversed;
            if (N && !this.isNew) {
              var w = C.horiz ? b ? C.left : C.width + C.left : N.xy.x;
              b = C.horiz ? N.xy.y : b ? C.width + C.top : C.top, N.animate({ x: w, y: b, opacity: 0 }, void 0, N.destroy), delete this.label;
            }
            C.isDirty = !0, this.label = this.movedLabel, delete this.movedLabel;
          }, O;
        }(), B;
      }
    ), E(h, "Core/Axis/Axis.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/Axis/AxisDefaults.js"],
      h["Core/Color/Color.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Foundation.js"],
      h["Core/Globals.js"],
      h["Core/Axis/Tick.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U, H, W) {
      var R = y.animObject, S = Z.defaultOptions, x = F.registerEventOptions, d = U.deg2rad, u = W.arrayMax, P = W.arrayMin, O = W.clamp, N = W.correctFloat, C = W.defined, b = W.destroyObjectProperties, w = W.erase, v = W.error, a = W.extend, c = W.fireEvent, p = W.getMagnitude, i = W.isArray, l = W.isNumber, s = W.isString, t = W.merge, o = W.normalizeTickInterval, n = W.objectEach, A = W.pick, _ = W.relativeLength, D = W.removeEvent, j = W.splat, T = W.syncTimeout;
      return y = function() {
        function X(g, m) {
          this.zoomEnabled = this.width = this.visible = this.userOptions = this.translationSlope = this.transB = this.transA = this.top = this.ticks = this.tickRotCorr = this.tickPositions = this.tickmarkOffset = this.tickInterval = this.tickAmount = this.side = this.series = this.right = this.positiveValuesOnly = this.pos = this.pointRangePadding = this.pointRange = this.plotLinesAndBandsGroups = this.plotLinesAndBands = this.paddedTicks = this.overlap = this.options = this.offset = this.names = this.minPixelPadding = this.minorTicks = this.minorTickInterval = this.min = this.maxLabelLength = this.max = this.len = this.left = this.labelFormatter = this.labelEdge = this.isLinked = this.height = this.hasVisibleSeries = this.hasNames = this.eventOptions = this.coll = this.closestPointRange = this.chart = this.categories = this.bottom = this.alternateBands = void 0, this.init(g, m);
        }
        return X.prototype.init = function(g, m) {
          var L = m.isX;
          this.chart = g, this.horiz = g.inverted && !this.isZAxis ? !L : L, this.isXAxis = L, this.coll = this.coll || (L ? "xAxis" : "yAxis"), c(this, "init", { userOptions: m }), this.opposite = A(m.opposite, this.opposite), this.side = A(m.side, this.side, this.horiz ? this.opposite ? 0 : 2 : this.opposite ? 1 : 3), this.setOptions(m);
          var Y = this.options, V = Y.labels, Q = Y.type;
          this.userOptions = m, this.minPixelPadding = 0, this.reversed = A(Y.reversed, this.reversed), this.visible = Y.visible, this.zoomEnabled = Y.zoomEnabled, this.hasNames = Q === "category" || Y.categories === !0, this.categories = Y.categories || this.hasNames, this.names || (this.names = [], this.names.keys = {}), this.plotLinesAndBandsGroups = {}, this.positiveValuesOnly = !!this.logarithmic, this.isLinked = C(Y.linkedTo), this.ticks = {}, this.labelEdge = [], this.minorTicks = {}, this.plotLinesAndBands = [], this.alternateBands = {}, this.len = 0, this.minRange = this.userMinRange = Y.minRange || Y.maxZoom, this.range = Y.range, this.offset = Y.offset || 0, this.min = this.max = null, m = A(Y.crosshair, j(g.options.tooltip.crosshairs)[L ? 0 : 1]), this.crosshair = m === !0 ? {} : m, g.axes.indexOf(this) === -1 && (L ? g.axes.splice(g.xAxis.length, 0, this) : g.axes.push(this), g[this.coll].push(this)), this.series = this.series || [], g.inverted && !this.isZAxis && L && typeof this.reversed > "u" && (this.reversed = !0), this.labelRotation = l(V.rotation) ? V.rotation : void 0, x(this, Y), c(this, "afterInit");
        }, X.prototype.setOptions = function(g) {
          this.options = t(B.defaultXAxisOptions, this.coll === "yAxis" && B.defaultYAxisOptions, [B.defaultTopAxisOptions, B.defaultRightAxisOptions, B.defaultBottomAxisOptions, B.defaultLeftAxisOptions][this.side], t(S[this.coll], g)), c(this, "afterSetOptions", { userOptions: g });
        }, X.prototype.defaultLabelFormatter = function(g) {
          var m = this.axis;
          g = this.chart.numberFormatter;
          var L = l(this.value) ? this.value : NaN, Y = m.chart.time, V = this.dateTimeLabelFormat, Q = S.lang, k = Q.numericSymbols;
          Q = Q.numericSymbolMagnitude || 1e3;
          var G = m.logarithmic ? Math.abs(L) : m.tickInterval, z = k && k.length;
          if (m.categories)
            var $ = "" + this.value;
          else if (V)
            $ = Y.dateFormat(V, L);
          else if (z && 1e3 <= G)
            for (; z-- && typeof $ > "u"; )
              m = Math.pow(Q, z + 1), G >= m && 10 * L % m === 0 && k[z] !== null && L !== 0 && ($ = g(L / m, -1) + k[z]);
          return typeof $ > "u" && ($ = 1e4 <= Math.abs(L) ? g(L, -1) : g(L, -1, void 0, "")), $;
        }, X.prototype.getSeriesExtremes = function() {
          var g = this, m = g.chart, L;
          c(this, "getSeriesExtremes", null, function() {
            g.hasVisibleSeries = !1, g.dataMin = g.dataMax = g.threshold = null, g.softThreshold = !g.isXAxis, g.stacking && g.stacking.buildStacks(), g.series.forEach(function(Y) {
              if (Y.visible || !m.options.chart.ignoreHiddenSeries) {
                var V = Y.options, Q = V.threshold;
                if (g.hasVisibleSeries = !0, g.positiveValuesOnly && 0 >= Q && (Q = null), g.isXAxis) {
                  if (V = Y.xData, V.length) {
                    V = g.logarithmic ? V.filter(g.validatePositiveValue) : V, L = Y.getXExtremes(V);
                    var k = L.min, G = L.max;
                    l(k) || k instanceof Date || (V = V.filter(l), L = Y.getXExtremes(V), k = L.min, G = L.max), V.length && (g.dataMin = Math.min(A(g.dataMin, k), k), g.dataMax = Math.max(A(g.dataMax, G), G));
                  }
                } else
                  Y = Y.applyExtremes(), l(Y.dataMin) && (k = Y.dataMin, g.dataMin = Math.min(A(g.dataMin, k), k)), l(Y.dataMax) && (G = Y.dataMax, g.dataMax = Math.max(A(g.dataMax, G), G)), C(Q) && (g.threshold = Q), (!V.softThreshold || g.positiveValuesOnly) && (g.softThreshold = !1);
              }
            });
          }), c(this, "afterGetSeriesExtremes");
        }, X.prototype.translate = function(g, m, L, Y, V, Q) {
          var k = this.linkedParent || this, G = Y && k.old ? k.old.min : k.min, z = k.minPixelPadding;
          V = (k.isOrdinal || k.brokenAxis && k.brokenAxis.hasBreaks || k.logarithmic && V) && k.lin2val;
          var $ = 1, q = 0;
          return Y = Y && k.old ? k.old.transA : k.transA, Y || (Y = k.transA), L && ($ *= -1, q = k.len), k.reversed && ($ *= -1, q -= $ * (k.sector || k.len)), m ? (g = (g * $ + q - z) / Y + G, V && (g = k.lin2val(g))) : (V && (g = k.val2lin(g)), g = l(G) ? $ * (g - G) * Y + q + $ * z + (l(Q) ? Y * Q : 0) : void 0), g;
        }, X.prototype.toPixels = function(g, m) {
          return this.translate(
            g,
            !1,
            !this.horiz,
            null,
            !0
          ) + (m ? 0 : this.pos);
        }, X.prototype.toValue = function(g, m) {
          return this.translate(g - (m ? 0 : this.pos), !0, !this.horiz, null, !0);
        }, X.prototype.getPlotLinePath = function(g) {
          function m(at, J, tt) {
            return (nt !== "pass" && at < J || at > tt) && (nt ? at = O(at, J, tt) : lt = !0), at;
          }
          var L = this, Y = L.chart, V = L.left, Q = L.top, k = g.old, G = g.value, z = g.lineWidth, $ = k && Y.oldChartHeight || Y.chartHeight, q = k && Y.oldChartWidth || Y.chartWidth, it = L.transB, et = g.translatedValue, nt = g.force, rt, ct, gt, dt, lt;
          return g = {
            value: G,
            lineWidth: z,
            old: k,
            force: nt,
            acrossPanes: g.acrossPanes,
            translatedValue: et
          }, c(this, "getPlotLinePath", g, function(at) {
            et = A(et, L.translate(G, null, null, k)), et = O(et, -1e5, 1e5), rt = gt = Math.round(et + it), ct = dt = Math.round($ - et - it), l(et) ? L.horiz ? (ct = Q, dt = $ - L.bottom, rt = gt = m(rt, V, V + L.width)) : (rt = V, gt = q - L.right, ct = dt = m(ct, Q, Q + L.height)) : (lt = !0, nt = !1), at.path = lt && !nt ? null : Y.renderer.crispLine([["M", rt, ct], ["L", gt, dt]], z || 1);
          }), g.path;
        }, X.prototype.getLinearTickPositions = function(g, m, L) {
          var Y = N(Math.floor(m / g) * g);
          L = N(Math.ceil(L / g) * g);
          var V = [], Q;
          if (N(Y + g) === Y && (Q = 20), this.single)
            return [m];
          for (m = Y; m <= L && (V.push(m), m = N(m + g, Q), m !== k); )
            var k = m;
          return V;
        }, X.prototype.getMinorTickInterval = function() {
          var g = this.options;
          return g.minorTicks === !0 ? A(g.minorTickInterval, "auto") : g.minorTicks === !1 ? null : g.minorTickInterval;
        }, X.prototype.getMinorTickPositions = function() {
          var g = this.options, m = this.tickPositions, L = this.minorTickInterval, Y = this.pointRangePadding || 0, V = this.min - Y;
          Y = this.max + Y;
          var Q = Y - V, k = [];
          if (Q && Q / L < this.len / 3) {
            var G = this.logarithmic;
            if (G)
              this.paddedTicks.forEach(function(z, $, q) {
                $ && k.push.apply(
                  k,
                  G.getLogTickPositions(L, q[$ - 1], q[$], !0)
                );
              });
            else if (this.dateTime && this.getMinorTickInterval() === "auto")
              k = k.concat(this.getTimeTicks(this.dateTime.normalizeTimeTickInterval(L), V, Y, g.startOfWeek));
            else
              for (g = V + (m[0] - V) % L; g <= Y && g !== k[0]; g += L)
                k.push(g);
          }
          return k.length !== 0 && this.trimTicks(k), k;
        }, X.prototype.adjustForMinRange = function() {
          var g = this.options, m = this.logarithmic, L = this.min, Y = this.max, V = 0, Q, k, G, z;
          if (this.isXAxis && typeof this.minRange > "u" && !m && (C(g.min) || C(g.max) || C(g.floor) || C(g.ceiling) ? this.minRange = null : (this.series.forEach(function(et) {
            if (G = et.xData, z = et.xIncrement ? 1 : G.length - 1, 1 < G.length)
              for (Q = z; 0 < Q; Q--)
                k = G[Q] - G[Q - 1], (!V || k < V) && (V = k);
          }), this.minRange = Math.min(5 * V, this.dataMax - this.dataMin))), Y - L < this.minRange) {
            var $ = this.dataMax - this.dataMin >= this.minRange, q = this.minRange, it = (q - Y + L) / 2;
            it = [L - it, A(g.min, L - it)], $ && (it[2] = this.logarithmic ? this.logarithmic.log2lin(this.dataMin) : this.dataMin), L = u(it), Y = [L + q, A(g.max, L + q)], $ && (Y[2] = m ? m.log2lin(this.dataMax) : this.dataMax), Y = P(Y), Y - L < q && (it[0] = Y - q, it[1] = A(g.min, Y - q), L = u(it));
          }
          this.min = L, this.max = Y;
        }, X.prototype.getClosest = function() {
          var g;
          return this.categories ? g = 1 : this.series.forEach(function(m) {
            var L = m.closestPointRange, Y = m.visible || !m.chart.options.chart.ignoreHiddenSeries;
            !m.noSharedTooltip && C(L) && Y && (g = C(g) ? Math.min(g, L) : L);
          }), g;
        }, X.prototype.nameToX = function(g) {
          var m = i(this.categories), L = m ? this.categories : this.names, Y = g.options.x;
          if (g.series.requireSorting = !1, C(Y) || (Y = this.options.uniqueNames ? m ? L.indexOf(g.name) : A(L.keys[g.name], -1) : g.series.autoIncrement()), Y === -1) {
            if (!m)
              var V = L.length;
          } else
            V = Y;
          return typeof V < "u" && (this.names[V] = g.name, this.names.keys[g.name] = V), V;
        }, X.prototype.updateNames = function() {
          var g = this, m = this.names;
          0 < m.length && (Object.keys(m.keys).forEach(function(L) {
            delete m.keys[L];
          }), m.length = 0, this.minRange = this.userMinRange, (this.series || []).forEach(function(L) {
            L.xIncrement = null, (!L.points || L.isDirtyData) && (g.max = Math.max(g.max, L.xData.length - 1), L.processData(), L.generatePoints()), L.data.forEach(function(Y, V) {
              if (Y && Y.options && typeof Y.name < "u") {
                var Q = g.nameToX(Y);
                typeof Q < "u" && Q !== Y.x && (Y.x = Q, L.xData[V] = Q);
              }
            });
          }));
        }, X.prototype.setAxisTranslation = function() {
          var g = this, m = g.max - g.min, L = g.linkedParent, Y = !!g.categories, V = g.isXAxis, Q = g.axisPointRange || 0, k = 0, G = 0, z = g.transA;
          if (V || Y || Q) {
            var $ = g.getClosest();
            L ? (k = L.minPointOffset, G = L.pointRangePadding) : g.series.forEach(function(q) {
              var it = Y ? 1 : V ? A(q.options.pointRange, $, 0) : g.axisPointRange || 0, et = q.options.pointPlacement;
              Q = Math.max(Q, it), (!g.single || Y) && (q = q.is("xrange") ? !V : V, k = Math.max(k, q && s(et) ? 0 : it / 2), G = Math.max(G, q && et === "on" ? 0 : it));
            }), L = g.ordinal && g.ordinal.slope && $ ? g.ordinal.slope / $ : 1, g.minPointOffset = k *= L, g.pointRangePadding = G *= L, g.pointRange = Math.min(Q, g.single && Y ? 1 : m), V && (g.closestPointRange = $);
          }
          g.translationSlope = g.transA = z = g.staticScale || g.len / (m + G || 1), g.transB = g.horiz ? g.left : g.bottom, g.minPixelPadding = z * k, c(this, "afterSetAxisTranslation");
        }, X.prototype.minFromRange = function() {
          return this.max - this.range;
        }, X.prototype.setTickInterval = function(g) {
          var m = this.chart, L = this.logarithmic, Y = this.options, V = this.isXAxis, Q = this.isLinked, k = Y.tickPixelInterval, G = this.categories, z = this.softThreshold, $ = Y.maxPadding, q = Y.minPadding, it = l(Y.tickInterval) && 0 <= Y.tickInterval ? Y.tickInterval : void 0, et = l(this.threshold) ? this.threshold : null;
          this.dateTime || G || Q || this.getTickAmount();
          var nt = A(this.userMin, Y.min), rt = A(this.userMax, Y.max);
          if (Q) {
            this.linkedParent = m[this.coll][Y.linkedTo];
            var ct = this.linkedParent.getExtremes();
            this.min = A(ct.min, ct.dataMin), this.max = A(ct.max, ct.dataMax), Y.type !== this.linkedParent.options.type && v(11, 1, m);
          } else {
            if (z && C(et)) {
              if (this.dataMin >= et)
                ct = et, q = 0;
              else if (this.dataMax <= et) {
                var gt = et;
                $ = 0;
              }
            }
            this.min = A(nt, ct, this.dataMin), this.max = A(rt, gt, this.dataMax);
          }
          if (L && (this.positiveValuesOnly && !g && 0 >= Math.min(this.min, A(this.dataMin, this.min)) && v(10, 1, m), this.min = N(L.log2lin(this.min), 16), this.max = N(L.log2lin(this.max), 16)), this.range && C(this.max) && (this.userMin = this.min = nt = Math.max(this.dataMin, this.minFromRange()), this.userMax = rt = this.max, this.range = null), c(this, "foundExtremes"), this.beforePadding && this.beforePadding(), this.adjustForMinRange(), !(G || this.axisPointRange || this.stacking && this.stacking.usePercentage || Q) && C(this.min) && C(this.max) && (m = this.max - this.min) && (!C(nt) && q && (this.min -= m * q), !C(rt) && $ && (this.max += m * $)), l(this.userMin) || (l(Y.softMin) && Y.softMin < this.min && (this.min = nt = Y.softMin), l(Y.floor) && (this.min = Math.max(this.min, Y.floor))), l(this.userMax) || (l(Y.softMax) && Y.softMax > this.max && (this.max = rt = Y.softMax), l(Y.ceiling) && (this.max = Math.min(this.max, Y.ceiling))), z && C(this.dataMin) && (et = et || 0, !C(nt) && this.min < et && this.dataMin >= et ? this.min = this.options.minRange ? Math.min(et, this.max - this.minRange) : et : !C(rt) && this.max > et && this.dataMax <= et && (this.max = this.options.minRange ? Math.max(et, this.min + this.minRange) : et)), l(this.min) && l(this.max) && !this.chart.polar && this.min > this.max && (C(this.options.min) ? this.max = this.min : C(this.options.max) && (this.min = this.max)), this.tickInterval = this.min === this.max || typeof this.min > "u" || typeof this.max > "u" ? 1 : Q && this.linkedParent && !it && k === this.linkedParent.options.tickPixelInterval ? it = this.linkedParent.tickInterval : A(it, this.tickAmount ? (this.max - this.min) / Math.max(this.tickAmount - 1, 1) : void 0, G ? 1 : (this.max - this.min) * k / Math.max(this.len, k)), V && !g) {
            var dt = this.min !== (this.old && this.old.min) || this.max !== (this.old && this.old.max);
            this.series.forEach(function(lt) {
              lt.forceCrop = lt.forceCropping && lt.forceCropping(), lt.processData(dt);
            }), c(this, "postProcessData", { hasExtemesChanged: dt });
          }
          this.setAxisTranslation(), c(this, "initialAxisTranslation"), this.pointRange && !it && (this.tickInterval = Math.max(this.pointRange, this.tickInterval)), g = A(Y.minTickInterval, this.dateTime && !this.series.some(function(lt) {
            return lt.noSharedTooltip;
          }) ? this.closestPointRange : 0), !it && this.tickInterval < g && (this.tickInterval = g), this.dateTime || this.logarithmic || it || (this.tickInterval = o(this.tickInterval, void 0, p(this.tickInterval), A(Y.allowDecimals, 0.5 > this.tickInterval || this.tickAmount !== void 0), !!this.tickAmount)), this.tickAmount || (this.tickInterval = this.unsquish()), this.setTickPositions();
        }, X.prototype.setTickPositions = function() {
          var g = this.options, m = g.tickPositions, L = this.getMinorTickInterval(), Y = this.hasVerticalPanning(), V = this.coll === "colorAxis", Q = (V || !Y) && g.startOnTick;
          Y = (V || !Y) && g.endOnTick, V = g.tickPositioner, this.tickmarkOffset = this.categories && g.tickmarkPlacement === "between" && this.tickInterval === 1 ? 0.5 : 0, this.minorTickInterval = L === "auto" && this.tickInterval ? this.tickInterval / 5 : L, this.single = this.min === this.max && C(this.min) && !this.tickAmount && (parseInt(this.min, 10) === this.min || g.allowDecimals !== !1), this.tickPositions = L = m && m.slice(), !L && (this.ordinal && this.ordinal.positions || !((this.max - this.min) / this.tickInterval > Math.max(2 * this.len, 200)) ? L = this.dateTime ? this.getTimeTicks(this.dateTime.normalizeTimeTickInterval(this.tickInterval, g.units), this.min, this.max, g.startOfWeek, this.ordinal && this.ordinal.positions, this.closestPointRange, !0) : this.logarithmic ? this.logarithmic.getLogTickPositions(this.tickInterval, this.min, this.max) : this.getLinearTickPositions(
            this.tickInterval,
            this.min,
            this.max
          ) : (L = [this.min, this.max], v(19, !1, this.chart)), L.length > this.len && (L = [L[0], L.pop()], L[0] === L[1] && (L.length = 1)), this.tickPositions = L, V && (V = V.apply(this, [this.min, this.max]))) && (this.tickPositions = L = V), this.paddedTicks = L.slice(0), this.trimTicks(L, Q, Y), this.isLinked || (this.single && 2 > L.length && !this.categories && !this.series.some(function(k) {
            return k.is("heatmap") && k.options.pointPlacement === "between";
          }) && (this.min -= 0.5, this.max += 0.5), m || V || this.adjustTickAmount()), c(this, "afterSetTickPositions");
        }, X.prototype.trimTicks = function(g, m, L) {
          var Y = g[0], V = g[g.length - 1], Q = !this.isOrdinal && this.minPointOffset || 0;
          if (c(this, "trimTicks"), !this.isLinked) {
            if (m && Y !== -1 / 0)
              this.min = Y;
            else
              for (; this.min - Q > g[0]; )
                g.shift();
            if (L)
              this.max = V;
            else
              for (; this.max + Q < g[g.length - 1]; )
                g.pop();
            g.length === 0 && C(Y) && !this.options.tickPositions && g.push((V + Y) / 2);
          }
        }, X.prototype.alignToOthers = function() {
          var g = {}, m = this.options, L;
          return this.chart.options.chart.alignTicks !== !1 && m.alignTicks && m.startOnTick !== !1 && m.endOnTick !== !1 && !this.logarithmic && this.chart[this.coll].forEach(function(Y) {
            var V = Y.options;
            V = [Y.horiz ? V.left : V.top, V.width, V.height, V.pane].join(), Y.series.length && (g[V] ? L = !0 : g[V] = 1);
          }), L;
        }, X.prototype.getTickAmount = function() {
          var g = this.options, m = g.tickPixelInterval, L = g.tickAmount;
          !C(g.tickInterval) && !L && this.len < m && !this.isRadial && !this.logarithmic && g.startOnTick && g.endOnTick && (L = 2), !L && this.alignToOthers() && (L = Math.ceil(this.len / m) + 1), 4 > L && (this.finalTickAmt = L, L = 5), this.tickAmount = L;
        }, X.prototype.adjustTickAmount = function() {
          var g = this.options, m = this.tickInterval, L = this.tickPositions, Y = this.tickAmount, V = this.finalTickAmt, Q = L && L.length, k = A(this.threshold, this.softThreshold ? 0 : null);
          if (this.hasData() && l(this.min) && l(this.max)) {
            if (Q < Y) {
              for (; L.length < Y; )
                L.length % 2 || this.min === k ? L.push(N(L[L.length - 1] + m)) : L.unshift(N(L[0] - m));
              this.transA *= (Q - 1) / (Y - 1), this.min = g.startOnTick ? L[0] : Math.min(this.min, L[0]), this.max = g.endOnTick ? L[L.length - 1] : Math.max(this.max, L[L.length - 1]);
            } else
              Q > Y && (this.tickInterval *= 2, this.setTickPositions());
            if (C(V)) {
              for (m = g = L.length; m--; )
                (V === 3 && m % 2 === 1 || 2 >= V && 0 < m && m < g - 1) && L.splice(m, 1);
              this.finalTickAmt = void 0;
            }
          }
        }, X.prototype.setScale = function() {
          var g = !1, m = !1;
          this.series.forEach(function(Y) {
            g = g || Y.isDirtyData || Y.isDirty, m = m || Y.xAxis && Y.xAxis.isDirty || !1;
          }), this.setAxisSize();
          var L = this.len !== (this.old && this.old.len);
          L || g || m || this.isLinked || this.forceRedraw || this.userMin !== (this.old && this.old.userMin) || this.userMax !== (this.old && this.old.userMax) || this.alignToOthers() ? (this.stacking && this.stacking.resetStacks(), this.forceRedraw = !1, this.getSeriesExtremes(), this.setTickInterval(), this.isDirty || (this.isDirty = L || this.min !== (this.old && this.old.min) || this.max !== (this.old && this.old.max))) : this.stacking && this.stacking.cleanStacks(), g && this.panningState && (this.panningState.isDirty = !0), c(this, "afterSetScale");
        }, X.prototype.setExtremes = function(g, m, L, Y, V) {
          var Q = this, k = Q.chart;
          L = A(L, !0), Q.series.forEach(function(G) {
            delete G.kdTree;
          }), V = a(V, { min: g, max: m }), c(Q, "setExtremes", V, function() {
            Q.userMin = g, Q.userMax = m, Q.eventArgs = V, L && k.redraw(Y);
          });
        }, X.prototype.zoom = function(g, m) {
          var L = this, Y = this.dataMin, V = this.dataMax, Q = this.options, k = Math.min(Y, A(Q.min, Y)), G = Math.max(V, A(Q.max, V));
          return g = { newMin: g, newMax: m }, c(this, "zoom", g, function(z) {
            var $ = z.newMin, q = z.newMax;
            ($ !== L.min || q !== L.max) && (L.allowZoomOutside || (C(Y) && ($ < k && ($ = k), $ > G && ($ = G)), C(V) && (q < k && (q = k), q > G && (q = G))), L.displayBtn = typeof $ < "u" || typeof q < "u", L.setExtremes($, q, !1, void 0, { trigger: "zoom" })), z.zoomed = !0;
          }), g.zoomed;
        }, X.prototype.setAxisSize = function() {
          var g = this.chart, m = this.options, L = m.offsets || [0, 0, 0, 0], Y = this.horiz, V = this.width = Math.round(_(A(m.width, g.plotWidth - L[3] + L[1]), g.plotWidth)), Q = this.height = Math.round(_(A(m.height, g.plotHeight - L[0] + L[2]), g.plotHeight)), k = this.top = Math.round(_(A(m.top, g.plotTop + L[0]), g.plotHeight, g.plotTop));
          m = this.left = Math.round(_(A(m.left, g.plotLeft + L[3]), g.plotWidth, g.plotLeft)), this.bottom = g.chartHeight - Q - k, this.right = g.chartWidth - V - m, this.len = Math.max(Y ? V : Q, 0), this.pos = Y ? m : k;
        }, X.prototype.getExtremes = function() {
          var g = this.logarithmic;
          return { min: g ? N(g.lin2log(this.min)) : this.min, max: g ? N(g.lin2log(this.max)) : this.max, dataMin: this.dataMin, dataMax: this.dataMax, userMin: this.userMin, userMax: this.userMax };
        }, X.prototype.getThreshold = function(g) {
          var m = this.logarithmic, L = m ? m.lin2log(this.min) : this.min;
          return m = m ? m.lin2log(this.max) : this.max, g === null || g === -1 / 0 ? g = L : g === 1 / 0 ? g = m : L > g ? g = L : m < g && (g = m), this.translate(g, 0, 1, 0, 1);
        }, X.prototype.autoLabelAlign = function(g) {
          var m = (A(g, 0) - 90 * this.side + 720) % 360;
          return g = { align: "center" }, c(
            this,
            "autoLabelAlign",
            g,
            function(L) {
              15 < m && 165 > m ? L.align = "right" : 195 < m && 345 > m && (L.align = "left");
            }
          ), g.align;
        }, X.prototype.tickSize = function(g) {
          var m = this.options, L = A(m[g === "tick" ? "tickWidth" : "minorTickWidth"], g === "tick" && this.isXAxis && !this.categories ? 1 : 0), Y = m[g === "tick" ? "tickLength" : "minorTickLength"];
          if (L && Y) {
            m[g + "Position"] === "inside" && (Y = -Y);
            var V = [Y, L];
          }
          return g = { tickSize: V }, c(this, "afterTickSize", g), g.tickSize;
        }, X.prototype.labelMetrics = function() {
          var g = this.tickPositions && this.tickPositions[0] || 0;
          return this.chart.renderer.fontMetrics(
            this.options.labels.style.fontSize,
            this.ticks[g] && this.ticks[g].label
          );
        }, X.prototype.unsquish = function() {
          var g = this.options.labels, m = this.horiz, L = this.tickInterval, Y = this.len / (((this.categories ? 1 : 0) + this.max - this.min) / L), V = g.rotation, Q = this.labelMetrics(), k = Math.max(this.max - this.min, 0), G = function(nt) {
            var rt = nt / (Y || 1);
            return rt = 1 < rt ? Math.ceil(rt) : 1, rt * L > k && nt !== 1 / 0 && Y !== 1 / 0 && k && (rt = Math.ceil(k / L)), N(rt * L);
          }, z = L, $, q, it = Number.MAX_VALUE;
          if (m) {
            if (!g.staggerLines && !g.step)
              if (l(V))
                var et = [V];
              else
                Y < g.autoRotationLimit && (et = g.autoRotation);
            et && et.forEach(function(nt) {
              if (nt === V || nt && -90 <= nt && 90 >= nt) {
                q = G(Math.abs(Q.h / Math.sin(d * nt)));
                var rt = q + Math.abs(nt / 360);
                rt < it && (it = rt, $ = nt, z = q);
              }
            });
          } else
            g.step || (z = G(Q.h));
          return this.autoRotation = et, this.labelRotation = A($, l(V) ? V : 0), z;
        }, X.prototype.getSlotWidth = function(g) {
          var m = this.chart, L = this.horiz, Y = this.options.labels, V = Math.max(this.tickPositions.length - (this.categories ? 0 : 1), 1), Q = m.margin[3];
          if (g && l(g.slotWidth))
            return g.slotWidth;
          if (L && 2 > Y.step)
            return Y.rotation ? 0 : (this.staggerLines || 1) * this.len / V;
          if (!L) {
            if (g = Y.style.width, g !== void 0)
              return parseInt(String(g), 10);
            if (Q)
              return Q - m.spacing[3];
          }
          return 0.33 * m.chartWidth;
        }, X.prototype.renderUnsquish = function() {
          var g = this.chart, m = g.renderer, L = this.tickPositions, Y = this.ticks, V = this.options.labels, Q = V.style, k = this.horiz, G = this.getSlotWidth(), z = Math.max(1, Math.round(G - 2 * V.padding)), $ = {}, q = this.labelMetrics(), it = Q.textOverflow, et = 0;
          if (s(V.rotation) || ($.rotation = V.rotation || 0), L.forEach(function(gt) {
            gt = Y[gt], gt.movedLabel && gt.replaceMovedLabel(), gt && gt.label && gt.label.textPxLength > et && (et = gt.label.textPxLength);
          }), this.maxLabelLength = et, this.autoRotation)
            et > z && et > q.h ? $.rotation = this.labelRotation : this.labelRotation = 0;
          else if (G) {
            var nt = z;
            if (!it) {
              var rt = "clip";
              for (z = L.length; !k && z--; ) {
                var ct = L[z];
                (ct = Y[ct].label) && (ct.styles && ct.styles.textOverflow === "ellipsis" ? ct.css({ textOverflow: "clip" }) : ct.textPxLength > G && ct.css({ width: G + "px" }), ct.getBBox().height > this.len / L.length - (q.h - q.f) && (ct.specificTextOverflow = "ellipsis"));
              }
            }
          }
          $.rotation && (nt = et > 0.5 * g.chartHeight ? 0.33 * g.chartHeight : et, it || (rt = "ellipsis")), (this.labelAlign = V.align || this.autoLabelAlign(this.labelRotation)) && ($.align = this.labelAlign), L.forEach(function(gt) {
            var dt = (gt = Y[gt]) && gt.label, lt = Q.width, at = {};
            dt && (dt.attr($), gt.shortenLabel ? gt.shortenLabel() : nt && !lt && Q.whiteSpace !== "nowrap" && (nt < dt.textPxLength || dt.element.tagName === "SPAN") ? (at.width = nt + "px", it || (at.textOverflow = dt.specificTextOverflow || rt), dt.css(at)) : dt.styles && dt.styles.width && !at.width && !lt && dt.css({ width: null }), delete dt.specificTextOverflow, gt.rotation = $.rotation);
          }, this), this.tickRotCorr = m.rotCorr(q.b, this.labelRotation || 0, this.side !== 0);
        }, X.prototype.hasData = function() {
          return this.series.some(function(g) {
            return g.hasData();
          }) || this.options.showEmpty && C(this.min) && C(this.max);
        }, X.prototype.addTitle = function(g) {
          var m = this.chart.renderer, L = this.horiz, Y = this.opposite, V = this.options.title, Q = this.chart.styledMode, k;
          this.axisTitle || ((k = V.textAlign) || (k = (L ? { low: "left", middle: "center", high: "right" } : { low: Y ? "right" : "left", middle: "center", high: Y ? "left" : "right" })[V.align]), this.axisTitle = m.text(V.text || "", 0, 0, V.useHTML).attr({ zIndex: 7, rotation: V.rotation, align: k }).addClass("highcharts-axis-title"), Q || this.axisTitle.css(t(V.style)), this.axisTitle.add(this.axisGroup), this.axisTitle.isNew = !0), Q || V.style.width || this.isRadial || this.axisTitle.css({ width: this.len + "px" }), this.axisTitle[g ? "show" : "hide"](g);
        }, X.prototype.generateTick = function(g) {
          var m = this.ticks;
          m[g] ? m[g].addLabel() : m[g] = new H(this, g);
        }, X.prototype.getOffset = function() {
          var g = this, m = this, L = m.chart, Y = m.horiz, V = m.options, Q = m.side, k = m.ticks, G = m.tickPositions, z = m.coll, $ = m.axisParent, q = L.renderer, it = L.inverted && !m.isZAxis ? [1, 0, 3, 2][Q] : Q, et = m.hasData(), nt = V.title, rt = V.labels, ct = L.axisOffset;
          L = L.clipOffset;
          var gt = [
            -1,
            1,
            1,
            -1
          ][Q], dt = V.className, lt, at = 0, J = 0, tt = 0;
          if (m.showAxis = lt = et || V.showEmpty, m.staggerLines = m.horiz && rt.staggerLines || void 0, !m.axisGroup) {
            var st = function(pt, yt, vt) {
              return q.g(pt).attr({ zIndex: vt }).addClass("highcharts-" + z.toLowerCase() + yt + " " + (g.isRadial ? "highcharts-radial-axis" + yt + " " : "") + (dt || "")).add($);
            };
            m.gridGroup = st("grid", "-grid", V.gridZIndex), m.axisGroup = st("axis", "", V.zIndex), m.labelGroup = st("axis-labels", "-labels", rt.zIndex);
          }
          if (et || m.isLinked ? (G.forEach(function(pt) {
            m.generateTick(pt);
          }), m.renderUnsquish(), m.reserveSpaceDefault = Q === 0 || Q === 2 || { 1: "left", 3: "right" }[Q] === m.labelAlign, A(rt.reserveSpace, m.labelAlign === "center" ? !0 : null, m.reserveSpaceDefault) && G.forEach(function(pt) {
            tt = Math.max(k[pt].getLabelSize(), tt);
          }), m.staggerLines && (tt *= m.staggerLines), m.labelOffset = tt * (m.opposite ? -1 : 1)) : n(k, function(pt, yt) {
            pt.destroy(), delete k[yt];
          }), nt && nt.text && nt.enabled !== !1 && (m.addTitle(lt), lt && nt.reserveSpace !== !1)) {
            m.titleOffset = at = m.axisTitle.getBBox()[Y ? "height" : "width"];
            var ht = nt.offset;
            J = C(ht) ? 0 : A(nt.margin, Y ? 5 : 10);
          }
          m.renderLine(), m.offset = gt * A(V.offset, ct[Q] ? ct[Q] + (V.margin || 0) : 0), m.tickRotCorr = m.tickRotCorr || { x: 0, y: 0 }, nt = Q === 0 ? -m.labelMetrics().h : Q === 2 ? m.tickRotCorr.y : 0, et = Math.abs(tt) + J, tt && (et = et - nt + gt * (Y ? A(rt.y, m.tickRotCorr.y + 8 * gt) : rt.x)), m.axisTitleMargin = A(ht, et), m.getMaxLabelDimensions && (m.maxLabelDimensions = m.getMaxLabelDimensions(k, G)), z !== "colorAxis" && (Y = this.tickSize("tick"), ct[Q] = Math.max(ct[Q], (m.axisTitleMargin || 0) + at + gt * m.offset, et, G && G.length && Y ? Y[0] + gt * m.offset : 0), V = !m.axisLine || V.offset ? 0 : 2 * Math.floor(m.axisLine.strokeWidth() / 2), L[it] = Math.max(L[it], V)), c(this, "afterGetOffset");
        }, X.prototype.getLinePath = function(g) {
          var m = this.chart, L = this.opposite, Y = this.offset, V = this.horiz, Q = this.left + (L ? this.width : 0) + Y;
          return Y = m.chartHeight - this.bottom - (L ? this.height : 0) + Y, L && (g *= -1), m.renderer.crispLine([["M", V ? this.left : Q, V ? Y : this.top], ["L", V ? m.chartWidth - this.right : Q, V ? Y : m.chartHeight - this.bottom]], g);
        }, X.prototype.renderLine = function() {
          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 }));
        }, X.prototype.getTitlePosition = function() {
          var g = this.horiz, m = this.left, L = this.top, Y = this.len, V = this.options.title, Q = g ? m : L, k = this.opposite, G = this.offset, z = V.x, $ = V.y, q = this.axisTitle, it = this.chart.renderer.fontMetrics(V.style.fontSize, q);
          return q = Math.max(q.getBBox(null, 0).height - it.h - 1, 0), Y = { low: Q + (g ? 0 : Y), middle: Q + Y / 2, high: Q + (g ? Y : 0) }[V.align], m = (g ? L + this.height : m) + (g ? 1 : -1) * (k ? -1 : 1) * this.axisTitleMargin + [-q, q, it.f, -q][this.side], g = { x: g ? Y + z : m + (k ? this.width : 0) + G + z, y: g ? m + $ - (k ? this.height : 0) + G : Y + $ }, c(this, "afterGetTitlePosition", { titlePosition: g }), g;
        }, X.prototype.renderMinorTick = function(g, m) {
          var L = this.minorTicks;
          L[g] || (L[g] = new H(this, g, "minor")), m && L[g].isNew && L[g].render(null, !0), L[g].render(null, !1, 1);
        }, X.prototype.renderTick = function(g, m, L) {
          var Y = this.ticks;
          (!this.isLinked || g >= this.min && g <= this.max || this.grid && this.grid.isColumn) && (Y[g] || (Y[g] = new H(this, g)), L && Y[g].isNew && Y[g].render(
            m,
            !0,
            -1
          ), Y[g].render(m));
        }, X.prototype.render = function() {
          var g = this, m = g.chart, L = g.logarithmic, Y = g.options, V = g.isLinked, Q = g.tickPositions, k = g.axisTitle, G = g.ticks, z = g.minorTicks, $ = g.alternateBands, q = Y.stackLabels, it = Y.alternateGridColor, et = g.tickmarkOffset, nt = g.axisLine, rt = g.showAxis, ct = R(m.renderer.globalAnimation), gt, dt;
          if (g.labelEdge.length = 0, g.overlap = !1, [G, z, $].forEach(function(at) {
            n(at, function(J) {
              J.isActive = !1;
            });
          }), g.hasData() || V) {
            var lt = g.chart.hasRendered && g.old && l(g.old.min);
            g.minorTickInterval && !g.categories && g.getMinorTickPositions().forEach(function(at) {
              g.renderMinorTick(at, lt);
            }), Q.length && (Q.forEach(function(at, J) {
              g.renderTick(at, J, lt);
            }), et && (g.min === 0 || g.single) && (G[-1] || (G[-1] = new H(g, -1, null, !0)), G[-1].render(-1))), it && Q.forEach(function(at, J) {
              dt = typeof Q[J + 1] < "u" ? Q[J + 1] + et : g.max - et, J % 2 === 0 && at < g.max && dt <= g.max + (m.polar ? -et : et) && ($[at] || ($[at] = new U.PlotLineOrBand(g)), gt = at + et, $[at].options = { from: L ? L.lin2log(gt) : gt, to: L ? L.lin2log(dt) : dt, color: it, className: "highcharts-alternate-grid" }, $[at].render(), $[at].isActive = !0);
            }), g._addedPlotLB || (g._addedPlotLB = !0, (Y.plotLines || []).concat(Y.plotBands || []).forEach(function(at) {
              g.addPlotBandOrLine(at);
            }));
          }
          [G, z, $].forEach(function(at) {
            var J = [], tt = ct.duration;
            n(at, function(st, ht) {
              st.isActive || (st.render(ht, !1, 0), st.isActive = !1, J.push(ht));
            }), T(function() {
              for (var st = J.length; st--; )
                at[J[st]] && !at[J[st]].isActive && (at[J[st]].destroy(), delete at[J[st]]);
            }, at !== $ && m.hasRendered && tt ? tt : 0);
          }), nt && (nt[nt.isPlaced ? "animate" : "attr"]({ d: this.getLinePath(nt.strokeWidth()) }), nt.isPlaced = !0, nt[rt ? "show" : "hide"](rt)), k && rt && (Y = g.getTitlePosition(), l(Y.y) ? (k[k.isNew ? "attr" : "animate"](Y), k.isNew = !1) : (k.attr("y", -9999), k.isNew = !0)), q && q.enabled && g.stacking && g.stacking.renderStackTotals(), g.old = { len: g.len, max: g.max, min: g.min, transA: g.transA, userMax: g.userMax, userMin: g.userMin }, g.isDirty = !1, c(this, "afterRender");
        }, X.prototype.redraw = function() {
          this.visible && (this.render(), this.plotLinesAndBands.forEach(function(g) {
            g.render();
          })), this.series.forEach(function(g) {
            g.isDirty = !0;
          });
        }, X.prototype.getKeepProps = function() {
          return this.keepProps || X.keepProps;
        }, X.prototype.destroy = function(g) {
          var m = this, L = m.plotLinesAndBands, Y = this.eventOptions;
          if (c(this, "destroy", { keepEvents: g }), g || D(m), [m.ticks, m.minorTicks, m.alternateBands].forEach(function(Q) {
            b(Q);
          }), L)
            for (g = L.length; g--; )
              L[g].destroy();
          "axisLine axisTitle axisGroup gridGroup labelGroup cross scrollbar".split(" ").forEach(function(Q) {
            m[Q] && (m[Q] = m[Q].destroy());
          });
          for (var V in m.plotLinesAndBandsGroups)
            m.plotLinesAndBandsGroups[V] = m.plotLinesAndBandsGroups[V].destroy();
          n(m, function(Q, k) {
            m.getKeepProps().indexOf(k) === -1 && delete m[k];
          }), this.eventOptions = Y;
        }, X.prototype.drawCrosshair = function(g, m) {
          var L = this.crosshair, Y = A(L && L.snap, !0), V = this.chart, Q, k = this.cross;
          if (c(this, "drawCrosshair", { e: g, point: m }), g || (g = this.cross && this.cross.e), L && (C(m) || !Y) !== !1) {
            if (Y ? C(m) && (Q = A(this.coll !== "colorAxis" ? m.crosshairPos : null, this.isXAxis ? m.plotX : this.len - m.plotY)) : Q = g && (this.horiz ? g.chartX - this.pos : this.len - g.chartY + this.pos), C(Q)) {
              var G = { value: m && (this.isXAxis ? m.x : A(m.stackY, m.y)), translatedValue: Q };
              V.polar && a(G, { isCrosshair: !0, chartX: g && g.chartX, chartY: g && g.chartY, point: m }), G = this.getPlotLinePath(G) || null;
            }
            if (!C(G)) {
              this.hideCrosshair();
              return;
            }
            Y = this.categories && !this.isRadial, k || (this.cross = k = V.renderer.path().addClass("highcharts-crosshair highcharts-crosshair-" + (Y ? "category " : "thin ") + (L.className || "")).attr({ zIndex: A(L.zIndex, 2) }).add(), V.styledMode || (k.attr({ stroke: L.color || (Y ? I.parse("#ccd6eb").setOpacity(0.25).get() : "#cccccc"), "stroke-width": A(L.width, 1) }).css({ "pointer-events": "none" }), L.dashStyle && k.attr({ dashstyle: L.dashStyle }))), k.show().attr({ d: G }), Y && !L.width && k.attr({ "stroke-width": this.transA }), this.cross.e = g;
          } else
            this.hideCrosshair();
          c(this, "afterDrawCrosshair", { e: g, point: m });
        }, X.prototype.hideCrosshair = function() {
          this.cross && this.cross.hide(), c(this, "afterHideCrosshair");
        }, X.prototype.hasVerticalPanning = function() {
          var g = this.chart.options.chart.panning;
          return !!(g && g.enabled && /y/.test(g.type));
        }, X.prototype.validatePositiveValue = function(g) {
          return l(g) && 0 < g;
        }, X.prototype.update = function(g, m) {
          var L = this.chart;
          g = t(this.userOptions, g), this.destroy(!0), this.init(L, g), L.isDirtyBox = !0, A(m, !0) && L.redraw();
        }, X.prototype.remove = function(g) {
          for (var m = this.chart, L = this.coll, Y = this.series, V = Y.length; V--; )
            Y[V] && Y[V].remove(!1);
          w(m.axes, this), w(m[L], this), m[L].forEach(function(Q, k) {
            Q.options.index = Q.userOptions.index = k;
          }), this.destroy(), m.isDirtyBox = !0, A(g, !0) && m.redraw();
        }, X.prototype.setTitle = function(g, m) {
          this.update({ title: g }, m);
        }, X.prototype.setCategories = function(g, m) {
          this.update(
            { categories: g },
            m
          );
        }, X.defaultOptions = B.defaultXAxisOptions, X.keepProps = "extKey hcEvents names series userMax userMin".split(" "), X;
      }(), y;
    }), E(h, "Core/Axis/DateTimeAxis.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.addEvent, I = y.getMagnitude, Z = y.normalizeTickInterval, F = y.timeUnits, U;
      return function(H) {
        function W() {
          return this.chart.time.getTimeTicks.apply(this.chart.time, arguments);
        }
        function R(d) {
          d.userOptions.type !== "datetime" ? this.dateTime = void 0 : this.dateTime || (this.dateTime = new x(this));
        }
        var S = [];
        H.compose = function(d) {
          return S.indexOf(d) === -1 && (S.push(d), d.keepProps.push("dateTime"), d.prototype.getTimeTicks = W, B(d, "init", R)), d;
        };
        var x = function() {
          function d(u) {
            this.axis = u;
          }
          return d.prototype.normalizeTimeTickInterval = function(u, P) {
            var O = P || [["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]];
            P = O[O.length - 1];
            var N = F[P[0]], C = P[1], b;
            for (b = 0; b < O.length && (P = O[b], N = F[P[0]], C = P[1], !(O[b + 1] && u <= (N * C[C.length - 1] + F[O[b + 1][0]]) / 2)); b++)
              ;
            return N === F.year && u < 5 * N && (C = [1, 2, 5]), u = Z(u / N, C, P[0] === "year" ? Math.max(I(u / N), 1) : 1), { unitRange: N, count: u, unitName: P[0] };
          }, d.prototype.getXDateFormat = function(u, P) {
            var O = this.axis;
            return O.closestPointRange ? O.chart.time.getDateFormat(O.closestPointRange, u, O.options.startOfWeek, P) || P.year : P.day;
          }, d;
        }();
        H.Additions = x;
      }(U || (U = {})), U;
    }), E(h, "Core/Axis/LogarithmicAxis.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.addEvent, I = y.getMagnitude, Z = y.normalizeTickInterval, F = y.pick, U;
      return function(H) {
        function W(d) {
          var u = this.logarithmic;
          d.userOptions.type !== "logarithmic" ? this.logarithmic = void 0 : u || (this.logarithmic = new x(this));
        }
        function R() {
          var d = this.logarithmic;
          d && (this.lin2val = function(u) {
            return d.lin2log(u);
          }, this.val2lin = function(u) {
            return d.log2lin(u);
          });
        }
        var S = [];
        H.compose = function(d) {
          return S.indexOf(d) === -1 && (S.push(d), d.keepProps.push("logarithmic"), B(d, "init", W), B(d, "afterInit", R)), d;
        };
        var x = function() {
          function d(u) {
            this.axis = u;
          }
          return d.prototype.getLogTickPositions = function(u, P, O, N) {
            var C = this.axis, b = C.len, w = C.options, v = [];
            if (N || (this.minorAutoInterval = void 0), 0.5 <= u)
              u = Math.round(u), v = C.getLinearTickPositions(u, P, O);
            else if (0.08 <= u) {
              var a = Math.floor(P), c, p = w = void 0;
              for (b = 0.3 < u ? [1, 2, 4] : 0.15 < u ? [1, 2, 4, 6, 8] : [1, 2, 3, 4, 5, 6, 7, 8, 9]; a < O + 1 && !p; a++) {
                var i = b.length;
                for (c = 0; c < i && !p; c++) {
                  var l = this.log2lin(this.lin2log(a) * b[c]);
                  l > P && (!N || w <= O) && typeof w < "u" && v.push(w), w > O && (p = !0), w = l;
                }
              }
            } else
              P = this.lin2log(P), O = this.lin2log(O), u = N ? C.getMinorTickInterval() : w.tickInterval, u = F(u === "auto" ? null : u, this.minorAutoInterval, w.tickPixelInterval / (N ? 5 : 1) * (O - P) / ((N ? b / C.tickPositions.length : b) || 1)), u = Z(u, void 0, I(u)), v = C.getLinearTickPositions(u, P, O).map(this.log2lin), N || (this.minorAutoInterval = u / 5);
            return N || (C.tickInterval = u), v;
          }, d.prototype.lin2log = function(u) {
            return Math.pow(10, u);
          }, d.prototype.log2lin = function(u) {
            return Math.log(u) / Math.LN10;
          }, d;
        }();
        H.Additions = x;
      }(U || (U = {})), U;
    }), E(h, "Core/Axis/PlotLineOrBand/PlotLineOrBandAxis.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.erase, I = y.extend, Z = y.isNumber, F;
      return function(U) {
        var H = [], W;
        U.compose = function(S, x) {
          return W || (W = S), H.indexOf(x) === -1 && (H.push(x), I(x.prototype, R.prototype)), x;
        };
        var R = function() {
          function S() {
          }
          return S.prototype.getPlotBandPath = function(x, d, u) {
            u === void 0 && (u = this.options);
            var P = this.getPlotLinePath({ value: d, force: !0, acrossPanes: u.acrossPanes }), O = [], N = this.horiz;
            if (d = !Z(this.min) || !Z(this.max) || x < this.min && d < this.min || x > this.max && d > this.max, x = this.getPlotLinePath({ value: x, force: !0, acrossPanes: u.acrossPanes }), u = 1, x && P) {
              if (d) {
                var C = x.toString() === P.toString();
                u = 0;
              }
              for (d = 0; d < x.length; d += 2) {
                var b = x[d], w = x[d + 1], v = P[d], a = P[d + 1];
                b[0] !== "M" && b[0] !== "L" || w[0] !== "M" && w[0] !== "L" || v[0] !== "M" && v[0] !== "L" || a[0] !== "M" && a[0] !== "L" || (N && v[1] === b[1] ? (v[1] += u, a[1] += u) : N || v[2] !== b[2] || (v[2] += u, a[2] += u), O.push(["M", b[1], b[2]], ["L", w[1], w[2]], ["L", a[1], a[2]], ["L", v[1], v[2]], ["Z"])), O.isFlat = C;
              }
            }
            return O;
          }, S.prototype.addPlotBand = function(x) {
            return this.addPlotBandOrLine(x, "plotBands");
          }, S.prototype.addPlotLine = function(x) {
            return this.addPlotBandOrLine(
              x,
              "plotLines"
            );
          }, S.prototype.addPlotBandOrLine = function(x, d) {
            var u = this, P = this.userOptions, O = new W(this, x);
            if (this.visible && (O = O.render()), O) {
              if (this._addedPlotLB || (this._addedPlotLB = !0, (P.plotLines || []).concat(P.plotBands || []).forEach(function(C) {
                u.addPlotBandOrLine(C);
              })), d) {
                var N = P[d] || [];
                N.push(x), P[d] = N;
              }
              this.plotLinesAndBands.push(O);
            }
            return O;
          }, S.prototype.removePlotBandOrLine = function(x) {
            var d = this.plotLinesAndBands, u = this.options, P = this.userOptions;
            if (d) {
              for (var O = d.length; O--; )
                d[O].id === x && d[O].destroy();
              [u.plotLines || [], P.plotLines || [], u.plotBands || [], P.plotBands || []].forEach(function(N) {
                for (O = N.length; O--; )
                  (N[O] || {}).id === x && B(N, N[O]);
              });
            }
          }, S.prototype.removePlotBand = function(x) {
            this.removePlotBandOrLine(x);
          }, S.prototype.removePlotLine = function(x) {
            this.removePlotBandOrLine(x);
          }, S;
        }();
      }(F || (F = {})), F;
    }), E(h, "Core/Axis/PlotLineOrBand/PlotLineOrBand.js", [h["Core/Axis/PlotLineOrBand/PlotLineOrBandAxis.js"], h["Core/Utilities.js"]], function(y, B) {
      var I = B.arrayMax, Z = B.arrayMin, F = B.defined, U = B.destroyObjectProperties, H = B.erase, W = B.fireEvent, R = B.merge, S = B.objectEach, x = B.pick;
      return B = function() {
        function d(u, P) {
          this.axis = u, P && (this.options = P, this.id = P.id);
        }
        return d.compose = function(u) {
          return y.compose(d, u);
        }, d.prototype.render = function() {
          W(this, "render");
          var u = this, P = u.axis, O = P.horiz, N = P.logarithmic, C = u.options, b = C.color, w = x(C.zIndex, 0), v = C.events, a = {}, c = P.chart.renderer, p = C.label, i = u.label, l = C.to, s = C.from, t = C.value, o = u.svgElem, n = [], A = F(s) && F(l);
          n = F(t);
          var _ = !o, D = { class: "highcharts-plot-" + (A ? "band " : "line ") + (C.className || "") }, j = A ? "bands" : "lines";
          if (N && (s = N.log2lin(s), l = N.log2lin(l), t = N.log2lin(t)), P.chart.styledMode || (n ? (D.stroke = b || "#999999", D["stroke-width"] = x(C.width, 1), C.dashStyle && (D.dashstyle = C.dashStyle)) : A && (D.fill = b || "#e6ebf5", C.borderWidth && (D.stroke = C.borderColor, D["stroke-width"] = C.borderWidth))), a.zIndex = w, j += "-" + w, (N = P.plotLinesAndBandsGroups[j]) || (P.plotLinesAndBandsGroups[j] = N = c.g("plot-" + j).attr(a).add()), _ && (u.svgElem = o = c.path().attr(D).add(N)), n)
            n = P.getPlotLinePath({
              value: t,
              lineWidth: o.strokeWidth(),
              acrossPanes: C.acrossPanes
            });
          else if (A)
            n = P.getPlotBandPath(s, l, C);
          else
            return;
          return !u.eventsAdded && v && (S(v, function(T, X) {
            o.on(X, function(g) {
              v[X].apply(u, [g]);
            });
          }), u.eventsAdded = !0), (_ || !o.d) && n && n.length ? o.attr({ d: n }) : o && (n ? (o.show(!0), o.animate({ d: n })) : o.d && (o.hide(), i && (u.label = i = i.destroy()))), p && (F(p.text) || F(p.formatter)) && n && n.length && 0 < P.width && 0 < P.height && !n.isFlat ? (p = R({ align: O && A && "center", x: O ? !A && 4 : 10, verticalAlign: !O && A && "middle", y: O ? A ? 16 : 10 : A ? 6 : -4, rotation: O && !A && 90 }, p), this.renderLabel(
            p,
            n,
            A,
            w
          )) : i && i.hide(), u;
        }, d.prototype.renderLabel = function(u, P, O, N) {
          var C = this.axis, b = C.chart.renderer, w = this.label;
          w || (this.label = w = b.text(this.getLabelText(u), 0, 0, u.useHTML).attr({ align: u.textAlign || u.align, rotation: u.rotation, class: "highcharts-plot-" + (O ? "band" : "line") + "-label " + (u.className || ""), zIndex: N }).add(), C.chart.styledMode || w.css(R({ textOverflow: "ellipsis" }, u.style))), N = P.xBounds || [P[0][1], P[1][1], O ? P[2][1] : P[0][1]], P = P.yBounds || [P[0][2], P[1][2], O ? P[2][2] : P[0][2]], O = Z(N), b = Z(P), w.align(
            u,
            !1,
            { x: O, y: b, width: I(N) - O, height: I(P) - b }
          ), w.alignValue && w.alignValue !== "left" || w.css({ width: (w.rotation === 90 ? C.height - (w.alignAttr.y - C.top) : C.width - (w.alignAttr.x - C.left)) + "px" }), w.show(!0);
        }, d.prototype.getLabelText = function(u) {
          return F(u.formatter) ? u.formatter.call(this) : u.text;
        }, d.prototype.destroy = function() {
          H(this.axis.plotLinesAndBands, this), delete this.axis, U(this);
        }, d;
      }(), B;
    }), E(h, "Core/Tooltip.js", [
      h["Core/FormatUtilities.js"],
      h["Core/Globals.js"],
      h["Core/Renderer/RendererUtilities.js"],
      h["Core/Renderer/RendererRegistry.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F) {
      var U = y.format, H = B.doc, W = I.distribute, R = F.addEvent, S = F.clamp, x = F.css, d = F.defined, u = F.discardElement, P = F.extend, O = F.fireEvent, N = F.isArray, C = F.isNumber, b = F.isString, w = F.merge, v = F.pick, a = F.splat, c = F.syncTimeout;
      return y = function() {
        function p(i, l) {
          this.allowShared = !0, this.container = void 0, this.crosshairs = [], this.distance = 0, this.isHidden = !0, this.isSticky = !1, this.now = {}, this.options = {}, this.outside = !1, this.chart = i, this.init(i, l);
        }
        return p.prototype.applyFilter = function() {
          var i = this.chart;
          i.renderer.definition({ tagName: "filter", attributes: { id: "drop-shadow-" + i.index, opacity: 0.5 }, children: [{ tagName: "feGaussianBlur", attributes: { in: "SourceAlpha", stdDeviation: 1 } }, { tagName: "feOffset", attributes: { dx: 1, dy: 1 } }, { tagName: "feComponentTransfer", children: [{ tagName: "feFuncA", attributes: { type: "linear", slope: 0.3 } }] }, { tagName: "feMerge", children: [{ tagName: "feMergeNode" }, { tagName: "feMergeNode", attributes: { in: "SourceGraphic" } }] }] });
        }, p.prototype.bodyFormatter = function(i) {
          return i.map(function(l) {
            var s = l.series.tooltipOptions;
            return (s[(l.point.formatPrefix || "point") + "Formatter"] || l.point.tooltipFormatter).call(l.point, s[(l.point.formatPrefix || "point") + "Format"] || "");
          });
        }, p.prototype.cleanSplit = function(i) {
          this.chart.series.forEach(function(l) {
            var s = l && l.tt;
            s && (!s.isActive || i ? l.tt = s.destroy() : s.isActive = !1);
          });
        }, p.prototype.defaultFormatter = function(i) {
          var l = this.points || a(this), s = [i.tooltipFooterHeaderFormatter(l[0])];
          return s = s.concat(i.bodyFormatter(l)), s.push(i.tooltipFooterHeaderFormatter(
            l[0],
            !0
          )), s;
        }, p.prototype.destroy = function() {
          this.label && (this.label = this.label.destroy()), this.split && this.tt && (this.cleanSplit(!0), this.tt = this.tt.destroy()), this.renderer && (this.renderer = this.renderer.destroy(), u(this.container)), F.clearTimeout(this.hideTimer), F.clearTimeout(this.tooltipTimeout);
        }, p.prototype.getAnchor = function(i, l) {
          var s = this.chart, t = s.pointer, o = s.inverted, n = s.plotTop, A = s.plotLeft, _, D, j = 0, T = 0;
          return i = a(i), this.followPointer && l ? (typeof l.chartX > "u" && (l = t.normalize(l)), t = [l.chartX - A, l.chartY - n]) : i[0].tooltipPos ? t = i[0].tooltipPos : (i.forEach(function(X) {
            _ = X.series.yAxis, D = X.series.xAxis, j += X.plotX || 0, T += X.plotLow ? (X.plotLow + (X.plotHigh || 0)) / 2 : X.plotY || 0, D && _ && (o ? (j += n + s.plotHeight - D.len - D.pos, T += A + s.plotWidth - _.len - _.pos) : (j += D.pos - A, T += _.pos - n));
          }), j /= i.length, T /= i.length, t = [o ? s.plotWidth - T : j, o ? s.plotHeight - j : T], this.shared && 1 < i.length && l && (o ? t[0] = l.chartX - A : t[1] = l.chartY - n)), t.map(Math.round);
        }, p.prototype.getLabel = function() {
          var i = this, l = this.chart.styledMode, s = this.options, t = this.split && this.allowShared, o = "tooltip" + (d(s.className) ? " " + s.className : ""), n = s.style.pointerEvents || (!this.followPointer && s.stickOnContact ? "auto" : "none"), A = function() {
            i.inContact = !0;
          }, _ = function(Y) {
            var V = i.chart.hoverSeries;
            i.inContact = i.shouldStickOnContact() && i.chart.pointer.inClass(Y.relatedTarget, "highcharts-tooltip"), !i.inContact && V && V.onMouseOut && V.onMouseOut();
          }, D, j = this.chart.renderer;
          if (i.label) {
            var T = !i.label.hasClass("highcharts-label");
            (t && !T || !t && T) && i.destroy();
          }
          if (!this.label) {
            if (this.outside) {
              T = this.chart.options.chart.style;
              var X = Z.getRendererType();
              this.container = D = B.doc.createElement("div"), D.className = "highcharts-tooltip-container", x(D, { position: "absolute", top: "1px", pointerEvents: n, zIndex: Math.max(this.options.style.zIndex || 0, (T && T.zIndex || 0) + 3) }), R(D, "mouseenter", A), R(D, "mouseleave", _), B.doc.body.appendChild(D), this.renderer = j = new X(D, 0, 0, T, void 0, void 0, j.styledMode);
            }
            if (t ? this.label = j.g(o) : (this.label = j.label("", 0, 0, s.shape, void 0, void 0, s.useHTML, void 0, o).attr({ padding: s.padding, r: s.borderRadius }), l || this.label.attr({ fill: s.backgroundColor, "stroke-width": s.borderWidth }).css(s.style).css({ pointerEvents: n }).shadow(s.shadow)), l && s.shadow && (this.applyFilter(), this.label.attr({ filter: "url(#drop-shadow-" + this.chart.index + ")" })), i.outside && !i.split) {
              var g = this.label, m = g.xSetter, L = g.ySetter;
              g.xSetter = function(Y) {
                m.call(g, i.distance), D.style.left = Y + "px";
              }, g.ySetter = function(Y) {
                L.call(g, i.distance), D.style.top = Y + "px";
              };
            }
            this.label.on("mouseenter", A).on("mouseleave", _).attr({ zIndex: 8 }).add();
          }
          return this.label;
        }, p.prototype.getPosition = function(i, l, s) {
          var t = this.chart, o = this.distance, n = {}, A = t.inverted && s.h || 0, _ = this.outside, D = _ ? H.documentElement.clientWidth - 2 * o : t.chartWidth, j = _ ? Math.max(H.body.scrollHeight, H.documentElement.scrollHeight, H.body.offsetHeight, H.documentElement.offsetHeight, H.documentElement.clientHeight) : t.chartHeight, T = t.pointer.getChartPosition(), X = function(z) {
            var $ = z === "x";
            return [z, $ ? D : j, $ ? i : l].concat(_ ? [$ ? i * T.scaleX : l * T.scaleY, $ ? T.left - o + (s.plotX + t.plotLeft) * T.scaleX : T.top - o + (s.plotY + t.plotTop) * T.scaleY, 0, $ ? D : j] : [$ ? i : l, $ ? s.plotX + t.plotLeft : s.plotY + t.plotTop, $ ? t.plotLeft : t.plotTop, $ ? t.plotLeft + t.plotWidth : t.plotTop + t.plotHeight]);
          }, g = X("y"), m = X("x"), L;
          X = !!s.negative, !t.polar && t.hoverSeries && t.hoverSeries.yAxis && t.hoverSeries.yAxis.reversed && (X = !X);
          var Y = !this.followPointer && v(s.ttBelow, !t.inverted === X), V = function(z, $, q, it, et, nt, rt) {
            var ct = _ ? z === "y" ? o * T.scaleY : o * T.scaleX : o, gt = (q - it) / 2, dt = it < et - o, lt = et + o + it < $, at = et - ct - q + gt;
            if (et = et + ct - gt, Y && lt)
              n[z] = et;
            else if (!Y && dt)
              n[z] = at;
            else if (dt)
              n[z] = Math.min(rt - it, 0 > at - A ? at : at - A);
            else if (lt)
              n[z] = Math.max(nt, et + A + q > $ ? et : et + A);
            else
              return !1;
          }, Q = function(z, $, q, it, et) {
            var nt;
            return et < o || et > $ - o ? nt = !1 : n[z] = et < q / 2 ? 1 : et > $ - it / 2 ? $ - it - 2 : et - q / 2, nt;
          }, k = function(z) {
            var $ = g;
            g = m, m = $, L = z;
          }, G = function() {
            V.apply(0, g) !== !1 ? Q.apply(0, m) !== !1 || L || (k(!0), G()) : L ? n.x = n.y = 0 : (k(!0), G());
          };
          return (t.inverted || 1 < this.len) && k(), G(), n;
        }, p.prototype.hide = function(i) {
          var l = this;
          F.clearTimeout(this.hideTimer), i = v(i, this.options.hideDelay), this.isHidden || (this.hideTimer = c(function() {
            l.getLabel().fadeOut(i && void 0), l.isHidden = !0;
          }, i));
        }, p.prototype.init = function(i, l) {
          this.chart = i, this.options = l, this.crosshairs = [], this.now = { x: 0, y: 0 }, this.isHidden = !0, this.split = l.split && !i.inverted && !i.polar, this.shared = l.shared || this.split, this.outside = v(l.outside, !(!i.scrollablePixelsX && !i.scrollablePixelsY));
        }, p.prototype.shouldStickOnContact = function() {
          return !(this.followPointer || !this.options.stickOnContact);
        }, p.prototype.isStickyOnContact = function() {
          return !(!this.shouldStickOnContact() || !this.inContact);
        }, p.prototype.move = function(i, l, s, t) {
          var o = this, n = o.now, A = o.options.animation !== !1 && !o.isHidden && (1 < Math.abs(i - n.x) || 1 < Math.abs(l - n.y)), _ = o.followPointer || 1 < o.len;
          P(n, { x: A ? (2 * n.x + i) / 3 : i, y: A ? (n.y + l) / 2 : l, anchorX: _ ? void 0 : A ? (2 * n.anchorX + s) / 3 : s, anchorY: _ ? void 0 : A ? (n.anchorY + t) / 2 : t }), o.getLabel().attr(n), o.drawTracker(), A && (F.clearTimeout(this.tooltipTimeout), this.tooltipTimeout = setTimeout(function() {
            o && o.move(i, l, s, t);
          }, 32));
        }, p.prototype.refresh = function(i, l) {
          var s = this.chart, t = this.options, o = a(i), n = o[0], A = [], _ = t.formatter || this.defaultFormatter, D = this.shared, j = s.styledMode, T = {};
          if (t.enabled) {
            F.clearTimeout(this.hideTimer), this.allowShared = !(!N(i) && i.series && i.series.noSharedTooltip), this.followPointer = !this.split && n.series.tooltipOptions.followPointer, i = this.getAnchor(i, l);
            var X = i[0], g = i[1];
            if (D && this.allowShared ? (s.pointer.applyInactiveState(o), o.forEach(function(Y) {
              Y.setState("hover"), A.push(Y.getLabelConfig());
            }), T = { x: n.category, y: n.y }, T.points = A) : T = n.getLabelConfig(), this.len = A.length, _ = _.call(T, this), D = n.series, this.distance = v(
              D.tooltipOptions.distance,
              16
            ), _ === !1)
              this.hide();
            else {
              if (this.split && this.allowShared)
                this.renderSplit(_, o);
              else {
                var m = X, L = g;
                if (l && s.pointer.isDirectTouch && (m = l.chartX - s.plotLeft, L = l.chartY - s.plotTop), s.polar || D.options.clip === !1 || o.some(function(Y) {
                  return Y.series.shouldShowTooltip(m, L);
                }))
                  l = this.getLabel(), t.style.width && !j || l.css({ width: this.chart.spacingBox.width + "px" }), l.attr({ text: _ && _.join ? _.join("") : _ }), l.removeClass(/highcharts-color-[\d]+/g).addClass("highcharts-color-" + v(n.colorIndex, D.colorIndex)), j || l.attr({ stroke: t.borderColor || n.color || D.color || "#666666" }), this.updatePosition({ plotX: X, plotY: g, negative: n.negative, ttBelow: n.ttBelow, h: i[2] || 0 });
                else {
                  this.hide();
                  return;
                }
              }
              this.isHidden && this.label && this.label.attr({ opacity: 1 }).show(), this.isHidden = !1;
            }
            O(this, "refresh");
          }
        }, p.prototype.renderSplit = function(i, l) {
          function s(lt, at, J, tt, st) {
            return st === void 0 && (st = !0), J ? (at = it ? 0 : ct, lt = S(lt - tt / 2, z.left, z.right - tt - (t.outside ? et : 0))) : (at -= nt, lt = st ? lt - tt - Q : lt + Q, lt = S(lt, st ? lt : z.left, z.right)), { x: lt, y: at };
          }
          var t = this, o = t.chart, n = t.chart, A = n.chartWidth, _ = n.chartHeight, D = n.plotHeight, j = n.plotLeft, T = n.plotTop, X = n.pointer, g = n.scrollablePixelsY;
          g = g === void 0 ? 0 : g;
          var m = n.scrollablePixelsX, L = n.scrollingContainer;
          L = L === void 0 ? { scrollLeft: 0, scrollTop: 0 } : L;
          var Y = L.scrollLeft;
          L = L.scrollTop;
          var V = n.styledMode, Q = t.distance, k = t.options, G = t.options.positioner, z = t.outside && typeof m != "number" ? H.documentElement.getBoundingClientRect() : { left: Y, right: Y + A, top: L, bottom: L + _ }, $ = t.getLabel(), q = this.renderer || o.renderer, it = !(!o.xAxis[0] || !o.xAxis[0].opposite);
          o = X.getChartPosition();
          var et = o.left;
          o = o.top;
          var nt = T + L, rt = 0, ct = D - g;
          b(i) && (i = [!1, i]), i = i.slice(0, l.length + 1).reduce(function(lt, at, J) {
            if (at !== !1 && at !== "") {
              J = l[J - 1] || { isHeader: !0, plotX: l[0].plotX, plotY: D, series: {} };
              var tt = J.isHeader, st = tt ? t : J.series;
              at = at.toString();
              var ht = st.tt, pt = J.isHeader, yt = J.series, vt = "highcharts-color-" + v(J.colorIndex, yt.colorIndex, "none");
              if (ht || (ht = { padding: k.padding, r: k.borderRadius }, V || (ht.fill = k.backgroundColor, ht["stroke-width"] = k.borderWidth), ht = q.label("", 0, 0, k[pt ? "headerShape" : "shape"], void 0, void 0, k.useHTML).addClass((pt ? "highcharts-tooltip-header " : "") + "highcharts-tooltip-box " + vt).attr(ht).add($)), ht.isActive = !0, ht.attr({ text: at }), V || ht.css(k.style).shadow(k.shadow).attr({ stroke: k.borderColor || J.color || yt.color || "#333333" }), st = st.tt = ht, pt = st.getBBox(), at = pt.width + st.strokeWidth(), tt && (rt = pt.height, ct += rt, it && (nt -= rt)), yt = J.plotX, yt = yt === void 0 ? 0 : yt, vt = J.plotY, vt = vt === void 0 ? 0 : vt, ht = J.series, J.isHeader) {
                yt = j + yt;
                var Ct = T + D / 2;
              } else {
                var Pt = ht.xAxis, kt = ht.yAxis;
                yt = Pt.pos + S(yt, -Q, Pt.len + Q), ht.shouldShowTooltip(0, kt.pos - T + vt, { ignoreX: !0 }) && (Ct = kt.pos + vt);
              }
              yt = S(
                yt,
                z.left - Q,
                z.right + Q
              ), typeof Ct == "number" ? (pt = pt.height + 1, vt = G ? G.call(t, at, pt, J) : s(yt, Ct, tt, at), lt.push({ align: G ? 0 : void 0, anchorX: yt, anchorY: Ct, boxWidth: at, point: J, rank: v(vt.rank, tt ? 1 : 0), size: pt, target: vt.y, tt: st, x: vt.x })) : st.isActive = !1;
            }
            return lt;
          }, []), !G && i.some(function(lt) {
            var at = (t.outside ? et : 0) + lt.anchorX;
            return at < z.left && at + lt.boxWidth < z.right ? !0 : at < et - z.left + lt.boxWidth && z.right - at > at;
          }) && (i = i.map(function(lt) {
            var at = s(lt.anchorX, lt.anchorY, lt.point.isHeader, lt.boxWidth, !1);
            return P(lt, { target: at.y, x: at.x });
          })), t.cleanSplit(), W(i, ct);
          var gt = et, dt = et;
          i.forEach(function(lt) {
            var at = lt.x, J = lt.boxWidth;
            lt = lt.isHeader, lt || (t.outside && et + at < gt && (gt = et + at), !lt && t.outside && gt + J > dt && (dt = et + at));
          }), i.forEach(function(lt) {
            var at = lt.x, J = lt.anchorX, tt = lt.pos, st = lt.point.isHeader;
            if (tt = { visibility: typeof tt > "u" ? "hidden" : "inherit", x: at, y: tt + nt, anchorX: J, anchorY: lt.anchorY }, t.outside && at < J) {
              var ht = et - gt;
              0 < ht && (st || (tt.x = at + ht, tt.anchorX = J + ht), st && (tt.x = (dt - gt) / 2, tt.anchorX = J + ht));
            }
            lt.tt.attr(tt);
          }), i = t.container, g = t.renderer, t.outside && i && g && (n = $.getBBox(), g.setSize(n.width + n.x, n.height + n.y, !1), i.style.left = gt + "px", i.style.top = o + "px");
        }, p.prototype.drawTracker = function() {
          if (this.followPointer || !this.options.stickOnContact)
            this.tracker && this.tracker.destroy();
          else {
            var i = this.chart, l = this.label, s = this.shared ? i.hoverPoints : i.hoverPoint;
            if (l && s) {
              var t = { x: 0, y: 0, width: 0, height: 0 };
              s = this.getAnchor(s);
              var o = l.getBBox();
              s[0] += i.plotLeft - l.translateX, s[1] += i.plotTop - l.translateY, t.x = Math.min(0, s[0]), t.y = Math.min(0, s[1]), t.width = 0 > s[0] ? Math.max(Math.abs(s[0]), o.width - s[0]) : Math.max(
                Math.abs(s[0]),
                o.width
              ), t.height = 0 > s[1] ? Math.max(Math.abs(s[1]), o.height - Math.abs(s[1])) : Math.max(Math.abs(s[1]), o.height), this.tracker ? this.tracker.attr(t) : (this.tracker = l.renderer.rect(t).addClass("highcharts-tracker").add(l), i.styledMode || this.tracker.attr({ fill: "rgba(0,0,0,0)" }));
            }
          }
        }, p.prototype.styledModeFormat = function(i) {
          return i.replace('style="font-size: 10px"', 'class="highcharts-header"').replace(/style="color:{(point|series)\.color}"/g, 'class="highcharts-color-{$1.colorIndex}"');
        }, p.prototype.tooltipFooterHeaderFormatter = function(i, l) {
          var s = i.series, t = s.tooltipOptions, o = s.xAxis, n = o && o.dateTime;
          o = { isFooter: l, labelConfig: i };
          var A = t.xDateFormat, _ = t[l ? "footerFormat" : "headerFormat"];
          return O(this, "headerFormatter", o, function(D) {
            n && !A && C(i.key) && (A = n.getXDateFormat(i.key, t.dateTimeLabelFormats)), n && A && (i.point && i.point.tooltipDateKeys || ["key"]).forEach(function(j) {
              _ = _.replace("{point." + j + "}", "{point." + j + ":" + A + "}");
            }), s.chart.styledMode && (_ = this.styledModeFormat(_)), D.text = U(_, { point: i, series: s }, this.chart);
          }), o.text;
        }, p.prototype.update = function(i) {
          this.destroy(), w(!0, this.chart.options.tooltip.userOptions, i), this.init(this.chart, w(!0, this.options, i));
        }, p.prototype.updatePosition = function(i) {
          var l = this.chart, s = this.options, t = l.pointer, o = this.getLabel();
          t = t.getChartPosition();
          var n = (s.positioner || this.getPosition).call(this, o.width, o.height, i), A = i.plotX + l.plotLeft;
          i = i.plotY + l.plotTop, this.outside && (s = s.borderWidth + 2 * this.distance, this.renderer.setSize(o.width + s, o.height + s, !1), (t.scaleX !== 1 || t.scaleY !== 1) && (x(this.container, { transform: "scale(" + t.scaleX + ", " + t.scaleY + ")" }), A *= t.scaleX, i *= t.scaleY), A += t.left - n.x, i += t.top - n.y), this.move(Math.round(n.x), Math.round(n.y || 0), A, i);
        }, p;
      }(), y;
    }), E(h, "Core/Series/Point.js", [h["Core/Renderer/HTML/AST.js"], h["Core/Animation/AnimationUtilities.js"], h["Core/DefaultOptions.js"], h["Core/FormatUtilities.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F) {
      var U = B.animObject, H = I.defaultOptions, W = Z.format, R = F.addEvent, S = F.defined, x = F.erase, d = F.extend, u = F.fireEvent, P = F.getNestedProperty, O = F.isArray, N = F.isFunction, C = F.isNumber, b = F.isObject, w = F.merge, v = F.objectEach, a = F.pick, c = F.syncTimeout, p = F.removeEvent, i = F.uniqueKey;
      return B = function() {
        function l() {
          this.colorIndex = this.category = void 0, this.formatPrefix = "point", this.id = void 0, this.isNull = !1, this.percentage = this.options = this.name = void 0, this.selected = !1, this.total = this.series = void 0, this.visible = !0, this.x = void 0;
        }
        return l.prototype.animateBeforeDestroy = function() {
          var s = this, t = { x: s.startXPos, opacity: 0 }, o = s.getGraphicalProps();
          o.singular.forEach(function(n) {
            s[n] = s[n].animate(n === "dataLabel" ? { x: s[n].startXPos, y: s[n].startYPos, opacity: 0 } : t);
          }), o.plural.forEach(function(n) {
            s[n].forEach(function(A) {
              A.element && A.animate(d({ x: s.startXPos }, A.startYPos ? { x: A.startXPos, y: A.startYPos } : {}));
            });
          });
        }, l.prototype.applyOptions = function(s, t) {
          var o = this.series, n = o.options.pointValKey || o.pointValKey;
          return s = l.prototype.optionsToObject.call(this, s), d(this, s), this.options = this.options ? d(this.options, s) : s, s.group && delete this.group, s.dataLabels && delete this.dataLabels, n && (this.y = l.prototype.getNestedProperty.call(
            this,
            n
          )), this.formatPrefix = (this.isNull = a(this.isValid && !this.isValid(), this.x === null || !C(this.y))) ? "null" : "point", this.selected && (this.state = "select"), "name" in this && typeof t > "u" && o.xAxis && o.xAxis.hasNames && (this.x = o.xAxis.nameToX(this)), typeof this.x > "u" && o ? this.x = typeof t > "u" ? o.autoIncrement() : t : C(s.x) && o.options.relativeXValue && (this.x = o.autoIncrement(s.x)), this;
        }, l.prototype.destroy = function() {
          function s() {
            (t.graphic || t.dataLabel || t.dataLabels) && (p(t), t.destroyElements());
            for (D in t)
              t[D] = null;
          }
          var t = this, o = t.series, n = o.chart;
          o = o.options.dataSorting;
          var A = n.hoverPoints, _ = U(t.series.chart.renderer.globalAnimation), D;
          t.legendItem && n.legend.destroyItem(t), A && (t.setState(), x(A, t), A.length || (n.hoverPoints = null)), t === n.hoverPoint && t.onMouseOut(), o && o.enabled ? (this.animateBeforeDestroy(), c(s, _.duration)) : s(), n.pointCount--;
        }, l.prototype.destroyElements = function(s) {
          var t = this;
          s = t.getGraphicalProps(s), s.singular.forEach(function(o) {
            t[o] = t[o].destroy();
          }), s.plural.forEach(function(o) {
            t[o].forEach(function(n) {
              n.element && n.destroy();
            }), delete t[o];
          });
        }, l.prototype.firePointEvent = function(s, t, o) {
          var n = this, A = this.series.options;
          (A.point.events[s] || n.options && n.options.events && n.options.events[s]) && n.importEvents(), s === "click" && A.allowPointSelect && (o = function(_) {
            n.select && n.select(null, _.ctrlKey || _.metaKey || _.shiftKey);
          }), u(n, s, t, o);
        }, l.prototype.getClassName = function() {
          return "highcharts-point" + (this.selected ? " highcharts-point-select" : "") + (this.negative ? " highcharts-negative" : "") + (this.isNull ? " highcharts-null-point" : "") + (typeof this.colorIndex < "u" ? " highcharts-color-" + this.colorIndex : "") + (this.options.className ? " " + this.options.className : "") + (this.zone && this.zone.className ? " " + this.zone.className.replace("highcharts-negative", "") : "");
        }, l.prototype.getGraphicalProps = function(s) {
          var t = this, o = [], n = { singular: [], plural: [] }, A;
          for (s = s || { graphic: 1, dataLabel: 1 }, s.graphic && o.push("graphic", "upperGraphic", "shadowGroup"), s.dataLabel && o.push("dataLabel", "dataLabelUpper", "connector"), A = o.length; A--; ) {
            var _ = o[A];
            t[_] && n.singular.push(_);
          }
          return ["dataLabel", "connector"].forEach(function(D) {
            var j = D + "s";
            s[D] && t[j] && n.plural.push(j);
          }), n;
        }, l.prototype.getLabelConfig = function() {
          return { x: this.category, y: this.y, color: this.color, colorIndex: this.colorIndex, key: this.name || this.category, series: this.series, point: this, percentage: this.percentage, total: this.total || this.stackTotal };
        }, l.prototype.getNestedProperty = function(s) {
          if (s)
            return s.indexOf("custom.") === 0 ? P(s, this.options) : this[s];
        }, l.prototype.getZone = function() {
          var s = this.series, t = s.zones;
          s = s.zoneAxis || "y";
          var o, n = 0;
          for (o = t[n]; this[s] >= o.value; )
            o = t[++n];
          return this.nonZonedColor || (this.nonZonedColor = this.color), this.color = o && o.color && !this.options.color ? o.color : this.nonZonedColor, o;
        }, l.prototype.hasNewShapeType = function() {
          return (this.graphic && (this.graphic.symbolName || this.graphic.element.nodeName)) !== this.shapeType;
        }, l.prototype.init = function(s, t, o) {
          return this.series = s, this.applyOptions(t, o), this.id = S(this.id) ? this.id : i(), this.resolveColor(), s.chart.pointCount++, u(this, "afterInit"), this;
        }, l.prototype.optionsToObject = function(s) {
          var t = this.series, o = t.options.keys, n = o || t.pointArrayMap || ["y"], A = n.length, _ = {}, D = 0, j = 0;
          if (C(s) || s === null)
            _[n[0]] = s;
          else if (O(s))
            for (!o && s.length > A && (t = typeof s[0], t === "string" ? _.name = s[0] : t === "number" && (_.x = s[0]), D++); j < A; )
              o && typeof s[D] > "u" || (0 < n[j].indexOf(".") ? l.prototype.setNestedProperty(_, s[D], n[j]) : _[n[j]] = s[D]), D++, j++;
          else
            typeof s == "object" && (_ = s, s.dataLabels && (t._hasPointLabels = !0), s.marker && (t._hasPointMarkers = !0));
          return _;
        }, l.prototype.resolveColor = function() {
          var s = this.series, t = s.chart.styledMode, o = s.chart.options.chart.colorCount;
          if (delete this.nonZonedColor, s.options.colorByPoint) {
            if (!t) {
              o = s.options.colors || s.chart.options.colors;
              var n = o[s.colorCounter];
              o = o.length;
            }
            t = s.colorCounter, s.colorCounter++, s.colorCounter === o && (s.colorCounter = 0);
          } else
            t || (n = s.color), t = s.colorIndex;
          this.colorIndex = a(this.options.colorIndex, t), this.color = a(this.options.color, n);
        }, l.prototype.setNestedProperty = function(s, t, o) {
          return o.split(".").reduce(function(n, A, _, D) {
            return n[A] = D.length - 1 === _ ? t : b(n[A], !0) ? n[A] : {}, n[A];
          }, s), s;
        }, l.prototype.tooltipFormatter = function(s) {
          var t = this.series, o = t.tooltipOptions, n = a(o.valueDecimals, ""), A = o.valuePrefix || "", _ = o.valueSuffix || "";
          return t.chart.styledMode && (s = t.chart.tooltip.styledModeFormat(s)), (t.pointArrayMap || ["y"]).forEach(function(D) {
            D = "{point." + D, (A || _) && (s = s.replace(RegExp(D + "}", "g"), A + D + "}" + _)), s = s.replace(RegExp(D + "}", "g"), D + ":,." + n + "f}");
          }), W(s, { point: this, series: this.series }, t.chart);
        }, l.prototype.update = function(s, t, o, n) {
          function A() {
            _.applyOptions(s);
            var m = j && _.hasDummyGraphic;
            m = _.y === null ? !m : m, j && m && (_.graphic = j.destroy(), delete _.hasDummyGraphic), b(s, !0) && (j && j.element && s && s.marker && typeof s.marker.symbol < "u" && (_.graphic = j.destroy()), s && s.dataLabels && _.dataLabel && (_.dataLabel = _.dataLabel.destroy()), _.connector && (_.connector = _.connector.destroy())), g = _.index, D.updateParallelArrays(_, g), X.data[g] = b(X.data[g], !0) || b(s, !0) ? _.options : a(s, X.data[g]), D.isDirty = D.isDirtyData = !0, !D.fixedBox && D.hasCartesianSeries && (T.isDirtyBox = !0), X.legendType === "point" && (T.isDirtyLegend = !0), t && T.redraw(o);
          }
          var _ = this, D = _.series, j = _.graphic, T = D.chart, X = D.options, g;
          t = a(t, !0), n === !1 ? A() : _.firePointEvent("update", { options: s }, A);
        }, l.prototype.remove = function(s, t) {
          this.series.removePoint(this.series.data.indexOf(this), s, t);
        }, l.prototype.select = function(s, t) {
          var o = this, n = o.series, A = n.chart;
          this.selectedStaging = s = a(s, !o.selected), o.firePointEvent(s ? "select" : "unselect", { accumulate: t }, function() {
            o.selected = o.options.selected = s, n.options.data[n.data.indexOf(o)] = o.options, o.setState(s && "select"), t || A.getSelectedPoints().forEach(function(_) {
              var D = _.series;
              _.selected && _ !== o && (_.selected = _.options.selected = !1, D.options.data[D.data.indexOf(_)] = _.options, _.setState(A.hoverPoints && D.options.inactiveOtherPoints ? "inactive" : ""), _.firePointEvent("unselect"));
            });
          }), delete this.selectedStaging;
        }, l.prototype.onMouseOver = function(s) {
          var t = this.series.chart, o = t.pointer;
          s = s ? o.normalize(s) : o.getChartCoordinatesFromPoint(this, t.inverted), o.runPointActions(
            s,
            this
          );
        }, l.prototype.onMouseOut = function() {
          var s = this.series.chart;
          this.firePointEvent("mouseOut"), this.series.options.inactiveOtherPoints || (s.hoverPoints || []).forEach(function(t) {
            t.setState();
          }), s.hoverPoints = s.hoverPoint = null;
        }, l.prototype.importEvents = function() {
          if (!this.hasImportedEvents) {
            var s = this, t = w(s.series.options.point, s.options).events;
            s.events = t, v(t, function(o, n) {
              N(o) && R(s, n, o);
            }), this.hasImportedEvents = !0;
          }
        }, l.prototype.setState = function(s, t) {
          var o = this.series, n = this.state, A = o.options.states[s || "normal"] || {}, _ = H.plotOptions[o.type].marker && o.options.marker, D = _ && _.enabled === !1, j = _ && _.states && _.states[s || "normal"] || {}, T = j.enabled === !1, X = this.marker || {}, g = o.chart, m = _ && o.markerAttribs, L = o.halo, Y, V = o.stateMarkerGraphic;
          if (s = s || "", !(s === this.state && !t || this.selected && s !== "select" || A.enabled === !1 || s && (T || D && j.enabled === !1) || s && X.states && X.states[s] && X.states[s].enabled === !1)) {
            if (this.state = s, m && (Y = o.markerAttribs(this, s)), this.graphic && !this.hasDummyGraphic) {
              if (n && this.graphic.removeClass("highcharts-point-" + n), s && this.graphic.addClass("highcharts-point-" + s), !g.styledMode) {
                var Q = o.pointAttribs(this, s), k = a(g.options.chart.animation, A.animation);
                o.options.inactiveOtherPoints && C(Q.opacity) && ((this.dataLabels || []).forEach(function(G) {
                  G && G.animate({ opacity: Q.opacity }, k);
                }), this.connector && this.connector.animate({ opacity: Q.opacity }, k)), this.graphic.animate(Q, k);
              }
              Y && this.graphic.animate(Y, a(g.options.chart.animation, j.animation, _.animation)), V && V.hide();
            } else
              s && j && (n = X.symbol || o.symbol, V && V.currentSymbol !== n && (V = V.destroy()), Y && (V ? V[t ? "animate" : "attr"]({ x: Y.x, y: Y.y }) : n && (o.stateMarkerGraphic = V = g.renderer.symbol(n, Y.x, Y.y, Y.width, Y.height).add(o.markerGroup), V.currentSymbol = n)), !g.styledMode && V && this.state !== "inactive" && V.attr(o.pointAttribs(this, s))), V && (V[s && this.isInside ? "show" : "hide"](), V.element.point = this, V.addClass(this.getClassName(), !0));
            A = A.halo, Y = (V = this.graphic || V) && V.visibility || "inherit", A && A.size && V && Y !== "hidden" && !this.isCluster ? (L || (o.halo = L = g.renderer.path().add(V.parentGroup)), L.show()[t ? "animate" : "attr"]({ d: this.haloPath(A.size) }), L.attr({ class: "highcharts-halo highcharts-color-" + a(this.colorIndex, o.colorIndex) + (this.className ? " " + this.className : ""), visibility: Y, zIndex: -1 }), L.point = this, g.styledMode || L.attr(d({ fill: this.color || o.color, "fill-opacity": A.opacity }, y.filterUserAttributes(A.attributes || {})))) : L && L.point && L.point.haloPath && L.animate({ d: L.point.haloPath(0) }, null, L.hide), u(this, "afterSetState", { state: s });
          }
        }, l.prototype.haloPath = function(s) {
          return this.series.chart.renderer.symbols.circle(Math.floor(this.plotX) - s, this.plotY - s, 2 * s, 2 * s);
        }, l;
      }(), B;
    }), E(h, "Core/Pointer.js", [h["Core/Color/Color.js"], h["Core/Globals.js"], h["Core/Tooltip.js"], h["Core/Utilities.js"]], function(y, B, I, Z) {
      var F = y.parse, U = B.charts, H = B.noop, W = Z.addEvent, R = Z.attr, S = Z.css, x = Z.defined, d = Z.extend, u = Z.find, P = Z.fireEvent, O = Z.isNumber, N = Z.isObject, C = Z.objectEach, b = Z.offset, w = Z.pick, v = Z.splat;
      return y = function() {
        function a(c, p) {
          this.lastValidTouch = {}, this.pinchDown = [], this.runChartClick = !1, this.eventsToUnbind = [], this.chart = c, this.hasDragged = !1, this.options = p, this.init(c, p);
        }
        return a.prototype.applyInactiveState = function(c) {
          var p = [], i;
          (c || []).forEach(function(l) {
            i = l.series, p.push(i), i.linkedParent && p.push(i.linkedParent), i.linkedSeries && (p = p.concat(i.linkedSeries)), i.navigatorSeries && p.push(i.navigatorSeries);
          }), this.chart.series.forEach(function(l) {
            p.indexOf(l) === -1 ? l.setState("inactive", !0) : l.options.inactiveOtherPoints && l.setAllPointsToState("inactive");
          });
        }, a.prototype.destroy = function() {
          var c = this;
          this.eventsToUnbind.forEach(function(p) {
            return p();
          }), this.eventsToUnbind = [], B.chartCount || (a.unbindDocumentMouseUp && (a.unbindDocumentMouseUp = a.unbindDocumentMouseUp()), a.unbindDocumentTouchEnd && (a.unbindDocumentTouchEnd = a.unbindDocumentTouchEnd())), clearInterval(c.tooltipTimeout), C(c, function(p, i) {
            c[i] = void 0;
          });
        }, a.prototype.drag = function(c) {
          var p = this.chart, i = p.options.chart, l = this.zoomHor, s = this.zoomVert, t = p.plotLeft, o = p.plotTop, n = p.plotWidth, A = p.plotHeight, _ = this.mouseDownX || 0, D = this.mouseDownY || 0, j = N(i.panning) ? i.panning && i.panning.enabled : i.panning, T = i.panKey && c[i.panKey + "Key"], X = c.chartX, g = c.chartY, m = this.selectionMarker;
          if ((!m || !m.touch) && (X < t ? X = t : X > t + n && (X = t + n), g < o ? g = o : g > o + A && (g = o + A), this.hasDragged = Math.sqrt(Math.pow(_ - X, 2) + Math.pow(D - g, 2)), 10 < this.hasDragged)) {
            var L = p.isInsidePlot(_ - t, D - o, { visiblePlotOnly: !0 });
            !p.hasCartesianSeries && !p.mapView || !this.zoomX && !this.zoomY || !L || T || m || (this.selectionMarker = m = p.renderer.rect(t, o, l ? 1 : n, s ? 1 : A, 0).attr({ class: "highcharts-selection-marker", zIndex: 7 }).add(), p.styledMode || m.attr({ fill: i.selectionMarkerFill || F("#335cad").setOpacity(0.25).get() })), m && l && (l = X - _, m.attr({ width: Math.abs(l), x: (0 < l ? 0 : l) + _ })), m && s && (l = g - D, m.attr({ height: Math.abs(l), y: (0 < l ? 0 : l) + D })), L && !m && j && p.pan(c, i.panning);
          }
        }, a.prototype.dragStart = function(c) {
          var p = this.chart;
          p.mouseIsDown = c.type, p.cancelClick = !1, p.mouseDownX = this.mouseDownX = c.chartX, p.mouseDownY = this.mouseDownY = c.chartY;
        }, a.prototype.drop = function(c) {
          var p = this, i = this.chart, l = this.hasPinched;
          if (this.selectionMarker) {
            var s = this.selectionMarker, t = s.attr ? s.attr("x") : s.x, o = s.attr ? s.attr("y") : s.y, n = s.attr ? s.attr("width") : s.width, A = s.attr ? s.attr("height") : s.height, _ = { originalEvent: c, xAxis: [], yAxis: [], x: t, y: o, width: n, height: A }, D = !!i.mapView;
            (this.hasDragged || l) && (i.axes.forEach(function(j) {
              if (j.zoomEnabled && x(j.min) && (l || p[{ xAxis: "zoomX", yAxis: "zoomY" }[j.coll]]) && O(t) && O(o)) {
                var T = j.horiz, X = c.type === "touchend" ? j.minPixelPadding : 0, g = j.toValue((T ? t : o) + X);
                T = j.toValue((T ? t + n : o + A) - X), _[j.coll].push({ axis: j, min: Math.min(g, T), max: Math.max(g, T) }), D = !0;
              }
            }), D && P(i, "selection", _, function(j) {
              i.zoom(d(
                j,
                l ? { animation: !1 } : null
              ));
            })), O(i.index) && (this.selectionMarker = this.selectionMarker.destroy()), l && this.scaleGroups();
          }
          i && O(i.index) && (S(i.container, { cursor: i._cursor }), i.cancelClick = 10 < this.hasDragged, i.mouseIsDown = this.hasDragged = this.hasPinched = !1, this.pinchDown = []);
        }, a.prototype.findNearestKDPoint = function(c, p, i) {
          var l = this.chart, s = l.hoverPoint;
          if (l = l.tooltip, s && l && l.isStickyOnContact())
            return s;
          var t;
          return c.forEach(function(o) {
            var n = !(o.noSharedTooltip && p) && 0 > o.options.findNearestPointBy.indexOf("y");
            if (o = o.searchPoint(i, n), (n = N(o, !0) && o.series) && !(n = !N(t, !0))) {
              n = t.distX - o.distX;
              var A = t.dist - o.dist, _ = (o.series.group && o.series.group.zIndex) - (t.series.group && t.series.group.zIndex);
              n = 0 < (n !== 0 && p ? n : A !== 0 ? A : _ !== 0 ? _ : t.series.index > o.series.index ? -1 : 1);
            }
            n && (t = o);
          }), t;
        }, a.prototype.getChartCoordinatesFromPoint = function(c, p) {
          var i = c.series, l = i.xAxis;
          i = i.yAxis;
          var s = c.shapeArgs;
          if (l && i) {
            var t = w(c.clientX, c.plotX), o = c.plotY || 0;
            return c.isNode && s && O(s.x) && O(s.y) && (t = s.x, o = s.y), p ? { chartX: i.len + i.pos - o, chartY: l.len + l.pos - t } : { chartX: t + l.pos, chartY: o + i.pos };
          }
          if (s && s.x && s.y)
            return { chartX: s.x, chartY: s.y };
        }, a.prototype.getChartPosition = function() {
          if (this.chartPosition)
            return this.chartPosition;
          var c = this.chart.container, p = b(c);
          this.chartPosition = { left: p.left, top: p.top, scaleX: 1, scaleY: 1 };
          var i = c.offsetWidth;
          return c = c.offsetHeight, 2 < i && 2 < c && (this.chartPosition.scaleX = p.width / i, this.chartPosition.scaleY = p.height / c), this.chartPosition;
        }, a.prototype.getCoordinates = function(c) {
          var p = { xAxis: [], yAxis: [] };
          return this.chart.axes.forEach(function(i) {
            p[i.isXAxis ? "xAxis" : "yAxis"].push({ axis: i, value: i.toValue(c[i.horiz ? "chartX" : "chartY"]) });
          }), p;
        }, a.prototype.getHoverData = function(c, p, i, l, s, t) {
          var o = [];
          l = !(!l || !c);
          var n = { chartX: t ? t.chartX : void 0, chartY: t ? t.chartY : void 0, shared: s };
          P(this, "beforeGetHoverData", n);
          var A = p && !p.stickyTracking ? [p] : i.filter(function(D) {
            return n.filter ? n.filter(D) : D.visible && !(!s && D.directTouch) && w(D.options.enableMouseTracking, !0) && D.stickyTracking;
          }), _ = l || !t ? c : this.findNearestKDPoint(A, s, t);
          return p = _ && _.series, _ && (s && !p.noSharedTooltip ? (A = i.filter(function(D) {
            return n.filter ? n.filter(D) : D.visible && !(!s && D.directTouch) && w(D.options.enableMouseTracking, !0) && !D.noSharedTooltip;
          }), A.forEach(function(D) {
            var j = u(D.points, function(T) {
              return T.x === _.x && !T.isNull;
            });
            N(j) && (D.chart.isBoosting && (j = D.getPoint(j)), o.push(j));
          })) : o.push(_)), n = { hoverPoint: _ }, P(this, "afterGetHoverData", n), { hoverPoint: n.hoverPoint, hoverSeries: p, hoverPoints: o };
        }, a.prototype.getPointFromEvent = function(c) {
          c = c.target;
          for (var p; c && !p; )
            p = c.point, c = c.parentNode;
          return p;
        }, a.prototype.onTrackerMouseOut = function(c) {
          c = c.relatedTarget || c.toElement;
          var p = this.chart.hoverSeries;
          this.isDirectTouch = !1, !p || !c || p.stickyTracking || this.inClass(c, "highcharts-tooltip") || this.inClass(c, "highcharts-series-" + p.index) && this.inClass(c, "highcharts-tracker") || p.onMouseOut();
        }, a.prototype.inClass = function(c, p) {
          for (var i; c; ) {
            if (i = R(c, "class")) {
              if (i.indexOf(p) !== -1)
                return !0;
              if (i.indexOf("highcharts-container") !== -1)
                return !1;
            }
            c = c.parentNode;
          }
        }, a.prototype.init = function(c, p) {
          this.options = p, this.chart = c, this.runChartClick = !(!p.chart.events || !p.chart.events.click), this.pinchDown = [], this.lastValidTouch = {}, I && (c.tooltip = new I(c, p.tooltip), this.followTouchMove = w(p.tooltip.followTouchMove, !0)), this.setDOMEvents();
        }, a.prototype.normalize = function(c, p) {
          var i = c.touches, l = i ? i.length ? i.item(0) : w(i.changedTouches, c.changedTouches)[0] : c;
          return p || (p = this.getChartPosition()), i = l.pageX - p.left, l = l.pageY - p.top, i /= p.scaleX, l /= p.scaleY, d(c, { chartX: Math.round(i), chartY: Math.round(l) });
        }, a.prototype.onContainerClick = function(c) {
          var p = this.chart, i = p.hoverPoint;
          c = this.normalize(c);
          var l = p.plotLeft, s = p.plotTop;
          p.cancelClick || (i && this.inClass(c.target, "highcharts-tracker") ? (P(i.series, "click", d(c, { point: i })), p.hoverPoint && i.firePointEvent("click", c)) : (d(c, this.getCoordinates(c)), p.isInsidePlot(c.chartX - l, c.chartY - s, { visiblePlotOnly: !0 }) && P(p, "click", c)));
        }, a.prototype.onContainerMouseDown = function(c) {
          var p = ((c.buttons || c.button) & 1) === 1;
          c = this.normalize(c), B.isFirefox && c.button !== 0 && this.onContainerMouseMove(c), (typeof c.button > "u" || p) && (this.zoomOption(c), p && c.preventDefault && c.preventDefault(), this.dragStart(c));
        }, a.prototype.onContainerMouseLeave = function(c) {
          var p = U[w(a.hoverChartIndex, -1)], i = this.chart.tooltip;
          i && i.shouldStickOnContact() && this.inClass(c.relatedTarget, "highcharts-tooltip-container") || (c = this.normalize(c), p && (c.relatedTarget || c.toElement) && (p.pointer.reset(), p.pointer.chartPosition = void 0), i && !i.isHidden && this.reset());
        }, a.prototype.onContainerMouseEnter = function(c) {
          delete this.chartPosition;
        }, a.prototype.onContainerMouseMove = function(c) {
          var p = this.chart;
          c = this.normalize(c), this.setHoverChartIndex(), c.preventDefault || (c.returnValue = !1), (p.mouseIsDown === "mousedown" || this.touchSelect(c)) && this.drag(c), p.openMenu || !this.inClass(c.target, "highcharts-tracker") && !p.isInsidePlot(c.chartX - p.plotLeft, c.chartY - p.plotTop, { visiblePlotOnly: !0 }) || (this.inClass(c.target, "highcharts-no-tooltip") ? this.reset(!1, 0) : this.runPointActions(c));
        }, a.prototype.onDocumentTouchEnd = function(c) {
          var p = U[w(
            a.hoverChartIndex,
            -1
          )];
          p && p.pointer.drop(c);
        }, a.prototype.onContainerTouchMove = function(c) {
          this.touchSelect(c) ? this.onContainerMouseMove(c) : this.touch(c);
        }, a.prototype.onContainerTouchStart = function(c) {
          this.touchSelect(c) ? this.onContainerMouseDown(c) : (this.zoomOption(c), this.touch(c, !0));
        }, a.prototype.onDocumentMouseMove = function(c) {
          var p = this.chart, i = this.chartPosition;
          c = this.normalize(c, i);
          var l = p.tooltip;
          !i || l && l.isStickyOnContact() || p.isInsidePlot(c.chartX - p.plotLeft, c.chartY - p.plotTop, { visiblePlotOnly: !0 }) || this.inClass(c.target, "highcharts-tracker") || this.reset();
        }, a.prototype.onDocumentMouseUp = function(c) {
          var p = U[w(a.hoverChartIndex, -1)];
          p && p.pointer.drop(c);
        }, a.prototype.pinch = function(c) {
          var p = this, i = p.chart, l = p.pinchDown, s = c.touches || [], t = s.length, o = p.lastValidTouch, n = p.hasZoom, A = {}, _ = t === 1 && (p.inClass(c.target, "highcharts-tracker") && i.runTrackerClick || p.runChartClick), D = {}, j = p.selectionMarker;
          1 < t ? p.initiated = !0 : t === 1 && this.followTouchMove && (p.initiated = !1), n && p.initiated && !_ && c.cancelable !== !1 && c.preventDefault(), [].map.call(s, function(T) {
            return p.normalize(T);
          }), c.type === "touchstart" ? ([].forEach.call(s, function(T, X) {
            l[X] = { chartX: T.chartX, chartY: T.chartY };
          }), o.x = [l[0].chartX, l[1] && l[1].chartX], o.y = [l[0].chartY, l[1] && l[1].chartY], i.axes.forEach(function(T) {
            if (T.zoomEnabled) {
              var X = i.bounds[T.horiz ? "h" : "v"], g = T.minPixelPadding, m = T.toPixels(Math.min(w(T.options.min, T.dataMin), T.dataMin)), L = T.toPixels(Math.max(w(T.options.max, T.dataMax), T.dataMax)), Y = Math.max(m, L);
              X.min = Math.min(T.pos, Math.min(
                m,
                L
              ) - g), X.max = Math.max(T.pos + T.len, Y + g);
            }
          }), p.res = !0) : p.followTouchMove && t === 1 ? this.runPointActions(p.normalize(c)) : l.length && (P(i, "touchpan", { originalEvent: c }, function() {
            j || (p.selectionMarker = j = d({ destroy: H, touch: !0 }, i.plotBox)), p.pinchTranslate(l, s, A, j, D, o), p.hasPinched = n, p.scaleGroups(A, D);
          }), p.res && (p.res = !1, this.reset(!1, 0)));
        }, a.prototype.pinchTranslate = function(c, p, i, l, s, t) {
          this.zoomHor && this.pinchTranslateDirection(!0, c, p, i, l, s, t), this.zoomVert && this.pinchTranslateDirection(!1, c, p, i, l, s, t);
        }, a.prototype.pinchTranslateDirection = function(c, p, i, l, s, t, o, n) {
          var A = this.chart, _ = c ? "x" : "y", D = c ? "X" : "Y", j = "chart" + D, T = c ? "width" : "height", X = A["plot" + (c ? "Left" : "Top")], g = A.inverted, m = A.bounds[c ? "h" : "v"], L = p.length === 1, Y = p[0][j], V = !L && p[1][j];
          p = function() {
            typeof $ == "number" && 20 < Math.abs(Y - V) && (G = n || Math.abs(z - $) / Math.abs(Y - V)), k = (X - z) / G + Y, Q = A["plot" + (c ? "Width" : "Height")] / G;
          };
          var Q, k, G = n || 1, z = i[0][j], $ = !L && i[1][j];
          if (p(), i = k, i < m.min) {
            i = m.min;
            var q = !0;
          } else
            i + Q > m.max && (i = m.max - Q, q = !0);
          q ? (z -= 0.8 * (z - o[_][0]), typeof $ == "number" && ($ -= 0.8 * ($ - o[_][1])), p()) : o[_] = [z, $], g || (t[_] = k - X, t[T] = Q), t = g ? 1 / G : G, s[T] = Q, s[_] = i, l[g ? c ? "scaleY" : "scaleX" : "scale" + D] = G, l["translate" + D] = t * X + (z - t * Y);
        }, a.prototype.reset = function(c, p) {
          var i = this.chart, l = i.hoverSeries, s = i.hoverPoint, t = i.hoverPoints, o = i.tooltip, n = o && o.shared ? t : s;
          c && n && v(n).forEach(function(A) {
            A.series.isCartesian && typeof A.plotX > "u" && (c = !1);
          }), c ? o && n && v(n).length && (o.refresh(n), o.shared && t ? t.forEach(function(A) {
            A.setState(A.state, !0), A.series.isCartesian && (A.series.xAxis.crosshair && A.series.xAxis.drawCrosshair(
              null,
              A
            ), A.series.yAxis.crosshair && A.series.yAxis.drawCrosshair(null, A));
          }) : s && (s.setState(s.state, !0), i.axes.forEach(function(A) {
            A.crosshair && s.series[A.coll] === A && A.drawCrosshair(null, s);
          }))) : (s && s.onMouseOut(), t && t.forEach(function(A) {
            A.setState();
          }), l && l.onMouseOut(), o && o.hide(p), this.unDocMouseMove && (this.unDocMouseMove = this.unDocMouseMove()), i.axes.forEach(function(A) {
            A.hideCrosshair();
          }), this.hoverX = i.hoverPoints = i.hoverPoint = null);
        }, a.prototype.runPointActions = function(c, p) {
          var i = this.chart, l = i.tooltip && i.tooltip.options.enabled ? i.tooltip : void 0, s = l ? l.shared : !1, t = p || i.hoverPoint, o = t && t.series || i.hoverSeries;
          p = this.getHoverData(t, o, i.series, (!c || c.type !== "touchmove") && (!!p || o && o.directTouch && this.isDirectTouch), s, c), t = p.hoverPoint, o = p.hoverSeries;
          var n = p.hoverPoints;
          if (p = o && o.tooltipOptions.followPointer && !o.tooltipOptions.split, s = s && o && !o.noSharedTooltip, t && (t !== i.hoverPoint || l && l.isHidden)) {
            if ((i.hoverPoints || []).forEach(function(A) {
              n.indexOf(A) === -1 && A.setState();
            }), i.hoverSeries !== o && o.onMouseOver(), this.applyInactiveState(n), (n || []).forEach(function(A) {
              A.setState("hover");
            }), i.hoverPoint && i.hoverPoint.firePointEvent("mouseOut"), !t.series)
              return;
            i.hoverPoints = n, i.hoverPoint = t, t.firePointEvent("mouseOver"), l && l.refresh(s ? n : t, c);
          } else
            p && l && !l.isHidden && (t = l.getAnchor([{}], c), i.isInsidePlot(t[0], t[1], { visiblePlotOnly: !0 }) && l.updatePosition({ plotX: t[0], plotY: t[1] }));
          this.unDocMouseMove || (this.unDocMouseMove = W(i.container.ownerDocument, "mousemove", function(A) {
            var _ = U[a.hoverChartIndex];
            _ && _.pointer.onDocumentMouseMove(A);
          }), this.eventsToUnbind.push(this.unDocMouseMove)), i.axes.forEach(function(A) {
            var _ = w((A.crosshair || {}).snap, !0), D;
            _ && ((D = i.hoverPoint) && D.series[A.coll] === A || (D = u(n, function(j) {
              return j.series[A.coll] === A;
            }))), D || !_ ? A.drawCrosshair(c, D) : A.hideCrosshair();
          });
        }, a.prototype.scaleGroups = function(c, p) {
          var i = this.chart;
          i.series.forEach(function(l) {
            var s = c || l.getPlotBox();
            l.group && (l.xAxis && l.xAxis.zoomEnabled || i.mapView) && (l.group.attr(s), l.markerGroup && (l.markerGroup.attr(s), l.markerGroup.clip(p ? i.clipRect : null)), l.dataLabelsGroup && l.dataLabelsGroup.attr(s));
          }), i.clipRect.attr(p || i.clipBox);
        }, a.prototype.setDOMEvents = function() {
          var c = this, p = this.chart.container, i = p.ownerDocument;
          p.onmousedown = this.onContainerMouseDown.bind(this), p.onmousemove = this.onContainerMouseMove.bind(this), p.onclick = this.onContainerClick.bind(this), this.eventsToUnbind.push(W(p, "mouseenter", this.onContainerMouseEnter.bind(this))), this.eventsToUnbind.push(W(p, "mouseleave", this.onContainerMouseLeave.bind(this))), a.unbindDocumentMouseUp || (a.unbindDocumentMouseUp = W(i, "mouseup", this.onDocumentMouseUp.bind(this)));
          for (var l = this.chart.renderTo.parentElement; l && l.tagName !== "BODY"; )
            this.eventsToUnbind.push(W(l, "scroll", function() {
              delete c.chartPosition;
            })), l = l.parentElement;
          B.hasTouch && (this.eventsToUnbind.push(W(p, "touchstart", this.onContainerTouchStart.bind(this), { passive: !1 })), this.eventsToUnbind.push(W(p, "touchmove", this.onContainerTouchMove.bind(this), { passive: !1 })), a.unbindDocumentTouchEnd || (a.unbindDocumentTouchEnd = W(i, "touchend", this.onDocumentTouchEnd.bind(this), { passive: !1 })));
        }, a.prototype.setHoverChartIndex = function() {
          var c = this.chart, p = B.charts[w(a.hoverChartIndex, -1)];
          p && p !== c && p.pointer.onContainerMouseLeave({ relatedTarget: !0 }), p && p.mouseIsDown || (a.hoverChartIndex = c.index);
        }, a.prototype.touch = function(c, p) {
          var i = this.chart;
          if (this.setHoverChartIndex(), c.touches.length === 1)
            if (c = this.normalize(c), i.isInsidePlot(c.chartX - i.plotLeft, c.chartY - i.plotTop, { visiblePlotOnly: !0 }) && !i.openMenu) {
              if (p && this.runPointActions(c), c.type === "touchmove") {
                p = this.pinchDown;
                var l = p[0] ? 4 <= Math.sqrt(Math.pow(p[0].chartX - c.chartX, 2) + Math.pow(p[0].chartY - c.chartY, 2)) : !1;
              }
              w(l, !0) && this.pinch(c);
            } else
              p && this.reset();
          else
            c.touches.length === 2 && this.pinch(c);
        }, a.prototype.touchSelect = function(c) {
          return !(!this.chart.options.chart.zoomBySingleTouch || !c.touches || c.touches.length !== 1);
        }, a.prototype.zoomOption = function(c) {
          var p = this.chart, i = p.options.chart;
          p = p.inverted;
          var l = i.zoomType || "";
          /touch/.test(c.type) && (l = w(i.pinchType, l)), this.zoomX = c = /x/.test(l), this.zoomY = i = /y/.test(l), this.zoomHor = c && !p || i && p, this.zoomVert = i && !p || c && p, this.hasZoom = c || i;
        }, a;
      }(), y;
    }), E(h, "Core/MSPointer.js", [h["Core/Globals.js"], h["Core/Pointer.js"], h["Core/Utilities.js"]], function(y, B, I) {
      function Z() {
        var C = [];
        return C.item = function(b) {
          return this[b];
        }, u(O, function(b) {
          C.push({ pageX: b.pageX, pageY: b.pageY, target: b.target });
        }), C;
      }
      function F(C, b, w, v) {
        var a = H[B.hoverChartIndex || NaN];
        C.pointerType !== "touch" && C.pointerType !== C.MSPOINTER_TYPE_TOUCH || !a || (a = a.pointer, v(C), a[b]({ type: w, target: C.currentTarget, preventDefault: R, touches: Z() }));
      }
      var U = this && this.__extends || function() {
        var C = function(b, w) {
          return C = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(v, a) {
            v.__proto__ = a;
          } || function(v, a) {
            for (var c in a)
              a.hasOwnProperty(c) && (v[c] = a[c]);
          }, C(b, w);
        };
        return function(b, w) {
          function v() {
            this.constructor = b;
          }
          C(b, w), b.prototype = w === null ? Object.create(w) : (v.prototype = w.prototype, new v());
        };
      }(), H = y.charts, W = y.doc, R = y.noop, S = y.win, x = I.addEvent, d = I.css, u = I.objectEach, P = I.removeEvent, O = {}, N = !!S.PointerEvent;
      return function(C) {
        function b() {
          return C !== null && C.apply(this, arguments) || this;
        }
        return U(b, C), b.isRequired = function() {
          return !(y.hasTouch || !S.PointerEvent && !S.MSPointerEvent);
        }, b.prototype.batchMSEvents = function(w) {
          w(this.chart.container, N ? "pointerdown" : "MSPointerDown", this.onContainerPointerDown), w(this.chart.container, N ? "pointermove" : "MSPointerMove", this.onContainerPointerMove), w(W, N ? "pointerup" : "MSPointerUp", this.onDocumentPointerUp);
        }, b.prototype.destroy = function() {
          this.batchMSEvents(P), C.prototype.destroy.call(this);
        }, b.prototype.init = function(w, v) {
          C.prototype.init.call(this, w, v), this.hasZoom && d(w.container, { "-ms-touch-action": "none", "touch-action": "none" });
        }, b.prototype.onContainerPointerDown = function(w) {
          F(w, "onContainerTouchStart", "touchstart", function(v) {
            O[v.pointerId] = { pageX: v.pageX, pageY: v.pageY, target: v.currentTarget };
          });
        }, b.prototype.onContainerPointerMove = function(w) {
          F(w, "onContainerTouchMove", "touchmove", function(v) {
            O[v.pointerId] = {
              pageX: v.pageX,
              pageY: v.pageY
            }, O[v.pointerId].target || (O[v.pointerId].target = v.currentTarget);
          });
        }, b.prototype.onDocumentPointerUp = function(w) {
          F(w, "onDocumentTouchEnd", "touchend", function(v) {
            delete O[v.pointerId];
          });
        }, b.prototype.setDOMEvents = function() {
          C.prototype.setDOMEvents.call(this), (this.hasZoom || this.followTouchMove) && this.batchMSEvents(x);
        }, b;
      }(B);
    }), E(h, "Core/Legend/Legend.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/FormatUtilities.js"],
      h["Core/Globals.js"],
      h["Core/Series/Point.js"],
      h["Core/Renderer/RendererUtilities.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U) {
      var H = y.animObject, W = y.setAnimation, R = B.format;
      y = I.isFirefox;
      var S = I.marginNames;
      I = I.win;
      var x = F.distribute, d = U.addEvent, u = U.createElement, P = U.css, O = U.defined, N = U.discardElement, C = U.find, b = U.fireEvent, w = U.isNumber, v = U.merge, a = U.pick, c = U.relativeLength, p = U.stableSort, i = U.syncTimeout;
      return F = U.wrap, U = function() {
        function l(s, t) {
          this.allItems = [], this.contentGroup = this.box = void 0, this.display = !1, this.group = void 0, this.offsetWidth = this.maxLegendWidth = this.maxItemWidth = this.legendWidth = this.legendHeight = this.lastLineHeight = this.lastItemY = this.itemY = this.itemX = this.itemMarginTop = this.itemMarginBottom = this.itemHeight = this.initialItemY = 0, this.options = {}, this.padding = 0, this.pages = [], this.proximate = !1, this.scrollGroup = void 0, this.widthOption = this.totalItemWidth = this.titleHeight = this.symbolWidth = this.symbolHeight = 0, this.chart = s, this.init(s, t);
        }
        return l.prototype.init = function(s, t) {
          this.chart = s, this.setOptions(t), t.enabled && (this.render(), d(this.chart, "endResize", function() {
            this.legend.positionCheckboxes();
          }), this.proximate ? this.unchartrender = d(this.chart, "render", function() {
            this.legend.proximatePositions(), this.legend.positionItems();
          }) : this.unchartrender && this.unchartrender());
        }, l.prototype.setOptions = function(s) {
          var t = a(s.padding, 8);
          this.options = s, this.chart.styledMode || (this.itemStyle = s.itemStyle, this.itemHiddenStyle = v(this.itemStyle, s.itemHiddenStyle)), this.itemMarginTop = s.itemMarginTop || 0, this.itemMarginBottom = s.itemMarginBottom || 0, this.padding = t, this.initialItemY = t - 5, this.symbolWidth = a(
            s.symbolWidth,
            16
          ), this.pages = [], this.proximate = s.layout === "proximate" && !this.chart.inverted, this.baseline = void 0;
        }, l.prototype.update = function(s, t) {
          var o = this.chart;
          this.setOptions(v(!0, this.options, s)), this.destroy(), o.isDirtyLegend = o.isDirtyBox = !0, a(t, !0) && o.redraw(), b(this, "afterUpdate");
        }, l.prototype.colorizeItem = function(s, t) {
          if (s.legendGroup[t ? "removeClass" : "addClass"]("highcharts-legend-item-hidden"), !this.chart.styledMode) {
            var o = this.options, n = s.legendItem, A = s.legendLine, _ = s.legendSymbol, D = this.itemHiddenStyle.color;
            o = t ? o.itemStyle.color : D;
            var j = t && s.color || D, T = s.options && s.options.marker, X = { fill: j };
            n && n.css({ fill: o, color: o }), A && A.attr({ stroke: j }), _ && (T && _.isMarker && (X = s.pointAttribs(), t || (X.stroke = X.fill = D)), _.attr(X));
          }
          b(this, "afterColorizeItem", { item: s, visible: t });
        }, l.prototype.positionItems = function() {
          this.allItems.forEach(this.positionItem, this), this.chart.isResizing || this.positionCheckboxes();
        }, l.prototype.positionItem = function(s) {
          var t = this, o = this.options, n = o.symbolPadding, A = !o.rtl, _ = s._legendItemPos;
          o = _[0], _ = _[1];
          var D = s.checkbox, j = s.legendGroup;
          j && j.element && (n = { translateX: A ? o : this.legendWidth - o - 2 * n - 4, translateY: _ }, A = function() {
            b(t, "afterPositionItem", { item: s });
          }, O(j.translateY) ? j.animate(n, void 0, A) : (j.attr(n), A())), D && (D.x = o, D.y = _);
        }, l.prototype.destroyItem = function(s) {
          var t = s.checkbox;
          ["legendItem", "legendLine", "legendSymbol", "legendGroup"].forEach(function(o) {
            s[o] && (s[o] = s[o].destroy());
          }), t && N(s.checkbox);
        }, l.prototype.destroy = function() {
          function s(t) {
            this[t] && (this[t] = this[t].destroy());
          }
          this.getAllItems().forEach(function(t) {
            [
              "legendItem",
              "legendGroup"
            ].forEach(s, t);
          }), "clipRect up down pager nav box title group".split(" ").forEach(s, this), this.display = null;
        }, l.prototype.positionCheckboxes = function() {
          var s = this.group && this.group.alignAttr, t = this.clipHeight || this.legendHeight, o = this.titleHeight;
          if (s) {
            var n = s.translateY;
            this.allItems.forEach(function(A) {
              var _ = A.checkbox;
              if (_) {
                var D = n + o + _.y + (this.scrollOffset || 0) + 3;
                P(_, { left: s.translateX + A.checkboxOffset + _.x - 20 + "px", top: D + "px", display: this.proximate || D > n - 6 && D < n + t - 6 ? "" : "none" });
              }
            }, this);
          }
        }, l.prototype.renderTitle = function() {
          var s = this.options, t = this.padding, o = s.title, n = 0;
          o.text && (this.title || (this.title = this.chart.renderer.label(o.text, t - 3, t - 4, null, null, null, s.useHTML, null, "legend-title").attr({ zIndex: 1 }), this.chart.styledMode || this.title.css(o.style), this.title.add(this.group)), o.width || this.title.css({ width: this.maxLegendWidth + "px" }), s = this.title.getBBox(), n = s.height, this.offsetWidth = s.width, this.contentGroup.attr({ translateY: n })), this.titleHeight = n;
        }, l.prototype.setText = function(s) {
          var t = this.options;
          s.legendItem.attr({ text: t.labelFormat ? R(t.labelFormat, s, this.chart) : t.labelFormatter.call(s) });
        }, l.prototype.renderItem = function(s) {
          var t = this.chart, o = t.renderer, n = this.options, A = this.symbolWidth, _ = n.symbolPadding || 0, D = this.itemStyle, j = this.itemHiddenStyle, T = n.layout === "horizontal" ? a(n.itemDistance, 20) : 0, X = !n.rtl, g = !s.series, m = !g && s.series.drawLegendSymbol ? s.series : s, L = m.options, Y = this.createCheckboxForItem && L && L.showCheckbox, V = n.useHTML, Q = s.options.className, k = s.legendItem;
          L = A + _ + T + (Y ? 20 : 0), k || (s.legendGroup = o.g("legend-item").addClass("highcharts-" + m.type + "-series highcharts-color-" + s.colorIndex + (Q ? " " + Q : "") + (g ? " highcharts-series-" + s.index : "")).attr({ zIndex: 1 }).add(this.scrollGroup), s.legendItem = k = o.text("", X ? A + _ : -_, this.baseline || 0, V), t.styledMode || k.css(v(s.visible ? D : j)), k.attr({ align: X ? "left" : "right", zIndex: 2 }).add(s.legendGroup), this.baseline || (this.fontMetrics = o.fontMetrics(t.styledMode ? 12 : D.fontSize, k), this.baseline = this.fontMetrics.f + 3 + this.itemMarginTop, k.attr("y", this.baseline), this.symbolHeight = n.symbolHeight || this.fontMetrics.f, n.squareSymbol && (this.symbolWidth = a(n.symbolWidth, Math.max(this.symbolHeight, 16)), L = this.symbolWidth + _ + T + (Y ? 20 : 0), X && k.attr("x", this.symbolWidth + _))), m.drawLegendSymbol(this, s), this.setItemEvents && this.setItemEvents(s, k, V)), Y && !s.checkbox && this.createCheckboxForItem && this.createCheckboxForItem(s), this.colorizeItem(s, s.visible), !t.styledMode && D.width || k.css({ width: (n.itemWidth || this.widthOption || t.spacingBox.width) - L + "px" }), this.setText(s), t = k.getBBox(), o = this.fontMetrics && this.fontMetrics.h || 0, s.itemWidth = s.checkboxOffset = n.itemWidth || s.legendItemWidth || t.width + L, this.maxItemWidth = Math.max(this.maxItemWidth, s.itemWidth), this.totalItemWidth += s.itemWidth, this.itemHeight = s.itemHeight = Math.round(s.legendItemHeight || (t.height > 1.5 * o ? t.height : o));
        }, l.prototype.layoutItem = function(s) {
          var t = this.options, o = this.padding, n = t.layout === "horizontal", A = s.itemHeight, _ = this.itemMarginBottom, D = this.itemMarginTop, j = n ? a(t.itemDistance, 20) : 0, T = this.maxLegendWidth;
          t = t.alignColumns && this.totalItemWidth > T ? this.maxItemWidth : s.itemWidth, n && this.itemX - o + t > T && (this.itemX = o, this.lastLineHeight && (this.itemY += D + this.lastLineHeight + _), this.lastLineHeight = 0), this.lastItemY = D + this.itemY + _, this.lastLineHeight = Math.max(A, this.lastLineHeight), s._legendItemPos = [this.itemX, this.itemY], n ? this.itemX += t : (this.itemY += D + A + _, this.lastLineHeight = A), this.offsetWidth = this.widthOption || Math.max((n ? this.itemX - o - (s.checkbox ? 0 : j) : t) + o, this.offsetWidth);
        }, l.prototype.getAllItems = function() {
          var s = [];
          return this.chart.series.forEach(function(t) {
            var o = t && t.options;
            t && a(o.showInLegend, O(o.linkedTo) ? !1 : void 0, !0) && (s = s.concat(t.legendItems || (o.legendType === "point" ? t.data : t)));
          }), b(this, "afterGetAllItems", { allItems: s }), s;
        }, l.prototype.getAlignment = function() {
          var s = this.options;
          return this.proximate ? s.align.charAt(0) + "tv" : s.floating ? "" : s.align.charAt(0) + s.verticalAlign.charAt(0) + s.layout.charAt(0);
        }, l.prototype.adjustMargins = function(s, t) {
          var o = this.chart, n = this.options, A = this.getAlignment();
          A && [/(lth|ct|rth)/, /(rtv|rm|rbv)/, /(rbh|cb|lbh)/, /(lbv|lm|ltv)/].forEach(function(_, D) {
            _.test(A) && !O(s[D]) && (o[S[D]] = Math.max(o[S[D]], o.legend[(D + 1) % 2 ? "legendHeight" : "legendWidth"] + [1, -1, -1, 1][D] * n[D % 2 ? "x" : "y"] + a(n.margin, 12) + t[D] + (o.titleOffset[D] || 0)));
          });
        }, l.prototype.proximatePositions = function() {
          var s = this.chart, t = [], o = this.options.align === "left";
          this.allItems.forEach(function(n) {
            var A, _ = o;
            if (n.yAxis) {
              n.xAxis.options.reversed && (_ = !_), n.points && (A = C(_ ? n.points : n.points.slice(0).reverse(), function(j) {
                return w(j.plotY);
              })), _ = this.itemMarginTop + n.legendItem.getBBox().height + this.itemMarginBottom;
              var D = n.yAxis.top - s.plotTop;
              n.visible ? (A = A ? A.plotY : n.yAxis.height, A += D - 0.3 * _) : A = D + n.yAxis.height, t.push({ target: A, size: _, item: n });
            }
          }, this), x(t, s.plotHeight).forEach(function(n) {
            n.item._legendItemPos && (n.item._legendItemPos[1] = s.plotTop - s.spacing[0] + n.pos);
          });
        }, l.prototype.render = function() {
          var s = this.chart, t = s.renderer, o = this.options, n = this.padding, A = this.getAllItems(), _ = this.group, D = this.box;
          this.itemX = n, this.itemY = this.initialItemY, this.lastItemY = this.offsetWidth = 0, this.widthOption = c(o.width, s.spacingBox.width - n);
          var j = s.spacingBox.width - 2 * n - o.x;
          -1 < ["rm", "lm"].indexOf(this.getAlignment().substring(0, 2)) && (j /= 2), this.maxLegendWidth = this.widthOption || j, _ || (this.group = _ = t.g("legend").addClass(o.className || "").attr({ zIndex: 7 }).add(), this.contentGroup = t.g().attr({ zIndex: 1 }).add(_), this.scrollGroup = t.g().add(this.contentGroup)), this.renderTitle(), p(A, function(X, g) {
            return (X.options && X.options.legendIndex || 0) - (g.options && g.options.legendIndex || 0);
          }), o.reversed && A.reverse(), this.allItems = A, this.display = j = !!A.length, this.itemHeight = this.totalItemWidth = this.maxItemWidth = this.lastLineHeight = 0, A.forEach(this.renderItem, this), A.forEach(this.layoutItem, this), A = (this.widthOption || this.offsetWidth) + n;
          var T = this.lastItemY + this.lastLineHeight + this.titleHeight;
          T = this.handleOverflow(T), T += n, D || (this.box = D = t.rect().addClass("highcharts-legend-box").attr({ r: o.borderRadius }).add(_), D.isNew = !0), s.styledMode || D.attr({ stroke: o.borderColor, "stroke-width": o.borderWidth || 0, fill: o.backgroundColor || "none" }).shadow(o.shadow), 0 < A && 0 < T && (D[D.isNew ? "attr" : "animate"](D.crisp.call({}, { x: 0, y: 0, width: A, height: T }, D.strokeWidth())), D.isNew = !1), D[j ? "show" : "hide"](), s.styledMode && _.getStyle("display") === "none" && (A = T = 0), this.legendWidth = A, this.legendHeight = T, j && this.align(), this.proximate || this.positionItems(), b(this, "afterRender");
        }, l.prototype.align = function(s) {
          s === void 0 && (s = this.chart.spacingBox);
          var t = this.chart, o = this.options, n = s.y;
          /(lth|ct|rth)/.test(this.getAlignment()) && 0 < t.titleOffset[0] ? n += t.titleOffset[0] : /(lbh|cb|rbh)/.test(this.getAlignment()) && 0 < t.titleOffset[2] && (n -= t.titleOffset[2]), n !== s.y && (s = v(s, { y: n })), this.group.align(v(o, { width: this.legendWidth, height: this.legendHeight, verticalAlign: this.proximate ? "top" : o.verticalAlign }), !0, s);
        }, l.prototype.handleOverflow = function(s) {
          var t = this, o = this.chart, n = o.renderer, A = this.options, _ = A.y, D = A.verticalAlign === "top", j = this.padding, T = A.maxHeight, X = A.navigation, g = a(X.animation, !0), m = X.arrowSize || 12, L = this.pages, Y = this.allItems, V = function(q) {
            typeof q == "number" ? $.attr({ height: q }) : $ && (t.clipRect = $.destroy(), t.contentGroup.clip()), t.contentGroup.div && (t.contentGroup.div.style.clip = q ? "rect(" + j + "px,9999px," + (j + q) + "px,0)" : "auto");
          }, Q = function(q) {
            return t[q] = n.circle(0, 0, 1.3 * m).translate(m / 2, m / 2).add(z), o.styledMode || t[q].attr("fill", "rgba(0,0,0,0.0001)"), t[q];
          }, k, G;
          _ = o.spacingBox.height + (D ? -_ : _) - j;
          var z = this.nav, $ = this.clipRect;
          return A.layout !== "horizontal" || A.verticalAlign === "middle" || A.floating || (_ /= 2), T && (_ = Math.min(_, T)), L.length = 0, s && 0 < _ && s > _ && X.enabled !== !1 ? (this.clipHeight = k = Math.max(_ - 20 - this.titleHeight - j, 0), this.currentPage = a(this.currentPage, 1), this.fullHeight = s, Y.forEach(function(q, it) {
            var et = q._legendItemPos[1], nt = Math.round(q.legendItem.getBBox().height), rt = L.length;
            (!rt || et - L[rt - 1] > k && (G || et) !== L[rt - 1]) && (L.push(G || et), rt++), q.pageIx = rt - 1, G && (Y[it - 1].pageIx = rt - 1), it === Y.length - 1 && et + nt - L[rt - 1] > k && nt <= k && (L.push(et), q.pageIx = rt), et !== G && (G = et);
          }), $ || ($ = t.clipRect = n.clipRect(0, j, 9999, 0), t.contentGroup.clip($)), V(k), z || (this.nav = z = n.g().attr({ zIndex: 1 }).add(this.group), this.up = n.symbol("triangle", 0, 0, m, m).add(z), Q("upTracker").on(
            "click",
            function() {
              t.scroll(-1, g);
            }
          ), this.pager = n.text("", 15, 10).addClass("highcharts-legend-navigation"), o.styledMode || this.pager.css(X.style), this.pager.add(z), this.down = n.symbol("triangle-down", 0, 0, m, m).add(z), Q("downTracker").on("click", function() {
            t.scroll(1, g);
          })), t.scroll(0), s = _) : z && (V(), this.nav = z.destroy(), this.scrollGroup.attr({ translateY: 1 }), this.clipHeight = 0), s;
        }, l.prototype.scroll = function(s, t) {
          var o = this, n = this.chart, A = this.pages, _ = A.length, D = this.clipHeight, j = this.options.navigation, T = this.pager, X = this.padding, g = this.currentPage + s;
          g > _ && (g = _), 0 < g && (typeof t < "u" && W(t, n), this.nav.attr({ translateX: X, translateY: D + this.padding + 7 + this.titleHeight, visibility: "visible" }), [this.up, this.upTracker].forEach(function(m) {
            m.attr({ class: g === 1 ? "highcharts-legend-nav-inactive" : "highcharts-legend-nav-active" });
          }), T.attr({ text: g + "/" + _ }), [this.down, this.downTracker].forEach(
            function(m) {
              m.attr({ x: 18 + this.pager.getBBox().width, class: g === _ ? "highcharts-legend-nav-inactive" : "highcharts-legend-nav-active" });
            },
            this
          ), n.styledMode || (this.up.attr({ fill: g === 1 ? j.inactiveColor : j.activeColor }), this.upTracker.css({ cursor: g === 1 ? "default" : "pointer" }), this.down.attr({ fill: g === _ ? j.inactiveColor : j.activeColor }), this.downTracker.css({ cursor: g === _ ? "default" : "pointer" })), this.scrollOffset = -A[g - 1] + this.initialItemY, this.scrollGroup.animate({ translateY: this.scrollOffset }), this.currentPage = g, this.positionCheckboxes(), s = H(a(t, n.renderer.globalAnimation, !0)), i(function() {
            b(o, "afterScroll", { currentPage: g });
          }, s.duration));
        }, l.prototype.setItemEvents = function(s, t, o) {
          var n = this, A = n.chart.renderer.boxWrapper, _ = s instanceof Z, D = "highcharts-legend-" + (_ ? "point" : "series") + "-active", j = n.chart.styledMode, T = function(X) {
            n.allItems.forEach(function(g) {
              s !== g && [g].concat(g.linkedSeries || []).forEach(function(m) {
                m.setState(X, !_);
              });
            });
          };
          (o ? [t, s.legendSymbol] : [s.legendGroup]).forEach(function(X) {
            X && X.on("mouseover", function() {
              s.visible && T("inactive"), s.setState("hover"), s.visible && A.addClass(D), j || t.css(n.options.itemHoverStyle);
            }).on("mouseout", function() {
              n.chart.styledMode || t.css(v(s.visible ? n.itemStyle : n.itemHiddenStyle)), T(""), A.removeClass(D), s.setState();
            }).on("click", function(g) {
              var m = function() {
                s.setVisible && s.setVisible(), T(s.visible ? "inactive" : "");
              };
              A.removeClass(D), g = { browserEvent: g }, s.firePointEvent ? s.firePointEvent("legendItemClick", g, m) : b(s, "legendItemClick", g, m);
            });
          });
        }, l.prototype.createCheckboxForItem = function(s) {
          s.checkbox = u(
            "input",
            { type: "checkbox", className: "highcharts-legend-checkbox", checked: s.selected, defaultChecked: s.selected },
            this.options.itemCheckboxStyle,
            this.chart.container
          ), d(s.checkbox, "click", function(t) {
            b(s.series || s, "checkboxClick", { checked: t.target.checked, item: s }, function() {
              s.select();
            });
          });
        }, l;
      }(), (/Trident\/7\.0/.test(I.navigator && I.navigator.userAgent) || y) && F(U.prototype, "positionItem", function(l, s) {
        var t = this, o = function() {
          s._legendItemPos && l.call(t, s);
        };
        o(), t.bubbleLegend || setTimeout(o);
      }), U;
    }), E(
      h,
      "Core/Series/SeriesRegistry.js",
      [h["Core/Globals.js"], h["Core/DefaultOptions.js"], h["Core/Series/Point.js"], h["Core/Utilities.js"]],
      function(y, B, I, Z) {
        var F = B.defaultOptions, U = Z.error, H = Z.extendClass, W = Z.merge, R;
        return function(S) {
          function x(d, u) {
            var P = F.plotOptions || {}, O = u.defaultOptions;
            u.prototype.pointClass || (u.prototype.pointClass = I), u.prototype.type = d, O && (P[d] = O), S.seriesTypes[d] = u;
          }
          S.seriesTypes = y.seriesTypes, S.getSeries = function(d, u) {
            u === void 0 && (u = {});
            var P = d.options.chart;
            P = u.type || P.type || P.defaultSeriesType || "";
            var O = S.seriesTypes[P];
            return S || U(17, !0, d, { missingModuleFor: P }), P = new O(), typeof P.init == "function" && P.init(d, u), P;
          }, S.registerSeriesType = x, S.seriesType = function(d, u, P, O, N) {
            var C = F.plotOptions || {};
            return u = u || "", C[d] = W(C[u], P), x(d, H(S.seriesTypes[u] || function() {
            }, O)), S.seriesTypes[d].prototype.type = d, N && (S.seriesTypes[d].prototype.pointClass = H(I, N)), S.seriesTypes[d];
          };
        }(R || (R = {})), R;
      }
    ), E(h, "Core/Chart/Chart.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/Axis/Axis.js"],
      h["Core/FormatUtilities.js"],
      h["Core/Foundation.js"],
      h["Core/Globals.js"],
      h["Core/Legend/Legend.js"],
      h["Core/MSPointer.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Pointer.js"],
      h["Core/Renderer/RendererRegistry.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Renderer/SVG/SVGRenderer.js"],
      h["Core/Time.js"],
      h["Core/Utilities.js"],
      h["Core/Renderer/HTML/AST.js"]
    ], function(y, B, I, Z, F, U, H, W, R, S, x, d, u, P, O) {
      var N = y.animate, C = y.animObject, b = y.setAnimation, w = I.numberFormat, v = Z.registerEventOptions, a = F.charts, c = F.doc, p = F.marginNames, i = F.svg, l = F.win, s = W.defaultOptions, t = W.defaultTime, o = x.seriesTypes, n = P.addEvent, A = P.attr, _ = P.cleanRecursively, D = P.createElement, j = P.css, T = P.defined, X = P.discardElement, g = P.erase, m = P.error, L = P.extend, Y = P.find, V = P.fireEvent, Q = P.getStyle, k = P.isArray, G = P.isNumber, z = P.isObject, $ = P.isString, q = P.merge, it = P.objectEach, et = P.pick, nt = P.pInt, rt = P.relativeLength, ct = P.removeEvent, gt = P.splat, dt = P.syncTimeout, lt = P.uniqueKey;
      return y = function() {
        function at(J, tt, st) {
          this.series = this.renderTo = this.renderer = this.pointer = this.pointCount = this.plotWidth = this.plotTop = this.plotLeft = this.plotHeight = this.plotBox = this.options = this.numberFormatter = this.margin = this.legend = this.labelCollectors = this.isResizing = this.index = this.eventOptions = this.container = this.colorCounter = this.clipBox = this.chartWidth = this.chartHeight = this.bounds = this.axisOffset = this.axes = void 0, this.sharedClips = {}, this.yAxis = this.xAxis = this.userOptions = this.titleOffset = this.time = this.symbolCounter = this.spacingBox = this.spacing = void 0, this.getArgs(J, tt, st);
        }
        return at.chart = function(J, tt, st) {
          return new at(J, tt, st);
        }, at.prototype.getArgs = function(J, tt, st) {
          $(J) || J.nodeName ? (this.renderTo = J, this.init(tt, st)) : this.init(J, tt);
        }, at.prototype.init = function(J, tt) {
          var st = J.plotOptions || {};
          V(this, "init", { args: arguments }, function() {
            var ht = q(s, J), pt = ht.chart;
            it(ht.plotOptions, function(yt, vt) {
              z(yt) && (yt.tooltip = st[vt] && q(st[vt].tooltip) || void 0);
            }), ht.tooltip.userOptions = J.chart && J.chart.forExport && J.tooltip.userOptions || J.tooltip, this.userOptions = J, this.margin = [], this.spacing = [], this.bounds = { h: {}, v: {} }, this.labelCollectors = [], this.callback = tt, this.isResizing = 0, this.options = ht, this.axes = [], this.series = [], this.time = J.time && Object.keys(J.time).length ? new u(J.time) : F.time, this.numberFormatter = pt.numberFormatter || w, this.styledMode = pt.styledMode, this.hasCartesianSeries = pt.showAxes, this.index = a.length, a.push(this), F.chartCount++, v(this, pt), this.xAxis = [], this.yAxis = [], this.pointCount = this.colorCounter = this.symbolCounter = 0, V(this, "afterInit"), this.firstRender();
          });
        }, at.prototype.initSeries = function(J) {
          var tt = this.options.chart;
          tt = J.type || tt.type || tt.defaultSeriesType;
          var st = o[tt];
          return st || m(17, !0, this, { missingModuleFor: tt }), tt = new st(), typeof tt.init == "function" && tt.init(this, J), tt;
        }, at.prototype.setSeriesData = function() {
          this.getSeriesOrderByLinks().forEach(function(J) {
            J.points || J.data || !J.enabledDataSorting || J.setData(J.options.data, !1);
          });
        }, at.prototype.getSeriesOrderByLinks = function() {
          return this.series.concat().sort(function(J, tt) {
            return J.linkedSeries.length || tt.linkedSeries.length ? tt.linkedSeries.length - J.linkedSeries.length : 0;
          });
        }, at.prototype.orderSeries = function(J) {
          var tt = this.series;
          J = J || 0;
          for (var st = tt.length; J < st; ++J)
            tt[J] && (tt[J].index = J, tt[J].name = tt[J].getName());
        }, at.prototype.isInsidePlot = function(J, tt, st) {
          st === void 0 && (st = {});
          var ht = this.inverted, pt = this.plotBox, yt = this.plotLeft, vt = this.plotTop, Ct = this.scrollablePlotBox, Pt = 0, kt = 0;
          st.visiblePlotOnly && this.scrollingContainer && (kt = this.scrollingContainer, Pt = kt.scrollLeft, kt = kt.scrollTop);
          var St = st.series;
          if (pt = st.visiblePlotOnly && Ct || pt, Ct = st.inverted ? tt : J, tt = st.inverted ? J : tt, J = { x: Ct, y: tt, isInsidePlot: !0 }, !st.ignoreX) {
            var Dt = St && (ht ? St.yAxis : St.xAxis) || { pos: yt, len: 1 / 0 };
            Ct = st.paneCoordinates ? Dt.pos + Ct : yt + Ct, Ct >= Math.max(Pt + yt, Dt.pos) && Ct <= Math.min(Pt + yt + pt.width, Dt.pos + Dt.len) || (J.isInsidePlot = !1);
          }
          return !st.ignoreY && J.isInsidePlot && (ht = St && (ht ? St.xAxis : St.yAxis) || { pos: vt, len: 1 / 0 }, st = st.paneCoordinates ? ht.pos + tt : vt + tt, st >= Math.max(kt + vt, ht.pos) && st <= Math.min(kt + vt + pt.height, ht.pos + ht.len) || (J.isInsidePlot = !1)), V(this, "afterIsInsidePlot", J), J.isInsidePlot;
        }, at.prototype.redraw = function(J) {
          V(this, "beforeRedraw");
          var tt = this.hasCartesianSeries ? this.axes : this.colorAxis || [], st = this.series, ht = this.pointer, pt = this.legend, yt = this.userOptions.legend, vt = this.renderer, Ct = vt.isHidden(), Pt = [], kt = this.isDirtyBox, St = this.isDirtyLegend;
          for (this.setResponsive && this.setResponsive(!1), b(this.hasRendered ? J : !1, this), Ct && this.temporaryDisplay(), this.layOutTitles(), J = st.length; J--; ) {
            var Dt = st[J];
            if (Dt.options.stacking || Dt.options.centerInCategory) {
              var Lt = !0;
              if (Dt.isDirty) {
                var Nt = !0;
                break;
              }
            }
          }
          if (Nt)
            for (J = st.length; J--; )
              Dt = st[J], Dt.options.stacking && (Dt.isDirty = !0);
          st.forEach(function(Et) {
            Et.isDirty && (Et.options.legendType === "point" ? (typeof Et.updateTotals == "function" && Et.updateTotals(), St = !0) : yt && (yt.labelFormatter || yt.labelFormat) && (St = !0)), Et.isDirtyData && V(Et, "updatedData");
          }), St && pt && pt.options.enabled && (pt.render(), this.isDirtyLegend = !1), Lt && this.getStacks(), tt.forEach(function(Et) {
            Et.updateNames(), Et.setScale();
          }), this.getMargins(), tt.forEach(function(Et) {
            Et.isDirty && (kt = !0);
          }), tt.forEach(function(Et) {
            var Kt = Et.min + "," + Et.max;
            Et.extKey !== Kt && (Et.extKey = Kt, Pt.push(function() {
              V(Et, "afterSetExtremes", L(Et.eventArgs, Et.getExtremes())), delete Et.eventArgs;
            })), (kt || Lt) && Et.redraw();
          }), kt && this.drawChartBox(), V(this, "predraw"), st.forEach(function(Et) {
            (kt || Et.isDirty) && Et.visible && Et.redraw(), Et.isDirtyData = !1;
          }), ht && ht.reset(!0), vt.draw(), V(this, "redraw"), V(this, "render"), Ct && this.temporaryDisplay(!0), Pt.forEach(function(Et) {
            Et.call();
          });
        }, at.prototype.get = function(J) {
          function tt(yt) {
            return yt.id === J || yt.options && yt.options.id === J;
          }
          for (var st = this.series, ht = Y(this.axes, tt) || Y(this.series, tt), pt = 0; !ht && pt < st.length; pt++)
            ht = Y(st[pt].points || [], tt);
          return ht;
        }, at.prototype.getAxes = function() {
          var J = this, tt = this.options, st = tt.xAxis = gt(tt.xAxis || {});
          tt = tt.yAxis = gt(tt.yAxis || {}), V(this, "getAxes"), st.forEach(function(ht, pt) {
            ht.index = pt, ht.isX = !0;
          }), tt.forEach(function(ht, pt) {
            ht.index = pt;
          }), st.concat(tt).forEach(function(ht) {
            new B(J, ht);
          }), V(this, "afterGetAxes");
        }, at.prototype.getSelectedPoints = function() {
          return this.series.reduce(function(J, tt) {
            return tt.getPointsCollection().forEach(function(st) {
              et(st.selectedStaging, st.selected) && J.push(st);
            }), J;
          }, []);
        }, at.prototype.getSelectedSeries = function() {
          return this.series.filter(function(J) {
            return J.selected;
          });
        }, at.prototype.setTitle = function(J, tt, st) {
          this.applyDescription("title", J), this.applyDescription("subtitle", tt), this.applyDescription(
            "caption",
            void 0
          ), this.layOutTitles(st);
        }, at.prototype.applyDescription = function(J, tt) {
          var st = this, ht = J === "title" ? { color: "#333333", fontSize: this.options.isStock ? "16px" : "18px" } : { color: "#666666" };
          ht = this.options[J] = q(!this.styledMode && { style: ht }, this.options[J], tt);
          var pt = this[J];
          pt && tt && (this[J] = pt = pt.destroy()), ht && !pt && (pt = this.renderer.text(ht.text, 0, 0, ht.useHTML).attr({ align: ht.align, class: "highcharts-" + J, zIndex: ht.zIndex || 4 }).add(), pt.update = function(yt) {
            st[{ title: "setTitle", subtitle: "setSubtitle", caption: "setCaption" }[J]](yt);
          }, this.styledMode || pt.css(ht.style), this[J] = pt);
        }, at.prototype.layOutTitles = function(J) {
          var tt = [0, 0, 0], st = this.renderer, ht = this.spacingBox;
          ["title", "subtitle", "caption"].forEach(function(yt) {
            var vt = this[yt], Ct = this.options[yt], Pt = Ct.verticalAlign || "top";
            yt = yt === "title" ? Pt === "top" ? -3 : 0 : Pt === "top" ? tt[0] + 2 : 0;
            var kt;
            if (vt) {
              this.styledMode || (kt = Ct.style && Ct.style.fontSize), kt = st.fontMetrics(kt, vt).b, vt.css({ width: (Ct.width || ht.width + (Ct.widthAdjust || 0)) + "px" });
              var St = Math.round(vt.getBBox(Ct.useHTML).height);
              vt.align(L({ y: Pt === "bottom" ? kt : yt + kt, height: St }, Ct), !1, "spacingBox"), Ct.floating || (Pt === "top" ? tt[0] = Math.ceil(tt[0] + St) : Pt === "bottom" && (tt[2] = Math.ceil(tt[2] + St)));
            }
          }, this), tt[0] && (this.options.title.verticalAlign || "top") === "top" && (tt[0] += this.options.title.margin), tt[2] && this.options.caption.verticalAlign === "bottom" && (tt[2] += this.options.caption.margin);
          var pt = !this.titleOffset || this.titleOffset.join(",") !== tt.join(",");
          this.titleOffset = tt, V(this, "afterLayOutTitles"), !this.isDirtyBox && pt && (this.isDirtyBox = this.isDirtyLegend = pt, this.hasRendered && et(J, !0) && this.isDirtyBox && this.redraw());
        }, at.prototype.getChartSize = function() {
          var J = this.options.chart, tt = J.width;
          J = J.height;
          var st = this.renderTo;
          T(tt) || (this.containerWidth = Q(st, "width")), T(J) || (this.containerHeight = Q(st, "height")), this.chartWidth = Math.max(0, tt || this.containerWidth || 600), this.chartHeight = Math.max(0, rt(J, this.chartWidth) || (1 < this.containerHeight ? this.containerHeight : 400));
        }, at.prototype.temporaryDisplay = function(J) {
          var tt = this.renderTo;
          if (J)
            for (; tt && tt.style; )
              tt.hcOrigStyle && (j(tt, tt.hcOrigStyle), delete tt.hcOrigStyle), tt.hcOrigDetached && (c.body.removeChild(tt), tt.hcOrigDetached = !1), tt = tt.parentNode;
          else
            for (; tt && tt.style && (c.body.contains(tt) || tt.parentNode || (tt.hcOrigDetached = !0, c.body.appendChild(tt)), (Q(tt, "display", !1) === "none" || tt.hcOricDetached) && (tt.hcOrigStyle = { display: tt.style.display, height: tt.style.height, overflow: tt.style.overflow }, J = { display: "block", overflow: "hidden" }, tt !== this.renderTo && (J.height = 0), j(tt, J), tt.offsetWidth || tt.style.setProperty("display", "block", "important")), tt = tt.parentNode, tt !== c.body); )
              ;
        }, at.prototype.setClassName = function(J) {
          this.container.className = "highcharts-container " + (J || "");
        }, at.prototype.getContainer = function() {
          var J = this.options, tt = J.chart, st = lt(), ht, pt = this.renderTo;
          pt || (this.renderTo = pt = tt.renderTo), $(pt) && (this.renderTo = pt = c.getElementById(pt)), pt || m(13, !0, this);
          var yt = nt(A(pt, "data-highcharts-chart"));
          G(yt) && a[yt] && a[yt].hasRendered && a[yt].destroy(), A(pt, "data-highcharts-chart", this.index), pt.innerHTML = O.emptyHTML, tt.skipClone || pt.offsetWidth || this.temporaryDisplay(), this.getChartSize(), yt = this.chartWidth;
          var vt = this.chartHeight;
          if (j(pt, { overflow: "hidden" }), this.styledMode || (ht = L({ position: "relative", overflow: "hidden", width: yt + "px", height: vt + "px", textAlign: "left", lineHeight: "normal", zIndex: 0, "-webkit-tap-highlight-color": "rgba(0,0,0,0)", userSelect: "none", "touch-action": "manipulation", outline: "none" }, tt.style || {})), this.container = st = D("div", { id: st }, ht, pt), this._cursor = st.style.cursor, this.renderer = new (tt.renderer || !i ? S.getRendererType(tt.renderer) : d)(st, yt, vt, void 0, tt.forExport, J.exporting && J.exporting.allowHTML, this.styledMode), b(
            void 0,
            this
          ), this.setClassName(tt.className), this.styledMode)
            for (var Ct in J.defs)
              this.renderer.definition(J.defs[Ct]);
          else
            this.renderer.setStyle(tt.style);
          this.renderer.chartIndex = this.index, V(this, "afterGetContainer");
        }, at.prototype.getMargins = function(J) {
          var tt = this.spacing, st = this.margin, ht = this.titleOffset;
          this.resetMargins(), ht[0] && !T(st[0]) && (this.plotTop = Math.max(this.plotTop, ht[0] + tt[0])), ht[2] && !T(st[2]) && (this.marginBottom = Math.max(this.marginBottom, ht[2] + tt[2])), this.legend && this.legend.display && this.legend.adjustMargins(
            st,
            tt
          ), V(this, "getMargins"), J || this.getAxisMargins();
        }, at.prototype.getAxisMargins = function() {
          var J = this, tt = J.axisOffset = [0, 0, 0, 0], st = J.colorAxis, ht = J.margin, pt = function(yt) {
            yt.forEach(function(vt) {
              vt.visible && vt.getOffset();
            });
          };
          J.hasCartesianSeries ? pt(J.axes) : st && st.length && pt(st), p.forEach(function(yt, vt) {
            T(ht[vt]) || (J[yt] += tt[vt]);
          }), J.setChartSize();
        }, at.prototype.reflow = function(J) {
          var tt = this, st = tt.options.chart, ht = tt.renderTo, pt = T(st.width) && T(st.height), yt = st.width || Q(ht, "width");
          st = st.height || Q(ht, "height"), ht = J ? J.target : l, delete tt.pointer.chartPosition, !pt && !tt.isPrinting && yt && st && (ht === l || ht === c) && ((yt !== tt.containerWidth || st !== tt.containerHeight) && (P.clearTimeout(tt.reflowTimeout), tt.reflowTimeout = dt(function() {
            tt.container && tt.setSize(void 0, void 0, !1);
          }, J ? 100 : 0)), tt.containerWidth = yt, tt.containerHeight = st);
        }, at.prototype.setReflow = function(J) {
          var tt = this;
          J === !1 || this.unbindReflow ? J === !1 && this.unbindReflow && (this.unbindReflow = this.unbindReflow()) : (this.unbindReflow = n(l, "resize", function(st) {
            tt.options && tt.reflow(st);
          }), n(this, "destroy", this.unbindReflow));
        }, at.prototype.setSize = function(J, tt, st) {
          var ht = this, pt = ht.renderer;
          ht.isResizing += 1, b(st, ht), st = pt.globalAnimation, ht.oldChartHeight = ht.chartHeight, ht.oldChartWidth = ht.chartWidth, typeof J < "u" && (ht.options.chart.width = J), typeof tt < "u" && (ht.options.chart.height = tt), ht.getChartSize(), ht.styledMode || (st ? N : j)(ht.container, { width: ht.chartWidth + "px", height: ht.chartHeight + "px" }, st), ht.setChartSize(!0), pt.setSize(ht.chartWidth, ht.chartHeight, st), ht.axes.forEach(function(yt) {
            yt.isDirty = !0, yt.setScale();
          }), ht.isDirtyLegend = !0, ht.isDirtyBox = !0, ht.layOutTitles(), ht.getMargins(), ht.redraw(st), ht.oldChartHeight = null, V(ht, "resize"), dt(function() {
            ht && V(ht, "endResize", null, function() {
              --ht.isResizing;
            });
          }, C(st).duration);
        }, at.prototype.setChartSize = function(J) {
          var tt = this.inverted, st = this.renderer, ht = this.chartWidth, pt = this.chartHeight, yt = this.options.chart, vt = this.spacing, Ct = this.clipOffset, Pt, kt, St, Dt;
          this.plotLeft = Pt = Math.round(this.plotLeft), this.plotTop = kt = Math.round(this.plotTop), this.plotWidth = St = Math.max(0, Math.round(ht - Pt - this.marginRight)), this.plotHeight = Dt = Math.max(0, Math.round(pt - kt - this.marginBottom)), this.plotSizeX = tt ? Dt : St, this.plotSizeY = tt ? St : Dt, this.plotBorderWidth = yt.plotBorderWidth || 0, this.spacingBox = st.spacingBox = { x: vt[3], y: vt[0], width: ht - vt[3] - vt[1], height: pt - vt[0] - vt[2] }, this.plotBox = st.plotBox = { x: Pt, y: kt, width: St, height: Dt }, tt = 2 * Math.floor(this.plotBorderWidth / 2), ht = Math.ceil(Math.max(tt, Ct[3]) / 2), pt = Math.ceil(Math.max(tt, Ct[0]) / 2), this.clipBox = { x: ht, y: pt, width: Math.floor(this.plotSizeX - Math.max(tt, Ct[1]) / 2 - ht), height: Math.max(0, Math.floor(this.plotSizeY - Math.max(tt, Ct[2]) / 2 - pt)) }, J || (this.axes.forEach(function(Lt) {
            Lt.setAxisSize(), Lt.setAxisTranslation();
          }), st.alignElements()), V(this, "afterSetChartSize", { skipAxes: J });
        }, at.prototype.resetMargins = function() {
          V(this, "resetMargins");
          var J = this, tt = J.options.chart;
          ["margin", "spacing"].forEach(function(st) {
            var ht = tt[st], pt = z(ht) ? ht : [ht, ht, ht, ht];
            ["Top", "Right", "Bottom", "Left"].forEach(function(yt, vt) {
              J[st][vt] = et(tt[st + yt], pt[vt]);
            });
          }), p.forEach(function(st, ht) {
            J[st] = et(J.margin[ht], J.spacing[ht]);
          }), J.axisOffset = [0, 0, 0, 0], J.clipOffset = [0, 0, 0, 0];
        }, at.prototype.drawChartBox = function() {
          var J = this.options.chart, tt = this.renderer, st = this.chartWidth, ht = this.chartHeight, pt = this.styledMode, yt = this.plotBGImage, vt = J.backgroundColor, Ct = J.plotBackgroundColor, Pt = J.plotBackgroundImage, kt = this.plotLeft, St = this.plotTop, Dt = this.plotWidth, Lt = this.plotHeight, Nt = this.plotBox, Et = this.clipRect, Kt = this.clipBox, Gt = this.chartBackground, Wt = this.plotBackground, Jt = this.plotBorder, be, zt = "animate";
          if (Gt || (this.chartBackground = Gt = tt.rect().addClass("highcharts-background").add(), zt = "attr"), pt)
            var Vt = be = Gt.strokeWidth();
          else
            Vt = J.borderWidth || 0, be = Vt + (J.shadow ? 8 : 0), vt = { fill: vt || "none" }, (Vt || Gt["stroke-width"]) && (vt.stroke = J.borderColor, vt["stroke-width"] = Vt), Gt.attr(vt).shadow(J.shadow);
          Gt[zt]({ x: be / 2, y: be / 2, width: st - be - Vt % 2, height: ht - be - Vt % 2, r: J.borderRadius }), zt = "animate", Wt || (zt = "attr", this.plotBackground = Wt = tt.rect().addClass("highcharts-plot-background").add()), Wt[zt](Nt), pt || (Wt.attr({ fill: Ct || "none" }).shadow(J.plotShadow), Pt && (yt ? (Pt !== yt.attr("href") && yt.attr("href", Pt), yt.animate(Nt)) : this.plotBGImage = tt.image(Pt, kt, St, Dt, Lt).add())), Et ? Et.animate({ width: Kt.width, height: Kt.height }) : this.clipRect = tt.clipRect(Kt), zt = "animate", Jt || (zt = "attr", this.plotBorder = Jt = tt.rect().addClass("highcharts-plot-border").attr({ zIndex: 1 }).add()), pt || Jt.attr({ stroke: J.plotBorderColor, "stroke-width": J.plotBorderWidth || 0, fill: "none" }), Jt[zt](Jt.crisp({ x: kt, y: St, width: Dt, height: Lt }, -Jt.strokeWidth())), this.isDirtyBox = !1, V(this, "afterDrawChartBox");
        }, at.prototype.propFromSeries = function() {
          var J = this, tt = J.options.chart, st = J.options.series, ht, pt, yt;
          ["inverted", "angular", "polar"].forEach(function(vt) {
            for (pt = o[tt.type || tt.defaultSeriesType], yt = tt[vt] || pt && pt.prototype[vt], ht = st && st.length; !yt && ht--; )
              (pt = o[st[ht].type]) && pt.prototype[vt] && (yt = !0);
            J[vt] = yt;
          });
        }, at.prototype.linkSeries = function() {
          var J = this, tt = J.series;
          tt.forEach(function(st) {
            st.linkedSeries.length = 0;
          }), tt.forEach(function(st) {
            var ht = st.options.linkedTo;
            $(ht) && (ht = ht === ":previous" ? J.series[st.index - 1] : J.get(ht)) && ht.linkedParent !== st && (ht.linkedSeries.push(st), st.linkedParent = ht, ht.enabledDataSorting && st.setDataSortingOptions(), st.visible = et(st.options.visible, ht.options.visible, st.visible));
          }), V(this, "afterLinkSeries");
        }, at.prototype.renderSeries = function() {
          this.series.forEach(function(J) {
            J.translate(), J.render();
          });
        }, at.prototype.renderLabels = function() {
          var J = this, tt = J.options.labels;
          tt.items && tt.items.forEach(function(st) {
            var ht = L(tt.style, st.style), pt = nt(ht.left) + J.plotLeft, yt = nt(ht.top) + J.plotTop + 12;
            delete ht.left, delete ht.top, J.renderer.text(st.html, pt, yt).attr({ zIndex: 2 }).css(ht).add();
          });
        }, at.prototype.render = function() {
          var J = this.axes, tt = this.colorAxis, st = this.renderer, ht = this.options, pt = function(kt) {
            kt.forEach(function(St) {
              St.visible && St.render();
            });
          }, yt = 0;
          this.setTitle(), this.legend = new U(this, ht.legend), this.getStacks && this.getStacks(), this.getMargins(!0), this.setChartSize(), ht = this.plotWidth, J.some(function(kt) {
            if (kt.horiz && kt.visible && kt.options.labels.enabled && kt.series.length)
              return yt = 21, !0;
          });
          var vt = this.plotHeight = Math.max(this.plotHeight - yt, 0);
          J.forEach(function(kt) {
            kt.setScale();
          }), this.getAxisMargins();
          var Ct = 1.1 < ht / this.plotWidth, Pt = 1.05 < vt / this.plotHeight;
          (Ct || Pt) && (J.forEach(function(kt) {
            (kt.horiz && Ct || !kt.horiz && Pt) && kt.setTickInterval(!0);
          }), this.getMargins()), this.drawChartBox(), this.hasCartesianSeries ? pt(J) : tt && tt.length && pt(tt), this.seriesGroup || (this.seriesGroup = st.g("series-group").attr({ zIndex: 3 }).add()), this.renderSeries(), this.renderLabels(), this.addCredits(), this.setResponsive && this.setResponsive(), this.hasRendered = !0;
        }, at.prototype.addCredits = function(J) {
          var tt = this, st = q(!0, this.options.credits, J);
          st.enabled && !this.credits && (this.credits = this.renderer.text(st.text + (this.mapCredits || ""), 0, 0).addClass("highcharts-credits").on("click", function() {
            st.href && (l.location.href = st.href);
          }).attr({ align: st.position.align, zIndex: 8 }), tt.styledMode || this.credits.css(st.style), this.credits.add().align(st.position), this.credits.update = function(ht) {
            tt.credits = tt.credits.destroy(), tt.addCredits(ht);
          });
        }, at.prototype.destroy = function() {
          var J = this, tt = J.axes, st = J.series, ht = J.container, pt = ht && ht.parentNode, yt;
          for (V(J, "destroy"), J.renderer.forExport ? g(a, J) : a[J.index] = void 0, F.chartCount--, J.renderTo.removeAttribute("data-highcharts-chart"), ct(J), yt = tt.length; yt--; )
            tt[yt] = tt[yt].destroy();
          for (this.scroller && this.scroller.destroy && this.scroller.destroy(), yt = st.length; yt--; )
            st[yt] = st[yt].destroy();
          "title subtitle chartBackground plotBackground plotBGImage plotBorder seriesGroup clipRect credits pointer rangeSelector legend resetZoomButton tooltip renderer".split(" ").forEach(function(vt) {
            var Ct = J[vt];
            Ct && Ct.destroy && (J[vt] = Ct.destroy());
          }), ht && (ht.innerHTML = O.emptyHTML, ct(ht), pt && X(ht)), it(J, function(vt, Ct) {
            delete J[Ct];
          });
        }, at.prototype.firstRender = function() {
          var J = this, tt = J.options;
          (!J.isReadyToRender || J.isReadyToRender()) && (J.getContainer(), J.resetMargins(), J.setChartSize(), J.propFromSeries(), J.getAxes(), (k(tt.series) ? tt.series : []).forEach(function(st) {
            J.initSeries(st);
          }), J.linkSeries(), J.setSeriesData(), V(J, "beforeRender"), R && (H.isRequired() ? J.pointer = new H(J, tt) : J.pointer = new R(J, tt)), J.render(), J.pointer.getChartPosition(), !J.renderer.imgCount && !J.hasLoaded && J.onload(), J.temporaryDisplay(!0));
        }, at.prototype.onload = function() {
          this.callbacks.concat([this.callback]).forEach(function(J) {
            J && typeof this.index < "u" && J.apply(this, [this]);
          }, this), V(this, "load"), V(this, "render"), T(this.index) && this.setReflow(this.options.chart.reflow), this.hasLoaded = !0;
        }, at.prototype.addSeries = function(J, tt, st) {
          var ht = this, pt;
          return J && (tt = et(tt, !0), V(ht, "addSeries", { options: J }, function() {
            pt = ht.initSeries(J), ht.isDirtyLegend = !0, ht.linkSeries(), pt.enabledDataSorting && pt.setData(J.data, !1), V(ht, "afterAddSeries", { series: pt }), tt && ht.redraw(st);
          })), pt;
        }, at.prototype.addAxis = function(J, tt, st, ht) {
          return this.createAxis(tt ? "xAxis" : "yAxis", { axis: J, redraw: st, animation: ht });
        }, at.prototype.addColorAxis = function(J, tt, st) {
          return this.createAxis(
            "colorAxis",
            { axis: J, redraw: tt, animation: st }
          );
        }, at.prototype.createAxis = function(J, tt) {
          return J = new B(this, q(tt.axis, { index: this[J].length, isX: J === "xAxis" })), et(tt.redraw, !0) && this.redraw(tt.animation), J;
        }, at.prototype.showLoading = function(J) {
          var tt = this, st = tt.options, ht = st.loading, pt = function() {
            yt && j(yt, { left: tt.plotLeft + "px", top: tt.plotTop + "px", width: tt.plotWidth + "px", height: tt.plotHeight + "px" });
          }, yt = tt.loadingDiv, vt = tt.loadingSpan;
          yt || (tt.loadingDiv = yt = D("div", { className: "highcharts-loading highcharts-loading-hidden" }, null, tt.container)), vt || (tt.loadingSpan = vt = D("span", { className: "highcharts-loading-inner" }, null, yt), n(tt, "redraw", pt)), yt.className = "highcharts-loading", O.setElementHTML(vt, et(J, st.lang.loading, "")), tt.styledMode || (j(yt, L(ht.style, { zIndex: 10 })), j(vt, ht.labelStyle), tt.loadingShown || (j(yt, { opacity: 0, display: "" }), N(yt, { opacity: ht.style.opacity || 0.5 }, { duration: ht.showDuration || 0 }))), tt.loadingShown = !0, pt();
        }, at.prototype.hideLoading = function() {
          var J = this.options, tt = this.loadingDiv;
          tt && (tt.className = "highcharts-loading highcharts-loading-hidden", this.styledMode || N(tt, { opacity: 0 }, { duration: J.loading.hideDuration || 100, complete: function() {
            j(tt, { display: "none" });
          } })), this.loadingShown = !1;
        }, at.prototype.update = function(J, tt, st, ht) {
          var pt = this, yt = { credits: "addCredits", title: "setTitle", subtitle: "setSubtitle", caption: "setCaption" }, vt = J.isResponsiveOptions, Ct = [], Pt, kt;
          V(pt, "update", { options: J }), vt || pt.setResponsive(!1, !0), J = _(J, pt.options), pt.userOptions = q(pt.userOptions, J);
          var St = J.chart;
          if (St) {
            if (q(!0, pt.options.chart, St), "className" in St && pt.setClassName(St.className), "reflow" in St && pt.setReflow(St.reflow), "inverted" in St || "polar" in St || "type" in St) {
              pt.propFromSeries();
              var Dt = !0;
            }
            "alignTicks" in St && (Dt = !0), "events" in St && v(this, St), it(St, function(Lt, Nt) {
              pt.propsRequireUpdateSeries.indexOf("chart." + Nt) !== -1 && (Pt = !0), pt.propsRequireDirtyBox.indexOf(Nt) !== -1 && (pt.isDirtyBox = !0), pt.propsRequireReflow.indexOf(Nt) !== -1 && (vt ? pt.isDirtyBox = !0 : kt = !0);
            }), !pt.styledMode && St.style && pt.renderer.setStyle(pt.options.chart.style || {});
          }
          !pt.styledMode && J.colors && (this.options.colors = J.colors), J.time && (this.time === t && (this.time = new u(J.time)), q(
            !0,
            pt.options.time,
            J.time
          )), it(J, function(Lt, Nt) {
            pt[Nt] && typeof pt[Nt].update == "function" ? pt[Nt].update(Lt, !1) : typeof pt[yt[Nt]] == "function" ? pt[yt[Nt]](Lt) : Nt !== "colors" && pt.collectionsWithUpdate.indexOf(Nt) === -1 && q(!0, pt.options[Nt], J[Nt]), Nt !== "chart" && pt.propsRequireUpdateSeries.indexOf(Nt) !== -1 && (Pt = !0);
          }), this.collectionsWithUpdate.forEach(function(Lt) {
            if (J[Lt]) {
              var Nt = [];
              pt[Lt].forEach(function(Et, Kt) {
                Et.options.isInternal || Nt.push(et(Et.options.index, Kt));
              }), gt(J[Lt]).forEach(function(Et, Kt) {
                var Gt = T(Et.id), Wt;
                Gt && (Wt = pt.get(Et.id)), !Wt && pt[Lt] && (Wt = pt[Lt][Nt ? Nt[Kt] : Kt]) && Gt && T(Wt.options.id) && (Wt = void 0), Wt && Wt.coll === Lt && (Wt.update(Et, !1), st && (Wt.touched = !0)), !Wt && st && pt.collectionsWithInit[Lt] && (pt.collectionsWithInit[Lt][0].apply(pt, [Et].concat(pt.collectionsWithInit[Lt][1] || []).concat([!1])).touched = !0);
              }), st && pt[Lt].forEach(function(Et) {
                Et.touched || Et.options.isInternal ? delete Et.touched : Ct.push(Et);
              });
            }
          }), Ct.forEach(function(Lt) {
            Lt.chart && Lt.remove && Lt.remove(!1);
          }), Dt && pt.axes.forEach(function(Lt) {
            Lt.update({}, !1);
          }), Pt && pt.getSeriesOrderByLinks().forEach(function(Lt) {
            Lt.chart && Lt.update({}, !1);
          }, this), Dt = St && St.width, St = St && ($(St.height) ? rt(St.height, Dt || pt.chartWidth) : St.height), kt || G(Dt) && Dt !== pt.chartWidth || G(St) && St !== pt.chartHeight ? pt.setSize(Dt, St, ht) : et(tt, !0) && pt.redraw(ht), V(pt, "afterUpdate", { options: J, redraw: tt, animation: ht });
        }, at.prototype.setSubtitle = function(J, tt) {
          this.applyDescription("subtitle", J), this.layOutTitles(tt);
        }, at.prototype.setCaption = function(J, tt) {
          this.applyDescription("caption", J), this.layOutTitles(tt);
        }, at.prototype.showResetZoom = function() {
          function J() {
            tt.zoomOut();
          }
          var tt = this, st = s.lang, ht = tt.options.chart.resetZoomButton, pt = ht.theme, yt = pt.states, vt = ht.relativeTo === "chart" || ht.relativeTo === "spacingBox" ? null : "scrollablePlotBox";
          V(this, "beforeShowResetZoom", null, function() {
            tt.resetZoomButton = tt.renderer.button(st.resetZoom, null, null, J, pt, yt && yt.hover).attr({ align: ht.position.align, title: st.resetZoomTitle }).addClass("highcharts-reset-zoom").add().align(ht.position, !1, vt);
          }), V(this, "afterShowResetZoom");
        }, at.prototype.zoomOut = function() {
          V(this, "selection", { resetSelection: !0 }, this.zoom);
        }, at.prototype.zoom = function(J) {
          var tt = this, st = tt.pointer, ht = tt.inverted ? st.mouseDownX : st.mouseDownY, pt = !1, yt;
          !J || J.resetSelection ? (tt.axes.forEach(function(Ct) {
            yt = Ct.zoom();
          }), st.initiated = !1) : J.xAxis.concat(J.yAxis).forEach(function(Ct) {
            var Pt = Ct.axis, kt = tt.inverted ? Pt.left : Pt.top, St = tt.inverted ? kt + Pt.width : kt + Pt.height, Dt = Pt.isXAxis, Lt = !1;
            (!Dt && ht >= kt && ht <= St || Dt || !T(ht)) && (Lt = !0), st[Dt ? "zoomX" : "zoomY"] && Lt && (yt = Pt.zoom(Ct.min, Ct.max), Pt.displayBtn && (pt = !0));
          });
          var vt = tt.resetZoomButton;
          pt && !vt ? tt.showResetZoom() : !pt && z(vt) && (tt.resetZoomButton = vt.destroy()), yt && tt.redraw(et(
            tt.options.chart.animation,
            J && J.animation,
            100 > tt.pointCount
          ));
        }, at.prototype.pan = function(J, tt) {
          var st = this, ht = st.hoverPoints;
          tt = typeof tt == "object" ? tt : { enabled: tt, type: "x" };
          var pt = st.options.chart, yt = st.options.mapNavigation && st.options.mapNavigation.enabled;
          pt && pt.panning && (pt.panning = tt);
          var vt = tt.type, Ct;
          V(this, "pan", { originalEvent: J }, function() {
            ht && ht.forEach(function(St) {
              St.setState();
            });
            var Pt = st.xAxis;
            vt === "xy" ? Pt = Pt.concat(st.yAxis) : vt === "y" && (Pt = st.yAxis);
            var kt = {};
            Pt.forEach(function(St) {
              if (St.options.panningEnabled && !St.options.isInternal) {
                var Dt = St.horiz, Lt = J[Dt ? "chartX" : "chartY"];
                Dt = Dt ? "mouseDownX" : "mouseDownY";
                var Nt = st[Dt], Et = St.minPointOffset || 0, Kt = St.reversed && !st.inverted || !St.reversed && st.inverted ? -1 : 1, Gt = St.getExtremes(), Wt = St.toValue(Nt - Lt, !0) + Et * Kt, Jt = St.toValue(Nt + St.len - Lt, !0) - (Et * Kt || St.isXAxis && St.pointRangePadding || 0), be = Jt < Wt;
                Kt = St.hasVerticalPanning(), Nt = be ? Jt : Wt, Wt = be ? Wt : Jt;
                var zt = St.panningState;
                !Kt || St.isXAxis || zt && !zt.isDirty || St.series.forEach(function(Vt) {
                  var Me = Vt.getProcessedData(!0);
                  Me = Vt.getExtremes(Me.yData, !0), zt || (zt = { startMin: Number.MAX_VALUE, startMax: -Number.MAX_VALUE }), G(Me.dataMin) && G(Me.dataMax) && (zt.startMin = Math.min(et(Vt.options.threshold, 1 / 0), Me.dataMin, zt.startMin), zt.startMax = Math.max(et(Vt.options.threshold, -1 / 0), Me.dataMax, zt.startMax));
                }), Kt = Math.min(et(zt && zt.startMin, Gt.dataMin), Et ? Gt.min : St.toValue(St.toPixels(Gt.min) - St.minPixelPadding)), Jt = Math.max(et(zt && zt.startMax, Gt.dataMax), Et ? Gt.max : St.toValue(St.toPixels(Gt.max) + St.minPixelPadding)), St.panningState = zt, St.isOrdinal || (Et = Kt - Nt, 0 < Et && (Wt += Et, Nt = Kt), Et = Wt - Jt, 0 < Et && (Wt = Jt, Nt -= Et), St.series.length && Nt !== Gt.min && Wt !== Gt.max && Nt >= Kt && Wt <= Jt && (St.setExtremes(
                  Nt,
                  Wt,
                  !1,
                  !1,
                  { trigger: "pan" }
                ), st.resetZoomButton || yt || Nt === Kt || Wt === Jt || !vt.match("y") || (st.showResetZoom(), St.displayBtn = !1), Ct = !0), kt[Dt] = Lt);
              }
            }), it(kt, function(St, Dt) {
              st[Dt] = St;
            }), Ct && st.redraw(!1), j(st.container, { cursor: "move" });
          });
        }, at;
      }(), L(y.prototype, {
        callbacks: [],
        collectionsWithInit: { xAxis: [y.prototype.addAxis, [!0]], yAxis: [y.prototype.addAxis, [!1]], series: [y.prototype.addSeries] },
        collectionsWithUpdate: ["xAxis", "yAxis", "series"],
        propsRequireDirtyBox: "backgroundColor borderColor borderWidth borderRadius plotBackgroundColor plotBackgroundImage plotBorderColor plotBorderWidth plotShadow shadow".split(" "),
        propsRequireReflow: "margin marginTop marginRight marginBottom marginLeft spacing spacingTop spacingRight spacingBottom spacingLeft".split(" "),
        propsRequireUpdateSeries: "chart.inverted chart.polar chart.ignoreHiddenSeries chart.type colors plotOptions time tooltip".split(" ")
      }), y;
    }), E(h, "Core/Legend/LegendSymbol.js", [h["Core/Utilities.js"]], function(y) {
      var B = y.merge, I = y.pick, Z;
      return function(F) {
        F.drawLineMarker = function(U) {
          var H = this.options, W = U.symbolWidth, R = U.symbolHeight, S = R / 2, x = this.chart.renderer, d = this.legendGroup;
          U = U.baseline - Math.round(0.3 * U.fontMetrics.b);
          var u = {}, P = H.marker;
          this.chart.styledMode || (u = { "stroke-width": H.lineWidth || 0 }, H.dashStyle && (u.dashstyle = H.dashStyle)), this.legendLine = x.path([["M", 0, U], ["L", W, U]]).addClass("highcharts-graph").attr(u).add(d), P && P.enabled !== !1 && W && (H = Math.min(I(P.radius, S), S), this.symbol.indexOf("url") === 0 && (P = B(P, { width: R, height: R }), H = 0), this.legendSymbol = W = x.symbol(this.symbol, W / 2 - H, U - H, 2 * H, 2 * H, P).addClass("highcharts-point").add(d), W.isMarker = !0);
        }, F.drawRectangle = function(U, H) {
          var W = U.symbolHeight, R = U.options.squareSymbol;
          H.legendSymbol = this.chart.renderer.rect(R ? (U.symbolWidth - W) / 2 : 0, U.baseline - W + 1, R ? W : U.symbolWidth, W, I(U.options.symbolRadius, W / 2)).addClass("highcharts-point").attr({ zIndex: 3 }).add(H.legendGroup);
        };
      }(Z || (Z = {})), Z;
    }), E(h, "Core/Series/SeriesDefaults.js", [], function() {
      return { lineWidth: 2, allowPointSelect: !1, crisp: !0, showCheckbox: !1, animation: { duration: 1e3 }, events: {}, marker: { enabledThreshold: 2, lineColor: "#ffffff", lineWidth: 0, radius: 4, states: {
        normal: { animation: !0 },
        hover: { animation: { duration: 50 }, enabled: !0, radiusPlus: 2, lineWidthPlus: 1 },
        select: { fillColor: "#cccccc", lineColor: "#000000", lineWidth: 2 }
      } }, point: { events: {} }, dataLabels: { animation: {}, align: "center", defer: !0, formatter: function() {
        var y = this.series.chart.numberFormatter;
        return typeof this.y != "number" ? "" : y(this.y, -1);
      }, padding: 5, style: { fontSize: "11px", 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: 50 }, lineWidthPlus: 1, marker: {}, halo: { size: 10, opacity: 0.25 } },
        select: { animation: { duration: 0 } },
        inactive: { animation: { duration: 50 }, opacity: 0.2 }
      }, stickyTracking: !0, turboThreshold: 1e3, findNearestPointBy: "x" };
    }), E(h, "Core/Series/Series.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Foundation.js"],
      h["Core/Globals.js"],
      h["Core/Legend/LegendSymbol.js"],
      h["Core/Series/Point.js"],
      h["Core/Series/SeriesDefaults.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Renderer/SVG/SVGElement.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U, H, W, R, S) {
      var x = y.animObject, d = y.setAnimation, u = B.defaultOptions, P = I.registerEventOptions, O = Z.hasTouch, N = Z.svg, C = Z.win, b = W.seriesTypes, w = S.addEvent, v = S.arrayMax, a = S.arrayMin, c = S.clamp, p = S.cleanRecursively, i = S.correctFloat, l = S.defined, s = S.erase, t = S.error, o = S.extend, n = S.find, A = S.fireEvent, _ = S.getNestedProperty, D = S.isArray, j = S.isNumber, T = S.isString, X = S.merge, g = S.objectEach, m = S.pick, L = S.removeEvent, Y = S.splat, V = S.syncTimeout;
      return y = function() {
        function Q() {
          this.zones = this.yAxis = this.xAxis = this.userOptions = this.tooltipOptions = this.processedYData = this.processedXData = this.points = this.options = this.linkedSeries = this.index = this.eventsToUnbind = this.eventOptions = this.data = this.chart = this._i = void 0;
        }
        return Q.prototype.init = function(k, G) {
          A(this, "init", { options: G });
          var z = this, $ = k.series;
          this.eventsToUnbind = [], z.chart = k, z.options = z.setOptions(G), G = z.options, z.linkedSeries = [], z.bindAxes(), o(z, { name: G.name, state: "", visible: G.visible !== !1, selected: G.selected === !0 }), P(this, G);
          var q = G.events;
          (q && q.click || G.point && G.point.events && G.point.events.click || G.allowPointSelect) && (k.runTrackerClick = !0), z.getColor(), z.getSymbol(), z.parallelArrays.forEach(function(et) {
            z[et + "Data"] || (z[et + "Data"] = []);
          }), z.isCartesian && (k.hasCartesianSeries = !0);
          var it;
          $.length && (it = $[$.length - 1]), z._i = m(it && it._i, -1) + 1, z.opacity = z.options.opacity, k.orderSeries(this.insert($)), G.dataSorting && G.dataSorting.enabled ? z.setDataSortingOptions() : z.points || z.data || z.setData(G.data, !1), A(this, "afterInit");
        }, Q.prototype.is = function(k) {
          return b[k] && this instanceof b[k];
        }, Q.prototype.insert = function(k) {
          var G = this.options.index, z;
          if (j(G)) {
            for (z = k.length; z--; )
              if (G >= m(k[z].options.index, k[z]._i)) {
                k.splice(z + 1, 0, this);
                break;
              }
            z === -1 && k.unshift(this), z += 1;
          } else
            k.push(this);
          return m(z, k.length - 1);
        }, Q.prototype.bindAxes = function() {
          var k = this, G = k.options, z = k.chart, $;
          A(this, "bindAxes", null, function() {
            (k.axisTypes || []).forEach(function(q) {
              var it = 0;
              z[q].forEach(function(et) {
                $ = et.options, (G[q] === it && !$.isInternal || typeof G[q] < "u" && G[q] === $.id || typeof G[q] > "u" && $.index === 0) && (k.insert(et.series), k[q] = et, et.isDirty = !0), $.isInternal || it++;
              }), k[q] || k.optionalAxis === q || t(18, !0, z);
            });
          }), A(this, "afterBindAxes");
        }, Q.prototype.updateParallelArrays = function(k, G) {
          var z = k.series, $ = arguments, q = j(G) ? function(it) {
            var et = it === "y" && z.toYData ? z.toYData(k) : k[it];
            z[it + "Data"][G] = et;
          } : function(it) {
            Array.prototype[G].apply(z[it + "Data"], Array.prototype.slice.call($, 2));
          };
          z.parallelArrays.forEach(q);
        }, Q.prototype.hasData = function() {
          return this.visible && typeof this.dataMax < "u" && typeof this.dataMin < "u" || this.visible && this.yData && 0 < this.yData.length;
        }, Q.prototype.autoIncrement = function(k) {
          var G = this.options, z = G.pointIntervalUnit, $ = G.relativeXValue, q = this.chart.time, it = this.xIncrement, et;
          return it = m(it, G.pointStart, 0), this.pointInterval = et = m(this.pointInterval, G.pointInterval, 1), $ && j(k) && (et *= k), z && (G = new q.Date(it), z === "day" ? q.set("Date", G, q.get("Date", G) + et) : z === "month" ? q.set("Month", G, q.get("Month", G) + et) : z === "year" && q.set("FullYear", G, q.get("FullYear", G) + et), et = G.getTime() - it), $ && j(k) ? it + et : (this.xIncrement = it + et, it);
        }, Q.prototype.setDataSortingOptions = function() {
          var k = this.options;
          o(this, { requireSorting: !1, sorted: !1, enabledDataSorting: !0, allowDG: !1 }), l(k.pointRange) || (k.pointRange = 1);
        }, Q.prototype.setOptions = function(k) {
          var G = this.chart, z = G.options, $ = z.plotOptions, q = G.userOptions || {};
          k = X(k), G = G.styledMode;
          var it = { plotOptions: $, userOptions: k };
          A(this, "setOptions", it);
          var et = it.plotOptions[this.type], nt = q.plotOptions || {};
          return this.userOptions = it.userOptions, q = X(et, $.series, q.plotOptions && q.plotOptions[this.type], k), this.tooltipOptions = X(u.tooltip, u.plotOptions.series && u.plotOptions.series.tooltip, u.plotOptions[this.type].tooltip, z.tooltip.userOptions, $.series && $.series.tooltip, $[this.type].tooltip, k.tooltip), this.stickyTracking = m(k.stickyTracking, nt[this.type] && nt[this.type].stickyTracking, nt.series && nt.series.stickyTracking, this.tooltipOptions.shared && !this.noSharedTooltip ? !0 : q.stickyTracking), et.marker === null && delete q.marker, this.zoneAxis = q.zoneAxis, $ = this.zones = (q.zones || []).slice(), !q.negativeColor && !q.negativeFillColor || q.zones || (z = { value: q[this.zoneAxis + "Threshold"] || q.threshold || 0, className: "highcharts-negative" }, G || (z.color = q.negativeColor, z.fillColor = q.negativeFillColor), $.push(z)), $.length && l($[$.length - 1].value) && $.push(G ? {} : { color: this.color, fillColor: this.fillColor }), A(this, "afterSetOptions", { options: q }), q;
        }, Q.prototype.getName = function() {
          return m(this.options.name, "Series " + (this.index + 1));
        }, Q.prototype.getCyclic = function(k, G, z) {
          var $ = this.chart, q = this.userOptions, it = k + "Index", et = k + "Counter", nt = z ? z.length : m($.options.chart[k + "Count"], $[k + "Count"]);
          if (!G) {
            var rt = m(q[it], q["_" + it]);
            l(rt) || ($.series.length || ($[et] = 0), q["_" + it] = rt = $[et] % nt, $[et] += 1), z && (G = z[rt]);
          }
          typeof rt < "u" && (this[it] = rt), this[k] = G;
        }, Q.prototype.getColor = function() {
          this.chart.styledMode ? this.getCyclic("color") : this.options.colorByPoint ? this.color = "#cccccc" : this.getCyclic("color", this.options.color || u.plotOptions[this.type].color, this.chart.options.colors);
        }, Q.prototype.getPointsCollection = function() {
          return (this.hasGroupedData ? this.points : this.data) || [];
        }, Q.prototype.getSymbol = function() {
          this.getCyclic("symbol", this.options.marker.symbol, this.chart.options.symbols);
        }, Q.prototype.findPointIndex = function(k, G) {
          var z = k.id, $ = k.x, q = this.points, it = this.options.dataSorting, et, nt;
          if (z)
            it = this.chart.get(z), it instanceof U && (et = it);
          else if ((this.linkedParent || this.enabledDataSorting || this.options.relativeXValue) && (et = function(ct) {
            return !ct.touched && ct.index === k.index;
          }, it && it.matchByName ? et = function(ct) {
            return !ct.touched && ct.name === k.name;
          } : this.options.relativeXValue && (et = function(ct) {
            return !ct.touched && ct.options.x === k.x;
          }), et = n(q, et), !et))
            return;
          if (et) {
            var rt = et && et.index;
            typeof rt < "u" && (nt = !0);
          }
          return typeof rt > "u" && j($) && (rt = this.xData.indexOf($, G)), rt !== -1 && typeof rt < "u" && this.cropped && (rt = rt >= this.cropStart ? rt - this.cropStart : rt), !nt && j(rt) && q[rt] && q[rt].touched && (rt = void 0), rt;
        }, Q.prototype.updateData = function(k, G) {
          var z = this.options, $ = z.dataSorting, q = this.points, it = [], et = this.requireSorting, nt = k.length === q.length, rt, ct, gt, dt = !0;
          if (this.xIncrement = null, k.forEach(function(lt, at) {
            var J = l(lt) && this.pointClass.prototype.optionsToObject.call({ series: this }, lt) || {}, tt = J.x;
            J.id || j(tt) ? (J = this.findPointIndex(J, gt), J === -1 || typeof J > "u" ? it.push(lt) : q[J] && lt !== z.data[J] ? (q[J].update(lt, !1, null, !1), q[J].touched = !0, et && (gt = J + 1)) : q[J] && (q[J].touched = !0), (!nt || at !== J || $ && $.enabled || this.hasDerivedData) && (rt = !0)) : it.push(lt);
          }, this), rt)
            for (k = q.length; k--; )
              (ct = q[k]) && !ct.touched && ct.remove && ct.remove(!1, G);
          else
            !nt || $ && $.enabled ? dt = !1 : (k.forEach(function(lt, at) {
              lt !== q[at].y && q[at].update && q[at].update(
                lt,
                !1,
                null,
                !1
              );
            }), it.length = 0);
          return q.forEach(function(lt) {
            lt && (lt.touched = !1);
          }), dt ? (it.forEach(function(lt) {
            this.addPoint(lt, !1, null, null, !1);
          }, this), this.xIncrement === null && this.xData && this.xData.length && (this.xIncrement = v(this.xData), this.autoIncrement()), !0) : !1;
        }, Q.prototype.setData = function(k, G, z, $) {
          var q = this, it = q.points, et = it && it.length || 0, nt = q.options, rt = q.chart, ct = nt.dataSorting, gt = q.xAxis, dt = nt.turboThreshold, lt = this.xData, at = this.yData, J = q.pointArrayMap;
          J = J && J.length;
          var tt = nt.keys, st, ht = 0, pt = 1, yt = null;
          k = k || [];
          var vt = k.length;
          if (G = m(G, !0), ct && ct.enabled && (k = this.sortData(k)), $ !== !1 && vt && et && !q.cropped && !q.hasGroupedData && q.visible && !q.isSeriesBoosting && (st = this.updateData(k, z)), !st) {
            if (q.xIncrement = null, q.colorCounter = 0, this.parallelArrays.forEach(function(Ct) {
              q[Ct + "Data"].length = 0;
            }), dt && vt > dt)
              if (yt = q.getFirstValidPoint(k), j(yt))
                for (z = 0; z < vt; z++)
                  lt[z] = this.autoIncrement(), at[z] = k[z];
              else if (D(yt))
                if (J)
                  if (yt.length === J)
                    for (z = 0; z < vt; z++)
                      lt[z] = this.autoIncrement(), at[z] = k[z];
                  else
                    for (z = 0; z < vt; z++)
                      $ = k[z], lt[z] = $[0], at[z] = $.slice(
                        1,
                        J + 1
                      );
                else if (tt && (ht = tt.indexOf("x"), pt = tt.indexOf("y"), ht = 0 <= ht ? ht : 0, pt = 0 <= pt ? pt : 1), yt.length === 1 && (pt = 0), ht === pt)
                  for (z = 0; z < vt; z++)
                    lt[z] = this.autoIncrement(), at[z] = k[z][pt];
                else
                  for (z = 0; z < vt; z++)
                    $ = k[z], lt[z] = $[ht], at[z] = $[pt];
              else
                t(12, !1, rt);
            else
              for (z = 0; z < vt; z++)
                typeof k[z] < "u" && ($ = { series: q }, q.pointClass.prototype.applyOptions.apply($, [k[z]]), q.updateParallelArrays($, z));
            for (at && T(at[0]) && t(14, !0, rt), q.data = [], q.options.data = q.userOptions.data = k, z = et; z--; )
              it[z] && it[z].destroy && it[z].destroy();
            gt && (gt.minRange = gt.userMinRange), q.isDirty = rt.isDirtyBox = !0, q.isDirtyData = !!it, z = !1;
          }
          nt.legendType === "point" && (this.processData(), this.generatePoints()), G && rt.redraw(z);
        }, Q.prototype.sortData = function(k) {
          var G = this, z = G.options.dataSorting.sortKey || "y", $ = function(q, it) {
            return l(it) && q.pointClass.prototype.optionsToObject.call({ series: q }, it) || {};
          };
          return k.forEach(function(q, it) {
            k[it] = $(G, q), k[it].index = it;
          }, this), k.concat().sort(function(q, it) {
            return q = _(z, q), it = _(z, it), it < q ? -1 : it > q ? 1 : 0;
          }).forEach(function(q, it) {
            q.x = it;
          }, this), G.linkedSeries && G.linkedSeries.forEach(function(q) {
            var it = q.options, et = it.data;
            it.dataSorting && it.dataSorting.enabled || !et || (et.forEach(function(nt, rt) {
              et[rt] = $(q, nt), k[rt] && (et[rt].x = k[rt].x, et[rt].index = rt);
            }), q.setData(et, !1));
          }), k;
        }, Q.prototype.getProcessedData = function(k) {
          var G = this.xAxis, z = this.options, $ = z.cropThreshold, q = k || this.getExtremesFromAll || z.getExtremesFromAll, it = this.isCartesian;
          k = G && G.val2lin, z = !(!G || !G.logarithmic);
          var et = 0, nt = this.xData, rt = this.yData, ct = this.requireSorting, gt = !1, dt = nt.length;
          if (G) {
            gt = G.getExtremes();
            var lt = gt.min, at = gt.max;
            gt = G.categories && !G.names.length;
          }
          if (it && this.sorted && !q && (!$ || dt > $ || this.forceCrop)) {
            if (nt[dt - 1] < lt || nt[0] > at)
              nt = [], rt = [];
            else if (this.yData && (nt[0] < lt || nt[dt - 1] > at)) {
              var J = this.cropData(this.xData, this.yData, lt, at);
              nt = J.xData, rt = J.yData, et = J.start, J = !0;
            }
          }
          for ($ = nt.length || 1; --$; )
            if (G = z ? k(nt[$]) - k(nt[$ - 1]) : nt[$] - nt[$ - 1], 0 < G && (typeof tt > "u" || G < tt))
              var tt = G;
            else
              0 > G && ct && !gt && (t(15, !1, this.chart), ct = !1);
          return { xData: nt, yData: rt, cropped: J, cropStart: et, closestPointRange: tt };
        }, Q.prototype.processData = function(k) {
          var G = this.xAxis;
          if (this.isCartesian && !this.isDirty && !G.isDirty && !this.yAxis.isDirty && !k)
            return !1;
          k = this.getProcessedData(), this.cropped = k.cropped, this.cropStart = k.cropStart, this.processedXData = k.xData, this.processedYData = k.yData, this.closestPointRange = this.basePointRange = k.closestPointRange, A(this, "afterProcessData");
        }, Q.prototype.cropData = function(k, G, z, $, q) {
          var it = k.length, et, nt = 0, rt = it;
          for (q = m(q, this.cropShoulder), et = 0; et < it; et++)
            if (k[et] >= z) {
              nt = Math.max(0, et - q);
              break;
            }
          for (z = et; z < it; z++)
            if (k[z] > $) {
              rt = z + q;
              break;
            }
          return { xData: k.slice(nt, rt), yData: G.slice(
            nt,
            rt
          ), start: nt, end: rt };
        }, Q.prototype.generatePoints = function() {
          var k = this.options, G = k.data, z = this.processedXData, $ = this.processedYData, q = this.pointClass, it = z.length, et = this.cropStart || 0, nt = this.hasGroupedData, rt = k.keys, ct = [];
          k = k.dataGrouping && k.dataGrouping.groupAll ? et : 0;
          var gt, dt, lt = this.data;
          if (!lt && !nt) {
            var at = [];
            at.length = G.length, lt = this.data = at;
          }
          for (rt && nt && (this.options.keys = !1), dt = 0; dt < it; dt++) {
            if (at = et + dt, nt) {
              var J = new q().init(this, [z[dt]].concat(Y($[dt])));
              J.dataGroup = this.groupMap[k + dt], J.dataGroup.options && (J.options = J.dataGroup.options, o(J, J.dataGroup.options), delete J.dataLabels);
            } else
              (J = lt[at]) || typeof G[at] > "u" || (lt[at] = J = new q().init(this, G[at], z[dt]));
            J && (J.index = nt ? k + dt : at, ct[dt] = J);
          }
          if (this.options.keys = rt, lt && (it !== (gt = lt.length) || nt))
            for (dt = 0; dt < gt; dt++)
              dt !== et || nt || (dt += it), lt[dt] && (lt[dt].destroyElements(), lt[dt].plotX = void 0);
          this.data = lt, this.points = ct, A(this, "afterGeneratePoints");
        }, Q.prototype.getXExtremes = function(k) {
          return { min: a(k), max: v(k) };
        }, Q.prototype.getExtremes = function(k, G) {
          var z = this.xAxis, $ = this.yAxis, q = this.processedXData || this.xData, it = [], et = this.requireSorting ? this.cropShoulder : 0;
          $ = $ ? $.positiveValuesOnly : !1;
          var nt, rt = 0, ct = 0, gt = 0;
          k = k || this.stackedYData || this.processedYData || [];
          var dt = k.length;
          if (z) {
            var lt = z.getExtremes();
            rt = lt.min, ct = lt.max;
          }
          for (nt = 0; nt < dt; nt++) {
            var at = q[nt];
            lt = k[nt];
            var J = (j(lt) || D(lt)) && (lt.length || 0 < lt || !$);
            if (at = G || this.getExtremesFromAll || this.options.getExtremesFromAll || this.cropped || !z || (q[nt + et] || at) >= rt && (q[nt - et] || at) <= ct, J && at)
              if (J = lt.length)
                for (; J--; )
                  j(lt[J]) && (it[gt++] = lt[J]);
              else
                it[gt++] = lt;
          }
          return k = { activeYData: it, dataMin: a(it), dataMax: v(it) }, A(this, "afterGetExtremes", { dataExtremes: k }), k;
        }, Q.prototype.applyExtremes = function() {
          var k = this.getExtremes();
          return this.dataMin = k.dataMin, this.dataMax = k.dataMax, k;
        }, Q.prototype.getFirstValidPoint = function(k) {
          for (var G = k.length, z = 0, $ = null; $ === null && z < G; )
            $ = k[z], z++;
          return $;
        }, Q.prototype.translate = function() {
          this.processedXData || this.processData(), this.generatePoints();
          var k = this.options, G = k.stacking, z = this.xAxis, $ = z.categories, q = this.enabledDataSorting, it = this.yAxis, et = this.points, nt = et.length, rt = this.pointPlacementToXValue(), ct = !!rt, gt = k.threshold, dt = k.startFromThreshold ? gt : 0, lt = this.zoneAxis || "y", at, J, tt = Number.MAX_VALUE;
          for (at = 0; at < nt; at++) {
            var st = et[at], ht = st.x, pt = void 0, yt = void 0, vt = st.y, Ct = st.low, Pt = G && it.stacking && it.stacking.stacks[(this.negStacks && vt < (dt ? 0 : gt) ? "-" : "") + this.stackKey];
            if ((it.positiveValuesOnly && !it.validatePositiveValue(vt) || z.positiveValuesOnly && !z.validatePositiveValue(ht)) && (st.isNull = !0), st.plotX = J = i(c(z.translate(ht, 0, 0, 0, 1, rt, this.type === "flags"), -1e5, 1e5)), G && this.visible && Pt && Pt[ht]) {
              var kt = this.getStackIndicator(
                kt,
                ht,
                this.index
              );
              st.isNull || (pt = Pt[ht], yt = pt.points[kt.key]);
            }
            if (D(yt) && (Ct = yt[0], vt = yt[1], Ct === dt && kt.key === Pt[ht].base && (Ct = m(j(gt) && gt, it.min)), it.positiveValuesOnly && 0 >= Ct && (Ct = null), st.total = st.stackTotal = pt.total, st.percentage = pt.total && st.y / pt.total * 100, st.stackY = vt, this.irregularWidths || pt.setOffset(this.pointXOffset || 0, this.barW || 0)), st.yBottom = l(Ct) ? c(it.translate(Ct, 0, 1, 0, 1), -1e5, 1e5) : null, this.dataModify && (vt = this.dataModify.modifyValue(vt, at)), st.plotY = void 0, j(vt) && (pt = it.translate(vt, !1, !0, !1, !0), typeof pt < "u" && (st.plotY = c(
              pt,
              -1e5,
              1e5
            ))), st.isInside = this.isPointInside(st), st.clientX = ct ? i(z.translate(ht, 0, 0, 0, 1, rt)) : J, st.negative = st[lt] < (k[lt + "Threshold"] || gt || 0), st.category = $ && typeof $[st.x] < "u" ? $[st.x] : st.x, !st.isNull && st.visible !== !1) {
              typeof St < "u" && (tt = Math.min(tt, Math.abs(J - St)));
              var St = J;
            }
            st.zone = this.zones.length ? st.getZone() : void 0, !st.graphic && this.group && q && (st.isNew = !0);
          }
          this.closestPointRangePx = tt, A(this, "afterTranslate");
        }, Q.prototype.getValidPoints = function(k, G, z) {
          var $ = this.chart;
          return (k || this.points || []).filter(function(q) {
            return G && !$.isInsidePlot(q.plotX, q.plotY, { inverted: $.inverted }) ? !1 : q.visible !== !1 && (z || !q.isNull);
          });
        }, Q.prototype.getClipBox = function() {
          var k = this.chart, G = this.xAxis, z = this.yAxis, $ = X(k.clipBox);
          return G && G.len !== k.plotSizeX && ($.width = G.len), z && z.len !== k.plotSizeY && ($.height = z.len), $;
        }, Q.prototype.getSharedClipKey = function() {
          return this.sharedClipKey = (this.options.xAxis || 0) + "," + (this.options.yAxis || 0);
        }, Q.prototype.setClip = function() {
          var k = this.chart, G = this.group, z = this.markerGroup, $ = k.sharedClips;
          k = k.renderer;
          var q = this.getClipBox(), it = this.getSharedClipKey(), et = $[it];
          et ? et.animate(q) : $[it] = et = k.clipRect(q), G && G.clip(this.options.clip === !1 ? void 0 : et), z && z.clip();
        }, Q.prototype.animate = function(k) {
          var G = this.chart, z = this.group, $ = this.markerGroup, q = G.inverted, it = x(this.options.animation), et = [this.getSharedClipKey(), it.duration, it.easing, it.defer].join(), nt = G.sharedClips[et], rt = G.sharedClips[et + "m"];
          if (k && z)
            it = this.getClipBox(), nt ? nt.attr("height", it.height) : (it.width = 0, q && (it.x = G.plotHeight), nt = G.renderer.clipRect(it), G.sharedClips[et] = nt, rt = G.renderer.clipRect({ x: q ? (G.plotSizeX || 0) + 99 : -99, y: q ? -G.plotLeft : -G.plotTop, width: 99, height: q ? G.chartWidth : G.chartHeight }), G.sharedClips[et + "m"] = rt), z.clip(nt), $ && $.clip(rt);
          else if (nt && !nt.hasClass("highcharts-animating")) {
            G = this.getClipBox();
            var ct = it.step;
            $ && $.element.childNodes.length && (it.step = function(gt, dt) {
              ct && ct.apply(dt, arguments), rt && rt.element && rt.attr(dt.prop, dt.prop === "width" ? gt + 99 : gt);
            }), nt.addClass("highcharts-animating").animate(G, it);
          }
        }, Q.prototype.afterAnimate = function() {
          var k = this;
          this.setClip(), g(
            this.chart.sharedClips,
            function(G, z, $) {
              G && !k.chart.container.querySelector('[clip-path="url(#' + G.id + ')"]') && (G.destroy(), delete $[z]);
            }
          ), this.finishedAnimating = !0, A(this, "afterAnimate");
        }, Q.prototype.drawPoints = function() {
          var k = this.points, G = this.chart, z = this.options.marker, $ = this[this.specialGroup] || this.markerGroup, q = this.xAxis, it = m(z.enabled, !q || q.isRadial ? !0 : null, this.closestPointRangePx >= z.enabledThreshold * z.radius), et, nt;
          if (z.enabled !== !1 || this._hasPointMarkers)
            for (et = 0; et < k.length; et++) {
              var rt = k[et], ct = (nt = rt.graphic) ? "animate" : "attr", gt = rt.marker || {}, dt = !!rt.marker;
              if ((it && typeof gt.enabled > "u" || gt.enabled) && !rt.isNull && rt.visible !== !1) {
                var lt = m(gt.symbol, this.symbol, "rect"), at = this.markerAttribs(rt, rt.selected && "select");
                this.enabledDataSorting && (rt.startXPos = q.reversed ? -(at.width || 0) : q.width);
                var J = rt.isInside !== !1;
                nt ? nt[J ? "show" : "hide"](J).animate(at) : J && (0 < (at.width || 0) || rt.hasImage) && (rt.graphic = nt = G.renderer.symbol(lt, at.x, at.y, at.width, at.height, dt ? gt : z).add($), this.enabledDataSorting && G.hasRendered && (nt.attr({ x: rt.startXPos }), ct = "animate")), nt && ct === "animate" && nt[J ? "show" : "hide"](J).animate(at), nt && !G.styledMode && nt[ct](this.pointAttribs(rt, rt.selected && "select")), nt && nt.addClass(rt.getClassName(), !0);
              } else
                nt && (rt.graphic = nt.destroy());
            }
        }, Q.prototype.markerAttribs = function(k, G) {
          var z = this.options, $ = z.marker, q = k.marker || {}, it = q.symbol || $.symbol, et = m(q.radius, $.radius);
          return G && ($ = $.states[G], G = q.states && q.states[G], et = m(G && G.radius, $ && $.radius, et + ($ && $.radiusPlus || 0))), k.hasImage = it && it.indexOf("url") === 0, k.hasImage && (et = 0), k = { x: z.crisp ? Math.floor(k.plotX - et) : k.plotX - et, y: k.plotY - et }, et && (k.width = k.height = 2 * et), k;
        }, Q.prototype.pointAttribs = function(k, G) {
          var z = this.options.marker, $ = k && k.options, q = $ && $.marker || {}, it = $ && $.color, et = k && k.color, nt = k && k.zone && k.zone.color, rt = this.color;
          return k = m(q.lineWidth, z.lineWidth), $ = 1, rt = it || nt || et || rt, it = q.fillColor || z.fillColor || rt, et = q.lineColor || z.lineColor || rt, G = G || "normal", z = z.states[G] || {}, G = q.states && q.states[G] || {}, k = m(G.lineWidth, z.lineWidth, k + m(G.lineWidthPlus, z.lineWidthPlus, 0)), it = G.fillColor || z.fillColor || it, et = G.lineColor || z.lineColor || et, $ = m(G.opacity, z.opacity, $), { stroke: et, "stroke-width": k, fill: it, opacity: $ };
        }, Q.prototype.destroy = function(k) {
          var G = this, z = G.chart, $ = /AppleWebKit\/533/.test(C.navigator.userAgent), q = G.data || [], it, et, nt, rt;
          for (A(G, "destroy"), this.removeEvents(k), (G.axisTypes || []).forEach(function(ct) {
            (rt = G[ct]) && rt.series && (s(rt.series, G), rt.isDirty = rt.forceRedraw = !0);
          }), G.legendItem && G.chart.legend.destroyItem(G), et = q.length; et--; )
            (nt = q[et]) && nt.destroy && nt.destroy();
          G.clips && G.clips.forEach(function(ct) {
            return ct.destroy();
          }), S.clearTimeout(G.animationTimeout), g(G, function(ct, gt) {
            ct instanceof R && !ct.survive && (it = $ && gt === "group" ? "hide" : "destroy", ct[it]());
          }), z.hoverSeries === G && (z.hoverSeries = void 0), s(z.series, G), z.orderSeries(), g(G, function(ct, gt) {
            k && gt === "hcEvents" || delete G[gt];
          });
        }, Q.prototype.applyZones = function() {
          var k = this, G = this.chart, z = G.renderer, $ = this.zones, q = this.clips || [], it = this.graph, et = this.area, nt = Math.max(G.chartWidth, G.chartHeight), rt = this[(this.zoneAxis || "y") + "Axis"], ct = G.inverted, gt, dt, lt, at, J, tt, st, ht, pt = !1;
          if ($.length && (it || et) && rt && typeof rt.min < "u") {
            var yt = rt.reversed, vt = rt.horiz;
            it && !this.showLine && it.hide(), et && et.hide();
            var Ct = rt.getExtremes();
            $.forEach(function(Pt, kt) {
              gt = yt ? vt ? G.plotWidth : 0 : vt ? 0 : rt.toPixels(Ct.min) || 0, gt = c(m(dt, gt), 0, nt), dt = c(Math.round(rt.toPixels(m(Pt.value, Ct.max), !0) || 0), 0, nt), pt && (gt = dt = rt.toPixels(Ct.max)), at = Math.abs(gt - dt), J = Math.min(gt, dt), tt = Math.max(gt, dt), rt.isXAxis ? (lt = { x: ct ? tt : J, y: 0, width: at, height: nt }, vt || (lt.x = G.plotHeight - lt.x)) : (lt = { x: 0, y: ct ? tt : J, width: nt, height: at }, vt && (lt.y = G.plotWidth - lt.y)), ct && z.isVML && (lt = rt.isXAxis ? {
                x: 0,
                y: yt ? J : tt,
                height: lt.width,
                width: G.chartWidth
              } : { x: lt.y - G.plotLeft - G.spacingBox.x, y: 0, width: lt.height, height: G.chartHeight }), q[kt] ? q[kt].animate(lt) : q[kt] = z.clipRect(lt), st = k["zone-area-" + kt], ht = k["zone-graph-" + kt], it && ht && ht.clip(q[kt]), et && st && st.clip(q[kt]), pt = Pt.value > Ct.max, k.resetZones && dt === 0 && (dt = void 0);
            }), this.clips = q;
          } else
            k.visible && (it && it.show(!0), et && et.show(!0));
        }, Q.prototype.invertGroups = function(k) {
          function G() {
            ["group", "markerGroup"].forEach(function(q) {
              z[q] && ($.renderer.isVML && z[q].attr({ width: z.yAxis.len, height: z.xAxis.len }), z[q].width = z.yAxis.len, z[q].height = z.xAxis.len, z[q].invert(z.isRadialSeries ? !1 : k));
            });
          }
          var z = this, $ = z.chart;
          z.xAxis && (z.eventsToUnbind.push(w($, "resize", G)), G(), z.invertGroups = G);
        }, Q.prototype.plotGroup = function(k, G, z, $, q) {
          var it = this[k], et = !it;
          return z = { visibility: z, zIndex: $ || 0.1 }, typeof this.opacity > "u" || this.chart.styledMode || this.state === "inactive" || (z.opacity = this.opacity), et && (this[k] = it = this.chart.renderer.g().add(q)), it.addClass("highcharts-" + G + " highcharts-series-" + this.index + " highcharts-" + this.type + "-series " + (l(this.colorIndex) ? "highcharts-color-" + this.colorIndex + " " : "") + (this.options.className || "") + (it.hasClass("highcharts-tracker") ? " highcharts-tracker" : ""), !0), it.attr(z)[et ? "attr" : "animate"](this.getPlotBox()), it;
        }, Q.prototype.getPlotBox = function() {
          var k = this.chart, G = this.xAxis, z = this.yAxis;
          return k.inverted && (G = z, z = this.xAxis), { translateX: G ? G.left : k.plotLeft, translateY: z ? z.top : k.plotTop, scaleX: 1, scaleY: 1 };
        }, Q.prototype.removeEvents = function(k) {
          k || L(this), this.eventsToUnbind.length && (this.eventsToUnbind.forEach(function(G) {
            G();
          }), this.eventsToUnbind.length = 0);
        }, Q.prototype.render = function() {
          var k = this, G = k.chart, z = k.options, $ = x(z.animation), q = k.visible ? "inherit" : "hidden", it = z.zIndex, et = k.hasRendered, nt = G.seriesGroup, rt = G.inverted;
          G = !k.finishedAnimating && G.renderer.isSVG ? $.duration : 0, A(this, "render");
          var ct = k.plotGroup("group", "series", q, it, nt);
          k.markerGroup = k.plotGroup("markerGroup", "markers", q, it, nt), z.clip !== !1 && k.setClip(), k.animate && G && k.animate(!0), ct.inverted = m(k.invertible, k.isCartesian) ? rt : !1, k.drawGraph && (k.drawGraph(), k.applyZones()), k.visible && k.drawPoints(), k.drawDataLabels && k.drawDataLabels(), k.redrawPoints && k.redrawPoints(), k.drawTracker && k.options.enableMouseTracking !== !1 && k.drawTracker(), k.invertGroups(rt), k.animate && G && k.animate(), et || (G && $.defer && (G += $.defer), k.animationTimeout = V(function() {
            k.afterAnimate();
          }, G || 0)), k.isDirty = !1, k.hasRendered = !0, A(k, "afterRender");
        }, Q.prototype.redraw = function() {
          var k = this.chart, G = this.isDirty || this.isDirtyData, z = this.group, $ = this.xAxis, q = this.yAxis;
          z && (k.inverted && z.attr({
            width: k.plotWidth,
            height: k.plotHeight
          }), z.animate({ translateX: m($ && $.left, k.plotLeft), translateY: m(q && q.top, k.plotTop) })), this.translate(), this.render(), G && delete this.kdTree;
        }, Q.prototype.searchPoint = function(k, G) {
          var z = this.xAxis, $ = this.yAxis, q = this.chart.inverted;
          return this.searchKDTree({ clientX: q ? z.len - k.chartY + z.pos : k.chartX - z.pos, plotY: q ? $.len - k.chartX + $.pos : k.chartY - $.pos }, G, k);
        }, Q.prototype.buildKDTree = function(k) {
          function G(q, it, et) {
            var nt = q && q.length;
            if (nt) {
              var rt = z.kdAxisArray[it % et];
              return q.sort(function(ct, gt) {
                return ct[rt] - gt[rt];
              }), nt = Math.floor(nt / 2), { point: q[nt], left: G(q.slice(0, nt), it + 1, et), right: G(q.slice(nt + 1), it + 1, et) };
            }
          }
          this.buildingKdTree = !0;
          var z = this, $ = -1 < z.options.findNearestPointBy.indexOf("y") ? 2 : 1;
          delete z.kdTree, V(function() {
            z.kdTree = G(z.getValidPoints(null, !z.directTouch), $, $), z.buildingKdTree = !1;
          }, z.options.kdNow || k && k.type === "touchstart" ? 0 : 1);
        }, Q.prototype.searchKDTree = function(k, G, z) {
          function $(rt, ct, gt, dt) {
            var lt = ct.point, at = q.kdAxisArray[gt % dt], J = lt, tt = l(rt[it]) && l(lt[it]) ? Math.pow(rt[it] - lt[it], 2) : null, st = l(rt[et]) && l(lt[et]) ? Math.pow(rt[et] - lt[et], 2) : null;
            return st = (tt || 0) + (st || 0), lt.dist = l(st) ? Math.sqrt(st) : Number.MAX_VALUE, lt.distX = l(tt) ? Math.sqrt(tt) : Number.MAX_VALUE, at = rt[at] - lt[at], st = 0 > at ? "left" : "right", tt = 0 > at ? "right" : "left", ct[st] && (st = $(rt, ct[st], gt + 1, dt), J = st[nt] < J[nt] ? st : lt), ct[tt] && Math.sqrt(at * at) < J[nt] && (rt = $(rt, ct[tt], gt + 1, dt), J = rt[nt] < J[nt] ? rt : J), J;
          }
          var q = this, it = this.kdAxisArray[0], et = this.kdAxisArray[1], nt = G ? "distX" : "dist";
          if (G = -1 < q.options.findNearestPointBy.indexOf("y") ? 2 : 1, this.kdTree || this.buildingKdTree || this.buildKDTree(z), this.kdTree)
            return $(
              k,
              this.kdTree,
              G,
              G
            );
        }, Q.prototype.pointPlacementToXValue = function() {
          var k = this.options, G = k.pointRange, z = this.xAxis;
          return k = k.pointPlacement, k === "between" && (k = z.reversed ? -0.5 : 0.5), j(k) ? k * (G || z.pointRange) : 0;
        }, Q.prototype.isPointInside = function(k) {
          var G = this.chart, z = this.xAxis, $ = this.yAxis;
          return typeof k.plotY < "u" && typeof k.plotX < "u" && 0 <= k.plotY && k.plotY <= ($ ? $.len : G.plotHeight) && 0 <= k.plotX && k.plotX <= (z ? z.len : G.plotWidth);
        }, Q.prototype.drawTracker = function() {
          var k = this, G = k.options, z = G.trackByArea, $ = [].concat(z ? k.areaPath : k.graphPath), q = k.chart, it = q.pointer, et = q.renderer, nt = q.options.tooltip.snap, rt = k.tracker, ct = function(dt) {
            q.hoverSeries !== k && k.onMouseOver();
          }, gt = "rgba(192,192,192," + (N ? 1e-4 : 2e-3) + ")";
          rt ? rt.attr({ d: $ }) : k.graph && (k.tracker = et.path($).attr({ visibility: k.visible ? "visible" : "hidden", zIndex: 2 }).addClass(z ? "highcharts-tracker-area" : "highcharts-tracker-line").add(k.group), q.styledMode || k.tracker.attr({ "stroke-linecap": "round", "stroke-linejoin": "round", stroke: gt, fill: z ? gt : "none", "stroke-width": k.graph.strokeWidth() + (z ? 0 : 2 * nt) }), [k.tracker, k.markerGroup, k.dataLabelsGroup].forEach(function(dt) {
            dt && (dt.addClass("highcharts-tracker").on("mouseover", ct).on("mouseout", function(lt) {
              it.onTrackerMouseOut(lt);
            }), G.cursor && !q.styledMode && dt.css({ cursor: G.cursor }), O) && dt.on("touchstart", ct);
          })), A(this, "afterDrawTracker");
        }, Q.prototype.addPoint = function(k, G, z, $, q) {
          var it = this.options, et = this.data, nt = this.chart, rt = this.xAxis;
          rt = rt && rt.hasNames && rt.names;
          var ct = it.data, gt = this.xData, dt;
          G = m(G, !0);
          var lt = { series: this };
          this.pointClass.prototype.applyOptions.apply(
            lt,
            [k]
          );
          var at = lt.x, J = gt.length;
          if (this.requireSorting && at < gt[J - 1])
            for (dt = !0; J && gt[J - 1] > at; )
              J--;
          this.updateParallelArrays(lt, "splice", J, 0, 0), this.updateParallelArrays(lt, J), rt && lt.name && (rt[at] = lt.name), ct.splice(J, 0, k), dt && (this.data.splice(J, 0, null), this.processData()), it.legendType === "point" && this.generatePoints(), z && (et[0] && et[0].remove ? et[0].remove(!1) : (et.shift(), this.updateParallelArrays(lt, "shift"), ct.shift())), q !== !1 && A(this, "addPoint", { point: lt }), this.isDirtyData = this.isDirty = !0, G && nt.redraw($);
        }, Q.prototype.removePoint = function(k, G, z) {
          var $ = this, q = $.data, it = q[k], et = $.points, nt = $.chart, rt = function() {
            et && et.length === q.length && et.splice(k, 1), q.splice(k, 1), $.options.data.splice(k, 1), $.updateParallelArrays(it || { series: $ }, "splice", k, 1), it && it.destroy(), $.isDirty = !0, $.isDirtyData = !0, G && nt.redraw();
          };
          d(z, nt), G = m(G, !0), it ? it.firePointEvent("remove", null, rt) : rt();
        }, Q.prototype.remove = function(k, G, z, $) {
          function q() {
            it.destroy($), et.isDirtyLegend = et.isDirtyBox = !0, et.linkSeries(), m(k, !0) && et.redraw(G);
          }
          var it = this, et = it.chart;
          z !== !1 ? A(
            it,
            "remove",
            null,
            q
          ) : q();
        }, Q.prototype.update = function(k, G) {
          k = p(k, this.userOptions), A(this, "update", { options: k });
          var z = this, $ = z.chart, q = z.userOptions, it = z.initialType || z.type, et = $.options.plotOptions, nt = b[it].prototype, rt = z.finishedAnimating && { animation: !1 }, ct = {}, gt, dt = ["eventOptions", "navigatorSeries", "baseSeries"], lt = k.type || q.type || $.options.chart.type, at = !(this.hasDerivedData || lt && lt !== this.type || typeof k.pointStart < "u" || typeof k.pointInterval < "u" || typeof k.relativeXValue < "u" || z.hasOptionChanged("dataGrouping") || z.hasOptionChanged("pointStart") || z.hasOptionChanged("pointInterval") || z.hasOptionChanged("pointIntervalUnit") || z.hasOptionChanged("keys"));
          if (lt = lt || it, at && (dt.push("data", "isDirtyData", "points", "processedXData", "processedYData", "xIncrement", "cropped", "_hasPointMarkers", "_hasPointLabels", "clips", "nodes", "layout", "mapMap", "mapData", "minY", "maxY", "minX", "maxX"), k.visible !== !1 && dt.push("area", "graph"), z.parallelArrays.forEach(function(tt) {
            dt.push(tt + "Data");
          }), k.data && (k.dataSorting && o(z.options.dataSorting, k.dataSorting), this.setData(k.data, !1))), k = X(q, rt, { index: typeof q.index > "u" ? z.index : q.index, pointStart: m(et && et.series && et.series.pointStart, q.pointStart, z.xData[0]) }, !at && { data: z.options.data }, k), at && k.data && (k.data = z.options.data), dt = ["group", "markerGroup", "dataLabelsGroup", "transformGroup"].concat(dt), dt.forEach(function(tt) {
            dt[tt] = z[tt], delete z[tt];
          }), et = !1, b[lt]) {
            if (et = lt !== z.type, z.remove(!1, !1, !1, !0), et)
              if (Object.setPrototypeOf)
                Object.setPrototypeOf(z, b[lt].prototype);
              else {
                rt = Object.hasOwnProperty.call(z, "hcEvents") && z.hcEvents;
                for (gt in nt)
                  z[gt] = void 0;
                o(z, b[lt].prototype), rt ? z.hcEvents = rt : delete z.hcEvents;
              }
          } else
            t(17, !0, $, { missingModuleFor: lt });
          if (dt.forEach(function(tt) {
            z[tt] = dt[tt];
          }), z.init($, k), at && this.points) {
            var J = z.options;
            J.visible === !1 ? (ct.graphic = 1, ct.dataLabel = 1) : z._hasPointLabels || (k = J.marker, nt = J.dataLabels, !k || k.enabled !== !1 && (q.marker && q.marker.symbol) === k.symbol || (ct.graphic = 1), nt && nt.enabled === !1 && (ct.dataLabel = 1)), this.points.forEach(function(tt) {
              tt && tt.series && (tt.resolveColor(), Object.keys(ct).length && tt.destroyElements(ct), J.showInLegend === !1 && tt.legendItem && $.legend.destroyItem(tt));
            }, this);
          }
          z.initialType = it, $.linkSeries(), et && z.linkedSeries.length && (z.isDirtyData = !0), A(this, "afterUpdate"), m(G, !0) && $.redraw(at ? void 0 : !1);
        }, Q.prototype.setName = function(k) {
          this.name = this.options.name = this.userOptions.name = k, this.chart.isDirtyLegend = !0;
        }, Q.prototype.hasOptionChanged = function(k) {
          var G = this.options[k], z = this.chart.options.plotOptions, $ = this.userOptions[k];
          return $ ? G !== $ : G !== m(
            z && z[this.type] && z[this.type][k],
            z && z.series && z.series[k],
            G
          );
        }, Q.prototype.onMouseOver = function() {
          var k = this.chart, G = k.hoverSeries;
          k.pointer.setHoverChartIndex(), G && G !== this && G.onMouseOut(), this.options.events.mouseOver && A(this, "mouseOver"), this.setState("hover"), k.hoverSeries = this;
        }, Q.prototype.onMouseOut = function() {
          var k = this.options, G = this.chart, z = G.tooltip, $ = G.hoverPoint;
          G.hoverSeries = null, $ && $.onMouseOut(), this && k.events.mouseOut && A(this, "mouseOut"), !z || this.stickyTracking || z.shared && !this.noSharedTooltip || z.hide(), G.series.forEach(function(q) {
            q.setState(
              "",
              !0
            );
          });
        }, Q.prototype.setState = function(k, G) {
          var z = this, $ = z.options, q = z.graph, it = $.inactiveOtherPoints, et = $.states, nt = m(et[k || "normal"] && et[k || "normal"].animation, z.chart.options.chart.animation), rt = $.lineWidth, ct = 0, gt = $.opacity;
          if (k = k || "", z.state !== k && ([z.group, z.markerGroup, z.dataLabelsGroup].forEach(function(dt) {
            dt && (z.state && dt.removeClass("highcharts-series-" + z.state), k && dt.addClass("highcharts-series-" + k));
          }), z.state = k, !z.chart.styledMode)) {
            if (et[k] && et[k].enabled === !1)
              return;
            if (k && (rt = et[k].lineWidth || rt + (et[k].lineWidthPlus || 0), gt = m(et[k].opacity, gt)), q && !q.dashstyle)
              for ($ = { "stroke-width": rt }, q.animate($, nt); z["zone-graph-" + ct]; )
                z["zone-graph-" + ct].animate($, nt), ct += 1;
            it || [z.group, z.markerGroup, z.dataLabelsGroup, z.labelBySeries].forEach(function(dt) {
              dt && dt.animate({ opacity: gt }, nt);
            });
          }
          G && it && z.points && z.setAllPointsToState(k || void 0);
        }, Q.prototype.setAllPointsToState = function(k) {
          this.points.forEach(function(G) {
            G.setState && G.setState(k);
          });
        }, Q.prototype.setVisible = function(k, G) {
          var z = this, $ = z.chart, q = z.legendItem, it = $.options.chart.ignoreHiddenSeries, et = z.visible, nt = (z.visible = k = z.options.visible = z.userOptions.visible = typeof k > "u" ? !et : k) ? "show" : "hide";
          ["group", "dataLabelsGroup", "markerGroup", "tracker", "tt"].forEach(function(rt) {
            z[rt] && z[rt][nt]();
          }), ($.hoverSeries === z || ($.hoverPoint && $.hoverPoint.series) === z) && z.onMouseOut(), q && $.legend.colorizeItem(z, k), z.isDirty = !0, z.options.stacking && $.series.forEach(function(rt) {
            rt.options.stacking && rt.visible && (rt.isDirty = !0);
          }), z.linkedSeries.forEach(function(rt) {
            rt.setVisible(k, !1);
          }), it && ($.isDirtyBox = !0), A(z, nt), G !== !1 && $.redraw();
        }, Q.prototype.show = function() {
          this.setVisible(!0);
        }, Q.prototype.hide = function() {
          this.setVisible(!1);
        }, Q.prototype.select = function(k) {
          this.selected = k = this.options.selected = typeof k > "u" ? !this.selected : k, this.checkbox && (this.checkbox.checked = k), A(this, k ? "select" : "unselect");
        }, Q.prototype.shouldShowTooltip = function(k, G, z) {
          return z === void 0 && (z = {}), z.series = this, z.visiblePlotOnly = !0, this.chart.isInsidePlot(k, G, z);
        }, Q.defaultOptions = H, Q;
      }(), o(y.prototype, { axisTypes: [
        "xAxis",
        "yAxis"
      ], coll: "series", colorCounter: 0, cropShoulder: 1, directTouch: !1, drawLegendSymbol: F.drawLineMarker, isCartesian: !0, kdAxisArray: ["clientX", "plotY"], parallelArrays: ["x", "y"], pointClass: U, requireSorting: !0, sorted: !0 }), W.series = y, y;
    }), E(h, "Extensions/ScrollablePlotArea.js", [h["Core/Animation/AnimationUtilities.js"], h["Core/Axis/Axis.js"], h["Core/Chart/Chart.js"], h["Core/Series/Series.js"], h["Core/Renderer/RendererRegistry.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F, U) {
      var H = y.stop, W = U.addEvent, R = U.createElement, S = U.merge, x = U.pick;
      W(I, "afterSetChartSize", function(d) {
        var u = this.options.chart.scrollablePlotArea, P = u && u.minWidth;
        if (u = u && u.minHeight, !this.renderer.forExport) {
          if (P) {
            if (this.scrollablePixelsX = P = Math.max(0, P - this.chartWidth)) {
              this.scrollablePlotBox = this.renderer.scrollablePlotBox = S(this.plotBox), this.plotBox.width = this.plotWidth += P, this.inverted ? this.clipBox.height += P : this.clipBox.width += P;
              var O = { 1: { name: "right", value: P } };
            }
          } else
            u && (this.scrollablePixelsY = P = Math.max(
              0,
              u - this.chartHeight
            )) && (this.scrollablePlotBox = this.renderer.scrollablePlotBox = S(this.plotBox), this.plotBox.height = this.plotHeight += P, this.inverted ? this.clipBox.width += P : this.clipBox.height += P, O = { 2: { name: "bottom", value: P } });
          O && !d.skipAxes && this.axes.forEach(function(N) {
            O[N.side] ? N.getPlotLinePath = function() {
              var C = O[N.side].name, b = this[C];
              this[C] = b - O[N.side].value;
              var w = B.prototype.getPlotLinePath.apply(this, arguments);
              return this[C] = b, w;
            } : (N.setAxisSize(), N.setAxisTranslation());
          });
        }
      }), W(I, "render", function() {
        this.scrollablePixelsX || this.scrollablePixelsY ? (this.setUpScrolling && this.setUpScrolling(), this.applyFixed()) : this.fixedDiv && this.applyFixed();
      }), I.prototype.setUpScrolling = function() {
        var d = this, u = { WebkitOverflowScrolling: "touch", overflowX: "hidden", overflowY: "hidden" };
        this.scrollablePixelsX && (u.overflowX = "auto"), this.scrollablePixelsY && (u.overflowY = "auto"), this.scrollingParent = R("div", { className: "highcharts-scrolling-parent" }, { position: "relative" }, this.renderTo), this.scrollingContainer = R(
          "div",
          { className: "highcharts-scrolling" },
          u,
          this.scrollingParent
        ), W(this.scrollingContainer, "scroll", function() {
          d.pointer && delete d.pointer.chartPosition;
        }), this.innerContainer = R("div", { className: "highcharts-inner-container" }, null, this.scrollingContainer), this.innerContainer.appendChild(this.container), this.setUpScrolling = null;
      }, I.prototype.moveFixedElements = function() {
        var d = this.container, u = this.fixedRenderer, P = ".highcharts-contextbutton .highcharts-credits .highcharts-legend .highcharts-legend-checkbox .highcharts-navigator-series .highcharts-navigator-xaxis .highcharts-navigator-yaxis .highcharts-navigator .highcharts-reset-zoom .highcharts-drillup-button .highcharts-scrollbar .highcharts-subtitle .highcharts-title".split(" "), O;
        this.scrollablePixelsX && !this.inverted ? O = ".highcharts-yaxis" : this.scrollablePixelsX && this.inverted || this.scrollablePixelsY && !this.inverted ? O = ".highcharts-xaxis" : this.scrollablePixelsY && this.inverted && (O = ".highcharts-yaxis"), O && P.push(O + ":not(.highcharts-radial-axis)", O + "-labels:not(.highcharts-radial-axis-labels)"), P.forEach(function(N) {
          [].forEach.call(d.querySelectorAll(N), function(C) {
            (C.namespaceURI === u.SVG_NS ? u.box : u.box.parentNode).appendChild(C), C.style.pointerEvents = "auto";
          });
        });
      }, I.prototype.applyFixed = function() {
        var d = !this.fixedDiv, u = this.options.chart, P = u.scrollablePlotArea, O = F.getRendererType();
        d ? (this.fixedDiv = R("div", { className: "highcharts-fixed" }, { position: "absolute", overflow: "hidden", pointerEvents: "none", zIndex: (u.style && u.style.zIndex || 0) + 2, top: 0 }, null, !0), this.scrollingContainer && this.scrollingContainer.parentNode.insertBefore(this.fixedDiv, this.scrollingContainer), this.renderTo.style.overflow = "visible", this.fixedRenderer = u = new O(
          this.fixedDiv,
          this.chartWidth,
          this.chartHeight,
          this.options.chart.style
        ), this.scrollableMask = u.path().attr({ fill: this.options.chart.backgroundColor || "#fff", "fill-opacity": x(P.opacity, 0.85), zIndex: -1 }).addClass("highcharts-scrollable-mask").add(), W(this, "afterShowResetZoom", this.moveFixedElements), W(this, "afterDrilldown", this.moveFixedElements), W(this, "afterLayOutTitles", this.moveFixedElements)) : this.fixedRenderer.setSize(this.chartWidth, this.chartHeight), (this.scrollableDirty || d) && (this.scrollableDirty = !1, this.moveFixedElements()), u = this.chartWidth + (this.scrollablePixelsX || 0), O = this.chartHeight + (this.scrollablePixelsY || 0), H(this.container), this.container.style.width = u + "px", this.container.style.height = O + "px", this.renderer.boxWrapper.attr({ width: u, height: O, viewBox: [0, 0, u, O].join(" ") }), this.chartBackground.attr({ width: u, height: O }), this.scrollingContainer.style.height = this.chartHeight + "px", d && (P.scrollPositionX && (this.scrollingContainer.scrollLeft = this.scrollablePixelsX * P.scrollPositionX), P.scrollPositionY && (this.scrollingContainer.scrollTop = this.scrollablePixelsY * P.scrollPositionY)), O = this.axisOffset, d = this.plotTop - O[0] - 1, P = this.plotLeft - O[3] - 1, u = this.plotTop + this.plotHeight + O[2] + 1, O = this.plotLeft + this.plotWidth + O[1] + 1;
        var N = this.plotLeft + this.plotWidth - (this.scrollablePixelsX || 0), C = this.plotTop + this.plotHeight - (this.scrollablePixelsY || 0);
        d = this.scrollablePixelsX ? [["M", 0, d], ["L", this.plotLeft - 1, d], ["L", this.plotLeft - 1, u], ["L", 0, u], ["Z"], ["M", N, d], ["L", this.chartWidth, d], ["L", this.chartWidth, u], ["L", N, u], ["Z"]] : this.scrollablePixelsY ? [["M", P, 0], ["L", P, this.plotTop - 1], ["L", O, this.plotTop - 1], ["L", O, 0], ["Z"], ["M", P, C], ["L", P, this.chartHeight], ["L", O, this.chartHeight], ["L", O, C], ["Z"]] : [["M", 0, 0]], this.redrawTrigger !== "adjustHeight" && this.scrollableMask.attr({ d });
      }, W(B, "afterInit", function() {
        this.chart.scrollableDirty = !0;
      }), W(Z, "show", function() {
        this.chart.scrollableDirty = !0;
      });
    }), E(h, "Core/Axis/StackingAxis.js", [h["Core/Animation/AnimationUtilities.js"], h["Core/Axis/Axis.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = y.getDeferredAnimation, F = I.addEvent, U = I.destroyObjectProperties, H = I.fireEvent, W = I.isNumber, R = I.objectEach, S;
      return function(x) {
        function d() {
          var N = this.stacking;
          if (N) {
            var C = N.stacks;
            R(C, function(b, w) {
              U(b), C[w] = null;
            }), N && N.stackTotalGroup && N.stackTotalGroup.destroy();
          }
        }
        function u() {
          this.stacking || (this.stacking = new O(this));
        }
        var P = [];
        x.compose = function(N) {
          return P.indexOf(N) === -1 && (P.push(N), F(N, "init", u), F(N, "destroy", d)), N;
        };
        var O = function() {
          function N(C) {
            this.oldStacks = {}, this.stacks = {}, this.stacksTouched = 0, this.axis = C;
          }
          return N.prototype.buildStacks = function() {
            var C = this.axis, b = C.series, w = C.options.reversedStacks, v = b.length, a;
            if (!C.isXAxis) {
              for (this.usePercentage = !1, a = v; a--; ) {
                var c = b[w ? a : v - a - 1];
                c.setStackedPoints(), c.setGroupedPoints();
              }
              for (a = 0; a < v; a++)
                b[a].modifyStacks();
              H(C, "afterBuildStacks");
            }
          }, N.prototype.cleanStacks = function() {
            if (!this.axis.isXAxis) {
              if (this.oldStacks)
                var C = this.stacks = this.oldStacks;
              R(C, function(b) {
                R(b, function(w) {
                  w.cumulative = w.total;
                });
              });
            }
          }, N.prototype.resetStacks = function() {
            var C = this, b = C.stacks;
            C.axis.isXAxis || R(b, function(w) {
              R(
                w,
                function(v, a) {
                  W(v.touched) && v.touched < C.stacksTouched ? (v.destroy(), delete w[a]) : (v.total = null, v.cumulative = null);
                }
              );
            });
          }, N.prototype.renderStackTotals = function() {
            var C = this.axis, b = C.chart, w = b.renderer, v = this.stacks;
            C = Z(b, C.options.stackLabels && C.options.stackLabels.animation || !1);
            var a = this.stackTotalGroup = this.stackTotalGroup || w.g("stack-labels").attr({ visibility: "visible", zIndex: 6, opacity: 0 }).add();
            a.translate(b.plotLeft, b.plotTop), R(v, function(c) {
              R(c, function(p) {
                p.render(a);
              });
            }), a.animate(
              { opacity: 1 },
              C
            );
          }, N;
        }();
        x.Additions = O;
      }(S || (S = {})), S;
    }), E(h, "Extensions/Stacking.js", [h["Core/Axis/Axis.js"], h["Core/Chart/Chart.js"], h["Core/FormatUtilities.js"], h["Core/Globals.js"], h["Core/Series/Series.js"], h["Core/Axis/StackingAxis.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F, U, H) {
      var W = I.format, R = H.correctFloat, S = H.defined, x = H.destroyObjectProperties, d = H.isArray, u = H.isNumber, P = H.objectEach, O = H.pick, N = function() {
        function C(b, w, v, a, c) {
          var p = b.chart.inverted;
          this.axis = b, this.isNegative = v, this.options = w = w || {}, this.x = a, this.total = null, this.points = {}, this.hasValidPoints = !1, this.stack = c, this.rightCliff = this.leftCliff = 0, this.alignOptions = { align: w.align || (p ? v ? "left" : "right" : "center"), verticalAlign: w.verticalAlign || (p ? "middle" : v ? "bottom" : "top"), y: w.y, x: w.x }, this.textAlign = w.textAlign || (p ? v ? "right" : "left" : "center");
        }
        return C.prototype.destroy = function() {
          x(this, this.axis);
        }, C.prototype.render = function(b) {
          var w = this.axis.chart, v = this.options, a = v.format;
          a = a ? W(a, this, w) : v.formatter.call(this), this.label ? this.label.attr({
            text: a,
            visibility: "hidden"
          }) : (this.label = w.renderer.label(a, null, null, v.shape, null, null, v.useHTML, !1, "stack-labels"), a = { r: v.borderRadius || 0, text: a, rotation: v.rotation, padding: O(v.padding, 5), visibility: "hidden" }, w.styledMode || (a.fill = v.backgroundColor, a.stroke = v.borderColor, a["stroke-width"] = v.borderWidth, this.label.css(v.style)), this.label.attr(a), this.label.added || this.label.add(b)), this.label.labelrank = w.plotSizeY;
        }, C.prototype.setOffset = function(b, w, v, a, c) {
          var p = this.axis, i = p.chart;
          a = p.translate(p.stacking.usePercentage ? 100 : a || this.total, 0, 0, 0, 1), v = p.translate(v || 0), v = S(a) && Math.abs(a - v), b = O(c, i.xAxis[0].translate(this.x)) + b, p = S(a) && this.getStackBox(i, this, b, a, w, v, p), w = this.label, v = this.isNegative, b = O(this.options.overflow, "justify") === "justify";
          var l = this.textAlign;
          w && p && (c = w.getBBox(), a = w.padding, l = l === "left" ? i.inverted ? -a : a : l === "right" ? c.width : i.inverted && l === "center" ? c.width / 2 : i.inverted ? v ? c.width + a : -a : c.width / 2, v = i.inverted ? c.height / 2 : v ? -a : c.height, this.alignOptions.x = O(this.options.x, 0), this.alignOptions.y = O(this.options.y, 0), p.x -= l, p.y -= v, w.align(this.alignOptions, null, p), i.isInsidePlot(w.alignAttr.x + l - this.alignOptions.x, w.alignAttr.y + v - this.alignOptions.y) ? w.show() : (w.alignAttr.y = -9999, b = !1), b && F.prototype.justifyDataLabel.call(this.axis, w, this.alignOptions, w.alignAttr, c, p), w.attr({ x: w.alignAttr.x, y: w.alignAttr.y }), O(!b && this.options.crop, !0) && ((i = u(w.x) && u(w.y) && i.isInsidePlot(w.x - a + w.width, w.y) && i.isInsidePlot(w.x + a, w.y)) || w.hide()));
        }, C.prototype.getStackBox = function(b, w, v, a, c, p, i) {
          var l = w.axis.reversed, s = b.inverted, t = i.height + i.pos - (s ? b.plotLeft : b.plotTop);
          return w = w.isNegative && !l || !w.isNegative && l, { x: s ? w ? a - i.right : a - p + i.pos - b.plotLeft : v + b.xAxis[0].transB - b.plotLeft, y: s ? i.height - v - c : w ? t - a - p : t - a, width: s ? p : c, height: s ? c : p };
        }, C;
      }();
      return B.prototype.getStacks = function() {
        var C = this, b = C.inverted;
        C.yAxis.forEach(function(w) {
          w.stacking && w.stacking.stacks && w.hasVisibleSeries && (w.stacking.oldStacks = w.stacking.stacks);
        }), C.series.forEach(function(w) {
          var v = w.xAxis && w.xAxis.options || {};
          !w.options.stacking || w.visible !== !0 && C.options.chart.ignoreHiddenSeries !== !1 || (w.stackKey = [w.type, O(w.options.stack, ""), b ? v.top : v.left, b ? v.height : v.width].join());
        });
      }, U.compose(y), F.prototype.setGroupedPoints = function() {
        var C = this.yAxis.stacking;
        this.options.centerInCategory && (this.is("column") || this.is("columnrange")) && !this.options.stacking && 1 < this.chart.series.length ? F.prototype.setStackedPoints.call(this, "group") : C && P(C.stacks, function(b, w) {
          w.slice(-5) === "group" && (P(b, function(v) {
            return v.destroy();
          }), delete C.stacks[w]);
        });
      }, F.prototype.setStackedPoints = function(C) {
        var b = C || this.options.stacking;
        if (b && (this.visible === !0 || this.chart.options.chart.ignoreHiddenSeries === !1)) {
          var w = this.processedXData, v = this.processedYData, a = [], c = v.length, p = this.options, i = p.threshold, l = O(p.startFromThreshold && i, 0);
          p = p.stack, C = C ? this.type + "," + b : this.stackKey;
          var s = "-" + C, t = this.negStacks, o = this.yAxis, n = o.stacking.stacks, A = o.stacking.oldStacks, _, D;
          for (o.stacking.stacksTouched += 1, D = 0; D < c; D++) {
            var j = w[D], T = v[D], X = this.getStackIndicator(
              X,
              j,
              this.index
            ), g = X.key, m = (_ = t && T < (l ? 0 : i)) ? s : C;
            n[m] || (n[m] = {}), n[m][j] || (A[m] && A[m][j] ? (n[m][j] = A[m][j], n[m][j].total = null) : n[m][j] = new N(o, o.options.stackLabels, _, j, p)), m = n[m][j], T !== null ? (m.points[g] = m.points[this.index] = [O(m.cumulative, l)], S(m.cumulative) || (m.base = g), m.touched = o.stacking.stacksTouched, 0 < X.index && this.singleStacks === !1 && (m.points[g][0] = m.points[this.index + "," + j + ",0"][0])) : m.points[g] = m.points[this.index] = null, b === "percent" ? (_ = _ ? C : s, t && n[_] && n[_][j] ? (_ = n[_][j], m.total = _.total = Math.max(_.total, m.total) + Math.abs(T) || 0) : m.total = R(m.total + (Math.abs(T) || 0))) : b === "group" ? (d(T) && (T = T[0]), T !== null && (m.total = (m.total || 0) + 1)) : m.total = R(m.total + (T || 0)), m.cumulative = b === "group" ? (m.total || 1) - 1 : O(m.cumulative, l) + (T || 0), T !== null && (m.points[g].push(m.cumulative), a[D] = m.cumulative, m.hasValidPoints = !0);
          }
          b === "percent" && (o.stacking.usePercentage = !0), b !== "group" && (this.stackedYData = a), o.stacking.oldStacks = {};
        }
      }, F.prototype.modifyStacks = function() {
        var C = this, b = C.stackKey, w = C.yAxis.stacking.stacks, v = C.processedXData, a, c = C.options.stacking;
        C[c + "Stacker"] && [b, "-" + b].forEach(function(p) {
          for (var i = v.length, l, s; i--; )
            l = v[i], a = C.getStackIndicator(a, l, C.index, p), (s = (l = w[p] && w[p][l]) && l.points[a.key]) && C[c + "Stacker"](s, l, i);
        });
      }, F.prototype.percentStacker = function(C, b, w) {
        b = b.total ? 100 / b.total : 0, C[0] = R(C[0] * b), C[1] = R(C[1] * b), this.stackedYData[w] = C[1];
      }, F.prototype.getStackIndicator = function(C, b, w, v) {
        return !S(C) || C.x !== b || v && C.key !== v ? C = { x: b, index: 0, key: v } : C.index++, C.key = [w, b, C.index].join(), C;
      }, Z.StackItem = N, Z.StackItem;
    }), E(h, "Series/Line/LineSeries.js", [h["Core/Series/Series.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = this && this.__extends || function() {
        var H = function(W, R) {
          return H = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(S, x) {
            S.__proto__ = x;
          } || function(S, x) {
            for (var d in x)
              x.hasOwnProperty(d) && (S[d] = x[d]);
          }, H(W, R);
        };
        return function(W, R) {
          function S() {
            this.constructor = W;
          }
          H(W, R), W.prototype = R === null ? Object.create(R) : (S.prototype = R.prototype, new S());
        };
      }(), F = I.defined, U = I.merge;
      return I = function(H) {
        function W() {
          var R = H !== null && H.apply(this, arguments) || this;
          return R.data = void 0, R.options = void 0, R.points = void 0, R;
        }
        return Z(W, H), W.prototype.drawGraph = function() {
          var R = this, S = this.options, x = (this.gappedPath || this.getGraphPath).call(this), d = this.chart.styledMode, u = [["graph", "highcharts-graph"]];
          d || u[0].push(S.lineColor || this.color || "#cccccc", S.dashStyle), u = R.getZonesGraphs(u), u.forEach(function(P, O) {
            var N = P[0], C = R[N], b = C ? "animate" : "attr";
            C ? (C.endX = R.preventGraphAnimation ? null : x.xMap, C.animate({ d: x })) : x.length && (R[N] = C = R.chart.renderer.path(x).addClass(P[1]).attr({ zIndex: 1 }).add(R.group)), C && !d && (N = { stroke: P[2], "stroke-width": S.lineWidth, fill: R.fillGraph && R.color || "none" }, P[3] ? N.dashstyle = P[3] : S.linecap !== "square" && (N["stroke-linecap"] = N["stroke-linejoin"] = "round"), C[b](N).shadow(2 > O && S.shadow)), C && (C.startX = x.xMap, C.isArea = x.isArea);
          });
        }, W.prototype.getGraphPath = function(R, S, x) {
          var d = this, u = d.options, P = [], O = [], N, C = u.step;
          R = R || d.points;
          var b = R.reversed;
          return b && R.reverse(), (C = { right: 1, center: 2 }[C] || C && 3) && b && (C = 4 - C), R = this.getValidPoints(R, !1, !(u.connectNulls && !S && !x)), R.forEach(function(w, v) {
            var a = w.plotX, c = w.plotY, p = R[v - 1];
            (w.leftCliff || p && p.rightCliff) && !x && (N = !0), w.isNull && !F(S) && 0 < v ? N = !u.connectNulls : w.isNull && !S ? N = !0 : (v === 0 || N ? v = [["M", w.plotX, w.plotY]] : d.getPointSpline ? v = [d.getPointSpline(R, w, v)] : C ? (v = C === 1 ? [["L", p.plotX, c]] : C === 2 ? [["L", (p.plotX + a) / 2, p.plotY], ["L", (p.plotX + a) / 2, c]] : [["L", a, p.plotY]], v.push(["L", a, c])) : v = [["L", a, c]], O.push(w.x), C && (O.push(w.x), C === 2 && O.push(w.x)), P.push.apply(P, v), N = !1);
          }), P.xMap = O, d.graphPath = P;
        }, W.prototype.getZonesGraphs = function(R) {
          return this.zones.forEach(function(S, x) {
            x = ["zone-graph-" + x, "highcharts-graph highcharts-zone-graph-" + x + " " + (S.className || "")], this.chart.styledMode || x.push(S.color || this.color, S.dashStyle || this.options.dashStyle), R.push(x);
          }, this), R;
        }, W.defaultOptions = U(y.defaultOptions, {}), W;
      }(y), B.registerSeriesType("line", I), I;
    }), E(h, "Series/Area/AreaSeries.js", [
      h["Core/Color/Color.js"],
      h["Core/Legend/LegendSymbol.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z) {
      var F = this && this.__extends || function() {
        var x = function(d, u) {
          return x = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(P, O) {
            P.__proto__ = O;
          } || function(P, O) {
            for (var N in O)
              O.hasOwnProperty(N) && (P[N] = O[N]);
          }, x(d, u);
        };
        return function(d, u) {
          function P() {
            this.constructor = d;
          }
          x(d, u), d.prototype = u === null ? Object.create(u) : (P.prototype = u.prototype, new P());
        };
      }(), U = y.parse, H = I.seriesTypes.line;
      y = Z.extend;
      var W = Z.merge, R = Z.objectEach, S = Z.pick;
      return Z = function(x) {
        function d() {
          var u = x !== null && x.apply(this, arguments) || this;
          return u.data = void 0, u.options = void 0, u.points = void 0, u;
        }
        return F(d, x), d.prototype.drawGraph = function() {
          this.areaPath = [], x.prototype.drawGraph.apply(this);
          var u = this, P = this.areaPath, O = this.options, N = [["area", "highcharts-area", this.color, O.fillColor]];
          this.zones.forEach(function(C, b) {
            N.push(["zone-area-" + b, "highcharts-area highcharts-zone-area-" + b + " " + C.className, C.color || u.color, C.fillColor || O.fillColor]);
          }), N.forEach(function(C) {
            var b = C[0], w = u[b], v = w ? "animate" : "attr", a = {};
            w ? (w.endX = u.preventGraphAnimation ? null : P.xMap, w.animate({ d: P })) : (a.zIndex = 0, w = u[b] = u.chart.renderer.path(P).addClass(C[1]).add(u.group), w.isArea = !0), u.chart.styledMode || (a.fill = S(C[3], U(C[2]).setOpacity(S(O.fillOpacity, 0.75)).get())), w[v](a), w.startX = P.xMap, w.shiftUnit = O.step ? 2 : 1;
          });
        }, d.prototype.getGraphPath = function(u) {
          var P = H.prototype.getGraphPath, O = this.options, N = O.stacking, C = this.yAxis, b, w = [], v = [], a = this.index, c = C.stacking.stacks[this.stackKey], p = O.threshold, i = Math.round(C.getThreshold(O.threshold));
          O = S(O.connectNulls, N === "percent");
          var l = function(n, A, _) {
            var D = u[n];
            n = N && c[D.x].points[a];
            var j = D[_ + "Null"] || 0;
            if (_ = D[_ + "Cliff"] || 0, D = !0, _ || j) {
              var T = (j ? n[0] : n[1]) + _, X = n[0] + _;
              D = !!j;
            } else
              !N && u[A] && u[A].isNull && (T = X = p);
            typeof T < "u" && (v.push({ plotX: t, plotY: T === null ? i : C.getThreshold(T), isNull: D, isCliff: !0 }), w.push({ plotX: t, plotY: X === null ? i : C.getThreshold(X), doCurve: !1 }));
          };
          for (u = u || this.points, N && (u = this.getStackPoints(u)), b = 0; b < u.length; b++) {
            N || (u[b].leftCliff = u[b].rightCliff = u[b].leftNull = u[b].rightNull = void 0);
            var s = u[b].isNull, t = S(u[b].rectPlotX, u[b].plotX), o = N ? S(u[b].yBottom, i) : i;
            (!s || O) && (O || l(b, b - 1, "left"), s && !N && O || (v.push(u[b]), w.push({ x: b, plotX: t, plotY: o })), O || l(b, b + 1, "right"));
          }
          return b = P.call(this, v, !0, !0), w.reversed = !0, s = P.call(this, w, !0, !0), (o = s[0]) && o[0] === "M" && (s[0] = ["L", o[1], o[2]]), s = b.concat(s), s.length && s.push(["Z"]), P = P.call(this, v, !1, O), s.xMap = b.xMap, this.areaPath = s, P;
        }, d.prototype.getStackPoints = function(u) {
          var P = this, O = [], N = [], C = this.xAxis, b = this.yAxis, w = b.stacking.stacks[this.stackKey], v = {}, a = b.series, c = a.length, p = b.options.reversedStacks ? 1 : -1, i = a.indexOf(P);
          if (u = u || this.points, this.options.stacking) {
            for (var l = 0; l < u.length; l++)
              u[l].leftNull = u[l].rightNull = void 0, v[u[l].x] = u[l];
            R(w, function(t, o) {
              t.total !== null && N.push(o);
            }), N.sort(function(t, o) {
              return t - o;
            });
            var s = a.map(function(t) {
              return t.visible;
            });
            N.forEach(function(t, o) {
              var n = 0, A, _;
              if (v[t] && !v[t].isNull)
                O.push(v[t]), [-1, 1].forEach(function(j) {
                  var T = j === 1 ? "rightNull" : "leftNull", X = 0, g = w[N[o + j]];
                  if (g)
                    for (var m = i; 0 <= m && m < c; ) {
                      var L = a[m].index;
                      A = g.points[L], A || (L === P.index ? v[t][T] = !0 : s[m] && (_ = w[t].points[L]) && (X -= _[1] - _[0])), m += p;
                    }
                  v[t][j === 1 ? "rightCliff" : "leftCliff"] = X;
                });
              else {
                for (var D = i; 0 <= D && D < c; ) {
                  if (A = w[t].points[a[D].index]) {
                    n = A[1];
                    break;
                  }
                  D += p;
                }
                n = S(n, 0), n = b.translate(n, 0, 1, 0, 1), O.push({ isNull: !0, plotX: C.translate(t, 0, 0, 0, 1), x: t, plotY: n, yBottom: n });
              }
            });
          }
          return O;
        }, d.defaultOptions = W(H.defaultOptions, { threshold: 0 }), d;
      }(H), y(Z.prototype, {
        singleStacks: !1,
        drawLegendSymbol: B.drawRectangle
      }), I.registerSeriesType("area", Z), Z;
    }), E(h, "Series/Spline/SplineSeries.js", [h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B) {
      var I = this && this.__extends || function() {
        var H = function(W, R) {
          return H = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(S, x) {
            S.__proto__ = x;
          } || function(S, x) {
            for (var d in x)
              x.hasOwnProperty(d) && (S[d] = x[d]);
          }, H(W, R);
        };
        return function(W, R) {
          function S() {
            this.constructor = W;
          }
          H(W, R), W.prototype = R === null ? Object.create(R) : (S.prototype = R.prototype, new S());
        };
      }(), Z = y.seriesTypes.line, F = B.merge, U = B.pick;
      return B = function(H) {
        function W() {
          var R = H !== null && H.apply(this, arguments) || this;
          return R.data = void 0, R.options = void 0, R.points = void 0, R;
        }
        return I(W, H), W.prototype.getPointSpline = function(R, S, x) {
          var d = S.plotX || 0, u = S.plotY || 0, P = R[x - 1];
          if (x = R[x + 1], P && !P.isNull && P.doCurve !== !1 && !S.isCliff && x && !x.isNull && x.doCurve !== !1 && !S.isCliff) {
            R = P.plotY || 0;
            var O = x.plotX || 0;
            x = x.plotY || 0;
            var N = 0, C = (1.5 * d + (P.plotX || 0)) / 2.5, b = (1.5 * u + R) / 2.5;
            O = (1.5 * d + O) / 2.5;
            var w = (1.5 * u + x) / 2.5;
            O !== C && (N = (w - b) * (O - d) / (O - C) + u - w), b += N, w += N, b > R && b > u ? (b = Math.max(R, u), w = 2 * u - b) : b < R && b < u && (b = Math.min(R, u), w = 2 * u - b), w > x && w > u ? (w = Math.max(x, u), b = 2 * u - w) : w < x && w < u && (w = Math.min(x, u), b = 2 * u - w), S.rightContX = O, S.rightContY = w;
          }
          return S = ["C", U(P.rightContX, P.plotX, 0), U(P.rightContY, P.plotY, 0), U(C, d, 0), U(b, u, 0), d, u], P.rightContX = P.rightContY = void 0, S;
        }, W.defaultOptions = F(Z.defaultOptions), W;
      }(Z), y.registerSeriesType("spline", B), B;
    }), E(
      h,
      "Series/AreaSpline/AreaSplineSeries.js",
      [h["Series/Area/AreaSeries.js"], h["Series/Spline/SplineSeries.js"], h["Core/Legend/LegendSymbol.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]],
      function(y, B, I, Z, F) {
        var U = this && this.__extends || function() {
          var S = function(x, d) {
            return S = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(u, P) {
              u.__proto__ = P;
            } || function(u, P) {
              for (var O in P)
                P.hasOwnProperty(O) && (u[O] = P[O]);
            }, S(x, d);
          };
          return function(x, d) {
            function u() {
              this.constructor = x;
            }
            S(x, d), x.prototype = d === null ? Object.create(d) : (u.prototype = d.prototype, new u());
          };
        }(), H = y.prototype, W = F.extend, R = F.merge;
        return F = function(S) {
          function x() {
            var d = S !== null && S.apply(this, arguments) || this;
            return d.data = void 0, d.points = void 0, d.options = void 0, d;
          }
          return U(x, S), x.defaultOptions = R(B.defaultOptions, y.defaultOptions), x;
        }(B), W(F.prototype, { getGraphPath: H.getGraphPath, getStackPoints: H.getStackPoints, drawGraph: H.drawGraph, drawLegendSymbol: I.drawRectangle }), Z.registerSeriesType("areaspline", F), F;
      }
    ), E(h, "Series/Column/ColumnSeries.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/Color/Color.js"],
      h["Core/Globals.js"],
      h["Core/Legend/LegendSymbol.js"],
      h["Core/Series/Series.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F, U, H) {
      var W = this && this.__extends || function() {
        var c = function(p, i) {
          return c = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(l, s) {
            l.__proto__ = s;
          } || function(l, s) {
            for (var t in s)
              s.hasOwnProperty(t) && (l[t] = s[t]);
          }, c(p, i);
        };
        return function(p, i) {
          function l() {
            this.constructor = p;
          }
          c(p, i), p.prototype = i === null ? Object.create(i) : (l.prototype = i.prototype, new l());
        };
      }(), R = y.animObject, S = B.parse, x = I.hasTouch;
      y = I.noop;
      var d = H.clamp, u = H.css, P = H.defined, O = H.extend, N = H.fireEvent, C = H.isArray, b = H.isNumber, w = H.merge, v = H.pick, a = H.objectEach;
      return H = function(c) {
        function p() {
          var i = c !== null && c.apply(this, arguments) || this;
          return i.borderWidth = void 0, i.data = void 0, i.group = void 0, i.options = void 0, i.points = void 0, i;
        }
        return W(p, c), p.prototype.animate = function(i) {
          var l = this, s = this.yAxis, t = l.options, o = this.chart.inverted, n = {}, A = o ? "translateX" : "translateY";
          if (i)
            n.scaleY = 1e-3, i = d(s.toPixels(t.threshold), s.pos, s.pos + s.len), o ? n.translateX = i - s.len : n.translateY = i, l.clipBox && l.setClip(), l.group.attr(n);
          else {
            var _ = Number(l.group.attr(A));
            l.group.animate({ scaleY: 1 }, O(R(l.options.animation), { step: function(D, j) {
              l.group && (n[A] = _ + j.pos * (s.pos - _), l.group.attr(n));
            } }));
          }
        }, p.prototype.init = function(i, l) {
          c.prototype.init.apply(this, arguments);
          var s = this;
          i = s.chart, i.hasRendered && i.series.forEach(function(t) {
            t.type === s.type && (t.isDirty = !0);
          });
        }, p.prototype.getColumnMetrics = function() {
          var i = this, l = i.options, s = i.xAxis, t = i.yAxis, o = s.options.reversedStacks;
          o = s.reversed && !o || !s.reversed && o;
          var n = {}, A, _ = 0;
          l.grouping === !1 ? _ = 1 : i.chart.series.forEach(function(X) {
            var g = X.yAxis, m = X.options;
            if (X.type === i.type && (X.visible || !i.chart.options.chart.ignoreHiddenSeries) && t.len === g.len && t.pos === g.pos) {
              if (m.stacking && m.stacking !== "group") {
                A = X.stackKey, typeof n[A] > "u" && (n[A] = _++);
                var L = n[A];
              } else
                m.grouping !== !1 && (L = _++);
              X.columnIndex = L;
            }
          });
          var D = Math.min(Math.abs(s.transA) * (s.ordinal && s.ordinal.slope || l.pointRange || s.closestPointRange || s.tickInterval || 1), s.len), j = D * l.groupPadding, T = (D - 2 * j) / (_ || 1);
          return l = Math.min(l.maxPointWidth || s.len, v(l.pointWidth, T * (1 - 2 * l.pointPadding))), i.columnMetrics = { width: l, offset: (T - l) / 2 + (j + ((i.columnIndex || 0) + (o ? 1 : 0)) * T - D / 2) * (o ? -1 : 1), paddedWidth: T, columnCount: _ }, i.columnMetrics;
        }, p.prototype.crispCol = function(i, l, s, t) {
          var o = this.chart, n = this.borderWidth, A = -(n % 2 ? 0.5 : 0);
          return n = n % 2 ? 0.5 : 1, o.inverted && o.renderer.isVML && (n += 1), this.options.crisp && (s = Math.round(i + s) + A, i = Math.round(i) + A, s -= i), t = Math.round(l + t) + n, A = 0.5 >= Math.abs(l) && 0.5 < t, l = Math.round(l) + n, t -= l, A && t && (--l, t += 1), { x: i, y: l, width: s, height: t };
        }, p.prototype.adjustForMissingColumns = function(i, l, s, t) {
          var o = this, n = this.options.stacking;
          if (!s.isNull && 1 < t.columnCount) {
            var A = 0, _ = 0;
            a(this.yAxis.stacking && this.yAxis.stacking.stacks, function(D) {
              if (typeof s.x == "number" && (D = D[s.x.toString()])) {
                var j = D.points[o.index], T = D.total;
                n ? (j && (A = _), D.hasValidPoints && _++) : C(j) && (A = j[1], _ = T || 0);
              }
            }), i = (s.plotX || 0) + ((_ - 1) * t.paddedWidth + l) / 2 - l - A * t.paddedWidth;
          }
          return i;
        }, p.prototype.translate = function() {
          var i = this, l = i.chart, s = i.options, t = i.dense = 2 > i.closestPointRange * i.xAxis.transA;
          t = i.borderWidth = v(s.borderWidth, t ? 0 : 1);
          var o = i.xAxis, n = i.yAxis, A = s.threshold, _ = i.translatedThreshold = n.getThreshold(A), D = v(s.minPointLength, 5), j = i.getColumnMetrics(), T = j.width, X = i.pointXOffset = j.offset, g = i.dataMin, m = i.dataMax, L = i.barW = Math.max(T, 1 + 2 * t);
          l.inverted && (_ -= 0.5), s.pointPadding && (L = Math.ceil(L)), F.prototype.translate.apply(i), i.points.forEach(function(Y) {
            var V = v(Y.yBottom, _), Q = 999 + Math.abs(V), k = Y.plotX || 0;
            Q = d(Y.plotY, -Q, n.len + Q);
            var G = Math.min(Q, V), z = Math.max(Q, V) - G, $ = T, q = k + X, it = L;
            D && Math.abs(z) < D && (z = D, k = !n.reversed && !Y.negative || n.reversed && Y.negative, b(A) && b(m) && Y.y === A && m <= A && (n.min || 0) < A && (g !== m || (n.max || 0) <= A) && (k = !k), G = Math.abs(G - _) > D ? V - D : _ - (k ? D : 0)), P(Y.options.pointWidth) && ($ = it = Math.ceil(Y.options.pointWidth), q -= Math.round(($ - T) / 2)), s.centerInCategory && (q = i.adjustForMissingColumns(q, $, Y, j)), Y.barX = q, Y.pointWidth = $, Y.tooltipPos = l.inverted ? [d(n.len + n.pos - l.plotLeft - Q, n.pos - l.plotLeft, n.len + n.pos - l.plotLeft), o.len + o.pos - l.plotTop - q - it / 2, z] : [o.left - l.plotLeft + q + it / 2, d(Q + n.pos - l.plotTop, n.pos - l.plotTop, n.len + n.pos - l.plotTop), z], Y.shapeType = i.pointClass.prototype.shapeType || "rect", Y.shapeArgs = i.crispCol.apply(i, Y.isNull ? [q, _, it, 0] : [q, G, it, z]);
          });
        }, p.prototype.drawGraph = function() {
          this.group[this.dense ? "addClass" : "removeClass"]("highcharts-dense-data");
        }, p.prototype.pointAttribs = function(i, l) {
          var s = this.options, t = this.pointAttrToOptions || {}, o = t.stroke || "borderColor", n = t["stroke-width"] || "borderWidth", A = i && i.color || this.color, _ = i && i[o] || s[o] || A;
          t = i && i.options.dashStyle || s.dashStyle;
          var D = i && i[n] || s[n] || this[n] || 0, j = v(i && i.opacity, s.opacity, 1);
          if (i && this.zones.length) {
            var T = i.getZone();
            A = i.options.color || T && (T.color || i.nonZonedColor) || this.color, T && (_ = T.borderColor || _, t = T.dashStyle || t, D = T.borderWidth || D);
          }
          return l && i && (i = w(s.states[l], i.options.states && i.options.states[l] || {}), l = i.brightness, A = i.color || typeof l < "u" && S(A).brighten(i.brightness).get() || A, _ = i[o] || _, D = i[n] || D, t = i.dashStyle || t, j = v(i.opacity, j)), o = { fill: A, stroke: _, "stroke-width": D, opacity: j }, t && (o.dashstyle = t), o;
        }, p.prototype.drawPoints = function() {
          var i = this, l = this.chart, s = i.options, t = l.renderer, o = s.animationLimit || 250, n;
          i.points.forEach(function(A) {
            var _ = A.graphic, D = !!_, j = _ && l.pointCount < o ? "animate" : "attr";
            b(A.plotY) && A.y !== null ? (n = A.shapeArgs, _ && A.hasNewShapeType() && (_ = _.destroy()), i.enabledDataSorting && (A.startXPos = i.xAxis.reversed ? -(n && n.width || 0) : i.xAxis.width), _ || (A.graphic = _ = t[A.shapeType](n).add(A.group || i.group)) && i.enabledDataSorting && l.hasRendered && l.pointCount < o && (_.attr({ x: A.startXPos }), D = !0, j = "animate"), _ && D && _[j](w(n)), s.borderRadius && _[j]({ r: s.borderRadius }), l.styledMode || _[j](i.pointAttribs(A, A.selected && "select")).shadow(A.allowShadow !== !1 && s.shadow, null, s.stacking && !s.borderRadius), _ && (_.addClass(A.getClassName(), !0), _.attr({ visibility: A.visible ? "inherit" : "hidden" }))) : _ && (A.graphic = _.destroy());
          });
        }, p.prototype.drawTracker = function() {
          var i = this, l = i.chart, s = l.pointer, t = function(n) {
            var A = s.getPointFromEvent(n);
            typeof A < "u" && (s.isDirectTouch = !0, A.onMouseOver(n));
          }, o;
          i.points.forEach(function(n) {
            o = C(n.dataLabels) ? n.dataLabels : n.dataLabel ? [n.dataLabel] : [], n.graphic && (n.graphic.element.point = n), o.forEach(function(A) {
              A.div ? A.div.point = n : A.element.point = n;
            });
          }), i._hasTracking || (i.trackerGroups.forEach(function(n) {
            i[n] && (i[n].addClass("highcharts-tracker").on("mouseover", t).on("mouseout", function(A) {
              s.onTrackerMouseOut(A);
            }), x && i[n].on(
              "touchstart",
              t
            ), !l.styledMode && i.options.cursor && i[n].css(u).css({ cursor: i.options.cursor }));
          }), i._hasTracking = !0), N(this, "afterDrawTracker");
        }, p.prototype.remove = function() {
          var i = this, l = i.chart;
          l.hasRendered && l.series.forEach(function(s) {
            s.type === i.type && (s.isDirty = !0);
          }), F.prototype.remove.apply(i, arguments);
        }, p.defaultOptions = w(F.defaultOptions, { borderRadius: 0, centerInCategory: !1, groupPadding: 0.2, marker: null, pointPadding: 0.1, minPointLength: 0, cropThreshold: 50, pointRange: null, states: {
          hover: { halo: !1, brightness: 0.1 },
          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" }), p;
      }(F), O(H.prototype, { cropShoulder: 0, directTouch: !0, drawLegendSymbol: Z.drawRectangle, getSymbol: y, negStacks: !0, trackerGroups: ["group", "dataLabelsGroup"] }), U.registerSeriesType("column", H), H;
    }), E(h, "Core/Series/DataLabel.js", [
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/FormatUtilities.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I) {
      var Z = y.getDeferredAnimation, F = B.format, U = I.defined, H = I.extend, W = I.fireEvent, R = I.isArray, S = I.merge, x = I.objectEach, d = I.pick, u = I.splat, P;
      return function(O) {
        function N(p, i, l, s, t) {
          var o = this, n = this.chart, A = this.isCartesian && n.inverted, _ = this.enabledDataSorting, D = d(p.dlBox && p.dlBox.centerX, p.plotX, -9999), j = d(p.plotY, -9999), T = i.getBBox(), X = l.rotation, g = l.align, m = n.isInsidePlot(D, Math.round(j), { inverted: A, paneCoordinates: !0, series: o }), L = function(k) {
            _ && o.xAxis && !Y && o.setDataLabelStartPos(
              p,
              i,
              t,
              m,
              k
            );
          }, Y = d(l.overflow, _ ? "none" : "justify") === "justify", V = this.visible && p.visible !== !1 && (p.series.forceDL || _ && !Y || m || d(l.inside, !!this.options.stacking) && s && n.isInsidePlot(D, A ? s.x + 1 : s.y + s.height - 1, { inverted: A, paneCoordinates: !0, series: o }));
          if (V) {
            var Q = n.renderer.fontMetrics(n.styledMode ? void 0 : l.style.fontSize, i).b;
            s = H({ x: A ? this.yAxis.len - j : D, y: Math.round(A ? this.xAxis.len - D : j), width: 0, height: 0 }, s), H(l, { width: T.width, height: T.height }), X ? (Y = !1, D = n.renderer.rotCorr(Q, X), D = { x: s.x + (l.x || 0) + s.width / 2 + D.x, y: s.y + (l.y || 0) + { top: 0, middle: 0.5, bottom: 1 }[l.verticalAlign] * s.height }, L(D), i[t ? "attr" : "animate"](D).attr({ align: g }), L = (X + 720) % 360, L = 180 < L && 360 > L, g === "left" ? D.y -= L ? T.height : 0 : g === "center" ? (D.x -= T.width / 2, D.y -= T.height / 2) : g === "right" && (D.x -= T.width, D.y -= L ? 0 : T.height), i.placed = !0, i.alignAttr = D) : (L(s), i.align(l, void 0, s), D = i.alignAttr), Y && 0 <= s.height ? this.justifyDataLabel(i, l, D, T, s, t) : d(l.crop, !0) && (V = n.isInsidePlot(D.x, D.y, { paneCoordinates: !0, series: o }) && n.isInsidePlot(D.x + T.width, D.y + T.height, {
              paneCoordinates: !0,
              series: o
            })), l.shape && !X && i[t ? "attr" : "animate"]({ anchorX: A ? n.plotWidth - p.plotY : p.plotX, anchorY: A ? n.plotHeight - p.plotX : p.plotY });
          }
          t && _ && (i.placed = !1), V || _ && !Y || (i.hide(!0), i.placed = !1);
        }
        function C(p, i) {
          var l = i.filter;
          return l ? (i = l.operator, p = p[l.property], l = l.value, i === ">" && p > l || i === "<" && p < l || i === ">=" && p >= l || i === "<=" && p <= l || i === "==" && p == l || i === "===" && p === l) : !0;
        }
        function b() {
          var p = this, i = p.chart, l = p.options, s = p.points, t = p.hasRendered || 0, o = i.renderer, n = l.dataLabels, A, _ = n.animation;
          if (_ = n.defer ? Z(
            i,
            _,
            p
          ) : { defer: 0, duration: 0 }, n = v(v(i.options.plotOptions && i.options.plotOptions.series && i.options.plotOptions.series.dataLabels, i.options.plotOptions && i.options.plotOptions[p.type] && i.options.plotOptions[p.type].dataLabels), n), W(this, "drawDataLabels"), R(n) || n.enabled || p._hasPointLabels) {
            var D = p.plotGroup("dataLabelsGroup", "data-labels", t ? "inherit" : "hidden", n.zIndex || 6);
            D.attr({ opacity: +t }), !t && (t = p.dataLabelsGroup) && (p.visible && D.show(!0), t[l.animation ? "animate" : "attr"]({ opacity: 1 }, _)), s.forEach(function(j) {
              A = u(v(n, j.dlOptions || j.options && j.options.dataLabels)), A.forEach(function(T, X) {
                var g = T.enabled && (!j.isNull || j.dataLabelOnNull) && C(j, T), m = j.connectors ? j.connectors[X] : j.connector, L = j.dataLabels ? j.dataLabels[X] : j.dataLabel, Y = d(T.distance, j.labelDistance), V = !L;
                if (g) {
                  var Q = j.getLabelConfig(), k = d(T[j.formatPrefix + "Format"], T.format);
                  Q = U(k) ? F(k, Q, i) : (T[j.formatPrefix + "Formatter"] || T.formatter).call(Q, T), k = T.style;
                  var G = T.rotation;
                  i.styledMode || (k.color = d(T.color, k.color, p.color, "#000000"), k.color === "contrast" ? (j.contrastColor = o.getContrast(j.color || p.color), k.color = !U(Y) && T.inside || 0 > Y || l.stacking ? j.contrastColor : "#000000") : delete j.contrastColor, l.cursor && (k.cursor = l.cursor));
                  var z = { r: T.borderRadius || 0, rotation: G, padding: T.padding, zIndex: 1 };
                  i.styledMode || (z.fill = T.backgroundColor, z.stroke = T.borderColor, z["stroke-width"] = T.borderWidth), x(z, function($, q) {
                    typeof $ > "u" && delete z[q];
                  });
                }
                !L || g && U(Q) && !!L.div == !!T.useHTML || (j.dataLabel = L = j.dataLabel && j.dataLabel.destroy(), j.dataLabels && (j.dataLabels.length === 1 ? delete j.dataLabels : delete j.dataLabels[X]), X || delete j.dataLabel, m && (j.connector = j.connector.destroy(), j.connectors && (j.connectors.length === 1 ? delete j.connectors : delete j.connectors[X]))), g && U(Q) && (L ? z.text = Q : (j.dataLabels = j.dataLabels || [], L = j.dataLabels[X] = G ? o.text(Q, 0, -9999, T.useHTML).addClass("highcharts-data-label") : o.label(Q, 0, -9999, T.shape, null, null, T.useHTML, null, "data-label"), X || (j.dataLabel = L), L.addClass(" highcharts-data-label-color-" + j.colorIndex + " " + (T.className || "") + (T.useHTML ? " highcharts-tracker" : ""))), L.options = T, L.attr(z), i.styledMode || L.css(k).shadow(T.shadow), L.added || L.add(D), T.textPath && !T.useHTML && (L.setTextPath(j.getDataLabelPath && j.getDataLabelPath(L) || j.graphic, T.textPath), j.dataLabelPath && !T.textPath.enabled && (j.dataLabelPath = j.dataLabelPath.destroy())), p.alignDataLabel(j, L, T, null, V));
              });
            });
          }
          W(this, "afterDrawDataLabels");
        }
        function w(p, i, l, s, t, o) {
          var n = this.chart, A = i.align, _ = i.verticalAlign, D = p.box ? 0 : p.padding || 0, j = i.x;
          j = j === void 0 ? 0 : j;
          var T = i.y;
          T = T === void 0 ? 0 : T;
          var X = (l.x || 0) + D;
          if (0 > X) {
            A === "right" && 0 <= j ? (i.align = "left", i.inside = !0) : j -= X;
            var g = !0;
          }
          return X = (l.x || 0) + s.width - D, X > n.plotWidth && (A === "left" && 0 >= j ? (i.align = "right", i.inside = !0) : j += n.plotWidth - X, g = !0), X = l.y + D, 0 > X && (_ === "bottom" && 0 <= T ? (i.verticalAlign = "top", i.inside = !0) : T -= X, g = !0), X = (l.y || 0) + s.height - D, X > n.plotHeight && (_ === "top" && 0 >= T ? (i.verticalAlign = "bottom", i.inside = !0) : T += n.plotHeight - X, g = !0), g && (i.x = j, i.y = T, p.placed = !o, p.align(i, void 0, t)), g;
        }
        function v(p, i) {
          var l = [], s;
          if (R(p) && !R(i))
            l = p.map(function(t) {
              return S(t, i);
            });
          else if (R(i) && !R(p))
            l = i.map(function(t) {
              return S(p, t);
            });
          else if (R(p) || R(i))
            for (s = Math.max(p.length, i.length); s--; )
              l[s] = S(p[s], i[s]);
          else
            l = S(p, i);
          return l;
        }
        function a(p, i, l, s, t) {
          var o = this.chart, n = o.inverted, A = this.xAxis, _ = A.reversed, D = n ? i.height / 2 : i.width / 2;
          p = (p = p.pointWidth) ? p / 2 : 0, i.startXPos = n ? t.x : _ ? -D - p : A.width - D + p, i.startYPos = n ? _ ? this.yAxis.height - D + p : -D - p : t.y, s ? i.visibility === "hidden" && (i.show(), i.attr({ opacity: 0 }).animate({ opacity: 1 })) : i.attr({ opacity: 1 }).animate(
            { opacity: 0 },
            void 0,
            i.hide
          ), o.hasRendered && (l && i.attr({ x: i.startXPos, y: i.startYPos }), i.placed = !0);
        }
        var c = [];
        O.compose = function(p) {
          if (c.indexOf(p) === -1) {
            var i = p.prototype;
            c.push(p), i.alignDataLabel = N, i.drawDataLabels = b, i.justifyDataLabel = w, i.setDataLabelStartPos = a;
          }
        };
      }(P || (P = {})), P;
    }), E(h, "Series/Column/ColumnDataLabel.js", [h["Core/Series/DataLabel.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = B.series, F = I.merge, U = I.pick, H;
      return function(W) {
        function R(x, d, u, P, O) {
          var N = this.chart.inverted, C = x.series, b = (C.xAxis ? C.xAxis.len : this.chart.plotSizeX) || 0;
          C = (C.yAxis ? C.yAxis.len : this.chart.plotSizeY) || 0;
          var w = x.dlBox || x.shapeArgs, v = U(x.below, x.plotY > U(this.translatedThreshold, C)), a = U(u.inside, !!this.options.stacking);
          w && (P = F(w), 0 > P.y && (P.height += P.y, P.y = 0), w = P.y + P.height - C, 0 < w && w < P.height && (P.height -= w), N && (P = { x: C - P.y - P.height, y: b - P.x - P.width, width: P.height, height: P.width }), a || (N ? (P.x += v ? 0 : P.width, P.width = 0) : (P.y += v ? P.height : 0, P.height = 0))), u.align = U(u.align, !N || a ? "center" : v ? "right" : "left"), u.verticalAlign = U(u.verticalAlign, N || a ? "middle" : v ? "top" : "bottom"), Z.prototype.alignDataLabel.call(this, x, d, u, P, O), u.inside && x.contrastColor && d.css({ color: x.contrastColor });
        }
        var S = [];
        W.compose = function(x) {
          y.compose(Z), S.indexOf(x) === -1 && (S.push(x), x.prototype.alignDataLabel = R);
        };
      }(H || (H = {})), H;
    }), E(h, "Series/Bar/BarSeries.js", [h["Series/Column/ColumnSeries.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = this && this.__extends || function() {
        var H = function(W, R) {
          return H = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(S, x) {
            S.__proto__ = x;
          } || function(S, x) {
            for (var d in x)
              x.hasOwnProperty(d) && (S[d] = x[d]);
          }, H(W, R);
        };
        return function(W, R) {
          function S() {
            this.constructor = W;
          }
          H(W, R), W.prototype = R === null ? Object.create(R) : (S.prototype = R.prototype, new S());
        };
      }(), F = I.extend, U = I.merge;
      return I = function(H) {
        function W() {
          var R = H !== null && H.apply(this, arguments) || this;
          return R.data = void 0, R.options = void 0, R.points = void 0, R;
        }
        return Z(W, H), W.defaultOptions = U(
          y.defaultOptions,
          {}
        ), W;
      }(y), F(I.prototype, { inverted: !0 }), B.registerSeriesType("bar", I), I;
    }), E(h, "Series/Scatter/ScatterSeries.js", [h["Series/Column/ColumnSeries.js"], h["Series/Line/LineSeries.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Utilities.js"]], function(y, B, I, Z) {
      var F = this && this.__extends || function() {
        var R = function(S, x) {
          return R = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(d, u) {
            d.__proto__ = u;
          } || function(d, u) {
            for (var P in u)
              u.hasOwnProperty(P) && (d[P] = u[P]);
          }, R(S, x);
        };
        return function(S, x) {
          function d() {
            this.constructor = S;
          }
          R(S, x), S.prototype = x === null ? Object.create(x) : (d.prototype = x.prototype, new d());
        };
      }(), U = Z.addEvent, H = Z.extend, W = Z.merge;
      return Z = function(R) {
        function S() {
          var x = R !== null && R.apply(this, arguments) || this;
          return x.data = void 0, x.options = void 0, x.points = void 0, x;
        }
        return F(S, R), S.prototype.applyJitter = function() {
          var x = this, d = this.options.jitter, u = this.points.length;
          d && this.points.forEach(function(P, O) {
            ["x", "y"].forEach(function(N, C) {
              var b = "plot" + N.toUpperCase();
              if (d[N] && !P.isNull) {
                var w = x[N + "Axis"], v = d[N] * w.transA;
                if (w && !w.isLog) {
                  var a = Math.max(0, P[b] - v);
                  w = Math.min(w.len, P[b] + v), C = 1e4 * Math.sin(O + C * u), P[b] = a + (w - a) * (C - Math.floor(C)), N === "x" && (P.clientX = P.plotX);
                }
              }
            });
          });
        }, S.prototype.drawGraph = function() {
          this.options.lineWidth ? R.prototype.drawGraph.call(this) : this.graph && (this.graph = this.graph.destroy());
        }, S.defaultOptions = W(B.defaultOptions, { lineWidth: 0, findNearestPointBy: "xy", jitter: { x: 0, y: 0 }, marker: { enabled: !0 }, tooltip: {
          headerFormat: '<span style="color:{point.color}">●</span> <span style="font-size: 10px"> {series.name}</span><br/>',
          pointFormat: "x: <b>{point.x}</b><br/>y: <b>{point.y}</b><br/>"
        } }), S;
      }(B), H(Z.prototype, { drawTracker: y.prototype.drawTracker, sorted: !1, requireSorting: !1, noSharedTooltip: !0, trackerGroups: ["group", "markerGroup", "dataLabelsGroup"], takeOrdinalPosition: !1 }), U(Z, "afterTranslate", function() {
        this.applyJitter();
      }), I.registerSeriesType("scatter", Z), Z;
    }), E(h, "Series/CenteredUtilities.js", [h["Core/Globals.js"], h["Core/Series/Series.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = y.deg2rad, F = I.isNumber, U = I.pick, H = I.relativeLength, W;
      return function(R) {
        R.getCenter = function() {
          var S = this.options, x = this.chart, d = 2 * (S.slicedOffset || 0), u = x.plotWidth - 2 * d, P = x.plotHeight - 2 * d, O = S.center, N = Math.min(u, P), C = S.size, b = S.innerSize || 0;
          for (typeof C == "string" && (C = parseFloat(C)), typeof b == "string" && (b = parseFloat(b)), S = [U(O[0], "50%"), U(O[1], "50%"), U(C && 0 > C ? void 0 : S.size, "100%"), U(b && 0 > b ? void 0 : S.innerSize || 0, "0%")], !x.angular || this instanceof B || (S[3] = 0), O = 0; 4 > O; ++O)
            C = S[O], x = 2 > O || O === 2 && /%$/.test(C), S[O] = H(C, [u, P, N, S[2]][O]) + (x ? d : 0);
          return S[3] > S[2] && (S[3] = S[2]), S;
        }, R.getStartAndEndRadians = function(S, x) {
          return S = F(S) ? S : 0, x = F(x) && x > S && 360 > x - S ? x : S + 360, { start: Z * (S + -90), end: Z * (x + -90) };
        };
      }(W || (W = {})), W;
    }), E(h, "Series/Pie/PiePoint.js", [h["Core/Animation/AnimationUtilities.js"], h["Core/Series/Point.js"], h["Core/Utilities.js"]], function(y, B, I) {
      var Z = this && this.__extends || function() {
        var x = function(d, u) {
          return x = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(P, O) {
            P.__proto__ = O;
          } || function(P, O) {
            for (var N in O)
              O.hasOwnProperty(N) && (P[N] = O[N]);
          }, x(d, u);
        };
        return function(d, u) {
          function P() {
            this.constructor = d;
          }
          x(d, u), d.prototype = u === null ? Object.create(u) : (P.prototype = u.prototype, new P());
        };
      }(), F = y.setAnimation, U = I.addEvent, H = I.defined;
      y = I.extend;
      var W = I.isNumber, R = I.pick, S = I.relativeLength;
      return B = function(x) {
        function d() {
          var u = x !== null && x.apply(this, arguments) || this;
          return u.labelDistance = void 0, u.options = void 0, u.series = void 0, u;
        }
        return Z(d, x), d.prototype.getConnectorPath = function() {
          var u = this.labelPosition, P = this.series.options.dataLabels, O = this.connectorShapes, N = P.connectorShape;
          return O[N] && (N = O[N]), N.call(this, { x: u.final.x, y: u.final.y, alignment: u.alignment }, u.connectorPosition, P);
        }, d.prototype.getTranslate = function() {
          return this.sliced ? this.slicedTranslation : { translateX: 0, translateY: 0 };
        }, d.prototype.haloPath = function(u) {
          var P = this.shapeArgs;
          return this.sliced || !this.visible ? [] : this.series.chart.renderer.symbols.arc(P.x, P.y, P.r + u, P.r + u, { innerR: P.r - 1, start: P.start, end: P.end });
        }, d.prototype.init = function() {
          var u = this;
          x.prototype.init.apply(
            this,
            arguments
          ), this.name = R(this.name, "Slice");
          var P = function(O) {
            u.slice(O.type === "select");
          };
          return U(this, "select", P), U(this, "unselect", P), this;
        }, d.prototype.isValid = function() {
          return W(this.y) && 0 <= this.y;
        }, d.prototype.setVisible = function(u, P) {
          var O = this, N = this.series, C = N.chart, b = N.options.ignoreHiddenPoint;
          P = R(P, b), u !== this.visible && (this.visible = this.options.visible = u = typeof u > "u" ? !this.visible : u, N.options.data[N.data.indexOf(this)] = this.options, ["graphic", "dataLabel", "connector", "shadowGroup"].forEach(function(w) {
            O[w] && O[w][u ? "show" : "hide"](u);
          }), this.legendItem && C.legend.colorizeItem(this, u), u || this.state !== "hover" || this.setState(""), b && (N.isDirty = !0), P && C.redraw());
        }, d.prototype.slice = function(u, P, O) {
          var N = this.series;
          F(O, N.chart), R(P, !0), this.sliced = this.options.sliced = H(u) ? u : !this.sliced, N.options.data[N.data.indexOf(this)] = this.options, this.graphic && this.graphic.animate(this.getTranslate()), this.shadowGroup && this.shadowGroup.animate(this.getTranslate());
        }, d;
      }(B), y(B.prototype, { connectorShapes: { fixedOffset: function(x, d, u) {
        var P = d.breakAt;
        return d = d.touchingSliceAt, [["M", x.x, x.y], u.softConnector ? ["C", x.x + (x.alignment === "left" ? -5 : 5), x.y, 2 * P.x - d.x, 2 * P.y - d.y, P.x, P.y] : ["L", P.x, P.y], ["L", d.x, d.y]];
      }, straight: function(x, d) {
        return d = d.touchingSliceAt, [["M", x.x, x.y], ["L", d.x, d.y]];
      }, crookedLine: function(x, d, u) {
        d = d.touchingSliceAt;
        var P = this.series, O = P.center[0], N = P.chart.plotWidth, C = P.chart.plotLeft;
        P = x.alignment;
        var b = this.shapeArgs.r;
        return u = S(u.crookDistance, 1), N = P === "left" ? O + b + (N + C - O - b) * (1 - u) : C + (O - b) * u, u = ["L", N, x.y], O = !0, (P === "left" ? N > x.x || N < d.x : N < x.x || N > d.x) && (O = !1), x = [["M", x.x, x.y]], O && x.push(u), x.push(["L", d.x, d.y]), x;
      } } }), B;
    }), E(h, "Series/Pie/PieSeries.js", [h["Series/CenteredUtilities.js"], h["Series/Column/ColumnSeries.js"], h["Core/Globals.js"], h["Core/Legend/LegendSymbol.js"], h["Series/Pie/PiePoint.js"], h["Core/Series/Series.js"], h["Core/Series/SeriesRegistry.js"], h["Core/Renderer/SVG/Symbols.js"], h["Core/Utilities.js"]], function(y, B, I, Z, F, U, H, W, R) {
      var S = this && this.__extends || function() {
        var b = function(w, v) {
          return b = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(a, c) {
            a.__proto__ = c;
          } || function(a, c) {
            for (var p in c)
              c.hasOwnProperty(p) && (a[p] = c[p]);
          }, b(w, v);
        };
        return function(w, v) {
          function a() {
            this.constructor = w;
          }
          b(w, v), w.prototype = v === null ? Object.create(v) : (a.prototype = v.prototype, new a());
        };
      }(), x = y.getStartAndEndRadians;
      I = I.noop;
      var d = R.clamp, u = R.extend, P = R.fireEvent, O = R.merge, N = R.pick, C = R.relativeLength;
      return R = function(b) {
        function w() {
          var v = b !== null && b.apply(this, arguments) || this;
          return v.center = void 0, v.data = void 0, v.maxLabelDistance = void 0, v.options = void 0, v.points = void 0, v;
        }
        return S(w, b), w.prototype.animate = function(v) {
          var a = this, c = a.points, p = a.startAngleRad;
          v || c.forEach(function(i) {
            var l = i.graphic, s = i.shapeArgs;
            l && s && (l.attr({ r: N(i.startR, a.center && a.center[3] / 2), start: p, end: p }), l.animate({ r: s.r, start: s.start, end: s.end }, a.options.animation));
          });
        }, w.prototype.drawEmpty = function() {
          var v = this.startAngleRad, a = this.endAngleRad, c = this.options;
          if (this.total === 0 && this.center) {
            var p = this.center[0], i = this.center[1];
            this.graph || (this.graph = this.chart.renderer.arc(p, i, this.center[1] / 2, 0, v, a).addClass("highcharts-empty-series").add(this.group)), this.graph.attr({ d: W.arc(p, i, this.center[2] / 2, 0, { start: v, end: a, innerR: this.center[3] / 2 }) }), this.chart.styledMode || this.graph.attr({ "stroke-width": c.borderWidth, fill: c.fillColor || "none", stroke: c.color || "#cccccc" });
          } else
            this.graph && (this.graph = this.graph.destroy());
        }, w.prototype.drawPoints = function() {
          var v = this.chart.renderer;
          this.points.forEach(function(a) {
            a.graphic && a.hasNewShapeType() && (a.graphic = a.graphic.destroy()), a.graphic || (a.graphic = v[a.shapeType](a.shapeArgs).add(a.series.group), a.delayedRendering = !0);
          });
        }, w.prototype.generatePoints = function() {
          b.prototype.generatePoints.call(this), this.updateTotals();
        }, w.prototype.getX = function(v, a, c) {
          var p = this.center, i = this.radii ? this.radii[c.index] || 0 : p[2] / 2;
          return v = Math.asin(d((v - p[1]) / (i + c.labelDistance), -1, 1)), p[0] + (a ? -1 : 1) * Math.cos(v) * (i + c.labelDistance) + (0 < c.labelDistance ? (a ? -1 : 1) * this.options.dataLabels.padding : 0);
        }, w.prototype.hasData = function() {
          return !!this.processedXData.length;
        }, w.prototype.redrawPoints = function() {
          var v = this, a = v.chart, c = a.renderer, p = v.options.shadow, i, l, s, t;
          this.drawEmpty(), !p || v.shadowGroup || a.styledMode || (v.shadowGroup = c.g("shadow").attr({ zIndex: -1 }).add(v.group)), v.points.forEach(function(o) {
            var n = {};
            if (l = o.graphic, !o.isNull && l) {
              var A = void 0;
              t = o.shapeArgs, i = o.getTranslate(), a.styledMode || (A = o.shadowGroup, p && !A && (A = o.shadowGroup = c.g("shadow").add(v.shadowGroup)), A && A.attr(i), s = v.pointAttribs(o, o.selected && "select")), o.delayedRendering ? (l.setRadialReference(v.center).attr(t).attr(i), a.styledMode || l.attr(s).attr({ "stroke-linejoin": "round" }).shadow(p, A), o.delayedRendering = !1) : (l.setRadialReference(v.center), a.styledMode || O(!0, n, s), O(!0, n, t, i), l.animate(n)), l.attr({ visibility: o.visible ? "inherit" : "hidden" }), l.addClass(o.getClassName(), !0);
            } else
              l && (o.graphic = l.destroy());
          });
        }, w.prototype.sortByAngle = function(v, a) {
          v.sort(function(c, p) {
            return typeof c.angle < "u" && (p.angle - c.angle) * a;
          });
        }, w.prototype.translate = function(v) {
          this.generatePoints();
          var a = this.options, c = a.slicedOffset, p = c + (a.borderWidth || 0), i = x(a.startAngle, a.endAngle), l = this.startAngleRad = i.start;
          i = (this.endAngleRad = i.end) - l;
          var s = this.points, t = a.dataLabels.distance;
          a = a.ignoreHiddenPoint;
          var o = s.length, n, A = 0;
          for (v || (this.center = v = this.getCenter()), n = 0; n < o; n++) {
            var _ = s[n], D = l + A * i;
            !_.isValid() || a && !_.visible || (A += _.percentage / 100);
            var j = l + A * i, T = { x: v[0], y: v[1], r: v[2] / 2, innerR: v[3] / 2, start: Math.round(1e3 * D) / 1e3, end: Math.round(1e3 * j) / 1e3 };
            _.shapeType = "arc", _.shapeArgs = T, _.labelDistance = N(_.options.dataLabels && _.options.dataLabels.distance, t), _.labelDistance = C(_.labelDistance, T.r), this.maxLabelDistance = Math.max(this.maxLabelDistance || 0, _.labelDistance), j = (j + D) / 2, j > 1.5 * Math.PI ? j -= 2 * Math.PI : j < -Math.PI / 2 && (j += 2 * Math.PI), _.slicedTranslation = { translateX: Math.round(Math.cos(j) * c), translateY: Math.round(Math.sin(j) * c) }, T = Math.cos(j) * v[2] / 2;
            var X = Math.sin(j) * v[2] / 2;
            _.tooltipPos = [v[0] + 0.7 * T, v[1] + 0.7 * X], _.half = j < -Math.PI / 2 || j > Math.PI / 2 ? 1 : 0, _.angle = j, D = Math.min(p, _.labelDistance / 5), _.labelPosition = { natural: { x: v[0] + T + Math.cos(j) * _.labelDistance, y: v[1] + X + Math.sin(j) * _.labelDistance }, final: {}, alignment: 0 > _.labelDistance ? "center" : _.half ? "right" : "left", connectorPosition: { breakAt: { x: v[0] + T + Math.cos(j) * D, y: v[1] + X + Math.sin(j) * D }, touchingSliceAt: { x: v[0] + T, y: v[1] + X } } };
          }
          P(this, "afterTranslate");
        }, w.prototype.updateTotals = function() {
          var v = this.points, a = v.length, c = this.options.ignoreHiddenPoint, p, i = 0;
          for (p = 0; p < a; p++) {
            var l = v[p];
            !l.isValid() || c && !l.visible || (i += l.y);
          }
          for (this.total = i, p = 0; p < a; p++)
            l = v[p], l.percentage = 0 < i && (l.visible || !c) ? l.y / i * 100 : 0, l.total = i;
        }, w.defaultOptions = O(U.defaultOptions, {
          center: [null, null],
          clip: !1,
          colorByPoint: !0,
          dataLabels: { allowOverlap: !0, connectorPadding: 5, connectorShape: "fixedOffset", crookDistance: "70%", distance: 30, enabled: !0, formatter: function() {
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          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: 0.1 } }
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      h["Core/Globals.js"],
      h["Core/Renderer/RendererUtilities.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Core/Utilities.js"]
    ], function(y, B, I, Z, F) {
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      return function(N) {
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          }), T.forEach(function(nt, rt) {
            var ct = nt.length, gt = [], dt;
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                var lt = Math.max(0, j - D - c.maxLabelDistance), at = Math.min(j + D + c.maxLabelDistance, i.plotHeight);
                nt.forEach(function(J) {
                  0 < J.labelDistance && J.dataLabel && (J.top = Math.max(0, j - D - J.labelDistance), J.bottom = Math.min(j + D + J.labelDistance, i.plotHeight), dt = J.dataLabel.getBBox().height || 21, J.distributeBox = { target: J.labelPosition.natural.y - J.top + dt / 2, size: dt, rank: J.y }, gt.push(J.distributeBox));
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              for (it = 0; it < ct; it++) {
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                  z = g.justify(m, D, _);
                else
                  switch (l.alignTo) {
                    case "connectors":
                      z = g.alignToConnectors(nt, rt, t, n);
                      break;
                    case "plotEdges":
                      z = g.alignToPlotEdges(V, rt, t, n);
                      break;
                    default:
                      z = g.radialDistributionX(c, m, $, lt);
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                V._attr = { visibility: q, align: k.alignment }, et = m.options.dataLabels || {}, V._pos = { x: z + u(et.x, l.x) + ({ left: s, right: -s }[k.alignment] || 0), y: $ + u(et.y, l.y) - 10 }, k.final.x = z, k.final.y = $, u(l.crop, !0) && (Q = V.getBBox().width, lt = null, z - Q < s && rt === 1 ? (lt = Math.round(Q - z + s), X[3] = Math.max(lt, X[3])) : z + Q > t - s && rt === 0 && (lt = Math.round(z + Q - t + s), X[1] = Math.max(lt, X[1])), 0 > $ - G / 2 ? X[0] = Math.max(Math.round(-$ + G / 2), X[0]) : $ + G / 2 > o && (X[2] = Math.max(Math.round($ + G / 2 - o), X[2])), V.sideOverflow = lt);
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              var rt;
              Y = nt.connector, (V = nt.dataLabel) && V._pos && nt.visible && 0 < nt.labelDistance ? (q = V._attr.visibility, (rt = !Y) && (nt.connector = Y = i.renderer.path().addClass("highcharts-data-label-connector  highcharts-color-" + nt.colorIndex + (nt.className ? " " + nt.className : "")).add(c.dataLabelsGroup), i.styledMode || Y.attr({ "stroke-width": L, stroke: et.connectorColor || nt.color || "#666666" })), Y[rt ? "attr" : "animate"]({ d: nt.getConnectorPath() }), Y.attr("visibility", q)) : Y && (nt.connector = Y.destroy());
            }
          }));
        }
        function b() {
          this.points.forEach(function(c) {
            var p = c.dataLabel, i;
            p && c.visible && ((i = p._pos) ? (p.sideOverflow && (p._attr.width = Math.max(p.getBBox().width - p.sideOverflow, 0), p.css({ width: p._attr.width + "px", textOverflow: (this.options.dataLabels.style || {}).textOverflow || "ellipsis" }), p.shortened = !0), p.attr(p._attr), p[p.moved ? "animate" : "attr"](i), p.moved = !0) : p && p.attr({ y: -9999 })), delete c.distributeBox;
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        var v = [], a = { radialDistributionY: function(c) {
          return c.top + c.distributeBox.pos;
        }, radialDistributionX: function(c, p, i, l) {
          return c.getX(i < p.top + 2 || i > p.bottom - 2 ? l : i, p.half, p);
        }, justify: function(c, p, i) {
          return i[0] + (c.half ? -1 : 1) * (p + c.labelDistance);
        }, alignToPlotEdges: function(c, p, i, l) {
          return c = c.getBBox().width, p ? c + l : i - c - l;
        }, alignToConnectors: function(c, p, i, l) {
          var s = 0, t;
          return c.forEach(function(o) {
            t = o.dataLabel.getBBox().width, t > s && (s = t);
          }), p ? s + l : i - s - l;
        } };
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          y.compose(W), v.indexOf(c) === -1 && (v.push(c), c = c.prototype, c.dataLabelPositioners = a, c.alignDataLabel = U, c.drawDataLabels = C, c.placeDataLabels = b, c.verifyDataLabelOverflow = w);
        };
      }(O || (O = {})), O;
    }), E(h, "Extensions/OverlappingDataLabels.js", [h["Core/Chart/Chart.js"], h["Core/Utilities.js"]], function(y, B) {
      function I(S, x) {
        var d = !1;
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          var u = S.newOpacity;
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            x.styledMode || S.css({ pointerEvents: u ? "auto" : "none" });
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        }
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      }
      var Z = B.addEvent, F = B.fireEvent, U = B.isArray, H = B.isNumber, W = B.objectEach, R = B.pick;
      Z(y, "render", function() {
        var S = this, x = [];
        (this.labelCollectors || []).forEach(function(d) {
          x = x.concat(d());
        }), (this.yAxis || []).forEach(function(d) {
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          d.visible && (u.enabled !== !1 || d._hasPointLabels) && (u = function(P) {
            return P.forEach(function(O) {
              O.visible && (U(O.dataLabels) ? O.dataLabels : O.dataLabel ? [O.dataLabel] : []).forEach(function(N) {
                var C = N.options;
                N.labelrank = R(C.labelrank, O.labelrank, O.shapeArgs && O.shapeArgs.height), C.allowOverlap ? (N.oldOpacity = N.opacity, N.newOpacity = 1, I(N, S)) : x.push(N);
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        }), this.hideOverlappingLabels(x);
      }), y.prototype.hideOverlappingLabels = function(S) {
        var x = this, d = S.length, u = x.renderer, P, O, N, C = !1, b = function(a) {
          var c, p = a.box ? 0 : a.padding || 0, i = c = 0, l;
          if (a && (!a.alignAttr || a.placed)) {
            var s = a.alignAttr || { x: a.attr("x"), y: a.attr("y") }, t = a.parentGroup;
            a.width || (c = a.getBBox(), a.width = c.width, a.height = c.height, c = u.fontMetrics(null, a.element).h);
            var o = a.width - 2 * p;
            return (l = { left: "0", center: "0.5", right: "1" }[a.alignValue]) ? i = +l * o : H(a.x) && Math.round(a.x) !== a.translateX && (i = a.x - a.translateX), { x: s.x + (t.translateX || 0) + p - (i || 0), y: s.y + (t.translateY || 0) + p - c, width: a.width - 2 * p, height: a.height - 2 * p };
          }
        };
        for (O = 0; O < d; O++)
          (P = S[O]) && (P.oldOpacity = P.opacity, P.newOpacity = 1, P.absoluteBox = b(P));
        for (S.sort(function(a, c) {
          return (c.labelrank || 0) - (a.labelrank || 0);
        }), O = 0; O < d; O++) {
          var w = (b = S[O]) && b.absoluteBox;
          for (P = O + 1; P < d; ++P) {
            var v = (N = S[P]) && N.absoluteBox;
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          }
        }
        S.forEach(function(a) {
          I(a, x) && (C = !0);
        }), C && F(x, "afterHideAllOverlappingLabels");
      };
    }), E(
      h,
      "Core/Responsive.js",
      [h["Core/Utilities.js"]],
      function(y) {
        var B = y.extend, I = y.find, Z = y.isArray, F = y.isObject, U = y.merge, H = y.objectEach, W = y.pick, R = y.splat, S = y.uniqueKey, x;
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              var b = this, w = {};
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              var b = N.condition;
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                return this.chartWidth <= W(b.maxWidth, Number.MAX_VALUE) && this.chartHeight <= W(b.maxHeight, Number.MAX_VALUE) && this.chartWidth >= W(b.minWidth, 0) && this.chartHeight >= W(b.minHeight, 0);
              }).call(this) && C.push(N._id);
            }, O.prototype.setResponsive = function(N, C) {
              var b = this, w = this.options.responsive, v = this.currentResponsive, a = [];
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                  return p._id === c;
                });
              }).map(function(c) {
                return c && c.chartOptions;
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    ), E(h, "masters/highcharts.src.js", [
      h["Core/Globals.js"],
      h["Core/Utilities.js"],
      h["Core/DefaultOptions.js"],
      h["Core/Animation/Fx.js"],
      h["Core/Animation/AnimationUtilities.js"],
      h["Core/Renderer/HTML/AST.js"],
      h["Core/FormatUtilities.js"],
      h["Core/Renderer/RendererUtilities.js"],
      h["Core/Renderer/SVG/SVGElement.js"],
      h["Core/Renderer/SVG/SVGRenderer.js"],
      h["Core/Renderer/HTML/HTMLElement.js"],
      h["Core/Renderer/HTML/HTMLRenderer.js"],
      h["Core/Axis/Axis.js"],
      h["Core/Axis/DateTimeAxis.js"],
      h["Core/Axis/LogarithmicAxis.js"],
      h["Core/Axis/PlotLineOrBand/PlotLineOrBand.js"],
      h["Core/Axis/Tick.js"],
      h["Core/Tooltip.js"],
      h["Core/Series/Point.js"],
      h["Core/Pointer.js"],
      h["Core/MSPointer.js"],
      h["Core/Legend/Legend.js"],
      h["Core/Chart/Chart.js"],
      h["Core/Series/Series.js"],
      h["Core/Series/SeriesRegistry.js"],
      h["Series/Column/ColumnSeries.js"],
      h["Series/Column/ColumnDataLabel.js"],
      h["Series/Pie/PieSeries.js"],
      h["Series/Pie/PieDataLabel.js"],
      h["Core/Series/DataLabel.js"],
      h["Core/Responsive.js"],
      h["Core/Color/Color.js"],
      h["Core/Time.js"]
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      return y.animate = F.animate, y.animObject = F.animObject, y.getDeferredAnimation = F.getDeferredAnimation, y.setAnimation = F.setAnimation, y.stop = F.stop, y.timers = Z.timers, y.AST = U, y.Axis = u, y.Chart = p, y.chart = p.chart, y.Fx = Z, y.Legend = c, y.PlotLineOrBand = N, y.Point = w, y.Pointer = a.isRequired() ? a : v, y.Series = i, y.SVGElement = R, y.SVGRenderer = S, y.Tick = C, y.Time = j, y.Tooltip = b, y.Color = D, y.color = D.parse, d.compose(S), x.compose(R), y.defaultOptions = I.defaultOptions, y.getOptions = I.getOptions, y.time = I.defaultTime, y.setOptions = I.setOptions, y.dateFormat = H.dateFormat, y.format = H.format, y.numberFormat = H.numberFormat, y.addEvent = B.addEvent, y.arrayMax = B.arrayMax, y.arrayMin = B.arrayMin, y.attr = B.attr, y.clearTimeout = B.clearTimeout, y.correctFloat = B.correctFloat, y.createElement = B.createElement, y.css = B.css, y.defined = B.defined, y.destroyObjectProperties = B.destroyObjectProperties, y.discardElement = B.discardElement, y.distribute = W.distribute, y.erase = B.erase, y.error = B.error, y.extend = B.extend, y.extendClass = B.extendClass, y.find = B.find, y.fireEvent = B.fireEvent, y.getMagnitude = B.getMagnitude, y.getStyle = B.getStyle, y.inArray = B.inArray, y.isArray = B.isArray, y.isClass = B.isClass, y.isDOMElement = B.isDOMElement, y.isFunction = B.isFunction, y.isNumber = B.isNumber, y.isObject = B.isObject, y.isString = B.isString, y.keys = B.keys, y.merge = B.merge, y.normalizeTickInterval = B.normalizeTickInterval, y.objectEach = B.objectEach, y.offset = B.offset, y.pad = B.pad, y.pick = B.pick, y.pInt = B.pInt, y.relativeLength = B.relativeLength, y.removeEvent = B.removeEvent, y.seriesType = l.seriesType, y.splat = B.splat, y.stableSort = B.stableSort, y.syncTimeout = B.syncTimeout, y.timeUnits = B.timeUnits, y.uniqueKey = B.uniqueKey, y.useSerialIds = B.useSerialIds, y.wrap = B.wrap, t.compose(s), A.compose(i), P.compose(u), O.compose(u), n.compose(o), N.compose(u), _.compose(p), y;
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var L0 = Hp.exports;
const to = /* @__PURE__ */ Cn(L0);
var Fp = { exports: {} };
(function(r) {
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  })(function(f) {
    function E(h, y, B, I) {
      h.hasOwnProperty(y) || (h[y] = I.apply(null, B));
    }
    f = f ? f._modules : {}, E(f, "Extensions/Pane.js", [
      f["Core/Chart/Chart.js"],
      f["Series/CenteredUtilities.js"],
      f["Core/Globals.js"],
      f["Core/Pointer.js"],
      f["Core/Utilities.js"]
    ], function(h, y, B, I, Z) {
      function F(x, d, u) {
        return Math.sqrt(Math.pow(x - u[0], 2) + Math.pow(d - u[1], 2)) <= u[2] / 2;
      }
      var U = Z.addEvent, H = Z.extend, W = Z.merge, R = Z.pick, S = Z.splat;
      return h.prototype.collectionsWithUpdate.push("pane"), Z = function() {
        function x(d, u) {
          this.options = this.chart = this.center = this.background = void 0, this.coll = "pane", this.defaultOptions = { center: ["50%", "50%"], size: "85%", innerSize: "0%", startAngle: 0 }, this.defaultBackgroundOptions = { shape: "circle", borderWidth: 1, borderColor: "#cccccc", backgroundColor: { linearGradient: {
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            y1: 0,
            x2: 0,
            y2: 1
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        }
        return x.prototype.init = function(d, u) {
          this.chart = u, this.background = [], u.pane.push(this), this.setOptions(d);
        }, x.prototype.setOptions = function(d) {
          this.options = W(this.defaultOptions, this.chart.angular ? { background: {} } : void 0, d);
        }, x.prototype.render = function() {
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            for (u = S(u), d = Math.max(u.length, this.background.length || 0), P = 0; P < d; P++)
              u[P] && this.axis ? this.renderBackground(W(this.defaultBackgroundOptions, u[P]), P) : this.background[P] && (this.background[P] = this.background[P].destroy(), this.background.splice(P, 1));
        }, x.prototype.renderBackground = function(d, u) {
          var P = "animate", O = { class: "highcharts-pane " + (d.className || "") };
          this.chart.styledMode || H(O, { fill: d.backgroundColor, stroke: d.borderColor, "stroke-width": d.borderWidth }), this.background[u] || (this.background[u] = this.chart.renderer.path().add(this.group), P = "attr"), this.background[u][P]({ d: this.axis.getPlotBandPath(d.from, d.to, d) }).attr(O);
        }, x.prototype.updateCenter = function(d) {
          this.center = (d || this.axis || {}).center = y.getCenter.call(this);
        }, x.prototype.update = function(d, u) {
          W(!0, this.options, d), this.setOptions(this.options), this.render(), this.chart.axes.forEach(function(P) {
            P.pane === this && (P.pane = null, P.update({}, u));
          }, this);
        }, x;
      }(), h.prototype.getHoverPane = function(x) {
        var d = this, u;
        return x && d.pane.forEach(function(P) {
          var O = x.chartX - d.plotLeft, N = x.chartY - d.plotTop;
          F(d.inverted ? N : O, d.inverted ? O : N, P.center) && (u = P);
        }), u;
      }, U(h, "afterIsInsidePlot", function(x) {
        this.polar && (x.isInsidePlot = this.pane.some(function(d) {
          return F(x.x, x.y, d.center);
        }));
      }), U(I, "beforeGetHoverData", function(x) {
        var d = this.chart;
        d.polar ? (d.hoverPane = d.getHoverPane(x), x.filter = function(u) {
          return u.visible && !(!x.shared && u.directTouch) && R(u.options.enableMouseTracking, !0) && (!d.hoverPane || u.xAxis.pane === d.hoverPane);
        }) : d.hoverPane = void 0;
      }), U(
        I,
        "afterGetHoverData",
        function(x) {
          var d = this.chart;
          x.hoverPoint && x.hoverPoint.plotX && x.hoverPoint.plotY && d.hoverPane && !F(x.hoverPoint.plotX, x.hoverPoint.plotY, d.hoverPane.center) && (x.hoverPoint = void 0);
        }
      ), B.Pane = Z, B.Pane;
    }), E(f, "Core/Axis/RadialAxis.js", [f["Core/Axis/AxisDefaults.js"], f["Core/DefaultOptions.js"], f["Core/Globals.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = y.defaultOptions, F = B.noop, U = I.addEvent, H = I.correctFloat, W = I.defined, R = I.extend, S = I.fireEvent, x = I.merge, d = I.pick, u = I.relativeLength, P = I.wrap, O;
      return function(N) {
        function C() {
          this.autoConnect = this.isCircular && typeof d(this.userMax, this.options.max) > "u" && H(this.endAngleRad - this.startAngleRad) === H(2 * Math.PI), !this.isCircular && this.chart.inverted && this.max++, this.autoConnect && (this.max += this.categories && 1 || this.pointRange || this.closestPointRange || 0);
        }
        function b() {
          var $ = this;
          return function() {
            if ($.isRadial && $.tickPositions && $.options.labels && $.options.labels.allowOverlap !== !0)
              return $.tickPositions.map(function(q) {
                return $.ticks[q] && $.ticks[q].label;
              }).filter(function(q) {
                return !!q;
              });
          };
        }
        function w() {
          return F;
        }
        function v($, q, it) {
          var et = this.pane.center, nt = $.value;
          if (this.isCircular) {
            if (W(nt))
              $.point && (rt = $.point.shapeArgs || {}, rt.start && (nt = this.chart.inverted ? this.translate($.point.rectPlotY, !0) : $.point.x));
            else {
              var rt = $.chartX || 0, ct = $.chartY || 0;
              nt = this.translate(Math.atan2(ct - it, rt - q) - this.startAngleRad, !0);
            }
            $ = this.getPosition(nt), rt = $.x, ct = $.y;
          } else
            W(nt) || (rt = $.chartX, ct = $.chartY), W(rt) && W(ct) && (it = et[1] + this.chart.plotTop, nt = this.translate(Math.min(Math.sqrt(Math.pow(rt - q, 2) + Math.pow(ct - it, 2)), et[2] / 2) - et[3] / 2, !0));
          return [nt, rt || 0, ct || 0];
        }
        function a($, q, it) {
          $ = this.pane.center;
          var et = this.chart, nt = this.left || 0, rt = this.top || 0, ct = d(q, $[2] / 2 - this.offset);
          return typeof it > "u" && (it = this.horiz ? 0 : this.center && -this.center[3] / 2), it && (ct += it), this.isCircular || typeof q < "u" ? (q = this.chart.renderer.symbols.arc(nt + $[0], rt + $[1], ct, ct, { start: this.startAngleRad, end: this.endAngleRad, open: !0, innerR: 0 }), q.xBounds = [nt + $[0]], q.yBounds = [rt + $[1] - ct]) : (q = this.postTranslate(this.angleRad, ct), q = [["M", this.center[0] + et.plotLeft, this.center[1] + et.plotTop], ["L", q.x, q.y]]), q;
        }
        function c() {
          this.constructor.prototype.getOffset.call(this), this.chart.axisOffset[this.side] = 0;
        }
        function p($, q, it) {
          var et = this.chart, nt = function(yt) {
            if (typeof yt == "string") {
              var vt = parseInt(yt, 10);
              return J.test(yt) && (vt = vt * gt / 100), vt;
            }
            return yt;
          }, rt = this.center, ct = this.startAngleRad, gt = rt[2] / 2, dt = Math.min(this.offset, 0), lt = this.left || 0, at = this.top || 0, J = /%$/, tt = this.isCircular, st = d(nt(it.outerRadius), gt), ht = nt(it.innerRadius);
          if (nt = d(nt(it.thickness), 10), this.options.gridLineInterpolation === "polygon")
            dt = this.getPlotLinePath({ value: $ }).concat(this.getPlotLinePath({ value: q, reverse: !0 }));
          else {
            if ($ = Math.max($, this.min), q = Math.min(q, this.max), $ = this.translate($), q = this.translate(q), tt || (st = $ || 0, ht = q || 0), it.shape !== "circle" && tt)
              it = ct + ($ || 0), ct += q || 0;
            else {
              it = -Math.PI / 2, ct = 1.5 * Math.PI;
              var pt = !0;
            }
            st -= dt, dt = et.renderer.symbols.arc(lt + rt[0], at + rt[1], st, st, { start: Math.min(it, ct), end: Math.max(it, ct), innerR: d(ht, st - (nt - dt)), open: pt }), tt && (tt = (ct + it) / 2, lt = lt + rt[0] + rt[2] / 2 * Math.cos(tt), dt.xBounds = tt > -Math.PI / 2 && tt < Math.PI / 2 ? [lt, et.plotWidth] : [0, lt], dt.yBounds = [at + rt[1] + rt[2] / 2 * Math.sin(tt)], dt.yBounds[0] += tt > -Math.PI && 0 > tt || tt > Math.PI ? -10 : 10);
          }
          return dt;
        }
        function i($) {
          var q = this, it = this.pane.center, et = this.chart, nt = et.inverted, rt = $.reverse, ct = this.pane.options.background ? this.pane.options.background[0] || this.pane.options.background : {}, gt = ct.innerRadius || "0%", dt = ct.outerRadius || "100%", lt = it[0] + et.plotLeft, at = it[1] + et.plotTop, J = this.height, tt = $.isCrosshair;
          ct = it[3] / 2;
          var st = $.value, ht, pt = this.getPosition(st), yt = pt.x;
          if (pt = pt.y, tt && (pt = this.getCrosshairPosition($, lt, at), st = pt[0], yt = pt[1], pt = pt[2]), this.isCircular)
            st = Math.sqrt(Math.pow(yt - lt, 2) + Math.pow(pt - at, 2)), rt = typeof gt == "string" ? u(gt, 1) : gt / st, et = typeof dt == "string" ? u(dt, 1) : dt / st, it && ct && (ct /= st, rt < ct && (rt = ct), et < ct && (et = ct)), it = [["M", lt + rt * (yt - lt), at - rt * (at - pt)], ["L", yt - (1 - et) * (yt - lt), pt + (1 - et) * (at - pt)]];
          else if ((st = this.translate(st)) && (0 > st || st > J) && (st = 0), this.options.gridLineInterpolation === "circle")
            it = this.getLinePath(0, st, ct);
          else if (it = [], et[nt ? "yAxis" : "xAxis"].forEach(function(vt) {
            vt.pane === q.pane && (ht = vt);
          }), ht)
            for (lt = ht.tickPositions, ht.autoConnect && (lt = lt.concat([lt[0]])), rt && (lt = lt.slice().reverse()), st && (st += ct), at = 0; at < lt.length; at++)
              ct = ht.getPosition(lt[at], st), it.push(at ? ["L", ct.x, ct.y] : ["M", ct.x, ct.y]);
          return it;
        }
        function l($, q) {
          return $ = this.translate($), this.postTranslate(this.isCircular ? $ : this.angleRad, d(this.isCircular ? q : 0 > $ ? 0 : $, this.center[2] / 2) - this.offset);
        }
        function s() {
          var $ = this.center, q = this.chart, it = this.options.title;
          return { x: q.plotLeft + $[0] + (it.x || 0), y: q.plotTop + $[1] - { high: 0.5, middle: 0.25, low: 0 }[it.align] * $[2] + (it.y || 0) };
        }
        function t($) {
          $.beforeSetTickPositions = C, $.createLabelCollector = b, $.getCrosshairPosition = v, $.getLinePath = a, $.getOffset = c, $.getPlotBandPath = p, $.getPlotLinePath = i, $.getPosition = l, $.getTitlePosition = s, $.postTranslate = X, $.setAxisSize = m, $.setAxisTranslation = L, $.setOptions = Y;
        }
        function o() {
          var $ = this.chart, q = this.options, it = this.pane, et = it && it.options;
          $.angular && this.isXAxis || !it || !$.angular && !$.polar || (this.angleRad = (q.angle || 0) * Math.PI / 180, this.startAngleRad = (et.startAngle - 90) * Math.PI / 180, this.endAngleRad = (d(et.endAngle, et.startAngle + 360) - 90) * Math.PI / 180, this.offset = q.offset || 0);
        }
        function n($) {
          this.isRadial && ($.align = void 0, $.preventDefault());
        }
        function A() {
          if (this.chart && this.chart.labelCollectors) {
            var $ = this.labelCollector ? this.chart.labelCollectors.indexOf(this.labelCollector) : -1;
            0 <= $ && this.chart.labelCollectors.splice($, 1);
          }
        }
        function _($) {
          var q = this.chart, it = q.inverted, et = q.angular, nt = q.polar, rt = this.isXAxis, ct = this.coll, gt = et && rt, dt = q.options;
          $ = $.userOptions.pane || 0, $ = this.pane = q.pane && q.pane[$];
          var lt;
          ct === "colorAxis" ? this.isRadial = !1 : (et ? (gt ? (this.isHidden = !0, this.createLabelCollector = w, this.getOffset = F, this.render = this.redraw = g, this.setTitle = this.setCategories = this.setScale = F) : t(this), (lt = !rt) && (this.defaultPolarOptions = G)) : nt && (t(this), this.defaultPolarOptions = (lt = this.horiz) ? k : x(ct === "xAxis" ? h.defaultXAxisOptions : h.defaultYAxisOptions, z), it && ct === "yAxis" && (this.defaultPolarOptions.stackLabels = h.defaultYAxisOptions.stackLabels, this.defaultPolarOptions.reversedStacks = !0)), et || nt ? (this.isRadial = !0, dt.chart.zoomType = null, this.labelCollector || (this.labelCollector = this.createLabelCollector()), this.labelCollector && q.labelCollectors.push(this.labelCollector)) : this.isRadial = !1, $ && lt && ($.axis = this), this.isCircular = lt);
        }
        function D() {
          this.isRadial && this.beforeSetTickPositions();
        }
        function j($) {
          var q = this.label;
          if (q) {
            var it = this.axis, et = q.getBBox(), nt = it.options.labels, rt = (it.translate(this.pos) + it.startAngleRad + Math.PI / 2) / Math.PI * 180 % 360, ct = Math.round(rt), gt = W(nt.y) ? 0 : 0.3 * -et.height, dt = nt.y, lt = 20, at = nt.align, J = "end", tt = 0 > ct ? ct + 360 : ct, st = tt, ht = 0, pt = 0;
            if (it.isRadial) {
              var yt = it.getPosition(this.pos, it.center[2] / 2 + u(d(nt.distance, -25), it.center[2] / 2, -it.center[2] / 2));
              nt.rotation === "auto" ? q.attr({ rotation: rt }) : W(dt) || (dt = it.chart.renderer.fontMetrics(q.styles && q.styles.fontSize).b - et.height / 2), W(at) || (it.isCircular ? (et.width > it.len * it.tickInterval / (it.max - it.min) && (lt = 0), at = rt > lt && rt < 180 - lt ? "left" : rt > 180 + lt && rt < 360 - lt ? "right" : "center") : at = "center", q.attr({ align: at })), at === "auto" && it.tickPositions.length === 2 && it.isCircular && (90 < tt && 180 > tt ? tt = 180 - tt : 270 < tt && 360 >= tt && (tt = 540 - tt), 180 < st && 360 >= st && (st = 360 - st), (it.pane.options.startAngle === ct || it.pane.options.startAngle === ct + 360 || it.pane.options.startAngle === ct - 360) && (J = "start"), at = -90 <= ct && 90 >= ct || -360 <= ct && -270 >= ct || 270 <= ct && 360 >= ct ? J === "start" ? "right" : "left" : J === "start" ? "left" : "right", 70 < st && 110 > st && (at = "center"), 15 > tt || 180 <= tt && 195 > tt ? ht = 0.3 * et.height : 15 <= tt && 35 >= tt ? ht = J === "start" ? 0 : 0.75 * et.height : 195 <= tt && 215 >= tt ? ht = J === "start" ? 0.75 * et.height : 0 : 35 < tt && 90 >= tt ? ht = J === "start" ? 0.25 * -et.height : et.height : 215 < tt && 270 >= tt && (ht = J === "start" ? et.height : 0.25 * -et.height), 15 > st ? pt = J === "start" ? 0.15 * -et.height : 0.15 * et.height : 165 < st && 180 >= st && (pt = J === "start" ? 0.15 * et.height : 0.15 * -et.height), q.attr({ align: at }), q.translate(
                pt,
                ht + gt
              )), $.pos.x = yt.x + (nt.x || 0), $.pos.y = yt.y + (dt || 0);
            }
          }
        }
        function T($) {
          this.axis.getPosition && R($.pos, this.axis.getPosition(this.pos));
        }
        function X($, q) {
          var it = this.chart, et = this.center;
          return $ = this.startAngleRad + $, { x: it.plotLeft + et[0] + Math.cos($) * q, y: it.plotTop + et[1] + Math.sin($) * q };
        }
        function g() {
          this.isDirty = !1;
        }
        function m() {
          if (this.constructor.prototype.setAxisSize.call(this), this.isRadial) {
            this.pane.updateCenter(this);
            var $ = this.center = this.pane.center.slice();
            if (this.isCircular)
              this.sector = this.endAngleRad - this.startAngleRad;
            else {
              var q = this.postTranslate(this.angleRad, $[3] / 2);
              $[0] = q.x - this.chart.plotLeft, $[1] = q.y - this.chart.plotTop;
            }
            this.len = this.width = this.height = ($[2] - $[3]) * d(this.sector, 1) / 2;
          }
        }
        function L() {
          this.constructor.prototype.setAxisTranslation.call(this), this.center && (this.transA = this.isCircular ? (this.endAngleRad - this.startAngleRad) / (this.max - this.min || 1) : (this.center[2] - this.center[3]) / 2 / (this.max - this.min || 1), this.minPixelPadding = this.isXAxis ? this.transA * this.minPointOffset : 0);
        }
        function Y($) {
          $ = this.options = x(this.constructor.defaultOptions, this.defaultPolarOptions, Z[this.coll], $), $.plotBands || ($.plotBands = []), S(this, "afterSetOptions");
        }
        function V($, q, it, et, nt, rt, ct) {
          var gt = this.axis;
          return gt.isRadial ? ($ = gt.getPosition(this.pos, gt.center[2] / 2 + et), q = ["M", q, it, "L", $.x, $.y]) : q = $.call(this, q, it, et, nt, rt, ct), q;
        }
        var Q = [], k = { gridLineWidth: 1, labels: { align: void 0, distance: 15, x: 0, y: void 0, style: { textOverflow: "none" } }, maxPadding: 0, minPadding: 0, showLastLabel: !1, tickLength: 0 }, G = {
          labels: { align: "center", x: 0, y: void 0 },
          minorGridLineWidth: 0,
          minorTickInterval: "auto",
          minorTickLength: 10,
          minorTickPosition: "inside",
          minorTickWidth: 1,
          tickLength: 10,
          tickPosition: "inside",
          tickWidth: 2,
          title: { rotation: 0 },
          zIndex: 2
        }, z = { gridLineInterpolation: "circle", gridLineWidth: 1, labels: { align: "right", x: -3, y: -2 }, showLastLabel: !1, title: { x: 4, text: null, rotation: 90 } };
        N.compose = function($, q) {
          return Q.indexOf($) === -1 && (Q.push($), U($, "afterInit", o), U($, "autoLabelAlign", n), U($, "destroy", A), U($, "init", _), U($, "initialAxisTranslation", D)), Q.indexOf(q) === -1 && (Q.push(q), U(
            q,
            "afterGetLabelPosition",
            j
          ), U(q, "afterGetPosition", T), P(q.prototype, "getMarkPath", V)), $;
        };
      }(O || (O = {})), O;
    }), E(f, "Series/AreaRange/AreaRangePoint.js", [f["Series/Area/AreaSeries.js"], f["Core/Series/Point.js"], f["Core/Utilities.js"]], function(h, y, B) {
      var I = this && this.__extends || function() {
        var H = function(W, R) {
          return H = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(S, x) {
            S.__proto__ = x;
          } || function(S, x) {
            for (var d in x)
              x.hasOwnProperty(d) && (S[d] = x[d]);
          }, H(W, R);
        };
        return function(W, R) {
          function S() {
            this.constructor = W;
          }
          H(W, R), W.prototype = R === null ? Object.create(R) : (S.prototype = R.prototype, new S());
        };
      }(), Z = y.prototype, F = B.defined, U = B.isNumber;
      return function(H) {
        function W() {
          var R = H !== null && H.apply(this, arguments) || this;
          return R.high = void 0, R.low = void 0, R.options = void 0, R.plotHigh = void 0, R.plotLow = void 0, R.plotHighX = void 0, R.plotLowX = void 0, R.plotX = void 0, R.series = void 0, R;
        }
        return I(W, H), W.prototype.setState = function() {
          var R = this.state, S = this.series, x = S.chart.polar;
          F(this.plotHigh) || (this.plotHigh = S.yAxis.toPixels(
            this.high,
            !0
          )), F(this.plotLow) || (this.plotLow = this.plotY = S.yAxis.toPixels(this.low, !0)), S.stateMarkerGraphic && (S.lowerStateMarkerGraphic = S.stateMarkerGraphic, S.stateMarkerGraphic = S.upperStateMarkerGraphic), this.graphic = this.upperGraphic, this.plotY = this.plotHigh, x && (this.plotX = this.plotHighX), Z.setState.apply(this, arguments), this.state = R, this.plotY = this.plotLow, this.graphic = this.lowerGraphic, x && (this.plotX = this.plotLowX), S.stateMarkerGraphic && (S.upperStateMarkerGraphic = S.stateMarkerGraphic, S.stateMarkerGraphic = S.lowerStateMarkerGraphic, S.lowerStateMarkerGraphic = void 0), Z.setState.apply(this, arguments);
        }, W.prototype.haloPath = function() {
          var R = this.series.chart.polar, S = [];
          return this.plotY = this.plotLow, R && (this.plotX = this.plotLowX), this.isInside && (S = Z.haloPath.apply(this, arguments)), this.plotY = this.plotHigh, R && (this.plotX = this.plotHighX), this.isTopInside && (S = S.concat(Z.haloPath.apply(this, arguments))), S;
        }, W.prototype.isValid = function() {
          return U(this.low) && U(this.high);
        }, W;
      }(h.prototype.pointClass);
    }), E(
      f,
      "Series/AreaRange/AreaRangeSeries.js",
      [f["Series/AreaRange/AreaRangePoint.js"], f["Series/Area/AreaSeries.js"], f["Series/Column/ColumnSeries.js"], f["Core/Globals.js"], f["Core/Series/Series.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]],
      function(h, y, B, I, Z, F, U) {
        var H = this && this.__extends || function() {
          var N = function(C, b) {
            return N = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(w, v) {
              w.__proto__ = v;
            } || function(w, v) {
              for (var a in v)
                v.hasOwnProperty(a) && (w[a] = v[a]);
            }, N(C, b);
          };
          return function(C, b) {
            function w() {
              this.constructor = C;
            }
            N(C, b), C.prototype = b === null ? Object.create(b) : (w.prototype = b.prototype, new w());
          };
        }(), W = y.prototype, R = B.prototype;
        B = I.noop;
        var S = Z.prototype, x = U.defined, d = U.extend, u = U.isArray, P = U.pick, O = U.merge;
        return Z = function(N) {
          function C() {
            var b = N !== null && N.apply(this, arguments) || this;
            return b.data = void 0, b.options = void 0, b.points = void 0, b.lowerStateMarkerGraphic = void 0, b.xAxis = void 0, b;
          }
          return H(C, N), C.prototype.toYData = function(b) {
            return [b.low, b.high];
          }, C.prototype.highToXY = function(b) {
            var w = this.chart, v = this.xAxis.postTranslate(b.rectPlotX || 0, this.yAxis.len - b.plotHigh);
            b.plotHighX = v.x - w.plotLeft, b.plotHigh = v.y - w.plotTop, b.plotLowX = b.plotX;
          }, C.prototype.translate = function() {
            var b = this, w = b.yAxis;
            W.translate.apply(b), b.points.forEach(function(v) {
              var a = v.high, c = v.plotY;
              v.isNull ? v.plotY = null : (v.plotLow = c, v.plotHigh = w.translate(b.dataModify ? b.dataModify.modifyValue(a) : a, 0, 1, 0, 1), b.dataModify && (v.yBottom = v.plotHigh));
            }), this.chart.polar && this.points.forEach(function(v) {
              b.highToXY(v), v.tooltipPos = [(v.plotHighX + v.plotLowX) / 2, (v.plotHigh + v.plotLow) / 2];
            });
          }, C.prototype.getGraphPath = function(b) {
            var w = [], v = [], a, c = W.getGraphPath, p = this.options, i = this.chart.polar, l = i && p.connectEnds !== !1, s = p.connectNulls, t = p.step;
            for (b = b || this.points, a = b.length; a--; ) {
              var o = b[a], n = i ? { plotX: o.rectPlotX, plotY: o.yBottom, doCurve: !1 } : { plotX: o.plotX, plotY: o.plotY, doCurve: !1 };
              o.isNull || l || s || b[a + 1] && !b[a + 1].isNull || v.push(n);
              var A = { polarPlotY: o.polarPlotY, rectPlotX: o.rectPlotX, yBottom: o.yBottom, plotX: P(
                o.plotHighX,
                o.plotX
              ), plotY: o.plotHigh, isNull: o.isNull };
              v.push(A), w.push(A), o.isNull || l || s || b[a - 1] && !b[a - 1].isNull || v.push(n);
            }
            return b = c.call(this, b), t && (t === !0 && (t = "left"), p.step = { left: "right", center: "center", right: "left" }[t]), w = c.call(this, w), v = c.call(this, v), p.step = t, p = [].concat(b, w), !this.chart.polar && v[0] && v[0][0] === "M" && (v[0] = ["L", v[0][1], v[0][2]]), this.graphPath = p, this.areaPath = b.concat(v), p.isArea = !0, p.xMap = b.xMap, this.areaPath.xMap = b.xMap, p;
          }, C.prototype.drawDataLabels = function() {
            var b = this.points, w = b.length, v, a = [], c = this.options.dataLabels, p, i = this.chart.inverted;
            if (c) {
              if (u(c))
                var l = c[0] || { enabled: !1 }, s = c[1] || { enabled: !1 };
              else
                l = d({}, c), l.x = c.xHigh, l.y = c.yHigh, s = d({}, c), s.x = c.xLow, s.y = c.yLow;
              if (l.enabled || this._hasPointLabels) {
                for (v = w; v--; )
                  if (p = b[v]) {
                    var t = l.inside ? p.plotHigh < p.plotLow : p.plotHigh > p.plotLow;
                    p.y = p.high, p._plotY = p.plotY, p.plotY = p.plotHigh, a[v] = p.dataLabel, p.dataLabel = p.dataLabelUpper, p.below = t, i ? l.align || (l.align = t ? "right" : "left") : l.verticalAlign || (l.verticalAlign = t ? "top" : "bottom");
                  }
                for (this.options.dataLabels = l, S.drawDataLabels && S.drawDataLabels.apply(this, arguments), v = w; v--; )
                  (p = b[v]) && (p.dataLabelUpper = p.dataLabel, p.dataLabel = a[v], delete p.dataLabels, p.y = p.low, p.plotY = p._plotY);
              }
              if (s.enabled || this._hasPointLabels) {
                for (v = w; v--; )
                  (p = b[v]) && (t = s.inside ? p.plotHigh < p.plotLow : p.plotHigh > p.plotLow, p.below = !t, i ? s.align || (s.align = t ? "left" : "right") : s.verticalAlign || (s.verticalAlign = t ? "bottom" : "top"));
                this.options.dataLabels = s, S.drawDataLabels && S.drawDataLabels.apply(this, arguments);
              }
              if (l.enabled)
                for (v = w; v--; )
                  (p = b[v]) && (p.dataLabels = [p.dataLabelUpper, p.dataLabel].filter(function(o) {
                    return !!o;
                  }));
              this.options.dataLabels = c;
            }
          }, C.prototype.alignDataLabel = function() {
            R.alignDataLabel.apply(this, arguments);
          }, C.prototype.drawPoints = function() {
            var b = this.points.length, w;
            for (S.drawPoints.apply(this, arguments), w = 0; w < b; ) {
              var v = this.points[w];
              v.origProps = { plotY: v.plotY, plotX: v.plotX, isInside: v.isInside, negative: v.negative, zone: v.zone, y: v.y }, v.lowerGraphic = v.graphic, v.graphic = v.upperGraphic, v.plotY = v.plotHigh, x(v.plotHighX) && (v.plotX = v.plotHighX), v.y = P(v.high, v.origProps.y), v.negative = v.y < (this.options.threshold || 0), this.zones.length && (v.zone = v.getZone()), this.chart.polar || (v.isInside = v.isTopInside = typeof v.plotY < "u" && 0 <= v.plotY && v.plotY <= this.yAxis.len && 0 <= v.plotX && v.plotX <= this.xAxis.len), w++;
            }
            for (S.drawPoints.apply(this, arguments), w = 0; w < b; )
              v = this.points[w], v.upperGraphic = v.graphic, v.graphic = v.lowerGraphic, v.origProps && (d(v, v.origProps), delete v.origProps), w++;
          }, C.defaultOptions = O(y.defaultOptions, {
            lineWidth: 1,
            threshold: null,
            tooltip: { pointFormat: '<span style="color:{series.color}">●</span> {series.name}: <b>{point.low}</b> - <b>{point.high}</b><br/>' },
            trackByArea: !0,
            dataLabels: { align: void 0, verticalAlign: void 0, xLow: 0, xHigh: 0, yLow: 0, yHigh: 0 }
          }), C;
        }(y), d(Z.prototype, { pointArrayMap: ["low", "high"], pointValKey: "low", deferTranslatePolar: !0, pointClass: h, setStackedPoints: B }), F.registerSeriesType("arearange", Z), Z;
      }
    ), E(f, "Series/AreaSplineRange/AreaSplineRangeSeries.js", [
      f["Series/AreaRange/AreaRangeSeries.js"],
      f["Core/Series/SeriesRegistry.js"],
      f["Core/Utilities.js"]
    ], function(h, y, B) {
      var I = this && this.__extends || function() {
        var H = function(W, R) {
          return H = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(S, x) {
            S.__proto__ = x;
          } || function(S, x) {
            for (var d in x)
              x.hasOwnProperty(d) && (S[d] = x[d]);
          }, H(W, R);
        };
        return function(W, R) {
          function S() {
            this.constructor = W;
          }
          H(W, R), W.prototype = R === null ? Object.create(R) : (S.prototype = R.prototype, new S());
        };
      }(), Z = y.seriesTypes.spline, F = B.merge;
      B = B.extend;
      var U = function(H) {
        function W() {
          var R = H !== null && H.apply(this, arguments) || this;
          return R.options = void 0, R.data = void 0, R.points = void 0, R;
        }
        return I(W, H), W.defaultOptions = F(h.defaultOptions), W;
      }(h);
      return B(U.prototype, { getPointSpline: Z.prototype.getPointSpline }), y.registerSeriesType("areasplinerange", U), U;
    }), E(f, "Series/BoxPlot/BoxPlotSeries.js", [f["Series/Column/ColumnSeries.js"], f["Core/Globals.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = this && this.__extends || function() {
        var W = function(R, S) {
          return W = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(x, d) {
            x.__proto__ = d;
          } || function(x, d) {
            for (var u in d)
              d.hasOwnProperty(u) && (x[u] = d[u]);
          }, W(R, S);
        };
        return function(R, S) {
          function x() {
            this.constructor = R;
          }
          W(R, S), R.prototype = S === null ? Object.create(S) : (x.prototype = S.prototype, new x());
        };
      }();
      y = y.noop;
      var F = I.extend, U = I.merge, H = I.pick;
      return I = function(W) {
        function R() {
          var S = W !== null && W.apply(this, arguments) || this;
          return S.data = void 0, S.options = void 0, S.points = void 0, S;
        }
        return Z(R, W), R.prototype.pointAttribs = function() {
          return {};
        }, R.prototype.translate = function() {
          var S = this.yAxis, x = this.pointArrayMap;
          W.prototype.translate.apply(this), this.points.forEach(function(d) {
            x.forEach(function(u) {
              d[u] !== null && (d[u + "Plot"] = S.translate(d[u], 0, 1, 0, 1));
            }), d.plotHigh = d.highPlot;
          });
        }, R.prototype.drawPoints = function() {
          var S = this, x = S.options, d = S.chart, u = d.renderer, P, O, N, C, b, w, v = 0, a, c, p, i, l = S.doQuartiles !== !1, s, t = S.options.whiskerLength;
          S.points.forEach(function(o) {
            var n = o.graphic, A = n ? "animate" : "attr", _ = o.shapeArgs, D = {}, j = {}, T = {}, X = {}, g = o.color || S.color;
            typeof o.plotY < "u" && (a = Math.round(_.width), c = Math.floor(_.x), p = c + a, i = Math.round(a / 2), P = Math.floor(l ? o.q1Plot : o.lowPlot), O = Math.floor(l ? o.q3Plot : o.lowPlot), N = Math.floor(o.highPlot), C = Math.floor(o.lowPlot), n || (o.graphic = n = u.g("point").add(S.group), o.stem = u.path().addClass("highcharts-boxplot-stem").add(n), t && (o.whiskers = u.path().addClass("highcharts-boxplot-whisker").add(n)), l && (o.box = u.path(void 0).addClass("highcharts-boxplot-box").add(n)), o.medianShape = u.path(void 0).addClass("highcharts-boxplot-median").add(n)), d.styledMode || (j.stroke = o.stemColor || x.stemColor || g, j["stroke-width"] = H(o.stemWidth, x.stemWidth, x.lineWidth), j.dashstyle = o.stemDashStyle || x.stemDashStyle || x.dashStyle, o.stem.attr(j), t && (T.stroke = o.whiskerColor || x.whiskerColor || g, T["stroke-width"] = H(o.whiskerWidth, x.whiskerWidth, x.lineWidth), T.dashstyle = o.whiskerDashStyle || x.whiskerDashStyle || x.dashStyle, o.whiskers.attr(T)), l && (D.fill = o.fillColor || x.fillColor || g, D.stroke = x.lineColor || g, D["stroke-width"] = x.lineWidth || 0, D.dashstyle = o.boxDashStyle || x.boxDashStyle || x.dashStyle, o.box.attr(D)), X.stroke = o.medianColor || x.medianColor || g, X["stroke-width"] = H(o.medianWidth, x.medianWidth, x.lineWidth), X.dashstyle = o.medianDashStyle || x.medianDashStyle || x.dashStyle, o.medianShape.attr(X)), w = o.stem.strokeWidth() % 2 / 2, v = c + i + w, n = [["M", v, O], ["L", v, N], ["M", v, P], ["L", v, C]], o.stem[A]({ d: n }), l && (w = o.box.strokeWidth() % 2 / 2, P = Math.floor(P) + w, O = Math.floor(O) + w, c += w, p += w, n = [["M", c, O], ["L", c, P], ["L", p, P], ["L", p, O], ["L", c, O], ["Z"]], o.box[A]({ d: n })), t && (w = o.whiskers.strokeWidth() % 2 / 2, N += w, C += w, s = /%$/.test(t) ? i * parseFloat(t) / 100 : t / 2, n = [["M", v - s, N], ["L", v + s, N], ["M", v - s, C], ["L", v + s, C]], o.whiskers[A]({ d: n })), b = Math.round(o.medianPlot), w = o.medianShape.strokeWidth() % 2 / 2, b += w, n = [["M", c, b], ["L", p, b]], o.medianShape[A]({ d: n }));
          });
        }, R.prototype.toYData = function(S) {
          return [S.low, S.q1, S.median, S.q3, S.high];
        }, R.defaultOptions = U(h.defaultOptions, {
          threshold: null,
          tooltip: { pointFormat: '<span style="color:{point.color}">●</span> <b> {series.name}</b><br/>Maximum: {point.high}<br/>Upper quartile: {point.q3}<br/>Median: {point.median}<br/>Lower quartile: {point.q1}<br/>Minimum: {point.low}<br/>' },
          whiskerLength: "50%",
          fillColor: "#ffffff",
          lineWidth: 1,
          medianWidth: 2,
          whiskerWidth: 2
        }), R;
      }(h), F(I.prototype, { pointArrayMap: ["low", "q1", "median", "q3", "high"], pointValKey: "high", drawDataLabels: y, setStackedPoints: y }), B.registerSeriesType("boxplot", I), I;
    }), E(f, "Series/Bubble/BubbleLegendDefaults.js", [], function() {
      return { borderColor: void 0, borderWidth: 2, className: void 0, color: void 0, connectorClassName: void 0, connectorColor: void 0, connectorDistance: 60, connectorWidth: 1, enabled: !1, labels: {
        className: void 0,
        allowOverlap: !1,
        format: "",
        formatter: void 0,
        align: "right",
        style: { fontSize: "10px", color: "#000000" },
        x: 0,
        y: 0
      }, maxSize: 60, minSize: 10, legendIndex: 0, ranges: { value: void 0, borderColor: void 0, color: void 0, connectorColor: void 0 }, sizeBy: "area", sizeByAbsoluteValue: !1, zIndex: 1, zThreshold: 0 };
    }), E(f, "Series/Bubble/BubbleLegendItem.js", [f["Core/Color/Color.js"], f["Core/FormatUtilities.js"], f["Core/Globals.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = h.parse, F = B.noop, U = I.arrayMax, H = I.arrayMin, W = I.isNumber, R = I.merge, S = I.pick, x = I.stableSort;
      return function() {
        function d(u, P) {
          this.options = this.symbols = this.visible = this.selected = this.ranges = this.movementX = this.maxLabel = this.legendSymbol = this.legendItemWidth = this.legendItemHeight = this.legendItem = this.legendGroup = this.legend = this.fontMetrics = this.chart = void 0, this.setState = F, this.init(u, P);
        }
        return d.prototype.init = function(u, P) {
          this.options = u, this.visible = !0, this.chart = P.chart, this.legend = P;
        }, d.prototype.addToLegend = function(u) {
          u.splice(
            this.options.legendIndex,
            0,
            this
          );
        }, d.prototype.drawLegendSymbol = function(u) {
          var P = this.chart, O = this.options, N = S(u.options.itemDistance, 20), C = O.ranges, b = O.connectorDistance;
          this.fontMetrics = P.renderer.fontMetrics(O.labels.style.fontSize), C && C.length && W(C[0].value) ? (x(C, function(w, v) {
            return v.value - w.value;
          }), this.ranges = C, this.setOptions(), this.render(), u = this.getMaxLabelSize(), C = this.ranges[0].radius, P = 2 * C, b = b - C + u.width, b = 0 < b ? b : 0, this.maxLabel = u, this.movementX = O.labels.align === "left" ? b : 0, this.legendItemWidth = P + b + N, this.legendItemHeight = P + this.fontMetrics.h / 2) : u.options.bubbleLegend.autoRanges = !0;
        }, d.prototype.setOptions = function() {
          var u = this.ranges, P = this.options, O = this.chart.series[P.seriesIndex], N = this.legend.baseline, C = { zIndex: P.zIndex, "stroke-width": P.borderWidth }, b = { zIndex: P.zIndex, "stroke-width": P.connectorWidth }, w = { align: this.legend.options.rtl || P.labels.align === "left" ? "right" : "left", zIndex: P.zIndex }, v = O.options.marker.fillOpacity, a = this.chart.styledMode;
          u.forEach(function(c, p) {
            a || (C.stroke = S(c.borderColor, P.borderColor, O.color), C.fill = S(c.color, P.color, v !== 1 ? Z(O.color).setOpacity(v).get("rgba") : O.color), b.stroke = S(c.connectorColor, P.connectorColor, O.color)), u[p].radius = this.getRangeRadius(c.value), u[p] = R(u[p], { center: u[0].radius - u[p].radius + N }), a || R(!0, u[p], { bubbleAttribs: R(C), connectorAttribs: R(b), labelAttribs: w });
          }, this);
        }, d.prototype.getRangeRadius = function(u) {
          var P = this.options;
          return this.chart.series[this.options.seriesIndex].getRadius.call(
            this,
            P.ranges[P.ranges.length - 1].value,
            P.ranges[0].value,
            P.minSize,
            P.maxSize,
            u
          );
        }, d.prototype.render = function() {
          var u = this.chart.renderer, P = this.options.zThreshold;
          this.symbols || (this.symbols = { connectors: [], bubbleItems: [], labels: [] }), this.legendSymbol = u.g("bubble-legend"), this.legendItem = u.g("bubble-legend-item"), this.legendSymbol.translateX = 0, this.legendSymbol.translateY = 0, this.ranges.forEach(function(O) {
            O.value >= P && this.renderRange(O);
          }, this), this.legendSymbol.add(this.legendItem), this.legendItem.add(this.legendGroup), this.hideOverlappingLabels();
        }, d.prototype.renderRange = function(u) {
          var P = this.options, O = P.labels, N = this.chart, C = N.series[P.seriesIndex], b = N.renderer, w = this.symbols;
          N = w.labels;
          var v = u.center, a = Math.abs(u.radius), c = P.connectorDistance || 0, p = O.align, i = P.connectorWidth, l = this.ranges[0].radius || 0, s = v - a - P.borderWidth / 2 + i / 2, t = this.fontMetrics;
          t = t.f / 2 - (t.h - t.f) / 2;
          var o = b.styledMode;
          c = this.legend.options.rtl || p === "left" ? -c : c, p === "center" && (c = 0, P.connectorDistance = 0, u.labelAttribs.align = "center"), p = s + P.labels.y;
          var n = l + c + P.labels.x;
          w.bubbleItems.push(b.circle(
            l,
            v + ((s % 1 ? 1 : 0.5) - (i % 2 ? 0 : 0.5)),
            a
          ).attr(o ? {} : u.bubbleAttribs).addClass((o ? "highcharts-color-" + C.colorIndex + " " : "") + "highcharts-bubble-legend-symbol " + (P.className || "")).add(this.legendSymbol)), w.connectors.push(b.path(b.crispLine([["M", l, s], ["L", l + c, s]], P.connectorWidth)).attr(o ? {} : u.connectorAttribs).addClass((o ? "highcharts-color-" + this.options.seriesIndex + " " : "") + "highcharts-bubble-legend-connectors " + (P.connectorClassName || "")).add(this.legendSymbol)), u = b.text(this.formatLabel(u), n, p + t).attr(o ? {} : u.labelAttribs).css(o ? {} : O.style).addClass("highcharts-bubble-legend-labels " + (P.labels.className || "")).add(this.legendSymbol), N.push(u), u.placed = !0, u.alignAttr = { x: n, y: p + t };
        }, d.prototype.getMaxLabelSize = function() {
          var u, P;
          return this.symbols.labels.forEach(function(O) {
            P = O.getBBox(!0), u = u ? P.width > u.width ? P : u : P;
          }), u || {};
        }, d.prototype.formatLabel = function(u) {
          var P = this.options, O = P.labels.formatter;
          P = P.labels.format;
          var N = this.chart.numberFormatter;
          return P ? y.format(P, u) : O ? O.call(u) : N(u.value, 1);
        }, d.prototype.hideOverlappingLabels = function() {
          var u = this.chart, P = this.symbols;
          !this.options.labels.allowOverlap && P && (u.hideOverlappingLabels(P.labels), P.labels.forEach(function(O, N) {
            O.newOpacity ? O.newOpacity !== O.oldOpacity && P.connectors[N].show() : P.connectors[N].hide();
          }));
        }, d.prototype.getRanges = function() {
          var u = this.legend.bubbleLegend, P = u.options.ranges, O, N = Number.MAX_VALUE, C = -Number.MAX_VALUE;
          u.chart.series.forEach(function(w) {
            w.isBubble && !w.ignoreSeries && (O = w.zData.filter(W), O.length && (N = S(w.options.zMin, Math.min(N, Math.max(
              H(O),
              w.options.displayNegative === !1 ? w.options.zThreshold : -Number.MAX_VALUE
            ))), C = S(w.options.zMax, Math.max(C, U(O)))));
          });
          var b = N === C ? [{ value: C }] : [{ value: N }, { value: (N + C) / 2 }, { value: C, autoRanges: !0 }];
          return P.length && P[0].radius && b.reverse(), b.forEach(function(w, v) {
            P && P[v] && (b[v] = R(P[v], w));
          }), b;
        }, d.prototype.predictBubbleSizes = function() {
          var u = this.chart, P = this.fontMetrics, O = u.legend.options, N = O.floating, C = (O = O.layout === "horizontal") ? u.legend.lastLineHeight : 0, b = u.plotSizeX, w = u.plotSizeY, v = u.series[this.options.seriesIndex], a = v.getPxExtremes();
          u = Math.ceil(a.minPxSize), a = Math.ceil(a.maxPxSize);
          var c = Math.min(w, b);
          return v = v.options.maxSize, N || !/%$/.test(v) ? P = a : (v = parseFloat(v), P = (c + C - P.h / 2) * v / 100 / (v / 100 + 1), (O && w - P >= b || !O && b - P >= w) && (P = a)), [u, Math.ceil(P)];
        }, d.prototype.updateRanges = function(u, P) {
          var O = this.legend.options.bubbleLegend;
          O.minSize = u, O.maxSize = P, O.ranges = this.getRanges();
        }, d.prototype.correctSizes = function() {
          var u = this.legend, P = this.chart.series[this.options.seriesIndex].getPxExtremes();
          1 < Math.abs(Math.ceil(P.maxPxSize) - this.options.maxSize) && (this.updateRanges(this.options.minSize, P.maxPxSize), u.render());
        }, d;
      }();
    }), E(f, "Series/Bubble/BubbleLegendComposition.js", [f["Series/Bubble/BubbleLegendDefaults.js"], f["Series/Bubble/BubbleLegendItem.js"], f["Core/DefaultOptions.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = B.setOptions, F = I.addEvent, U = I.objectEach, H = I.wrap, W;
      return function(R) {
        function S(C, b, w) {
          var v = this.legend, a = 0 <= x(this);
          if (v && v.options.enabled && v.bubbleLegend && v.options.bubbleLegend.autoRanges && a) {
            var c = v.bubbleLegend.options;
            a = v.bubbleLegend.predictBubbleSizes(), v.bubbleLegend.updateRanges(a[0], a[1]), c.placed || (v.group.placed = !1, v.allItems.forEach(function(p) {
              p.legendGroup.translateY = null;
            })), v.render(), this.getMargins(), this.axes.forEach(function(p) {
              p.visible && p.render(), c.placed || (p.setScale(), p.updateNames(), U(p.ticks, function(i) {
                i.isNew = !0, i.isNewLabel = !0;
              }));
            }), c.placed = !0, this.getMargins(), C.call(this, b, w), v.bubbleLegend.correctSizes(), O(v, d(v));
          } else
            C.call(this, b, w), v && v.options.enabled && v.bubbleLegend && (v.render(), O(v, d(v)));
        }
        function x(C) {
          C = C.series;
          for (var b = 0; b < C.length; ) {
            if (C[b] && C[b].isBubble && C[b].visible && C[b].zData.length)
              return b;
            b++;
          }
          return -1;
        }
        function d(C) {
          C = C.allItems;
          var b = [], w = C.length, v, a = 0;
          for (v = 0; v < w; v++)
            if (C[v].legendItemHeight && (C[v].itemHeight = C[v].legendItemHeight), C[v] === C[w - 1] || C[v + 1] && C[v]._legendItemPos[1] !== C[v + 1]._legendItemPos[1]) {
              b.push({ height: 0 });
              var c = b[b.length - 1];
              for (a; a <= v; a++)
                C[a].itemHeight > c.height && (c.height = C[a].itemHeight);
              c.step = v;
            }
          return b;
        }
        function u(C) {
          var b = this.bubbleLegend, w = this.options, v = w.bubbleLegend, a = x(this.chart);
          b && b.ranges && b.ranges.length && (v.ranges.length && (v.autoRanges = !!v.ranges[0].autoRanges), this.destroyItem(b)), 0 <= a && w.enabled && v.enabled && (v.seriesIndex = a, this.bubbleLegend = new y(v, this), this.bubbleLegend.addToLegend(C.allItems));
        }
        function P() {
          var C = this.chart, b = this.visible, w = this.chart.legend;
          w && w.bubbleLegend && (this.visible = !b, this.ignoreSeries = b, C = 0 <= x(C), w.bubbleLegend.visible !== C && (w.update({ bubbleLegend: { enabled: C } }), w.bubbleLegend.visible = C), this.visible = b);
        }
        function O(C, b) {
          var w = C.options.rtl, v, a, c, p = 0;
          C.allItems.forEach(function(i, l) {
            v = i.legendGroup.translateX, a = i._legendItemPos[1], ((c = i.movementX) || w && i.ranges) && (c = w ? v - i.options.maxSize / 2 : v + c, i.legendGroup.attr({ translateX: c })), l > b[p].step && p++, i.legendGroup.attr({ translateY: Math.round(a + b[p].height / 2) }), i._legendItemPos[1] = a + b[p].height / 2;
          });
        }
        var N = [];
        R.compose = function(C, b, w) {
          N.indexOf(C) === -1 && (N.push(C), Z({ legend: { bubbleLegend: h } }), H(C.prototype, "drawChartBox", S)), N.indexOf(b) === -1 && (N.push(b), F(b, "afterGetAllItems", u)), N.indexOf(w) === -1 && (N.push(w), F(w, "legendItemClick", P));
        };
      }(W || (W = {})), W;
    }), E(f, "Series/Bubble/BubblePoint.js", [f["Core/Series/Point.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]], function(h, y, B) {
      var I = this && this.__extends || function() {
        var Z = function(F, U) {
          return Z = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(H, W) {
            H.__proto__ = W;
          } || function(H, W) {
            for (var R in W)
              W.hasOwnProperty(R) && (H[R] = W[R]);
          }, Z(F, U);
        };
        return function(F, U) {
          function H() {
            this.constructor = F;
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      }();
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          return U.options = void 0, U.series = void 0, U;
        }
        return I(F, Z), F.prototype.haloPath = function(U) {
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        }, F;
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    }), E(f, "Series/Bubble/BubbleSeries.js", [
      f["Core/Axis/Axis.js"],
      f["Series/Bubble/BubbleLegendComposition.js"],
      f["Series/Bubble/BubblePoint.js"],
      f["Core/Color/Color.js"],
      f["Core/Globals.js"],
      f["Core/Series/Series.js"],
      f["Core/Series/SeriesRegistry.js"],
      f["Core/Utilities.js"]
    ], function(h, y, B, I, Z, F, U, H) {
      var W = this && this.__extends || function() {
        var w = function(v, a) {
          return w = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(c, p) {
            c.__proto__ = p;
          } || function(c, p) {
            for (var i in p)
              p.hasOwnProperty(i) && (c[i] = p[i]);
          }, w(v, a);
        };
        return function(v, a) {
          function c() {
            this.constructor = v;
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          w(v, a), v.prototype = a === null ? Object.create(a) : (c.prototype = a.prototype, new c());
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      }(), R = I.parse;
      I = Z.noop;
      var S = U.seriesTypes;
      Z = S.column;
      var x = S.scatter;
      S = H.addEvent;
      var d = H.arrayMax, u = H.arrayMin, P = H.clamp, O = H.extend, N = H.isNumber, C = H.merge, b = H.pick;
      return H = function(w) {
        function v() {
          var a = w !== null && w.apply(this, arguments) || this;
          return a.data = void 0, a.maxPxSize = void 0, a.minPxSize = void 0, a.options = void 0, a.points = void 0, a.radii = void 0, a.yData = void 0, a.zData = void 0, a;
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        return W(v, w), v.prototype.animate = function(a) {
          !a && this.points.length < this.options.animationLimit && this.points.forEach(function(c) {
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          }, this);
        }, v.prototype.getRadii = function() {
          var a = this, c = this.zData, p = this.yData, i = [], l = this.chart.bubbleZExtremes, s = this.getPxExtremes(), t = s.minPxSize, o = s.maxPxSize;
          if (!l) {
            var n = Number.MAX_VALUE, A = -Number.MAX_VALUE, _;
            this.chart.series.forEach(function(T) {
              T.bubblePadding && (T.visible || !a.chart.options.chart.ignoreHiddenSeries) && (T = T.getZExtremes()) && (n = Math.min(n || T.zMin, T.zMin), A = Math.max(A || T.zMax, T.zMax), _ = !0);
            }), _ ? (l = { zMin: n, zMax: A }, this.chart.bubbleZExtremes = l) : l = { zMin: 0, zMax: 0 };
          }
          var D = 0;
          for (s = c.length; D < s; D++) {
            var j = c[D];
            i.push(this.getRadius(l.zMin, l.zMax, t, o, j, p[D]));
          }
          this.radii = i;
        }, v.prototype.getRadius = function(a, c, p, i, l, s) {
          var t = this.options, o = t.sizeBy !== "width", n = t.zThreshold, A = c - a, _ = 0.5;
          if (s === null || l === null)
            return null;
          if (N(l)) {
            if (t.sizeByAbsoluteValue && (l = Math.abs(l - n), A = Math.max(c - n, Math.abs(a - n)), a = 0), l < a)
              return p / 2 - 1;
            0 < A && (_ = (l - a) / A);
          }
          return o && 0 <= _ && (_ = Math.sqrt(_)), Math.ceil(p + _ * (i - p)) / 2;
        }, v.prototype.hasData = function() {
          return !!this.processedXData.length;
        }, v.prototype.pointAttribs = function(a, c) {
          var p = this.options.marker.fillOpacity;
          return a = F.prototype.pointAttribs.call(this, a, c), p !== 1 && (a.fill = R(a.fill).setOpacity(p).get("rgba")), a;
        }, v.prototype.translate = function() {
          w.prototype.translate.call(this), this.getRadii(), this.translateBubble();
        }, v.prototype.translateBubble = function() {
          for (var a = this.data, c = this.radii, p = this.getPxExtremes().minPxSize, i = a.length; i--; ) {
            var l = a[i], s = c ? c[i] : 0;
            N(s) && s >= p / 2 ? (l.marker = O(l.marker, { radius: s, width: 2 * s, height: 2 * s }), l.dlBox = { x: l.plotX - s, y: l.plotY - s, width: 2 * s, height: 2 * s }) : l.shapeArgs = l.plotY = l.dlBox = void 0;
          }
        }, v.prototype.getPxExtremes = function() {
          var a = Math.min(this.chart.plotWidth, this.chart.plotHeight), c = function(i) {
            if (typeof i == "string") {
              var l = /%$/.test(i);
              i = parseInt(i, 10);
            }
            return l ? a * i / 100 : i;
          }, p = c(b(this.options.minSize, 8));
          return c = Math.max(c(b(this.options.maxSize, "20%")), p), {
            minPxSize: p,
            maxPxSize: c
          };
        }, v.prototype.getZExtremes = function() {
          var a = this.options, c = (this.zData || []).filter(N);
          if (c.length) {
            var p = b(a.zMin, P(u(c), a.displayNegative === !1 ? a.zThreshold || 0 : -Number.MAX_VALUE, Number.MAX_VALUE));
            if (a = b(a.zMax, d(c)), N(p) && N(a))
              return { zMin: p, zMax: a };
          }
        }, v.compose = y.compose, v.defaultOptions = C(x.defaultOptions, { dataLabels: { formatter: function() {
          var a = this.series.chart.numberFormatter, c = this.point.z;
          return N(c) ? a(c, -1) : "";
        }, inside: !0, verticalAlign: "middle" }, animationLimit: 250, marker: {
          lineColor: null,
          lineWidth: 1,
          fillOpacity: 0.5,
          radius: null,
          states: { hover: { radiusPlus: 0 } },
          symbol: "circle"
        }, minSize: 8, maxSize: "20%", softThreshold: !1, states: { hover: { halo: { size: 5 } } }, tooltip: { pointFormat: "({point.x}, {point.y}), Size: {point.z}" }, turboThreshold: 0, zThreshold: 0, zoneAxis: "z" }), v;
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        alignDataLabel: Z.prototype.alignDataLabel,
        applyZones: I,
        bubblePadding: !0,
        buildKDTree: I,
        directTouch: !0,
        isBubble: !0,
        pointArrayMap: ["y", "z"],
        pointClass: B,
        parallelArrays: ["x", "y", "z"],
        trackerGroups: ["group", "dataLabelsGroup"],
        specialGroup: "group",
        zoneAxis: "z"
      }), S(H, "updatedData", function(w) {
        delete w.target.chart.bubbleZExtremes;
      }), h.prototype.beforePadding = function() {
        var w = this, v = this.len, a = this.chart, c = 0, p = v, i = this.isXAxis, l = i ? "xData" : "yData", s = this.min, t = this.max - s, o = v / t, n;
        this.series.forEach(function(A) {
          if (A.bubblePadding && (A.visible || !a.options.chart.ignoreHiddenSeries)) {
            n = w.allowZoomOutside = !0;
            var _ = A[l];
            if (i && A.getRadii(0, 0, A), 0 < t) {
              for (var D = _.length; D--; )
                if (N(_[D]) && w.dataMin <= _[D] && _[D] <= w.max) {
                  var j = A.radii && A.radii[D] || 0;
                  c = Math.min((_[D] - s) * o - j, c), p = Math.max((_[D] - s) * o + j, p);
                }
            }
          }
        }), n && 0 < t && !this.logarithmic && (p -= v, o *= (v + Math.max(0, c) - Math.min(p, v)) / v, [["min", "userMin", c], ["max", "userMax", p]].forEach(function(A) {
          typeof b(w.options[A[0]], w[A[1]]) > "u" && (w[A[0]] += A[2] / o);
        }));
      }, U.registerSeriesType("bubble", H), H;
    }), E(f, "Series/ColumnRange/ColumnRangePoint.js", [f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]], function(h, y) {
      var B = this && this.__extends || function() {
        var U = function(H, W) {
          return U = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(R, S) {
            R.__proto__ = S;
          } || function(R, S) {
            for (var x in S)
              S.hasOwnProperty(x) && (R[x] = S[x]);
          }, U(H, W);
        };
        return function(H, W) {
          function R() {
            this.constructor = H;
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          U(H, W), H.prototype = W === null ? Object.create(W) : (R.prototype = W.prototype, new R());
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      }(), I = h.seriesTypes;
      h = I.column.prototype.pointClass;
      var Z = y.extend, F = y.isNumber;
      return y = function(U) {
        function H() {
          var W = U !== null && U.apply(this, arguments) || this;
          return W.series = void 0, W.options = void 0, W.barX = void 0, W.pointWidth = void 0, W.shapeType = void 0, W;
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          return F(this.low);
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    }), E(f, "Series/ColumnRange/ColumnRangeSeries.js", [f["Series/ColumnRange/ColumnRangePoint.js"], f["Core/Globals.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = this && this.__extends || function() {
        var P = function(O, N) {
          return P = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(C, b) {
            C.__proto__ = b;
          } || function(C, b) {
            for (var w in b)
              b.hasOwnProperty(w) && (C[w] = b[w]);
          }, P(O, N);
        };
        return function(O, N) {
          function C() {
            this.constructor = O;
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          P(O, N), O.prototype = N === null ? Object.create(N) : (C.prototype = N.prototype, new C());
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      y = y.noop;
      var F = B.seriesTypes, U = F.arearange, H = F.column, W = H.prototype, R = U.prototype, S = I.clamp, x = I.merge, d = I.pick;
      I = I.extend;
      var u = { pointRange: null, marker: null, states: { hover: { halo: !1 } } };
      return F = function(P) {
        function O() {
          var N = P !== null && P.apply(this, arguments) || this;
          return N.data = void 0, N.points = void 0, N.options = void 0, N;
        }
        return Z(O, P), O.prototype.setOptions = function() {
          return x(!0, arguments[0], { stacking: void 0 }), R.setOptions.apply(this, arguments);
        }, O.prototype.translate = function() {
          var N = this, C = N.yAxis, b = N.xAxis, w = b.startAngleRad, v, a = N.chart, c = N.xAxis.isRadial, p = Math.max(a.chartWidth, a.chartHeight) + 999, i;
          W.translate.apply(N), N.points.forEach(function(l) {
            var s = l.shapeArgs || {}, t = N.options.minPointLength;
            l.plotHigh = i = S(C.translate(l.high, 0, 1, 0, 1), -p, p), l.plotLow = S(l.plotY, -p, p);
            var o = i, n = d(
              l.rectPlotY,
              l.plotY
            ) - i;
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          });
        }, O.prototype.crispCol = function() {
          return W.crispCol.apply(this, arguments);
        }, O.prototype.drawPoints = function() {
          return W.drawPoints.apply(this, arguments);
        }, O.prototype.drawTracker = function() {
          return W.drawTracker.apply(this, arguments);
        }, O.prototype.getColumnMetrics = function() {
          return W.getColumnMetrics.apply(this, arguments);
        }, O.prototype.pointAttribs = function() {
          return W.pointAttribs.apply(this, arguments);
        }, O.prototype.adjustForMissingColumns = function() {
          return W.adjustForMissingColumns.apply(this, arguments);
        }, O.prototype.animate = function() {
          return W.animate.apply(this, arguments);
        }, O.prototype.translate3dPoints = function() {
          return W.translate3dPoints.apply(this, arguments);
        }, O.prototype.translate3dShapes = function() {
          return W.translate3dShapes.apply(this, arguments);
        }, O.defaultOptions = x(H.defaultOptions, U.defaultOptions, u), O;
      }(U), I(F.prototype, { directTouch: !0, trackerGroups: ["group", "dataLabelsGroup"], drawGraph: y, getSymbol: y, polarArc: function() {
        return W.polarArc.apply(this, arguments);
      }, pointClass: h }), B.registerSeriesType("columnrange", F), F;
    }), E(f, "Series/ColumnPyramid/ColumnPyramidSeries.js", [f["Series/Column/ColumnSeries.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]], function(h, y, B) {
      var I = this && this.__extends || function() {
        var W = function(R, S) {
          return W = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(x, d) {
            x.__proto__ = d;
          } || function(x, d) {
            for (var u in d)
              d.hasOwnProperty(u) && (x[u] = d[u]);
          }, W(R, S);
        };
        return function(R, S) {
          function x() {
            this.constructor = R;
          }
          W(R, S), R.prototype = S === null ? Object.create(S) : (x.prototype = S.prototype, new x());
        };
      }(), Z = h.prototype, F = B.clamp, U = B.merge, H = B.pick;
      return B = function(W) {
        function R() {
          var S = W !== null && W.apply(this, arguments) || this;
          return S.data = void 0, S.options = void 0, S.points = void 0, S;
        }
        return I(R, W), R.prototype.translate = function() {
          var S = this, x = S.chart, d = S.options, u = S.dense = 2 > S.closestPointRange * S.xAxis.transA;
          u = S.borderWidth = H(d.borderWidth, u ? 0 : 1);
          var P = S.yAxis, O = d.threshold, N = S.translatedThreshold = P.getThreshold(O), C = H(d.minPointLength, 5), b = S.getColumnMetrics(), w = b.width, v = S.barW = Math.max(w, 1 + 2 * u), a = S.pointXOffset = b.offset;
          x.inverted && (N -= 0.5), d.pointPadding && (v = Math.ceil(v)), Z.translate.apply(S), S.points.forEach(function(c) {
            var p = H(c.yBottom, N), i = 999 + Math.abs(p), l = F(c.plotY, -i, P.len + i);
            i = c.plotX + a;
            var s = v / 2, t = Math.min(l, p);
            p = Math.max(l, p) - t;
            var o;
            c.barX = i, c.pointWidth = w, c.tooltipPos = x.inverted ? [P.len + P.pos - x.plotLeft - l, S.xAxis.len - i - s, p] : [i + s, l + P.pos - x.plotTop, p], l = O + (c.total || c.y), d.stacking === "percent" && (l = O + (0 > c.y) ? -100 : 100), l = P.toPixels(l, !0);
            var n = (o = x.plotHeight - l - (x.plotHeight - N)) ? s * (t - l) / o : 0, A = o ? s * (t + p - l) / o : 0;
            o = i - n + s, n = i + n + s;
            var _ = i + A + s;
            A = i - A + s;
            var D = t - C, j = t + p;
            0 > c.y && (D = t, j = t + p + C), x.inverted && (_ = P.width - t, o = l - (P.width - N), n = s * (l - _) / o, A = s * (l - (_ - p)) / o, o = i + s + n, n = o - 2 * n, _ = i - A + s, A = i + A + s, D = t, j = t + p - C, 0 > c.y && (j = t + p + C)), c.shapeType = "path", c.shapeArgs = { x: o, y: D, width: n - o, height: p, d: [["M", o, D], ["L", n, D], ["L", _, j], ["L", A, j], ["Z"]] };
          });
        }, R.defaultOptions = U(h.defaultOptions, {}), R;
      }(h), y.registerSeriesType("columnpyramid", B), B;
    }), E(f, "Series/ErrorBar/ErrorBarSeries.js", [f["Series/BoxPlot/BoxPlotSeries.js"], f["Series/Column/ColumnSeries.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = this && this.__extends || function() {
        var W = function(R, S) {
          return W = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(x, d) {
            x.__proto__ = d;
          } || function(x, d) {
            for (var u in d)
              d.hasOwnProperty(u) && (x[u] = d[u]);
          }, W(R, S);
        };
        return function(R, S) {
          function x() {
            this.constructor = R;
          }
          W(R, S), R.prototype = S === null ? Object.create(S) : (x.prototype = S.prototype, new x());
        };
      }(), F = B.seriesTypes.arearange, U = I.merge;
      I = I.extend;
      var H = function(W) {
        function R() {
          var S = W !== null && W.apply(this, arguments) || this;
          return S.data = void 0, S.options = void 0, S.points = void 0, S;
        }
        return Z(R, W), R.prototype.getColumnMetrics = function() {
          return this.linkedParent && this.linkedParent.columnMetrics || y.prototype.getColumnMetrics.call(this);
        }, R.prototype.drawDataLabels = function() {
          var S = this.pointValKey;
          F && (F.prototype.drawDataLabels.call(this), this.data.forEach(function(x) {
            x.y = x[S];
          }));
        }, R.prototype.toYData = function(S) {
          return [S.low, S.high];
        }, R.defaultOptions = U(h.defaultOptions, {
          color: "#000000",
          grouping: !1,
          linkedTo: ":previous",
          tooltip: { pointFormat: '<span style="color:{point.color}">●</span> {series.name}: <b>{point.low}</b> - <b>{point.high}</b><br/>' },
          whiskerWidth: null
        }), R;
      }(h);
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    }), E(f, "Series/Gauge/GaugePoint.js", [f["Core/Series/SeriesRegistry.js"]], function(h) {
      var y = this && this.__extends || function() {
        var B = function(I, Z) {
          return B = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(F, U) {
            F.__proto__ = U;
          } || function(F, U) {
            for (var H in U)
              U.hasOwnProperty(H) && (F[H] = U[H]);
          }, B(I, Z);
        };
        return function(I, Z) {
          function F() {
            this.constructor = I;
          }
          B(I, Z), I.prototype = Z === null ? Object.create(Z) : (F.prototype = Z.prototype, new F());
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      }();
      return function(B) {
        function I() {
          var Z = B !== null && B.apply(this, arguments) || this;
          return Z.options = void 0, Z.series = void 0, Z.shapeArgs = void 0, Z;
        }
        return y(I, B), I.prototype.setState = function(Z) {
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    }), E(f, "Series/Gauge/GaugeSeries.js", [f["Series/Gauge/GaugePoint.js"], f["Core/Globals.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = this && this.__extends || function() {
        var u = function(P, O) {
          return u = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(N, C) {
            N.__proto__ = C;
          } || function(N, C) {
            for (var b in C)
              C.hasOwnProperty(b) && (N[b] = C[b]);
          }, u(P, O);
        };
        return function(P, O) {
          function N() {
            this.constructor = P;
          }
          u(P, O), P.prototype = O === null ? Object.create(O) : (N.prototype = O.prototype, new N());
        };
      }();
      y = y.noop;
      var F = B.series, U = B.seriesTypes.column, H = I.clamp, W = I.isNumber, R = I.extend, S = I.merge, x = I.pick, d = I.pInt;
      return I = function(u) {
        function P() {
          var O = u !== null && u.apply(this, arguments) || this;
          return O.data = void 0, O.points = void 0, O.options = void 0, O.yAxis = void 0, O;
        }
        return Z(P, u), P.prototype.translate = function() {
          var O = this.yAxis, N = this.options, C = O.center;
          this.generatePoints(), this.points.forEach(function(b) {
            var w = S(N.dial, b.dial), v = d(x(w.radius, "80%")) * C[2] / 200, a = d(x(w.baseLength, "70%")) * v / 100, c = d(x(w.rearLength, "10%")) * v / 100, p = w.baseWidth || 3, i = w.topWidth || 1, l = N.overshoot, s = O.startAngleRad + O.translate(b.y, null, null, null, !0);
            (W(l) || N.wrap === !1) && (l = W(l) ? l / 180 * Math.PI : 0, s = H(
              s,
              O.startAngleRad - l,
              O.endAngleRad + l
            )), s = 180 * s / Math.PI, b.shapeType = "path", b.shapeArgs = { d: w.path || [["M", -c, -p / 2], ["L", a, -p / 2], ["L", v, -i / 2], ["L", v, i / 2], ["L", a, p / 2], ["L", -c, p / 2], ["Z"]], translateX: C[0], translateY: C[1], rotation: s }, b.plotX = C[0], b.plotY = C[1];
          });
        }, P.prototype.drawPoints = function() {
          var O = this, N = O.chart, C = O.yAxis.center, b = O.pivot, w = O.options, v = w.pivot, a = N.renderer;
          O.points.forEach(function(c) {
            var p = c.graphic, i = c.shapeArgs, l = i.d, s = S(w.dial, c.dial);
            p ? (p.animate(i), i.d = l) : c.graphic = a[c.shapeType](i).attr({
              rotation: i.rotation,
              zIndex: 1
            }).addClass("highcharts-dial").add(O.group), N.styledMode || c.graphic[p ? "animate" : "attr"]({ stroke: s.borderColor || "none", "stroke-width": s.borderWidth || 0, fill: s.backgroundColor || "#000000" });
          }), b ? b.animate({ translateX: C[0], translateY: C[1] }) : (O.pivot = a.circle(0, 0, x(v.radius, 5)).attr({ zIndex: 2 }).addClass("highcharts-pivot").translate(C[0], C[1]).add(O.group), N.styledMode || O.pivot.attr({ "stroke-width": v.borderWidth || 0, stroke: v.borderColor || "#cccccc", fill: v.backgroundColor || "#000000" }));
        }, P.prototype.animate = function(O) {
          var N = this;
          O || N.points.forEach(function(C) {
            var b = C.graphic;
            b && (b.attr({ rotation: 180 * N.yAxis.startAngleRad / Math.PI }), b.animate({ rotation: C.shapeArgs.rotation }, N.options.animation));
          });
        }, P.prototype.render = function() {
          this.group = this.plotGroup("group", "series", this.visible ? "visible" : "hidden", this.options.zIndex, this.chart.seriesGroup), F.prototype.render.call(this), this.group.clip(this.chart.clipRect);
        }, P.prototype.setData = function(O, N) {
          F.prototype.setData.call(this, O, !1), this.processData(), this.generatePoints(), x(N, !0) && this.chart.redraw();
        }, P.prototype.hasData = function() {
          return !!this.points.length;
        }, P.defaultOptions = S(F.defaultOptions, { dataLabels: { borderColor: "#cccccc", borderRadius: 3, borderWidth: 1, crop: !1, defer: !1, enabled: !0, verticalAlign: "top", y: 15, zIndex: 2 }, dial: {}, pivot: {}, tooltip: { headerFormat: "" }, showInLegend: !1 }), P;
      }(F), R(I.prototype, { angular: !0, directTouch: !0, drawGraph: y, drawTracker: U.prototype.drawTracker, fixedBox: !0, forceDL: !0, noSharedTooltip: !0, pointClass: h, trackerGroups: [
        "group",
        "dataLabelsGroup"
      ] }), B.registerSeriesType("gauge", I), I;
    }), E(f, "Series/PackedBubble/PackedBubblePoint.js", [f["Core/Chart/Chart.js"], f["Core/Series/Point.js"], f["Core/Series/SeriesRegistry.js"]], function(h, y, B) {
      var I = this && this.__extends || function() {
        var Z = function(F, U) {
          return Z = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(H, W) {
            H.__proto__ = W;
          } || function(H, W) {
            for (var R in W)
              W.hasOwnProperty(R) && (H[R] = W[R]);
          }, Z(F, U);
        };
        return function(F, U) {
          function H() {
            this.constructor = F;
          }
          Z(F, U), F.prototype = U === null ? Object.create(U) : (H.prototype = U.prototype, new H());
        };
      }();
      return function(Z) {
        function F() {
          var U = Z !== null && Z.apply(this, arguments) || this;
          return U.degree = NaN, U.mass = NaN, U.radius = NaN, U.options = void 0, U.series = void 0, U.value = null, U;
        }
        return I(F, Z), F.prototype.destroy = function() {
          return this.series.layout && this.series.layout.removeElementFromCollection(this, this.series.layout.nodes), y.prototype.destroy.apply(this, arguments);
        }, F.prototype.firePointEvent = function() {
          var U = this.series.options;
          if (this.isParentNode && U.parentNode) {
            var H = U.allowPointSelect;
            U.allowPointSelect = U.parentNode.allowPointSelect, y.prototype.firePointEvent.apply(this, arguments), U.allowPointSelect = H;
          } else
            y.prototype.firePointEvent.apply(this, arguments);
        }, F.prototype.select = function() {
          var U = this.series.chart;
          this.isParentNode ? (U.getSelectedPoints = U.getSelectedParentNodes, y.prototype.select.apply(this, arguments), U.getSelectedPoints = h.prototype.getSelectedPoints) : y.prototype.select.apply(this, arguments);
        }, F;
      }(B.seriesTypes.bubble.prototype.pointClass);
    }), E(f, "Series/Networkgraph/DraggableNodes.js", [f["Core/Chart/Chart.js"], f["Core/Globals.js"], f["Core/Utilities.js"]], function(h, y, B) {
      var I = B.addEvent;
      y.dragNodesMixin = { onMouseDown: function(Z, F) {
        F = this.chart.pointer.normalize(F), Z.fixedPosition = { chartX: F.chartX, chartY: F.chartY, plotX: Z.plotX, plotY: Z.plotY }, Z.inDragMode = !0;
      }, onMouseMove: function(Z, F) {
        if (Z.fixedPosition && Z.inDragMode) {
          var U = this.chart, H = U.pointer.normalize(F);
          F = Z.fixedPosition.chartX - H.chartX, H = Z.fixedPosition.chartY - H.chartY;
          var W = void 0, R = void 0, S = U.graphLayoutsLookup;
          (5 < Math.abs(F) || 5 < Math.abs(H)) && (W = Z.fixedPosition.plotX - F, R = Z.fixedPosition.plotY - H, U.isInsidePlot(W, R) && (Z.plotX = W, Z.plotY = R, Z.hasDragged = !0, this.redrawHalo(Z), S.forEach(function(x) {
            x.restartSimulation();
          })));
        }
      }, onMouseUp: function(Z, F) {
        Z.fixedPosition && (Z.hasDragged && (this.layout.enableSimulation ? this.layout.start() : this.chart.redraw()), Z.inDragMode = Z.hasDragged = !1, this.options.fixedDraggable || delete Z.fixedPosition);
      }, redrawHalo: function(Z) {
        Z && this.halo && this.halo.attr({ d: Z.haloPath(this.options.states.hover.halo.size) });
      } }, I(h, "load", function() {
        var Z = this, F, U, H;
        Z.container && (F = I(Z.container, "mousedown", function(W) {
          var R = Z.hoverPoint;
          R && R.series && R.series.hasDraggableNodes && R.series.options.draggable && (R.series.onMouseDown(R, W), U = I(Z.container, "mousemove", function(S) {
            return R && R.series && R.series.onMouseMove(R, S);
          }), H = I(Z.container.ownerDocument, "mouseup", function(S) {
            return U(), H(), R && R.series && R.series.onMouseUp(R, S);
          }));
        })), I(Z, "destroy", function() {
          F();
        });
      });
    }), E(
      f,
      "Series/Networkgraph/Integrations.js",
      [f["Core/Globals.js"]],
      function(h) {
        h.networkgraphIntegrations = { verlet: { attractiveForceFunction: function(y, B) {
          return (B - y) / y;
        }, repulsiveForceFunction: function(y, B) {
          return (B - y) / y * (B > y ? 1 : 0);
        }, barycenter: function() {
          var y = this.options.gravitationalConstant, B = this.barycenter.xFactor, I = this.barycenter.yFactor;
          B = (B - (this.box.left + this.box.width) / 2) * y, I = (I - (this.box.top + this.box.height) / 2) * y, this.nodes.forEach(function(Z) {
            Z.fixedPosition || (Z.plotX -= B / Z.mass / Z.degree, Z.plotY -= I / Z.mass / Z.degree);
          });
        }, repulsive: function(y, B, I) {
          B = B * this.diffTemperature / y.mass / y.degree, y.fixedPosition || (y.plotX += I.x * B, y.plotY += I.y * B);
        }, attractive: function(y, B, I) {
          var Z = y.getMass(), F = -I.x * B * this.diffTemperature;
          B = -I.y * B * this.diffTemperature, y.fromNode.fixedPosition || (y.fromNode.plotX -= F * Z.fromNode / y.fromNode.degree, y.fromNode.plotY -= B * Z.fromNode / y.fromNode.degree), y.toNode.fixedPosition || (y.toNode.plotX += F * Z.toNode / y.toNode.degree, y.toNode.plotY += B * Z.toNode / y.toNode.degree);
        }, integrate: function(y, B) {
          var I = -y.options.friction, Z = y.options.maxSpeed, F = (B.plotX + B.dispX - B.prevX) * I;
          I *= B.plotY + B.dispY - B.prevY;
          var U = Math.abs, H = U(F) / (F || 1);
          U = U(I) / (I || 1), F = H * Math.min(Z, Math.abs(F)), I = U * Math.min(Z, Math.abs(I)), B.prevX = B.plotX + B.dispX, B.prevY = B.plotY + B.dispY, B.plotX += F, B.plotY += I, B.temperature = y.vectorLength({ x: F, y: I });
        }, getK: function(y) {
          return Math.pow(y.box.width * y.box.height / y.nodes.length, 0.5);
        } }, euler: { attractiveForceFunction: function(y, B) {
          return y * y / B;
        }, repulsiveForceFunction: function(y, B) {
          return B * B / y;
        }, barycenter: function() {
          var y = this.options.gravitationalConstant, B = this.barycenter.xFactor, I = this.barycenter.yFactor;
          this.nodes.forEach(function(Z) {
            if (!Z.fixedPosition) {
              var F = Z.getDegree();
              F *= 1 + F / 2, Z.dispX += (B - Z.plotX) * y * F / Z.degree, Z.dispY += (I - Z.plotY) * y * F / Z.degree;
            }
          });
        }, repulsive: function(y, B, I, Z) {
          y.dispX += I.x / Z * B / y.degree, y.dispY += I.y / Z * B / y.degree;
        }, attractive: function(y, B, I, Z) {
          var F = y.getMass(), U = I.x / Z * B;
          B *= I.y / Z, y.fromNode.fixedPosition || (y.fromNode.dispX -= U * F.fromNode / y.fromNode.degree, y.fromNode.dispY -= B * F.fromNode / y.fromNode.degree), y.toNode.fixedPosition || (y.toNode.dispX += U * F.toNode / y.toNode.degree, y.toNode.dispY += B * F.toNode / y.toNode.degree);
        }, integrate: function(y, B) {
          B.dispX += B.dispX * y.options.friction, B.dispY += B.dispY * y.options.friction;
          var I = B.temperature = y.vectorLength({ x: B.dispX, y: B.dispY });
          I !== 0 && (B.plotX += B.dispX / I * Math.min(Math.abs(B.dispX), y.temperature), B.plotY += B.dispY / I * Math.min(Math.abs(B.dispY), y.temperature));
        }, getK: function(y) {
          return Math.pow(y.box.width * y.box.height / y.nodes.length, 0.3);
        } } };
      }
    ), E(
      f,
      "Series/Networkgraph/QuadTree.js",
      [f["Core/Globals.js"], f["Core/Utilities.js"]],
      function(h, y) {
        y = y.extend;
        var B = h.QuadTreeNode = function(I) {
          this.box = I, this.boxSize = Math.min(I.width, I.height), this.nodes = [], this.body = this.isInternal = !1, this.isEmpty = !0;
        };
        y(B.prototype, { insert: function(I, Z) {
          this.isInternal ? this.nodes[this.getBoxPosition(I)].insert(I, Z - 1) : (this.isEmpty = !1, this.body ? Z ? (this.isInternal = !0, this.divideBox(), this.body !== !0 && (this.nodes[this.getBoxPosition(this.body)].insert(this.body, Z - 1), this.body = !0), this.nodes[this.getBoxPosition(I)].insert(I, Z - 1)) : (Z = new B({
            top: I.plotX,
            left: I.plotY,
            width: 0.1,
            height: 0.1
          }), Z.body = I, Z.isInternal = !1, this.nodes.push(Z)) : (this.isInternal = !1, this.body = I));
        }, updateMassAndCenter: function() {
          var I = 0, Z = 0, F = 0;
          this.isInternal ? (this.nodes.forEach(function(U) {
            U.isEmpty || (I += U.mass, Z += U.plotX * U.mass, F += U.plotY * U.mass);
          }), Z /= I, F /= I) : this.body && (I = this.body.mass, Z = this.body.plotX, F = this.body.plotY), this.mass = I, this.plotX = Z, this.plotY = F;
        }, divideBox: function() {
          var I = this.box.width / 2, Z = this.box.height / 2;
          this.nodes[0] = new B({
            left: this.box.left,
            top: this.box.top,
            width: I,
            height: Z
          }), this.nodes[1] = new B({ left: this.box.left + I, top: this.box.top, width: I, height: Z }), this.nodes[2] = new B({ left: this.box.left + I, top: this.box.top + Z, width: I, height: Z }), this.nodes[3] = new B({ left: this.box.left, top: this.box.top + Z, width: I, height: Z });
        }, getBoxPosition: function(I) {
          var Z = I.plotY < this.box.top + this.box.height / 2;
          return I.plotX < this.box.left + this.box.width / 2 ? Z ? 0 : 3 : Z ? 1 : 2;
        } }), h = h.QuadTree = function(I, Z, F, U) {
          this.box = { left: I, top: Z, width: F, height: U }, this.maxDepth = 25, this.root = new B(
            this.box,
            "0"
          ), this.root.isInternal = !0, this.root.isRoot = !0, this.root.divideBox();
        }, y(h.prototype, { insertNodes: function(I) {
          I.forEach(function(Z) {
            this.root.insert(Z, this.maxDepth);
          }, this);
        }, visitNodeRecursive: function(I, Z, F) {
          var U;
          I || (I = this.root), I === this.root && Z && (U = Z(I)), U !== !1 && (I.nodes.forEach(function(H) {
            if (H.isInternal) {
              if (Z && (U = Z(H)), U === !1)
                return;
              this.visitNodeRecursive(H, Z, F);
            } else
              H.body && Z && Z(H.body);
            F && F(H);
          }, this), I === this.root && F && F(I));
        }, calculateMassAndCenter: function() {
          this.visitNodeRecursive(
            null,
            null,
            function(I) {
              I.updateMassAndCenter();
            }
          );
        } });
      }
    ), E(f, "Series/Networkgraph/Layouts.js", [f["Core/Chart/Chart.js"], f["Core/Animation/AnimationUtilities.js"], f["Core/Globals.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = y.setAnimation;
      y = I.addEvent;
      var F = I.clamp, U = I.defined, H = I.extend, W = I.isFunction, R = I.pick;
      B.layouts = { "reingold-fruchterman": function() {
      } }, H(B.layouts["reingold-fruchterman"].prototype, {
        init: function(S) {
          this.options = S, this.nodes = [], this.links = [], this.series = [], this.box = {
            x: 0,
            y: 0,
            width: 0,
            height: 0
          }, this.setInitialRendering(!0), this.integration = B.networkgraphIntegrations[S.integration], this.enableSimulation = S.enableSimulation, this.attractiveForce = R(S.attractiveForce, this.integration.attractiveForceFunction), this.repulsiveForce = R(S.repulsiveForce, this.integration.repulsiveForceFunction), this.approximation = S.approximation;
        },
        updateSimulation: function(S) {
          this.enableSimulation = R(S, this.options.enableSimulation);
        },
        start: function() {
          var S = this.series, x = this.options;
          this.currentStep = 0, this.forces = S[0] && S[0].forces || [], this.chart = S[0] && S[0].chart, this.initialRendering && (this.initPositions(), S.forEach(function(d) {
            d.finishedAnimating = !0, d.render();
          })), this.setK(), this.resetSimulation(x), this.enableSimulation && this.step();
        },
        step: function() {
          var S = this, x = this.series;
          S.currentStep++, S.approximation === "barnes-hut" && (S.createQuadTree(), S.quadTree.calculateMassAndCenter()), S.forces.forEach(function(d) {
            S[d + "Forces"](S.temperature);
          }), S.applyLimits(S.temperature), S.temperature = S.coolDown(
            S.startTemperature,
            S.diffTemperature,
            S.currentStep
          ), S.prevSystemTemperature = S.systemTemperature, S.systemTemperature = S.getSystemTemperature(), S.enableSimulation && (x.forEach(function(d) {
            d.chart && d.render();
          }), S.maxIterations-- && isFinite(S.temperature) && !S.isStable() ? (S.simulation && B.win.cancelAnimationFrame(S.simulation), S.simulation = B.win.requestAnimationFrame(function() {
            S.step();
          })) : S.simulation = !1);
        },
        stop: function() {
          this.simulation && B.win.cancelAnimationFrame(this.simulation);
        },
        setArea: function(S, x, d, u) {
          this.box = {
            left: S,
            top: x,
            width: d,
            height: u
          };
        },
        setK: function() {
          this.k = this.options.linkLength || this.integration.getK(this);
        },
        addElementsToCollection: function(S, x) {
          S.forEach(function(d) {
            x.indexOf(d) === -1 && x.push(d);
          });
        },
        removeElementFromCollection: function(S, x) {
          S = x.indexOf(S), S !== -1 && x.splice(S, 1);
        },
        clear: function() {
          this.nodes.length = 0, this.links.length = 0, this.series.length = 0, this.resetSimulation();
        },
        resetSimulation: function() {
          this.forcedStop = !1, this.systemTemperature = 0, this.setMaxIterations(), this.setTemperature(), this.setDiffTemperature();
        },
        restartSimulation: function() {
          this.simulation ? this.resetSimulation() : (this.setInitialRendering(!1), this.enableSimulation ? this.start() : this.setMaxIterations(1), this.chart && this.chart.redraw(), this.setInitialRendering(!0));
        },
        setMaxIterations: function(S) {
          this.maxIterations = R(S, this.options.maxIterations);
        },
        setTemperature: function() {
          this.temperature = this.startTemperature = Math.sqrt(this.nodes.length);
        },
        setDiffTemperature: function() {
          this.diffTemperature = this.startTemperature / (this.options.maxIterations + 1);
        },
        setInitialRendering: function(S) {
          this.initialRendering = S;
        },
        createQuadTree: function() {
          this.quadTree = new B.QuadTree(this.box.left, this.box.top, this.box.width, this.box.height), this.quadTree.insertNodes(this.nodes);
        },
        initPositions: function() {
          var S = this.options.initialPositions;
          W(S) ? (S.call(this), this.nodes.forEach(function(x) {
            U(x.prevX) || (x.prevX = x.plotX), U(x.prevY) || (x.prevY = x.plotY), x.dispX = 0, x.dispY = 0;
          })) : S === "circle" ? this.setCircularPositions() : this.setRandomPositions();
        },
        setCircularPositions: function() {
          function S(b) {
            b.linksFrom.forEach(function(w) {
              N[w.toNode.id] || (N[w.toNode.id] = !0, O.push(w.toNode), S(w.toNode));
            });
          }
          var x = this.box, d = this.nodes, u = 2 * Math.PI / (d.length + 1), P = d.filter(function(b) {
            return b.linksTo.length === 0;
          }), O = [], N = {}, C = this.options.initialPositionRadius;
          P.forEach(function(b) {
            O.push(b), S(b);
          }), O.length ? d.forEach(function(b) {
            O.indexOf(b) === -1 && O.push(b);
          }) : O = d, O.forEach(function(b, w) {
            b.plotX = b.prevX = R(b.plotX, x.width / 2 + C * Math.cos(w * u)), b.plotY = b.prevY = R(b.plotY, x.height / 2 + C * Math.sin(w * u)), b.dispX = 0, b.dispY = 0;
          });
        },
        setRandomPositions: function() {
          function S(P) {
            return P = P * P / Math.PI, P -= Math.floor(P);
          }
          var x = this.box, d = this.nodes, u = d.length + 1;
          d.forEach(function(P, O) {
            P.plotX = P.prevX = R(P.plotX, x.width * S(O)), P.plotY = P.prevY = R(P.plotY, x.height * S(u + O)), P.dispX = 0, P.dispY = 0;
          });
        },
        force: function(S) {
          this.integration[S].apply(this, Array.prototype.slice.call(arguments, 1));
        },
        barycenterForces: function() {
          this.getBarycenter(), this.force("barycenter");
        },
        getBarycenter: function() {
          var S = 0, x = 0, d = 0;
          return this.nodes.forEach(function(u) {
            x += u.plotX * u.mass, d += u.plotY * u.mass, S += u.mass;
          }), this.barycenter = { x, y: d, xFactor: x / S, yFactor: d / S };
        },
        barnesHutApproximation: function(S, x) {
          var d = this.getDistXY(S, x), u = this.vectorLength(d);
          if (S !== x && u !== 0)
            if (x.isInternal)
              if (x.boxSize / u < this.options.theta && u !== 0) {
                var P = this.repulsiveForce(u, this.k);
                this.force("repulsive", S, P * x.mass, d, u);
                var O = !1;
              } else
                O = !0;
            else
              P = this.repulsiveForce(u, this.k), this.force("repulsive", S, P * x.mass, d, u);
          return O;
        },
        repulsiveForces: function() {
          var S = this;
          S.approximation === "barnes-hut" ? S.nodes.forEach(function(x) {
            S.quadTree.visitNodeRecursive(
              null,
              function(d) {
                return S.barnesHutApproximation(x, d);
              }
            );
          }) : S.nodes.forEach(function(x) {
            S.nodes.forEach(function(d) {
              if (x !== d && !x.fixedPosition) {
                var u = S.getDistXY(x, d), P = S.vectorLength(u);
                if (P !== 0) {
                  var O = S.repulsiveForce(P, S.k);
                  S.force("repulsive", x, O * d.mass, u, P);
                }
              }
            });
          });
        },
        attractiveForces: function() {
          var S = this, x, d, u;
          S.links.forEach(function(P) {
            P.fromNode && P.toNode && (x = S.getDistXY(P.fromNode, P.toNode), d = S.vectorLength(x), d !== 0 && (u = S.attractiveForce(d, S.k), S.force("attractive", P, u, x, d)));
          });
        },
        applyLimits: function() {
          var S = this;
          S.nodes.forEach(function(x) {
            x.fixedPosition || (S.integration.integrate(S, x), S.applyLimitBox(x, S.box), x.dispX = 0, x.dispY = 0);
          });
        },
        applyLimitBox: function(S, x) {
          var d = S.radius;
          S.plotX = F(S.plotX, x.left + d, x.width - d), S.plotY = F(S.plotY, x.top + d, x.height - d);
        },
        coolDown: function(S, x, d) {
          return S - x * d;
        },
        isStable: function() {
          return 1e-5 > Math.abs(this.systemTemperature - this.prevSystemTemperature) || 0 >= this.temperature;
        },
        getSystemTemperature: function() {
          return this.nodes.reduce(function(S, x) {
            return S + x.temperature;
          }, 0);
        },
        vectorLength: function(S) {
          return Math.sqrt(S.x * S.x + S.y * S.y);
        },
        getDistR: function(S, x) {
          return S = this.getDistXY(S, x), this.vectorLength(S);
        },
        getDistXY: function(S, x) {
          var d = S.plotX - x.plotX;
          return S = S.plotY - x.plotY, { x: d, y: S, absX: Math.abs(d), absY: Math.abs(S) };
        }
      }), y(h, "predraw", function() {
        this.graphLayoutsLookup && this.graphLayoutsLookup.forEach(function(S) {
          S.stop();
        });
      }), y(h, "render", function() {
        function S(u) {
          u.maxIterations-- && isFinite(u.temperature) && !u.isStable() && !u.enableSimulation && (u.beforeStep && u.beforeStep(), u.step(), d = !1, x = !0);
        }
        var x = !1;
        if (this.graphLayoutsLookup) {
          for (Z(!1, this), this.graphLayoutsLookup.forEach(function(u) {
            u.start();
          }); !d; ) {
            var d = !0;
            this.graphLayoutsLookup.forEach(S);
          }
          x && this.series.forEach(function(u) {
            u && u.layout && u.render();
          });
        }
      }), y(h, "beforePrint", function() {
        this.graphLayoutsLookup && (this.graphLayoutsLookup.forEach(function(S) {
          S.updateSimulation(!1);
        }), this.redraw());
      }), y(h, "afterPrint", function() {
        this.graphLayoutsLookup && this.graphLayoutsLookup.forEach(function(S) {
          S.updateSimulation();
        }), this.redraw();
      });
    }), E(f, "Series/PackedBubble/PackedBubbleComposition.js", [f["Core/Chart/Chart.js"], f["Core/Globals.js"], f["Core/Utilities.js"]], function(h, y, B) {
      var I = y.layouts["reingold-fruchterman"], Z = B.addEvent, F = B.extendClass, U = B.pick;
      h.prototype.getSelectedParentNodes = function() {
        var H = [];
        return this.series.forEach(function(W) {
          W.parentNode && W.parentNode.selected && H.push(W.parentNode);
        }), H;
      }, y.networkgraphIntegrations.packedbubble = { repulsiveForceFunction: function(H, W, R, S) {
        return Math.min(H, (R.marker.radius + S.marker.radius) / 2);
      }, barycenter: function() {
        var H = this, W = H.options.gravitationalConstant, R = H.box, S = H.nodes, x, d;
        S.forEach(function(u) {
          H.options.splitSeries && !u.isParentNode ? (x = u.series.parentNode.plotX, d = u.series.parentNode.plotY) : (x = R.width / 2, d = R.height / 2), u.fixedPosition || (u.plotX -= (u.plotX - x) * W / (u.mass * Math.sqrt(S.length)), u.plotY -= (u.plotY - d) * W / (u.mass * Math.sqrt(S.length)));
        });
      }, repulsive: function(H, W, R, S) {
        var x = W * this.diffTemperature / H.mass / H.degree;
        W = R.x * x, R = R.y * x, H.fixedPosition || (H.plotX += W, H.plotY += R), S.fixedPosition || (S.plotX -= W, S.plotY -= R);
      }, integrate: y.networkgraphIntegrations.verlet.integrate, getK: y.noop }, y.layouts.packedbubble = F(I, { beforeStep: function() {
        this.options.marker && this.series.forEach(function(H) {
          H && H.calculateParentRadius();
        });
      }, isStable: function() {
        var H = Math.abs(this.prevSystemTemperature - this.systemTemperature);
        return 1 > Math.abs(10 * this.systemTemperature / Math.sqrt(this.nodes.length)) && 1e-5 > H || 0 >= this.temperature;
      }, setCircularPositions: function() {
        var H = this, W = H.box, R = H.nodes, S = 2 * Math.PI / (R.length + 1), x, d, u = H.options.initialPositionRadius;
        R.forEach(function(P, O) {
          H.options.splitSeries && !P.isParentNode ? (x = P.series.parentNode.plotX, d = P.series.parentNode.plotY) : (x = W.width / 2, d = W.height / 2), P.plotX = P.prevX = U(P.plotX, x + u * Math.cos(P.index || O * S)), P.plotY = P.prevY = U(P.plotY, d + u * Math.sin(P.index || O * S)), P.dispX = 0, P.dispY = 0;
        });
      }, repulsiveForces: function() {
        var H = this, W, R, S, x = H.options.bubblePadding;
        H.nodes.forEach(function(d) {
          d.degree = d.mass, d.neighbours = 0, H.nodes.forEach(function(u) {
            W = 0, d === u || d.fixedPosition || !H.options.seriesInteraction && d.series !== u.series || (S = H.getDistXY(d, u), R = H.vectorLength(S) - (d.marker.radius + u.marker.radius + x), 0 > R && (d.degree += 0.01, d.neighbours++, W = H.repulsiveForce(-R / Math.sqrt(d.neighbours), H.k, d, u)), H.force("repulsive", d, W * u.mass, S, u, R));
          });
        });
      }, applyLimitBox: function(H) {
        if (this.options.splitSeries && !H.isParentNode && this.options.parentNodeLimit) {
          var W = this.getDistXY(H, H.series.parentNode), R = H.series.parentNodeRadius - H.marker.radius - this.vectorLength(W);
          0 > R && R > -2 * H.marker.radius && (H.plotX -= 0.01 * W.x, H.plotY -= 0.01 * W.y);
        }
        I.prototype.applyLimitBox.apply(this, arguments);
      } }), Z(h, "beforeRedraw", function() {
        this.allDataPoints && delete this.allDataPoints;
      });
    }), E(f, "Series/PackedBubble/PackedBubbleSeries.js", [f["Core/Color/Color.js"], f["Core/Globals.js"], f["Series/PackedBubble/PackedBubblePoint.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]], function(h, y, B, I, Z) {
      var F = this && this.__extends || function() {
        var w = function(v, a) {
          return w = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(c, p) {
            c.__proto__ = p;
          } || function(c, p) {
            for (var i in p)
              p.hasOwnProperty(i) && (c[i] = p[i]);
          }, w(v, a);
        };
        return function(v, a) {
          function c() {
            this.constructor = v;
          }
          w(v, a), v.prototype = a === null ? Object.create(a) : (c.prototype = a.prototype, new c());
        };
      }(), U = h.parse, H = I.series, W = I.seriesTypes.bubble, R = Z.addEvent, S = Z.clamp, x = Z.defined, d = Z.extend, u = Z.fireEvent, P = Z.isArray, O = Z.isNumber, N = Z.merge, C = Z.pick, b = y.dragNodesMixin;
      return h = function(w) {
        function v() {
          var a = w !== null && w.apply(this, arguments) || this;
          return a.chart = void 0, a.data = void 0, a.layout = void 0, a.options = void 0, a.points = void 0, a.xData = void 0, a;
        }
        return F(v, w), v.prototype.accumulateAllPoints = function(a) {
          var c = a.chart, p = [], i, l;
          for (i = 0; i < c.series.length; i++)
            if (a = c.series[i], a.is("packedbubble") && a.visible || !c.options.chart.ignoreHiddenSeries)
              for (l = 0; l < a.yData.length; l++)
                p.push([null, null, a.yData[l], a.index, l, { id: l, marker: { radius: 0 } }]);
          return p;
        }, v.prototype.addLayout = function() {
          var a = this.options.layoutAlgorithm, c = this.chart.graphLayoutsStorage, p = this.chart.graphLayoutsLookup, i = this.chart.options.chart;
          c || (this.chart.graphLayoutsStorage = c = {}, this.chart.graphLayoutsLookup = p = []);
          var l = c[a.type];
          l || (a.enableSimulation = x(i.forExport) ? !i.forExport : a.enableSimulation, c[a.type] = l = new y.layouts[a.type](), l.init(a), p.splice(l.index, 0, l)), this.layout = l, this.points.forEach(function(s) {
            s.mass = 2, s.degree = 1, s.collisionNmb = 1;
          }), l.setArea(0, 0, this.chart.plotWidth, this.chart.plotHeight), l.addElementsToCollection([this], l.series), l.addElementsToCollection(this.points, l.nodes);
        }, v.prototype.addSeriesLayout = function() {
          var a = this.options.layoutAlgorithm, c = this.chart.graphLayoutsStorage, p = this.chart.graphLayoutsLookup, i = N(a, a.parentNodeOptions, { enableSimulation: this.layout.options.enableSimulation }), l = c[a.type + "-series"];
          l || (c[a.type + "-series"] = l = new y.layouts[a.type](), l.init(i), p.splice(l.index, 0, l)), this.parentNodeLayout = l, this.createParentNodes();
        }, v.prototype.calculateParentRadius = function() {
          var a = this.seriesBox();
          this.parentNodeRadius = S(Math.sqrt(2 * this.parentNodeMass / Math.PI) + 20, 20, a ? Math.max(Math.sqrt(Math.pow(
            a.width,
            2
          ) + Math.pow(a.height, 2)) / 2 + 20, 20) : Math.sqrt(2 * this.parentNodeMass / Math.PI) + 20), this.parentNode && (this.parentNode.marker.radius = this.parentNode.radius = this.parentNodeRadius);
        }, v.prototype.calculateZExtremes = function() {
          var a = this.options.zMin, c = this.options.zMax, p = 1 / 0, i = -1 / 0;
          return a && c ? [a, c] : (this.chart.series.forEach(function(l) {
            l.yData.forEach(function(s) {
              x(s) && (s > i && (i = s), s < p && (p = s));
            });
          }), a = C(a, p), c = C(c, i), [a, c]);
        }, v.prototype.checkOverlap = function(a, c) {
          var p = a[0] - c[0], i = a[1] - c[1];
          return -1e-3 > Math.sqrt(p * p + i * i) - Math.abs(a[2] + c[2]);
        }, v.prototype.createParentNodes = function() {
          var a = this, c = a.chart, p = a.parentNodeLayout, i, l = a.parentNode, s = a.pointClass, t = a.layout.options, o = { radius: a.parentNodeRadius, lineColor: a.color, fillColor: U(a.color).brighten(0.4).get() };
          t.parentNodeOptions && (o = N(t.parentNodeOptions.marker || {}, o)), a.parentNodeMass = 0, a.points.forEach(function(n) {
            a.parentNodeMass += Math.PI * Math.pow(n.marker.radius, 2);
          }), a.calculateParentRadius(), p.nodes.forEach(function(n) {
            n.seriesIndex === a.index && (i = !0);
          }), p.setArea(0, 0, c.plotWidth, c.plotHeight), i || (l || (l = new s().init(this, { mass: a.parentNodeRadius / 2, marker: o, dataLabels: { inside: !1 }, states: { normal: { marker: o }, hover: { marker: o } }, dataLabelOnNull: !0, degree: a.parentNodeRadius, isParentNode: !0, seriesIndex: a.index })), a.parentNode && (l.plotX = a.parentNode.plotX, l.plotY = a.parentNode.plotY), a.parentNode = l, p.addElementsToCollection([a], p.series), p.addElementsToCollection([l], p.nodes));
        }, v.prototype.deferLayout = function() {
          var a = this.options.layoutAlgorithm;
          this.visible && (this.addLayout(), a.splitSeries && this.addSeriesLayout());
        }, v.prototype.destroy = function() {
          this.chart.graphLayoutsLookup && this.chart.graphLayoutsLookup.forEach(function(a) {
            a.removeElementFromCollection(this, a.series);
          }, this), this.parentNode && this.parentNodeLayout && (this.parentNodeLayout.removeElementFromCollection(this.parentNode, this.parentNodeLayout.nodes), this.parentNode.dataLabel && (this.parentNode.dataLabel = this.parentNode.dataLabel.destroy())), H.prototype.destroy.apply(this, arguments);
        }, v.prototype.drawDataLabels = function() {
          var a = this.options.dataLabels.textPath, c = this.points;
          H.prototype.drawDataLabels.apply(this, arguments), this.parentNode && (this.parentNode.formatPrefix = "parentNode", this.points = [this.parentNode], this.options.dataLabels.textPath = this.options.dataLabels.parentNodeTextPath, H.prototype.drawDataLabels.apply(this, arguments), this.points = c, this.options.dataLabels.textPath = a);
        }, v.prototype.drawGraph = function() {
          if (this.layout && this.layout.options.splitSeries) {
            var a = this.chart, c = this.layout.options.parentNodeOptions.marker, p = { fill: c.fillColor || U(this.color).brighten(0.4).get(), opacity: c.fillOpacity, stroke: c.lineColor || this.color, "stroke-width": C(c.lineWidth, this.options.lineWidth) };
            this.parentNodesGroup || (this.parentNodesGroup = this.plotGroup("parentNodesGroup", "parentNode", this.visible ? "inherit" : "hidden", 0.1, a.seriesGroup), this.group.attr({ zIndex: 2 })), this.calculateParentRadius(), c = N({
              x: this.parentNode.plotX - this.parentNodeRadius,
              y: this.parentNode.plotY - this.parentNodeRadius,
              width: 2 * this.parentNodeRadius,
              height: 2 * this.parentNodeRadius
            }, p), this.parentNode.graphic || (this.graph = this.parentNode.graphic = a.renderer.symbol(p.symbol).add(this.parentNodesGroup)), this.parentNode.graphic.attr(c);
          }
        }, v.prototype.drawTracker = function() {
          var a = this.parentNode;
          if (w.prototype.drawTracker.call(this), a) {
            var c = P(a.dataLabels) ? a.dataLabels : a.dataLabel ? [a.dataLabel] : [];
            a.graphic && (a.graphic.element.point = a), c.forEach(function(p) {
              p.div ? p.div.point = a : p.element.point = a;
            });
          }
        }, v.prototype.getPointRadius = function() {
          var a = this, c = a.chart, p = a.options, i = p.useSimulation, l = Math.min(c.plotWidth, c.plotHeight), s = {}, t = [], o = c.allDataPoints, n, A, _, D;
          ["minSize", "maxSize"].forEach(function(T) {
            var X = parseInt(p[T], 10), g = /%$/.test(p[T]);
            s[T] = g ? l * X / 100 : X * Math.sqrt(o.length);
          }), c.minRadius = n = s.minSize / Math.sqrt(o.length), c.maxRadius = A = s.maxSize / Math.sqrt(o.length);
          var j = i ? a.calculateZExtremes() : [n, A];
          (o || []).forEach(function(T, X) {
            _ = i ? S(T[2], j[0], j[1]) : T[2], D = a.getRadius(j[0], j[1], n, A, _), D === 0 && (D = null), o[X][2] = D, t.push(D);
          }), a.radii = t;
        }, v.prototype.init = function() {
          return H.prototype.init.apply(this, arguments), this.eventsToUnbind.push(R(this, "updatedData", function() {
            this.chart.series.forEach(function(a) {
              a.type === this.type && (a.isDirty = !0);
            }, this);
          })), this;
        }, v.prototype.onMouseUp = function(a) {
          if (a.fixedPosition && !a.removed) {
            var c, p, i = this.layout, l = this.parentNodeLayout;
            l && i.options.dragBetweenSeries && l.nodes.forEach(function(s) {
              a && a.marker && s !== a.series.parentNode && (c = i.getDistXY(a, s), p = i.vectorLength(c) - s.marker.radius - a.marker.radius, 0 > p && (s.series.addPoint(N(a.options, { plotX: a.plotX, plotY: a.plotY }), !1), i.removeElementFromCollection(a, i.nodes), a.remove()));
            }), b.onMouseUp.apply(this, arguments);
          }
        }, v.prototype.placeBubbles = function(a) {
          var c = this.checkOverlap, p = this.positionBubble, i = [], l = 1, s = 0, t = 0, o = [], n;
          if (a = a.sort(function(A, _) {
            return _[2] - A[2];
          }), a.length) {
            if (i.push([[0, 0, a[0][2], a[0][3], a[0][4]]]), 1 < a.length)
              for (i.push([[0, 0 - a[1][2] - a[0][2], a[1][2], a[1][3], a[1][4]]]), n = 2; n < a.length; n++)
                a[n][2] = a[n][2] || 1, o = p(i[l][s], i[l - 1][t], a[n]), c(o, i[l][0]) ? (i.push([]), t = 0, i[l + 1].push(p(i[l][s], i[l][0], a[n])), l++, s = 0) : 1 < l && i[l - 1][t + 1] && c(o, i[l - 1][t + 1]) ? (t++, i[l].push(p(i[l][s], i[l - 1][t], a[n])), s++) : (s++, i[l].push(o));
            this.chart.stages = i, this.chart.rawPositions = [].concat.apply([], i), this.resizeRadius(), o = this.chart.rawPositions;
          }
          return o;
        }, v.prototype.pointAttribs = function(a, c) {
          var p = this.options, i = p.marker;
          return a && a.isParentNode && p.layoutAlgorithm && p.layoutAlgorithm.parentNodeOptions && (i = p.layoutAlgorithm.parentNodeOptions.marker), p = i.fillOpacity, a = H.prototype.pointAttribs.call(this, a, c), p !== 1 && (a["fill-opacity"] = p), a;
        }, v.prototype.positionBubble = function(a, c, p) {
          var i = Math.sqrt, l = Math.asin, s = Math.acos, t = Math.pow, o = Math.abs;
          return i = i(t(a[0] - c[0], 2) + t(a[1] - c[1], 2)), s = s((t(i, 2) + t(p[2] + c[2], 2) - t(p[2] + a[2], 2)) / (2 * (p[2] + c[2]) * i)), l = l(o(a[0] - c[0]) / i), a = (0 > a[1] - c[1] ? 0 : Math.PI) + s + l * (0 > (a[0] - c[0]) * (a[1] - c[1]) ? 1 : -1), [c[0] + (c[2] + p[2]) * Math.sin(a), c[1] - (c[2] + p[2]) * Math.cos(a), p[2], p[3], p[4]];
        }, v.prototype.render = function() {
          var a = [];
          H.prototype.render.apply(this, arguments), this.options.dataLabels.allowOverlap || (this.data.forEach(function(c) {
            P(c.dataLabels) && c.dataLabels.forEach(function(p) {
              a.push(p);
            });
          }), this.options.useSimulation && this.chart.hideOverlappingLabels(a));
        }, v.prototype.resizeRadius = function() {
          var a = this.chart, c = a.rawPositions, p = Math.min, i = Math.max, l = a.plotLeft, s = a.plotTop, t = a.plotHeight, o = a.plotWidth, n, A, _, D = n = Number.POSITIVE_INFINITY, j = A = Number.NEGATIVE_INFINITY;
          for (_ = 0; _ < c.length; _++) {
            var T = c[_][2];
            D = p(
              D,
              c[_][0] - T
            ), j = i(j, c[_][0] + T), n = p(n, c[_][1] - T), A = i(A, c[_][1] + T);
          }
          if (_ = [j - D, A - n], p = p.apply([], [(o - l) / _[0], (t - s) / _[1]]), 1e-10 < Math.abs(p - 1)) {
            for (_ = 0; _ < c.length; _++)
              c[_][2] *= p;
            this.placeBubbles(c);
          } else
            a.diffY = t / 2 + s - n - (A - n) / 2, a.diffX = o / 2 + l - D - (j - D) / 2;
        }, v.prototype.seriesBox = function() {
          var a = this.chart, c = Math.max, p = Math.min, i, l = [a.plotLeft, a.plotLeft + a.plotWidth, a.plotTop, a.plotTop + a.plotHeight];
          return this.data.forEach(function(s) {
            x(s.plotX) && x(s.plotY) && s.marker.radius && (i = s.marker.radius, l[0] = p(l[0], s.plotX - i), l[1] = c(l[1], s.plotX + i), l[2] = p(l[2], s.plotY - i), l[3] = c(l[3], s.plotY + i));
          }), O(l.width / l.height) ? l : null;
        }, v.prototype.setVisible = function() {
          var a = this;
          H.prototype.setVisible.apply(a, arguments), a.parentNodeLayout && a.graph ? a.visible ? (a.graph.show(), a.parentNode.dataLabel && a.parentNode.dataLabel.show()) : (a.graph.hide(), a.parentNodeLayout.removeElementFromCollection(a.parentNode, a.parentNodeLayout.nodes), a.parentNode.dataLabel && a.parentNode.dataLabel.hide()) : a.layout && (a.visible ? a.layout.addElementsToCollection(
            a.points,
            a.layout.nodes
          ) : a.points.forEach(function(c) {
            a.layout.removeElementFromCollection(c, a.layout.nodes);
          }));
        }, v.prototype.translate = function() {
          var a = this.chart, c = this.data, p = this.index, i, l = this.options.useSimulation;
          if (this.processedXData = this.xData, this.generatePoints(), x(a.allDataPoints) || (a.allDataPoints = this.accumulateAllPoints(this), this.getPointRadius()), l)
            var s = a.allDataPoints;
          else
            s = this.placeBubbles(a.allDataPoints), this.options.draggable = !1;
          for (i = 0; i < s.length; i++)
            if (s[i][3] === p) {
              var t = c[s[i][4]], o = C(s[i][2], void 0);
              l || (t.plotX = s[i][0] - a.plotLeft + a.diffX, t.plotY = s[i][1] - a.plotTop + a.diffY), O(o) && (t.marker = d(t.marker, { radius: o, width: 2 * o, height: 2 * o }), t.radius = o);
            }
          l && this.deferLayout(), u(this, "afterTranslate");
        }, v.defaultOptions = N(W.defaultOptions, { minSize: "10%", maxSize: "50%", sizeBy: "area", zoneAxis: "y", crisp: !1, tooltip: { pointFormat: "Value: {point.value}" }, draggable: !0, useSimulation: !0, parentNode: { allowPointSelect: !1 }, dataLabels: { formatter: function() {
          var a = this.series.chart.numberFormatter, c = this.point.value;
          return O(c) ? a(c, -1) : "";
        }, parentNodeFormatter: function() {
          return this.name;
        }, parentNodeTextPath: { enabled: !0 }, padding: 0, style: { transition: "opacity 2000ms" } }, layoutAlgorithm: { initialPositions: "circle", initialPositionRadius: 20, bubblePadding: 5, parentNodeLimit: !1, seriesInteraction: !0, dragBetweenSeries: !1, parentNodeOptions: { maxIterations: 400, gravitationalConstant: 0.03, maxSpeed: 50, initialPositionRadius: 100, seriesInteraction: !0, marker: {
          fillColor: null,
          fillOpacity: 1,
          lineWidth: null,
          lineColor: null,
          symbol: "circle"
        } }, enableSimulation: !0, type: "packedbubble", integration: "packedbubble", maxIterations: 1e3, splitSeries: !1, maxSpeed: 5, gravitationalConstant: 0.01, friction: -0.981 } }), v;
      }(W), d(h.prototype, {
        alignDataLabel: H.prototype.alignDataLabel,
        axisTypes: [],
        directTouch: !0,
        forces: ["barycenter", "repulsive"],
        hasDraggableNodes: !0,
        isCartesian: !1,
        noSharedTooltip: !0,
        onMouseDown: b.onMouseDown,
        onMouseMove: b.onMouseMove,
        pointArrayMap: ["value"],
        pointClass: B,
        pointValKey: "value",
        redrawHalo: b.redrawHalo,
        requireSorting: !1,
        searchPoint: y.noop,
        trackerGroups: ["group", "dataLabelsGroup", "parentNodesGroup"]
      }), I.registerSeriesType("packedbubble", h), h;
    }), E(f, "Series/Polygon/PolygonSeries.js", [f["Core/Globals.js"], f["Core/Legend/LegendSymbol.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = this && this.__extends || function() {
        var x = function(d, u) {
          return x = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(P, O) {
            P.__proto__ = O;
          } || function(P, O) {
            for (var N in O)
              O.hasOwnProperty(N) && (P[N] = O[N]);
          }, x(d, u);
        };
        return function(d, u) {
          function P() {
            this.constructor = d;
          }
          x(d, u), d.prototype = u === null ? Object.create(u) : (P.prototype = u.prototype, new P());
        };
      }();
      h = h.noop;
      var F = B.series, U = B.seriesTypes, H = U.area, W = U.line, R = U.scatter;
      U = I.extend;
      var S = I.merge;
      return I = function(x) {
        function d() {
          var u = x !== null && x.apply(this, arguments) || this;
          return u.data = void 0, u.options = void 0, u.points = void 0, u;
        }
        return Z(d, x), d.prototype.getGraphPath = function() {
          for (var u = W.prototype.getGraphPath.call(this), P = u.length + 1; P--; )
            (P === u.length || u[P][0] === "M") && 0 < P && u.splice(P, 0, ["Z"]);
          return this.areaPath = u;
        }, d.prototype.drawGraph = function() {
          this.options.fillColor = this.color, H.prototype.drawGraph.call(this);
        }, d.defaultOptions = S(R.defaultOptions, { marker: { enabled: !1, states: { hover: { enabled: !1 } } }, stickyTracking: !1, tooltip: { followPointer: !0, pointFormat: "" }, trackByArea: !0 }), d;
      }(R), U(I.prototype, { type: "polygon", drawLegendSymbol: y.drawRectangle, drawTracker: F.prototype.drawTracker, setStackedPoints: h }), B.registerSeriesType("polygon", I), I;
    }), E(f, "Core/Axis/WaterfallAxis.js", [f["Extensions/Stacking.js"], f["Core/Utilities.js"]], function(h, y) {
      var B = y.addEvent, I = y.objectEach, Z;
      return function(F) {
        function U() {
          var x = this.waterfall.stacks;
          x && (x.changed = !1, delete x.alreadyChanged);
        }
        function H() {
          var x = this.options.stackLabels;
          x && x.enabled && this.waterfall.stacks && this.waterfall.renderStackTotals();
        }
        function W() {
          for (var x = this.axes, d = this.series, u = d.length; u--; )
            d[u].options.stacking && (x.forEach(function(P) {
              P.isXAxis || (P.waterfall.stacks.changed = !0);
            }), u = 0);
        }
        function R() {
          this.waterfall || (this.waterfall = new S(this));
        }
        var S = function() {
          function x(d) {
            this.axis = d, this.stacks = { changed: !1 };
          }
          return x.prototype.renderStackTotals = function() {
            var d = this.axis, u = d.waterfall.stacks, P = d.stacking && d.stacking.stackTotalGroup, O = new h(d, d.options.stackLabels, !1, 0, void 0);
            this.dummyStackItem = O, I(u, function(N) {
              I(N, function(C) {
                O.total = C.stackTotal, C.label && (O.label = C.label), h.prototype.render.call(O, P), C.label = O.label, delete O.label;
              });
            }), O.total = null;
          }, x;
        }();
        F.Composition = S, F.compose = function(x, d) {
          B(x, "init", R), B(x, "afterBuildStacks", U), B(x, "afterRender", H), B(d, "beforeRedraw", W);
        };
      }(Z || (Z = {})), Z;
    }), E(f, "Series/Waterfall/WaterfallPoint.js", [f["Series/Column/ColumnSeries.js"], f["Core/Series/Point.js"], f["Core/Utilities.js"]], function(h, y, B) {
      var I = this && this.__extends || function() {
        var F = function(U, H) {
          return F = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(W, R) {
            W.__proto__ = R;
          } || function(W, R) {
            for (var S in R)
              R.hasOwnProperty(S) && (W[S] = R[S]);
          }, F(U, H);
        };
        return function(U, H) {
          function W() {
            this.constructor = U;
          }
          F(U, H), U.prototype = H === null ? Object.create(H) : (W.prototype = H.prototype, new W());
        };
      }(), Z = B.isNumber;
      return function(F) {
        function U() {
          var H = F !== null && F.apply(this, arguments) || this;
          return H.options = void 0, H.series = void 0, H;
        }
        return I(U, F), U.prototype.getClassName = function() {
          var H = y.prototype.getClassName.call(this);
          return this.isSum ? H += " highcharts-sum" : this.isIntermediateSum && (H += " highcharts-intermediate-sum"), H;
        }, U.prototype.isValid = function() {
          return Z(this.y) || this.isSum || !!this.isIntermediateSum;
        }, U;
      }(h.prototype.pointClass);
    }), E(f, "Series/Waterfall/WaterfallSeries.js", [f["Core/Axis/Axis.js"], f["Core/Chart/Chart.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"], f["Core/Axis/WaterfallAxis.js"], f["Series/Waterfall/WaterfallPoint.js"]], function(h, y, B, I, Z, F) {
      var U = this && this.__extends || function() {
        var C = function(b, w) {
          return C = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(v, a) {
            v.__proto__ = a;
          } || function(v, a) {
            for (var c in a)
              a.hasOwnProperty(c) && (v[c] = a[c]);
          }, C(b, w);
        };
        return function(b, w) {
          function v() {
            this.constructor = b;
          }
          C(b, w), b.prototype = w === null ? Object.create(w) : (v.prototype = w.prototype, new v());
        };
      }(), H = B.seriesTypes, W = H.column, R = H.line, S = I.arrayMax, x = I.arrayMin, d = I.correctFloat;
      H = I.extend;
      var u = I.isNumber, P = I.merge, O = I.objectEach, N = I.pick;
      return I = function(C) {
        function b() {
          var w = C !== null && C.apply(this, arguments) || this;
          return w.chart = void 0, w.data = void 0, w.options = void 0, w.points = void 0, w.stackedYNeg = void 0, w.stackedYPos = void 0, w.stackKey = void 0, w.xData = void 0, w.yAxis = void 0, w.yData = void 0, w;
        }
        return U(b, C), b.prototype.generatePoints = function() {
          var w;
          W.prototype.generatePoints.apply(this);
          var v = 0;
          for (w = this.points.length; v < w; v++) {
            var a = this.points[v], c = this.processedYData[v];
            (a.isIntermediateSum || a.isSum) && (a.y = d(c));
          }
        }, b.prototype.translate = function() {
          var w = this.options, v = this.yAxis, a = N(w.minPointLength, 5), c = a / 2, p = w.threshold || 0, i = p, l = p;
          w = w.stacking;
          var s = v.waterfall.stacks[this.stackKey];
          W.prototype.translate.apply(this);
          for (var t = this.points, o = 0; o < t.length; o++) {
            var n = t[o], A = this.processedYData[o], _ = n.shapeArgs;
            if (_ && u(A)) {
              var D = [0, A], j = n.y;
              if (w) {
                if (s) {
                  if (D = s[o], w === "overlap") {
                    var T = D.stackState[D.stateIndex--];
                    T = 0 <= j ? T : T - j, Object.hasOwnProperty.call(D, "absolutePos") && delete D.absolutePos, Object.hasOwnProperty.call(D, "absoluteNeg") && delete D.absoluteNeg;
                  } else
                    0 <= j ? (T = D.threshold + D.posTotal, D.posTotal -= j) : (T = D.threshold + D.negTotal, D.negTotal -= j, T -= j), !D.posTotal && Object.hasOwnProperty.call(D, "absolutePos") && (D.posTotal = D.absolutePos, delete D.absolutePos), !D.negTotal && Object.hasOwnProperty.call(D, "absoluteNeg") && (D.negTotal = D.absoluteNeg, delete D.absoluteNeg);
                  n.isSum || (D.connectorThreshold = D.threshold + D.stackTotal), v.reversed ? (A = 0 <= j ? T - j : T + j, j = T) : (A = T, j = T - j), n.below = A <= p, _.y = v.translate(A, !1, !0, !1, !0) || 0, _.height = Math.abs(_.y - (v.translate(j, !1, !0, !1, !0) || 0)), (j = v.waterfall.dummyStackItem) && (j.x = o, j.label = s[o].label, j.setOffset(this.pointXOffset || 0, this.barW || 0, this.stackedYNeg[o], this.stackedYPos[o]));
                }
              } else
                T = Math.max(i, i + j) + D[0], _.y = v.translate(
                  T,
                  !1,
                  !0,
                  !1,
                  !0
                ) || 0, n.isSum ? (_.y = v.translate(D[1], !1, !0, !1, !0) || 0, _.height = Math.min(v.translate(D[0], !1, !0, !1, !0) || 0, v.len) - _.y, n.below = D[1] <= p) : n.isIntermediateSum ? (0 <= j ? (A = D[1] + l, j = l) : (A = l, j = D[1] + l), v.reversed && (A ^= j, j ^= A, A ^= j), _.y = v.translate(A, !1, !0, !1, !0) || 0, _.height = Math.abs(_.y - Math.min(v.translate(j, !1, !0, !1, !0) || 0, v.len)), l += D[1], n.below = A <= p) : (_.height = 0 < A ? (v.translate(i, !1, !0, !1, !0) || 0) - _.y : (v.translate(i, !1, !0, !1, !0) || 0) - (v.translate(i - A, !1, !0, !1, !0) || 0), i += A, n.below = i < p), 0 > _.height && (_.y += _.height, _.height *= -1);
              n.plotY = _.y = Math.round(_.y || 0) - this.borderWidth % 2 / 2, _.height = Math.max(Math.round(_.height || 0), 1e-3), n.yBottom = _.y + _.height, _.height <= a && !n.isNull ? (_.height = a, _.y -= c, n.plotY = _.y, n.minPointLengthOffset = 0 > n.y ? -c : c) : (n.isNull && (_.width = 0), n.minPointLengthOffset = 0), j = n.plotY + (n.negative ? _.height : 0), n.below && (n.plotY += _.height), n.tooltipPos && (this.chart.inverted ? n.tooltipPos[0] = v.len - j : n.tooltipPos[1] = j);
            }
          }
        }, b.prototype.processData = function(w) {
          var v = this.options, a = this.yData, c = v.data, p = a.length, i = v.threshold || 0, l, s, t, o, n;
          for (n = s = l = t = o = 0; n < p; n++) {
            var A = a[n], _ = c && c[n] ? c[n] : {};
            A === "sum" || _.isSum ? a[n] = d(s) : A === "intermediateSum" || _.isIntermediateSum ? (a[n] = d(l), l = 0) : (s += A, l += A), t = Math.min(s, t), o = Math.max(s, o);
          }
          C.prototype.processData.call(this, w), v.stacking || (this.dataMin = t + i, this.dataMax = o);
        }, b.prototype.toYData = function(w) {
          return w.isSum ? "sum" : w.isIntermediateSum ? "intermediateSum" : w.y;
        }, b.prototype.updateParallelArrays = function(w, v) {
          C.prototype.updateParallelArrays.call(this, w, v), (this.yData[0] === "sum" || this.yData[0] === "intermediateSum") && (this.yData[0] = null);
        }, b.prototype.pointAttribs = function(w, v) {
          var a = this.options.upColor;
          return a && !w.options.color && (w.color = 0 < w.y ? a : null), w = W.prototype.pointAttribs.call(this, w, v), delete w.dashstyle, w;
        }, b.prototype.getGraphPath = function() {
          return [["M", 0, 0]];
        }, b.prototype.getCrispPath = function() {
          var w = this.data, v = this.yAxis, a = w.length, c = Math.round(this.graph.strokeWidth()) % 2 / 2, p = Math.round(this.borderWidth) % 2 / 2, i = this.xAxis.reversed, l = this.yAxis.reversed, s = this.options.stacking, t = [], o;
          for (o = 1; o < a; o++) {
            var n = w[o].shapeArgs, A = w[o - 1], _ = w[o - 1].shapeArgs, D = v.waterfall.stacks[this.stackKey], j = 0 < A.y ? -_.height : 0;
            D && _ && n && (D = D[o - 1], s ? (D = D.connectorThreshold, j = Math.round(v.translate(D, 0, 1, 0, 1) + (l ? j : 0)) - c) : j = _.y + A.minPointLengthOffset + p - c, t.push(["M", (_.x || 0) + (i ? 0 : _.width || 0), j], ["L", (n.x || 0) + (i && n.width || 0), j])), _ && t.length && (!s && 0 > A.y && !l || 0 < A.y && l) && ((A = t[t.length - 2]) && typeof A[2] == "number" && (A[2] += _.height || 0), (A = t[t.length - 1]) && typeof A[2] == "number" && (A[2] += _.height || 0));
          }
          return t;
        }, b.prototype.drawGraph = function() {
          R.prototype.drawGraph.call(this), this.graph.attr({ d: this.getCrispPath() });
        }, b.prototype.setStackedPoints = function() {
          function w(V, Q, k, G) {
            if (Y)
              for (k; k < Y; k++)
                X.stackState[k] += G;
            else
              X.stackState[0] = V, Y = X.stackState.length;
            X.stackState.push(X.stackState[Y - 1] + Q);
          }
          var v = this.options, a = this.yAxis.waterfall.stacks, c = v.threshold, p = c || 0, i = p, l = this.stackKey, s = this.xData, t = s.length, o, n, A;
          this.yAxis.stacking.usePercentage = !1;
          var _ = n = A = p;
          if (this.visible || !this.chart.options.chart.ignoreHiddenSeries) {
            var D = a.changed;
            (o = a.alreadyChanged) && 0 > o.indexOf(l) && (D = !0), a[l] || (a[l] = {}), o = a[l];
            for (var j = 0; j < t; j++) {
              var T = s[j];
              (!o[T] || D) && (o[T] = { negTotal: 0, posTotal: 0, stackTotal: 0, threshold: 0, stateIndex: 0, stackState: [], label: D && o[T] ? o[T].label : void 0 });
              var X = o[T], g = this.yData[j];
              0 <= g ? X.posTotal += g : X.negTotal += g;
              var m = v.data[j];
              T = X.absolutePos = X.posTotal;
              var L = X.absoluteNeg = X.negTotal;
              X.stackTotal = T + L;
              var Y = X.stackState.length;
              m && m.isIntermediateSum ? (w(A, n, 0, A), A = n, n = c, p ^= i, i ^= p, p ^= i) : m && m.isSum ? (w(c, _, Y), p = c) : (w(p, g, 0, _), m && (_ += g, n += g)), X.stateIndex++, X.threshold = p, p += X.stackTotal;
            }
            a.changed = !1, a.alreadyChanged || (a.alreadyChanged = []), a.alreadyChanged.push(l);
          }
        }, b.prototype.getExtremes = function() {
          var w = this.options.stacking;
          if (w) {
            var v = this.yAxis;
            v = v.waterfall.stacks;
            var a = this.stackedYNeg = [], c = this.stackedYPos = [];
            return w === "overlap" ? O(v[this.stackKey], function(p) {
              a.push(x(p.stackState)), c.push(S(p.stackState));
            }) : O(v[this.stackKey], function(p) {
              a.push(p.negTotal + p.threshold), c.push(p.posTotal + p.threshold);
            }), { dataMin: x(a), dataMax: S(c) };
          }
          return { dataMin: this.dataMin, dataMax: this.dataMax };
        }, b.defaultOptions = P(W.defaultOptions, { dataLabels: { inside: !0 }, lineWidth: 1, lineColor: "#333333", dashStyle: "Dot", borderColor: "#333333", states: { hover: { lineWidthPlus: 0 } } }), b;
      }(W), H(I.prototype, { getZonesGraphs: R.prototype.getZonesGraphs, pointValKey: "y", showLine: !0, pointClass: F }), B.registerSeriesType("waterfall", I), Z.compose(h, y), I;
    }), E(f, "Extensions/Polar.js", [
      f["Core/Animation/AnimationUtilities.js"],
      f["Core/Chart/Chart.js"],
      f["Core/Globals.js"],
      f["Extensions/Pane.js"],
      f["Core/Pointer.js"],
      f["Core/Series/Series.js"],
      f["Core/Series/SeriesRegistry.js"],
      f["Core/Renderer/SVG/SVGRenderer.js"],
      f["Core/Utilities.js"]
    ], function(h, y, B, I, Z, F, U, H, W) {
      var R = h.animObject;
      U = U.seriesTypes;
      var S = W.addEvent, x = W.defined, d = W.find, u = W.isNumber, P = W.pick, O = W.splat, N = W.uniqueKey;
      h = W.wrap;
      var C = F.prototype;
      Z = Z.prototype, C.searchPointByAngle = function(v) {
        var a = this.chart, c = this.xAxis.pane.center;
        return this.searchKDTree({ clientX: 180 + -180 / Math.PI * Math.atan2(v.chartX - c[0] - a.plotLeft, v.chartY - c[1] - a.plotTop) });
      }, C.getConnectors = function(v, a, c, p) {
        var i = p ? 1 : 0, l = 0 <= a && a <= v.length - 1 ? a : 0 > a ? v.length - 1 + a : 0;
        a = 0 > l - 1 ? v.length - (1 + i) : l - 1, i = l + 1 > v.length - 1 ? i : l + 1;
        var s = v[a];
        i = v[i];
        var t = s.plotX;
        s = s.plotY;
        var o = i.plotX, n = i.plotY;
        i = v[l].plotX, l = v[l].plotY, t = (1.5 * i + t) / 2.5, s = (1.5 * l + s) / 2.5, o = (1.5 * i + o) / 2.5;
        var A = (1.5 * l + n) / 2.5;
        n = Math.sqrt(Math.pow(t - i, 2) + Math.pow(s - l, 2));
        var _ = Math.sqrt(Math.pow(o - i, 2) + Math.pow(A - l, 2));
        return t = Math.atan2(s - l, t - i), A = Math.PI / 2 + (t + Math.atan2(A - l, o - i)) / 2, Math.abs(t - A) > Math.PI / 2 && (A -= Math.PI), t = i + Math.cos(A) * n, s = l + Math.sin(A) * n, o = i + Math.cos(Math.PI + A) * _, A = l + Math.sin(Math.PI + A) * _, i = { rightContX: o, rightContY: A, leftContX: t, leftContY: s, plotX: i, plotY: l }, c && (i.prevPointCont = this.getConnectors(v, a, !1, p)), i;
      }, C.toXY = function(v) {
        var a = this.chart, c = this.xAxis, p = this.yAxis, i = v.plotX, l = v.plotY, s = v.series, t = a.inverted, o = v.y, n = t ? i : p.len - l;
        t && s && !s.isRadialBar && (v.plotY = l = typeof o == "number" && p.translate(o) || 0), v.rectPlotX = i, v.rectPlotY = l, p.center && (n += p.center[3] / 2), u(l) && (p = t ? p.postTranslate(l, n) : c.postTranslate(i, n), v.plotX = v.polarPlotX = p.x - a.plotLeft, v.plotY = v.polarPlotY = p.y - a.plotTop), this.kdByAngle ? (a = (i / Math.PI * 180 + c.pane.options.startAngle) % 360, 0 > a && (a += 360), v.clientX = a) : v.clientX = v.plotX;
      }, U.spline && (h(U.spline.prototype, "getPointSpline", function(v, a, c, p) {
        return this.chart.polar ? p ? (v = this.getConnectors(a, p, !0, this.connectEnds), a = v.prevPointCont && v.prevPointCont.rightContX, c = v.prevPointCont && v.prevPointCont.rightContY, v = ["C", u(a) ? a : v.plotX, u(c) ? c : v.plotY, u(v.leftContX) ? v.leftContX : v.plotX, u(v.leftContY) ? v.leftContY : v.plotY, v.plotX, v.plotY]) : v = ["M", c.plotX, c.plotY] : v = v.call(this, a, c, p), v;
      }), U.areasplinerange && (U.areasplinerange.prototype.getPointSpline = U.spline.prototype.getPointSpline)), S(F, "afterTranslate", function() {
        var v = this.chart;
        if (v.polar && this.xAxis) {
          if ((this.kdByAngle = v.tooltip && v.tooltip.shared) ? this.searchPoint = this.searchPointByAngle : this.options.findNearestPointBy = "xy", !this.preventPostTranslate)
            for (var a = this.points, c = a.length; c--; )
              this.toXY(a[c]), !v.hasParallelCoordinates && !this.yAxis.reversed && a[c].y < this.yAxis.min && (a[c].isNull = !0);
          this.hasClipCircleSetter || (this.hasClipCircleSetter = !!this.eventsToUnbind.push(S(this, "afterRender", function() {
            if (v.polar) {
              var p = this.yAxis.pane.center;
              this.clipCircle ? this.clipCircle.animate({ x: p[0], y: p[1], r: p[2] / 2, innerR: p[3] / 2 }) : this.clipCircle = v.renderer.clipCircle(p[0], p[1], p[2] / 2, p[3] / 2), this.group.clip(this.clipCircle), this.setClip = B.noop;
            }
          })));
        }
      }, { order: 2 }), h(
        U.line.prototype,
        "getGraphPath",
        function(v, a) {
          var c = this, p;
          if (this.chart.polar) {
            for (a = a || this.points, p = 0; p < a.length; p++)
              if (!a[p].isNull) {
                var i = p;
                break;
              }
            if (this.options.connectEnds !== !1 && typeof i < "u") {
              this.connectEnds = !0, a.splice(a.length, 0, a[i]);
              var l = !0;
            }
            a.forEach(function(s) {
              typeof s.polarPlotY > "u" && c.toXY(s);
            });
          }
          return p = v.apply(this, [].slice.call(arguments, 1)), l && a.pop(), p;
        }
      );
      var b = function(v, a) {
        var c = this, p = this.chart, i = this.options.animation, l = this.group, s = this.markerGroup, t = this.xAxis && this.xAxis.center, o = p.plotLeft, n = p.plotTop, A, _, D, j;
        if (p.polar) {
          if (c.isRadialBar)
            a || (c.startAngleRad = P(c.translatedThreshold, c.xAxis.startAngleRad), B.seriesTypes.pie.prototype.animate.call(c, a));
          else if (p.renderer.isSVG)
            if (i = R(i), c.is("column")) {
              if (!a) {
                var T = t[3] / 2;
                c.points.forEach(function(X) {
                  A = X.graphic, D = (_ = X.shapeArgs) && _.r, j = _ && _.innerR, A && _ && (A.attr({ r: T, innerR: T }), A.animate({ r: D, innerR: j }, c.options.animation));
                });
              }
            } else
              a ? (v = { translateX: t[0] + o, translateY: t[1] + n, scaleX: 1e-3, scaleY: 1e-3 }, l.attr(v), s && s.attr(v)) : (v = { translateX: o, translateY: n, scaleX: 1, scaleY: 1 }, l.animate(v, i), s && s.animate(v, i));
        } else
          v.call(this, a);
      };
      if (h(C, "animate", b), U.column) {
        var w = U.arearange.prototype;
        U = U.column.prototype, U.polarArc = function(v, a, c, p) {
          var i = this.xAxis.center, l = this.yAxis.len, s = i[3] / 2;
          return a = l - a + s, v = l - P(v, l) + s, this.yAxis.reversed && (0 > a && (a = s), 0 > v && (v = s)), { x: i[0], y: i[1], r: a, innerR: v, start: c, end: p };
        }, h(U, "animate", b), h(U, "translate", function(v) {
          var a = this.options, c = a.stacking, p = this.chart, i = this.xAxis, l = this.yAxis, s = l.reversed, t = l.center, o = i.startAngleRad, n = i.endAngleRad - o;
          if (this.preventPostTranslate = !0, v.call(this), i.isRadial) {
            v = this.points, i = v.length;
            var A = l.translate(l.min), _ = l.translate(l.max);
            if (a = a.threshold || 0, p.inverted && u(a)) {
              var D = l.translate(a);
              x(D) && (0 > D ? D = 0 : D > n && (D = n), this.translatedThreshold = D + o);
            }
            for (; i--; ) {
              a = v[i];
              var j = a.barX, T = a.x, X = a.y;
              if (a.shapeType = "arc", p.inverted) {
                if (a.plotY = l.translate(X), c && l.stacking) {
                  if (X = l.stacking.stacks[(0 > X ? "-" : "") + this.stackKey], this.visible && X && X[T] && !a.isNull) {
                    var g = X[T].points[this.getStackIndicator(void 0, T, this.index).key], m = l.translate(g[0]);
                    g = l.translate(g[1]), x(m) && (m = W.clamp(m, 0, n));
                  }
                } else
                  m = D, g = a.plotY;
                m > g && (g = [m, m = g][0]), s ? g > A ? g = A : m < _ ? m = _ : (m > A || g < _) && (m = g = n) : m < A ? m = A : g > _ ? g = _ : (g < A || m > _) && (m = g = 0), l.min > l.max && (m = g = s ? n : 0), m += o, g += o, t && (a.barX = j += t[3] / 2), T = Math.max(j, 0), X = Math.max(j + a.pointWidth, 0), a.shapeArgs = { x: t && t[0], y: t && t[1], r: X, innerR: T, start: m, end: g }, a.opacity = m === g ? 0 : void 0, a.plotY = (x(this.translatedThreshold) && (m < this.translatedThreshold ? m : g)) - o;
              } else
                m = j + o, a.shapeArgs = this.polarArc(a.yBottom, a.plotY, m, m + a.pointWidth);
              this.toXY(a), p.inverted ? (j = l.postTranslate(a.rectPlotY, j + a.pointWidth / 2), a.tooltipPos = [j.x - p.plotLeft, j.y - p.plotTop]) : a.tooltipPos = [a.plotX, a.plotY], t && (a.ttBelow = a.plotY > t[1]);
            }
          }
        }), U.findAlignments = function(v, a) {
          return a.align === null && (a.align = 20 < v && 160 > v ? "left" : 200 < v && 340 > v ? "right" : "center"), a.verticalAlign === null && (a.verticalAlign = 45 > v || 315 < v ? "bottom" : 135 < v && 225 > v ? "top" : "middle"), a;
        }, w && (w.findAlignments = U.findAlignments), h(U, "alignDataLabel", function(v, a, c, p, i, l) {
          var s = this.chart, t = P(p.inside, !!this.options.stacking);
          s.polar ? (v = a.rectPlotX / Math.PI * 180, s.inverted ? (this.forceDL = s.isInsidePlot(a.plotX, Math.round(a.plotY)), t && a.shapeArgs ? (i = a.shapeArgs, i = this.yAxis.postTranslate(((i.start || 0) + (i.end || 0)) / 2 - this.xAxis.startAngleRad, a.barX + a.pointWidth / 2), i = { x: i.x - s.plotLeft, y: i.y - s.plotTop }) : a.tooltipPos && (i = { x: a.tooltipPos[0], y: a.tooltipPos[1] }), p.align = P(p.align, "center"), p.verticalAlign = P(
            p.verticalAlign,
            "middle"
          )) : this.findAlignments && (p = this.findAlignments(v, p)), C.alignDataLabel.call(this, a, c, p, i, l), this.isRadialBar && a.shapeArgs && a.shapeArgs.start === a.shapeArgs.end && c.hide(!0)) : v.call(this, a, c, p, i, l);
        });
      }
      h(Z, "getCoordinates", function(v, a) {
        var c = this.chart, p = { xAxis: [], yAxis: [] };
        return c.polar ? c.axes.forEach(function(i) {
          var l = i.isXAxis, s = i.center;
          if (i.coll !== "colorAxis") {
            var t = a.chartX - s[0] - c.plotLeft;
            s = a.chartY - s[1] - c.plotTop, p[l ? "xAxis" : "yAxis"].push({ axis: i, value: i.translate(l ? Math.PI - Math.atan2(t, s) : Math.sqrt(Math.pow(
              t,
              2
            ) + Math.pow(s, 2)), !0) });
          }
        }) : p = v.call(this, a), p;
      }), H.prototype.clipCircle = function(v, a, c, p) {
        var i = N(), l = this.createElement("clipPath").attr({ id: i }).add(this.defs);
        return v = p ? this.arc(v, a, c, p, 0, 2 * Math.PI).add(l) : this.circle(v, a, c).add(l), v.id = i, v.clipPath = l, v;
      }, S(y, "getAxes", function() {
        this.pane || (this.pane = []), this.options.pane = O(this.options.pane), this.options.pane.forEach(function(v) {
          new I(v, this);
        }, this);
      }), S(y, "afterDrawChartBox", function() {
        this.pane.forEach(function(v) {
          v.render();
        });
      }), S(
        F,
        "afterInit",
        function() {
          var v = this.chart;
          v.inverted && v.polar && (this.isRadialSeries = !0, this.is("column") && (this.isRadialBar = !0));
        }
      ), h(y.prototype, "get", function(v, a) {
        return d(this.pane || [], function(c) {
          return c.options.id === a;
        }) || v.call(this, a);
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    }), E(f, "masters/highcharts-more.src.js", [f["Core/Globals.js"], f["Core/Axis/RadialAxis.js"], f["Series/Bubble/BubbleSeries.js"]], function(h, y, B) {
      y.compose(h.Axis, h.Tick), B.compose(h.Chart, h.Legend, h.Series);
    });
  });
})(Fp);
var _0 = Fp.exports;
const D0 = /* @__PURE__ */ Cn(_0);
var Up = { exports: {} };
(function(r) {
  (function(f) {
    r.exports ? (f.default = f, r.exports = f) : f(typeof Highcharts < "u" ? Highcharts : void 0);
  })(function(f) {
    function E(h, y, B, I) {
      h.hasOwnProperty(y) || (h[y] = I.apply(null, B));
    }
    f = f ? f._modules : {}, E(
      f,
      "Extensions/FullScreen.js",
      [f["Core/Chart/Chart.js"], f["Core/Globals.js"], f["Core/Renderer/HTML/AST.js"], f["Core/Utilities.js"]],
      function(h, y, B, I) {
        var Z = I.addEvent;
        return I = function() {
          function F(U) {
            this.chart = U, this.isOpen = !1, U = U.renderTo, this.browserProps || (typeof U.requestFullscreen == "function" ? this.browserProps = { fullscreenChange: "fullscreenchange", requestFullscreen: "requestFullscreen", exitFullscreen: "exitFullscreen" } : U.mozRequestFullScreen ? this.browserProps = { fullscreenChange: "mozfullscreenchange", requestFullscreen: "mozRequestFullScreen", exitFullscreen: "mozCancelFullScreen" } : U.webkitRequestFullScreen ? this.browserProps = {
              fullscreenChange: "webkitfullscreenchange",
              requestFullscreen: "webkitRequestFullScreen",
              exitFullscreen: "webkitExitFullscreen"
            } : U.msRequestFullscreen && (this.browserProps = { fullscreenChange: "MSFullscreenChange", requestFullscreen: "msRequestFullscreen", exitFullscreen: "msExitFullscreen" }));
          }
          return F.prototype.close = function() {
            var U = this.chart, H = U.options.chart;
            this.isOpen && this.browserProps && U.container.ownerDocument instanceof Document && U.container.ownerDocument[this.browserProps.exitFullscreen](), this.unbindFullscreenEvent && (this.unbindFullscreenEvent = this.unbindFullscreenEvent()), U.setSize(this.origWidth, this.origHeight, !1), this.origHeight = this.origWidth = void 0, H.width = this.origWidthOption, H.height = this.origHeightOption, this.origHeightOption = this.origWidthOption = void 0, this.isOpen = !1, this.setButtonText();
          }, F.prototype.open = function() {
            var U = this, H = U.chart, W = H.options.chart;
            if (W && (U.origWidthOption = W.width, U.origHeightOption = W.height), U.origWidth = H.chartWidth, U.origHeight = H.chartHeight, U.browserProps) {
              var R = Z(
                H.container.ownerDocument,
                U.browserProps.fullscreenChange,
                function() {
                  U.isOpen ? (U.isOpen = !1, U.close()) : (H.setSize(null, null, !1), U.isOpen = !0, U.setButtonText());
                }
              ), S = Z(H, "destroy", R);
              U.unbindFullscreenEvent = function() {
                R(), S();
              }, (W = H.renderTo[U.browserProps.requestFullscreen]()) && W.catch(function() {
                alert("Full screen is not supported inside a frame.");
              });
            }
          }, F.prototype.setButtonText = function() {
            var U = this.chart, H = U.exportDivElements, W = U.options.exporting, R = W && W.buttons && W.buttons.contextButton.menuItems;
            U = U.options.lang, W && W.menuItemDefinitions && U && U.exitFullscreen && U.viewFullscreen && R && H && (H = H[R.indexOf("viewFullscreen")]) && B.setElementHTML(H, this.isOpen ? U.exitFullscreen : W.menuItemDefinitions.viewFullscreen.text || U.viewFullscreen);
          }, F.prototype.toggle = function() {
            this.isOpen ? this.close() : this.open();
          }, F;
        }(), y.Fullscreen = I, Z(h, "beforeRender", function() {
          this.fullscreen = new y.Fullscreen(this);
        }), y.Fullscreen;
      }
    ), E(f, "Core/Chart/ChartNavigationComposition.js", [], function() {
      var h;
      return function(y) {
        y.compose = function(I) {
          return I.navigation || (I.navigation = new B(I)), I;
        };
        var B = function() {
          function I(Z) {
            this.updates = [], this.chart = Z;
          }
          return I.prototype.addUpdate = function(Z) {
            this.chart.navigation.updates.push(Z);
          }, I.prototype.update = function(Z, F) {
            var U = this;
            this.updates.forEach(function(H) {
              H.call(U.chart, Z, F);
            });
          }, I;
        }();
        y.Additions = B;
      }(h || (h = {})), h;
    }), E(f, "Extensions/Exporting/ExportingDefaults.js", [f["Core/Globals.js"]], function(h) {
      return { exporting: { type: "image/png", url: "https://export.highcharts.com/", printMaxWidth: 780, scale: 2, buttons: { contextButton: {
        className: "highcharts-contextbutton",
        menuClassName: "highcharts-contextmenu",
        symbol: "menu",
        titleKey: "contextButtonTitle",
        menuItems: "viewFullscreen printChart separator downloadPNG downloadJPEG downloadPDF downloadSVG".split(" ")
      } }, menuItemDefinitions: { viewFullscreen: { textKey: "viewFullscreen", onclick: function() {
        this.fullscreen.toggle();
      } }, printChart: { textKey: "printChart", onclick: function() {
        this.print();
      } }, separator: { separator: !0 }, downloadPNG: { textKey: "downloadPNG", onclick: function() {
        this.exportChart();
      } }, downloadJPEG: {
        textKey: "downloadJPEG",
        onclick: function() {
          this.exportChart({ type: "image/jpeg" });
        }
      }, downloadPDF: { textKey: "downloadPDF", onclick: function() {
        this.exportChart({ type: "application/pdf" });
      } }, downloadSVG: { textKey: "downloadSVG", onclick: function() {
        this.exportChart({ type: "image/svg+xml" });
      } } } }, lang: {
        viewFullscreen: "View in full screen",
        exitFullscreen: "Exit from full screen",
        printChart: "Print chart",
        downloadPNG: "Download PNG image",
        downloadJPEG: "Download JPEG image",
        downloadPDF: "Download PDF document",
        downloadSVG: "Download SVG vector image",
        contextButtonTitle: "Chart context menu"
      }, navigation: { buttonOptions: { symbolSize: 14, symbolX: 12.5, symbolY: 10.5, align: "right", buttonSpacing: 3, height: 22, verticalAlign: "top", width: 24, symbolFill: "#666666", symbolStroke: "#666666", symbolStrokeWidth: 3, theme: { padding: 5 } }, menuStyle: { border: "1px solid #999999", background: "#ffffff", padding: "5px 0" }, menuItemStyle: { padding: "0.5em 1em", color: "#333333", background: "none", fontSize: h.isTouchDevice ? "14px" : "11px", transition: "background 250ms, color 250ms" }, menuItemHoverStyle: {
        background: "#335cad",
        color: "#ffffff"
      } } };
    }), E(f, "Extensions/Exporting/ExportingSymbols.js", [], function() {
      var h;
      return function(y) {
        function B(F, U, H, W) {
          return [["M", F, U + 2.5], ["L", F + H, U + 2.5], ["M", F, U + W / 2 + 0.5], ["L", F + H, U + W / 2 + 0.5], ["M", F, U + W - 1.5], ["L", F + H, U + W - 1.5]];
        }
        function I(F, U, H, W) {
          return F = W / 3 - 2, W = [], W = W.concat(this.circle(H - F, U, F, F), this.circle(H - F, U + F + 4, F, F), this.circle(H - F, U + 2 * (F + 4), F, F));
        }
        var Z = [];
        y.compose = function(F) {
          Z.indexOf(F) === -1 && (Z.push(F), F = F.prototype.symbols, F.menu = B, F.menuball = I.bind(F));
        };
      }(h || (h = {})), h;
    }), E(f, "Core/HttpUtilities.js", [f["Core/Globals.js"], f["Core/Utilities.js"]], function(h, y) {
      var B = h.doc, I = y.createElement, Z = y.discardElement, F = y.merge, U = y.objectEach, H = { ajax: function(W) {
        var R = F(!0, { url: !1, type: "get", dataType: "json", success: !1, error: !1, data: !1, headers: {} }, W);
        W = { json: "application/json", xml: "application/xml", text: "text/plain", octet: "application/octet-stream" };
        var S = new XMLHttpRequest();
        if (!R.url)
          return !1;
        S.open(R.type.toUpperCase(), R.url, !0), R.headers["Content-Type"] || S.setRequestHeader(
          "Content-Type",
          W[R.dataType] || W.text
        ), U(R.headers, function(x, d) {
          S.setRequestHeader(d, x);
        }), S.onreadystatechange = function() {
          if (S.readyState === 4) {
            if (S.status === 200) {
              var x = S.responseText;
              if (R.dataType === "json")
                try {
                  x = JSON.parse(x);
                } catch (d) {
                  R.error && R.error(S, d);
                  return;
                }
              return R.success && R.success(x);
            }
            R.error && R.error(S, S.responseText);
          }
        };
        try {
          R.data = JSON.stringify(R.data);
        } catch {
        }
        S.send(R.data || !0);
      }, getJSON: function(W, R) {
        H.ajax({ url: W, success: R, dataType: "json", headers: { "Content-Type": "text/plain" } });
      }, post: function(W, R, S) {
        var x = I("form", F({ method: "post", action: W, enctype: "multipart/form-data" }, S), { display: "none" }, B.body);
        U(R, function(d, u) {
          I("input", { type: "hidden", name: u, value: d }, null, x);
        }), x.submit(), Z(x);
      } };
      return H;
    }), E(f, "Extensions/Exporting/Exporting.js", [
      f["Core/Renderer/HTML/AST.js"],
      f["Core/Chart/Chart.js"],
      f["Core/Chart/ChartNavigationComposition.js"],
      f["Core/DefaultOptions.js"],
      f["Extensions/Exporting/ExportingDefaults.js"],
      f["Extensions/Exporting/ExportingSymbols.js"],
      f["Core/Globals.js"],
      f["Core/HttpUtilities.js"],
      f["Core/Utilities.js"]
    ], function(h, y, B, I, Z, F, U, H, W) {
      y = I.defaultOptions;
      var R = U.doc, S = U.win, x = W.addEvent, d = W.css, u = W.createElement, P = W.discardElement, O = W.extend, N = W.find, C = W.fireEvent, b = W.isObject, w = W.merge, v = W.objectEach, a = W.pick, c = W.removeEvent, p = W.uniqueKey, i;
      return function(l) {
        function s(nt) {
          var rt = this, ct = rt.renderer, gt = w(rt.options.navigation.buttonOptions, nt), dt = gt.onclick, lt = gt.menuItems, at = gt.symbolSize || 12;
          if (rt.btnCount || (rt.btnCount = 0), rt.exportDivElements || (rt.exportDivElements = [], rt.exportSVGElements = []), gt.enabled !== !1 && gt.theme) {
            var J = gt.theme, tt = J.states, st = tt && tt.hover;
            tt = tt && tt.select;
            var ht;
            rt.styledMode || (J.fill = a(J.fill, "#ffffff"), J.stroke = a(J.stroke, "none")), delete J.states, dt ? ht = function(vt) {
              vt && vt.stopPropagation(), dt.call(rt, vt);
            } : lt && (ht = function(vt) {
              vt && vt.stopPropagation(), rt.contextMenu(pt.menuClassName, lt, pt.translateX, pt.translateY, pt.width, pt.height, pt), pt.setState(2);
            }), gt.text && gt.symbol ? J.paddingLeft = a(J.paddingLeft, 30) : gt.text || O(J, { width: gt.width, height: gt.height, padding: 0 }), rt.styledMode || (J["stroke-linecap"] = "round", J.fill = a(J.fill, "#ffffff"), J.stroke = a(J.stroke, "none"));
            var pt = ct.button(gt.text, 0, 0, ht, J, st, tt).addClass(nt.className).attr({ title: a(rt.options.lang[gt._titleKey || gt.titleKey], "") });
            if (pt.menuClassName = nt.menuClassName || "highcharts-menu-" + rt.btnCount++, gt.symbol) {
              var yt = ct.symbol(gt.symbol, gt.symbolX - at / 2, gt.symbolY - at / 2, at, at, { width: at, height: at }).addClass("highcharts-button-symbol").attr({ zIndex: 1 }).add(pt);
              rt.styledMode || yt.attr({ stroke: gt.symbolStroke, fill: gt.symbolFill, "stroke-width": gt.symbolStrokeWidth || 1 });
            }
            pt.add(rt.exportingGroup).align(O(
              gt,
              { width: pt.width, x: a(gt.x, rt.buttonOffset) }
            ), !0, "spacingBox"), rt.buttonOffset += (pt.width + gt.buttonSpacing) * (gt.align === "right" ? -1 : 1), rt.exportSVGElements.push(pt, yt);
          }
        }
        function t() {
          if (this.printReverseInfo) {
            var nt = this.printReverseInfo, rt = nt.childNodes, ct = nt.origDisplay;
            nt = nt.resetParams, this.moveContainers(this.renderTo), [].forEach.call(rt, function(gt, dt) {
              gt.nodeType === 1 && (gt.style.display = ct[dt] || "");
            }), this.isPrinting = !1, nt && this.setSize.apply(this, nt), delete this.printReverseInfo, et = void 0, C(this, "afterPrint");
          }
        }
        function o() {
          var nt = R.body, rt = this.options.exporting.printMaxWidth, ct = { childNodes: nt.childNodes, origDisplay: [], resetParams: void 0 };
          this.isPrinting = !0, this.pointer.reset(null, 0), C(this, "beforePrint"), rt && this.chartWidth > rt && (ct.resetParams = [this.options.chart.width, void 0, !1], this.setSize(rt, void 0, !1)), [].forEach.call(ct.childNodes, function(gt, dt) {
            gt.nodeType === 1 && (ct.origDisplay[dt] = gt.style.display, gt.style.display = "none");
          }), this.moveContainers(nt), this.printReverseInfo = ct;
        }
        function n(nt) {
          nt.renderExporting(), x(nt, "redraw", nt.renderExporting), x(nt, "destroy", nt.destroyExport);
        }
        function A(nt, rt, ct, gt, dt, lt, at) {
          var J = this, tt = J.options.navigation, st = J.chartWidth, ht = J.chartHeight, pt = "cache-" + nt, yt = Math.max(dt, lt), vt = J[pt];
          if (!vt) {
            J.exportContextMenu = J[pt] = vt = u("div", { className: nt }, { position: "absolute", zIndex: 1e3, padding: yt + "px", pointerEvents: "auto" }, J.fixedDiv || J.container);
            var Ct = u("ul", { className: "highcharts-menu" }, { listStyle: "none", margin: 0, padding: 0 }, vt);
            J.styledMode || d(Ct, O(
              { MozBoxShadow: "3px 3px 10px #888", WebkitBoxShadow: "3px 3px 10px #888", boxShadow: "3px 3px 10px #888" },
              tt.menuStyle
            )), vt.hideMenu = function() {
              d(vt, { display: "none" }), at && at.setState(0), J.openMenu = !1, d(J.renderTo, { overflow: "hidden" }), d(J.container, { overflow: "hidden" }), W.clearTimeout(vt.hideTimer), C(J, "exportMenuHidden");
            }, J.exportEvents.push(x(vt, "mouseleave", function() {
              vt.hideTimer = S.setTimeout(vt.hideMenu, 500);
            }), x(vt, "mouseenter", function() {
              W.clearTimeout(vt.hideTimer);
            }), x(R, "mouseup", function(Pt) {
              J.pointer.inClass(Pt.target, nt) || vt.hideMenu();
            }), x(vt, "click", function() {
              J.openMenu && vt.hideMenu();
            })), rt.forEach(function(Pt) {
              if (typeof Pt == "string" && (Pt = J.options.exporting.menuItemDefinitions[Pt]), b(Pt, !0)) {
                var kt = void 0;
                Pt.separator ? kt = u("hr", void 0, void 0, Ct) : (Pt.textKey === "viewData" && J.isDataTableVisible && (Pt.textKey = "hideData"), kt = u("li", { className: "highcharts-menu-item", onclick: function(St) {
                  St && St.stopPropagation(), vt.hideMenu(), Pt.onclick && Pt.onclick.apply(J, arguments);
                } }, void 0, Ct), h.setElementHTML(kt, Pt.text || J.options.lang[Pt.textKey]), J.styledMode || (kt.onmouseover = function() {
                  d(this, tt.menuItemHoverStyle);
                }, kt.onmouseout = function() {
                  d(this, tt.menuItemStyle);
                }, d(kt, O({ cursor: "pointer" }, tt.menuItemStyle)))), J.exportDivElements.push(kt);
              }
            }), J.exportDivElements.push(Ct, vt), J.exportMenuWidth = vt.offsetWidth, J.exportMenuHeight = vt.offsetHeight;
          }
          rt = { display: "block" }, ct + J.exportMenuWidth > st ? rt.right = st - ct - dt - yt + "px" : rt.left = ct - yt + "px", gt + lt + J.exportMenuHeight > ht && at.alignOptions.verticalAlign !== "top" ? rt.bottom = ht - gt - yt + "px" : rt.top = gt + lt - yt + "px", d(vt, rt), d(J.renderTo, { overflow: "" }), d(J.container, { overflow: "" }), J.openMenu = !0, C(J, "exportMenuShown");
        }
        function _(nt) {
          var rt = nt ? nt.target : this, ct = rt.exportSVGElements, gt = rt.exportDivElements;
          nt = rt.exportEvents;
          var dt;
          ct && (ct.forEach(function(lt, at) {
            lt && (lt.onclick = lt.ontouchstart = null, dt = "cache-" + lt.menuClassName, rt[dt] && delete rt[dt], ct[at] = lt.destroy());
          }), ct.length = 0), rt.exportingGroup && (rt.exportingGroup.destroy(), delete rt.exportingGroup), gt && (gt.forEach(function(lt, at) {
            lt && (W.clearTimeout(lt.hideTimer), c(lt, "mouseleave"), gt[at] = lt.onmouseout = lt.onmouseover = lt.ontouchstart = lt.onclick = null, P(lt));
          }), gt.length = 0), nt && (nt.forEach(function(lt) {
            lt();
          }), nt.length = 0);
        }
        function D(nt, rt) {
          rt = this.getSVGForExport(nt, rt), nt = w(this.options.exporting, nt), H.post(nt.url, { filename: nt.filename ? nt.filename.replace(/\//g, "-") : this.getFilename(), type: nt.type, width: nt.width || 0, scale: nt.scale, svg: rt }, nt.formAttributes);
        }
        function j() {
          return this.styledMode && this.inlineStyles(), this.container.innerHTML;
        }
        function T() {
          var nt = this.userOptions.title && this.userOptions.title.text, rt = this.options.exporting.filename;
          return rt ? rt.replace(/\//g, "-") : (typeof nt == "string" && (rt = nt.toLowerCase().replace(/<\/?[^>]+(>|$)/g, "").replace(/[\s_]+/g, "-").replace(
            /[^a-z0-9\-]/g,
            ""
          ).replace(/^[\-]+/g, "").replace(/[\-]+/g, "-").substr(0, 24).replace(/[\-]+$/g, "")), (!rt || 5 > rt.length) && (rt = "chart"), rt);
        }
        function X(nt) {
          var rt, ct = w(this.options, nt);
          ct.plotOptions = w(this.userOptions.plotOptions, nt && nt.plotOptions), ct.time = w(this.userOptions.time, nt && nt.time);
          var gt = u("div", null, { position: "absolute", top: "-9999em", width: this.chartWidth + "px", height: this.chartHeight + "px" }, R.body), dt = this.renderTo.style.width, lt = this.renderTo.style.height;
          dt = ct.exporting.sourceWidth || ct.chart.width || /px$/.test(dt) && parseInt(dt, 10) || (ct.isGantt ? 800 : 600), lt = ct.exporting.sourceHeight || ct.chart.height || /px$/.test(lt) && parseInt(lt, 10) || 400, O(ct.chart, { animation: !1, renderTo: gt, forExport: !0, renderer: "SVGRenderer", width: dt, height: lt }), ct.exporting.enabled = !1, delete ct.data, ct.series = [], this.series.forEach(function(tt) {
            rt = w(tt.userOptions, { animation: !1, enableMouseTracking: !1, showCheckbox: !1, visible: tt.visible }), rt.isInternal || ct.series.push(rt);
          });
          var at = {};
          this.axes.forEach(function(tt) {
            tt.userOptions.internalKey || (tt.userOptions.internalKey = p()), tt.options.isInternal || (at[tt.coll] || (at[tt.coll] = !0, ct[tt.coll] = []), ct[tt.coll].push(w(tt.userOptions, { visible: tt.visible })));
          });
          var J = new this.constructor(ct, this.callback);
          return nt && ["xAxis", "yAxis", "series"].forEach(function(tt) {
            var st = {};
            nt[tt] && (st[tt] = nt[tt], J.update(st));
          }), this.axes.forEach(function(tt) {
            var st = N(J.axes, function(yt) {
              return yt.options.internalKey === tt.userOptions.internalKey;
            }), ht = tt.getExtremes(), pt = ht.userMin;
            ht = ht.userMax, st && (typeof pt < "u" && pt !== st.min || typeof ht < "u" && ht !== st.max) && st.setExtremes(
              pt,
              ht,
              !0,
              !1
            );
          }), lt = J.getChartHTML(), C(this, "getSVG", { chartCopy: J }), lt = this.sanitizeSVG(lt, ct), ct = null, J.destroy(), P(gt), lt;
        }
        function g(nt, rt) {
          var ct = this.options.exporting;
          return this.getSVG(w({ chart: { borderRadius: 0 } }, ct.chartOptions, rt, { exporting: { sourceWidth: nt && nt.sourceWidth || ct.sourceWidth, sourceHeight: nt && nt.sourceHeight || ct.sourceHeight } }));
        }
        function m(nt) {
          return nt.replace(/([A-Z])/g, function(rt, ct) {
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          /^font$/,
          /[lL]ogical(Width|Height)$/,
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          /^transition/,
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var I0 = Up.exports;
const R0 = /* @__PURE__ */ Cn(I0);
var Vp = { exports: {} };
(function(r) {
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    f = f ? f._modules : {}, E(f, "Extensions/Boost/Boostables.js", [], function() {
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        y[B] = 1;
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        function F() {
          v.length && B("[highcharts boost] shader error - " + v.join(`
`));
        }
        function U(c, p) {
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` + Z.getShaderInfoLog(i)), !1);
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          function c(l) {
            return Z.getUniformLocation(S, l);
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            `#version 100
#define LN10 2.302585092994046
precision highp float;
attribute vec4 aVertexPosition;
attribute vec4 aColor;
varying highp vec2 position;
varying highp vec4 vColor;
uniform mat4 uPMatrix;
uniform float pSize;
uniform float translatedThreshold;
uniform bool hasThreshold;
uniform bool skipTranslation;
uniform float xAxisTrans;
uniform float xAxisMin;
uniform float xAxisMinPad;
uniform float xAxisPointRange;
uniform float xAxisLen;
uniform bool  xAxisPostTranslate;
uniform float xAxisOrdinalSlope;
uniform float xAxisOrdinalOffset;
uniform float xAxisPos;
uniform bool  xAxisCVSCoord;
uniform bool  xAxisIsLog;
uniform bool  xAxisReversed;
uniform float yAxisTrans;
uniform float yAxisMin;
uniform float yAxisMinPad;
uniform float yAxisPointRange;
uniform float yAxisLen;
uniform bool  yAxisPostTranslate;
uniform float yAxisOrdinalSlope;
uniform float yAxisOrdinalOffset;
uniform float yAxisPos;
uniform bool  yAxisCVSCoord;
uniform bool  yAxisIsLog;
uniform bool  yAxisReversed;
uniform bool  isBubble;
uniform bool  bubbleSizeByArea;
uniform float bubbleZMin;
uniform float bubbleZMax;
uniform float bubbleZThreshold;
uniform float bubbleMinSize;
uniform float bubbleMaxSize;
uniform bool  bubbleSizeAbs;
uniform bool  isInverted;
float bubbleRadius(){
float value = aVertexPosition.w;
float zMax = bubbleZMax;
float zMin = bubbleZMin;
float radius = 0.0;
float pos = 0.0;
float zRange = zMax - zMin;
if (bubbleSizeAbs){
value = value - bubbleZThreshold;
zMax = max(zMax - bubbleZThreshold, zMin - bubbleZThreshold);
zMin = 0.0;
}
if (value < zMin){
radius = bubbleZMin / 2.0 - 1.0;
} else {
pos = zRange > 0.0 ? (value - zMin) / zRange : 0.5;
if (bubbleSizeByArea && pos > 0.0){
pos = sqrt(pos);
}
radius = ceil(bubbleMinSize + pos * (bubbleMaxSize - bubbleMinSize)) / 2.0;
}
return radius * 2.0;
}
float translate(float val,
float pointPlacement,
float localA,
float localMin,
float minPixelPadding,
float pointRange,
float len,
bool  cvsCoord,
bool  isLog,
bool  reversed
){
float sign = 1.0;
float cvsOffset = 0.0;
if (cvsCoord) {
sign *= -1.0;
cvsOffset = len;
}
if (isLog) {
val = log(val) / LN10;
}
if (reversed) {
sign *= -1.0;
cvsOffset -= sign * len;
}
return sign * (val - localMin) * localA + cvsOffset + 
(sign * minPixelPadding);
}
float xToPixels(float value) {
if (skipTranslation){
return value;// + xAxisPos;
}
return translate(value, 0.0, xAxisTrans, xAxisMin, xAxisMinPad, xAxisPointRange, xAxisLen, xAxisCVSCoord, xAxisIsLog, xAxisReversed);// + xAxisPos;
}
float yToPixels(float value, float checkTreshold) {
float v;
if (skipTranslation){
v = value;// + yAxisPos;
} else {
v = translate(value, 0.0, yAxisTrans, yAxisMin, yAxisMinPad, yAxisPointRange, yAxisLen, yAxisCVSCoord, yAxisIsLog, yAxisReversed);// + yAxisPos;
if (v > yAxisLen) {
v = yAxisLen;
}
}
if (checkTreshold > 0.0 && hasThreshold) {
v = min(v, translatedThreshold);
}
return v;
}
void main(void) {
if (isBubble){
gl_PointSize = bubbleRadius();
} else {
gl_PointSize = pSize;
}
vColor = aColor;
if (skipTranslation && isInverted) {
gl_Position = uPMatrix * vec4(aVertexPosition.y + yAxisPos, aVertexPosition.x + xAxisPos, 0.0, 1.0);
} else if (isInverted) {
gl_Position = uPMatrix * vec4(yToPixels(aVertexPosition.y, aVertexPosition.z) + yAxisPos, xToPixels(aVertexPosition.x) + xAxisPos, 0.0, 1.0);
} else {
gl_Position = uPMatrix * vec4(xToPixels(aVertexPosition.x) + xAxisPos, yToPixels(aVertexPosition.y, aVertexPosition.z) + yAxisPos, 0.0, 1.0);
}
}`,
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          ), i = U(`precision highp float;
uniform vec4 fillColor;
varying highp vec2 position;
varying highp vec4 vColor;
uniform sampler2D uSampler;
uniform bool isCircle;
uniform bool hasColor;
void main(void) {
vec4 col = fillColor;
vec4 tcol = texture2D(uSampler, gl_PointCoord.st);
if (hasColor) {
col = vColor;
}
if (isCircle) {
col *= tcol;
if (tcol.r < 0.0) {
discard;
} else {
gl_FragColor = col;
}
} else {
gl_FragColor = col;
}
}`, "fragment");
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          return x;
        }, fillColorUniform: function() {
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          }
        }, bind: function() {
          Z && S && Z.useProgram(S);
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          return S;
        }, create: H, setUniform: W, setPMatrix: function(c) {
          Z && S && Z.uniformMatrix4fv(x, !1, c);
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          Z && S && Z.uniform4f(u, c[0] / 255, c[1] / 255, c[2] / 255, c[3]);
        }, setPointSize: function(c) {
          Z && S && Z.uniform1f(d, c);
        }, setSkipTranslation: function(c) {
          Z && S && Z.uniform1i(C, c === !0 ? 1 : 0);
        }, setTexture: function(c) {
          Z && S && Z.uniform1i(a, c);
        }, setDrawAsCircle: function(c) {
          Z && S && Z.uniform1i(b, c ? 1 : 0);
        }, reset: function() {
          Z && S && (Z.uniform1i(P, 0), Z.uniform1i(b, 0));
        }, setInverted: function(c) {
          Z && S && Z.uniform1i(w, c);
        }, destroy: function() {
          Z && S && (Z.deleteProgram(S), S = !1);
        } };
      };
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          Z && (h.deleteBuffer(Z), F = Z = !1), W = 0, U = B || 2, R = [];
        }
        var Z = !1, F = !1, U = B || 2, H = !1, W = 0, R;
        return {
          destroy: I,
          bind: function() {
            if (!Z)
              return !1;
            h.vertexAttribPointer(F, U, h.FLOAT, !1, 0, 0);
          },
          data: R,
          build: function(S, x, d) {
            var u;
            return R = S || [], R && R.length !== 0 || H ? (U = d || U, Z && h.deleteBuffer(Z), H || (u = new Float32Array(R)), Z = h.createBuffer(), h.bindBuffer(h.ARRAY_BUFFER, Z), h.bufferData(h.ARRAY_BUFFER, H || u, h.STATIC_DRAW), F = h.getAttribLocation(y.program(), x), h.enableVertexAttribArray(F), !0) : (I(), !1);
          },
          render: function(S, x, d) {
            var u = H ? H.length : R.length;
            return !Z || !u || ((!S || S > u || 0 > S) && (S = 0), (!x || x > u) && (x = u), S >= x) ? !1 : (h.drawArrays(h[(d || "points").toUpperCase()], S / U, (x - S) / U), !0);
          },
          allocate: function(S) {
            W = -1, H = new Float32Array(4 * S);
          },
          push: function(S, x, d, u) {
            H && (H[++W] = S, H[++W] = x, H[++W] = d, H[++W] = u);
          }
        };
      };
    }), E(f, "Extensions/Boost/WGLRenderer.js", [f["Core/Color/Color.js"], f["Extensions/Boost/WGLShader.js"], f["Extensions/Boost/WGLVBuffer.js"], f["Core/Globals.js"], f["Core/Utilities.js"]], function(h, y, B, I, Z) {
      var F = h.parse, U = I.doc, H = Z.isNumber, W = Z.isObject, R = Z.merge, S = Z.objectEach, x = Z.pick;
      return function(d) {
        function u(m) {
          if (m.isSeriesBoosting) {
            var L = !!m.options.stacking, Y = m.xData || m.options.xData || m.processedXData;
            return L = (L ? m.data : Y || m.options.data).length, m.type === "treemap" ? L *= 12 : m.type === "heatmap" ? L *= 6 : T[m.type] && (L *= 2), L;
          }
          return 0;
        }
        function P() {
          l.clear(l.COLOR_BUFFER_BIT | l.DEPTH_BUFFER_BIT);
        }
        function O(m, L) {
          function Y($t) {
            $t && (L.colorData.push($t[0]), L.colorData.push($t[1]), L.colorData.push($t[2]), L.colorData.push($t[3]));
          }
          function V($t, ue, ge, Ie, _e) {
            Y(_e), g.usePreallocated ? (p.push($t, ue, ge ? 1 : 0, Ie || 1), i += 4) : (o.push($t), o.push(ue), o.push(ge ? 1 : 0), o.push(Ie || 1));
          }
          function Q() {
            L.segments.length && (L.segments[L.segments.length - 1].to = o.length || i);
          }
          function k() {
            L.segments.length && L.segments[L.segments.length - 1].from === (o.length || i) || (Q(), L.segments.push({ from: o.length || i }));
          }
          function G($t, ue, ge, Ie, _e) {
            Y(_e), V($t + ge, ue), Y(_e), V($t, ue), Y(_e), V($t, ue + Ie), Y(_e), V($t, ue + Ie), Y(_e), V($t + ge, ue + Ie), Y(_e), V($t + ge, ue);
          }
          function z($t, ue) {
            g.useGPUTranslations || (L.skipTranslation = !0, $t.x = ht.toPixels($t.x, !0), $t.y = st.toPixels($t.y, !0)), ue ? o = [$t.x, $t.y, 0, 2].concat(o) : V($t.x, $t.y, 0, 2);
          }
          var $ = m.pointArrayMap && m.pointArrayMap.join(",") === "low,high", q = m.chart, it = m.options, et = !!it.stacking, nt = it.data, rt = m.xAxis.getExtremes(), ct = rt.min, gt = rt.max;
          rt = m.yAxis.getExtremes();
          var dt = rt.min, lt = rt.max, at = m.xData || it.xData || m.processedXData, J = m.yData || it.yData || m.processedYData, tt = m.zData || it.zData || m.processedZData, st = m.yAxis, ht = m.xAxis, pt = m.chart.plotWidth, yt = !at || at.length === 0, vt = it.connectNulls;
          rt = m.points || !1;
          var Ct = !1, Pt = !1, kt, St, Dt = et ? m.data : at || nt, Lt = { x: Number.MAX_VALUE, y: 0 }, Nt = { x: -Number.MAX_VALUE, y: 0 }, Et = 0, Kt = !1, Gt, Wt, Jt, be, zt = -1, Vt = !1, Me = !1, _r, po = typeof q.index > "u", Pn = !1, En = !1, $e = !1, On = T[m.type], Ln = !1, Zr = !0, uo = !0, Hs = it.zoneAxis || "y", Dr = it.zones || !1, Wi = !1, fo = it.threshold, _n = !1;
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              Dr.forEach(function($t, ue) {
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                  var ge = F($t.color).rgba;
                  ge[0] /= 255, ge[1] /= 255, ge[2] /= 255, Ir[ue] = ge, Wi || typeof $t.value < "u" || (Wi = ge);
                }
              }), Wi || (at = m.pointAttribs && m.pointAttribs().fill || m.color, Wi = F(at).rgba, Wi[0] /= 255, Wi[1] /= 255, Wi[2] /= 255);
            }
            if (q.inverted && (pt = m.chart.plotHeight), m.closestPointRangePx = Number.MAX_VALUE, k(), rt && 0 < rt.length)
              L.skipTranslation = !0, L.drawMode = "triangles", rt[0].node && rt[0].node.levelDynamic && rt.sort(function($t, ue) {
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                    return 1;
                  if ($t.node.levelDynamic < ue.node.levelDynamic)
                    return -1;
                }
                return 0;
              }), rt.forEach(function($t) {
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                  var ge = $t.shapeArgs;
                  ue = ge.x, ue = ue === void 0 ? 0 : ue;
                  var Ie = ge.y;
                  Ie = Ie === void 0 ? 0 : Ie;
                  var _e = ge.width;
                  _e = _e === void 0 ? 0 : _e, ge = ge.height, ge = ge === void 0 ? 0 : ge;
                  var Kr = q.styledMode ? $t.series.colorAttribs($t) : Kr = $t.series.pointAttribs($t);
                  $t = Kr["stroke-width"] || 0, $e = F(Kr.fill).rgba, $e[0] /= 255, $e[1] /= 255, $e[2] /= 255, m.type === "treemap" && ($t = $t || 1, St = F(Kr.stroke).rgba, St[0] /= 255, St[1] /= 255, St[2] /= 255, G(ue, Ie, _e, ge, St), $t /= 2), m.type === "heatmap" && q.inverted && (ue = ht.len - ue, Ie = st.len - Ie, _e = -_e, ge = -ge), G(ue + $t, Ie + $t, _e - 2 * $t, ge - 2 * $t, $e);
                }
              });
            else {
              for (rt = function() {
                if (Jt = Dt[++zt], typeof Jt > "u")
                  return "continue";
                if (po)
                  return "break";
                var $t = nt && nt[zt];
                if (!yt && W($t, !0) && $t.color && ($e = F($t.color).rgba, $e[0] /= 255, $e[1] /= 255, $e[2] /= 255), yt ? (Gt = Jt[0], Wt = Jt[1], Dt[zt + 1] && (Me = Dt[zt + 1][0]), Dt[zt - 1] && (Vt = Dt[zt - 1][0]), 3 <= Jt.length && (be = Jt[2], Jt[2] > L.zMax && (L.zMax = Jt[2]), Jt[2] < L.zMin && (L.zMin = Jt[2]))) : (Gt = Jt, Wt = J[zt], Dt[zt + 1] && (Me = Dt[zt + 1]), Dt[zt - 1] && (Vt = Dt[zt - 1]), tt && tt.length && (be = tt[zt], tt[zt] > L.zMax && (L.zMax = tt[zt]), tt[zt] < L.zMin && (L.zMin = tt[zt]))), !vt && (Gt === null || Wt === null))
                  return k(), "continue";
                if (Me && Me >= ct && Me <= gt && (Pn = !0), Vt && Vt >= ct && Vt <= gt && (En = !0), $ ? (yt && (Wt = Jt.slice(1, 3)), _r = Wt[0], Wt = Wt[1]) : et && (Gt = Jt.x, Wt = Jt.stackY, _r = Wt - Jt.y), dt !== null && typeof dt < "u" && lt !== null && typeof lt < "u" && (Zr = Wt >= dt && Wt <= lt), Gt > gt && Nt.x < gt && (Nt.x = Gt, Nt.y = Wt), Gt < ct && Lt.x > ct && (Lt.x = Gt, Lt.y = Wt), Wt === null && vt)
                  return "continue";
                if (Wt === null || !Zr && !Pn && !En)
                  return k(), "continue";
                if ((Me >= ct || Gt >= ct) && (Vt <= gt || Gt <= gt) && (Ln = !0), !Ln && !Pn && !En)
                  return "continue";
                if (_n && Gt - Vt > _n && k(), Dr) {
                  var ue;
                  Dr.some(function(ge, Ie) {
                    var _e = Dr[Ie - 1];
                    return Hs === "x" ? typeof ge.value < "u" && Gt <= ge.value ? (Ir[Ie] && (!_e || Gt >= _e.value) && (ue = Ir[Ie]), !0) : !1 : typeof ge.value < "u" && Wt <= ge.value ? (Ir[Ie] && (!_e || Wt >= _e.value) && (ue = Ir[Ie]), !0) : !1;
                  }), $e = ue || Wi || $e;
                }
                if (!g.useGPUTranslations && (L.skipTranslation = !0, Gt = ht.toPixels(Gt, !0), Wt = st.toPixels(Wt, !0), Gt > pt && L.drawMode === "points"))
                  return "continue";
                if (L.hasMarkers && Ln && Ct !== !1 && (m.closestPointRangePx = Math.min(m.closestPointRangePx, Math.abs(Gt - Ct))), !g.useGPUTranslations && !g.usePreallocated && Ct && 1 > Math.abs(Gt - Ct) && Pt && 1 > Math.abs(Wt - Pt))
                  return g.debug.showSkipSummary && ++Et, "continue";
                On && (kt = _r, (_r === !1 || typeof _r > "u") && (kt = 0 > Wt ? Wt : 0), $ || et || (kt = Math.max(fo === null ? dt : fo, dt)), g.useGPUTranslations || (kt = st.toPixels(kt, !0)), V(Gt, kt, 0, 0, $e)), it.step && !uo && V(Gt, Pt, 0, 2, $e), V(Gt, Wt, 0, m.type === "bubble" ? be || 1 : 2, $e), Ct = Gt, Pt = Wt, Kt = !0, uo = !1;
              }; zt < Dt.length - 1 && rt() !== "break"; )
                ;
              g.debug.showSkipSummary && console.log("skipped points:", Et), Kt || vt === !1 || m.drawMode !== "line_strip" || (Lt.x < Number.MAX_VALUE && z(Lt, !0), Nt.x > -Number.MAX_VALUE && z(Nt));
            }
            Q();
          }
        }
        function N() {
          D = [], A.data = o = [], n = [], p && p.destroy();
        }
        function C(m) {
          c && (c.setUniform("xAxisTrans", m.transA), c.setUniform("xAxisMin", m.min), c.setUniform("xAxisMinPad", m.minPixelPadding), c.setUniform("xAxisPointRange", m.pointRange), c.setUniform("xAxisLen", m.len), c.setUniform(
            "xAxisPos",
            m.pos
          ), c.setUniform("xAxisCVSCoord", !m.horiz), c.setUniform("xAxisIsLog", !!m.logarithmic), c.setUniform("xAxisReversed", !!m.reversed));
        }
        function b(m) {
          c && (c.setUniform("yAxisTrans", m.transA), c.setUniform("yAxisMin", m.min), c.setUniform("yAxisMinPad", m.minPixelPadding), c.setUniform("yAxisPointRange", m.pointRange), c.setUniform("yAxisLen", m.len), c.setUniform("yAxisPos", m.pos), c.setUniform("yAxisCVSCoord", !m.horiz), c.setUniform("yAxisIsLog", !!m.logarithmic), c.setUniform("yAxisReversed", !!m.reversed));
        }
        function w(m, L) {
          c.setUniform("hasThreshold", m), c.setUniform("translatedThreshold", L);
        }
        function v(m) {
          if (m)
            s = m.chartWidth || 800, t = m.chartHeight || 400;
          else
            return !1;
          if (!(l && s && t && c))
            return !1;
          g.debug.timeRendering && console.time("gl rendering"), l.canvas.width = s, l.canvas.height = t, c.bind(), l.viewport(0, 0, s, t), c.setPMatrix([2 / s, 0, 0, 0, 0, -(2 / t), 0, 0, 0, 0, -2, 0, -1, 1, -1, 1]), 1 < g.lineWidth && !I.isMS && l.lineWidth(g.lineWidth), p.build(A.data, "aVertexPosition", 4), p.bind(), c.setInverted(m.inverted), D.forEach(function(L, Y) {
            var V = L.series.options, Q = V.marker, k = typeof V.lineWidth < "u" ? V.lineWidth : 1, G = V.threshold, z = H(G), $ = L.series.yAxis.getThreshold(G);
            if (G = x(V.marker ? V.marker.enabled : null, L.series.xAxis.isRadial ? !0 : null, L.series.closestPointRangePx > 2 * ((V.marker ? V.marker.radius : 10) || 10)), Q = j[Q && Q.symbol || L.series.symbol] || j.circle, L.segments.length !== 0 && L.segments[0].from !== L.segments[0].to) {
              if (Q.isReady && (l.bindTexture(l.TEXTURE_2D, Q.handle), c.setTexture(Q.handle)), m.styledMode ? Q = L.series.markerGroup && L.series.markerGroup.getStyle("fill") : (Q = L.drawMode === "points" && L.series.pointAttribs && L.series.pointAttribs().fill || L.series.color, V.colorByPoint && (Q = L.series.chart.options.colors[Y])), L.series.fillOpacity && V.fillOpacity && (Q = new h(Q).setOpacity(x(V.fillOpacity, 1)).get()), Q = F(Q).rgba, g.useAlpha || (Q[3] = 1), L.drawMode === "lines" && g.useAlpha && 1 > Q[3] && (Q[3] /= 10), V.boostBlending === "add" ? (l.blendFunc(l.SRC_ALPHA, l.ONE), l.blendEquation(l.FUNC_ADD)) : V.boostBlending === "mult" || V.boostBlending === "multiply" ? l.blendFunc(l.DST_COLOR, l.ZERO) : V.boostBlending === "darken" ? (l.blendFunc(l.ONE, l.ONE), l.blendEquation(l.FUNC_MIN)) : l.blendFuncSeparate(l.SRC_ALPHA, l.ONE_MINUS_SRC_ALPHA, l.ONE, l.ONE_MINUS_SRC_ALPHA), c.reset(), 0 < L.colorData.length ? (c.setUniform("hasColor", 1), Y = B(l, c), Y.build(L.colorData, "aColor", 4), Y.bind()) : l.disableVertexAttribArray(l.getAttribLocation(c.program(), "aColor")), c.setColor(Q), C(L.series.xAxis), b(L.series.yAxis), w(z, $), L.drawMode === "points" && (V.marker && H(V.marker.radius) ? c.setPointSize(2 * V.marker.radius) : c.setPointSize(1)), c.setSkipTranslation(L.skipTranslation), L.series.type === "bubble" && c.setBubbleUniforms(L.series, L.zMin, L.zMax), c.setDrawAsCircle(X[L.series.type] || !1), 0 < k || L.drawMode !== "line_strip")
                for (k = 0; k < L.segments.length; k++)
                  p.render(L.segments[k].from, L.segments[k].to, L.drawMode);
              if (L.hasMarkers && G)
                for (V.marker && H(V.marker.radius) ? c.setPointSize(2 * V.marker.radius) : c.setPointSize(10), c.setDrawAsCircle(!0), k = 0; k < L.segments.length; k++)
                  p.render(L.segments[k].from, L.segments[k].to, "POINTS");
            }
          }), g.debug.timeRendering && console.timeEnd("gl rendering"), d && d(), N();
        }
        function a(m) {
          if (P(), m.renderer.forExport)
            return v(m);
          _ ? v(m) : setTimeout(function() {
            a(m);
          }, 1);
        }
        var c = !1, p = !1, i = 0, l = !1, s = 0, t = 0, o = !1, n = !1, A = {}, _ = !1, D = [], j = {}, T = { column: !0, columnrange: !0, bar: !0, area: !0, arearange: !0 }, X = { scatter: !0, bubble: !0 }, g = { pointSize: 1, lineWidth: 1, fillColor: "#AA00AA", useAlpha: !0, usePreallocated: !1, useGPUTranslations: !1, debug: { timeRendering: !1, timeSeriesProcessing: !1, timeSetup: !1, timeBufferCopy: !1, timeKDTree: !1, showSkipSummary: !1 } };
        return A = { allocateBufferForSingleSeries: function(m) {
          var L = 0;
          g.usePreallocated && (m.isSeriesBoosting && (L = u(m)), p.allocate(L));
        }, pushSeries: function(m) {
          0 < D.length && D[D.length - 1].hasMarkers && (D[D.length - 1].markerTo = n.length), g.debug.timeSeriesProcessing && console.time("building " + m.type + " series");
          var L = { segments: [], markerFrom: n.length, colorData: [], series: m, zMin: Number.MAX_VALUE, zMax: -Number.MAX_VALUE, hasMarkers: m.options.marker ? m.options.marker.enabled !== !1 : !1, showMarkers: !0, drawMode: {
            area: "lines",
            arearange: "lines",
            areaspline: "line_strip",
            column: "lines",
            columnrange: "lines",
            bar: "lines",
            line: "line_strip",
            scatter: "points",
            heatmap: "triangles",
            treemap: "triangles",
            bubble: "points"
          }[m.type] || "line_strip" };
          m.index >= D.length ? D.push(L) : D[m.index] = L, O(m, L), g.debug.timeSeriesProcessing && console.timeEnd("building " + m.type + " series");
        }, setSize: function(m, L) {
          s === m && t === L || !c || (s = m, t = L, c.bind(), c.setPMatrix([2 / s, 0, 0, 0, 0, -(2 / t), 0, 0, 0, 0, -2, 0, -1, 1, -1, 1]));
        }, inited: function() {
          return _;
        }, setThreshold: w, init: function(m, L) {
          function Y(k, G) {
            var z = { isReady: !1, texture: U.createElement("canvas"), handle: l.createTexture() }, $ = z.texture.getContext("2d");
            j[k] = z, z.texture.width = 512, z.texture.height = 512, $.mozImageSmoothingEnabled = !1, $.webkitImageSmoothingEnabled = !1, $.msImageSmoothingEnabled = !1, $.imageSmoothingEnabled = !1, $.strokeStyle = "rgba(255, 255, 255, 0)", $.fillStyle = "#FFF", G($);
            try {
              l.activeTexture(l.TEXTURE0), l.bindTexture(l.TEXTURE_2D, z.handle), l.texImage2D(l.TEXTURE_2D, 0, l.RGBA, l.RGBA, l.UNSIGNED_BYTE, z.texture), l.texParameteri(l.TEXTURE_2D, l.TEXTURE_WRAP_S, l.CLAMP_TO_EDGE), l.texParameteri(
                l.TEXTURE_2D,
                l.TEXTURE_WRAP_T,
                l.CLAMP_TO_EDGE
              ), l.texParameteri(l.TEXTURE_2D, l.TEXTURE_MAG_FILTER, l.LINEAR), l.texParameteri(l.TEXTURE_2D, l.TEXTURE_MIN_FILTER, l.LINEAR), l.bindTexture(l.TEXTURE_2D, null), z.isReady = !0;
            } catch {
            }
          }
          var V = 0, Q = ["webgl", "experimental-webgl", "moz-webgl", "webkit-3d"];
          if (_ = !1, !m)
            return !1;
          for (g.debug.timeSetup && console.time("gl setup"); V < Q.length && !(l = m.getContext(Q[V], {})); V++)
            ;
          if (l)
            L || N();
          else
            return !1;
          return l.enable(l.BLEND), l.blendFunc(l.SRC_ALPHA, l.ONE_MINUS_SRC_ALPHA), l.disable(l.DEPTH_TEST), l.depthFunc(l.LESS), c = y(l), c ? (p = B(l, c), Y("circle", function(k) {
            k.beginPath(), k.arc(256, 256, 256, 0, 2 * Math.PI), k.stroke(), k.fill();
          }), Y("square", function(k) {
            k.fillRect(0, 0, 512, 512);
          }), Y("diamond", function(k) {
            k.beginPath(), k.moveTo(256, 0), k.lineTo(512, 256), k.lineTo(256, 512), k.lineTo(0, 256), k.lineTo(256, 0), k.fill();
          }), Y("triangle", function(k) {
            k.beginPath(), k.moveTo(0, 512), k.lineTo(256, 0), k.lineTo(512, 512), k.lineTo(0, 512), k.fill();
          }), Y("triangle-down", function(k) {
            k.beginPath(), k.moveTo(0, 0), k.lineTo(256, 512), k.lineTo(
              512,
              0
            ), k.lineTo(0, 0), k.fill();
          }), _ = !0, g.debug.timeSetup && console.timeEnd("gl setup"), !0) : !1;
        }, render: a, settings: g, valid: function() {
          return l !== !1;
        }, clear: P, flush: N, setXAxis: C, setYAxis: b, data: o, gl: function() {
          return l;
        }, allocateBuffer: function(m) {
          var L = 0;
          g.usePreallocated && (m.series.forEach(function(Y) {
            Y.isSeriesBoosting && (L += u(Y));
          }), p.allocate(L));
        }, destroy: function() {
          N(), p.destroy(), c.destroy(), l && (S(j, function(m) {
            m.handle && l.deleteTexture(m.handle);
          }), l.canvas.width = 1, l.canvas.height = 1);
        }, setOptions: function(m) {
          R(
            !0,
            g,
            m
          );
        } };
      };
    }), E(f, "Extensions/Boost/BoostAttach.js", [f["Core/Chart/Chart.js"], f["Extensions/Boost/WGLRenderer.js"], f["Core/Globals.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      var Z = B.doc, F = I.error, U;
      return function(H, W) {
        var R = H.chartWidth, S = H.chartHeight, x = H, d = H.seriesGroup || W.group, u = Z.implementation.hasFeature("www.http://w3.org/TR/SVG11/feature#Extensibility", "1.1");
        return x = H.isChartSeriesBoosting() ? H : W, u = !1, U || (U = Z.createElement("canvas")), x.renderTarget || (x.canvas = U, H.renderer.forExport || !u ? (x.renderTarget = H.renderer.image("", 0, 0, R, S).addClass("highcharts-boost-canvas").add(d), x.boostClear = function() {
          x.renderTarget.attr({ href: "" });
        }, x.boostCopy = function() {
          x.boostResizeTarget(), x.renderTarget.attr({ href: x.canvas.toDataURL("image/png") });
        }) : (x.renderTargetFo = H.renderer.createElement("foreignObject").add(d), x.renderTarget = Z.createElement("canvas"), x.renderTargetCtx = x.renderTarget.getContext("2d"), x.renderTargetFo.element.appendChild(x.renderTarget), x.boostClear = function() {
          x.renderTarget.width = x.canvas.width, x.renderTarget.height = x.canvas.height;
        }, x.boostCopy = function() {
          x.renderTarget.width = x.canvas.width, x.renderTarget.height = x.canvas.height, x.renderTargetCtx.drawImage(x.canvas, 0, 0);
        }), x.boostResizeTarget = function() {
          R = H.chartWidth, S = H.chartHeight, (x.renderTargetFo || x.renderTarget).attr({ x: 0, y: 0, width: R, height: S }).css({ pointerEvents: "none", mixedBlendMode: "normal", opacity: 1 }), x instanceof h && x.markerGroup.translate(H.plotLeft, H.plotTop);
        }, x.boostClipRect = H.renderer.clipRect(), (x.renderTargetFo || x.renderTarget).clip(x.boostClipRect), x instanceof h && (x.markerGroup = x.renderer.g().add(d), x.markerGroup.translate(W.xAxis.pos, W.yAxis.pos))), x.canvas.width = R, x.canvas.height = S, x.boostClipRect.attr(H.getBoostClipRect(x)), x.boostResizeTarget(), x.boostClear(), x.ogl || (x.ogl = y(function() {
          x.ogl.settings.debug.timeBufferCopy && console.time("buffer copy"), x.boostCopy(), x.ogl.settings.debug.timeBufferCopy && console.timeEnd("buffer copy");
        }), x.ogl.init(x.canvas) || F("[highcharts boost] - unable to init WebGL renderer"), x.ogl.setOptions(H.options.boost || {}), x instanceof h && x.ogl.allocateBuffer(H)), x.ogl.setSize(R, S), x.ogl;
      };
    }), E(f, "Extensions/Boost/BoostUtils.js", [f["Core/Globals.js"], f["Extensions/Boost/BoostableMap.js"], f["Extensions/Boost/BoostAttach.js"], f["Core/Utilities.js"]], function(h, y, B, I) {
      function Z() {
        for (var d = [], u = 0; u < arguments.length; u++)
          d[u] = arguments[u];
        var P = -Number.MAX_VALUE;
        return d.forEach(function(O) {
          if (typeof O < "u" && O !== null && typeof O.length < "u" && 0 < O.length)
            return P = O.length, !0;
        }), P;
      }
      function F(d, u, P) {
        d && u.renderTarget && u.canvas && !(P || u.chart).isChartSeriesBoosting() && d.render(P || u.chart);
      }
      function U(d, u) {
        d && u.renderTarget && u.canvas && !u.chart.isChartSeriesBoosting() && d.allocateBufferForSingleSeries(u);
      }
      function H(d, u, P, O, N, C) {
        N = N || 0, O = O || 3e3;
        for (var b = N + O, w = !0; w && N < b && N < d.length; )
          w = u(d[N], N), ++N;
        w && (N < d.length ? C ? H(d, u, P, O, N, C) : R.requestAnimationFrame ? R.requestAnimationFrame(function() {
          H(d, u, P, O, N);
        }) : setTimeout(function() {
          H(d, u, P, O, N);
        }) : P && P());
      }
      function W() {
        var d = 0, u, P = [
          "webgl",
          "experimental-webgl",
          "moz-webgl",
          "webkit-3d"
        ], O = !1;
        if (typeof R.WebGLRenderingContext < "u")
          for (u = S.createElement("canvas"); d < P.length; d++)
            try {
              if (O = u.getContext(P[d]), typeof O < "u" && O !== null)
                return !0;
            } catch {
            }
        return !1;
      }
      var R = h.win, S = h.doc, x = I.pick;
      return I = { patientMax: Z, boostEnabled: function(d) {
        return x(d && d.options && d.options.boost && d.options.boost.enabled, !0);
      }, shouldForceChartSeriesBoosting: function(d) {
        var u = 0, P = 0, O = x(d.options.boost && d.options.boost.allowForce, !0);
        if (typeof d.boostForceChartBoost < "u")
          return d.boostForceChartBoost;
        if (1 < d.series.length)
          for (var N = 0; N < d.series.length; N++) {
            var C = d.series[N];
            C.options.boostThreshold !== 0 && C.visible !== !1 && C.type !== "heatmap" && (y[C.type] && ++P, Z(C.processedXData, C.options.data, C.points) >= (C.options.boostThreshold || Number.MAX_VALUE) && ++u);
          }
        return d.boostForceChartBoost = O && (P === d.series.length && 0 < u || 5 < u), d.boostForceChartBoost;
      }, renderIfNotSeriesBoosting: F, allocateIfNotSeriesBoosting: U, eachAsync: H, hasWebGLSupport: W, pointDrawHandler: function(d) {
        var u = !0;
        if (this.chart.options && this.chart.options.boost && (u = typeof this.chart.options.boost.enabled > "u" ? !0 : this.chart.options.boost.enabled), !u || !this.isSeriesBoosting)
          return d.call(this);
        this.chart.isBoosting = !0, (d = B(this.chart, this)) && (U(d, this), d.pushSeries(this)), F(d, this);
      } }, h.hasWebGLSupport = W, I;
    }), E(
      f,
      "Extensions/Boost/BoostInit.js",
      [f["Core/Chart/Chart.js"], f["Core/Globals.js"], f["Core/Series/Series.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"], f["Extensions/Boost/BoostUtils.js"], f["Extensions/Boost/BoostAttach.js"]],
      function(h, y, B, I, Z, F, U) {
        var H = y.noop, W = I.seriesTypes, R = Z.addEvent, S = Z.extend, x = Z.fireEvent, d = Z.wrap, u = F.eachAsync, P = F.pointDrawHandler, O = F.allocateIfNotSeriesBoosting, N = F.renderIfNotSeriesBoosting, C = F.shouldForceChartSeriesBoosting, b;
        return function() {
          S(B.prototype, { renderCanvas: function() {
            function w(dt, lt) {
              var at = !1, J = typeof i.index > "u", tt = !0;
              if (typeof dt > "u")
                return !0;
              if (!J) {
                if (G)
                  var st = dt[0], ht = dt[1];
                else
                  st = dt, ht = o[lt];
                Y ? (G && (ht = dt.slice(1, 3)), at = ht[0], ht = ht[1]) : V && (st = dt.x, ht = dt.stackY, at = ht - dt.y), k || (tt = ht >= D && ht <= j), ht !== null && st >= A && st <= _ && tt && (dt = l.toPixels(st, !0), g ? ((typeof q > "u" || dt === X) && (Y || (at = ht), (typeof it > "u" || ht > $) && ($ = ht, it = lt), (typeof q > "u" || at < z) && (z = at, q = lt)), dt !== X && (typeof q < "u" && (ht = s.toPixels($, !0), L = s.toPixels(z, !0), rt(dt, ht, it), L !== ht && rt(dt, L, q)), q = it = void 0, X = dt)) : (ht = Math.ceil(s.toPixels(ht, !0)), rt(dt, ht, lt)));
              }
              return !J;
            }
            function v() {
              x(a, "renderedCanvas"), delete a.buildKDTree, a.buildKDTree(), ct.debug.timeKDTree && console.timeEnd("kd tree building");
            }
            var a = this, c = a.options || {}, p = !1, i = a.chart, l = this.xAxis, s = this.yAxis, t = c.xData || a.processedXData, o = c.yData || a.processedYData, n = c.data;
            p = l.getExtremes();
            var A = p.min, _ = p.max;
            p = s.getExtremes();
            var D = p.min, j = p.max, T = {}, X, g = !!a.sampling, m = c.enableMouseTracking !== !1, L = s.getThreshold(c.threshold), Y = a.pointArrayMap && a.pointArrayMap.join(",") === "low,high", V = !!c.stacking, Q = a.cropStart || 0, k = a.requireSorting, G = !t, z, $, q, it, et = c.findNearestPointBy === "x", nt = this.xData || this.options.xData || this.processedXData || !1, rt = function(dt, lt, at) {
              dt = Math.ceil(dt), b = et ? dt : dt + "," + lt, m && !T[b] && (T[b] = !0, i.inverted && (dt = l.len - dt, lt = s.len - lt), gt.push({ x: nt ? nt[Q + at] : !1, clientX: dt, plotX: dt, plotY: lt, i: Q + at }));
            };
            p = U(i, a), i.isBoosting = !0;
            var ct = p.settings;
            if (this.visible) {
              (this.points || this.graph) && this.destroyGraphics(), i.isChartSeriesBoosting() ? (this.markerGroup && this.markerGroup !== i.markerGroup && this.markerGroup.destroy(), this.markerGroup = i.markerGroup, this.renderTarget && (this.renderTarget = this.renderTarget.destroy())) : (this.markerGroup === i.markerGroup && (this.markerGroup = void 0), this.markerGroup = a.plotGroup("markerGroup", "markers", !0, 1, i.seriesGroup));
              var gt = this.points = [];
              a.buildKDTree = H, p && (O(p, this), p.pushSeries(a), N(p, this, i)), i.renderer.forExport || (ct.debug.timeKDTree && console.time("kd tree building"), u(V ? a.data : t || n, w, v));
            }
          } }), ["heatmap", "treemap"].forEach(function(w) {
            W[w] && d(W[w].prototype, "drawPoints", P);
          }), W.bubble && (delete W.bubble.prototype.buildKDTree, d(W.bubble.prototype, "markerAttribs", function(w) {
            return this.isSeriesBoosting ? !1 : w.apply(this, [].slice.call(arguments, 1));
          })), W.scatter.prototype.fill = !0, S(W.area.prototype, { fill: !0, fillOpacity: !0, sampling: !0 }), S(W.column.prototype, { fill: !0, sampling: !0 }), h.prototype.propsRequireUpdateSeries.push("boost"), h.prototype.callbacks.push(function(w) {
            R(w, "predraw", function() {
              w.boostForceChartBoost = void 0, w.boostForceChartBoost = C(w), w.isBoosting = !1, !w.isChartSeriesBoosting() && w.didBoost && (w.didBoost = !1), w.boostClear && w.boostClear(), w.canvas && w.ogl && w.isChartSeriesBoosting() && (w.didBoost = !0, w.ogl.allocateBuffer(w)), w.markerGroup && w.xAxis && 0 < w.xAxis.length && w.yAxis && 0 < w.yAxis.length && w.markerGroup.translate(w.xAxis[0].pos, w.yAxis[0].pos);
            }), R(w, "render", function() {
              w.ogl && w.isChartSeriesBoosting() && w.ogl.render(w);
            });
            var v = -1, a = -1;
            R(w.pointer, "afterGetHoverData", function() {
              var c = w.hoverSeries;
              if (w.markerGroup && c) {
                var p = w.inverted ? c.yAxis : c.xAxis;
                c = w.inverted ? c.xAxis : c.yAxis, (p && p.pos !== v || c && c.pos !== a) && (w.markerGroup.translate(p.pos, c.pos), v = p.pos, a = c.pos);
              }
            });
          });
        };
      }
    ), E(
      f,
      "Extensions/BoostCanvas.js",
      [f["Core/Chart/Chart.js"], f["Core/Color/Color.js"], f["Core/Globals.js"], f["Core/Series/Series.js"], f["Core/Series/SeriesRegistry.js"], f["Core/Utilities.js"]],
      function(h, y, B, I, Z, F) {
        var U = y.parse, H = B.doc, W = B.noop, R = Z.seriesTypes, S = F.addEvent, x = F.extend, d = F.fireEvent, u = F.isNumber, P = F.merge, O = F.pick, N = F.wrap, C;
        return function() {
          B.seriesTypes.heatmap && N(B.seriesTypes.heatmap.prototype, "drawPoints", function() {
            var b = this.chart, w = this.getContext(), v = this.chart.inverted, a = this.xAxis, c = this.yAxis;
            w ? (this.points.forEach(function(p) {
              var i = p.plotY;
              if (typeof i < "u" && !isNaN(i) && p.y !== null && w) {
                var l = p.shapeArgs || {};
                i = l.x, i = i === void 0 ? 0 : i;
                var s = l.y;
                s = s === void 0 ? 0 : s;
                var t = l.width;
                t = t === void 0 ? 0 : t, l = l.height, l = l === void 0 ? 0 : l, p = b.styledMode ? p.series.colorAttribs(p) : p.series.pointAttribs(p), w.fillStyle = p.fill, v ? w.fillRect(c.len - s + a.left, a.len - i + c.top, -l, -t) : w.fillRect(i + a.left, s + c.top, t, l);
              }
            }), this.canvasToSVG()) : this.chart.showLoading("Your browser doesn't support HTML5 canvas, <br>please use a modern browser");
          }), x(I.prototype, { getContext: function() {
            var b = this.chart, w = b.chartWidth, v = b.chartHeight, a = b.seriesGroup || this.group, c = this, p = function(l, s, t, o, n, A, _) {
              l.call(this, t, s, o, n, A, _);
            };
            b.isChartSeriesBoosting() && (c = b, a = b.seriesGroup);
            var i = c.ctx;
            return c.canvas || (c.canvas = H.createElement("canvas"), c.renderTarget = b.renderer.image("", 0, 0, w, v).addClass("highcharts-boost-canvas").add(a), c.ctx = i = c.canvas.getContext("2d"), b.inverted && ["moveTo", "lineTo", "rect", "arc"].forEach(function(l) {
              N(i, l, p);
            }), c.boostCopy = function() {
              c.renderTarget.attr({ href: c.canvas.toDataURL("image/png") });
            }, c.boostClear = function() {
              i.clearRect(0, 0, c.canvas.width, c.canvas.height), c === this && c.renderTarget.attr({ href: "" });
            }, c.boostClipRect = b.renderer.clipRect(), c.renderTarget.clip(c.boostClipRect)), c.canvas.width !== w && (c.canvas.width = w), c.canvas.height !== v && (c.canvas.height = v), c.renderTarget.attr({ x: 0, y: 0, width: w, height: v, style: "pointer-events: none", href: "" }), c.boostClipRect.attr(b.getBoostClipRect(c)), i;
          }, canvasToSVG: function() {
            this.chart.isChartSeriesBoosting() ? this.boostClear && this.boostClear() : (this.boostCopy || this.chart.boostCopy) && (this.boostCopy || this.chart.boostCopy)();
          }, cvsLineTo: function(b, w, v) {
            b.lineTo(w, v);
          }, renderCanvas: function() {
            var b = this, w = b.options, v = b.chart, a = this.xAxis, c = this.yAxis, p = (v.options.boost || {}).timeRendering || !1, i = 0, l = b.processedXData, s = b.processedYData, t = w.data, o = a.getExtremes(), n = o.min, A = o.max;
            o = c.getExtremes();
            var _ = o.min, D = o.max, j = {}, T, X = !!b.sampling, g = w.marker && w.marker.radius, m = this.cvsDrawPoint, L = w.lineWidth ? this.cvsLineTo : void 0, Y = g && 1 >= g ? this.cvsMarkerSquare : this.cvsMarkerCircle, V = this.cvsStrokeBatch || 1e3, Q = w.enableMouseTracking !== !1, k;
            o = w.threshold;
            var G = c.getThreshold(o), z = u(o), $ = G, q = this.fill, it = b.pointArrayMap && b.pointArrayMap.join(",") === "low,high", et = !!w.stacking, nt = b.cropStart || 0;
            o = v.options.loading;
            var rt = b.requireSorting, ct, gt = w.connectNulls, dt = !l, lt, at, J, tt, st, ht = et ? b.data : l || t, pt = b.fillOpacity ? y.parse(b.color).setOpacity(O(w.fillOpacity, 0.75)).get() : b.color, yt = function() {
              q ? (Dt.fillStyle = pt, Dt.fill()) : (Dt.strokeStyle = b.color, Dt.lineWidth = w.lineWidth, Dt.stroke());
            }, vt = function(Lt, Nt, Et, Kt) {
              i === 0 && (Dt.beginPath(), L && (Dt.lineJoin = "round")), v.scroller && b.options.className === "highcharts-navigator-series" ? (Nt += v.scroller.top, Et && (Et += v.scroller.top)) : Nt += v.plotTop, Lt += v.plotLeft, ct ? Dt.moveTo(Lt, Nt) : m ? m(Dt, Lt, Nt, Et, k) : L ? L(Dt, Lt, Nt) : Y && Y.call(b, Dt, Lt, Nt, g, Kt), i += 1, i === V && (yt(), i = 0), k = { clientX: Lt, plotY: Nt, yBottom: Et };
            }, Ct = w.findNearestPointBy === "x", Pt = this.xData || this.options.xData || this.processedXData || !1, kt = function(Lt, Nt, Et) {
              st = Ct ? Lt : Lt + "," + Nt, Q && !j[st] && (j[st] = !0, v.inverted && (Lt = a.len - Lt, Nt = c.len - Nt), St.push({ x: Pt ? Pt[nt + Et] : !1, clientX: Lt, plotX: Lt, plotY: Nt, i: nt + Et }));
            };
            this.renderTarget && this.renderTarget.attr({ href: "" }), (this.points || this.graph) && this.destroyGraphics(), b.plotGroup("group", "series", b.visible ? "visible" : "hidden", w.zIndex, v.seriesGroup), b.markerGroup = b.group, S(b, "destroy", function() {
              b.markerGroup = null;
            });
            var St = this.points = [], Dt = this.getContext();
            b.buildKDTree = W, this.boostClear && this.boostClear(), this.visible && (99999 < t.length && (v.options.loading = P(o, { labelStyle: {
              backgroundColor: U("#ffffff").setOpacity(0.75).get(),
              padding: "1em",
              borderRadius: "0.5em"
            }, style: { backgroundColor: "none", opacity: 1 } }), F.clearTimeout(C), v.showLoading("Drawing..."), v.options.loading = o), p && console.time("canvas rendering"), B.eachAsync(ht, function(Lt, Nt) {
              var Et = !1, Kt = !1, Gt = !1, Wt = !1, Jt = typeof v.index > "u", be = !0;
              if (!Jt) {
                if (dt) {
                  var zt = Lt[0], Vt = Lt[1];
                  ht[Nt + 1] && (Gt = ht[Nt + 1][0]), ht[Nt - 1] && (Wt = ht[Nt - 1][0]);
                } else
                  zt = Lt, Vt = s[Nt], ht[Nt + 1] && (Gt = ht[Nt + 1]), ht[Nt - 1] && (Wt = ht[Nt - 1]);
                if (Gt && Gt >= n && Gt <= A && (Et = !0), Wt && Wt >= n && Wt <= A && (Kt = !0), it) {
                  dt && (Vt = Lt.slice(1, 3));
                  var Me = Vt[0];
                  Vt = Vt[1];
                } else
                  et && (zt = Lt.x, Vt = Lt.stackY, Me = Vt - Lt.y);
                Lt = Vt === null, rt || (be = Vt >= _ && Vt <= D), !Lt && (zt >= n && zt <= A && be || Et || Kt) && (zt = Math.round(a.toPixels(zt, !0)), X ? ((typeof J > "u" || zt === T) && (it || (Me = Vt), (typeof tt > "u" || Vt > at) && (at = Vt, tt = Nt), (typeof J > "u" || Me < lt) && (lt = Me, J = Nt)), zt !== T && (typeof J < "u" && (Vt = c.toPixels(at, !0), G = c.toPixels(lt, !0), vt(zt, z ? Math.min(Vt, $) : Vt, z ? Math.max(G, $) : G, Nt), kt(zt, Vt, tt), G !== Vt && kt(zt, G, J)), J = tt = void 0, T = zt)) : (Vt = Math.round(c.toPixels(Vt, !0)), vt(zt, Vt, G, Nt), kt(zt, Vt, Nt))), ct = Lt && !gt, Nt % 5e4 === 0 && (b.boostCopy || b.chart.boostCopy) && (b.boostCopy || b.chart.boostCopy)();
              }
              return !Jt;
            }, function() {
              var Lt = v.loadingDiv, Nt = v.loadingShown;
              yt(), b.canvasToSVG(), p && console.timeEnd("canvas rendering"), d(b, "renderedCanvas"), Nt && (x(Lt.style, { transition: "opacity 250ms", opacity: 0 }), v.loadingShown = !1, C = setTimeout(function() {
                Lt.parentNode && Lt.parentNode.removeChild(Lt), v.loadingDiv = v.loadingSpan = null;
              }, 250)), delete b.buildKDTree, b.buildKDTree();
            }, v.renderer.forExport ? Number.MAX_VALUE : void 0));
          } }), R.scatter.prototype.cvsMarkerCircle = function(b, w, v, a) {
            b.moveTo(w, v), b.arc(w, v, a, 0, 2 * Math.PI, !1);
          }, R.scatter.prototype.cvsMarkerSquare = function(b, w, v, a) {
            b.rect(w - a, v - a, 2 * a, 2 * a);
          }, R.scatter.prototype.fill = !0, R.bubble && (R.bubble.prototype.cvsMarkerCircle = function(b, w, v, a, c) {
            b.moveTo(w, v), b.arc(w, v, this.radii && this.radii[c], 0, 2 * Math.PI, !1);
          }, R.bubble.prototype.cvsStrokeBatch = 1), x(R.area.prototype, {
            cvsDrawPoint: function(b, w, v, a, c) {
              c && w !== c.clientX && (b.moveTo(c.clientX, c.yBottom), b.lineTo(c.clientX, c.plotY), b.lineTo(w, v), b.lineTo(w, a));
            },
            fill: !0,
            fillOpacity: !0,
            sampling: !0
          }), x(R.column.prototype, { cvsDrawPoint: function(b, w, v, a) {
            b.rect(w - 1, v, 1, a - v);
          }, fill: !0, sampling: !0 }), h.prototype.callbacks.push(function(b) {
            S(b, "predraw", function() {
              b.renderTarget && b.renderTarget.attr({ href: "" }), b.canvas && b.canvas.getContext("2d").clearRect(0, 0, b.canvas.width, b.canvas.height);
            }), S(b, "render", function() {
              b.boostCopy && b.boostCopy();
            });
          });
        };
      }
    ), E(f, "Extensions/Boost/BoostOverrides.js", [
      f["Core/Chart/Chart.js"],
      f["Core/DefaultOptions.js"],
      f["Core/Series/Point.js"],
      f["Core/Series/Series.js"],
      f["Core/Series/SeriesRegistry.js"],
      f["Core/Utilities.js"],
      f["Extensions/Boost/BoostUtils.js"],
      f["Extensions/Boost/Boostables.js"],
      f["Extensions/Boost/BoostableMap.js"]
    ], function(h, y, B, I, Z, F, U, H, W) {
      y = y.getOptions;
      var R = Z.seriesTypes;
      Z = F.addEvent;
      var S = F.error, x = F.isArray, d = F.isNumber, u = F.pick, P = F.wrap, O = U.boostEnabled, N = U.shouldForceChartSeriesBoosting, C = y().plotOptions;
      h.prototype.isChartSeriesBoosting = function() {
        return u(this.options.boost && this.options.boost.seriesThreshold, 50) <= this.series.length || N(this);
      }, h.prototype.getBoostClipRect = function(b) {
        var w = { x: this.plotLeft, y: this.plotTop, width: this.plotWidth, height: this.plotHeight };
        return b === this && (b = this.inverted ? this.xAxis : this.yAxis, 1 >= b.length ? (w.y = Math.min(b[0].pos, w.y), w.height = b[0].pos - this.plotTop + b[0].len) : w.height = this.plotHeight), w;
      }, I.prototype.getPoint = function(b) {
        var w = b, v = this.xData || this.options.xData || this.processedXData || !1;
        return !b || b instanceof this.pointClass || (w = new this.pointClass().init(this, this.options.data[b.i], v ? v[b.i] : void 0), w.category = u(this.xAxis.categories ? this.xAxis.categories[w.x] : w.x, w.x), w.dist = b.dist, w.distX = b.distX, w.plotX = b.plotX, w.plotY = b.plotY, w.index = b.i, w.isInside = this.isPointInside(b)), w;
      }, P(I.prototype, "searchPoint", function(b) {
        return this.getPoint(b.apply(this, [].slice.call(arguments, 1)));
      }), P(B.prototype, "haloPath", function(b) {
        var w = this.series, v = this.plotX, a = this.plotY, c = w.chart.inverted;
        w.isSeriesBoosting && c && (this.plotX = w.yAxis.len - a, this.plotY = w.xAxis.len - v);
        var p = b.apply(this, Array.prototype.slice.call(
          arguments,
          1
        ));
        return w.isSeriesBoosting && c && (this.plotX = v, this.plotY = a), p;
      }), P(I.prototype, "markerAttribs", function(b, w) {
        var v = w.plotX, a = w.plotY, c = this.chart.inverted;
        this.isSeriesBoosting && c && (w.plotX = this.yAxis.len - a, w.plotY = this.xAxis.len - v);
        var p = b.apply(this, Array.prototype.slice.call(arguments, 1));
        return this.isSeriesBoosting && c && (w.plotX = v, w.plotY = a), p;
      }), Z(I, "destroy", function() {
        var b = this, w = b.chart;
        w.markerGroup === b.markerGroup && (b.markerGroup = null), w.hoverPoints && (w.hoverPoints = w.hoverPoints.filter(function(v) {
          return v.series === b;
        })), w.hoverPoint && w.hoverPoint.series === b && (w.hoverPoint = null);
      }), P(I.prototype, "getExtremes", function(b) {
        return this.isSeriesBoosting && this.hasExtremes && this.hasExtremes() ? {} : b.apply(this, Array.prototype.slice.call(arguments, 1));
      }), ["translate", "generatePoints", "drawTracker", "drawPoints", "render"].forEach(function(b) {
        function w(v) {
          var a = this.options.stacking && (b === "translate" || b === "generatePoints");
          !this.isSeriesBoosting || a || !O(this.chart) || this.type === "heatmap" || this.type === "treemap" || !W[this.type] || this.options.boostThreshold === 0 ? v.call(this) : this[b + "Canvas"] && this[b + "Canvas"]();
        }
        P(I.prototype, b, w), b === "translate" && "column bar arearange columnrange heatmap treemap".split(" ").forEach(function(v) {
          R[v] && P(R[v].prototype, b, w);
        });
      }), P(I.prototype, "processData", function(b) {
        function w(c) {
          return v.forceCrop ? !1 : v.chart.isChartSeriesBoosting() || (c ? c.length : 0) >= (v.options.boostThreshold || Number.MAX_VALUE);
        }
        var v = this, a = this.options.data;
        O(this.chart) && W[this.type] ? (w(a) && this.type !== "heatmap" && this.type !== "treemap" && !this.options.stacking && this.hasExtremes && this.hasExtremes(!0) || (b.apply(this, Array.prototype.slice.call(arguments, 1)), a = this.processedXData), (this.isSeriesBoosting = w(a)) ? (a = void 0, this.options.data && this.options.data.length && (a = this.getFirstValidPoint(this.options.data), d(a) || x(a) || S(12, !1, this.chart)), this.enterBoost()) : this.exitBoost && this.exitBoost()) : b.apply(this, Array.prototype.slice.call(arguments, 1));
      }), Z(I, "hide", function() {
        this.canvas && this.renderTarget && (this.ogl && this.ogl.clear(), this.boostClear());
      }), I.prototype.enterBoost = function() {
        this.alteredByBoost = [], ["allowDG", "directTouch", "stickyTracking"].forEach(function(b) {
          this.alteredByBoost.push({ prop: b, val: this[b], own: Object.hasOwnProperty.call(this, b) });
        }, this), this.directTouch = this.allowDG = !1, this.finishedAnimating = this.stickyTracking = !0, this.labelBySeries && (this.labelBySeries = this.labelBySeries.destroy());
      }, I.prototype.exitBoost = function() {
        (this.alteredByBoost || []).forEach(
          function(b) {
            b.own ? this[b.prop] = b.val : delete this[b.prop];
          },
          this
        ), this.boostClear && this.boostClear();
      }, I.prototype.hasExtremes = function(b) {
        var w = this.options, v = this.xAxis && this.xAxis.options, a = this.yAxis && this.yAxis.options, c = this.colorAxis && this.colorAxis.options;
        return w.data.length > (w.boostThreshold || Number.MAX_VALUE) && d(a.min) && d(a.max) && (!b || d(v.min) && d(v.max)) && (!c || d(c.min) && d(c.max));
      }, I.prototype.destroyGraphics = function() {
        var b = this, w = this, v = this.points, a, c;
        if (v)
          for (c = 0; c < v.length; c += 1)
            (a = v[c]) && a.destroyElements && a.destroyElements();
        [
          "graph",
          "area",
          "tracker"
        ].forEach(function(p) {
          w[p] && (w[p] = w[p].destroy());
        }), this.getZonesGraphs && this.getZonesGraphs([["graph", "highcharts-graph"]]).forEach(function(p) {
          var i = b[p[0]];
          i && (b[p[0]] = i.destroy());
        });
      }, H.forEach(function(b) {
        C[b] && (C[b].boostThreshold = 5e3, C[b].boostData = [], R[b].prototype.fillOpacity = !0);
      });
    }), E(f, "Extensions/Boost/NamedColors.js", [f["Core/Color/Color.js"]], function(h) {
      var y = {
        aliceblue: "#f0f8ff",
        antiquewhite: "#faebd7",
        aqua: "#00ffff",
        aquamarine: "#7fffd4",
        azure: "#f0ffff",
        beige: "#f5f5dc",
        bisque: "#ffe4c4",
        black: "#000000",
        blanchedalmond: "#ffebcd",
        blue: "#0000ff",
        blueviolet: "#8a2be2",
        brown: "#a52a2a",
        burlywood: "#deb887",
        cadetblue: "#5f9ea0",
        chartreuse: "#7fff00",
        chocolate: "#d2691e",
        coral: "#ff7f50",
        cornflowerblue: "#6495ed",
        cornsilk: "#fff8dc",
        crimson: "#dc143c",
        cyan: "#00ffff",
        darkblue: "#00008b",
        darkcyan: "#008b8b",
        darkgoldenrod: "#b8860b",
        darkgray: "#a9a9a9",
        darkgreen: "#006400",
        darkkhaki: "#bdb76b",
        darkmagenta: "#8b008b",
        darkolivegreen: "#556b2f",
        darkorange: "#ff8c00",
        darkorchid: "#9932cc",
        darkred: "#8b0000",
        darksalmon: "#e9967a",
        darkseagreen: "#8fbc8f",
        darkslateblue: "#483d8b",
        darkslategray: "#2f4f4f",
        darkturquoise: "#00ced1",
        darkviolet: "#9400d3",
        deeppink: "#ff1493",
        deepskyblue: "#00bfff",
        dimgray: "#696969",
        dodgerblue: "#1e90ff",
        feldspar: "#d19275",
        firebrick: "#b22222",
        floralwhite: "#fffaf0",
        forestgreen: "#228b22",
        fuchsia: "#ff00ff",
        gainsboro: "#dcdcdc",
        ghostwhite: "#f8f8ff",
        gold: "#ffd700",
        goldenrod: "#daa520",
        gray: "#808080",
        green: "#008000",
        greenyellow: "#adff2f",
        honeydew: "#f0fff0",
        hotpink: "#ff69b4",
        indianred: "#cd5c5c",
        indigo: "#4b0082",
        ivory: "#fffff0",
        khaki: "#f0e68c",
        lavender: "#e6e6fa",
        lavenderblush: "#fff0f5",
        lawngreen: "#7cfc00",
        lemonchiffon: "#fffacd",
        lightblue: "#add8e6",
        lightcoral: "#f08080",
        lightcyan: "#e0ffff",
        lightgoldenrodyellow: "#fafad2",
        lightgrey: "#d3d3d3",
        lightgreen: "#90ee90",
        lightpink: "#ffb6c1",
        lightsalmon: "#ffa07a",
        lightseagreen: "#20b2aa",
        lightskyblue: "#87cefa",
        lightslateblue: "#8470ff",
        lightslategray: "#778899",
        lightsteelblue: "#b0c4de",
        lightyellow: "#ffffe0",
        lime: "#00ff00",
        limegreen: "#32cd32",
        linen: "#faf0e6",
        magenta: "#ff00ff",
        maroon: "#800000",
        mediumaquamarine: "#66cdaa",
        mediumblue: "#0000cd",
        mediumorchid: "#ba55d3",
        mediumpurple: "#9370d8",
        mediumseagreen: "#3cb371",
        mediumslateblue: "#7b68ee",
        mediumspringgreen: "#00fa9a",
        mediumturquoise: "#48d1cc",
        mediumvioletred: "#c71585",
        midnightblue: "#191970",
        mintcream: "#f5fffa",
        mistyrose: "#ffe4e1",
        moccasin: "#ffe4b5",
        navajowhite: "#ffdead",
        navy: "#000080",
        oldlace: "#fdf5e6",
        olive: "#808000",
        olivedrab: "#6b8e23",
        orange: "#ffa500",
        orangered: "#ff4500",
        orchid: "#da70d6",
        palegoldenrod: "#eee8aa",
        palegreen: "#98fb98",
        paleturquoise: "#afeeee",
        palevioletred: "#d87093",
        papayawhip: "#ffefd5",
        peachpuff: "#ffdab9",
        peru: "#cd853f",
        pink: "#ffc0cb",
        plum: "#dda0dd",
        powderblue: "#b0e0e6",
        purple: "#800080",
        red: "#ff0000",
        rosybrown: "#bc8f8f",
        royalblue: "#4169e1",
        saddlebrown: "#8b4513",
        salmon: "#fa8072",
        sandybrown: "#f4a460",
        seagreen: "#2e8b57",
        seashell: "#fff5ee",
        sienna: "#a0522d",
        silver: "#c0c0c0",
        skyblue: "#87ceeb",
        slateblue: "#6a5acd",
        slategray: "#708090",
        snow: "#fffafa",
        springgreen: "#00ff7f",
        steelblue: "#4682b4",
        tan: "#d2b48c",
        teal: "#008080",
        thistle: "#d8bfd8",
        tomato: "#ff6347",
        turquoise: "#40e0d0",
        violet: "#ee82ee",
        violetred: "#d02090",
        wheat: "#f5deb3",
        white: "#ffffff",
        whitesmoke: "#f5f5f5",
        yellow: "#ffff00",
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      };
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      contextButtonTitle: "图表导出菜单",
      decimalPoint: ".",
      downloadJPEG: "下载 JPEG 图片",
      downloadPDF: "下载 PDF 文件",
      downloadPNG: "下载 PNG 文件",
      downloadSVG: "下载 SVG 文件",
      downloadXLS: "下载 XLS 文件",
      drillUpText: "◁ 返回 {series.name}",
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      exportData: {
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      months: [
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        "二月",
        "三月",
        "四月",
        "五月",
        "六月",
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        "八月",
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          backgroundColor: "背景颜色",
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          borderRadius: "圆角",
          borderWidth: "边框大小",
          circle: "圆",
          color: "颜色",
          connector: "连接",
          crooked3: "Crooked 3 line",
          crooked5: "Crooked 5 line",
          crosshairX: "竖直准星线",
          crosshairY: "水平准星线",
          editButton: "编辑",
          elliott3: "Elliott 3 line",
          elliott5: "Elliott 5 line",
          fibonacci: "斐波纳契",
          fill: "填充颜色",
          flags: "标志",
          fontSize: "字体大小",
          format: "文本",
          height: "高度",
          horizontalLine: "水平线",
          infinityLine: "无限线",
          innerBackground: "内背景",
          label: "文字标签",
          labelOptions: "文字标签配置",
          labels: "文字标签",
          line: "线",
          lines: "线条",
          measure: "Measure",
          measureX: "Measure X",
          measureXY: "Measure XY",
          measureY: "Measure Y",
          name: "名字",
          outerBackground: "外背景",
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          pitchfork: "杈子",
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          rectangle: "矩形",
          removeButton: "删除",
          saveButton: "保存",
          segment: "段落",
          series: "数据列",
          shapeOptions: "图形配置",
          shapes: "图形",
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          stroke: "线条颜色",
          strokeWidth: "线条粗细",
          style: "样式",
          title: "标题",
          tunnel: "通道",
          typeOptions: "详情",
          verticalArrow: "竖直箭头",
          verticalCounter: "竖直计数器",
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          verticalLine: "竖直线",
          volume: "成交量"
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      noData: "暂无数据",
      numericSymbols: null,
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        "二月",
        "三月",
        "四月",
        "五月",
        "六月",
        "七月",
        "八月",
        "九月",
        "十月",
        "十一月",
        "十二月"
      ],
      thousandsSep: ",",
      viewData: "查看数据表格",
      viewFullscreen: "全屏查看",
      weekdays: [
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        "星期一",
        "星期二",
        "星期三",
        "星期四",
        "星期五",
        "星期六"
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      viewData: "查看数据表格",
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      rangeSelectorTo: "结束时间",
      rangeSelectorZoom: "范围",
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      zoomOut: "放大"
    },
    global: {
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      canvasToolsURL: f + "//cdn.hcharts.cn/highcharts/modules/canvas-tools.js",
      VMLRadialGradientURL: f + +"//cdn.hcharts.cn/highcharts/gfx/vml-radial-gradient.png"
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    exporting: {
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    credits: {
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      href: "https://www.highcharts.com.cn"
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          count: 1,
          text: "月"
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          count: 3,
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        {
          type: "month",
          count: 6,
          text: "半年"
        },
        {
          type: "ytd",
          text: "YTD"
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        {
          type: "year",
          count: 1,
          text: "年"
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          text: "所有"
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    plotOptions: {
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            minute: ['%Y-%m-%d %H:%M', '%Y-%m-%d %H:%M', ' ~ %H:%M'],
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            week: ["%Y/%m/%d", "%Y/%m/%d", " ~ %Y/%m/%d"],
            month: ["%Y/%m", "%Y/%m", " ~ %Y/%m"],
            year: ["%Y", "%Y", " ~ %Y"]
          }
        }
      }
    }
  };
  r.setOptions(E);
};
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//! version : 2.29.4
//! authors : Tim Wood, Iskren Chernev, Moment.js contributors
//! license : MIT
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function Ph(r) {
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var mh;
Object.keys ? mh = Object.keys : mh = function(r) {
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var X0 = {
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function G0(r, f, E) {
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function Zt(r, f, E, h) {
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var U0 = {
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function V0(r) {
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var $0 = "Invalid date";
function Z0() {
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var K0 = "%d", J0 = /\d{1,2}/;
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var Q0 = {
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};
function t1(r, f, E, h) {
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}
function e1(r, f) {
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}
var qn = {};
function ti(r, f) {
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}
function Oi(r) {
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function Oh(r) {
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var Qp = {};
function ei(r, f) {
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function i1(r) {
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}
function Ts(r) {
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function Ti(r) {
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function he(r) {
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function kn(r, f) {
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function ms(r, f) {
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}
function tu(r, f, E) {
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}
function r1(r) {
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function n1(r, f) {
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var eu = /\d/, vi = /\d\d/, iu = /\d{3}/, Lh = /\d{4}/, Ps = /[+-]?\d{6}/, Pe = /\d\d?/, ru = /\d\d\d\d?/, nu = /\d\d\d\d\d\d?/, Es = /\d{1,3}/, _h = /\d{1,4}/, Os = /[+-]?\d{1,6}/, An = /\d+/, Ls = /[+-]?\d+/, o1 = /Z|[+-]\d\d:?\d\d/gi, _s = /Z|[+-]\d\d(?::?\d\d)?/gi, s1 = /[+-]?\d+(\.\d{1,3})?/, ao = /[0-9]{0,256}['a-z\u00A0-\u05FF\u0700-\uD7FF\uF900-\uFDCF\uFDF0-\uFF07\uFF10-\uFFEF]{1,256}|[\u0600-\u06FF\/]{1,256}(\s*?[\u0600-\u06FF]{1,256}){1,2}/i, ys;
ys = {};
function Ft(r, f, E) {
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function a1(r, f) {
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function h1(r) {
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function yi(r) {
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var yh = {};
function we(r, f) {
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function ho(r, f) {
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  });
}
function l1(r, f, E) {
  f != null && me(yh, r) && yh[r](f, E._a, E, r);
}
var Qe = 0, lr = 1, Gi = 2, Xe = 3, Ri = 4, cr = 5, Ur = 6, c1 = 7, p1 = 8;
function u1(r, f) {
  return (r % f + f) % f;
}
var je;
Array.prototype.indexOf ? je = Array.prototype.indexOf : je = function(r) {
  var f;
  for (f = 0; f < this.length; ++f)
    if (this[f] === r)
      return f;
  return -1;
};
function Ds(r, f) {
  if (isNaN(r) || isNaN(f))
    return NaN;
  var E = u1(f, 12);
  return r += (f - E) / 12, E === 1 ? Ts(r) ? 29 : 28 : 31 - E % 7 % 2;
}
Zt("M", ["MM", 2], "Mo", function() {
  return this.month() + 1;
});
Zt("MMM", 0, 0, function(r) {
  return this.localeData().monthsShort(this, r);
});
Zt("MMMM", 0, 0, function(r) {
  return this.localeData().months(this, r);
});
ti("month", "M");
ei("month", 8);
Ft("M", Pe);
Ft("MM", Pe, vi);
Ft("MMM", function(r, f) {
  return f.monthsShortRegex(r);
});
Ft("MMMM", function(r, f) {
  return f.monthsRegex(r);
});
we(["M", "MM"], function(r, f) {
  f[lr] = he(r) - 1;
});
we(["MMM", "MMMM"], function(r, f, E, h) {
  var y = E._locale.monthsParse(r, h, E._strict);
  y != null ? f[lr] = y : oe(E).invalidMonth = r;
});
var d1 = "January_February_March_April_May_June_July_August_September_October_November_December".split(
  "_"
), ou = "Jan_Feb_Mar_Apr_May_Jun_Jul_Aug_Sep_Oct_Nov_Dec".split("_"), su = /D[oD]?(\[[^\[\]]*\]|\s)+MMMM?/, f1 = ao, g1 = ao;
function m1(r, f) {
  return r ? Ni(this._months) ? this._months[r.month()] : this._months[(this._months.isFormat || su).test(f) ? "format" : "standalone"][r.month()] : Ni(this._months) ? this._months : this._months.standalone;
}
function y1(r, f) {
  return r ? Ni(this._monthsShort) ? this._monthsShort[r.month()] : this._monthsShort[su.test(f) ? "format" : "standalone"][r.month()] : Ni(this._monthsShort) ? this._monthsShort : this._monthsShort.standalone;
}
function v1(r, f, E) {
  var h, y, B, I = r.toLocaleLowerCase();
  if (!this._monthsParse)
    for (this._monthsParse = [], this._longMonthsParse = [], this._shortMonthsParse = [], h = 0; h < 12; ++h)
      B = $i([2e3, h]), this._shortMonthsParse[h] = this.monthsShort(
        B,
        ""
      ).toLocaleLowerCase(), this._longMonthsParse[h] = this.months(B, "").toLocaleLowerCase();
  return E ? f === "MMM" ? (y = je.call(this._shortMonthsParse, I), y !== -1 ? y : null) : (y = je.call(this._longMonthsParse, I), y !== -1 ? y : null) : f === "MMM" ? (y = je.call(this._shortMonthsParse, I), y !== -1 ? y : (y = je.call(this._longMonthsParse, I), y !== -1 ? y : null)) : (y = je.call(this._longMonthsParse, I), y !== -1 ? y : (y = je.call(this._shortMonthsParse, I), y !== -1 ? y : null));
}
function x1(r, f, E) {
  var h, y, B;
  if (this._monthsParseExact)
    return v1.call(this, r, f, E);
  for (this._monthsParse || (this._monthsParse = [], this._longMonthsParse = [], this._shortMonthsParse = []), h = 0; h < 12; h++) {
    if (y = $i([2e3, h]), E && !this._longMonthsParse[h] && (this._longMonthsParse[h] = new RegExp(
      "^" + this.months(y, "").replace(".", "") + "$",
      "i"
    ), this._shortMonthsParse[h] = new RegExp(
      "^" + this.monthsShort(y, "").replace(".", "") + "$",
      "i"
    )), !E && !this._monthsParse[h] && (B = "^" + this.months(y, "") + "|^" + this.monthsShort(y, ""), this._monthsParse[h] = new RegExp(B.replace(".", ""), "i")), E && f === "MMMM" && this._longMonthsParse[h].test(r))
      return h;
    if (E && f === "MMM" && this._shortMonthsParse[h].test(r))
      return h;
    if (!E && this._monthsParse[h].test(r))
      return h;
  }
}
function au(r, f) {
  var E;
  if (!r.isValid())
    return r;
  if (typeof f == "string") {
    if (/^\d+$/.test(f))
      f = he(f);
    else if (f = r.localeData().monthsParse(f), !dr(f))
      return r;
  }
  return E = Math.min(r.date(), Ds(r.year(), f)), r._d["set" + (r._isUTC ? "UTC" : "") + "Month"](f, E), r;
}
function hu(r) {
  return r != null ? (au(this, r), Xt.updateOffset(this, !0), this) : ms(this, "Month");
}
function b1() {
  return Ds(this.year(), this.month());
}
function S1(r) {
  return this._monthsParseExact ? (me(this, "_monthsRegex") || lu.call(this), r ? this._monthsShortStrictRegex : this._monthsShortRegex) : (me(this, "_monthsShortRegex") || (this._monthsShortRegex = f1), this._monthsShortStrictRegex && r ? this._monthsShortStrictRegex : this._monthsShortRegex);
}
function w1(r) {
  return this._monthsParseExact ? (me(this, "_monthsRegex") || lu.call(this), r ? this._monthsStrictRegex : this._monthsRegex) : (me(this, "_monthsRegex") || (this._monthsRegex = g1), this._monthsStrictRegex && r ? this._monthsStrictRegex : this._monthsRegex);
}
function lu() {
  function r(I, Z) {
    return Z.length - I.length;
  }
  var f = [], E = [], h = [], y, B;
  for (y = 0; y < 12; y++)
    B = $i([2e3, y]), f.push(this.monthsShort(B, "")), E.push(this.months(B, "")), h.push(this.months(B, "")), h.push(this.monthsShort(B, ""));
  for (f.sort(r), E.sort(r), h.sort(r), y = 0; y < 12; y++)
    f[y] = yi(f[y]), E[y] = yi(E[y]);
  for (y = 0; y < 24; y++)
    h[y] = yi(h[y]);
  this._monthsRegex = new RegExp("^(" + h.join("|") + ")", "i"), this._monthsShortRegex = this._monthsRegex, this._monthsStrictRegex = new RegExp(
    "^(" + E.join("|") + ")",
    "i"
  ), this._monthsShortStrictRegex = new RegExp(
    "^(" + f.join("|") + ")",
    "i"
  );
}
Zt("Y", 0, 0, function() {
  var r = this.year();
  return r <= 9999 ? Fi(r, 4) : "+" + r;
});
Zt(0, ["YY", 2], 0, function() {
  return this.year() % 100;
});
Zt(0, ["YYYY", 4], 0, "year");
Zt(0, ["YYYYY", 5], 0, "year");
Zt(0, ["YYYYYY", 6, !0], 0, "year");
ti("year", "y");
ei("year", 1);
Ft("Y", Ls);
Ft("YY", Pe, vi);
Ft("YYYY", _h, Lh);
Ft("YYYYY", Os, Ps);
Ft("YYYYYY", Os, Ps);
we(["YYYYY", "YYYYYY"], Qe);
we("YYYY", function(r, f) {
  f[Qe] = r.length === 2 ? Xt.parseTwoDigitYear(r) : he(r);
});
we("YY", function(r, f) {
  f[Qe] = Xt.parseTwoDigitYear(r);
});
we("Y", function(r, f) {
  f[Qe] = parseInt(r, 10);
});
function Qn(r) {
  return Ts(r) ? 366 : 365;
}
Xt.parseTwoDigitYear = function(r) {
  return he(r) + (he(r) > 68 ? 1900 : 2e3);
};
var cu = kn("FullYear", !0);
function M1() {
  return Ts(this.year());
}
function C1(r, f, E, h, y, B, I) {
  var Z;
  return r < 100 && r >= 0 ? (Z = new Date(r + 400, f, E, h, y, B, I), isFinite(Z.getFullYear()) && Z.setFullYear(r)) : Z = new Date(r, f, E, h, y, B, I), Z;
}
function eo(r) {
  var f, E;
  return r < 100 && r >= 0 ? (E = Array.prototype.slice.call(arguments), E[0] = r + 400, f = new Date(Date.UTC.apply(null, E)), isFinite(f.getUTCFullYear()) && f.setUTCFullYear(r)) : f = new Date(Date.UTC.apply(null, arguments)), f;
}
function vs(r, f, E) {
  var h = 7 + f - E, y = (7 + eo(r, 0, h).getUTCDay() - f) % 7;
  return -y + h - 1;
}
function pu(r, f, E, h, y) {
  var B = (7 + E - h) % 7, I = vs(r, h, y), Z = 1 + 7 * (f - 1) + B + I, F, U;
  return Z <= 0 ? (F = r - 1, U = Qn(F) + Z) : Z > Qn(r) ? (F = r + 1, U = Z - Qn(r)) : (F = r, U = Z), {
    year: F,
    dayOfYear: U
  };
}
function io(r, f, E) {
  var h = vs(r.year(), f, E), y = Math.floor((r.dayOfYear() - h - 1) / 7) + 1, B, I;
  return y < 1 ? (I = r.year() - 1, B = y + pr(I, f, E)) : y > pr(r.year(), f, E) ? (B = y - pr(r.year(), f, E), I = r.year() + 1) : (I = r.year(), B = y), {
    week: B,
    year: I
  };
}
function pr(r, f, E) {
  var h = vs(r, f, E), y = vs(r + 1, f, E);
  return (Qn(r) - h + y) / 7;
}
Zt("w", ["ww", 2], "wo", "week");
Zt("W", ["WW", 2], "Wo", "isoWeek");
ti("week", "w");
ti("isoWeek", "W");
ei("week", 5);
ei("isoWeek", 5);
Ft("w", Pe);
Ft("ww", Pe, vi);
Ft("W", Pe);
Ft("WW", Pe, vi);
ho(
  ["w", "ww", "W", "WW"],
  function(r, f, E, h) {
    f[h.substr(0, 1)] = he(r);
  }
);
function k1(r) {
  return io(r, this._week.dow, this._week.doy).week;
}
var A1 = {
  dow: 0,
  // Sunday is the first day of the week.
  doy: 6
  // The week that contains Jan 6th is the first week of the year.
};
function T1() {
  return this._week.dow;
}
function P1() {
  return this._week.doy;
}
function E1(r) {
  var f = this.localeData().week(this);
  return r == null ? f : this.add((r - f) * 7, "d");
}
function O1(r) {
  var f = io(this, 1, 4).week;
  return r == null ? f : this.add((r - f) * 7, "d");
}
Zt("d", 0, "do", "day");
Zt("dd", 0, 0, function(r) {
  return this.localeData().weekdaysMin(this, r);
});
Zt("ddd", 0, 0, function(r) {
  return this.localeData().weekdaysShort(this, r);
});
Zt("dddd", 0, 0, function(r) {
  return this.localeData().weekdays(this, r);
});
Zt("e", 0, 0, "weekday");
Zt("E", 0, 0, "isoWeekday");
ti("day", "d");
ti("weekday", "e");
ti("isoWeekday", "E");
ei("day", 11);
ei("weekday", 11);
ei("isoWeekday", 11);
Ft("d", Pe);
Ft("e", Pe);
Ft("E", Pe);
Ft("dd", function(r, f) {
  return f.weekdaysMinRegex(r);
});
Ft("ddd", function(r, f) {
  return f.weekdaysShortRegex(r);
});
Ft("dddd", function(r, f) {
  return f.weekdaysRegex(r);
});
ho(["dd", "ddd", "dddd"], function(r, f, E, h) {
  var y = E._locale.weekdaysParse(r, h, E._strict);
  y != null ? f.d = y : oe(E).invalidWeekday = r;
});
ho(["d", "e", "E"], function(r, f, E, h) {
  f[h] = he(r);
});
function L1(r, f) {
  return typeof r != "string" ? r : isNaN(r) ? (r = f.weekdaysParse(r), typeof r == "number" ? r : null) : parseInt(r, 10);
}
function _1(r, f) {
  return typeof r == "string" ? f.weekdaysParse(r) % 7 || 7 : isNaN(r) ? null : r;
}
function Dh(r, f) {
  return r.slice(f, 7).concat(r.slice(0, f));
}
var D1 = "Sunday_Monday_Tuesday_Wednesday_Thursday_Friday_Saturday".split("_"), uu = "Sun_Mon_Tue_Wed_Thu_Fri_Sat".split("_"), I1 = "Su_Mo_Tu_We_Th_Fr_Sa".split("_"), R1 = ao, N1 = ao, B1 = ao;
function j1(r, f) {
  var E = Ni(this._weekdays) ? this._weekdays : this._weekdays[r && r !== !0 && this._weekdays.isFormat.test(f) ? "format" : "standalone"];
  return r === !0 ? Dh(E, this._week.dow) : r ? E[r.day()] : E;
}
function W1(r) {
  return r === !0 ? Dh(this._weekdaysShort, this._week.dow) : r ? this._weekdaysShort[r.day()] : this._weekdaysShort;
}
function z1(r) {
  return r === !0 ? Dh(this._weekdaysMin, this._week.dow) : r ? this._weekdaysMin[r.day()] : this._weekdaysMin;
}
function Y1(r, f, E) {
  var h, y, B, I = r.toLocaleLowerCase();
  if (!this._weekdaysParse)
    for (this._weekdaysParse = [], this._shortWeekdaysParse = [], this._minWeekdaysParse = [], h = 0; h < 7; ++h)
      B = $i([2e3, 1]).day(h), this._minWeekdaysParse[h] = this.weekdaysMin(
        B,
        ""
      ).toLocaleLowerCase(), this._shortWeekdaysParse[h] = this.weekdaysShort(
        B,
        ""
      ).toLocaleLowerCase(), this._weekdaysParse[h] = this.weekdays(B, "").toLocaleLowerCase();
  return E ? f === "dddd" ? (y = je.call(this._weekdaysParse, I), y !== -1 ? y : null) : f === "ddd" ? (y = je.call(this._shortWeekdaysParse, I), y !== -1 ? y : null) : (y = je.call(this._minWeekdaysParse, I), y !== -1 ? y : null) : f === "dddd" ? (y = je.call(this._weekdaysParse, I), y !== -1 || (y = je.call(this._shortWeekdaysParse, I), y !== -1) ? y : (y = je.call(this._minWeekdaysParse, I), y !== -1 ? y : null)) : f === "ddd" ? (y = je.call(this._shortWeekdaysParse, I), y !== -1 || (y = je.call(this._weekdaysParse, I), y !== -1) ? y : (y = je.call(this._minWeekdaysParse, I), y !== -1 ? y : null)) : (y = je.call(this._minWeekdaysParse, I), y !== -1 || (y = je.call(this._weekdaysParse, I), y !== -1) ? y : (y = je.call(this._shortWeekdaysParse, I), y !== -1 ? y : null));
}
function X1(r, f, E) {
  var h, y, B;
  if (this._weekdaysParseExact)
    return Y1.call(this, r, f, E);
  for (this._weekdaysParse || (this._weekdaysParse = [], this._minWeekdaysParse = [], this._shortWeekdaysParse = [], this._fullWeekdaysParse = []), h = 0; h < 7; h++) {
    if (y = $i([2e3, 1]).day(h), E && !this._fullWeekdaysParse[h] && (this._fullWeekdaysParse[h] = new RegExp(
      "^" + this.weekdays(y, "").replace(".", "\\.?") + "$",
      "i"
    ), this._shortWeekdaysParse[h] = new RegExp(
      "^" + this.weekdaysShort(y, "").replace(".", "\\.?") + "$",
      "i"
    ), this._minWeekdaysParse[h] = new RegExp(
      "^" + this.weekdaysMin(y, "").replace(".", "\\.?") + "$",
      "i"
    )), this._weekdaysParse[h] || (B = "^" + this.weekdays(y, "") + "|^" + this.weekdaysShort(y, "") + "|^" + this.weekdaysMin(y, ""), this._weekdaysParse[h] = new RegExp(B.replace(".", ""), "i")), E && f === "dddd" && this._fullWeekdaysParse[h].test(r))
      return h;
    if (E && f === "ddd" && this._shortWeekdaysParse[h].test(r))
      return h;
    if (E && f === "dd" && this._minWeekdaysParse[h].test(r))
      return h;
    if (!E && this._weekdaysParse[h].test(r))
      return h;
  }
}
function G1(r) {
  if (!this.isValid())
    return r != null ? this : NaN;
  var f = this._isUTC ? this._d.getUTCDay() : this._d.getDay();
  return r != null ? (r = L1(r, this.localeData()), this.add(r - f, "d")) : f;
}
function H1(r) {
  if (!this.isValid())
    return r != null ? this : NaN;
  var f = (this.day() + 7 - this.localeData()._week.dow) % 7;
  return r == null ? f : this.add(r - f, "d");
}
function F1(r) {
  if (!this.isValid())
    return r != null ? this : NaN;
  if (r != null) {
    var f = _1(r, this.localeData());
    return this.day(this.day() % 7 ? f : f - 7);
  } else
    return this.day() || 7;
}
function U1(r) {
  return this._weekdaysParseExact ? (me(this, "_weekdaysRegex") || Ih.call(this), r ? this._weekdaysStrictRegex : this._weekdaysRegex) : (me(this, "_weekdaysRegex") || (this._weekdaysRegex = R1), this._weekdaysStrictRegex && r ? this._weekdaysStrictRegex : this._weekdaysRegex);
}
function V1(r) {
  return this._weekdaysParseExact ? (me(this, "_weekdaysRegex") || Ih.call(this), r ? this._weekdaysShortStrictRegex : this._weekdaysShortRegex) : (me(this, "_weekdaysShortRegex") || (this._weekdaysShortRegex = N1), this._weekdaysShortStrictRegex && r ? this._weekdaysShortStrictRegex : this._weekdaysShortRegex);
}
function $1(r) {
  return this._weekdaysParseExact ? (me(this, "_weekdaysRegex") || Ih.call(this), r ? this._weekdaysMinStrictRegex : this._weekdaysMinRegex) : (me(this, "_weekdaysMinRegex") || (this._weekdaysMinRegex = B1), this._weekdaysMinStrictRegex && r ? this._weekdaysMinStrictRegex : this._weekdaysMinRegex);
}
function Ih() {
  function r(H, W) {
    return W.length - H.length;
  }
  var f = [], E = [], h = [], y = [], B, I, Z, F, U;
  for (B = 0; B < 7; B++)
    I = $i([2e3, 1]).day(B), Z = yi(this.weekdaysMin(I, "")), F = yi(this.weekdaysShort(I, "")), U = yi(this.weekdays(I, "")), f.push(Z), E.push(F), h.push(U), y.push(Z), y.push(F), y.push(U);
  f.sort(r), E.sort(r), h.sort(r), y.sort(r), this._weekdaysRegex = new RegExp("^(" + y.join("|") + ")", "i"), this._weekdaysShortRegex = this._weekdaysRegex, this._weekdaysMinRegex = this._weekdaysRegex, this._weekdaysStrictRegex = new RegExp(
    "^(" + h.join("|") + ")",
    "i"
  ), this._weekdaysShortStrictRegex = new RegExp(
    "^(" + E.join("|") + ")",
    "i"
  ), this._weekdaysMinStrictRegex = new RegExp(
    "^(" + f.join("|") + ")",
    "i"
  );
}
function Rh() {
  return this.hours() % 12 || 12;
}
function Z1() {
  return this.hours() || 24;
}
Zt("H", ["HH", 2], 0, "hour");
Zt("h", ["hh", 2], 0, Rh);
Zt("k", ["kk", 2], 0, Z1);
Zt("hmm", 0, 0, function() {
  return "" + Rh.apply(this) + Fi(this.minutes(), 2);
});
Zt("hmmss", 0, 0, function() {
  return "" + Rh.apply(this) + Fi(this.minutes(), 2) + Fi(this.seconds(), 2);
});
Zt("Hmm", 0, 0, function() {
  return "" + this.hours() + Fi(this.minutes(), 2);
});
Zt("Hmmss", 0, 0, function() {
  return "" + this.hours() + Fi(this.minutes(), 2) + Fi(this.seconds(), 2);
});
function du(r, f) {
  Zt(r, 0, 0, function() {
    return this.localeData().meridiem(
      this.hours(),
      this.minutes(),
      f
    );
  });
}
du("a", !0);
du("A", !1);
ti("hour", "h");
ei("hour", 13);
function fu(r, f) {
  return f._meridiemParse;
}
Ft("a", fu);
Ft("A", fu);
Ft("H", Pe);
Ft("h", Pe);
Ft("k", Pe);
Ft("HH", Pe, vi);
Ft("hh", Pe, vi);
Ft("kk", Pe, vi);
Ft("hmm", ru);
Ft("hmmss", nu);
Ft("Hmm", ru);
Ft("Hmmss", nu);
we(["H", "HH"], Xe);
we(["k", "kk"], function(r, f, E) {
  var h = he(r);
  f[Xe] = h === 24 ? 0 : h;
});
we(["a", "A"], function(r, f, E) {
  E._isPm = E._locale.isPM(r), E._meridiem = r;
});
we(["h", "hh"], function(r, f, E) {
  f[Xe] = he(r), oe(E).bigHour = !0;
});
we("hmm", function(r, f, E) {
  var h = r.length - 2;
  f[Xe] = he(r.substr(0, h)), f[Ri] = he(r.substr(h)), oe(E).bigHour = !0;
});
we("hmmss", function(r, f, E) {
  var h = r.length - 4, y = r.length - 2;
  f[Xe] = he(r.substr(0, h)), f[Ri] = he(r.substr(h, 2)), f[cr] = he(r.substr(y)), oe(E).bigHour = !0;
});
we("Hmm", function(r, f, E) {
  var h = r.length - 2;
  f[Xe] = he(r.substr(0, h)), f[Ri] = he(r.substr(h));
});
we("Hmmss", function(r, f, E) {
  var h = r.length - 4, y = r.length - 2;
  f[Xe] = he(r.substr(0, h)), f[Ri] = he(r.substr(h, 2)), f[cr] = he(r.substr(y));
});
function K1(r) {
  return (r + "").toLowerCase().charAt(0) === "p";
}
var J1 = /[ap]\.?m?\.?/i, q1 = kn("Hours", !0);
function Q1(r, f, E) {
  return r > 11 ? E ? "pm" : "PM" : E ? "am" : "AM";
}
var gu = {
  calendar: X0,
  longDateFormat: U0,
  invalidDate: $0,
  ordinal: K0,
  dayOfMonthOrdinalParse: J0,
  relativeTime: Q0,
  months: d1,
  monthsShort: ou,
  week: A1,
  weekdays: D1,
  weekdaysMin: I1,
  weekdaysShort: uu,
  meridiemParse: J1
}, Oe = {}, $n = {}, ro;
function tb(r, f) {
  var E, h = Math.min(r.length, f.length);
  for (E = 0; E < h; E += 1)
    if (r[E] !== f[E])
      return E;
  return h;
}
function Ap(r) {
  return r && r.toLowerCase().replace("_", "-");
}
function eb(r) {
  for (var f = 0, E, h, y, B; f < r.length; ) {
    for (B = Ap(r[f]).split("-"), E = B.length, h = Ap(r[f + 1]), h = h ? h.split("-") : null; E > 0; ) {
      if (y = Is(B.slice(0, E).join("-")), y)
        return y;
      if (h && h.length >= E && tb(B, h) >= E - 1)
        break;
      E--;
    }
    f++;
  }
  return ro;
}
function ib(r) {
  return r.match("^[^/\\\\]*$") != null;
}
function Is(r) {
  var f = null, E;
  if (Oe[r] === void 0 && typeof module < "u" && module && module.exports && ib(r))
    try {
      f = ro._abbr, E = require, E("./locale/" + r), Or(f);
    } catch {
      Oe[r] = null;
    }
  return Oe[r];
}
function Or(r, f) {
  var E;
  return r && (li(f) ? E = fr(r) : E = Nh(r, f), E ? ro = E : typeof console < "u" && console.warn && console.warn(
    "Locale " + r + " not found. Did you forget to load it?"
  )), ro._abbr;
}
function Nh(r, f) {
  if (f !== null) {
    var E, h = gu;
    if (f.abbr = r, Oe[r] != null)
      Jp(
        "defineLocaleOverride",
        "use moment.updateLocale(localeName, config) to change an existing locale. moment.defineLocale(localeName, config) should only be used for creating a new locale See http://momentjs.com/guides/#/warnings/define-locale/ for more info."
      ), h = Oe[r]._config;
    else if (f.parentLocale != null)
      if (Oe[f.parentLocale] != null)
        h = Oe[f.parentLocale]._config;
      else if (E = Is(f.parentLocale), E != null)
        h = E._config;
      else
        return $n[f.parentLocale] || ($n[f.parentLocale] = []), $n[f.parentLocale].push({
          name: r,
          config: f
        }), null;
    return Oe[r] = new Ph(gh(h, f)), $n[r] && $n[r].forEach(function(y) {
      Nh(y.name, y.config);
    }), Or(r), Oe[r];
  } else
    return delete Oe[r], null;
}
function rb(r, f) {
  if (f != null) {
    var E, h, y = gu;
    Oe[r] != null && Oe[r].parentLocale != null ? Oe[r].set(gh(Oe[r]._config, f)) : (h = Is(r), h != null && (y = h._config), f = gh(y, f), h == null && (f.abbr = r), E = new Ph(f), E.parentLocale = Oe[r], Oe[r] = E), Or(r);
  } else
    Oe[r] != null && (Oe[r].parentLocale != null ? (Oe[r] = Oe[r].parentLocale, r === Or() && Or(r)) : Oe[r] != null && delete Oe[r]);
  return Oe[r];
}
function fr(r) {
  var f;
  if (r && r._locale && r._locale._abbr && (r = r._locale._abbr), !r)
    return ro;
  if (!Ni(r)) {
    if (f = Is(r), f)
      return f;
    r = [r];
  }
  return eb(r);
}
function nb() {
  return mh(Oe);
}
function Bh(r) {
  var f, E = r._a;
  return E && oe(r).overflow === -2 && (f = E[lr] < 0 || E[lr] > 11 ? lr : E[Gi] < 1 || E[Gi] > Ds(E[Qe], E[lr]) ? Gi : E[Xe] < 0 || E[Xe] > 24 || E[Xe] === 24 && (E[Ri] !== 0 || E[cr] !== 0 || E[Ur] !== 0) ? Xe : E[Ri] < 0 || E[Ri] > 59 ? Ri : E[cr] < 0 || E[cr] > 59 ? cr : E[Ur] < 0 || E[Ur] > 999 ? Ur : -1, oe(r)._overflowDayOfYear && (f < Qe || f > Gi) && (f = Gi), oe(r)._overflowWeeks && f === -1 && (f = c1), oe(r)._overflowWeekday && f === -1 && (f = p1), oe(r).overflow = f), r;
}
var ob = /^\s*((?:[+-]\d{6}|\d{4})-(?:\d\d-\d\d|W\d\d-\d|W\d\d|\d\d\d|\d\d))(?:(T| )(\d\d(?::\d\d(?::\d\d(?:[.,]\d+)?)?)?)([+-]\d\d(?::?\d\d)?|\s*Z)?)?$/, sb = /^\s*((?:[+-]\d{6}|\d{4})(?:\d\d\d\d|W\d\d\d|W\d\d|\d\d\d|\d\d|))(?:(T| )(\d\d(?:\d\d(?:\d\d(?:[.,]\d+)?)?)?)([+-]\d\d(?::?\d\d)?|\s*Z)?)?$/, ab = /Z|[+-]\d\d(?::?\d\d)?/, ns = [
  ["YYYYYY-MM-DD", /[+-]\d{6}-\d\d-\d\d/],
  ["YYYY-MM-DD", /\d{4}-\d\d-\d\d/],
  ["GGGG-[W]WW-E", /\d{4}-W\d\d-\d/],
  ["GGGG-[W]WW", /\d{4}-W\d\d/, !1],
  ["YYYY-DDD", /\d{4}-\d{3}/],
  ["YYYY-MM", /\d{4}-\d\d/, !1],
  ["YYYYYYMMDD", /[+-]\d{10}/],
  ["YYYYMMDD", /\d{8}/],
  ["GGGG[W]WWE", /\d{4}W\d{3}/],
  ["GGGG[W]WW", /\d{4}W\d{2}/, !1],
  ["YYYYDDD", /\d{7}/],
  ["YYYYMM", /\d{6}/, !1],
  ["YYYY", /\d{4}/, !1]
], oh = [
  ["HH:mm:ss.SSSS", /\d\d:\d\d:\d\d\.\d+/],
  ["HH:mm:ss,SSSS", /\d\d:\d\d:\d\d,\d+/],
  ["HH:mm:ss", /\d\d:\d\d:\d\d/],
  ["HH:mm", /\d\d:\d\d/],
  ["HHmmss.SSSS", /\d\d\d\d\d\d\.\d+/],
  ["HHmmss,SSSS", /\d\d\d\d\d\d,\d+/],
  ["HHmmss", /\d\d\d\d\d\d/],
  ["HHmm", /\d\d\d\d/],
  ["HH", /\d\d/]
], hb = /^\/?Date\((-?\d+)/i, lb = /^(?:(Mon|Tue|Wed|Thu|Fri|Sat|Sun),?\s)?(\d{1,2})\s(Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)\s(\d{2,4})\s(\d\d):(\d\d)(?::(\d\d))?\s(?:(UT|GMT|[ECMP][SD]T)|([Zz])|([+-]\d{4}))$/, cb = {
  UT: 0,
  GMT: 0,
  EDT: -4 * 60,
  EST: -5 * 60,
  CDT: -5 * 60,
  CST: -6 * 60,
  MDT: -6 * 60,
  MST: -7 * 60,
  PDT: -7 * 60,
  PST: -8 * 60
};
function mu(r) {
  var f, E, h = r._i, y = ob.exec(h) || sb.exec(h), B, I, Z, F, U = ns.length, H = oh.length;
  if (y) {
    for (oe(r).iso = !0, f = 0, E = U; f < E; f++)
      if (ns[f][1].exec(y[1])) {
        I = ns[f][0], B = ns[f][2] !== !1;
        break;
      }
    if (I == null) {
      r._isValid = !1;
      return;
    }
    if (y[3]) {
      for (f = 0, E = H; f < E; f++)
        if (oh[f][1].exec(y[3])) {
          Z = (y[2] || " ") + oh[f][0];
          break;
        }
      if (Z == null) {
        r._isValid = !1;
        return;
      }
    }
    if (!B && Z != null) {
      r._isValid = !1;
      return;
    }
    if (y[4])
      if (ab.exec(y[4]))
        F = "Z";
      else {
        r._isValid = !1;
        return;
      }
    r._f = I + (Z || "") + (F || ""), Wh(r);
  } else
    r._isValid = !1;
}
function pb(r, f, E, h, y, B) {
  var I = [
    ub(r),
    ou.indexOf(f),
    parseInt(E, 10),
    parseInt(h, 10),
    parseInt(y, 10)
  ];
  return B && I.push(parseInt(B, 10)), I;
}
function ub(r) {
  var f = parseInt(r, 10);
  return f <= 49 ? 2e3 + f : f <= 999 ? 1900 + f : f;
}
function db(r) {
  return r.replace(/\([^()]*\)|[\n\t]/g, " ").replace(/(\s\s+)/g, " ").replace(/^\s\s*/, "").replace(/\s\s*$/, "");
}
function fb(r, f, E) {
  if (r) {
    var h = uu.indexOf(r), y = new Date(
      f[0],
      f[1],
      f[2]
    ).getDay();
    if (h !== y)
      return oe(E).weekdayMismatch = !0, E._isValid = !1, !1;
  }
  return !0;
}
function gb(r, f, E) {
  if (r)
    return cb[r];
  if (f)
    return 0;
  var h = parseInt(E, 10), y = h % 100, B = (h - y) / 100;
  return B * 60 + y;
}
function yu(r) {
  var f = lb.exec(db(r._i)), E;
  if (f) {
    if (E = pb(
      f[4],
      f[3],
      f[2],
      f[5],
      f[6],
      f[7]
    ), !fb(f[1], E, r))
      return;
    r._a = E, r._tzm = gb(f[8], f[9], f[10]), r._d = eo.apply(null, r._a), r._d.setUTCMinutes(r._d.getUTCMinutes() - r._tzm), oe(r).rfc2822 = !0;
  } else
    r._isValid = !1;
}
function mb(r) {
  var f = hb.exec(r._i);
  if (f !== null) {
    r._d = /* @__PURE__ */ new Date(+f[1]);
    return;
  }
  if (mu(r), r._isValid === !1)
    delete r._isValid;
  else
    return;
  if (yu(r), r._isValid === !1)
    delete r._isValid;
  else
    return;
  r._strict ? r._isValid = !1 : Xt.createFromInputFallback(r);
}
Xt.createFromInputFallback = Ei(
  "value provided is not in a recognized RFC2822 or ISO format. moment construction falls back to js Date(), which is not reliable across all browsers and versions. Non RFC2822/ISO date formats are discouraged. Please refer to http://momentjs.com/guides/#/warnings/js-date/ for more info.",
  function(r) {
    r._d = /* @__PURE__ */ new Date(r._i + (r._useUTC ? " UTC" : ""));
  }
);
function dn(r, f, E) {
  return r ?? f ?? E;
}
function yb(r) {
  var f = new Date(Xt.now());
  return r._useUTC ? [
    f.getUTCFullYear(),
    f.getUTCMonth(),
    f.getUTCDate()
  ] : [f.getFullYear(), f.getMonth(), f.getDate()];
}
function jh(r) {
  var f, E, h = [], y, B, I;
  if (!r._d) {
    for (y = yb(r), r._w && r._a[Gi] == null && r._a[lr] == null && vb(r), r._dayOfYear != null && (I = dn(r._a[Qe], y[Qe]), (r._dayOfYear > Qn(I) || r._dayOfYear === 0) && (oe(r)._overflowDayOfYear = !0), E = eo(I, 0, r._dayOfYear), r._a[lr] = E.getUTCMonth(), r._a[Gi] = E.getUTCDate()), f = 0; f < 3 && r._a[f] == null; ++f)
      r._a[f] = h[f] = y[f];
    for (; f < 7; f++)
      r._a[f] = h[f] = r._a[f] == null ? f === 2 ? 1 : 0 : r._a[f];
    r._a[Xe] === 24 && r._a[Ri] === 0 && r._a[cr] === 0 && r._a[Ur] === 0 && (r._nextDay = !0, r._a[Xe] = 0), r._d = (r._useUTC ? eo : C1).apply(
      null,
      h
    ), B = r._useUTC ? r._d.getUTCDay() : r._d.getDay(), r._tzm != null && r._d.setUTCMinutes(r._d.getUTCMinutes() - r._tzm), r._nextDay && (r._a[Xe] = 24), r._w && typeof r._w.d < "u" && r._w.d !== B && (oe(r).weekdayMismatch = !0);
  }
}
function vb(r) {
  var f, E, h, y, B, I, Z, F, U;
  f = r._w, f.GG != null || f.W != null || f.E != null ? (B = 1, I = 4, E = dn(
    f.GG,
    r._a[Qe],
    io(Te(), 1, 4).year
  ), h = dn(f.W, 1), y = dn(f.E, 1), (y < 1 || y > 7) && (F = !0)) : (B = r._locale._week.dow, I = r._locale._week.doy, U = io(Te(), B, I), E = dn(f.gg, r._a[Qe], U.year), h = dn(f.w, U.week), f.d != null ? (y = f.d, (y < 0 || y > 6) && (F = !0)) : f.e != null ? (y = f.e + B, (f.e < 0 || f.e > 6) && (F = !0)) : y = B), h < 1 || h > pr(E, B, I) ? oe(r)._overflowWeeks = !0 : F != null ? oe(r)._overflowWeekday = !0 : (Z = pu(E, h, y, B, I), r._a[Qe] = Z.year, r._dayOfYear = Z.dayOfYear);
}
Xt.ISO_8601 = function() {
};
Xt.RFC_2822 = function() {
};
function Wh(r) {
  if (r._f === Xt.ISO_8601) {
    mu(r);
    return;
  }
  if (r._f === Xt.RFC_2822) {
    yu(r);
    return;
  }
  r._a = [], oe(r).empty = !0;
  var f = "" + r._i, E, h, y, B, I, Z = f.length, F = 0, U, H;
  for (y = qp(r._f, r._locale).match(Eh) || [], H = y.length, E = 0; E < H; E++)
    B = y[E], h = (f.match(a1(B, r)) || [])[0], h && (I = f.substr(0, f.indexOf(h)), I.length > 0 && oe(r).unusedInput.push(I), f = f.slice(
      f.indexOf(h) + h.length
    ), F += h.length), yn[B] ? (h ? oe(r).empty = !1 : oe(r).unusedTokens.push(B), l1(B, h, r)) : r._strict && !h && oe(r).unusedTokens.push(B);
  oe(r).charsLeftOver = Z - F, f.length > 0 && oe(r).unusedInput.push(f), r._a[Xe] <= 12 && oe(r).bigHour === !0 && r._a[Xe] > 0 && (oe(r).bigHour = void 0), oe(r).parsedDateParts = r._a.slice(0), oe(r).meridiem = r._meridiem, r._a[Xe] = xb(
    r._locale,
    r._a[Xe],
    r._meridiem
  ), U = oe(r).era, U !== null && (r._a[Qe] = r._locale.erasConvertYear(U, r._a[Qe])), jh(r), Bh(r);
}
function xb(r, f, E) {
  var h;
  return E == null ? f : r.meridiemHour != null ? r.meridiemHour(f, E) : (r.isPM != null && (h = r.isPM(E), h && f < 12 && (f += 12), !h && f === 12 && (f = 0)), f);
}
function bb(r) {
  var f, E, h, y, B, I, Z = !1, F = r._f.length;
  if (F === 0) {
    oe(r).invalidFormat = !0, r._d = /* @__PURE__ */ new Date(NaN);
    return;
  }
  for (y = 0; y < F; y++)
    B = 0, I = !1, f = Th({}, r), r._useUTC != null && (f._useUTC = r._useUTC), f._f = r._f[y], Wh(f), Ah(f) && (I = !0), B += oe(f).charsLeftOver, B += oe(f).unusedTokens.length * 10, oe(f).score = B, Z ? B < h && (h = B, E = f) : (h == null || B < h || I) && (h = B, E = f, I && (Z = !0));
  Pr(r, E || f);
}
function Sb(r) {
  if (!r._d) {
    var f = Oh(r._i), E = f.day === void 0 ? f.date : f.day;
    r._a = Zp(
      [f.year, f.month, E, f.hour, f.minute, f.second, f.millisecond],
      function(h) {
        return h && parseInt(h, 10);
      }
    ), jh(r);
  }
}
function wb(r) {
  var f = new so(Bh(vu(r)));
  return f._nextDay && (f.add(1, "d"), f._nextDay = void 0), f;
}
function vu(r) {
  var f = r._i, E = r._f;
  return r._locale = r._locale || fr(r._l), f === null || E === void 0 && f === "" ? As({ nullInput: !0 }) : (typeof f == "string" && (r._i = f = r._locale.preparse(f)), Bi(f) ? new so(Bh(f)) : (oo(f) ? r._d = f : Ni(E) ? bb(r) : E ? Wh(r) : Mb(r), Ah(r) || (r._d = null), r));
}
function Mb(r) {
  var f = r._i;
  li(f) ? r._d = new Date(Xt.now()) : oo(f) ? r._d = new Date(f.valueOf()) : typeof f == "string" ? mb(r) : Ni(f) ? (r._a = Zp(f.slice(0), function(E) {
    return parseInt(E, 10);
  }), jh(r)) : Vr(f) ? Sb(r) : dr(f) ? r._d = new Date(f) : Xt.createFromInputFallback(r);
}
function xu(r, f, E, h, y) {
  var B = {};
  return (f === !0 || f === !1) && (h = f, f = void 0), (E === !0 || E === !1) && (h = E, E = void 0), (Vr(r) && kh(r) || Ni(r) && r.length === 0) && (r = void 0), B._isAMomentObject = !0, B._useUTC = B._isUTC = y, B._l = E, B._i = r, B._f = f, B._strict = h, wb(B);
}
function Te(r, f, E, h) {
  return xu(r, f, E, h, !1);
}
var Cb = Ei(
  "moment().min is deprecated, use moment.max instead. http://momentjs.com/guides/#/warnings/min-max/",
  function() {
    var r = Te.apply(null, arguments);
    return this.isValid() && r.isValid() ? r < this ? this : r : As();
  }
), kb = Ei(
  "moment().max is deprecated, use moment.min instead. http://momentjs.com/guides/#/warnings/min-max/",
  function() {
    var r = Te.apply(null, arguments);
    return this.isValid() && r.isValid() ? r > this ? this : r : As();
  }
);
function bu(r, f) {
  var E, h;
  if (f.length === 1 && Ni(f[0]) && (f = f[0]), !f.length)
    return Te();
  for (E = f[0], h = 1; h < f.length; ++h)
    (!f[h].isValid() || f[h][r](E)) && (E = f[h]);
  return E;
}
function Ab() {
  var r = [].slice.call(arguments, 0);
  return bu("isBefore", r);
}
function Tb() {
  var r = [].slice.call(arguments, 0);
  return bu("isAfter", r);
}
var Pb = function() {
  return Date.now ? Date.now() : +/* @__PURE__ */ new Date();
}, Zn = [
  "year",
  "quarter",
  "month",
  "week",
  "day",
  "hour",
  "minute",
  "second",
  "millisecond"
];
function Eb(r) {
  var f, E = !1, h, y = Zn.length;
  for (f in r)
    if (me(r, f) && !(je.call(Zn, f) !== -1 && (r[f] == null || !isNaN(r[f]))))
      return !1;
  for (h = 0; h < y; ++h)
    if (r[Zn[h]]) {
      if (E)
        return !1;
      parseFloat(r[Zn[h]]) !== he(r[Zn[h]]) && (E = !0);
    }
  return !0;
}
function Ob() {
  return this._isValid;
}
function Lb() {
  return ji(NaN);
}
function Rs(r) {
  var f = Oh(r), E = f.year || 0, h = f.quarter || 0, y = f.month || 0, B = f.week || f.isoWeek || 0, I = f.day || 0, Z = f.hour || 0, F = f.minute || 0, U = f.second || 0, H = f.millisecond || 0;
  this._isValid = Eb(f), this._milliseconds = +H + U * 1e3 + // 1000
  F * 6e4 + // 1000 * 60
  Z * 1e3 * 60 * 60, this._days = +I + B * 7, this._months = +y + h * 3 + E * 12, this._data = {}, this._locale = fr(), this._bubble();
}
function as(r) {
  return r instanceof Rs;
}
function vh(r) {
  return r < 0 ? Math.round(-1 * r) * -1 : Math.round(r);
}
function _b(r, f, E) {
  var h = Math.min(r.length, f.length), y = Math.abs(r.length - f.length), B = 0, I;
  for (I = 0; I < h; I++)
    (E && r[I] !== f[I] || !E && he(r[I]) !== he(f[I])) && B++;
  return B + y;
}
function Su(r, f) {
  Zt(r, 0, 0, function() {
    var E = this.utcOffset(), h = "+";
    return E < 0 && (E = -E, h = "-"), h + Fi(~~(E / 60), 2) + f + Fi(~~E % 60, 2);
  });
}
Su("Z", ":");
Su("ZZ", "");
Ft("Z", _s);
Ft("ZZ", _s);
we(["Z", "ZZ"], function(r, f, E) {
  E._useUTC = !0, E._tzm = zh(_s, r);
});
var Db = /([\+\-]|\d\d)/gi;
function zh(r, f) {
  var E = (f || "").match(r), h, y, B;
  return E === null ? null : (h = E[E.length - 1] || [], y = (h + "").match(Db) || ["-", 0, 0], B = +(y[1] * 60) + he(y[2]), B === 0 ? 0 : y[0] === "+" ? B : -B);
}
function Yh(r, f) {
  var E, h;
  return f._isUTC ? (E = f.clone(), h = (Bi(r) || oo(r) ? r.valueOf() : Te(r).valueOf()) - E.valueOf(), E._d.setTime(E._d.valueOf() + h), Xt.updateOffset(E, !1), E) : Te(r).local();
}
function xh(r) {
  return -Math.round(r._d.getTimezoneOffset());
}
Xt.updateOffset = function() {
};
function Ib(r, f, E) {
  var h = this._offset || 0, y;
  if (!this.isValid())
    return r != null ? this : NaN;
  if (r != null) {
    if (typeof r == "string") {
      if (r = zh(_s, r), r === null)
        return this;
    } else
      Math.abs(r) < 16 && !E && (r = r * 60);
    return !this._isUTC && f && (y = xh(this)), this._offset = r, this._isUTC = !0, y != null && this.add(y, "m"), h !== r && (!f || this._changeInProgress ? Cu(
      this,
      ji(r - h, "m"),
      1,
      !1
    ) : this._changeInProgress || (this._changeInProgress = !0, Xt.updateOffset(this, !0), this._changeInProgress = null)), this;
  } else
    return this._isUTC ? h : xh(this);
}
function Rb(r, f) {
  return r != null ? (typeof r != "string" && (r = -r), this.utcOffset(r, f), this) : -this.utcOffset();
}
function Nb(r) {
  return this.utcOffset(0, r);
}
function Bb(r) {
  return this._isUTC && (this.utcOffset(0, r), this._isUTC = !1, r && this.subtract(xh(this), "m")), this;
}
function jb() {
  if (this._tzm != null)
    this.utcOffset(this._tzm, !1, !0);
  else if (typeof this._i == "string") {
    var r = zh(o1, this._i);
    r != null ? this.utcOffset(r) : this.utcOffset(0, !0);
  }
  return this;
}
function Wb(r) {
  return this.isValid() ? (r = r ? Te(r).utcOffset() : 0, (this.utcOffset() - r) % 60 === 0) : !1;
}
function zb() {
  return this.utcOffset() > this.clone().month(0).utcOffset() || this.utcOffset() > this.clone().month(5).utcOffset();
}
function Yb() {
  if (!li(this._isDSTShifted))
    return this._isDSTShifted;
  var r = {}, f;
  return Th(r, this), r = vu(r), r._a ? (f = r._isUTC ? $i(r._a) : Te(r._a), this._isDSTShifted = this.isValid() && _b(r._a, f.toArray()) > 0) : this._isDSTShifted = !1, this._isDSTShifted;
}
function Xb() {
  return this.isValid() ? !this._isUTC : !1;
}
function Gb() {
  return this.isValid() ? this._isUTC : !1;
}
function wu() {
  return this.isValid() ? this._isUTC && this._offset === 0 : !1;
}
var Hb = /^(-|\+)?(?:(\d*)[. ])?(\d+):(\d+)(?::(\d+)(\.\d*)?)?$/, Fb = /^(-|\+)?P(?:([-+]?[0-9,.]*)Y)?(?:([-+]?[0-9,.]*)M)?(?:([-+]?[0-9,.]*)W)?(?:([-+]?[0-9,.]*)D)?(?:T(?:([-+]?[0-9,.]*)H)?(?:([-+]?[0-9,.]*)M)?(?:([-+]?[0-9,.]*)S)?)?$/;
function ji(r, f) {
  var E = r, h = null, y, B, I;
  return as(r) ? E = {
    ms: r._milliseconds,
    d: r._days,
    M: r._months
  } : dr(r) || !isNaN(+r) ? (E = {}, f ? E[f] = +r : E.milliseconds = +r) : (h = Hb.exec(r)) ? (y = h[1] === "-" ? -1 : 1, E = {
    y: 0,
    d: he(h[Gi]) * y,
    h: he(h[Xe]) * y,
    m: he(h[Ri]) * y,
    s: he(h[cr]) * y,
    ms: he(vh(h[Ur] * 1e3)) * y
    // the millisecond decimal point is included in the match
  }) : (h = Fb.exec(r)) ? (y = h[1] === "-" ? -1 : 1, E = {
    y: Hr(h[2], y),
    M: Hr(h[3], y),
    w: Hr(h[4], y),
    d: Hr(h[5], y),
    h: Hr(h[6], y),
    m: Hr(h[7], y),
    s: Hr(h[8], y)
  }) : E == null ? E = {} : typeof E == "object" && ("from" in E || "to" in E) && (I = Ub(
    Te(E.from),
    Te(E.to)
  ), E = {}, E.ms = I.milliseconds, E.M = I.months), B = new Rs(E), as(r) && me(r, "_locale") && (B._locale = r._locale), as(r) && me(r, "_isValid") && (B._isValid = r._isValid), B;
}
ji.fn = Rs.prototype;
ji.invalid = Lb;
function Hr(r, f) {
  var E = r && parseFloat(r.replace(",", "."));
  return (isNaN(E) ? 0 : E) * f;
}
function Tp(r, f) {
  var E = {};
  return E.months = f.month() - r.month() + (f.year() - r.year()) * 12, r.clone().add(E.months, "M").isAfter(f) && --E.months, E.milliseconds = +f - +r.clone().add(E.months, "M"), E;
}
function Ub(r, f) {
  var E;
  return r.isValid() && f.isValid() ? (f = Yh(f, r), r.isBefore(f) ? E = Tp(r, f) : (E = Tp(f, r), E.milliseconds = -E.milliseconds, E.months = -E.months), E) : { milliseconds: 0, months: 0 };
}
function Mu(r, f) {
  return function(E, h) {
    var y, B;
    return h !== null && !isNaN(+h) && (Jp(
      f,
      "moment()." + f + "(period, number) is deprecated. Please use moment()." + f + "(number, period). See http://momentjs.com/guides/#/warnings/add-inverted-param/ for more info."
    ), B = E, E = h, h = B), y = ji(E, h), Cu(this, y, r), this;
  };
}
function Cu(r, f, E, h) {
  var y = f._milliseconds, B = vh(f._days), I = vh(f._months);
  r.isValid() && (h = h ?? !0, I && au(r, ms(r, "Month") + I * E), B && tu(r, "Date", ms(r, "Date") + B * E), y && r._d.setTime(r._d.valueOf() + y * E), h && Xt.updateOffset(r, B || I));
}
var Vb = Mu(1, "add"), $b = Mu(-1, "subtract");
function ku(r) {
  return typeof r == "string" || r instanceof String;
}
function Zb(r) {
  return Bi(r) || oo(r) || ku(r) || dr(r) || Jb(r) || Kb(r) || r === null || r === void 0;
}
function Kb(r) {
  var f = Vr(r) && !kh(r), E = !1, h = [
    "years",
    "year",
    "y",
    "months",
    "month",
    "M",
    "days",
    "day",
    "d",
    "dates",
    "date",
    "D",
    "hours",
    "hour",
    "h",
    "minutes",
    "minute",
    "m",
    "seconds",
    "second",
    "s",
    "milliseconds",
    "millisecond",
    "ms"
  ], y, B, I = h.length;
  for (y = 0; y < I; y += 1)
    B = h[y], E = E || me(r, B);
  return f && E;
}
function Jb(r) {
  var f = Ni(r), E = !1;
  return f && (E = r.filter(function(h) {
    return !dr(h) && ku(r);
  }).length === 0), f && E;
}
function qb(r) {
  var f = Vr(r) && !kh(r), E = !1, h = [
    "sameDay",
    "nextDay",
    "lastDay",
    "nextWeek",
    "lastWeek",
    "sameElse"
  ], y, B;
  for (y = 0; y < h.length; y += 1)
    B = h[y], E = E || me(r, B);
  return f && E;
}
function Qb(r, f) {
  var E = r.diff(f, "days", !0);
  return E < -6 ? "sameElse" : E < -1 ? "lastWeek" : E < 0 ? "lastDay" : E < 1 ? "sameDay" : E < 2 ? "nextDay" : E < 7 ? "nextWeek" : "sameElse";
}
function tS(r, f) {
  arguments.length === 1 && (arguments[0] ? Zb(arguments[0]) ? (r = arguments[0], f = void 0) : qb(arguments[0]) && (f = arguments[0], r = void 0) : (r = void 0, f = void 0));
  var E = r || Te(), h = Yh(E, this).startOf("day"), y = Xt.calendarFormat(this, h) || "sameElse", B = f && (Zi(f[y]) ? f[y].call(this, E) : f[y]);
  return this.format(
    B || this.localeData().calendar(y, this, Te(E))
  );
}
function eS() {
  return new so(this);
}
function iS(r, f) {
  var E = Bi(r) ? r : Te(r);
  return this.isValid() && E.isValid() ? (f = Oi(f) || "millisecond", f === "millisecond" ? this.valueOf() > E.valueOf() : E.valueOf() < this.clone().startOf(f).valueOf()) : !1;
}
function rS(r, f) {
  var E = Bi(r) ? r : Te(r);
  return this.isValid() && E.isValid() ? (f = Oi(f) || "millisecond", f === "millisecond" ? this.valueOf() < E.valueOf() : this.clone().endOf(f).valueOf() < E.valueOf()) : !1;
}
function nS(r, f, E, h) {
  var y = Bi(r) ? r : Te(r), B = Bi(f) ? f : Te(f);
  return this.isValid() && y.isValid() && B.isValid() ? (h = h || "()", (h[0] === "(" ? this.isAfter(y, E) : !this.isBefore(y, E)) && (h[1] === ")" ? this.isBefore(B, E) : !this.isAfter(B, E))) : !1;
}
function oS(r, f) {
  var E = Bi(r) ? r : Te(r), h;
  return this.isValid() && E.isValid() ? (f = Oi(f) || "millisecond", f === "millisecond" ? this.valueOf() === E.valueOf() : (h = E.valueOf(), this.clone().startOf(f).valueOf() <= h && h <= this.clone().endOf(f).valueOf())) : !1;
}
function sS(r, f) {
  return this.isSame(r, f) || this.isAfter(r, f);
}
function aS(r, f) {
  return this.isSame(r, f) || this.isBefore(r, f);
}
function hS(r, f, E) {
  var h, y, B;
  if (!this.isValid())
    return NaN;
  if (h = Yh(r, this), !h.isValid())
    return NaN;
  switch (y = (h.utcOffset() - this.utcOffset()) * 6e4, f = Oi(f), f) {
    case "year":
      B = hs(this, h) / 12;
      break;
    case "month":
      B = hs(this, h);
      break;
    case "quarter":
      B = hs(this, h) / 3;
      break;
    case "second":
      B = (this - h) / 1e3;
      break;
    case "minute":
      B = (this - h) / 6e4;
      break;
    case "hour":
      B = (this - h) / 36e5;
      break;
    case "day":
      B = (this - h - y) / 864e5;
      break;
    case "week":
      B = (this - h - y) / 6048e5;
      break;
    default:
      B = this - h;
  }
  return E ? B : Ti(B);
}
function hs(r, f) {
  if (r.date() < f.date())
    return -hs(f, r);
  var E = (f.year() - r.year()) * 12 + (f.month() - r.month()), h = r.clone().add(E, "months"), y, B;
  return f - h < 0 ? (y = r.clone().add(E - 1, "months"), B = (f - h) / (h - y)) : (y = r.clone().add(E + 1, "months"), B = (f - h) / (y - h)), -(E + B) || 0;
}
Xt.defaultFormat = "YYYY-MM-DDTHH:mm:ssZ";
Xt.defaultFormatUtc = "YYYY-MM-DDTHH:mm:ss[Z]";
function lS() {
  return this.clone().locale("en").format("ddd MMM DD YYYY HH:mm:ss [GMT]ZZ");
}
function cS(r) {
  if (!this.isValid())
    return null;
  var f = r !== !0, E = f ? this.clone().utc() : this;
  return E.year() < 0 || E.year() > 9999 ? ss(
    E,
    f ? "YYYYYY-MM-DD[T]HH:mm:ss.SSS[Z]" : "YYYYYY-MM-DD[T]HH:mm:ss.SSSZ"
  ) : Zi(Date.prototype.toISOString) ? f ? this.toDate().toISOString() : new Date(this.valueOf() + this.utcOffset() * 60 * 1e3).toISOString().replace("Z", ss(E, "Z")) : ss(
    E,
    f ? "YYYY-MM-DD[T]HH:mm:ss.SSS[Z]" : "YYYY-MM-DD[T]HH:mm:ss.SSSZ"
  );
}
function pS() {
  if (!this.isValid())
    return "moment.invalid(/* " + this._i + " */)";
  var r = "moment", f = "", E, h, y, B;
  return this.isLocal() || (r = this.utcOffset() === 0 ? "moment.utc" : "moment.parseZone", f = "Z"), E = "[" + r + '("]', h = 0 <= this.year() && this.year() <= 9999 ? "YYYY" : "YYYYYY", y = "-MM-DD[T]HH:mm:ss.SSS", B = f + '[")]', this.format(E + h + y + B);
}
function uS(r) {
  r || (r = this.isUtc() ? Xt.defaultFormatUtc : Xt.defaultFormat);
  var f = ss(this, r);
  return this.localeData().postformat(f);
}
function dS(r, f) {
  return this.isValid() && (Bi(r) && r.isValid() || Te(r).isValid()) ? ji({ to: this, from: r }).locale(this.locale()).humanize(!f) : this.localeData().invalidDate();
}
function fS(r) {
  return this.from(Te(), r);
}
function gS(r, f) {
  return this.isValid() && (Bi(r) && r.isValid() || Te(r).isValid()) ? ji({ from: this, to: r }).locale(this.locale()).humanize(!f) : this.localeData().invalidDate();
}
function mS(r) {
  return this.to(Te(), r);
}
function Au(r) {
  var f;
  return r === void 0 ? this._locale._abbr : (f = fr(r), f != null && (this._locale = f), this);
}
var Tu = Ei(
  "moment().lang() is deprecated. Instead, use moment().localeData() to get the language configuration. Use moment().locale() to change languages.",
  function(r) {
    return r === void 0 ? this.localeData() : this.locale(r);
  }
);
function Pu() {
  return this._locale;
}
var xs = 1e3, vn = 60 * xs, bs = 60 * vn, Eu = (365 * 400 + 97) * 24 * bs;
function xn(r, f) {
  return (r % f + f) % f;
}
function Ou(r, f, E) {
  return r < 100 && r >= 0 ? new Date(r + 400, f, E) - Eu : new Date(r, f, E).valueOf();
}
function Lu(r, f, E) {
  return r < 100 && r >= 0 ? Date.UTC(r + 400, f, E) - Eu : Date.UTC(r, f, E);
}
function yS(r) {
  var f, E;
  if (r = Oi(r), r === void 0 || r === "millisecond" || !this.isValid())
    return this;
  switch (E = this._isUTC ? Lu : Ou, r) {
    case "year":
      f = E(this.year(), 0, 1);
      break;
    case "quarter":
      f = E(
        this.year(),
        this.month() - this.month() % 3,
        1
      );
      break;
    case "month":
      f = E(this.year(), this.month(), 1);
      break;
    case "week":
      f = E(
        this.year(),
        this.month(),
        this.date() - this.weekday()
      );
      break;
    case "isoWeek":
      f = E(
        this.year(),
        this.month(),
        this.date() - (this.isoWeekday() - 1)
      );
      break;
    case "day":
    case "date":
      f = E(this.year(), this.month(), this.date());
      break;
    case "hour":
      f = this._d.valueOf(), f -= xn(
        f + (this._isUTC ? 0 : this.utcOffset() * vn),
        bs
      );
      break;
    case "minute":
      f = this._d.valueOf(), f -= xn(f, vn);
      break;
    case "second":
      f = this._d.valueOf(), f -= xn(f, xs);
      break;
  }
  return this._d.setTime(f), Xt.updateOffset(this, !0), this;
}
function vS(r) {
  var f, E;
  if (r = Oi(r), r === void 0 || r === "millisecond" || !this.isValid())
    return this;
  switch (E = this._isUTC ? Lu : Ou, r) {
    case "year":
      f = E(this.year() + 1, 0, 1) - 1;
      break;
    case "quarter":
      f = E(
        this.year(),
        this.month() - this.month() % 3 + 3,
        1
      ) - 1;
      break;
    case "month":
      f = E(this.year(), this.month() + 1, 1) - 1;
      break;
    case "week":
      f = E(
        this.year(),
        this.month(),
        this.date() - this.weekday() + 7
      ) - 1;
      break;
    case "isoWeek":
      f = E(
        this.year(),
        this.month(),
        this.date() - (this.isoWeekday() - 1) + 7
      ) - 1;
      break;
    case "day":
    case "date":
      f = E(this.year(), this.month(), this.date() + 1) - 1;
      break;
    case "hour":
      f = this._d.valueOf(), f += bs - xn(
        f + (this._isUTC ? 0 : this.utcOffset() * vn),
        bs
      ) - 1;
      break;
    case "minute":
      f = this._d.valueOf(), f += vn - xn(f, vn) - 1;
      break;
    case "second":
      f = this._d.valueOf(), f += xs - xn(f, xs) - 1;
      break;
  }
  return this._d.setTime(f), Xt.updateOffset(this, !0), this;
}
function xS() {
  return this._d.valueOf() - (this._offset || 0) * 6e4;
}
function bS() {
  return Math.floor(this.valueOf() / 1e3);
}
function SS() {
  return new Date(this.valueOf());
}
function wS() {
  var r = this;
  return [
    r.year(),
    r.month(),
    r.date(),
    r.hour(),
    r.minute(),
    r.second(),
    r.millisecond()
  ];
}
function MS() {
  var r = this;
  return {
    years: r.year(),
    months: r.month(),
    date: r.date(),
    hours: r.hours(),
    minutes: r.minutes(),
    seconds: r.seconds(),
    milliseconds: r.milliseconds()
  };
}
function CS() {
  return this.isValid() ? this.toISOString() : null;
}
function kS() {
  return Ah(this);
}
function AS() {
  return Pr({}, oe(this));
}
function TS() {
  return oe(this).overflow;
}
function PS() {
  return {
    input: this._i,
    format: this._f,
    locale: this._locale,
    isUTC: this._isUTC,
    strict: this._strict
  };
}
Zt("N", 0, 0, "eraAbbr");
Zt("NN", 0, 0, "eraAbbr");
Zt("NNN", 0, 0, "eraAbbr");
Zt("NNNN", 0, 0, "eraName");
Zt("NNNNN", 0, 0, "eraNarrow");
Zt("y", ["y", 1], "yo", "eraYear");
Zt("y", ["yy", 2], 0, "eraYear");
Zt("y", ["yyy", 3], 0, "eraYear");
Zt("y", ["yyyy", 4], 0, "eraYear");
Ft("N", Xh);
Ft("NN", Xh);
Ft("NNN", Xh);
Ft("NNNN", WS);
Ft("NNNNN", zS);
we(
  ["N", "NN", "NNN", "NNNN", "NNNNN"],
  function(r, f, E, h) {
    var y = E._locale.erasParse(r, h, E._strict);
    y ? oe(E).era = y : oe(E).invalidEra = r;
  }
);
Ft("y", An);
Ft("yy", An);
Ft("yyy", An);
Ft("yyyy", An);
Ft("yo", YS);
we(["y", "yy", "yyy", "yyyy"], Qe);
we(["yo"], function(r, f, E, h) {
  var y;
  E._locale._eraYearOrdinalRegex && (y = r.match(E._locale._eraYearOrdinalRegex)), E._locale.eraYearOrdinalParse ? f[Qe] = E._locale.eraYearOrdinalParse(r, y) : f[Qe] = parseInt(r, 10);
});
function ES(r, f) {
  var E, h, y, B = this._eras || fr("en")._eras;
  for (E = 0, h = B.length; E < h; ++E) {
    switch (typeof B[E].since) {
      case "string":
        y = Xt(B[E].since).startOf("day"), B[E].since = y.valueOf();
        break;
    }
    switch (typeof B[E].until) {
      case "undefined":
        B[E].until = 1 / 0;
        break;
      case "string":
        y = Xt(B[E].until).startOf("day").valueOf(), B[E].until = y.valueOf();
        break;
    }
  }
  return B;
}
function OS(r, f, E) {
  var h, y, B = this.eras(), I, Z, F;
  for (r = r.toUpperCase(), h = 0, y = B.length; h < y; ++h)
    if (I = B[h].name.toUpperCase(), Z = B[h].abbr.toUpperCase(), F = B[h].narrow.toUpperCase(), E)
      switch (f) {
        case "N":
        case "NN":
        case "NNN":
          if (Z === r)
            return B[h];
          break;
        case "NNNN":
          if (I === r)
            return B[h];
          break;
        case "NNNNN":
          if (F === r)
            return B[h];
          break;
      }
    else if ([I, Z, F].indexOf(r) >= 0)
      return B[h];
}
function LS(r, f) {
  var E = r.since <= r.until ? 1 : -1;
  return f === void 0 ? Xt(r.since).year() : Xt(r.since).year() + (f - r.offset) * E;
}
function _S() {
  var r, f, E, h = this.localeData().eras();
  for (r = 0, f = h.length; r < f; ++r)
    if (E = this.clone().startOf("day").valueOf(), h[r].since <= E && E <= h[r].until || h[r].until <= E && E <= h[r].since)
      return h[r].name;
  return "";
}
function DS() {
  var r, f, E, h = this.localeData().eras();
  for (r = 0, f = h.length; r < f; ++r)
    if (E = this.clone().startOf("day").valueOf(), h[r].since <= E && E <= h[r].until || h[r].until <= E && E <= h[r].since)
      return h[r].narrow;
  return "";
}
function IS() {
  var r, f, E, h = this.localeData().eras();
  for (r = 0, f = h.length; r < f; ++r)
    if (E = this.clone().startOf("day").valueOf(), h[r].since <= E && E <= h[r].until || h[r].until <= E && E <= h[r].since)
      return h[r].abbr;
  return "";
}
function RS() {
  var r, f, E, h, y = this.localeData().eras();
  for (r = 0, f = y.length; r < f; ++r)
    if (E = y[r].since <= y[r].until ? 1 : -1, h = this.clone().startOf("day").valueOf(), y[r].since <= h && h <= y[r].until || y[r].until <= h && h <= y[r].since)
      return (this.year() - Xt(y[r].since).year()) * E + y[r].offset;
  return this.year();
}
function NS(r) {
  return me(this, "_erasNameRegex") || Gh.call(this), r ? this._erasNameRegex : this._erasRegex;
}
function BS(r) {
  return me(this, "_erasAbbrRegex") || Gh.call(this), r ? this._erasAbbrRegex : this._erasRegex;
}
function jS(r) {
  return me(this, "_erasNarrowRegex") || Gh.call(this), r ? this._erasNarrowRegex : this._erasRegex;
}
function Xh(r, f) {
  return f.erasAbbrRegex(r);
}
function WS(r, f) {
  return f.erasNameRegex(r);
}
function zS(r, f) {
  return f.erasNarrowRegex(r);
}
function YS(r, f) {
  return f._eraYearOrdinalRegex || An;
}
function Gh() {
  var r = [], f = [], E = [], h = [], y, B, I = this.eras();
  for (y = 0, B = I.length; y < B; ++y)
    f.push(yi(I[y].name)), r.push(yi(I[y].abbr)), E.push(yi(I[y].narrow)), h.push(yi(I[y].name)), h.push(yi(I[y].abbr)), h.push(yi(I[y].narrow));
  this._erasRegex = new RegExp("^(" + h.join("|") + ")", "i"), this._erasNameRegex = new RegExp("^(" + f.join("|") + ")", "i"), this._erasAbbrRegex = new RegExp("^(" + r.join("|") + ")", "i"), this._erasNarrowRegex = new RegExp(
    "^(" + E.join("|") + ")",
    "i"
  );
}
Zt(0, ["gg", 2], 0, function() {
  return this.weekYear() % 100;
});
Zt(0, ["GG", 2], 0, function() {
  return this.isoWeekYear() % 100;
});
function Ns(r, f) {
  Zt(0, [r, r.length], 0, f);
}
Ns("gggg", "weekYear");
Ns("ggggg", "weekYear");
Ns("GGGG", "isoWeekYear");
Ns("GGGGG", "isoWeekYear");
ti("weekYear", "gg");
ti("isoWeekYear", "GG");
ei("weekYear", 1);
ei("isoWeekYear", 1);
Ft("G", Ls);
Ft("g", Ls);
Ft("GG", Pe, vi);
Ft("gg", Pe, vi);
Ft("GGGG", _h, Lh);
Ft("gggg", _h, Lh);
Ft("GGGGG", Os, Ps);
Ft("ggggg", Os, Ps);
ho(
  ["gggg", "ggggg", "GGGG", "GGGGG"],
  function(r, f, E, h) {
    f[h.substr(0, 2)] = he(r);
  }
);
ho(["gg", "GG"], function(r, f, E, h) {
  f[h] = Xt.parseTwoDigitYear(r);
});
function XS(r) {
  return _u.call(
    this,
    r,
    this.week(),
    this.weekday(),
    this.localeData()._week.dow,
    this.localeData()._week.doy
  );
}
function GS(r) {
  return _u.call(
    this,
    r,
    this.isoWeek(),
    this.isoWeekday(),
    1,
    4
  );
}
function HS() {
  return pr(this.year(), 1, 4);
}
function FS() {
  return pr(this.isoWeekYear(), 1, 4);
}
function US() {
  var r = this.localeData()._week;
  return pr(this.year(), r.dow, r.doy);
}
function VS() {
  var r = this.localeData()._week;
  return pr(this.weekYear(), r.dow, r.doy);
}
function _u(r, f, E, h, y) {
  var B;
  return r == null ? io(this, h, y).year : (B = pr(r, h, y), f > B && (f = B), $S.call(this, r, f, E, h, y));
}
function $S(r, f, E, h, y) {
  var B = pu(r, f, E, h, y), I = eo(B.year, 0, B.dayOfYear);
  return this.year(I.getUTCFullYear()), this.month(I.getUTCMonth()), this.date(I.getUTCDate()), this;
}
Zt("Q", 0, "Qo", "quarter");
ti("quarter", "Q");
ei("quarter", 7);
Ft("Q", eu);
we("Q", function(r, f) {
  f[lr] = (he(r) - 1) * 3;
});
function ZS(r) {
  return r == null ? Math.ceil((this.month() + 1) / 3) : this.month((r - 1) * 3 + this.month() % 3);
}
Zt("D", ["DD", 2], "Do", "date");
ti("date", "D");
ei("date", 9);
Ft("D", Pe);
Ft("DD", Pe, vi);
Ft("Do", function(r, f) {
  return r ? f._dayOfMonthOrdinalParse || f._ordinalParse : f._dayOfMonthOrdinalParseLenient;
});
we(["D", "DD"], Gi);
we("Do", function(r, f) {
  f[Gi] = he(r.match(Pe)[0]);
});
var Du = kn("Date", !0);
Zt("DDD", ["DDDD", 3], "DDDo", "dayOfYear");
ti("dayOfYear", "DDD");
ei("dayOfYear", 4);
Ft("DDD", Es);
Ft("DDDD", iu);
we(["DDD", "DDDD"], function(r, f, E) {
  E._dayOfYear = he(r);
});
function KS(r) {
  var f = Math.round(
    (this.clone().startOf("day") - this.clone().startOf("year")) / 864e5
  ) + 1;
  return r == null ? f : this.add(r - f, "d");
}
Zt("m", ["mm", 2], 0, "minute");
ti("minute", "m");
ei("minute", 14);
Ft("m", Pe);
Ft("mm", Pe, vi);
we(["m", "mm"], Ri);
var JS = kn("Minutes", !1);
Zt("s", ["ss", 2], 0, "second");
ti("second", "s");
ei("second", 15);
Ft("s", Pe);
Ft("ss", Pe, vi);
we(["s", "ss"], cr);
var qS = kn("Seconds", !1);
Zt("S", 0, 0, function() {
  return ~~(this.millisecond() / 100);
});
Zt(0, ["SS", 2], 0, function() {
  return ~~(this.millisecond() / 10);
});
Zt(0, ["SSS", 3], 0, "millisecond");
Zt(0, ["SSSS", 4], 0, function() {
  return this.millisecond() * 10;
});
Zt(0, ["SSSSS", 5], 0, function() {
  return this.millisecond() * 100;
});
Zt(0, ["SSSSSS", 6], 0, function() {
  return this.millisecond() * 1e3;
});
Zt(0, ["SSSSSSS", 7], 0, function() {
  return this.millisecond() * 1e4;
});
Zt(0, ["SSSSSSSS", 8], 0, function() {
  return this.millisecond() * 1e5;
});
Zt(0, ["SSSSSSSSS", 9], 0, function() {
  return this.millisecond() * 1e6;
});
ti("millisecond", "ms");
ei("millisecond", 16);
Ft("S", Es, eu);
Ft("SS", Es, vi);
Ft("SSS", Es, iu);
var Er, Iu;
for (Er = "SSSS"; Er.length <= 9; Er += "S")
  Ft(Er, An);
function QS(r, f) {
  f[Ur] = he(("0." + r) * 1e3);
}
for (Er = "S"; Er.length <= 9; Er += "S")
  we(Er, QS);
Iu = kn("Milliseconds", !1);
Zt("z", 0, 0, "zoneAbbr");
Zt("zz", 0, 0, "zoneName");
function tw() {
  return this._isUTC ? "UTC" : "";
}
function ew() {
  return this._isUTC ? "Coordinated Universal Time" : "";
}
var jt = so.prototype;
jt.add = Vb;
jt.calendar = tS;
jt.clone = eS;
jt.diff = hS;
jt.endOf = vS;
jt.format = uS;
jt.from = dS;
jt.fromNow = fS;
jt.to = gS;
jt.toNow = mS;
jt.get = r1;
jt.invalidAt = TS;
jt.isAfter = iS;
jt.isBefore = rS;
jt.isBetween = nS;
jt.isSame = oS;
jt.isSameOrAfter = sS;
jt.isSameOrBefore = aS;
jt.isValid = kS;
jt.lang = Tu;
jt.locale = Au;
jt.localeData = Pu;
jt.max = kb;
jt.min = Cb;
jt.parsingFlags = AS;
jt.set = n1;
jt.startOf = yS;
jt.subtract = $b;
jt.toArray = wS;
jt.toObject = MS;
jt.toDate = SS;
jt.toISOString = cS;
jt.inspect = pS;
typeof Symbol < "u" && Symbol.for != null && (jt[Symbol.for("nodejs.util.inspect.custom")] = function() {
  return "Moment<" + this.format() + ">";
});
jt.toJSON = CS;
jt.toString = lS;
jt.unix = bS;
jt.valueOf = xS;
jt.creationData = PS;
jt.eraName = _S;
jt.eraNarrow = DS;
jt.eraAbbr = IS;
jt.eraYear = RS;
jt.year = cu;
jt.isLeapYear = M1;
jt.weekYear = XS;
jt.isoWeekYear = GS;
jt.quarter = jt.quarters = ZS;
jt.month = hu;
jt.daysInMonth = b1;
jt.week = jt.weeks = E1;
jt.isoWeek = jt.isoWeeks = O1;
jt.weeksInYear = US;
jt.weeksInWeekYear = VS;
jt.isoWeeksInYear = HS;
jt.isoWeeksInISOWeekYear = FS;
jt.date = Du;
jt.day = jt.days = G1;
jt.weekday = H1;
jt.isoWeekday = F1;
jt.dayOfYear = KS;
jt.hour = jt.hours = q1;
jt.minute = jt.minutes = JS;
jt.second = jt.seconds = qS;
jt.millisecond = jt.milliseconds = Iu;
jt.utcOffset = Ib;
jt.utc = Nb;
jt.local = Bb;
jt.parseZone = jb;
jt.hasAlignedHourOffset = Wb;
jt.isDST = zb;
jt.isLocal = Xb;
jt.isUtcOffset = Gb;
jt.isUtc = wu;
jt.isUTC = wu;
jt.zoneAbbr = tw;
jt.zoneName = ew;
jt.dates = Ei(
  "dates accessor is deprecated. Use date instead.",
  Du
);
jt.months = Ei(
  "months accessor is deprecated. Use month instead",
  hu
);
jt.years = Ei(
  "years accessor is deprecated. Use year instead",
  cu
);
jt.zone = Ei(
  "moment().zone is deprecated, use moment().utcOffset instead. http://momentjs.com/guides/#/warnings/zone/",
  Rb
);
jt.isDSTShifted = Ei(
  "isDSTShifted is deprecated. See http://momentjs.com/guides/#/warnings/dst-shifted/ for more information",
  Yb
);
function iw(r) {
  return Te(r * 1e3);
}
function rw() {
  return Te.apply(null, arguments).parseZone();
}
function Ru(r) {
  return r;
}
var ye = Ph.prototype;
ye.calendar = G0;
ye.longDateFormat = V0;
ye.invalidDate = Z0;
ye.ordinal = q0;
ye.preparse = Ru;
ye.postformat = Ru;
ye.relativeTime = t1;
ye.pastFuture = e1;
ye.set = Y0;
ye.eras = ES;
ye.erasParse = OS;
ye.erasConvertYear = LS;
ye.erasAbbrRegex = BS;
ye.erasNameRegex = NS;
ye.erasNarrowRegex = jS;
ye.months = m1;
ye.monthsShort = y1;
ye.monthsParse = x1;
ye.monthsRegex = w1;
ye.monthsShortRegex = S1;
ye.week = k1;
ye.firstDayOfYear = P1;
ye.firstDayOfWeek = T1;
ye.weekdays = j1;
ye.weekdaysMin = z1;
ye.weekdaysShort = W1;
ye.weekdaysParse = X1;
ye.weekdaysRegex = U1;
ye.weekdaysShortRegex = V1;
ye.weekdaysMinRegex = $1;
ye.isPM = K1;
ye.meridiem = Q1;
function Ss(r, f, E, h) {
  var y = fr(), B = $i().set(h, f);
  return y[E](B, r);
}
function Nu(r, f, E) {
  if (dr(r) && (f = r, r = void 0), r = r || "", f != null)
    return Ss(r, f, E, "month");
  var h, y = [];
  for (h = 0; h < 12; h++)
    y[h] = Ss(r, h, E, "month");
  return y;
}
function Hh(r, f, E, h) {
  typeof r == "boolean" ? (dr(f) && (E = f, f = void 0), f = f || "") : (f = r, E = f, r = !1, dr(f) && (E = f, f = void 0), f = f || "");
  var y = fr(), B = r ? y._week.dow : 0, I, Z = [];
  if (E != null)
    return Ss(f, (E + B) % 7, h, "day");
  for (I = 0; I < 7; I++)
    Z[I] = Ss(f, (I + B) % 7, h, "day");
  return Z;
}
function nw(r, f) {
  return Nu(r, f, "months");
}
function ow(r, f) {
  return Nu(r, f, "monthsShort");
}
function sw(r, f, E) {
  return Hh(r, f, E, "weekdays");
}
function aw(r, f, E) {
  return Hh(r, f, E, "weekdaysShort");
}
function hw(r, f, E) {
  return Hh(r, f, E, "weekdaysMin");
}
Or("en", {
  eras: [
    {
      since: "0001-01-01",
      until: 1 / 0,
      offset: 1,
      name: "Anno Domini",
      narrow: "AD",
      abbr: "AD"
    },
    {
      since: "0000-12-31",
      until: -1 / 0,
      offset: 1,
      name: "Before Christ",
      narrow: "BC",
      abbr: "BC"
    }
  ],
  dayOfMonthOrdinalParse: /\d{1,2}(th|st|nd|rd)/,
  ordinal: function(r) {
    var f = r % 10, E = he(r % 100 / 10) === 1 ? "th" : f === 1 ? "st" : f === 2 ? "nd" : f === 3 ? "rd" : "th";
    return r + E;
  }
});
Xt.lang = Ei(
  "moment.lang is deprecated. Use moment.locale instead.",
  Or
);
Xt.langData = Ei(
  "moment.langData is deprecated. Use moment.localeData instead.",
  fr
);
var sr = Math.abs;
function lw() {
  var r = this._data;
  return this._milliseconds = sr(this._milliseconds), this._days = sr(this._days), this._months = sr(this._months), r.milliseconds = sr(r.milliseconds), r.seconds = sr(r.seconds), r.minutes = sr(r.minutes), r.hours = sr(r.hours), r.months = sr(r.months), r.years = sr(r.years), this;
}
function Bu(r, f, E, h) {
  var y = ji(f, E);
  return r._milliseconds += h * y._milliseconds, r._days += h * y._days, r._months += h * y._months, r._bubble();
}
function cw(r, f) {
  return Bu(this, r, f, 1);
}
function pw(r, f) {
  return Bu(this, r, f, -1);
}
function Pp(r) {
  return r < 0 ? Math.floor(r) : Math.ceil(r);
}
function uw() {
  var r = this._milliseconds, f = this._days, E = this._months, h = this._data, y, B, I, Z, F;
  return r >= 0 && f >= 0 && E >= 0 || r <= 0 && f <= 0 && E <= 0 || (r += Pp(bh(E) + f) * 864e5, f = 0, E = 0), h.milliseconds = r % 1e3, y = Ti(r / 1e3), h.seconds = y % 60, B = Ti(y / 60), h.minutes = B % 60, I = Ti(B / 60), h.hours = I % 24, f += Ti(I / 24), F = Ti(ju(f)), E += F, f -= Pp(bh(F)), Z = Ti(E / 12), E %= 12, h.days = f, h.months = E, h.years = Z, this;
}
function ju(r) {
  return r * 4800 / 146097;
}
function bh(r) {
  return r * 146097 / 4800;
}
function dw(r) {
  if (!this.isValid())
    return NaN;
  var f, E, h = this._milliseconds;
  if (r = Oi(r), r === "month" || r === "quarter" || r === "year")
    switch (f = this._days + h / 864e5, E = this._months + ju(f), r) {
      case "month":
        return E;
      case "quarter":
        return E / 3;
      case "year":
        return E / 12;
    }
  else
    switch (f = this._days + Math.round(bh(this._months)), r) {
      case "week":
        return f / 7 + h / 6048e5;
      case "day":
        return f + h / 864e5;
      case "hour":
        return f * 24 + h / 36e5;
      case "minute":
        return f * 1440 + h / 6e4;
      case "second":
        return f * 86400 + h / 1e3;
      case "millisecond":
        return Math.floor(f * 864e5) + h;
      default:
        throw new Error("Unknown unit " + r);
    }
}
function fw() {
  return this.isValid() ? this._milliseconds + this._days * 864e5 + this._months % 12 * 2592e6 + he(this._months / 12) * 31536e6 : NaN;
}
function gr(r) {
  return function() {
    return this.as(r);
  };
}
var gw = gr("ms"), mw = gr("s"), yw = gr("m"), vw = gr("h"), xw = gr("d"), bw = gr("w"), Sw = gr("M"), ww = gr("Q"), Mw = gr("y");
function Cw() {
  return ji(this);
}
function kw(r) {
  return r = Oi(r), this.isValid() ? this[r + "s"]() : NaN;
}
function $r(r) {
  return function() {
    return this.isValid() ? this._data[r] : NaN;
  };
}
var Aw = $r("milliseconds"), Tw = $r("seconds"), Pw = $r("minutes"), Ew = $r("hours"), Ow = $r("days"), Lw = $r("months"), _w = $r("years");
function Dw() {
  return Ti(this.days() / 7);
}
var ar = Math.round, fn = {
  ss: 44,
  // a few seconds to seconds
  s: 45,
  // seconds to minute
  m: 45,
  // minutes to hour
  h: 22,
  // hours to day
  d: 26,
  // days to month/week
  w: null,
  // weeks to month
  M: 11
  // months to year
};
function Iw(r, f, E, h, y) {
  return y.relativeTime(f || 1, !!E, r, h);
}
function Rw(r, f, E, h) {
  var y = ji(r).abs(), B = ar(y.as("s")), I = ar(y.as("m")), Z = ar(y.as("h")), F = ar(y.as("d")), U = ar(y.as("M")), H = ar(y.as("w")), W = ar(y.as("y")), R = B <= E.ss && ["s", B] || B < E.s && ["ss", B] || I <= 1 && ["m"] || I < E.m && ["mm", I] || Z <= 1 && ["h"] || Z < E.h && ["hh", Z] || F <= 1 && ["d"] || F < E.d && ["dd", F];
  return E.w != null && (R = R || H <= 1 && ["w"] || H < E.w && ["ww", H]), R = R || U <= 1 && ["M"] || U < E.M && ["MM", U] || W <= 1 && ["y"] || ["yy", W], R[2] = f, R[3] = +r > 0, R[4] = h, Iw.apply(null, R);
}
function Nw(r) {
  return r === void 0 ? ar : typeof r == "function" ? (ar = r, !0) : !1;
}
function Bw(r, f) {
  return fn[r] === void 0 ? !1 : f === void 0 ? fn[r] : (fn[r] = f, r === "s" && (fn.ss = f - 1), !0);
}
function jw(r, f) {
  if (!this.isValid())
    return this.localeData().invalidDate();
  var E = !1, h = fn, y, B;
  return typeof r == "object" && (f = r, r = !1), typeof r == "boolean" && (E = r), typeof f == "object" && (h = Object.assign({}, fn, f), f.s != null && f.ss == null && (h.ss = f.s - 1)), y = this.localeData(), B = Rw(this, !E, h, y), E && (B = y.pastFuture(+this, B)), y.postformat(B);
}
var sh = Math.abs;
function un(r) {
  return (r > 0) - (r < 0) || +r;
}
function Bs() {
  if (!this.isValid())
    return this.localeData().invalidDate();
  var r = sh(this._milliseconds) / 1e3, f = sh(this._days), E = sh(this._months), h, y, B, I, Z = this.asSeconds(), F, U, H, W;
  return Z ? (h = Ti(r / 60), y = Ti(h / 60), r %= 60, h %= 60, B = Ti(E / 12), E %= 12, I = r ? r.toFixed(3).replace(/\.?0+$/, "") : "", F = Z < 0 ? "-" : "", U = un(this._months) !== un(Z) ? "-" : "", H = un(this._days) !== un(Z) ? "-" : "", W = un(this._milliseconds) !== un(Z) ? "-" : "", F + "P" + (B ? U + B + "Y" : "") + (E ? U + E + "M" : "") + (f ? H + f + "D" : "") + (y || h || r ? "T" : "") + (y ? W + y + "H" : "") + (h ? W + h + "M" : "") + (r ? W + I + "S" : "")) : "P0D";
}
var de = Rs.prototype;
de.isValid = Ob;
de.abs = lw;
de.add = cw;
de.subtract = pw;
de.as = dw;
de.asMilliseconds = gw;
de.asSeconds = mw;
de.asMinutes = yw;
de.asHours = vw;
de.asDays = xw;
de.asWeeks = bw;
de.asMonths = Sw;
de.asQuarters = ww;
de.asYears = Mw;
de.valueOf = fw;
de._bubble = uw;
de.clone = Cw;
de.get = kw;
de.milliseconds = Aw;
de.seconds = Tw;
de.minutes = Pw;
de.hours = Ew;
de.days = Ow;
de.weeks = Dw;
de.months = Lw;
de.years = _w;
de.humanize = jw;
de.toISOString = Bs;
de.toString = Bs;
de.toJSON = Bs;
de.locale = Au;
de.localeData = Pu;
de.toIsoString = Ei(
  "toIsoString() is deprecated. Please use toISOString() instead (notice the capitals)",
  Bs
);
de.lang = Tu;
Zt("X", 0, 0, "unix");
Zt("x", 0, 0, "valueOf");
Ft("x", Ls);
Ft("X", s1);
we("X", function(r, f, E) {
  E._d = new Date(parseFloat(r) * 1e3);
});
we("x", function(r, f, E) {
  E._d = new Date(he(r));
});
//! moment.js
Xt.version = "2.29.4";
W0(Te);
Xt.fn = jt;
Xt.min = Ab;
Xt.max = Tb;
Xt.now = Pb;
Xt.utc = $i;
Xt.unix = iw;
Xt.months = nw;
Xt.isDate = oo;
Xt.locale = Or;
Xt.invalid = As;
Xt.duration = ji;
Xt.isMoment = Bi;
Xt.weekdays = sw;
Xt.parseZone = rw;
Xt.localeData = fr;
Xt.isDuration = as;
Xt.monthsShort = ow;
Xt.weekdaysMin = hw;
Xt.defineLocale = Nh;
Xt.updateLocale = rb;
Xt.locales = nb;
Xt.weekdaysShort = aw;
Xt.normalizeUnits = Oi;
Xt.relativeTimeRounding = Nw;
Xt.relativeTimeThreshold = Bw;
Xt.calendarFormat = Qb;
Xt.prototype = jt;
Xt.HTML5_FMT = {
  DATETIME_LOCAL: "YYYY-MM-DDTHH:mm",
  // <input type="datetime-local" />
  DATETIME_LOCAL_SECONDS: "YYYY-MM-DDTHH:mm:ss",
  // <input type="datetime-local" step="1" />
  DATETIME_LOCAL_MS: "YYYY-MM-DDTHH:mm:ss.SSS",
  // <input type="datetime-local" step="0.001" />
  DATE: "YYYY-MM-DD",
  // <input type="date" />
  TIME: "HH:mm",
  // <input type="time" />
  TIME_SECONDS: "HH:mm:ss",
  // <input type="time" step="1" />
  TIME_MS: "HH:mm:ss.SSS",
  // <input type="time" step="0.001" />
  WEEK: "GGGG-[W]WW",
  // <input type="week" />
  MONTH: "YYYY-MM"
  // <input type="month" />
};
var ws = { exports: {} };
/**
 * @license
 * Lodash <https://lodash.com/>
 * Copyright OpenJS Foundation and other contributors <https://openjsf.org/>
 * Released under MIT license <https://lodash.com/license>
 * Based on Underscore.js 1.8.3 <http://underscorejs.org/LICENSE>
 * Copyright Jeremy Ashkenas, DocumentCloud and Investigative Reporters & Editors
 */
ws.exports;
(function(r, f) {
  (function() {
    var E, h = "4.17.21", y = 200, B = "Unsupported core-js use. Try https://npms.io/search?q=ponyfill.", I = "Expected a function", Z = "Invalid `variable` option passed into `_.template`", F = "__lodash_hash_undefined__", U = 500, H = "__lodash_placeholder__", W = 1, R = 2, S = 4, x = 1, d = 2, u = 1, P = 2, O = 4, N = 8, C = 16, b = 32, w = 64, v = 128, a = 256, c = 512, p = 30, i = "...", l = 800, s = 16, t = 1, o = 2, n = 3, A = 1 / 0, _ = 9007199254740991, D = 17976931348623157e292, j = 0 / 0, T = 4294967295, X = T - 1, g = T >>> 1, m = [
      ["ary", v],
      ["bind", u],
      ["bindKey", P],
      ["curry", N],
      ["curryRight", C],
      ["flip", c],
      ["partial", b],
      ["partialRight", w],
      ["rearg", a]
    ], L = "[object Arguments]", Y = "[object Array]", V = "[object AsyncFunction]", Q = "[object Boolean]", k = "[object Date]", G = "[object DOMException]", z = "[object Error]", $ = "[object Function]", q = "[object GeneratorFunction]", it = "[object Map]", et = "[object Number]", nt = "[object Null]", rt = "[object Object]", ct = "[object Promise]", gt = "[object Proxy]", dt = "[object RegExp]", lt = "[object Set]", at = "[object String]", J = "[object Symbol]", tt = "[object Undefined]", st = "[object WeakMap]", ht = "[object WeakSet]", pt = "[object ArrayBuffer]", yt = "[object DataView]", vt = "[object Float32Array]", Ct = "[object Float64Array]", Pt = "[object Int8Array]", kt = "[object Int16Array]", St = "[object Int32Array]", Dt = "[object Uint8Array]", Lt = "[object Uint8ClampedArray]", Nt = "[object Uint16Array]", Et = "[object Uint32Array]", Kt = /\b__p \+= '';/g, Gt = /\b(__p \+=) '' \+/g, Wt = /(__e\(.*?\)|\b__t\)) \+\n'';/g, Jt = /&(?:amp|lt|gt|quot|#39);/g, be = /[&<>"']/g, zt = RegExp(Jt.source), Vt = RegExp(be.source), Me = /<%-([\s\S]+?)%>/g, _r = /<%([\s\S]+?)%>/g, po = /<%=([\s\S]+?)%>/g, Pn = /\.|\[(?:[^[\]]*|(["'])(?:(?!\1)[^\\]|\\.)*?\1)\]/, En = /^\w*$/, $e = /[^.[\]]+|\[(?:(-?\d+(?:\.\d+)?)|(["'])((?:(?!\2)[^\\]|\\.)*?)\2)\]|(?=(?:\.|\[\])(?:\.|\[\]|$))/g, On = /[\\^$.*+?()[\]{}|]/g, Ln = RegExp(On.source), Zr = /^\s+/, uo = /\s/, Hs = /\{(?:\n\/\* \[wrapped with .+\] \*\/)?\n?/, Dr = /\{\n\/\* \[wrapped with (.+)\] \*/, Wi = /,? & /, fo = /[^\x00-\x2f\x3a-\x40\x5b-\x60\x7b-\x7f]+/g, _n = /[()=,{}\[\]\/\s]/, Ir = /\\(\\)?/g, $t = /\$\{([^\\}]*(?:\\.[^\\}]*)*)\}/g, ue = /\w*$/, ge = /^[-+]0x[0-9a-f]+$/i, Ie = /^0b[01]+$/i, _e = /^\[object .+?Constructor\]$/, Kr = /^0o[0-7]+$/i, fd = /^(?:0|[1-9]\d*)$/, gd = /[\xc0-\xd6\xd8-\xf6\xf8-\xff\u0100-\u017f]/g, go = /($^)/, md = /['\n\r\u2028\u2029\\]/g, mo = "\\ud800-\\udfff", yd = "\\u0300-\\u036f", vd = "\\ufe20-\\ufe2f", xd = "\\u20d0-\\u20ff", qh = yd + vd + xd, Qh = "\\u2700-\\u27bf", tl = "a-z\\xdf-\\xf6\\xf8-\\xff", bd = "\\xac\\xb1\\xd7\\xf7", Sd = "\\x00-\\x2f\\x3a-\\x40\\x5b-\\x60\\x7b-\\xbf", wd = "\\u2000-\\u206f", Md = " \\t\\x0b\\f\\xa0\\ufeff\\n\\r\\u2028\\u2029\\u1680\\u180e\\u2000\\u2001\\u2002\\u2003\\u2004\\u2005\\u2006\\u2007\\u2008\\u2009\\u200a\\u202f\\u205f\\u3000", el = "A-Z\\xc0-\\xd6\\xd8-\\xde", il = "\\ufe0e\\ufe0f", rl = bd + Sd + wd + Md, Fs = "['’]", Cd = "[" + mo + "]", nl = "[" + rl + "]", yo = "[" + qh + "]", ol = "\\d+", kd = "[" + Qh + "]", sl = "[" + tl + "]", al = "[^" + mo + rl + ol + Qh + tl + el + "]", Us = "\\ud83c[\\udffb-\\udfff]", Ad = "(?:" + yo + "|" + Us + ")", hl = "[^" + mo + "]", Vs = "(?:\\ud83c[\\udde6-\\uddff]){2}", $s = "[\\ud800-\\udbff][\\udc00-\\udfff]", Jr = "[" + el + "]", ll = "\\u200d", cl = "(?:" + sl + "|" + al + ")", Td = "(?:" + Jr + "|" + al + ")", pl = "(?:" + Fs + "(?:d|ll|m|re|s|t|ve))?", ul = "(?:" + Fs + "(?:D|LL|M|RE|S|T|VE))?", dl = Ad + "?", fl = "[" + il + "]?", Pd = "(?:" + ll + "(?:" + [hl, Vs, $s].join("|") + ")" + fl + dl + ")*", Ed = "\\d*(?:1st|2nd|3rd|(?![123])\\dth)(?=\\b|[A-Z_])", Od = "\\d*(?:1ST|2ND|3RD|(?![123])\\dTH)(?=\\b|[a-z_])", gl = fl + dl + Pd, Ld = "(?:" + [kd, Vs, $s].join("|") + ")" + gl, _d = "(?:" + [hl + yo + "?", yo, Vs, $s, Cd].join("|") + ")", Dd = RegExp(Fs, "g"), Id = RegExp(yo, "g"), Zs = RegExp(Us + "(?=" + Us + ")|" + _d + gl, "g"), Rd = RegExp([
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      Od,
      Ed,
      ol,
      Ld
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      "Buffer",
      "DataView",
      "Date",
      "Error",
      "Float32Array",
      "Float64Array",
      "Function",
      "Int8Array",
      "Int16Array",
      "Int32Array",
      "Map",
      "Math",
      "Object",
      "Promise",
      "RegExp",
      "Set",
      "String",
      "Symbol",
      "TypeError",
      "Uint8Array",
      "Uint8ClampedArray",
      "Uint16Array",
      "Uint32Array",
      "WeakMap",
      "_",
      "clearTimeout",
      "isFinite",
      "parseInt",
      "setTimeout"
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      Á: "A",
      Â: "A",
      Ã: "A",
      Ä: "A",
      Å: "A",
      à: "a",
      á: "a",
      â: "a",
      ã: "a",
      ä: "a",
      å: "a",
      Ç: "C",
      ç: "c",
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      ð: "d",
      È: "E",
      É: "E",
      Ê: "E",
      Ë: "E",
      è: "e",
      é: "e",
      ê: "e",
      ë: "e",
      Ì: "I",
      Í: "I",
      Î: "I",
      Ï: "I",
      ì: "i",
      í: "i",
      î: "i",
      ï: "i",
      Ñ: "N",
      ñ: "n",
      Ò: "O",
      Ó: "O",
      Ô: "O",
      Õ: "O",
      Ö: "O",
      Ø: "O",
      ò: "o",
      ó: "o",
      ô: "o",
      õ: "o",
      ö: "o",
      ø: "o",
      Ù: "U",
      Ú: "U",
      Û: "U",
      Ü: "U",
      ù: "u",
      ú: "u",
      û: "u",
      ü: "u",
      Ý: "Y",
      ý: "y",
      ÿ: "y",
      Æ: "Ae",
      æ: "ae",
      Þ: "Th",
      þ: "th",
      ß: "ss",
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      Ă: "A",
      Ą: "A",
      ā: "a",
      ă: "a",
      ą: "a",
      Ć: "C",
      Ĉ: "C",
      Ċ: "C",
      Č: "C",
      ć: "c",
      ĉ: "c",
      ċ: "c",
      č: "c",
      Ď: "D",
      Đ: "D",
      ď: "d",
      đ: "d",
      Ē: "E",
      Ĕ: "E",
      Ė: "E",
      Ę: "E",
      Ě: "E",
      ē: "e",
      ĕ: "e",
      ė: "e",
      ę: "e",
      ě: "e",
      Ĝ: "G",
      Ğ: "G",
      Ġ: "G",
      Ģ: "G",
      ĝ: "g",
      ğ: "g",
      ġ: "g",
      ģ: "g",
      Ĥ: "H",
      Ħ: "H",
      ĥ: "h",
      ħ: "h",
      Ĩ: "I",
      Ī: "I",
      Ĭ: "I",
      Į: "I",
      İ: "I",
      ĩ: "i",
      ī: "i",
      ĭ: "i",
      į: "i",
      ı: "i",
      Ĵ: "J",
      ĵ: "j",
      Ķ: "K",
      ķ: "k",
      ĸ: "k",
      Ĺ: "L",
      Ļ: "L",
      Ľ: "L",
      Ŀ: "L",
      Ł: "L",
      ĺ: "l",
      ļ: "l",
      ľ: "l",
      ŀ: "l",
      ł: "l",
      Ń: "N",
      Ņ: "N",
      Ň: "N",
      Ŋ: "N",
      ń: "n",
      ņ: "n",
      ň: "n",
      ŋ: "n",
      Ō: "O",
      Ŏ: "O",
      Ő: "O",
      ō: "o",
      ŏ: "o",
      ő: "o",
      Ŕ: "R",
      Ŗ: "R",
      Ř: "R",
      ŕ: "r",
      ŗ: "r",
      ř: "r",
      Ś: "S",
      Ŝ: "S",
      Ş: "S",
      Š: "S",
      ś: "s",
      ŝ: "s",
      ş: "s",
      š: "s",
      Ţ: "T",
      Ť: "T",
      Ŧ: "T",
      ţ: "t",
      ť: "t",
      ŧ: "t",
      Ũ: "U",
      Ū: "U",
      Ŭ: "U",
      Ů: "U",
      Ű: "U",
      Ų: "U",
      ũ: "u",
      ū: "u",
      ŭ: "u",
      ů: "u",
      ű: "u",
      ų: "u",
      Ŵ: "W",
      ŵ: "w",
      Ŷ: "Y",
      ŷ: "y",
      Ÿ: "Y",
      Ź: "Z",
      Ż: "Z",
      Ž: "Z",
      ź: "z",
      ż: "z",
      ž: "z",
      IJ: "IJ",
      ij: "ij",
      Œ: "Oe",
      œ: "oe",
      ʼn: "'n",
      ſ: "s"
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      "<": "&lt;",
      ">": "&gt;",
      '"': "&quot;",
      "'": "&#39;"
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      "&lt;": "<",
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      "&quot;": '"',
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        var Rt = M & N, Bt = Rt ? xt : E, Yt = Rt ? E : xt, Ut = Rt ? mt : E, Qt = Rt ? E : mt;
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          M,
          ut,
          Ut,
          Bt,
          Qt,
          Yt,
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          It
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          M,
          K,
          ot,
          ut,
          Rt,
          Bt,
          mt,
          xt,
          bt
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          case k:
          case et:
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          case dt:
          case at:
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              return It == M;
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              break;
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      function em(e, M, K) {
        var ot = e.constructor;
        switch (M) {
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          case Q:
          case k:
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          case yt:
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          case vt:
          case Ct:
          case Pt:
          case kt:
          case St:
          case Dt:
          case Lt:
          case Nt:
          case Et:
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      function ri(e, M, K) {
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          return !1;
        var ot = typeof M;
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      function Na(e, M) {
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      }
      function nm(e) {
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      function Ba(e) {
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    }
  };
  let F = [], U = [];
  return E.forEach((W, R) => {
    let S = {
      ...Lr,
      title: {
        text: W.Unit,
        textCh: W.Unit,
        // 中文
        textEn: W.UnitEn || W.Unit,
        align: "high",
        rotation: 0,
        y: -15,
        reserveSpace: !1,
        style: {
          ...f && f.yAxisOptions.style
        }
      },
      labels: {
        style: {
          ...f && f.yAxisOptions.style
        }
      },
      opposite: W.IsAxis !== 1,
      min: Number(R === 0 ? y : I),
      max: Number(R === 0 ? h : B),
      tickWidth: 1
    };
    const x = f ? R % f.lineOptionList.length : R;
    let d = {
      data: W.Value.map((u) => [u.X, u.Y]),
      dashStyle: f && f.lineOptionList[x].dashStyle || "Solid",
      type: f && f.lineOptionList[x].lineType || "spline",
      yAxis: R,
      name: W.Name,
      nameZh: W.Name,
      nameEn: W.NameEn || W.Name,
      color: W.Color,
      lineWidth: f && f.lineOptionList[x].lineWidth || 3,
      chartType: "linear",
      zIndex: 1
    };
    U.push(d), F.push(S);
  }), {
    title: {
      text: ""
    },
    tooltip: {
      formatter: function() {
        let W = E[0].Value.map((d) => d.X), R = W[1] - W[0], x = `<b>${`[${this.x},${this.x + R}]`}</b>`;
        return this.points.forEach((d) => {
          x += `<br><span style="color:${d.color}">●</span>${d.series.name}: ${d.y}%<br>`;
        }), x;
      },
      shared: !0
    },
    series: U,
    yAxis: F,
    xAxis: Z
  };
}
function Ep(r) {
  const f = r.ChartInfo.Source === 1, E = [4, 6, 7, 8].includes(r.ChartInfo.Source) ? [r.DataResp] : r.EdbInfoList;
  let h = [], y = [], B = {}, I = E.findIndex((d) => d.IsAxis === 1), Z = E.findIndex((d) => !d.IsAxis), F = E.findIndex((d) => d.IsAxis === 2);
  Tt.leftIndex = I, Tt.rightIndex = Z, Tt.rightTwoIndex = F;
  const U = r.ChartInfo.ChartThemeStyle ? JSON.parse(r.ChartInfo.ChartThemeStyle) : null;
  let H = [], W = E.some((d) => d.IsAxis === 2) ? Xu(E) : E;
  W.forEach((d, u) => {
    let P = W.findIndex((t) => t.IsAxis === d.IsAxis), O = d.EdbName, N = W.filter(
      (t) => O === t.EdbName
    ), C = Cs(d, N, "zh"), b = Cs(d, N, "en"), w = d.EdbInfoCategoryType === 1 ? zu(d) : {};
    const v = U ? u % U.lineOptionList.length : u;
    let a = {
      data: [],
      dataGrouping: {
        enabled: !1
      },
      type: U && U.lineOptionList[v].lineType || "spline",
      dashStyle: U && U.lineOptionList[v].dashStyle || "Solid",
      yAxis: u,
      name: C,
      nameZh: C,
      nameEn: b,
      color: d.ChartColor,
      lineWidth: Number(d.ChartWidth) || U && U.lineOptionList[v].lineWidth || 1,
      visible: !0,
      LatestDate: d.LatestDate,
      LatestValue: d.LatestValue,
      marker: U && U.lineOptionList[v].dataMark && U.lineOptionList[v].dataMark != "none" ? {
        enabled: !0,
        symbol: U.lineOptionList[v].markType || "circle",
        fillColor: U.lineOptionList[v].markColor,
        radius: U.lineOptionList[v].markSize
      } : {},
      ...w
    };
    d.DataList = d.DataList || [];
    for (let t of d.DataList)
      a.data.push([t.DataTimestamp, t.Value]);
    h.push(a), d.IsAxis, console.log("useSelfLimit", ci);
    let c = 0, p = 0;
    if ((!ci || !f) && (c = d.MinData, p = d.MaxData), ci && f) {
      const t = {
        0: ["rightMin", "rightMax"],
        1: ["leftMin", "leftMax"],
        2: ["rightTwoMin", "rightTwoMax"]
      };
      t[d.IsAxis] && (c = Tt[`${t[d.IsAxis][0]}`] || 0, p = Tt[`${t[d.IsAxis][1]}`] || 0);
    }
    const i = d.ConvertUnit || d.Unit, l = d.ConvertEnUnit || d.UnitEn || d.ConvertUnit || d.Unit;
    let s = {
      ...Lr,
      IsAxis: d.IsAxis,
      labels: {
        formatter: function(t) {
          return P !== u ? "" : t.value;
        },
        align: "center",
        x: [0, 2].includes(d.IsAxis) ? 5 : -5,
        style: {
          ...U && U.yAxisOptions.style
        }
      },
      tickWidth: P !== u ? 0 : 1,
      title: {
        text: P !== u ? "" : `${i}`,
        textZh: i,
        //中文单位
        textEn: i ? l : "",
        //英文单位，但如果无中文单位则不显示
        align: "high",
        rotation: 0,
        y: -15,
        x: d.IsAxis === 0 && F > -1 ? -W[F].Unit.length * 12 : 0,
        textAlign: d.IsAxis === 1 ? "left" : "right",
        reserveSpace: !1,
        style: {
          ...U && U.yAxisOptions.style
        }
      },
      opposite: [0, 2].includes(d.IsAxis),
      reversed: d.IsOrder,
      min: Number(c),
      max: Number(p),
      visible: P === u,
      chartEdbInfo: d,
      //指标数据用于在保存时读取指标数据
      plotBands: Vi(d.IsAxis),
      plotLines: Ui(d.IsAxis)
    };
    y.push(s), d.DataList.length > 0 && (H.push(d.DataList[0].DataTimestamp), H.push(d.DataList[d.DataList.length - 1].DataTimestamp));
  });
  let R = Math.min.apply(null, H), S = Math.max.apply(null, H);
  const x = Yu(R, S, r.ChartInfo.DateType);
  return B = {
    ...Xp,
    labels: {
      formatter: function(d) {
        return x ? to.dateFormat("%m/%d", d.value) : to.dateFormat("%y/%m", d.value);
      },
      style: {
        ...U && U.xAxisOptions.style
      }
    },
    tickInterval: Fh.value === "phone" ? (S - R) / 6 / (24 * 3600 * 1e3) > 30 ? (S - R) / 6 : 24 * 3600 * 1e3 * 30 : void 0,
    plotBands: Vi(3, "datetime"),
    plotLines: Ui(3, "datetime")
  }, y.forEach((d) => {
    d.IsAxis === 1 ? (Tt.hasLeftAxis = !0, (!ci || !f) && (Tt.leftMin = E[I].MinData, Tt.leftMax = E[I].MaxData, d.min = E[I].MinData, d.max = E[I].MaxData)) : d.IsAxis === 2 ? (Tt.hasRightTwoAxis = !0, (!ci || !f) && (Tt.rightTwoMin = E[F].MinData, Tt.rightTwoMax = E[F].MaxData, d.min = E[F].MinData, d.max = E[F].MaxData)) : (Tt.hasRightAxis = !0, (!ci || !f) && (Tt.rightMin = E[Z].MinData, Tt.rightMax = E[Z].MaxData, d.min = E[Z].MinData, d.max = E[Z].MaxData));
  }), {
    series: h,
    xAxis: [B],
    yAxis: y,
    rangeSelector: { enabled: !1 }
  };
}
function $w(r) {
  var C;
  Tt.leftIndex = 0;
  const { RightAxis: f = {} } = r.DataResp || {};
  Tt.rightIndex = f.IsShow ? 1 : -1, Tt.rightTwoIndex = -1;
  const E = r.ChartInfo.ChartThemeStyle ? JSON.parse(r.ChartInfo.ChartThemeStyle) : null;
  let h = {};
  const y = r.EdbInfoList[0], B = r.ChartInfo.Calendar || "公历", I = E && E.colorsOptions.reverse();
  let Z = [], F = [];
  const U = B === "农历" ? y.DataList.filter((b, w) => w > 0) : y.DataList;
  E && (E.lineOptionList = E.lineOptionList.reverse().slice(-U.length)), U.forEach((b, w) => {
    let v = y.EdbInfoCategoryType === 1 ? Gw(b.CuttingDataTimestamp) : {};
    const a = E ? w % E.lineOptionList.length : w;
    let c = {
      data: [],
      dataGrouping: {
        enabled: !1
      },
      type: E && E.lineOptionList[a].lineType || y.ChartStyle,
      dashStyle: E && E.lineOptionList[a].dashStyle || "Solid",
      yAxis: 0,
      name: b.ChartLegend,
      lineWidth: E && E.lineOptionList[a].lineWidth || 1,
      // color:colorsArr.slice(-chartDataHandle.length)[lineIndex], //与PC端的配置不同步，导致两边 十条之后的线条颜色不对应          
      visible: !0,
      marker: E && E.lineOptionList[a].dataMark && E.lineOptionList[a].dataMark != "none" ? {
        enabled: !0,
        symbol: E.lineOptionList[a].markType || "circle",
        fillColor: E.lineOptionList[a].markColor,
        radius: E.lineOptionList[a].markSize
      } : {},
      ...v
    };
    b.DataList = b.DataList || [];
    for (let p of b.DataList)
      c.data.push([p.DataTimestamp, p.Value]);
    Z.push(c);
  }), h.colors = I.slice(-U.length);
  const { MaxMinLimits: H = {}, SamePeriodAverage: W = {}, SamePeriodStandardDeviation: R = {} } = r.DataResp || {};
  if (H.IsShow && H.List && H.List.length) {
    let b = {
      type: "arearange",
      //上下限是一个范围
      data: [],
      name: H.Legend || "同期上下限",
      color: H.Color || "#075EEE",
      fillOpacity: os(H.Color || "") > 0.75 ? 0.75 : os(H.Color || "")
      //透明度最高0.75 
    };
    H.List.forEach((w) => {
      b.data.push([w.DataTimestamp, w.MinValue, w.MaxValue]);
    }), Z.push(b);
  }
  if (W.IsShow && W.List) {
    let b = {
      type: "line",
      data: [],
      lineWidth: W.LineWidth,
      dashStyle: W.LineType,
      name: W.Legend || "同期均值",
      color: W.Color || "#075EEE"
    };
    W.List.forEach((w) => {
      b.data.push([w.DataTimestamp, w.Value]);
    }), Z.push(b);
  }
  if (R.IsShow && R.List) {
    let b = {
      type: "arearange",
      //标准差也是一个范围
      data: [],
      name: R.Legend || "同期标准差",
      color: R.Color || "#075EEE",
      fillOpacity: os(R.Color || "") > 0.75 ? 0.75 : os(R.Color || "")
    };
    R.List.forEach((w) => {
      b.data.push([w.DataTimestamp, w.MinValue, w.MaxValue]);
    }), Z.push(b);
  }
  if (f.IsShow) {
    let w = {
      ...f.Style === "column" ? {
        //柱形
        type: "column",
        color: f.ChartColor
      } : {
        //标记点
        type: "spline",
        lineWidth: f.LineWidth,
        dashStyle: f.LineStyle,
        color: f.IsConnected ? f.LineColor : "rgba(255, 255, 255, 0)",
        //没有连线颜色设置为透明
        marker: {
          enabled: !0,
          symbol: f.Shape,
          fillColor: f.ChartColor,
          radius: f.Size
        }
      },
      name: f.Legend || "",
      data: [],
      yAxis: 1
    };
    ((f.IndicatorType === 1 ? f.EdbInfoList[0].DataList : (C = r.EdbInfoList[1]) == null ? void 0 : C.DataList) || []).forEach((a) => {
      w.data.push([a.DataTimestamp, a.Value]);
    }), Z.push(w);
  }
  let S = 0, x = 0, d = 0, u = 0;
  ci ? (S = Tt.leftMin || 0, x = Tt.leftMax || 0, Tt.rightIndex !== -1 && (d = Tt.rightMin || 0, u = Tt.rightMax || 0)) : (S = y.MinData, x = y.MaxData);
  const P = y.ConvertUnit || y.Unit, O = y.ConvertEnUnit || y.UnitEn || y.ConvertUnit || y.Unit;
  if (F = [{
    IsAxis: y.IsAxis,
    labels: {
      align: "center",
      y: 5,
      style: {
        ...E && E.yAxisOptions.style
      }
    },
    title: {
      text: `${P}`,
      textZh: P,
      // 中文
      // 中文不存在，无论英文有无都显示空
      textEn: P ? O || "英文单位" : "",
      // 英文
      align: "high",
      rotation: 0,
      y: -5,
      x: 0,
      textAlign: "left",
      reserveSpace: !1,
      style: {
        ...E && E.yAxisOptions.style
      }
    },
    max: Number(x),
    min: Number(S),
    plotBands: Vi(1),
    plotLines: Ui(1),
    lineWidth: 1,
    lineColor: "#bfbfbf",
    tickColor: "#bfbfbf",
    offset: 0,
    opposite: !1,
    reversed: !1,
    visible: !0,
    gridLineWidth: 0,
    tickWidth: 1,
    tickLength: 5,
    tickPosition: "inside",
    endOnTick: !1,
    startOnTick: !1,
    showLastLabel: !0,
    //显示最后刻度值
    tickPixelInterval: 50
    // chartEdbInfo:item//指标数据
  }], f.IsShow) {
    const b = (f.IndicatorType === 1 ? f.EdbInfoList[0] : r.EdbInfoList[1]) || { Unit: "" };
    f.IndicatorType === 1 ? b.Unit = f.NumFormat === 1 ? "%" : "" : b.Unit = r.EdbInfoList[1] && (r.EdbInfoList[1].ConvertUnit || r.EdbInfoList[1].Unit) || "", F.push({
      ...P0.yAxis,
      opposite: !0,
      //右轴
      labels: {
        align: "center",
        y: 5,
        style: {
          ...E && E.yAxisOptions.style
        }
      },
      title: {
        text: b.Unit || "",
        style: {
          ...E && E.yAxisOptions.style
        },
        align: "high",
        rotation: 0,
        y: -5,
        x: 0,
        textAlign: "right",
        reserveSpace: !1
      },
      max: Number(u),
      min: Number(d)
    });
  }
  h.series = Z, h.yAxis = F, Tt.hasLeftAxis = !0, ci || (Tt.leftMin = Number(y.MinData), Tt.leftMax = Number(y.MaxData));
  let N = {
    tickPosition: "inside",
    lineColor: "#bfbfbf",
    tickColor: "#bfbfbf",
    tickLength: 5,
    type: "datetime",
    ordinal: !1,
    dateTimeLabelFormats: {
      day: "%y/%m",
      week: "%y/%m",
      month: "%y/%m",
      year: "%y/%m"
    },
    labels: {
      formatter: (b) => to.dateFormat("%m/%d", b.value),
      style: {
        ...E && E.xAxisOptions.style
      }
    },
    tickInterval: Fh.value === "phone" ? 24 * 3600 * 1e3 * 60 : void 0,
    //季节图
    plotBands: Vi(3, "datetime"),
    plotLines: Ui(3, "datetime")
  };
  return h.xAxis = [N], h.tooltip = {
    split: !1,
    shared: !0,
    dateTimeLabelFormats: {
      // 时间格式化字符
      day: "%m/%d",
      week: "%m/%d",
      month: "%m/%d",
      year: "%m/%d"
    },
    xDateFormat: "%m/%d"
  }, {
    ...h
    // title: {
    //     enabled: true,
    //     text:e.ChartInfo.ChartName
    // },
    // legend:{
    //     enabled:true,
    //     verticalAlign: 'top',
    //     y:-10,
    //     x:(10 * data.Unit.length)/2
    // }
  };
}
function lh(r) {
  const f = r.EdbInfoList;
  let h = {
    3: "areaspline",
    4: "column",
    6: ""
  }[r.ChartInfo.ChartType];
  const y = r.ChartInfo.ChartThemeStyle ? JSON.parse(r.ChartInfo.ChartThemeStyle) : null;
  let B = [], I = [], Z = {}, F, U, H, W = [], R = f.some((u) => u.IsAxis === 2) ? Xu(f) : f;
  R.forEach((u, P) => {
    let O = R.findIndex((n) => n.IsAxis === u.IsAxis), N = P;
    [3, 4].includes(r.ChartInfo.ChartType) ? N = 0 : r.ChartInfo.ChartType === 6 && ["areaspline", "column"].includes(u.ChartStyle) && (N = R.findIndex((n) => n.ChartStyle === u.ChartStyle)), u.IsAxis = N === P ? u.IsAxis : R[N].IsAxis, u.IsOrder = N === P ? u.IsOrder : R[N].IsOrder, F = [3, 4].includes(r.ChartInfo.ChartType) ? R[N].IsAxis ? N : -1 : f.findIndex((n) => n.IsAxis === 1), U = [3, 4].includes(r.ChartInfo.ChartType) ? R[N].IsAxis ? -1 : N : f.findIndex((n) => !n.IsAxis), H = [3, 4].includes(r.ChartInfo.ChartType) ? -1 : f.findIndex((n) => n.IsAxis === 2), Tt.leftIndex = F, Tt.rightIndex = U, Tt.rightTwoIndex = H;
    let C = u.EdbName, b = R.filter(
      (n) => C === n.EdbName
    ), w = Cs(u, b, "zh"), v = Cs(u, b, "en"), a = u.EdbInfoCategoryType === 1 ? zu(u) : {};
    const c = y ? P % y.lineOptionList.length : P;
    let p = {
      data: [],
      dataGrouping: {
        enabled: !1
      },
      type: h || u.ChartStyle,
      yAxis: N,
      name: w,
      nameZh: w,
      nameEn: v,
      color: u.ChartColor,
      lineWidth: Number(u.ChartWidth) || y && y.lineOptionList[c].lineWidth || 1,
      fillColor: r.ChartInfo.ChartType === 3 || r.ChartInfo.ChartType === 6 && u.ChartStyle === "areaspline" ? u.ChartColor : void 0,
      visible: !0,
      LatestDate: u.LatestDate,
      LatestValue: u.LatestValue,
      ...a
    };
    u.DataList = u.DataList || [];
    for (let n of u.DataList)
      p.data.push([n.DataTimestamp, n.Value]);
    B.push(p);
    let i = 0, l = 0;
    if (!ci)
      i = R[O].MinData, l = R[O].MaxData;
    else {
      const n = {
        0: ["rightMin", "rightMax"],
        1: ["leftMin", "leftMax"],
        2: ["rightTwoMin", "rightTwoMax"]
      };
      n[u.IsAxis] && (i = Tt[`${n[u.IsAxis][0]}`] || 0, l = Tt[`${n[u.IsAxis][1]}`] || 0);
    }
    u.IsAxis;
    const s = u.ConvertUnit || u.Unit, t = u.ConvertEnUnit || u.UnitEn || u.ConvertUnit || u.Unit;
    let o = {
      ...Lr,
      IsAxis: u.IsAxis,
      labels: {
        formatter: function(n) {
          return O !== P ? "" : n.value;
        },
        align: "center",
        x: [0, 2].includes(u.IsAxis) ? 5 : -5,
        style: {
          ...y && y.yAxisOptions.style
        }
      },
      title: {
        // text:  sameSideIndex !== index ? '' : `${item.Unit}`,
        text: s,
        textZh: s,
        // 中文
        // 中文不存在，无论英文有无都显示空
        textEn: s ? t || "英文单位" : "",
        // 英文
        align: "high",
        rotation: 0,
        y: -15,
        x: u.IsAxis === 0 && H > -1 ? -R[H].Unit.length * 12 : 0,
        textAlign: u.IsAxis === 1 ? "left" : "right",
        reserveSpace: !1,
        style: {
          ...y && y.yAxisOptions.style
        }
      },
      opposite: [0, 2].includes(u.IsAxis),
      reversed: u.IsOrder,
      min: Number(i),
      max: Number(l),
      tickWidth: O !== P ? 0 : 1,
      visible: N === P && O === P,
      plotBands: Vi(u.IsAxis),
      plotLines: Ui(u.IsAxis),
      chartEdbInfo: u
      //指标数据用于在保存时读取指标数据
    };
    I.push(o), u.DataList.length > 0 && (W.push(u.DataList[0].DataTimestamp), W.push(u.DataList[u.DataList.length - 1].DataTimestamp));
  });
  let S = Math.min.apply(null, W), x = Math.max.apply(null, W);
  const d = Yu(S, x, r.ChartInfo.DateType);
  return Z = {
    ...Xp,
    labels: {
      formatter: function(u) {
        return d ? to.dateFormat("%m/%d", u.value) : to.dateFormat("%y/%m", u.value);
      },
      style: {
        ...y && y.xAxisOptions.style
      }
    },
    tickInterval: Fh.value === "phone" ? (x - S) / 6 / (24 * 3600 * 1e3) > 30 ? (x - S) / 6 : 24 * 3600 * 1e3 * 30 : void 0,
    plotBands: Vi(3, "datetime"),
    plotLines: Ui(3, "datetime")
  }, I.forEach((u) => {
    u.IsAxis === 1 ? (Tt.hasLeftAxis = !0, ci || (Tt.leftMin = f[F].MinData, Tt.leftMax = f[F].MaxData, u.min = f[F].MinData, u.max = f[F].MaxData)) : u.IsAxis === 2 ? (Tt.hasRightTwoAxis = !0, ci || (Tt.rightTwoMin = f[H].MinData, Tt.rightTwoMax = f[H].MaxData, u.min = f[H].MinData, u.max = f[H].MaxData)) : (Tt.hasRightAxis = !0, ci || (Tt.rightMin = f[U].MinData, Tt.rightMax = f[U].MaxData, u.min = f[U].MinData, u.max = f[U].MaxData));
  }), {
    series: B,
    xAxis: Z,
    yAxis: I,
    rangeSelector: { enabled: !1 }
  };
}
function Zw(r) {
  Tt.leftIndex = 1, Tt.rightIndex = -1, Tt.rightTwoIndex = -1;
  const f = r.EdbInfoList, { ChartInfo: E } = r, h = E.ChartThemeStyle ? JSON.parse(E.ChartThemeStyle) : null;
  Tt.hasLeftAxis = !0;
  const y = [];
  let B = {}, I = Ms.cloneDeep(f)[0].DataList || [], Z = Ms.cloneDeep(f)[1].DataList || [];
  I.forEach((N) => {
    Z.forEach((C) => {
      if (N.DataTimestamp === C.DataTimestamp) {
        let b = N.Value + "_" + C.Value;
        B[b] ? B[b].push(Xt(N.DataTimestamp).format("YYYY/MM/DD")) : B[b] = [Xt(N.DataTimestamp).format("YYYY/MM/DD")], y.push({
          x: N.Value,
          y: C.Value
        });
      }
    });
  }), y.sort((N, C) => N - C);
  let F = {
    formatter: function() {
      return `<strong>${B[this.x + "_" + this.y].length > 4 ? B[this.x + "_" + this.y].slice(0, 4).join() + "..." : B[this.x + "_" + this.y].join()}</strong><br>
            ${f[0].EdbName}: <span style="font-weight: 600">	${this.x}</span><br>
            ${f[1].EdbName}: <span style="font-weight: 600">	${this.y}</span>
            `;
    },
    // 中文
    formatterCh: function() {
      return `<strong>${B[this.x + "_" + this.y].length > 4 ? B[this.x + "_" + this.y].slice(0, 4).join() + "..." : B[this.x + "_" + this.y].join()}</strong><br>
            ${f[0].EdbName}: <span style="font-weight: 600">	${this.x}</span><br>
            ${f[1].EdbName}: <span style="font-weight: 600">	${this.y}</span>
            `;
    },
    // 英文
    formatterEn: function() {
      let N = `${f[0].EdbNameEn}`, C = `${f[1].EdbNameEn}`;
      return `<strong>${B[this.x + "_" + this.y].length > 4 ? B[this.x + "_" + this.y].slice(0, 4).join() + "..." : B[this.x + "_" + this.y].join()}</strong><br>
            ${N}: <span style="font-weight: 600">	${this.x}</span><br>
            ${C}: <span style="font-weight: 600">	${this.y}</span>
            `;
    }
  };
  const { IsOrder: U, ChartColor: H } = f[0];
  let W = 0, R = 0;
  ci ? (W = Tt.leftMin || 0, R = Tt.leftMax || 0) : (W = r.ChartInfo.LeftMin || 0, R = r.ChartInfo.LeftMax || 0), console.log("check limit", W, R);
  const S = f[1].ConvertUnit || f[1].Unit, x = f[1].ConvertEnUnit || f[1].UnitEn || f[1].ConvertUnit || f[1].Unit;
  let d = {
    title: {
      text: `${S}`,
      textZh: S,
      textEn: S ? x : "",
      align: "high",
      rotation: 0,
      y: -15,
      x: 0,
      textAlign: "left",
      reserveSpace: !1,
      style: {
        ...h && h.yAxisOptions.style
      }
    },
    labels: {
      formatter: function(N) {
        return N.value;
      },
      align: "center",
      style: {
        ...h && h.yAxisOptions.style
      }
    },
    opposite: !1,
    reversed: U,
    min: Number(W),
    max: Number(R),
    tickWidth: 1,
    tickLength: 5,
    lineWidth: 1,
    lineColor: "#bfbfbf",
    tickColor: "#bfbfbf",
    offset: 0,
    visible: !0,
    gridLineWidth: 0,
    tickPosition: "inside",
    endOnTick: !1,
    startOnTick: !1,
    showLastLabel: !0,
    tickPixelInterval: 50,
    plotBands: Vi(1),
    plotLines: Ui(1)
  }, u = {
    data: [],
    type: "scatter",
    name: `${E.ChartName}${U ? "(逆序)" : ""}`,
    nameZh: `${E.ChartName}${U ? "(逆序)" : ""}`,
    nameEn: E.ChartNameEn ? `${E.ChartNameEn}${U ? "(reverse)" : ""}` : "",
    color: H,
    visible: !0,
    chartType: "linear",
    marker: {
      radius: h && h.lineOptionList[0].radius || 5
    }
  };
  y.forEach((N) => {
    u.data.push([N.x, N.y]);
  });
  const P = f[0].ConvertUnit || f[0].Unit, O = f[0].ConvertEnUnit || f[0].UnitEn || f[0].ConvertUnit || f[0].Unit;
  return {
    title: {
      text: ""
    },
    series: [u],
    yAxis: d,
    xAxis: {
      ...Mn,
      title: {
        text: `${P}`,
        textZh: P,
        textEn: P ? O : "",
        align: "high",
        rotation: 0,
        x: 0,
        offset: 20,
        style: {
          ...h && h.xAxisOptions.style
        }
      },
      labels: {
        style: {
          ...h && h.xAxisOptions.style
        }
      }
    },
    tooltip: F
  };
}
const Gu = Le([]), Hu = Le([]), Kw = Le([]);
function Jw(r) {
  var H, W, R;
  let f = [];
  const E = Ms.cloneDeep(Gu.value), h = r.ChartInfo.ChartThemeStyle ? JSON.parse(r.ChartInfo.ChartThemeStyle) : null;
  let y = {
    ...Mn,
    categories: Hu.value,
    tickWidth: 1,
    labels: {
      style: {
        ...h && h.xAxisOptions.style
      }
    }
  };
  const { leftMin: B, leftMax: I } = Tt, Z = (H = r.ChartInfo) == null ? void 0 : H.Unit, F = ((W = r.ChartInfo) == null ? void 0 : W.UnitEn) || ((R = r.ChartInfo) == null ? void 0 : R.Unit);
  let U = {
    ...Lr,
    title: {
      text: Z,
      textZh: Z,
      textEn: F,
      align: "high",
      rotation: 0,
      y: -12,
      x: 0,
      textAlign: "left",
      reserveSpace: !1,
      style: {
        ...h && h.yAxisOptions.style
      }
    },
    labels: {
      formatter: function(S) {
        return S.value;
      },
      align: "center",
      style: {
        ...h && h.yAxisOptions.style
      }
    },
    min: Number(B),
    max: Number(I),
    opposite: !1,
    tickWidth: 1,
    plotBands: Vi(1),
    plotLines: Ui(1)
  };
  return E.forEach((S) => {
    let x = {
      data: S.Value,
      type: "column",
      yAxis: 0,
      name: S.Name || S.Date,
      nameZh: S.Name || S.Date,
      nameEn: S.Date,
      color: S.Color,
      chartType: "linear",
      visible: !0
    };
    f.push(x);
  }), {
    title: {
      text: ""
    },
    plotOptions: {
      column: {
        stacking: null
      }
    },
    series: f,
    yAxis: [U],
    xAxis: y
  };
}
function qw(r) {
  const { XEdbIdValue: f, YDataList: E, EdbInfoList: h, ChartInfo: y } = r;
  let B = f.map((I) => h.find((Z) => Z.EdbInfoId === I).EdbAliasName);
  return Tt.leftIndex = -1, Tt.rightIndex = -1, Tt.rightTwoIndex = -1, Gu.value = E, Hu.value = B, Kw.value = h, Tt.hasLeftAxis = !0, Tt.leftMin = Number(y.LeftMin), Tt.leftMax = Number(y.LeftMax), Jw(r);
}
const Fu = Le([]), gn = Le([]), Ar = Le([]), Qw = (r, f) => {
  Tt.leftIndex = -1, Tt.rightIndex = -1, Tt.rightTwoIndex = -1;
  const E = We.value.ChartInfo.ChartThemeStyle ? JSON.parse(We.value.ChartInfo.ChartThemeStyle) : null;
  let h = [];
  const y = Ms.cloneDeep(Fu.value);
  console.log(y);
  let B = {
    ...Mn,
    categories: gn.value.map((F) => F.Name),
    tickWidth: 1,
    labels: {
      style: {
        ...E && E.xAxisOptions.style
      }
    }
  }, I = {
    ...Lr,
    title: {
      text: Ar.value[0].Unit,
      textZh: Ar.value[0].Unit,
      textEn: Ar.value[0].Unit ? Ar.value[0].UnitEn || "英文单位" : "",
      align: "high",
      rotation: 0,
      y: -15,
      textAlign: "left",
      reserveSpace: !1,
      style: {
        ...E && E.yAxisOptions.style
      }
    },
    labels: {
      formatter: function(F) {
        return F.value;
      },
      align: "center",
      style: {
        ...E && E.yAxisOptions.style
      }
    },
    min: Number(r),
    max: Number(f),
    opposite: !1,
    tickWidth: 1
  };
  return y.forEach((F, U) => {
    let H = tM(F);
    const W = E ? U % E.lineOptionList.length : U;
    let R = {
      data: H,
      type: E && E.lineOptionList[W].lineType || "spline",
      dashStyle: E && E.lineOptionList[W].dashStyle || "Solid",
      yAxis: 0,
      name: F.Name,
      nameZh: F.Name,
      nameEn: F.NameEn,
      color: F.Color,
      chartType: "linear",
      lineWidth: E && E.lineOptionList[W].lineWidth || 3,
      visible: !0,
      marker: {
        enabled: !1
      }
    };
    h.push(R);
  }), {
    title: {
      text: ""
    },
    series: h,
    yAxis: [I],
    xAxis: B,
    tooltip: {
      formatter: function() {
        const F = this;
        let U = "";
        return F.points.forEach((H) => {
          let W = y.find((x) => x.Name === H.series.name), R = gn.value.findIndex((x) => x.Name === F.x);
          if (W.XEdbInfoIdList[R]) {
            let x = We.value.ChartInfo.Source === 5 ? R === 0 ? W.NameList[R] : `${We.value.DataResp.ProfitName}(${W.NameList[R]})` : Ar.value.find((d) => d.EdbInfoId === W.XEdbInfoIdList[R]).EdbName;
            U += `<b>${x}</b>`, W.NoDataEdbList.includes(W.XEdbInfoIdList[R]) ? U += `<br><span style="color:${H.color}">●</span>${W.Date}: 无<br>` : U += `<br><span style="color:${H.color}">●</span>${W.Date}: ${H.y}<br>`;
          }
        }), U || "无合约";
      },
      formatterCh: function() {
        let F = "";
        return this.points.forEach((U) => {
          let H = y.find((R) => R.Name === U.series.name), W = gn.value.findIndex((R) => R.Name === this.x);
          F += `<b>${Ar.value.find((R) => R.EdbInfoId === H.XEdbInfoIdList[W]).EdbName}</b>`, H.NoDataEdbList.includes(H.XEdbInfoIdList[W]) ? F += `<br><span style="color:${U.color}">●</span>${H.Date}: 无<br>` : F += `<br><span style="color:${U.color}">●</span>${H.Date}: ${U.y}<br>`;
        }), F;
      },
      formatterEn: function() {
        let F = "";
        return this.points.forEach((U) => {
          let H = y.find((R) => R.NameEn === U.series.name), W = gn.value.findIndex((R) => R.NameEn === this.x);
          F += `<b>${Ar.value.find((R) => R.EdbInfoId === H.XEdbInfoIdList[W]).EdbNameEn}</b>`, H.NoDataEdbList.includes(H.XEdbInfoIdList[W]) ? F += `<br><span style="color:${U.color}">●</span>${H.Date}: 无<br>` : F += `<br><span style="color:${U.color}">●</span>${H.Date}: ${U.y}<br>`;
        }), F;
      },
      shared: !0
    }
  };
};
function tM(r) {
  let f = r.XEdbInfoIdList.filter((B) => !r.NoDataEdbList.includes(B)), E = r.XEdbInfoIdList.findIndex((B) => B === f[0]), h = r.XEdbInfoIdList.findIndex((B) => B === f[f.length - 1]);
  return r.Value.map((B, I) => I < E || I > h ? null : B);
}
function eM(r) {
  const { XDataList: f, YDataList: E, EdbInfoList: h, ChartInfo: y, DataResp: B } = r;
  return Ar.value = h, Fu.value = y.Source === 5 ? B.YDataList : E, gn.value = y.Source === 5 ? B.XDataList : f, Tt.hasLeftAxis = !0, Tt.leftMin = Number(y.LeftMin), Tt.leftMax = Number(y.LeftMax), Qw(y.LeftMin, y.LeftMax);
}
function iM(r) {
  const f = r.ChartInfo.ChartThemeStyle ? JSON.parse(r.ChartInfo.ChartThemeStyle) : null;
  Tt.leftIndex = -1, Tt.rightIndex = -1, Tt.rightTwoIndex = -1;
  let E = {
    categories: r.ChartInfo.Source === 3 ? r.XEdbIdValue : r.DataResp.XDateTimeValue,
    tickWidth: 1,
    title: {
      text: r.ChartInfo.Source === 3 ? `期数（${r.CorrelationChartInfo.LeadUnit}）` : null,
      textZh: r.ChartInfo.Source === 3 ? `期数（${r.CorrelationChartInfo.LeadUnit}）` : null,
      textEn: r.ChartInfo.Source === 3 ? `stage（${Mp[r.CorrelationChartInfo.LeadUnit]}）` : null,
      align: "high",
      rotation: 0,
      x: 0,
      y: 10,
      offset: 20,
      style: {
        ...f && f.xAxisOptions.style
      }
    },
    labels: {
      style: {
        ...f && f.xAxisOptions.style
      }
    },
    tickInterval: 1,
    offset: 0,
    tickmarkPlacement: "on"
  }, h = {
    ...Lr,
    title: {
      text: "相关性系数",
      textZh: "相关性系数",
      textEn: "Correlation coefficient",
      align: "high",
      rotation: 0,
      y: -15,
      textAlign: "left",
      reserveSpace: !1,
      style: {
        ...f && f.yAxisOptions.style
      }
    },
    labels: {
      formatter: function(U) {
        return U.value;
      },
      align: "center",
      style: {
        ...f && f.yAxisOptions.style
      }
    },
    opposite: !1,
    tickWidth: 1
  }, y = [];
  r.YDataList.forEach((U, H) => {
    const W = f ? H % f.lineOptionList.length : H;
    let R = {
      data: U.Value,
      type: f && f.lineOptionList[W].lineType || "spline",
      dashStyle: f && f.lineOptionList[W].dashStyle || "Solid",
      yAxis: 0,
      name: U.Name || r.ChartInfo.ChartName,
      nameZh: U.Name || r.ChartInfo.ChartName,
      nameEn: U.NameEn || r.ChartInfo.ChartNameEn,
      color: U.Color,
      chartType: "linear",
      lineWidth: f && f.lineOptionList[W].lineWidth || 3,
      visible: !0,
      marker: {
        enabled: !1
      }
    };
    y.push(R);
  });
  const { LeadValue: B, LeadUnit: I } = r.CorrelationChartInfo, { Source: Z } = r.ChartInfo;
  let F = {
    formatter: function() {
      return `<p>相关性系数：${this.y.toFixed(4)}</p><br><p>领先${Z === 3 ? this.x + "期" : B + I}</p>`;
    },
    formatterCh: function() {
      return `<p>相关性系数：${this.y.toFixed(4)}</p><br><p>领先${Z === 3 ? this.x + "期" : B + I}</p>`;
    },
    formatterEn: function() {
      return `<p>Correlation coefficient：${this.y.toFixed(4)}</p><br><p>lead${Z === 3 ? this.x + "stage" : B + Mp[I]}</p>`;
    }
  };
  return fs(() => {
    re.value = {
      isRelevanceChart: r.ChartInfo.Source === 3,
      title: {
        text: ""
      },
      series: y,
      yAxis: [h],
      xAxis: E,
      tooltip: F
    }, ls.update(re.value, !0);
  }), {
    isRelevanceChart: !0,
    title: {
      text: ""
    },
    series: y,
    yAxis: [h],
    xAxis: E,
    tooltip: F
  };
}
function rM({ DataResp: r, ChartInfo: f }) {
  Tt.leftIndex = -1, Tt.rightIndex = -1, Tt.rightTwoIndex = -1;
  const E = f.ChartThemeStyle ? JSON.parse(f.ChartThemeStyle) : null, { DataList: h, XName: y, XNameEn: B, XUnitName: I, XUnitNameEn: Z, YName: F, YNameEn: U, YUnitName: H, YUnitNameEn: W } = r, R = Number(r.YMinValue), S = Number(r.YMaxValue), x = Number(r.XMinValue), d = Number(r.XMaxValue);
  Tt.hasLeftAxis = !0, Tt.hasXAxis = !0, Tt.leftMin = R, Tt.leftMax = S, Tt.xMin = x, Tt.xMax = d;
  let u = {
    ...Lr,
    title: {
      text: F,
      textZh: F,
      // 中文
      textEn: U || "",
      style: {
        ...E && E.yAxisOptions.style
      },
      align: "middle"
    },
    labels: {
      style: {
        ...E && E.yAxisOptions.style
      }
    },
    opposite: !1,
    reversed: !1,
    min: Number(R),
    max: Number(S),
    tickWidth: 1,
    plotBands: Vi(1),
    plotLines: Ui(1)
  }, P = {
    ...Mn,
    title: {
      text: y,
      textZh: y,
      // 中文
      textEn: B || "",
      style: {
        ...E && E.xAxisOptions.style
      },
      align: "middle"
    },
    labels: {
      style: {
        ...E && E.xAxisOptions.style
      }
    },
    min: Number(x),
    max: Number(d),
    plotBands: Vi(3),
    plotLines: Ui(3)
  }, O = [];
  return h.forEach((C, b) => {
    const w = E ? b % E.lineOptionList.length : b;
    let v = {
      data: [],
      type: "scatter",
      name: C.Name,
      nameZh: C.Name,
      nameEn: C.NameEn,
      color: C.Color,
      lineWidth: 0,
      chartType: "linear",
      zIndex: 1,
      visible: !0,
      marker: {
        radius: E && E.lineOptionList[w].radius || 5
      }
    };
    if (C.EdbInfoList.forEach((a) => {
      v.data.push({
        x: a.XValue,
        y: a.YValue,
        dataLabels: {
          enabled: a.IsShow,
          allowOverlap: !0,
          align: "left",
          format: a.Name,
          formatZh: a.Name,
          formatEn: a.NameEn
        }
      });
    }), O.push(v), C.ShowTrendLine) {
      let c = {
        data: C.TrendLimitData.map((p, i) => i === C.TrendLimitData.length - 1 ? {
          x: p.X,
          y: p.Y,
          dataLabels: {
            enabled: C.ShowRSquare || C.ShowFitEquation,
            align: "left",
            color: C.Color,
            x: 20,
            y: 30,
            zIndex: 9,
            allowOverlap: !0,
            formatter: function() {
              let l = "";
              return C.ShowRSquare && C.ShowFitEquation ? l = `<span>${C.TrendLine}</span><br><span>R²=${C.RSquare}</span>` : C.ShowRSquare && !C.ShowFitEquation ? l = `<span>R²=${C.RSquare}</span>` : C.ShowFitEquation && !C.ShowRSquare && (l = `<span>${C.TrendLine}</span>`), l;
            }
          }
        } : {
          x: p.X,
          y: p.Y
        }),
        type: "spline",
        linkedTo: ":previous",
        color: C.Color,
        lineWidth: 1,
        chartType: "linear",
        enableMouseTracking: !1,
        dashStyle: "Dash",
        zIndex: 2,
        visible: !0,
        marker: {
          enabled: !1
        }
      };
      O.push(c);
    }
  }), {
    title: {
      text: ""
    },
    series: O,
    yAxis: [u],
    xAxis: P,
    tooltip: {
      formatter: function() {
        let b = h.find((v) => v.Name === this.series.name).EdbInfoList.find((v) => v.XValue === this.x && v.YValue === this.y), w = `<b>${b.Name}</b>`;
        return w += `<br><span style="color:${this.color}">●</span>${b.XName}: ${this.x} ${b.XDate}<br>`, w += `<span style="color:${this.color}">●</span>${b.YName}: ${this.y} (${b.YDate})`, w;
      },
      formatterCh: function() {
        let b = h.find((v) => v.Name === this.series.name).EdbInfoList.find((v) => v.XValue === this.x && v.YValue === this.y), w = `<b>${b.Name}</b>`;
        return w += `<br><span style="color:${this.color}">●</span>${b.XName}: ${this.x} ${b.XDate}<br>`, w += `<span style="color:${this.color}">●</span>${b.YName}: ${this.y} (${b.YDate})`, w;
      },
      formatterEn: function() {
        let b = h.find((v) => v.NameEn === this.series.name).EdbInfoList.find((v) => v.XValue === this.x && v.YValue === this.y), w = `<b>${b.NameEn}</b>`;
        return w += `<br><span style="color:${this.color}">●</span>${b.XNameEn}: ${this.x} ${b.XDate}<br>`, w += `<span style="color:${this.color}">●</span>${b.YNameEn}: ${this.y} ${b.YDate}`, w;
      }
    }
  };
}
function nM({ DataResp: r, EdbInfoList: f, ChartInfo: E }) {
  Tt.leftIndex = -1, Tt.rightIndex = -1, Tt.rightTwoIndex = -1;
  const h = E.ChartThemeStyle ? JSON.parse(E.ChartThemeStyle) : null, { DataList: y, XName: B, YName: I, XNameEn: Z, YNameEn: F, XMaxValue: U, XMinValue: H, YMaxValue: W, YMinValue: R } = r, { leftMin: S, leftMax: x, xMin: d, xMax: u } = Tt;
  let P = {
    ...Lr,
    title: {
      text: I,
      textCh: I,
      // 中文
      textEn: F || I,
      align: "middle",
      style: {
        ...h && h.xAxisOptions.style
      }
    },
    labels: {
      style: {
        ...h && h.xAxisOptions.style
      }
    },
    opposite: !1,
    reversed: !1,
    min: Number(S),
    max: Number(x),
    tickWidth: 1
  }, O = {
    ...Mn,
    title: {
      text: B,
      textCh: B,
      // 中文
      textEn: Z || B,
      align: "middle",
      style: {
        ...h && h.xAxisOptions.style
      }
    },
    labels: {
      style: {
        ...h && h.xAxisOptions.style
      }
    },
    min: Number(d),
    max: Number(u)
  }, N = [];
  const C = {
    //标签对应文字
    1: "最新",
    3: "Fix"
  };
  return y.forEach((w) => {
    let v = {
      data: [],
      type: "scatter",
      name: w.Name,
      nameZh: w.Name,
      nameEn: w.NameEn || w.Name,
      color: w.Color,
      lineWidth: 0,
      chartType: "linear",
      zIndex: 1
    };
    w.CoordinatePointData.forEach((a) => {
      v.data.push({
        x: a.X,
        y: a.Y,
        dataLabels: {
          enabled: a.ShowTips === 1,
          allowOverlap: !0,
          align: "left",
          format: C[a.DateType] || `-${a.DaysAgo}D`
        }
      });
    }), N.push(v);
  }), {
    title: {
      text: ""
    },
    series: N,
    yAxis: [P],
    xAxis: O,
    tooltip: {
      formatter: function() {
        let v = y.find((i) => i.Name === this.series.name).CoordinatePointData.find((i) => i.X === this.x && i.Y === this.y), a = f.find((i) => i.EdbInfoId === v.XEdbInfoId), c = f.find((i) => i.EdbInfoId === v.YEdbInfoId), p = `<b>${this.series.name}</b>`;
        return p += `<br><span style="color:${this.color}">●</span>${a.EdbName}: ${this.x} ${v.XDate}<br>`, p += `<span style="color:${this.color}">●</span>${c.EdbName}: ${this.y} ${v.YDate}`, p;
      },
      formatterCh: function() {
        let v = y.find((i) => i.Name === this.series.name).CoordinatePointData.find((i) => i.X === this.x && i.Y === this.y), a = f.find((i) => i.EdbInfoId === v.XEdbInfoId), c = f.find((i) => i.EdbInfoId === v.YEdbInfoId), p = `<b>${this.series.name}</b>`;
        return p += `<br><span style="color:${this.color}">●</span>${a.EdbName}: ${this.x} ${v.XDate}<br>`, p += `<span style="color:${this.color}">●</span>${c.EdbName}: ${this.y} ${v.YDate}`, p;
      },
      formatterEn: function() {
        let v = y.find((i) => i.NameEn === this.series.name).CoordinatePointData.find((i) => i.X === this.x && i.Y === this.y), a = f.find((i) => i.EdbInfoId === v.XEdbInfoId), c = f.find((i) => i.EdbInfoId === v.YEdbInfoId), p = `<b>${this.series.name}</b>`;
        return p += `<br><span style="color:${this.color}">●</span>${a.EdbNameEn}: ${this.x} ${v.XDate}<br>`, p += `<span style="color:${this.color}">●</span>${c.EdbNameEn}: ${this.y} ${v.YDate}`, p;
      }
    }
  };
}
function oM({ DataResp: r, EdbInfoList: f, ChartInfo: E }) {
  Tt.leftIndex = -1, Tt.rightIndex = -1, Tt.rightTwoIndex = -1;
  const { YDataList: h, XEdbIdValue: y } = r;
  let B = f.filter((H) => y.includes(H.EdbInfoId));
  Tt.hasLeftAxis = !0, Tt.leftMin = Number(E.LeftMin), Tt.leftMax = Number(E.LeftMax);
  const I = E.ChartThemeStyle ? JSON.parse(E.ChartThemeStyle) : null;
  let Z = {
    lineWidth: 0,
    tickLength: 0,
    tickmarkPlacement: "on",
    categories: B.map((H) => H.EdbAliasName || H.EdbName),
    labels: {
      allowOverlap: !0,
      autoRotationLimit: 40,
      style: {
        ...I && I.xAxisOptions.style
      }
    }
  }, F = [{
    gridLineInterpolation: "polygon",
    gridLineWidth: 1,
    lineWidth: 0,
    endOnTick: !1,
    startOnTick: !1,
    showLastLabel: !0,
    // tickAmount:4,
    title: {
      text: E.Unit,
      textCh: E.Unit,
      textEn: E.UnitEn,
      align: "high",
      rotation: 0,
      y: 5,
      x: 10,
      textAlign: "left",
      reserveSpace: !1,
      style: {
        ...I && I.yAxisOptions.style
      }
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    labels: {
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      style: {
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      }
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  }], U = [];
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    let S = {
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      nameZh: H.Name || H.Date,
      nameEn: H.Date,
      data: H.Value,
      pointPlacement: "on",
      type: I && I.lineOptionList[R].lineType || "line",
      dashStyle: I && I.lineOptionList[R].dashStyle || "Solid",
      yAxis: 0,
      color: H.Color,
      lineWidth: I && I.lineOptionList[R].lineWidth || 1,
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    xAxis: Z
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}
function os(r = "rgba(51, 51, 51, 1)") {
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}
function sM(r = [], f, E = {}) {
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  const h = r.filter((I) => I.IsAxis === 1).map((I) => [Number(I.MinData), Number(I.MaxData)]), y = r.filter((I) => !I.IsAxis).map((I) => [Number(I.MinData), Number(I.MaxData)]), B = r.filter((I) => I.IsAxis === 2).map((I) => [Number(I.MinData), Number(I.MaxData)]);
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      Min: Z
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      Max: I,
      Min: Z
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    Tt.rightTwoMin = Z, Tt.rightTwoMax = I;
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  f.ChartType === 2 && E.RightAxis && E.RightAxis.IsAdd && E.RightAxis.IsShow && (E.RightAxis.IndicatorType === 1 ? (Tt.rightMin = E.RightAxis.EdbInfoList[0].MinData || 0, Tt.rightMax = E.RightAxis.EdbInfoList[0].MaxData || 0) : (Tt.rightMin = r[1].MinData || 0, Tt.rightMax = r[1].MaxData || 0));
}
function bn(r) {
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    Min: Math.min(...r)
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}
function aM({ EdbInfoList: r, ChartInfo: f, DataResp: E }) {
  const {
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    LeftMin: h = 0,
    LeftMax: y = 0,
    RightMin: B = 0,
    RightMax: I = 0,
    Right2Min: Z = 0,
    Right2Max: F = 0,
    MinMaxSave: U
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function hM(r = [], f) {
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    const E = r.filter((h) => h.IsAxis === 1).map((h) => [Number(h.MinData), Number(h.MaxData)]);
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}
function Uu(r, f) {
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const { toString: lM } = Object.prototype, { getPrototypeOf: Uh } = Object, js = ((r) => (f) => {
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function cM(r) {
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const Vu = Ki("ArrayBuffer");
function pM(r) {
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const uM = Ws("string"), Pi = Ws("function"), $u = Ws("number"), zs = (r) => r !== null && typeof r == "object", dM = (r) => r === !0 || r === !1, cs = (r) => {
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}, fM = Ki("Date"), gM = Ki("File"), mM = Ki("Blob"), yM = Ki("FileList"), vM = (r) => zs(r) && Pi(r.pipe), xM = (r) => {
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}, bM = Ki("URLSearchParams"), SM = (r) => r.trim ? r.trim() : r.replace(/^[\s\uFEFF\xA0]+|[\s\uFEFF\xA0]+$/g, "");
function lo(r, f, { allOwnKeys: E = !1 } = {}) {
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function Zu(r, f) {
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const Ku = (() => typeof globalThis < "u" ? globalThis : typeof self < "u" ? self : typeof window < "u" ? window : global)(), Ju = (r) => !no(r) && r !== Ku;
function Sh() {
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const wM = (r, f, E, { allOwnKeys: h } = {}) => (lo(f, (y, B) => {
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}, kM = (r, f, E, h) => {
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    r = E !== !1 && Uh(r);
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}, AM = (r, f, E) => {
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}, PM = ((r) => (f) => r && f instanceof r)(typeof Uint8Array < "u" && Uh(Uint8Array)), EM = (r, f) => {
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}, OM = (r, f) => {
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}, LM = Ki("HTMLFormElement"), _M = (r) => r.toLowerCase().replace(
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), Op = (({ hasOwnProperty: r }) => (f, E) => r.call(f, E))(Object.prototype), DM = Ki("RegExp"), qu = (r, f) => {
  const E = Object.getOwnPropertyDescriptors(r), h = {};
  lo(E, (y, B) => {
    f(y, B, r) !== !1 && (h[B] = y);
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}, IM = (r) => {
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        f.writable = !1;
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}, RM = (r, f) => {
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}, NM = () => {
}, BM = (r, f) => (r = +r, Number.isFinite(r) ? r : f), ch = "abcdefghijklmnopqrstuvwxyz", Lp = "0123456789", Qu = {
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  ALPHA: ch,
  ALPHA_DIGIT: ch + ch.toUpperCase() + Lp
}, jM = (r = 16, f = Qu.ALPHA_DIGIT) => {
  let E = "";
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};
function WM(r) {
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const zM = (r) => {
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        const B = Tn(h) ? [] : {};
        return lo(h, (I, Z) => {
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          !no(F) && (B[Z] = F);
        }), f[y] = void 0, B;
      }
    }
    return h;
  };
  return E(r, 0);
}, YM = Ki("AsyncFunction"), XM = (r) => r && (zs(r) || Pi(r)) && Pi(r.then) && Pi(r.catch), _t = {
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  isArrayBuffer: Vu,
  isBuffer: cM,
  isFormData: xM,
  isArrayBufferView: pM,
  isString: uM,
  isNumber: $u,
  isBoolean: dM,
  isObject: zs,
  isPlainObject: cs,
  isUndefined: no,
  isDate: fM,
  isFile: gM,
  isBlob: mM,
  isRegExp: DM,
  isFunction: Pi,
  isStream: vM,
  isURLSearchParams: bM,
  isTypedArray: PM,
  isFileList: yM,
  forEach: lo,
  merge: Sh,
  extend: wM,
  trim: SM,
  stripBOM: MM,
  inherits: CM,
  toFlatObject: kM,
  kindOf: js,
  kindOfTest: Ki,
  endsWith: AM,
  toArray: TM,
  forEachEntry: EM,
  matchAll: OM,
  isHTMLForm: LM,
  hasOwnProperty: Op,
  hasOwnProp: Op,
  // an alias to avoid ESLint no-prototype-builtins detection
  reduceDescriptors: qu,
  freezeMethods: IM,
  toObjectSet: RM,
  toCamelCase: _M,
  noop: NM,
  toFiniteNumber: BM,
  findKey: Zu,
  global: Ku,
  isContextDefined: Ju,
  ALPHABET: Qu,
  generateString: jM,
  isSpecCompliantForm: WM,
  toJSONObject: zM,
  isAsyncFn: YM,
  isThenable: XM
};
function fe(r, f, E, h, y) {
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}
_t.inherits(fe, Error, {
  toJSON: function() {
    return {
      // Standard
      message: this.message,
      name: this.name,
      // Microsoft
      description: this.description,
      number: this.number,
      // Mozilla
      fileName: this.fileName,
      lineNumber: this.lineNumber,
      columnNumber: this.columnNumber,
      stack: this.stack,
      // Axios
      config: _t.toJSONObject(this.config),
      code: this.code,
      status: this.response && this.response.status ? this.response.status : null
    };
  }
});
const td = fe.prototype, ed = {};
[
  "ERR_BAD_OPTION_VALUE",
  "ERR_BAD_OPTION",
  "ECONNABORTED",
  "ETIMEDOUT",
  "ERR_NETWORK",
  "ERR_FR_TOO_MANY_REDIRECTS",
  "ERR_DEPRECATED",
  "ERR_BAD_RESPONSE",
  "ERR_BAD_REQUEST",
  "ERR_CANCELED",
  "ERR_NOT_SUPPORT",
  "ERR_INVALID_URL"
  // eslint-disable-next-line func-names
].forEach((r) => {
  ed[r] = { value: r };
});
Object.defineProperties(fe, ed);
Object.defineProperty(td, "isAxiosError", { value: !0 });
fe.from = (r, f, E, h, y, B) => {
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};
const GM = null;
function wh(r) {
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}
function id(r) {
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}
function _p(r, f, E) {
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}
function HM(r) {
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}
const FM = _t.toFlatObject(_t, {}, null, function(f) {
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});
function Ys(r, f, E) {
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    dots: !1,
    indexes: !1
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    if (!F && _t.isBlob(x))
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  function H(x, d, u) {
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            // eslint-disable-next-line no-nested-ternary
            I === !0 ? _p([d], C, B) : I === null ? d : d + "[]",
            U(N)
          );
        }), !1;
    }
    return wh(x) ? !0 : (f.append(_p(u, d, B), U(x)), !1);
  }
  const W = [], R = Object.assign(FM, {
    defaultVisitor: H,
    convertValue: U,
    isVisitable: wh
  });
  function S(x, d) {
    if (!_t.isUndefined(x)) {
      if (W.indexOf(x) !== -1)
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      W.push(x), _t.forEach(x, function(P, O) {
        (!(_t.isUndefined(P) || P === null) && y.call(
          f,
          P,
          _t.isString(O) ? O.trim() : O,
          d,
          R
        )) === !0 && S(P, d ? d.concat(O) : [O]);
      }), W.pop();
    }
  }
  if (!_t.isObject(r))
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  return S(r), f;
}
function Dp(r) {
  const f = {
    "!": "%21",
    "'": "%27",
    "(": "%28",
    ")": "%29",
    "~": "%7E",
    "%20": "+",
    "%00": "\0"
  };
  return encodeURIComponent(r).replace(/[!'()~]|%20|%00/g, function(h) {
    return f[h];
  });
}
function Vh(r, f) {
  this._pairs = [], r && Ys(r, this, f);
}
const rd = Vh.prototype;
rd.append = function(f, E) {
  this._pairs.push([f, E]);
};
rd.toString = function(f) {
  const E = f ? function(h) {
    return f.call(this, h, Dp);
  } : Dp;
  return this._pairs.map(function(y) {
    return E(y[0]) + "=" + E(y[1]);
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};
function UM(r) {
  return encodeURIComponent(r).replace(/%3A/gi, ":").replace(/%24/g, "$").replace(/%2C/gi, ",").replace(/%20/g, "+").replace(/%5B/gi, "[").replace(/%5D/gi, "]");
}
function nd(r, f, E) {
  if (!f)
    return r;
  const h = E && E.encode || UM, y = E && E.serialize;
  let B;
  if (y ? B = y(f, E) : B = _t.isURLSearchParams(f) ? f.toString() : new Vh(f, E).toString(h), B) {
    const I = r.indexOf("#");
    I !== -1 && (r = r.slice(0, I)), r += (r.indexOf("?") === -1 ? "?" : "&") + B;
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  return r;
}
class VM {
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    this.handlers = [];
  }
  /**
   * Add a new interceptor to the stack
   *
   * @param {Function} fulfilled The function to handle `then` for a `Promise`
   * @param {Function} rejected The function to handle `reject` for a `Promise`
   *
   * @return {Number} An ID used to remove interceptor later
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  use(f, E, h) {
    return this.handlers.push({
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      rejected: E,
      synchronous: h ? h.synchronous : !1,
      runWhen: h ? h.runWhen : null
    }), this.handlers.length - 1;
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  /**
   * Remove an interceptor from the stack
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   * @param {Number} id The ID that was returned by `use`
   *
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  eject(f) {
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  }
  /**
   * Clear all interceptors from the stack
   *
   * @returns {void}
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  clear() {
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  }
  /**
   * Iterate over all the registered interceptors
   *
   * This method is particularly useful for skipping over any
   * interceptors that may have become `null` calling `eject`.
   *
   * @param {Function} fn The function to call for each interceptor
   *
   * @returns {void}
   */
  forEach(f) {
    _t.forEach(this.handlers, function(h) {
      h !== null && f(h);
    });
  }
}
const Ip = VM, od = {
  silentJSONParsing: !0,
  forcedJSONParsing: !0,
  clarifyTimeoutError: !1
}, $M = typeof URLSearchParams < "u" ? URLSearchParams : Vh, ZM = typeof FormData < "u" ? FormData : null, KM = typeof Blob < "u" ? Blob : null, JM = (() => {
  let r;
  return typeof navigator < "u" && ((r = navigator.product) === "ReactNative" || r === "NativeScript" || r === "NS") ? !1 : typeof window < "u" && typeof document < "u";
})(), qM = (() => typeof WorkerGlobalScope < "u" && // eslint-disable-next-line no-undef
self instanceof WorkerGlobalScope && typeof self.importScripts == "function")(), Hi = {
  isBrowser: !0,
  classes: {
    URLSearchParams: $M,
    FormData: ZM,
    Blob: KM
  },
  isStandardBrowserEnv: JM,
  isStandardBrowserWebWorkerEnv: qM,
  protocols: ["http", "https", "file", "blob", "url", "data"]
};
function QM(r, f) {
  return Ys(r, new Hi.classes.URLSearchParams(), Object.assign({
    visitor: function(E, h, y, B) {
      return Hi.isNode && _t.isBuffer(E) ? (this.append(h, E.toString("base64")), !1) : B.defaultVisitor.apply(this, arguments);
    }
  }, f));
}
function tC(r) {
  return _t.matchAll(/\w+|\[(\w*)]/g, r).map((f) => f[0] === "[]" ? "" : f[1] || f[0]);
}
function eC(r) {
  const f = {}, E = Object.keys(r);
  let h;
  const y = E.length;
  let B;
  for (h = 0; h < y; h++)
    B = E[h], f[B] = r[B];
  return f;
}
function sd(r) {
  function f(E, h, y, B) {
    let I = E[B++];
    const Z = Number.isFinite(+I), F = B >= E.length;
    return I = !I && _t.isArray(y) ? y.length : I, F ? (_t.hasOwnProp(y, I) ? y[I] = [y[I], h] : y[I] = h, !Z) : ((!y[I] || !_t.isObject(y[I])) && (y[I] = []), f(E, h, y[I], B) && _t.isArray(y[I]) && (y[I] = eC(y[I])), !Z);
  }
  if (_t.isFormData(r) && _t.isFunction(r.entries)) {
    const E = {};
    return _t.forEachEntry(r, (h, y) => {
      f(tC(h), y, E, 0);
    }), E;
  }
  return null;
}
const iC = {
  "Content-Type": void 0
};
function rC(r, f, E) {
  if (_t.isString(r))
    try {
      return (f || JSON.parse)(r), _t.trim(r);
    } catch (h) {
      if (h.name !== "SyntaxError")
        throw h;
    }
  return (E || JSON.stringify)(r);
}
const Xs = {
  transitional: od,
  adapter: ["xhr", "http"],
  transformRequest: [function(f, E) {
    const h = E.getContentType() || "", y = h.indexOf("application/json") > -1, B = _t.isObject(f);
    if (B && _t.isHTMLForm(f) && (f = new FormData(f)), _t.isFormData(f))
      return y && y ? JSON.stringify(sd(f)) : f;
    if (_t.isArrayBuffer(f) || _t.isBuffer(f) || _t.isStream(f) || _t.isFile(f) || _t.isBlob(f))
      return f;
    if (_t.isArrayBufferView(f))
      return f.buffer;
    if (_t.isURLSearchParams(f))
      return E.setContentType("application/x-www-form-urlencoded;charset=utf-8", !1), f.toString();
    let Z;
    if (B) {
      if (h.indexOf("application/x-www-form-urlencoded") > -1)
        return QM(f, this.formSerializer).toString();
      if ((Z = _t.isFileList(f)) || h.indexOf("multipart/form-data") > -1) {
        const F = this.env && this.env.FormData;
        return Ys(
          Z ? { "files[]": f } : f,
          F && new F(),
          this.formSerializer
        );
      }
    }
    return B || y ? (E.setContentType("application/json", !1), rC(f)) : f;
  }],
  transformResponse: [function(f) {
    const E = this.transitional || Xs.transitional, h = E && E.forcedJSONParsing, y = this.responseType === "json";
    if (f && _t.isString(f) && (h && !this.responseType || y)) {
      const I = !(E && E.silentJSONParsing) && y;
      try {
        return JSON.parse(f);
      } catch (Z) {
        if (I)
          throw Z.name === "SyntaxError" ? fe.from(Z, fe.ERR_BAD_RESPONSE, this, null, this.response) : Z;
      }
    }
    return f;
  }],
  /**
   * A timeout in milliseconds to abort a request. If set to 0 (default) a
   * timeout is not created.
   */
  timeout: 0,
  xsrfCookieName: "XSRF-TOKEN",
  xsrfHeaderName: "X-XSRF-TOKEN",
  maxContentLength: -1,
  maxBodyLength: -1,
  env: {
    FormData: Hi.classes.FormData,
    Blob: Hi.classes.Blob
  },
  validateStatus: function(f) {
    return f >= 200 && f < 300;
  },
  headers: {
    common: {
      Accept: "application/json, text/plain, */*"
    }
  }
};
_t.forEach(["delete", "get", "head"], function(f) {
  Xs.headers[f] = {};
});
_t.forEach(["post", "put", "patch"], function(f) {
  Xs.headers[f] = _t.merge(iC);
});
const $h = Xs, nC = _t.toObjectSet([
  "age",
  "authorization",
  "content-length",
  "content-type",
  "etag",
  "expires",
  "from",
  "host",
  "if-modified-since",
  "if-unmodified-since",
  "last-modified",
  "location",
  "max-forwards",
  "proxy-authorization",
  "referer",
  "retry-after",
  "user-agent"
]), oC = (r) => {
  const f = {};
  let E, h, y;
  return r && r.split(`
`).forEach(function(I) {
    y = I.indexOf(":"), E = I.substring(0, y).trim().toLowerCase(), h = I.substring(y + 1).trim(), !(!E || f[E] && nC[E]) && (E === "set-cookie" ? f[E] ? f[E].push(h) : f[E] = [h] : f[E] = f[E] ? f[E] + ", " + h : h);
  }), f;
}, Rp = Symbol("internals");
function Kn(r) {
  return r && String(r).trim().toLowerCase();
}
function ps(r) {
  return r === !1 || r == null ? r : _t.isArray(r) ? r.map(ps) : String(r);
}
function sC(r) {
  const f = /* @__PURE__ */ Object.create(null), E = /([^\s,;=]+)\s*(?:=\s*([^,;]+))?/g;
  let h;
  for (; h = E.exec(r); )
    f[h[1]] = h[2];
  return f;
}
const aC = (r) => /^[-_a-zA-Z0-9^`|~,!#$%&'*+.]+$/.test(r.trim());
function ph(r, f, E, h, y) {
  if (_t.isFunction(h))
    return h.call(this, f, E);
  if (y && (f = E), !!_t.isString(f)) {
    if (_t.isString(h))
      return f.indexOf(h) !== -1;
    if (_t.isRegExp(h))
      return h.test(f);
  }
}
function hC(r) {
  return r.trim().toLowerCase().replace(/([a-z\d])(\w*)/g, (f, E, h) => E.toUpperCase() + h);
}
function lC(r, f) {
  const E = _t.toCamelCase(" " + f);
  ["get", "set", "has"].forEach((h) => {
    Object.defineProperty(r, h + E, {
      value: function(y, B, I) {
        return this[h].call(this, f, y, B, I);
      },
      configurable: !0
    });
  });
}
class Gs {
  constructor(f) {
    f && this.set(f);
  }
  set(f, E, h) {
    const y = this;
    function B(Z, F, U) {
      const H = Kn(F);
      if (!H)
        throw new Error("header name must be a non-empty string");
      const W = _t.findKey(y, H);
      (!W || y[W] === void 0 || U === !0 || U === void 0 && y[W] !== !1) && (y[W || F] = ps(Z));
    }
    const I = (Z, F) => _t.forEach(Z, (U, H) => B(U, H, F));
    return _t.isPlainObject(f) || f instanceof this.constructor ? I(f, E) : _t.isString(f) && (f = f.trim()) && !aC(f) ? I(oC(f), E) : f != null && B(E, f, h), this;
  }
  get(f, E) {
    if (f = Kn(f), f) {
      const h = _t.findKey(this, f);
      if (h) {
        const y = this[h];
        if (!E)
          return y;
        if (E === !0)
          return sC(y);
        if (_t.isFunction(E))
          return E.call(this, y, h);
        if (_t.isRegExp(E))
          return E.exec(y);
        throw new TypeError("parser must be boolean|regexp|function");
      }
    }
  }
  has(f, E) {
    if (f = Kn(f), f) {
      const h = _t.findKey(this, f);
      return !!(h && this[h] !== void 0 && (!E || ph(this, this[h], h, E)));
    }
    return !1;
  }
  delete(f, E) {
    const h = this;
    let y = !1;
    function B(I) {
      if (I = Kn(I), I) {
        const Z = _t.findKey(h, I);
        Z && (!E || ph(h, h[Z], Z, E)) && (delete h[Z], y = !0);
      }
    }
    return _t.isArray(f) ? f.forEach(B) : B(f), y;
  }
  clear(f) {
    const E = Object.keys(this);
    let h = E.length, y = !1;
    for (; h--; ) {
      const B = E[h];
      (!f || ph(this, this[B], B, f, !0)) && (delete this[B], y = !0);
    }
    return y;
  }
  normalize(f) {
    const E = this, h = {};
    return _t.forEach(this, (y, B) => {
      const I = _t.findKey(h, B);
      if (I) {
        E[I] = ps(y), delete E[B];
        return;
      }
      const Z = f ? hC(B) : String(B).trim();
      Z !== B && delete E[B], E[Z] = ps(y), h[Z] = !0;
    }), this;
  }
  concat(...f) {
    return this.constructor.concat(this, ...f);
  }
  toJSON(f) {
    const E = /* @__PURE__ */ Object.create(null);
    return _t.forEach(this, (h, y) => {
      h != null && h !== !1 && (E[y] = f && _t.isArray(h) ? h.join(", ") : h);
    }), E;
  }
  [Symbol.iterator]() {
    return Object.entries(this.toJSON())[Symbol.iterator]();
  }
  toString() {
    return Object.entries(this.toJSON()).map(([f, E]) => f + ": " + E).join(`
`);
  }
  get [Symbol.toStringTag]() {
    return "AxiosHeaders";
  }
  static from(f) {
    return f instanceof this ? f : new this(f);
  }
  static concat(f, ...E) {
    const h = new this(f);
    return E.forEach((y) => h.set(y)), h;
  }
  static accessor(f) {
    const h = (this[Rp] = this[Rp] = {
      accessors: {}
    }).accessors, y = this.prototype;
    function B(I) {
      const Z = Kn(I);
      h[Z] || (lC(y, I), h[Z] = !0);
    }
    return _t.isArray(f) ? f.forEach(B) : B(f), this;
  }
}
Gs.accessor(["Content-Type", "Content-Length", "Accept", "Accept-Encoding", "User-Agent", "Authorization"]);
_t.freezeMethods(Gs.prototype);
_t.freezeMethods(Gs);
const ur = Gs;
function uh(r, f) {
  const E = this || $h, h = f || E, y = ur.from(h.headers);
  let B = h.data;
  return _t.forEach(r, function(Z) {
    B = Z.call(E, B, y.normalize(), f ? f.status : void 0);
  }), y.normalize(), B;
}
function ad(r) {
  return !!(r && r.__CANCEL__);
}
function co(r, f, E) {
  fe.call(this, r ?? "canceled", fe.ERR_CANCELED, f, E), this.name = "CanceledError";
}
_t.inherits(co, fe, {
  __CANCEL__: !0
});
function cC(r, f, E) {
  const h = E.config.validateStatus;
  !E.status || !h || h(E.status) ? r(E) : f(new fe(
    "Request failed with status code " + E.status,
    [fe.ERR_BAD_REQUEST, fe.ERR_BAD_RESPONSE][Math.floor(E.status / 100) - 4],
    E.config,
    E.request,
    E
  ));
}
const pC = Hi.isStandardBrowserEnv ? (
  // Standard browser envs support document.cookie
  function() {
    return {
      write: function(E, h, y, B, I, Z) {
        const F = [];
        F.push(E + "=" + encodeURIComponent(h)), _t.isNumber(y) && F.push("expires=" + new Date(y).toGMTString()), _t.isString(B) && F.push("path=" + B), _t.isString(I) && F.push("domain=" + I), Z === !0 && F.push("secure"), document.cookie = F.join("; ");
      },
      read: function(E) {
        const h = document.cookie.match(new RegExp("(^|;\\s*)(" + E + ")=([^;]*)"));
        return h ? decodeURIComponent(h[3]) : null;
      },
      remove: function(E) {
        this.write(E, "", Date.now() - 864e5);
      }
    };
  }()
) : (
  // Non standard browser env (web workers, react-native) lack needed support.
  function() {
    return {
      write: function() {
      },
      read: function() {
        return null;
      },
      remove: function() {
      }
    };
  }()
);
function uC(r) {
  return /^([a-z][a-z\d+\-.]*:)?\/\//i.test(r);
}
function dC(r, f) {
  return f ? r.replace(/\/+$/, "") + "/" + f.replace(/^\/+/, "") : r;
}
function hd(r, f) {
  return r && !uC(f) ? dC(r, f) : f;
}
const fC = Hi.isStandardBrowserEnv ? (
  // Standard browser envs have full support of the APIs needed to test
  // whether the request URL is of the same origin as current location.
  function() {
    const f = /(msie|trident)/i.test(navigator.userAgent), E = document.createElement("a");
    let h;
    function y(B) {
      let I = B;
      return f && (E.setAttribute("href", I), I = E.href), E.setAttribute("href", I), {
        href: E.href,
        protocol: E.protocol ? E.protocol.replace(/:$/, "") : "",
        host: E.host,
        search: E.search ? E.search.replace(/^\?/, "") : "",
        hash: E.hash ? E.hash.replace(/^#/, "") : "",
        hostname: E.hostname,
        port: E.port,
        pathname: E.pathname.charAt(0) === "/" ? E.pathname : "/" + E.pathname
      };
    }
    return h = y(window.location.href), function(I) {
      const Z = _t.isString(I) ? y(I) : I;
      return Z.protocol === h.protocol && Z.host === h.host;
    };
  }()
) : (
  // Non standard browser envs (web workers, react-native) lack needed support.
  function() {
    return function() {
      return !0;
    };
  }()
);
function gC(r) {
  const f = /^([-+\w]{1,25})(:?\/\/|:)/.exec(r);
  return f && f[1] || "";
}
function mC(r, f) {
  r = r || 10;
  const E = new Array(r), h = new Array(r);
  let y = 0, B = 0, I;
  return f = f !== void 0 ? f : 1e3, function(F) {
    const U = Date.now(), H = h[B];
    I || (I = U), E[y] = F, h[y] = U;
    let W = B, R = 0;
    for (; W !== y; )
      R += E[W++], W = W % r;
    if (y = (y + 1) % r, y === B && (B = (B + 1) % r), U - I < f)
      return;
    const S = H && U - H;
    return S ? Math.round(R * 1e3 / S) : void 0;
  };
}
function Np(r, f) {
  let E = 0;
  const h = mC(50, 250);
  return (y) => {
    const B = y.loaded, I = y.lengthComputable ? y.total : void 0, Z = B - E, F = h(Z), U = B <= I;
    E = B;
    const H = {
      loaded: B,
      total: I,
      progress: I ? B / I : void 0,
      bytes: Z,
      rate: F || void 0,
      estimated: F && I && U ? (I - B) / F : void 0,
      event: y
    };
    H[f ? "download" : "upload"] = !0, r(H);
  };
}
const yC = typeof XMLHttpRequest < "u", vC = yC && function(r) {
  return new Promise(function(E, h) {
    let y = r.data;
    const B = ur.from(r.headers).normalize(), I = r.responseType;
    let Z;
    function F() {
      r.cancelToken && r.cancelToken.unsubscribe(Z), r.signal && r.signal.removeEventListener("abort", Z);
    }
    _t.isFormData(y) && (Hi.isStandardBrowserEnv || Hi.isStandardBrowserWebWorkerEnv ? B.setContentType(!1) : B.setContentType("multipart/form-data;", !1));
    let U = new XMLHttpRequest();
    if (r.auth) {
      const S = r.auth.username || "", x = r.auth.password ? unescape(encodeURIComponent(r.auth.password)) : "";
      B.set("Authorization", "Basic " + btoa(S + ":" + x));
    }
    const H = hd(r.baseURL, r.url);
    U.open(r.method.toUpperCase(), nd(H, r.params, r.paramsSerializer), !0), U.timeout = r.timeout;
    function W() {
      if (!U)
        return;
      const S = ur.from(
        "getAllResponseHeaders" in U && U.getAllResponseHeaders()
      ), d = {
        data: !I || I === "text" || I === "json" ? U.responseText : U.response,
        status: U.status,
        statusText: U.statusText,
        headers: S,
        config: r,
        request: U
      };
      cC(function(P) {
        E(P), F();
      }, function(P) {
        h(P), F();
      }, d), U = null;
    }
    if ("onloadend" in U ? U.onloadend = W : U.onreadystatechange = function() {
      !U || U.readyState !== 4 || U.status === 0 && !(U.responseURL && U.responseURL.indexOf("file:") === 0) || setTimeout(W);
    }, U.onabort = function() {
      U && (h(new fe("Request aborted", fe.ECONNABORTED, r, U)), U = null);
    }, U.onerror = function() {
      h(new fe("Network Error", fe.ERR_NETWORK, r, U)), U = null;
    }, U.ontimeout = function() {
      let x = r.timeout ? "timeout of " + r.timeout + "ms exceeded" : "timeout exceeded";
      const d = r.transitional || od;
      r.timeoutErrorMessage && (x = r.timeoutErrorMessage), h(new fe(
        x,
        d.clarifyTimeoutError ? fe.ETIMEDOUT : fe.ECONNABORTED,
        r,
        U
      )), U = null;
    }, Hi.isStandardBrowserEnv) {
      const S = (r.withCredentials || fC(H)) && r.xsrfCookieName && pC.read(r.xsrfCookieName);
      S && B.set(r.xsrfHeaderName, S);
    }
    y === void 0 && B.setContentType(null), "setRequestHeader" in U && _t.forEach(B.toJSON(), function(x, d) {
      U.setRequestHeader(d, x);
    }), _t.isUndefined(r.withCredentials) || (U.withCredentials = !!r.withCredentials), I && I !== "json" && (U.responseType = r.responseType), typeof r.onDownloadProgress == "function" && U.addEventListener("progress", Np(r.onDownloadProgress, !0)), typeof r.onUploadProgress == "function" && U.upload && U.upload.addEventListener("progress", Np(r.onUploadProgress)), (r.cancelToken || r.signal) && (Z = (S) => {
      U && (h(!S || S.type ? new co(null, r, U) : S), U.abort(), U = null);
    }, r.cancelToken && r.cancelToken.subscribe(Z), r.signal && (r.signal.aborted ? Z() : r.signal.addEventListener("abort", Z)));
    const R = gC(H);
    if (R && Hi.protocols.indexOf(R) === -1) {
      h(new fe("Unsupported protocol " + R + ":", fe.ERR_BAD_REQUEST, r));
      return;
    }
    U.send(y || null);
  });
}, us = {
  http: GM,
  xhr: vC
};
_t.forEach(us, (r, f) => {
  if (r) {
    try {
      Object.defineProperty(r, "name", { value: f });
    } catch {
    }
    Object.defineProperty(r, "adapterName", { value: f });
  }
});
const xC = {
  getAdapter: (r) => {
    r = _t.isArray(r) ? r : [r];
    const { length: f } = r;
    let E, h;
    for (let y = 0; y < f && (E = r[y], !(h = _t.isString(E) ? us[E.toLowerCase()] : E)); y++)
      ;
    if (!h)
      throw h === !1 ? new fe(
        `Adapter ${E} is not supported by the environment`,
        "ERR_NOT_SUPPORT"
      ) : new Error(
        _t.hasOwnProp(us, E) ? `Adapter '${E}' is not available in the build` : `Unknown adapter '${E}'`
      );
    if (!_t.isFunction(h))
      throw new TypeError("adapter is not a function");
    return h;
  },
  adapters: us
};
function dh(r) {
  if (r.cancelToken && r.cancelToken.throwIfRequested(), r.signal && r.signal.aborted)
    throw new co(null, r);
}
function Bp(r) {
  return dh(r), r.headers = ur.from(r.headers), r.data = uh.call(
    r,
    r.transformRequest
  ), ["post", "put", "patch"].indexOf(r.method) !== -1 && r.headers.setContentType("application/x-www-form-urlencoded", !1), xC.getAdapter(r.adapter || $h.adapter)(r).then(function(h) {
    return dh(r), h.data = uh.call(
      r,
      r.transformResponse,
      h
    ), h.headers = ur.from(h.headers), h;
  }, function(h) {
    return ad(h) || (dh(r), h && h.response && (h.response.data = uh.call(
      r,
      r.transformResponse,
      h.response
    ), h.response.headers = ur.from(h.response.headers))), Promise.reject(h);
  });
}
const jp = (r) => r instanceof ur ? r.toJSON() : r;
function wn(r, f) {
  f = f || {};
  const E = {};
  function h(U, H, W) {
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  }
  function y(U, H, W) {
    if (_t.isUndefined(H)) {
      if (!_t.isUndefined(U))
        return h(void 0, U, W);
    } else
      return h(U, H, W);
  }
  function B(U, H) {
    if (!_t.isUndefined(H))
      return h(void 0, H);
  }
  function I(U, H) {
    if (_t.isUndefined(H)) {
      if (!_t.isUndefined(U))
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["object", "boolean", "number", "function", "string", "symbol"].forEach((r, f) => {
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});
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Zh.transitional = function(f, E, h) {
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}
const SC = Kh;
function wC(r) {
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}
function MC(r) {
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}
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});
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Ge.CanceledError = co;
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Ge.isCancel = ad;
Ge.VERSION = ld;
Ge.toFormData = Ys;
Ge.AxiosError = fe;
Ge.Cancel = Ge.CanceledError;
Ge.all = function(f) {
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};
Ge.spread = wC;
Ge.isAxiosError = MC;
Ge.mergeConfig = wn;
Ge.AxiosHeaders = ur;
Ge.formToJSON = (r) => sd(_t.isHTMLForm(r) ? new FormData(r) : r);
Ge.HttpStatusCode = CC;
Ge.default = Ge;
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let AC = {
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};
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Jh.interceptors.request.use(
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);
Jh.interceptors.response.use(
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                            font-style: ${P.it ? "italic" : "normal"};
                        `)
                    }, mn(P.v), 5))), 128))
                  ])) : (Je(), qe("div", XC, mn(d.m), 1))
                ], 14, zC))), 128))
              ]))), 128))
            ])
          ], 4)
        ]),
        h.value.SourcesFrom && JSON.parse(h.value.SourcesFrom).isShow ? (Je(), qe("div", {
          key: 0,
          class: "sheet-source",
          ref_key: "sheetFooter",
          ref: I,
          style: Tr(`
                color: ${JSON.parse(h.value.SourcesFrom).color};
                font-size: ${JSON.parse(h.value.SourcesFrom).fontSize}px;
            `)
        }, [
          zp(" source："),
          hr("em", null, mn(JSON.parse(h.value.SourcesFrom).text), 1)
        ], 4)) : Jn("", !0)
      ], 512)) : Jn("", !0);
    };
  }
}, HC = /* @__PURE__ */ dd(GC, [["styles", [jC]], ["__scopeId", "data-v-98ab6c2e"]]), FC = Yp(BC), UC = Yp(HC);
function $C() {
  customElements.define("eta-chart", FC), customElements.define("eta-table", UC);
}
export {
  $C as registerEtaComp
};