! function(c) {
    var h, d;
    ! function() {
        function j(u, B) {
            if (!B) {
                return u
            }
            if (0 === u.indexOf(".")) {
                var v = B.split("/"),
                    x = u.split("/"),
                    q = v.length - 1,
                    y = x.length,
                    z = 0,
                    A = 0;
                u: for (var w = 0; y > w; w++) {
                    switch (x[w]) {
                        case "..":
                            if (!(q > z)) {
                                break u
                            }
                            z++, A++;
                            break;
                        case ".":
                            A++;
                            break;
                        default:
                            break u
                    }
                }
                return v.length = q - z, x = x.slice(A), v.concat(x).join("/")
            }
            return u
        }

        function l(o) {
            function a(n, q) {
                if ("string" == typeof n) {
                    var t = e[n];
                    return t || (t = m(j(n, o)), e[n] = t), t
                }
                n instanceof Array && (q = q || function() {}, q.apply(this, i(n, q, o)))
            }
            var e = {};
            return a
        }

        function i(q, u, e) {
            for (var v = [], r = p[e], o = 0, t = Math.min(q.length, u.length); t > o; o++) {
                var x, w = j(q[o], e);
                switch (w) {
                    case "require":
                        x = r && r.require || h;
                        break;
                    case "exports":
                        x = r.exports;
                        break;
                    case "module":
                        x = r;
                        break;
                    default:
                        x = m(w)
                }
                v.push(x)
            }
            return v
        }

        function m(a) {
            var r = p[a];
            if (!r) {
                throw new Error("No " + a)
            }
            if (!r.defined) {
                var o = r.factory,
                    q = o.apply(this, i(r.deps || [], o, a));
                "undefined" != typeof q && (r.exports = q), r.defined = 1
            }
            return r.exports
        }
        var p = {};
        d = function(a, o, n) {
            p[a] = {
                id: a,
                deps: o,
                factory: n,
                defined: 0,
                exports: {},
                require: l(a)
            }
        }, h = l("")
    }(), d("echarts", ["echarts/echarts"], function(a) {
        return a
    }), d("echarts/echarts", ["require", "./config", "zrender/tool/util", "zrender/tool/event", "zrender/tool/env", "zrender", "zrender/config", "./chart/island", "./component/toolbox", "./component", "./component/title", "./component/tooltip", "./component/legend", "./util/ecData", "./chart", "zrender/tool/color", "./component/timeline", "zrender/shape/Image", "zrender/loadingEffect/Bar", "zrender/loadingEffect/Bubble", "zrender/loadingEffect/DynamicLine", "zrender/loadingEffect/Ring", "zrender/loadingEffect/Spin", "zrender/loadingEffect/Whirling", "./theme/macarons", "./theme/infographic"], function(q) {
        function C() {
            A.Dispatcher.call(this)
        }

        function v(a) {
            a.innerHTML = "", this._themeConfig = {}, this.dom = a, this._connected = !1, this._status = {
                dragIn: !1,
                dragOut: !1,
                needRefresh: !1
            }, this._curEventType = !1, this._chartList = [], this._messageCenter = new C, this._messageCenterOutSide = new C, this.resize = this.resize(), this._init()
        }

        function y(m, K, F, G, l) {
            for (var H = m._chartList, I = H.length; I--;) {
                var J = H[I];
                "function" == typeof J[K] && J[K](F, G, l)
            }
        }
        var j = q("./config"),
            z = q("zrender/tool/util"),
            A = q("zrender/tool/event"),
            B = {},
            w = q("zrender/tool/env").canvasSupported,
            u = new Date - 0,
            x = {},
            E = "_echarts_instance_";
        B.version = "2.2.7", B.dependencies = {
            zrender: "2.1.1"
        }, B.init = function(m, i) {
            var e = q("zrender");
            e.version.replace(".", "") - 0 < B.dependencies.zrender.replace(".", "") - 0 && console.error("ZRender " + e.version + " is too old for ECharts " + B.version + ". Current version need ZRender " + B.dependencies.zrender + "+"), m = m instanceof Array ? m[0] : m;
            var l = m.getAttribute(E);
            return l || (l = u++, m.setAttribute(E, l)), x[l] && x[l].dispose(), x[l] = new v(m), x[l].id = l, x[l].canvasSupported = w, x[l].setTheme(i), x[l]
        }, B.getInstanceById = function(a) {
            return x[a]
        }, z.merge(C.prototype, A.Dispatcher.prototype, !0);
        var D = q("zrender/config").EVENT,
            p = ["CLICK", "DBLCLICK", "MOUSEOVER", "MOUSEOUT", "DRAGSTART", "DRAGEND", "DRAGENTER", "DRAGOVER", "DRAGLEAVE", "DROP"];
        return v.prototype = {
            _init: function() {
                var M = this,
                    e = q("zrender").init(this.dom);
                this._zr = e, this._messageCenter.dispatch = function(m, o, r, l) {
                    r = r || {}, r.type = m, r.event = o, M._messageCenter.dispatchWithContext(m, r, l), M._messageCenterOutSide.dispatchWithContext(m, r, l)
                }, this._onevent = function(i) {
                    return M.__onevent(i)
                };
                for (var H in j.EVENT) {
                    "CLICK" != H && "DBLCLICK" != H && "HOVER" != H && "MOUSEOUT" != H && "MAP_ROAM" != H && this._messageCenter.bind(j.EVENT[H], this._onevent, this)
                }
                var I = {};
                this._onzrevent = function(i) {
                    return M[I[i.type]](i)
                };
                for (var K = 0, L = p.length; L > K; K++) {
                    var F = p[K],
                        a = D[F];
                    I[a] = "_on" + F.toLowerCase(), e.on(a, this._onzrevent)
                }
                this.chart = {}, this.component = {};
                var G = q("./chart/island");
                this._island = new G(this._themeConfig, this._messageCenter, e, {}, this), this.chart.island = this._island;
                var N = q("./component/toolbox");
                this._toolbox = new N(this._themeConfig, this._messageCenter, e, {}, this), this.component.toolbox = this._toolbox;
                var J = q("./component");
                J.define("title", q("./component/title")), J.define("tooltip", q("./component/tooltip")), J.define("legend", q("./component/legend")), (0 === e.getWidth() || 0 === e.getHeight()) && console.error("Dom’s width & height should be ready before init.")
            },
            __onevent: function(a) {
                a.__echartsId = a.__echartsId || this.id;
                var G = a.__echartsId === this.id;
                switch (this._curEventType || (this._curEventType = a.type), a.type) {
                    case j.EVENT.LEGEND_SELECTED:
                        this._onlegendSelected(a);
                        break;
                    case j.EVENT.DATA_ZOOM:
                        if (!G) {
                            var l = this.component.dataZoom;
                            l && (l.silence(!0), l.absoluteZoom(a.zoom), l.silence(!1))
                        }
                        this._ondataZoom(a);
                        break;
                    case j.EVENT.DATA_RANGE:
                        G && this._ondataRange(a);
                        break;
                    case j.EVENT.MAGIC_TYPE_CHANGED:
                        if (!G) {
                            var m = this.component.toolbox;
                            m && (m.silence(!0), m.setMagicType(a.magicType), m.silence(!1))
                        }
                        this._onmagicTypeChanged(a);
                        break;
                    case j.EVENT.DATA_VIEW_CHANGED:
                        G && this._ondataViewChanged(a);
                        break;
                    case j.EVENT.TOOLTIP_HOVER:
                        G && this._tooltipHover(a);
                        break;
                    case j.EVENT.RESTORE:
                        this._onrestore();
                        break;
                    case j.EVENT.REFRESH:
                        G && this._onrefresh(a);
                        break;
                    case j.EVENT.TOOLTIP_IN_GRID:
                    case j.EVENT.TOOLTIP_OUT_GRID:
                        if (G) {
                            if (this._connected) {
                                var s = this.component.grid;
                                s && (a.x = (a.event.zrenderX - s.getX()) / s.getWidth(), a.y = (a.event.zrenderY - s.getY()) / s.getHeight())
                            }
                        } else {
                            var s = this.component.grid;
                            s && this._zr.trigger("mousemove", {
                                connectTrigger: !0,
                                zrenderX: s.getX() + a.x * s.getWidth(),
                                zrenderY: s.getY() + a.y * s.getHeight()
                            })
                        }
                }
                if (this._connected && G && this._curEventType === a.type) {
                    for (var F in this._connected) {
                        this._connected[F].connectedEventHandler(a)
                    }
                    this._curEventType = null
                }(!G || !this._connected && G) && (this._curEventType = null)
            },
            _onclick: function(a) {
                if (y(this, "onclick", a), a.target) {
                    var i = this._eventPackage(a.target);
                    i && null != i.seriesIndex && this._messageCenter.dispatch(j.EVENT.CLICK, a.event, i, this)
                }
            },
            _ondblclick: function(a) {
                if (y(this, "ondblclick", a), a.target) {
                    var i = this._eventPackage(a.target);
                    i && null != i.seriesIndex && this._messageCenter.dispatch(j.EVENT.DBLCLICK, a.event, i, this)
                }
            },
            _onmouseover: function(a) {
                if (a.target) {
                    var i = this._eventPackage(a.target);
                    i && null != i.seriesIndex && this._messageCenter.dispatch(j.EVENT.HOVER, a.event, i, this)
                }
            },
            _onmouseout: function(a) {
                if (a.target) {
                    var i = this._eventPackage(a.target);
                    i && null != i.seriesIndex && this._messageCenter.dispatch(j.EVENT.MOUSEOUT, a.event, i, this)
                }
            },
            _ondragstart: function(a) {
                this._status = {
                    dragIn: !1,
                    dragOut: !1,
                    needRefresh: !1
                }, y(this, "ondragstart", a)
            },
            _ondragenter: function(a) {
                y(this, "ondragenter", a)
            },
            _ondragover: function(a) {
                y(this, "ondragover", a)
            },
            _ondragleave: function(a) {
                y(this, "ondragleave", a)
            },
            _ondrop: function(a) {
                y(this, "ondrop", a, this._status), this._island.ondrop(a, this._status)
            },
            _ondragend: function(a) {
                if (y(this, "ondragend", a, this._status), this._timeline && this._timeline.ondragend(a, this._status), this._island.ondragend(a, this._status), this._status.needRefresh) {
                    this._syncBackupData(this._option);
                    var i = this._messageCenter;
                    i.dispatch(j.EVENT.DATA_CHANGED, a.event, this._eventPackage(a.target), this), i.dispatch(j.EVENT.REFRESH, null, null, this)
                }
            },
            _onlegendSelected: function(a) {
                this._status.needRefresh = !1, y(this, "onlegendSelected", a, this._status), this._status.needRefresh && this._messageCenter.dispatch(j.EVENT.REFRESH, null, null, this)
            },
            _ondataZoom: function(a) {
                this._status.needRefresh = !1, y(this, "ondataZoom", a, this._status), this._status.needRefresh && this._messageCenter.dispatch(j.EVENT.REFRESH, null, null, this)
            },
            _ondataRange: function(a) {
                this._clearEffect(), this._status.needRefresh = !1, y(this, "ondataRange", a, this._status), this._status.needRefresh && this._zr.refreshNextFrame()
            },
            _onmagicTypeChanged: function() {
                this._clearEffect(), this._render(this._toolbox.getMagicOption())
            },
            _ondataViewChanged: function(a) {
                this._syncBackupData(a.option), this._messageCenter.dispatch(j.EVENT.DATA_CHANGED, null, a, this), this._messageCenter.dispatch(j.EVENT.REFRESH, null, null, this)
            },
            _tooltipHover: function(a) {
                var i = [];
                y(this, "ontooltipHover", a, i)
            },
            _onrestore: function() {
                this.restore()
            },
            _onrefresh: function(a) {
                this._refreshInside = !0, this.refresh(a), this._refreshInside = !1
            },
            _syncBackupData: function(a) {
                this.component.dataZoom && this.component.dataZoom.syncBackupData(a)
            },
            _eventPackage: function(o) {
                if (o) {
                    var l = q("./util/ecData"),
                        m = l.get(o, "seriesIndex"),
                        e = l.get(o, "dataIndex");
                    return e = -1 != m && this.component.dataZoom ? this.component.dataZoom.getRealDataIndex(m, e) : e, {
                        seriesIndex: m,
                        seriesName: (l.get(o, "series") || {}).name,
                        dataIndex: e,
                        data: l.get(o, "data"),
                        name: l.get(o, "name"),
                        value: l.get(o, "value"),
                        special: l.get(o, "special")
                    }
                }
            },
            _noDataCheck: function(a) {
                for (var s = a.series, l = 0, m = s.length; m > l; l++) {
                    if (s[l].type == j.CHART_TYPE_MAP || s[l].data && s[l].data.length > 0 || s[l].markPoint && s[l].markPoint.data && s[l].markPoint.data.length > 0 || s[l].markLine && s[l].markLine.data && s[l].markLine.data.length > 0 || s[l].nodes && s[l].nodes.length > 0 || s[l].links && s[l].links.length > 0 || s[l].matrix && s[l].matrix.length > 0 || s[l].eventList && s[l].eventList.length > 0) {
                        return !1
                    }
                }
                var r = this._option && this._option.noDataLoadingOption || this._themeConfig.noDataLoadingOption || j.noDataLoadingOption || {
                    text: this._option && this._option.noDataText || this._themeConfig.noDataText || j.noDataText,
                    effect: this._option && this._option.noDataEffect || this._themeConfig.noDataEffect || j.noDataEffect
                };
                return this.clear(), this.showLoading(r), !0
            },
            _render: function(O) {
                if (this._mergeGlobalConifg(O), !this._noDataCheck(O)) {
                    var H = O.backgroundColor;
                    if (H) {
                        if (w || -1 == H.indexOf("rgba")) {
                            this.dom.style.backgroundColor = H
                        } else {
                            var J = H.split(",");
                            this.dom.style.filter = "alpha(opacity=" + 100 * J[3].substring(0, J[3].lastIndexOf(")")) + ")", J.length = 3, J[0] = J[0].replace("a", ""), this.dom.style.backgroundColor = J.join(",") + ")"
                        }
                    }
                    this._zr.clearAnimation(), this._chartList = [];
                    var K = q("./chart"),
                        M = q("./component");
                    (O.xAxis || O.yAxis) && (O.grid = O.grid || {}, O.dataZoom = O.dataZoom || {});
                    for (var N, G, I, R = ["title", "legend", "tooltip", "dataRange", "roamController", "grid", "dataZoom", "xAxis", "yAxis", "polar"], Q = 0, l = R.length; l > Q; Q++) {
                        G = R[Q], I = this.component[G], O[G] ? (I ? I.refresh && I.refresh(O) : (N = M.get(/^[xy]Axis$/.test(G) ? "axis" : G), I = new N(this._themeConfig, this._messageCenter, this._zr, O, this, G), this.component[G] = I), this._chartList.push(I)) : I && (I.dispose(), this.component[G] = null, delete this.component[G])
                    }
                    for (var L, e, P, S = {}, Q = 0, l = O.series.length; l > Q; Q++) {
                        e = O.series[Q].type, e ? S[e] || (S[e] = !0, L = K.get(e), L ? (this.chart[e] ? (P = this.chart[e], P.refresh(O)) : P = new L(this._themeConfig, this._messageCenter, this._zr, O, this), this._chartList.push(P), this.chart[e] = P) : console.error(e + " has not been required.")) : console.error("series[" + Q + "] chart type has not been defined.")
                    }
                    for (e in this.chart) {
                        e == j.CHART_TYPE_ISLAND || S[e] || (this.chart[e].dispose(), this.chart[e] = null, delete this.chart[e])
                    }
                    this.component.grid && this.component.grid.refixAxisShape(this.component), this._island.refresh(O), this._toolbox.refresh(O), O.animation && !O.renderAsImage ? this._zr.refresh() : this._zr.render();
                    var F = "IMG" + this.id,
                        a = document.getElementById(F);
                    O.renderAsImage && w ? (a ? a.src = this.getDataURL(O.renderAsImage) : (a = this.getImage(O.renderAsImage), a.id = F, a.style.position = "absolute", a.style.left = 0, a.style.top = 0, this.dom.firstChild.appendChild(a)), this.un(), this._zr.un(), this._disposeChartList(), this._zr.clear()) : a && a.parentNode.removeChild(a), a = null, this._option = O
                }
            },
            restore: function() {
                this._clearEffect(), this._option = z.clone(this._optionRestore), this._disposeChartList(), this._island.clear(), this._toolbox.reset(this._option, !0), this._render(this._option)
            },
            refresh: function(a) {
                this._clearEffect(), a = a || {};
                var o = a.option;
                !this._refreshInside && o && (o = this.getOption(), z.merge(o, a.option, !0), z.merge(this._optionRestore, a.option, !0), this._toolbox.reset(o)), this._island.refresh(o), this._toolbox.refresh(o), this._zr.clearAnimation();
                for (var l = 0, m = this._chartList.length; m > l; l++) {
                    this._chartList[l].refresh && this._chartList[l].refresh(o)
                }
                this.component.grid && this.component.grid.refixAxisShape(this.component), this._zr.refresh()
            },
            _disposeChartList: function() {
                this._clearEffect(), this._zr.clearAnimation();
                for (var a = this._chartList.length; a--;) {
                    var m = this._chartList[a];
                    if (m) {
                        var l = m.type;
                        this.chart[l] && delete this.chart[l], this.component[l] && delete this.component[l], m.dispose && m.dispose()
                    }
                }
                this._chartList = []
            },
            _mergeGlobalConifg: function(s) {
                for (var a = ["backgroundColor", "calculable", "calculableColor", "calculableHolderColor", "nameConnector", "valueConnector", "animation", "animationThreshold", "animationDuration", "animationDurationUpdate", "animationEasing", "addDataAnimation", "symbolList", "DRAG_ENABLE_TIME"], e = a.length; e--;) {
                    var l = a[e];
                    null == s[l] && (s[l] = null != this._themeConfig[l] ? this._themeConfig[l] : j[l])
                }
                var m = s.color;
                m && m.length || (m = this._themeConfig.color || j.color), this._zr.getColor = function(o) {
                    var n = q("zrender/tool/color");
                    return n.getColor(o, m)
                }, w || (s.animation = !1, s.addDataAnimation = !1)
            },
            setOption: function(a, i) {
                return a.timeline ? this._setTimelineOption(a) : this._setOption(a, i)
            },
            _setOption: function(a, m, l) {
                return !m && this._option ? this._option = z.merge(this.getOption(), z.clone(a), !0) : (this._option = z.clone(a), !l && this._timeline && this._timeline.dispose()), this._optionRestore = z.clone(this._option), this._option.series && 0 !== this._option.series.length ? (this.component.dataZoom && (this._option.dataZoom || this._option.toolbox && this._option.toolbox.feature && this._option.toolbox.feature.dataZoom && this._option.toolbox.feature.dataZoom.show) && this.component.dataZoom.syncOption(this._option), this._toolbox.reset(this._option), this._render(this._option), this) : void this._zr.clear()
            },
            getOption: function() {
                function a(o) {
                    var r = l._optionRestore[o];
                    if (r) {
                        if (r instanceof Array) {
                            for (var i = r.length; i--;) {
                                m[o][i].data = z.clone(r[i].data)
                            }
                        } else {
                            m[o].data = z.clone(r.data)
                        }
                    }
                }
                var m = z.clone(this._option),
                    l = this;
                return a("xAxis"), a("yAxis"), a("series"), m
            },
            setSeries: function(a, i) {
                return i ? (this._option.series = a, this.setOption(this._option, i)) : this.setOption({
                    series: a
                }), this
            },
            getSeries: function() {
                return this.getOption().series
            },
            _setTimelineOption: function(l) {
                this._timeline && this._timeline.dispose();
                var a = q("./component/timeline"),
                    e = new a(this._themeConfig, this._messageCenter, this._zr, l, this);
                return this._timeline = e, this.component.timeline = this._timeline, this
            },
            addData: function(H, Z, M, R, T) {
                function Y() {
                    if (ad._zr) {
                        ad._zr.clearAnimation();
                        for (var i = 0, l = ah.length; l > i; i++) {
                            ah[i].motionlessOnce = K.addDataAnimation && ah[i].addDataAnimation
                        }
                        ad._messageCenter.dispatch(j.EVENT.REFRESH, null, {
                            option: K
                        }, ad)
                    }
                }
                for (var O = H instanceof Array ? H : [
                        [H, Z, M, R, T]
                    ], K = this.getOption(), Q = this._optionRestore, ad = this, ab = 0, G = O.length; G > ab; ab++) {
                    H = O[ab][0], Z = O[ab][1], M = O[ab][2], R = O[ab][3], T = O[ab][4];
                    var S = Q.series[H],
                        F = M ? "unshift" : "push",
                        aa = M ? "pop" : "shift";
                    if (S) {
                        var ai = S.data,
                            J = K.series[H].data;
                        if (ai[F](Z), J[F](Z), R || (ai[aa](), Z = J[aa]()), null != T) {
                            var o, I;
                            if (S.type === j.CHART_TYPE_PIE && (o = Q.legend) && (I = o.data)) {
                                var N = K.legend.data;
                                if (I[F](T), N[F](T), !R) {
                                    var ag = z.indexOf(I, Z.name); - 1 != ag && I.splice(ag, 1), ag = z.indexOf(N, Z.name), -1 != ag && N.splice(ag, 1)
                                }
                            } else {
                                if (null != Q.xAxis && null != Q.yAxis) {
                                    var a, P, af = S.xAxisIndex || 0;
                                    (null == Q.xAxis[af].type || "category" === Q.xAxis[af].type) && (a = Q.xAxis[af].data, P = K.xAxis[af].data, a[F](T), P[F](T), R || (a[aa](), P[aa]())), af = S.yAxisIndex || 0, "category" === Q.yAxis[af].type && (a = Q.yAxis[af].data, P = K.yAxis[af].data, a[F](T), P[F](T), R || (a[aa](), P[aa]()))
                                }
                            }
                        }
                        this._option.series[H].data = K.series[H].data
                    }
                }
                this._zr.clearAnimation();
                for (var ah = this._chartList, ac = 0, ae = function() {
                        ac--, 0 === ac && Y()
                    }, ab = 0, G = ah.length; G > ab; ab++) {
                    K.addDataAnimation && ah[ab].addDataAnimation && (ac++, ah[ab].addDataAnimation(O, ae))
                }
                return this.component.dataZoom && this.component.dataZoom.syncOption(K), this._option = K, K.addDataAnimation || setTimeout(Y, 0), this
            },
            addMarkPoint: function(a, i) {
                return this._addMark(a, i, "markPoint")
            },
            addMarkLine: function(a, i) {
                return this._addMark(a, i, "markLine")
            },
            _addMark: function(F, N, H) {
                var K, o = this._option.series;
                if (o && (K = o[F])) {
                    var L = this._optionRestore.series,
                        M = L[F],
                        I = K[H],
                        G = M[H];
                    I = K[H] = I || {
                        data: []
                    }, G = M[H] = G || {
                        data: []
                    };
                    for (var J in N) {
                        "data" === J ? (I.data = I.data.concat(N.data), G.data = G.data.concat(N.data)) : "object" != typeof N[J] || null == I[J] ? I[J] = G[J] = N[J] : (z.merge(I[J], N[J], !0), z.merge(G[J], N[J], !0))
                    }
                    var O = this.chart[K.type];
                    O && O.addMark(F, N, H)
                }
                return this
            },
            delMarkPoint: function(a, i) {
                return this._delMark(a, i, "markPoint")
            },
            delMarkLine: function(a, i) {
                return this._delMark(a, i, "markLine")
            },
            _delMark: function(G, P, I) {
                var L, F, M, N = this._option.series;
                if (!(N && (L = N[G]) && (F = L[I]) && (M = F.data))) {
                    return this
                }
                P = P.split(" > ");
                for (var O = -1, J = 0, H = M.length; H > J; J++) {
                    var K = M[J];
                    if (K instanceof Array) {
                        if (K[0].name === P[0] && K[1].name === P[1]) {
                            O = J;
                            break
                        }
                    } else {
                        if (K.name === P[0]) {
                            O = J;
                            break
                        }
                    }
                }
                if (O > -1) {
                    M.splice(O, 1), this._optionRestore.series[G][I].data.splice(O, 1);
                    var Q = this.chart[L.type];
                    Q && Q.delMark(G, P.join(" > "), I)
                }
                return this
            },
            getDom: function() {
                return this.dom
            },
            getZrender: function() {
                return this._zr
            },
            getDataURL: function(m) {
                if (!w) {
                    return ""
                }
                if (0 === this._chartList.length) {
                    var s = "IMG" + this.id,
                        o = document.getElementById(s);
                    if (o) {
                        return o.src
                    }
                }
                var r = this.component.tooltip;
                switch (r && r.hideTip(), m) {
                    case "jpeg":
                        break;
                    default:
                        m = "png"
                }
                var l = this._option.backgroundColor;
                return l && "rgba(0,0,0,0)" === l.replace(" ", "") && (l = "#fff"), this._zr.toDataURL("image/" + m, l)
            },
            getImage: function(a) {
                var m = this._optionRestore.title,
                    l = document.createElement("img");
                return l.src = this.getDataURL(a), l.title = m && m.text || "ECharts", l
            },
            getConnectedDataURL: function(O) {
                if (!this.isConnected()) {
                    return this.getDataURL(O)
                }
                var H = this.dom,
                    K = {
                        self: {
                            img: this.getDataURL(O),
                            left: H.offsetLeft,
                            top: H.offsetTop,
                            right: H.offsetLeft + H.offsetWidth,
                            bottom: H.offsetTop + H.offsetHeight
                        }
                    },
                    e = K.self.left,
                    L = K.self.top,
                    M = K.self.right,
                    N = K.self.bottom;
                for (var I in this._connected) {
                    H = this._connected[I].getDom(), K[I] = {
                        img: this._connected[I].getDataURL(O),
                        left: H.offsetLeft,
                        top: H.offsetTop,
                        right: H.offsetLeft + H.offsetWidth,
                        bottom: H.offsetTop + H.offsetHeight
                    }, e = Math.min(e, K[I].left), L = Math.min(L, K[I].top), M = Math.max(M, K[I].right), N = Math.max(N, K[I].bottom)
                }
                var G = document.createElement("div");
                G.style.position = "absolute", G.style.left = "-4000px", G.style.width = M - e + "px", G.style.height = N - L + "px", document.body.appendChild(G);
                var J = q("zrender").init(G),
                    Q = q("zrender/shape/Image");
                for (var I in K) {
                    J.addShape(new Q({
                        style: {
                            x: K[I].left - e,
                            y: K[I].top - L,
                            image: K[I].img
                        }
                    }))
                }
                J.render();
                var P = this._option.backgroundColor;
                P && "rgba(0,0,0,0)" === P.replace(/ /g, "") && (P = "#fff");
                var F = J.toDataURL("image/png", P);
                return setTimeout(function() {
                    J.dispose(), G.parentNode.removeChild(G), G = null
                }, 100), F
            },
            getConnectedImage: function(a) {
                var m = this._optionRestore.title,
                    l = document.createElement("img");
                return l.src = this.getConnectedDataURL(a), l.title = m && m.text || "ECharts", l
            },
            on: function(a, i) {
                return this._messageCenterOutSide.bind(a, i, this), this
            },
            un: function(a, i) {
                return this._messageCenterOutSide.unbind(a, i), this
            },
            connect: function(a) {
                if (!a) {
                    return this
                }
                if (this._connected || (this._connected = {}), a instanceof Array) {
                    for (var m = 0, l = a.length; l > m; m++) {
                        this._connected[a[m].id] = a[m]
                    }
                } else {
                    this._connected[a.id] = a
                }
                return this
            },
            disConnect: function(a) {
                if (!a || !this._connected) {
                    return this
                }
                if (a instanceof Array) {
                    for (var o = 0, l = a.length; l > o; o++) {
                        delete this._connected[a[o].id]
                    }
                } else {
                    delete this._connected[a.id]
                }
                for (var m in this._connected) {
                    return this
                }
                return this._connected = !1, this
            },
            connectedEventHandler: function(a) {
                a.__echartsId != this.id && this._onevent(a)
            },
            isConnected: function() {
                return !!this._connected
            },
            showLoading: function(o) {
                var a = {
                    bar: q("zrender/loadingEffect/Bar"),
                    bubble: q("zrender/loadingEffect/Bubble"),
                    dynamicLine: q("zrender/loadingEffect/DynamicLine"),
                    ring: q("zrender/loadingEffect/Ring"),
                    spin: q("zrender/loadingEffect/Spin"),
                    whirling: q("zrender/loadingEffect/Whirling")
                };
                this._toolbox.hideDataView(), o = o || {};
                var e = o.textStyle || {};
                o.textStyle = e;
                var l = z.merge(z.merge(z.clone(e), this._themeConfig.textStyle), j.textStyle);
                e.textFont = l.fontStyle + " " + l.fontWeight + " " + l.fontSize + "px " + l.fontFamily, e.text = o.text || this._option && this._option.loadingText || this._themeConfig.loadingText || j.loadingText, null != o.x && (e.x = o.x), null != o.y && (e.y = o.y), o.effectOption = o.effectOption || {}, o.effectOption.textStyle = e;
                var m = o.effect;
                return ("string" == typeof m || null == m) && (m = a[o.effect || this._option && this._option.loadingEffect || this._themeConfig.loadingEffect || j.loadingEffect] || a.spin), this._zr.showLoading(new m(o.effectOption)), this
            },
            hideLoading: function() {
                return this._zr.hideLoading(), this
            },
            setTheme: function(e) {
                if (e) {
                    if ("string" == typeof e) {
                        switch (e) {
                            case "macarons":
                                e = q("./theme/macarons");
                                break;
                            case "infographic":
                                e = q("./theme/infographic");
                                break;
                            default:
                                e = {}
                        }
                    } else {
                        e = e || {}
                    }
                    this._themeConfig = e
                }
                if (!w) {
                    var a = this._themeConfig.textStyle;
                    a && a.fontFamily && a.fontFamily2 && (a.fontFamily = a.fontFamily2), a = j.textStyle, a.fontFamily = a.fontFamily2
                }
                this._timeline && this._timeline.setTheme(!0), this._optionRestore && this.restore()
            },
            resize: function() {
                var a = this;
                return function() {
                    if (a._clearEffect(), a._zr.resize(), a._option && a._option.renderAsImage && w) {
                        return a._render(a._option), a
                    }
                    a._zr.clearAnimation(), a._island.resize(), a._toolbox.resize(), a._timeline && a._timeline.resize();
                    for (var l = 0, e = a._chartList.length; e > l; l++) {
                        a._chartList[l].resize && a._chartList[l].resize()
                    }
                    return a.component.grid && a.component.grid.refixAxisShape(a.component), a._zr.refresh(), a._messageCenter.dispatch(j.EVENT.RESIZE, null, null, a), a
                }
            },
            _clearEffect: function() {
                this._zr.modLayer(j.EFFECT_ZLEVEL, {
                    motionBlur: !1
                }), this._zr.painter.clearLayer(j.EFFECT_ZLEVEL)
            },
            clear: function() {
                return this._disposeChartList(), this._zr.clear(), this._option = {}, this._optionRestore = {}, this.dom.style.backgroundColor = null, this
            },
            dispose: function() {
                var a = this.dom.getAttribute(E);
                a && delete x[a], this._island.dispose(), this._toolbox.dispose(), this._timeline && this._timeline.dispose(), this._messageCenter.unbind(), this.clear(), this._zr.dispose(), this._zr = null
            }
        }, B
    }), d("echarts/config", [], function() {
        var a = {
            CHART_TYPE_LINE: "line",
            CHART_TYPE_BAR: "bar",
            CHART_TYPE_SCATTER: "scatter",
            CHART_TYPE_PIE: "pie",
            CHART_TYPE_RADAR: "radar",
            CHART_TYPE_VENN: "venn",
            CHART_TYPE_TREEMAP: "treemap",
            CHART_TYPE_TREE: "tree",
            CHART_TYPE_MAP: "map",
            CHART_TYPE_K: "k",
            CHART_TYPE_ISLAND: "island",
            CHART_TYPE_FORCE: "force",
            CHART_TYPE_CHORD: "chord",
            CHART_TYPE_GAUGE: "gauge",
            CHART_TYPE_FUNNEL: "funnel",
            CHART_TYPE_EVENTRIVER: "eventRiver",
            CHART_TYPE_WORDCLOUD: "wordCloud",
            CHART_TYPE_HEATMAP: "heatmap",
            COMPONENT_TYPE_TITLE: "title",
            COMPONENT_TYPE_LEGEND: "legend",
            COMPONENT_TYPE_DATARANGE: "dataRange",
            COMPONENT_TYPE_DATAVIEW: "dataView",
            COMPONENT_TYPE_DATAZOOM: "dataZoom",
            COMPONENT_TYPE_TOOLBOX: "toolbox",
            COMPONENT_TYPE_TOOLTIP: "tooltip",
            COMPONENT_TYPE_GRID: "grid",
            COMPONENT_TYPE_AXIS: "axis",
            COMPONENT_TYPE_POLAR: "polar",
            COMPONENT_TYPE_X_AXIS: "xAxis",
            COMPONENT_TYPE_Y_AXIS: "yAxis",
            COMPONENT_TYPE_AXIS_CATEGORY: "categoryAxis",
            COMPONENT_TYPE_AXIS_VALUE: "valueAxis",
            COMPONENT_TYPE_TIMELINE: "timeline",
            COMPONENT_TYPE_ROAMCONTROLLER: "roamController",
            backgroundColor: "rgba(0,0,0,0)",
            color: ["#ff7f50", "#87cefa", "#da70d6", "#32cd32", "#6495ed", "#ff69b4", "#ba55d3", "#cd5c5c", "#ffa500", "#40e0d0", "#1e90ff", "#ff6347", "#7b68ee", "#00fa9a", "#ffd700", "#6699FF", "#ff6666", "#3cb371", "#b8860b", "#30e0e0"],
            markPoint: {
                clickable: !0,
                symbol: "pin",
                symbolSize: 10,
                large: !1,
                effect: {
                    show: !1,
                    loop: !0,
                    period: 15,
                    type: "scale",
                    scaleSize: 2,
                    bounceDistance: 10
                },
                itemStyle: {
                    normal: {
                        borderWidth: 2,
                        label: {
                            show: !0,
                            position: "inside"
                        }
                    },
                    emphasis: {
                        label: {
                            show: !0
                        }
                    }
                }
            },
            markLine: {
                clickable: !0,
                symbol: ["circle", "arrow"],
                symbolSize: [2, 4],
                smoothness: 0.2,
                precision: 2,
                effect: {
                    show: !1,
                    loop: !0,
                    period: 15,
                    scaleSize: 2
                },
                bundling: {
                    enable: !1,
                    maxTurningAngle: 45
                },
                itemStyle: {
                    normal: {
                        borderWidth: 1.5,
                        label: {
                            show: !0,
                            position: "end"
                        },
                        lineStyle: {
                            type: "dashed"
                        }
                    },
                    emphasis: {
                        label: {
                            show: !1
                        },
                        lineStyle: {}
                    }
                }
            },
            textStyle: {
                decoration: "none",
                fontFamily: "Arial, Verdana, sans-serif",
                fontFamily2: "微软雅黑",
                fontSize: 12,
                fontStyle: "normal",
                fontWeight: "normal"
            },
            EVENT: {
                REFRESH: "refresh",
                RESTORE: "restore",
                RESIZE: "resize",
                CLICK: "click",
                DBLCLICK: "dblclick",
                HOVER: "hover",
                MOUSEOUT: "mouseout",
                DATA_CHANGED: "dataChanged",
                DATA_ZOOM: "dataZoom",
                DATA_RANGE: "dataRange",
                DATA_RANGE_SELECTED: "dataRangeSelected",
                DATA_RANGE_HOVERLINK: "dataRangeHoverLink",
                LEGEND_SELECTED: "legendSelected",
                LEGEND_HOVERLINK: "legendHoverLink",
                MAP_SELECTED: "mapSelected",
                PIE_SELECTED: "pieSelected",
                MAGIC_TYPE_CHANGED: "magicTypeChanged",
                DATA_VIEW_CHANGED: "dataViewChanged",
                TIMELINE_CHANGED: "timelineChanged",
                MAP_ROAM: "mapRoam",
                FORCE_LAYOUT_END: "forceLayoutEnd",
                TOOLTIP_HOVER: "tooltipHover",
                TOOLTIP_IN_GRID: "tooltipInGrid",
                TOOLTIP_OUT_GRID: "tooltipOutGrid",
                ROAMCONTROLLER: "roamController"
            },
            DRAG_ENABLE_TIME: 120,
            EFFECT_ZLEVEL: 10,
            effectBlendAlpha: 0.95,
            symbolList: ["circle", "rectangle", "triangle", "diamond", "emptyCircle", "emptyRectangle", "emptyTriangle", "emptyDiamond"],
            loadingEffect: "spin",
            loadingText: "数据读取中...",
            noDataEffect: "bubble",
            noDataText: "暂无数据",
            calculable: !1,
            calculableColor: "rgba(255,165,0,0.6)",
            calculableHolderColor: "#ccc",
            nameConnector: " & ",
            valueConnector: ": ",
            animation: !0,
            addDataAnimation: !0,
            animationThreshold: 2000,
            animationDuration: 2000,
            animationDurationUpdate: 500,
            animationEasing: "ExponentialOut"
        };
        return a
    }), d("zrender/tool/util", ["require", "../dep/excanvas"], function(w) {
        function I(a) {
            return a && 1 === a.nodeType && "string" == typeof a.nodeName
        }

        function A(l) {
            if ("object" == typeof l && null !== l) {
                var m = l;
                if (l instanceof Array) {
                    m = [];
                    for (var i = 0, p = l.length; p > i; i++) {
                        m[i] = A(l[i])
                    }
                } else {
                    if (!M[x.call(l)] && !I(l)) {
                        m = {};
                        for (var s in l) {
                            l.hasOwnProperty(s) && (m[s] = A(l[s]))
                        }
                    }
                }
                return m
            }
            return l
        }

        function D(a, l, m, p) {
            if (l.hasOwnProperty(m)) {
                var s = a[m];
                "object" != typeof s || M[x.call(s)] || I(s) ? !p && m in a || (a[m] = l[m]) : j(a[m], l[m], p)
            }
        }

        function j(m, o, n) {
            for (var l in o) {
                D(m, o, l, n)
            }
            return m
        }

        function E() {
            if (!K) {
                if (w("../dep/excanvas"), window.G_vmlCanvasManager) {
                    var a = document.createElement("div");
                    a.style.position = "absolute", a.style.top = "-1000px", document.body.appendChild(a), K = G_vmlCanvasManager.initElement(a).getContext("2d")
                } else {
                    K = document.createElement("canvas").getContext("2d")
                }
            }
            return K
        }

        function G(a, o) {
            if (a.indexOf) {
                return a.indexOf(o)
            }
            for (var l = 0, m = a.length; m > l; l++) {
                if (a[l] === o) {
                    return l
                }
            }
            return -1
        }

        function H(m, r) {
            function o() {}
            var p = m.prototype;
            o.prototype = r.prototype, m.prototype = new o;
            for (var l in p) {
                m.prototype[l] = p[l]
            }
            m.constructor = m
        }

        function B(m, u, p) {
            if (m && u) {
                if (m.forEach && m.forEach === F) {
                    m.forEach(u, p)
                } else {
                    if (m.length === +m.length) {
                        for (var r = 0, l = m.length; l > r; r++) {
                            u.call(p, m[r], r, m)
                        }
                    } else {
                        for (var s in m) {
                            m.hasOwnProperty(s) && u.call(p, m[s], s, m)
                        }
                    }
                }
            }
        }

        function z(m, u, p) {
            if (m && u) {
                if (m.map && m.map === q) {
                    return m.map(u, p)
                }
                for (var r = [], l = 0, s = m.length; s > l; l++) {
                    r.push(u.call(p, m[l], l, m))
                }
                return r
            }
        }

        function C(m, u, p) {
            if (m && u) {
                if (m.filter && m.filter === J) {
                    return m.filter(u, p)
                }
                for (var r = [], l = 0, s = m.length; s > l; l++) {
                    u.call(p, m[l], l, m) && r.push(m[l])
                }
                return r
            }
        }

        function L(a, i) {
            return function() {
                a.apply(i, arguments)
            }
        }
        var K, v = Array.prototype,
            F = v.forEach,
            q = v.map,
            J = v.filter,
            M = {
                "[object Function]": 1,
                "[object RegExp]": 1,
                "[object Date]": 1,
                "[object Error]": 1,
                "[object CanvasGradient]": 1
            },
            x = Object.prototype.toString;
        return {
            inherits: H,
            clone: A,
            merge: j,
            getContext: E,
            indexOf: G,
            each: B,
            map: z,
            filter: C,
            bind: L
        }
    }), d("zrender/tool/event", ["require", "../mixin/Eventful"], function(l) {
        function r(a) {
            return "undefined" != typeof a.zrenderX && a.zrenderX || "undefined" != typeof a.offsetX && a.offsetX || "undefined" != typeof a.layerX && a.layerX || "undefined" != typeof a.clientX && a.clientX
        }

        function m(a) {
            return "undefined" != typeof a.zrenderY && a.zrenderY || "undefined" != typeof a.offsetY && a.offsetY || "undefined" != typeof a.layerY && a.layerY || "undefined" != typeof a.clientY && a.clientY
        }

        function p(a) {
            return "undefined" != typeof a.zrenderDelta && a.zrenderDelta || "undefined" != typeof a.wheelDelta && a.wheelDelta || "undefined" != typeof a.detail && -a.detail
        }
        var j = l("../mixin/Eventful"),
            q = "function" == typeof window.addEventListener ? function(a) {
                a.preventDefault(), a.stopPropagation(), a.cancelBubble = !0
            } : function(a) {
                a.returnValue = !1, a.cancelBubble = !0
            };
        return {
            getX: r,
            getY: m,
            getDelta: p,
            stop: q,
            Dispatcher: j
        }
    }), d("zrender/tool/env", [], function() {
        function a(x) {
            var K = this.os = {},
                C = this.browser = {},
                F = x.match(/Web[kK]it[\/]{0,1}([\d.]+)/),
                j = x.match(/(Android);?[\s\/]+([\d.]+)?/),
                G = x.match(/(iPad).*OS\s([\d_]+)/),
                I = x.match(/(iPod)(.*OS\s([\d_]+))?/),
                J = !G && x.match(/(iPhone\sOS)\s([\d_]+)/),
                D = x.match(/(webOS|hpwOS)[\s\/]([\d.]+)/),
                B = D && x.match(/TouchPad/),
                E = x.match(/Kindle\/([\d.]+)/),
                N = x.match(/Silk\/([\d._]+)/),
                M = x.match(/(BlackBerry).*Version\/([\d.]+)/),
                w = x.match(/(BB10).*Version\/([\d.]+)/),
                H = x.match(/(RIM\sTablet\sOS)\s([\d.]+)/),
                v = x.match(/PlayBook/),
                L = x.match(/Chrome\/([\d.]+)/) || x.match(/CriOS\/([\d.]+)/),
                O = x.match(/Firefox\/([\d.]+)/),
                A = x.match(/MSIE ([\d.]+)/),
                q = F && x.match(/Mobile\//) && !L,
                z = x.match(/(iPhone|iPod|iPad).*AppleWebKit(?!.*Safari)/) && !L,
                A = x.match(/MSIE\s([\d.]+)/);
            return (C.webkit = !!F) && (C.version = F[1]), j && (K.android = !0, K.version = j[2]), J && !I && (K.ios = K.iphone = !0, K.version = J[2].replace(/_/g, ".")), G && (K.ios = K.ipad = !0, K.version = G[2].replace(/_/g, ".")), I && (K.ios = K.ipod = !0, K.version = I[3] ? I[3].replace(/_/g, ".") : null), D && (K.webos = !0, K.version = D[2]), B && (K.touchpad = !0), M && (K.blackberry = !0, K.version = M[2]), w && (K.bb10 = !0, K.version = w[2]), H && (K.rimtabletos = !0, K.version = H[2]), v && (C.playbook = !0), E && (K.kindle = !0, K.version = E[1]), N && (C.silk = !0, C.version = N[1]), !N && K.android && x.match(/Kindle Fire/) && (C.silk = !0), L && (C.chrome = !0, C.version = L[1]), O && (C.firefox = !0, C.version = O[1]), A && (C.ie = !0, C.version = A[1]), q && (x.match(/Safari/) || K.ios) && (C.safari = !0), z && (C.webview = !0), A && (C.ie = !0, C.version = A[1]), K.tablet = !!(G || v || j && !x.match(/Mobile/) || O && x.match(/Tablet/) || A && !x.match(/Phone/) && x.match(/Touch/)), K.phone = !(K.tablet || K.ipod || !(j || J || D || M || w || L && x.match(/Android/) || L && x.match(/CriOS\/([\d.]+)/) || O && x.match(/Mobile/) || A && x.match(/Touch/))), {
                browser: C,
                os: K,
                canvasSupported: document.createElement("canvas").getContext ? !0 : !1
            }
        }
        return a(navigator.userAgent)
    }), d("zrender", ["zrender/zrender"], function(a) {
        return a
    }), d("zrender/zrender", ["require", "./dep/excanvas", "./tool/util", "./tool/log", "./tool/guid", "./Handler", "./Painter", "./Storage", "./animation/Animation", "./tool/env"], function(p) {
        function B(a) {
            return function() {
                a._needsRefreshNextFrame && a.refresh()
            }
        }
        p("./dep/excanvas");
        var u = p("./tool/util"),
            x = p("./tool/log"),
            j = p("./tool/guid"),
            y = p("./Handler"),
            z = p("./Painter"),
            A = p("./Storage"),
            v = p("./animation/Animation"),
            q = {},
            w = {};
        w.version = "2.1.1", w.init = function(a) {
            var i = new C(j(), a);
            return q[i.id] = i, i
        }, w.dispose = function(a) {
            if (a) {
                a.dispose()
            } else {
                for (var i in q) {
                    q[i].dispose()
                }
                q = {}
            }
            return w
        }, w.getInstance = function(a) {
            return q[a]
        }, w.delInstance = function(a) {
            return delete q[a], w
        };
        var C = function(o, s) {
            this.id = o, this.env = p("./tool/env"), this.storage = new A, this.painter = new z(s, this.storage), this.handler = new y(s, this.storage, this.painter), this.animation = new v({
                stage: {
                    update: B(this)
                }
            }), this.animation.start();
            var e = this;
            this.painter.refreshNextFrame = function() {
                e.refreshNextFrame()
            }, this._needsRefreshNextFrame = !1;
            var e = this,
                l = this.storage,
                r = l.delFromMap;
            l.delFromMap = function(a) {
                var i = l.get(a);
                e.stopAnimation(i), r.call(l, a)
            }
        };
        return C.prototype.getId = function() {
            return this.id
        }, C.prototype.addShape = function(a) {
            return this.addElement(a), this
        }, C.prototype.addGroup = function(a) {
            return this.addElement(a), this
        }, C.prototype.delShape = function(a) {
            return this.delElement(a), this
        }, C.prototype.delGroup = function(a) {
            return this.delElement(a), this
        }, C.prototype.modShape = function(a, i) {
            return this.modElement(a, i), this
        }, C.prototype.modGroup = function(a, i) {
            return this.modElement(a, i), this
        }, C.prototype.addElement = function(a) {
            return this.storage.addRoot(a), this._needsRefreshNextFrame = !0, this
        }, C.prototype.delElement = function(a) {
            return this.storage.delRoot(a), this._needsRefreshNextFrame = !0, this
        }, C.prototype.modElement = function(a, i) {
            return this.storage.mod(a, i), this._needsRefreshNextFrame = !0, this
        }, C.prototype.modLayer = function(a, i) {
            return this.painter.modLayer(a, i), this._needsRefreshNextFrame = !0, this
        }, C.prototype.addHoverShape = function(a) {
            return this.storage.addHover(a), this
        }, C.prototype.render = function(a) {
            return this.painter.render(a), this._needsRefreshNextFrame = !1, this
        }, C.prototype.refresh = function(a) {
            return this.painter.refresh(a), this._needsRefreshNextFrame = !1, this
        }, C.prototype.refreshNextFrame = function() {
            return this._needsRefreshNextFrame = !0, this
        }, C.prototype.refreshHover = function(a) {
            return this.painter.refreshHover(a), this
        }, C.prototype.refreshShapes = function(a, i) {
            return this.painter.refreshShapes(a, i), this
        }, C.prototype.resize = function() {
            return this.painter.resize(), this
        }, C.prototype.animate = function(n, J, i) {
            var G = this;
            if ("string" == typeof n && (n = this.storage.get(n)), n) {
                var H;
                if (J) {
                    for (var I = J.split("."), E = n, D = 0, F = I.length; F > D; D++) {
                        E && (E = E[I[D]])
                    }
                    E && (H = E)
                } else {
                    H = n
                }
                if (!H) {
                    return void x('Property "' + J + '" is not existed in element ' + n.id)
                }
                null == n.__animators && (n.__animators = []);
                var L = n.__animators,
                    K = this.animation.animate(H, {
                        loop: i
                    }).during(function() {
                        G.modShape(n)
                    }).done(function() {
                        var a = u.indexOf(n.__animators, K);
                        a >= 0 && L.splice(a, 1)
                    });
                return L.push(K), K
            }
            x("Element not existed")
        }, C.prototype.stopAnimation = function(a) {
            if (a.__animators) {
                for (var o = a.__animators, l = o.length, m = 0; l > m; m++) {
                    o[m].stop()
                }
                o.length = 0
            }
            return this
        }, C.prototype.clearAnimation = function() {
            return this.animation.clear(), this
        }, C.prototype.showLoading = function(a) {
            return this.painter.showLoading(a), this
        }, C.prototype.hideLoading = function() {
            return this.painter.hideLoading(), this
        }, C.prototype.getWidth = function() {
            return this.painter.getWidth()
        }, C.prototype.getHeight = function() {
            return this.painter.getHeight()
        }, C.prototype.toDataURL = function(a, m, l) {
            return this.painter.toDataURL(a, m, l)
        }, C.prototype.shapeToImage = function(a, o, l) {
            var m = j();
            return this.painter.shapeToImage(m, a, o, l)
        }, C.prototype.on = function(a, m, l) {
            return this.handler.on(a, m, l), this
        }, C.prototype.un = function(a, i) {
            return this.handler.un(a, i), this
        }, C.prototype.trigger = function(a, i) {
            return this.handler.trigger(a, i), this
        }, C.prototype.clear = function() {
            return this.storage.delRoot(), this.painter.clear(), this
        }, C.prototype.dispose = function() {
            this.animation.stop(), this.clear(), this.storage.dispose(), this.painter.dispose(), this.handler.dispose(), this.animation = this.storage = this.painter = this.handler = null, w.delInstance(this.id)
        }, w
    }), d("zrender/config", [], function() {
        var a = {
            EVENT: {
                RESIZE: "resize",
                CLICK: "click",
                DBLCLICK: "dblclick",
                MOUSEWHEEL: "mousewheel",
                MOUSEMOVE: "mousemove",
                MOUSEOVER: "mouseover",
                MOUSEOUT: "mouseout",
                MOUSEDOWN: "mousedown",
                MOUSEUP: "mouseup",
                GLOBALOUT: "globalout",
                DRAGSTART: "dragstart",
                DRAGEND: "dragend",
                DRAGENTER: "dragenter",
                DRAGOVER: "dragover",
                DRAGLEAVE: "dragleave",
                DROP: "drop",
                touchClickDelay: 300
            },
            elementClassName: "zr-element",
            catchBrushException: !1,
            debugMode: 0,
            devicePixelRatio: Math.max(window.devicePixelRatio || 1, 1)
        };
        return a
    }), d("echarts/chart/island", ["require", "./base", "zrender/shape/Circle", "../config", "../util/ecData", "zrender/tool/util", "zrender/tool/event", "zrender/tool/color", "../util/accMath", "../chart"], function(l) {
        function w(o, z, x, i, y) {
            m.call(this, o, z, x, i, y), this._nameConnector, this._valueConnector, this._zrHeight = this.zr.getHeight(), this._zrWidth = this.zr.getWidth();
            var s = this;
            s.shapeHandler.onmousewheel = function(B) {
                var G = B.target,
                    D = B.event,
                    E = v.getDelta(D);
                E = E > 0 ? -1 : 1, G.style.r -= E, G.style.r = G.style.r < 5 ? 5 : G.style.r;
                var A = q.get(G, "value"),
                    F = A * s.option.island.calculateStep;
                A = F > 1 ? Math.round(A - F * E) : +(A - F * E).toFixed(2);
                var C = q.get(G, "name");
                G.style.text = C + ":" + A, q.set(G, "value", A), q.set(G, "name", C), s.zr.modShape(G.id), s.zr.refreshNextFrame(), v.stop(D)
            }
        }
        var m = l("./base"),
            p = l("zrender/shape/Circle"),
            j = l("../config");
        j.island = {
            zlevel: 0,
            z: 5,
            r: 15,
            calculateStep: 0.1
        };
        var q = l("../util/ecData"),
            u = l("zrender/tool/util"),
            v = l("zrender/tool/event");
        return w.prototype = {
            type: j.CHART_TYPE_ISLAND,
            _combine: function(A, o) {
                var x = l("zrender/tool/color"),
                    e = l("../util/accMath"),
                    y = e.accAdd(q.get(A, "value"), q.get(o, "value")),
                    z = q.get(A, "name") + this._nameConnector + q.get(o, "name");
                A.style.text = z + this._valueConnector + y, q.set(A, "value", y), q.set(A, "name", z), A.style.r = this.option.island.r, A.style.color = x.mix(A.style.color, o.style.color)
            },
            refresh: function(a) {
                a && (a.island = this.reformOption(a.island), this.option = a, this._nameConnector = this.option.nameConnector, this._valueConnector = this.option.valueConnector)
            },
            getOption: function() {
                return this.option
            },
            resize: function() {
                var s = this.zr.getWidth(),
                    A = this.zr.getHeight(),
                    x = s / (this._zrWidth || s),
                    y = A / (this._zrHeight || A);
                if (1 !== x || 1 !== y) {
                    this._zrWidth = s, this._zrHeight = A;
                    for (var r = 0, z = this.shapeList.length; z > r; r++) {
                        this.zr.modShape(this.shapeList[r].id, {
                            style: {
                                x: Math.round(this.shapeList[r].style.x * x),
                                y: Math.round(this.shapeList[r].style.y * y)
                            }
                        })
                    }
                }
            },
            add: function(o) {
                var B = q.get(o, "name"),
                    x = q.get(o, "value"),
                    n = null != q.get(o, "series") ? q.get(o, "series").name : "",
                    z = this.getFont(this.option.island.textStyle),
                    A = this.option.island,
                    y = {
                        zlevel: A.zlevel,
                        z: A.z,
                        style: {
                            x: o.style.x,
                            y: o.style.y,
                            r: this.option.island.r,
                            color: o.style.color || o.style.strokeColor,
                            text: B + this._valueConnector + x,
                            textFont: z
                        },
                        draggable: !0,
                        hoverable: !0,
                        onmousewheel: this.shapeHandler.onmousewheel,
                        _type: "island"
                    };
                "#fff" === y.style.color && (y.style.color = o.style.strokeColor), this.setCalculable(y), y.dragEnableTime = 0, q.pack(y, {
                    name: n
                }, -1, x, -1, B), y = new p(y), this.shapeList.push(y), this.zr.addShape(y)
            },
            del: function(a) {
                this.zr.delShape(a.id);
                for (var s = [], o = 0, r = this.shapeList.length; r > o; o++) {
                    this.shapeList[o].id != a.id && s.push(this.shapeList[o])
                }
                this.shapeList = s
            },
            ondrop: function(a, s) {
                if (this.isDrop && a.target) {
                    var o = a.target,
                        r = a.dragged;
                    this._combine(o, r), this.zr.modShape(o.id), s.dragIn = !0, this.isDrop = !1
                }
            },
            ondragend: function(a, o) {
                var n = a.target;
                this.isDragend ? o.dragIn && (this.del(n), o.needRefresh = !0) : o.dragIn || (n.style.x = v.getX(a.event), n.style.y = v.getY(a.event), this.add(n), o.needRefresh = !0), this.isDragend = !1
            }
        }, u.inherits(w, m), l("../chart").define("island", w), w
    }), d("echarts/component/toolbox", ["require", "./base", "zrender/shape/Line", "zrender/shape/Image", "zrender/shape/Rectangle", "../util/shape/Icon", "../config", "zrender/tool/util", "zrender/config", "zrender/tool/event", "./dataView", "../component"], function(p) {
        function B(l, F, m, i, s) {
            u.call(this, l, F, m, i, s), this.dom = s.dom, this._magicType = {}, this._magicMap = {}, this._isSilence = !1, this._iconList, this._iconShapeMap = {}, this._featureTitle = {}, this._featureIcon = {}, this._featureColor = {}, this._featureOption = {}, this._enableColor = "red", this._disableColor = "#ccc", this._markShapeList = [];
            var E = this;
            E._onMark = function(a) {
                E.__onMark(a)
            }, E._onMarkUndo = function(a) {
                E.__onMarkUndo(a)
            }, E._onMarkClear = function(a) {
                E.__onMarkClear(a)
            }, E._onDataZoom = function(a) {
                E.__onDataZoom(a)
            }, E._onDataZoomReset = function(a) {
                E.__onDataZoomReset(a)
            }, E._onDataView = function(a) {
                E.__onDataView(a)
            }, E._onRestore = function(a) {
                E.__onRestore(a)
            }, E._onSaveAsImage = function(a) {
                E.__onSaveAsImage(a)
            }, E._onMagicType = function(a) {
                E.__onMagicType(a)
            }, E._onCustomHandler = function(a) {
                E.__onCustomHandler(a)
            }, E._onmousemove = function(a) {
                return E.__onmousemove(a)
            }, E._onmousedown = function(a) {
                return E.__onmousedown(a)
            }, E._onmouseup = function(a) {
                return E.__onmouseup(a)
            }, E._onclick = function(a) {
                return E.__onclick(a)
            }
        }
        var u = p("./base"),
            x = p("zrender/shape/Line"),
            j = p("zrender/shape/Image"),
            y = p("zrender/shape/Rectangle"),
            z = p("../util/shape/Icon"),
            A = p("../config");
        A.toolbox = {
            zlevel: 0,
            z: 6,
            show: !1,
            orient: "horizontal",
            x: "right",
            y: "top",
            color: ["#1e90ff", "#22bb22", "#4b0082", "#d2691e"],
            disableColor: "#ddd",
            effectiveColor: "red",
            backgroundColor: "rgba(0,0,0,0)",
            borderColor: "#ccc",
            borderWidth: 0,
            padding: 5,
            itemGap: 10,
            itemSize: 16,
            showTitle: !0,
            feature: {
                mark: {
                    show: !1,
                    title: {
                        mark: "辅助线开关",
                        markUndo: "删除辅助线",
                        markClear: "清空辅助线"
                    },
                    lineStyle: {
                        width: 1,
                        color: "#1e90ff",
                        type: "dashed"
                    }
                },
                dataZoom: {
                    show: !1,
                    title: {
                        dataZoom: "区域缩放",
                        dataZoomReset: "区域缩放后退"
                    }
                },
                dataView: {
                    show: !1,
                    title: "数据视图",
                    readOnly: !1,
                    lang: ["数据视图", "关闭", "刷新"]
                },
                magicType: {
                    show: !1,
                    title: {
                        line: "折线图切换",
                        bar: "柱形图切换",
                        stack: "堆积",
                        tiled: "平铺",
                        force: "力导向布局图切换",
                        chord: "和弦图切换",
                        pie: "饼图切换",
                        funnel: "漏斗图切换"
                    },
                    type: []
                },
                restore: {
                    show: !1,
                    title: "还原"
                },
                saveAsImage: {
                    show: !1,
                    title: "保存为图片",
                    type: "png",
                    lang: ["点击保存"]
                }
            }
        };
        var v = p("zrender/tool/util"),
            q = p("zrender/config"),
            w = p("zrender/tool/event"),
            D = "stack",
            C = "tiled";
        return B.prototype = {
            type: A.COMPONENT_TYPE_TOOLBOX,
            _buildShape: function() {
                this._iconList = [];
                var m = this.option.toolbox;
                this._enableColor = m.effectiveColor, this._disableColor = m.disableColor;
                var H = m.feature,
                    s = [];
                for (var E in H) {
                    if (H[E].show) {
                        switch (E) {
                            case "mark":
                                s.push({
                                    key: E,
                                    name: "mark"
                                }), s.push({
                                    key: E,
                                    name: "markUndo"
                                }), s.push({
                                    key: E,
                                    name: "markClear"
                                });
                                break;
                            case "magicType":
                                for (var l = 0, F = H[E].type.length; F > l; l++) {
                                    H[E].title[H[E].type[l] + "Chart"] = H[E].title[H[E].type[l]], H[E].option && (H[E].option[H[E].type[l] + "Chart"] = H[E].option[H[E].type[l]]), s.push({
                                        key: E,
                                        name: H[E].type[l] + "Chart"
                                    })
                                }
                                break;
                            case "dataZoom":
                                s.push({
                                    key: E,
                                    name: "dataZoom"
                                }), s.push({
                                    key: E,
                                    name: "dataZoomReset"
                                });
                                break;
                            case "saveAsImage":
                                this.canvasSupported && s.push({
                                    key: E,
                                    name: "saveAsImage"
                                });
                                break;
                            default:
                                s.push({
                                    key: E,
                                    name: E
                                })
                        }
                    }
                }
                if (s.length > 0) {
                    for (var G, E, l = 0, F = s.length; F > l; l++) {
                        G = s[l].name, E = s[l].key, this._iconList.push(G), this._featureTitle[G] = H[E].title[G] || H[E].title, H[E].icon && (this._featureIcon[G] = H[E].icon[G] || H[E].icon), H[E].color && (this._featureColor[G] = H[E].color[G] || H[E].color), H[E].option && (this._featureOption[G] = H[E].option[G] || H[E].option)
                    }
                    this._itemGroupLocation = this._getItemGroupLocation(), this._buildBackground(), this._buildItem();
                    for (var l = 0, F = this.shapeList.length; F > l; l++) {
                        this.zr.addShape(this.shapeList[l])
                    }
                    this._iconShapeMap.mark && (this._iconDisable(this._iconShapeMap.markUndo), this._iconDisable(this._iconShapeMap.markClear)), this._iconShapeMap.dataZoomReset && 0 === this._zoomQueue.length && this._iconDisable(this._iconShapeMap.dataZoomReset)
                }
            },
            _buildItem: function() {
                var L, E, H, I, K = this.option.toolbox,
                    F = this._iconList.length,
                    r = this._itemGroupLocation.x,
                    G = this._itemGroupLocation.y,
                    O = K.itemSize,
                    N = K.itemGap,
                    e = K.color instanceof Array ? K.color : [K.color],
                    J = this.getFont(K.textStyle);
                "horizontal" === K.orient ? (E = this._itemGroupLocation.y / this.zr.getHeight() < 0.5 ? "bottom" : "top", H = this._itemGroupLocation.x / this.zr.getWidth() < 0.5 ? "left" : "right", I = this._itemGroupLocation.y / this.zr.getHeight() < 0.5 ? "top" : "bottom") : E = this._itemGroupLocation.x / this.zr.getWidth() < 0.5 ? "right" : "left", this._iconShapeMap = {};
                for (var a = this, M = 0; F > M; M++) {
                    switch (L = {
                            type: "icon",
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            style: {
                                x: r,
                                y: G,
                                width: O,
                                height: O,
                                iconType: this._iconList[M],
                                lineWidth: 1,
                                strokeColor: this._featureColor[this._iconList[M]] || e[M % e.length],
                                brushType: "stroke"
                            },
                            highlightStyle: {
                                lineWidth: 1,
                                text: K.showTitle ? this._featureTitle[this._iconList[M]] : void 0,
                                textFont: J,
                                textPosition: E,
                                strokeColor: this._featureColor[this._iconList[M]] || e[M % e.length]
                            },
                            hoverable: !0,
                            clickable: !0
                        }, this._featureIcon[this._iconList[M]] && (L.style.image = this._featureIcon[this._iconList[M]].replace(new RegExp("^image:\\/\\/"), ""), L.style.opacity = 0.8, L.highlightStyle.opacity = 1, L.type = "image"), "horizontal" === K.orient && (0 === M && "left" === H && (L.highlightStyle.textPosition = "specific", L.highlightStyle.textAlign = H, L.highlightStyle.textBaseline = I, L.highlightStyle.textX = r, L.highlightStyle.textY = "top" === I ? G + O + 10 : G - 10), M === F - 1 && "right" === H && (L.highlightStyle.textPosition = "specific", L.highlightStyle.textAlign = H, L.highlightStyle.textBaseline = I, L.highlightStyle.textX = r + O, L.highlightStyle.textY = "top" === I ? G + O + 10 : G - 10)), this._iconList[M]) {
                        case "mark":
                            L.onclick = a._onMark;
                            break;
                        case "markUndo":
                            L.onclick = a._onMarkUndo;
                            break;
                        case "markClear":
                            L.onclick = a._onMarkClear;
                            break;
                        case "dataZoom":
                            L.onclick = a._onDataZoom;
                            break;
                        case "dataZoomReset":
                            L.onclick = a._onDataZoomReset;
                            break;
                        case "dataView":
                            if (!this._dataView) {
                                var P = p("./dataView");
                                this._dataView = new P(this.ecTheme, this.messageCenter, this.zr, this.option, this.myChart)
                            }
                            L.onclick = a._onDataView;
                            break;
                        case "restore":
                            L.onclick = a._onRestore;
                            break;
                        case "saveAsImage":
                            L.onclick = a._onSaveAsImage;
                            break;
                        default:
                            this._iconList[M].match("Chart") ? (L._name = this._iconList[M].replace("Chart", ""), L.onclick = a._onMagicType) : L.onclick = a._onCustomHandler
                    }
                    "icon" === L.type ? L = new z(L) : "image" === L.type && (L = new j(L)), this.shapeList.push(L), this._iconShapeMap[this._iconList[M]] = L, "horizontal" === K.orient ? r += O + N : G += O + N
                }
            },
            _buildBackground: function() {
                var a = this.option.toolbox,
                    i = this.reformCssArray(this.option.toolbox.padding);
                this.shapeList.push(new y({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    hoverable: !1,
                    style: {
                        x: this._itemGroupLocation.x - i[3],
                        y: this._itemGroupLocation.y - i[0],
                        width: this._itemGroupLocation.width + i[3] + i[1],
                        height: this._itemGroupLocation.height + i[0] + i[2],
                        brushType: 0 === a.borderWidth ? "fill" : "both",
                        color: a.backgroundColor,
                        strokeColor: a.borderColor,
                        lineWidth: a.borderWidth
                    }
                }))
            },
            _getItemGroupLocation: function() {
                var F = this.option.toolbox,
                    O = this.reformCssArray(this.option.toolbox.padding),
                    H = this._iconList.length,
                    K = F.itemGap,
                    E = F.itemSize,
                    L = 0,
                    M = 0;
                "horizontal" === F.orient ? (L = (E + K) * H - K, M = E) : (M = (E + K) * H - K, L = E);
                var N, I = this.zr.getWidth();
                switch (F.x) {
                    case "center":
                        N = Math.floor((I - L) / 2);
                        break;
                    case "left":
                        N = O[3] + F.borderWidth;
                        break;
                    case "right":
                        N = I - L - O[1] - F.borderWidth;
                        break;
                    default:
                        N = F.x - 0, N = isNaN(N) ? 0 : N
                }
                var G, J = this.zr.getHeight();
                switch (F.y) {
                    case "top":
                        G = O[0] + F.borderWidth;
                        break;
                    case "bottom":
                        G = J - M - O[2] - F.borderWidth;
                        break;
                    case "center":
                        G = Math.floor((J - M) / 2);
                        break;
                    default:
                        G = F.y - 0, G = isNaN(G) ? 0 : G
                }
                return {
                    x: N,
                    y: G,
                    width: L,
                    height: M
                }
            },
            __onmousemove: function(a) {
                this._marking && (this._markShape.style.xEnd = w.getX(a.event), this._markShape.style.yEnd = w.getY(a.event), this.zr.addHoverShape(this._markShape)), this._zooming && (this._zoomShape.style.width = w.getX(a.event) - this._zoomShape.style.x, this._zoomShape.style.height = w.getY(a.event) - this._zoomShape.style.y, this.zr.addHoverShape(this._zoomShape), this.dom.style.cursor = "crosshair", w.stop(a.event)), this._zoomStart && "pointer" != this.dom.style.cursor && "move" != this.dom.style.cursor && (this.dom.style.cursor = "crosshair")
            },
            __onmousedown: function(a) {
                if (!a.target) {
                    this._zooming = !0;
                    var o = w.getX(a.event),
                        l = w.getY(a.event),
                        m = this.option.dataZoom || {};
                    return this._zoomShape = new y({
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: {
                            x: o,
                            y: l,
                            width: 1,
                            height: 1,
                            brushType: "both"
                        },
                        highlightStyle: {
                            lineWidth: 2,
                            color: m.fillerColor || A.dataZoom.fillerColor,
                            strokeColor: m.handleColor || A.dataZoom.handleColor,
                            brushType: "both"
                        }
                    }), this.zr.addHoverShape(this._zoomShape), !0
                }
            },
            __onmouseup: function() {
                if (!this._zoomShape || Math.abs(this._zoomShape.style.width) < 10 || Math.abs(this._zoomShape.style.height) < 10) {
                    return this._zooming = !1, !0
                }
                if (this._zooming && this.component.dataZoom) {
                    this._zooming = !1;
                    var a = this.component.dataZoom.rectZoom(this._zoomShape.style);
                    a && (this._zoomQueue.push({
                        start: a.start,
                        end: a.end,
                        start2: a.start2,
                        end2: a.end2
                    }), this._iconEnable(this._iconShapeMap.dataZoomReset), this.zr.refreshNextFrame())
                }
                return !0
            },
            __onclick: function(a) {
                if (!a.target) {
                    if (this._marking) {
                        this._marking = !1, this._markShapeList.push(this._markShape), this._iconEnable(this._iconShapeMap.markUndo), this._iconEnable(this._iconShapeMap.markClear), this.zr.addShape(this._markShape), this.zr.refreshNextFrame()
                    } else {
                        if (this._markStart) {
                            this._marking = !0;
                            var m = w.getX(a.event),
                                l = w.getY(a.event);
                            this._markShape = new x({
                                zlevel: this.getZlevelBase(),
                                z: this.getZBase(),
                                style: {
                                    xStart: m,
                                    yStart: l,
                                    xEnd: m,
                                    yEnd: l,
                                    lineWidth: this.query(this.option, "toolbox.feature.mark.lineStyle.width"),
                                    strokeColor: this.query(this.option, "toolbox.feature.mark.lineStyle.color"),
                                    lineType: this.query(this.option, "toolbox.feature.mark.lineStyle.type")
                                }
                            }), this.zr.addHoverShape(this._markShape)
                        }
                    }
                }
            },
            __onMark: function(a) {
                var m = a.target;
                if (this._marking || this._markStart) {
                    this._resetMark(), this.zr.refreshNextFrame()
                } else {
                    this._resetZoom(), this.zr.modShape(m.id, {
                        style: {
                            strokeColor: this._enableColor
                        }
                    }), this.zr.refreshNextFrame(), this._markStart = !0;
                    var l = this;
                    setTimeout(function() {
                        l.zr && l.zr.on(q.EVENT.CLICK, l._onclick) && l.zr.on(q.EVENT.MOUSEMOVE, l._onmousemove)
                    }, 10)
                }
                return !0
            },
            __onMarkUndo: function() {
                if (this._marking) {
                    this._marking = !1
                } else {
                    var a = this._markShapeList.length;
                    if (a >= 1) {
                        var i = this._markShapeList[a - 1];
                        this.zr.delShape(i.id), this.zr.refreshNextFrame(), this._markShapeList.pop(), 1 === a && (this._iconDisable(this._iconShapeMap.markUndo), this._iconDisable(this._iconShapeMap.markClear))
                    }
                }
                return !0
            },
            __onMarkClear: function() {
                this._marking && (this._marking = !1);
                var a = this._markShapeList.length;
                if (a > 0) {
                    for (; a--;) {
                        this.zr.delShape(this._markShapeList.pop().id)
                    }
                    this._iconDisable(this._iconShapeMap.markUndo), this._iconDisable(this._iconShapeMap.markClear), this.zr.refreshNextFrame()
                }
                return !0
            },
            __onDataZoom: function(a) {
                var m = a.target;
                if (this._zooming || this._zoomStart) {
                    this._resetZoom(), this.zr.refreshNextFrame(), this.dom.style.cursor = "default"
                } else {
                    this._resetMark(), this.zr.modShape(m.id, {
                        style: {
                            strokeColor: this._enableColor
                        }
                    }), this.zr.refreshNextFrame(), this._zoomStart = !0;
                    var l = this;
                    setTimeout(function() {
                        l.zr && l.zr.on(q.EVENT.MOUSEDOWN, l._onmousedown) && l.zr.on(q.EVENT.MOUSEUP, l._onmouseup) && l.zr.on(q.EVENT.MOUSEMOVE, l._onmousemove)
                    }, 10), this.dom.style.cursor = "crosshair"
                }
                return !0
            },
            __onDataZoomReset: function() {
                return this._zooming && (this._zooming = !1), this._zoomQueue.pop(), this._zoomQueue.length > 0 ? this.component.dataZoom.absoluteZoom(this._zoomQueue[this._zoomQueue.length - 1]) : (this.component.dataZoom.rectZoom(), this._iconDisable(this._iconShapeMap.dataZoomReset), this.zr.refreshNextFrame()), !0
            },
            _resetMark: function() {
                this._marking = !1, this._markStart && (this._markStart = !1, this._iconShapeMap.mark && this.zr.modShape(this._iconShapeMap.mark.id, {
                    style: {
                        strokeColor: this._iconShapeMap.mark.highlightStyle.strokeColor
                    }
                }), this.zr.un(q.EVENT.CLICK, this._onclick), this.zr.un(q.EVENT.MOUSEMOVE, this._onmousemove))
            },
            _resetZoom: function() {
                this._zooming = !1, this._zoomStart && (this._zoomStart = !1, this._iconShapeMap.dataZoom && this.zr.modShape(this._iconShapeMap.dataZoom.id, {
                    style: {
                        strokeColor: this._iconShapeMap.dataZoom.highlightStyle.strokeColor
                    }
                }), this.zr.un(q.EVENT.MOUSEDOWN, this._onmousedown), this.zr.un(q.EVENT.MOUSEUP, this._onmouseup), this.zr.un(q.EVENT.MOUSEMOVE, this._onmousemove))
            },
            _iconDisable: function(a) {
                "image" != a.type ? this.zr.modShape(a.id, {
                    hoverable: !1,
                    clickable: !1,
                    style: {
                        strokeColor: this._disableColor
                    }
                }) : this.zr.modShape(a.id, {
                    hoverable: !1,
                    clickable: !1,
                    style: {
                        opacity: 0.3
                    }
                })
            },
            _iconEnable: function(a) {
                "image" != a.type ? this.zr.modShape(a.id, {
                    hoverable: !0,
                    clickable: !0,
                    style: {
                        strokeColor: a.highlightStyle.strokeColor
                    }
                }) : this.zr.modShape(a.id, {
                    hoverable: !0,
                    clickable: !0,
                    style: {
                        opacity: 0.8
                    }
                })
            },
            __onDataView: function() {
                return this._dataView.show(this.option), !0
            },
            __onRestore: function() {
                return this._resetMark(), this._resetZoom(), this.messageCenter.dispatch(A.EVENT.RESTORE, null, null, this.myChart), !0
            },
            __onSaveAsImage: function() {
                var m = this.option.toolbox.feature.saveAsImage,
                    s = m.type || "png";
                "png" != s && "jpeg" != s && (s = "png");
                var o;
                o = this.myChart.isConnected() ? this.myChart.getConnectedDataURL(s) : this.zr.toDataURL("image/" + s, this.option.backgroundColor && "rgba(0,0,0,0)" === this.option.backgroundColor.replace(" ", "") ? "#fff" : this.option.backgroundColor);
                var r = document.createElement("div");
                r.id = "__echarts_download_wrap__", r.style.cssText = "position:fixed;z-index:99999;display:block;top:0;left:0;background-color:rgba(33,33,33,0.5);text-align:center;width:100%;height:100%;line-height:" + document.documentElement.clientHeight + "px;";
                var l = document.createElement("a");
                l.href = o, l.setAttribute("download", (m.name ? m.name : this.option.title && (this.option.title.text || this.option.title.subtext) ? this.option.title.text || this.option.title.subtext : "ECharts") + "." + s), l.innerHTML = '<img style="vertical-align:middle" src="' + o + '" title="' + (window.ActiveXObject || "ActiveXObject" in window ? "右键->图片另存为" : m.lang ? m.lang[0] : "点击保存") + '"/>', r.appendChild(l), document.body.appendChild(r), l = null, r = null, setTimeout(function() {
                    var a = document.getElementById("__echarts_download_wrap__");
                    a && (a.onclick = function() {
                        var i = document.getElementById("__echarts_download_wrap__");
                        i.onclick = null, i.innerHTML = "", document.body.removeChild(i), i = null
                    }, a = null)
                }, 500)
            },
            __onMagicType: function(a) {
                this._resetMark();
                var i = a.target._name;
                return this._magicType[i] || (this._magicType[i] = !0, i === A.CHART_TYPE_LINE ? this._magicType[A.CHART_TYPE_BAR] = !1 : i === A.CHART_TYPE_BAR && (this._magicType[A.CHART_TYPE_LINE] = !1), i === A.CHART_TYPE_PIE ? this._magicType[A.CHART_TYPE_FUNNEL] = !1 : i === A.CHART_TYPE_FUNNEL && (this._magicType[A.CHART_TYPE_PIE] = !1), i === A.CHART_TYPE_FORCE ? this._magicType[A.CHART_TYPE_CHORD] = !1 : i === A.CHART_TYPE_CHORD && (this._magicType[A.CHART_TYPE_FORCE] = !1), i === D ? this._magicType[C] = !1 : i === C && (this._magicType[D] = !1), this.messageCenter.dispatch(A.EVENT.MAGIC_TYPE_CHANGED, a.event, {
                    magicType: this._magicType
                }, this.myChart)), !0
            },
            setMagicType: function(a) {
                this._resetMark(), this._magicType = a, !this._isSilence && this.messageCenter.dispatch(A.EVENT.MAGIC_TYPE_CHANGED, null, {
                    magicType: this._magicType
                }, this.myChart)
            },
            __onCustomHandler: function(a) {
                var m = a.target.style.iconType,
                    l = this.option.toolbox.feature[m].onclick;
                "function" == typeof l && l.call(this, this.option)
            },
            reset: function(E, M) {
                if (M && this.clear(), this.query(E, "toolbox.show") && this.query(E, "toolbox.feature.magicType.show")) {
                    var G = E.toolbox.feature.magicType.type,
                        I = G.length;
                    for (this._magicMap = {}; I--;) {
                        this._magicMap[G[I]] = !0
                    }
                    I = E.series.length;
                    for (var l, J; I--;) {
                        l = E.series[I].type, this._magicMap[l] && (J = E.xAxis instanceof Array ? E.xAxis[E.series[I].xAxisIndex || 0] : E.xAxis, J && "category" === (J.type || "category") && (J.__boundaryGap = null != J.boundaryGap ? J.boundaryGap : !0), J = E.yAxis instanceof Array ? E.yAxis[E.series[I].yAxisIndex || 0] : E.yAxis, J && "category" === J.type && (J.__boundaryGap = null != J.boundaryGap ? J.boundaryGap : !0), E.series[I].__type = l, E.series[I].__itemStyle = v.clone(E.series[I].itemStyle || {})), (this._magicMap[D] || this._magicMap[C]) && (E.series[I].__stack = E.series[I].stack)
                    }
                }
                this._magicType = M ? {} : this._magicType || {};
                for (var K in this._magicType) {
                    if (this._magicType[K]) {
                        this.option = E, this.getMagicOption();
                        break
                    }
                }
                var L = E.dataZoom;
                if (L && L.show) {
                    var F = null != L.start && L.start >= 0 && L.start <= 100 ? L.start : 0,
                        H = null != L.end && L.end >= 0 && L.end <= 100 ? L.end : 100;
                    F > H && (F += H, H = F - H, F -= H), this._zoomQueue = [{
                        start: F,
                        end: H,
                        start2: 0,
                        end2: 100
                    }]
                } else {
                    this._zoomQueue = []
                }
            },
            getMagicOption: function() {
                var m, s;
                if (this._magicType[A.CHART_TYPE_LINE] || this._magicType[A.CHART_TYPE_BAR]) {
                    for (var o = this._magicType[A.CHART_TYPE_LINE] ? !1 : !0, r = 0, l = this.option.series.length; l > r; r++) {
                        s = this.option.series[r].type, (s == A.CHART_TYPE_LINE || s == A.CHART_TYPE_BAR) && (m = this.option.xAxis instanceof Array ? this.option.xAxis[this.option.series[r].xAxisIndex || 0] : this.option.xAxis, m && "category" === (m.type || "category") && (m.boundaryGap = o ? !0 : m.__boundaryGap), m = this.option.yAxis instanceof Array ? this.option.yAxis[this.option.series[r].yAxisIndex || 0] : this.option.yAxis, m && "category" === m.type && (m.boundaryGap = o ? !0 : m.__boundaryGap))
                    }
                    this._defaultMagic(A.CHART_TYPE_LINE, A.CHART_TYPE_BAR)
                }
                if (this._defaultMagic(A.CHART_TYPE_CHORD, A.CHART_TYPE_FORCE), this._defaultMagic(A.CHART_TYPE_PIE, A.CHART_TYPE_FUNNEL), this._magicType[D] || this._magicType[C]) {
                    for (var r = 0, l = this.option.series.length; l > r; r++) {
                        this._magicType[D] ? (this.option.series[r].stack = "_ECHARTS_STACK_KENER_2014_", s = D) : this._magicType[C] && (this.option.series[r].stack = null, s = C), this._featureOption[s + "Chart"] && v.merge(this.option.series[r], this._featureOption[s + "Chart"] || {}, !0)
                    }
                }
                return this.option
            },
            _defaultMagic: function(m, s) {
                if (this._magicType[m] || this._magicType[s]) {
                    for (var o = 0, r = this.option.series.length; r > o; o++) {
                        var l = this.option.series[o].type;
                        (l == m || l == s) && (this.option.series[o].type = this._magicType[m] ? m : s, this.option.series[o].itemStyle = v.clone(this.option.series[o].__itemStyle), l = this.option.series[o].type, this._featureOption[l + "Chart"] && v.merge(this.option.series[o], this._featureOption[l + "Chart"] || {}, !0))
                    }
                }
            },
            silence: function(a) {
                this._isSilence = a
            },
            resize: function() {
                this._resetMark(), this.clear(), this.option && this.option.toolbox && this.option.toolbox.show && this._buildShape(), this._dataView && this._dataView.resize()
            },
            hideDataView: function() {
                this._dataView && this._dataView.hide()
            },
            clear: function(a) {
                this.zr && (this.zr.delShape(this.shapeList), this.shapeList = [], a || (this.zr.delShape(this._markShapeList), this._markShapeList = []))
            },
            onbeforDispose: function() {
                this._dataView && (this._dataView.dispose(), this._dataView = null), this._markShapeList = null
            },
            refresh: function(a) {
                a && (this._resetMark(), this._resetZoom(), a.toolbox = this.reformOption(a.toolbox), this.option = a, this.clear(!0), a.toolbox.show && this._buildShape(), this.hideDataView())
            }
        }, v.inherits(B, u), p("../component").define("toolbox", B), B
    }), d("echarts/component", [], function() {
        var a = {},
            i = {};
        return a.define = function(e, j) {
            return i[e] = j, a
        }, a.get = function(j) {
            return i[j]
        }, a
    }), d("echarts/component/title", ["require", "./base", "zrender/shape/Text", "zrender/shape/Rectangle", "../config", "zrender/tool/util", "zrender/tool/area", "zrender/tool/color", "../component"], function(m) {
        function y(l, z, r, i, s) {
            p.call(this, l, z, r, i, s), this.refresh(i)
        }
        var p = m("./base"),
            u = m("zrender/shape/Text"),
            j = m("zrender/shape/Rectangle"),
            v = m("../config");
        v.title = {
            zlevel: 0,
            z: 6,
            show: !0,
            text: "",
            subtext: "",
            x: "left",
            y: "top",
            backgroundColor: "rgba(0,0,0,0)",
            borderColor: "#ccc",
            borderWidth: 0,
            padding: 5,
            itemGap: 5,
            textStyle: {
                fontSize: 18,
                fontWeight: "bolder",
                color: "#333"
            },
            subtextStyle: {
                color: "#aaa"
            }
        };
        var w = m("zrender/tool/util"),
            x = m("zrender/tool/area"),
            q = m("zrender/tool/color");
        return y.prototype = {
            type: v.COMPONENT_TYPE_TITLE,
            _buildShape: function() {
                if (this.titleOption.show) {
                    this._itemGroupLocation = this._getItemGroupLocation(), this._buildBackground(), this._buildItem();
                    for (var a = 0, i = this.shapeList.length; i > a; a++) {
                        this.zr.addShape(this.shapeList[a])
                    }
                }
            },
            _buildItem: function() {
                var A = this.titleOption.text,
                    I = this.titleOption.link,
                    C = this.titleOption.target,
                    l = this.titleOption.subtext,
                    E = this.titleOption.sublink,
                    G = this.titleOption.subtarget,
                    H = this.getFont(this.titleOption.textStyle),
                    B = this.getFont(this.titleOption.subtextStyle),
                    D = this._itemGroupLocation.x,
                    K = this._itemGroupLocation.y,
                    J = this._itemGroupLocation.width,
                    z = this._itemGroupLocation.height,
                    F = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: {
                            y: K,
                            color: this.titleOption.textStyle.color,
                            text: A,
                            textFont: H,
                            textBaseline: "top"
                        },
                        highlightStyle: {
                            color: q.lift(this.titleOption.textStyle.color, 1),
                            brushType: "fill"
                        },
                        hoverable: !1
                    };
                I && (F.hoverable = !0, F.clickable = !0, F.onclick = function() {
                    C && "self" == C ? window.location = I : window.open(I)
                });
                var n = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        y: K + z,
                        color: this.titleOption.subtextStyle.color,
                        text: l,
                        textFont: B,
                        textBaseline: "bottom"
                    },
                    highlightStyle: {
                        color: q.lift(this.titleOption.subtextStyle.color, 1),
                        brushType: "fill"
                    },
                    hoverable: !1
                };
                switch (E && (n.hoverable = !0, n.clickable = !0, n.onclick = function() {
                        G && "self" == G ? window.location = E : window.open(E)
                    }), this.titleOption.x) {
                    case "center":
                        F.style.x = n.style.x = D + J / 2, F.style.textAlign = n.style.textAlign = "center";
                        break;
                    case "left":
                        F.style.x = n.style.x = D, F.style.textAlign = n.style.textAlign = "left";
                        break;
                    case "right":
                        F.style.x = n.style.x = D + J, F.style.textAlign = n.style.textAlign = "right";
                        break;
                    default:
                        D = this.titleOption.x - 0, D = isNaN(D) ? 0 : D, F.style.x = n.style.x = D
                }
                this.titleOption.textAlign && (F.style.textAlign = n.style.textAlign = this.titleOption.textAlign), this.shapeList.push(new u(F)), "" !== l && this.shapeList.push(new u(n))
            },
            _buildBackground: function() {
                var a = this.reformCssArray(this.titleOption.padding);
                this.shapeList.push(new j({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    hoverable: !1,
                    style: {
                        x: this._itemGroupLocation.x - a[3],
                        y: this._itemGroupLocation.y - a[0],
                        width: this._itemGroupLocation.width + a[3] + a[1],
                        height: this._itemGroupLocation.height + a[0] + a[2],
                        brushType: 0 === this.titleOption.borderWidth ? "fill" : "both",
                        color: this.titleOption.backgroundColor,
                        strokeColor: this.titleOption.borderColor,
                        lineWidth: this.titleOption.borderWidth
                    }
                }))
            },
            _getItemGroupLocation: function() {
                var z, H = this.reformCssArray(this.titleOption.padding),
                    B = this.titleOption.text,
                    E = this.titleOption.subtext,
                    s = this.getFont(this.titleOption.textStyle),
                    F = this.getFont(this.titleOption.subtextStyle),
                    G = Math.max(x.getTextWidth(B, s), x.getTextWidth(E, F)),
                    C = x.getTextHeight(B, s) + ("" === E ? 0 : this.titleOption.itemGap + x.getTextHeight(E, F)),
                    A = this.zr.getWidth();
                switch (this.titleOption.x) {
                    case "center":
                        z = Math.floor((A - G) / 2);
                        break;
                    case "left":
                        z = H[3] + this.titleOption.borderWidth;
                        break;
                    case "right":
                        z = A - G - H[1] - this.titleOption.borderWidth;
                        break;
                    default:
                        z = this.titleOption.x - 0, z = isNaN(z) ? 0 : z
                }
                var D, I = this.zr.getHeight();
                switch (this.titleOption.y) {
                    case "top":
                        D = H[0] + this.titleOption.borderWidth;
                        break;
                    case "bottom":
                        D = I - C - H[2] - this.titleOption.borderWidth;
                        break;
                    case "center":
                        D = Math.floor((I - C) / 2);
                        break;
                    default:
                        D = this.titleOption.y - 0, D = isNaN(D) ? 0 : D
                }
                return {
                    x: z,
                    y: D,
                    width: G,
                    height: C
                }
            },
            refresh: function(a) {
                a && (this.option = a, this.option.title = this.reformOption(this.option.title), this.titleOption = this.option.title, this.titleOption.textStyle = this.getTextStyle(this.titleOption.textStyle), this.titleOption.subtextStyle = this.getTextStyle(this.titleOption.subtextStyle)), this.clear(), this._buildShape()
            }
        }, w.inherits(y, p), m("../component").define("title", y), y
    }), d("echarts/component/tooltip", ["require", "./base", "../util/shape/Cross", "zrender/shape/Line", "zrender/shape/Rectangle", "../config", "../util/ecData", "zrender/config", "zrender/tool/event", "zrender/tool/area", "zrender/tool/color", "zrender/tool/util", "zrender/shape/Base", "../component"], function(u) {
        function E(a, H, m, n, p) {
            w.call(this, a, H, m, n, p), this.dom = p.dom;
            var i = this;
            i._onmousemove = function(l) {
                return i.__onmousemove(l)
            }, i._onglobalout = function(l) {
                return i.__onglobalout(l)
            }, this.zr.on(v.EVENT.MOUSEMOVE, i._onmousemove), this.zr.on(v.EVENT.GLOBALOUT, i._onglobalout), i._hide = function(l) {
                return i.__hide(l)
            }, i._tryShow = function(l) {
                return i.__tryShow(l)
            }, i._refixed = function(l) {
                return i.__refixed(l)
            }, i._setContent = function(l, o) {
                return i.__setContent(l, o)
            }, this._tDom = this._tDom || document.createElement("div"), this._tDom.onselectstart = function() {
                return !1
            }, this._tDom.onmouseover = function() {
                i._mousein = !0
            }, this._tDom.onmouseout = function() {
                i._mousein = !1
            }, this._tDom.className = "echarts-tooltip", this._tDom.style.position = "absolute", this.hasAppend = !1, this._axisLineShape && this.zr.delShape(this._axisLineShape.id), this._axisLineShape = new j({
                zlevel: this.getZlevelBase(),
                z: this.getZBase(),
                invisible: !0,
                hoverable: !1
            }), this.shapeList.push(this._axisLineShape), this.zr.addShape(this._axisLineShape), this._axisShadowShape && this.zr.delShape(this._axisShadowShape.id), this._axisShadowShape = new j({
                zlevel: this.getZlevelBase(),
                z: 1,
                invisible: !0,
                hoverable: !1
            }), this.shapeList.push(this._axisShadowShape), this.zr.addShape(this._axisShadowShape), this._axisCrossShape && this.zr.delShape(this._axisCrossShape.id), this._axisCrossShape = new z({
                zlevel: this.getZlevelBase(),
                z: this.getZBase(),
                invisible: !0,
                hoverable: !1
            }), this.shapeList.push(this._axisCrossShape), this.zr.addShape(this._axisCrossShape), this.showing = !1, this.refresh(n)
        }
        var w = u("./base"),
            z = u("../util/shape/Cross"),
            j = u("zrender/shape/Line"),
            A = u("zrender/shape/Rectangle"),
            C = new A({}),
            D = u("../config");
        D.tooltip = {
            zlevel: 1,
            z: 8,
            show: !0,
            showContent: !0,
            trigger: "item",
            islandFormatter: "{a} <br/>{b} : {c}",
            showDelay: 20,
            hideDelay: 100,
            transitionDuration: 0.4,
            enterable: !1,
            backgroundColor: "rgba(0,0,0,0.7)",
            borderColor: "#333",
            borderRadius: 4,
            borderWidth: 0,
            padding: 5,
            axisPointer: {
                type: "line",
                lineStyle: {
                    color: "#48b",
                    width: 2,
                    type: "solid"
                },
                crossStyle: {
                    color: "#1e90ff",
                    width: 1,
                    type: "dashed"
                },
                shadowStyle: {
                    color: "rgba(150,150,150,0.3)",
                    width: "auto",
                    type: "default"
                }
            },
            textStyle: {
                color: "#fff"
            }
        };
        var x = u("../util/ecData"),
            v = u("zrender/config"),
            y = u("zrender/tool/event"),
            G = u("zrender/tool/area"),
            F = u("zrender/tool/color"),
            q = u("zrender/tool/util"),
            B = u("zrender/shape/Base");
        return E.prototype = {
            type: D.COMPONENT_TYPE_TOOLTIP,
            _gCssText: "position:absolute;display:block;border-style:solid;white-space:nowrap;",
            _style: function(m) {
                if (!m) {
                    return ""
                }
                var r = [];
                if (m.transitionDuration) {
                    var o = "left " + m.transitionDuration + "s,top " + m.transitionDuration + "s";
                    r.push("transition:" + o), r.push("-moz-transition:" + o), r.push("-webkit-transition:" + o), r.push("-o-transition:" + o)
                }
                m.backgroundColor && (r.push("background-Color:" + F.toHex(m.backgroundColor)), r.push("filter:alpha(opacity=70)"), r.push("background-Color:" + m.backgroundColor)), null != m.borderWidth && r.push("border-width:" + m.borderWidth + "px"), null != m.borderColor && r.push("border-color:" + m.borderColor), null != m.borderRadius && (r.push("border-radius:" + m.borderRadius + "px"), r.push("-moz-border-radius:" + m.borderRadius + "px"), r.push("-webkit-border-radius:" + m.borderRadius + "px"), r.push("-o-border-radius:" + m.borderRadius + "px"));
                var p = m.textStyle;
                p && (p.color && r.push("color:" + p.color), p.decoration && r.push("text-decoration:" + p.decoration), p.align && r.push("text-align:" + p.align), p.fontFamily && r.push("font-family:" + p.fontFamily), p.fontSize && r.push("font-size:" + p.fontSize + "px"), p.fontSize && r.push("line-height:" + Math.round(3 * p.fontSize / 2) + "px"), p.fontStyle && r.push("font-style:" + p.fontStyle), p.fontWeight && r.push("font-weight:" + p.fontWeight));
                var l = m.padding;
                return null != l && (l = this.reformCssArray(l), r.push("padding:" + l[0] + "px " + l[1] + "px " + l[2] + "px " + l[3] + "px")), r = r.join(";") + ";"
            },
            __hide: function() {
                this._lastDataIndex = -1, this._lastSeriesIndex = -1, this._lastItemTriggerId = -1, this._tDom && (this._tDom.style.display = "none");
                var a = !1;
                this._axisLineShape.invisible || (this._axisLineShape.invisible = !0, this.zr.modShape(this._axisLineShape.id), a = !0), this._axisShadowShape.invisible || (this._axisShadowShape.invisible = !0, this.zr.modShape(this._axisShadowShape.id), a = !0), this._axisCrossShape.invisible || (this._axisCrossShape.invisible = !0, this.zr.modShape(this._axisCrossShape.id), a = !0), this._lastTipShape && this._lastTipShape.tipShape.length > 0 && (this.zr.delShape(this._lastTipShape.tipShape), this._lastTipShape = !1, this.shapeList.length = 2), a && this.zr.refreshNextFrame(), this.showing = !1
            },
            _show: function(m, H, p, r) {
                var l = this._tDom.offsetHeight,
                    s = this._tDom.offsetWidth;
                m && ("function" == typeof m && (m = m([H, p])), m instanceof Array && (H = m[0], p = m[1])), H + s > this._zrWidth && (H -= s + 40), p + l > this._zrHeight && (p -= l - 20), 20 > p && (p = 0), this._tDom.style.cssText = this._gCssText + this._defaultCssText + (r ? r : "") + "left:" + H + "px;top:" + p + "px;", (10 > l || 10 > s) && setTimeout(this._refixed, 20), this.showing = !0
            },
            __refixed: function() {
                if (this._tDom) {
                    var a = "",
                        m = this._tDom.offsetHeight,
                        l = this._tDom.offsetWidth;
                    this._tDom.offsetLeft + l > this._zrWidth && (a += "left:" + (this._zrWidth - l - 20) + "px;"), this._tDom.offsetTop + m > this._zrHeight && (a += "top:" + (this._zrHeight - m - 10) + "px;"), "" !== a && (this._tDom.style.cssText += a)
                }
            },
            __tryShow: function() {
                var a, o;
                if (this._curTarget) {
                    if ("island" === this._curTarget._type && this.option.tooltip.show) {
                        return void this._showItemTrigger()
                    }
                    var l = x.get(this._curTarget, "series"),
                        m = x.get(this._curTarget, "data");
                    a = this.deepQuery([m, l, this.option], "tooltip.show"), null != l && null != m && a ? (o = this.deepQuery([m, l, this.option], "tooltip.trigger"), "axis" === o ? this._showAxisTrigger(l.xAxisIndex, l.yAxisIndex, x.get(this._curTarget, "dataIndex")) : this._showItemTrigger()) : (clearTimeout(this._hidingTicket), clearTimeout(this._showingTicket), this._hidingTicket = setTimeout(this._hide, this._hideDelay))
                } else {
                    this._findPolarTrigger() || this._findAxisTrigger()
                }
            },
            _findAxisTrigger: function() {
                if (!this.component.xAxis || !this.component.yAxis) {
                    return void(this._hidingTicket = setTimeout(this._hide, this._hideDelay))
                }
                for (var m, r, o = this.option.series, p = 0, l = o.length; l > p; p++) {
                    if ("axis" === this.deepQuery([o[p], this.option], "tooltip.trigger")) {
                        return m = o[p].xAxisIndex || 0, r = o[p].yAxisIndex || 0, this.component.xAxis.getAxis(m) && this.component.xAxis.getAxis(m).type === D.COMPONENT_TYPE_AXIS_CATEGORY ? void this._showAxisTrigger(m, r, this._getNearestDataIndex("x", this.component.xAxis.getAxis(m))) : this.component.yAxis.getAxis(r) && this.component.yAxis.getAxis(r).type === D.COMPONENT_TYPE_AXIS_CATEGORY ? void this._showAxisTrigger(m, r, this._getNearestDataIndex("y", this.component.yAxis.getAxis(r))) : void this._showAxisTrigger(m, r, -1)
                    }
                }
                "cross" === this.option.tooltip.axisPointer.type && this._showAxisTrigger(-1, -1, -1)
            },
            _findPolarTrigger: function() {
                if (!this.component.polar) {
                    return !1
                }
                var a, o = y.getX(this._event),
                    l = y.getY(this._event),
                    m = this.component.polar.getNearestIndex([o, l]);
                return m ? (a = m.valueIndex, m = m.polarIndex) : m = -1, -1 != m ? this._showPolarTrigger(m, a) : !1
            },
            _getNearestDataIndex: function(p, O) {
                var I = -1,
                    K = y.getX(this._event),
                    m = y.getY(this._event);
                if ("x" === p) {
                    for (var L, M, N = this.component.grid.getXend(), J = O.getCoordByIndex(I); N > J && (M = J, K >= J);) {
                        L = J, J = O.getCoordByIndex(++I)
                    }
                    return 0 >= I ? I = 0 : M - K >= K - L ? I -= 1 : null == O.getNameByIndex(I) && (I -= 1), I
                }
                for (var H, Q, P = this.component.grid.getY(), J = O.getCoordByIndex(I); J > P && (H = J, J >= m);) {
                    Q = J, J = O.getCoordByIndex(++I)
                }
                return 0 >= I ? I = 0 : m - H >= Q - m ? I -= 1 : null == O.getNameByIndex(I) && (I -= 1), I
            },
            _showAxisTrigger: function(J, W, N) {
                if (!this._event.connectTrigger && this.messageCenter.dispatch(D.EVENT.TOOLTIP_IN_GRID, this._event, null, this.myChart), null == this.component.xAxis || null == this.component.yAxis || null == J || null == W) {
                    return clearTimeout(this._hidingTicket), clearTimeout(this._showingTicket), void(this._hidingTicket = setTimeout(this._hide, this._hideDelay))
                }
                var Q, m, R, T, P = this.option.series,
                    M = [],
                    Z = [],
                    Y = "";
                if ("axis" === this.option.tooltip.trigger) {
                    if (!this.option.tooltip.show) {
                        return
                    }
                    m = this.option.tooltip.formatter, R = this.option.tooltip.position
                }
                var I, S, H = -1 != J && this.component.xAxis.getAxis(J).type === D.COMPONENT_TYPE_AXIS_CATEGORY ? "xAxis" : -1 != W && this.component.yAxis.getAxis(W).type === D.COMPONENT_TYPE_AXIS_CATEGORY ? "yAxis" : !1;
                if (H) {
                    var X = "xAxis" == H ? J : W;
                    Q = this.component[H].getAxis(X);
                    for (var ab = 0, L = P.length; L > ab; ab++) {
                        this._isSelected(P[ab].name) && P[ab][H + "Index"] === X && "axis" === this.deepQuery([P[ab], this.option], "tooltip.trigger") && (T = this.query(P[ab], "tooltip.showContent") || T, m = this.query(P[ab], "tooltip.formatter") || m, R = this.query(P[ab], "tooltip.position") || R, Y += this._style(this.query(P[ab], "tooltip")), null != P[ab].stack && "xAxis" == H ? (M.unshift(P[ab]), Z.unshift(ab)) : (M.push(P[ab]), Z.push(ab)))
                    }
                    this.messageCenter.dispatch(D.EVENT.TOOLTIP_HOVER, this._event, {
                        seriesIndex: Z,
                        dataIndex: N
                    }, this.myChart);
                    var s;
                    "xAxis" == H ? (I = this.subPixelOptimize(Q.getCoordByIndex(N), this._axisLineWidth), S = y.getY(this._event), s = [I, this.component.grid.getY(), I, this.component.grid.getYend()]) : (I = y.getX(this._event), S = this.subPixelOptimize(Q.getCoordByIndex(N), this._axisLineWidth), s = [this.component.grid.getX(), S, this.component.grid.getXend(), S]), this._styleAxisPointer(M, s[0], s[1], s[2], s[3], Q.getGap(), I, S)
                } else {
                    I = y.getX(this._event), S = y.getY(this._event), this._styleAxisPointer(P, this.component.grid.getX(), S, this.component.grid.getXend(), S, 0, I, S), N >= 0 ? this._showItemTrigger(!0) : (clearTimeout(this._hidingTicket), clearTimeout(this._showingTicket), this._tDom.style.display = "none")
                }
                if (M.length > 0) {
                    if (this._lastItemTriggerId = -1, this._lastDataIndex != N || this._lastSeriesIndex != Z[0]) {
                        this._lastDataIndex = N, this._lastSeriesIndex = Z[0];
                        var K, O;
                        if ("function" == typeof m) {
                            for (var aa = [], ab = 0, L = M.length; L > ab; ab++) {
                                K = M[ab].data[N], O = this.getDataFromOption(K, "-"), aa.push({
                                    seriesIndex: Z[ab],
                                    seriesName: M[ab].name || "",
                                    series: M[ab],
                                    dataIndex: N,
                                    data: K,
                                    name: Q.getNameByIndex(N),
                                    value: O,
                                    0: M[ab].name || "",
                                    1: Q.getNameByIndex(N),
                                    2: O,
                                    3: K
                                })
                            }
                            this._curTicket = "axis:" + N, this._tDom.innerHTML = m.call(this.myChart, aa, this._curTicket, this._setContent)
                        } else {
                            if ("string" == typeof m) {
                                this._curTicket = 0 / 0, m = m.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}");
                                for (var ab = 0, L = M.length; L > ab; ab++) {
                                    m = m.replace("{a" + ab + "}", this._encodeHTML(M[ab].name || "")), m = m.replace("{b" + ab + "}", this._encodeHTML(Q.getNameByIndex(N))), K = M[ab].data[N], K = this.getDataFromOption(K, "-"), m = m.replace("{c" + ab + "}", K instanceof Array ? K : this.numAddCommas(K))
                                }
                                this._tDom.innerHTML = m
                            } else {
                                this._curTicket = 0 / 0, m = this._encodeHTML(Q.getNameByIndex(N));
                                for (var ab = 0, L = M.length; L > ab; ab++) {
                                    m += "<br/>" + this._encodeHTML(M[ab].name || "") + " : ", K = M[ab].data[N], K = this.getDataFromOption(K, "-"), m += K instanceof Array ? K : this.numAddCommas(K)
                                }
                                this._tDom.innerHTML = m
                            }
                        }
                    }
                    if (T === !1 || !this.option.tooltip.showContent) {
                        return
                    }
                    this.hasAppend || (this._tDom.style.left = this._zrWidth / 2 + "px", this._tDom.style.top = this._zrHeight / 2 + "px", this.dom.firstChild.appendChild(this._tDom), this.hasAppend = !0), this._show(R, I + 10, S + 10, Y)
                }
            },
            _showPolarTrigger: function(J, T) {
                if (null == this.component.polar || null == J || null == T || 0 > T) {
                    return !1
                }
                var M, O, m, P = this.option.series,
                    R = [],
                    S = [],
                    N = "";
                if ("axis" === this.option.tooltip.trigger) {
                    if (!this.option.tooltip.show) {
                        return !1
                    }
                    M = this.option.tooltip.formatter, O = this.option.tooltip.position
                }
                for (var L = this.option.polar[J].indicator[T].text, Y = 0, X = P.length; X > Y; Y++) {
                    this._isSelected(P[Y].name) && P[Y].polarIndex === J && "axis" === this.deepQuery([P[Y], this.option], "tooltip.trigger") && (m = this.query(P[Y], "tooltip.showContent") || m, M = this.query(P[Y], "tooltip.formatter") || M, O = this.query(P[Y], "tooltip.position") || O, N += this._style(this.query(P[Y], "tooltip")), R.push(P[Y]), S.push(Y))
                }
                if (R.length > 0) {
                    for (var I, Q, H, W = [], Y = 0, X = R.length; X > Y; Y++) {
                        I = R[Y].data;
                        for (var Z = 0, K = I.length; K > Z; Z++) {
                            Q = I[Z], this._isSelected(Q.name) && (Q = null != Q ? Q : {
                                name: "",
                                value: {
                                    dataIndex: "-"
                                }
                            }, H = this.getDataFromOption(Q.value[T]), W.push({
                                seriesIndex: S[Y],
                                seriesName: R[Y].name || "",
                                series: R[Y],
                                dataIndex: T,
                                data: Q,
                                name: Q.name,
                                indicator: L,
                                value: H,
                                0: R[Y].name || "",
                                1: Q.name,
                                2: H,
                                3: L
                            }))
                        }
                    }
                    if (W.length <= 0) {
                        return
                    }
                    if (this._lastItemTriggerId = -1, this._lastDataIndex != T || this._lastSeriesIndex != S[0]) {
                        if (this._lastDataIndex = T, this._lastSeriesIndex = S[0], "function" == typeof M) {
                            this._curTicket = "axis:" + T, this._tDom.innerHTML = M.call(this.myChart, W, this._curTicket, this._setContent)
                        } else {
                            if ("string" == typeof M) {
                                M = M.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}").replace("{d}", "{d0}");
                                for (var Y = 0, X = W.length; X > Y; Y++) {
                                    M = M.replace("{a" + Y + "}", this._encodeHTML(W[Y].seriesName)), M = M.replace("{b" + Y + "}", this._encodeHTML(W[Y].name)), M = M.replace("{c" + Y + "}", this.numAddCommas(W[Y].value)), M = M.replace("{d" + Y + "}", this._encodeHTML(W[Y].indicator))
                                }
                                this._tDom.innerHTML = M
                            } else {
                                M = this._encodeHTML(W[0].name) + "<br/>" + this._encodeHTML(W[0].indicator) + " : " + this.numAddCommas(W[0].value);
                                for (var Y = 1, X = W.length; X > Y; Y++) {
                                    M += "<br/>" + this._encodeHTML(W[Y].name) + "<br/>", M += this._encodeHTML(W[Y].indicator) + " : " + this.numAddCommas(W[Y].value)
                                }
                                this._tDom.innerHTML = M
                            }
                        }
                    }
                    if (m === !1 || !this.option.tooltip.showContent) {
                        return
                    }
                    return this.hasAppend || (this._tDom.style.left = this._zrWidth / 2 + "px", this._tDom.style.top = this._zrHeight / 2 + "px", this.dom.firstChild.appendChild(this._tDom), this.hasAppend = !0), this._show(O, y.getX(this._event), y.getY(this._event), N), !0
                }
            },
            _showItemTrigger: function(I) {
                if (this._curTarget) {
                    var Q, L, M, l = x.get(this._curTarget, "series"),
                        N = x.get(this._curTarget, "seriesIndex"),
                        P = x.get(this._curTarget, "data"),
                        K = x.get(this._curTarget, "dataIndex"),
                        T = x.get(this._curTarget, "name"),
                        S = x.get(this._curTarget, "value"),
                        H = x.get(this._curTarget, "special"),
                        O = x.get(this._curTarget, "special2"),
                        s = [P, l, this.option],
                        R = "";
                    if ("island" != this._curTarget._type) {
                        var W = I ? "axis" : "item";
                        this.option.tooltip.trigger === W && (Q = this.option.tooltip.formatter, L = this.option.tooltip.position), this.query(l, "tooltip.trigger") === W && (M = this.query(l, "tooltip.showContent") || M, Q = this.query(l, "tooltip.formatter") || Q, L = this.query(l, "tooltip.position") || L, R += this._style(this.query(l, "tooltip"))), M = this.query(P, "tooltip.showContent") || M, Q = this.query(P, "tooltip.formatter") || Q, L = this.query(P, "tooltip.position") || L, R += this._style(this.query(P, "tooltip"))
                    } else {
                        this._lastItemTriggerId = 0 / 0, M = this.deepQuery(s, "tooltip.showContent"), Q = this.deepQuery(s, "tooltip.islandFormatter"), L = this.deepQuery(s, "tooltip.islandPosition")
                    }
                    this._lastDataIndex = -1, this._lastSeriesIndex = -1, this._lastItemTriggerId !== this._curTarget.id && (this._lastItemTriggerId = this._curTarget.id, "function" == typeof Q ? (this._curTicket = (l.name || "") + ":" + K, this._tDom.innerHTML = Q.call(this.myChart, {
                        seriesIndex: N,
                        seriesName: l.name || "",
                        series: l,
                        dataIndex: K,
                        data: P,
                        name: T,
                        value: S,
                        percent: H,
                        indicator: H,
                        value2: O,
                        indicator2: O,
                        0: l.name || "",
                        1: T,
                        2: S,
                        3: H,
                        4: O,
                        5: P,
                        6: N,
                        7: K
                    }, this._curTicket, this._setContent)) : "string" == typeof Q ? (this._curTicket = 0 / 0, Q = Q.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}"), Q = Q.replace("{a0}", this._encodeHTML(l.name || "")).replace("{b0}", this._encodeHTML(T)).replace("{c0}", S instanceof Array ? S : this.numAddCommas(S)), Q = Q.replace("{d}", "{d0}").replace("{d0}", H || ""), Q = Q.replace("{e}", "{e0}").replace("{e0}", x.get(this._curTarget, "special2") || ""), this._tDom.innerHTML = Q) : (this._curTicket = 0 / 0, this._tDom.innerHTML = l.type === D.CHART_TYPE_RADAR && H ? this._itemFormatter.radar.call(this, l, T, S, H) : l.type === D.CHART_TYPE_EVENTRIVER ? this._itemFormatter.eventRiver.call(this, l, T, S, P) : "" + (null != l.name ? this._encodeHTML(l.name) + "<br/>" : "") + ("" === T ? "" : this._encodeHTML(T) + " : ") + (S instanceof Array ? S : this.numAddCommas(S))));
                    var J = y.getX(this._event),
                        m = y.getY(this._event);
                    this.deepQuery(s, "tooltip.axisPointer.show") && this.component.grid ? this._styleAxisPointer([l], this.component.grid.getX(), m, this.component.grid.getXend(), m, 0, J, m) : this._hide(), M !== !1 && this.option.tooltip.showContent && (this.hasAppend || (this._tDom.style.left = this._zrWidth / 2 + "px", this._tDom.style.top = this._zrHeight / 2 + "px", this.dom.firstChild.appendChild(this._tDom), this.hasAppend = !0), this._show(L, J + 20, m - 20, R))
                }
            },
            _itemFormatter: {
                radar: function(m, H, p, r) {
                    var l = "";
                    l += this._encodeHTML("" === H ? m.name || "" : H), l += "" === l ? "" : "<br />";
                    for (var s = 0; s < r.length; s++) {
                        l += this._encodeHTML(r[s].text) + " : " + this.numAddCommas(p[s]) + "<br />"
                    }
                    return l
                },
                chord: function(m, J, p, s, l) {
                    if (null == l) {
                        return this._encodeHTML(J) + " (" + this.numAddCommas(p) + ")"
                    }
                    var H = this._encodeHTML(J),
                        I = this._encodeHTML(s);
                    return "" + (null != m.name ? this._encodeHTML(m.name) + "<br/>" : "") + H + " -> " + I + " (" + this.numAddCommas(p) + ")<br />" + I + " -> " + H + " (" + this.numAddCommas(l) + ")"
                },
                eventRiver: function(m, J, p, s) {
                    var l = "";
                    l += this._encodeHTML("" === m.name ? "" : m.name + " : "), l += this._encodeHTML(J), l += "" === l ? "" : "<br />", s = s.evolution;
                    for (var H = 0, I = s.length; I > H; H++) {
                        l += '<div style="padding-top:5px;">', s[H].detail && (s[H].detail.img && (l += '<img src="' + s[H].detail.img + '" style="float:left;width:40px;height:40px;">'), l += '<div style="margin-left:45px;">' + s[H].time + "<br/>", l += '<a href="' + s[H].detail.link + '" target="_blank">', l += s[H].detail.text + "</a></div>", l += "</div>")
                    }
                    return l
                }
            },
            _styleAxisPointer: function(K, X, N, Q, H, R, T, W) {
                if (K.length > 0) {
                    var O, M, P = this.option.tooltip.axisPointer,
                        aa = P.type,
                        Z = {
                            line: {},
                            cross: {},
                            shadow: {}
                        };
                    for (var J in Z) {
                        Z[J].color = P[J + "Style"].color, Z[J].width = P[J + "Style"].width, Z[J].type = P[J + "Style"].type
                    }
                    for (var S = 0, I = K.length; I > S; S++) {
                        O = K[S], M = this.query(O, "tooltip.axisPointer.type"), aa = M || aa, M && (Z[M].color = this.query(O, "tooltip.axisPointer." + M + "Style.color") || Z[M].color, Z[M].width = this.query(O, "tooltip.axisPointer." + M + "Style.width") || Z[M].width, Z[M].type = this.query(O, "tooltip.axisPointer." + M + "Style.type") || Z[M].type)
                    }
                    if ("line" === aa) {
                        var Y = Z.line.width,
                            ab = X == Q;
                        this._axisLineShape.style = {
                            xStart: ab ? this.subPixelOptimize(X, Y) : X,
                            yStart: ab ? N : this.subPixelOptimize(N, Y),
                            xEnd: ab ? this.subPixelOptimize(Q, Y) : Q,
                            yEnd: ab ? H : this.subPixelOptimize(H, Y),
                            strokeColor: Z.line.color,
                            lineWidth: Y,
                            lineType: Z.line.type
                        }, this._axisLineShape.invisible = !1, this.zr.modShape(this._axisLineShape.id)
                    } else {
                        if ("cross" === aa) {
                            var L = Z.cross.width;
                            this._axisCrossShape.style = {
                                brushType: "stroke",
                                rect: this.component.grid.getArea(),
                                x: this.subPixelOptimize(T, L),
                                y: this.subPixelOptimize(W, L),
                                text: ("( " + this.component.xAxis.getAxis(0).getValueFromCoord(T) + " , " + this.component.yAxis.getAxis(0).getValueFromCoord(W) + " )").replace("  , ", " ").replace(" ,  ", " "),
                                textPosition: "specific",
                                strokeColor: Z.cross.color,
                                lineWidth: L,
                                lineType: Z.cross.type
                            }, this.component.grid.getXend() - T > 100 ? (this._axisCrossShape.style.textAlign = "left", this._axisCrossShape.style.textX = T + 10) : (this._axisCrossShape.style.textAlign = "right", this._axisCrossShape.style.textX = T - 10), W - this.component.grid.getY() > 50 ? (this._axisCrossShape.style.textBaseline = "bottom", this._axisCrossShape.style.textY = W - 10) : (this._axisCrossShape.style.textBaseline = "top", this._axisCrossShape.style.textY = W + 10), this._axisCrossShape.invisible = !1, this.zr.modShape(this._axisCrossShape.id)
                        } else {
                            "shadow" === aa && ((null == Z.shadow.width || "auto" === Z.shadow.width || isNaN(Z.shadow.width)) && (Z.shadow.width = R), X === Q ? Math.abs(this.component.grid.getX() - X) < 2 ? (Z.shadow.width /= 2, X = Q += Z.shadow.width / 2) : Math.abs(this.component.grid.getXend() - X) < 2 && (Z.shadow.width /= 2, X = Q -= Z.shadow.width / 2) : N === H && (Math.abs(this.component.grid.getY() - N) < 2 ? (Z.shadow.width /= 2, N = H += Z.shadow.width / 2) : Math.abs(this.component.grid.getYend() - N) < 2 && (Z.shadow.width /= 2, N = H -= Z.shadow.width / 2)), this._axisShadowShape.style = {
                                xStart: X,
                                yStart: N,
                                xEnd: Q,
                                yEnd: H,
                                strokeColor: Z.shadow.color,
                                lineWidth: Z.shadow.width
                            }, this._axisShadowShape.invisible = !1, this.zr.modShape(this._axisShadowShape.id))
                        }
                    }
                    this.zr.refreshNextFrame()
                }
            },
            __onmousemove: function(p) {
                if (clearTimeout(this._hidingTicket), clearTimeout(this._showingTicket), !this._mousein || !this._enterable) {
                    var K = p.target,
                        s = y.getX(p.event),
                        I = y.getY(p.event);
                    if (K) {
                        this._curTarget = K, this._event = p.event, this._event.zrenderX = s, this._event.zrenderY = I;
                        var m;
                        if (this._needAxisTrigger && this.component.polar && -1 != (m = this.component.polar.isInside([s, I]))) {
                            for (var J = this.option.series, H = 0, r = J.length; r > H; H++) {
                                if (J[H].polarIndex === m && "axis" === this.deepQuery([J[H], this.option], "tooltip.trigger")) {
                                    this._curTarget = null;
                                    break
                                }
                            }
                        }
                        this._showingTicket = setTimeout(this._tryShow, this._showDelay)
                    } else {
                        this._curTarget = !1, this._event = p.event, this._event.zrenderX = s, this._event.zrenderY = I, this._needAxisTrigger && this.component.grid && G.isInside(C, this.component.grid.getArea(), s, I) ? this._showingTicket = setTimeout(this._tryShow, this._showDelay) : this._needAxisTrigger && this.component.polar && -1 != this.component.polar.isInside([s, I]) ? this._showingTicket = setTimeout(this._tryShow, this._showDelay) : (!this._event.connectTrigger && this.messageCenter.dispatch(D.EVENT.TOOLTIP_OUT_GRID, this._event, null, this.myChart), this._hidingTicket = setTimeout(this._hide, this._hideDelay))
                    }
                }
            },
            __onglobalout: function() {
                clearTimeout(this._hidingTicket), clearTimeout(this._showingTicket), this._hidingTicket = setTimeout(this._hide, this._hideDelay)
            },
            __setContent: function(a, i) {
                this._tDom && (a === this._curTicket && (this._tDom.innerHTML = i), setTimeout(this._refixed, 20))
            },
            ontooltipHover: function(a, o) {
                if (!this._lastTipShape || this._lastTipShape && this._lastTipShape.dataIndex != a.dataIndex) {
                    this._lastTipShape && this._lastTipShape.tipShape.length > 0 && (this.zr.delShape(this._lastTipShape.tipShape), this.shapeList.length = 2);
                    for (var l = 0, m = o.length; m > l; l++) {
                        o[l].zlevel = this.getZlevelBase(), o[l].z = this.getZBase(), o[l].style = B.prototype.getHighlightStyle(o[l].style, o[l].highlightStyle), o[l].draggable = !1, o[l].hoverable = !1, o[l].clickable = !1, o[l].ondragend = null, o[l].ondragover = null, o[l].ondrop = null, this.shapeList.push(o[l]), this.zr.addShape(o[l])
                    }
                    this._lastTipShape = {
                        dataIndex: a.dataIndex,
                        tipShape: o
                    }
                }
            },
            ondragend: function() {
                this._hide()
            },
            onlegendSelected: function(a) {
                this._selectedMap = a.selected
            },
            _setSelectedMap: function() {
                this._selectedMap = this.component.legend ? q.clone(this.component.legend.getSelectedMap()) : {}
            },
            _isSelected: function(a) {
                return null != this._selectedMap[a] ? this._selectedMap[a] : !0
            },
            showTip: function(J) {
                if (J) {
                    var T, M = this.option.series;
                    if (null != J.seriesIndex) {
                        T = J.seriesIndex
                    } else {
                        for (var P = J.seriesName, l = 0, Q = M.length; Q > l; l++) {
                            if (M[l].name === P) {
                                T = l;
                                break
                            }
                        }
                    }
                    var S = M[T];
                    if (null != S) {
                        var O = this.myChart.chart[S.type],
                            Y = "axis" === this.deepQuery([S, this.option], "tooltip.trigger");
                        if (O) {
                            if (Y) {
                                var X = J.dataIndex;
                                switch (O.type) {
                                    case D.CHART_TYPE_LINE:
                                    case D.CHART_TYPE_BAR:
                                    case D.CHART_TYPE_K:
                                    case D.CHART_TYPE_RADAR:
                                        if (null == this.component.polar || S.data[0].value.length <= X) {
                                            return
                                        }
                                        var I = S.polarIndex || 0,
                                            R = this.component.polar.getVector(I, X, "max");
                                        this._event = {
                                            zrenderX: R[0],
                                            zrenderY: R[1]
                                        }, this._showPolarTrigger(I, X)
                                }
                            } else {
                                var H, W, Z = O.shapeList;
                                switch (O.type) {
                                    case D.CHART_TYPE_LINE:
                                    case D.CHART_TYPE_BAR:
                                    case D.CHART_TYPE_K:
                                    case D.CHART_TYPE_TREEMAP:
                                    case D.CHART_TYPE_SCATTER:
                                        for (var X = J.dataIndex, l = 0, Q = Z.length; Q > l; l++) {
                                            if (null == Z[l]._mark && x.get(Z[l], "seriesIndex") == T && x.get(Z[l], "dataIndex") == X) {
                                                this._curTarget = Z[l], H = Z[l].style.x, W = O.type != D.CHART_TYPE_K ? Z[l].style.y : Z[l].style.y[0];
                                                break
                                            }
                                        }
                                        break;
                                    case D.CHART_TYPE_RADAR:
                                        for (var X = J.dataIndex, l = 0, Q = Z.length; Q > l; l++) {
                                            if ("polygon" === Z[l].type && x.get(Z[l], "seriesIndex") == T && x.get(Z[l], "dataIndex") == X) {
                                                this._curTarget = Z[l];
                                                var R = this.component.polar.getCenter(S.polarIndex || 0);
                                                H = R[0], W = R[1];
                                                break
                                            }
                                        }
                                        break;
                                    case D.CHART_TYPE_PIE:
                                        for (var L = J.name, l = 0, Q = Z.length; Q > l; l++) {
                                            if ("sector" === Z[l].type && x.get(Z[l], "seriesIndex") == T && x.get(Z[l], "name") == L) {
                                                this._curTarget = Z[l];
                                                var s = this._curTarget.style,
                                                    K = (s.startAngle + s.endAngle) / 2 * Math.PI / 180;
                                                H = this._curTarget.style.x + Math.cos(K) * s.r / 1.5, W = this._curTarget.style.y - Math.sin(K) * s.r / 1.5;
                                                break
                                            }
                                        }
                                        break;
                                    case D.CHART_TYPE_MAP:
                                        for (var L = J.name, N = S.mapType, l = 0, Q = Z.length; Q > l; l++) {
                                            if ("text" === Z[l].type && Z[l]._mapType === N && Z[l].style._name === L) {
                                                this._curTarget = Z[l], H = this._curTarget.style.x + this._curTarget.position[0], W = this._curTarget.style.y + this._curTarget.position[1];
                                                break
                                            }
                                        }
                                        break;
                                    case D.CHART_TYPE_CHORD:
                                        for (var L = J.name, l = 0, Q = Z.length; Q > l; l++) {
                                            if ("sector" === Z[l].type && x.get(Z[l], "name") == L) {
                                                this._curTarget = Z[l];
                                                var s = this._curTarget.style,
                                                    K = (s.startAngle + s.endAngle) / 2 * Math.PI / 180;
                                                return H = this._curTarget.style.x + Math.cos(K) * (s.r - 2), W = this._curTarget.style.y - Math.sin(K) * (s.r - 2), void this.zr.trigger(v.EVENT.MOUSEMOVE, {
                                                    zrenderX: H,
                                                    zrenderY: W
                                                })
                                            }
                                        }
                                        break;
                                    case D.CHART_TYPE_FORCE:
                                        for (var L = J.name, l = 0, Q = Z.length; Q > l; l++) {
                                            if ("circle" === Z[l].type && x.get(Z[l], "name") == L) {
                                                this._curTarget = Z[l], H = this._curTarget.position[0], W = this._curTarget.position[1];
                                                break
                                            }
                                        }
                                }
                                null != H && null != W && (this._event = {
                                    zrenderX: H,
                                    zrenderY: W
                                }, this.zr.addHoverShape(this._curTarget), this.zr.refreshHover(), this._showItemTrigger())
                            }
                        }
                    }
                }
            },
            hideTip: function() {
                this._hide()
            },
            refresh: function(m) {
                if (this._zrHeight = this.zr.getHeight(), this._zrWidth = this.zr.getWidth(), this._lastTipShape && this._lastTipShape.tipShape.length > 0 && this.zr.delShape(this._lastTipShape.tipShape), this._lastTipShape = !1, this.shapeList.length = 2, this._lastDataIndex = -1, this._lastSeriesIndex = -1, this._lastItemTriggerId = -1, m) {
                    this.option = m, this.option.tooltip = this.reformOption(this.option.tooltip), this.option.tooltip.textStyle = q.merge(this.option.tooltip.textStyle, this.ecTheme.textStyle), this._needAxisTrigger = !1, "axis" === this.option.tooltip.trigger && (this._needAxisTrigger = !0);
                    for (var r = this.option.series, o = 0, p = r.length; p > o; o++) {
                        if ("axis" === this.query(r[o], "tooltip.trigger")) {
                            this._needAxisTrigger = !0;
                            break
                        }
                    }
                    this._showDelay = this.option.tooltip.showDelay, this._hideDelay = this.option.tooltip.hideDelay, this._defaultCssText = this._style(this.option.tooltip), this._setSelectedMap(), this._axisLineWidth = this.option.tooltip.axisPointer.lineStyle.width, this._enterable = this.option.tooltip.enterable, !this._enterable && this._tDom.className.indexOf(v.elementClassName) < 0 && (this._tDom.className += " " + v.elementClassName)
                }
                if (this.showing) {
                    var l = this;
                    setTimeout(function() {
                        l.zr.trigger(v.EVENT.MOUSEMOVE, l.zr.handler._event)
                    }, 50)
                }
            },
            onbeforDispose: function() {
                this._lastTipShape && this._lastTipShape.tipShape.length > 0 && this.zr.delShape(this._lastTipShape.tipShape), clearTimeout(this._hidingTicket), clearTimeout(this._showingTicket), this.zr.un(v.EVENT.MOUSEMOVE, this._onmousemove), this.zr.un(v.EVENT.GLOBALOUT, this._onglobalout), this.hasAppend && this.dom.firstChild && this.dom.firstChild.removeChild(this._tDom), this._tDom = null
            },
            _encodeHTML: function(a) {
                return String(a).replace(/&/g, "&amp;").replace(/</g, "&lt;").replace(/>/g, "&gt;").replace(/"/g, "&quot;").replace(/'/g, "&#39;")
            }
        }, q.inherits(E, w), u("../component").define("tooltip", E), E
    }), d("echarts/component/legend", ["require", "./base", "zrender/shape/Text", "zrender/shape/Rectangle", "zrender/shape/Sector", "../util/shape/Icon", "../util/shape/Candle", "../config", "zrender/tool/util", "zrender/tool/area", "../component"], function(p) {
        function B(l, F, m, i, s) {
            if (!this.query(i, "legend.data")) {
                return void console.error("option.legend.data has not been defined.")
            }
            u.call(this, l, F, m, i, s);
            var E = this;
            E._legendSelected = function(a) {
                E.__legendSelected(a)
            }, E._dispatchHoverLink = function(a) {
                return E.__dispatchHoverLink(a)
            }, this._colorIndex = 0, this._colorMap = {}, this._selectedMap = {}, this._hasDataMap = {}, this.refresh(i)
        }
        var u = p("./base"),
            x = p("zrender/shape/Text"),
            j = p("zrender/shape/Rectangle"),
            y = p("zrender/shape/Sector"),
            z = p("../util/shape/Icon"),
            A = p("../util/shape/Candle"),
            v = p("../config");
        v.legend = {
            zlevel: 0,
            z: 4,
            show: !0,
            orient: "horizontal",
            x: "center",
            y: "top",
            backgroundColor: "rgba(0,0,0,0)",
            borderColor: "#ccc",
            borderWidth: 0,
            padding: 5,
            itemGap: 10,
            itemWidth: 20,
            itemHeight: 14,
            textStyle: {
                color: "#333"
            },
            selectedMode: !0
        };
        var q = p("zrender/tool/util"),
            w = p("zrender/tool/area");
        B.prototype = {
            type: v.COMPONENT_TYPE_LEGEND,
            _buildShape: function() {
                if (this.legendOption.show) {
                    this._itemGroupLocation = this._getItemGroupLocation(), this._buildBackground(), this._buildItem();
                    for (var a = 0, i = this.shapeList.length; i > a; a++) {
                        this.zr.addShape(this.shapeList[a])
                    }
                }
            },
            _buildItem: function() {
                var F, O, I, m, L, N, K, R, Q = this.legendOption.data,
                    E = Q.length,
                    M = this.legendOption.textStyle,
                    r = this.zr.getWidth(),
                    P = this.zr.getHeight(),
                    T = this._itemGroupLocation.x,
                    H = this._itemGroupLocation.y,
                    n = this.legendOption.itemWidth,
                    G = this.legendOption.itemHeight,
                    J = this.legendOption.itemGap;
                "vertical" === this.legendOption.orient && "right" === this.legendOption.x && (T = this._itemGroupLocation.x + this._itemGroupLocation.width - n);
                for (var S = 0; E > S; S++) {
                    L = q.merge(Q[S].textStyle || {}, M), N = this.getFont(L), F = this._getName(Q[S]), K = this._getFormatterName(F), "" !== F ? (O = Q[S].icon || this._getSomethingByName(F).type, R = this.getColor(F), "horizontal" === this.legendOption.orient ? 200 > r - T && n + 5 + w.getTextWidth(K, N) + (S === E - 1 || "" === Q[S + 1] ? 0 : J) >= r - T && (T = this._itemGroupLocation.x, H += G + J) : 200 > P - H && G + (S === E - 1 || "" === Q[S + 1] ? 0 : J) >= P - H && ("right" === this.legendOption.x ? T -= this._itemGroupLocation.maxWidth + J : T += this._itemGroupLocation.maxWidth + J, H = this._itemGroupLocation.y), I = this._getItemShapeByType(T, H, n, G, this._selectedMap[F] && this._hasDataMap[F] ? R : "#ccc", O, R), I._name = F, I = new z(I), m = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: {
                            x: T + n + 5,
                            y: H + G / 2,
                            color: this._selectedMap[F] ? "auto" === L.color ? R : L.color : "#ccc",
                            text: K,
                            textFont: N,
                            textBaseline: "middle"
                        },
                        highlightStyle: {
                            color: R,
                            brushType: "fill"
                        },
                        hoverable: !!this.legendOption.selectedMode,
                        clickable: !!this.legendOption.selectedMode
                    }, "vertical" === this.legendOption.orient && "right" === this.legendOption.x && (m.style.x -= n + 10, m.style.textAlign = "right"), m._name = F, m = new x(m), this.legendOption.selectedMode && (I.onclick = m.onclick = this._legendSelected, I.onmouseover = m.onmouseover = this._dispatchHoverLink, I.hoverConnect = m.id, m.hoverConnect = I.id), this.shapeList.push(I), this.shapeList.push(m), "horizontal" === this.legendOption.orient ? T += n + 5 + w.getTextWidth(K, N) + J : H += G + J) : "horizontal" === this.legendOption.orient ? (T = this._itemGroupLocation.x, H += G + J) : ("right" === this.legendOption.x ? T -= this._itemGroupLocation.maxWidth + J : T += this._itemGroupLocation.maxWidth + J, H = this._itemGroupLocation.y)
                }
                "horizontal" === this.legendOption.orient && "center" === this.legendOption.x && H != this._itemGroupLocation.y && this._mLineOptimize()
            },
            _getName: function(a) {
                return "undefined" != typeof a.name ? a.name : a
            },
            _getFormatterName: function(a) {
                var m, l = this.legendOption.formatter;
                return m = "function" == typeof l ? l.call(this.myChart, a) : "string" == typeof l ? l.replace("{name}", a) : a
            },
            _getFormatterNameFromData: function(a) {
                var i = this._getName(a);
                return this._getFormatterName(i)
            },
            _mLineOptimize: function() {
                for (var m = [], s = this._itemGroupLocation.x, o = 2, r = this.shapeList.length; r > o; o++) {
                    this.shapeList[o].style.x === s ? m.push((this._itemGroupLocation.width - (this.shapeList[o - 1].style.x + w.getTextWidth(this.shapeList[o - 1].style.text, this.shapeList[o - 1].style.textFont) - s)) / 2) : o === r - 1 && m.push((this._itemGroupLocation.width - (this.shapeList[o].style.x + w.getTextWidth(this.shapeList[o].style.text, this.shapeList[o].style.textFont) - s)) / 2)
                }
                for (var l = -1, o = 1, r = this.shapeList.length; r > o; o++) {
                    this.shapeList[o].style.x === s && l++, 0 !== m[l] && (this.shapeList[o].style.x += m[l])
                }
            },
            _buildBackground: function() {
                var a = this.reformCssArray(this.legendOption.padding);
                this.shapeList.push(new j({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    hoverable: !1,
                    style: {
                        x: this._itemGroupLocation.x - a[3],
                        y: this._itemGroupLocation.y - a[0],
                        width: this._itemGroupLocation.width + a[3] + a[1],
                        height: this._itemGroupLocation.height + a[0] + a[2],
                        brushType: 0 === this.legendOption.borderWidth ? "fill" : "both",
                        color: this.legendOption.backgroundColor,
                        strokeColor: this.legendOption.borderColor,
                        lineWidth: this.legendOption.borderWidth
                    }
                }))
            },
            _getItemGroupLocation: function() {
                var H = this.legendOption.data,
                    Q = H.length,
                    J = this.legendOption.itemGap,
                    L = this.legendOption.itemWidth + 5,
                    m = this.legendOption.itemHeight,
                    M = this.legendOption.textStyle,
                    O = this.getFont(M),
                    P = 0,
                    K = 0,
                    T = this.reformCssArray(this.legendOption.padding),
                    S = this.zr.getWidth() - T[1] - T[3],
                    G = this.zr.getHeight() - T[0] - T[2],
                    N = 0,
                    F = 0;
                if ("horizontal" === this.legendOption.orient) {
                    K = m;
                    for (var R = 0; Q > R; R++) {
                        if ("" !== this._getName(H[R])) {
                            var W = w.getTextWidth(this._getFormatterNameFromData(H[R]), H[R].textStyle ? this.getFont(q.merge(H[R].textStyle || {}, M)) : O);
                            N + L + W + J > S ? (N -= J, P = Math.max(P, N), K += m + J, N = 0) : (N += L + W + J, P = Math.max(P, N - J))
                        } else {
                            N -= J, P = Math.max(P, N), K += m + J, N = 0
                        }
                    }
                } else {
                    for (var R = 0; Q > R; R++) {
                        F = Math.max(F, w.getTextWidth(this._getFormatterNameFromData(H[R]), H[R].textStyle ? this.getFont(q.merge(H[R].textStyle || {}, M)) : O))
                    }
                    F += L, P = F;
                    for (var R = 0; Q > R; R++) {
                        "" !== this._getName(H[R]) ? N + m + J > G ? (P += F + J, N -= J, K = Math.max(K, N), N = 0) : (N += m + J, K = Math.max(K, N - J)) : (P += F + J, N -= J, K = Math.max(K, N), N = 0)
                    }
                }
                S = this.zr.getWidth(), G = this.zr.getHeight();
                var I;
                switch (this.legendOption.x) {
                    case "center":
                        I = Math.floor((S - P) / 2);
                        break;
                    case "left":
                        I = T[3] + this.legendOption.borderWidth;
                        break;
                    case "right":
                        I = S - P - T[1] - T[3] - 2 * this.legendOption.borderWidth;
                        break;
                    default:
                        I = this.parsePercent(this.legendOption.x, S)
                }
                var E;
                switch (this.legendOption.y) {
                    case "top":
                        E = T[0] + this.legendOption.borderWidth;
                        break;
                    case "bottom":
                        E = G - K - T[0] - T[2] - 2 * this.legendOption.borderWidth;
                        break;
                    case "center":
                        E = Math.floor((G - K) / 2);
                        break;
                    default:
                        E = this.parsePercent(this.legendOption.y, G)
                }
                return {
                    x: I,
                    y: E,
                    width: P,
                    height: K,
                    maxWidth: F
                }
            },
            _getSomethingByName: function(m) {
                for (var H, s = this.option.series, E = 0, l = s.length; l > E; E++) {
                    if (s[E].name === m) {
                        return {
                            type: s[E].type,
                            series: s[E],
                            seriesIndex: E,
                            data: null,
                            dataIndex: -1
                        }
                    }
                    if (s[E].type === v.CHART_TYPE_PIE || s[E].type === v.CHART_TYPE_RADAR || s[E].type === v.CHART_TYPE_CHORD || s[E].type === v.CHART_TYPE_FORCE || s[E].type === v.CHART_TYPE_FUNNEL || s[E].type === v.CHART_TYPE_TREEMAP) {
                        H = s[E].categories || s[E].data || s[E].nodes;
                        for (var F = 0, G = H.length; G > F; F++) {
                            if (H[F].name === m) {
                                return {
                                    type: s[E].type,
                                    series: s[E],
                                    seriesIndex: E,
                                    data: H[F],
                                    dataIndex: F
                                }
                            }
                        }
                    }
                }
                return {
                    type: "bar",
                    series: null,
                    seriesIndex: -1,
                    data: null,
                    dataIndex: -1
                }
            },
            _getItemShapeByType: function(E, M, G, I, l, J, K) {
                var L, F = "#ccc" === l ? K : l,
                    H = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: {
                            iconType: "legendicon" + J,
                            x: E,
                            y: M,
                            width: G,
                            height: I,
                            color: l,
                            strokeColor: l,
                            lineWidth: 2
                        },
                        highlightStyle: {
                            color: F,
                            strokeColor: F,
                            lineWidth: 1
                        },
                        hoverable: this.legendOption.selectedMode,
                        clickable: this.legendOption.selectedMode
                    };
                if (J.match("image")) {
                    var L = J.replace(new RegExp("^image:\\/\\/"), "");
                    J = "image"
                }
                switch (J) {
                    case "line":
                        H.style.brushType = "stroke", H.highlightStyle.lineWidth = 3;
                        break;
                    case "radar":
                    case "venn":
                    case "tree":
                    case "treemap":
                    case "scatter":
                        H.highlightStyle.lineWidth = 3;
                        break;
                    case "k":
                        H.style.brushType = "both", H.highlightStyle.lineWidth = 3, H.highlightStyle.color = H.style.color = this.deepQuery([this.ecTheme, v], "k.itemStyle.normal.color") || "#fff", H.style.strokeColor = "#ccc" != l ? this.deepQuery([this.ecTheme, v], "k.itemStyle.normal.lineStyle.color") || "#ff3200" : l;
                        break;
                    case "image":
                        H.style.iconType = "image", H.style.image = L, "#ccc" === l && (H.style.opacity = 0.5)
                }
                return H
            },
            __legendSelected: function(a) {
                var m = a.target._name;
                if ("single" === this.legendOption.selectedMode) {
                    for (var l in this._selectedMap) {
                        this._selectedMap[l] = !1
                    }
                }
                this._selectedMap[m] = !this._selectedMap[m], this.messageCenter.dispatch(v.EVENT.LEGEND_SELECTED, a.event, {
                    selected: this._selectedMap,
                    target: m
                }, this.myChart)
            },
            __dispatchHoverLink: function(a) {
                this.messageCenter.dispatch(v.EVENT.LEGEND_HOVERLINK, a.event, {
                    target: a.target._name
                }, this.myChart)
            },
            refresh: function(m) {
                if (m) {
                    this.option = m || this.option, this.option.legend = this.reformOption(this.option.legend), this.legendOption = this.option.legend;
                    var K, F, G, l, H = this.legendOption.data || [];
                    if (this.legendOption.selected) {
                        for (var I in this.legendOption.selected) {
                            this._selectedMap[I] = "undefined" != typeof this._selectedMap[I] ? this._selectedMap[I] : this.legendOption.selected[I]
                        }
                    }
                    for (var J = 0, E = H.length; E > J; J++) {
                        K = this._getName(H[J]), "" !== K && (F = this._getSomethingByName(K), F.series ? (this._hasDataMap[K] = !0, l = !F.data || F.type !== v.CHART_TYPE_PIE && F.type !== v.CHART_TYPE_FORCE && F.type !== v.CHART_TYPE_FUNNEL ? [F.series] : [F.data, F.series], G = this.getItemStyleColor(this.deepQuery(l, "itemStyle.normal.color"), F.seriesIndex, F.dataIndex, F.data), G && F.type != v.CHART_TYPE_K && this.setColor(K, G), this._selectedMap[K] = null != this._selectedMap[K] ? this._selectedMap[K] : !0) : this._hasDataMap[K] = !1)
                    }
                }
                this.clear(), this._buildShape()
            },
            getRelatedAmount: function(m) {
                for (var J, E = 0, F = this.option.series, l = 0, G = F.length; G > l; l++) {
                    if (F[l].name === m && E++, F[l].type === v.CHART_TYPE_PIE || F[l].type === v.CHART_TYPE_RADAR || F[l].type === v.CHART_TYPE_CHORD || F[l].type === v.CHART_TYPE_FORCE || F[l].type === v.CHART_TYPE_FUNNEL) {
                        J = F[l].type != v.CHART_TYPE_FORCE ? F[l].data : F[l].categories;
                        for (var H = 0, I = J.length; I > H; H++) {
                            J[H].name === m && "-" != J[H].value && E++
                        }
                    }
                }
                return E
            },
            setColor: function(a, i) {
                this._colorMap[a] = i
            },
            getColor: function(a) {
                return this._colorMap[a] || (this._colorMap[a] = this.zr.getColor(this._colorIndex++)), this._colorMap[a]
            },
            hasColor: function(a) {
                return this._colorMap[a] ? this._colorMap[a] : !1
            },
            add: function(m, s) {
                for (var o = this.legendOption.data, r = 0, l = o.length; l > r; r++) {
                    if (this._getName(o[r]) === m) {
                        return
                    }
                }
                this.legendOption.data.push(m), this.setColor(m, s), this._selectedMap[m] = !0, this._hasDataMap[m] = !0
            },
            del: function(a) {
                for (var o = this.legendOption.data, l = 0, m = o.length; m > l; l++) {
                    if (this._getName(o[l]) === a) {
                        return this.legendOption.data.splice(l, 1)
                    }
                }
            },
            getItemShape: function(a) {
                if (null != a) {
                    for (var o, l = 0, m = this.shapeList.length; m > l; l++) {
                        if (o = this.shapeList[l], o._name === a && "text" != o.type) {
                            return o
                        }
                    }
                }
            },
            setItemShape: function(m, s) {
                for (var o, r = 0, l = this.shapeList.length; l > r; r++) {
                    o = this.shapeList[r], o._name === m && "text" != o.type && (this._selectedMap[m] || (s.style.color = "#ccc", s.style.strokeColor = "#ccc"), this.zr.modShape(o.id, s))
                }
            },
            isSelected: function(a) {
                return "undefined" != typeof this._selectedMap[a] ? this._selectedMap[a] : !0
            },
            getSelectedMap: function() {
                return this._selectedMap
            },
            setSelected: function(a, m) {
                if ("single" === this.legendOption.selectedMode) {
                    for (var l in this._selectedMap) {
                        this._selectedMap[l] = !1
                    }
                }
                this._selectedMap[a] = m, this.messageCenter.dispatch(v.EVENT.LEGEND_SELECTED, null, {
                    selected: this._selectedMap,
                    target: a
                }, this.myChart)
            },
            onlegendSelected: function(a, o) {
                var l = a.selected;
                for (var m in l) {
                    this._selectedMap[m] != l[m] && (o.needRefresh = !0), this._selectedMap[m] = l[m]
                }
            }
        };
        var D = {
            line: function(a, m) {
                var l = m.height / 2;
                a.moveTo(m.x, m.y + l), a.lineTo(m.x + m.width, m.y + l)
            },
            pie: function(m, F) {
                var o = F.x,
                    s = F.y,
                    l = F.width,
                    E = F.height;
                y.prototype.buildPath(m, {
                    x: o + l / 2,
                    y: s + E + 2,
                    r: E,
                    r0: 6,
                    startAngle: 45,
                    endAngle: 135
                })
            },
            eventRiver: function(m, F) {
                var r = F.x,
                    s = F.y,
                    l = F.width,
                    E = F.height;
                m.moveTo(r, s + E), m.bezierCurveTo(r + l, s + E, r, s + 4, r + l, s + 4), m.lineTo(r + l, s), m.bezierCurveTo(r, s, r + l, s + E - 4, r, s + E - 4), m.lineTo(r, s + E)
            },
            k: function(m, F) {
                var r = F.x,
                    s = F.y,
                    l = F.width,
                    E = F.height;
                A.prototype.buildPath(m, {
                    x: r + l / 2,
                    y: [s + 1, s + 1, s + E - 6, s + E],
                    width: l - 6
                })
            },
            bar: function(m, H) {
                var s = H.x,
                    E = H.y + 1,
                    l = H.width,
                    F = H.height - 2,
                    G = 3;
                m.moveTo(s + G, E), m.lineTo(s + l - G, E), m.quadraticCurveTo(s + l, E, s + l, E + G), m.lineTo(s + l, E + F - G), m.quadraticCurveTo(s + l, E + F, s + l - G, E + F), m.lineTo(s + G, E + F), m.quadraticCurveTo(s, E + F, s, E + F - G), m.lineTo(s, E + G), m.quadraticCurveTo(s, E, s + G, E)
            },
            force: function(a, i) {
                z.prototype.iconLibrary.circle(a, i)
            },
            radar: function(F, O) {
                var H = 6,
                    K = O.x + O.width / 2,
                    E = O.y + O.height / 2,
                    L = O.height / 2,
                    M = 2 * Math.PI / H,
                    N = -Math.PI / 2,
                    I = K + L * Math.cos(N),
                    G = E + L * Math.sin(N);
                F.moveTo(I, G), N += M;
                for (var J = 0, P = H - 1; P > J; J++) {
                    F.lineTo(K + L * Math.cos(N), E + L * Math.sin(N)), N += M
                }
                F.lineTo(I, G)
            }
        };
        D.chord = D.pie, D.map = D.bar;
        for (var C in D) {
            z.prototype.iconLibrary["legendicon" + C] = D[C]
        }
        return q.inherits(B, u), p("../component").define("legend", B), B
    }), d("echarts/util/ecData", [], function() {
        function a(q, A, u, w, p, x, y, z) {
            var v;
            return "undefined" != typeof w && (v = null == w.value ? w : w.value), q._echartsData = {
                _series: A,
                _seriesIndex: u,
                _data: w,
                _dataIndex: p,
                _name: x,
                _value: v,
                _special: y,
                _special2: z
            }, q._echartsData
        }

        function m(n, p) {
            var o = n._echartsData;
            if (!p) {
                return o
            }
            switch (p) {
                case "series":
                case "seriesIndex":
                case "data":
                case "dataIndex":
                case "name":
                case "value":
                case "special":
                case "special2":
                    return o && o["_" + p]
            }
            return null
        }

        function j(n, p, o) {
            switch (n._echartsData = n._echartsData || {}, p) {
                case "series":
                case "seriesIndex":
                case "data":
                case "dataIndex":
                case "name":
                case "value":
                case "special":
                case "special2":
                    n._echartsData["_" + p] = o
            }
        }

        function l(i, n) {
            n._echartsData = {
                _series: i._echartsData._series,
                _seriesIndex: i._echartsData._seriesIndex,
                _data: i._echartsData._data,
                _dataIndex: i._echartsData._dataIndex,
                _name: i._echartsData._name,
                _value: i._echartsData._value,
                _special: i._echartsData._special,
                _special2: i._echartsData._special2
            }
        }
        return {
            pack: a,
            set: j,
            get: m,
            clone: l
        }
    }), d("echarts/chart", [], function() {
        var a = {},
            i = {};
        return a.define = function(e, j) {
            return i[e] = j, a
        }, a.get = function(j) {
            return i[j]
        }, a
    }), d("zrender/tool/color", ["require", "../tool/util"], function(ae) {
        function aG(a) {
            ad = a
        }

        function am() {
            ad = ax
        }

        function aw(a, i) {
            return a = 0 | a, i = i || ad, i[a % i.length]
        }

        function q(a) {
            Z = a
        }

        function ay() {
            al = Z
        }

        function aC() {
            return Z
        }

        function aE(p, B, v, x, m, y, z) {
            az || (az = aB.getContext());
            for (var A = az.createRadialGradient(p, B, v, x, m, y), w = 0, u = z.length; u > w; w++) {
                A.addColorStop(z[w][0], z[w][1])
            }
            return A.__nonRecursion = !0, A
        }

        function ar(m, y, p, u, l) {
            az || (az = aB.getContext());
            for (var v = az.createLinearGradient(m, y, p, u), w = 0, x = l.length; x > w; w++) {
                v.addColorStop(l[w][0], l[w][1])
            }
            return v.__nonRecursion = !0, v
        }

        function ak(v, E, x) {
            v = aA(v), E = aA(E), v = an(v), E = an(E);
            for (var A = [], p = (E[0] - v[0]) / x, B = (E[1] - v[1]) / x, C = (E[2] - v[2]) / x, D = (E[3] - v[3]) / x, y = 0, w = v[0], z = v[1], F = v[2], u = v[3]; x > y; y++) {
                A[y] = aL([aF(Math.floor(w), [0, 255]), aF(Math.floor(z), [0, 255]), aF(Math.floor(F), [0, 255]), u.toFixed(4) - 0], "rgba"), w += p, z += B, F += C, u += D
            }
            return w = E[0], z = E[1], F = E[2], u = E[3], A[y] = aL([w, z, F, u], "rgba"), A
        }

        function au(m, w) {
            var p = [],
                s = m.length;
            if (void 0 === w && (w = 20), 1 === s) {
                p = ak(m[0], m[0], w)
            } else {
                if (s > 1) {
                    for (var l = 0, u = s - 1; u > l; l++) {
                        var v = ak(m[l], m[l + 1], w);
                        u - 1 > l && v.pop(), p = p.concat(v)
                    }
                }
            }
            return p
        }

        function aL(a, m) {
            if (m = m || "rgb", a && (3 === a.length || 4 === a.length)) {
                if (a = ab(a, function(i) {
                        return i > 1 ? Math.ceil(i) : i
                    }), m.indexOf("hex") > -1) {
                    return "#" + ((1 << 24) + (a[0] << 16) + (a[1] << 8) + +a[2]).toString(16).slice(1)
                }
                if (m.indexOf("hs") > -1) {
                    var l = ab(a.slice(1, 3), function(i) {
                        return i + "%"
                    });
                    a[1] = l[0], a[2] = l[1]
                }
                return m.indexOf("a") > -1 ? (3 === a.length && a.push(1), a[3] = aF(a[3], [0, 1]), m + "(" + a.slice(0, 4).join(",") + ")") : m + "(" + a.slice(0, 3).join(",") + ")"
            }
        }

        function aJ(a) {
            a = at(a), a.indexOf("rgba") < 0 && (a = aA(a));
            var m = [],
                l = 0;
            return a.replace(/[\d.]+/g, function(i) {
                i = 3 > l ? 0 | i : +i, m[l++] = i
            }), m
        }

        function ac(a, o) {
            if (!af(a)) {
                return a
            }
            var l = an(a),
                m = l[3];
            return "undefined" == typeof m && (m = 1), a.indexOf("hsb") > -1 ? l = ah(l) : a.indexOf("hsl") > -1 && (l = aH(l)), o.indexOf("hsb") > -1 || o.indexOf("hsv") > -1 ? l = Q(l) : o.indexOf("hsl") > -1 && (l = av(l)), l[3] = m, aL(l, o)
        }

        function aA(a) {
            return ac(a, "rgba")
        }

        function aa(a) {
            return ac(a, "rgb")
        }

        function aI(a) {
            return ac(a, "hex")
        }

        function aQ(a) {
            return ac(a, "hsva")
        }

        function ai(a) {
            return ac(a, "hsv")
        }

        function Y(a) {
            return ac(a, "hsba")
        }

        function ag(a) {
            return ac(a, "hsb")
        }

        function ap(a) {
            return ac(a, "hsla")
        }

        function aO(a) {
            return ac(a, "hsl")
        }

        function j(a) {
            for (var i in aj) {
                if (aI(aj[i]) === aI(a)) {
                    return i
                }
            }
            return null
        }

        function at(a) {
            return String(a).replace(/\s+/g, "")
        }

        function aN(a) {
            if (aj[a] && (a = aj[a]), a = at(a), a = a.replace(/hsv/i, "hsb"), /^#[\da-f]{3}$/i.test(a)) {
                a = parseInt(a.slice(1), 16);
                var o = (3840 & a) << 8,
                    l = (240 & a) << 4,
                    m = 15 & a;
                a = "#" + ((1 << 24) + (o << 4) + o + (l << 4) + l + (m << 4) + m).toString(16).slice(1)
            }
            return a
        }

        function aP(m, r) {
            if (!af(m)) {
                return m
            }
            var o = r > 0 ? 1 : -1;
            "undefined" == typeof r && (r = 0), r = Math.abs(r) > 1 ? 1 : Math.abs(r), m = aa(m);
            for (var p = an(m), l = 0; 3 > l; l++) {
                p[l] = 1 === o ? p[l] * (1 - r) | 0 : (255 - p[l]) * r + p[l] | 0
            }
            return "rgb(" + p.join(",") + ")"
        }

        function aK(a) {
            if (!af(a)) {
                return a
            }
            var i = an(aA(a));
            return i = ab(i, function(l) {
                return 255 - l
            }), aL(i, "rgb")
        }

        function aM(u, D, w) {
            if (!af(u) || !af(D)) {
                return u
            }
            "undefined" == typeof w && (w = 0.5), w = 1 - aF(w, [0, 1]);
            for (var z = 2 * w - 1, p = an(aA(u)), A = an(aA(D)), B = p[3] - A[3], C = ((z * B === -1 ? z : (z + B) / (1 + z * B)) + 1) / 2, x = 1 - C, v = [], y = 0; 3 > y; y++) {
                v[y] = p[y] * C + A[y] * x
            }
            var E = p[3] * w + A[3] * (1 - w);
            return E = Math.max(0, Math.min(1, E)), 1 === p[3] && 1 === A[3] ? aL(v, "rgb") : (v[3] = E, aL(v, "rgba"))
        }

        function aq() {
            return "#" + (Math.random().toString(16) + "0000").slice(2, 8)
        }

        function an(u) {
            u = aN(u);
            var D = u.match(aD);
            if (null === D) {
                throw new Error("The color format error")
            }
            var w, z, p, A = [];
            if (D[2]) {
                w = D[2].replace("#", "").split(""), p = [w[0] + w[1], w[2] + w[3], w[4] + w[5]], A = ab(p, function(a) {
                    return aF(parseInt(a, 16), [0, 255])
                })
            } else {
                if (D[4]) {
                    var B = D[4].split(",");
                    z = B[3], p = B.slice(0, 3), A = ab(p, function(a) {
                        return a = Math.floor(a.indexOf("%") > 0 ? 2.55 * parseInt(a, 0) : a), aF(a, [0, 255])
                    }), "undefined" != typeof z && A.push(aF(parseFloat(z), [0, 1]))
                } else {
                    if (D[5] || D[6]) {
                        var C = (D[5] || D[6]).split(","),
                            x = parseInt(C[0], 0) / 360,
                            v = C[1],
                            y = C[2];
                        z = C[3], A = ab([v, y], function(a) {
                            return aF(parseFloat(a) / 100, [0, 1])
                        }), A.unshift(x), "undefined" != typeof z && A.push(aF(parseFloat(z), [0, 1]))
                    }
                }
            }
            return A
        }

        function ao(a, m) {
            if (!af(a)) {
                return a
            }
            null === m && (m = 1);
            var l = an(aA(a));
            return l[3] = aF(Number(m).toFixed(4), [0, 1]), aL(l, "rgba")
        }

        function ab(a, o) {
            if ("function" != typeof o) {
                throw new TypeError
            }
            for (var l = a ? a.length : 0, m = 0; l > m; m++) {
                a[m] = o(a[m])
            }
            return a
        }

        function aF(a, i) {
            return a <= i[0] ? a = i[0] : a >= i[1] && (a = i[1]), a
        }

        function af(a) {
            return a instanceof Array || "string" == typeof a
        }

        function ah(w) {
            var G, y, B, u = w[0],
                C = w[1],
                E = w[2];
            if (0 === C) {
                G = 255 * E, y = 255 * E, B = 255 * E
            } else {
                var F = 6 * u;
                6 === F && (F = 0);
                var z = 0 | F,
                    x = E * (1 - C),
                    A = E * (1 - C * (F - z)),
                    I = E * (1 - C * (1 - (F - z))),
                    H = 0,
                    v = 0,
                    D = 0;
                0 === z ? (H = E, v = I, D = x) : 1 === z ? (H = A, v = E, D = x) : 2 === z ? (H = x, v = E, D = I) : 3 === z ? (H = x, v = A, D = E) : 4 === z ? (H = I, v = x, D = E) : (H = E, v = x, D = A), G = 255 * H, y = 255 * v, B = 255 * D
            }
            return [G, y, B]
        }

        function aH(p) {
            var A, u, w, m = p[0],
                x = p[1],
                y = p[2];
            if (0 === x) {
                A = 255 * y, u = 255 * y, w = 255 * y
            } else {
                var z;
                z = 0.5 > y ? y * (1 + x) : y + x - x * y;
                var v = 2 * y - z;
                A = 255 * aR(v, z, m + 1 / 3), u = 255 * aR(v, z, m), w = 255 * aR(v, z, m - 1 / 3)
            }
            return [A, u, w]
        }

        function aR(a, m, l) {
            return 0 > l && (l += 1), l > 1 && (l -= 1), 1 > 6 * l ? a + 6 * (m - a) * l : 1 > 2 * l ? m : 2 > 3 * l ? a + (m - a) * (2 / 3 - l) * 6 : a
        }

        function Q(u) {
            var D, w, z = u[0] / 255,
                p = u[1] / 255,
                A = u[2] / 255,
                B = Math.min(z, p, A),
                C = Math.max(z, p, A),
                x = C - B,
                v = C;
            if (0 === x) {
                D = 0, w = 0
            } else {
                w = x / C;
                var y = ((C - z) / 6 + x / 2) / x,
                    F = ((C - p) / 6 + x / 2) / x,
                    E = ((C - A) / 6 + x / 2) / x;
                z === C ? D = E - F : p === C ? D = 1 / 3 + y - E : A === C && (D = 2 / 3 + F - y), 0 > D && (D += 1), D > 1 && (D -= 1)
            }
            return D = 360 * D, w = 100 * w, v = 100 * v, [D, w, v]
        }

        function av(u) {
            var D, w, z = u[0] / 255,
                p = u[1] / 255,
                A = u[2] / 255,
                B = Math.min(z, p, A),
                C = Math.max(z, p, A),
                x = C - B,
                v = (C + B) / 2;
            if (0 === x) {
                D = 0, w = 0
            } else {
                w = 0.5 > v ? x / (C + B) : x / (2 - C - B);
                var y = ((C - z) / 6 + x / 2) / x,
                    F = ((C - p) / 6 + x / 2) / x,
                    E = ((C - A) / 6 + x / 2) / x;
                z === C ? D = E - F : p === C ? D = 1 / 3 + y - E : A === C && (D = 2 / 3 + F - y), 0 > D && (D += 1), D > 1 && (D -= 1)
            }
            return D = 360 * D, w = 100 * w, v = 100 * v, [D, w, v]
        }
        var az, aB = ae("../tool/util"),
            ad = ["#ff9277", " #dddd00", " #ffc877", " #bbe3ff", " #d5ffbb", "#bbbbff", " #ddb000", " #b0dd00", " #e2bbff", " #ffbbe3", "#ff7777", " #ff9900", " #83dd00", " #77e3ff", " #778fff", "#c877ff", " #ff77ab", " #ff6600", " #aa8800", " #77c7ff", "#ad77ff", " #ff77ff", " #dd0083", " #777700", " #00aa00", "#0088aa", " #8400dd", " #aa0088", " #dd0000", " #772e00"],
            ax = ad,
            Z = "rgba(255,255,0,0.5)",
            al = Z,
            aD = /^\s*((#[a-f\d]{6})|(#[a-f\d]{3})|rgba?\(\s*([\d\.]+%?\s*,\s*[\d\.]+%?\s*,\s*[\d\.]+%?(?:\s*,\s*[\d\.]+%?)?)\s*\)|hsba?\(\s*([\d\.]+(?:deg|\xb0|%)?\s*,\s*[\d\.]+%?\s*,\s*[\d\.]+%?(?:\s*,\s*[\d\.]+)?)%?\s*\)|hsla?\(\s*([\d\.]+(?:deg|\xb0|%)?\s*,\s*[\d\.]+%?\s*,\s*[\d\.]+%?(?:\s*,\s*[\d\.]+)?)%?\s*\))\s*$/i,
            aj = {
                aliceblue: "#f0f8ff",
                antiquewhite: "#faebd7",
                aqua: "#0ff",
                aquamarine: "#7fffd4",
                azure: "#f0ffff",
                beige: "#f5f5dc",
                bisque: "#ffe4c4",
                black: "#000",
                blanchedalmond: "#ffebcd",
                blue: "#00f",
                blueviolet: "#8a2be2",
                brown: "#a52a2a",
                burlywood: "#deb887",
                cadetblue: "#5f9ea0",
                chartreuse: "#7fff00",
                chocolate: "#d2691e",
                coral: "#ff7f50",
                cornflowerblue: "#6495ed",
                cornsilk: "#fff8dc",
                crimson: "#dc143c",
                cyan: "#0ff",
                darkblue: "#00008b",
                darkcyan: "#008b8b",
                darkgoldenrod: "#b8860b",
                darkgray: "#a9a9a9",
                darkgrey: "#a9a9a9",
                darkgreen: "#006400",
                darkkhaki: "#bdb76b",
                darkmagenta: "#8b008b",
                darkolivegreen: "#556b2f",
                darkorange: "#ff8c00",
                darkorchid: "#9932cc",
                darkred: "#8b0000",
                darksalmon: "#e9967a",
                darkseagreen: "#8fbc8f",
                darkslateblue: "#483d8b",
                darkslategray: "#2f4f4f",
                darkslategrey: "#2f4f4f",
                darkturquoise: "#00ced1",
                darkviolet: "#9400d3",
                deeppink: "#ff1493",
                deepskyblue: "#00bfff",
                dimgray: "#696969",
                dimgrey: "#696969",
                dodgerblue: "#1e90ff",
                firebrick: "#b22222",
                floralwhite: "#fffaf0",
                forestgreen: "#228b22",
                fuchsia: "#f0f",
                gainsboro: "#dcdcdc",
                ghostwhite: "#f8f8ff",
                gold: "#ffd700",
                goldenrod: "#daa520",
                gray: "#808080",
                grey: "#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",
                lightgray: "#d3d3d3",
                lightgrey: "#d3d3d3",
                lightgreen: "#90ee90",
                lightpink: "#ffb6c1",
                lightsalmon: "#ffa07a",
                lightseagreen: "#20b2aa",
                lightskyblue: "#87cefa",
                lightslategray: "#789",
                lightslategrey: "#789",
                lightsteelblue: "#b0c4de",
                lightyellow: "#ffffe0",
                lime: "#0f0",
                limegreen: "#32cd32",
                linen: "#faf0e6",
                magenta: "#f0f",
                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: "#f00",
                rosybrown: "#bc8f8f",
                royalblue: "#4169e1",
                saddlebrown: "#8b4513",
                salmon: "#fa8072",
                sandybrown: "#f4a460",
                seagreen: "#2e8b57",
                seashell: "#fff5ee",
                sienna: "#a0522d",
                silver: "#c0c0c0",
                skyblue: "#87ceeb",
                slateblue: "#6a5acd",
                slategray: "#708090",
                slategrey: "#708090",
                snow: "#fffafa",
                springgreen: "#00ff7f",
                steelblue: "#4682b4",
                tan: "#d2b48c",
                teal: "#008080",
                thistle: "#d8bfd8",
                tomato: "#ff6347",
                turquoise: "#40e0d0",
                violet: "#ee82ee",
                wheat: "#f5deb3",
                white: "#fff",
                whitesmoke: "#f5f5f5",
                yellow: "#ff0",
                yellowgreen: "#9acd32"
            };
        return {
            customPalette: aG,
            resetPalette: am,
            getColor: aw,
            getHighlightColor: aC,
            customHighlight: q,
            resetHighlight: ay,
            getRadialGradient: aE,
            getLinearGradient: ar,
            getGradientColors: au,
            getStepColors: ak,
            reverse: aK,
            mix: aM,
            lift: aP,
            trim: at,
            random: aq,
            toRGB: aa,
            toRGBA: aA,
            toHex: aI,
            toHSL: aO,
            toHSLA: ap,
            toHSB: ag,
            toHSBA: Y,
            toHSV: ai,
            toHSVA: aQ,
            toName: j,
            toColor: aL,
            toArray: aJ,
            alpha: ao,
            getData: an
        }
    }), d("echarts/component/timeline", ["require", "./base", "zrender/shape/Rectangle", "../util/shape/Icon", "../util/shape/Chain", "../config", "zrender/tool/util", "zrender/tool/area", "zrender/tool/event", "../component"], function(p) {
        function B(m, D, n, l, s) {
            x.call(this, m, D, n, l, s);
            var C = this;
            if (C._onclick = function(a) {
                    return C.__onclick(a)
                }, C._ondrift = function(a, i) {
                    return C.__ondrift(this, a, i)
                }, C._ondragend = function() {
                    return C.__ondragend()
                }, C._setCurrentOption = function() {
                    var a = C.timelineOption;
                    C.currentIndex %= a.data.length;
                    var i = C.options[C.currentIndex] || {};
                    C.myChart._setOption(i, a.notMerge, !0), C.messageCenter.dispatch(A.EVENT.TIMELINE_CHANGED, null, {
                        currentIndex: C.currentIndex,
                        data: null != a.data[C.currentIndex].name ? a.data[C.currentIndex].name : a.data[C.currentIndex]
                    }, C.myChart)
                }, C._onFrame = function() {
                    C._setCurrentOption(), C._syncHandleShape(), C.timelineOption.autoPlay && (C.playTicket = setTimeout(function() {
                        return C.currentIndex += 1, !C.timelineOption.loop && C.currentIndex >= C.timelineOption.data.length ? (C.currentIndex = C.timelineOption.data.length - 1, void C.stop()) : void C._onFrame()
                    }, C.timelineOption.playInterval))
                }, this.setTheme(!1), this.options = this.option.options, this.currentIndex = this.timelineOption.currentIndex % this.timelineOption.data.length, this.timelineOption.notMerge || 0 === this.currentIndex || (this.options[this.currentIndex] = v.merge(this.options[this.currentIndex], this.options[0])), this.timelineOption.show && (this._buildShape(), this._syncHandleShape()), this._setCurrentOption(), this.timelineOption.autoPlay) {
                var C = this;
                this.playTicket = setTimeout(function() {
                    C.play()
                }, null != this.ecTheme.animationDuration ? this.ecTheme.animationDuration : A.animationDuration)
            }
        }

        function u(C, K) {
            var E = 2,
                H = K.x + E,
                o = K.y + E + 2,
                I = K.width - E,
                J = K.height - E,
                F = K.symbol;
            if ("last" === F) {
                C.moveTo(H + I - 2, o + J / 3), C.lineTo(H + I - 2, o), C.lineTo(H + 2, o + J / 2), C.lineTo(H + I - 2, o + J), C.lineTo(H + I - 2, o + J / 3 * 2), C.moveTo(H, o), C.lineTo(H, o)
            } else {
                if ("next" === F) {
                    C.moveTo(H + 2, o + J / 3), C.lineTo(H + 2, o), C.lineTo(H + I - 2, o + J / 2), C.lineTo(H + 2, o + J), C.lineTo(H + 2, o + J / 3 * 2), C.moveTo(H, o), C.lineTo(H, o)
                } else {
                    if ("play" === F) {
                        if ("stop" === K.status) {
                            C.moveTo(H + 2, o), C.lineTo(H + I - 2, o + J / 2), C.lineTo(H + 2, o + J), C.lineTo(H + 2, o)
                        } else {
                            var D = "both" === K.brushType ? 2 : 3;
                            C.rect(H + 2, o, D, J), C.rect(H + I - D - 2, o, D, J)
                        }
                    } else {
                        if (F.match("image")) {
                            var G = "";
                            G = F.replace(new RegExp("^image:\\/\\/"), ""), F = y.prototype.iconLibrary.image, F(C, {
                                x: H,
                                y: o,
                                width: I,
                                height: J,
                                image: G
                            })
                        }
                    }
                }
            }
        }
        var x = p("./base"),
            j = p("zrender/shape/Rectangle"),
            y = p("../util/shape/Icon"),
            z = p("../util/shape/Chain"),
            A = p("../config");
        A.timeline = {
            zlevel: 0,
            z: 4,
            show: !0,
            type: "time",
            notMerge: !1,
            realtime: !0,
            x: 80,
            x2: 80,
            y2: 0,
            height: 50,
            backgroundColor: "rgba(0,0,0,0)",
            borderColor: "#ccc",
            borderWidth: 0,
            padding: 5,
            controlPosition: "left",
            autoPlay: !1,
            loop: !0,
            playInterval: 2000,
            lineStyle: {
                width: 1,
                color: "#666",
                type: "dashed"
            },
            label: {
                show: !0,
                interval: "auto",
                rotate: 0,
                textStyle: {
                    color: "#333"
                }
            },
            checkpointStyle: {
                symbol: "auto",
                symbolSize: "auto",
                color: "auto",
                borderColor: "auto",
                borderWidth: "auto",
                label: {
                    show: !1,
                    textStyle: {
                        color: "auto"
                    }
                }
            },
            controlStyle: {
                itemSize: 15,
                itemGap: 5,
                normal: {
                    color: "#333"
                },
                emphasis: {
                    color: "#1e90ff"
                }
            },
            symbol: "emptyDiamond",
            symbolSize: 4,
            currentIndex: 0
        };
        var v = p("zrender/tool/util"),
            q = p("zrender/tool/area"),
            w = p("zrender/tool/event");
        return B.prototype = {
            type: A.COMPONENT_TYPE_TIMELINE,
            _buildShape: function() {
                if (this._location = this._getLocation(), this._buildBackground(), this._buildControl(), this._chainPoint = this._getChainPoint(), this.timelineOption.label.show) {
                    for (var a = this._getInterval(), o = 0, l = this._chainPoint.length; l > o; o += a) {
                        this._chainPoint[o].showLabel = !0
                    }
                }
                this._buildChain(), this._buildHandle();
                for (var o = 0, m = this.shapeList.length; m > o; o++) {
                    this.zr.addShape(this.shapeList[o])
                }
            },
            _getLocation: function() {
                var C, K = this.timelineOption,
                    E = this.reformCssArray(this.timelineOption.padding),
                    G = this.zr.getWidth(),
                    m = this.parsePercent(K.x, G),
                    H = this.parsePercent(K.x2, G);
                null == K.width ? (C = G - m - H, H = G - H) : (C = this.parsePercent(K.width, G), H = m + C);
                var I, J, F = this.zr.getHeight(),
                    D = this.parsePercent(K.height, F);
                return null != K.y ? (I = this.parsePercent(K.y, F), J = I + D) : (J = F - this.parsePercent(K.y2, F), I = J - D), {
                    x: m + E[3],
                    y: I + E[0],
                    x2: H - E[1],
                    y2: J - E[2],
                    width: C - E[1] - E[3],
                    height: D - E[0] - E[2]
                }
            },
            _getReformedLabel: function(a) {
                var o = this.timelineOption,
                    l = null != o.data[a].name ? o.data[a].name : o.data[a],
                    m = o.data[a].formatter || o.label.formatter;
                return m && ("function" == typeof m ? l = m.call(this.myChart, l) : "string" == typeof m && (l = m.replace("{value}", l))), l
            },
            _getInterval: function() {
                var E = this._chainPoint,
                    M = this.timelineOption,
                    F = M.label.interval;
                if ("auto" === F) {
                    var I = M.label.textStyle.fontSize,
                        C = M.data,
                        J = M.data.length;
                    if (J > 3) {
                        var K, L, G = !1;
                        for (F = 0; !G && J > F;) {
                            F++, G = !0;
                            for (var H = F; J > H; H += F) {
                                if (K = E[H].x - E[H - F].x, 0 !== M.label.rotate) {
                                    L = I
                                } else {
                                    if (C[H].textStyle) {
                                        L = q.getTextWidth(E[H].name, E[H].textFont)
                                    } else {
                                        var O = E[H].name + "",
                                            N = (O.match(/\w/g) || "").length,
                                            D = O.length - N;
                                        L = N * I * 2 / 3 + D * I
                                    }
                                }
                                if (L > K) {
                                    G = !1;
                                    break
                                }
                            }
                        }
                    } else {
                        F = 1
                    }
                } else {
                    F = F - 0 + 1
                }
                return F
            },
            _getChainPoint: function() {
                function F(a) {
                    return null != I[a].name ? I[a].name : I[a] + ""
                }
                var R, J = this.timelineOption,
                    M = J.symbol.toLowerCase(),
                    l = J.symbolSize,
                    N = J.label.rotate,
                    P = J.label.textStyle,
                    Q = this.getFont(P),
                    I = J.data,
                    L = this._location.x,
                    W = this._location.y + this._location.height / 4 * 3,
                    T = this._location.x2 - this._location.x,
                    E = I.length,
                    O = [];
                if (E > 1) {
                    var D = T / E;
                    if (D = D > 50 ? 50 : 20 > D ? 5 : D, T -= 2 * D, "number" === J.type) {
                        for (var S = 0; E > S; S++) {
                            O.push(L + D + T / (E - 1) * S)
                        }
                    } else {
                        O[0] = new Date(F(0).replace(/-/g, "/")), O[E - 1] = new Date(F(E - 1).replace(/-/g, "/")) - O[0];
                        for (var S = 1; E > S; S++) {
                            O[S] = L + D + T * (new Date(F(S).replace(/-/g, "/")) - O[0]) / O[E - 1]
                        }
                        O[0] = L + D
                    }
                } else {
                    O.push(L + T / 2)
                }
                for (var Y, H, C, G, K, X = [], S = 0; E > S; S++) {
                    L = O[S], Y = I[S].symbol && I[S].symbol.toLowerCase() || M, Y.match("empty") ? (Y = Y.replace("empty", ""), C = !0) : C = !1, Y.match("star") && (H = Y.replace("star", "") - 0 || 5, Y = "star"), R = I[S].textStyle ? v.merge(I[S].textStyle || {}, P) : P, G = R.align || "center", N ? (G = N > 0 ? "right" : "left", K = [N * Math.PI / 180, L, W - 5]) : K = !1, X.push({
                        x: L,
                        n: H,
                        isEmpty: C,
                        symbol: Y,
                        symbolSize: I[S].symbolSize || l,
                        color: I[S].color,
                        borderColor: I[S].borderColor,
                        borderWidth: I[S].borderWidth,
                        name: this._getReformedLabel(S),
                        textColor: R.color,
                        textAlign: G,
                        textBaseline: R.baseline || "middle",
                        textX: L,
                        textY: W - (N ? 5 : 0),
                        textFont: I[S].textStyle ? this.getFont(R) : Q,
                        rotation: K,
                        showLabel: !1
                    })
                }
                return X
            },
            _buildBackground: function() {
                var a = this.timelineOption,
                    o = this.reformCssArray(this.timelineOption.padding),
                    l = this._location.width,
                    m = this._location.height;
                (0 !== a.borderWidth || "rgba(0,0,0,0)" != a.backgroundColor.replace(/\s/g, "")) && this.shapeList.push(new j({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    hoverable: !1,
                    style: {
                        x: this._location.x - o[3],
                        y: this._location.y - o[0],
                        width: l + o[1] + o[3],
                        height: m + o[0] + o[2],
                        brushType: 0 === a.borderWidth ? "fill" : "both",
                        color: a.backgroundColor,
                        strokeColor: a.borderColor,
                        lineWidth: a.borderWidth
                    }
                }))
            },
            _buildControl: function() {
                var o = this,
                    I = this.timelineOption,
                    D = I.lineStyle,
                    F = I.controlStyle;
                if ("none" !== I.controlPosition) {
                    var l, G = F.itemSize,
                        H = F.itemGap;
                    "left" === I.controlPosition ? (l = this._location.x, this._location.x += 3 * (G + H)) : (l = this._location.x2 - (3 * (G + H) - H), this._location.x2 -= 3 * (G + H));
                    var C = this._location.y,
                        E = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase() + 1,
                            style: {
                                iconType: "timelineControl",
                                symbol: "last",
                                x: l,
                                y: C,
                                width: G,
                                height: G,
                                brushType: "stroke",
                                color: F.normal.color,
                                strokeColor: F.normal.color,
                                lineWidth: D.width
                            },
                            highlightStyle: {
                                color: F.emphasis.color,
                                strokeColor: F.emphasis.color,
                                lineWidth: D.width + 1
                            },
                            clickable: !0
                        };
                    this._ctrLastShape = new y(E), this._ctrLastShape.onclick = function() {
                        o.last()
                    }, this.shapeList.push(this._ctrLastShape), l += G + H, this._ctrPlayShape = new y(v.clone(E)), this._ctrPlayShape.style.brushType = "fill", this._ctrPlayShape.style.symbol = "play", this._ctrPlayShape.style.status = this.timelineOption.autoPlay ? "playing" : "stop", this._ctrPlayShape.style.x = l, this._ctrPlayShape.onclick = function() {
                        "stop" === o._ctrPlayShape.style.status ? o.play() : o.stop()
                    }, this.shapeList.push(this._ctrPlayShape), l += G + H, this._ctrNextShape = new y(v.clone(E)), this._ctrNextShape.style.symbol = "next", this._ctrNextShape.style.x = l, this._ctrNextShape.onclick = function() {
                        o.next()
                    }, this.shapeList.push(this._ctrNextShape)
                }
            },
            _buildChain: function() {
                var a = this.timelineOption,
                    i = a.lineStyle;
                this._timelineShae = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        x: this._location.x,
                        y: this.subPixelOptimize(this._location.y, i.width),
                        width: this._location.x2 - this._location.x,
                        height: this._location.height,
                        chainPoint: this._chainPoint,
                        brushType: "both",
                        strokeColor: i.color,
                        lineWidth: i.width,
                        lineType: i.type
                    },
                    hoverable: !1,
                    clickable: !0,
                    onclick: this._onclick
                }, this._timelineShae = new z(this._timelineShae), this.shapeList.push(this._timelineShae)
            },
            _buildHandle: function() {
                var a = this._chainPoint[this.currentIndex],
                    i = a.symbolSize + 1;
                i = 5 > i ? 5 : i, this._handleShape = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase() + 1,
                    hoverable: !1,
                    draggable: !0,
                    style: {
                        iconType: "diamond",
                        n: a.n,
                        x: a.x - i,
                        y: this._location.y + this._location.height / 4 - i,
                        width: 2 * i,
                        height: 2 * i,
                        brushType: "both",
                        textPosition: "specific",
                        textX: a.x,
                        textY: this._location.y - this._location.height / 4,
                        textAlign: "center",
                        textBaseline: "middle"
                    },
                    highlightStyle: {},
                    ondrift: this._ondrift,
                    ondragend: this._ondragend
                }, this._handleShape = new y(this._handleShape), this.shapeList.push(this._handleShape)
            },
            _syncHandleShape: function() {
                if (this.timelineOption.show) {
                    var a = this.timelineOption,
                        o = a.checkpointStyle,
                        l = this._chainPoint[this.currentIndex];
                    this._handleShape.style.text = o.label.show ? l.name : "", this._handleShape.style.textFont = l.textFont, this._handleShape.style.n = l.n, "auto" === o.symbol ? this._handleShape.style.iconType = "none" != l.symbol ? l.symbol : "diamond" : (this._handleShape.style.iconType = o.symbol, o.symbol.match("star") && (this._handleShape.style.n = o.symbol.replace("star", "") - 0 || 5, this._handleShape.style.iconType = "star"));
                    var m;
                    "auto" === o.symbolSize ? (m = l.symbolSize + 2, m = 5 > m ? 5 : m) : m = o.symbolSize - 0, this._handleShape.style.color = "auto" === o.color ? l.color ? l.color : a.controlStyle.emphasis.color : o.color, this._handleShape.style.textColor = "auto" === o.label.textStyle.color ? this._handleShape.style.color : o.label.textStyle.color, this._handleShape.highlightStyle.strokeColor = this._handleShape.style.strokeColor = "auto" === o.borderColor ? l.borderColor ? l.borderColor : "#fff" : o.borderColor, this._handleShape.style.lineWidth = "auto" === o.borderWidth ? l.borderWidth ? l.borderWidth : 0 : o.borderWidth - 0, this._handleShape.highlightStyle.lineWidth = this._handleShape.style.lineWidth + 1, this.zr.animate(this._handleShape.id, "style").when(500, {
                        x: l.x - m,
                        textX: l.x,
                        y: this._location.y + this._location.height / 4 - m,
                        width: 2 * m,
                        height: 2 * m
                    }).start("ExponentialOut")
                }
            },
            _findChainIndex: function(a) {
                var o = this._chainPoint,
                    l = o.length;
                if (a <= o[0].x) {
                    return 0
                }
                if (a >= o[l - 1].x) {
                    return l - 1
                }
                for (var m = 0; l - 1 > m; m++) {
                    if (a >= o[m].x && a <= o[m + 1].x) {
                        return Math.abs(a - o[m].x) < Math.abs(a - o[m + 1].x) ? m : m + 1
                    }
                }
            },
            __onclick: function(a) {
                var m = w.getX(a.event),
                    l = this._findChainIndex(m);
                return l === this.currentIndex ? !0 : (this.currentIndex = l, this.timelineOption.autoPlay && this.stop(), clearTimeout(this.playTicket), void this._onFrame())
            },
            __ondrift: function(m, H) {
                this.timelineOption.autoPlay && this.stop();
                var C, D = this._chainPoint,
                    l = D.length;
                m.style.x + H <= D[0].x - D[0].symbolSize ? (m.style.x = D[0].x - D[0].symbolSize, C = 0) : m.style.x + H >= D[l - 1].x - D[l - 1].symbolSize ? (m.style.x = D[l - 1].x - D[l - 1].symbolSize, C = l - 1) : (m.style.x += H, C = this._findChainIndex(m.style.x));
                var E = D[C],
                    F = E.symbolSize + 2;
                if (m.style.iconType = E.symbol, m.style.n = E.n, m.style.textX = m.style.x + F / 2, m.style.y = this._location.y + this._location.height / 4 - F, m.style.width = 2 * F, m.style.height = 2 * F, m.style.text = E.name, C === this.currentIndex) {
                    return !0
                }
                if (this.currentIndex = C, this.timelineOption.realtime) {
                    clearTimeout(this.playTicket);
                    var G = this;
                    this.playTicket = setTimeout(function() {
                        G._setCurrentOption()
                    }, 200)
                }
                return !0
            },
            __ondragend: function() {
                this.isDragend = !0
            },
            ondragend: function(a, i) {
                this.isDragend && a.target && (!this.timelineOption.realtime && this._setCurrentOption(), i.dragOut = !0, i.dragIn = !0, i.needRefresh = !1, this.isDragend = !1, this._syncHandleShape())
            },
            last: function() {
                return this.timelineOption.autoPlay && this.stop(), this.currentIndex -= 1, this.currentIndex < 0 && (this.currentIndex = this.timelineOption.data.length - 1), this._onFrame(), this.currentIndex
            },
            next: function() {
                return this.timelineOption.autoPlay && this.stop(), this.currentIndex += 1, this.currentIndex >= this.timelineOption.data.length && (this.currentIndex = 0), this._onFrame(), this.currentIndex
            },
            play: function(a, i) {
                return this._ctrPlayShape && "playing" != this._ctrPlayShape.style.status && (this._ctrPlayShape.style.status = "playing", this.zr.modShape(this._ctrPlayShape.id), this.zr.refreshNextFrame()), this.timelineOption.autoPlay = null != i ? i : !0, this.timelineOption.autoPlay || clearTimeout(this.playTicket), this.currentIndex = null != a ? a : this.currentIndex + 1, this.currentIndex >= this.timelineOption.data.length && (this.currentIndex = 0), this._onFrame(), this.currentIndex
            },
            stop: function() {
                return this._ctrPlayShape && "stop" != this._ctrPlayShape.style.status && (this._ctrPlayShape.style.status = "stop", this.zr.modShape(this._ctrPlayShape.id), this.zr.refreshNextFrame()), this.timelineOption.autoPlay = !1, clearTimeout(this.playTicket), this.currentIndex
            },
            resize: function() {
                this.timelineOption.show && (this.clear(), this._buildShape(), this._syncHandleShape())
            },
            setTheme: function(a) {
                this.timelineOption = this.reformOption(v.clone(this.option.timeline)), this.timelineOption.label.textStyle = this.getTextStyle(this.timelineOption.label.textStyle), this.timelineOption.checkpointStyle.label.textStyle = this.getTextStyle(this.timelineOption.checkpointStyle.label.textStyle), this.myChart.canvasSupported || (this.timelineOption.realtime = !1), this.timelineOption.show && a && (this.clear(), this._buildShape(), this._syncHandleShape())
            },
            onbeforDispose: function() {
                clearTimeout(this.playTicket)
            }
        }, y.prototype.iconLibrary.timelineControl = u, v.inherits(B, x), p("../component").define("timeline", B), B
    }), d("zrender/shape/Image", ["require", "./Base", "../tool/util"], function(a) {
        var l = a("./Base"),
            j = function(i) {
                l.call(this, i)
            };
        return j.prototype = {
            type: "image",
            brush: function(v, F, x) {
                var A = this.style || {};
                F && (A = this.getHighlightStyle(A, this.highlightStyle || {}));
                var q = A.image,
                    B = this;
                if (this._imageCache || (this._imageCache = {}), "string" == typeof q) {
                    var D = q;
                    this._imageCache[D] ? q = this._imageCache[D] : (q = new Image, q.onload = function() {
                        q.onload = null, B.modSelf(), x()
                    }, q.src = D, this._imageCache[D] = q)
                }
                if (q) {
                    if ("IMG" == q.nodeName.toUpperCase()) {
                        if (window.ActiveXObject) {
                            if ("complete" != q.readyState) {
                                return
                            }
                        } else {
                            if (!q.complete) {
                                return
                            }
                        }
                    }
                    var E = A.width || q.width,
                        y = A.height || q.height,
                        w = A.x,
                        z = A.y;
                    if (!q.width || !q.height) {
                        return
                    }
                    if (v.save(), this.doClip(v), this.setContext(v, A), this.setTransform(v), A.sWidth && A.sHeight) {
                        var H = A.sx || 0,
                            G = A.sy || 0;
                        v.drawImage(q, H, G, A.sWidth, A.sHeight, w, z, E, y)
                    } else {
                        if (A.sx && A.sy) {
                            var H = A.sx,
                                G = A.sy,
                                u = E - H,
                                C = y - G;
                            v.drawImage(q, H, G, u, C, w, z, E, y)
                        } else {
                            v.drawImage(q, w, z, E, y)
                        }
                    }
                    A.width || (A.width = E), A.height || (A.height = y), this.style.width || (this.style.width = E), this.style.height || (this.style.height = y), this.drawText(v, A, this.style), v.restore()
                }
            },
            getRect: function(i) {
                return {
                    x: i.x,
                    y: i.y,
                    width: i.width,
                    height: i.height
                }
            },
            clearCache: function() {
                this._imageCache = {}
            }
        }, a("../tool/util").inherits(j, l), j
    }), d("zrender/loadingEffect/Bar", ["require", "./Base", "../tool/util", "../tool/color", "../shape/Rectangle"], function(l) {
        function r(a) {
            m.call(this, a)
        }
        var m = l("./Base"),
            p = l("../tool/util"),
            j = l("../tool/color"),
            q = l("../shape/Rectangle");
        return p.inherits(r, m), r.prototype._start = function(a, x) {
            var o = p.merge(this.options, {
                    textStyle: {
                        color: "#888"
                    },
                    backgroundColor: "rgba(250, 250, 250, 0.8)",
                    effectOption: {
                        x: 0,
                        y: this.canvasHeight / 2 - 30,
                        width: this.canvasWidth,
                        height: 5,
                        brushType: "fill",
                        timeInterval: 100
                    }
                }),
                v = this.createTextShape(o.textStyle),
                w = this.createBackgroundShape(o.backgroundColor),
                u = o.effectOption,
                n = new q({
                    highlightStyle: p.clone(u)
                });
            return n.highlightStyle.color = u.color || j.getLinearGradient(u.x, u.y, u.x + u.width, u.y + u.height, [
                [0, "#ff6400"],
                [0.5, "#ffe100"],
                [1, "#b1ff00"]
            ]), null != o.progress ? (a(w), n.highlightStyle.width = this.adjust(o.progress, [0, 1]) * o.effectOption.width, a(n), a(v), void x()) : (n.highlightStyle.width = 0, setInterval(function() {
                a(w), n.highlightStyle.width < u.width ? n.highlightStyle.width += 8 : n.highlightStyle.width = 0, a(n), a(v), x()
            }, u.timeInterval))
        }, r
    }), d("zrender/loadingEffect/Bubble", ["require", "./Base", "../tool/util", "../tool/color", "../shape/Circle"], function(l) {
        function r(a) {
            m.call(this, a)
        }
        var m = l("./Base"),
            p = l("../tool/util"),
            j = l("../tool/color"),
            q = l("../shape/Circle");
        return p.inherits(r, m), r.prototype._start = function(o, C) {
            for (var w = p.merge(this.options, {
                    textStyle: {
                        color: "#888"
                    },
                    backgroundColor: "rgba(250, 250, 250, 0.8)",
                    effect: {
                        n: 50,
                        lineWidth: 2,
                        brushType: "stroke",
                        color: "random",
                        timeInterval: 100
                    }
                }), A = this.createTextShape(w.textStyle), B = this.createBackgroundShape(w.backgroundColor), x = w.effect, v = x.n, y = x.brushType, F = x.lineWidth, E = [], n = this.canvasWidth, z = this.canvasHeight, a = 0; v > a; a++) {
                var D = "random" == x.color ? j.alpha(j.random(), 0.3) : x.color;
                E[a] = new q({
                    highlightStyle: {
                        x: Math.ceil(Math.random() * n),
                        y: Math.ceil(Math.random() * z),
                        r: Math.ceil(40 * Math.random()),
                        brushType: y,
                        color: D,
                        strokeColor: D,
                        lineWidth: F
                    },
                    animationY: Math.ceil(20 * Math.random())
                })
            }
            return setInterval(function() {
                o(B);
                for (var e = 0; v > e; e++) {
                    var s = E[e].highlightStyle;
                    s.y - E[e].animationY + s.r <= 0 && (E[e].highlightStyle.y = z + s.r, E[e].highlightStyle.x = Math.ceil(Math.random() * n)), E[e].highlightStyle.y -= E[e].animationY, o(E[e])
                }
                o(A), C()
            }, x.timeInterval)
        }, r
    }), d("zrender/loadingEffect/DynamicLine", ["require", "./Base", "../tool/util", "../tool/color", "../shape/Line"], function(l) {
        function r(a) {
            m.call(this, a)
        }
        var m = l("./Base"),
            p = l("../tool/util"),
            j = l("../tool/color"),
            q = l("../shape/Line");
        return p.inherits(r, m), r.prototype._start = function(o, E) {
            for (var x = p.merge(this.options, {
                    textStyle: {
                        color: "#fff"
                    },
                    backgroundColor: "rgba(0, 0, 0, 0.8)",
                    effectOption: {
                        n: 30,
                        lineWidth: 1,
                        color: "random",
                        timeInterval: 100
                    }
                }), C = this.createTextShape(x.textStyle), D = this.createBackgroundShape(x.backgroundColor), z = x.effectOption, w = z.n, A = z.lineWidth, H = [], G = this.canvasWidth, n = this.canvasHeight, B = 0; w > B; B++) {
                var a = -Math.ceil(1000 * Math.random()),
                    F = Math.ceil(400 * Math.random()),
                    I = Math.ceil(Math.random() * n),
                    v = "random" == z.color ? j.random() : z.color;
                H[B] = new q({
                    highlightStyle: {
                        xStart: a,
                        yStart: I,
                        xEnd: a + F,
                        yEnd: I,
                        strokeColor: v,
                        lineWidth: A
                    },
                    animationX: Math.ceil(100 * Math.random()),
                    len: F
                })
            }
            return setInterval(function() {
                o(D);
                for (var e = 0; w > e; e++) {
                    var s = H[e].highlightStyle;
                    s.xStart >= G && (H[e].len = Math.ceil(400 * Math.random()), s.xStart = -400, s.xEnd = -400 + H[e].len, s.yStart = Math.ceil(Math.random() * n), s.yEnd = s.yStart), s.xStart += H[e].animationX, s.xEnd += H[e].animationX, o(H[e])
                }
                o(C), E()
            }, z.timeInterval)
        }, r
    }), d("zrender/loadingEffect/Ring", ["require", "./Base", "../tool/util", "../tool/color", "../shape/Ring", "../shape/Sector"], function(l) {
        function u(a) {
            m.call(this, a)
        }
        var m = l("./Base"),
            p = l("../tool/util"),
            j = l("../tool/color"),
            q = l("../shape/Ring"),
            s = l("../shape/Sector");
        return p.inherits(u, m), u.prototype._start = function(v, H) {
            var B = p.merge(this.options, {
                    textStyle: {
                        color: "#07a"
                    },
                    backgroundColor: "rgba(250, 250, 250, 0.8)",
                    effect: {
                        x: this.canvasWidth / 2,
                        y: this.canvasHeight / 2,
                        r0: 60,
                        r: 100,
                        color: "#bbdcff",
                        brushType: "fill",
                        textPosition: "inside",
                        textFont: "normal 30px verdana",
                        textColor: "rgba(30, 144, 255, 0.6)",
                        timeInterval: 100
                    }
                }),
                G = B.effect,
                D = B.textStyle;
            null == D.x && (D.x = G.x), null == D.y && (D.y = G.y + (G.r0 + G.r) / 2 - 5);
            for (var A = this.createTextShape(B.textStyle), E = this.createBackgroundShape(B.backgroundColor), K = G.x, J = G.y, r = G.r0 + 6, F = G.r - 6, o = G.color, I = j.lift(o, 0.1), M = new q({
                    highlightStyle: p.clone(G)
                }), z = [], n = j.getGradientColors(["#ff6400", "#ffe100", "#97ff00"], 25), w = 15, C = 240, L = 0; 16 > L; L++) {
                z.push(new s({
                    highlightStyle: {
                        x: K,
                        y: J,
                        r0: r,
                        r: F,
                        startAngle: C - w,
                        endAngle: C,
                        brushType: "fill",
                        color: I
                    },
                    _color: j.getLinearGradient(K + r * Math.cos(C, !0), J - r * Math.sin(C, !0), K + r * Math.cos(C - w, !0), J - r * Math.sin(C - w, !0), [
                        [0, n[2 * L]],
                        [1, n[2 * L + 1]]
                    ])
                })), C -= w
            }
            C = 360;
            for (var L = 0; 4 > L; L++) {
                z.push(new s({
                    highlightStyle: {
                        x: K,
                        y: J,
                        r0: r,
                        r: F,
                        startAngle: C - w,
                        endAngle: C,
                        brushType: "fill",
                        color: I
                    },
                    _color: j.getLinearGradient(K + r * Math.cos(C, !0), J - r * Math.sin(C, !0), K + r * Math.cos(C - w, !0), J - r * Math.sin(C - w, !0), [
                        [0, n[2 * L + 32]],
                        [1, n[2 * L + 33]]
                    ])
                })), C -= w
            }
            var a = 0;
            if (null != B.progress) {
                v(E), a = 100 * this.adjust(B.progress, [0, 1]).toFixed(2) / 5, M.highlightStyle.text = 5 * a + "%", v(M);
                for (var L = 0; 20 > L; L++) {
                    z[L].highlightStyle.color = a > L ? z[L]._color : I, v(z[L])
                }
                return v(A), void H()
            }
            return setInterval(function() {
                v(E), a += a >= 20 ? -20 : 1, v(M);
                for (var e = 0; 20 > e; e++) {
                    z[e].highlightStyle.color = a > e ? z[e]._color : I, v(z[e])
                }
                v(A), H()
            }, G.timeInterval)
        }, u
    }), d("zrender/loadingEffect/Spin", ["require", "./Base", "../tool/util", "../tool/color", "../tool/area", "../shape/Sector"], function(l) {
        function u(a) {
            m.call(this, a)
        }
        var m = l("./Base"),
            p = l("../tool/util"),
            j = l("../tool/color"),
            q = l("../tool/area"),
            s = l("../shape/Sector");
        return p.inherits(u, m), u.prototype._start = function(v, H) {
            var B = p.merge(this.options, {
                    textStyle: {
                        color: "#fff",
                        textAlign: "start"
                    },
                    backgroundColor: "rgba(0, 0, 0, 0.8)"
                }),
                G = this.createTextShape(B.textStyle),
                D = 10,
                A = q.getTextWidth(G.highlightStyle.text, G.highlightStyle.textFont),
                E = q.getTextHeight(G.highlightStyle.text, G.highlightStyle.textFont),
                K = p.merge(this.options.effect || {}, {
                    r0: 9,
                    r: 15,
                    n: 18,
                    color: "#fff",
                    timeInterval: 100
                }),
                J = this.getLocation(this.options.textStyle, A + D + 2 * K.r, Math.max(2 * K.r, E));
            K.x = J.x + K.r, K.y = G.highlightStyle.y = J.y + J.height / 2, G.highlightStyle.x = K.x + K.r + D;
            for (var r = this.createBackgroundShape(B.backgroundColor), F = K.n, o = K.x, I = K.y, M = K.r0, z = K.r, n = K.color, w = [], C = Math.round(180 / F), L = 0; F > L; L++) {
                w[L] = new s({
                    highlightStyle: {
                        x: o,
                        y: I,
                        r0: M,
                        r: z,
                        startAngle: C * L * 2,
                        endAngle: C * L * 2 + C,
                        color: j.alpha(n, (L + 1) / F),
                        brushType: "fill"
                    }
                })
            }
            var a = [0, o, I];
            return setInterval(function() {
                v(r), a[0] -= 0.3;
                for (var e = 0; F > e; e++) {
                    w[e].rotation = a, v(w[e])
                }
                v(G), H()
            }, K.timeInterval)
        }, u
    }), d("zrender/loadingEffect/Whirling", ["require", "./Base", "../tool/util", "../tool/area", "../shape/Ring", "../shape/Droplet", "../shape/Circle"], function(l) {
        function w(a) {
            m.call(this, a)
        }
        var m = l("./Base"),
            p = l("../tool/util"),
            j = l("../tool/area"),
            q = l("../shape/Ring"),
            u = l("../shape/Droplet"),
            v = l("../shape/Circle");
        return p.inherits(w, m), w.prototype._start = function(o, C) {
            var x = p.merge(this.options, {
                    textStyle: {
                        color: "#888",
                        textAlign: "start"
                    },
                    backgroundColor: "rgba(250, 250, 250, 0.8)"
                }),
                z = this.createTextShape(x.textStyle),
                s = 10,
                A = j.getTextWidth(z.highlightStyle.text, z.highlightStyle.textFont),
                F = j.getTextHeight(z.highlightStyle.text, z.highlightStyle.textFont),
                E = p.merge(this.options.effect || {}, {
                    r: 18,
                    colorIn: "#fff",
                    colorOut: "#555",
                    colorWhirl: "#6cf",
                    timeInterval: 50
                }),
                n = this.getLocation(this.options.textStyle, A + s + 2 * E.r, Math.max(2 * E.r, F));
            E.x = n.x + E.r, E.y = z.highlightStyle.y = n.y + n.height / 2, z.highlightStyle.x = E.x + E.r + s;
            var B = this.createBackgroundShape(x.backgroundColor),
                a = new u({
                    highlightStyle: {
                        a: Math.round(E.r / 2),
                        b: Math.round(E.r - E.r / 6),
                        brushType: "fill",
                        color: E.colorWhirl
                    }
                }),
                D = new v({
                    highlightStyle: {
                        r: Math.round(E.r / 6),
                        brushType: "fill",
                        color: E.colorIn
                    }
                }),
                G = new q({
                    highlightStyle: {
                        r0: Math.round(E.r - E.r / 3),
                        r: E.r,
                        brushType: "fill",
                        color: E.colorOut
                    }
                }),
                r = [0, E.x, E.y];
            return a.highlightStyle.x = D.highlightStyle.x = G.highlightStyle.x = r[1], a.highlightStyle.y = D.highlightStyle.y = G.highlightStyle.y = r[2], setInterval(function() {
                o(B), o(G), r[0] -= 0.3, a.rotation = r, o(a), o(D), o(z), C()
            }, E.timeInterval)
        }, w
    }), d("echarts/theme/macarons", [], function() {
        var a = {
            color: ["#2ec7c9", "#b6a2de", "#5ab1ef", "#ffb980", "#d87a80", "#8d98b3", "#e5cf0d", "#97b552", "#95706d", "#dc69aa", "#07a2a4", "#9a7fd1", "#588dd5", "#f5994e", "#c05050", "#59678c", "#c9ab00", "#7eb00a", "#6f5553", "#c14089"],
            title: {
                textStyle: {
                    fontWeight: "normal",
                    color: "#008acd"
                }
            },
            dataRange: {
                itemWidth: 15,
                color: ["#5ab1ef", "#e0ffff"]
            },
            toolbox: {
                color: ["#1e90ff", "#1e90ff", "#1e90ff", "#1e90ff"],
                effectiveColor: "#ff4500"
            },
            tooltip: {
                backgroundColor: "rgba(50,50,50,0.5)",
                axisPointer: {
                    type: "line",
                    lineStyle: {
                        color: "#008acd"
                    },
                    crossStyle: {
                        color: "#008acd"
                    },
                    shadowStyle: {
                        color: "rgba(200,200,200,0.2)"
                    }
                }
            },
            dataZoom: {
                dataBackgroundColor: "#efefff",
                fillerColor: "rgba(182,162,222,0.2)",
                handleColor: "#008acd"
            },
            grid: {
                borderColor: "#eee"
            },
            categoryAxis: {
                axisLine: {
                    lineStyle: {
                        color: "#008acd"
                    }
                },
                splitLine: {
                    lineStyle: {
                        color: ["#eee"]
                    }
                }
            },
            valueAxis: {
                axisLine: {
                    lineStyle: {
                        color: "#008acd"
                    }
                },
                splitArea: {
                    show: !0,
                    areaStyle: {
                        color: ["rgba(250,250,250,0.1)", "rgba(200,200,200,0.1)"]
                    }
                },
                splitLine: {
                    lineStyle: {
                        color: ["#eee"]
                    }
                }
            },
            polar: {
                axisLine: {
                    lineStyle: {
                        color: "#ddd"
                    }
                },
                splitArea: {
                    show: !0,
                    areaStyle: {
                        color: ["rgba(250,250,250,0.2)", "rgba(200,200,200,0.2)"]
                    }
                },
                splitLine: {
                    lineStyle: {
                        color: "#ddd"
                    }
                }
            },
            timeline: {
                lineStyle: {
                    color: "#008acd"
                },
                controlStyle: {
                    normal: {
                        color: "#008acd"
                    },
                    emphasis: {
                        color: "#008acd"
                    }
                },
                symbol: "emptyCircle",
                symbolSize: 3
            },
            bar: {
                itemStyle: {
                    normal: {
                        barBorderRadius: 5
                    },
                    emphasis: {
                        barBorderRadius: 5
                    }
                }
            },
            line: {
                smooth: !0,
                symbol: "emptyCircle",
                symbolSize: 3
            },
            k: {
                itemStyle: {
                    normal: {
                        color: "#d87a80",
                        color0: "#2ec7c9",
                        lineStyle: {
                            color: "#d87a80",
                            color0: "#2ec7c9"
                        }
                    }
                }
            },
            scatter: {
                symbol: "circle",
                symbolSize: 4
            },
            radar: {
                symbol: "emptyCircle",
                symbolSize: 3
            },
            map: {
                itemStyle: {
                    normal: {
                        areaStyle: {
                            color: "#ddd"
                        },
                        label: {
                            textStyle: {
                                color: "#d87a80"
                            }
                        }
                    },
                    emphasis: {
                        areaStyle: {
                            color: "#fe994e"
                        }
                    }
                }
            },
            force: {
                itemStyle: {
                    normal: {
                        linkStyle: {
                            color: "#1e90ff"
                        }
                    }
                }
            },
            chord: {
                itemStyle: {
                    normal: {
                        borderWidth: 1,
                        borderColor: "rgba(128, 128, 128, 0.5)",
                        chordStyle: {
                            lineStyle: {
                                color: "rgba(128, 128, 128, 0.5)"
                            }
                        }
                    },
                    emphasis: {
                        borderWidth: 1,
                        borderColor: "rgba(128, 128, 128, 0.5)",
                        chordStyle: {
                            lineStyle: {
                                color: "rgba(128, 128, 128, 0.5)"
                            }
                        }
                    }
                }
            },
            gauge: {
                axisLine: {
                    lineStyle: {
                        color: [
                            [0.2, "#2ec7c9"],
                            [0.8, "#5ab1ef"],
                            [1, "#d87a80"]
                        ],
                        width: 10
                    }
                },
                axisTick: {
                    splitNumber: 10,
                    length: 15,
                    lineStyle: {
                        color: "auto"
                    }
                },
                splitLine: {
                    length: 22,
                    lineStyle: {
                        color: "auto"
                    }
                },
                pointer: {
                    width: 5
                }
            },
            textStyle: {
                fontFamily: "微软雅黑, Arial, Verdana, sans-serif"
            }
        };
        return a
    }), d("echarts/theme/infographic", [], function() {
        var a = {
            color: ["#C1232B", "#B5C334", "#FCCE10", "#E87C25", "#27727B", "#FE8463", "#9BCA63", "#FAD860", "#F3A43B", "#60C0DD", "#D7504B", "#C6E579", "#F4E001", "#F0805A", "#26C0C0"],
            title: {
                textStyle: {
                    fontWeight: "normal",
                    color: "#27727B"
                }
            },
            dataRange: {
                x: "right",
                y: "center",
                itemWidth: 5,
                itemHeight: 25,
                color: ["#C1232B", "#FCCE10"]
            },
            toolbox: {
                color: ["#C1232B", "#B5C334", "#FCCE10", "#E87C25", "#27727B", "#FE8463", "#9BCA63", "#FAD860", "#F3A43B", "#60C0DD"],
                effectiveColor: "#ff4500"
            },
            tooltip: {
                backgroundColor: "rgba(50,50,50,0.5)",
                axisPointer: {
                    type: "line",
                    lineStyle: {
                        color: "#27727B",
                        type: "dashed"
                    },
                    crossStyle: {
                        color: "#27727B"
                    },
                    shadowStyle: {
                        color: "rgba(200,200,200,0.3)"
                    }
                }
            },
            dataZoom: {
                dataBackgroundColor: "rgba(181,195,52,0.3)",
                fillerColor: "rgba(181,195,52,0.2)",
                handleColor: "#27727B"
            },
            grid: {
                borderWidth: 0
            },
            categoryAxis: {
                axisLine: {
                    lineStyle: {
                        color: "#27727B"
                    }
                },
                splitLine: {
                    show: !1
                }
            },
            valueAxis: {
                axisLine: {
                    show: !1
                },
                splitArea: {
                    show: !1
                },
                splitLine: {
                    lineStyle: {
                        color: ["#ccc"],
                        type: "dashed"
                    }
                }
            },
            polar: {
                axisLine: {
                    lineStyle: {
                        color: "#ddd"
                    }
                },
                splitArea: {
                    show: !0,
                    areaStyle: {
                        color: ["rgba(250,250,250,0.2)", "rgba(200,200,200,0.2)"]
                    }
                },
                splitLine: {
                    lineStyle: {
                        color: "#ddd"
                    }
                }
            },
            timeline: {
                lineStyle: {
                    color: "#27727B"
                },
                controlStyle: {
                    normal: {
                        color: "#27727B"
                    },
                    emphasis: {
                        color: "#27727B"
                    }
                },
                symbol: "emptyCircle",
                symbolSize: 3
            },
            line: {
                itemStyle: {
                    normal: {
                        borderWidth: 2,
                        borderColor: "#fff",
                        lineStyle: {
                            width: 3
                        }
                    },
                    emphasis: {
                        borderWidth: 0
                    }
                },
                symbol: "circle",
                symbolSize: 3.5
            },
            k: {
                itemStyle: {
                    normal: {
                        color: "#C1232B",
                        color0: "#B5C334",
                        lineStyle: {
                            width: 1,
                            color: "#C1232B",
                            color0: "#B5C334"
                        }
                    }
                }
            },
            scatter: {
                itemStyle: {
                    normal: {
                        borderWidth: 1,
                        borderColor: "rgba(200,200,200,0.5)"
                    },
                    emphasis: {
                        borderWidth: 0
                    }
                },
                symbol: "star4",
                symbolSize: 4
            },
            radar: {
                symbol: "emptyCircle",
                symbolSize: 3
            },
            map: {
                itemStyle: {
                    normal: {
                        areaStyle: {
                            color: "#ddd"
                        },
                        label: {
                            textStyle: {
                                color: "#C1232B"
                            }
                        }
                    },
                    emphasis: {
                        areaStyle: {
                            color: "#fe994e"
                        },
                        label: {
                            textStyle: {
                                color: "rgb(100,0,0)"
                            }
                        }
                    }
                }
            },
            force: {
                itemStyle: {
                    normal: {
                        linkStyle: {
                            color: "#27727B"
                        }
                    }
                }
            },
            chord: {
                itemStyle: {
                    normal: {
                        borderWidth: 1,
                        borderColor: "rgba(128, 128, 128, 0.5)",
                        chordStyle: {
                            lineStyle: {
                                color: "rgba(128, 128, 128, 0.5)"
                            }
                        }
                    },
                    emphasis: {
                        borderWidth: 1,
                        borderColor: "rgba(128, 128, 128, 0.5)",
                        chordStyle: {
                            lineStyle: {
                                color: "rgba(128, 128, 128, 0.5)"
                            }
                        }
                    }
                }
            },
            gauge: {
                center: ["50%", "80%"],
                radius: "100%",
                startAngle: 180,
                endAngle: 0,
                axisLine: {
                    show: !0,
                    lineStyle: {
                        color: [
                            [0.2, "#B5C334"],
                            [0.8, "#27727B"],
                            [1, "#C1232B"]
                        ],
                        width: "40%"
                    }
                },
                axisTick: {
                    splitNumber: 2,
                    length: 5,
                    lineStyle: {
                        color: "#fff"
                    }
                },
                axisLabel: {
                    textStyle: {
                        color: "#fff",
                        fontWeight: "bolder"
                    }
                },
                splitLine: {
                    length: "5%",
                    lineStyle: {
                        color: "#fff"
                    }
                },
                pointer: {
                    width: "40%",
                    length: "80%",
                    color: "#fff"
                },
                title: {
                    offsetCenter: [0, -20],
                    textStyle: {
                        color: "auto",
                        fontSize: 20
                    }
                },
                detail: {
                    offsetCenter: [0, 0],
                    textStyle: {
                        color: "auto",
                        fontSize: 40
                    }
                }
            },
            textStyle: {
                fontFamily: "微软雅黑, Arial, Verdana, sans-serif"
            }
        };
        return a
    }), d("zrender/dep/excanvas", ["require"], function() {
        return document.createElement("canvas").getContext ? G_vmlCanvasManager = !1 : ! function() {
            function ai() {
                return this.context_ || (this.context_ = new ak(this))
            }

            function aM(a, m) {
                var l = aD.call(arguments, 2);
                return function() {
                    return a.apply(m, l.concat(aD.call(arguments)))
                }
            }

            function aq(a) {
                return String(a).replace(/&/g, "&amp;").replace(/"/g, "&quot;")
            }

            function aA(a, m, l) {
                a.namespaces[m] || a.namespaces.add(m, l, "#default#VML")
            }

            function aa(a) {
                if (aA(a, "g_vml_", "urn:schemas-microsoft-com:vml"), aA(a, "g_o_", "urn:schemas-microsoft-com:office:office"), !a.styleSheets.ex_canvas_) {
                    var i = a.createStyleSheet();
                    i.owningElement.id = "ex_canvas_", i.cssText = "canvas{display:inline-block;overflow:hidden;text-align:left;width:300px;height:150px}"
                }
            }

            function aC(a) {
                var i = a.srcElement;
                switch (a.propertyName) {
                    case "width":
                        i.getContext().clearRect(), i.style.width = i.attributes.width.nodeValue + "px", i.firstChild.style.width = i.clientWidth + "px";
                        break;
                    case "height":
                        i.getContext().clearRect(), i.style.height = i.attributes.height.nodeValue + "px", i.firstChild.style.height = i.clientHeight + "px"
                }
            }

            function aI(a) {
                var i = a.srcElement;
                i.firstChild && (i.firstChild.style.width = i.clientWidth + "px", i.firstChild.style.height = i.clientHeight + "px")
            }

            function aK() {
                return [
                    [1, 0, 0],
                    [0, 1, 0],
                    [0, 0, 1]
                ]
            }

            function aw(m, v) {
                for (var p = aK(), q = 0; 3 > q; q++) {
                    for (var l = 0; 3 > l; l++) {
                        for (var s = 0, u = 0; 3 > u; u++) {
                            s += m[q][u] * v[u][l]
                        }
                        p[q][l] = s
                    }
                }
                return p
            }

            function ao(a, i) {
                i.fillStyle = a.fillStyle, i.lineCap = a.lineCap, i.lineJoin = a.lineJoin, i.lineWidth = a.lineWidth, i.miterLimit = a.miterLimit, i.shadowBlur = a.shadowBlur, i.shadowColor = a.shadowColor, i.shadowOffsetX = a.shadowOffsetX, i.shadowOffsetY = a.shadowOffsetY, i.strokeStyle = a.strokeStyle, i.globalAlpha = a.globalAlpha, i.font = a.font, i.textAlign = a.textAlign, i.textBaseline = a.textBaseline, i.scaleX_ = a.scaleX_, i.scaleY_ = a.scaleY_, i.lineScale_ = a.lineScale_
            }

            function ay(a) {
                var o = a.indexOf("(", 3),
                    l = a.indexOf(")", o + 1),
                    m = a.substring(o + 1, l).split(",");
                return (4 != m.length || "a" != a.charAt(3)) && (m[3] = 1), m
            }

            function aR(a) {
                return parseFloat(a) / 100
            }

            function aP(a, m, l) {
                return Math.min(l, Math.max(m, a))
            }

            function ag(p) {
                var z, q, v, m, w, x;
                if (m = parseFloat(p[0]) / 360 % 360, 0 > m && m++, w = aP(aR(p[1]), 0, 1), x = aP(aR(p[2]), 0, 1), 0 == w) {
                    z = q = v = x
                } else {
                    var y = 0.5 > x ? x * (1 + w) : x + w - x * w,
                        u = 2 * x - y;
                    z = aE(u, y, m + 1 / 3), q = aE(u, y, m), v = aE(u, y, m - 1 / 3)
                }
                return "#" + ah[Math.floor(255 * z)] + ah[Math.floor(255 * q)] + ah[Math.floor(255 * v)]
            }

            function aE(a, m, l) {
                return 0 > l && l++, l > 1 && l--, 1 > 6 * l ? a + 6 * (m - a) * l : 1 > 2 * l ? m : 2 > 3 * l ? a + (m - a) * (2 / 3 - l) * 6 : a
            }

            function ae(m) {
                if (m in aJ) {
                    return aJ[m]
                }
                var s, p = 1;
                if (m = String(m), "#" == m.charAt(0)) {
                    s = m
                } else {
                    if (/^rgb/.test(m)) {
                        for (var q, l = ay(m), s = "#", r = 0; 3 > r; r++) {
                            q = -1 != l[r].indexOf("%") ? Math.floor(255 * aR(l[r])) : +l[r], s += ah[aP(q, 0, 255)]
                        }
                        p = +l[3]
                    } else {
                        if (/^hsl/.test(m)) {
                            var l = ay(m);
                            s = ag(l), p = l[3]
                        } else {
                            s = ap[m] || m
                        }
                    }
                }
                return aJ[m] = {
                    color: s,
                    alpha: p
                }
            }

            function aO(m) {
                if (aX[m]) {
                    return aX[m]
                }
                var q, o = document.createElement("div"),
                    p = o.style;
                try {
                    p.font = m, q = p.fontFamily.split(",")[0]
                } catch (l) {}
                return aX[m] = {
                    style: p.fontStyle || an.style,
                    variant: p.fontVariant || an.variant,
                    weight: p.fontWeight || an.weight,
                    size: p.fontSize || an.size,
                    family: q || an.family
                }
            }

            function aW(m, s) {
                var p = {};
                for (var q in m) {
                    p[q] = m[q]
                }
                var l = parseFloat(s.currentStyle.fontSize),
                    r = parseFloat(m.size);
                return p.size = "number" == typeof m.size ? m.size : -1 != m.size.indexOf("px") ? r : -1 != m.size.indexOf("em") ? l * r : -1 != m.size.indexOf("%") ? l / 100 * r : -1 != m.size.indexOf("pt") ? r / 0.75 : l, p
            }

            function am(a) {
                return a.style + " " + a.variant + " " + a.weight + " " + a.size + "px '" + a.family + "'"
            }

            function ac(a) {
                return aH[a] || "square"
            }

            function ak(a) {
                this.m_ = aK(), this.mStack_ = [], this.aStack_ = [], this.currentPath_ = [], this.strokeStyle = "#000", this.fillStyle = "#000", this.lineWidth = 1, this.lineJoin = "miter", this.lineCap = "butt", this.miterLimit = 1 * ab, this.globalAlpha = 1, this.font = "12px 微软雅黑", this.textAlign = "left", this.textBaseline = "alphabetic", this.canvas = a;
                var o = "width:" + a.clientWidth + "px;height:" + a.clientHeight + "px;overflow:hidden;position:absolute",
                    l = a.ownerDocument.createElement("div");
                l.style.cssText = o, a.appendChild(l);
                var m = l.cloneNode(!1);
                m.style.backgroundColor = "#fff", m.style.filter = "alpha(opacity=0)", a.appendChild(m), this.element_ = l, this.scaleX_ = 1, this.scaleY_ = 1, this.lineScale_ = 1
            }

            function au(a, o, l, m) {
                a.currentPath_.push({
                    type: "bezierCurveTo",
                    cp1x: o.x,
                    cp1y: o.y,
                    cp2x: l.x,
                    cp2y: l.y,
                    x: m.x,
                    y: m.y
                }), a.currentX_ = m.x, a.currentY_ = m.y
            }

            function aU(m, s) {
                var p = ae(m.strokeStyle),
                    q = p.color,
                    l = p.alpha * m.globalAlpha,
                    r = m.lineScale_ * m.lineWidth;
                1 > r && (l *= r), s.push("<g_vml_:stroke", ' opacity="', l, '"', ' joinstyle="', m.lineJoin, '"', ' miterlimit="', m.miterLimit, '"', ' endcap="', ac(m.lineCap), '"', ' weight="', r, 'px"', ' color="', q, '" />')
            }

            function j(B, bb, N, a3) {
                var v = B.fillStyle,
                    a4 = B.scaleX_,
                    a8 = B.scaleY_,
                    a9 = a3.x - N.x,
                    a0 = a3.y - N.y;
                if (v instanceof aQ) {
                    var L = 0,
                        a1 = {
                            x: 0,
                            y: 0
                        },
                        bf = 0,
                        be = 1;
                    if ("gradient" == v.type_) {
                        var A = v.x0_ / a4,
                            a6 = v.y0_ / a8,
                            bd = v.x1_ / a4,
                            bj = v.y1_ / a8,
                            H = ax(B, A, a6),
                            w = ax(B, bd, bj),
                            D = w.x - H.x,
                            Y = w.y - H.y;
                        L = 180 * Math.atan2(D, Y) / Math.PI, 0 > L && (L += 360), 1e-06 > L && (L = 0)
                    } else {
                        var H = ax(B, v.x0_, v.y0_);
                        a1 = {
                            x: (H.x - N.x) / a9,
                            y: (H.y - N.y) / a0
                        }, a9 /= a4 * ab, a0 /= a8 * ab;
                        var bh = af.max(a9, a0);
                        bf = 2 * v.r0_ / bh, be = 2 * v.r1_ / bh - bf
                    }
                    var q = v.colors_;
                    q.sort(function(a, i) {
                        return a.offset - i.offset
                    });
                    for (var bg = q.length, bi = q[0].color, Z = q[bg - 1].color, Q = q[0].alpha * B.globalAlpha, R = q[bg - 1].alpha * B.globalAlpha, ba = [], C = 0; bg > C; C++) {
                        var G = q[C];
                        ba.push(G.offset * be + bf + " " + G.color)
                    }
                    bb.push('<g_vml_:fill type="', v.type_, '"', ' method="none" focus="100%"', ' color="', bi, '"', ' color2="', Z, '"', ' colors="', ba.join(","), '"', ' opacity="', R, '"', ' g_o_:opacity2="', Q, '"', ' angle="', L, '"', ' focusposition="', a1.x, ",", a1.y, '" />')
                } else {
                    if (v instanceof aS) {
                        if (a9 && a0) {
                            var bc = -N.x,
                                bk = -N.y;
                            bb.push("<g_vml_:fill", ' position="', bc / a9 * a4 * a4, ",", bk / a0 * a8 * a8, '"', ' type="tile"', ' src="', v.src_, '" />')
                        }
                    } else {
                        var a2 = ae(B.fillStyle),
                            a5 = a2.color,
                            a7 = a2.alpha * B.globalAlpha;
                        bb.push('<g_vml_:fill color="', a5, '" opacity="', a7, '" />')
                    }
                }
            }

            function ax(a, o, l) {
                var m = a.m_;
                return {
                    x: ab * (o * m[0][0] + l * m[1][0] + m[2][0]) - az,
                    y: ab * (o * m[0][1] + l * m[1][1] + m[2][1]) - az
                }
            }

            function aT(a) {
                return isFinite(a[0][0]) && isFinite(a[0][1]) && isFinite(a[1][0]) && isFinite(a[1][1]) && isFinite(a[2][0]) && isFinite(a[2][1])
            }

            function aV(a, o, l) {
                if (aT(o) && (a.m_ = o, a.scaleX_ = Math.sqrt(o[0][0] * o[0][0] + o[0][1] * o[0][1]), a.scaleY_ = Math.sqrt(o[1][0] * o[1][0] + o[1][1] * o[1][1]), l)) {
                    var m = o[0][0] * o[1][1] - o[0][1] * o[1][0];
                    a.lineScale_ = aY(aN(m))
                }
            }

            function aQ(a) {
                this.type_ = a, this.x0_ = 0, this.y0_ = 0, this.r0_ = 0, this.x1_ = 0, this.y1_ = 0, this.r1_ = 0, this.colors_ = []
            }

            function aS(a, i) {
                switch (ar(a), i) {
                    case "repeat":
                    case null:
                    case "":
                        this.repetition_ = "repeat";
                        break;
                    case "repeat-x":
                    case "repeat-y":
                    case "no-repeat":
                        this.repetition_ = i;
                        break;
                    default:
                        av("SYNTAX_ERR")
                }
                this.src_ = a.src, this.width_ = a.width, this.height_ = a.height
            }

            function av(a) {
                throw new at(a)
            }

            function ar(a) {
                a && 1 == a.nodeType && "IMG" == a.tagName || av("TYPE_MISMATCH_ERR"), "complete" != a.readyState && av("INVALID_STATE_ERR")
            }

            function at(a) {
                this.code = this[a], this.message = a + ": DOM Exception " + this.code
            }
            var af = Math,
                aL = af.round,
                aj = af.sin,
                al = af.cos,
                aN = af.abs,
                aY = af.sqrt,
                ab = 10,
                az = ab / 2,
                aD = (+navigator.userAgent.match(/MSIE ([\d.]+)?/)[1], Array.prototype.slice);
            aa(document);
            var aF = {
                init: function(a) {
                    var l = a || document;
                    l.createElement("canvas"), l.attachEvent("onreadystatechange", aM(this.init_, this, l))
                },
                init_: function(a) {
                    for (var m = a.getElementsByTagName("canvas"), l = 0; l < m.length; l++) {
                        this.initElement(m[l])
                    }
                },
                initElement: function(e) {
                    if (!e.getContext) {
                        e.getContext = ai, aa(e.ownerDocument), e.innerHTML = "", e.attachEvent("onpropertychange", aC), e.attachEvent("onresize", aI);
                        var a = e.attributes;
                        a.width && a.width.specified ? e.style.width = a.width.nodeValue + "px" : e.width = e.clientWidth, a.height && a.height.specified ? e.style.height = a.height.nodeValue + "px" : e.height = e.clientHeight
                    }
                    return e
                }
            };
            aF.init();
            for (var ah = [], aB = 0; 16 > aB; aB++) {
                for (var ad = 0; 16 > ad; ad++) {
                    ah[16 * aB + ad] = aB.toString(16) + ad.toString(16)
                }
            }
            var ap = {
                    aliceblue: "#F0F8FF",
                    antiquewhite: "#FAEBD7",
                    aquamarine: "#7FFFD4",
                    azure: "#F0FFFF",
                    beige: "#F5F5DC",
                    bisque: "#FFE4C4",
                    black: "#000000",
                    blanchedalmond: "#FFEBCD",
                    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",
                    darkgrey: "#A9A9A9",
                    darkkhaki: "#BDB76B",
                    darkmagenta: "#8B008B",
                    darkolivegreen: "#556B2F",
                    darkorange: "#FF8C00",
                    darkorchid: "#9932CC",
                    darkred: "#8B0000",
                    darksalmon: "#E9967A",
                    darkseagreen: "#8FBC8F",
                    darkslateblue: "#483D8B",
                    darkslategray: "#2F4F4F",
                    darkslategrey: "#2F4F4F",
                    darkturquoise: "#00CED1",
                    darkviolet: "#9400D3",
                    deeppink: "#FF1493",
                    deepskyblue: "#00BFFF",
                    dimgray: "#696969",
                    dimgrey: "#696969",
                    dodgerblue: "#1E90FF",
                    firebrick: "#B22222",
                    floralwhite: "#FFFAF0",
                    forestgreen: "#228B22",
                    gainsboro: "#DCDCDC",
                    ghostwhite: "#F8F8FF",
                    gold: "#FFD700",
                    goldenrod: "#DAA520",
                    grey: "#808080",
                    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",
                    lightgreen: "#90EE90",
                    lightgrey: "#D3D3D3",
                    lightpink: "#FFB6C1",
                    lightsalmon: "#FFA07A",
                    lightseagreen: "#20B2AA",
                    lightskyblue: "#87CEFA",
                    lightslategray: "#778899",
                    lightslategrey: "#778899",
                    lightsteelblue: "#B0C4DE",
                    lightyellow: "#FFFFE0",
                    limegreen: "#32CD32",
                    linen: "#FAF0E6",
                    magenta: "#FF00FF",
                    mediumaquamarine: "#66CDAA",
                    mediumblue: "#0000CD",
                    mediumorchid: "#BA55D3",
                    mediumpurple: "#9370DB",
                    mediumseagreen: "#3CB371",
                    mediumslateblue: "#7B68EE",
                    mediumspringgreen: "#00FA9A",
                    mediumturquoise: "#48D1CC",
                    mediumvioletred: "#C71585",
                    midnightblue: "#191970",
                    mintcream: "#F5FFFA",
                    mistyrose: "#FFE4E1",
                    moccasin: "#FFE4B5",
                    navajowhite: "#FFDEAD",
                    oldlace: "#FDF5E6",
                    olivedrab: "#6B8E23",
                    orange: "#FFA500",
                    orangered: "#FF4500",
                    orchid: "#DA70D6",
                    palegoldenrod: "#EEE8AA",
                    palegreen: "#98FB98",
                    paleturquoise: "#AFEEEE",
                    palevioletred: "#DB7093",
                    papayawhip: "#FFEFD5",
                    peachpuff: "#FFDAB9",
                    peru: "#CD853F",
                    pink: "#FFC0CB",
                    plum: "#DDA0DD",
                    powderblue: "#B0E0E6",
                    rosybrown: "#BC8F8F",
                    royalblue: "#4169E1",
                    saddlebrown: "#8B4513",
                    salmon: "#FA8072",
                    sandybrown: "#F4A460",
                    seagreen: "#2E8B57",
                    seashell: "#FFF5EE",
                    sienna: "#A0522D",
                    skyblue: "#87CEEB",
                    slateblue: "#6A5ACD",
                    slategray: "#708090",
                    slategrey: "#708090",
                    snow: "#FFFAFA",
                    springgreen: "#00FF7F",
                    steelblue: "#4682B4",
                    tan: "#D2B48C",
                    thistle: "#D8BFD8",
                    tomato: "#FF6347",
                    turquoise: "#40E0D0",
                    violet: "#EE82EE",
                    wheat: "#F5DEB3",
                    whitesmoke: "#F5F5F5",
                    yellowgreen: "#9ACD32"
                },
                aJ = {},
                an = {
                    style: "normal",
                    variant: "normal",
                    weight: "normal",
                    size: 12,
                    family: "微软雅黑"
                },
                aX = {},
                aH = {
                    butt: "flat",
                    round: "round"
                },
                aZ = ak.prototype;
            aZ.clearRect = function() {
                this.textMeasureEl_ && (this.textMeasureEl_.removeNode(!0), this.textMeasureEl_ = null), this.element_.innerHTML = ""
            }, aZ.beginPath = function() {
                this.currentPath_ = []
            }, aZ.moveTo = function(a, m) {
                var l = ax(this, a, m);
                this.currentPath_.push({
                    type: "moveTo",
                    x: l.x,
                    y: l.y
                }), this.currentX_ = l.x, this.currentY_ = l.y
            }, aZ.lineTo = function(a, m) {
                var l = ax(this, a, m);
                this.currentPath_.push({
                    type: "lineTo",
                    x: l.x,
                    y: l.y
                }), this.currentX_ = l.x, this.currentY_ = l.y
            }, aZ.bezierCurveTo = function(p, z, q, v, m, w) {
                var x = ax(this, m, w),
                    y = ax(this, p, z),
                    u = ax(this, q, v);
                au(this, y, u, x)
            }, aZ.quadraticCurveTo = function(m, x, p, q) {
                var l = ax(this, m, x),
                    u = ax(this, p, q),
                    v = {
                        x: this.currentX_ + 2 / 3 * (l.x - this.currentX_),
                        y: this.currentY_ + 2 / 3 * (l.y - this.currentY_)
                    },
                    w = {
                        x: v.x + (u.x - this.currentX_) / 3,
                        y: v.y + (u.y - this.currentY_) / 3
                    };
                au(this, v, w, u)
            }, aZ.arc = function(u, D, w, z, p, A) {
                w *= ab;
                var B = A ? "at" : "wa",
                    C = u + al(z) * w - az,
                    x = D + aj(z) * w - az,
                    v = u + al(p) * w - az,
                    y = D + aj(p) * w - az;
                C != v || A || (C += 0.125);
                var F = ax(this, u, D),
                    E = ax(this, C, x),
                    q = ax(this, v, y);
                this.currentPath_.push({
                    type: B,
                    x: F.x,
                    y: F.y,
                    radius: w,
                    xStart: E.x,
                    yStart: E.y,
                    xEnd: q.x,
                    yEnd: q.y
                })
            }, aZ.rect = function(a, o, l, m) {
                this.moveTo(a, o), this.lineTo(a + l, o), this.lineTo(a + l, o + m), this.lineTo(a, o + m), this.closePath()
            }, aZ.strokeRect = function(m, q, o, p) {
                var l = this.currentPath_;
                this.beginPath(), this.moveTo(m, q), this.lineTo(m + o, q), this.lineTo(m + o, q + p), this.lineTo(m, q + p), this.closePath(), this.stroke(), this.currentPath_ = l
            }, aZ.fillRect = function(m, q, o, p) {
                var l = this.currentPath_;
                this.beginPath(), this.moveTo(m, q), this.lineTo(m + o, q), this.lineTo(m + o, q + p), this.lineTo(m, q + p), this.closePath(), this.fill(), this.currentPath_ = l
            }, aZ.createLinearGradient = function(m, q, o, p) {
                var l = new aQ("gradient");
                return l.x0_ = m, l.y0_ = q, l.x1_ = o, l.y1_ = p, l
            }, aZ.createRadialGradient = function(m, v, p, q, l, s) {
                var u = new aQ("gradientradial");
                return u.x0_ = m, u.y0_ = v, u.r0_ = p, u.x1_ = q, u.y1_ = l, u.r1_ = s, u
            }, aZ.drawImage = function(B) {
                var O, F, J, v, K, M, N, H, E = B.runtimeStyle.width,
                    I = B.runtimeStyle.height;
                B.runtimeStyle.width = "auto", B.runtimeStyle.height = "auto";
                var R = B.width,
                    Q = B.height;
                if (B.runtimeStyle.width = E, B.runtimeStyle.height = I, 3 == arguments.length) {
                    O = arguments[1], F = arguments[2], K = M = 0, N = J = R, H = v = Q
                } else {
                    if (5 == arguments.length) {
                        O = arguments[1], F = arguments[2], J = arguments[3], v = arguments[4], K = M = 0, N = R, H = Q
                    } else {
                        if (9 != arguments.length) {
                            throw Error("Invalid number of arguments")
                        }
                        K = arguments[1], M = arguments[2], N = arguments[3], H = arguments[4], O = arguments[5], F = arguments[6], J = arguments[7], v = arguments[8]
                    }
                }
                var A = ax(this, O, F),
                    L = [],
                    z = 10,
                    P = 10,
                    T = w = 1;
                if (L.push(" <g_vml_:group", ' coordsize="', ab * z, ",", ab * P, '"', ' coordorigin="0,0"', ' style="width:', z, "px;height:", P, "px;position:absolute;"), 1 != this.m_[0][0] || this.m_[0][1] || 1 != this.m_[1][1] || this.m_[1][0]) {
                    var D = [],
                        T = this.scaleX_,
                        w = this.scaleY_;
                    D.push("M11=", this.m_[0][0] / T, ",", "M12=", this.m_[1][0] / w, ",", "M21=", this.m_[0][1] / T, ",", "M22=", this.m_[1][1] / w, ",", "Dx=", aL(A.x / ab), ",", "Dy=", aL(A.y / ab), "");
                    var C = A,
                        G = ax(this, O + J, F),
                        S = ax(this, O, F + v),
                        q = ax(this, O + J, F + v);
                    C.x = af.max(C.x, G.x, S.x, q.x), C.y = af.max(C.y, G.y, S.y, q.y), L.push("padding:0 ", aL(C.x / ab), "px ", aL(C.y / ab), "px 0;filter:progid:DXImageTransform.Microsoft.Matrix(", D.join(""), ", SizingMethod='clip');")
                } else {
                    L.push("top:", aL(A.y / ab), "px;left:", aL(A.x / ab), "px;")
                }
                L.push(' ">'), (K || M) && L.push('<div style="overflow: hidden; width:', Math.ceil((J + K * J / N) * T), "px;", " height:", Math.ceil((v + M * v / H) * w), "px;", " filter:progid:DxImageTransform.Microsoft.Matrix(Dx=", -K * J / N * T, ",Dy=", -M * v / H * w, ');">'), L.push('<div style="width:', Math.round(T * R * J / N), "px;", " height:", Math.round(w * Q * v / H), "px;", " filter:"), this.globalAlpha < 1 && L.push(" progid:DXImageTransform.Microsoft.Alpha(opacity=" + 100 * this.globalAlpha + ")"), L.push(" progid:DXImageTransform.Microsoft.AlphaImageLoader(src=", B.src, ',sizingMethod=scale)">'), (K || M) && L.push("</div>"), L.push("</div></div>"), this.element_.insertAdjacentHTML("BeforeEnd", L.join(""))
            }, aZ.stroke = function(p) {
                var z = [],
                    q = 10,
                    v = 10;
                z.push("<g_vml_:shape", ' filled="', !!p, '"', ' style="position:absolute;width:', q, "px;height:", v, 'px;"', ' coordorigin="0,0"', ' coordsize="', ab * q, ",", ab * v, '"', ' stroked="', !p, '"', ' path="');
                for (var m = {
                        x: null,
                        y: null
                    }, w = {
                        x: null,
                        y: null
                    }, x = 0; x < this.currentPath_.length; x++) {
                    var y, u = this.currentPath_[x];
                    switch (u.type) {
                        case "moveTo":
                            y = u, z.push(" m ", aL(u.x), ",", aL(u.y));
                            break;
                        case "lineTo":
                            z.push(" l ", aL(u.x), ",", aL(u.y));
                            break;
                        case "close":
                            z.push(" x "), u = null;
                            break;
                        case "bezierCurveTo":
                            z.push(" c ", aL(u.cp1x), ",", aL(u.cp1y), ",", aL(u.cp2x), ",", aL(u.cp2y), ",", aL(u.x), ",", aL(u.y));
                            break;
                        case "at":
                        case "wa":
                            z.push(" ", u.type, " ", aL(u.x - this.scaleX_ * u.radius), ",", aL(u.y - this.scaleY_ * u.radius), " ", aL(u.x + this.scaleX_ * u.radius), ",", aL(u.y + this.scaleY_ * u.radius), " ", aL(u.xStart), ",", aL(u.yStart), " ", aL(u.xEnd), ",", aL(u.yEnd))
                    }
                    u && ((null == m.x || u.x < m.x) && (m.x = u.x), (null == w.x || u.x > w.x) && (w.x = u.x), (null == m.y || u.y < m.y) && (m.y = u.y), (null == w.y || u.y > w.y) && (w.y = u.y))
                }
                z.push(' ">'), p ? j(this, z, m, w) : aU(this, z), z.push("</g_vml_:shape>"), this.element_.insertAdjacentHTML("beforeEnd", z.join(""))
            }, aZ.fill = function() {
                this.stroke(!0)
            }, aZ.closePath = function() {
                this.currentPath_.push({
                    type: "close"
                })
            }, aZ.save = function() {
                var a = {};
                ao(this, a), this.aStack_.push(a), this.mStack_.push(this.m_), this.m_ = aw(aK(), this.m_)
            }, aZ.restore = function() {
                this.aStack_.length && (ao(this.aStack_.pop(), this), this.m_ = this.mStack_.pop())
            }, aZ.translate = function(a, m) {
                var l = [
                    [1, 0, 0],
                    [0, 1, 0],
                    [a, m, 1]
                ];
                aV(this, aw(l, this.m_), !1)
            }, aZ.rotate = function(a) {
                var o = al(a),
                    l = aj(a),
                    m = [
                        [o, l, 0],
                        [-l, o, 0],
                        [0, 0, 1]
                    ];
                aV(this, aw(m, this.m_), !1)
            }, aZ.scale = function(a, m) {
                var l = [
                    [a, 0, 0],
                    [0, m, 0],
                    [0, 0, 1]
                ];
                aV(this, aw(l, this.m_), !0)
            }, aZ.transform = function(m, v, p, q, l, s) {
                var u = [
                    [m, v, 0],
                    [p, q, 0],
                    [l, s, 1]
                ];
                aV(this, aw(u, this.m_), !0)
            }, aZ.setTransform = function(m, v, p, q, l, s) {
                var u = [
                    [m, v, 0],
                    [p, q, 0],
                    [l, s, 1]
                ];
                aV(this, u, !0)
            }, aZ.drawText_ = function(w, H, C, i, D) {
                var F = this.m_,
                    G = 1000,
                    A = 0,
                    y = G,
                    B = {
                        x: 0,
                        y: 0
                    },
                    J = [],
                    I = aW(aO(this.font), this.element_),
                    v = am(I),
                    E = this.element_.currentStyle,
                    u = this.textAlign.toLowerCase();
                switch (u) {
                    case "left":
                    case "center":
                    case "right":
                        break;
                    case "end":
                        u = "ltr" == E.direction ? "right" : "left";
                        break;
                    case "start":
                        u = "rtl" == E.direction ? "right" : "left";
                        break;
                    default:
                        u = "left"
                }
                switch (this.textBaseline) {
                    case "hanging":
                    case "top":
                        B.y = I.size / 1.75;
                        break;
                    case "middle":
                        break;
                    default:
                    case null:
                    case "alphabetic":
                    case "ideographic":
                    case "bottom":
                        B.y = -I.size / 2.25
                }
                switch (u) {
                    case "right":
                        A = G, y = 0.05;
                        break;
                    case "center":
                        A = y = G / 2
                }
                var q = ax(this, H + B.x, C + B.y);
                J.push('<g_vml_:line from="', -A, ' 0" to="', y, ' 0.05" ', ' coordsize="100 100" coordorigin="0 0"', ' filled="', !D, '" stroked="', !!D, '" style="position:absolute;width:1px;height:1px;">'), D ? aU(this, J) : j(this, J, {
                    x: -A,
                    y: 0
                }, {
                    x: y,
                    y: I.size
                });
                var x = F[0][0].toFixed(3) + "," + F[1][0].toFixed(3) + "," + F[0][1].toFixed(3) + "," + F[1][1].toFixed(3) + ",0,0",
                    z = aL(q.x / ab) + "," + aL(q.y / ab);
                J.push('<g_vml_:skew on="t" matrix="', x, '" ', ' offset="', z, '" origin="', A, ' 0" />', '<g_vml_:path textpathok="true" />', '<g_vml_:textpath on="true" string="', aq(w), '" style="v-text-align:', u, ";font:", aq(v), '" /></g_vml_:line>'), this.element_.insertAdjacentHTML("beforeEnd", J.join(""))
            }, aZ.fillText = function(a, o, l, m) {
                this.drawText_(a, o, l, m, !1)
            }, aZ.strokeText = function(a, o, l, m) {
                this.drawText_(a, o, l, m, !0)
            }, aZ.measureText = function(a) {
                if (!this.textMeasureEl_) {
                    var o = '<span style="position:absolute;top:-20000px;left:0;padding:0;margin:0;border:none;white-space:pre;"></span>';
                    this.element_.insertAdjacentHTML("beforeEnd", o), this.textMeasureEl_ = this.element_.lastChild
                }
                var l = this.element_.ownerDocument;
                this.textMeasureEl_.innerHTML = "";
                try {
                    this.textMeasureEl_.style.font = this.font
                } catch (m) {}
                return this.textMeasureEl_.appendChild(l.createTextNode(a)), {
                    width: this.textMeasureEl_.offsetWidth
                }
            }, aZ.clip = function() {}, aZ.arcTo = function() {}, aZ.createPattern = function(a, i) {
                return new aS(a, i)
            }, aQ.prototype.addColorStop = function(a, i) {
                i = ae(i), this.colors_.push({
                    offset: a,
                    color: i.color,
                    alpha: i.alpha
                })
            };
            var aG = at.prototype = new Error;
            aG.INDEX_SIZE_ERR = 1, aG.DOMSTRING_SIZE_ERR = 2, aG.HIERARCHY_REQUEST_ERR = 3, aG.WRONG_DOCUMENT_ERR = 4, aG.INVALID_CHARACTER_ERR = 5, aG.NO_DATA_ALLOWED_ERR = 6, aG.NO_MODIFICATION_ALLOWED_ERR = 7, aG.NOT_FOUND_ERR = 8, aG.NOT_SUPPORTED_ERR = 9, aG.INUSE_ATTRIBUTE_ERR = 10, aG.INVALID_STATE_ERR = 11, aG.SYNTAX_ERR = 12, aG.INVALID_MODIFICATION_ERR = 13, aG.NAMESPACE_ERR = 14, aG.INVALID_ACCESS_ERR = 15, aG.VALIDATION_ERR = 16, aG.TYPE_MISMATCH_ERR = 17, G_vmlCanvasManager = aF, CanvasRenderingContext2D = ak, CanvasGradient = aQ, CanvasPattern = aS, DOMException = at
        }(), G_vmlCanvasManager
    }), d("zrender/mixin/Eventful", ["require"], function() {
        var a = function() {
            this._handlers = {}
        };
        return a.prototype.one = function(j, o, l) {
            var m = this._handlers;
            return o && j ? (m[j] || (m[j] = []), m[j].push({
                h: o,
                one: !0,
                ctx: l || this
            }), this) : this
        }, a.prototype.bind = function(j, o, l) {
            var m = this._handlers;
            return o && j ? (m[j] || (m[j] = []), m[j].push({
                h: o,
                one: !1,
                ctx: l || this
            }), this) : this
        }, a.prototype.unbind = function(l, r) {
            var m = this._handlers;
            if (!l) {
                return this._handlers = {}, this
            }
            if (r) {
                if (m[l]) {
                    for (var p = [], j = 0, q = m[l].length; q > j; j++) {
                        m[l][j].h != r && p.push(m[l][j])
                    }
                    m[l] = p
                }
                m[l] && 0 === m[l].length && delete m[l]
            } else {
                delete m[l]
            }
            return this
        }, a.prototype.dispatch = function(l) {
            if (this._handlers[l]) {
                var r = arguments,
                    m = r.length;
                m > 3 && (r = Array.prototype.slice.call(r, 1));
                for (var p = this._handlers[l], j = p.length, q = 0; j > q;) {
                    switch (m) {
                        case 1:
                            p[q].h.call(p[q].ctx);
                            break;
                        case 2:
                            p[q].h.call(p[q].ctx, r[1]);
                            break;
                        case 3:
                            p[q].h.call(p[q].ctx, r[1], r[2]);
                            break;
                        default:
                            p[q].h.apply(p[q].ctx, r)
                    }
                    p[q].one ? (p.splice(q, 1), j--) : q++
                }
            }
            return this
        }, a.prototype.dispatchWithContext = function(l) {
            if (this._handlers[l]) {
                var u = arguments,
                    m = u.length;
                m > 4 && (u = Array.prototype.slice.call(u, 1, u.length - 1));
                for (var p = u[u.length - 1], j = this._handlers[l], q = j.length, s = 0; q > s;) {
                    switch (m) {
                        case 1:
                            j[s].h.call(p);
                            break;
                        case 2:
                            j[s].h.call(p, u[1]);
                            break;
                        case 3:
                            j[s].h.call(p, u[1], u[2]);
                            break;
                        default:
                            j[s].h.apply(p, u)
                    }
                    j[s].one ? (j.splice(s, 1), q--) : s++
                }
            }
            return this
        }, a
    }), d("zrender/tool/log", ["require", "../config"], function(a) {
        var i = a("../config");
        return function() {
            if (0 !== i.debugMode) {
                if (1 == i.debugMode) {
                    for (var j in arguments) {
                        throw new Error(arguments[j])
                    }
                } else {
                    if (i.debugMode > 1) {
                        for (var j in arguments) {
                            console.log(arguments[j])
                        }
                    }
                }
            }
        }
    }), d("zrender/tool/guid", [], function() {
        var a = 2311;
        return function() {
            return "zrender__" + a++
        }
    }), d("zrender/Handler", ["require", "./config", "./tool/env", "./tool/event", "./tool/util", "./tool/vector", "./tool/matrix", "./mixin/Eventful"], function(w) {
        function H(a, i) {
            return function(e, l) {
                return a.call(i, e, l)
            }
        }

        function z(a, i) {
            return function(l, m, e) {
                return a.call(i, l, m, e)
            }
        }

        function C(a) {
            for (var l = v.length; l--;) {
                var m = v[l];
                a["_" + m + "Handler"] = H(q[m], a)
            }
        }

        function j(m, r, o) {
            if (this._draggingTarget && this._draggingTarget.id == m.id || m.isSilent()) {
                return !1
            }
            var p = this._event;
            if (m.isCover(r, o)) {
                m.hoverable && this.storage.addHover(m);
                for (var l = m.parent; l;) {
                    if (l.clipShape && !l.clipShape.isCover(this._mouseX, this._mouseY)) {
                        return !1
                    }
                    l = l.parent
                }
                return this._lastHover != m && (this._processOutShape(p), this._processDragLeave(p), this._lastHover = m, this._processDragEnter(p)), this._processOverShape(p), this._processDragOver(p), this._hasfound = 1, !0
            }
            return !1
        }
        var D = w("./config"),
            F = w("./tool/env"),
            G = w("./tool/event"),
            A = w("./tool/util"),
            x = w("./tool/vector"),
            B = w("./tool/matrix"),
            K = D.EVENT,
            J = w("./mixin/Eventful"),
            v = ["resize", "click", "dblclick", "mousewheel", "mousemove", "mouseout", "mouseup", "mousedown", "touchstart", "touchend", "touchmove"],
            E = function(a) {
                if (window.G_vmlCanvasManager) {
                    return !0
                }
                a = a || window.event;
                var i = a.toElement || a.relatedTarget || a.srcElement || a.target;
                return i && i.className.match(D.elementClassName)
            },
            q = {
                resize: function(a) {
                    a = a || window.event, this._lastHover = null, this._isMouseDown = 0, this.dispatch(K.RESIZE, a)
                },
                click: function(a, m) {
                    if (E(a) || m) {
                        a = this._zrenderEventFixed(a);
                        var l = this._lastHover;
                        (l && l.clickable || !l) && this._clickThreshold < 5 && this._dispatchAgency(l, K.CLICK, a), this._mousemoveHandler(a)
                    }
                },
                dblclick: function(a, m) {
                    if (E(a) || m) {
                        a = a || window.event, a = this._zrenderEventFixed(a);
                        var l = this._lastHover;
                        (l && l.clickable || !l) && this._clickThreshold < 5 && this._dispatchAgency(l, K.DBLCLICK, a), this._mousemoveHandler(a)
                    }
                },
                mousewheel: function(m, M) {
                    if (E(m) || M) {
                        m = this._zrenderEventFixed(m);
                        var p = m.wheelDelta || -m.detail,
                            s = p > 0 ? 1.1 : 1 / 1.1,
                            l = !1,
                            u = this._mouseX,
                            y = this._mouseY;
                        this.painter.eachBuildinLayer(function(n) {
                            var a = n.position;
                            if (n.zoomable) {
                                n.__zoom = n.__zoom || 1;
                                var e = n.__zoom;
                                e *= s, e = Math.max(Math.min(n.maxZoom, e), n.minZoom), s = e / n.__zoom, n.__zoom = e, a[0] -= (u - a[0]) * (s - 1), a[1] -= (y - a[1]) * (s - 1), n.scale[0] *= s, n.scale[1] *= s, n.dirty = !0, l = !0, G.stop(m)
                            }
                        }), l && this.painter.refresh(), this._dispatchAgency(this._lastHover, K.MOUSEWHEEL, m), this._mousemoveHandler(m)
                    }
                },
                mousemove: function(m, u) {
                    if ((E(m) || u) && !this.painter.isLoading()) {
                        m = this._zrenderEventFixed(m), this._lastX = this._mouseX, this._lastY = this._mouseY, this._mouseX = G.getX(m), this._mouseY = G.getY(m);
                        var p = this._mouseX - this._lastX,
                            r = this._mouseY - this._lastY;
                        this._processDragStart(m), this._hasfound = 0, this._event = m, this._iterateAndFindHover(), this._hasfound || ((!this._draggingTarget || this._lastHover && this._lastHover != this._draggingTarget) && (this._processOutShape(m), this._processDragLeave(m)), this._lastHover = null, this.storage.delHover(), this.painter.clearHover());
                        var l = "default";
                        if (this._draggingTarget) {
                            this.storage.drift(this._draggingTarget.id, p, r), this._draggingTarget.modSelf(), this.storage.addHover(this._draggingTarget), this._clickThreshold++
                        } else {
                            if (this._isMouseDown) {
                                var s = !1;
                                this.painter.eachBuildinLayer(function(a) {
                                    a.panable && (l = "move", a.position[0] += p, a.position[1] += r, s = !0, a.dirty = !0)
                                }), s && this.painter.refresh()
                            }
                        }
                        this._draggingTarget || this._hasfound && this._lastHover.draggable ? l = "move" : this._hasfound && this._lastHover.clickable && (l = "pointer"), this.root.style.cursor = l, this._dispatchAgency(this._lastHover, K.MOUSEMOVE, m), (this._draggingTarget || this._hasfound || this.storage.hasHoverShape()) && this.painter.refreshHover()
                    }
                },
                mouseout: function(a, m) {
                    if (E(a) || m) {
                        a = this._zrenderEventFixed(a);
                        var l = a.toElement || a.relatedTarget;
                        if (l != this.root) {
                            for (; l && 9 != l.nodeType;) {
                                if (l == this.root) {
                                    return void this._mousemoveHandler(a)
                                }
                                l = l.parentNode
                            }
                        }
                        a.zrenderX = this._lastX, a.zrenderY = this._lastY, this.root.style.cursor = "default", this._isMouseDown = 0, this._processOutShape(a), this._processDrop(a), this._processDragEnd(a), this.painter.isLoading() || this.painter.refreshHover(), this.dispatch(K.GLOBALOUT, a)
                    }
                },
                mousedown: function(a, i) {
                    if (E(a) || i) {
                        if (this._clickThreshold = 0, 2 == this._lastDownButton) {
                            return this._lastDownButton = a.button, void(this._mouseDownTarget = null)
                        }
                        this._lastMouseDownMoment = new Date, a = this._zrenderEventFixed(a), this._isMouseDown = 1, this._mouseDownTarget = this._lastHover, this._dispatchAgency(this._lastHover, K.MOUSEDOWN, a), this._lastDownButton = a.button
                    }
                },
                mouseup: function(a, i) {
                    (E(a) || i) && (a = this._zrenderEventFixed(a), this.root.style.cursor = "default", this._isMouseDown = 0, this._mouseDownTarget = null, this._dispatchAgency(this._lastHover, K.MOUSEUP, a), this._processDrop(a), this._processDragEnd(a))
                },
                touchstart: function(a, i) {
                    (E(a) || i) && (a = this._zrenderEventFixed(a, !0), this._lastTouchMoment = new Date, this._mobileFindFixed(a), this._mousedownHandler(a))
                },
                touchmove: function(a, i) {
                    (E(a) || i) && (a = this._zrenderEventFixed(a, !0), this._mousemoveHandler(a), this._isDragging && G.stop(a))
                },
                touchend: function(a, m) {
                    if (E(a) || m) {
                        a = this._zrenderEventFixed(a, !0), this._mouseupHandler(a);
                        var l = new Date;
                        l - this._lastTouchMoment < K.touchClickDelay && (this._mobileFindFixed(a), this._clickHandler(a), l - this._lastClickMoment < K.touchClickDelay / 2 && (this._dblclickHandler(a), this._lastHover && this._lastHover.clickable && G.stop(a)), this._lastClickMoment = l), this.painter.clearHover()
                    }
                }
            },
            I = function(a, l, i) {
                J.call(this), this.root = a, this.storage = l, this.painter = i, this._lastX = this._lastY = this._mouseX = this._mouseY = 0, this._findHover = z(j, this), this._domHover = i.getDomHover(), C(this), window.addEventListener ? (window.addEventListener("resize", this._resizeHandler), F.os.tablet || F.os.phone ? (a.addEventListener("touchstart", this._touchstartHandler), a.addEventListener("touchmove", this._touchmoveHandler), a.addEventListener("touchend", this._touchendHandler)) : (a.addEventListener("click", this._clickHandler), a.addEventListener("dblclick", this._dblclickHandler), a.addEventListener("mousewheel", this._mousewheelHandler), a.addEventListener("mousemove", this._mousemoveHandler), a.addEventListener("mousedown", this._mousedownHandler), a.addEventListener("mouseup", this._mouseupHandler)), a.addEventListener("DOMMouseScroll", this._mousewheelHandler), a.addEventListener("mouseout", this._mouseoutHandler)) : (window.attachEvent("onresize", this._resizeHandler), a.attachEvent("onclick", this._clickHandler), a.ondblclick = this._dblclickHandler, a.attachEvent("onmousewheel", this._mousewheelHandler), a.attachEvent("onmousemove", this._mousemoveHandler), a.attachEvent("onmouseout", this._mouseoutHandler), a.attachEvent("onmousedown", this._mousedownHandler), a.attachEvent("onmouseup", this._mouseupHandler))
            };
        I.prototype.on = function(a, m, l) {
            return this.bind(a, m, l), this
        }, I.prototype.un = function(a, i) {
            return this.unbind(a, i), this
        }, I.prototype.trigger = function(a, i) {
            switch (a) {
                case K.RESIZE:
                case K.CLICK:
                case K.DBLCLICK:
                case K.MOUSEWHEEL:
                case K.MOUSEMOVE:
                case K.MOUSEDOWN:
                case K.MOUSEUP:
                case K.MOUSEOUT:
                    this["_" + a + "Handler"](i, !0)
            }
        }, I.prototype.dispose = function() {
            var a = this.root;
            window.removeEventListener ? (window.removeEventListener("resize", this._resizeHandler), F.os.tablet || F.os.phone ? (a.removeEventListener("touchstart", this._touchstartHandler), a.removeEventListener("touchmove", this._touchmoveHandler), a.removeEventListener("touchend", this._touchendHandler)) : (a.removeEventListener("click", this._clickHandler), a.removeEventListener("dblclick", this._dblclickHandler), a.removeEventListener("mousewheel", this._mousewheelHandler), a.removeEventListener("mousemove", this._mousemoveHandler), a.removeEventListener("mousedown", this._mousedownHandler), a.removeEventListener("mouseup", this._mouseupHandler)), a.removeEventListener("DOMMouseScroll", this._mousewheelHandler), a.removeEventListener("mouseout", this._mouseoutHandler)) : (window.detachEvent("onresize", this._resizeHandler), a.detachEvent("onclick", this._clickHandler), a.detachEvent("dblclick", this._dblclickHandler), a.detachEvent("onmousewheel", this._mousewheelHandler), a.detachEvent("onmousemove", this._mousemoveHandler), a.detachEvent("onmouseout", this._mouseoutHandler), a.detachEvent("onmousedown", this._mousedownHandler), a.detachEvent("onmouseup", this._mouseupHandler)), this.root = this._domHover = this.storage = this.painter = null, this.un()
        }, I.prototype._processDragStart = function(a) {
            var m = this._lastHover;
            if (this._isMouseDown && m && m.draggable && !this._draggingTarget && this._mouseDownTarget == m) {
                if (m.dragEnableTime && new Date - this._lastMouseDownMoment < m.dragEnableTime) {
                    return
                }
                var l = m;
                this._draggingTarget = l, this._isDragging = 1, l.invisible = !0, this.storage.mod(l.id), this._dispatchAgency(l, K.DRAGSTART, a), this.painter.refresh()
            }
        }, I.prototype._processDragEnter = function(a) {
            this._draggingTarget && this._dispatchAgency(this._lastHover, K.DRAGENTER, a, this._draggingTarget)
        }, I.prototype._processDragOver = function(a) {
            this._draggingTarget && this._dispatchAgency(this._lastHover, K.DRAGOVER, a, this._draggingTarget)
        }, I.prototype._processDragLeave = function(a) {
            this._draggingTarget && this._dispatchAgency(this._lastHover, K.DRAGLEAVE, a, this._draggingTarget)
        }, I.prototype._processDrop = function(a) {
            this._draggingTarget && (this._draggingTarget.invisible = !1, this.storage.mod(this._draggingTarget.id), this.painter.refresh(), this._dispatchAgency(this._lastHover, K.DROP, a, this._draggingTarget))
        }, I.prototype._processDragEnd = function(a) {
            this._draggingTarget && (this._dispatchAgency(this._draggingTarget, K.DRAGEND, a), this._lastHover = null), this._isDragging = 0, this._draggingTarget = null
        }, I.prototype._processOverShape = function(a) {
            this._dispatchAgency(this._lastHover, K.MOUSEOVER, a)
        }, I.prototype._processOutShape = function(a) {
            this._dispatchAgency(this._lastHover, K.MOUSEOUT, a)
        }, I.prototype._dispatchAgency = function(m, O, p, u) {
            var l = "on" + O,
                y = {
                    type: O,
                    event: p,
                    target: m,
                    cancelBubble: !1
                },
                M = m;
            for (u && (y.dragged = u); M && (M[l] && (y.cancelBubble = M[l](y)), M.dispatch(O, y), M = M.parent, !y.cancelBubble);) {}
            if (m) {
                y.cancelBubble || this.dispatch(O, y)
            } else {
                if (!u) {
                    var N = {
                        type: O,
                        event: p
                    };
                    this.dispatch(O, N), this.painter.eachOtherLayer(function(a) {
                        "function" == typeof a[l] && a[l](N), a.dispatch && a.dispatch(O, N)
                    })
                }
            }
        }, I.prototype._iterateAndFindHover = function() {
            var a = B.create();
            return function() {
                for (var u, l, m = this.storage.getShapeList(), e = [0, 0], p = m.length - 1; p >= 0; p--) {
                    var s = m[p];
                    if (u !== s.zlevel && (l = this.painter.getLayer(s.zlevel, l), e[0] = this._mouseX, e[1] = this._mouseY, l.needTransform && (B.invert(a, l.transform), x.applyTransform(e, e, a))), this._findHover(s, e[0], e[1])) {
                        break
                    }
                }
            }
        }();
        var L = [{
            x: 10
        }, {
            x: -20
        }, {
            x: 10,
            y: 10
        }, {
            y: -20
        }];
        return I.prototype._mobileFindFixed = function(a) {
            this._lastHover = null, this._mouseX = a.zrenderX, this._mouseY = a.zrenderY, this._event = a, this._iterateAndFindHover();
            for (var m = 0; !this._lastHover && m < L.length; m++) {
                var l = L[m];
                l.x && (this._mouseX += l.x), l.y && (this._mouseY += l.y), this._iterateAndFindHover()
            }
            this._lastHover && (a.zrenderX = this._mouseX, a.zrenderY = this._mouseY)
        }, I.prototype._zrenderEventFixed = function(m, r) {
            if (m.zrenderFixed) {
                return m
            }
            if (r) {
                var o = "touchend" != m.type ? m.targetTouches[0] : m.changedTouches[0];
                if (o) {
                    var p = this.painter._domRoot.getBoundingClientRect();
                    m.zrenderX = o.clientX - p.left, m.zrenderY = o.clientY - p.top
                }
            } else {
                m = m || window.event;
                var l = m.toElement || m.relatedTarget || m.srcElement || m.target;
                l && l != this._domHover && (m.zrenderX = ("undefined" != typeof m.offsetX ? m.offsetX : m.layerX) + l.offsetLeft, m.zrenderY = ("undefined" != typeof m.offsetY ? m.offsetY : m.layerY) + l.offsetTop)
            }
            return m.zrenderFixed = 1, m
        }, A.merge(I.prototype, J.prototype, !0), I
    }), d("zrender/Painter", ["require", "./config", "./tool/util", "./tool/log", "./loadingEffect/Base", "./Layer", "./shape/Image"], function(m) {
        function z() {
            return !1
        }

        function q() {}

        function v(a) {
            return a ? a.isBuildin ? !0 : "function" != typeof a.resize || "function" != typeof a.refresh ? !1 : !0 : !1
        }
        var j = m("./config"),
            w = m("./tool/util"),
            x = m("./tool/log"),
            y = m("./loadingEffect/Base"),
            u = m("./Layer"),
            p = function(a, l) {
                this.root = a, a.style["-webkit-tap-highlight-color"] = "transparent", a.style["-webkit-user-select"] = "none", a.style["user-select"] = "none", a.style["-webkit-touch-callout"] = "none", this.storage = l, a.innerHTML = "", this._width = this._getWidth(), this._height = this._getHeight();
                var r = document.createElement("div");
                this._domRoot = r, r.style.position = "relative", r.style.overflow = "hidden", r.style.width = this._width + "px", r.style.height = this._height + "px", a.appendChild(r), this._layers = {}, this._zlevelList = [], this._layerConfig = {}, this._loadingEffect = new y({}), this.shapeToImage = this._createShapeToImageProcessor(), this._bgDom = document.createElement("div"), this._bgDom.style.cssText = ["position:absolute;left:0px;top:0px;width:", this._width, "px;height:", this._height + "px;", "-webkit-user-select:none;user-select;none;", "-webkit-touch-callout:none;"].join(""), this._bgDom.setAttribute("data-zr-dom-id", "bg"), this._bgDom.className = j.elementClassName, r.appendChild(this._bgDom), this._bgDom.onselectstart = z;
                var s = new u("_zrender_hover_", this);
                this._layers.hover = s, r.appendChild(s.dom), s.initContext(), s.dom.onselectstart = z, s.dom.style["-webkit-user-select"] = "none", s.dom.style["user-select"] = "none", s.dom.style["-webkit-touch-callout"] = "none", this.refreshNextFrame = null
            };
        return p.prototype.render = function(a) {
            return this.isLoading() && this.hideLoading(), this.refresh(a, !0), this
        }, p.prototype.refresh = function(r, C) {
            var s = this.storage.getShapeList(!0);
            this._paintList(s, C);
            for (var A = 0; A < this._zlevelList.length; A++) {
                var l = this._zlevelList[A],
                    B = this._layers[l];
                !B.isBuildin && B.refresh && B.refresh()
            }
            return "function" == typeof r && r(), this
        }, p.prototype._preProcessLayer = function(a) {
            a.unusedCount++, a.updateTransform()
        }, p.prototype._postProcessLayer = function(a) {
            a.dirty = !1, 1 == a.unusedCount && a.clear()
        }, p.prototype._paintList = function(a, G) {
            "undefined" == typeof G && (G = !1), this._updateLayerStatus(a);
            var A, D, E;
            this.eachBuildinLayer(this._preProcessLayer);
            for (var F = 0, B = a.length; B > F; F++) {
                var r = a[F];
                if (D !== r.zlevel && (A && (A.needTransform && E.restore(), E.flush && E.flush()), D = r.zlevel, A = this.getLayer(D), A.isBuildin || x("ZLevel " + D + " has been used by unkown layer " + A.id), E = A.ctx, A.unusedCount = 0, (A.dirty || G) && A.clear(), A.needTransform && (E.save(), A.setTransform(E))), (A.dirty || G) && !r.invisible && (!r.onbrush || r.onbrush && !r.onbrush(E, !1))) {
                    if (j.catchBrushException) {
                        try {
                            r.brush(E, !1, this.refreshNextFrame)
                        } catch (C) {
                            x(C, "brush error of " + r.type, r)
                        }
                    } else {
                        r.brush(E, !1, this.refreshNextFrame)
                    }
                }
                r.__dirty = !1
            }
            A && (A.needTransform && E.restore(), E.flush && E.flush()), this.eachBuildinLayer(this._postProcessLayer)
        }, p.prototype.getLayer = function(a) {
            var i = this._layers[a];
            return i || (i = new u(a, this), i.isBuildin = !0, this._layerConfig[a] && w.merge(i, this._layerConfig[a], !0), i.updateTransform(), this.insertLayer(a, i), i.initContext()), i
        }, p.prototype.insertLayer = function(n, C) {
            if (this._layers[n]) {
                return void x("ZLevel " + n + " has been used already")
            }
            if (!v(C)) {
                return void x("Layer of zlevel " + n + " is not valid")
            }
            var r = this._zlevelList.length,
                l = null,
                A = -1;
            if (r > 0 && n > this._zlevelList[0]) {
                for (A = 0; r - 1 > A && !(this._zlevelList[A] < n && this._zlevelList[A + 1] > n); A++) {}
                l = this._layers[this._zlevelList[A]]
            }
            this._zlevelList.splice(A + 1, 0, n);
            var B = l ? l.dom : this._bgDom;
            B.nextSibling ? B.parentNode.insertBefore(C.dom, B.nextSibling) : B.parentNode.appendChild(C.dom), this._layers[n] = C
        }, p.prototype.eachLayer = function(a, r) {
            for (var l = 0; l < this._zlevelList.length; l++) {
                var o = this._zlevelList[l];
                a.call(r, this._layers[o], o)
            }
        }, p.prototype.eachBuildinLayer = function(o, A) {
            for (var r = 0; r < this._zlevelList.length; r++) {
                var s = this._zlevelList[r],
                    l = this._layers[s];
                l.isBuildin && o.call(A, l, s)
            }
        }, p.prototype.eachOtherLayer = function(o, A) {
            for (var r = 0; r < this._zlevelList.length; r++) {
                var s = this._zlevelList[r],
                    l = this._layers[s];
                l.isBuildin || o.call(A, l, s)
            }
        }, p.prototype.getLayers = function() {
            return this._layers
        }, p.prototype._updateLayerStatus = function(A) {
            var G = this._layers,
                B = {};
            this.eachBuildinLayer(function(a, i) {
                B[i] = a.elCount, a.elCount = 0
            });
            for (var C = 0, l = A.length; l > C; C++) {
                var D = A[C],
                    E = D.zlevel,
                    F = G[E];
                if (F) {
                    if (F.elCount++, F.dirty) {
                        continue
                    }
                    F.dirty = D.__dirty
                }
            }
            this.eachBuildinLayer(function(a, i) {
                B[i] !== a.elCount && (a.dirty = !0)
            })
        }, p.prototype.refreshShapes = function(o, A) {
            for (var r = 0, s = o.length; s > r; r++) {
                var l = o[r];
                l.modSelf()
            }
            return this.refresh(A), this
        }, p.prototype.setLoadingEffect = function(a) {
            return this._loadingEffect = a, this
        }, p.prototype.clear = function() {
            return this.eachBuildinLayer(this._clearLayer), this
        }, p.prototype._clearLayer = function(a) {
            a.clear()
        }, p.prototype.modLayer = function(a, n) {
            if (n) {
                this._layerConfig[a] ? w.merge(this._layerConfig[a], n, !0) : this._layerConfig[a] = n;
                var l = this._layers[a];
                l && w.merge(l, this._layerConfig[a], !0)
            }
        }, p.prototype.delLayer = function(a) {
            var i = this._layers[a];
            i && (this.modLayer(a, {
                position: i.position,
                rotation: i.rotation,
                scale: i.scale
            }), i.dom.parentNode.removeChild(i.dom), delete this._layers[a], this._zlevelList.splice(w.indexOf(this._zlevelList, a), 1))
        }, p.prototype.refreshHover = function() {
            this.clearHover();
            for (var a = this.storage.getHoverShapes(!0), r = 0, l = a.length; l > r; r++) {
                this._brushHover(a[r])
            }
            var o = this._layers.hover.ctx;
            return o.flush && o.flush(), this.storage.delHover(), this
        }, p.prototype.clearHover = function() {
            var a = this._layers.hover;
            return a && a.clear(), this
        }, p.prototype.showLoading = function(a) {
            return this._loadingEffect && this._loadingEffect.stop(), a && this.setLoadingEffect(a), this._loadingEffect.start(this), this.loading = !0, this
        }, p.prototype.hideLoading = function() {
            return this._loadingEffect.stop(), this.clearHover(), this.loading = !1, this
        }, p.prototype.isLoading = function() {
            return this.loading
        }, p.prototype.resize = function() {
            var a = this._domRoot;
            a.style.display = "none";
            var r = this._getWidth(),
                l = this._getHeight();
            if (a.style.display = "", this._width != r || l != this._height) {
                this._width = r, this._height = l, a.style.width = r + "px", a.style.height = l + "px";
                for (var o in this._layers) {
                    this._layers[o].resize(r, l)
                }
                this.refresh(null, !0)
            }
            return this
        }, p.prototype.clearLayer = function(a) {
            var i = this._layers[a];
            i && i.clear()
        }, p.prototype.dispose = function() {
            this.isLoading() && this.hideLoading(), this.root.innerHTML = "", this.root = this.storage = this._domRoot = this._layers = null
        }, p.prototype.getDomHover = function() {
            return this._layers.hover.dom
        }, p.prototype.toDataURL = function(a, D, r) {
            if (window.G_vmlCanvasManager) {
                return null
            }
            var A = new u("image", this);
            this._bgDom.appendChild(A.dom), A.initContext();
            var B = A.ctx;
            A.clearColor = D || "#fff", A.clear();
            var C = this;
            this.storage.iterShape(function(i) {
                if (!i.invisible && (!i.onbrush || i.onbrush && !i.onbrush(B, !1))) {
                    if (j.catchBrushException) {
                        try {
                            i.brush(B, !1, C.refreshNextFrame)
                        } catch (n) {
                            x(n, "brush error of " + i.type, i)
                        }
                    } else {
                        i.brush(B, !1, C.refreshNextFrame)
                    }
                }
            }, {
                normal: "up",
                update: !0
            });
            var l = A.dom.toDataURL(a, r);
            return B = null, this._bgDom.removeChild(A.dom), l
        }, p.prototype.getWidth = function() {
            return this._width
        }, p.prototype.getHeight = function() {
            return this._height
        }, p.prototype._getWidth = function() {
            var a = this.root,
                i = a.currentStyle || document.defaultView.getComputedStyle(a);
            return ((a.clientWidth || parseInt(i.width, 10)) - parseInt(i.paddingLeft, 10) - parseInt(i.paddingRight, 10)).toFixed(0) - 0
        }, p.prototype._getHeight = function() {
            var a = this.root,
                i = a.currentStyle || document.defaultView.getComputedStyle(a);
            return ((a.clientHeight || parseInt(i.height, 10)) - parseInt(i.paddingTop, 10) - parseInt(i.paddingBottom, 10)).toFixed(0) - 0
        }, p.prototype._brushHover = function(a) {
            var r = this._layers.hover.ctx;
            if (!a.onbrush || a.onbrush && !a.onbrush(r, !0)) {
                var l = this.getLayer(a.zlevel);
                if (l.needTransform && (r.save(), l.setTransform(r)), j.catchBrushException) {
                    try {
                        a.brush(r, !0, this.refreshNextFrame)
                    } catch (o) {
                        x(o, "hoverBrush error of " + a.type, a)
                    }
                } else {
                    a.brush(r, !0, this.refreshNextFrame)
                }
                l.needTransform && r.restore()
            }
        }, p.prototype._shapeToImage = function(I, B, E, e, F) {
            var G = document.createElement("canvas"),
                H = G.getContext("2d");
            G.style.width = E + "px", G.style.height = e + "px", G.setAttribute("width", E * F), G.setAttribute("height", e * F), H.clearRect(0, 0, E * F, e * F);
            var C = {
                position: B.position,
                rotation: B.rotation,
                scale: B.scale
            };
            B.position = [0, 0, 0], B.rotation = 0, B.scale = [1, 1], B && B.brush(H, !1);
            var A = m("./shape/Image"),
                D = new A({
                    id: I,
                    style: {
                        x: 0,
                        y: 0,
                        image: G
                    }
                });
            return null != C.position && (D.position = B.position = C.position), null != C.rotation && (D.rotation = B.rotation = C.rotation), null != C.scale && (D.scale = B.scale = C.scale), D
        }, p.prototype._createShapeToImageProcessor = function() {
            if (window.G_vmlCanvasManager) {
                return q
            }
            var a = this;
            return function(s, e, l, r) {
                return a._shapeToImage(s, e, l, r, j.devicePixelRatio)
            }
        }, p
    }), d("zrender/Storage", ["require", "./tool/util", "./Group"], function(l) {
        function r(a, i) {
            return a.zlevel == i.zlevel ? a.z == i.z ? a.__renderidx - i.__renderidx : a.z - i.z : a.zlevel - i.zlevel
        }
        var m = l("./tool/util"),
            p = l("./Group"),
            j = {
                hover: !1,
                normal: "down",
                update: !1
            },
            q = function() {
                this._elements = {}, this._hoverElements = [], this._roots = [], this._shapeList = [], this._shapeListOffset = 0
            };
        return q.prototype.iterShape = function(a, w) {
            if (w || (w = j), w.hover) {
                for (var s = 0, u = this._hoverElements.length; u > s; s++) {
                    var v = this._hoverElements[s];
                    if (v.updateTransform(), a(v)) {
                        return this
                    }
                }
            }
            switch (w.update && this.updateShapeList(), w.normal) {
                case "down":
                    for (var u = this._shapeList.length; u--;) {
                        if (a(this._shapeList[u])) {
                            return this
                        }
                    }
                    break;
                default:
                    for (var s = 0, u = this._shapeList.length; u > s; s++) {
                        if (a(this._shapeList[s])) {
                            return this
                        }
                    }
            }
            return this
        }, q.prototype.getHoverShapes = function(u) {
            for (var v = [], x = 0, t = this._hoverElements.length; t > x; x++) {
                v.push(this._hoverElements[x]);
                var y = this._hoverElements[x].hoverConnect;
                if (y) {
                    var z;
                    y = y instanceof Array ? y : [y];
                    for (var A = 0, w = y.length; w > A; A++) {
                        z = y[A].id ? y[A] : this.get(y[A]), z && v.push(z)
                    }
                }
            }
            if (v.sort(r), u) {
                for (var x = 0, t = v.length; t > x; x++) {
                    v[x].updateTransform()
                }
            }
            return v
        }, q.prototype.getShapeList = function(a) {
            return a && this.updateShapeList(), this._shapeList
        }, q.prototype.updateShapeList = function() {
            this._shapeListOffset = 0;
            for (var a = 0, o = this._roots.length; o > a; a++) {
                var s = this._roots[a];
                this._updateAndAddShape(s)
            }
            this._shapeList.length = this._shapeListOffset;
            for (var a = 0, o = this._shapeList.length; o > a; a++) {
                this._shapeList[a].__renderidx = a
            }
            this._shapeList.sort(r)
        }, q.prototype._updateAndAddShape = function(a, u) {
            if (!a.ignore) {
                if (a.updateTransform(), a.clipShape && (a.clipShape.parent = a, a.clipShape.updateTransform(), u ? (u = u.slice(), u.push(a.clipShape)) : u = [a.clipShape]), "group" == a.type) {
                    for (var o = 0; o < a._children.length; o++) {
                        var s = a._children[o];
                        s.__dirty = a.__dirty || s.__dirty, this._updateAndAddShape(s, u)
                    }
                    a.__dirty = !1
                } else {
                    a.__clipShapes = u, this._shapeList[this._shapeListOffset++] = a
                }
            }
        }, q.prototype.mod = function(o, u) {
            if ("string" == typeof o && (o = this._elements[o]), o && (o.modSelf(), u)) {
                if (u.parent || u._storage || u.__clipShapes) {
                    var s = {};
                    for (var i in u) {
                        "parent" !== i && "_storage" !== i && "__clipShapes" !== i && u.hasOwnProperty(i) && (s[i] = u[i])
                    }
                    m.merge(o, s, !0)
                } else {
                    m.merge(o, u, !0)
                }
            }
            return this
        }, q.prototype.drift = function(a, u, o) {
            var s = this._elements[a];
            return s && (s.needTransform = !0, "horizontal" === s.draggable ? o = 0 : "vertical" === s.draggable && (u = 0), (!s.ondrift || s.ondrift && !s.ondrift(u, o)) && s.drift(u, o)), this
        }, q.prototype.addHover = function(a) {
            return a.updateNeedTransform(), this._hoverElements.push(a), this
        }, q.prototype.delHover = function() {
            return this._hoverElements = [], this
        }, q.prototype.hasHoverShape = function() {
            return this._hoverElements.length > 0
        }, q.prototype.addRoot = function(a) {
            this._elements[a.id] || (a instanceof p && a.addChildrenToStorage(this), this.addToMap(a), this._roots.push(a))
        }, q.prototype.delRoot = function(n) {
            if ("undefined" == typeof n) {
                for (var x = 0; x < this._roots.length; x++) {
                    var i = this._roots[x];
                    i instanceof p && i.delChildrenFromStorage(this)
                }
                return this._elements = {}, this._hoverElements = [], this._roots = [], this._shapeList = [], void(this._shapeListOffset = 0)
            }
            if (n instanceof Array) {
                for (var x = 0, u = n.length; u > x; x++) {
                    this.delRoot(n[x])
                }
            } else {
                var v;
                v = "string" == typeof n ? this._elements[n] : n;
                var w = m.indexOf(this._roots, v);
                w >= 0 && (this.delFromMap(v.id), this._roots.splice(w, 1), v instanceof p && v.delChildrenFromStorage(this))
            }
        }, q.prototype.addToMap = function(a) {
            return a instanceof p && (a._storage = this), a.modSelf(), this._elements[a.id] = a, this
        }, q.prototype.get = function(a) {
            return this._elements[a]
        }, q.prototype.delFromMap = function(a) {
            var i = this._elements[a];
            return i && (delete this._elements[a], i instanceof p && (i._storage = null)), this
        }, q.prototype.dispose = function() {
            this._elements = this._renderList = this._roots = this._hoverElements = null
        }, q
    }), d("zrender/animation/Animation", ["require", "./Clip", "../tool/color", "../tool/util", "../tool/event"], function(w) {
        function H(a, i) {
            return a[i]
        }

        function z(a, m, l) {
            a[m] = l
        }

        function C(a, m, l) {
            return (m - a) * l + a
        }

        function j(n, P, u, m, M) {
            var N = n.length;
            if (1 == M) {
                for (var O = 0; N > O; O++) {
                    m[O] = C(n[O], P[O], u)
                }
            } else {
                for (var y = n[0].length, O = 0; N > O; O++) {
                    for (var p = 0; y > p; p++) {
                        m[O][p] = C(n[O][p], P[O][p], u)
                    }
                }
            }
        }

        function D(a) {
            switch (typeof a) {
                case "undefined":
                case "string":
                    return !1
            }
            return "undefined" != typeof a.length
        }

        function F(u, S, M, P, p, Q, R, N, y) {
            var O = u.length;
            if (1 == y) {
                for (var W = 0; O > W; W++) {
                    N[W] = G(u[W], S[W], M[W], P[W], p, Q, R)
                }
            } else {
                for (var T = u[0].length, W = 0; O > W; W++) {
                    for (var s = 0; T > s; s++) {
                        N[W][s] = G(u[W][s], S[W][s], M[W][s], P[W][s], p, Q, R)
                    }
                }
            }
        }

        function G(p, Q, u, M, m, N, O) {
            var P = 0.5 * (u - p),
                y = 0.5 * (M - Q);
            return (2 * (Q - u) + P + y) * O + (-3 * (Q - u) - 2 * P - y) * N + P * m + Q
        }

        function A(a) {
            if (D(a)) {
                var o = a.length;
                if (D(a[0])) {
                    for (var l = [], m = 0; o > m; m++) {
                        l.push(q.call(a[m]))
                    }
                    return l
                }
                return q.call(a)
            }
            return a
        }

        function x(a) {
            return a[0] = Math.floor(a[0]), a[1] = Math.floor(a[1]), a[2] = Math.floor(a[2]), "rgba(" + a.join(",") + ")"
        }
        var B = w("./Clip"),
            K = w("../tool/color"),
            J = w("../tool/util"),
            v = w("../tool/event").Dispatcher,
            E = window.requestAnimationFrame || window.msRequestAnimationFrame || window.mozRequestAnimationFrame || window.webkitRequestAnimationFrame || function(a) {
                setTimeout(a, 16)
            },
            q = Array.prototype.slice,
            I = function(a) {
                a = a || {}, this.stage = a.stage || {}, this.onframe = a.onframe || function() {}, this._clips = [], this._running = !1, this._time = 0, v.call(this)
            };
        I.prototype = {
            add: function(a) {
                this._clips.push(a)
            },
            remove: function(a) {
                if (a.__inStep) {
                    a.__needsRemove = !0
                } else {
                    var i = J.indexOf(this._clips, a);
                    i >= 0 && this._clips.splice(i, 1)
                }
            },
            _update: function() {
                for (var p = (new Date).getTime(), Q = p - this._time, u = this._clips, M = u.length, m = [], N = [], O = 0; M > O; O++) {
                    var P = u[O];
                    P.__inStep = !0;
                    var y = P.step(p);
                    P.__inStep = !1, y && (m.push(y), N.push(P))
                }
                for (var O = 0; M > O;) {
                    u[O].__needsRemove ? (u[O] = u[M - 1], u.pop(), M--) : O++
                }
                M = m.length;
                for (var O = 0; M > O; O++) {
                    N[O].fire(m[O])
                }
                this._time = p, this.onframe(Q), this.dispatch("frame", Q), this.stage.update && this.stage.update()
            },
            start: function() {
                function a() {
                    i._running && (E(a), i._update())
                }
                var i = this;
                this._running = !0, this._time = (new Date).getTime(), E(a)
            },
            stop: function() {
                this._running = !1
            },
            clear: function() {
                this._clips = []
            },
            animate: function(a, m) {
                m = m || {};
                var l = new L(a, m.loop, m.getter, m.setter);
                return l.animation = this, l
            },
            constructor: I
        }, J.merge(I.prototype, v.prototype, !0);
        var L = function(l, m, i, p) {
            this._tracks = {}, this._target = l, this._loop = m || !1, this._getter = i || H, this._setter = p || z, this._clipCount = 0, this._delay = 0, this._doneList = [], this._onframeList = [], this._clipList = []
        };
        return L.prototype = {
            when: function(a, m) {
                for (var l in m) {
                    this._tracks[l] || (this._tracks[l] = [], 0 !== a && this._tracks[l].push({
                        time: 0,
                        value: A(this._getter(this._target, l))
                    })), this._tracks[l].push({
                        time: parseInt(a, 10),
                        value: m[l]
                    })
                }
                return this
            },
            during: function(a) {
                return this._onframeList.push(a), this
            },
            start: function(n) {
                var u = this,
                    o = this._setter,
                    r = this._getter,
                    y = "spline" === n,
                    m = function() {
                        if (u._clipCount--, 0 === u._clipCount) {
                            u._tracks = {};
                            for (var l = u._doneList.length, p = 0; l > p; p++) {
                                u._doneList[p].call(u)
                            }
                        }
                    },
                    s = function(Z, l) {
                        var ac = Z.length;
                        if (ac) {
                            var ai = Z[0].value,
                                P = D(ai),
                                i = !1,
                                N = P && D(ai[0]) ? 2 : 1;
                            Z.sort(function(p, S) {
                                return p.time - S.time
                            });
                            var U;
                            if (ac) {
                                U = Z[ac - 1].time;
                                for (var ag = [], e = [], Y = 0; ac > Y; Y++) {
                                    ag.push(Z[Y].time / U);
                                    var af = Z[Y].value;
                                    "string" == typeof af && (af = K.toArray(af), 0 === af.length && (af[0] = af[1] = af[2] = 0, af[3] = 1), i = !0), e.push(af)
                                }
                                var ah, Y, ad, ae, V, Q, R, t = 0,
                                    aa = 0;
                                if (i) {
                                    var M = [0, 0, 0, 0]
                                }
                                var O = function(p, T) {
                                        if (aa > T) {
                                            for (ah = Math.min(t + 1, ac - 1), Y = ah; Y >= 0 && !(ag[Y] <= T); Y--) {}
                                            Y = Math.min(Y, ac - 2)
                                        } else {
                                            for (Y = t; ac > Y && !(ag[Y] > T); Y++) {}
                                            Y = Math.min(Y - 1, ac - 2)
                                        }
                                        t = Y, aa = T;
                                        var S = ag[Y + 1] - ag[Y];
                                        if (0 !== S) {
                                            if (ad = (T - ag[Y]) / S, y) {
                                                if (V = e[Y], ae = e[0 === Y ? Y : Y - 1], Q = e[Y > ac - 2 ? ac - 1 : Y + 1], R = e[Y > ac - 3 ? ac - 1 : Y + 2], P) {
                                                    F(ae, V, Q, R, ad, ad * ad, ad * ad * ad, r(p, l), N)
                                                } else {
                                                    var W;
                                                    i ? (W = F(ae, V, Q, R, ad, ad * ad, ad * ad * ad, M, 1), W = x(M)) : W = G(ae, V, Q, R, ad, ad * ad, ad * ad * ad), o(p, l, W)
                                                }
                                            } else {
                                                if (P) {
                                                    j(e[Y], e[Y + 1], ad, r(p, l), N)
                                                } else {
                                                    var W;
                                                    i ? (j(e[Y], e[Y + 1], ad, M, 1), W = x(M)) : W = C(e[Y], e[Y + 1], ad), o(p, l, W)
                                                }
                                            }
                                            for (Y = 0; Y < u._onframeList.length; Y++) {
                                                u._onframeList[Y](p, T)
                                            }
                                        }
                                    },
                                    ab = new B({
                                        target: u._target,
                                        life: U,
                                        loop: u._loop,
                                        delay: u._delay,
                                        onframe: O,
                                        ondestroy: m
                                    });
                                n && "spline" !== n && (ab.easing = n), u._clipList.push(ab), u._clipCount++, u.animation.add(ab)
                            }
                        }
                    };
                for (var a in this._tracks) {
                    s(this._tracks[a], a)
                }
                return this
            },
            stop: function() {
                for (var a = 0; a < this._clipList.length; a++) {
                    var i = this._clipList[a];
                    this.animation.remove(i)
                }
                this._clipList = []
            },
            delay: function(a) {
                return this._delay = a, this
            },
            done: function(a) {
                return a && this._doneList.push(a), this
            }
        }, I
    }), d("zrender/tool/vector", [], function() {
        var a = "undefined" == typeof Float32Array ? Array : Float32Array,
            i = {
                create: function(l, e) {
                    var j = new a(2);
                    return j[0] = l || 0, j[1] = e || 0, j
                },
                copy: function(j, l) {
                    return j[0] = l[0], j[1] = l[1], j
                },
                clone: function(j) {
                    var e = new a(2);
                    return e[0] = j[0], e[1] = j[1], e
                },
                set: function(j, m, l) {
                    return j[0] = m, j[1] = l, j
                },
                add: function(j, m, l) {
                    return j[0] = m[0] + l[0], j[1] = m[1] + l[1], j
                },
                scaleAndAdd: function(j, o, l, m) {
                    return j[0] = o[0] + l[0] * m, j[1] = o[1] + l[1] * m, j
                },
                sub: function(j, m, l) {
                    return j[0] = m[0] - l[0], j[1] = m[1] - l[1], j
                },
                len: function(j) {
                    return Math.sqrt(this.lenSquare(j))
                },
                lenSquare: function(j) {
                    return j[0] * j[0] + j[1] * j[1]
                },
                mul: function(j, m, l) {
                    return j[0] = m[0] * l[0], j[1] = m[1] * l[1], j
                },
                div: function(j, m, l) {
                    return j[0] = m[0] / l[0], j[1] = m[1] / l[1], j
                },
                dot: function(j, l) {
                    return j[0] * l[0] + j[1] * l[1]
                },
                scale: function(j, m, l) {
                    return j[0] = m[0] * l, j[1] = m[1] * l, j
                },
                normalize: function(j, l) {
                    var m = i.len(l);
                    return 0 === m ? (j[0] = 0, j[1] = 0) : (j[0] = l[0] / m, j[1] = l[1] / m), j
                },
                distance: function(j, l) {
                    return Math.sqrt((j[0] - l[0]) * (j[0] - l[0]) + (j[1] - l[1]) * (j[1] - l[1]))
                },
                distanceSquare: function(j, l) {
                    return (j[0] - l[0]) * (j[0] - l[0]) + (j[1] - l[1]) * (j[1] - l[1])
                },
                negate: function(j, l) {
                    return j[0] = -l[0], j[1] = -l[1], j
                },
                lerp: function(j, o, l, m) {
                    return j[0] = o[0] + m * (l[0] - o[0]), j[1] = o[1] + m * (l[1] - o[1]), j
                },
                applyTransform: function(l, p, m) {
                    var o = p[0],
                        j = p[1];
                    return l[0] = m[0] * o + m[2] * j + m[4], l[1] = m[1] * o + m[3] * j + m[5], l
                },
                min: function(j, m, l) {
                    return j[0] = Math.min(m[0], l[0]), j[1] = Math.min(m[1], l[1]), j
                },
                max: function(j, m, l) {
                    return j[0] = Math.max(m[0], l[0]), j[1] = Math.max(m[1], l[1]), j
                }
            };
        return i.length = i.len, i.lengthSquare = i.lenSquare, i.dist = i.distance, i.distSquare = i.distanceSquare, i
    }), d("zrender/tool/matrix", [], function() {
        var a = "undefined" == typeof Float32Array ? Array : Float32Array,
            i = {
                create: function() {
                    var e = new a(6);
                    return i.identity(e), e
                },
                identity: function(j) {
                    return j[0] = 1, j[1] = 0, j[2] = 0, j[3] = 1, j[4] = 0, j[5] = 0, j
                },
                copy: function(j, l) {
                    return j[0] = l[0], j[1] = l[1], j[2] = l[2], j[3] = l[3], j[4] = l[4], j[5] = l[5], j
                },
                mul: function(j, m, l) {
                    return j[0] = m[0] * l[0] + m[2] * l[1], j[1] = m[1] * l[0] + m[3] * l[1], j[2] = m[0] * l[2] + m[2] * l[3], j[3] = m[1] * l[2] + m[3] * l[3], j[4] = m[0] * l[4] + m[2] * l[5] + m[4], j[5] = m[1] * l[4] + m[3] * l[5] + m[5], j
                },
                translate: function(j, m, l) {
                    return j[0] = m[0], j[1] = m[1], j[2] = m[2], j[3] = m[3], j[4] = m[4] + l[0], j[5] = m[5] + l[1], j
                },
                rotate: function(p, B, u) {
                    var x = B[0],
                        j = B[2],
                        y = B[4],
                        z = B[1],
                        A = B[3],
                        v = B[5],
                        q = Math.sin(u),
                        w = Math.cos(u);
                    return p[0] = x * w + z * q, p[1] = -x * q + z * w, p[2] = j * w + A * q, p[3] = -j * q + w * A, p[4] = w * y + q * v, p[5] = w * v - q * y, p
                },
                scale: function(l, p, m) {
                    var o = m[0],
                        j = m[1];
                    return l[0] = p[0] * o, l[1] = p[1] * j, l[2] = p[2] * o, l[3] = p[3] * j, l[4] = p[4] * o, l[5] = p[5] * j, l
                },
                invert: function(m, y) {
                    var p = y[0],
                        u = y[2],
                        j = y[4],
                        v = y[1],
                        w = y[3],
                        x = y[5],
                        q = p * w - v * u;
                    return q ? (q = 1 / q, m[0] = w * q, m[1] = -v * q, m[2] = -u * q, m[3] = p * q, m[4] = (u * x - w * j) * q, m[5] = (v * j - p * x) * q, m) : null
                }
            };
        return i
    }), d("zrender/loadingEffect/Base", ["require", "../tool/util", "../shape/Text", "../shape/Rectangle"], function(l) {
        function u(a) {
            this.setOptions(a)
        }
        var m = l("../tool/util"),
            p = l("../shape/Text"),
            j = l("../shape/Rectangle"),
            q = "Loading...",
            s = "normal 16px Arial";
        return u.prototype.createTextShape = function(a) {
            return new p({
                highlightStyle: m.merge({
                    x: this.canvasWidth / 2,
                    y: this.canvasHeight / 2,
                    text: q,
                    textAlign: "center",
                    textBaseline: "middle",
                    textFont: s,
                    color: "#333",
                    brushType: "fill"
                }, a, !0)
            })
        }, u.prototype.createBackgroundShape = function(a) {
            return new j({
                highlightStyle: {
                    x: 0,
                    y: 0,
                    width: this.canvasWidth,
                    height: this.canvasHeight,
                    brushType: "fill",
                    color: a
                }
            })
        }, u.prototype.start = function(a) {
            function o(e) {
                a.storage.addHover(e)
            }

            function n() {
                a.refreshHover()
            }
            this.canvasWidth = a._width, this.canvasHeight = a._height, this.loadingTimer = this._start(o, n)
        }, u.prototype._start = function() {
            return setInterval(function() {}, 10000)
        }, u.prototype.stop = function() {
            clearInterval(this.loadingTimer)
        }, u.prototype.setOptions = function(a) {
            this.options = a || {}
        }, u.prototype.adjust = function(a, i) {
            return a <= i[0] ? a = i[0] : a >= i[1] && (a = i[1]), a
        }, u.prototype.getLocation = function(r, x, v) {
            var w = null != r.x ? r.x : "center";
            switch (w) {
                case "center":
                    w = Math.floor((this.canvasWidth - x) / 2);
                    break;
                case "left":
                    w = 0;
                    break;
                case "right":
                    w = this.canvasWidth - x
            }
            var o = null != r.y ? r.y : "center";
            switch (o) {
                case "center":
                    o = Math.floor((this.canvasHeight - v) / 2);
                    break;
                case "top":
                    o = 0;
                    break;
                case "bottom":
                    o = this.canvasHeight - v
            }
            return {
                x: w,
                y: o,
                width: x,
                height: v
            }
        }, u
    }), d("zrender/Layer", ["require", "./mixin/Transformable", "./tool/util", "./config"], function(l) {
        function w() {
            return !1
        }

        function m(s, A, x) {
            var y = document.createElement(A),
                r = x.getWidth(),
                z = x.getHeight();
            return y.style.position = "absolute", y.style.left = 0, y.style.top = 0, y.style.width = r + "px", y.style.height = z + "px", y.width = r * u.devicePixelRatio, y.height = z * u.devicePixelRatio, y.setAttribute("data-zr-dom-id", s), y
        }
        var p = l("./mixin/Transformable"),
            j = l("./tool/util"),
            q = window.G_vmlCanvasManager,
            u = l("./config"),
            v = function(n, i) {
                this.id = n, this.dom = m(n, "canvas", i), this.dom.onselectstart = w, this.dom.style["-webkit-user-select"] = "none", this.dom.style["user-select"] = "none", this.dom.style["-webkit-touch-callout"] = "none", this.dom.style["-webkit-tap-highlight-color"] = "rgba(0,0,0,0)", this.dom.className = u.elementClassName, q && q.initElement(this.dom), this.domBack = null, this.ctxBack = null, this.painter = i, this.unusedCount = 0, this.config = null, this.dirty = !0, this.elCount = 0, this.clearColor = 0, this.motionBlur = !1, this.lastFrameAlpha = 0.7, this.zoomable = !1, this.panable = !1, this.maxZoom = 1 / 0, this.minZoom = 0, p.call(this)
            };
        return v.prototype.initContext = function() {
            this.ctx = this.dom.getContext("2d");
            var a = u.devicePixelRatio;
            1 != a && this.ctx.scale(a, a)
        }, v.prototype.createBackBuffer = function() {
            if (!q) {
                this.domBack = m("back-" + this.id, "canvas", this.painter), this.ctxBack = this.domBack.getContext("2d");
                var a = u.devicePixelRatio;
                1 != a && this.ctxBack.scale(a, a)
            }
        }, v.prototype.resize = function(a, o) {
            var n = u.devicePixelRatio;
            this.dom.style.width = a + "px", this.dom.style.height = o + "px", this.dom.setAttribute("width", a * n), this.dom.setAttribute("height", o * n), 1 != n && this.ctx.scale(n, n), this.domBack && (this.domBack.setAttribute("width", a * n), this.domBack.setAttribute("height", o * n), 1 != n && this.ctxBack.scale(n, n))
        }, v.prototype.clear = function() {
            var r = this.dom,
                D = this.ctx,
                y = r.width,
                B = r.height,
                o = this.clearColor && !q,
                C = this.motionBlur && !q,
                z = this.lastFrameAlpha,
                x = u.devicePixelRatio;
            if (C && (this.domBack || this.createBackBuffer(), this.ctxBack.globalCompositeOperation = "copy", this.ctxBack.drawImage(r, 0, 0, y / x, B / x)), D.clearRect(0, 0, y / x, B / x), o && (D.save(), D.fillStyle = this.clearColor, D.fillRect(0, 0, y / x, B / x), D.restore()), C) {
                var A = this.domBack;
                D.save(), D.globalAlpha = z, D.drawImage(A, 0, 0, y / x, B / x), D.restore()
            }
        }, j.merge(v.prototype, p.prototype), v
    }), d("zrender/shape/Text", ["require", "../tool/area", "./Base", "../tool/util"], function(a) {
        var m = a("../tool/area"),
            j = a("./Base"),
            l = function(i) {
                j.call(this, i)
            };
        return l.prototype = {
            type: "text",
            brush: function(q, u) {
                var x = this.style;
                if (u && (x = this.getHighlightStyle(x, this.highlightStyle || {})), "undefined" != typeof x.text && x.text !== !1) {
                    q.save(), this.doClip(q), this.setContext(q, x), this.setTransform(q), x.textFont && (q.font = x.textFont), q.textAlign = x.textAlign || "start", q.textBaseline = x.textBaseline || "middle";
                    var p, y = (x.text + "").split("\n"),
                        z = m.getTextHeight("国", x.textFont),
                        A = this.getRect(x),
                        v = x.x;
                    p = "top" == x.textBaseline ? A.y : "bottom" == x.textBaseline ? A.y + z : A.y + z / 2;
                    for (var t = 0, w = y.length; w > t; t++) {
                        if (x.maxWidth) {
                            switch (x.brushType) {
                                case "fill":
                                    q.fillText(y[t], v, p, x.maxWidth);
                                    break;
                                case "stroke":
                                    q.strokeText(y[t], v, p, x.maxWidth);
                                    break;
                                case "both":
                                    q.fillText(y[t], v, p, x.maxWidth), q.strokeText(y[t], v, p, x.maxWidth);
                                    break;
                                default:
                                    q.fillText(y[t], v, p, x.maxWidth)
                            }
                        } else {
                            switch (x.brushType) {
                                case "fill":
                                    q.fillText(y[t], v, p);
                                    break;
                                case "stroke":
                                    q.strokeText(y[t], v, p);
                                    break;
                                case "both":
                                    q.fillText(y[t], v, p), q.strokeText(y[t], v, p);
                                    break;
                                default:
                                    q.fillText(y[t], v, p)
                            }
                        }
                        p += z
                    }
                    q.restore()
                }
            },
            getRect: function(q) {
                if (q.__rect) {
                    return q.__rect
                }
                var r = m.getTextWidth(q.text, q.textFont),
                    s = m.getTextHeight(q.text, q.textFont),
                    p = q.x;
                "end" == q.textAlign || "right" == q.textAlign ? p -= r : "center" == q.textAlign && (p -= r / 2);
                var t;
                return t = "top" == q.textBaseline ? q.y : "bottom" == q.textBaseline ? q.y - s : q.y - s / 2, q.__rect = {
                    x: p,
                    y: t,
                    width: r,
                    height: s
                }, q.__rect
            }
        }, a("../tool/util").inherits(l, j), l
    }), d("zrender/shape/Rectangle", ["require", "./Base", "../tool/util"], function(a) {
        var l = a("./Base"),
            j = function(i) {
                l.call(this, i)
            };
        return j.prototype = {
            type: "rectangle",
            _buildRadiusPath: function(q, C) {
                var v, y, p, z, A = C.x,
                    B = C.y,
                    w = C.width,
                    u = C.height,
                    x = C.radius;
                "number" == typeof x ? v = y = p = z = x : x instanceof Array ? 1 === x.length ? v = y = p = z = x[0] : 2 === x.length ? (v = p = x[0], y = z = x[1]) : 3 === x.length ? (v = x[0], y = z = x[1], p = x[2]) : (v = x[0], y = x[1], p = x[2], z = x[3]) : v = y = p = z = 0;
                var D;
                v + y > w && (D = v + y, v *= w / D, y *= w / D), p + z > w && (D = p + z, p *= w / D, z *= w / D), y + p > u && (D = y + p, y *= u / D, p *= u / D), v + z > u && (D = v + z, v *= u / D, z *= u / D), q.moveTo(A + v, B), q.lineTo(A + w - y, B), 0 !== y && q.quadraticCurveTo(A + w, B, A + w, B + y), q.lineTo(A + w, B + u - p), 0 !== p && q.quadraticCurveTo(A + w, B + u, A + w - p, B + u), q.lineTo(A + z, B + u), 0 !== z && q.quadraticCurveTo(A, B + u, A, B + u - z), q.lineTo(A, B + v), 0 !== v && q.quadraticCurveTo(A, B, A + v, B)
            },
            buildPath: function(i, m) {
                m.radius ? this._buildRadiusPath(i, m) : (i.moveTo(m.x, m.y), i.lineTo(m.x + m.width, m.y), i.lineTo(m.x + m.width, m.y + m.height), i.lineTo(m.x, m.y + m.height), i.lineTo(m.x, m.y)), i.closePath()
            },
            getRect: function(i) {
                if (i.__rect) {
                    return i.__rect
                }
                var m;
                return m = "stroke" == i.brushType || "fill" == i.brushType ? i.lineWidth || 1 : 0, i.__rect = {
                    x: Math.round(i.x - m / 2),
                    y: Math.round(i.y - m / 2),
                    width: i.width + m,
                    height: i.height + m
                }, i.__rect
            }
        }, a("../tool/util").inherits(j, l), j
    }), d("zrender/tool/area", ["require", "./util", "./curve"], function(F) {
        function ah(a) {
            return a %= B, 0 > a && (a += B), a
        }

        function O(a, w, m, p) {
            if (!w || !a) {
                return !1
            }
            var u = a.type;
            Z = Z || an.getContext();
            var v = ab(a, w, m, p);
            if ("undefined" != typeof v) {
                return v
            }
            if (a.buildPath && Z.isPointInPath) {
                return q(a, Z, w, m, p)
            }
            switch (u) {
                case "ellipse":
                    return !0;
                case "trochoid":
                    var n = "out" == w.location ? w.r1 + w.r2 + w.d : w.r1 - w.r2 + w.d;
                    return D(w, m, p, n);
                case "rose":
                    return D(w, m, p, w.maxr);
                default:
                    return !1
            }
        }

        function ab(m, w, r, s) {
            var l = m.type;
            switch (l) {
                case "bezier-curve":
                    return "undefined" == typeof w.cpX2 ? Y(w.xStart, w.yStart, w.cpX1, w.cpY1, w.xEnd, w.yEnd, w.lineWidth, r, s) : af(w.xStart, w.yStart, w.cpX1, w.cpY1, w.cpX2, w.cpY2, w.xEnd, w.yEnd, w.lineWidth, r, s);
                case "line":
                    return ae(w.xStart, w.yStart, w.xEnd, w.yEnd, w.lineWidth, r, s);
                case "polyline":
                    return aa(w.pointList, w.lineWidth, r, s);
                case "ring":
                    return al(w.x, w.y, w.r0, w.r, r, s);
                case "circle":
                    return D(w.x, w.y, w.r, r, s);
                case "sector":
                    var v = w.startAngle * Math.PI / 180,
                        p = w.endAngle * Math.PI / 180;
                    return w.clockWise || (v = -v, p = -p), ad(w.x, w.y, w.r0, w.r, v, p, !w.clockWise, r, s);
                case "path":
                    return w.pathArray && R(w.pathArray, Math.max(w.lineWidth, 5), w.brushType, r, s);
                case "polygon":
                case "star":
                case "isogon":
                    return A(w.pointList, r, s);
                case "text":
                    var x = w.__rect || m.getRect(w);
                    return aj(x.x, x.y, x.width, x.height, r, s);
                case "rectangle":
                case "image":
                    return aj(w.x, w.y, w.width, w.height, r, s)
            }
        }

        function q(m, r, o, p, l) {
            return r.beginPath(), m.buildPath(r, o), r.closePath(), r.isPointInPath(p, l)
        }

        function ac(l, o, m, i) {
            return !O(l, o, m, i)
        }

        function ae(u, K, w, C, p, E, I) {
            if (0 === p) {
                return !1
            }
            var J = Math.max(p, 5),
                x = 0,
                v = u;
            if (I > K + J && I > C + J || K - J > I && C - J > I || E > u + J && E > w + J || u - J > E && w - J > E) {
                return !1
            }
            if (u === w) {
                return Math.abs(E - u) <= J / 2
            }
            x = (K - C) / (u - w), v = (u * C - w * K) / (u - w);
            var y = x * E - I + v,
                L = y * y / (x * x + 1);
            return J / 2 * J / 2 >= L
        }

        function af(u, K, w, C, p, E, I, J, x, v, y) {
            if (0 === x) {
                return !1
            }
            var S = Math.max(x, 5);
            if (y > K + S && y > C + S && y > E + S && y > J + S || K - S > y && C - S > y && E - S > y && J - S > y || v > u + S && v > w + S && v > p + S && v > I + S || u - S > v && w - S > v && p - S > v && I - S > v) {
                return !1
            }
            var L = ap.cubicProjectPoint(u, K, w, C, p, E, I, J, v, y, null);
            return S / 2 >= L
        }

        function Y(u, K, w, C, p, E, I, J, x) {
            if (0 === I) {
                return !1
            }
            var v = Math.max(I, 5);
            if (x > K + v && x > C + v && x > E + v || K - v > x && C - v > x && E - v > x || J > u + v && J > w + v && J > p + v || u - v > J && w - v > J && p - v > J) {
                return !1
            }
            var y = ap.quadraticProjectPoint(u, K, w, C, p, E, J, x, null);
            return v / 2 >= y
        }

        function N(u, w, C, p, E, I, J, x, v) {
            if (0 === J) {
                return !1
            }
            var y = Math.max(J, 5);
            x -= u, v -= w;
            var L = Math.sqrt(x * x + v * v);
            if (L - y > C || C > L + y) {
                return !1
            }
            if (Math.abs(p - E) >= B) {
                return !0
            }
            if (I) {
                var K = p;
                p = ah(E), E = ah(K)
            } else {
                p = ah(p), E = ah(E)
            }
            p > E && (E += B);
            var t = Math.atan2(v, x);
            return 0 > t && (t += B), t >= p && E >= t || t + B >= p && E >= t + B
        }

        function aa(r, I, v, y) {
            for (var I = Math.max(I, 10), p = 0, C = r.length - 1; C > p; p++) {
                var E = r[p][0],
                    w = r[p][1],
                    u = r[p + 1][0],
                    x = r[p + 1][1];
                if (ae(E, w, u, x, I, v, y)) {
                    return !0
                }
            }
            return !1
        }

        function al(m, w, p, s, l, u) {
            var v = (l - m) * (l - m) + (u - w) * (u - w);
            return s * s > v && v > p * p
        }

        function aj(m, u, p, r, l, s) {
            return l >= m && m + p >= l && s >= u && u + r >= s
        }

        function D(m, r, o, p, l) {
            return o * o > (p - m) * (p - m) + (l - r) * (l - r)
        }

        function ad(p, E, u, w, m, x, y, C, v) {
            return N(p, E, (u + w) / 2, m, x, y, w - u, C, v)
        }

        function A(u, K, w) {
            for (var C = u.length, p = 0, E = 0, I = C - 1; C > E; E++) {
                var J = u[I][0],
                    x = u[I][1],
                    v = u[E][0],
                    y = u[E][1];
                p += ai(J, x, v, y, K, w), I = E
            }
            return 0 !== p
        }

        function ai(p, E, u, w, m, x) {
            if (x > E && x > w || E > x && w > x) {
                return 0
            }
            if (w == E) {
                return 0
            }
            var y = E > w ? 1 : -1,
                C = (x - E) / (w - E),
                v = C * (u - p) + p;
            return v > m ? y : 0
        }

        function aq() {
            var a = G[0];
            G[0] = G[1], G[1] = a
        }

        function M(y, at, I, L, v, S, X, ar, J, E) {
            if (E > at && E > L && E > S && E > ar || at > E && L > E && S > E && ar > E) {
                return 0
            }
            var K = ap.cubicRootAt(at, L, S, ar, E, ag);
            if (0 === K) {
                return 0
            }
            for (var aw, av, x = 0, W = -1, w = 0; K > w; w++) {
                var au = ag[w],
                    C = ap.cubicAt(y, I, v, X, au);
                J > C || (0 > W && (W = ap.cubicExtrema(at, L, S, ar, G), G[1] < G[0] && W > 1 && aq(), aw = ap.cubicAt(at, L, S, ar, G[0]), W > 1 && (av = ap.cubicAt(at, L, S, ar, G[1]))), x += 2 == W ? au < G[0] ? at > aw ? 1 : -1 : au < G[1] ? aw > av ? 1 : -1 : av > ar ? 1 : -1 : au < G[0] ? at > aw ? 1 : -1 : aw > ar ? 1 : -1)
            }
            return x
        }

        function z(v, L, x, E, p, I, J, K) {
            if (K > L && K > E && K > I || L > K && E > K && I > K) {
                return 0
            }
            var y = ap.quadraticRootAt(L, E, I, K, ag);
            if (0 === y) {
                return 0
            }
            var w = ap.quadraticExtremum(L, E, I);
            if (w >= 0 && 1 >= w) {
                for (var C = 0, W = ap.quadraticAt(L, E, I, w), S = 0; y > S; S++) {
                    var u = ap.quadraticAt(v, x, p, ag[S]);
                    J > u || (C += ag[S] < w ? L > W ? 1 : -1 : W > I ? 1 : -1)
                }
                return C
            }
            var u = ap.quadraticAt(v, x, p, ag[0]);
            return J > u ? 0 : L > I ? 1 : -1
        }

        function H(v, x, E, t, I, K, L, y) {
            if (y -= x, y > E || -E > y) {
                return 0
            }
            var w = Math.sqrt(E * E - y * y);
            if (ag[0] = -w, ag[1] = w, Math.abs(t - I) >= B) {
                t = 0, I = B;
                var C = K ? 1 : -1;
                return L >= ag[0] + v && L <= ag[1] + v ? C : 0
            }
            if (K) {
                var w = t;
                t = ah(I), I = ah(w)
            } else {
                t = ah(t), I = ah(I)
            }
            t > I && (I += B);
            for (var W = 0, S = 0; 2 > S; S++) {
                var u = ag[S];
                if (u + v > L) {
                    var J = Math.atan2(y, u),
                        C = K ? 1 : -1;
                    0 > J && (J = B + J), (J >= t && I >= J || J + B >= t && I >= J + B) && (J > Math.PI / 2 && J < 1.5 * Math.PI && (C = -C), W += C)
                }
            }
            return W
        }

        function R(ar, aE, at, aA, r) {
            var aB = 0,
                az = 0,
                aH = 0,
                aF = 0,
                E = 0,
                aC = !0,
                s = !0;
            at = at || "fill";
            for (var aM = "stroke" === at || "both" === at, aw = "fill" === at || "both" === at, aK = 0; aK < ar.length; aK++) {
                var l = ar[aK],
                    ay = l.points;
                if (aC || "M" === l.command) {
                    if (aK > 0 && (aw && (aB += ai(az, aH, aF, E, aA, r)), 0 !== aB)) {
                        return !0
                    }
                    aF = ay[ay.length - 2], E = ay[ay.length - 1], aC = !1, s && "A" !== l.command && (s = !1, az = aF, aH = E)
                }
                switch (l.command) {
                    case "M":
                        az = ay[0], aH = ay[1];
                        break;
                    case "L":
                        if (aM && ae(az, aH, ay[0], ay[1], aE, aA, r)) {
                            return !0
                        }
                        aw && (aB += ai(az, aH, ay[0], ay[1], aA, r)), az = ay[0], aH = ay[1];
                        break;
                    case "C":
                        if (aM && af(az, aH, ay[0], ay[1], ay[2], ay[3], ay[4], ay[5], aE, aA, r)) {
                            return !0
                        }
                        aw && (aB += M(az, aH, ay[0], ay[1], ay[2], ay[3], ay[4], ay[5], aA, r)), az = ay[4], aH = ay[5];
                        break;
                    case "Q":
                        if (aM && Y(az, aH, ay[0], ay[1], ay[2], ay[3], aE, aA, r)) {
                            return !0
                        }
                        aw && (aB += z(az, aH, ay[0], ay[1], ay[2], ay[3], aA, r)), az = ay[2], aH = ay[3];
                        break;
                    case "A":
                        var aJ = ay[0],
                            aL = ay[1],
                            aG = ay[2],
                            aI = ay[3],
                            ax = ay[4],
                            au = ay[5],
                            av = Math.cos(ax) * aG + aJ,
                            u = Math.sin(ax) * aI + aL;
                        s ? (s = !1, aF = av, E = u) : aB += ai(az, aH, av, u);
                        var aD = (aA - aJ) * aI / aG + aJ;
                        if (aM && N(aJ, aL, aI, ax, ax + au, 1 - ay[7], aE, aD, r)) {
                            return !0
                        }
                        aw && (aB += H(aJ, aL, aI, ax, ax + au, 1 - ay[7], aD, r)), az = Math.cos(ax + au) * aG + aJ, aH = Math.sin(ax + au) * aI + aL;
                        break;
                    case "z":
                        if (aM && ae(az, aH, aF, E, aE, aA, r)) {
                            return !0
                        }
                        aC = !0
                }
            }
            return aw && (aB += ai(az, aH, aF, E, aA, r)), 0 !== aB
        }

        function ao(m, u) {
            var p = m + ":" + u;
            if (ak[p]) {
                return ak[p]
            }
            Z = Z || an.getContext(), Z.save(), u && (Z.font = u), m = (m + "").split("\n");
            for (var r = 0, l = 0, s = m.length; s > l; l++) {
                r = Math.max(Z.measureText(m[l]).width, r)
            }
            return Z.restore(), ak[p] = r, ++T > Q && (T = 0, ak = {}), r
        }

        function j(a, o) {
            var l = a + ":" + o;
            if (am[l]) {
                return am[l]
            }
            Z = Z || an.getContext(), Z.save(), o && (Z.font = o), a = (a + "").split("\n");
            var m = (Z.measureText("国").width + 2) * a.length;
            return Z.restore(), am[l] = m, ++P > Q && (P = 0, am = {}), m
        }
        var Z, an = F("./util"),
            ap = F("./curve"),
            ak = {},
            am = {},
            T = 0,
            P = 0,
            Q = 5000,
            B = 2 * Math.PI,
            ag = [-1, -1, -1],
            G = [-1, -1];
        return {
            isInside: O,
            isOutside: ac,
            getTextWidth: ao,
            getTextHeight: j,
            isInsidePath: R,
            isInsidePolygon: A,
            isInsideSector: ad,
            isInsideCircle: D,
            isInsideLine: ae,
            isInsideRect: aj,
            isInsidePolyline: aa,
            isInsideCubicStroke: af,
            isInsideQuadraticStroke: Y
        }
    }), d("zrender/shape/Base", ["require", "../tool/matrix", "../tool/guid", "../tool/util", "../tool/log", "../mixin/Transformable", "../mixin/Eventful", "../tool/area", "../tool/color"], function(p) {
        function B(K, G, e, H, I, J, E) {
            I && (K.font = I), K.textAlign = J, K.textBaseline = E;
            var i = u(G, e, H, I, J, E);
            G = (G + "").split("\n");
            var F = p("../tool/area").getTextHeight("国", I);
            switch (E) {
                case "top":
                    H = i.y;
                    break;
                case "bottom":
                    H = i.y + F;
                    break;
                default:
                    H = i.y + F / 2
            }
            for (var M = 0, L = G.length; L > M; M++) {
                K.fillText(G[M], e, H), H += F
            }
        }

        function u(K, E, G, e, H, I) {
            var J = p("../tool/area"),
                F = J.getTextWidth(K, e),
                m = J.getTextHeight("国", e);
            switch (K = (K + "").split("\n"), H) {
                case "end":
                case "right":
                    E -= F;
                    break;
                case "center":
                    E -= F / 2
            }
            switch (I) {
                case "top":
                    break;
                case "bottom":
                    G -= m * K.length;
                    break;
                default:
                    G -= m * K.length / 2
            }
            return {
                x: E,
                y: G,
                width: F,
                height: m * K.length
            }
        }
        var x = window.G_vmlCanvasManager,
            j = p("../tool/matrix"),
            y = p("../tool/guid"),
            z = p("../tool/util"),
            A = p("../tool/log"),
            v = p("../mixin/Transformable"),
            q = p("../mixin/Eventful"),
            w = function(a) {
                a = a || {}, this.id = a.id || y();
                for (var i in a) {
                    this[i] = a[i]
                }
                this.style = this.style || {}, this.highlightStyle = this.highlightStyle || null, this.parent = null, this.__dirty = !0, this.__clipShapes = [], v.call(this), q.call(this)
            };
        w.prototype.invisible = !1, w.prototype.ignore = !1, w.prototype.zlevel = 0, w.prototype.draggable = !1, w.prototype.clickable = !1, w.prototype.hoverable = !0, w.prototype.z = 0, w.prototype.brush = function(a, m) {
            var l = this.beforeBrush(a, m);
            switch (a.beginPath(), this.buildPath(a, l), l.brushType) {
                case "both":
                    a.fill();
                case "stroke":
                    l.lineWidth > 0 && a.stroke();
                    break;
                default:
                    a.fill()
            }
            this.drawText(a, l, this.style), this.afterBrush(a)
        }, w.prototype.beforeBrush = function(a, m) {
            var l = this.style;
            return this.brushTypeOnly && (l.brushType = this.brushTypeOnly), m && (l = this.getHighlightStyle(l, this.highlightStyle || {}, this.brushTypeOnly)), "stroke" == this.brushTypeOnly && (l.strokeColor = l.strokeColor || l.color), a.save(), this.doClip(a), this.setContext(a, l), this.setTransform(a), l
        }, w.prototype.afterBrush = function(a) {
            a.restore()
        };
        var D = [
            ["color", "fillStyle"],
            ["strokeColor", "strokeStyle"],
            ["opacity", "globalAlpha"],
            ["lineCap", "lineCap"],
            ["lineJoin", "lineJoin"],
            ["miterLimit", "miterLimit"],
            ["lineWidth", "lineWidth"],
            ["shadowBlur", "shadowBlur"],
            ["shadowColor", "shadowColor"],
            ["shadowOffsetX", "shadowOffsetX"],
            ["shadowOffsetY", "shadowOffsetY"]
        ];
        w.prototype.setContext = function(m, H) {
            for (var s = 0, E = D.length; E > s; s++) {
                var l = D[s][0],
                    F = H[l],
                    G = D[s][1];
                "undefined" != typeof F && (m[G] = F)
            }
        };
        var C = j.create();
        return w.prototype.doClip = function(a) {
            if (this.__clipShapes && !x) {
                for (var n = 0; n < this.__clipShapes.length; n++) {
                    var l = this.__clipShapes[n];
                    if (l.needTransform) {
                        var m = l.transform;
                        j.invert(C, m), a.transform(m[0], m[1], m[2], m[3], m[4], m[5])
                    }
                    if (a.beginPath(), l.buildPath(a, l.style), a.clip(), l.needTransform) {
                        var m = C;
                        a.transform(m[0], m[1], m[2], m[3], m[4], m[5])
                    }
                }
            }
        }, w.prototype.getHighlightStyle = function(H, l, m) {
            var e = {};
            for (var E in H) {
                e[E] = H[E]
            }
            var F = p("../tool/color"),
                G = F.getHighlightColor();
            "stroke" != H.brushType ? (e.strokeColor = G, e.lineWidth = (H.lineWidth || 1) + this.getHighlightZoom(), e.brushType = "both") : "stroke" != m ? (e.strokeColor = G, e.lineWidth = (H.lineWidth || 1) + this.getHighlightZoom()) : e.strokeColor = l.strokeColor || F.mix(H.strokeColor, F.toRGB(G));
            for (var E in l) {
                "undefined" != typeof l[E] && (e[E] = l[E])
            }
            return e
        }, w.prototype.getHighlightZoom = function() {
            return "text" != this.type ? 6 : 2
        }, w.prototype.drift = function(a, i) {
            this.position[0] += a, this.position[1] += i
        }, w.prototype.buildPath = function() {
            A("buildPath not implemented in " + this.type)
        }, w.prototype.getRect = function() {
            A("getRect not implemented in " + this.type)
        }, w.prototype.isCover = function(l, a) {
            var e = this.transformCoordToLocal(l, a);
            return l = e[0], a = e[1], this.isCoverRect(l, a) ? p("../tool/area").isInside(this, this.style, l, a) : !1
        }, w.prototype.isCoverRect = function(a, m) {
            var l = this.style.__rect;
            return l || (l = this.style.__rect = this.getRect(this.style)), a >= l.x && a <= l.x + l.width && m >= l.y && m <= l.y + l.height
        }, w.prototype.drawText = function(G, J, M) {
            if ("undefined" != typeof J.text && J.text !== !1) {
                var t = J.textColor || J.color || J.strokeColor;
                G.fillStyle = t;
                var N, P, Q, K, I = 10,
                    L = J.textPosition || this.textPosition || "top";
                switch (L) {
                    case "inside":
                    case "top":
                    case "bottom":
                    case "left":
                    case "right":
                        if (this.getRect) {
                            var T = (M || J).__rect || this.getRect(M || J);
                            switch (L) {
                                case "inside":
                                    Q = T.x + T.width / 2, K = T.y + T.height / 2, N = "center", P = "middle", "stroke" != J.brushType && t == J.color && (G.fillStyle = "#fff");
                                    break;
                                case "left":
                                    Q = T.x - I, K = T.y + T.height / 2, N = "end", P = "middle";
                                    break;
                                case "right":
                                    Q = T.x + T.width + I, K = T.y + T.height / 2, N = "start", P = "middle";
                                    break;
                                case "top":
                                    Q = T.x + T.width / 2, K = T.y - I, N = "center", P = "bottom";
                                    break;
                                case "bottom":
                                    Q = T.x + T.width / 2, K = T.y + T.height + I, N = "center", P = "top"
                            }
                        }
                        break;
                    case "start":
                    case "end":
                        var S = J.pointList || [
                                [J.xStart || 0, J.yStart || 0],
                                [J.xEnd || 0, J.yEnd || 0]
                            ],
                            F = S.length;
                        if (2 > F) {
                            return
                        }
                        var O, E, R, W;
                        switch (L) {
                            case "start":
                                O = S[1][0], E = S[0][0], R = S[1][1], W = S[0][1];
                                break;
                            case "end":
                                O = S[F - 2][0], E = S[F - 1][0], R = S[F - 2][1], W = S[F - 1][1]
                        }
                        Q = E, K = W;
                        var H = Math.atan((R - W) / (E - O)) / Math.PI * 180;
                        0 > E - O ? H += 180 : 0 > R - W && (H += 360), I = 5, H >= 30 && 150 >= H ? (N = "center", P = "bottom", K -= I) : H > 150 && 210 > H ? (N = "right", P = "middle", Q -= I) : H >= 210 && 330 >= H ? (N = "center", P = "top", K += I) : (N = "left", P = "middle", Q += I);
                        break;
                    case "specific":
                        Q = J.textX || 0, K = J.textY || 0, N = "start", P = "middle"
                }
                null != Q && null != K && B(G, J.text, Q, K, J.textFont, J.textAlign || N, J.textBaseline || P)
            }
        }, w.prototype.modSelf = function() {
            this.__dirty = !0, this.style && (this.style.__rect = null), this.highlightStyle && (this.highlightStyle.__rect = null)
        }, w.prototype.isSilent = function() {
            return !(this.hoverable || this.draggable || this.clickable || this.onmousemove || this.onmouseover || this.onmouseout || this.onmousedown || this.onmouseup || this.onclick || this.ondragenter || this.ondragover || this.ondragleave || this.ondrop)
        }, z.merge(w.prototype, v.prototype, !0), z.merge(w.prototype, q.prototype, !0), w
    }), d("zrender/tool/curve", ["require", "./vector"], function(x) {
        function L(a) {
            return a > -M && M > a
        }

        function C(a) {
            return a > M || -M > a
        }

        function G(m, u, p, r, l) {
            var s = 1 - l;
            return s * s * (s * m + 3 * l * u) + l * l * (l * r + 3 * s * p)
        }

        function j(m, u, p, r, l) {
            var s = 1 - l;
            return 3 * (((u - m) * s + 2 * (p - u) * l) * s + (r - p) * l * l)
        }

        function H(T, aa, af, y, ag, ai) {
            var aj = y + 3 * (aa - af) - T,
                ac = 3 * (af - 2 * aa + T),
                Z = 3 * (aa - T),
                ae = T - ag,
                an = ac * ac - 3 * aj * Z,
                al = ac * Z - 9 * aj * ae,
                S = Z * Z - 3 * ac * ae,
                ah = 0;
            if (L(an) && L(al)) {
                if (L(ac)) {
                    ai[0] = 0
                } else {
                    var R = -Z / ac;
                    R >= 0 && 1 >= R && (ai[ah++] = R)
                }
            } else {
                var ak = al * al - 4 * an * S;
                if (L(ak)) {
                    var Q = al / an,
                        R = -ac / aj + Q,
                        Y = -Q / 2;
                    R >= 0 && 1 >= R && (ai[ah++] = R), Y >= 0 && 1 >= Y && (ai[ah++] = Y)
                } else {
                    if (ak > 0) {
                        var ab = Math.sqrt(ak),
                            aq = an * ac + 1.5 * aj * (-al + ab),
                            t = an * ac + 1.5 * aj * (-al - ab);
                        aq = 0 > aq ? -Math.pow(-aq, A) : Math.pow(aq, A), t = 0 > t ? -Math.pow(-t, A) : Math.pow(t, A);
                        var R = (-ac - (aq + t)) / (3 * aj);
                        R >= 0 && 1 >= R && (ai[ah++] = R)
                    } else {
                        var ad = (2 * an * ac - 3 * aj * al) / (2 * Math.sqrt(an * an * an)),
                            ap = Math.acos(ad) / 3,
                            ar = Math.sqrt(an),
                            am = Math.cos(ap),
                            R = (-ac - 2 * ar * am) / (3 * aj),
                            Y = (-ac + ar * (am + P * Math.sin(ap))) / (3 * aj),
                            ao = (-ac + ar * (am - P * Math.sin(ap))) / (3 * aj);
                        R >= 0 && 1 >= R && (ai[ah++] = R), Y >= 0 && 1 >= Y && (ai[ah++] = Y), ao >= 0 && 1 >= ao && (ai[ah++] = ao)
                    }
                }
            }
            return ah
        }

        function J(u, S, i, T, X) {
            var Y = 6 * i - 12 * S + 6 * u,
                Q = 9 * S + 3 * T - 3 * u - 9 * i,
                y = 3 * S - 3 * u,
                R = 0;
            if (L(Q)) {
                if (C(Y)) {
                    var aa = -y / Y;
                    aa >= 0 && 1 >= aa && (X[R++] = aa)
                }
            } else {
                var Z = Y * Y - 4 * Q * y;
                if (L(Z)) {
                    X[0] = -Y / (2 * Q)
                } else {
                    if (Z > 0) {
                        var t = Math.sqrt(Z),
                            aa = (-Y + t) / (2 * Q),
                            W = (-Y - t) / (2 * Q);
                        aa >= 0 && 1 >= aa && (X[R++] = aa), W >= 0 && 1 >= W && (X[R++] = W)
                    }
                }
            }
            return R
        }

        function K(u, Y, Q, T, p, U) {
            var W = (Y - u) * p + u,
                X = (Q - Y) * p + Y,
                R = (T - Q) * p + Q,
                y = (X - W) * p + W,
                S = (R - X) * p + X,
                Z = (S - y) * p + y;
            U[0] = u, U[1] = W, U[2] = y, U[3] = Z, U[4] = Z, U[5] = S, U[6] = R, U[7] = T
        }

        function E(R, af, X, u, ab, ad, ae, Y, T, aa, ah) {
            var ag, Q = 0.005,
                ac = 1 / 0;
            q[0] = T, q[1] = aa;
            for (var ak = 0; 1 > ak; ak += 0.05) {
                z[0] = G(R, X, ab, ae, ak), z[1] = G(af, u, ad, Y, ak);
                var S = v.distSquare(q, z);
                ac > S && (ag = ak, ac = S)
            }
            ac = 1 / 0;
            for (var aj = 0; 32 > aj && !(M > Q); aj++) {
                var n = ag - Q,
                    Z = ag + Q;
                z[0] = G(R, X, ab, ae, n), z[1] = G(af, u, ad, Y, n);
                var S = v.distSquare(z, q);
                if (n >= 0 && ac > S) {
                    ag = n, ac = S
                } else {
                    D[0] = G(R, X, ab, ae, Z), D[1] = G(af, u, ad, Y, Z);
                    var ai = v.distSquare(D, q);
                    1 >= Z && ac > ai ? (ag = Z, ac = ai) : Q *= 0.5
                }
            }
            return ah && (ah[0] = G(R, X, ab, ae, ag), ah[1] = G(af, u, ad, Y, ag)), Math.sqrt(ac)
        }

        function B(m, r, o, p) {
            var l = 1 - p;
            return l * (l * m + 2 * p * r) + p * p * o
        }

        function F(a, o, l, m) {
            return 2 * ((1 - m) * (o - a) + m * (l - o))
        }

        function O(u, S, i, T, X) {
            var Y = u - 2 * S + i,
                Q = 2 * (S - u),
                y = u - T,
                R = 0;
            if (L(Y)) {
                if (C(Q)) {
                    var aa = -y / Q;
                    aa >= 0 && 1 >= aa && (X[R++] = aa)
                }
            } else {
                var Z = Q * Q - 4 * Y * y;
                if (L(Z)) {
                    var aa = -Q / (2 * Y);
                    aa >= 0 && 1 >= aa && (X[R++] = aa)
                } else {
                    if (Z > 0) {
                        var t = Math.sqrt(Z),
                            aa = (-Q + t) / (2 * Y),
                            W = (-Q - t) / (2 * Y);
                        aa >= 0 && 1 >= aa && (X[R++] = aa), W >= 0 && 1 >= W && (X[R++] = W)
                    }
                }
            }
            return R
        }

        function N(a, o, l) {
            var m = a + l - 2 * o;
            return 0 === m ? 0.5 : (a - o) / m
        }

        function w(m, S, p, u, l) {
            var y = (S - m) * u + m,
                Q = (p - S) * u + S,
                R = (Q - y) * u + y;
            l[0] = m, l[1] = y, l[2] = R, l[3] = R, l[4] = Q, l[5] = p
        }

        function I(S, ae, W, Z, Q, aa, ac, ad, X) {
            var Y, ag = 0.005,
                af = 1 / 0;
            q[0] = ac, q[1] = ad;
            for (var R = 0; 1 > R; R += 0.05) {
                z[0] = B(S, W, Q, R), z[1] = B(ae, Z, aa, R);
                var ab = v.distSquare(q, z);
                af > ab && (Y = R, af = ab)
            }
            af = 1 / 0;
            for (var ai = 0; 32 > ai && !(M > ag); ai++) {
                var T = Y - ag,
                    ah = Y + ag;
                z[0] = B(S, W, Q, T), z[1] = B(ae, Z, aa, T);
                var ab = v.distSquare(z, q);
                if (T >= 0 && af > ab) {
                    Y = T, af = ab
                } else {
                    D[0] = B(S, W, Q, ah), D[1] = B(ae, Z, aa, ah);
                    var u = v.distSquare(D, q);
                    1 >= ah && af > u ? (Y = ah, af = u) : ag *= 0.5
                }
            }
            return X && (X[0] = B(S, W, Q, Y), X[1] = B(ae, Z, aa, Y)), Math.sqrt(af)
        }
        var v = x("./vector"),
            M = 0.0001,
            P = Math.sqrt(3),
            A = 1 / 3,
            q = v.create(),
            z = v.create(),
            D = v.create();
        return {
            cubicAt: G,
            cubicDerivativeAt: j,
            cubicRootAt: H,
            cubicExtrema: J,
            cubicSubdivide: K,
            cubicProjectPoint: E,
            quadraticAt: B,
            quadraticDerivativeAt: F,
            quadraticRootAt: O,
            quadraticExtremum: N,
            quadraticSubdivide: w,
            quadraticProjectPoint: I
        }
    }), d("zrender/mixin/Transformable", ["require", "../tool/matrix", "../tool/vector"], function(m) {
        function y(a) {
            return a > -x && x > a
        }

        function p(a) {
            return a > x || -x > a
        }
        var u = m("../tool/matrix"),
            j = m("../tool/vector"),
            v = [0, 0],
            w = u.translate,
            x = 5e-05,
            q = function() {
                this.position || (this.position = [0, 0]), "undefined" == typeof this.rotation && (this.rotation = [0, 0, 0]), this.scale || (this.scale = [1, 1, 0, 0]), this.needLocalTransform = !1, this.needTransform = !1
            };
        return q.prototype = {
            constructor: q,
            updateNeedTransform: function() {
                this.needLocalTransform = p(this.rotation[0]) || p(this.position[0]) || p(this.position[1]) || p(this.scale[0] - 1) || p(this.scale[1] - 1)
            },
            updateTransform: function() {
                this.updateNeedTransform();
                var l = this.parent && this.parent.needTransform;
                if (this.needTransform = this.needLocalTransform || l, this.needTransform) {
                    var o = this.transform || u.create();
                    if (u.identity(o), this.needLocalTransform) {
                        var i = this.scale;
                        if (p(i[0]) || p(i[1])) {
                            v[0] = -i[2] || 0, v[1] = -i[3] || 0;
                            var n = p(v[0]) || p(v[1]);
                            n && w(o, o, v), u.scale(o, o, i), n && (v[0] = -v[0], v[1] = -v[1], w(o, o, v))
                        }
                        if (this.rotation instanceof Array) {
                            if (0 !== this.rotation[0]) {
                                v[0] = -this.rotation[1] || 0, v[1] = -this.rotation[2] || 0;
                                var n = p(v[0]) || p(v[1]);
                                n && w(o, o, v), u.rotate(o, o, this.rotation[0]), n && (v[0] = -v[0], v[1] = -v[1], w(o, o, v))
                            }
                        } else {
                            0 !== this.rotation && u.rotate(o, o, this.rotation)
                        }(p(this.position[0]) || p(this.position[1])) && w(o, o, this.position)
                    }
                    l && (this.needLocalTransform ? u.mul(o, this.parent.transform, o) : u.copy(o, this.parent.transform)), this.transform = o, this.invTransform = this.invTransform || u.create(), u.invert(this.invTransform, o)
                }
            },
            setTransform: function(a) {
                if (this.needTransform) {
                    var i = this.transform;
                    a.transform(i[0], i[1], i[2], i[3], i[4], i[5])
                }
            },
            lookAt: function() {
                var a = j.create();
                return function(e) {
                    this.transform || (this.transform = u.create());
                    var l = this.transform;
                    if (j.sub(a, e, this.position), !y(a[0]) || !y(a[1])) {
                        j.normalize(a, a);
                        var n = this.scale;
                        l[2] = a[0] * n[1], l[3] = a[1] * n[1], l[0] = a[1] * n[0], l[1] = -a[0] * n[0], l[4] = this.position[0], l[5] = this.position[1], this.decomposeTransform()
                    }
                }
            }(),
            decomposeTransform: function() {
                if (this.transform) {
                    var l = this.transform,
                        B = l[0] * l[0] + l[1] * l[1],
                        s = this.position,
                        i = this.scale,
                        z = this.rotation;
                    p(B - 1) && (B = Math.sqrt(B));
                    var A = l[2] * l[2] + l[3] * l[3];
                    p(A - 1) && (A = Math.sqrt(A)), s[0] = l[4], s[1] = l[5], i[0] = B, i[1] = A, i[2] = i[3] = 0, z[0] = Math.atan2(-l[1] / A, l[0] / B), z[1] = z[2] = 0
                }
            },
            transformCoordToLocal: function(a, n) {
                var l = [a, n];
                return this.needTransform && this.invTransform && j.applyTransform(l, l, this.invTransform), l
            }
        }, q
    }), d("zrender/Group", ["require", "./tool/guid", "./tool/util", "./mixin/Transformable", "./mixin/Eventful"], function(l) {
        var r = l("./tool/guid"),
            m = l("./tool/util"),
            p = l("./mixin/Transformable"),
            j = l("./mixin/Eventful"),
            q = function(a) {
                a = a || {}, this.id = a.id || r();
                for (var n in a) {
                    this[n] = a[n]
                }
                this.type = "group", this.clipShape = null, this._children = [], this._storage = null, this.__dirty = !0, p.call(this), j.call(this)
            };
        return q.prototype.ignore = !1, q.prototype.children = function() {
            return this._children.slice()
        }, q.prototype.childAt = function(a) {
            return this._children[a]
        }, q.prototype.addChild = function(a) {
            a != this && a.parent != this && (a.parent && a.parent.removeChild(a), this._children.push(a), a.parent = this, this._storage && this._storage !== a._storage && (this._storage.addToMap(a), a instanceof q && a.addChildrenToStorage(this._storage)))
        }, q.prototype.removeChild = function(a) {
            var i = m.indexOf(this._children, a);
            i >= 0 && this._children.splice(i, 1), a.parent = null, this._storage && (this._storage.delFromMap(a.id), a instanceof q && a.delChildrenFromStorage(this._storage))
        }, q.prototype.clearChildren = function() {
            for (var a = 0; a < this._children.length; a++) {
                var i = this._children[a];
                this._storage && (this._storage.delFromMap(i.id), i instanceof q && i.delChildrenFromStorage(this._storage))
            }
            this._children.length = 0
        }, q.prototype.eachChild = function(s, w) {
            for (var u = !!w, v = 0; v < this._children.length; v++) {
                var o = this._children[v];
                u ? s.call(w, o) : s(o)
            }
        }, q.prototype.traverse = function(s, w) {
            for (var u = !!w, v = 0; v < this._children.length; v++) {
                var o = this._children[v];
                u ? s.call(w, o) : s(o), "group" === o.type && o.traverse(s, w)
            }
        }, q.prototype.addChildrenToStorage = function(a) {
            for (var o = 0; o < this._children.length; o++) {
                var n = this._children[o];
                a.addToMap(n), n instanceof q && n.addChildrenToStorage(a)
            }
        }, q.prototype.delChildrenFromStorage = function(a) {
            for (var o = 0; o < this._children.length; o++) {
                var n = this._children[o];
                a.delFromMap(n.id), n instanceof q && n.delChildrenFromStorage(a)
            }
        }, q.prototype.modSelf = function() {
            this.__dirty = !0
        }, m.merge(q.prototype, p.prototype, !0), m.merge(q.prototype, j.prototype, !0), q
    }), d("zrender/animation/Clip", ["require", "./easing"], function(a) {
        function l(i) {
            this._targetPool = i.target || {}, this._targetPool instanceof Array || (this._targetPool = [this._targetPool]), this._life = i.life || 1000, this._delay = i.delay || 0, this._startTime = (new Date).getTime() + this._delay, this._endTime = this._startTime + 1000 * this._life, this.loop = "undefined" == typeof i.loop ? !1 : i.loop, this.gap = i.gap || 0, this.easing = i.easing || "Linear", this.onframe = i.onframe, this.ondestroy = i.ondestroy, this.onrestart = i.onrestart
        }
        var j = a("./easing");
        return l.prototype = {
            step: function(m) {
                var p = (m - this._startTime) / this._life;
                if (!(0 > p)) {
                    p = Math.min(p, 1);
                    var o = "string" == typeof this.easing ? j[this.easing] : this.easing,
                        i = "function" == typeof o ? o(p) : p;
                    return this.fire("frame", i), 1 == p ? this.loop ? (this.restart(), "restart") : (this.__needsRemove = !0, "destroy") : null
                }
            },
            restart: function() {
                var i = (new Date).getTime(),
                    m = (i - this._startTime) % this._life;
                this._startTime = (new Date).getTime() - m + this.gap, this.__needsRemove = !1
            },
            fire: function(m, q) {
                for (var o = 0, p = this._targetPool.length; p > o; o++) {
                    this["on" + m] && this["on" + m](this._targetPool[o], q)
                }
            },
            constructor: l
        }, l
    }), d("zrender/animation/easing", [], function() {
        var a = {
            Linear: function(i) {
                return i
            },
            QuadraticIn: function(i) {
                return i * i
            },
            QuadraticOut: function(i) {
                return i * (2 - i)
            },
            QuadraticInOut: function(i) {
                return (i *= 2) < 1 ? 0.5 * i * i : -0.5 * (--i * (i - 2) - 1)
            },
            CubicIn: function(i) {
                return i * i * i
            },
            CubicOut: function(i) {
                return --i * i * i + 1
            },
            CubicInOut: function(i) {
                return (i *= 2) < 1 ? 0.5 * i * i * i : 0.5 * ((i -= 2) * i * i + 2)
            },
            QuarticIn: function(i) {
                return i * i * i * i
            },
            QuarticOut: function(i) {
                return 1 - --i * i * i * i
            },
            QuarticInOut: function(i) {
                return (i *= 2) < 1 ? 0.5 * i * i * i * i : -0.5 * ((i -= 2) * i * i * i - 2)
            },
            QuinticIn: function(i) {
                return i * i * i * i * i
            },
            QuinticOut: function(i) {
                return --i * i * i * i * i + 1
            },
            QuinticInOut: function(i) {
                return (i *= 2) < 1 ? 0.5 * i * i * i * i * i : 0.5 * ((i -= 2) * i * i * i * i + 2)
            },
            SinusoidalIn: function(i) {
                return 1 - Math.cos(i * Math.PI / 2)
            },
            SinusoidalOut: function(i) {
                return Math.sin(i * Math.PI / 2)
            },
            SinusoidalInOut: function(i) {
                return 0.5 * (1 - Math.cos(Math.PI * i))
            },
            ExponentialIn: function(i) {
                return 0 === i ? 0 : Math.pow(1024, i - 1)
            },
            ExponentialOut: function(i) {
                return 1 === i ? 1 : 1 - Math.pow(2, -10 * i)
            },
            ExponentialInOut: function(i) {
                return 0 === i ? 0 : 1 === i ? 1 : (i *= 2) < 1 ? 0.5 * Math.pow(1024, i - 1) : 0.5 * (-Math.pow(2, -10 * (i - 1)) + 2)
            },
            CircularIn: function(i) {
                return 1 - Math.sqrt(1 - i * i)
            },
            CircularOut: function(i) {
                return Math.sqrt(1 - --i * i)
            },
            CircularInOut: function(i) {
                return (i *= 2) < 1 ? -0.5 * (Math.sqrt(1 - i * i) - 1) : 0.5 * (Math.sqrt(1 - (i -= 2) * i) + 1)
            },
            ElasticIn: function(j) {
                var o, l = 0.1,
                    m = 0.4;
                return 0 === j ? 0 : 1 === j ? 1 : (!l || 1 > l ? (l = 1, o = m / 4) : o = m * Math.asin(1 / l) / (2 * Math.PI), -(l * Math.pow(2, 10 * (j -= 1)) * Math.sin(2 * (j - o) * Math.PI / m)))
            },
            ElasticOut: function(j) {
                var o, l = 0.1,
                    m = 0.4;
                return 0 === j ? 0 : 1 === j ? 1 : (!l || 1 > l ? (l = 1, o = m / 4) : o = m * Math.asin(1 / l) / (2 * Math.PI), l * Math.pow(2, -10 * j) * Math.sin(2 * (j - o) * Math.PI / m) + 1)
            },
            ElasticInOut: function(j) {
                var o, l = 0.1,
                    m = 0.4;
                return 0 === j ? 0 : 1 === j ? 1 : (!l || 1 > l ? (l = 1, o = m / 4) : o = m * Math.asin(1 / l) / (2 * Math.PI), (j *= 2) < 1 ? -0.5 * l * Math.pow(2, 10 * (j -= 1)) * Math.sin(2 * (j - o) * Math.PI / m) : l * Math.pow(2, -10 * (j -= 1)) * Math.sin(2 * (j - o) * Math.PI / m) * 0.5 + 1)
            },
            BackIn: function(i) {
                var j = 1.70158;
                return i * i * ((j + 1) * i - j)
            },
            BackOut: function(i) {
                var j = 1.70158;
                return --i * i * ((j + 1) * i + j) + 1
            },
            BackInOut: function(i) {
                var j = 2.5949095;
                return (i *= 2) < 1 ? 0.5 * i * i * ((j + 1) * i - j) : 0.5 * ((i -= 2) * i * ((j + 1) * i + j) + 2)
            },
            BounceIn: function(e) {
                return 1 - a.BounceOut(1 - e)
            },
            BounceOut: function(i) {
                return 1 / 2.75 > i ? 7.5625 * i * i : 2 / 2.75 > i ? 7.5625 * (i -= 1.5 / 2.75) * i + 0.75 : 2.5 / 2.75 > i ? 7.5625 * (i -= 2.25 / 2.75) * i + 0.9375 : 7.5625 * (i -= 2.625 / 2.75) * i + 0.984375
            },
            BounceInOut: function(e) {
                return 0.5 > e ? 0.5 * a.BounceIn(2 * e) : 0.5 * a.BounceOut(2 * e - 1) + 0.5
            }
        };
        return a
    }), d("echarts/chart/base", ["require", "zrender/shape/Image", "../util/shape/Icon", "../util/shape/MarkLine", "../util/shape/Symbol", "zrender/shape/Polyline", "zrender/shape/ShapeBundle", "../config", "../util/ecData", "../util/ecAnimation", "../util/ecEffect", "../util/accMath", "../component/base", "../layout/EdgeBundling", "zrender/tool/util", "zrender/tool/area"], function(w) {
        function H(a) {
            return null != a.x && null != a.y
        }

        function z(m, u, p, r, l) {
            E.call(this, m, u, p, r, l);
            var s = this;
            this.selectedMap = {}, this.lastShapeList = [], this.shapeHandler = {
                onclick: function() {
                    s.isClick = !0
                },
                ondragover: function(y) {
                    var P = y.target;
                    P.highlightStyle = P.highlightStyle || {};
                    var M = P.highlightStyle,
                        N = M.brushTyep,
                        o = M.strokeColor,
                        O = M.lineWidth;
                    M.brushType = "stroke", M.strokeColor = s.ecTheme.calculableColor || x.calculableColor, M.lineWidth = "icon" === P.type ? 30 : 10, s.zr.addHoverShape(P), setTimeout(function() {
                        M && (M.brushType = N, M.strokeColor = o, M.lineWidth = O)
                    }, 20)
                },
                ondrop: function(a) {
                    null != B.get(a.dragged, "data") && (s.isDrop = !0)
                },
                ondragend: function() {
                    s.isDragend = !0
                }
            }
        }
        var C = w("zrender/shape/Image"),
            j = w("../util/shape/Icon"),
            D = w("../util/shape/MarkLine"),
            F = w("../util/shape/Symbol"),
            G = w("zrender/shape/Polyline"),
            A = w("zrender/shape/ShapeBundle"),
            x = w("../config"),
            B = w("../util/ecData"),
            K = w("../util/ecAnimation"),
            J = w("../util/ecEffect"),
            v = w("../util/accMath"),
            E = w("../component/base"),
            q = w("../layout/EdgeBundling"),
            I = w("zrender/tool/util"),
            L = w("zrender/tool/area");
        return z.prototype = {
            setCalculable: function(a) {
                return a.dragEnableTime = this.ecTheme.DRAG_ENABLE_TIME || x.DRAG_ENABLE_TIME, a.ondragover = this.shapeHandler.ondragover, a.ondragend = this.shapeHandler.ondragend, a.ondrop = this.shapeHandler.ondrop, a
            },
            ondrop: function(M, W) {
                if (this.isDrop && M.target && !W.dragIn) {
                    var N, P = M.target,
                        m = M.dragged,
                        Q = B.get(P, "seriesIndex"),
                        S = B.get(P, "dataIndex"),
                        T = this.series,
                        O = this.component.legend;
                    if (-1 === S) {
                        if (B.get(m, "seriesIndex") == Q) {
                            return W.dragOut = W.dragIn = W.needRefresh = !0, void(this.isDrop = !1)
                        }
                        N = {
                            value: B.get(m, "value"),
                            name: B.get(m, "name")
                        }, this.type === x.CHART_TYPE_PIE && N.value < 0 && (N.value = 0);
                        for (var Z = !1, Y = T[Q].data, R = 0, y = Y.length; y > R; R++) {
                            Y[R].name === N.name && "-" === Y[R].value && (T[Q].data[R].value = N.value, Z = !0)
                        }!Z && T[Q].data.push(N), O && O.add(N.name, m.style.color || m.style.strokeColor)
                    } else {
                        N = T[Q].data[S] || "-", null != N.value ? (T[Q].data[S].value = "-" != N.value ? v.accAdd(T[Q].data[S].value, B.get(m, "value")) : B.get(m, "value"), (this.type === x.CHART_TYPE_FUNNEL || this.type === x.CHART_TYPE_PIE) && (O && 1 === O.getRelatedAmount(N.name) && this.component.legend.del(N.name), N.name += this.option.nameConnector + B.get(m, "name"), O && O.add(N.name, m.style.color || m.style.strokeColor))) : T[Q].data[S] = "-" != N ? v.accAdd(T[Q].data[S], B.get(m, "value")) : B.get(m, "value")
                    }
                    W.dragIn = W.dragIn || !0, this.isDrop = !1;
                    var X = this;
                    setTimeout(function() {
                        X.zr.trigger("mousemove", M.event)
                    }, 300)
                }
            },
            ondragend: function(m, O) {
                if (this.isDragend && m.target && !O.dragOut) {
                    var p = m.target,
                        u = B.get(p, "seriesIndex"),
                        l = B.get(p, "dataIndex"),
                        y = this.series;
                    if (null != y[u].data[l].value) {
                        y[u].data[l].value = "-";
                        var M = y[u].data[l].name,
                            N = this.component.legend;
                        N && 0 === N.getRelatedAmount(M) && N.del(M)
                    } else {
                        y[u].data[l] = "-"
                    }
                    O.dragOut = !0, O.needRefresh = !0, this.isDragend = !1
                }
            },
            onlegendSelected: function(a, o) {
                var l = a.selected;
                for (var m in this.selectedMap) {
                    this.selectedMap[m] != l[m] && (o.needRefresh = !0), this.selectedMap[m] = l[m]
                }
            },
            _buildPosition: function() {
                this._symbol = this.option.symbolList, this._sIndex2ShapeMap = {}, this._sIndex2ColorMap = {}, this.selectedMap = {}, this.xMarkMap = {};
                for (var p, Q, u, M, m = this.series, N = {
                        top: [],
                        bottom: [],
                        left: [],
                        right: [],
                        other: []
                    }, O = 0, P = m.length; P > O; O++) {
                    m[O].type === this.type && (m[O] = this.reformOption(m[O]), this.legendHoverLink = m[O].legendHoverLink || this.legendHoverLink, p = m[O].xAxisIndex, Q = m[O].yAxisIndex, u = this.component.xAxis.getAxis(p), M = this.component.yAxis.getAxis(Q), u.type === x.COMPONENT_TYPE_AXIS_CATEGORY ? N[u.getPosition()].push(O) : M.type === x.COMPONENT_TYPE_AXIS_CATEGORY ? N[M.getPosition()].push(O) : N.other.push(O))
                }
                for (var y in N) {
                    N[y].length > 0 && this._buildSinglePosition(y, N[y])
                }
                this.addShapeList()
            },
            _buildSinglePosition: function(m, M) {
                var p = this._mapData(M),
                    s = p.locationMap,
                    l = p.maxDataLength;
                if (0 !== l && 0 !== s.length) {
                    switch (m) {
                        case "bottom":
                        case "top":
                            this._buildHorizontal(M, l, s, this.xMarkMap);
                            break;
                        case "left":
                        case "right":
                            this._buildVertical(M, l, s, this.xMarkMap);
                            break;
                        case "other":
                            this._buildOther(M, l, s, this.xMarkMap)
                    }
                    for (var u = 0, y = M.length; y > u; u++) {
                        this.buildMark(M[u])
                    }
                }
            },
            _mapData: function(O) {
                for (var Z, P, S, y, T = this.series, X = 0, Y = {}, Q = "__kener__stack__", R = this.component.legend, ac = [], ab = 0, N = 0, W = O.length; W > N; N++) {
                    if (Z = T[O[N]], S = Z.name, this._sIndex2ShapeMap[O[N]] = this._sIndex2ShapeMap[O[N]] || this.query(Z, "symbol") || this._symbol[N % this._symbol.length], R) {
                        if (this.selectedMap[S] = R.isSelected(S), this._sIndex2ColorMap[O[N]] = R.getColor(S), y = R.getItemShape(S)) {
                            var M = y.style;
                            if (this.type == x.CHART_TYPE_LINE) {
                                M.iconType = "legendLineIcon", M.symbol = this._sIndex2ShapeMap[O[N]]
                            } else {
                                if (Z.itemStyle.normal.barBorderWidth > 0) {
                                    var aa = y.highlightStyle;
                                    M.brushType = "both", M.x += 1, M.y += 1, M.width -= 2, M.height -= 2, M.strokeColor = aa.strokeColor = Z.itemStyle.normal.barBorderColor, aa.lineWidth = 3
                                }
                            }
                            R.setItemShape(S, y)
                        }
                    } else {
                        this.selectedMap[S] = !0, this._sIndex2ColorMap[O[N]] = this.zr.getColor(O[N])
                    }
                    this.selectedMap[S] && (P = Z.stack || Q + O[N], null == Y[P] ? (Y[P] = X, ac[X] = [O[N]], X++) : ac[Y[P]].push(O[N])), ab = Math.max(ab, Z.data.length)
                }
                return {
                    locationMap: ac,
                    maxDataLength: ab
                }
            },
            _calculMarkMapXY: function(y, W, N) {
                for (var Q = this.series, p = 0, R = W.length; R > p; p++) {
                    for (var S = 0, T = W[p].length; T > S; S++) {
                        var O = W[p][S],
                            M = "xy" == N ? 0 : "",
                            P = this.component.grid,
                            Y = y[O];
                        if ("-1" != N.indexOf("x")) {
                            Y["counter" + M] > 0 && (Y["average" + M] = Y["sum" + M] / Y["counter" + M]);
                            var X = this.component.xAxis.getAxis(Q[O].xAxisIndex || 0).getCoord(Y["average" + M]);
                            Y["averageLine" + M] = [
                                [X, P.getYend()],
                                [X, P.getY()]
                            ], Y["minLine" + M] = [
                                [Y["minX" + M], P.getYend()],
                                [Y["minX" + M], P.getY()]
                            ], Y["maxLine" + M] = [
                                [Y["maxX" + M], P.getYend()],
                                [Y["maxX" + M], P.getY()]
                            ], Y.isHorizontal = !1
                        }
                        if (M = "xy" == N ? 1 : "", "-1" != N.indexOf("y")) {
                            Y["counter" + M] > 0 && (Y["average" + M] = Y["sum" + M] / Y["counter" + M]);
                            var u = this.component.yAxis.getAxis(Q[O].yAxisIndex || 0).getCoord(Y["average" + M]);
                            Y["averageLine" + M] = [
                                [P.getX(), u],
                                [P.getXend(), u]
                            ], Y["minLine" + M] = [
                                [P.getX(), Y["minY" + M]],
                                [P.getXend(), Y["minY" + M]]
                            ], Y["maxLine" + M] = [
                                [P.getX(), Y["maxY" + M]],
                                [P.getXend(), Y["maxY" + M]]
                            ], Y.isHorizontal = !0
                        }
                    }
                }
            },
            addLabel: function(u, T, M, P, p) {
                var Q = [M, T],
                    R = this.deepMerge(Q, "itemStyle.normal.label"),
                    S = this.deepMerge(Q, "itemStyle.emphasis.label"),
                    N = R.textStyle || {},
                    y = S.textStyle || {};
                if (R.show) {
                    var O = u.style;
                    O.text = this._getLabelText(T, M, P, "normal"), O.textPosition = null == R.position ? "horizontal" === p ? "right" : "top" : R.position, O.textColor = N.color, O.textFont = this.getFont(N), O.textAlign = N.align, O.textBaseline = N.baseline
                }
                if (S.show) {
                    var U = u.highlightStyle;
                    U.text = this._getLabelText(T, M, P, "emphasis"), U.textPosition = R.show ? u.style.textPosition : null == S.position ? "horizontal" === p ? "right" : "top" : S.position, U.textColor = y.color, U.textFont = this.getFont(y), U.textAlign = y.align, U.textBaseline = y.baseline
                }
                return u
            },
            _getLabelText: function(m, u, p, r) {
                var l = this.deepQuery([u, m], "itemStyle." + r + ".label.formatter");
                l || "emphasis" !== r || (l = this.deepQuery([u, m], "itemStyle.normal.label.formatter"));
                var s = this.getDataFromOption(u, "-");
                return l ? "function" == typeof l ? l.call(this.myChart, {
                    seriesName: m.name,
                    series: m,
                    name: p,
                    value: s,
                    data: u,
                    status: r
                }) : "string" == typeof l ? l = l.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}").replace("{a0}", m.name).replace("{b0}", p).replace("{c0}", this.numAddCommas(s)) : void 0 : s instanceof Array ? null != s[2] ? this.numAddCommas(s[2]) : s[0] + " , " + s[1] : this.numAddCommas(s)
            },
            buildMark: function(a) {
                var i = this.series[a];
                this.selectedMap[i.name] && (i.markLine && this._buildMarkLine(a), i.markPoint && this._buildMarkPoint(a))
            },
            _buildMarkPoint: function(u) {
                for (var S, y, O = (this.markAttachStyle || {})[u], p = this.series[u], P = I.clone(p.markPoint), Q = 0, R = P.data.length; R > Q; Q++) {
                    S = P.data[Q], y = this.getMarkCoord(u, S), S.x = null != S.x ? S.x : y[0], S.y = null != S.y ? S.y : y[1], !S.type || "max" !== S.type && "min" !== S.type || (S.value = y[3], S.name = S.name || S.type, S.symbolSize = S.symbolSize || L.getTextWidth(y[3], this.getFont()) / 2 + 5)
                }
                for (var M = this._markPoint(u, P), Q = 0, R = M.length; R > Q; Q++) {
                    var N = M[Q];
                    N.zlevel = p.zlevel, N.z = p.z + 1;
                    for (var T in O) {
                        N[T] = I.clone(O[T])
                    }
                    this.shapeList.push(N)
                }
                if (this.type === x.CHART_TYPE_FORCE || this.type === x.CHART_TYPE_CHORD) {
                    for (var Q = 0, R = M.length; R > Q; Q++) {
                        this.zr.addShape(M[Q])
                    }
                }
            },
            _buildMarkLine: function(N) {
                for (var X, O = (this.markAttachStyle || {})[N], Q = this.series[N], l = I.clone(Q.markLine), R = 0, T = l.data.length; T > R; R++) {
                    var W = l.data[R];
                    !W.type || "max" !== W.type && "min" !== W.type && "average" !== W.type ? X = [this.getMarkCoord(N, W[0]), this.getMarkCoord(N, W[1])] : (X = this.getMarkCoord(N, W), l.data[R] = [I.clone(W), {}], l.data[R][0].name = W.name || W.type, l.data[R][0].value = "average" !== W.type ? X[3] : +X[3].toFixed(null != l.precision ? l.precision : this.deepQuery([this.ecTheme, x], "markLine.precision")), X = X[2], W = [{}, {}]), null != X && null != X[0] && null != X[1] && (l.data[R][0].x = null != W[0].x ? W[0].x : X[0][0], l.data[R][0].y = null != W[0].y ? W[0].y : X[0][1], l.data[R][1].x = null != W[1].x ? W[1].x : X[1][0], l.data[R][1].y = null != W[1].y ? W[1].y : X[1][1])
                }
                var P = this._markLine(N, l),
                    Z = l.large;
                if (Z) {
                    var Y = new A({
                            style: {
                                shapeList: P
                            }
                        }),
                        M = P[0];
                    if (M) {
                        I.merge(Y.style, M.style), I.merge(Y.highlightStyle = {}, M.highlightStyle), Y.style.brushType = "stroke", Y.zlevel = Q.zlevel, Y.z = Q.z + 1, Y.hoverable = !1;
                        for (var S in O) {
                            Y[S] = I.clone(O[S])
                        }
                    }
                    this.shapeList.push(Y), this.zr.addShape(Y), Y._mark = "largeLine";
                    var u = l.effect;
                    u.show && (Y.effect = u)
                } else {
                    for (var R = 0, T = P.length; T > R; R++) {
                        var aa = P[R];
                        aa.zlevel = Q.zlevel, aa.z = Q.z + 1;
                        for (var S in O) {
                            aa[S] = I.clone(O[S])
                        }
                        this.shapeList.push(aa)
                    }
                    if (this.type === x.CHART_TYPE_FORCE || this.type === x.CHART_TYPE_CHORD) {
                        for (var R = 0, T = P.length; T > R; R++) {
                            this.zr.addShape(P[R])
                        }
                    }
                }
            },
            _markPoint: function(O, ab) {
                var R = this.series[O],
                    W = this.component;
                I.merge(I.merge(ab, I.clone(this.ecTheme.markPoint || {})), I.clone(x.markPoint)), ab.name = R.name;
                var m, X, Z, aa, T, ad, ac, N = [],
                    Y = ab.data,
                    M = W.dataRange,
                    ae = W.legend,
                    Q = this.zr.getWidth(),
                    u = this.zr.getHeight();
                if (ab.large) {
                    m = this.getLargeMarkPointShape(O, ab), m._mark = "largePoint", m && N.push(m)
                } else {
                    for (var P = 0, S = Y.length; S > P; P++) {
                        null != Y[P].x && null != Y[P].y && (Z = null != Y[P].value ? Y[P].value : "", ae && (X = ae.getColor(R.name)), M && (X = isNaN(Z) ? X : M.getColor(Z), aa = [Y[P], ab], T = this.deepQuery(aa, "itemStyle.normal.color") || X, ad = this.deepQuery(aa, "itemStyle.emphasis.color") || T, null == T && null == ad) || (X = null == X ? this.zr.getColor(O) : X, Y[P].tooltip = Y[P].tooltip || ab.tooltip || {
                            trigger: "item"
                        }, Y[P].name = null != Y[P].name ? Y[P].name : "", Y[P].value = Z, m = this.getSymbolShape(ab, O, Y[P], P, Y[P].name, this.parsePercent(Y[P].x, Q), this.parsePercent(Y[P].y, u), "pin", X, "rgba(0,0,0,0)", "horizontal"), m._mark = "point", ac = this.deepMerge([Y[P], ab], "effect"), ac.show && (m.effect = ac), R.type === x.CHART_TYPE_MAP && (m._geo = this.getMarkGeo(Y[P])), B.pack(m, R, O, Y[P], P, Y[P].name, Z), N.push(m)))
                    }
                }
                return N
            },
            _markLine: function() {
                function a(i, l) {
                    i[l] = i[l] instanceof Array ? i[l].length > 1 ? i[l] : [i[l][0], i[l][0]] : [i[l], i[l]]
                }
                return function(P, aa) {
                    var m = this.series[P],
                        ab = this.component,
                        ad = ab.dataRange,
                        ae = ab.legend;
                    I.merge(I.merge(aa, I.clone(this.ecTheme.markLine || {})), I.clone(x.markLine));
                    var Y = ae ? ae.getColor(m.name) : this.zr.getColor(P);
                    a(aa, "symbol"), a(aa, "symbolSize"), a(aa, "symbolRotate");
                    for (var ah = aa.data, af = [], M = this.zr.getWidth(), ac = this.zr.getHeight(), am = 0; am < ah.length; am++) {
                        var O = ah[am];
                        if (H(O[0]) && H(O[1])) {
                            var t = this.deepMerge(O),
                                N = [t, aa],
                                S = Y,
                                ak = null != t.value ? t.value : "";
                            if (ad) {
                                S = isNaN(ak) ? S : ad.getColor(ak);
                                var e = this.deepQuery(N, "itemStyle.normal.color") || S,
                                    Z = this.deepQuery(N, "itemStyle.emphasis.color") || e;
                                if (null == e && null == Z) {
                                    continue
                                }
                            }
                            O[0].tooltip = t.tooltip || aa.tooltip || {
                                trigger: "item"
                            }, O[0].name = O[0].name || "", O[1].name = O[1].name || "", O[0].value = ak, af.push({
                                points: [
                                    [this.parsePercent(O[0].x, M), this.parsePercent(O[0].y, ac)],
                                    [this.parsePercent(O[1].x, M), this.parsePercent(O[1].y, ac)]
                                ],
                                rawData: O,
                                color: S
                            })
                        }
                    }
                    var aj = this.query(aa, "bundling.enable");
                    if (aj) {
                        var al = new q;
                        al.maxTurningAngle = this.query(aa, "bundling.maxTurningAngle") / 180 * Math.PI, af = al.run(af)
                    }
                    aa.name = m.name;
                    for (var ag = [], am = 0, ai = af.length; ai > am; am++) {
                        var T = af[am],
                            Q = T.rawEdge || T,
                            O = Q.rawData,
                            ak = null != O.value ? O.value : "",
                            R = this.getMarkLineShape(aa, P, O, am, T.points, aj, Q.color);
                        R._mark = "line";
                        var u = this.deepMerge([O[0], O[1], aa], "effect");
                        u.show && (R.effect = u, R.effect.large = aa.large), m.type === x.CHART_TYPE_MAP && (R._geo = [this.getMarkGeo(O[0]), this.getMarkGeo(O[1])]), B.pack(R, m, P, O[0], am, O[0].name + ("" !== O[1].name ? " > " + O[1].name : ""), ak), ag.push(R)
                    }
                    return ag
                }
            }(),
            getMarkCoord: function() {
                return [0, 0]
            },
            getSymbolShape: function(N, ad, R, Z, ab, ac, T, Q, ag, af, M) {
                var aa = [R, N],
                    n = this.getDataFromOption(R, "-");
                Q = this.deepQuery(aa, "symbol") || Q;
                var ae = this.deepQuery(aa, "symbolSize");
                ae = "function" == typeof ae ? ae(n) : ae, "number" == typeof ae && (ae = [ae, ae]);
                var ak = this.deepQuery(aa, "symbolRotate"),
                    P = this.deepMerge(aa, "itemStyle.normal"),
                    m = this.deepMerge(aa, "itemStyle.emphasis"),
                    O = null != P.borderWidth ? P.borderWidth : P.lineStyle && P.lineStyle.width;
                null == O && (O = Q.match("empty") ? 2 : 0);
                var S = null != m.borderWidth ? m.borderWidth : m.lineStyle && m.lineStyle.width;
                null == S && (S = O + 2);
                var ai = this.getItemStyleColor(P.color, ad, Z, R),
                    a = this.getItemStyleColor(m.color, ad, Z, R),
                    Y = ae[0],
                    ah = ae[1],
                    aj = new j({
                        style: {
                            iconType: Q.replace("empty", "").toLowerCase(),
                            x: ac - Y,
                            y: T - ah,
                            width: 2 * Y,
                            height: 2 * ah,
                            brushType: "both",
                            color: Q.match("empty") ? af : ai || ag,
                            strokeColor: P.borderColor || ai || ag,
                            lineWidth: O
                        },
                        highlightStyle: {
                            color: Q.match("empty") ? af : a || ai || ag,
                            strokeColor: m.borderColor || P.borderColor || a || ai || ag,
                            lineWidth: S
                        },
                        clickable: this.deepQuery(aa, "clickable")
                    });
                return Q.match("image") && (aj.style.image = Q.replace(new RegExp("^image:\\/\\/"), ""), aj = new C({
                    style: aj.style,
                    highlightStyle: aj.highlightStyle,
                    clickable: this.deepQuery(aa, "clickable")
                })), null != ak && (aj.rotation = [ak * Math.PI / 180, ac, T]), Q.match("star") && (aj.style.iconType = "star", aj.style.n = Q.replace("empty", "").replace("star", "") - 0 || 5), "none" === Q && (aj.invisible = !0, aj.hoverable = !1), aj = this.addLabel(aj, N, R, ab, M), Q.match("empty") && (null == aj.style.textColor && (aj.style.textColor = aj.style.strokeColor), null == aj.highlightStyle.textColor && (aj.highlightStyle.textColor = aj.highlightStyle.strokeColor)), B.pack(aj, N, ad, R, Z, ab), aj._x = ac, aj._y = T, aj._dataIndex = Z, aj._seriesIndex = ad, aj
            },
            getMarkLineShape: function(P, ad, T, aa, s, ac, X) {
                var S = null != T[0].value ? T[0].value : "-",
                    Z = null != T[1].value ? T[1].value : "-",
                    ag = [T[0].symbol || P.symbol[0], T[1].symbol || P.symbol[1]],
                    af = [T[0].symbolSize || P.symbolSize[0], T[1].symbolSize || P.symbolSize[1]];
                af[0] = "function" == typeof af[0] ? af[0](S) : af[0], af[1] = "function" == typeof af[1] ? af[1](Z) : af[1];
                var O = [this.query(T[0], "symbolRotate") || P.symbolRotate[0], this.query(T[1], "symbolRotate") || P.symbolRotate[1]],
                    ab = [T[0], T[1], P],
                    N = this.deepMerge(ab, "itemStyle.normal");
                N.color = this.getItemStyleColor(N.color, ad, aa, T);
                var ae = this.deepMerge(ab, "itemStyle.emphasis");
                ae.color = this.getItemStyleColor(ae.color, ad, aa, T);
                var ai = N.lineStyle,
                    R = ae.lineStyle,
                    M = ai.width;
                null == M && (M = N.borderWidth);
                var Q = R.width;
                null == Q && (Q = null != ae.borderWidth ? ae.borderWidth : M + 2);
                var W = this.deepQuery(ab, "smoothness");
                this.deepQuery(ab, "smooth") || (W = 0);
                var ah = ac ? G : D,
                    o = new ah({
                        style: {
                            symbol: ag,
                            symbolSize: af,
                            symbolRotate: O,
                            brushType: "both",
                            lineType: ai.type,
                            shadowColor: ai.shadowColor || ai.color || N.borderColor || N.color || X,
                            shadowBlur: ai.shadowBlur,
                            shadowOffsetX: ai.shadowOffsetX,
                            shadowOffsetY: ai.shadowOffsetY,
                            color: N.color || X,
                            strokeColor: ai.color || N.borderColor || N.color || X,
                            lineWidth: M,
                            symbolBorderColor: N.borderColor || N.color || X,
                            symbolBorder: N.borderWidth
                        },
                        highlightStyle: {
                            shadowColor: R.shadowColor,
                            shadowBlur: R.shadowBlur,
                            shadowOffsetX: R.shadowOffsetX,
                            shadowOffsetY: R.shadowOffsetY,
                            color: ae.color || N.color || X,
                            strokeColor: R.color || ai.color || ae.borderColor || N.borderColor || ae.color || N.color || X,
                            lineWidth: Q,
                            symbolBorderColor: ae.borderColor || N.borderColor || ae.color || N.color || X,
                            symbolBorder: null == ae.borderWidth ? N.borderWidth + 2 : ae.borderWidth
                        },
                        clickable: this.deepQuery(ab, "clickable")
                    }),
                    Y = o.style;
                return ac ? (Y.pointList = s, Y.smooth = W) : (Y.xStart = s[0][0], Y.yStart = s[0][1], Y.xEnd = s[1][0], Y.yEnd = s[1][1], Y.curveness = W, o.updatePoints(o.style)), o = this.addLabel(o, P, T[0], T[0].name + " : " + T[1].name)
            },
            getLargeMarkPointShape: function(N, Y) {
                var P, S, r, T, X, Q, O = this.series[N],
                    R = this.component,
                    ab = Y.data,
                    aa = R.dataRange,
                    M = R.legend,
                    W = [ab[0], Y];
                if (M && (S = M.getColor(O.name)), !aa || (r = null != ab[0].value ? ab[0].value : "", S = isNaN(r) ? S : aa.getColor(r), T = this.deepQuery(W, "itemStyle.normal.color") || S, X = this.deepQuery(W, "itemStyle.emphasis.color") || T, null != T || null != X)) {
                    S = this.deepMerge(W, "itemStyle.normal").color || S;
                    var y = this.deepQuery(W, "symbol") || "circle";
                    y = y.replace("empty", "").replace(/\d/g, ""), Q = this.deepMerge([ab[0], Y], "effect");
                    var Z = window.devicePixelRatio || 1;
                    return P = new F({
                        style: {
                            pointList: ab,
                            color: S,
                            strokeColor: S,
                            shadowColor: Q.shadowColor || S,
                            shadowBlur: (null != Q.shadowBlur ? Q.shadowBlur : 8) * Z,
                            size: this.deepQuery(W, "symbolSize"),
                            iconType: y,
                            brushType: "fill",
                            lineWidth: 1
                        },
                        draggable: !1,
                        hoverable: !1
                    }), Q.show && (P.effect = Q), P
                }
            },
            backupShapeList: function() {
                this.shapeList && this.shapeList.length > 0 ? (this.lastShapeList = this.shapeList, this.shapeList = []) : this.lastShapeList = []
            },
            addShapeList: function() {
                var u, S, y = this.option.animationThreshold / (this.canvasSupported ? 2 : 4),
                    O = this.lastShapeList,
                    p = this.shapeList,
                    P = O.length > 0,
                    Q = P ? this.query(this.option, "animationDurationUpdate") : this.query(this.option, "animationDuration"),
                    R = this.query(this.option, "animationEasing"),
                    M = {},
                    N = {};
                if (this.option.animation && !this.option.renderAsImage && p.length < y && !this.motionlessOnce) {
                    for (var W = 0, T = O.length; T > W; W++) {
                        S = this._getAnimationKey(O[W]), S.match("undefined") ? this.zr.delShape(O[W].id) : (S += O[W].type, M[S] ? this.zr.delShape(O[W].id) : M[S] = O[W])
                    }
                    for (var W = 0, T = p.length; T > W; W++) {
                        S = this._getAnimationKey(p[W]), S.match("undefined") ? this.zr.addShape(p[W]) : (S += p[W].type, N[S] = p[W])
                    }
                    for (S in M) {
                        N[S] || this.zr.delShape(M[S].id)
                    }
                    for (S in N) {
                        M[S] ? (this.zr.delShape(M[S].id), this._animateMod(M[S], N[S], Q, R, 0, P)) : (u = this.type != x.CHART_TYPE_LINE && this.type != x.CHART_TYPE_RADAR || 0 === S.indexOf("icon") ? 0 : Q / 2, this._animateMod(!1, N[S], Q, R, u, P))
                    }
                    this.zr.refresh(), this.animationEffect()
                } else {
                    this.motionlessOnce = !1, this.zr.delShape(O);
                    for (var W = 0, T = p.length; T > W; W++) {
                        this.zr.addShape(p[W])
                    }
                }
            },
            _getAnimationKey: function(a) {
                return this.type != x.CHART_TYPE_MAP && this.type != x.CHART_TYPE_TREEMAP && this.type != x.CHART_TYPE_VENN && this.type != x.CHART_TYPE_TREE ? B.get(a, "seriesIndex") + "_" + B.get(a, "dataIndex") + (a._mark ? a._mark : "") + (this.type === x.CHART_TYPE_RADAR ? B.get(a, "special") : "") : B.get(a, "seriesIndex") + "_" + B.get(a, "dataIndex") + (a._mark ? a._mark : "undefined")
            },
            _animateMod: function(m, u, p, r, l, s) {
                switch (u.type) {
                    case "polyline":
                    case "half-smooth-polygon":
                        K.pointList(this.zr, m, u, p, r);
                        break;
                    case "rectangle":
                        K.rectangle(this.zr, m, u, p, r);
                        break;
                    case "image":
                    case "icon":
                        K.icon(this.zr, m, u, p, r, l);
                        break;
                    case "candle":
                        s ? this.zr.addShape(u) : K.candle(this.zr, m, u, p, r);
                        break;
                    case "ring":
                    case "sector":
                    case "circle":
                        s ? "sector" === u.type ? K.sector(this.zr, m, u, p, r) : this.zr.addShape(u) : K.ring(this.zr, m, u, p + (B.get(u, "dataIndex") || 0) % 20 * 100, r);
                        break;
                    case "text":
                        K.text(this.zr, m, u, p, r);
                        break;
                    case "polygon":
                        s ? K.pointList(this.zr, m, u, p, r) : K.polygon(this.zr, m, u, p, r);
                        break;
                    case "ribbon":
                        K.ribbon(this.zr, m, u, p, r);
                        break;
                    case "gauge-pointer":
                        K.gaugePointer(this.zr, m, u, p, r);
                        break;
                    case "mark-line":
                        K.markline(this.zr, m, u, p, r);
                        break;
                    case "bezier-curve":
                    case "line":
                        K.line(this.zr, m, u, p, r);
                        break;
                    default:
                        this.zr.addShape(u)
                }
            },
            animationMark: function(m, r, o) {
                for (var o = o || this.shapeList, p = 0, l = o.length; l > p; p++) {
                    o[p]._mark && this._animateMod(!1, o[p], m, r, 0, !0)
                }
                this.animationEffect(o)
            },
            animationEffect: function(m) {
                if (!m && this.clearEffectShape(), m = m || this.shapeList, null != m) {
                    var r = x.EFFECT_ZLEVEL;
                    this.canvasSupported && this.zr.modLayer(r, {
                        motionBlur: !0,
                        lastFrameAlpha: this.option.effectBlendAlpha || x.effectBlendAlpha
                    });
                    for (var o, p = 0, l = m.length; l > p; p++) {
                        o = m[p], o._mark && o.effect && o.effect.show && J[o._mark] && (J[o._mark](this.zr, this.effectList, o, r), this.effectList[this.effectList.length - 1]._mark = o._mark)
                    }
                }
            },
            clearEffectShape: function(a) {
                var m = this.effectList;
                if (this.zr && m && m.length > 0) {
                    a && this.zr.modLayer(x.EFFECT_ZLEVEL, {
                        motionBlur: !1
                    }), this.zr.delShape(m);
                    for (var l = 0; l < m.length; l++) {
                        m[l].effectAnimator && m[l].effectAnimator.stop()
                    }
                }
                this.effectList = []
            },
            addMark: function(p, R, y) {
                var N = this.series[p];
                if (this.selectedMap[N.name]) {
                    var m = this.query(this.option, "animationDurationUpdate"),
                        O = this.query(this.option, "animationEasing"),
                        P = N[y].data,
                        Q = this.shapeList.length;
                    if (N[y].data = R.data, this["_build" + y.replace("m", "M")](p), this.option.animation && !this.option.renderAsImage) {
                        this.animationMark(m, O, this.shapeList.slice(Q))
                    } else {
                        for (var M = Q, u = this.shapeList.length; u > M; M++) {
                            this.zr.addShape(this.shapeList[M])
                        }
                        this.zr.refreshNextFrame()
                    }
                    N[y].data = P
                }
            },
            delMark: function(p, Q, u) {
                u = u.replace("mark", "").replace("large", "").toLowerCase();
                var M = this.series[p];
                if (this.selectedMap[M.name]) {
                    for (var m = !1, N = [this.shapeList, this.effectList], O = 2; O--;) {
                        for (var P = 0, y = N[O].length; y > P; P++) {
                            if (N[O][P]._mark == u && B.get(N[O][P], "seriesIndex") == p && B.get(N[O][P], "name") == Q) {
                                this.zr.delShape(N[O][P].id), N[O].splice(P, 1), m = !0;
                                break
                            }
                        }
                    }
                    m && this.zr.refreshNextFrame()
                }
            }
        }, I.inherits(z, E), z
    }), d("zrender/shape/Circle", ["require", "./Base", "../tool/util"], function(a) {
        var l = a("./Base"),
            j = function(i) {
                l.call(this, i)
            };
        return j.prototype = {
            type: "circle",
            buildPath: function(i, m) {
                i.moveTo(m.x + m.r, m.y), i.arc(m.x, m.y, m.r, 0, 2 * Math.PI, !0)
            },
            getRect: function(i) {
                if (i.__rect) {
                    return i.__rect
                }
                var m;
                return m = "stroke" == i.brushType || "fill" == i.brushType ? i.lineWidth || 1 : 0, i.__rect = {
                    x: Math.round(i.x - i.r - m / 2),
                    y: Math.round(i.y - i.r - m / 2),
                    width: 2 * i.r + m,
                    height: 2 * i.r + m
                }, i.__rect
            }
        }, a("../tool/util").inherits(j, l), j
    }), d("echarts/util/accMath", [], function() {
        function a(q, v) {
            var r = q.toString(),
                s = v.toString(),
                p = 0;
            try {
                p = s.split(".")[1].length
            } catch (u) {}
            try {
                p -= r.split(".")[1].length
            } catch (u) {}
            return (r.replace(".", "") - 0) / (s.replace(".", "") - 0) * Math.pow(10, p)
        }

        function m(q, v) {
            var r = q.toString(),
                s = v.toString(),
                p = 0;
            try {
                p += r.split(".")[1].length
            } catch (u) {}
            try {
                p += s.split(".")[1].length
            } catch (u) {}
            return (r.replace(".", "") - 0) * (s.replace(".", "") - 0) / Math.pow(10, p)
        }

        function j(q, v) {
            var r = 0,
                s = 0;
            try {
                r = q.toString().split(".")[1].length
            } catch (p) {}
            try {
                s = v.toString().split(".")[1].length
            } catch (p) {}
            var u = Math.pow(10, Math.max(r, s));
            return (Math.round(q * u) + Math.round(v * u)) / u
        }

        function l(i, n) {
            return j(i, -n)
        }
        return {
            accDiv: a,
            accMul: m,
            accAdd: j,
            accSub: l
        }
    }), d("echarts/util/shape/Icon", ["require", "zrender/tool/util", "zrender/shape/Star", "zrender/shape/Heart", "zrender/shape/Droplet", "zrender/shape/Image", "zrender/shape/Base"], function(C) {
        function Z(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width / 16,
                s = u.height / 16;
            m.moveTo(p, r + u.height), m.lineTo(p + 5 * l, r + 14 * s), m.lineTo(p + u.width, r + 3 * s), m.lineTo(p + 13 * l, r), m.lineTo(p + 2 * l, r + 11 * s), m.lineTo(p, r + u.height), m.moveTo(p + 6 * l, r + 10 * s), m.lineTo(p + 14 * l, r + 2 * s), m.moveTo(p + 10 * l, r + 13 * s), m.lineTo(p + u.width, r + 13 * s), m.moveTo(p + 13 * l, r + 10 * s), m.lineTo(p + 13 * l, r + u.height)
        }

        function G(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width / 16,
                s = u.height / 16;
            m.moveTo(p, r + u.height), m.lineTo(p + 5 * l, r + 14 * s), m.lineTo(p + u.width, r + 3 * s), m.lineTo(p + 13 * l, r), m.lineTo(p + 2 * l, r + 11 * s), m.lineTo(p, r + u.height), m.moveTo(p + 6 * l, r + 10 * s), m.lineTo(p + 14 * l, r + 2 * s), m.moveTo(p + 10 * l, r + 13 * s), m.lineTo(p + u.width, r + 13 * s)
        }

        function Q(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width / 16,
                s = u.height / 16;
            m.moveTo(p + 4 * l, r + 15 * s), m.lineTo(p + 9 * l, r + 13 * s), m.lineTo(p + 14 * l, r + 8 * s), m.lineTo(p + 11 * l, r + 5 * s), m.lineTo(p + 6 * l, r + 10 * s), m.lineTo(p + 4 * l, r + 15 * s), m.moveTo(p + 5 * l, r), m.lineTo(p + 11 * l, r), m.moveTo(p + 5 * l, r + s), m.lineTo(p + 11 * l, r + s), m.moveTo(p, r + 2 * s), m.lineTo(p + u.width, r + 2 * s), m.moveTo(p, r + 5 * s), m.lineTo(p + 3 * l, r + u.height), m.lineTo(p + 13 * l, r + u.height), m.lineTo(p + u.width, r + 5 * s)
        }

        function q(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width / 16,
                s = u.height / 16;
            m.moveTo(p, r + 3 * s), m.lineTo(p + 6 * l, r + 3 * s), m.moveTo(p + 3 * l, r), m.lineTo(p + 3 * l, r + 6 * s), m.moveTo(p + 3 * l, r + 8 * s), m.lineTo(p + 3 * l, r + u.height), m.lineTo(p + u.width, r + u.height), m.lineTo(p + u.width, r + 3 * s), m.lineTo(p + 8 * l, r + 3 * s)
        }

        function R(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width / 16,
                s = u.height / 16;
            m.moveTo(p + 6 * l, r), m.lineTo(p + 2 * l, r + 3 * s), m.lineTo(p + 6 * l, r + 6 * s), m.moveTo(p + 2 * l, r + 3 * s), m.lineTo(p + 14 * l, r + 3 * s), m.lineTo(p + 14 * l, r + 11 * s), m.moveTo(p + 2 * l, r + 5 * s), m.lineTo(p + 2 * l, r + 13 * s), m.lineTo(p + 14 * l, r + 13 * s), m.moveTo(p + 10 * l, r + 10 * s), m.lineTo(p + 14 * l, r + 13 * s), m.lineTo(p + 10 * l, r + u.height)
        }

        function T(m, w) {
            var p = w.x,
                s = w.y,
                l = w.width / 16,
                u = w.height / 16,
                v = w.width / 2;
            m.lineWidth = 1.5, m.arc(p + v, s + v, v - l, 0, 2 * Math.PI / 3), m.moveTo(p + 3 * l, s + w.height), m.lineTo(p + 0 * l, s + 12 * u), m.lineTo(p + 5 * l, s + 11 * u), m.moveTo(p, s + 8 * u), m.arc(p + v, s + v, v - l, Math.PI, 5 * Math.PI / 3), m.moveTo(p + 13 * l, s), m.lineTo(p + w.width, s + 4 * u), m.lineTo(p + 11 * l, s + 5 * u)
        }

        function Y(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width / 16,
                s = u.height / 16;
            m.moveTo(p, r), m.lineTo(p, r + u.height), m.lineTo(p + u.width, r + u.height), m.moveTo(p + 2 * l, r + 14 * s), m.lineTo(p + 7 * l, r + 6 * s), m.lineTo(p + 11 * l, r + 11 * s), m.lineTo(p + 15 * l, r + 2 * s)
        }

        function N(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width / 16,
                s = u.height / 16;
            m.moveTo(p, r), m.lineTo(p, r + u.height), m.lineTo(p + u.width, r + u.height), m.moveTo(p + 3 * l, r + 14 * s), m.lineTo(p + 3 * l, r + 6 * s), m.lineTo(p + 4 * l, r + 6 * s), m.lineTo(p + 4 * l, r + 14 * s), m.moveTo(p + 7 * l, r + 14 * s), m.lineTo(p + 7 * l, r + 2 * s), m.lineTo(p + 8 * l, r + 2 * s), m.lineTo(p + 8 * l, r + 14 * s), m.moveTo(p + 11 * l, r + 14 * s), m.lineTo(p + 11 * l, r + 9 * s), m.lineTo(p + 12 * l, r + 9 * s), m.lineTo(p + 12 * l, r + 14 * s)
        }

        function F(m, w) {
            var p = w.x,
                s = w.y,
                l = w.width - 2,
                u = w.height - 2,
                v = Math.min(l, u) / 2;
            s += 2, m.moveTo(p + v + 3, s + v - 3), m.arc(p + v + 3, s + v - 3, v - 1, 0, -Math.PI / 2, !0), m.lineTo(p + v + 3, s + v - 3), m.moveTo(p + v, s), m.lineTo(p + v, s + v), m.arc(p + v, s + v, v, -Math.PI / 2, 2 * Math.PI, !0), m.lineTo(p + v, s + v), m.lineWidth = 1.5
        }

        function P(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width / 16,
                s = u.height / 16;
            r -= s, m.moveTo(p + 1 * l, r + 2 * s), m.lineTo(p + 15 * l, r + 2 * s), m.lineTo(p + 14 * l, r + 3 * s), m.lineTo(p + 2 * l, r + 3 * s), m.moveTo(p + 3 * l, r + 6 * s), m.lineTo(p + 13 * l, r + 6 * s), m.lineTo(p + 12 * l, r + 7 * s), m.lineTo(p + 4 * l, r + 7 * s), m.moveTo(p + 5 * l, r + 10 * s), m.lineTo(p + 11 * l, r + 10 * s), m.lineTo(p + 10 * l, r + 11 * s), m.lineTo(p + 6 * l, r + 11 * s), m.moveTo(p + 7 * l, r + 14 * s), m.lineTo(p + 9 * l, r + 14 * s), m.lineTo(p + 8 * l, r + 15 * s), m.lineTo(p + 7 * l, r + 15 * s)
        }

        function ad(p, K) {
            var u = K.x,
                w = K.y,
                m = K.width,
                x = K.height,
                y = m / 16,
                I = x / 16,
                v = 2 * Math.min(y, I);
            p.moveTo(u + y + v, w + I + v), p.arc(u + y, w + I, v, Math.PI / 4, 3 * Math.PI), p.lineTo(u + 7 * y - v, w + 6 * I - v), p.arc(u + 7 * y, w + 6 * I, v, Math.PI / 4 * 5, 4 * Math.PI), p.arc(u + 7 * y, w + 6 * I, v / 2, Math.PI / 4 * 5, 4 * Math.PI), p.moveTo(u + 7 * y - v / 2, w + 6 * I + v), p.lineTo(u + y + v, w + 14 * I - v), p.arc(u + y, w + 14 * I, v, -Math.PI / 4, 2 * Math.PI), p.moveTo(u + 7 * y + v / 2, w + 6 * I), p.lineTo(u + 14 * y - v, w + 10 * I - v / 2), p.moveTo(u + 16 * y, w + 10 * I), p.arc(u + 14 * y, w + 10 * I, v, 0, 3 * Math.PI), p.lineWidth = 1.5
        }

        function ab(m, w) {
            var p = w.x,
                s = w.y,
                l = w.width,
                u = w.height,
                v = Math.min(l, u) / 2;
            m.moveTo(p + l, s + u / 2), m.arc(p + v, s + v, v, 0, 2 * Math.PI), m.arc(p + v, s, v, Math.PI / 4, Math.PI / 5 * 4), m.arc(p, s + v, v, -Math.PI / 3, Math.PI / 3), m.arc(p + l, s + u, v, Math.PI, Math.PI / 2 * 3), m.lineWidth = 1.5
        }

        function B(p, K) {
            for (var u = K.x, w = K.y, m = K.width, x = K.height, y = Math.round(x / 3), I = Math.round((y - 2) / 2), v = 3; v--;) {
                p.rect(u, w + y * v + I, m, 2)
            }
        }

        function S(p, K) {
            for (var u = K.x, w = K.y, m = K.width, x = K.height, y = Math.round(m / 3), I = Math.round((y - 2) / 2), v = 3; v--;) {
                p.rect(u + y * v + I, w, 2, x)
            }
        }

        function A(m, r) {
            var o = r.x,
                p = r.y,
                l = r.width / 16;
            m.moveTo(o + l, p), m.lineTo(o + l, p + r.height), m.lineTo(o + 15 * l, p + r.height), m.lineTo(o + 15 * l, p), m.lineTo(o + l, p), m.moveTo(o + 3 * l, p + 3 * l), m.lineTo(o + 13 * l, p + 3 * l), m.moveTo(o + 3 * l, p + 6 * l), m.lineTo(o + 13 * l, p + 6 * l), m.moveTo(o + 3 * l, p + 9 * l), m.lineTo(o + 13 * l, p + 9 * l), m.moveTo(o + 3 * l, p + 12 * l), m.lineTo(o + 9 * l, p + 12 * l)
        }

        function aa(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width / 16,
                s = u.height / 16;
            m.moveTo(p, r), m.lineTo(p, r + u.height), m.lineTo(p + u.width, r + u.height), m.lineTo(p + u.width, r), m.lineTo(p, r), m.moveTo(p + 4 * l, r), m.lineTo(p + 4 * l, r + 8 * s), m.lineTo(p + 12 * l, r + 8 * s), m.lineTo(p + 12 * l, r), m.moveTo(p + 6 * l, r + 11 * s), m.lineTo(p + 6 * l, r + 13 * s), m.lineTo(p + 10 * l, r + 13 * s), m.lineTo(p + 10 * l, r + 11 * s), m.lineTo(p + 6 * l, r + 11 * s)
        }

        function ai(m, u) {
            var p = u.x,
                r = u.y,
                l = u.width,
                s = u.height;
            m.moveTo(p, r + s / 2), m.lineTo(p + l, r + s / 2), m.moveTo(p + l / 2, r), m.lineTo(p + l / 2, r + s)
        }

        function E(m, r) {
            var o = r.width / 2,
                p = r.height / 2,
                l = Math.min(o, p);
            m.moveTo(r.x + o + l, r.y + p), m.arc(r.x + o, r.y + p, l, 0, 2 * Math.PI), m.closePath()
        }

        function z(a, i) {
            a.rect(i.x, i.y, i.width, i.height), a.closePath()
        }

        function D(m, w) {
            var p = w.width / 2,
                s = w.height / 2,
                l = w.x + p,
                u = w.y + s,
                v = Math.min(p, s);
            m.moveTo(l, u - v), m.lineTo(l + v, u + v), m.lineTo(l - v, u + v), m.lineTo(l, u - v), m.closePath()
        }

        function J(m, w) {
            var p = w.width / 2,
                s = w.height / 2,
                l = w.x + p,
                u = w.y + s,
                v = Math.min(p, s);
            m.moveTo(l, u - v), m.lineTo(l + v, u), m.lineTo(l, u + v), m.lineTo(l - v, u), m.lineTo(l, u - v), m.closePath()
        }

        function ag(m, r) {
            var o = r.x,
                p = r.y,
                l = r.width / 16;
            m.moveTo(o + 8 * l, p), m.lineTo(o + l, p + r.height), m.lineTo(o + 8 * l, p + r.height / 4 * 3), m.lineTo(o + 15 * l, p + r.height), m.lineTo(o + 8 * l, p), m.closePath()
        }

        function j(r, l) {
            var m = C("zrender/shape/Star"),
                e = l.width / 2,
                p = l.height / 2;
            m.prototype.buildPath(r, {
                x: l.x + e,
                y: l.y + p,
                r: Math.min(e, p),
                n: l.n || 5
            })
        }

        function O(l, a) {
            var e = C("zrender/shape/Heart");
            e.prototype.buildPath(l, {
                x: a.x + a.width / 2,
                y: a.y + 0.2 * a.height,
                a: a.width / 2,
                b: 0.8 * a.height
            })
        }

        function af(l, a) {
            var e = C("zrender/shape/Droplet");
            e.prototype.buildPath(l, {
                x: a.x + 0.5 * a.width,
                y: a.y + 0.5 * a.height,
                a: 0.5 * a.width,
                b: 0.8 * a.height
            })
        }

        function ah(m, w) {
            var p = w.x,
                s = w.y - w.height / 2 * 1.5,
                l = w.width / 2,
                u = w.height / 2,
                v = Math.min(l, u);
            m.arc(p + l, s + u, v, Math.PI / 5 * 4, Math.PI / 5), m.lineTo(p + l, s + u + 1.5 * v), m.closePath()
        }

        function ac(r, l, m) {
            var e = C("zrender/shape/Image");
            this._imageShape = this._imageShape || new e({
                style: {}
            });
            for (var p in l) {
                this._imageShape.style[p] = l[p]
            }
            this._imageShape.brush(r, !1, m)
        }

        function ae(a) {
            H.call(this, a)
        }
        var M = C("zrender/tool/util"),
            H = C("zrender/shape/Base");
        return ae.prototype = {
            type: "icon",
            iconLibrary: {
                mark: Z,
                markUndo: G,
                markClear: Q,
                dataZoom: q,
                dataZoomReset: R,
                restore: T,
                lineChart: Y,
                barChart: N,
                pieChart: F,
                funnelChart: P,
                forceChart: ad,
                chordChart: ab,
                stackChart: B,
                tiledChart: S,
                dataView: A,
                saveAsImage: aa,
                cross: ai,
                circle: E,
                rectangle: z,
                triangle: D,
                diamond: J,
                arrow: ag,
                star: j,
                heart: O,
                droplet: af,
                pin: ah,
                image: ac
            },
            brush: function(u, l, m) {
                var e = l ? this.highlightStyle : this.style;
                e = e || {};
                var p = e.iconType || this.style.iconType;
                if ("image" === p) {
                    var s = C("zrender/shape/Image");
                    s.prototype.brush.call(this, u, l, m)
                } else {
                    var e = this.beforeBrush(u, l);
                    switch (u.beginPath(), this.buildPath(u, e, m), e.brushType) {
                        case "both":
                            u.fill();
                        case "stroke":
                            e.lineWidth > 0 && u.stroke();
                            break;
                        default:
                            u.fill()
                    }
                    this.drawText(u, e, this.style), this.afterBrush(u)
                }
            },
            buildPath: function(a, m, l) {
                this.iconLibrary[m.iconType] ? this.iconLibrary[m.iconType].call(this, a, m, l) : (a.moveTo(m.x, m.y), a.lineTo(m.x + m.width, m.y), a.lineTo(m.x + m.width, m.y + m.height), a.lineTo(m.x, m.y + m.height), a.lineTo(m.x, m.y), a.closePath())
            },
            getRect: function(a) {
                return a.__rect ? a.__rect : (a.__rect = {
                    x: Math.round(a.x),
                    y: Math.round(a.y - ("pin" == a.iconType ? a.height / 2 * 1.5 : 0)),
                    width: a.width,
                    height: a.height * ("pin" === a.iconType ? 1.25 : 1)
                }, a.__rect)
            },
            isCover: function(m, r) {
                var o = this.transformCoordToLocal(m, r);
                m = o[0], r = o[1];
                var p = this.style.__rect;
                p || (p = this.style.__rect = this.getRect(this.style));
                var l = p.height < 8 || p.width < 8 ? 4 : 0;
                return m >= p.x - l && m <= p.x + p.width + l && r >= p.y - l && r <= p.y + p.height + l
            }
        }, M.inherits(ae, H), ae
    }), d("echarts/util/shape/MarkLine", ["require", "zrender/shape/Base", "./Icon", "zrender/shape/Line", "zrender/shape/BezierCurve", "zrender/tool/area", "zrender/shape/util/dashedLineTo", "zrender/tool/util", "zrender/tool/curve"], function(p) {
        function B(a) {
            u.call(this, a), this.style.curveness > 0 && this.updatePoints(this.style), this.highlightStyle.curveness > 0 && this.updatePoints(this.highlightStyle)
        }
        var u = p("zrender/shape/Base"),
            x = p("./Icon"),
            j = p("zrender/shape/Line"),
            y = new j({}),
            z = p("zrender/shape/BezierCurve"),
            A = new z({}),
            v = p("zrender/tool/area"),
            q = p("zrender/shape/util/dashedLineTo"),
            w = p("zrender/tool/util"),
            C = p("zrender/tool/curve");
        return B.prototype = {
            type: "mark-line",
            brush: function(a, m) {
                var l = this.style;
                m && (l = this.getHighlightStyle(l, this.highlightStyle || {})), a.save(), this.setContext(a, l), this.setTransform(a), a.save(), a.beginPath(), this.buildPath(a, l), a.stroke(), a.restore(), this.brushSymbol(a, l, 0), this.brushSymbol(a, l, 1), this.drawText(a, l, this.style), a.restore()
            },
            buildPath: function(m, s) {
                var o = s.lineType || "solid";
                if (m.moveTo(s.xStart, s.yStart), s.curveness > 0) {
                    var r = null;
                    switch (o) {
                        case "dashed":
                            r = [5, 5];
                            break;
                        case "dotted":
                            r = [1, 1]
                    }
                    r && m.setLineDash && m.setLineDash(r), m.quadraticCurveTo(s.cpX1, s.cpY1, s.xEnd, s.yEnd)
                } else {
                    if ("solid" == o) {
                        m.lineTo(s.xEnd, s.yEnd)
                    } else {
                        var l = (s.lineWidth || 1) * ("dashed" == s.lineType ? 5 : 1);
                        q(m, s.xStart, s.yStart, s.xEnd, s.yEnd, l)
                    }
                }
            },
            updatePoints: function(D) {
                var K = D.curveness || 0,
                    E = 1,
                    G = D.xStart,
                    m = D.yStart,
                    H = D.xEnd,
                    I = D.yEnd,
                    J = (G + H) / 2 - E * (m - I) * K,
                    F = (m + I) / 2 - E * (H - G) * K;
                D.cpX1 = J, D.cpY1 = F
            },
            brushSymbol: function(G, R, K) {
                if ("none" != R.symbol[K]) {
                    G.save(), G.beginPath(), G.lineWidth = R.symbolBorder, G.strokeStyle = R.symbolBorderColor;
                    var n = R.symbol[K].replace("empty", "").toLowerCase();
                    R.symbol[K].match("empty") && (G.fillStyle = "#fff");
                    var N = R.xStart,
                        P = R.yStart,
                        Q = R.xEnd,
                        L = R.yEnd,
                        J = 0 === K ? N : Q,
                        M = 0 === K ? P : L,
                        T = R.curveness || 0,
                        F = null != R.symbolRotate[K] ? R.symbolRotate[K] - 0 : 0;
                    if (F = F / 180 * Math.PI, "arrow" == n && 0 === F) {
                        if (0 === T) {
                            var O = 0 === K ? -1 : 1;
                            F = Math.PI / 2 + Math.atan2(O * (L - P), O * (Q - N))
                        } else {
                            var E = R.cpX1,
                                S = R.cpY1,
                                V = C.quadraticDerivativeAt,
                                I = V(N, E, Q, K),
                                D = V(P, S, L, K);
                            F = Math.PI / 2 + Math.atan2(D, I)
                        }
                    }
                    G.translate(J, M), 0 !== F && G.rotate(F);
                    var H = R.symbolSize[K];
                    x.prototype.buildPath(G, {
                        x: -H,
                        y: -H,
                        width: 2 * H,
                        height: 2 * H,
                        iconType: n
                    }), G.closePath(), G.fill(), G.stroke(), G.restore()
                }
            },
            getRect: function(a) {
                return a.curveness > 0 ? A.getRect(a) : y.getRect(a), a.__rect
            },
            isCover: function(a, m) {
                var l = this.transformCoordToLocal(a, m);
                return a = l[0], m = l[1], this.isCoverRect(a, m) ? this.style.curveness > 0 ? v.isInside(A, this.style, a, m) : v.isInside(y, this.style, a, m) : !1
            }
        }, w.inherits(B, u), B
    }), d("echarts/util/shape/Symbol", ["require", "zrender/shape/Base", "zrender/shape/Polygon", "zrender/tool/util", "./normalIsCover"], function(l) {
        function r(a) {
            m.call(this, a)
        }
        var m = l("zrender/shape/Base"),
            p = l("zrender/shape/Polygon"),
            j = new p({}),
            q = l("zrender/tool/util");
        return r.prototype = {
            type: "symbol",
            buildPath: function(z, J) {
                var B = J.pointList,
                    E = B.length;
                if (0 !== E) {
                    for (var v, F, H, I, C, A = 10000, D = Math.ceil(E / A), M = B[0] instanceof Array, L = J.size ? J.size : 2, x = L, G = L / 2, w = 2 * Math.PI, K = 0; D > K; K++) {
                        z.beginPath(), v = K * A, F = v + A, F = F > E ? E : F;
                        for (var N = v; F > N; N++) {
                            if (J.random && (H = J["randomMap" + N % 20] / 100, x = L * H * H, G = x / 2), M ? (I = B[N][0], C = B[N][1]) : (I = B[N].x, C = B[N].y), 3 > x) {
                                z.rect(I - G, C - G, x, x)
                            } else {
                                switch (J.iconType) {
                                    case "circle":
                                        z.moveTo(I, C), z.arc(I, C, G, 0, w, !0);
                                        break;
                                    case "diamond":
                                        z.moveTo(I, C - G), z.lineTo(I + G / 3, C - G / 3), z.lineTo(I + G, C), z.lineTo(I + G / 3, C + G / 3), z.lineTo(I, C + G), z.lineTo(I - G / 3, C + G / 3), z.lineTo(I - G, C), z.lineTo(I - G / 3, C - G / 3), z.lineTo(I, C - G);
                                        break;
                                    default:
                                        z.rect(I - G, C - G, x, x)
                                }
                            }
                        }
                        if (z.closePath(), D - 1 > K) {
                            switch (J.brushType) {
                                case "both":
                                    z.fill(), J.lineWidth > 0 && z.stroke();
                                    break;
                                case "stroke":
                                    J.lineWidth > 0 && z.stroke();
                                    break;
                                default:
                                    z.fill()
                            }
                        }
                    }
                }
            },
            getRect: function(a) {
                return a.__rect || j.getRect(a)
            },
            isCover: l("./normalIsCover")
        }, q.inherits(r, m), r
    }), d("zrender/shape/Polyline", ["require", "./Base", "./util/smoothSpline", "./util/smoothBezier", "./util/dashedLineTo", "./Polygon", "../tool/util"], function(l) {
        var r = l("./Base"),
            m = l("./util/smoothSpline"),
            p = l("./util/smoothBezier"),
            j = l("./util/dashedLineTo"),
            q = function(a) {
                this.brushTypeOnly = "stroke", this.textPosition = "end", r.call(this, a)
            };
        return q.prototype = {
            type: "polyline",
            buildPath: function(a, A) {
                var w = A.pointList;
                if (!(w.length < 2)) {
                    var x = Math.min(A.pointList.length, Math.round(A.pointListLength || A.pointList.length));
                    if (A.smooth && "spline" !== A.smooth) {
                        A.controlPointList || this.updateControlPoints(A);
                        var y = A.controlPointList;
                        a.moveTo(w[0][0], w[0][1]);
                        for (var z, u, i, v = 0; x - 1 > v; v++) {
                            z = y[2 * v], u = y[2 * v + 1], i = w[v + 1], a.bezierCurveTo(z[0], z[1], u[0], u[1], i[0], i[1])
                        }
                    } else {
                        if ("spline" === A.smooth && (w = m(w), x = w.length), A.lineType && "solid" != A.lineType) {
                            if ("dashed" == A.lineType || "dotted" == A.lineType) {
                                var B = (A.lineWidth || 1) * ("dashed" == A.lineType ? 5 : 1);
                                a.moveTo(w[0][0], w[0][1]);
                                for (var v = 1; x > v; v++) {
                                    j(a, w[v - 1][0], w[v - 1][1], w[v][0], w[v][1], B)
                                }
                            }
                        } else {
                            a.moveTo(w[0][0], w[0][1]);
                            for (var v = 1; x > v; v++) {
                                a.lineTo(w[v][0], w[v][1])
                            }
                        }
                    }
                }
            },
            updateControlPoints: function(a) {
                a.controlPointList = p(a.pointList, a.smooth, !1, a.smoothConstraint)
            },
            getRect: function(a) {
                return l("./Polygon").prototype.getRect(a)
            }
        }, l("../tool/util").inherits(q, r), q
    }), d("zrender/shape/ShapeBundle", ["require", "./Base", "../tool/util"], function(a) {
        var l = a("./Base"),
            j = function(i) {
                l.call(this, i)
            };
        return j.prototype = {
            constructor: j,
            type: "shape-bundle",
            brush: function(p, u) {
                var q = this.beforeBrush(p, u);
                p.beginPath();
                for (var r = 0; r < q.shapeList.length; r++) {
                    var m = q.shapeList[r],
                        s = m.style;
                    u && (s = m.getHighlightStyle(s, m.highlightStyle || {}, m.brushTypeOnly)), m.buildPath(p, s)
                }
                switch (q.brushType) {
                    case "both":
                        p.fill();
                    case "stroke":
                        q.lineWidth > 0 && p.stroke();
                        break;
                    default:
                        p.fill()
                }
                this.drawText(p, q, this.style), this.afterBrush(p)
            },
            getRect: function(p) {
                if (p.__rect) {
                    return p.__rect
                }
                for (var y = 1 / 0, q = -(1 / 0), u = 1 / 0, m = -(1 / 0), v = 0; v < p.shapeList.length; v++) {
                    var w = p.shapeList[v],
                        x = w.getRect(w.style),
                        y = Math.min(x.x, y),
                        u = Math.min(x.y, u),
                        q = Math.max(x.x + x.width, q),
                        m = Math.max(x.y + x.height, m)
                }
                return p.__rect = {
                    x: y,
                    y: u,
                    width: q - y,
                    height: m - u
                }, p.__rect
            },
            isCover: function(o, r) {
                var p = this.transformCoordToLocal(o, r);
                if (o = p[0], r = p[1], this.isCoverRect(o, r)) {
                    for (var q = 0; q < this.style.shapeList.length; q++) {
                        var m = this.style.shapeList[q];
                        if (m.isCover(o, r)) {
                            return !0
                        }
                    }
                }
                return !1
            }
        }, a("../tool/util").inherits(j, l), j
    }), d("echarts/util/ecAnimation", ["require", "zrender/tool/util", "zrender/tool/curve", "zrender/shape/Polygon"], function(v) {
        function F(I, R, K, N, p) {
            var O, P = K.style.pointList,
                Q = P.length;
            if (!R) {
                if (O = [], "vertical" != K._orient) {
                    for (var L = P[0][1], J = 0; Q > J; J++) {
                        O[J] = [P[J][0], L]
                    }
                } else {
                    for (var M = P[0][0], J = 0; Q > J; J++) {
                        O[J] = [M, P[J][1]]
                    }
                }
                "half-smooth-polygon" == K.type && (O[Q - 1] = C.clone(P[Q - 1]), O[Q - 2] = C.clone(P[Q - 2])), R = {
                    style: {
                        pointList: O
                    }
                }
            }
            O = R.style.pointList;
            var S = O.length;
            K.style.pointList = S == Q ? O : Q > S ? O.concat(P.slice(S)) : O.slice(0, Q), I.addShape(K), K.__animating = !0, I.animate(K.id, "style").when(N, {
                pointList: P
            }).during(function() {
                K.updateControlPoints && K.updateControlPoints(K.style)
            }).done(function() {
                K.__animating = !1
            }).start(p)
        }

        function x(m, r) {
            for (var o = arguments.length, p = 2; o > p; p++) {
                var l = arguments[p];
                m.style[l] = r.style[l]
            }
        }

        function A(p, P, L, i, M) {
            var N = L.style;
            P || (P = {
                position: L.position,
                style: {
                    x: N.x,
                    y: "vertical" == L._orient ? N.y + N.height : N.y,
                    width: "vertical" == L._orient ? N.width : 0,
                    height: "vertical" != L._orient ? N.height : 0
                }
            });
            var O = N.x,
                J = N.y,
                I = N.width,
                K = N.height,
                Q = [L.position[0], L.position[1]];
            x(L, P, "x", "y", "width", "height"), L.position = P.position, p.addShape(L), (Q[0] != P.position[0] || Q[1] != P.position[1]) && p.animate(L.id, "").when(i, {
                position: Q
            }).start(M), L.__animating = !0, p.animate(L.id, "style").when(i, {
                x: O,
                y: J,
                width: I,
                height: K
            }).done(function() {
                L.__animating = !1
            }).start(M)
        }

        function j(m, K, p, s, l) {
            if (!K) {
                var I = p.style.y;
                K = {
                    style: {
                        y: [I[0], I[0], I[0], I[0]]
                    }
                }
            }
            var J = p.style.y;
            p.style.y = K.style.y, m.addShape(p), p.__animating = !0, m.animate(p.id, "style").when(s, {
                y: J
            }).done(function() {
                p.__animating = !1
            }).start(l)
        }

        function B(p, O, I, K, m) {
            var L = I.style.x,
                M = I.style.y,
                N = I.style.r0,
                J = I.style.r;
            I.__animating = !0, "r" != I._animationAdd ? (I.style.r0 = 0, I.style.r = 0, I.rotation = [2 * Math.PI, L, M], p.addShape(I), p.animate(I.id, "style").when(K, {
                r0: N,
                r: J
            }).done(function() {
                I.__animating = !1
            }).start(m), p.animate(I.id, "").when(K, {
                rotation: [0, L, M]
            }).start(m)) : (I.style.r0 = I.style.r, p.addShape(I), p.animate(I.id, "style").when(K, {
                r0: N
            }).done(function() {
                I.__animating = !1
            }).start(m))
        }

        function D(l, K, m, i, p) {
            K || (K = "r" != m._animationAdd ? {
                style: {
                    startAngle: m.style.startAngle,
                    endAngle: m.style.startAngle
                }
            } : {
                style: {
                    r0: m.style.r
                }
            });
            var I = m.style.startAngle,
                J = m.style.endAngle;
            x(m, K, "startAngle", "endAngle"), l.addShape(m), m.__animating = !0, l.animate(m.id, "style").when(i, {
                startAngle: I,
                endAngle: J
            }).done(function() {
                m.__animating = !1
            }).start(p)
        }

        function E(l, K, m, i, p) {
            K || (K = {
                style: {
                    x: "left" == m.style.textAlign ? m.style.x + 100 : m.style.x - 100,
                    y: m.style.y
                }
            });
            var I = m.style.x,
                J = m.style.y;
            x(m, K, "x", "y"), l.addShape(m), m.__animating = !0, l.animate(m.id, "style").when(i, {
                x: I,
                y: J
            }).done(function() {
                m.__animating = !1
            }).start(p)
        }

        function y(M, m, I, e, J) {
            var K = v("zrender/shape/Polygon").prototype.getRect(I.style),
                L = K.x + K.width / 2,
                p = K.y + K.height / 2;
            I.scale = [0.1, 0.1, L, p], M.addShape(I), I.__animating = !0, M.animate(I.id, "").when(e, {
                scale: [1, 1, L, p]
            }).done(function() {
                I.__animating = !1
            }).start(J)
        }

        function w(m, N, J, i, K) {
            N || (N = {
                style: {
                    source0: 0,
                    source1: J.style.source1 > 0 ? 360 : -360,
                    target0: 0,
                    target1: J.style.target1 > 0 ? 360 : -360
                }
            });
            var L = J.style.source0,
                M = J.style.source1,
                I = J.style.target0,
                p = J.style.target1;
            N.style && x(J, N, "source0", "source1", "target0", "target1"), m.addShape(J), J.__animating = !0, m.animate(J.id, "style").when(i, {
                source0: L,
                source1: M,
                target0: I,
                target1: p
            }).done(function() {
                J.__animating = !1
            }).start(K)
        }

        function z(m, I, p, r, l) {
            I || (I = {
                style: {
                    angle: p.style.startAngle
                }
            });
            var s = p.style.angle;
            p.style.angle = I.style.angle, m.addShape(p), p.__animating = !0, m.animate(p.id, "style").when(r, {
                angle: s
            }).done(function() {
                p.__animating = !1
            }).start(l)
        }

        function H(n, M, p, m, J, K) {
            if (p.style._x = p.style.x, p.style._y = p.style.y, p.style._width = p.style.width, p.style._height = p.style.height, M) {
                A(n, M, p, m, J)
            } else {
                var L = p._x || 0,
                    I = p._y || 0;
                p.scale = [0.01, 0.01, L, I], n.addShape(p), p.__animating = !0, n.animate(p.id, "").delay(K).when(m, {
                    scale: [1, 1, L, I]
                }).done(function() {
                    p.__animating = !1
                }).start(J || "QuinticOut")
            }
        }

        function G(m, N, J, i, K) {
            N || (N = {
                style: {
                    xStart: J.style.xStart,
                    yStart: J.style.yStart,
                    xEnd: J.style.xStart,
                    yEnd: J.style.yStart
                }
            });
            var L = J.style.xStart,
                M = J.style.xEnd,
                I = J.style.yStart,
                p = J.style.yEnd;
            x(J, N, "xStart", "xEnd", "yStart", "yEnd"), m.addShape(J), J.__animating = !0, m.animate(J.id, "style").when(i, {
                xStart: L,
                xEnd: M,
                yStart: I,
                yEnd: p
            }).done(function() {
                J.__animating = !1
            }).start(K)
        }

        function u(K, W, M, P, I) {
            I = I || "QuinticOut", M.__animating = !0, K.addShape(M);
            var Q = M.style,
                S = function() {
                    M.__animating = !1
                },
                T = Q.xStart,
                N = Q.yStart,
                L = Q.xEnd,
                O = Q.yEnd;
            if (Q.curveness > 0) {
                M.updatePoints(Q);
                var Z = {
                        p: 0
                    },
                    Y = Q.cpX1,
                    J = Q.cpY1,
                    R = [],
                    X = [],
                    aa = q.quadraticSubdivide;
                K.animation.animate(Z).when(P, {
                    p: 1
                }).during(function() {
                    aa(T, Y, L, Z.p, R), aa(N, J, O, Z.p, X), Q.cpX1 = R[1], Q.cpY1 = X[1], Q.xEnd = R[2], Q.yEnd = X[2], K.modShape(M)
                }).done(S).start(I)
            } else {
                K.animate(M.id, "style").when(0, {
                    xEnd: T,
                    yEnd: N
                }).when(P, {
                    xEnd: L,
                    yEnd: O
                }).done(S).start(I)
            }
        }
        var C = v("zrender/tool/util"),
            q = v("zrender/tool/curve");
        return {
            pointList: F,
            rectangle: A,
            candle: j,
            ring: B,
            sector: D,
            text: E,
            polygon: y,
            ribbon: w,
            gaugePointer: z,
            icon: H,
            line: G,
            markline: u
        }
    }), d("echarts/util/ecEffect", ["require", "../util/ecData", "zrender/shape/Circle", "zrender/shape/Image", "zrender/tool/curve", "../util/shape/Icon", "../util/shape/Symbol", "zrender/shape/ShapeBundle", "zrender/shape/Polyline", "zrender/tool/vector", "zrender/tool/env"], function(u) {
        function E(I, P, K, N) {
            var o, O = K.effect,
                L = O.color || K.style.strokeColor || K.style.color,
                M = O.shadowColor || L,
                S = O.scaleSize,
                R = O.bounceDistance,
                H = "undefined" != typeof O.shadowBlur ? O.shadowBlur : S;
            "image" !== K.type ? (o = new v({
                zlevel: N,
                style: {
                    brushType: "stroke",
                    iconType: "droplet" != K.style.iconType ? K.style.iconType : "circle",
                    x: H + 1,
                    y: H + 1,
                    n: K.style.n,
                    width: K.style._width * S,
                    height: K.style._height * S,
                    lineWidth: 1,
                    strokeColor: L,
                    shadowColor: M,
                    shadowBlur: H
                },
                draggable: !1,
                hoverable: !1
            }), "pin" == K.style.iconType && (o.style.y += o.style.height / 2 * 1.5), B && (o.style.image = I.shapeToImage(o, o.style.width + 2 * H + 2, o.style.height + 2 * H + 2).style.image, o = new D({
                zlevel: o.zlevel,
                style: o.style,
                draggable: !1,
                hoverable: !1
            }))) : o = new D({
                zlevel: N,
                style: K.style,
                draggable: !1,
                hoverable: !1
            }), A.clone(K, o), o.position = K.position, P.push(o), I.addShape(o);
            var s = "image" !== K.type ? window.devicePixelRatio || 1 : 1,
                Q = (o.style.width / s - K.style._width) / 2;
            o.style.x = K.style._x - Q, o.style.y = K.style._y - Q, "pin" == K.style.iconType && (o.style.y -= K.style.height / 2 * 1.5);
            var T = 100 * (O.period + 10 * Math.random());
            I.modShape(K.id, {
                invisible: !0
            });
            var J = o.style.x + o.style.width / 2 / s,
                p = o.style.y + o.style.height / 2 / s;
            "scale" === O.type ? (I.modShape(o.id, {
                scale: [0.1, 0.1, J, p]
            }), I.animate(o.id, "", O.loop).when(T, {
                scale: [1, 1, J, p]
            }).done(function() {
                K.effect.show = !1, I.delShape(o.id)
            }).start()) : I.animate(o.id, "style", O.loop).when(T, {
                y: o.style.y - R
            }).when(2 * T, {
                y: o.style.y
            }).done(function() {
                K.effect.show = !1, I.delShape(o.id)
            }).start()
        }

        function w(J, S, L, N) {
            var m = L.effect,
                O = m.color || L.style.strokeColor || L.style.color,
                Q = m.scaleSize,
                R = m.shadowColor || O,
                M = "undefined" != typeof m.shadowBlur ? m.shadowBlur : 2 * Q,
                K = window.devicePixelRatio || 1,
                W = new y({
                    zlevel: N,
                    position: L.position,
                    scale: L.scale,
                    style: {
                        pointList: L.style.pointList,
                        iconType: L.style.iconType,
                        color: O,
                        strokeColor: O,
                        shadowColor: R,
                        shadowBlur: M * K,
                        random: !0,
                        brushType: "fill",
                        lineWidth: 1,
                        size: L.style.size
                    },
                    draggable: !1,
                    hoverable: !1
                });
            S.push(W), J.addShape(W), J.modShape(L.id, {
                invisible: !0
            });
            for (var T = Math.round(100 * m.period), I = {}, P = {}, H = 0; 20 > H; H++) {
                W.style["randomMap" + H] = 0, I = {}, I["randomMap" + H] = 100, P = {}, P["randomMap" + H] = 0, W.style["randomMap" + H] = 100 * Math.random(), J.animate(W.id, "style", !0).when(T, I).when(2 * T, P).when(3 * T, I).when(4 * T, I).delay(Math.random() * T * H).start()
            }
        }

        function z(M, ah, U, ae, o) {
            var af = U.effect,
                R = U.style,
                ad = af.color || R.strokeColor || R.color,
                al = af.shadowColor || R.strokeColor || ad,
                r = R.lineWidth * af.scaleSize,
                aj = "undefined" != typeof af.shadowBlur ? af.shadowBlur : r,
                aq = new C({
                    zlevel: ae,
                    style: {
                        x: aj,
                        y: aj,
                        r: r,
                        color: ad,
                        shadowColor: al,
                        shadowBlur: aj
                    },
                    hoverable: !1
                }),
                Q = 0;
            if (B && !o) {
                var ae = aq.zlevel;
                aq = M.shapeToImage(aq, 2 * (r + aj), 2 * (r + aj)), aq.zlevel = ae, aq.hoverable = !1, Q = aj
            }
            o || (A.clone(U, aq), aq.position = U.position, ah.push(aq), M.addShape(aq));
            var p = function() {
                o || (U.effect.show = !1, M.delShape(aq.id)), aq.effectAnimator = null
            };
            if (U instanceof F) {
                for (var O = [0], aa = 0, ao = R.pointList, l = R.controlPointList, ac = 1; ac < ao.length; ac++) {
                    if (l) {
                        var an = l[2 * (ac - 1)],
                            ap = l[2 * (ac - 1) + 1];
                        aa += q.dist(ao[ac - 1], an) + q.dist(an, ap) + q.dist(ap, ao[ac])
                    } else {
                        aa += q.dist(ao[ac - 1], ao[ac])
                    }
                    O.push(aa)
                }
                for (var ak = {
                        p: 0
                    }, am = M.animation.animate(ak, {
                        loop: af.loop
                    }), ac = 0; ac < O.length; ac++) {
                    am.when(O[ac] * af.period, {
                        p: ac
                    })
                }
                am.during(function() {
                    var T, e, J = Math.floor(ak.p);
                    if (J == ao.length - 1) {
                        T = ao[J][0], e = ao[J][1]
                    } else {
                        var K = ak.p - J,
                            L = ao[J],
                            S = ao[J + 1];
                        if (l) {
                            var a = l[2 * J],
                                I = l[2 * J + 1];
                            T = x.cubicAt(L[0], a[0], I[0], S[0], K), e = x.cubicAt(L[1], a[1], I[1], S[1], K)
                        } else {
                            T = (S[0] - L[0]) * K + L[0], e = (S[1] - L[1]) * K + L[1]
                        }
                    }
                    aq.style.x = T, aq.style.y = e, o || M.modShape(aq)
                }).done(p).start(), am.duration = aa * af.period, aq.effectAnimator = am
            } else {
                var ab = R.xStart - Q,
                    Y = R.yStart - Q,
                    Z = R.xEnd - Q,
                    H = R.yEnd - Q;
                aq.style.x = ab, aq.style.y = Y;
                var ag = (Z - ab) * (Z - ab) + (H - Y) * (H - Y),
                    N = Math.round(Math.sqrt(Math.round(ag * af.period * af.period)));
                if (U.style.curveness > 0) {
                    var P = R.cpX1 - Q,
                        ai = R.cpY1 - Q;
                    aq.effectAnimator = M.animation.animate(aq, {
                        loop: af.loop
                    }).when(N, {
                        p: 1
                    }).during(function(e, a) {
                        aq.style.x = x.quadraticAt(ab, P, Z, a), aq.style.y = x.quadraticAt(Y, ai, H, a), o || M.modShape(aq)
                    }).done(p).start()
                } else {
                    aq.effectAnimator = M.animation.animate(aq.style, {
                        loop: af.loop
                    }).when(N, {
                        x: Z,
                        y: H
                    }).during(function() {
                        o || M.modShape(aq)
                    }).done(p).start()
                }
                aq.effectAnimator.duration = N
            }
            return aq
        }

        function j(J, S, L, n) {
            var O = new G({
                    style: {
                        shapeList: []
                    },
                    zlevel: n,
                    hoverable: !1
                }),
                Q = L.style.shapeList,
                R = L.effect;
            O.position = L.position;
            for (var M = 0, K = [], N = 0; N < Q.length; N++) {
                Q[N].effect = R;
                var V = z(J, null, Q[N], n, !0),
                    I = V.effectAnimator;
                O.style.shapeList.push(V), I.duration > M && (M = I.duration), 0 === N && (O.style.color = V.style.color, O.style.shadowBlur = V.style.shadowBlur, O.style.shadowColor = V.style.shadowColor), K.push(I)
            }
            S.push(O), J.addShape(O);
            var P = function() {
                for (var a = 0; a < K.length; a++) {
                    K[a].stop()
                }
            };
            if (M) {
                O.__dummy = 0;
                var H = J.animate(O.id, "", R.loop).when(M, {
                        __dummy: 1
                    }).during(function() {
                        J.modShape(O)
                    }).done(function() {
                        L.effect.show = !1, J.delShape(O.id)
                    }).start(),
                    T = H.stop;
                H.stop = function() {
                    P(), T.call(this)
                }
            }
        }
        var A = u("../util/ecData"),
            C = u("zrender/shape/Circle"),
            D = u("zrender/shape/Image"),
            x = u("zrender/tool/curve"),
            v = u("../util/shape/Icon"),
            y = u("../util/shape/Symbol"),
            G = u("zrender/shape/ShapeBundle"),
            F = u("zrender/shape/Polyline"),
            q = u("zrender/tool/vector"),
            B = u("zrender/tool/env").canvasSupported;
        return {
            point: E,
            largePoint: w,
            line: z,
            largeLine: j
        }
    }), d("echarts/component/base", ["require", "../config", "../util/ecData", "../util/ecQuery", "../util/number", "zrender/tool/util", "zrender/tool/env"], function(l) {
        function u(n, y, i, v, w) {
            this.ecTheme = n, this.messageCenter = y, this.zr = i, this.option = v, this.series = v.series, this.myChart = w, this.component = w.component, this.shapeList = [], this.effectList = [];
            var x = this;
            x._onlegendhoverlink = function(z) {
                if (x.legendHoverLink) {
                    for (var B, r = z.target, A = x.shapeList.length - 1; A >= 0; A--) {
                        B = x.type == m.CHART_TYPE_PIE || x.type == m.CHART_TYPE_FUNNEL ? p.get(x.shapeList[A], "name") : (p.get(x.shapeList[A], "series") || {}).name, B != r || x.shapeList[A].invisible || x.shapeList[A].__animating || x.zr.addHoverShape(x.shapeList[A])
                    }
                }
            }, y && y.bind(m.EVENT.LEGEND_HOVERLINK, this._onlegendhoverlink)
        }
        var m = l("../config"),
            p = l("../util/ecData"),
            j = l("../util/ecQuery"),
            q = l("../util/number"),
            s = l("zrender/tool/util");
        return u.prototype = {
            canvasSupported: l("zrender/tool/env").canvasSupported,
            _getZ: function(a) {
                if (null != this[a]) {
                    return this[a]
                }
                var i = this.ecTheme[this.type];
                return i && null != i[a] ? i[a] : (i = m[this.type], i && null != i[a] ? i[a] : 0)
            },
            getZlevelBase: function() {
                return this._getZ("zlevel")
            },
            getZBase: function() {
                return this._getZ("z")
            },
            reformOption: function(a) {
                return a = s.merge(s.merge(a || {}, s.clone(this.ecTheme[this.type] || {})), s.clone(m[this.type] || {})), this.z = a.z, this.zlevel = a.zlevel, a
            },
            reformCssArray: function(a) {
                if (!(a instanceof Array)) {
                    return [a, a, a, a]
                }
                switch (a.length + "") {
                    case "4":
                        return a;
                    case "3":
                        return [a[0], a[1], a[2], a[1]];
                    case "2":
                        return [a[0], a[1], a[0], a[1]];
                    case "1":
                        return [a[0], a[0], a[0], a[0]];
                    case "0":
                        return [0, 0, 0, 0]
                }
            },
            getShapeById: function(a) {
                for (var o = 0, n = this.shapeList.length; n > o; o++) {
                    if (this.shapeList[o].id === a) {
                        return this.shapeList[o]
                    }
                }
                return null
            },
            getFont: function(a) {
                var i = this.getTextStyle(s.clone(a));
                return i.fontStyle + " " + i.fontWeight + " " + i.fontSize + "px " + i.fontFamily
            },
            getTextStyle: function(a) {
                return s.merge(s.merge(a || {}, this.ecTheme.textStyle), m.textStyle)
            },
            getItemStyleColor: function(a, v, o, r) {
                return "function" == typeof a ? a.call(this.myChart, {
                    seriesIndex: v,
                    series: this.series[v],
                    dataIndex: o,
                    data: r
                }) : a
            },
            getDataFromOption: function(a, i) {
                return null != a ? null != a.value ? a.value : a : i
            },
            subPixelOptimize: function(a, i) {
                return a = i % 2 === 1 ? Math.floor(a) + 0.5 : Math.round(a)
            },
            resize: function() {
                this.refresh && this.refresh(), this.clearEffectShape && this.clearEffectShape(!0);
                var a = this;
                setTimeout(function() {
                    a.animationEffect && a.animationEffect()
                }, 200)
            },
            clear: function() {
                this.clearEffectShape && this.clearEffectShape(), this.zr && this.zr.delShape(this.shapeList), this.shapeList = []
            },
            dispose: function() {
                this.onbeforDispose && this.onbeforDispose(), this.clear(), this.shapeList = null, this.effectList = null, this.messageCenter && this.messageCenter.unbind(m.EVENT.LEGEND_HOVERLINK, this._onlegendhoverlink), this.onafterDispose && this.onafterDispose()
            },
            query: j.query,
            deepQuery: j.deepQuery,
            deepMerge: j.deepMerge,
            parsePercent: q.parsePercent,
            parseCenter: q.parseCenter,
            parseRadius: q.parseRadius,
            numAddCommas: q.addCommas,
            getPrecision: q.getPrecision
        }, u
    }), d("echarts/layout/EdgeBundling", ["require", "../data/KDTree", "zrender/tool/vector"], function(p) {
        function B(m, F) {
            m = m.array, F = F.array;
            var r = F[0] - m[0],
                s = F[1] - m[1],
                l = F[2] - m[2],
                E = F[3] - m[3];
            return r * r + s * s + l * l + E * E
        }

        function u(a) {
            this.points = [a.mp0, a.mp1], this.group = a
        }

        function x(a) {
            var i = a.points;
            i[0][1] < i[1][1] || a instanceof u ? (this.array = [i[0][0], i[0][1], i[1][0], i[1][1]], this._startPoint = i[0], this._endPoint = i[1]) : (this.array = [i[1][0], i[1][1], i[0][0], i[0][1]], this._startPoint = i[1], this._endPoint = i[0]), this.ink = w(i[0], i[1]), this.edge = a, this.group = null
        }

        function j() {
            this.edgeList = [], this.mp0 = v(), this.mp1 = v(), this.ink = 0
        }

        function y() {
            this.maxNearestEdge = 6, this.maxTurningAngle = Math.PI / 4, this.maxIteration = 20
        }
        var z = p("../data/KDTree"),
            A = p("zrender/tool/vector"),
            v = A.create,
            q = A.distSquare,
            w = A.dist,
            D = A.copy,
            C = A.clone;
        return x.prototype.getStartPoint = function() {
            return this._startPoint
        }, x.prototype.getEndPoint = function() {
            return this._endPoint
        }, j.prototype.addEdge = function(a) {
            a.group = this, this.edgeList.push(a)
        }, j.prototype.removeEdge = function(a) {
            a.group = null, this.edgeList.splice(this.edgeList.indexOf(a), 1)
        }, y.prototype = {
            constructor: y,
            run: function(E) {
                function L(a, l) {
                    return q(a, l) < 1e-10
                }

                function H(m, r) {
                    for (var s = [], l = 0, t = 0; t < m.length; t++) {
                        l > 0 && L(m[t], s[l - 1]) || (s[l++] = C(m[t]))
                    }
                    return r[0] && !L(s[0], r[0]) && (s = s.reverse()), s
                }
                for (var i = this._iterate(E), I = 0; I++ < this.maxIteration;) {
                    for (var J = [], K = 0; K < i.groups.length; K++) {
                        J.push(new u(i.groups[K]))
                    }
                    var F = this._iterate(J);
                    if (F.savedInk <= 0) {
                        break
                    }
                    i = F
                }
                var G = [],
                    M = function(n, S) {
                        for (var m, P = 0; P < n.length; P++) {
                            var Q = n[P];
                            if (Q.edgeList[0] && Q.edgeList[0].edge instanceof u) {
                                for (var R = [], O = 0; O < Q.edgeList.length; O++) {
                                    R.push(Q.edgeList[O].edge.group)
                                }
                                m = S ? S.slice() : [], m.unshift(Q.mp0), m.push(Q.mp1), M(R, m)
                            } else {
                                for (var O = 0; O < Q.edgeList.length; O++) {
                                    var N = Q.edgeList[O];
                                    m = S ? S.slice() : [], m.unshift(Q.mp0), m.push(Q.mp1), m.unshift(N.getStartPoint()), m.push(N.getEndPoint()), G.push({
                                        points: H(m, N.edge.points),
                                        rawEdge: N.edge
                                    })
                                }
                            }
                        }
                    };
                return M(i.groups), G
            },
            _iterate: function(t) {
                for (var H = [], M = [], O = 0, G = 0; G < t.length; G++) {
                    var K = new x(t[G]);
                    H.push(K)
                }
                for (var Q = new z(H, 4), r = [], N = v(), n = v(), P = 0, V = v(), F = v(), l = 0, G = 0; G < H.length; G++) {
                    var K = H[G];
                    if (!K.group) {
                        Q.nearestN(K, this.maxNearestEdge, B, r);
                        for (var E = 0, I = null, S = null, a = 0; a < r.length; a++) {
                            var J = r[a],
                                R = 0;
                            J.group ? J.group !== S && (S = J.group, P = this._calculateGroupEdgeInk(J.group, K, N, n), R = J.group.ink + K.ink - P) : (P = this._calculateEdgeEdgeInk(K, J, N, n), R = J.ink + K.ink - P), R > E && (E = R, I = J, D(F, n), D(V, N), l = P)
                        }
                        if (I) {
                            O += E;
                            var T;
                            I.group || (T = new j, M.push(T), T.addEdge(I)), T = I.group, D(T.mp0, V), D(T.mp1, F), T.ink = l, I.group.addEdge(K)
                        } else {
                            var T = new j;
                            M.push(T), D(T.mp0, K.getStartPoint()), D(T.mp1, K.getEndPoint()), T.ink = K.ink, T.addEdge(K)
                        }
                    }
                }
                return {
                    groups: M,
                    edges: H,
                    savedInk: O
                }
            },
            _calculateEdgeEdgeInk: function() {
                var a = [],
                    i = [];
                return function(l, m, e, s) {
                    a[0] = l.getStartPoint(), a[1] = m.getStartPoint(), i[0] = l.getEndPoint(), i[1] = m.getEndPoint(), this._calculateMeetPoints(a, i, e, s);
                    var t = w(a[0], e) + w(e, s) + w(s, i[0]) + w(a[1], e) + w(s, i[1]);
                    return t
                }
            }(),
            _calculateGroupEdgeInk: function(E, L, F, H) {
                for (var m = [], I = [], J = 0; J < E.edgeList.length; J++) {
                    var K = E.edgeList[J];
                    m.push(K.getStartPoint()), I.push(K.getEndPoint())
                }
                m.push(L.getStartPoint()), I.push(L.getEndPoint()), this._calculateMeetPoints(m, I, F, H);
                for (var G = w(F, H), J = 0; J < m.length; J++) {
                    G += w(m[J], F) + w(I[J], H)
                }
                return G
            },
            _calculateMeetPoints: function() {
                var a = v(),
                    i = v();
                return function(m, t, e, E) {
                    A.set(a, 0, 0), A.set(i, 0, 0);
                    for (var F = m.length, s = 0; F > s; s++) {
                        A.add(a, a, m[s])
                    }
                    A.scale(a, a, 1 / F), F = t.length;
                    for (var s = 0; F > s; s++) {
                        A.add(i, i, t[s])
                    }
                    A.scale(i, i, 1 / F), this._limitTurningAngle(m, a, i, e), this._limitTurningAngle(t, i, a, E)
                }
            }(),
            _limitTurningAngle: function() {
                var a = v(),
                    o = v(),
                    l = v(),
                    m = v();
                return function(e, G, I, F) {
                    var L = Math.cos(this.maxTurningAngle),
                        K = Math.tan(this.maxTurningAngle);
                    A.sub(a, G, I), A.normalize(a, a), A.copy(F, G);
                    for (var s = 0, H = 0; H < e.length; H++) {
                        var n = e[H];
                        A.sub(o, n, G);
                        var J = A.len(o);
                        A.scale(o, o, 1 / J);
                        var M = A.dot(o, a);
                        if (L > M) {
                            A.scaleAndAdd(l, G, a, J * M);
                            var E = w(l, n),
                                i = E / K;
                            A.scaleAndAdd(m, l, a, -i);
                            var t = q(m, G);
                            t > s && (s = t, A.copy(F, m))
                        }
                    }
                }
            }()
        }, y
    }), d("zrender/shape/Star", ["require", "../tool/math", "./Base", "../tool/util"], function(l) {
        var u = l("../tool/math"),
            m = u.sin,
            p = u.cos,
            j = Math.PI,
            q = l("./Base"),
            s = function(a) {
                q.call(this, a)
            };
        return s.prototype = {
            type: "star",
            buildPath: function(n, D) {
                var z = D.n;
                if (z && !(2 > z)) {
                    var B = D.x,
                        C = D.y,
                        w = D.r,
                        v = D.r0;
                    null == v && (v = z > 4 ? w * p(2 * j / z) / p(j / z) : w / 3);
                    var x = j / z,
                        G = -j / 2,
                        F = B + w * p(G),
                        i = C + w * m(G);
                    G += x;
                    var A = D.pointList = [];
                    A.push([F, i]);
                    for (var a, E = 0, H = 2 * z - 1; H > E; E++) {
                        a = E % 2 === 0 ? v : w, A.push([B + a * p(G), C + a * m(G)]), G += x
                    }
                    A.push([F, i]), n.moveTo(A[0][0], A[0][1]);
                    for (var E = 0; E < A.length; E++) {
                        n.lineTo(A[E][0], A[E][1])
                    }
                    n.closePath()
                }
            },
            getRect: function(a) {
                if (a.__rect) {
                    return a.__rect
                }
                var i;
                return i = "stroke" == a.brushType || "fill" == a.brushType ? a.lineWidth || 1 : 0, a.__rect = {
                    x: Math.round(a.x - a.r - i / 2),
                    y: Math.round(a.y - a.r - i / 2),
                    width: 2 * a.r + i,
                    height: 2 * a.r + i
                }, a.__rect
            }
        }, l("../tool/util").inherits(s, q), s
    }), d("zrender/shape/Heart", ["require", "./Base", "./util/PathProxy", "../tool/area", "../tool/util"], function(l) {
        var p = l("./Base"),
            m = l("./util/PathProxy"),
            o = l("../tool/area"),
            j = function(a) {
                p.call(this, a), this._pathProxy = new m
            };
        return j.prototype = {
            type: "heart",
            buildPath: function(a, q) {
                var i = this._pathProxy || new m;
                i.begin(a), i.moveTo(q.x, q.y), i.bezierCurveTo(q.x + q.a / 2, q.y - 2 * q.b / 3, q.x + 2 * q.a, q.y + q.b / 3, q.x, q.y + q.b), i.bezierCurveTo(q.x - 2 * q.a, q.y + q.b / 3, q.x - q.a / 2, q.y - 2 * q.b / 3, q.x, q.y), i.closePath()
            },
            getRect: function(a) {
                return a.__rect ? a.__rect : (this._pathProxy.isEmpty() || this.buildPath(null, a), this._pathProxy.fastBoundingRect())
            },
            isCover: function(a, q) {
                var n = this.transformCoordToLocal(a, q);
                return a = n[0], q = n[1], this.isCoverRect(a, q) ? o.isInsidePath(this._pathProxy.pathCommands, this.style.lineWidth, this.style.brushType, a, q) : void 0
            }
        }, l("../tool/util").inherits(j, p), j
    }), d("zrender/shape/Droplet", ["require", "./Base", "./util/PathProxy", "../tool/area", "../tool/util"], function(l) {
        var p = l("./Base"),
            m = l("./util/PathProxy"),
            o = l("../tool/area"),
            j = function(a) {
                p.call(this, a), this._pathProxy = new m
            };
        return j.prototype = {
            type: "droplet",
            buildPath: function(a, q) {
                var i = this._pathProxy || new m;
                i.begin(a), i.moveTo(q.x, q.y + q.a), i.bezierCurveTo(q.x + q.a, q.y + q.a, q.x + 3 * q.a / 2, q.y - q.a / 3, q.x, q.y - q.b), i.bezierCurveTo(q.x - 3 * q.a / 2, q.y - q.a / 3, q.x - q.a, q.y + q.a, q.x, q.y + q.a), i.closePath()
            },
            getRect: function(a) {
                return a.__rect ? a.__rect : (this._pathProxy.isEmpty() || this.buildPath(null, a), this._pathProxy.fastBoundingRect())
            },
            isCover: function(a, q) {
                var n = this.transformCoordToLocal(a, q);
                return a = n[0], q = n[1], this.isCoverRect(a, q) ? o.isInsidePath(this._pathProxy.pathCommands, this.style.lineWidth, this.style.brushType, a, q) : void 0
            }
        }, l("../tool/util").inherits(j, p), j
    }), d("zrender/tool/math", [], function() {
        function l(a, i) {
            return Math.sin(i ? a * j : a)
        }

        function p(a, i) {
            return Math.cos(i ? a * j : a)
        }

        function m(a) {
            return a * j
        }

        function o(a) {
            return a / j
        }
        var j = Math.PI / 180;
        return {
            sin: l,
            cos: p,
            degreeToRadian: m,
            radianToDegree: o
        }
    }), d("zrender/shape/util/PathProxy", ["require", "../../tool/vector"], function(a) {
        var m = a("../../tool/vector"),
            j = function(i, n) {
                this.command = i, this.points = n || null
            },
            l = function() {
                this.pathCommands = [], this._ctx = null, this._min = [], this._max = []
            };
        return l.prototype.fastBoundingRect = function() {
            var q = this._min,
                u = this._max;
            q[0] = q[1] = 1 / 0, u[0] = u[1] = -(1 / 0);
            for (var x = 0; x < this.pathCommands.length; x++) {
                var p = this.pathCommands[x],
                    y = p.points;
                switch (p.command) {
                    case "M":
                        m.min(q, q, y), m.max(u, u, y);
                        break;
                    case "L":
                        m.min(q, q, y), m.max(u, u, y);
                        break;
                    case "C":
                        for (var z = 0; 6 > z; z += 2) {
                            q[0] = Math.min(q[0], q[0], y[z]), q[1] = Math.min(q[1], q[1], y[z + 1]), u[0] = Math.max(u[0], u[0], y[z]), u[1] = Math.max(u[1], u[1], y[z + 1])
                        }
                        break;
                    case "Q":
                        for (var z = 0; 4 > z; z += 2) {
                            q[0] = Math.min(q[0], q[0], y[z]), q[1] = Math.min(q[1], q[1], y[z + 1]), u[0] = Math.max(u[0], u[0], y[z]), u[1] = Math.max(u[1], u[1], y[z + 1])
                        }
                        break;
                    case "A":
                        var A = y[0],
                            v = y[1],
                            t = y[2],
                            w = y[3];
                        q[0] = Math.min(q[0], q[0], A - t), q[1] = Math.min(q[1], q[1], v - w), u[0] = Math.max(u[0], u[0], A + t), u[1] = Math.max(u[1], u[1], v + w)
                }
            }
            return {
                x: q[0],
                y: q[1],
                width: u[0] - q[0],
                height: u[1] - q[1]
            }
        }, l.prototype.begin = function(i) {
            return this._ctx = i || null, this.pathCommands.length = 0, this
        }, l.prototype.moveTo = function(i, n) {
            return this.pathCommands.push(new j("M", [i, n])), this._ctx && this._ctx.moveTo(i, n), this
        }, l.prototype.lineTo = function(i, n) {
            return this.pathCommands.push(new j("L", [i, n])), this._ctx && this._ctx.lineTo(i, n), this
        }, l.prototype.bezierCurveTo = function(p, v, q, i, s, u) {
            return this.pathCommands.push(new j("C", [p, v, q, i, s, u])), this._ctx && this._ctx.bezierCurveTo(p, v, q, i, s, u), this
        }, l.prototype.quadraticCurveTo = function(o, q, p, i) {
            return this.pathCommands.push(new j("Q", [o, q, p, i])), this._ctx && this._ctx.quadraticCurveTo(o, q, p, i), this
        }, l.prototype.arc = function(p, v, q, i, s, u) {
            return this.pathCommands.push(new j("A", [p, v, q, q, i, s - i, 0, u ? 0 : 1])), this._ctx && this._ctx.arc(p, v, q, i, s, u), this
        }, l.prototype.arcTo = function(p, s, q, r, o) {
            return this._ctx && this._ctx.arcTo(p, s, q, r, o), this
        }, l.prototype.rect = function(o, r, p, q) {
            return this._ctx && this._ctx.rect(o, r, p, q), this
        }, l.prototype.closePath = function() {
            return this.pathCommands.push(new j("z")), this._ctx && this._ctx.closePath(), this
        }, l.prototype.isEmpty = function() {
            return 0 === this.pathCommands.length
        }, l.PathSegment = j, l
    }), d("zrender/shape/Line", ["require", "./Base", "./util/dashedLineTo", "../tool/util"], function(a) {
        var m = a("./Base"),
            j = a("./util/dashedLineTo"),
            l = function(i) {
                this.brushTypeOnly = "stroke", this.textPosition = "end", m.call(this, i)
            };
        return l.prototype = {
            type: "line",
            buildPath: function(i, p) {
                if (p.lineType && "solid" != p.lineType) {
                    if ("dashed" == p.lineType || "dotted" == p.lineType) {
                        var o = (p.lineWidth || 1) * ("dashed" == p.lineType ? 5 : 1);
                        j(i, p.xStart, p.yStart, p.xEnd, p.yEnd, o)
                    }
                } else {
                    i.moveTo(p.xStart, p.yStart), i.lineTo(p.xEnd, p.yEnd)
                }
            },
            getRect: function(i) {
                if (i.__rect) {
                    return i.__rect
                }
                var n = i.lineWidth || 1;
                return i.__rect = {
                    x: Math.min(i.xStart, i.xEnd) - n,
                    y: Math.min(i.yStart, i.yEnd) - n,
                    width: Math.abs(i.xStart - i.xEnd) + n,
                    height: Math.abs(i.yStart - i.yEnd) + n
                }, i.__rect
            }
        }, a("../tool/util").inherits(l, m), l
    }), d("zrender/shape/BezierCurve", ["require", "./Base", "../tool/util"], function(a) {
        var l = a("./Base"),
            j = function(i) {
                this.brushTypeOnly = "stroke", this.textPosition = "end", l.call(this, i)
            };
        return j.prototype = {
            type: "bezier-curve",
            buildPath: function(i, m) {
                i.moveTo(m.xStart, m.yStart), "undefined" != typeof m.cpX2 && "undefined" != typeof m.cpY2 ? i.bezierCurveTo(m.cpX1, m.cpY1, m.cpX2, m.cpY2, m.xEnd, m.yEnd) : i.quadraticCurveTo(m.cpX1, m.cpY1, m.xEnd, m.yEnd)
            },
            getRect: function(p) {
                if (p.__rect) {
                    return p.__rect
                }
                var y = Math.min(p.xStart, p.xEnd, p.cpX1),
                    q = Math.min(p.yStart, p.yEnd, p.cpY1),
                    u = Math.max(p.xStart, p.xEnd, p.cpX1),
                    m = Math.max(p.yStart, p.yEnd, p.cpY1),
                    v = p.cpX2,
                    w = p.cpY2;
                "undefined" != typeof v && "undefined" != typeof w && (y = Math.min(y, v), q = Math.min(q, w), u = Math.max(u, v), m = Math.max(m, w));
                var x = p.lineWidth || 1;
                return p.__rect = {
                    x: y - x,
                    y: q - x,
                    width: u - y + x,
                    height: m - q + x
                }, p.__rect
            }
        }, a("../tool/util").inherits(j, l), j
    }), d("zrender/shape/util/dashedLineTo", [], function() {
        var a = [5, 5];
        return function(z, p, v, e, w, x) {
            if (z.setLineDash) {
                return a[0] = a[1] = x, z.setLineDash(a), z.moveTo(p, v), void z.lineTo(e, w)
            }
            x = "number" != typeof x ? 5 : x;
            var y = e - p,
                q = w - v,
                j = Math.floor(Math.sqrt(y * y + q * q) / x);
            y /= j, q /= j;
            for (var u = !0, A = 0; j > A; ++A) {
                u ? z.moveTo(p, v) : z.lineTo(p, v), u = !u, p += y, v += q
            }
            z.lineTo(e, w)
        }
    }), d("zrender/shape/Polygon", ["require", "./Base", "./util/smoothSpline", "./util/smoothBezier", "./util/dashedLineTo", "../tool/util"], function(l) {
        var r = l("./Base"),
            m = l("./util/smoothSpline"),
            p = l("./util/smoothBezier"),
            j = l("./util/dashedLineTo"),
            q = function(a) {
                r.call(this, a)
            };
        return q.prototype = {
            type: "polygon",
            buildPath: function(i, z) {
                var w = z.pointList;
                if (!(w.length < 2)) {
                    if (z.smooth && "spline" !== z.smooth) {
                        var x = p(w, z.smooth, !0, z.smoothConstraint);
                        i.moveTo(w[0][0], w[0][1]);
                        for (var y, u, n, v = w.length, B = 0; v > B; B++) {
                            y = x[2 * B], u = x[2 * B + 1], n = w[(B + 1) % v], i.bezierCurveTo(y[0], y[1], u[0], u[1], n[0], n[1])
                        }
                    } else {
                        if ("spline" === z.smooth && (w = m(w, !0)), z.lineType && "solid" != z.lineType) {
                            if ("dashed" == z.lineType || "dotted" == z.lineType) {
                                var A = z._dashLength || (z.lineWidth || 1) * ("dashed" == z.lineType ? 5 : 1);
                                z._dashLength = A, i.moveTo(w[0][0], w[0][1]);
                                for (var B = 1, a = w.length; a > B; B++) {
                                    j(i, w[B - 1][0], w[B - 1][1], w[B][0], w[B][1], A)
                                }
                                j(i, w[w.length - 1][0], w[w.length - 1][1], w[0][0], w[0][1], A)
                            }
                        } else {
                            i.moveTo(w[0][0], w[0][1]);
                            for (var B = 1, a = w.length; a > B; B++) {
                                i.lineTo(w[B][0], w[B][1])
                            }
                            i.lineTo(w[0][0], w[0][1])
                        }
                    }
                    i.closePath()
                }
            },
            getRect: function(v) {
                if (v.__rect) {
                    return v.__rect
                }
                for (var C = Number.MAX_VALUE, w = Number.MIN_VALUE, y = Number.MAX_VALUE, u = Number.MIN_VALUE, z = v.pointList, A = 0, B = z.length; B > A; A++) {
                    z[A][0] < C && (C = z[A][0]), z[A][0] > w && (w = z[A][0]), z[A][1] < y && (y = z[A][1]), z[A][1] > u && (u = z[A][1])
                }
                var x;
                return x = "stroke" == v.brushType || "fill" == v.brushType ? v.lineWidth || 1 : 0, v.__rect = {
                    x: Math.round(C - x / 2),
                    y: Math.round(y - x / 2),
                    width: w - C + x,
                    height: u - y + x
                }, v.__rect
            }
        }, l("../tool/util").inherits(q, r), q
    }), d("echarts/util/shape/normalIsCover", [], function() {
        return function(a, l) {
            var j = this.transformCoordToLocal(a, l);
            return a = j[0], l = j[1], this.isCoverRect(a, l)
        }
    }), d("zrender/shape/util/smoothSpline", ["require", "../../tool/vector"], function(a) {
        function l(p, z, q, v, m, w, x) {
            var y = 0.5 * (q - p),
                u = 0.5 * (v - z);
            return (2 * (z - q) + y + u) * x + (-3 * (z - q) - 2 * y - u) * w + y * m + z
        }
        var j = a("../../tool/vector");
        return function(v, A) {
            for (var i = v.length, B = [], D = 0, E = 1; i > E; E++) {
                D += j.distance(v[E - 1], v[E])
            }
            var x = D / 5;
            x = i > x ? i : x;
            for (var E = 0; x > E; E++) {
                var w, z, H, G = E / (x - 1) * (A ? i : i - 1),
                    t = Math.floor(G),
                    C = G - t,
                    q = v[t % i];
                A ? (w = v[(t - 1 + i) % i], z = v[(t + 1) % i], H = v[(t + 2) % i]) : (w = v[0 === t ? t : t - 1], z = v[t > i - 2 ? i - 1 : t + 1], H = v[t > i - 3 ? i - 1 : t + 2]);
                var F = C * C,
                    I = C * F;
                B.push([l(w[0], q[0], z[0], H[0], C, F, I), l(w[1], q[1], z[1], H[1], C, F, I)])
            }
            return B
        }
    }), d("zrender/shape/util/smoothBezier", ["require", "../../tool/vector"], function(a) {
        var i = a("../../tool/vector");
        return function(w, B, F, j) {
            var G, I, J, D, A = [],
                E = [],
                M = [],
                L = [],
                v = !!j;
            if (v) {
                J = [1 / 0, 1 / 0], D = [-(1 / 0), -(1 / 0)];
                for (var H = 0, t = w.length; t > H; H++) {
                    i.min(J, J, w[H]), i.max(D, D, w[H])
                }
                i.min(J, J, j[0]), i.max(D, D, j[1])
            }
            for (var H = 0, t = w.length; t > H; H++) {
                var G, I, K = w[H];
                if (F) {
                    G = w[H ? H - 1 : t - 1], I = w[(H + 1) % t]
                } else {
                    if (0 === H || H === t - 1) {
                        A.push(i.clone(w[H]));
                        continue
                    }
                    G = w[H - 1], I = w[H + 1]
                }
                i.sub(E, I, G), i.scale(E, E, B);
                var N = i.distance(K, G),
                    z = i.distance(K, I),
                    q = N + z;
                0 !== q && (N /= q, z /= q), i.scale(M, E, -N), i.scale(L, E, z);
                var x = i.add([], K, M),
                    C = i.add([], K, L);
                v && (i.max(x, x, J), i.min(x, x, D), i.max(C, C, J), i.min(C, C, D)), A.push(x), A.push(C)
            }
            return F && A.push(i.clone(A.shift())), A
        }
    }), d("echarts/util/ecQuery", ["require", "zrender/tool/util"], function(l) {
        function p(a, s) {
            if ("undefined" != typeof a) {
                if (!s) {
                    return a
                }
                s = s.split(".");
                for (var q = s.length, r = 0; q > r;) {
                    if (a = a[s[r]], "undefined" == typeof a) {
                        return
                    }
                    r++
                }
                return a
            }
        }

        function m(r, s) {
            for (var t, q = 0, u = r.length; u > q; q++) {
                if (t = p(r[q], s), "undefined" != typeof t) {
                    return t
                }
            }
        }

        function o(a, q) {
            for (var s, t = a.length; t--;) {
                var u = p(a[t], q);
                "undefined" != typeof u && ("undefined" == typeof s ? s = j.clone(u) : j.merge(s, u, !0))
            }
            return s
        }
        var j = l("zrender/tool/util");
        return {
            query: p,
            deepQuery: m,
            deepMerge: o
        }
    }), d("echarts/util/number", [], function() {
        function l(a) {
            return a.replace(/^\s+/, "").replace(/\s+$/, "")
        }

        function r(e, a) {
            return "string" == typeof e ? l(e).match(/%$/) ? parseFloat(e) / 100 * a : parseFloat(e) : e
        }

        function m(a, n) {
            return [r(n[0], a.getWidth()), r(n[1], a.getHeight())]
        }

        function p(a, o) {
            o instanceof Array || (o = [0, o]);
            var s = Math.min(a.getWidth(), a.getHeight()) / 2;
            return [r(o[0], s), r(o[1], s)]
        }

        function j(a) {
            return isNaN(a) ? "-" : (a = (a + "").split("."), a[0].replace(/(\d{1,3})(?=(?:\d{3})+(?!\d))/g, "$1,") + (a.length > 1 ? "." + a[1] : ""))
        }

        function q(a) {
            for (var o = 1, n = 0; Math.round(a * o) / o !== a;) {
                o *= 10, n++
            }
            return n
        }
        return {
            parsePercent: r,
            parseCenter: m,
            parseRadius: p,
            addCommas: j,
            getPrecision: q
        }
    }), d("echarts/data/KDTree", ["require", "./quickSelect"], function(a) {
        function m(i, n) {
            this.left = null, this.right = null, this.axis = i, this.data = n
        }
        var j = a("./quickSelect"),
            l = function(i, n) {
                i.length && (n || (n = i[0].array.length), this.dimension = n, this.root = this._buildTree(i, 0, i.length - 1, 0), this._stack = [], this._nearstNList = [])
            };
        return l.prototype._buildTree = function(p, t, i, u) {
            if (t > i) {
                return null
            }
            var v = Math.floor((t + i) / 2);
            v = j(p, t, i, v, function(n, o) {
                return n.array[u] - o.array[u]
            });
            var w = p[v],
                q = new m(u, w);
            return u = (u + 1) % this.dimension, i > t && (q.left = this._buildTree(p, t, v - 1, u), q.right = this._buildTree(p, v + 1, i, u)), q
        }, l.prototype.nearest = function(q, B) {
            var v = this.root,
                x = this._stack,
                p = 0,
                y = 1 / 0,
                z = null;
            for (v.data !== q && (y = B(v.data, q), z = v), q.array[v.axis] < v.data.array[v.axis] ? (v.right && (x[p++] = v.right), v.left && (x[p++] = v.left)) : (v.left && (x[p++] = v.left), v.right && (x[p++] = v.right)); p--;) {
                v = x[p];
                var A = q.array[v.axis] - v.data.array[v.axis],
                    w = 0 > A,
                    u = !1;
                A *= A, y > A && (A = B(v.data, q), y > A && v.data !== q && (y = A, z = v), u = !0), w ? (u && v.right && (x[p++] = v.right), v.left && (x[p++] = v.left)) : (u && v.left && (x[p++] = v.left), v.right && (x[p++] = v.right))
            }
            return z.data
        }, l.prototype._addNearest = function(p, s, q) {
            for (var r = this._nearstNList, o = p - 1; o > 0 && !(s >= r[o - 1].dist); o--) {
                r[o].dist = r[o - 1].dist, r[o].node = r[o - 1].node
            }
            r[o].dist = s, r[o].node = q
        }, l.prototype.nearestN = function(q, C, v, y) {
            if (0 >= C) {
                return y.length = 0, y
            }
            for (var p = this.root, z = this._stack, A = 0, B = this._nearstNList, w = 0; C > w; w++) {
                B[w] || (B[w] = {}), B[w].dist = 0, B[w].node = null
            }
            var u = v(p.data, q),
                x = 0;
            for (p.data !== q && (x++, this._addNearest(x, u, p)), q.array[p.axis] < p.data.array[p.axis] ? (p.right && (z[A++] = p.right), p.left && (z[A++] = p.left)) : (p.left && (z[A++] = p.left), p.right && (z[A++] = p.right)); A--;) {
                p = z[A];
                var u = q.array[p.axis] - p.data.array[p.axis],
                    E = 0 > u,
                    D = !1;
                u *= u, (C > x || u < B[x - 1].dist) && (u = v(p.data, q), (C > x || u < B[x - 1].dist) && p.data !== q && (C > x && x++, this._addNearest(x, u, p)), D = !0), E ? (D && p.right && (z[A++] = p.right), p.left && (z[A++] = p.left)) : (D && p.left && (z[A++] = p.left), p.right && (z[A++] = p.right))
            }
            for (var w = 0; x > w; w++) {
                y[w] = B[w].node.data
            }
            return y.length = x, y
        }, l
    }), d("echarts/data/quickSelect", ["require"], function() {
        function a(i, n) {
            return i - n
        }

        function m(o, r, p) {
            var q = o[r];
            o[r] = o[p], o[p] = q
        }

        function j(q, t, v, p, w) {
            for (var x = t; v > t;) {
                var x = Math.round((v + t) / 2),
                    y = q[x];
                m(q, x, v), x = t;
                for (var u = t; v - 1 >= u; u++) {
                    w(y, q[u]) >= 0 && (m(q, u, x), x++)
                }
                if (m(q, v, x), x === p) {
                    return x
                }
                p > x ? t = x + 1 : v = x - 1
            }
            return t
        }

        function l(s, i, e, p, q) {
            return arguments.length <= 3 && (p = i, q = 2 == arguments.length ? a : e, i = 0, e = s.length - 1), j(s, i, e, p, q)
        }
        return l
    }), d("echarts/component/dataView", ["require", "./base", "../config", "zrender/tool/util", "../component"], function(l) {
        function p(q, u, r, i, s) {
            m.call(this, q, u, r, i, s), this.dom = s.dom, this._tDom = document.createElement("div"), this._textArea = document.createElement("textArea"), this._buttonRefresh = document.createElement("button"), this._buttonRefresh.setAttribute("type", "button"), this._buttonClose = document.createElement("button"), this._buttonClose.setAttribute("type", "button"), this._hasShow = !1, this._zrHeight = r.getHeight(), this._zrWidth = r.getWidth(), this._tDom.className = "echarts-dataview", this.hide(), this.dom.firstChild.appendChild(this._tDom), window.addEventListener ? (this._tDom.addEventListener("click", this._stop), this._tDom.addEventListener("mousewheel", this._stop), this._tDom.addEventListener("mousemove", this._stop), this._tDom.addEventListener("mousedown", this._stop), this._tDom.addEventListener("mouseup", this._stop), this._tDom.addEventListener("touchstart", this._stop), this._tDom.addEventListener("touchmove", this._stop), this._tDom.addEventListener("touchend", this._stop)) : (this._tDom.attachEvent("onclick", this._stop), this._tDom.attachEvent("onmousewheel", this._stop), this._tDom.attachEvent("onmousemove", this._stop), this._tDom.attachEvent("onmousedown", this._stop), this._tDom.attachEvent("onmouseup", this._stop))
        }
        var m = l("./base"),
            o = l("../config"),
            j = l("zrender/tool/util");
        return p.prototype = {
            type: o.COMPONENT_TYPE_DATAVIEW,
            _lang: ["Data View", "close", "refresh"],
            _gCssText: "position:absolute;display:block;overflow:hidden;transition:height 0.8s,background-color 1s;-moz-transition:height 0.8s,background-color 1s;-webkit-transition:height 0.8s,background-color 1s;-o-transition:height 0.8s,background-color 1s;z-index:1;left:0;top:0;",
            hide: function() {
                this._sizeCssText = "width:" + this._zrWidth + "px;height:0px;background-color:#f0ffff;", this._tDom.style.cssText = this._gCssText + this._sizeCssText
            },
            show: function(a) {
                this._hasShow = !0;
                var s = this.query(this.option, "toolbox.feature.dataView.lang") || this._lang;
                this.option = a, this._tDom.innerHTML = '<p style="padding:8px 0;margin:0 0 10px 0;border-bottom:1px solid #eee">' + (s[0] || this._lang[0]) + "</p>";
                var q = this.query(this.option, "toolbox.feature.dataView.optionToContent");
                "function" != typeof q ? this._textArea.value = this._optionToContent() : (this._textArea = document.createElement("div"), this._textArea.innerHTML = q(this.option)), this._textArea.style.cssText = "display:block;margin:0 0 8px 0;padding:4px 6px;overflow:auto;width:100%;height:" + (this._zrHeight - 100) + "px;", this._tDom.appendChild(this._textArea), this._buttonClose.style.cssText = "float:right;padding:1px 6px;", this._buttonClose.innerHTML = s[1] || this._lang[1];
                var r = this;
                this._buttonClose.onclick = function() {
                    r.hide()
                }, this._tDom.appendChild(this._buttonClose), this.query(this.option, "toolbox.feature.dataView.readOnly") === !1 ? (this._buttonRefresh.style.cssText = "float:right;margin-right:10px;padding:1px 6px;", this._buttonRefresh.innerHTML = s[2] || this._lang[2], this._buttonRefresh.onclick = function() {
                    r._save()
                }, this._textArea.readOnly = !1, this._textArea.style.cursor = "default") : (this._buttonRefresh.style.cssText = "display:none", this._textArea.readOnly = !0, this._textArea.style.cursor = "text"), this._tDom.appendChild(this._buttonRefresh), this._sizeCssText = "width:" + this._zrWidth + "px;height:" + this._zrHeight + "px;background-color:#fff;", this._tDom.style.cssText = this._gCssText + this._sizeCssText
            },
            _optionToContent: function() {
                var q, B, v, n, y, z, A = [],
                    w = "";
                if (this.option.xAxis) {
                    for (A = this.option.xAxis instanceof Array ? this.option.xAxis : [this.option.xAxis], q = 0, n = A.length; n > q; q++) {
                        if ("category" == (A[q].type || "category")) {
                            for (z = [], B = 0, v = A[q].data.length; v > B; B++) {
                                z.push(this.getDataFromOption(A[q].data[B]))
                            }
                            w += z.join(", ") + "\n\n"
                        }
                    }
                }
                if (this.option.yAxis) {
                    for (A = this.option.yAxis instanceof Array ? this.option.yAxis : [this.option.yAxis], q = 0, n = A.length; n > q; q++) {
                        if ("category" == A[q].type) {
                            for (z = [], B = 0, v = A[q].data.length; v > B; B++) {
                                z.push(this.getDataFromOption(A[q].data[B]))
                            }
                            w += z.join(", ") + "\n\n"
                        }
                    }
                }
                var u, x = this.option.series;
                for (q = 0, n = x.length; n > q; q++) {
                    for (z = [], B = 0, v = x[q].data.length; v > B; B++) {
                        y = x[q].data[B], u = x[q].type == o.CHART_TYPE_PIE || x[q].type == o.CHART_TYPE_MAP ? (y.name || "-") + ":" : "", x[q].type == o.CHART_TYPE_SCATTER && (y = this.getDataFromOption(y).join(", ")), z.push(u + this.getDataFromOption(y))
                    }
                    w += (x[q].name || "-") + " : \n", w += z.join(x[q].type == o.CHART_TYPE_SCATTER ? "\n" : ", "), w += "\n\n"
                }
                return w
            },
            _save: function() {
                var q = this.query(this.option, "toolbox.feature.dataView.contentToOption");
                if ("function" != typeof q) {
                    for (var w = this._textArea.value.split("\n"), s = [], n = 0, u = w.length; u > n; n++) {
                        w[n] = this._trim(w[n]), "" !== w[n] && s.push(w[n])
                    }
                    this._contentToOption(s)
                } else {
                    q(this._textArea, this.option)
                }
                this.hide();
                var v = this;
                setTimeout(function() {
                    v.messageCenter && v.messageCenter.dispatch(o.EVENT.DATA_VIEW_CHANGED, null, {
                        option: v.option
                    }, v.myChart)
                }, v.canvasSupported ? 800 : 100)
            },
            _contentToOption: function(q) {
                var B, v, n, y, z, A, w, u = [],
                    x = 0;
                if (this.option.xAxis) {
                    for (u = this.option.xAxis instanceof Array ? this.option.xAxis : [this.option.xAxis], B = 0, y = u.length; y > B; B++) {
                        if ("category" == (u[B].type || "category")) {
                            for (A = q[x].split(","), v = 0, n = u[B].data.length; n > v; v++) {
                                w = this._trim(A[v] || ""), z = u[B].data[v], "undefined" != typeof u[B].data[v].value ? u[B].data[v].value = w : u[B].data[v] = w
                            }
                            x++
                        }
                    }
                }
                if (this.option.yAxis) {
                    for (u = this.option.yAxis instanceof Array ? this.option.yAxis : [this.option.yAxis], B = 0, y = u.length; y > B; B++) {
                        if ("category" == u[B].type) {
                            for (A = q[x].split(","), v = 0, n = u[B].data.length; n > v; v++) {
                                w = this._trim(A[v] || ""), z = u[B].data[v], "undefined" != typeof u[B].data[v].value ? u[B].data[v].value = w : u[B].data[v] = w
                            }
                            x++
                        }
                    }
                }
                var C = this.option.series;
                for (B = 0, y = C.length; y > B; B++) {
                    if (x++, C[B].type == o.CHART_TYPE_SCATTER) {
                        for (var v = 0, n = C[B].data.length; n > v; v++) {
                            A = q[x], w = A.replace(" ", "").split(","), "undefined" != typeof C[B].data[v].value ? C[B].data[v].value = w : C[B].data[v] = w, x++
                        }
                    } else {
                        A = q[x].split(",");
                        for (var v = 0, n = C[B].data.length; n > v; v++) {
                            w = (A[v] || "").replace(/.*:/, ""), w = this._trim(w), w = "-" != w && "" !== w ? w - 0 : "-", "undefined" != typeof C[B].data[v].value ? C[B].data[v].value = w : C[B].data[v] = w
                        }
                        x++
                    }
                }
            },
            _trim: function(a) {
                var i = new RegExp("(^[\\s\\t\\xa0\\u3000]+)|([\\u3000\\xa0\\s\\t]+$)", "g");
                return a.replace(i, "")
            },
            _stop: function(a) {
                a = a || window.event, a.stopPropagation ? a.stopPropagation() : a.cancelBubble = !0
            },
            resize: function() {
                this._zrHeight = this.zr.getHeight(), this._zrWidth = this.zr.getWidth(), this._tDom.offsetHeight > 10 && (this._sizeCssText = "width:" + this._zrWidth + "px;height:" + this._zrHeight + "px;background-color:#fff;", this._tDom.style.cssText = this._gCssText + this._sizeCssText, this._textArea.style.cssText = "display:block;margin:0 0 8px 0;padding:4px 6px;overflow:auto;width:100%;height:" + (this._zrHeight - 100) + "px;")
            },
            dispose: function() {
                window.removeEventListener ? (this._tDom.removeEventListener("click", this._stop), this._tDom.removeEventListener("mousewheel", this._stop), this._tDom.removeEventListener("mousemove", this._stop), this._tDom.removeEventListener("mousedown", this._stop), this._tDom.removeEventListener("mouseup", this._stop), this._tDom.removeEventListener("touchstart", this._stop), this._tDom.removeEventListener("touchmove", this._stop), this._tDom.removeEventListener("touchend", this._stop)) : (this._tDom.detachEvent("onclick", this._stop), this._tDom.detachEvent("onmousewheel", this._stop), this._tDom.detachEvent("onmousemove", this._stop), this._tDom.detachEvent("onmousedown", this._stop), this._tDom.detachEvent("onmouseup", this._stop)), this._buttonRefresh.onclick = null, this._buttonClose.onclick = null, this._hasShow && (this._tDom.removeChild(this._textArea), this._tDom.removeChild(this._buttonRefresh), this._tDom.removeChild(this._buttonClose)), this._textArea = null, this._buttonRefresh = null, this._buttonClose = null, this.dom.firstChild.removeChild(this._tDom), this._tDom = null
            }
        }, j.inherits(p, m), l("../component").define("dataView", p), p
    }), d("echarts/util/shape/Cross", ["require", "zrender/shape/Base", "zrender/shape/Line", "zrender/tool/util", "./normalIsCover"], function(l) {
        function p(a) {
            m.call(this, a)
        }
        var m = l("zrender/shape/Base"),
            o = l("zrender/shape/Line"),
            j = l("zrender/tool/util");
        return p.prototype = {
            type: "cross",
            buildPath: function(a, q) {
                var n = q.rect;
                q.xStart = n.x, q.xEnd = n.x + n.width, q.yStart = q.yEnd = q.y, o.prototype.buildPath(a, q), q.xStart = q.xEnd = q.x, q.yStart = n.y, q.yEnd = n.y + n.height, o.prototype.buildPath(a, q)
            },
            getRect: function(a) {
                return a.rect
            },
            isCover: l("./normalIsCover")
        }, j.inherits(p, m), p
    }), d("zrender/shape/Sector", ["require", "../tool/math", "../tool/computeBoundingBox", "../tool/vector", "./Base", "../tool/util"], function(m) {
        var z = m("../tool/math"),
            q = m("../tool/computeBoundingBox"),
            v = m("../tool/vector"),
            j = m("./Base"),
            w = v.create(),
            x = v.create(),
            y = v.create(),
            u = v.create(),
            p = function(a) {
                j.call(this, a)
            };
        return p.prototype = {
            type: "sector",
            buildPath: function(A, C) {
                var F = C.x,
                    t = C.y,
                    G = C.r0 || 0,
                    H = C.r,
                    I = C.startAngle,
                    D = C.endAngle,
                    B = C.clockWise || !1;
                I = z.degreeToRadian(I), D = z.degreeToRadian(D), B || (I = -I, D = -D);
                var E = z.cos(I),
                    J = z.sin(I);
                A.moveTo(E * G + F, J * G + t), A.lineTo(E * H + F, J * H + t), A.arc(F, t, H, I, D, !B), A.lineTo(z.cos(D) * G + F, z.sin(D) * G + t), 0 !== G && A.arc(F, t, G, D, I, B), A.closePath()
            },
            getRect: function(n) {
                if (n.__rect) {
                    return n.__rect
                }
                var i = n.x,
                    o = n.y,
                    r = n.r0 || 0,
                    A = n.r,
                    t = z.degreeToRadian(n.startAngle),
                    l = z.degreeToRadian(n.endAngle),
                    s = n.clockWise;
                return s || (t = -t, l = -l), r > 1 ? q.arc(i, o, r, t, l, !s, w, y) : (w[0] = y[0] = i, w[1] = y[1] = o), q.arc(i, o, A, t, l, !s, x, u), v.min(w, w, x), v.max(y, y, u), n.__rect = {
                    x: w[0],
                    y: w[1],
                    width: y[0] - w[0],
                    height: y[1] - w[1]
                }, n.__rect
            }
        }, m("../tool/util").inherits(p, j), p
    }), d("echarts/util/shape/Candle", ["require", "zrender/shape/Base", "zrender/tool/util", "./normalIsCover"], function(a) {
        function m(i) {
            j.call(this, i)
        }
        var j = a("zrender/shape/Base"),
            l = a("zrender/tool/util");
        return m.prototype = {
            type: "candle",
            _numberOrder: function(i, n) {
                return n - i
            },
            buildPath: function(n, p) {
                var o = l.clone(p.y).sort(this._numberOrder);
                n.moveTo(p.x, o[3]), n.lineTo(p.x, o[2]), n.moveTo(p.x - p.width / 2, o[2]), n.rect(p.x - p.width / 2, o[2], p.width, o[1] - o[2]), n.moveTo(p.x, o[1]), n.lineTo(p.x, o[0])
            },
            getRect: function(n) {
                if (!n.__rect) {
                    var p = 0;
                    ("stroke" == n.brushType || "fill" == n.brushType) && (p = n.lineWidth || 1);
                    var o = l.clone(n.y).sort(this._numberOrder);
                    n.__rect = {
                        x: Math.round(n.x - n.width / 2 - p / 2),
                        y: Math.round(o[3] - p / 2),
                        width: n.width + p,
                        height: o[0] - o[3] + p
                    }
                }
                return n.__rect
            },
            isCover: a("./normalIsCover")
        }, l.inherits(m, j), m
    }), d("zrender/tool/computeBoundingBox", ["require", "./vector", "./curve"], function(m) {
        function z(B, I, C) {
            if (0 !== B.length) {
                for (var E = B[0][0], A = B[0][0], F = B[0][1], G = B[0][1], H = 1; H < B.length; H++) {
                    var D = B[H];
                    D[0] < E && (E = D[0]), D[0] > A && (A = D[0]), D[1] < F && (F = D[1]), D[1] > G && (G = D[1])
                }
                I[0] = E, I[1] = F, C[0] = A, C[1] = G
            }
        }

        function q(B, J, D, G, o, H) {
            var I = [];
            w.cubicExtrema(B[0], J[0], D[0], G[0], I);
            for (var E = 0; E < I.length; E++) {
                I[E] = w.cubicAt(B[0], J[0], D[0], G[0], I[E])
            }
            var C = [];
            w.cubicExtrema(B[1], J[1], D[1], G[1], C);
            for (var E = 0; E < C.length; E++) {
                C[E] = w.cubicAt(B[1], J[1], D[1], G[1], C[E])
            }
            I.push(B[0], G[0]), C.push(B[1], G[1]);
            var F = Math.min.apply(null, I),
                L = Math.max.apply(null, I),
                K = Math.min.apply(null, C),
                A = Math.max.apply(null, C);
            o[0] = F, o[1] = K, H[0] = L, H[1] = A
        }

        function v(B, J, D, G, o) {
            var H = w.quadraticExtremum(B[0], J[0], D[0]),
                I = w.quadraticExtremum(B[1], J[1], D[1]);
            H = Math.max(Math.min(H, 1), 0), I = Math.max(Math.min(I, 1), 0);
            var E = 1 - H,
                C = 1 - I,
                F = E * E * B[0] + 2 * E * H * J[0] + H * H * D[0],
                L = E * E * B[1] + 2 * E * H * J[1] + H * H * D[1],
                K = C * C * B[0] + 2 * C * I * J[0] + I * I * D[0],
                A = C * C * B[1] + 2 * C * I * J[1] + I * I * D[1];
            G[0] = Math.min(B[0], D[0], F, K), G[1] = Math.min(B[1], D[1], L, A), o[0] = Math.max(B[0], D[0], F, K), o[1] = Math.max(B[1], D[1], L, A)
        }
        var j = m("./vector"),
            w = m("./curve"),
            x = j.create(),
            y = j.create(),
            u = j.create(),
            p = function(l, D, s, B, C, r, A, F) {
                if (Math.abs(B - C) >= 2 * Math.PI) {
                    return A[0] = l - s, A[1] = D - s, F[0] = l + s, void(F[1] = D + s)
                }
                if (x[0] = Math.cos(B) * s + l, x[1] = Math.sin(B) * s + D, y[0] = Math.cos(C) * s + l, y[1] = Math.sin(C) * s + D, j.min(A, x, y), j.max(F, x, y), B %= 2 * Math.PI, 0 > B && (B += 2 * Math.PI), C %= 2 * Math.PI, 0 > C && (C += 2 * Math.PI), B > C && !r ? C += 2 * Math.PI : C > B && r && (B += 2 * Math.PI), r) {
                    var E = C;
                    C = B, B = E
                }
                for (var a = 0; C > a; a += Math.PI / 2) {
                    a > B && (u[0] = Math.cos(a) * s + l, u[1] = Math.sin(a) * s + D, j.min(A, u, A), j.max(F, u, F))
                }
            };
        return z.cubeBezier = q, z.quadraticBezier = v, z.arc = p, z
    }), d("echarts/util/shape/Chain", ["require", "zrender/shape/Base", "./Icon", "zrender/shape/util/dashedLineTo", "zrender/tool/util", "zrender/tool/matrix"], function(l) {
        function u(a) {
            m.call(this, a)
        }
        var m = l("zrender/shape/Base"),
            p = l("./Icon"),
            j = l("zrender/shape/util/dashedLineTo"),
            q = l("zrender/tool/util"),
            s = l("zrender/tool/matrix");
        return u.prototype = {
            type: "chain",
            brush: function(a, o) {
                var n = this.style;
                o && (n = this.getHighlightStyle(n, this.highlightStyle || {})), a.save(), this.setContext(a, n), this.setTransform(a), a.save(), a.beginPath(), this.buildLinePath(a, n), a.stroke(), a.restore(), this.brushSymbol(a, n), a.restore()
            },
            buildLinePath: function(a, A) {
                var v = A.x,
                    w = A.y + 5,
                    x = A.width,
                    y = A.height / 2 - 10;
                if (a.moveTo(v, w), a.lineTo(v, w + y), a.moveTo(v + x, w), a.lineTo(v + x, w + y), a.moveTo(v, w + y / 2), A.lineType && "solid" != A.lineType) {
                    if ("dashed" == A.lineType || "dotted" == A.lineType) {
                        var z = (A.lineWidth || 1) * ("dashed" == A.lineType ? 5 : 1);
                        j(a, v, w + y / 2, v + x, w + y / 2, z)
                    }
                } else {
                    a.lineTo(v + x, w + y / 2)
                }
            },
            brushSymbol: function(v, B) {
                var w = B.y + B.height / 4;
                v.save();
                for (var n, y = B.chainPoint, z = 0, A = y.length; A > z; z++) {
                    if (n = y[z], "none" != n.symbol) {
                        v.beginPath();
                        var x = n.symbolSize;
                        p.prototype.buildPath(v, {
                            iconType: n.symbol,
                            x: n.x - x,
                            y: w - x,
                            width: 2 * x,
                            height: 2 * x,
                            n: n.n
                        }), v.fillStyle = n.isEmpty ? "#fff" : B.strokeColor, v.closePath(), v.fill(), v.stroke()
                    }
                    n.showLabel && (v.font = n.textFont, v.fillStyle = n.textColor, v.textAlign = n.textAlign, v.textBaseline = n.textBaseline, n.rotation ? (v.save(), this._updateTextTransform(v, n.rotation), v.fillText(n.name, n.textX, n.textY), v.restore()) : v.fillText(n.name, n.textX, n.textY))
                }
                v.restore()
            },
            _updateTextTransform: function(r, x) {
                var v = s.create();
                if (s.identity(v), 0 !== x[0]) {
                    var w = x[1] || 0,
                        o = x[2] || 0;
                    (w || o) && s.translate(v, v, [-w, -o]), s.rotate(v, v, x[0]), (w || o) && s.translate(v, v, [w, o])
                }
                r.transform.apply(r, v)
            },
            isCover: function(a, o) {
                var n = this.style;
                return a >= n.x && a <= n.x + n.width && o >= n.y && o <= n.y + n.height ? !0 : !1
            }
        }, q.inherits(u, m), u
    }), d("zrender/shape/Ring", ["require", "./Base", "../tool/util"], function(a) {
        var l = a("./Base"),
            j = function(i) {
                l.call(this, i)
            };
        return j.prototype = {
            type: "ring",
            buildPath: function(i, m) {
                i.arc(m.x, m.y, m.r, 0, 2 * Math.PI, !1), i.moveTo(m.x + m.r0, m.y), i.arc(m.x, m.y, m.r0, 0, 2 * Math.PI, !0)
            },
            getRect: function(i) {
                if (i.__rect) {
                    return i.__rect
                }
                var m;
                return m = "stroke" == i.brushType || "fill" == i.brushType ? i.lineWidth || 1 : 0, i.__rect = {
                    x: Math.round(i.x - i.r - m / 2),
                    y: Math.round(i.y - i.r - m / 2),
                    width: 2 * i.r + m,
                    height: 2 * i.r + m
                }, i.__rect
            }
        }, a("../tool/util").inherits(j, l), j
    }), d("echarts/component/axis", ["require", "./base", "zrender/shape/Line", "../config", "../util/ecData", "zrender/tool/util", "zrender/tool/color", "./categoryAxis", "./valueAxis", "../component"], function(l) {
        function w(s, A, x, i, y, z) {
            m.call(this, s, A, x, i, y), this.axisType = z, this._axisList = [], this.refresh(i)
        }
        var m = l("./base"),
            p = l("zrender/shape/Line"),
            j = l("../config"),
            q = l("../util/ecData"),
            u = l("zrender/tool/util"),
            v = l("zrender/tool/color");
        return w.prototype = {
            type: j.COMPONENT_TYPE_AXIS,
            axisBase: {
                _buildAxisLine: function() {
                    var r = this.option.axisLine.lineStyle.width,
                        y = r / 2,
                        s = {
                            _axisShape: "axisLine",
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase() + 3,
                            hoverable: !1
                        },
                        n = this.grid;
                    switch (this.option.position) {
                        case "left":
                            s.style = {
                                xStart: n.getX() - y,
                                yStart: n.getYend(),
                                xEnd: n.getX() - y,
                                yEnd: n.getY(),
                                lineCap: "round"
                            };
                            break;
                        case "right":
                            s.style = {
                                xStart: n.getXend() + y,
                                yStart: n.getYend(),
                                xEnd: n.getXend() + y,
                                yEnd: n.getY(),
                                lineCap: "round"
                            };
                            break;
                        case "bottom":
                            s.style = {
                                xStart: n.getX(),
                                yStart: n.getYend() + y,
                                xEnd: n.getXend(),
                                yEnd: n.getYend() + y,
                                lineCap: "round"
                            };
                            break;
                        case "top":
                            s.style = {
                                xStart: n.getX(),
                                yStart: n.getY() - y,
                                xEnd: n.getXend(),
                                yEnd: n.getY() - y,
                                lineCap: "round"
                            }
                    }
                    var x = s.style;
                    "" !== this.option.name && (x.text = this.option.name, x.textPosition = this.option.nameLocation, x.textFont = this.getFont(this.option.nameTextStyle), this.option.nameTextStyle.align && (x.textAlign = this.option.nameTextStyle.align), this.option.nameTextStyle.baseline && (x.textBaseline = this.option.nameTextStyle.baseline), this.option.nameTextStyle.color && (x.textColor = this.option.nameTextStyle.color)), x.strokeColor = this.option.axisLine.lineStyle.color, x.lineWidth = r, this.isHorizontal() ? x.yStart = x.yEnd = this.subPixelOptimize(x.yEnd, r) : x.xStart = x.xEnd = this.subPixelOptimize(x.xEnd, r), x.lineType = this.option.axisLine.lineStyle.type, s = new p(s), this.shapeList.push(s)
                },
                _axisLabelClickable: function(a, i) {
                    return a ? (q.pack(i, void 0, -1, void 0, -1, i.style.text), i.hoverable = !0, i.clickable = !0, i.highlightStyle = {
                        color: v.lift(i.style.color, 1),
                        brushType: "fill"
                    }, i) : i
                },
                refixAxisShape: function(r, y) {
                    if (this.option.axisLine.onZero) {
                        var s;
                        if (this.isHorizontal() && null != y) {
                            for (var x = 0, o = this.shapeList.length; o > x; x++) {
                                "axisLine" === this.shapeList[x]._axisShape ? (this.shapeList[x].style.yStart = this.shapeList[x].style.yEnd = this.subPixelOptimize(y, this.shapeList[x].stylelineWidth), this.zr.modShape(this.shapeList[x].id)) : "axisTick" === this.shapeList[x]._axisShape && (s = this.shapeList[x].style.yEnd - this.shapeList[x].style.yStart, this.shapeList[x].style.yStart = y - s, this.shapeList[x].style.yEnd = y, this.zr.modShape(this.shapeList[x].id))
                            }
                        }
                        if (!this.isHorizontal() && null != r) {
                            for (var x = 0, o = this.shapeList.length; o > x; x++) {
                                "axisLine" === this.shapeList[x]._axisShape ? (this.shapeList[x].style.xStart = this.shapeList[x].style.xEnd = this.subPixelOptimize(r, this.shapeList[x].stylelineWidth), this.zr.modShape(this.shapeList[x].id)) : "axisTick" === this.shapeList[x]._axisShape && (s = this.shapeList[x].style.xEnd - this.shapeList[x].style.xStart, this.shapeList[x].style.xStart = r, this.shapeList[x].style.xEnd = r + s, this.zr.modShape(this.shapeList[x].id))
                            }
                        }
                    }
                },
                getPosition: function() {
                    return this.option.position
                },
                isHorizontal: function() {
                    return "bottom" === this.option.position || "top" === this.option.position
                }
            },
            reformOption: function(a) {
                if (!a || a instanceof Array && 0 === a.length ? a = [{
                        type: j.COMPONENT_TYPE_AXIS_VALUE
                    }] : a instanceof Array || (a = [a]), a.length > 2 && (a = [a[0], a[1]]), "xAxis" === this.axisType) {
                    (!a[0].position || "bottom" != a[0].position && "top" != a[0].position) && (a[0].position = "bottom"), a.length > 1 && (a[1].position = "bottom" === a[0].position ? "top" : "bottom");
                    for (var o = 0, n = a.length; n > o; o++) {
                        a[o].type = a[o].type || "category", a[o].xAxisIndex = o, a[o].yAxisIndex = -1
                    }
                } else {
                    (!a[0].position || "left" != a[0].position && "right" != a[0].position) && (a[0].position = "left"), a.length > 1 && (a[1].position = "left" === a[0].position ? "right" : "left");
                    for (var o = 0, n = a.length; n > o; o++) {
                        a[o].type = a[o].type || "value", a[o].xAxisIndex = -1, a[o].yAxisIndex = o
                    }
                }
                return a
            },
            refresh: function(A) {
                var s;
                A && (this.option = A, "xAxis" === this.axisType ? (this.option.xAxis = this.reformOption(A.xAxis), s = this.option.xAxis) : (this.option.yAxis = this.reformOption(A.yAxis), s = this.option.yAxis), this.series = A.series);
                for (var x = l("./categoryAxis"), e = l("./valueAxis"), y = Math.max(s && s.length || 0, this._axisList.length), z = 0; y > z; z++) {
                    !this._axisList[z] || !A || s[z] && this._axisList[z].type == s[z].type || (this._axisList[z].dispose && this._axisList[z].dispose(), this._axisList[z] = !1), this._axisList[z] ? this._axisList[z].refresh && this._axisList[z].refresh(s ? s[z] : !1, this.series) : s && s[z] && (this._axisList[z] = "category" === s[z].type ? new x(this.ecTheme, this.messageCenter, this.zr, s[z], this.myChart, this.axisBase) : new e(this.ecTheme, this.messageCenter, this.zr, s[z], this.myChart, this.axisBase, this.series))
                }
            },
            getAxis: function(a) {
                return this._axisList[a]
            },
            getAxisCount: function() {
                return this._axisList.length
            },
            clear: function() {
                for (var a = 0, i = this._axisList.length; i > a; a++) {
                    this._axisList[a].dispose && this._axisList[a].dispose()
                }
                this._axisList = []
            }
        }, u.inherits(w, m), l("../component").define("axis", w), w
    }), d("echarts/component/grid", ["require", "./base", "zrender/shape/Rectangle", "../config", "zrender/tool/util", "../component"], function(l) {
        function r(s, w, u, i, v) {
            m.call(this, s, w, u, i, v), this.refresh(i)
        }
        var m = l("./base"),
            p = l("zrender/shape/Rectangle"),
            j = l("../config");
        j.grid = {
            zlevel: 0,
            z: 0,
            x: 80,
            y: 60,
            x2: 80,
            y2: 60,
            backgroundColor: "rgba(0,0,0,0)",
            borderWidth: 1,
            borderColor: "#ccc"
        };
        var q = l("zrender/tool/util");
        return r.prototype = {
            type: j.COMPONENT_TYPE_GRID,
            getX: function() {
                return this._x
            },
            getY: function() {
                return this._y
            },
            getWidth: function() {
                return this._width
            },
            getHeight: function() {
                return this._height
            },
            getXend: function() {
                return this._x + this._width
            },
            getYend: function() {
                return this._y + this._height
            },
            getArea: function() {
                return {
                    x: this._x,
                    y: this._y,
                    width: this._width,
                    height: this._height
                }
            },
            getBbox: function() {
                return [
                    [this._x, this._y],
                    [this.getXend(), this.getYend()]
                ]
            },
            refixAxisShape: function(a) {
                for (var x, s, u, v = a.xAxis._axisList.concat(a.yAxis ? a.yAxis._axisList : []), w = v.length; w--;) {
                    u = v[w], u.type == j.COMPONENT_TYPE_AXIS_VALUE && u._min < 0 && u._max >= 0 && (u.isHorizontal() ? x = u.getCoord(0) : s = u.getCoord(0))
                }
                if ("undefined" != typeof x || "undefined" != typeof s) {
                    for (w = v.length; w--;) {
                        v[w].refixAxisShape(x, s)
                    }
                }
            },
            refresh: function(o) {
                if (o || this._zrWidth != this.zr.getWidth() || this._zrHeight != this.zr.getHeight()) {
                    this.clear(), this.option = o || this.option, this.option.grid = this.reformOption(this.option.grid);
                    var u = this.option.grid;
                    this._zrWidth = this.zr.getWidth(), this._zrHeight = this.zr.getHeight(), this._x = this.parsePercent(u.x, this._zrWidth), this._y = this.parsePercent(u.y, this._zrHeight);
                    var s = this.parsePercent(u.x2, this._zrWidth),
                        n = this.parsePercent(u.y2, this._zrHeight);
                    this._width = "undefined" == typeof u.width ? this._zrWidth - this._x - s : this.parsePercent(u.width, this._zrWidth), this._width = this._width <= 0 ? 10 : this._width, this._height = "undefined" == typeof u.height ? this._zrHeight - this._y - n : this.parsePercent(u.height, this._zrHeight), this._height = this._height <= 0 ? 10 : this._height, this._x = this.subPixelOptimize(this._x, u.borderWidth), this._y = this.subPixelOptimize(this._y, u.borderWidth), this.shapeList.push(new p({
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        hoverable: !1,
                        style: {
                            x: this._x,
                            y: this._y,
                            width: this._width,
                            height: this._height,
                            brushType: u.borderWidth > 0 ? "both" : "fill",
                            color: u.backgroundColor,
                            strokeColor: u.borderColor,
                            lineWidth: u.borderWidth
                        }
                    })), this.zr.addShape(this.shapeList[0])
                }
            }
        }, q.inherits(r, m), l("../component").define("grid", r), r
    }), d("echarts/component/dataZoom", ["require", "./base", "zrender/shape/Rectangle", "zrender/shape/Polygon", "../util/shape/Icon", "../config", "../util/date", "zrender/tool/util", "../component"], function(m) {
        function y(l, B, s, i, z) {
            p.call(this, l, B, s, i, z);
            var A = this;
            A._ondrift = function(a, n) {
                return A.__ondrift(this, a, n)
            }, A._ondragend = function() {
                return A.__ondragend()
            }, this._fillerSize = 30, this._isSilence = !1, this._zoom = {}, this.option.dataZoom = this.reformOption(this.option.dataZoom), this.zoomOption = this.option.dataZoom, this._handleSize = this.zoomOption.handleSize, this.myChart.canvasSupported || (this.zoomOption.realtime = !1), this._location = this._getLocation(), this._zoom = this._getZoom(), this._backupData(), this.option.dataZoom.show && this._buildShape(), this._syncData()
        }
        var p = m("./base"),
            u = m("zrender/shape/Rectangle"),
            j = m("zrender/shape/Polygon"),
            v = m("../util/shape/Icon"),
            w = m("../config");
        w.dataZoom = {
            zlevel: 0,
            z: 4,
            show: !1,
            orient: "horizontal",
            backgroundColor: "rgba(0,0,0,0)",
            dataBackgroundColor: "#eee",
            fillerColor: "rgba(144,197,237,0.2)",
            handleColor: "rgba(70,130,180,0.8)",
            handleSize: 8,
            showDetail: !0,
            realtime: !0
        };
        var x = m("../util/date"),
            q = m("zrender/tool/util");
        return y.prototype = {
            type: w.COMPONENT_TYPE_DATAZOOM,
            _buildShape: function() {
                this._buildBackground(), this._buildFiller(), this._buildHandle(), this._buildFrame();
                for (var a = 0, i = this.shapeList.length; i > a; a++) {
                    this.zr.addShape(this.shapeList[a])
                }
                this._syncFrameShape()
            },
            _getLocation: function() {
                var o, z, r, s, l = this.component.grid;
                return "horizontal" == this.zoomOption.orient ? (r = this.zoomOption.width || l.getWidth(), s = this.zoomOption.height || this._fillerSize, o = null != this.zoomOption.x ? this.zoomOption.x : l.getX(), z = null != this.zoomOption.y ? this.zoomOption.y : this.zr.getHeight() - s - 2) : (r = this.zoomOption.width || this._fillerSize, s = this.zoomOption.height || l.getHeight(), o = null != this.zoomOption.x ? this.zoomOption.x : 2, z = null != this.zoomOption.y ? this.zoomOption.y : l.getY()), {
                    x: o,
                    y: z,
                    width: r,
                    height: s
                }
            },
            _getZoom: function() {
                var B = this.option.series,
                    K = this.option.xAxis;
                !K || K instanceof Array || (K = [K], this.option.xAxis = K);
                var D = this.option.yAxis;
                !D || D instanceof Array || (D = [D], this.option.yAxis = D);
                var G, r, H = [],
                    J = this.zoomOption.xAxisIndex;
                if (K && null == J) {
                    G = [];
                    for (var E = 0, C = K.length; C > E; E++) {
                        ("category" == K[E].type || null == K[E].type) && G.push(E)
                    }
                } else {
                    G = J instanceof Array ? J : null != J ? [J] : []
                }
                if (J = this.zoomOption.yAxisIndex, D && null == J) {
                    r = [];
                    for (var E = 0, C = D.length; C > E; E++) {
                        "category" == D[E].type && r.push(E)
                    }
                } else {
                    r = J instanceof Array ? J : null != J ? [J] : []
                }
                for (var F, E = 0, C = B.length; C > E; E++) {
                    if (F = B[E], F.type == w.CHART_TYPE_LINE || F.type == w.CHART_TYPE_BAR || F.type == w.CHART_TYPE_SCATTER || F.type == w.CHART_TYPE_K) {
                        for (var M = 0, L = G.length; L > M; M++) {
                            if (G[M] == (F.xAxisIndex || 0)) {
                                H.push(E);
                                break
                            }
                        }
                        for (var M = 0, L = r.length; L > M; M++) {
                            if (r[M] == (F.yAxisIndex || 0)) {
                                H.push(E);
                                break
                            }
                        }
                        null == this.zoomOption.xAxisIndex && null == this.zoomOption.yAxisIndex && F.data && this.getDataFromOption(F.data[0]) instanceof Array && (F.type == w.CHART_TYPE_SCATTER || F.type == w.CHART_TYPE_LINE || F.type == w.CHART_TYPE_BAR) && H.push(E)
                    }
                }
                var A = null != this._zoom.start ? this._zoom.start : null != this.zoomOption.start ? this.zoomOption.start : 0,
                    I = null != this._zoom.end ? this._zoom.end : null != this.zoomOption.end ? this.zoomOption.end : 100;
                A > I && (A += I, I = A - I, A -= I);
                var z = Math.round((I - A) / 100 * ("horizontal" == this.zoomOption.orient ? this._location.width : this._location.height));
                return {
                    start: A,
                    end: I,
                    start2: 0,
                    end2: 100,
                    size: z,
                    xAxisIndex: G,
                    yAxisIndex: r,
                    seriesIndex: H,
                    scatterMap: this._zoom.scatterMap || {}
                }
            },
            _backupData: function() {
                this._originalData = {
                    xAxis: {},
                    yAxis: {},
                    series: {}
                };
                for (var z = this.option.xAxis, G = this._zoom.xAxisIndex, B = 0, D = G.length; D > B; B++) {
                    this._originalData.xAxis[G[B]] = z[G[B]].data
                }
                for (var r = this.option.yAxis, E = this._zoom.yAxisIndex, B = 0, D = E.length; D > B; B++) {
                    this._originalData.yAxis[E[B]] = r[E[B]].data
                }
                for (var F, C = this.option.series, A = this._zoom.seriesIndex, B = 0, D = A.length; D > B; B++) {
                    F = C[A[B]], this._originalData.series[A[B]] = F.data, F.data && this.getDataFromOption(F.data[0]) instanceof Array && (F.type == w.CHART_TYPE_SCATTER || F.type == w.CHART_TYPE_LINE || F.type == w.CHART_TYPE_BAR) && (this._backupScale(), this._calculScatterMap(A[B]))
                }
            },
            _calculScatterMap: function(B) {
                this._zoom.scatterMap = this._zoom.scatterMap || {}, this._zoom.scatterMap[B] = this._zoom.scatterMap[B] || {};
                var l = m("../component"),
                    s = l.get("axis"),
                    e = q.clone(this.option.xAxis);
                "category" == e[0].type && (e[0].type = "value"), e[1] && "category" == e[1].type && (e[1].type = "value");
                var z = new s(this.ecTheme, null, !1, {
                        xAxis: e,
                        series: this.option.series
                    }, this, "xAxis"),
                    A = this.option.series[B].xAxisIndex || 0;
                this._zoom.scatterMap[B].x = z.getAxis(A).getExtremum(), z.dispose(), e = q.clone(this.option.yAxis), "category" == e[0].type && (e[0].type = "value"), e[1] && "category" == e[1].type && (e[1].type = "value"), z = new s(this.ecTheme, null, !1, {
                    yAxis: e,
                    series: this.option.series
                }, this, "yAxis"), A = this.option.series[B].yAxisIndex || 0, this._zoom.scatterMap[B].y = z.getAxis(A).getExtremum(), z.dispose()
            },
            _buildBackground: function() {
                var z = this._location.width,
                    K = this._location.height;
                this.shapeList.push(new u({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    hoverable: !1,
                    style: {
                        x: this._location.x,
                        y: this._location.y,
                        width: z,
                        height: K,
                        color: this.zoomOption.backgroundColor
                    }
                }));
                for (var D = 0, H = this._originalData.xAxis, J = this._zoom.xAxisIndex, F = 0, C = J.length; C > F; F++) {
                    D = Math.max(D, H[J[F]].length)
                }
                for (var G = this._originalData.yAxis, N = this._zoom.yAxisIndex, F = 0, C = N.length; C > F; F++) {
                    D = Math.max(D, G[N[F]].length)
                }
                for (var M, r = this._zoom.seriesIndex[0], I = this._originalData.series[r], n = Number.MIN_VALUE, L = Number.MAX_VALUE, F = 0, C = I.length; C > F; F++) {
                    M = this.getDataFromOption(I[F], 0), this.option.series[r].type == w.CHART_TYPE_K && (M = M[1]), isNaN(M) && (M = 0), n = Math.max(n, M), L = Math.min(L, M)
                }
                var O = n - L,
                    B = [],
                    a = z / (D - (D > 1 ? 1 : 0)),
                    A = K / (D - (D > 1 ? 1 : 0)),
                    E = 1;
                "horizontal" == this.zoomOption.orient && 1 > a ? E = Math.floor(3 * D / z) : "vertical" == this.zoomOption.orient && 1 > A && (E = Math.floor(3 * D / K));
                for (var F = 0, C = D; C > F; F += E) {
                    M = this.getDataFromOption(I[F], 0), this.option.series[r].type == w.CHART_TYPE_K && (M = M[1]), isNaN(M) && (M = 0), B.push("horizontal" == this.zoomOption.orient ? [this._location.x + a * F, this._location.y + K - 1 - Math.round((M - L) / O * (K - 10))] : [this._location.x + 1 + Math.round((M - L) / O * (z - 10)), this._location.y + A * (C - F - 1)])
                }
                "horizontal" == this.zoomOption.orient ? (B.push([this._location.x + z, this._location.y + K]), B.push([this._location.x, this._location.y + K])) : (B.push([this._location.x, this._location.y]), B.push([this._location.x, this._location.y + K])), this.shapeList.push(new j({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        pointList: B,
                        color: this.zoomOption.dataBackgroundColor
                    },
                    hoverable: !1
                }))
            },
            _buildFiller: function() {
                this._fillerShae = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    draggable: !0,
                    ondrift: this._ondrift,
                    ondragend: this._ondragend,
                    _type: "filler"
                }, this._fillerShae.style = "horizontal" == this.zoomOption.orient ? {
                    x: this._location.x + Math.round(this._zoom.start / 100 * this._location.width) + this._handleSize,
                    y: this._location.y,
                    width: this._zoom.size - 2 * this._handleSize,
                    height: this._location.height,
                    color: this.zoomOption.fillerColor,
                    text: ":::",
                    textPosition: "inside"
                } : {
                    x: this._location.x,
                    y: this._location.y + Math.round(this._zoom.start / 100 * this._location.height) + this._handleSize,
                    width: this._location.width,
                    height: this._zoom.size - 2 * this._handleSize,
                    color: this.zoomOption.fillerColor,
                    text: "::",
                    textPosition: "inside"
                }, this._fillerShae.highlightStyle = {
                    brushType: "fill",
                    color: "rgba(0,0,0,0)"
                }, this._fillerShae = new u(this._fillerShae), this.shapeList.push(this._fillerShae)
            },
            _buildHandle: function() {
                var a = this.zoomOption.showDetail ? this._getDetail() : {
                    start: "",
                    end: ""
                };
                this._startShape = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    draggable: !0,
                    style: {
                        iconType: "rectangle",
                        x: this._location.x,
                        y: this._location.y,
                        width: this._handleSize,
                        height: this._handleSize,
                        color: this.zoomOption.handleColor,
                        text: "=",
                        textPosition: "inside"
                    },
                    highlightStyle: {
                        text: a.start,
                        brushType: "fill",
                        textPosition: "left"
                    },
                    ondrift: this._ondrift,
                    ondragend: this._ondragend
                }, "horizontal" == this.zoomOption.orient ? (this._startShape.style.height = this._location.height, this._endShape = q.clone(this._startShape), this._startShape.style.x = this._fillerShae.style.x - this._handleSize, this._endShape.style.x = this._fillerShae.style.x + this._fillerShae.style.width, this._endShape.highlightStyle.text = a.end, this._endShape.highlightStyle.textPosition = "right") : (this._startShape.style.width = this._location.width, this._endShape = q.clone(this._startShape), this._startShape.style.y = this._fillerShae.style.y + this._fillerShae.style.height, this._startShape.highlightStyle.textPosition = "bottom", this._endShape.style.y = this._fillerShae.style.y - this._handleSize, this._endShape.highlightStyle.text = a.end, this._endShape.highlightStyle.textPosition = "top"), this._startShape = new v(this._startShape), this._endShape = new v(this._endShape), this.shapeList.push(this._startShape), this.shapeList.push(this._endShape)
            },
            _buildFrame: function() {
                var a = this.subPixelOptimize(this._location.x, 1),
                    i = this.subPixelOptimize(this._location.y, 1);
                this._startFrameShape = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    hoverable: !1,
                    style: {
                        x: a,
                        y: i,
                        width: this._location.width - (a > this._location.x ? 1 : 0),
                        height: this._location.height - (i > this._location.y ? 1 : 0),
                        lineWidth: 1,
                        brushType: "stroke",
                        strokeColor: this.zoomOption.handleColor
                    }
                }, this._endFrameShape = q.clone(this._startFrameShape), this._startFrameShape = new u(this._startFrameShape), this._endFrameShape = new u(this._endFrameShape), this.shapeList.push(this._startFrameShape), this.shapeList.push(this._endFrameShape)
            },
            _syncHandleShape: function() {
                "horizontal" == this.zoomOption.orient ? (this._startShape.style.x = this._fillerShae.style.x - this._handleSize, this._endShape.style.x = this._fillerShae.style.x + this._fillerShae.style.width, this._zoom.start = (this._startShape.style.x - this._location.x) / this._location.width * 100, this._zoom.end = (this._endShape.style.x + this._handleSize - this._location.x) / this._location.width * 100) : (this._startShape.style.y = this._fillerShae.style.y + this._fillerShae.style.height, this._endShape.style.y = this._fillerShae.style.y - this._handleSize, this._zoom.start = (this._location.y + this._location.height - this._startShape.style.y) / this._location.height * 100, this._zoom.end = (this._location.y + this._location.height - this._endShape.style.y - this._handleSize) / this._location.height * 100), this.zr.modShape(this._startShape.id), this.zr.modShape(this._endShape.id), this._syncFrameShape(), this.zr.refreshNextFrame()
            },
            _syncFillerShape: function() {
                var a, i;
                "horizontal" == this.zoomOption.orient ? (a = this._startShape.style.x, i = this._endShape.style.x, this._fillerShae.style.x = Math.min(a, i) + this._handleSize, this._fillerShae.style.width = Math.abs(a - i) - this._handleSize, this._zoom.start = (Math.min(a, i) - this._location.x) / this._location.width * 100, this._zoom.end = (Math.max(a, i) + this._handleSize - this._location.x) / this._location.width * 100) : (a = this._startShape.style.y, i = this._endShape.style.y, this._fillerShae.style.y = Math.min(a, i) + this._handleSize, this._fillerShae.style.height = Math.abs(a - i) - this._handleSize, this._zoom.start = (this._location.y + this._location.height - Math.max(a, i)) / this._location.height * 100, this._zoom.end = (this._location.y + this._location.height - Math.min(a, i) - this._handleSize) / this._location.height * 100), this.zr.modShape(this._fillerShae.id), this._syncFrameShape(), this.zr.refreshNextFrame()
            },
            _syncFrameShape: function() {
                "horizontal" == this.zoomOption.orient ? (this._startFrameShape.style.width = this._fillerShae.style.x - this._location.x, this._endFrameShape.style.x = this._fillerShae.style.x + this._fillerShae.style.width, this._endFrameShape.style.width = this._location.x + this._location.width - this._endFrameShape.style.x) : (this._startFrameShape.style.y = this._fillerShae.style.y + this._fillerShae.style.height, this._startFrameShape.style.height = this._location.y + this._location.height - this._startFrameShape.style.y, this._endFrameShape.style.height = this._fillerShae.style.y - this._location.y), this.zr.modShape(this._startFrameShape.id), this.zr.modShape(this._endFrameShape.id)
            },
            _syncShape: function() {
                this.zoomOption.show && ("horizontal" == this.zoomOption.orient ? (this._startShape.style.x = this._location.x + this._zoom.start / 100 * this._location.width, this._endShape.style.x = this._location.x + this._zoom.end / 100 * this._location.width - this._handleSize, this._fillerShae.style.x = this._startShape.style.x + this._handleSize, this._fillerShae.style.width = this._endShape.style.x - this._startShape.style.x - this._handleSize) : (this._startShape.style.y = this._location.y + this._location.height - this._zoom.start / 100 * this._location.height, this._endShape.style.y = this._location.y + this._location.height - this._zoom.end / 100 * this._location.height - this._handleSize, this._fillerShae.style.y = this._endShape.style.y + this._handleSize, this._fillerShae.style.height = this._startShape.style.y - this._endShape.style.y - this._handleSize), this.zr.modShape(this._startShape.id), this.zr.modShape(this._endShape.id), this.zr.modShape(this._fillerShae.id), this._syncFrameShape(), this.zr.refresh())
            },
            _syncData: function(z) {
                var F, A, C, r, D;
                for (var E in this._originalData) {
                    F = this._originalData[E];
                    for (var B in F) {
                        D = F[B], null != D && (r = D.length, A = Math.floor(this._zoom.start / 100 * r), C = Math.ceil(this._zoom.end / 100 * r), this.getDataFromOption(D[0]) instanceof Array && this.option[E][B].type != w.CHART_TYPE_K ? (this._setScale(), this.option[E][B].data = this._synScatterData(B, D)) : this.option[E][B].data = D.slice(A, C))
                    }
                }
                this._isSilence || !this.zoomOption.realtime && !z || this.messageCenter.dispatch(w.EVENT.DATA_ZOOM, null, {
                    zoom: this._zoom
                }, this.myChart)
            },
            _synScatterData: function(A, J) {
                if (0 === this._zoom.start && 100 == this._zoom.end && 0 === this._zoom.start2 && 100 == this._zoom.end2) {
                    return J
                }
                var C, F, z, G, H, I = [],
                    D = this._zoom.scatterMap[A];
                "horizontal" == this.zoomOption.orient ? (C = D.x.max - D.x.min, F = this._zoom.start / 100 * C + D.x.min, z = this._zoom.end / 100 * C + D.x.min, C = D.y.max - D.y.min, G = this._zoom.start2 / 100 * C + D.y.min, H = this._zoom.end2 / 100 * C + D.y.min) : (C = D.x.max - D.x.min, F = this._zoom.start2 / 100 * C + D.x.min, z = this._zoom.end2 / 100 * C + D.x.min, C = D.y.max - D.y.min, G = this._zoom.start / 100 * C + D.y.min, H = this._zoom.end / 100 * C + D.y.min);
                var B;
                (B = D.x.dataMappingMethods) && (F = B.coord2Value(F), z = B.coord2Value(z)), (B = D.y.dataMappingMethods) && (G = B.coord2Value(G), H = B.coord2Value(H));
                for (var E, L = 0, K = J.length; K > L; L++) {
                    E = J[L].value || J[L], E[0] >= F && E[0] <= z && E[1] >= G && E[1] <= H && I.push(J[L])
                }
                return I
            },
            _setScale: function() {
                var o = 0 !== this._zoom.start || 100 !== this._zoom.end || 0 !== this._zoom.start2 || 100 !== this._zoom.end2,
                    z = {
                        xAxis: this.option.xAxis,
                        yAxis: this.option.yAxis
                    };
                for (var r in z) {
                    for (var s = 0, l = z[r].length; l > s; s++) {
                        z[r][s].scale = o || z[r][s]._scale
                    }
                }
            },
            _backupScale: function() {
                var a = {
                    xAxis: this.option.xAxis,
                    yAxis: this.option.yAxis
                };
                for (var r in a) {
                    for (var l = 0, o = a[r].length; o > l; l++) {
                        a[r][l]._scale = a[r][l].scale
                    }
                }
            },
            _getDetail: function() {
                for (var B = ["xAxis", "yAxis"], K = 0, D = B.length; D > K; K++) {
                    var G = this._originalData[B[K]];
                    for (var s in G) {
                        var H = G[s];
                        if (null != H) {
                            var J = H.length,
                                E = Math.floor(this._zoom.start / 100 * J),
                                C = Math.ceil(this._zoom.end / 100 * J);
                            return C -= C > 0 ? 1 : 0, {
                                start: this.getDataFromOption(H[E]),
                                end: this.getDataFromOption(H[C])
                            }
                        }
                    }
                }
                B = "horizontal" == this.zoomOption.orient ? "xAxis" : "yAxis";
                var F = this._zoom.seriesIndex[0],
                    N = this.option.series[F][B + "Index"] || 0,
                    M = this.option[B][N].type,
                    A = this._zoom.scatterMap[F][B.charAt(0)].min,
                    I = this._zoom.scatterMap[F][B.charAt(0)].max,
                    z = I - A;
                if ("value" == M) {
                    return {
                        start: A + z * this._zoom.start / 100,
                        end: A + z * this._zoom.end / 100
                    }
                }
                if ("time" == M) {
                    I = A + z * this._zoom.end / 100, A += z * this._zoom.start / 100;
                    var L = x.getAutoFormatter(A, I).formatter;
                    return {
                        start: x.format(L, A),
                        end: x.format(L, I)
                    }
                }
                return {
                    start: "",
                    end: ""
                }
            },
            __ondrift: function(o, z, r) {
                this.zoomOption.zoomLock && (o = this._fillerShae);
                var s = "filler" == o._type ? this._handleSize : 0;
                if ("horizontal" == this.zoomOption.orient ? o.style.x + z - s <= this._location.x ? o.style.x = this._location.x + s : o.style.x + z + o.style.width + s >= this._location.x + this._location.width ? o.style.x = this._location.x + this._location.width - o.style.width - s : o.style.x += z : o.style.y + r - s <= this._location.y ? o.style.y = this._location.y + s : o.style.y + r + o.style.height + s >= this._location.y + this._location.height ? o.style.y = this._location.y + this._location.height - o.style.height - s : o.style.y += r, "filler" == o._type ? this._syncHandleShape() : this._syncFillerShape(), this.zoomOption.realtime && this._syncData(), this.zoomOption.showDetail) {
                    var l = this._getDetail();
                    this._startShape.style.text = this._startShape.highlightStyle.text = l.start, this._endShape.style.text = this._endShape.highlightStyle.text = l.end, this._startShape.style.textPosition = this._startShape.highlightStyle.textPosition, this._endShape.style.textPosition = this._endShape.highlightStyle.textPosition
                }
                return !0
            },
            __ondragend: function() {
                this.zoomOption.showDetail && (this._startShape.style.text = this._endShape.style.text = "=", this._startShape.style.textPosition = this._endShape.style.textPosition = "inside", this.zr.modShape(this._startShape.id), this.zr.modShape(this._endShape.id), this.zr.refreshNextFrame()), this.isDragend = !0
            },
            ondragend: function(a, i) {
                this.isDragend && a.target && (!this.zoomOption.realtime && this._syncData(), i.dragOut = !0, i.dragIn = !0, this._isSilence || this.zoomOption.realtime || this.messageCenter.dispatch(w.EVENT.DATA_ZOOM, null, {
                    zoom: this._zoom
                }, this.myChart), i.needRefresh = !1, this.isDragend = !1)
            },
            ondataZoom: function(a, i) {
                i.needRefresh = !0
            },
            absoluteZoom: function(a) {
                this._zoom.start = a.start, this._zoom.end = a.end, this._zoom.start2 = a.start2, this._zoom.end2 = a.end2, this._syncShape(), this._syncData(!0)
            },
            rectZoom: function(z) {
                if (!z) {
                    return this._zoom.start = this._zoom.start2 = 0, this._zoom.end = this._zoom.end2 = 100, this._syncShape(), this._syncData(!0), this._zoom
                }
                var F = this.component.grid.getArea(),
                    A = {
                        x: z.x,
                        y: z.y,
                        width: z.width,
                        height: z.height
                    };
                if (A.width < 0 && (A.x += A.width, A.width = -A.width), A.height < 0 && (A.y += A.height, A.height = -A.height), A.x > F.x + F.width || A.y > F.y + F.height) {
                    return !1
                }
                A.x < F.x && (A.x = F.x), A.x + A.width > F.x + F.width && (A.width = F.x + F.width - A.x), A.y + A.height > F.y + F.height && (A.height = F.y + F.height - A.y);
                var B, l = (A.x - F.x) / F.width,
                    C = 1 - (A.x + A.width - F.x) / F.width,
                    D = 1 - (A.y + A.height - F.y) / F.height,
                    E = (A.y - F.y) / F.height;
                return "horizontal" == this.zoomOption.orient ? (B = this._zoom.end - this._zoom.start, this._zoom.start += B * l, this._zoom.end -= B * C, B = this._zoom.end2 - this._zoom.start2, this._zoom.start2 += B * D, this._zoom.end2 -= B * E) : (B = this._zoom.end - this._zoom.start, this._zoom.start += B * D, this._zoom.end -= B * E, B = this._zoom.end2 - this._zoom.start2, this._zoom.start2 += B * l, this._zoom.end2 -= B * C), this._syncShape(), this._syncData(!0), this._zoom
            },
            syncBackupData: function(A) {
                for (var H, B, D = this._originalData.series, z = A.series, E = 0, F = z.length; F > E; E++) {
                    B = z[E].data || z[E].eventList, H = D[E] ? Math.floor(this._zoom.start / 100 * D[E].length) : 0;
                    for (var G = 0, C = B.length; C > G; G++) {
                        D[E] && (D[E][G + H] = B[G])
                    }
                }
            },
            syncOption: function(a) {
                this.silence(!0), this.option = a, this.option.dataZoom = this.reformOption(this.option.dataZoom), this.zoomOption = this.option.dataZoom, this.myChart.canvasSupported || (this.zoomOption.realtime = !1), this.clear(), this._location = this._getLocation(), this._zoom = this._getZoom(), this._backupData(), this.option.dataZoom && this.option.dataZoom.show && this._buildShape(), this._syncData(), this.silence(!1)
            },
            silence: function(a) {
                this._isSilence = a
            },
            getRealDataIndex: function(a, n) {
                if (!this._originalData || 0 === this._zoom.start && 100 == this._zoom.end) {
                    return n
                }
                var l = this._originalData.series;
                return l[a] ? Math.floor(this._zoom.start / 100 * l[a].length) + n : -1
            },
            resize: function() {
                this.clear(), this._location = this._getLocation(), this._zoom = this._getZoom(), this.option.dataZoom.show && this._buildShape()
            }
        }, q.inherits(y, p), m("../component").define("dataZoom", y), y
    }), d("echarts/component/categoryAxis", ["require", "./base", "zrender/shape/Text", "zrender/shape/Line", "zrender/shape/Rectangle", "../config", "zrender/tool/util", "zrender/tool/area", "../component"], function(m) {
        function y(l, D, z, i, A, B) {
            if (i.data.length < 1) {
                return void console.error("option.data.length < 1.")
            }
            p.call(this, l, D, z, i, A), this.grid = this.component.grid;
            for (var C in B) {
                this[C] = B[C]
            }
            this.refresh(i)
        }
        var p = m("./base"),
            u = m("zrender/shape/Text"),
            j = m("zrender/shape/Line"),
            v = m("zrender/shape/Rectangle"),
            w = m("../config");
        w.categoryAxis = {
            zlevel: 0,
            z: 0,
            show: !0,
            position: "bottom",
            name: "",
            nameLocation: "end",
            nameTextStyle: {},
            boundaryGap: !0,
            axisLine: {
                show: !0,
                onZero: !0,
                lineStyle: {
                    color: "#48b",
                    width: 2,
                    type: "solid"
                }
            },
            axisTick: {
                show: !0,
                interval: "auto",
                inside: !1,
                length: 5,
                lineStyle: {
                    color: "#333",
                    width: 1
                }
            },
            axisLabel: {
                show: !0,
                interval: "auto",
                rotate: 0,
                margin: 8,
                textStyle: {
                    color: "#333"
                }
            },
            splitLine: {
                show: !0,
                lineStyle: {
                    color: ["#ccc"],
                    width: 1,
                    type: "solid"
                }
            },
            splitArea: {
                show: !1,
                areaStyle: {
                    color: ["rgba(250,250,250,0.3)", "rgba(200,200,200,0.3)"]
                }
            }
        };
        var x = m("zrender/tool/util"),
            q = m("zrender/tool/area");
        return y.prototype = {
            type: w.COMPONENT_TYPE_AXIS_CATEGORY,
            _getReformedLabel: function(a) {
                var n = this.getDataFromOption(this.option.data[a]),
                    l = this.option.data[a].formatter || this.option.axisLabel.formatter;
                return l && ("function" == typeof l ? n = l.call(this.myChart, n) : "string" == typeof l && (n = l.replace("{value}", n))), n
            },
            _getInterval: function() {
                var z = this.option.axisLabel.interval;
                if ("auto" == z) {
                    var H = this.option.axisLabel.textStyle.fontSize,
                        B = this.option.data,
                        D = this.option.data.length;
                    if (this.isHorizontal()) {
                        if (D > 3) {
                            var l, E, G = this.getGap(),
                                A = !1,
                                C = Math.floor(0.5 / G);
                            for (C = 1 > C ? 1 : C, z = Math.floor(15 / G); !A && D > z;) {
                                z += C, A = !0, l = Math.floor(G * z);
                                for (var J = Math.floor((D - 1) / z) * z; J >= 0; J -= z) {
                                    if (0 !== this.option.axisLabel.rotate) {
                                        E = H
                                    } else {
                                        if (B[J].textStyle) {
                                            E = q.getTextWidth(this._getReformedLabel(J), this.getFont(x.merge(B[J].textStyle, this.option.axisLabel.textStyle)))
                                        } else {
                                            var I = this._getReformedLabel(J) + "",
                                                s = (I.match(/\w/g) || "").length,
                                                F = I.length - s;
                                            E = s * H * 2 / 3 + F * H
                                        }
                                    }
                                    if (E > l) {
                                        A = !1;
                                        break
                                    }
                                }
                            }
                        } else {
                            z = 1
                        }
                    } else {
                        if (D > 3) {
                            var G = this.getGap();
                            for (z = Math.floor(11 / G); H > G * z - 6 && D > z;) {
                                z++
                            }
                        } else {
                            z = 1
                        }
                    }
                } else {
                    z = "function" == typeof z ? 1 : z - 0 + 1
                }
                return z
            },
            _buildShape: function() {
                if (this._interval = this._getInterval(), this.option.show) {
                    this.option.splitArea.show && this._buildSplitArea(), this.option.splitLine.show && this._buildSplitLine(), this.option.axisLine.show && this._buildAxisLine(), this.option.axisTick.show && this._buildAxisTick(), this.option.axisLabel.show && this._buildAxisLabel();
                    for (var a = 0, i = this.shapeList.length; i > a; a++) {
                        this.zr.addShape(this.shapeList[a])
                    }
                }
            },
            _buildAxisTick: function() {
                var A, K = this.option.data,
                    C = this.option.data.length,
                    F = this.option.axisTick,
                    G = F.length,
                    I = F.lineStyle.color,
                    J = F.lineStyle.width,
                    D = "function" == typeof F.interval ? F.interval : "auto" == F.interval && "function" == typeof this.option.axisLabel.interval ? this.option.axisLabel.interval : !1,
                    B = D ? 1 : "auto" == F.interval ? this._interval : F.interval - 0 + 1,
                    E = F.onGap,
                    N = E ? this.getGap() / 2 : "undefined" == typeof E && this.option.boundaryGap ? this.getGap() / 2 : 0,
                    M = N > 0 ? -B : 0;
                if (this.isHorizontal()) {
                    for (var z, H = "bottom" == this.option.position ? F.inside ? this.grid.getYend() - G - 1 : this.grid.getYend() + 1 : F.inside ? this.grid.getY() + 1 : this.grid.getY() - G - 1, a = M; C > a; a += B) {
                        (!D || D(a, K[a])) && (z = this.subPixelOptimize(this.getCoordByIndex(a) + (a >= 0 ? N : 0), J), A = {
                            _axisShape: "axisTick",
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            hoverable: !1,
                            style: {
                                xStart: z,
                                yStart: H,
                                xEnd: z,
                                yEnd: H + G,
                                strokeColor: I,
                                lineWidth: J
                            }
                        }, this.shapeList.push(new j(A)))
                    }
                } else {
                    for (var L, O = "left" == this.option.position ? F.inside ? this.grid.getX() + 1 : this.grid.getX() - G - 1 : F.inside ? this.grid.getXend() - G - 1 : this.grid.getXend() + 1, a = M; C > a; a += B) {
                        (!D || D(a, K[a])) && (L = this.subPixelOptimize(this.getCoordByIndex(a) - (a >= 0 ? N : 0), J), A = {
                            _axisShape: "axisTick",
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            hoverable: !1,
                            style: {
                                xStart: O,
                                yStart: L,
                                xEnd: O + G,
                                yEnd: L,
                                strokeColor: I,
                                lineWidth: J
                            }
                        }, this.shapeList.push(new j(A)))
                    }
                }
            },
            _buildAxisLabel: function() {
                var A, I, C = this.option.data,
                    n = this.option.data.length,
                    F = this.option.axisLabel,
                    H = F.rotate,
                    D = F.margin,
                    B = F.clickable,
                    E = F.textStyle,
                    L = "function" == typeof F.interval ? F.interval : !1;
                if (this.isHorizontal()) {
                    var K, z;
                    "bottom" == this.option.position ? (K = this.grid.getYend() + D, z = "top") : (K = this.grid.getY() - D, z = "bottom");
                    for (var G = 0; n > G; G += this._interval) {
                        L && !L(G, C[G]) || "" === this._getReformedLabel(G) || (I = x.merge(C[G].textStyle || {}, E), A = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase() + 3,
                            hoverable: !1,
                            style: {
                                x: this.getCoordByIndex(G),
                                y: K,
                                color: I.color,
                                text: this._getReformedLabel(G),
                                textFont: this.getFont(I),
                                textAlign: I.align || "center",
                                textBaseline: I.baseline || z
                            }
                        }, H && (A.style.textAlign = H > 0 ? "bottom" == this.option.position ? "right" : "left" : "bottom" == this.option.position ? "left" : "right", A.rotation = [H * Math.PI / 180, A.style.x, A.style.y]), this.shapeList.push(new u(this._axisLabelClickable(B, A))))
                    }
                } else {
                    var s, J;
                    "left" == this.option.position ? (s = this.grid.getX() - D, J = "right") : (s = this.grid.getXend() + D, J = "left");
                    for (var G = 0; n > G; G += this._interval) {
                        L && !L(G, C[G]) || "" === this._getReformedLabel(G) || (I = x.merge(C[G].textStyle || {}, E), A = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase() + 3,
                            hoverable: !1,
                            style: {
                                x: s,
                                y: this.getCoordByIndex(G),
                                color: I.color,
                                text: this._getReformedLabel(G),
                                textFont: this.getFont(I),
                                textAlign: I.align || J,
                                textBaseline: I.baseline || 0 === G && "" !== this.option.name ? "bottom" : G == n - 1 && "" !== this.option.name ? "top" : "middle"
                            }
                        }, H && (A.rotation = [H * Math.PI / 180, A.style.x, A.style.y]), this.shapeList.push(new u(this._axisLabelClickable(B, A))))
                    }
                }
            },
            _buildSplitLine: function() {
                var A, L = this.option.data,
                    D = this.option.data.length,
                    G = this.option.splitLine,
                    H = G.lineStyle.type,
                    J = G.lineStyle.width,
                    K = G.lineStyle.color;
                K = K instanceof Array ? K : [K];
                var E = K.length,
                    C = "function" == typeof this.option.axisLabel.interval ? this.option.axisLabel.interval : !1,
                    F = G.onGap,
                    O = F ? this.getGap() / 2 : "undefined" == typeof F && this.option.boundaryGap ? this.getGap() / 2 : 0;
                if (D -= F || "undefined" == typeof F && this.option.boundaryGap ? 1 : 0, this.isHorizontal()) {
                    for (var N, z = this.grid.getY(), I = this.grid.getYend(), a = 0; D > a; a += this._interval) {
                        (!C || C(a, L[a])) && (N = this.subPixelOptimize(this.getCoordByIndex(a) + O, J), A = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            hoverable: !1,
                            style: {
                                xStart: N,
                                yStart: z,
                                xEnd: N,
                                yEnd: I,
                                strokeColor: K[a / this._interval % E],
                                lineType: H,
                                lineWidth: J
                            }
                        }, this.shapeList.push(new j(A)))
                    }
                } else {
                    for (var M, P = this.grid.getX(), B = this.grid.getXend(), a = 0; D > a; a += this._interval) {
                        (!C || C(a, L[a])) && (M = this.subPixelOptimize(this.getCoordByIndex(a) - O, J), A = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            hoverable: !1,
                            style: {
                                xStart: P,
                                yStart: M,
                                xEnd: B,
                                yEnd: M,
                                strokeColor: K[a / this._interval % E],
                                lineType: H,
                                lineWidth: J
                            }
                        }, this.shapeList.push(new j(A)))
                    }
                }
            },
            _buildSplitArea: function() {
                var B, L = this.option.data,
                    E = this.option.splitArea,
                    H = E.areaStyle.color;
                if (H instanceof Array) {
                    var o = H.length,
                        J = this.option.data.length,
                        K = "function" == typeof this.option.axisLabel.interval ? this.option.axisLabel.interval : !1,
                        F = E.onGap,
                        D = F ? this.getGap() / 2 : "undefined" == typeof F && this.option.boundaryGap ? this.getGap() / 2 : 0;
                    if (this.isHorizontal()) {
                        for (var G, O = this.grid.getY(), N = this.grid.getHeight(), A = this.grid.getX(), I = 0; J >= I; I += this._interval) {
                            K && !K(I, L[I]) && J > I || (G = J > I ? this.getCoordByIndex(I) + D : this.grid.getXend(), B = {
                                zlevel: this.getZlevelBase(),
                                z: this.getZBase(),
                                hoverable: !1,
                                style: {
                                    x: A,
                                    y: O,
                                    width: G - A,
                                    height: N,
                                    color: H[I / this._interval % o]
                                }
                            }, this.shapeList.push(new v(B)), A = G)
                        }
                    } else {
                        for (var z, M = this.grid.getX(), P = this.grid.getWidth(), C = this.grid.getYend(), I = 0; J >= I; I += this._interval) {
                            K && !K(I, L[I]) && J > I || (z = J > I ? this.getCoordByIndex(I) - D : this.grid.getY(), B = {
                                zlevel: this.getZlevelBase(),
                                z: this.getZBase(),
                                hoverable: !1,
                                style: {
                                    x: M,
                                    y: z,
                                    width: P,
                                    height: C - z,
                                    color: H[I / this._interval % o]
                                }
                            }, this.shapeList.push(new v(B)), C = z)
                        }
                    }
                } else {
                    B = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        hoverable: !1,
                        style: {
                            x: this.grid.getX(),
                            y: this.grid.getY(),
                            width: this.grid.getWidth(),
                            height: this.grid.getHeight(),
                            color: H
                        }
                    }, this.shapeList.push(new v(B))
                }
            },
            refresh: function(a) {
                a && (this.option = this.reformOption(a), this.option.axisLabel.textStyle = this.getTextStyle(this.option.axisLabel.textStyle)), this.clear(), this._buildShape()
            },
            getGap: function() {
                var a = this.option.data.length,
                    i = this.isHorizontal() ? this.grid.getWidth() : this.grid.getHeight();
                return this.option.boundaryGap ? i / a : i / (a > 1 ? a - 1 : 1)
            },
            getCoord: function(r) {
                for (var B = this.option.data, s = B.length, z = this.getGap(), l = this.option.boundaryGap ? z / 2 : 0, A = 0; s > A; A++) {
                    if (this.getDataFromOption(B[A]) == r) {
                        return l = this.isHorizontal() ? this.grid.getX() + l : this.grid.getYend() - l
                    }
                    l += z
                }
            },
            getCoordByIndex: function(a) {
                if (0 > a) {
                    return this.isHorizontal() ? this.grid.getX() : this.grid.getYend()
                }
                if (a > this.option.data.length - 1) {
                    return this.isHorizontal() ? this.grid.getXend() : this.grid.getY()
                }
                var n = this.getGap(),
                    l = this.option.boundaryGap ? n / 2 : 0;
                return l += a * n, l = this.isHorizontal() ? this.grid.getX() + l : this.grid.getYend() - l
            },
            getNameByIndex: function(a) {
                return this.getDataFromOption(this.option.data[a])
            },
            getIndexByName: function(a) {
                for (var r = this.option.data, l = r.length, o = 0; l > o; o++) {
                    if (this.getDataFromOption(r[o]) == a) {
                        return o
                    }
                }
                return -1
            },
            getValueFromCoord: function() {
                return ""
            },
            isMainAxis: function(a) {
                return a % this._interval === 0
            }
        }, x.inherits(y, p), m("../component").define("categoryAxis", y), y
    }), d("echarts/component/valueAxis", ["require", "./base", "zrender/shape/Text", "zrender/shape/Line", "zrender/shape/Rectangle", "../config", "../util/date", "zrender/tool/util", "../util/smartSteps", "../util/accMath", "../util/smartLogSteps", "../component"], function(m) {
        function y(z, F, B, i, C, D, E) {
            if (!E || 0 === E.length) {
                return void console.err("option.series.length == 0.")
            }
            p.call(this, z, F, B, i, C), this.series = E, this.grid = this.component.grid;
            for (var A in D) {
                this[A] = D[A]
            }
            this.refresh(i, E)
        }
        var p = m("./base"),
            u = m("zrender/shape/Text"),
            j = m("zrender/shape/Line"),
            v = m("zrender/shape/Rectangle"),
            w = m("../config");
        w.valueAxis = {
            zlevel: 0,
            z: 0,
            show: !0,
            position: "left",
            name: "",
            nameLocation: "end",
            nameTextStyle: {},
            boundaryGap: [0, 0],
            axisLine: {
                show: !0,
                onZero: !0,
                lineStyle: {
                    color: "#48b",
                    width: 2,
                    type: "solid"
                }
            },
            axisTick: {
                show: !1,
                inside: !1,
                length: 5,
                lineStyle: {
                    color: "#333",
                    width: 1
                }
            },
            axisLabel: {
                show: !0,
                rotate: 0,
                margin: 8,
                textStyle: {
                    color: "#333"
                }
            },
            splitLine: {
                show: !0,
                lineStyle: {
                    color: ["#ccc"],
                    width: 1,
                    type: "solid"
                }
            },
            splitArea: {
                show: !1,
                areaStyle: {
                    color: ["rgba(250,250,250,0.3)", "rgba(200,200,200,0.3)"]
                }
            }
        };
        var x = m("../util/date"),
            q = m("zrender/tool/util");
        return y.prototype = {
            type: w.COMPONENT_TYPE_AXIS_VALUE,
            _buildShape: function() {
                if (this._hasData = !1, this._calculateValue(), this._hasData && this.option.show) {
                    this.option.splitArea.show && this._buildSplitArea(), this.option.splitLine.show && this._buildSplitLine(), this.option.axisLine.show && this._buildAxisLine(), this.option.axisTick.show && this._buildAxisTick(), this.option.axisLabel.show && this._buildAxisLabel();
                    for (var a = 0, i = this.shapeList.length; i > a; a++) {
                        this.zr.addShape(this.shapeList[a])
                    }
                }
            },
            _buildAxisTick: function() {
                var a, H = this._valueList,
                    A = this._valueList.length,
                    D = this.option.axisTick,
                    E = D.length,
                    F = D.lineStyle.color,
                    G = D.lineStyle.width;
                if (this.isHorizontal()) {
                    for (var B, z = "bottom" === this.option.position ? D.inside ? this.grid.getYend() - E - 1 : this.grid.getYend() + 1 : D.inside ? this.grid.getY() + 1 : this.grid.getY() - E - 1, C = 0; A > C; C++) {
                        B = this.subPixelOptimize(this.getCoord(H[C]), G), a = {
                            _axisShape: "axisTick",
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            hoverable: !1,
                            style: {
                                xStart: B,
                                yStart: z,
                                xEnd: B,
                                yEnd: z + E,
                                strokeColor: F,
                                lineWidth: G
                            }
                        }, this.shapeList.push(new j(a))
                    }
                } else {
                    for (var J, I = "left" === this.option.position ? D.inside ? this.grid.getX() + 1 : this.grid.getX() - E - 1 : D.inside ? this.grid.getXend() - E - 1 : this.grid.getXend() + 1, C = 0; A > C; C++) {
                        J = this.subPixelOptimize(this.getCoord(H[C]), G), a = {
                            _axisShape: "axisTick",
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            hoverable: !1,
                            style: {
                                xStart: I,
                                yStart: J,
                                xEnd: I + E,
                                yEnd: J,
                                strokeColor: F,
                                lineWidth: G
                            }
                        }, this.shapeList.push(new j(a))
                    }
                }
            },
            _buildAxisLabel: function() {
                var z, H = this._valueList,
                    B = this._valueList.length,
                    n = this.option.axisLabel.rotate,
                    E = this.option.axisLabel.margin,
                    F = this.option.axisLabel.clickable,
                    G = this.option.axisLabel.textStyle;
                if (this.isHorizontal()) {
                    var C, A;
                    "bottom" === this.option.position ? (C = this.grid.getYend() + E, A = "top") : (C = this.grid.getY() - E, A = "bottom");
                    for (var D = 0; B > D; D++) {
                        z = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase() + 3,
                            hoverable: !1,
                            style: {
                                x: this.getCoord(H[D]),
                                y: C,
                                color: "function" == typeof G.color ? G.color(H[D]) : G.color,
                                text: this._valueLabel[D],
                                textFont: this.getFont(G),
                                textAlign: G.align || "center",
                                textBaseline: G.baseline || A
                            }
                        }, n && (z.style.textAlign = n > 0 ? "bottom" === this.option.position ? "right" : "left" : "bottom" === this.option.position ? "left" : "right", z.rotation = [n * Math.PI / 180, z.style.x, z.style.y]), this.shapeList.push(new u(this._axisLabelClickable(F, z)))
                    }
                } else {
                    var J, I;
                    "left" === this.option.position ? (J = this.grid.getX() - E, I = "right") : (J = this.grid.getXend() + E, I = "left");
                    for (var D = 0; B > D; D++) {
                        z = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase() + 3,
                            hoverable: !1,
                            style: {
                                x: J,
                                y: this.getCoord(H[D]),
                                color: "function" == typeof G.color ? G.color(H[D]) : G.color,
                                text: this._valueLabel[D],
                                textFont: this.getFont(G),
                                textAlign: G.align || I,
                                textBaseline: G.baseline || (0 === D && "" !== this.option.name ? "bottom" : D === B - 1 && "" !== this.option.name ? "top" : "middle")
                            }
                        }, n && (z.rotation = [n * Math.PI / 180, z.style.x, z.style.y]), this.shapeList.push(new u(this._axisLabelClickable(F, z)))
                    }
                }
            },
            _buildSplitLine: function() {
                var A, K = this._valueList,
                    C = this._valueList.length,
                    F = this.option.splitLine,
                    G = F.lineStyle.type,
                    I = F.lineStyle.width,
                    J = F.lineStyle.color;
                J = J instanceof Array ? J : [J];
                var D = J.length;
                if (this.isHorizontal()) {
                    for (var B, E = this.grid.getY(), M = this.grid.getYend(), L = 0; C > L; L++) {
                        B = this.subPixelOptimize(this.getCoord(K[L]), I), A = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            hoverable: !1,
                            style: {
                                xStart: B,
                                yStart: E,
                                xEnd: B,
                                yEnd: M,
                                strokeColor: J[L % D],
                                lineType: G,
                                lineWidth: I
                            }
                        }, this.shapeList.push(new j(A))
                    }
                } else {
                    for (var z, H = this.grid.getX(), a = this.grid.getXend(), L = 0; C > L; L++) {
                        z = this.subPixelOptimize(this.getCoord(K[L]), I), A = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            hoverable: !1,
                            style: {
                                xStart: H,
                                yStart: z,
                                xEnd: a,
                                yEnd: z,
                                strokeColor: J[L % D],
                                lineType: G,
                                lineWidth: I
                            }
                        }, this.shapeList.push(new j(A))
                    }
                }
            },
            _buildSplitArea: function() {
                var A, J = this.option.splitArea.areaStyle.color;
                if (J instanceof Array) {
                    var C = J.length,
                        F = this._valueList,
                        o = this._valueList.length;
                    if (this.isHorizontal()) {
                        for (var H, I = this.grid.getY(), D = this.grid.getHeight(), B = this.grid.getX(), E = 0; o >= E; E++) {
                            H = o > E ? this.getCoord(F[E]) : this.grid.getXend(), A = {
                                zlevel: this.getZlevelBase(),
                                z: this.getZBase(),
                                hoverable: !1,
                                style: {
                                    x: B,
                                    y: I,
                                    width: H - B,
                                    height: D,
                                    color: J[E % C]
                                }
                            }, this.shapeList.push(new v(A)), B = H
                        }
                    } else {
                        for (var L, K = this.grid.getX(), z = this.grid.getWidth(), G = this.grid.getYend(), E = 0; o >= E; E++) {
                            L = o > E ? this.getCoord(F[E]) : this.grid.getY(), A = {
                                zlevel: this.getZlevelBase(),
                                z: this.getZBase(),
                                hoverable: !1,
                                style: {
                                    x: K,
                                    y: L,
                                    width: z,
                                    height: G - L,
                                    color: J[E % C]
                                }
                            }, this.shapeList.push(new v(A)), G = L
                        }
                    }
                } else {
                    A = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        hoverable: !1,
                        style: {
                            x: this.grid.getX(),
                            y: this.grid.getY(),
                            width: this.grid.getWidth(),
                            height: this.grid.getHeight(),
                            color: J
                        }
                    }, this.shapeList.push(new v(A))
                }
            },
            _calculateValue: function() {
                if (isNaN(this.option.min - 0) || isNaN(this.option.max - 0)) {
                    for (var z, H, B = {}, E = this.component.legend, r = 0, F = this.series.length; F > r; r++) {
                        !(this.series[r].type != w.CHART_TYPE_LINE && this.series[r].type != w.CHART_TYPE_BAR && this.series[r].type != w.CHART_TYPE_SCATTER && this.series[r].type != w.CHART_TYPE_K && this.series[r].type != w.CHART_TYPE_EVENTRIVER || E && !E.isSelected(this.series[r].name) || (z = this.series[r].xAxisIndex || 0, H = this.series[r].yAxisIndex || 0, this.option.xAxisIndex != z && this.option.yAxisIndex != H || !this._calculSum(B, r)))
                    }
                    var G;
                    for (var r in B) {
                        G = B[r];
                        for (var C = 0, A = G.length; A > C; C++) {
                            if (!isNaN(G[C])) {
                                this._hasData = !0, this._min = G[C], this._max = G[C];
                                break
                            }
                        }
                        if (this._hasData) {
                            break
                        }
                    }
                    for (var r in B) {
                        G = B[r];
                        for (var C = 0, A = G.length; A > C; C++) {
                            isNaN(G[C]) || (this._min = Math.min(this._min, G[C]), this._max = Math.max(this._max, G[C]))
                        }
                    }
                    var D = "log" !== this.option.type ? this.option.boundaryGap : [0, 0],
                        I = Math.abs(this._max - this._min);
                    this._min = isNaN(this.option.min - 0) ? this._min - Math.abs(I * D[0]) : this.option.min - 0, this._max = isNaN(this.option.max - 0) ? this._max + Math.abs(I * D[1]) : this.option.max - 0, this._min === this._max && (0 === this._max ? this._max = 1 : this._max > 0 ? this._min = this._max / this.option.splitNumber != null ? this.option.splitNumber : 5 : this._max = this._max / this.option.splitNumber != null ? this.option.splitNumber : 5), "time" === this.option.type ? this._reformTimeValue() : "log" === this.option.type ? this._reformLogValue() : this._reformValue(this.option.scale)
                } else {
                    this._hasData = !0, this._min = this.option.min - 0, this._max = this.option.max - 0, "time" === this.option.type ? this._reformTimeValue() : "log" === this.option.type ? this._reformLogValue() : this._customerValue()
                }
            },
            _calculSum: function(z, G) {
                var B, E, r = this.series[G].name || "kener";
                if (this.series[G].stack) {
                    var F = "__Magic_Key_Positive__" + this.series[G].stack,
                        C = "__Magic_Key_Negative__" + this.series[G].stack;
                    z[F] = z[F] || [], z[C] = z[C] || [], z[r] = z[r] || [], E = this.series[G].data;
                    for (var A = 0, D = E.length; D > A; A++) {
                        B = this.getDataFromOption(E[A]), "-" !== B && (B -= 0, B >= 0 ? null != z[F][A] ? z[F][A] += B : z[F][A] = B : null != z[C][A] ? z[C][A] += B : z[C][A] = B, this.option.scale && z[r].push(B))
                    }
                } else {
                    if (z[r] = z[r] || [], this.series[G].type != w.CHART_TYPE_EVENTRIVER) {
                        E = this.series[G].data;
                        for (var A = 0, D = E.length; D > A; A++) {
                            B = this.getDataFromOption(E[A]), this.series[G].type === w.CHART_TYPE_K ? (z[r].push(B[0]), z[r].push(B[1]), z[r].push(B[2]), z[r].push(B[3])) : B instanceof Array ? (-1 != this.option.xAxisIndex && z[r].push("time" != this.option.type ? B[0] : x.getNewDate(B[0])), -1 != this.option.yAxisIndex && z[r].push("time" != this.option.type ? B[1] : x.getNewDate(B[1]))) : z[r].push(B)
                        }
                    } else {
                        E = this.series[G].data;
                        for (var A = 0, D = E.length; D > A; A++) {
                            for (var I = E[A].evolution, H = 0, s = I.length; s > H; H++) {
                                z[r].push(x.getNewDate(I[H].time))
                            }
                        }
                    }
                }
            },
            _reformValue: function(r) {
                var l = m("../util/smartSteps"),
                    o = this.option.splitNumber;
                !r && this._min >= 0 && this._max >= 0 && (this._min = 0), !r && this._min <= 0 && this._max <= 0 && (this._max = 0);
                var e = l(this._min, this._max, o);
                o = null != o ? o : e.secs, this._min = e.min, this._max = e.max, this._valueList = e.pnts, this._reformLabelData()
            },
            _reformTimeValue: function() {
                var o = null != this.option.splitNumber ? this.option.splitNumber : 5,
                    z = x.getAutoFormatter(this._min, this._max, o),
                    r = z.formatter,
                    s = z.gapValue;
                this._valueList = [x.getNewDate(this._min)];
                var l;
                switch (r) {
                    case "week":
                        l = x.nextMonday(this._min);
                        break;
                    case "month":
                        l = x.nextNthOnMonth(this._min, 1);
                        break;
                    case "quarter":
                        l = x.nextNthOnQuarterYear(this._min, 1);
                        break;
                    case "half-year":
                        l = x.nextNthOnHalfYear(this._min, 1);
                        break;
                    case "year":
                        l = x.nextNthOnYear(this._min, 1);
                        break;
                    default:
                        7200000 >= s ? l = (Math.floor(this._min / s) + 1) * s : (l = x.getNewDate(this._min - -s), l.setHours(6 * Math.round(l.getHours() / 6)), l.setMinutes(0), l.setSeconds(0))
                }
                for (l - this._min < s / 2 && (l -= -s), z = x.getNewDate(l), o *= 1.5; o-- >= 0 && (("month" == r || "quarter" == r || "half-year" == r || "year" == r) && z.setDate(1), !(this._max - z < s / 2));) {
                    this._valueList.push(z), z = x.getNewDate(z - -s)
                }
                this._valueList.push(x.getNewDate(this._max)), this._reformLabelData(function(a) {
                    return function(e) {
                        return x.format(a, e)
                    }
                }(r))
            },
            _customerValue: function() {
                var r = m("../util/accMath"),
                    l = null != this.option.splitNumber ? this.option.splitNumber : 5,
                    o = (this._max - this._min) / l;
                this._valueList = [];
                for (var e = 0; l >= e; e++) {
                    this._valueList.push(r.accAdd(this._min, r.accMul(o, e)))
                }
                this._reformLabelData()
            },
            _reformLogValue: function() {
                var e = this.option,
                    a = m("../util/smartLogSteps")({
                        dataMin: this._min,
                        dataMax: this._max,
                        logPositive: e.logPositive,
                        logLabelBase: e.logLabelBase,
                        splitNumber: e.splitNumber
                    });
                this._min = a.dataMin, this._max = a.dataMax, this._valueList = a.tickList, this._dataMappingMethods = a.dataMappingMethods, this._reformLabelData(a.labelFormatter)
            },
            _reformLabelData: function(a) {
                this._valueLabel = [];
                var r = this.option.axisLabel.formatter;
                if (r) {
                    for (var l = 0, o = this._valueList.length; o > l; l++) {
                        "function" == typeof r ? this._valueLabel.push(a ? r.call(this.myChart, this._valueList[l], a) : r.call(this.myChart, this._valueList[l])) : "string" == typeof r && this._valueLabel.push(a ? x.format(r, this._valueList[l]) : r.replace("{value}", this._valueList[l]))
                    }
                } else {
                    for (var l = 0, o = this._valueList.length; o > l; l++) {
                        this._valueLabel.push(a ? a(this._valueList[l]) : this.numAddCommas(this._valueList[l]))
                    }
                }
            },
            getExtremum: function() {
                this._calculateValue();
                var a = this._dataMappingMethods;
                return {
                    min: this._min,
                    max: this._max,
                    dataMappingMethods: a ? q.merge({}, a) : null
                }
            },
            refresh: function(a, i) {
                a && (this.option = this.reformOption(a), this.option.axisLabel.textStyle = q.merge(this.option.axisLabel.textStyle || {}, this.ecTheme.textStyle), this.series = i), this.zr && (this.clear(), this._buildShape())
            },
            getCoord: function(a) {
                this._dataMappingMethods && (a = this._dataMappingMethods.value2Coord(a)), a = a < this._min ? this._min : a, a = a > this._max ? this._max : a;
                var i;
                return i = this.isHorizontal() ? this.grid.getX() + (a - this._min) / (this._max - this._min) * this.grid.getWidth() : this.grid.getYend() - (a - this._min) / (this._max - this._min) * this.grid.getHeight()
            },
            getCoordSize: function(a) {
                return Math.abs(this.isHorizontal() ? a / (this._max - this._min) * this.grid.getWidth() : a / (this._max - this._min) * this.grid.getHeight())
            },
            getValueFromCoord: function(a) {
                var i;
                return this.isHorizontal() ? (a = a < this.grid.getX() ? this.grid.getX() : a, a = a > this.grid.getXend() ? this.grid.getXend() : a, i = this._min + (a - this.grid.getX()) / this.grid.getWidth() * (this._max - this._min)) : (a = a < this.grid.getY() ? this.grid.getY() : a, a = a > this.grid.getYend() ? this.grid.getYend() : a, i = this._max - (a - this.grid.getY()) / this.grid.getHeight() * (this._max - this._min)), this._dataMappingMethods && (i = this._dataMappingMethods.coord2Value(i)), i.toFixed(2) - 0
            },
            isMaindAxis: function(a) {
                for (var n = 0, l = this._valueList.length; l > n; n++) {
                    if (this._valueList[n] === a) {
                        return !0
                    }
                }
                return !1
            }
        }, q.inherits(y, p), m("../component").define("valueAxis", y), y
    }), d("echarts/util/date", [], function() {
        function p(C, J, D) {
            D = D > 1 ? D : 2;
            for (var F, m, G, H, I = 0, E = w.length; E > I; I++) {
                if (F = w[I].value, m = Math.ceil(J / F) * F - Math.floor(C / F) * F, Math.round(m / F) <= 1.2 * D) {
                    G = w[I].formatter, H = w[I].value;
                    break
                }
            }
            return null == G && (G = "year", F = 31708800000, m = Math.ceil(J / F) * F - Math.floor(C / F) * F, H = Math.round(m / (D - 1) / F) * F), {
                formatter: G,
                gapValue: H
            }
        }

        function B(a) {
            return 10 > a ? "0" + a : a
        }

        function u(C, D) {
            ("week" == C || "month" == C || "quarter" == C || "half-year" == C || "year" == C) && (C = "MM - dd\nyyyy");
            var G = q(D),
                t = G.getFullYear(),
                H = G.getMonth() + 1,
                I = G.getDate(),
                J = G.getHours(),
                E = G.getMinutes(),
                F = G.getSeconds();
            return C = C.replace("MM", B(H)), C = C.toLowerCase(), C = C.replace("yyyy", t), C = C.replace("yy", t % 100), C = C.replace("dd", B(I)), C = C.replace("d", I), C = C.replace("hh", B(J)), C = C.replace("h", J), C = C.replace("mm", B(E)), C = C.replace("m", E), C = C.replace("ss", B(F)), C = C.replace("s", F)
        }

        function x(a) {
            return a = q(a), a.setDate(a.getDate() + 8 - a.getDay()), a
        }

        function j(a, m, l) {
            return a = q(a), a.setMonth(Math.ceil((a.getMonth() + 1) / l) * l), a.setDate(m), a
        }

        function y(a, i) {
            return j(a, i, 1)
        }

        function z(a, i) {
            return j(a, i, 3)
        }

        function A(a, i) {
            return j(a, i, 6)
        }

        function v(a, i) {
            return j(a, i, 12)
        }

        function q(a) {
            return a instanceof Date ? a : new Date("string" == typeof a ? a.replace(/-/g, "/") : a)
        }
        var w = [{
            formatter: "hh : mm : ss",
            value: 1000
        }, {
            formatter: "hh : mm : ss",
            value: 5000
        }, {
            formatter: "hh : mm : ss",
            value: 10000
        }, {
            formatter: "hh : mm : ss",
            value: 15000
        }, {
            formatter: "hh : mm : ss",
            value: 30000
        }, {
            formatter: "hh : mm\nMM - dd",
            value: 60000
        }, {
            formatter: "hh : mm\nMM - dd",
            value: 300000
        }, {
            formatter: "hh : mm\nMM - dd",
            value: 600000
        }, {
            formatter: "hh : mm\nMM - dd",
            value: 900000
        }, {
            formatter: "hh : mm\nMM - dd",
            value: 1800000
        }, {
            formatter: "hh : mm\nMM - dd",
            value: 3600000
        }, {
            formatter: "hh : mm\nMM - dd",
            value: 7200000
        }, {
            formatter: "hh : mm\nMM - dd",
            value: 21600000
        }, {
            formatter: "hh : mm\nMM - dd",
            value: 43200000
        }, {
            formatter: "MM - dd\nyyyy",
            value: 86400000
        }, {
            formatter: "week",
            value: 604800000
        }, {
            formatter: "month",
            value: 2678400000
        }, {
            formatter: "quarter",
            value: 8208000000
        }, {
            formatter: "half-year",
            value: 16416000000
        }, {
            formatter: "year",
            value: 32832000000
        }];
        return {
            getAutoFormatter: p,
            getNewDate: q,
            format: u,
            nextMonday: x,
            nextNthPerNmonth: j,
            nextNthOnMonth: y,
            nextNthOnQuarterYear: z,
            nextNthOnHalfYear: A,
            nextNthOnYear: v
        }
    }), d("echarts/util/smartSteps", [], function() {
        function C(a) {
            return ah.log(H(a)) / ah.LN10
        }

        function Z(a) {
            return ah.pow(10, a)
        }

        function G(a) {
            return a === ae(a)
        }

        function Q(l, r, m, i) {
            z = i || {}, D = z.steps || O, J = z.secs || af, m = ac(+m || 0) % 99, l = +l || 0, r = +r || 0, ag = j = 0, "min" in z && (l = +z.min || 0, ag = 1), "max" in z && (r = +z.max || 0, j = 1), l > r && (r = [l, l = r][0]);
            var p = r - l;
            if (ag && j) {
                return E(l, r, m)
            }
            if ((m || 5) > p) {
                if (G(l) && G(r)) {
                    return B(l, r, m)
                }
                if (0 === p) {
                    return S(l, r, m)
                }
            }
            return F(l, r, m)
        }

        function q(u, w, I, o) {
            o = o || 0;
            var L = R((w - u) / I, -1),
                x = R(u, -1, 1),
                v = R(w, -1),
                y = ah.min(L.e, x.e, v.e);
            0 === x.c ? y = ah.min(L.e, v.e) : 0 === v.c && (y = ah.min(L.e, x.e)), T(L, {
                c: 0,
                e: y
            }), T(x, L, 1), T(v, L), o += y, u = x.c, w = v.c;
            for (var X = (w - u) / I, W = Z(o), t = 0, K = [], r = I + 1; r--;) {
                K[r] = (u + X * r) * W
            }
            if (0 > o) {
                t = aa(W), X = +(X * W).toFixed(t), u = +(u * W).toFixed(t), w = +(w * W).toFixed(t);
                for (var r = K.length; r--;) {
                    K[r] = K[r].toFixed(t), 0 === +K[r] && (K[r] = "0")
                }
            } else {
                u *= W, w *= W, X *= W
            }
            return J = 0, D = 0, z = 0, {
                min: u,
                max: w,
                secs: I,
                step: X,
                fix: t,
                exp: o,
                pnts: K
            }
        }

        function R(i, e, l) {
            e = ac(e % 10) || 2, 0 > e && (G(i) ? e = ("" + H(i)).replace(/0+$/, "").length || 1 : (i = i.toFixed(15).replace(/0+$/, ""), e = i.replace(".", "").replace(/^[-0]+/, "").length, i = +i));
            var m = ae(C(i)) - e + 1,
                p = +(i * Z(-m)).toFixed(15) || 0;
            return p = l ? ae(p) : M(p), !p && (m = 0), ("" + H(p)).length > e && (m += 1, p /= 10), {
                c: p,
                e: m
            }
        }

        function T(m, o, p) {
            var l = o.e - m.e;
            l && (m.e += l, m.c *= Z(-l), m.c = p ? ae(m.c) : M(m.c))
        }

        function Y(a, m, l) {
            a.e < m.e ? T(m, a, l) : T(a, m, l)
        }

        function N(a, o) {
            o = o || O, a = R(a);
            for (var l = a.c, m = 0; l > o[m];) {
                m++
            }
            if (!o[m]) {
                for (l /= 10, a.e += 1, m = 0; l > o[m];) {
                    m++
                }
            }
            return a.c = o[m], a
        }

        function F(i, x, r) {
            var w, m = r || +J.slice(-1),
                v = N((x - i) / m, D),
                y = R(x - i),
                l = R(i, -1, 1),
                a = R(x, -1);
            if (T(y, v), T(l, v, 1), T(a, v), r ? w = ad(l, a, m) : m = P(l, a), G(i) && G(x) && i * x >= 0) {
                if (m > x - i) {
                    return B(i, x, m)
                }
                m = ab(i, x, r, l, a, m)
            }
            var o = A(i, x, l.c, a.c);
            return l.c = o[0], a.c = o[1], (ag || j) && ai(i, x, l, a), q(l.c, a.c, m, a.e)
        }

        function P(m, t) {
            for (var u, l, v, w, x = [], p = J.length; p--;) {
                u = J[p], l = N((t.c - m.c) / u, D), l = l.c * Z(l.e), v = ae(m.c / l) * l, w = M(t.c / l) * l, x[p] = {
                    min: v,
                    max: w,
                    step: l,
                    span: w - v
                }
            }
            return x.sort(function(a, o) {
                var n = a.span - o.span;
                return 0 === n && (n = a.step - o.step), n
            }), x = x[0], u = x.span / x.step, m.c = x.min, t.c = x.max, 3 > u ? 2 * u : u
        }

        function ad(p, u, w) {
            for (var l, x, y = u.c, I = (u.c - p.c) / w - 1; y > p.c;) {
                I = N(I + 1, D), I = I.c * Z(I.e), l = I * w, x = M(u.c / I) * I, y = x - l
            }
            var t = p.c - y,
                v = x - u.c,
                K = t - v;
            return K > 1.1 * I && (K = ac(K / I / 2) * I, y += K, x += K), p.c = y, u.c = x, I
        }

        function ab(p, w, i, x, y, I) {
            var u = y.c - x.c,
                t = u / I * Z(y.e);
            if (!G(t) && (t = ae(t), u = t * I, w - p > u && (t += 1, u = t * I, !i && t * (I - 1) >= w - p && (I -= 1, u = t * I)), u >= w - p)) {
                var v = u - (w - p);
                x.c = ac(p - v / 2), y.c = ac(w + v / 2), x.e = 0, y.e = 0
            }
            return I
        }

        function B(a, w, l) {
            if (l = l || 5, ag) {
                w = a + l
            } else {
                if (j) {
                    a = w - l
                } else {
                    var m = l - (w - a),
                        p = ac(a - m / 2),
                        u = ac(w + m / 2),
                        v = A(a, w, p, u);
                    a = v[0], w = v[1]
                }
            }
            return q(a, w, l)
        }

        function S(a, o, l) {
            l = l || 5;
            var m = ah.min(H(o / l), l) / 2.1;
            return ag ? o = a + m : j ? a = o - m : (a -= m, o += m), F(a, o, l)
        }

        function A(a, o, l, m) {
            return a >= 0 && 0 > l ? (m -= l, l = 0) : 0 >= o && m > 0 && (l -= m, m = 0), [l, m]
        }

        function aa(a) {
            return a = (+a).toFixed(15).split("."), a.pop().replace(/0+$/, "").length
        }

        function ai(m, u, o, p) {
            if (ag) {
                var l = R(m, 4, 1);
                o.e - l.e > 6 && (l = {
                    c: 0,
                    e: o.e
                }), Y(o, l), Y(p, l), p.c += l.c - o.c, o.c = l.c
            } else {
                if (j) {
                    var s = R(u, 4);
                    p.e - s.e > 6 && (s = {
                        c: 0,
                        e: p.e
                    }), Y(o, s), Y(p, s), o.c += s.c - p.c, p.c = s.c
                }
            }
        }

        function E(r, aj, x) {
            var L = x ? [x] : J,
                X = aj - r;
            if (0 === X) {
                return aj = R(aj, 3), x = L[0], aj.c = ac(aj.c + x / 2), q(aj.c - x, aj.c, x, aj.e)
            }
            H(aj / X) < 1e-06 && (aj = 0), H(r / X) < 1e-06 && (r = 0);
            var I, w, K, am = [
                    [5, 10],
                    [10, 2],
                    [50, 10],
                    [100, 2]
                ],
                al = [],
                o = [],
                W = R(aj - r, 3),
                a = R(r, -1, 1),
                ak = R(aj, -1);
            T(a, W, 1), T(ak, W), X = ak.c - a.c, W.c = X;
            for (var an = L.length; an--;) {
                x = L[an], I = M(X / x), w = I * x - X, K = 3 * (w + 3), K += 2 * (x - L[0] + 2), x % 5 === 0 && (K -= 10);
                for (var v = am.length; v--;) {
                    I % am[v][0] === 0 && (K /= am[v][1])
                }
                o[an] = [x, I, w, K].join(), al[an] = {
                    secs: x,
                    step: I,
                    delta: w,
                    score: K
                }
            }
            return al.sort(function(i, l) {
                return i.score - l.score
            }), al = al[0], a.c = ac(a.c - al.delta / 2), ak.c = ac(ak.c + al.delta / 2), q(a.c, ak.c, al.secs, W.e)
        }
        var z, D, J, ag, j, O = [10, 20, 25, 50],
            af = [4, 5, 6],
            ah = Math,
            ac = ah.round,
            ae = ah.floor,
            M = ah.ceil,
            H = ah.abs;
        return Q
    }), d("echarts/util/smartLogSteps", ["require", "./number"], function(G) {
        function ak(a) {
            return Q(), am = a || {}, ae(), q(), [af(), Q()][0]
        }

        function Q() {
            an = am = O = A = z = M = av = Z = D = ag = null
        }

        function ae() {
            D = am.logLabelBase, null == D ? (ag = "plain", D = 10, A = R) : (D = +D, 1 > D && (D = 10), ag = "exponent", A = ac(D)), av = am.splitNumber, null == av && (av = H);
            var a = parseFloat(am.dataMin),
                i = parseFloat(am.dataMax);
            isFinite(a) || isFinite(i) ? isFinite(a) ? isFinite(i) ? a > i && (i = [a, a = i][0]) : i = a : a = i : a = i = 1, an = am.logPositive, null == an && (an = i > 0 || 0 === a), z = an ? a : -i, M = an ? i : -a, aj > z && (z = aj), aj > M && (M = aj)
        }

        function q() {
            function p() {
                av > w && (av = w);
                var o = aq(ab(w / av)),
                    L = ao(ab(w / o)),
                    r = o * L,
                    J = (r - I) / 2,
                    m = aq(ab(C - J));
                ap(m - C) && (m -= 1), O = -m * A;
                for (var K = m; y >= K - o; K += o) {
                    Z.push(ar(D, K))
                }
            }

            function F() {
                for (var a = v(u, 0), o = a + 2; o > a && l(a + 1) + x(a + 1) * B < C;) {
                    a++
                }
                for (var i = v(E, 0), o = i - 2; i > o && l(i - 1) + x(i - 1) * B > y;) {
                    i--
                }
                O = -(l(a) * R + x(a) * Y);
                for (var n = a; i >= n; n++) {
                    var s = l(n),
                        r = x(n);
                    Z.push(ar(10, s) * ar(2, r))
                }
            }

            function v(a, i) {
                return 3 * a + i
            }

            function x(a) {
                return a - 3 * l(a)
            }

            function l(a) {
                return aq(ab(a / 3))
            }
            Z = [];
            var y = ab(ac(M) / A),
                C = ab(ac(z) / A),
                E = ao(y),
                u = aq(C),
                w = E - u,
                I = y - C;
            "exponent" === ag ? p() : N >= w && av > N ? F() : p()
        }

        function af() {
            for (var p = [], w = 0, r = Z.length; r > w; w++) {
                p[w] = (an ? 1 : -1) * Z[w]
            }!an && p.reverse();
            var u = ai(),
                m = u.value2Coord,
                v = m(p[0]),
                s = m(p[p.length - 1]);
            return v === s && (v -= 1, s += 1), {
                dataMin: v,
                dataMax: s,
                tickList: p,
                logPositive: an,
                labelFormatter: ah(),
                dataMappingMethods: u
            }
        }

        function ah() {
            if ("exponent" === ag) {
                var a = D,
                    i = A;
                return function(e) {
                    if (!isFinite(parseFloat(e))) {
                        return ""
                    }
                    var l = "";
                    return 0 > e && (e = -e, l = "-"), l + a + ad(ac(e) / i)
                }
            }
            return function(l) {
                return isFinite(parseFloat(l)) ? at.addCommas(P(l)) : ""
            }
        }

        function ai() {
            var a = an,
                i = O;
            return {
                value2Coord: function(e) {
                    return null == e || isNaN(e) || !isFinite(e) ? e : (e = parseFloat(e), isFinite(e) ? a && aj > e ? e = aj : !a && e > -aj && (e = -aj) : e = aj, e = au(e), (a ? 1 : -1) * (ac(e) + i))
                },
                coord2Value: function(e) {
                    return null == e || isNaN(e) || !isFinite(e) ? e : (e = parseFloat(e), isFinite(e) || (e = aj), a ? ar(aa, e - i) : -ar(aa, -e + i))
                }
            }
        }

        function ab(a) {
            return +Number(+a).toFixed(14)
        }

        function P(a) {
            return Number(a).toFixed(15).replace(/\.?0*$/, "")
        }

        function ad(m) {
            m = P(Math.round(m));
            for (var r = [], o = 0, p = m.length; p > o; o++) {
                var l = m.charAt(o);
                r.push(al[l] || "")
            }
            return r.join("")
        }

        function ap(a) {
            return a > -aj && aj > a
        }
        var an, D, ag, A, am, av, O, z, M, Z, at = G("./number"),
            j = Math,
            ac = j.log,
            ar = j.pow,
            au = j.abs,
            ao = j.ceil,
            aq = j.floor,
            aa = j.E,
            R = j.LN10,
            Y = j.LN2,
            B = Y / R,
            aj = 1e-09,
            H = 5,
            N = 2,
            al = {
                0: "⁰",
                1: "¹",
                2: "²",
                3: "³",
                4: "⁴",
                5: "⁵",
                6: "⁶",
                7: "⁷",
                8: "⁸",
                9: "⁹",
                "-": "⁻"
            };
        return ak
    }), d("echarts/chart/line", ["require", "./base", "zrender/shape/Polyline", "../util/shape/Icon", "../util/shape/HalfSmoothPolygon", "../component/axis", "../component/grid", "../component/dataZoom", "../config", "../util/ecData", "zrender/tool/util", "zrender/tool/color", "../chart"], function(p) {
        function B(m, s, n, l, r) {
            x.call(this, m, s, n, l, r), this.refresh(l)
        }

        function u(D, L, F) {
            var I = L.x,
                o = L.y,
                J = L.width,
                K = L.height,
                G = K / 2;
            L.symbol.match("empty") && (D.fillStyle = "#fff"), L.brushType = "both";
            var E = L.symbol.replace("empty", "").toLowerCase();
            E.match("star") ? (G = E.replace("star", "") - 0 || 5, o -= 1, E = "star") : ("rectangle" === E || "arrow" === E) && (I += (J - K) / 2, J = K);
            var H = "";
            if (E.match("image") && (H = E.replace(new RegExp("^image:\\/\\/"), ""), E = "image", I += Math.round((J - K) / 2) - 1, J = K += 2), E = y.prototype.iconLibrary[E]) {
                var N = L.x,
                    M = L.y;
                D.moveTo(N, M + G), D.lineTo(N + 5, M + G), D.moveTo(N + L.width - 5, M + G), D.lineTo(N + L.width, M + G);
                var C = this;
                E(D, {
                    x: I + 4,
                    y: o + 4,
                    width: J - 8,
                    height: K - 8,
                    n: G,
                    image: H
                }, function() {
                    C.modSelf(), F()
                })
            } else {
                D.moveTo(I, o + G), D.lineTo(I + J, o + G)
            }
        }
        var x = p("./base"),
            j = p("zrender/shape/Polyline"),
            y = p("../util/shape/Icon"),
            z = p("../util/shape/HalfSmoothPolygon");
        p("../component/axis"), p("../component/grid"), p("../component/dataZoom");
        var A = p("../config");
        A.line = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            legendHoverLink: !0,
            xAxisIndex: 0,
            yAxisIndex: 0,
            dataFilter: "nearest",
            itemStyle: {
                normal: {
                    label: {
                        show: !1
                    },
                    lineStyle: {
                        width: 2,
                        type: "solid",
                        shadowColor: "rgba(0,0,0,0)",
                        shadowBlur: 0,
                        shadowOffsetX: 0,
                        shadowOffsetY: 0
                    }
                },
                emphasis: {
                    label: {
                        show: !1
                    }
                }
            },
            symbolSize: 2,
            showAllSymbol: !1
        };
        var v = p("../util/ecData"),
            q = p("zrender/tool/util"),
            w = p("zrender/tool/color");
        return B.prototype = {
            type: A.CHART_TYPE_LINE,
            _buildShape: function() {
                this.finalPLMap = {}, this._buildPosition()
            },
            _buildHorizontal: function(H, Z, M, R) {
                for (var D, S, X, Y, O, K, Q, ac, ab, G = this.series, T = M[0][0], F = G[T], aa = this.component.xAxis.getAxis(F.xAxisIndex || 0), af = {}, J = 0, E = Z; E > J && null != aa.getNameByIndex(J); J++) {
                    S = aa.getCoordByIndex(J);
                    for (var I = 0, N = M.length; N > I; I++) {
                        D = this.component.yAxis.getAxis(G[M[I][0]].yAxisIndex || 0), O = Y = Q = K = D.getCoord(0);
                        for (var ae = 0, C = M[I].length; C > ae; ae++) {
                            T = M[I][ae], F = G[T], ac = F.data[J], ab = this.getDataFromOption(ac, "-"), af[T] = af[T] || [], R[T] = R[T] || {
                                min: Number.POSITIVE_INFINITY,
                                max: Number.NEGATIVE_INFINITY,
                                sum: 0,
                                counter: 0,
                                average: 0
                            }, "-" !== ab ? (ab >= 0 ? (Y -= ae > 0 ? D.getCoordSize(ab) : O - D.getCoord(ab), X = Y) : 0 > ab && (K += ae > 0 ? D.getCoordSize(ab) : D.getCoord(ab) - Q, X = K), af[T].push([S, X, J, aa.getNameByIndex(J), S, O]), R[T].min > ab && (R[T].min = ab, R[T].minY = X, R[T].minX = S), R[T].max < ab && (R[T].max = ab, R[T].maxY = X, R[T].maxX = S), R[T].sum += ab, R[T].counter++) : af[T].length > 0 && (this.finalPLMap[T] = this.finalPLMap[T] || [], this.finalPLMap[T].push(af[T]), af[T] = [])
                        }
                    }
                    Y = this.component.grid.getY();
                    for (var P, I = 0, N = M.length; N > I; I++) {
                        for (var ae = 0, C = M[I].length; C > ae; ae++) {
                            T = M[I][ae], F = G[T], ac = F.data[J], ab = this.getDataFromOption(ac, "-"), "-" == ab && this.deepQuery([ac, F, this.option], "calculable") && (P = this.deepQuery([ac, F], "symbolSize"), Y += 2 * P + 5, X = Y, this.shapeList.push(this._getCalculableItem(T, J, aa.getNameByIndex(J), S, X, "horizontal")))
                        }
                    }
                }
                for (var ad in af) {
                    af[ad].length > 0 && (this.finalPLMap[ad] = this.finalPLMap[ad] || [], this.finalPLMap[ad].push(af[ad]), af[ad] = [])
                }
                this._calculMarkMapXY(R, M, "y"), this._buildBorkenLine(H, this.finalPLMap, aa, "horizontal")
            },
            _buildVertical: function(H, Z, M, R) {
                for (var D, S, X, Y, O, K, Q, ac, ab, G = this.series, T = M[0][0], F = G[T], aa = this.component.yAxis.getAxis(F.yAxisIndex || 0), af = {}, J = 0, E = Z; E > J && null != aa.getNameByIndex(J); J++) {
                    X = aa.getCoordByIndex(J);
                    for (var I = 0, N = M.length; N > I; I++) {
                        D = this.component.xAxis.getAxis(G[M[I][0]].xAxisIndex || 0), O = Y = Q = K = D.getCoord(0);
                        for (var ae = 0, C = M[I].length; C > ae; ae++) {
                            T = M[I][ae], F = G[T], ac = F.data[J], ab = this.getDataFromOption(ac, "-"), af[T] = af[T] || [], R[T] = R[T] || {
                                min: Number.POSITIVE_INFINITY,
                                max: Number.NEGATIVE_INFINITY,
                                sum: 0,
                                counter: 0,
                                average: 0
                            }, "-" !== ab ? (ab >= 0 ? (Y += ae > 0 ? D.getCoordSize(ab) : D.getCoord(ab) - O, S = Y) : 0 > ab && (K -= ae > 0 ? D.getCoordSize(ab) : Q - D.getCoord(ab), S = K), af[T].push([S, X, J, aa.getNameByIndex(J), O, X]), R[T].min > ab && (R[T].min = ab, R[T].minX = S, R[T].minY = X), R[T].max < ab && (R[T].max = ab, R[T].maxX = S, R[T].maxY = X), R[T].sum += ab, R[T].counter++) : af[T].length > 0 && (this.finalPLMap[T] = this.finalPLMap[T] || [], this.finalPLMap[T].push(af[T]), af[T] = [])
                        }
                    }
                    Y = this.component.grid.getXend();
                    for (var P, I = 0, N = M.length; N > I; I++) {
                        for (var ae = 0, C = M[I].length; C > ae; ae++) {
                            T = M[I][ae], F = G[T], ac = F.data[J], ab = this.getDataFromOption(ac, "-"), "-" == ab && this.deepQuery([ac, F, this.option], "calculable") && (P = this.deepQuery([ac, F], "symbolSize"), Y -= 2 * P + 5, S = Y, this.shapeList.push(this._getCalculableItem(T, J, aa.getNameByIndex(J), S, X, "vertical")))
                        }
                    }
                }
                for (var ad in af) {
                    af[ad].length > 0 && (this.finalPLMap[ad] = this.finalPLMap[ad] || [], this.finalPLMap[ad].push(af[ad]), af[ad] = [])
                }
                this._calculMarkMapXY(R, M, "x"), this._buildBorkenLine(H, this.finalPLMap, aa, "vertical")
            },
            _buildOther: function(G, T, K, O) {
                for (var C, P = this.series, R = {}, S = 0, M = K.length; M > S; S++) {
                    for (var J = 0, N = K[S].length; N > J; J++) {
                        var Y = K[S][J],
                            X = P[Y];
                        C = this.component.xAxis.getAxis(X.xAxisIndex || 0);
                        var F = this.component.yAxis.getAxis(X.yAxisIndex || 0),
                            Q = F.getCoord(0);
                        R[Y] = R[Y] || [], O[Y] = O[Y] || {
                            min0: Number.POSITIVE_INFINITY,
                            min1: Number.POSITIVE_INFINITY,
                            max0: Number.NEGATIVE_INFINITY,
                            max1: Number.NEGATIVE_INFINITY,
                            sum0: 0,
                            sum1: 0,
                            counter0: 0,
                            counter1: 0,
                            average0: 0,
                            average1: 0
                        };
                        for (var E = 0, W = X.data.length; W > E; E++) {
                            var Z = X.data[E],
                                I = this.getDataFromOption(Z, "-");
                            if (I instanceof Array) {
                                var D = C.getCoord(I[0]),
                                    H = F.getCoord(I[1]);
                                R[Y].push([D, H, E, I[0], D, Q]), O[Y].min0 > I[0] && (O[Y].min0 = I[0], O[Y].minY0 = H, O[Y].minX0 = D), O[Y].max0 < I[0] && (O[Y].max0 = I[0], O[Y].maxY0 = H, O[Y].maxX0 = D), O[Y].sum0 += I[0], O[Y].counter0++, O[Y].min1 > I[1] && (O[Y].min1 = I[1], O[Y].minY1 = H, O[Y].minX1 = D), O[Y].max1 < I[1] && (O[Y].max1 = I[1], O[Y].maxY1 = H, O[Y].maxX1 = D), O[Y].sum1 += I[1], O[Y].counter1++
                            }
                        }
                    }
                }
                for (var L in R) {
                    R[L].length > 0 && (this.finalPLMap[L] = this.finalPLMap[L] || [], this.finalPLMap[L].push(R[L]), R[L] = [])
                }
                this._calculMarkMapXY(O, K, "xy"), this._buildBorkenLine(G, this.finalPLMap, C, "other")
            },
            _buildBorkenLine: function(C, T, F, P) {
                for (var Q, S = "other" == P ? "horizontal" : P, ab = this.series, Z = C.length - 1; Z >= 0; Z--) {
                    var r = C[Z],
                        R = ab[r],
                        m = T[r];
                    if (R.type === this.type && null != m) {
                        for (var Y = this._getBbox(r, S), ag = this._sIndex2ColorMap[r], E = this.query(R, "itemStyle.normal.lineStyle.width"), l = this.query(R, "itemStyle.normal.lineStyle.type"), D = this.query(R, "itemStyle.normal.lineStyle.color"), M = this.getItemStyleColor(this.query(R, "itemStyle.normal.color"), r, -1), ae = null != this.query(R, "itemStyle.normal.areaStyle"), a = this.query(R, "itemStyle.normal.areaStyle.color"), O = 0, ad = m.length; ad > O; O++) {
                            var af = m[O],
                                aa = "other" != P && this._isLarge(S, af);
                            if (aa) {
                                af = this._getLargePointList(S, af, R.dataFilter)
                            } else {
                                for (var ac = 0, N = af.length; N > ac; ac++) {
                                    Q = R.data[af[ac][2]], (this.deepQuery([Q, R, this.option], "calculable") || this.deepQuery([Q, R], "showAllSymbol") || "categoryAxis" === F.type && F.isMainAxis(af[ac][2]) && "none" != this.deepQuery([Q, R], "symbol")) && this.shapeList.push(this._getSymbol(r, af[ac][2], af[ac][3], af[ac][0], af[ac][1], S))
                                }
                            }
                            var G = new j({
                                zlevel: R.zlevel,
                                z: R.z,
                                style: {
                                    miterLimit: E,
                                    pointList: af,
                                    strokeColor: D || M || ag,
                                    lineWidth: E,
                                    lineType: l,
                                    smooth: this._getSmooth(R.smooth),
                                    smoothConstraint: Y,
                                    shadowColor: this.query(R, "itemStyle.normal.lineStyle.shadowColor"),
                                    shadowBlur: this.query(R, "itemStyle.normal.lineStyle.shadowBlur"),
                                    shadowOffsetX: this.query(R, "itemStyle.normal.lineStyle.shadowOffsetX"),
                                    shadowOffsetY: this.query(R, "itemStyle.normal.lineStyle.shadowOffsetY")
                                },
                                hoverable: !1,
                                _main: !0,
                                _seriesIndex: r,
                                _orient: S
                            });
                            if (v.pack(G, ab[r], r, 0, O, ab[r].name), this.shapeList.push(G), ae) {
                                var H = new z({
                                    zlevel: R.zlevel,
                                    z: R.z,
                                    style: {
                                        miterLimit: E,
                                        pointList: q.clone(af).concat([
                                            [af[af.length - 1][4], af[af.length - 1][5]],
                                            [af[0][4], af[0][5]]
                                        ]),
                                        brushType: "fill",
                                        smooth: this._getSmooth(R.smooth),
                                        smoothConstraint: Y,
                                        color: a ? a : w.alpha(ag, 0.5)
                                    },
                                    highlightStyle: {
                                        brushType: "fill"
                                    },
                                    hoverable: !1,
                                    _main: !0,
                                    _seriesIndex: r,
                                    _orient: S
                                });
                                v.pack(H, ab[r], r, 0, O, ab[r].name), this.shapeList.push(H)
                            }
                        }
                    }
                }
            },
            _getBbox: function(a, o) {
                var l = this.component.grid.getBbox(),
                    m = this.xMarkMap[a];
                return null != m.minX0 ? [
                    [Math.min(m.minX0, m.maxX0, m.minX1, m.maxX1), Math.min(m.minY0, m.maxY0, m.minY1, m.maxY1)],
                    [Math.max(m.minX0, m.maxX0, m.minX1, m.maxX1), Math.max(m.minY0, m.maxY0, m.minY1, m.maxY1)]
                ] : ("horizontal" === o ? (l[0][1] = Math.min(m.minY, m.maxY), l[1][1] = Math.max(m.minY, m.maxY)) : (l[0][0] = Math.min(m.minX, m.maxX), l[1][0] = Math.max(m.minX, m.maxX)), l)
            },
            _isLarge: function(a, i) {
                return i.length < 2 ? !1 : "horizontal" === a ? Math.abs(i[0][0] - i[1][0]) < 0.5 : Math.abs(i[0][1] - i[1][1]) < 0.5
            },
            _getLargePointList: function(F, P, H) {
                var K;
                K = "horizontal" === F ? this.component.grid.getWidth() : this.component.grid.getHeight();
                var C = P.length,
                    L = [];
                if ("function" != typeof H) {
                    switch (H) {
                        case "min":
                            H = function(a) {
                                return Math.max.apply(null, a)
                            };
                            break;
                        case "max":
                            H = function(a) {
                                return Math.min.apply(null, a)
                            };
                            break;
                        case "average":
                            H = function(a) {
                                for (var m = 0, l = 0; l < a.length; l++) {
                                    m += a[l]
                                }
                                return m / a.length
                            };
                            break;
                        default:
                            H = function(a) {
                                return a[0]
                            }
                    }
                }
                for (var N = [], O = 0; K > O; O++) {
                    var I = Math.floor(C / K * O),
                        G = Math.min(Math.floor(C / K * (O + 1)), C);
                    if (!(I >= G)) {
                        for (var J = I; G > J; J++) {
                            N[J - I] = "horizontal" === F ? P[J][1] : P[J][0]
                        }
                        N.length = G - I;
                        for (var S = H(N), R = -1, E = 1 / 0, J = I; G > J; J++) {
                            var M = "horizontal" === F ? P[J][1] : P[J][0],
                                D = Math.abs(M - S);
                            E > D && (R = J, E = D)
                        }
                        var Q = P[R].slice();
                        "horizontal" === F ? Q[1] = S : Q[0] = S, L.push(Q)
                    }
                }
                return L
            },
            _getSmooth: function(a) {
                return a ? 0.3 : 0
            },
            _getCalculableItem: function(s, I, D, F, m, G) {
                var H = this.series,
                    E = H[s].calculableHolderColor || this.ecTheme.calculableHolderColor || A.calculableHolderColor,
                    C = this._getSymbol(s, I, D, F, m, G);
                return C.style.color = E, C.style.strokeColor = E, C.rotation = [0, 0], C.hoverable = !1, C.draggable = !1, C.style.text = void 0, C
            },
            _getSymbol: function(C, K, E, G, m, H) {
                var I = this.series,
                    J = I[C],
                    F = J.data[K],
                    D = this.getSymbolShape(J, C, F, K, E, G, m, this._sIndex2ShapeMap[C], this._sIndex2ColorMap[C], "#fff", "vertical" === H ? "horizontal" : "vertical");
                return D.zlevel = J.zlevel, D.z = J.z + 1, this.deepQuery([F, J, this.option], "calculable") && (this.setCalculable(D), D.draggable = !0), D
            },
            getMarkCoord: function(m, F) {
                var s = this.series[m],
                    C = this.xMarkMap[m],
                    l = this.component.xAxis.getAxis(s.xAxisIndex),
                    D = this.component.yAxis.getAxis(s.yAxisIndex);
                if (F.type && ("max" === F.type || "min" === F.type || "average" === F.type)) {
                    var E = null != F.valueIndex ? F.valueIndex : null != C.maxX0 ? "1" : "";
                    return [C[F.type + "X" + E], C[F.type + "Y" + E], C[F.type + "Line" + E], C[F.type + E]]
                }
                return ["string" != typeof F.xAxis && l.getCoordByIndex ? l.getCoordByIndex(F.xAxis || 0) : l.getCoord(F.xAxis || 0), "string" != typeof F.yAxis && D.getCoordByIndex ? D.getCoordByIndex(F.yAxis || 0) : D.getCoord(F.yAxis || 0)]
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this.backupShapeList(), this._buildShape()
            },
            ontooltipHover: function(D, M) {
                for (var F, I, C = D.seriesIndex, J = D.dataIndex, K = C.length; K--;) {
                    if (F = this.finalPLMap[C[K]]) {
                        for (var L = 0, G = F.length; G > L; L++) {
                            I = F[L];
                            for (var E = 0, H = I.length; H > E; E++) {
                                J === I[E][2] && M.push(this._getSymbol(C[K], I[E][2], I[E][3], I[E][0], I[E][1], "horizontal"))
                            }
                        }
                    }
                }
            },
            addDataAnimation: function(F, P) {
                function H() {
                    D--, 0 === D && P && P()
                }

                function K(a) {
                    a.style.controlPointList = null
                }
                for (var C = this.series, L = {}, N = 0, O = F.length; O > N; N++) {
                    L[F[N][0]] = F[N]
                }
                for (var I, G, J, S, R, E, M, D = 0, N = this.shapeList.length - 1; N >= 0; N--) {
                    if (R = this.shapeList[N]._seriesIndex, L[R] && !L[R][3]) {
                        if (this.shapeList[N]._main && this.shapeList[N].style.pointList.length > 1) {
                            if (E = this.shapeList[N].style.pointList, G = Math.abs(E[0][0] - E[1][0]), S = Math.abs(E[0][1] - E[1][1]), M = "horizontal" === this.shapeList[N]._orient, L[R][2]) {
                                if ("half-smooth-polygon" === this.shapeList[N].type) {
                                    var Q = E.length;
                                    this.shapeList[N].style.pointList[Q - 3] = E[Q - 2], this.shapeList[N].style.pointList[Q - 3][M ? 0 : 1] = E[Q - 4][M ? 0 : 1], this.shapeList[N].style.pointList[Q - 2] = E[Q - 1]
                                }
                                this.shapeList[N].style.pointList.pop(), M ? (I = G, J = 0) : (I = 0, J = -S)
                            } else {
                                if (this.shapeList[N].style.pointList.shift(), "half-smooth-polygon" === this.shapeList[N].type) {
                                    var T = this.shapeList[N].style.pointList.pop();
                                    M ? T[0] = E[0][0] : T[1] = E[0][1], this.shapeList[N].style.pointList.push(T)
                                }
                                M ? (I = -G, J = 0) : (I = 0, J = S)
                            }
                            this.shapeList[N].style.controlPointList = null, this.zr.modShape(this.shapeList[N])
                        } else {
                            if (L[R][2] && this.shapeList[N]._dataIndex === C[R].data.length - 1) {
                                this.zr.delShape(this.shapeList[N].id);
                                continue
                            }
                            if (!L[R][2] && 0 === this.shapeList[N]._dataIndex) {
                                this.zr.delShape(this.shapeList[N].id);
                                continue
                            }
                        }
                        this.shapeList[N].position = [0, 0], D++, this.zr.animate(this.shapeList[N].id, "").when(this.query(this.option, "animationDurationUpdate"), {
                            position: [I, J]
                        }).during(K).done(H).start()
                    }
                }
                D || P && P()
            }
        }, y.prototype.iconLibrary.legendLineIcon = u, q.inherits(B, x), p("../chart").define("line", B), B
    }), d("echarts/util/shape/HalfSmoothPolygon", ["require", "zrender/shape/Base", "zrender/shape/util/smoothBezier", "zrender/tool/util", "zrender/shape/Polygon"], function(l) {
        function p(a) {
            m.call(this, a)
        }
        var m = l("zrender/shape/Base"),
            o = l("zrender/shape/util/smoothBezier"),
            j = l("zrender/tool/util");
        return p.prototype = {
            type: "half-smooth-polygon",
            buildPath: function(z, q) {
                var e = q.pointList;
                if (!(e.length < 2)) {
                    if (q.smooth) {
                        var w = o(e.slice(0, -2), q.smooth, !1, q.smoothConstraint);
                        z.moveTo(e[0][0], e[0][1]);
                        for (var x, y, u, n = e.length, v = 0; n - 3 > v; v++) {
                            x = w[2 * v], y = w[2 * v + 1], u = e[v + 1], z.bezierCurveTo(x[0], x[1], y[0], y[1], u[0], u[1])
                        }
                        z.lineTo(e[n - 2][0], e[n - 2][1]), z.lineTo(e[n - 1][0], e[n - 1][1]), z.lineTo(e[0][0], e[0][1])
                    } else {
                        l("zrender/shape/Polygon").prototype.buildPath(z, q)
                    }
                }
            }
        }, j.inherits(p, m), p
    }), d("echarts/chart/bar", ["require", "./base", "zrender/shape/Rectangle", "../component/axis", "../component/grid", "../component/dataZoom", "../config", "../util/ecData", "zrender/tool/util", "zrender/tool/color", "../chart"], function(l) {
        function w(r, y, s, i, x) {
            m.call(this, r, y, s, i, x), this.refresh(i)
        }
        var m = l("./base"),
            p = l("zrender/shape/Rectangle");
        l("../component/axis"), l("../component/grid"), l("../component/dataZoom");
        var j = l("../config");
        j.bar = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            legendHoverLink: !0,
            xAxisIndex: 0,
            yAxisIndex: 0,
            barMinHeight: 0,
            barGap: "30%",
            barCategoryGap: "20%",
            itemStyle: {
                normal: {
                    barBorderColor: "#fff",
                    barBorderRadius: 0,
                    barBorderWidth: 0,
                    label: {
                        show: !1
                    }
                },
                emphasis: {
                    barBorderColor: "#fff",
                    barBorderRadius: 0,
                    barBorderWidth: 0,
                    label: {
                        show: !1
                    }
                }
            }
        };
        var q = l("../util/ecData"),
            u = l("zrender/tool/util"),
            v = l("zrender/tool/color");
        return w.prototype = {
            type: j.CHART_TYPE_BAR,
            _buildShape: function() {
                this._buildPosition()
            },
            _buildNormal: function(R, au, ad, am, aq) {
                for (var ar, ai, ac, ak, az, ax, N, ao, G, aw, aE, ab, B = this.series, Z = ad[0][0], ag = B[Z], aC = "horizontal" == aq, a = this.component.xAxis, aj = this.component.yAxis, aB = aC ? a.getAxis(ag.xAxisIndex) : aj.getAxis(ag.yAxisIndex), aD = this._mapSize(aB, ad), ay = aD.gap, aA = aD.barGap, ah = aD.barWidthMap, ae = aD.barMaxWidthMap, af = aD.barWidth, H = aD.barMinHeightMap, at = aD.interval, Y = this.deepQuery([this.ecTheme, j], "island.r"), aa = 0, av = au; av > aa && null != aB.getNameByIndex(aa); aa++) {
                    aC ? ak = aB.getCoordByIndex(aa) - ay / 2 : az = aB.getCoordByIndex(aa) + ay / 2;
                    for (var aF = 0, n = ad.length; n > aF; aF++) {
                        var al = B[ad[aF][0]].yAxisIndex || 0,
                            an = B[ad[aF][0]].xAxisIndex || 0;
                        ar = aC ? aj.getAxis(al) : a.getAxis(an), N = ax = G = ao = ar.getCoord(0);
                        for (var ap = 0, Q = ad[aF].length; Q > ap; ap++) {
                            Z = ad[aF][ap], ag = B[Z], aE = ag.data[aa], ab = this.getDataFromOption(aE, "-"), am[Z] = am[Z] || {
                                min: Number.POSITIVE_INFINITY,
                                max: Number.NEGATIVE_INFINITY,
                                sum: 0,
                                counter: 0,
                                average: 0
                            }, ac = Math.min(ae[Z] || Number.MAX_VALUE, ah[Z] || af), "-" !== ab && (ab > 0 ? (ai = ap > 0 ? ar.getCoordSize(ab) : aC ? N - ar.getCoord(ab) : ar.getCoord(ab) - N, 1 === Q && H[Z] > ai && (ai = H[Z]), aC ? (ax -= ai, az = ax) : (ak = ax, ax += ai)) : 0 > ab ? (ai = ap > 0 ? ar.getCoordSize(ab) : aC ? ar.getCoord(ab) - G : G - ar.getCoord(ab), 1 === Q && H[Z] > ai && (ai = H[Z]), aC ? (az = ao, ao += ai) : (ao -= ai, ak = ao)) : (ai = 0, aC ? (ax -= ai, az = ax) : (ak = ax, ax += ai)), am[Z][aa] = aC ? ak + ac / 2 : az - ac / 2, am[Z].min > ab && (am[Z].min = ab, aC ? (am[Z].minY = az, am[Z].minX = am[Z][aa]) : (am[Z].minX = ak + ai, am[Z].minY = am[Z][aa])), am[Z].max < ab && (am[Z].max = ab, aC ? (am[Z].maxY = az, am[Z].maxX = am[Z][aa]) : (am[Z].maxX = ak + ai, am[Z].maxY = am[Z][aa])), am[Z].sum += ab, am[Z].counter++, aa % at === 0 && (aw = this._getBarItem(Z, aa, aB.getNameByIndex(aa), ak, az - (aC ? 0 : ac), aC ? ac : ai, aC ? ai : ac, aC ? "vertical" : "horizontal"), this.shapeList.push(new p(aw))))
                        }
                        for (var ap = 0, Q = ad[aF].length; Q > ap; ap++) {
                            Z = ad[aF][ap], ag = B[Z], aE = ag.data[aa], ab = this.getDataFromOption(aE, "-"), ac = Math.min(ae[Z] || Number.MAX_VALUE, ah[Z] || af), "-" == ab && this.deepQuery([aE, ag, this.option], "calculable") && (aC ? (ax -= Y, az = ax) : (ak = ax, ax += Y), aw = this._getBarItem(Z, aa, aB.getNameByIndex(aa), ak, az - (aC ? 0 : ac), aC ? ac : Y, aC ? Y : ac, aC ? "vertical" : "horizontal"), aw.hoverable = !1, aw.draggable = !1, aw.style.lineWidth = 1, aw.style.brushType = "stroke", aw.style.strokeColor = ag.calculableHolderColor || this.ecTheme.calculableHolderColor || j.calculableHolderColor, this.shapeList.push(new p(aw)))
                        }
                        aC ? ak += ac + aA : az -= ac + aA
                    }
                }
                this._calculMarkMapXY(am, ad, aC ? "y" : "x")
            },
            _buildHorizontal: function(a, s, o, r) {
                return this._buildNormal(a, s, o, r, "horizontal")
            },
            _buildVertical: function(a, s, o, r) {
                return this._buildNormal(a, s, o, r, "vertical")
            },
            _buildOther: function(D, R, H, z) {
                for (var N = this.series, P = 0, Q = H.length; Q > P; P++) {
                    for (var J = 0, G = H[P].length; G > J; J++) {
                        var M = H[P][J],
                            Z = N[M],
                            T = Z.xAxisIndex || 0,
                            C = this.component.xAxis.getAxis(T),
                            O = C.getCoord(0),
                            B = Z.yAxisIndex || 0,
                            S = this.component.yAxis.getAxis(B),
                            ae = S.getCoord(0);
                        z[M] = z[M] || {
                            min0: Number.POSITIVE_INFINITY,
                            min1: Number.POSITIVE_INFINITY,
                            max0: Number.NEGATIVE_INFINITY,
                            max1: Number.NEGATIVE_INFINITY,
                            sum0: 0,
                            sum1: 0,
                            counter0: 0,
                            counter1: 0,
                            average0: 0,
                            average1: 0
                        };
                        for (var F = 0, A = Z.data.length; A > F; F++) {
                            var E = Z.data[F],
                                I = this.getDataFromOption(E, "-");
                            if (I instanceof Array) {
                                var ac, n, K = C.getCoord(I[0]),
                                    ab = S.getCoord(I[1]),
                                    ad = [E, Z],
                                    Y = this.deepQuery(ad, "barWidth") || 10,
                                    aa = this.deepQuery(ad, "barHeight");
                                null != aa ? (ac = "horizontal", I[0] > 0 ? (Y = K - O, K -= Y) : Y = I[0] < 0 ? O - K : 0, n = this._getBarItem(M, F, I[0], K, ab - aa / 2, Y, aa, ac)) : (ac = "vertical", I[1] > 0 ? aa = ae - ab : I[1] < 0 ? (aa = ab - ae, ab -= aa) : aa = 0, n = this._getBarItem(M, F, I[0], K - Y / 2, ab, Y, aa, ac)), this.shapeList.push(new p(n)), K = C.getCoord(I[0]), ab = S.getCoord(I[1]), z[M].min0 > I[0] && (z[M].min0 = I[0], z[M].minY0 = ab, z[M].minX0 = K), z[M].max0 < I[0] && (z[M].max0 = I[0], z[M].maxY0 = ab, z[M].maxX0 = K), z[M].sum0 += I[0], z[M].counter0++, z[M].min1 > I[1] && (z[M].min1 = I[1], z[M].minY1 = ab, z[M].minX1 = K), z[M].max1 < I[1] && (z[M].max1 = I[1], z[M].maxY1 = ab, z[M].maxX1 = K), z[M].sum1 += I[1], z[M].counter1++
                            }
                        }
                    }
                }
                this._calculMarkMapXY(z, H, "xy")
            },
            _mapSize: function(z, I, B) {
                var E, x, F = this._findSpecialBarSzie(I, B),
                    G = F.barWidthMap,
                    H = F.barMaxWidthMap,
                    C = F.barMinHeightMap,
                    A = F.sBarWidthCounter,
                    D = F.sBarWidthTotal,
                    K = F.barGap,
                    J = F.barCategoryGap,
                    y = 1;
                if (I.length != A) {
                    if (B) {
                        E = z.getGap(), K = 0, x = +(E / I.length).toFixed(2), 0 >= x && (y = Math.floor(I.length / E), x = 1)
                    } else {
                        if (E = "string" == typeof J && J.match(/%$/) ? (z.getGap() * (100 - parseFloat(J)) / 100).toFixed(2) - 0 : z.getGap() - J, "string" == typeof K && K.match(/%$/) ? (K = parseFloat(K) / 100, x = +((E - D) / ((I.length - 1) * K + I.length - A)).toFixed(2), K = x * K) : (K = parseFloat(K), x = +((E - D - K * (I.length - 1)) / (I.length - A)).toFixed(2)), 0 >= x) {
                            return this._mapSize(z, I, !0)
                        }
                    }
                } else {
                    if (E = A > 1 ? "string" == typeof J && J.match(/%$/) ? +(z.getGap() * (100 - parseFloat(J)) / 100).toFixed(2) : z.getGap() - J : D, x = 0, K = A > 1 ? +((E - D) / (A - 1)).toFixed(2) : 0, 0 > K) {
                        return this._mapSize(z, I, !0)
                    }
                }
                return this._recheckBarMaxWidth(I, G, H, C, E, x, K, y)
            },
            _findSpecialBarSzie: function(C, P) {
                for (var G, K, x, L, N = this.series, O = {}, I = {}, F = {}, J = 0, S = 0, R = 0, B = C.length; B > R; R++) {
                    for (var M = {
                            barWidth: !1,
                            barMaxWidth: !1
                        }, A = 0, Q = C[R].length; Q > A; A++) {
                        var T = C[R][A],
                            E = N[T];
                        if (!P) {
                            if (M.barWidth) {
                                O[T] = G
                            } else {
                                if (G = this.query(E, "barWidth"), null != G) {
                                    O[T] = G, S += G, J++, M.barWidth = !0;
                                    for (var z = 0, D = A; D > z; z++) {
                                        var H = C[R][z];
                                        O[H] = G
                                    }
                                }
                            }
                            if (M.barMaxWidth) {
                                I[T] = K
                            } else {
                                if (K = this.query(E, "barMaxWidth"), null != K) {
                                    I[T] = K, M.barMaxWidth = !0;
                                    for (var z = 0, D = A; D > z; z++) {
                                        var H = C[R][z];
                                        I[H] = K
                                    }
                                }
                            }
                        }
                        F[T] = this.query(E, "barMinHeight"), x = null != x ? x : this.query(E, "barGap"), L = null != L ? L : this.query(E, "barCategoryGap")
                    }
                }
                return {
                    barWidthMap: O,
                    barMaxWidthMap: I,
                    barMinHeightMap: F,
                    sBarWidth: G,
                    sBarMaxWidth: K,
                    sBarWidthCounter: J,
                    sBarWidthTotal: S,
                    barGap: x,
                    barCategoryGap: L
                }
            },
            _recheckBarMaxWidth: function(y, H, A, D, x, E, F, G) {
                for (var B = 0, z = y.length; z > B; B++) {
                    var C = y[B][0];
                    A[C] && A[C] < E && (x -= E - A[C])
                }
                return {
                    barWidthMap: H,
                    barMaxWidthMap: A,
                    barMinHeightMap: D,
                    gap: x,
                    barWidth: E,
                    barGap: F,
                    interval: G
                }
            },
            _getBarItem: function(C, P, G, M, s, O, I, F) {
                var K, S = this.series,
                    R = S[C],
                    B = R.data[P],
                    N = this._sIndex2ColorMap[C],
                    A = [B, R],
                    Q = this.deepMerge(A, "itemStyle.normal"),
                    W = this.deepMerge(A, "itemStyle.emphasis"),
                    E = Q.barBorderWidth;
                K = {
                    zlevel: R.zlevel,
                    z: R.z,
                    clickable: this.deepQuery(A, "clickable"),
                    style: {
                        x: M,
                        y: s,
                        width: O,
                        height: I,
                        brushType: "both",
                        color: this.getItemStyleColor(this.deepQuery(A, "itemStyle.normal.color") || N, C, P, B),
                        radius: Q.barBorderRadius,
                        lineWidth: E,
                        strokeColor: Q.barBorderColor
                    },
                    highlightStyle: {
                        color: this.getItemStyleColor(this.deepQuery(A, "itemStyle.emphasis.color"), C, P, B),
                        radius: W.barBorderRadius,
                        lineWidth: W.barBorderWidth,
                        strokeColor: W.barBorderColor
                    },
                    _orient: F
                };
                var z = K.style;
                K.highlightStyle.color = K.highlightStyle.color || ("string" == typeof z.color ? v.lift(z.color, -0.3) : z.color), z.x = Math.floor(z.x), z.y = Math.floor(z.y), z.height = Math.ceil(z.height), z.width = Math.ceil(z.width), E > 0 && z.height > E && z.width > E ? (z.y += E / 2, z.height -= E, z.x += E / 2, z.width -= E) : z.brushType = "fill", K.highlightStyle.textColor = K.highlightStyle.color, K = this.addLabel(K, R, B, G, F);
                for (var D = [z, K.highlightStyle], H = 0, T = D.length; T > H; H++) {
                    var o = D[H].textPosition;
                    if ("insideLeft" === o || "insideRight" === o || "insideTop" === o || "insideBottom" === o) {
                        var J = 5;
                        switch (o) {
                            case "insideLeft":
                                D[H].textX = z.x + J, D[H].textY = z.y + z.height / 2, D[H].textAlign = "left", D[H].textBaseline = "middle";
                                break;
                            case "insideRight":
                                D[H].textX = z.x + z.width - J, D[H].textY = z.y + z.height / 2, D[H].textAlign = "right", D[H].textBaseline = "middle";
                                break;
                            case "insideTop":
                                D[H].textX = z.x + z.width / 2, D[H].textY = z.y + J / 2, D[H].textAlign = "center", D[H].textBaseline = "top";
                                break;
                            case "insideBottom":
                                D[H].textX = z.x + z.width / 2, D[H].textY = z.y + z.height - J / 2, D[H].textAlign = "center", D[H].textBaseline = "bottom"
                        }
                        D[H].textPosition = "specific", D[H].textColor = D[H].textColor || "#fff"
                    }
                }
                return this.deepQuery([B, R, this.option], "calculable") && (this.setCalculable(K), K.draggable = !0), q.pack(K, S[C], C, S[C].data[P], P, G), K
            },
            getMarkCoord: function(y, H) {
                var A, D, x = this.series[y],
                    E = this.xMarkMap[y],
                    F = this.component.xAxis.getAxis(x.xAxisIndex),
                    G = this.component.yAxis.getAxis(x.yAxisIndex);
                if (!H.type || "max" !== H.type && "min" !== H.type && "average" !== H.type) {
                    if (E.isHorizontal) {
                        A = "string" == typeof H.xAxis && F.getIndexByName ? F.getIndexByName(H.xAxis) : H.xAxis || 0;
                        var B = E[A];
                        B = null != B ? B : "string" != typeof H.xAxis && F.getCoordByIndex ? F.getCoordByIndex(H.xAxis || 0) : F.getCoord(H.xAxis || 0), D = [B, G.getCoord(H.yAxis || 0)]
                    } else {
                        A = "string" == typeof H.yAxis && G.getIndexByName ? G.getIndexByName(H.yAxis) : H.yAxis || 0;
                        var z = E[A];
                        z = null != z ? z : "string" != typeof H.yAxis && G.getCoordByIndex ? G.getCoordByIndex(H.yAxis || 0) : G.getCoord(H.yAxis || 0), D = [F.getCoord(H.xAxis || 0), z]
                    }
                } else {
                    var C = null != H.valueIndex ? H.valueIndex : null != E.maxX0 ? "1" : "";
                    D = [E[H.type + "X" + C], E[H.type + "Y" + C], E[H.type + "Line" + C], E[H.type + C]]
                }
                return D
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this.backupShapeList(), this._buildShape()
            },
            addDataAnimation: function(z, I) {
                function B() {
                    x--, 0 === x && I && I()
                }
                for (var E = this.series, o = {}, G = 0, H = z.length; H > G; G++) {
                    o[z[G][0]] = z[G]
                }
                for (var C, A, D, K, J, y, F, x = 0, G = this.shapeList.length - 1; G >= 0; G--) {
                    if (y = q.get(this.shapeList[G], "seriesIndex"), o[y] && !o[y][3] && "rectangle" === this.shapeList[G].type) {
                        if (F = q.get(this.shapeList[G], "dataIndex"), J = E[y], o[y][2] && F === J.data.length - 1) {
                            this.zr.delShape(this.shapeList[G].id);
                            continue
                        }
                        if (!o[y][2] && 0 === F) {
                            this.zr.delShape(this.shapeList[G].id);
                            continue
                        }
                        "horizontal" === this.shapeList[G]._orient ? (K = this.component.yAxis.getAxis(J.yAxisIndex || 0).getGap(), D = o[y][2] ? -K : K, C = 0) : (A = this.component.xAxis.getAxis(J.xAxisIndex || 0).getGap(), C = o[y][2] ? A : -A, D = 0), this.shapeList[G].position = [0, 0], x++, this.zr.animate(this.shapeList[G].id, "").when(this.query(this.option, "animationDurationUpdate"), {
                            position: [C, D]
                        }).done(B).start()
                    }
                }
                x || I && I()
            }
        }, u.inherits(w, m), l("../chart").define("bar", w), w
    }), d("echarts/chart/scatter", ["require", "./base", "../util/shape/Symbol", "../component/axis", "../component/grid", "../component/dataZoom", "../component/dataRange", "../config", "zrender/tool/util", "zrender/tool/color", "../chart"], function(l) {
        function u(r, x, v, i, w) {
            m.call(this, r, x, v, i, w), this.refresh(i)
        }
        var m = l("./base"),
            p = l("../util/shape/Symbol");
        l("../component/axis"), l("../component/grid"), l("../component/dataZoom"), l("../component/dataRange");
        var j = l("../config");
        j.scatter = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            legendHoverLink: !0,
            xAxisIndex: 0,
            yAxisIndex: 0,
            symbolSize: 4,
            large: !1,
            largeThreshold: 2000,
            itemStyle: {
                normal: {
                    label: {
                        show: !1
                    }
                },
                emphasis: {
                    label: {
                        show: !1
                    }
                }
            }
        };
        var q = l("zrender/tool/util"),
            s = l("zrender/tool/color");
        return u.prototype = {
            type: j.CHART_TYPE_SCATTER,
            _buildShape: function() {
                var a = this.series;
                this._sIndex2ColorMap = {}, this._symbol = this.option.symbolList, this._sIndex2ShapeMap = {}, this.selectedMap = {}, this.xMarkMap = {};
                for (var B, v, y, z, A = this.component.legend, w = [], r = 0, x = a.length; x > r; r++) {
                    if (B = a[r], v = B.name, B.type === j.CHART_TYPE_SCATTER) {
                        if (a[r] = this.reformOption(a[r]), this.legendHoverLink = a[r].legendHoverLink || this.legendHoverLink, this._sIndex2ShapeMap[r] = this.query(B, "symbol") || this._symbol[r % this._symbol.length], A) {
                            if (this.selectedMap[v] = A.isSelected(v), this._sIndex2ColorMap[r] = s.alpha(A.getColor(v), 0.5), y = A.getItemShape(v)) {
                                var z = this._sIndex2ShapeMap[r];
                                y.style.brushType = z.match("empty") ? "stroke" : "both", z = z.replace("empty", "").toLowerCase(), z.match("rectangle") && (y.style.x += Math.round((y.style.width - y.style.height) / 2), y.style.width = y.style.height), z.match("star") && (y.style.n = z.replace("star", "") - 0 || 5, z = "star"), z.match("image") && (y.style.image = z.replace(new RegExp("^image:\\/\\/"), ""), y.style.x += Math.round((y.style.width - y.style.height) / 2), y.style.width = y.style.height, z = "image"), y.style.iconType = z, A.setItemShape(v, y)
                            }
                        } else {
                            this.selectedMap[v] = !0, this._sIndex2ColorMap[r] = s.alpha(this.zr.getColor(r), 0.5)
                        }
                        this.selectedMap[v] && w.push(r)
                    }
                }
                this._buildSeries(w), this.addShapeList()
            },
            _buildSeries: function(x) {
                if (0 !== x.length) {
                    for (var H, z, C, v, D, F, G, A, y = this.series, B = {}, J = 0, I = x.length; I > J; J++) {
                        if (H = x[J], z = y[H], 0 !== z.data.length) {
                            D = this.component.xAxis.getAxis(z.xAxisIndex || 0), F = this.component.yAxis.getAxis(z.yAxisIndex || 0), B[H] = [];
                            for (var w = 0, E = z.data.length; E > w; w++) {
                                C = z.data[w], v = this.getDataFromOption(C, "-"), "-" === v || v.length < 2 || (G = D.getCoord(v[0]), A = F.getCoord(v[1]), B[H].push([G, A, w, C.name || ""]))
                            }
                            this.xMarkMap[H] = this._markMap(D, F, z.data, B[H]), this.buildMark(H)
                        }
                    }
                    this._buildPointList(B)
                }
            },
            _markMap: function(x, G, z, C) {
                for (var v, D = {
                        min0: Number.POSITIVE_INFINITY,
                        max0: Number.NEGATIVE_INFINITY,
                        sum0: 0,
                        counter0: 0,
                        average0: 0,
                        min1: Number.POSITIVE_INFINITY,
                        max1: Number.NEGATIVE_INFINITY,
                        sum1: 0,
                        counter1: 0,
                        average1: 0
                    }, E = 0, F = C.length; F > E; E++) {
                    v = z[C[E][2]].value || z[C[E][2]], D.min0 > v[0] && (D.min0 = v[0], D.minY0 = C[E][1], D.minX0 = C[E][0]), D.max0 < v[0] && (D.max0 = v[0], D.maxY0 = C[E][1], D.maxX0 = C[E][0]), D.sum0 += v[0], D.counter0++, D.min1 > v[1] && (D.min1 = v[1], D.minY1 = C[E][1], D.minX1 = C[E][0]), D.max1 < v[1] && (D.max1 = v[1], D.maxY1 = C[E][1], D.maxX1 = C[E][0]), D.sum1 += v[1], D.counter1++
                }
                var A = this.component.grid.getX(),
                    y = this.component.grid.getXend(),
                    B = this.component.grid.getY(),
                    I = this.component.grid.getYend();
                D.average0 = D.sum0 / D.counter0;
                var H = x.getCoord(D.average0);
                D.averageLine0 = [
                    [H, I],
                    [H, B]
                ], D.minLine0 = [
                    [D.minX0, I],
                    [D.minX0, B]
                ], D.maxLine0 = [
                    [D.maxX0, I],
                    [D.maxX0, B]
                ], D.average1 = D.sum1 / D.counter1;
                var w = G.getCoord(D.average1);
                return D.averageLine1 = [
                    [A, w],
                    [y, w]
                ], D.minLine1 = [
                    [A, D.minY1],
                    [y, D.minY1]
                ], D.maxLine1 = [
                    [A, D.maxY1],
                    [y, D.maxY1]
                ], D
            },
            _buildPointList: function(w) {
                var D, x, z, v, A = this.series;
                for (var B in w) {
                    if (D = A[B], x = w[B], D.large && D.data.length > D.largeThreshold) {
                        this.shapeList.push(this._getLargeSymbol(D, x, this.getItemStyleColor(this.query(D, "itemStyle.normal.color"), B, -1) || this._sIndex2ColorMap[B]))
                    } else {
                        for (var C = 0, y = x.length; y > C; C++) {
                            z = x[C], v = this._getSymbol(B, z[2], z[3], z[0], z[1]), v && this.shapeList.push(v)
                        }
                    }
                }
            },
            _getSymbol: function(w, F, y, B, v) {
                var C, D = this.series,
                    E = D[w],
                    z = E.data[F],
                    x = this.component.dataRange;
                if (x) {
                    if (C = isNaN(z[2]) ? this._sIndex2ColorMap[w] : x.getColor(z[2]), !C) {
                        return null
                    }
                } else {
                    C = this._sIndex2ColorMap[w]
                }
                var A = this.getSymbolShape(E, w, z, F, y, B, v, this._sIndex2ShapeMap[w], C, "rgba(0,0,0,0)", "vertical");
                return A.zlevel = E.zlevel, A.z = E.z, A._main = !0, A
            },
            _getLargeSymbol: function(a, o, n) {
                return new p({
                    zlevel: a.zlevel,
                    z: a.z,
                    _main: !0,
                    hoverable: !1,
                    style: {
                        pointList: o,
                        color: n,
                        strokeColor: n
                    },
                    highlightStyle: {
                        pointList: []
                    }
                })
            },
            getMarkCoord: function(w, C) {
                var x, y = this.series[w],
                    v = this.xMarkMap[w],
                    z = this.component.xAxis.getAxis(y.xAxisIndex),
                    A = this.component.yAxis.getAxis(y.yAxisIndex);
                if (!C.type || "max" !== C.type && "min" !== C.type && "average" !== C.type) {
                    x = ["string" != typeof C.xAxis && z.getCoordByIndex ? z.getCoordByIndex(C.xAxis || 0) : z.getCoord(C.xAxis || 0), "string" != typeof C.yAxis && A.getCoordByIndex ? A.getCoordByIndex(C.yAxis || 0) : A.getCoord(C.yAxis || 0)]
                } else {
                    var B = null != C.valueIndex ? C.valueIndex : 1;
                    x = [v[C.type + "X" + B], v[C.type + "Y" + B], v[C.type + "Line" + B], v[C.type + B]]
                }
                return x
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this.backupShapeList(), this._buildShape()
            },
            ondataRange: function(a, i) {
                this.component.dataRange && (this.refresh(), i.needRefresh = !0)
            }
        }, q.inherits(u, m), l("../chart").define("scatter", u), u
    }), d("echarts/component/dataRange", ["require", "./base", "zrender/shape/Text", "zrender/shape/Rectangle", "../util/shape/HandlePolygon", "../config", "zrender/tool/util", "zrender/tool/event", "zrender/tool/area", "zrender/tool/color", "../component"], function(p) {
        function B(l, D, m, i, r) {
            u.call(this, l, D, m, i, r);
            var C = this;
            C._ondrift = function(a, n) {
                return C.__ondrift(this, a, n)
            }, C._ondragend = function() {
                return C.__ondragend()
            }, C._dataRangeSelected = function(a) {
                return C.__dataRangeSelected(a)
            }, C._dispatchHoverLink = function(a) {
                return C.__dispatchHoverLink(a)
            }, C._onhoverlink = function(a) {
                return C.__onhoverlink(a)
            }, this._selectedMap = {}, this._range = {}, this.refresh(i), D.bind(z.EVENT.HOVER, this._onhoverlink)
        }
        var u = p("./base"),
            x = p("zrender/shape/Text"),
            j = p("zrender/shape/Rectangle"),
            y = p("../util/shape/HandlePolygon"),
            z = p("../config");
        z.dataRange = {
            zlevel: 0,
            z: 4,
            show: !0,
            orient: "vertical",
            x: "left",
            y: "bottom",
            backgroundColor: "rgba(0,0,0,0)",
            borderColor: "#ccc",
            borderWidth: 0,
            padding: 5,
            itemGap: 10,
            itemWidth: 20,
            itemHeight: 14,
            precision: 0,
            splitNumber: 5,
            splitList: null,
            calculable: !1,
            selectedMode: !0,
            hoverLink: !0,
            realtime: !0,
            color: ["#006edd", "#e0ffff"],
            textStyle: {
                color: "#333"
            }
        };
        var A = p("zrender/tool/util"),
            v = p("zrender/tool/event"),
            q = p("zrender/tool/area"),
            w = p("zrender/tool/color");
        return B.prototype = {
            type: z.COMPONENT_TYPE_DATARANGE,
            _textGap: 10,
            _buildShape: function() {
                if (this._itemGroupLocation = this._getItemGroupLocation(), this._buildBackground(), this._isContinuity() ? this._buildGradient() : this._buildItem(), this.dataRangeOption.show) {
                    for (var a = 0, i = this.shapeList.length; i > a; a++) {
                        this.zr.addShape(this.shapeList[a])
                    }
                }
                this._syncShapeFromRange()
            },
            _buildItem: function() {
                var C, K, D, G, I = this._valueTextList,
                    J = I.length,
                    E = this.getFont(this.dataRangeOption.textStyle),
                    F = this._itemGroupLocation.x,
                    N = this._itemGroupLocation.y,
                    M = this.dataRangeOption.itemWidth,
                    n = this.dataRangeOption.itemHeight,
                    H = this.dataRangeOption.itemGap,
                    a = q.getTextHeight("国", E);
                "vertical" == this.dataRangeOption.orient && "right" == this.dataRangeOption.x && (F = this._itemGroupLocation.x + this._itemGroupLocation.width - M);
                var L = !0;
                this.dataRangeOption.text && (L = !1, this.dataRangeOption.text[0] && (D = this._getTextShape(F, N, this.dataRangeOption.text[0]), "horizontal" == this.dataRangeOption.orient ? F += q.getTextWidth(this.dataRangeOption.text[0], E) + this._textGap : (N += a + this._textGap, D.style.y += a / 2 + this._textGap, D.style.textBaseline = "bottom"), this.shapeList.push(new x(D))));
                for (var O = 0; J > O; O++) {
                    C = I[O], G = this.getColorByIndex(O), K = this._getItemShape(F, N, M, n, this._selectedMap[O] ? G : "#ccc"), K._idx = O, K.onmousemove = this._dispatchHoverLink, this.dataRangeOption.selectedMode && (K.clickable = !0, K.onclick = this._dataRangeSelected), this.shapeList.push(new j(K)), L && (D = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: {
                            x: F + M + 5,
                            y: N,
                            color: this._selectedMap[O] ? this.dataRangeOption.textStyle.color : "#ccc",
                            text: I[O],
                            textFont: E,
                            textBaseline: "top"
                        },
                        highlightStyle: {
                            brushType: "fill"
                        }
                    }, "vertical" == this.dataRangeOption.orient && "right" == this.dataRangeOption.x && (D.style.x -= M + 10, D.style.textAlign = "right"), D._idx = O, D.onmousemove = this._dispatchHoverLink, this.dataRangeOption.selectedMode && (D.clickable = !0, D.onclick = this._dataRangeSelected), this.shapeList.push(new x(D))), "horizontal" == this.dataRangeOption.orient ? F += M + (L ? 5 : 0) + (L ? q.getTextWidth(C, E) : 0) + H : N += n + H
                }!L && this.dataRangeOption.text[1] && ("horizontal" == this.dataRangeOption.orient ? F = F - H + this._textGap : N = N - H + this._textGap, D = this._getTextShape(F, N, this.dataRangeOption.text[1]), "horizontal" != this.dataRangeOption.orient && (D.style.y -= 5, D.style.textBaseline = "top"), this.shapeList.push(new x(D)))
            },
            _buildGradient: function() {
                var J, C, F = this.getFont(this.dataRangeOption.textStyle),
                    H = this._itemGroupLocation.x,
                    I = this._itemGroupLocation.y,
                    D = this.dataRangeOption.itemWidth,
                    E = this.dataRangeOption.itemHeight,
                    M = q.getTextHeight("国", F),
                    L = 10,
                    e = !0;
                this.dataRangeOption.text && (e = !1, this.dataRangeOption.text[0] && (C = this._getTextShape(H, I, this.dataRangeOption.text[0]), "horizontal" == this.dataRangeOption.orient ? H += q.getTextWidth(this.dataRangeOption.text[0], F) + this._textGap : (I += M + this._textGap, C.style.y += M / 2 + this._textGap, C.style.textBaseline = "bottom"), this.shapeList.push(new x(C))));
                for (var G = p("zrender/tool/color"), a = 1 / (this.dataRangeOption.color.length - 1), K = [], N = 0, n = this.dataRangeOption.color.length; n > N; N++) {
                    K.push([N * a, this.dataRangeOption.color[N]])
                }
                "horizontal" == this.dataRangeOption.orient ? (J = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        x: H,
                        y: I,
                        width: D * L,
                        height: E,
                        color: G.getLinearGradient(H, I, H + D * L, I, K)
                    },
                    hoverable: !1
                }, H += D * L + this._textGap) : (J = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        x: H,
                        y: I,
                        width: D,
                        height: E * L,
                        color: G.getLinearGradient(H, I, H, I + E * L, K)
                    },
                    hoverable: !1
                }, I += E * L + this._textGap), this.shapeList.push(new j(J)), this._calculableLocation = J.style, this.dataRangeOption.calculable && (this._buildFiller(), this._bulidMask(), this._bulidHandle()), this._buildIndicator(), !e && this.dataRangeOption.text[1] && (C = this._getTextShape(H, I, this.dataRangeOption.text[1]), this.shapeList.push(new x(C)))
            },
            _buildIndicator: function() {
                var m, F, o = this._calculableLocation.x,
                    C = this._calculableLocation.y,
                    l = this._calculableLocation.width,
                    D = this._calculableLocation.height,
                    E = 5;
                "horizontal" == this.dataRangeOption.orient ? "bottom" != this.dataRangeOption.y ? (m = [
                    [o, C + D],
                    [o - E, C + D + E],
                    [o + E, C + D + E]
                ], F = "bottom") : (m = [
                    [o, C],
                    [o - E, C - E],
                    [o + E, C - E]
                ], F = "top") : "right" != this.dataRangeOption.x ? (m = [
                    [o + l, C],
                    [o + l + E, C - E],
                    [o + l + E, C + E]
                ], F = "right") : (m = [
                    [o, C],
                    [o - E, C - E],
                    [o - E, C + E]
                ], F = "left"), this._indicatorShape = {
                    style: {
                        pointList: m,
                        color: "#fff",
                        __rect: {
                            x: Math.min(m[0][0], m[1][0]),
                            y: Math.min(m[0][1], m[1][1]),
                            width: E * ("horizontal" == this.dataRangeOption.orient ? 2 : 1),
                            height: E * ("horizontal" == this.dataRangeOption.orient ? 1 : 2)
                        }
                    },
                    highlightStyle: {
                        brushType: "fill",
                        textPosition: F,
                        textColor: this.dataRangeOption.textStyle.color
                    },
                    hoverable: !1
                }, this._indicatorShape = new y(this._indicatorShape)
            },
            _buildFiller: function() {
                this._fillerShape = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase() + 1,
                    style: {
                        x: this._calculableLocation.x,
                        y: this._calculableLocation.y,
                        width: this._calculableLocation.width,
                        height: this._calculableLocation.height,
                        color: "rgba(255,255,255,0)"
                    },
                    highlightStyle: {
                        strokeColor: "rgba(255,255,255,0.5)",
                        lineWidth: 1
                    },
                    draggable: !0,
                    ondrift: this._ondrift,
                    ondragend: this._ondragend,
                    onmousemove: this._dispatchHoverLink,
                    _type: "filler"
                }, this._fillerShape = new j(this._fillerShape), this.shapeList.push(this._fillerShape)
            },
            _bulidHandle: function() {
                var E, M, F, I, o, K, L, G, H = this._calculableLocation.x,
                    P = this._calculableLocation.y,
                    O = this._calculableLocation.width,
                    D = this._calculableLocation.height,
                    J = this.getFont(this.dataRangeOption.textStyle),
                    C = q.getTextHeight("国", J),
                    N = Math.max(q.getTextWidth(this._textFormat(this.dataRangeOption.max), J), q.getTextWidth(this._textFormat(this.dataRangeOption.min), J)) + 2;
                "horizontal" == this.dataRangeOption.orient ? "bottom" != this.dataRangeOption.y ? (E = [
                    [H, P],
                    [H, P + D + C],
                    [H - C, P + D + C],
                    [H - 1, P + D],
                    [H - 1, P]
                ], M = H - N / 2 - C, F = P + D + C / 2 + 2, I = {
                    x: H - N - C,
                    y: P + D,
                    width: N + C,
                    height: C
                }, o = [
                    [H + O, P],
                    [H + O, P + D + C],
                    [H + O + C, P + D + C],
                    [H + O + 1, P + D],
                    [H + O + 1, P]
                ], K = H + O + N / 2 + C, L = F, G = {
                    x: H + O,
                    y: P + D,
                    width: N + C,
                    height: C
                }) : (E = [
                    [H, P + D],
                    [H, P - C],
                    [H - C, P - C],
                    [H - 1, P],
                    [H - 1, P + D]
                ], M = H - N / 2 - C, F = P - C / 2 - 2, I = {
                    x: H - N - C,
                    y: P - C,
                    width: N + C,
                    height: C
                }, o = [
                    [H + O, P + D],
                    [H + O, P - C],
                    [H + O + C, P - C],
                    [H + O + 1, P],
                    [H + O + 1, P + D]
                ], K = H + O + N / 2 + C, L = F, G = {
                    x: H + O,
                    y: P - C,
                    width: N + C,
                    height: C
                }) : (N += C, "right" != this.dataRangeOption.x ? (E = [
                    [H, P],
                    [H + O + C, P],
                    [H + O + C, P - C],
                    [H + O, P - 1],
                    [H, P - 1]
                ], M = H + O + N / 2 + C / 2, F = P - C / 2, I = {
                    x: H + O,
                    y: P - C,
                    width: N + C,
                    height: C
                }, o = [
                    [H, P + D],
                    [H + O + C, P + D],
                    [H + O + C, P + C + D],
                    [H + O, P + 1 + D],
                    [H, P + D + 1]
                ], K = M, L = P + D + C / 2, G = {
                    x: H + O,
                    y: P + D,
                    width: N + C,
                    height: C
                }) : (E = [
                    [H + O, P],
                    [H - C, P],
                    [H - C, P - C],
                    [H, P - 1],
                    [H + O, P - 1]
                ], M = H - N / 2 - C / 2, F = P - C / 2, I = {
                    x: H - N - C,
                    y: P - C,
                    width: N + C,
                    height: C
                }, o = [
                    [H + O, P + D],
                    [H - C, P + D],
                    [H - C, P + C + D],
                    [H, P + 1 + D],
                    [H + O, P + D + 1]
                ], K = M, L = P + D + C / 2, G = {
                    x: H - N - C,
                    y: P + D,
                    width: N + C,
                    height: C
                })), this._startShape = {
                    style: {
                        pointList: E,
                        text: this._textFormat(this.dataRangeOption.max),
                        textX: M,
                        textY: F,
                        textFont: J,
                        color: this.getColor(this.dataRangeOption.max),
                        rect: I,
                        x: E[0][0],
                        y: E[0][1],
                        _x: E[0][0],
                        _y: E[0][1]
                    }
                }, this._startShape.highlightStyle = {
                    strokeColor: this._startShape.style.color,
                    lineWidth: 1
                }, this._endShape = {
                    style: {
                        pointList: o,
                        text: this._textFormat(this.dataRangeOption.min),
                        textX: K,
                        textY: L,
                        textFont: J,
                        color: this.getColor(this.dataRangeOption.min),
                        rect: G,
                        x: o[0][0],
                        y: o[0][1],
                        _x: o[0][0],
                        _y: o[0][1]
                    }
                }, this._endShape.highlightStyle = {
                    strokeColor: this._endShape.style.color,
                    lineWidth: 1
                }, this._startShape.zlevel = this._endShape.zlevel = this.getZlevelBase(), this._startShape.z = this._endShape.z = this.getZBase() + 1, this._startShape.draggable = this._endShape.draggable = !0, this._startShape.ondrift = this._endShape.ondrift = this._ondrift, this._startShape.ondragend = this._endShape.ondragend = this._ondragend, this._startShape.style.textColor = this._endShape.style.textColor = this.dataRangeOption.textStyle.color, this._startShape.style.textAlign = this._endShape.style.textAlign = "center", this._startShape.style.textPosition = this._endShape.style.textPosition = "specific", this._startShape.style.textBaseline = this._endShape.style.textBaseline = "middle", this._startShape.style.width = this._endShape.style.width = 0, this._startShape.style.height = this._endShape.style.height = 0, this._startShape.style.textPosition = this._endShape.style.textPosition = "specific", this._startShape = new y(this._startShape), this._endShape = new y(this._endShape), this.shapeList.push(this._startShape), this.shapeList.push(this._endShape)
            },
            _bulidMask: function() {
                var a = this._calculableLocation.x,
                    o = this._calculableLocation.y,
                    l = this._calculableLocation.width,
                    m = this._calculableLocation.height;
                this._startMask = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase() + 1,
                    style: {
                        x: a,
                        y: o,
                        width: "horizontal" == this.dataRangeOption.orient ? 0 : l,
                        height: "horizontal" == this.dataRangeOption.orient ? m : 0,
                        color: "#ccc"
                    },
                    hoverable: !1
                }, this._endMask = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase() + 1,
                    style: {
                        x: "horizontal" == this.dataRangeOption.orient ? a + l : a,
                        y: "horizontal" == this.dataRangeOption.orient ? o : o + m,
                        width: "horizontal" == this.dataRangeOption.orient ? 0 : l,
                        height: "horizontal" == this.dataRangeOption.orient ? m : 0,
                        color: "#ccc"
                    },
                    hoverable: !1
                }, this._startMask = new j(this._startMask), this._endMask = new j(this._endMask), this.shapeList.push(this._startMask), this.shapeList.push(this._endMask)
            },
            _buildBackground: function() {
                var a = this.reformCssArray(this.dataRangeOption.padding);
                this.shapeList.push(new j({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    hoverable: !1,
                    style: {
                        x: this._itemGroupLocation.x - a[3],
                        y: this._itemGroupLocation.y - a[0],
                        width: this._itemGroupLocation.width + a[3] + a[1],
                        height: this._itemGroupLocation.height + a[0] + a[2],
                        brushType: 0 === this.dataRangeOption.borderWidth ? "fill" : "both",
                        color: this.dataRangeOption.backgroundColor,
                        strokeColor: this.dataRangeOption.borderColor,
                        lineWidth: this.dataRangeOption.borderWidth
                    }
                }))
            },
            _getItemGroupLocation: function() {
                var F = this._valueTextList,
                    P = F.length,
                    H = this.dataRangeOption.itemGap,
                    K = this.dataRangeOption.itemWidth,
                    C = this.dataRangeOption.itemHeight,
                    L = 0,
                    N = 0,
                    O = this.getFont(this.dataRangeOption.textStyle),
                    I = q.getTextHeight("国", O),
                    J = 10;
                if ("horizontal" == this.dataRangeOption.orient) {
                    if (this.dataRangeOption.text || this._isContinuity()) {
                        L = (this._isContinuity() ? K * J + H : P * (K + H)) + (this.dataRangeOption.text && "undefined" != typeof this.dataRangeOption.text[0] ? q.getTextWidth(this.dataRangeOption.text[0], O) + this._textGap : 0) + (this.dataRangeOption.text && "undefined" != typeof this.dataRangeOption.text[1] ? q.getTextWidth(this.dataRangeOption.text[1], O) + this._textGap : 0)
                    } else {
                        K += 5;
                        for (var S = 0; P > S; S++) {
                            L += K + q.getTextWidth(F[S], O) + H
                        }
                    }
                    L -= H, N = Math.max(I, C)
                } else {
                    var R;
                    if (this.dataRangeOption.text || this._isContinuity()) {
                        N = (this._isContinuity() ? C * J + H : P * (C + H)) + (this.dataRangeOption.text && "undefined" != typeof this.dataRangeOption.text[0] ? this._textGap + I : 0) + (this.dataRangeOption.text && "undefined" != typeof this.dataRangeOption.text[1] ? this._textGap + I : 0), R = Math.max(q.getTextWidth(this.dataRangeOption.text && this.dataRangeOption.text[0] || "", O), q.getTextWidth(this.dataRangeOption.text && this.dataRangeOption.text[1] || "", O)), L = Math.max(K, R)
                    } else {
                        N = (C + H) * P, K += 5, R = 0;
                        for (var S = 0; P > S; S++) {
                            R = Math.max(R, q.getTextWidth(F[S], O))
                        }
                        L = K + R
                    }
                    N -= H
                }
                var E, M = this.reformCssArray(this.dataRangeOption.padding),
                    D = this.zr.getWidth();
                switch (this.dataRangeOption.x) {
                    case "center":
                        E = Math.floor((D - L) / 2);
                        break;
                    case "left":
                        E = M[3] + this.dataRangeOption.borderWidth;
                        break;
                    case "right":
                        E = D - L - M[1] - this.dataRangeOption.borderWidth;
                        break;
                    default:
                        E = this.parsePercent(this.dataRangeOption.x, D), E = isNaN(E) ? 0 : E
                }
                var Q, T = this.zr.getHeight();
                switch (this.dataRangeOption.y) {
                    case "top":
                        Q = M[0] + this.dataRangeOption.borderWidth;
                        break;
                    case "bottom":
                        Q = T - N - M[2] - this.dataRangeOption.borderWidth;
                        break;
                    case "center":
                        Q = Math.floor((T - N) / 2);
                        break;
                    default:
                        Q = this.parsePercent(this.dataRangeOption.y, T), Q = isNaN(Q) ? 0 : Q
                }
                if (this.dataRangeOption.calculable) {
                    var G = Math.max(q.getTextWidth(this.dataRangeOption.max, O), q.getTextWidth(this.dataRangeOption.min, O)) + I;
                    "horizontal" == this.dataRangeOption.orient ? (G > E && (E = G), E + L + G > D && (E -= G)) : (I > Q && (Q = I), Q + N + I > T && (Q -= I))
                }
                return {
                    x: E,
                    y: Q,
                    width: L,
                    height: N
                }
            },
            _getTextShape: function(a, m, l) {
                return {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        x: "horizontal" == this.dataRangeOption.orient ? a : this._itemGroupLocation.x + this._itemGroupLocation.width / 2,
                        y: "horizontal" == this.dataRangeOption.orient ? this._itemGroupLocation.y + this._itemGroupLocation.height / 2 : m,
                        color: this.dataRangeOption.textStyle.color,
                        text: l,
                        textFont: this.getFont(this.dataRangeOption.textStyle),
                        textBaseline: "horizontal" == this.dataRangeOption.orient ? "middle" : "top",
                        textAlign: "horizontal" == this.dataRangeOption.orient ? "left" : "center"
                    },
                    hoverable: !1
                }
            },
            _getItemShape: function(m, s, o, r, l) {
                return {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        x: m,
                        y: s + 1,
                        width: o,
                        height: r - 2,
                        color: l
                    },
                    highlightStyle: {
                        strokeColor: l,
                        lineWidth: 1
                    }
                }
            },
            __ondrift: function(m, F, s) {
                var C = this._calculableLocation.x,
                    l = this._calculableLocation.y,
                    D = this._calculableLocation.width,
                    E = this._calculableLocation.height;
                return "horizontal" == this.dataRangeOption.orient ? m.style.x + F <= C ? m.style.x = C : m.style.x + F + m.style.width >= C + D ? m.style.x = C + D - m.style.width : m.style.x += F : m.style.y + s <= l ? m.style.y = l : m.style.y + s + m.style.height >= l + E ? m.style.y = l + E - m.style.height : m.style.y += s, "filler" == m._type ? this._syncHandleShape() : this._syncFillerShape(m), this.dataRangeOption.realtime && this._dispatchDataRange(), !0
            },
            __ondragend: function() {
                this.isDragend = !0
            },
            ondragend: function(a, i) {
                this.isDragend && a.target && (i.dragOut = !0, i.dragIn = !0, this.dataRangeOption.realtime || this._dispatchDataRange(), i.needRefresh = !1, this.isDragend = !1)
            },
            _syncShapeFromRange: function() {
                var m = this.dataRangeOption.range || {},
                    s = m.start,
                    o = m.end;
                if (s > o && (s = [o, o = s][0]), this._range.end = null != s ? s : null != this._range.end ? this._range.end : 0, this._range.start = null != o ? o : null != this._range.start ? this._range.start : 100, 100 != this._range.start || 0 !== this._range.end) {
                    if ("horizontal" == this.dataRangeOption.orient) {
                        var r = this._fillerShape.style.width;
                        this._fillerShape.style.x += r * (100 - this._range.start) / 100, this._fillerShape.style.width = r * (this._range.start - this._range.end) / 100
                    } else {
                        var l = this._fillerShape.style.height;
                        this._fillerShape.style.y += l * (100 - this._range.start) / 100, this._fillerShape.style.height = l * (this._range.start - this._range.end) / 100
                    }
                    this.zr.modShape(this._fillerShape.id), this._syncHandleShape()
                }
            },
            _syncHandleShape: function() {
                var a = this._calculableLocation.x,
                    o = this._calculableLocation.y,
                    l = this._calculableLocation.width,
                    m = this._calculableLocation.height;
                "horizontal" == this.dataRangeOption.orient ? (this._startShape.style.x = this._fillerShape.style.x, this._startMask.style.width = this._startShape.style.x - a, this._endShape.style.x = this._fillerShape.style.x + this._fillerShape.style.width, this._endMask.style.x = this._endShape.style.x, this._endMask.style.width = a + l - this._endShape.style.x, this._range.start = Math.ceil(100 - (this._startShape.style.x - a) / l * 100), this._range.end = Math.floor(100 - (this._endShape.style.x - a) / l * 100)) : (this._startShape.style.y = this._fillerShape.style.y, this._startMask.style.height = this._startShape.style.y - o, this._endShape.style.y = this._fillerShape.style.y + this._fillerShape.style.height, this._endMask.style.y = this._endShape.style.y, this._endMask.style.height = o + m - this._endShape.style.y, this._range.start = Math.ceil(100 - (this._startShape.style.y - o) / m * 100), this._range.end = Math.floor(100 - (this._endShape.style.y - o) / m * 100)), this._syncShape()
            },
            _syncFillerShape: function(m) {
                var F, s, C = this._calculableLocation.x,
                    l = this._calculableLocation.y,
                    D = this._calculableLocation.width,
                    E = this._calculableLocation.height;
                "horizontal" == this.dataRangeOption.orient ? (F = this._startShape.style.x, s = this._endShape.style.x, m.id == this._startShape.id && F >= s ? (s = F, this._endShape.style.x = F) : m.id == this._endShape.id && F >= s && (F = s, this._startShape.style.x = F), this._fillerShape.style.x = F, this._fillerShape.style.width = s - F, this._startMask.style.width = F - C, this._endMask.style.x = s, this._endMask.style.width = C + D - s, this._range.start = Math.ceil(100 - (F - C) / D * 100), this._range.end = Math.floor(100 - (s - C) / D * 100)) : (F = this._startShape.style.y, s = this._endShape.style.y, m.id == this._startShape.id && F >= s ? (s = F, this._endShape.style.y = F) : m.id == this._endShape.id && F >= s && (F = s, this._startShape.style.y = F), this._fillerShape.style.y = F, this._fillerShape.style.height = s - F, this._startMask.style.height = F - l, this._endMask.style.y = s, this._endMask.style.height = l + E - s, this._range.start = Math.ceil(100 - (F - l) / E * 100), this._range.end = Math.floor(100 - (s - l) / E * 100)), this._syncShape()
            },
            _syncShape: function() {
                this._startShape.position = [this._startShape.style.x - this._startShape.style._x, this._startShape.style.y - this._startShape.style._y], this._startShape.style.text = this._textFormat(this._gap * this._range.start + this.dataRangeOption.min), this._startShape.style.color = this._startShape.highlightStyle.strokeColor = this.getColor(this._gap * this._range.start + this.dataRangeOption.min), this._endShape.position = [this._endShape.style.x - this._endShape.style._x, this._endShape.style.y - this._endShape.style._y], this._endShape.style.text = this._textFormat(this._gap * this._range.end + this.dataRangeOption.min), this._endShape.style.color = this._endShape.highlightStyle.strokeColor = this.getColor(this._gap * this._range.end + this.dataRangeOption.min), this.zr.modShape(this._startShape.id), this.zr.modShape(this._endShape.id), this.zr.modShape(this._startMask.id), this.zr.modShape(this._endMask.id), this.zr.modShape(this._fillerShape.id), this.zr.refreshNextFrame()
            },
            _dispatchDataRange: function() {
                this.messageCenter.dispatch(z.EVENT.DATA_RANGE, null, {
                    range: {
                        start: this._range.end,
                        end: this._range.start
                    }
                }, this.myChart)
            },
            __dataRangeSelected: function(m) {
                if ("single" === this.dataRangeOption.selectedMode) {
                    for (var s in this._selectedMap) {
                        this._selectedMap[s] = !1
                    }
                }
                var o = m.target._idx;
                this._selectedMap[o] = !this._selectedMap[o];
                var r, l;
                this._useCustomizedSplit() ? (r = this._splitList[o].max, l = this._splitList[o].min) : (r = (this._colorList.length - o) * this._gap + this.dataRangeOption.min, l = r - this._gap), this.messageCenter.dispatch(z.EVENT.DATA_RANGE_SELECTED, m.event, {
                    selected: this._selectedMap,
                    target: o,
                    valueMax: r,
                    valueMin: l
                }, this.myChart), this.messageCenter.dispatch(z.EVENT.REFRESH, null, null, this.myChart)
            },
            __dispatchHoverLink: function(m) {
                var D, r;
                if (this.dataRangeOption.calculable) {
                    var s, l = this.dataRangeOption.max - this.dataRangeOption.min;
                    s = "horizontal" == this.dataRangeOption.orient ? (1 - (v.getX(m.event) - this._calculableLocation.x) / this._calculableLocation.width) * l : (1 - (v.getY(m.event) - this._calculableLocation.y) / this._calculableLocation.height) * l, D = s - 0.05 * l, r = s + 0.05 * l
                } else {
                    if (this._useCustomizedSplit()) {
                        var C = m.target._idx;
                        r = this._splitList[C].max, D = this._splitList[C].min
                    } else {
                        var C = m.target._idx;
                        r = (this._colorList.length - C) * this._gap + this.dataRangeOption.min, D = r - this._gap
                    }
                }
                this.messageCenter.dispatch(z.EVENT.DATA_RANGE_HOVERLINK, m.event, {
                    valueMin: D,
                    valueMax: r
                }, this.myChart)
            },
            __onhoverlink: function(a) {
                if (this.dataRangeOption.show && this.dataRangeOption.hoverLink && this._indicatorShape && a && null != a.seriesIndex && null != a.dataIndex) {
                    var i = a.value;
                    if ("" === i || isNaN(i)) {
                        return
                    }
                    i < this.dataRangeOption.min ? i = this.dataRangeOption.min : i > this.dataRangeOption.max && (i = this.dataRangeOption.max), this._indicatorShape.position = "horizontal" == this.dataRangeOption.orient ? [(this.dataRangeOption.max - i) / (this.dataRangeOption.max - this.dataRangeOption.min) * this._calculableLocation.width, 0] : [0, (this.dataRangeOption.max - i) / (this.dataRangeOption.max - this.dataRangeOption.min) * this._calculableLocation.height], this._indicatorShape.style.text = this._textFormat(a.value), this._indicatorShape.style.color = this.getColor(i), this.zr.addHoverShape(this._indicatorShape)
                }
            },
            _textFormat: function(a, m) {
                var l = this.dataRangeOption;
                if (a !== -Number.MAX_VALUE && (a = (+a).toFixed(l.precision)), null != m && m !== Number.MAX_VALUE && (m = (+m).toFixed(l.precision)), l.formatter) {
                    if ("string" == typeof l.formatter) {
                        return l.formatter.replace("{value}", a === -Number.MAX_VALUE ? "min" : a).replace("{value2}", m === Number.MAX_VALUE ? "max" : m)
                    }
                    if ("function" == typeof l.formatter) {
                        return l.formatter.call(this.myChart, a, m)
                    }
                }
                return null == m ? a : a === -Number.MAX_VALUE ? "< " + m : m === Number.MAX_VALUE ? "> " + a : a + " - " + m
            },
            _isContinuity: function() {
                var a = this.dataRangeOption;
                return !(a.splitList ? a.splitList.length > 0 : a.splitNumber > 0) || a.calculable
            },
            _useCustomizedSplit: function() {
                var a = this.dataRangeOption;
                return a.splitList && a.splitList.length > 0
            },
            _buildColorList: function(m) {
                if (this._colorList = w.getGradientColors(this.dataRangeOption.color, Math.max((m - this.dataRangeOption.color.length) / (this.dataRangeOption.color.length - 1), 0) + 1), this._colorList.length > m) {
                    for (var D = this._colorList.length, r = [this._colorList[0]], s = D / (m - 1), l = 1; m - 1 > l; l++) {
                        r.push(this._colorList[Math.floor(l * s)])
                    }
                    r.push(this._colorList[D - 1]), this._colorList = r
                }
                if (this._useCustomizedSplit()) {
                    for (var C = this._splitList, l = 0, D = C.length; D > l; l++) {
                        C[l].color && (this._colorList[l] = C[l].color)
                    }
                }
            },
            _buildGap: function(a) {
                if (!this._useCustomizedSplit()) {
                    var i = this.dataRangeOption.precision;
                    for (this._gap = (this.dataRangeOption.max - this.dataRangeOption.min) / a; this._gap.toFixed(i) - 0 != this._gap && 5 > i;) {
                        i++
                    }
                    this.dataRangeOption.precision = i, this._gap = ((this.dataRangeOption.max - this.dataRangeOption.min) / a).toFixed(i) - 0
                }
            },
            _buildDataList: function(m) {
                for (var F = this._valueTextList = [], s = this.dataRangeOption, C = this._useCustomizedSplit(), l = 0; m > l; l++) {
                    this._selectedMap[l] = !0;
                    var D = "";
                    if (C) {
                        var E = this._splitList[m - 1 - l];
                        D = null != E.label ? E.label : null != E.single ? this._textFormat(E.single) : this._textFormat(E.min, E.max)
                    } else {
                        D = this._textFormat(l * this._gap + s.min, (l + 1) * this._gap + s.min)
                    }
                    F.unshift(D)
                }
            },
            _buildSplitList: function() {
                if (this._useCustomizedSplit()) {
                    for (var m = this.dataRangeOption.splitList, D = this._splitList = [], r = 0, s = m.length; s > r; r++) {
                        var l = m[r];
                        if (!l || null == l.start && null == l.end) {
                            throw new Error("Empty item exists in splitList!")
                        }
                        var C = {
                            label: l.label,
                            color: l.color
                        };
                        C.min = l.start, C.max = l.end, C.min > C.max && (C.min = [C.max, C.max = C.min][0]), C.min === C.max && (C.single = C.max), null == C.min && (C.min = -Number.MAX_VALUE), null == C.max && (C.max = Number.MAX_VALUE), D.push(C)
                    }
                }
            },
            refresh: function(a) {
                if (a) {
                    this.option = a, this.option.dataRange = this.reformOption(this.option.dataRange);
                    var m = this.dataRangeOption = this.option.dataRange;
                    if (!this._useCustomizedSplit() && (null == m.min || null == m.max)) {
                        throw new Error("option.dataRange.min or option.dataRange.max has not been defined.")
                    }
                    this.myChart.canvasSupported || (m.realtime = !1);
                    var l = this._isContinuity() ? 100 : this._useCustomizedSplit() ? m.splitList.length : m.splitNumber;
                    this._buildSplitList(), this._buildColorList(l), this._buildGap(l), this._buildDataList(l)
                }
                this.clear(), this._buildShape()
            },
            getColor: function(m) {
                if (isNaN(m)) {
                    return null
                }
                var s;
                if (this._useCustomizedSplit()) {
                    for (var o = this._splitList, r = 0, l = o.length; l > r; r++) {
                        if (o[r].min <= m && o[r].max >= m) {
                            s = r;
                            break
                        }
                    }
                } else {
                    if (this.dataRangeOption.min == this.dataRangeOption.max) {
                        return this._colorList[0]
                    }
                    if (m < this.dataRangeOption.min ? m = this.dataRangeOption.min : m > this.dataRangeOption.max && (m = this.dataRangeOption.max), this.dataRangeOption.calculable && (m - (this._gap * this._range.start + this.dataRangeOption.min) > 5e-05 || m - (this._gap * this._range.end + this.dataRangeOption.min) < -5e-05)) {
                        return null
                    }
                    s = this._colorList.length - Math.ceil((m - this.dataRangeOption.min) / (this.dataRangeOption.max - this.dataRangeOption.min) * this._colorList.length), s == this._colorList.length && s--
                }
                return this._selectedMap[s] ? this._colorList[s] : null
            },
            getColorByIndex: function(a) {
                return a >= this._colorList.length ? a = this._colorList.length - 1 : 0 > a && (a = 0), this._colorList[a]
            },
            onbeforDispose: function() {
                this.messageCenter.unbind(z.EVENT.HOVER, this._onhoverlink)
            }
        }, A.inherits(B, u), p("../component").define("dataRange", B), B
    }), d("echarts/util/shape/HandlePolygon", ["require", "zrender/shape/Base", "zrender/shape/Polygon", "zrender/tool/util"], function(l) {
        function p(a) {
            m.call(this, a)
        }
        var m = l("zrender/shape/Base"),
            o = l("zrender/shape/Polygon"),
            j = l("zrender/tool/util");
        return p.prototype = {
            type: "handle-polygon",
            buildPath: function(a, i) {
                o.prototype.buildPath(a, i)
            },
            isCover: function(a, s) {
                var q = this.transformCoordToLocal(a, s);
                a = q[0], s = q[1];
                var r = this.style.rect;
                return a >= r.x && a <= r.x + r.width && s >= r.y && s <= r.y + r.height ? !0 : !1
            }
        }, j.inherits(p, m), p
    }), d("echarts/chart/k", ["require", "./base", "../util/shape/Candle", "../component/axis", "../component/grid", "../component/dataZoom", "../config", "../util/ecData", "zrender/tool/util", "../chart"], function(l) {
        function u(r, x, v, i, w) {
            m.call(this, r, x, v, i, w), this.refresh(i)
        }
        var m = l("./base"),
            p = l("../util/shape/Candle");
        l("../component/axis"), l("../component/grid"), l("../component/dataZoom");
        var j = l("../config");
        j.k = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            hoverable: !0,
            legendHoverLink: !1,
            xAxisIndex: 0,
            yAxisIndex: 0,
            itemStyle: {
                normal: {
                    color: "#fff",
                    color0: "#00aa11",
                    lineStyle: {
                        width: 1,
                        color: "#ff3200",
                        color0: "#00aa11"
                    },
                    label: {
                        show: !1
                    }
                },
                emphasis: {
                    label: {
                        show: !1
                    }
                }
            }
        };
        var q = l("../util/ecData"),
            s = l("zrender/tool/util");
        return u.prototype = {
            type: j.CHART_TYPE_K,
            _buildShape: function() {
                var a = this.series;
                this.selectedMap = {};
                for (var z, v = {
                        top: [],
                        bottom: []
                    }, w = 0, x = a.length; x > w; w++) {
                    a[w].type === j.CHART_TYPE_K && (a[w] = this.reformOption(a[w]), this.legendHoverLink = a[w].legendHoverLink || this.legendHoverLink, z = this.component.xAxis.getAxis(a[w].xAxisIndex), z.type === j.COMPONENT_TYPE_AXIS_CATEGORY && v[z.getPosition()].push(w))
                }
                for (var y in v) {
                    v[y].length > 0 && this._buildSinglePosition(y, v[y])
                }
                this.addShapeList()
            },
            _buildSinglePosition: function(w, B) {
                var x = this._mapData(B),
                    y = x.locationMap,
                    v = x.maxDataLength;
                if (0 !== v && 0 !== y.length) {
                    this._buildHorizontal(B, v, y);
                    for (var z = 0, A = B.length; A > z; z++) {
                        this.buildMark(B[z])
                    }
                }
            },
            _mapData: function(w) {
                for (var D, x, z = this.series, v = this.component.legend, A = [], B = 0, C = 0, y = w.length; y > C; C++) {
                    D = z[w[C]], x = D.name, this.selectedMap[x] = v ? v.isSelected(x) : !0, this.selectedMap[x] && A.push(w[C]), B = Math.max(B, D.data.length)
                }
                return {
                    locationMap: A,
                    maxDataLength: B
                }
            },
            _buildHorizontal: function(z, K, C) {
                for (var F, v, G, I, J, D, B, E, N, M, x = this.series, H = {}, w = 0, L = C.length; L > w; w++) {
                    F = C[w], v = x[F], G = v.xAxisIndex || 0, I = this.component.xAxis.getAxis(G), B = v.barWidth || Math.floor(I.getGap() / 2), M = v.barMaxWidth, M && B > M && (B = M), J = v.yAxisIndex || 0, D = this.component.yAxis.getAxis(J), H[F] = [];
                    for (var O = 0, A = K; A > O && null != I.getNameByIndex(O); O++) {
                        E = v.data[O], N = this.getDataFromOption(E, "-"), "-" !== N && 4 == N.length && H[F].push([I.getCoordByIndex(O), B, D.getCoord(N[0]), D.getCoord(N[1]), D.getCoord(N[2]), D.getCoord(N[3]), O, I.getNameByIndex(O)])
                    }
                }
                this._buildKLine(z, H)
            },
            _buildKLine: function(A, P) {
                for (var E, J, K, N, O, G, D, I, S, R, z, M, w, Q, W, C, v, B = this.series, F = 0, T = A.length; T > F; F++) {
                    if (v = A[F], z = B[v], Q = P[v], this._isLarge(Q) && (Q = this._getLargePointList(Q)), z.type === j.CHART_TYPE_K && null != Q) {
                        M = z, E = this.query(M, "itemStyle.normal.lineStyle.width"), J = this.query(M, "itemStyle.normal.lineStyle.color"), K = this.query(M, "itemStyle.normal.lineStyle.color0"), N = this.query(M, "itemStyle.normal.color"), O = this.query(M, "itemStyle.normal.color0"), G = this.query(M, "itemStyle.emphasis.lineStyle.width"), D = this.query(M, "itemStyle.emphasis.lineStyle.color"), I = this.query(M, "itemStyle.emphasis.lineStyle.color0"), S = this.query(M, "itemStyle.emphasis.color"), R = this.query(M, "itemStyle.emphasis.color0");
                        for (var a = 0, H = Q.length; H > a; a++) {
                            W = Q[a], w = z.data[W[6]], M = w, C = W[3] < W[2], this.shapeList.push(this._getCandle(v, W[6], W[7], W[0], W[1], W[2], W[3], W[4], W[5], C ? this.query(M, "itemStyle.normal.color") || N : this.query(M, "itemStyle.normal.color0") || O, this.query(M, "itemStyle.normal.lineStyle.width") || E, C ? this.query(M, "itemStyle.normal.lineStyle.color") || J : this.query(M, "itemStyle.normal.lineStyle.color0") || K, C ? this.query(M, "itemStyle.emphasis.color") || S || N : this.query(M, "itemStyle.emphasis.color0") || R || O, this.query(M, "itemStyle.emphasis.lineStyle.width") || G || E, C ? this.query(M, "itemStyle.emphasis.lineStyle.color") || D || J : this.query(M, "itemStyle.emphasis.lineStyle.color0") || I || K))
                        }
                    }
                }
            },
            _isLarge: function(a) {
                return a[0][1] < 0.5
            },
            _getLargePointList: function(r) {
                for (var x = this.component.grid.getWidth(), v = r.length, w = [], o = 0; x > o; o++) {
                    w[o] = r[Math.floor(v / x * o)]
                }
                return w
            },
            _getCandle: function(x, J, C, n, H, I, E, B, F, M, L, w, G, v, K) {
                var N = this.series,
                    A = N[x],
                    o = A.data[J],
                    z = [o, A],
                    D = {
                        zlevel: A.zlevel,
                        z: A.z,
                        clickable: this.deepQuery(z, "clickable"),
                        hoverable: this.deepQuery(z, "hoverable"),
                        style: {
                            x: n,
                            y: [I, E, B, F],
                            width: H,
                            color: M,
                            strokeColor: w,
                            lineWidth: L,
                            brushType: "both"
                        },
                        highlightStyle: {
                            color: G,
                            strokeColor: K,
                            lineWidth: v
                        },
                        _seriesIndex: x
                    };
                return D = this.addLabel(D, A, o, C), q.pack(D, A, x, o, J, C), D = new p(D)
            },
            getMarkCoord: function(r, x) {
                var v = this.series[r],
                    w = this.component.xAxis.getAxis(v.xAxisIndex),
                    o = this.component.yAxis.getAxis(v.yAxisIndex);
                return ["string" != typeof x.xAxis && w.getCoordByIndex ? w.getCoordByIndex(x.xAxis || 0) : w.getCoord(x.xAxis || 0), "string" != typeof x.yAxis && o.getCoordByIndex ? o.getCoordByIndex(x.yAxis || 0) : o.getCoord(x.yAxis || 0)]
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this.backupShapeList(), this._buildShape()
            },
            addDataAnimation: function(w, F) {
                function y() {
                    C--, 0 === C && F && F()
                }
                for (var B = this.series, o = {}, D = 0, E = w.length; E > D; D++) {
                    o[w[D][0]] = w[D]
                }
                for (var z, x, A, H, G, v, C = 0, D = 0, E = this.shapeList.length; E > D; D++) {
                    if (G = this.shapeList[D]._seriesIndex, o[G] && !o[G][3] && "candle" === this.shapeList[D].type) {
                        if (v = q.get(this.shapeList[D], "dataIndex"), H = B[G], o[G][2] && v === H.data.length - 1) {
                            this.zr.delShape(this.shapeList[D].id);
                            continue
                        }
                        if (!o[G][2] && 0 === v) {
                            this.zr.delShape(this.shapeList[D].id);
                            continue
                        }
                        x = this.component.xAxis.getAxis(H.xAxisIndex || 0).getGap(), z = o[G][2] ? x : -x, A = 0, C++, this.zr.animate(this.shapeList[D].id, "").when(this.query(this.option, "animationDurationUpdate"), {
                            position: [z, A]
                        }).done(y).start()
                    }
                }
                C || F && F()
            }
        }, s.inherits(u, m), l("../chart").define("k", u), u
    }), d("echarts/chart/pie", ["require", "./base", "zrender/shape/Text", "zrender/shape/Ring", "zrender/shape/Circle", "zrender/shape/Sector", "zrender/shape/Polyline", "../config", "../util/ecData", "zrender/tool/util", "zrender/tool/math", "zrender/tool/color", "../chart"], function(p) {
        function B(l, F, m, i, s) {
            u.call(this, l, F, m, i, s);
            var E = this;
            E.shapeHandler.onmouseover = function(H) {
                var O = H.target,
                    I = q.get(O, "seriesIndex"),
                    L = q.get(O, "dataIndex"),
                    r = q.get(O, "special"),
                    M = [O.style.x, O.style.y],
                    N = O.style.startAngle,
                    J = O.style.endAngle,
                    K = ((J + N) / 2 + 360) % 360,
                    Q = O.highlightStyle.color,
                    P = E.getLabel(I, L, r, M, K, Q, !0);
                P && E.zr.addHoverShape(P);
                var G = E.getLabelLine(I, L, M, O.style.r0, O.style.r, K, Q, !0);
                G && E.zr.addHoverShape(G)
            }, this.refresh(i)
        }
        var u = p("./base"),
            x = p("zrender/shape/Text"),
            j = p("zrender/shape/Ring"),
            y = p("zrender/shape/Circle"),
            z = p("zrender/shape/Sector"),
            A = p("zrender/shape/Polyline"),
            v = p("../config");
        v.pie = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            legendHoverLink: !0,
            center: ["50%", "50%"],
            radius: [0, "75%"],
            clockWise: !0,
            startAngle: 90,
            minAngle: 0,
            selectedOffset: 10,
            itemStyle: {
                normal: {
                    borderColor: "rgba(0,0,0,0)",
                    borderWidth: 1,
                    label: {
                        show: !0,
                        position: "outer"
                    },
                    labelLine: {
                        show: !0,
                        length: 20,
                        lineStyle: {
                            width: 1,
                            type: "solid"
                        }
                    }
                },
                emphasis: {
                    borderColor: "rgba(0,0,0,0)",
                    borderWidth: 1,
                    label: {
                        show: !1
                    },
                    labelLine: {
                        show: !1,
                        length: 20,
                        lineStyle: {
                            width: 1,
                            type: "solid"
                        }
                    }
                }
            }
        };
        var q = p("../util/ecData"),
            w = p("zrender/tool/util"),
            D = p("zrender/tool/math"),
            C = p("zrender/tool/color");
        return B.prototype = {
            type: v.CHART_TYPE_PIE,
            _buildShape: function() {
                var a = this.series,
                    H = this.component.legend;
                this.selectedMap = {}, this._selected = {};
                var l, E, F;
                this._selectedMode = !1;
                for (var G, o = 0, I = a.length; I > o; o++) {
                    if (a[o].type === v.CHART_TYPE_PIE) {
                        if (a[o] = this.reformOption(a[o]), this.legendHoverLink = a[o].legendHoverLink || this.legendHoverLink, G = a[o].name || "", this.selectedMap[G] = H ? H.isSelected(G) : !0, !this.selectedMap[G]) {
                            continue
                        }
                        l = this.parseCenter(this.zr, a[o].center), E = this.parseRadius(this.zr, a[o].radius), this._selectedMode = this._selectedMode || a[o].selectedMode, this._selected[o] = [], this.deepQuery([a[o], this.option], "calculable") && (F = {
                            zlevel: a[o].zlevel,
                            z: a[o].z,
                            hoverable: !1,
                            style: {
                                x: l[0],
                                y: l[1],
                                r0: E[0] <= 10 ? 0 : E[0] - 10,
                                r: E[1] + 10,
                                brushType: "stroke",
                                lineWidth: 1,
                                strokeColor: a[o].calculableHolderColor || this.ecTheme.calculableHolderColor || v.calculableHolderColor
                            }
                        }, q.pack(F, a[o], o, void 0, -1), this.setCalculable(F), F = E[0] <= 10 ? new y(F) : new j(F), this.shapeList.push(F)), this._buildSinglePie(o), this.buildMark(o)
                    }
                }
                this.addShapeList()
            },
            _buildSinglePie: function(J) {
                for (var ab, O = this.series, T = O[J], F = T.data, X = this.component.legend, Z = 0, aa = 0, Q = 0, N = Number.NEGATIVE_INFINITY, S = [], ae = 0, ad = F.length; ad > ae; ae++) {
                    ab = F[ae].name, this.selectedMap[ab] = X ? X.isSelected(ab) : !0, this.selectedMap[ab] && !isNaN(F[ae].value) && (0 !== +F[ae].value ? Z++ : aa++, Q += +F[ae].value, N = Math.max(N, +F[ae].value))
                }
                if (0 !== Q) {
                    for (var I, Y, H, ac, ah, M, G = 100, K = T.clockWise, P = (T.startAngle.toFixed(2) - 0 + 360) % 360, ag = T.minAngle || 0.01, E = 360 - ag * Z - 0.01 * aa, R = T.roseType, ae = 0, ad = F.length; ad > ae; ae++) {
                        if (ab = F[ae].name, this.selectedMap[ab] && !isNaN(F[ae].value)) {
                            if (Y = X ? X.getColor(ab) : this.zr.getColor(ae), G = F[ae].value / Q, I = "area" != R ? K ? P - G * E - (0 !== G ? ag : 0.01) : G * E + P + (0 !== G ? ag : 0.01) : K ? P - 360 / ad : 360 / ad + P, I = I.toFixed(2) - 0, G = (100 * G).toFixed(2), H = this.parseCenter(this.zr, T.center), ac = this.parseRadius(this.zr, T.radius), ah = +ac[0], M = +ac[1], "radius" === R ? M = F[ae].value / N * (M - ah) * 0.8 + 0.2 * (M - ah) + ah : "area" === R && (M = Math.sqrt(F[ae].value / N) * (M - ah) + ah), K) {
                                var af;
                                af = P, P = I, I = af
                            }
                            this._buildItem(S, J, ae, G, F[ae].selected, H, ah, M, P, I, Y), K || (P = I)
                        }
                    }
                    this._autoLabelLayout(S, H, M);
                    for (var ae = 0, ad = S.length; ad > ae; ae++) {
                        this.shapeList.push(S[ae])
                    }
                    S = null
                }
            },
            _buildItem: function(H, Q, I, L, E, M, O, P, J, K, T) {
                var S = this.series,
                    G = ((K + J) / 2 + 360) % 360,
                    N = this.getSector(Q, I, L, E, M, O, P, J, K, T);
                q.pack(N, S[Q], Q, S[Q].data[I], I, S[Q].data[I].name, L), H.push(N);
                var F = this.getLabel(Q, I, L, M, G, T, !1),
                    R = this.getLabelLine(Q, I, M, O, P, G, T, !1);
                R && (q.pack(R, S[Q], Q, S[Q].data[I], I, S[Q].data[I].name, L), H.push(R)), F && (q.pack(F, S[Q], Q, S[Q].data[I], I, S[Q].data[I].name, L), F._labelLine = R, H.push(F))
            },
            getSector: function(I, U, M, Q, E, R, T, O, L, P) {
                var H = this.series,
                    S = H[I],
                    G = S.data[U],
                    V = [G, S],
                    X = this.deepMerge(V, "itemStyle.normal") || {},
                    K = this.deepMerge(V, "itemStyle.emphasis") || {},
                    F = this.getItemStyleColor(X.color, I, U, G) || P,
                    J = this.getItemStyleColor(K.color, I, U, G) || ("string" == typeof F ? C.lift(F, -0.2) : F),
                    N = {
                        zlevel: S.zlevel,
                        z: S.z,
                        clickable: this.deepQuery(V, "clickable"),
                        style: {
                            x: E[0],
                            y: E[1],
                            r0: R,
                            r: T,
                            startAngle: O,
                            endAngle: L,
                            brushType: "both",
                            color: F,
                            lineWidth: X.borderWidth,
                            strokeColor: X.borderColor,
                            lineJoin: "round"
                        },
                        highlightStyle: {
                            color: J,
                            lineWidth: K.borderWidth,
                            strokeColor: K.borderColor,
                            lineJoin: "round"
                        },
                        _seriesIndex: I,
                        _dataIndex: U
                    };
                if (Q) {
                    var W = ((N.style.startAngle + N.style.endAngle) / 2).toFixed(2) - 0;
                    N.style._hasSelected = !0, N.style._x = N.style.x, N.style._y = N.style.y;
                    var r = this.query(S, "selectedOffset");
                    N.style.x += D.cos(W, !0) * r, N.style.y -= D.sin(W, !0) * r, this._selected[I][U] = !0
                } else {
                    this._selected[I][U] = !1
                }
                return this._selectedMode && (N.onclick = this.shapeHandler.onclick), this.deepQuery([G, S, this.option], "calculable") && (this.setCalculable(N), N.draggable = !0), (this._needLabel(S, G, !0) || this._needLabelLine(S, G, !0)) && (N.onmouseover = this.shapeHandler.onmouseover), N = new z(N)
            },
            getLabel: function(H, V, M, n, Q, S, T) {
                var O = this.series,
                    K = O[H],
                    X = K.data[V];
                if (this._needLabel(K, X, T)) {
                    var G, R, F, W = T ? "emphasis" : "normal",
                        Z = w.merge(w.clone(X.itemStyle) || {}, K.itemStyle),
                        J = Z[W].label,
                        E = J.textStyle || {},
                        I = n[0],
                        N = n[1],
                        Y = this.parseRadius(this.zr, K.radius),
                        m = "middle";
                    J.position = J.position || Z.normal.label.position, "center" === J.position ? (G = I, R = N, F = "center") : "inner" === J.position || "inside" === J.position ? (Y = (Y[0] + Y[1]) * (J.distance || 0.5), G = Math.round(I + Y * D.cos(Q, !0)), R = Math.round(N - Y * D.sin(Q, !0)), S = "#fff", F = "center") : (Y = Y[1] - -Z[W].labelLine.length, G = Math.round(I + Y * D.cos(Q, !0)), R = Math.round(N - Y * D.sin(Q, !0)), F = Q >= 90 && 270 >= Q ? "right" : "left"), "center" != J.position && "inner" != J.position && "inside" != J.position && (G += "left" === F ? 20 : -20), X.__labelX = G - ("left" === F ? 5 : -5), X.__labelY = R;
                    var P = new x({
                        zlevel: K.zlevel,
                        z: K.z + 1,
                        hoverable: !1,
                        style: {
                            x: G,
                            y: R,
                            color: E.color || S,
                            text: this.getLabelText(H, V, M, W),
                            textAlign: E.align || F,
                            textBaseline: E.baseline || m,
                            textFont: this.getFont(E)
                        },
                        highlightStyle: {
                            brushType: "fill"
                        }
                    });
                    return P._radius = Y, P._labelPosition = J.position || "outer", P._rect = P.getRect(P.style), P._seriesIndex = H, P._dataIndex = V, P
                }
            },
            getLabelText: function(m, J, E, F) {
                var l = this.series,
                    G = l[m],
                    H = G.data[J],
                    I = this.deepQuery([H, G], "itemStyle." + F + ".label.formatter");
                return I ? "function" == typeof I ? I.call(this.myChart, {
                    seriesIndex: m,
                    seriesName: G.name || "",
                    series: G,
                    dataIndex: J,
                    data: H,
                    name: H.name,
                    value: H.value,
                    percent: E
                }) : "string" == typeof I ? (I = I.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}").replace("{d}", "{d0}"), I = I.replace("{a0}", G.name).replace("{b0}", H.name).replace("{c0}", H.value).replace("{d0}", E)) : void 0 : H.name
            },
            getLabelLine: function(H, S, L, O, s, P, R, N) {
                var K = this.series,
                    V = K[H],
                    G = V.data[S];
                if (this._needLabelLine(V, G, N)) {
                    var Q = N ? "emphasis" : "normal",
                        F = w.merge(w.clone(G.itemStyle) || {}, V.itemStyle),
                        T = F[Q].labelLine,
                        X = T.lineStyle || {},
                        J = L[0],
                        E = L[1],
                        I = s,
                        M = this.parseRadius(this.zr, V.radius)[1] - -T.length,
                        W = D.cos(P, !0),
                        m = D.sin(P, !0);
                    return new A({
                        zlevel: V.zlevel,
                        z: V.z + 1,
                        hoverable: !1,
                        style: {
                            pointList: [
                                [J + I * W, E - I * m],
                                [J + M * W, E - M * m],
                                [G.__labelX, G.__labelY]
                            ],
                            strokeColor: X.color || R,
                            lineType: X.type,
                            lineWidth: X.width
                        },
                        _seriesIndex: H,
                        _dataIndex: S
                    })
                }
            },
            _needLabel: function(a, m, l) {
                return this.deepQuery([m, a], "itemStyle." + (l ? "emphasis" : "normal") + ".label.show")
            },
            _needLabelLine: function(a, m, l) {
                return this.deepQuery([m, a], "itemStyle." + (l ? "emphasis" : "normal") + ".labelLine.show")
            },
            _autoLabelLayout: function(m, H, s) {
                for (var E = [], l = [], F = 0, G = m.length; G > F; F++) {
                    ("outer" === m[F]._labelPosition || "outside" === m[F]._labelPosition) && (m[F]._rect._y = m[F]._rect.y, m[F]._rect.x < H[0] ? E.push(m[F]) : l.push(m[F]))
                }
                this._layoutCalculate(E, H, s, -1), this._layoutCalculate(l, H, s, 1)
            },
            _layoutCalculate: function(F, O, H, K) {
                function E(o, l, m) {
                    for (var e = o; l > e; e++) {
                        if (F[e]._rect.y += m, F[e].style.y += m, F[e]._labelLine && (F[e]._labelLine.style.pointList[1][1] += m, F[e]._labelLine.style.pointList[2][1] += m), e > o && l > e + 1 && F[e + 1]._rect.y > F[e]._rect.y + F[e]._rect.height) {
                            return void L(e, m / 2)
                        }
                    }
                    L(l - 1, m / 2)
                }

                function L(l, a) {
                    for (var e = l; e >= 0 && (F[e]._rect.y -= a, F[e].style.y -= a, F[e]._labelLine && (F[e]._labelLine.style.pointList[1][1] -= a, F[e]._labelLine.style.pointList[2][1] -= a), !(e > 0 && F[e]._rect.y > F[e - 1]._rect.y + F[e - 1]._rect.height)); e--) {}
                }

                function M(S, ad, W, Z, R) {
                    for (var aa, ab, ac, X = W[0], T = W[1], Y = R > 0 ? ad ? Number.MAX_VALUE : 0 : ad ? Number.MAX_VALUE : 0, af = 0, ae = S.length; ae > af; af++) {
                        ab = Math.abs(S[af]._rect.y - T), ac = S[af]._radius - Z, aa = Z + ac > ab ? Math.sqrt((Z + ac + 20) * (Z + ac + 20) - Math.pow(S[af]._rect.y - T, 2)) : Math.abs(S[af]._rect.x + (R > 0 ? 0 : S[af]._rect.width) - X), ad && aa >= Y && (aa = Y - 10), !ad && Y >= aa && (aa = Y + 10), S[af]._rect.x = S[af].style.x = X + aa * R, S[af]._labelLine && (S[af]._labelLine.style.pointList[2][0] = X + (aa - 5) * R, S[af]._labelLine.style.pointList[1][0] = X + (aa - 20) * R), Y = aa
                    }
                }
                F.sort(function(a, i) {
                    return a._rect.y - i._rect.y
                });
                for (var N, I = 0, G = F.length, J = [], Q = [], P = 0; G > P; P++) {
                    N = F[P]._rect.y - I, 0 > N && E(P, G, -N, K), I = F[P]._rect.y + F[P]._rect.height
                }
                this.zr.getHeight() - I < 0 && L(G - 1, I - this.zr.getHeight());
                for (var P = 0; G > P; P++) {
                    F[P]._rect.y >= O[1] ? Q.push(F[P]) : J.push(F[P])
                }
                M(Q, !0, O, H, K), M(J, !1, O, H, K)
            },
            reformOption: function(a) {
                var i = w.merge;
                return a = i(i(a || {}, w.clone(this.ecTheme.pie || {})), w.clone(v.pie)), a.itemStyle.normal.label.textStyle = this.getTextStyle(a.itemStyle.normal.label.textStyle), a.itemStyle.emphasis.label.textStyle = this.getTextStyle(a.itemStyle.emphasis.label.textStyle), this.z = a.z, this.zlevel = a.zlevel, a
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this.backupShapeList(), this._buildShape()
            },
            addDataAnimation: function(H, R) {
                function K() {
                    Q--, 0 === Q && R && R()
                }
                for (var M = this.series, l = {}, N = 0, P = H.length; P > N; N++) {
                    l[H[N][0]] = H[N]
                }
                var Q = 0,
                    J = {},
                    L = {},
                    W = {},
                    T = this.shapeList;
                this.shapeList = [];
                for (var G, O, F, S = {}, N = 0, P = H.length; P > N; N++) {
                    G = H[N][0], O = H[N][2], F = H[N][3], M[G] && M[G].type === v.CHART_TYPE_PIE && (O ? (F || (J[G + "_" + M[G].data.length] = "delete"), S[G] = 1) : F ? S[G] = 0 : (J[G + "_-1"] = "delete", S[G] = -1), this._buildSinglePie(G))
                }
                for (var X, I, N = 0, P = this.shapeList.length; P > N; N++) {
                    switch (G = this.shapeList[N]._seriesIndex, X = this.shapeList[N]._dataIndex, I = G + "_" + X, this.shapeList[N].type) {
                        case "sector":
                            J[I] = this.shapeList[N];
                            break;
                        case "text":
                            L[I] = this.shapeList[N];
                            break;
                        case "polyline":
                            W[I] = this.shapeList[N]
                    }
                }
                this.shapeList = [];
                for (var E, N = 0, P = T.length; P > N; N++) {
                    if (G = T[N]._seriesIndex, l[G]) {
                        if (X = T[N]._dataIndex + S[G], I = G + "_" + X, E = J[I], !E) {
                            continue
                        }
                        if ("sector" === T[N].type) {
                            "delete" != E ? (Q++, this.zr.animate(T[N].id, "style").when(400, {
                                startAngle: E.style.startAngle,
                                endAngle: E.style.endAngle
                            }).done(K).start()) : (Q++, this.zr.animate(T[N].id, "style").when(400, S[G] < 0 ? {
                                startAngle: T[N].style.startAngle
                            } : {
                                endAngle: T[N].style.endAngle
                            }).done(K).start())
                        } else {
                            if ("text" === T[N].type || "polyline" === T[N].type) {
                                if ("delete" === E) {
                                    this.zr.delShape(T[N].id)
                                } else {
                                    switch (T[N].type) {
                                        case "text":
                                            Q++, E = L[I], this.zr.animate(T[N].id, "style").when(400, {
                                                x: E.style.x,
                                                y: E.style.y
                                            }).done(K).start();
                                            break;
                                        case "polyline":
                                            Q++, E = W[I], this.zr.animate(T[N].id, "style").when(400, {
                                                pointList: E.style.pointList
                                            }).done(K).start()
                                    }
                                }
                            }
                        }
                    }
                }
                this.shapeList = T, Q || R && R()
            },
            onclick: function(E) {
                var L = this.series;
                if (this.isClick && E.target) {
                    this.isClick = !1;
                    for (var F, H = E.target, l = H.style, I = q.get(H, "seriesIndex"), J = q.get(H, "dataIndex"), K = 0, G = this.shapeList.length; G > K; K++) {
                        if (this.shapeList[K].id === H.id) {
                            if (I = q.get(H, "seriesIndex"), J = q.get(H, "dataIndex"), l._hasSelected) {
                                H.style.x = H.style._x, H.style.y = H.style._y, H.style._hasSelected = !1, this._selected[I][J] = !1
                            } else {
                                var M = ((l.startAngle + l.endAngle) / 2).toFixed(2) - 0;
                                H.style._hasSelected = !0, this._selected[I][J] = !0, H.style._x = H.style.x, H.style._y = H.style.y, F = this.query(L[I], "selectedOffset"), H.style.x += D.cos(M, !0) * F, H.style.y -= D.sin(M, !0) * F
                            }
                            this.zr.modShape(H.id)
                        } else {
                            this.shapeList[K].style._hasSelected && "single" === this._selectedMode && (I = q.get(this.shapeList[K], "seriesIndex"), J = q.get(this.shapeList[K], "dataIndex"), this.shapeList[K].style.x = this.shapeList[K].style._x, this.shapeList[K].style.y = this.shapeList[K].style._y, this.shapeList[K].style._hasSelected = !1, this._selected[I][J] = !1, this.zr.modShape(this.shapeList[K].id))
                        }
                    }
                    this.messageCenter.dispatch(v.EVENT.PIE_SELECTED, E.event, {
                        selected: this._selected,
                        target: q.get(H, "name")
                    }, this.myChart), this.zr.refreshNextFrame()
                }
            }
        }, w.inherits(B, u), p("../chart").define("pie", B), B
    }), d("echarts/chart/radar", ["require", "./base", "zrender/shape/Polygon", "../component/polar", "../config", "../util/ecData", "zrender/tool/util", "zrender/tool/color", "../util/accMath", "../chart"], function(l) {
        function w(r, y, s, i, x) {
            m.call(this, r, y, s, i, x), this.refresh(i)
        }
        var m = l("./base"),
            p = l("zrender/shape/Polygon");
        l("../component/polar");
        var j = l("../config");
        j.radar = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            legendHoverLink: !0,
            polarIndex: 0,
            itemStyle: {
                normal: {
                    label: {
                        show: !1
                    },
                    lineStyle: {
                        width: 2,
                        type: "solid"
                    }
                },
                emphasis: {
                    label: {
                        show: !1
                    }
                }
            },
            symbolSize: 2
        };
        var q = l("../util/ecData"),
            u = l("zrender/tool/util"),
            v = l("zrender/tool/color");
        return w.prototype = {
            type: j.CHART_TYPE_RADAR,
            _buildShape: function() {
                this.selectedMap = {}, this._symbol = this.option.symbolList, this._queryTarget, this._dropBoxList = [], this._radarDataCounter = 0;
                for (var a, y = this.series, r = this.component.legend, s = 0, x = y.length; x > s; s++) {
                    y[s].type === j.CHART_TYPE_RADAR && (this.serie = this.reformOption(y[s]), this.legendHoverLink = y[s].legendHoverLink || this.legendHoverLink, a = this.serie.name || "", this.selectedMap[a] = r ? r.isSelected(a) : !0, this.selectedMap[a] && (this._queryTarget = [this.serie, this.option], this.deepQuery(this._queryTarget, "calculable") && this._addDropBox(s), this._buildSingleRadar(s), this.buildMark(s)))
                }
                this.addShapeList()
            },
            _buildSingleRadar: function(y) {
                for (var F, z, B, x, C = this.component.legend, D = this.serie.data, E = this.deepQuery(this._queryTarget, "calculable"), A = 0; A < D.length; A++) {
                    B = D[A].name || "", this.selectedMap[B] = C ? C.isSelected(B) : !0, this.selectedMap[B] && (C ? (z = C.getColor(B), F = C.getItemShape(B), F && (F.style.brushType = this.deepQuery([D[A], this.serie], "itemStyle.normal.areaStyle") ? "both" : "stroke", C.setItemShape(B, F))) : z = this.zr.getColor(A), x = this._getPointList(this.serie.polarIndex, D[A]), this._addSymbol(x, z, A, y, this.serie.polarIndex), this._addDataShape(x, z, D[A], y, A, E), this._radarDataCounter++)
                }
            },
            _getPointList: function(y, E) {
                for (var z, A, x = [], B = this.component.polar, C = 0, D = E.value.length; D > C; C++) {
                    A = this.getDataFromOption(E.value[C]), z = "-" != A ? B.getVector(y, C, A) : !1, z && x.push(z)
                }
                return x
            },
            _addSymbol: function(x, F, z, C, o) {
                for (var D, E = this.series, A = this.component.polar, y = 0, B = x.length; B > y; y++) {
                    D = this.getSymbolShape(this.deepMerge([E[C].data[z], E[C]]), C, E[C].data[z].value[y], y, A.getIndicatorText(o, y), x[y][0], x[y][1], this._symbol[this._radarDataCounter % this._symbol.length], F, "#fff", "vertical"), D.zlevel = this.getZlevelBase(), D.z = this.getZBase() + 1, q.set(D, "data", E[C].data[z]), q.set(D, "value", E[C].data[z].value), q.set(D, "dataIndex", z), q.set(D, "special", y), this.shapeList.push(D)
                }
            },
            _addDataShape: function(x, E, z, n, D, A) {
                var y = this.series,
                    B = [z, this.serie],
                    H = this.getItemStyleColor(this.deepQuery(B, "itemStyle.normal.color"), n, D, z),
                    G = this.deepQuery(B, "itemStyle.normal.lineStyle.width"),
                    s = this.deepQuery(B, "itemStyle.normal.lineStyle.type"),
                    C = this.deepQuery(B, "itemStyle.normal.areaStyle.color"),
                    o = this.deepQuery(B, "itemStyle.normal.areaStyle"),
                    F = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: {
                            pointList: x,
                            brushType: o ? "both" : "stroke",
                            color: C || H || ("string" == typeof E ? v.alpha(E, 0.5) : E),
                            strokeColor: H || E,
                            lineWidth: G,
                            lineType: s
                        },
                        highlightStyle: {
                            brushType: this.deepQuery(B, "itemStyle.emphasis.areaStyle") || o ? "both" : "stroke",
                            color: this.deepQuery(B, "itemStyle.emphasis.areaStyle.color") || C || H || ("string" == typeof E ? v.alpha(E, 0.5) : E),
                            strokeColor: this.getItemStyleColor(this.deepQuery(B, "itemStyle.emphasis.color"), n, D, z) || H || E,
                            lineWidth: this.deepQuery(B, "itemStyle.emphasis.lineStyle.width") || G,
                            lineType: this.deepQuery(B, "itemStyle.emphasis.lineStyle.type") || s
                        }
                    };
                q.pack(F, y[n], n, z, D, z.name, this.component.polar.getIndicator(y[n].polarIndex)), A && (F.draggable = !0, this.setCalculable(F)), F = new p(F), this.shapeList.push(F)
            },
            _addDropBox: function(a) {
                var s = this.series,
                    o = this.deepQuery(this._queryTarget, "polarIndex");
                if (!this._dropBoxList[o]) {
                    var r = this.component.polar.getDropBox(o);
                    r.zlevel = this.getZlevelBase(), r.z = this.getZBase(), this.setCalculable(r), q.pack(r, s, a, void 0, -1), this.shapeList.push(r), this._dropBoxList[o] = !0
                }
            },
            ondragend: function(s, A) {
                var x = this.series;
                if (this.isDragend && s.target) {
                    var y = s.target,
                        o = q.get(y, "seriesIndex"),
                        z = q.get(y, "dataIndex");
                    this.component.legend && this.component.legend.del(x[o].data[z].name), x[o].data.splice(z, 1), A.dragOut = !0, A.needRefresh = !0, this.isDragend = !1
                }
            },
            ondrop: function(E, y) {
                var B = this.series;
                if (this.isDrop && E.target) {
                    var e, C, D = E.target,
                        z = E.dragged,
                        x = q.get(D, "seriesIndex"),
                        A = q.get(D, "dataIndex"),
                        G = this.component.legend;
                    if (-1 === A) {
                        e = {
                            value: q.get(z, "value"),
                            name: q.get(z, "name")
                        }, B[x].data.push(e), G && G.add(e.name, z.style.color || z.style.strokeColor)
                    } else {
                        var F = l("../util/accMath");
                        e = B[x].data[A], G && G.del(e.name), e.name += this.option.nameConnector + q.get(z, "name"), C = q.get(z, "value");
                        for (var o = 0; o < C.length; o++) {
                            e.value[o] = F.accAdd(e.value[o], C[o])
                        }
                        G && G.add(e.name, z.style.color || z.style.strokeColor)
                    }
                    y.dragIn = y.dragIn || !0, this.isDrop = !1
                }
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this.backupShapeList(), this._buildShape()
            }
        }, u.inherits(w, m), l("../chart").define("radar", w), w
    }), d("echarts/component/polar", ["require", "./base", "zrender/shape/Text", "zrender/shape/Line", "zrender/shape/Polygon", "zrender/shape/Circle", "zrender/shape/Ring", "../config", "zrender/tool/util", "../util/coordinates", "../util/accMath", "../util/smartSteps", "../component"], function(p) {
        function B(l, s, m, i, r) {
            u.call(this, l, s, m, i, r), this.refresh(i)
        }
        var u = p("./base"),
            x = p("zrender/shape/Text"),
            j = p("zrender/shape/Line"),
            y = p("zrender/shape/Polygon"),
            z = p("zrender/shape/Circle"),
            A = p("zrender/shape/Ring"),
            v = p("../config");
        v.polar = {
            zlevel: 0,
            z: 0,
            center: ["50%", "50%"],
            radius: "75%",
            startAngle: 90,
            boundaryGap: [0, 0],
            splitNumber: 5,
            name: {
                show: !0,
                textStyle: {
                    color: "#333"
                }
            },
            axisLine: {
                show: !0,
                lineStyle: {
                    color: "#ccc",
                    width: 1,
                    type: "solid"
                }
            },
            axisLabel: {
                show: !1,
                textStyle: {
                    color: "#333"
                }
            },
            splitArea: {
                show: !0,
                areaStyle: {
                    color: ["rgba(250,250,250,0.3)", "rgba(200,200,200,0.3)"]
                }
            },
            splitLine: {
                show: !0,
                lineStyle: {
                    width: 1,
                    color: "#ccc"
                }
            },
            type: "polygon"
        };
        var q = p("zrender/tool/util"),
            w = p("../util/coordinates");
        return B.prototype = {
            type: v.COMPONENT_TYPE_POLAR,
            _buildShape: function() {
                for (var a = 0; a < this.polar.length; a++) {
                    this._index = a, this.reformOption(this.polar[a]), this._queryTarget = [this.polar[a], this.option], this._createVector(a), this._buildSpiderWeb(a), this._buildText(a), this._adjustIndicatorValue(a), this._addAxisLabel(a)
                }
                for (var a = 0; a < this.shapeList.length; a++) {
                    this.zr.addShape(this.shapeList[a])
                }
            },
            _createVector: function(C) {
                for (var K, E = this.polar[C], G = this.deepQuery(this._queryTarget, "indicator"), m = G.length, H = E.startAngle, I = 2 * Math.PI / m, J = this._getRadius(), F = E.__ecIndicator = [], D = 0; m > D; D++) {
                    K = w.polar2cartesian(J, H * Math.PI / 180 + I * D), F.push({
                        vector: [K[1], -K[0]]
                    })
                }
            },
            _getRadius: function() {
                var a = this.polar[this._index];
                return this.parsePercent(a.radius, Math.min(this.zr.getWidth(), this.zr.getHeight()) / 2)
            },
            _buildSpiderWeb: function(D) {
                var M = this.polar[D],
                    F = M.__ecIndicator,
                    I = M.splitArea,
                    C = M.splitLine,
                    J = this.getCenter(D),
                    K = M.splitNumber,
                    L = C.lineStyle.color,
                    G = C.lineStyle.width,
                    E = C.show,
                    H = this.deepQuery(this._queryTarget, "axisLine");
                this._addArea(F, K, J, I, L, G, E), H.show && this._addLine(F, J, H)
            },
            _addAxisLabel: function(O) {
                for (var G, e, K, M, e, N, I, J, R, Q, D = p("../util/accMath"), L = this.polar[O], C = this.deepQuery(this._queryTarget, "indicator"), P = L.__ecIndicator, T = this.deepQuery(this._queryTarget, "splitNumber"), F = this.getCenter(O), n = 0; n < C.length; n++) {
                    if (G = this.deepQuery([C[n], L, this.option], "axisLabel"), G.show) {
                        var E = this.deepQuery([G, L, this.option], "textStyle"),
                            H = this.deepQuery([G, L], "formatter");
                        if (K = {}, K.textFont = this.getFont(E), K.color = E.color, K = q.merge(K, G), K.lineWidth = K.width, e = P[n].vector, N = P[n].value, J = n / C.length * 2 * Math.PI, R = G.offset || 10, Q = G.interval || 0, !N) {
                            return
                        }
                        for (var S = 1; T >= S; S += Q + 1) {
                            M = q.merge({}, K), I = D.accAdd(N.min, D.accMul(N.step, S)), I = "function" == typeof H ? H(I) : "string" == typeof H ? H.replace("{a}", "{a0}").replace("{a0}", I) : this.numAddCommas(I), M.text = I, M.x = S * e[0] / T + Math.cos(J) * R + F[0], M.y = S * e[1] / T + Math.sin(J) * R + F[1], this.shapeList.push(new x({
                                zlevel: this.getZlevelBase(),
                                z: this.getZBase(),
                                style: M,
                                draggable: !1,
                                hoverable: !1
                            }))
                        }
                    }
                }
            },
            _buildText: function(E) {
                for (var N, G, n, J, L, M, H, F = this.polar[E], I = F.__ecIndicator, P = this.deepQuery(this._queryTarget, "indicator"), O = this.getCenter(E), D = 0, K = 0, C = 0; C < P.length; C++) {
                    J = this.deepQuery([P[C], F, this.option], "name"), J.show && (H = this.deepQuery([J, F, this.option], "textStyle"), G = {}, G.textFont = this.getFont(H), G.color = H.color, G.text = "function" == typeof J.formatter ? J.formatter.call(this.myChart, P[C].text, C) : "string" == typeof J.formatter ? J.formatter.replace("{value}", P[C].text) : P[C].text, I[C].text = G.text, N = I[C].vector, n = Math.round(N[0]) > 0 ? "left" : Math.round(N[0]) < 0 ? "right" : "center", null == J.margin ? N = this._mapVector(N, O, 1.1) : (M = J.margin, D = N[0] > 0 ? M : -M, K = N[1] > 0 ? M : -M, D = 0 === N[0] ? 0 : D, K = 0 === N[1] ? 0 : K, N = this._mapVector(N, O, 1)), G.textAlign = n, G.x = N[0] + D, G.y = N[1] + K, L = J.rotate ? [J.rotate / 180 * Math.PI, N[0], N[1]] : [0, 0, 0], this.shapeList.push(new x({
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: G,
                        draggable: !1,
                        hoverable: !1,
                        rotation: L
                    })))
                }
            },
            getIndicatorText: function(a, i) {
                return this.polar[a] && this.polar[a].__ecIndicator[i] && this.polar[a].__ecIndicator[i].text
            },
            getDropBox: function(C) {
                var K, E, C = C || 0,
                    G = this.polar[C],
                    m = this.getCenter(C),
                    H = G.__ecIndicator,
                    I = H.length,
                    J = [],
                    F = G.type;
                if ("polygon" == F) {
                    for (var D = 0; I > D; D++) {
                        K = H[D].vector, J.push(this._mapVector(K, m, 1.2))
                    }
                    E = this._getShape(J, "fill", "rgba(0,0,0,0)", "", 1)
                } else {
                    "circle" == F && (E = this._getCircle("", 1, 1.2, m, "fill", "rgba(0,0,0,0)"))
                }
                return E
            },
            _addArea: function(D, M, F, I, C, J, K) {
                for (var L, G, E, H, O = this.deepQuery(this._queryTarget, "type"), N = 0; M > N; N++) {
                    G = (M - N) / M, K && ("polygon" == O ? (H = this._getPointList(D, G, F), L = this._getShape(H, "stroke", "", C, J)) : "circle" == O && (L = this._getCircle(C, J, G, F, "stroke")), this.shapeList.push(L)), I.show && (E = (M - N - 1) / M, this._addSplitArea(D, I, G, E, F, N))
                }
            },
            _getCircle: function(m, F, r, C, l, D) {
                var E = this._getRadius();
                return new z({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        x: C[0],
                        y: C[1],
                        r: E * r,
                        brushType: l,
                        strokeColor: m,
                        lineWidth: F,
                        color: D
                    },
                    hoverable: !1,
                    draggable: !1
                })
            },
            _getRing: function(m, s, o, r) {
                var l = this._getRadius();
                return new A({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        x: r[0],
                        y: r[1],
                        r: s * l,
                        r0: o * l,
                        color: m,
                        brushType: "fill"
                    },
                    hoverable: !1,
                    draggable: !1
                })
            },
            _getPointList: function(m, F, s) {
                for (var C, l = [], D = m.length, E = 0; D > E; E++) {
                    C = m[E].vector, l.push(this._mapVector(C, s, F))
                }
                return l
            },
            _getShape: function(m, s, o, r, l) {
                return new y({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        pointList: m,
                        brushType: s,
                        color: o,
                        strokeColor: r,
                        lineWidth: l
                    },
                    hoverable: !1,
                    draggable: !1
                })
            },
            _addSplitArea: function(F, P, H, K, C, L) {
                var N, O, I, G, J, R = F.length,
                    Q = P.areaStyle.color,
                    E = [],
                    R = F.length,
                    M = this.deepQuery(this._queryTarget, "type");
                if ("string" == typeof Q && (Q = [Q]), O = Q.length, N = Q[L % O], "polygon" == M) {
                    for (var D = 0; R > D; D++) {
                        E = [], I = F[D].vector, G = F[(D + 1) % R].vector, E.push(this._mapVector(I, C, H)), E.push(this._mapVector(I, C, K)), E.push(this._mapVector(G, C, K)), E.push(this._mapVector(G, C, H)), J = this._getShape(E, "fill", N, "", 1), this.shapeList.push(J)
                    }
                } else {
                    "circle" == M && (J = this._getRing(N, H, K, C), this.shapeList.push(J))
                }
            },
            _mapVector: function(a, m, l) {
                return [a[0] * l + m[0], a[1] * l + m[1]]
            },
            getCenter: function(a) {
                var a = a || 0;
                return this.parseCenter(this.zr, this.polar[a].center)
            },
            _addLine: function(D, M, F) {
                for (var I, C, J = D.length, K = F.lineStyle, L = K.color, G = K.width, E = K.type, H = 0; J > H; H++) {
                    C = D[H].vector, I = this._getLine(M[0], M[1], C[0] + M[0], C[1] + M[1], L, G, E), this.shapeList.push(I)
                }
            },
            _getLine: function(a, F, l, m, C, D, E) {
                return new j({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    style: {
                        xStart: a,
                        yStart: F,
                        xEnd: l,
                        yEnd: m,
                        strokeColor: C,
                        lineWidth: D,
                        lineType: E
                    },
                    hoverable: !1
                })
            },
            _adjustIndicatorValue: function(N) {
                for (var F, I, e, J = this.polar[N], L = this.deepQuery(this._queryTarget, "indicator"), M = L.length, G = J.__ecIndicator, E = this._getSeriesData(N), H = J.boundaryGap, Q = J.splitNumber, P = J.scale, D = p("../util/smartSteps"), K = 0; M > K; K++) {
                    if ("number" == typeof L[K].max) {
                        F = L[K].max, I = L[K].min || 0, e = {
                            max: F,
                            min: I
                        }
                    } else {
                        var C = this._findValue(E, K, Q, H);
                        I = C.min, F = C.max
                    }!P && I >= 0 && F >= 0 && (I = 0), !P && 0 >= I && 0 >= F && (F = 0);
                    var O = D(I, F, Q, e);
                    G[K].value = {
                        min: O.min,
                        max: O.max,
                        step: O.step
                    }
                }
            },
            _getSeriesData: function(m) {
                for (var H, C, D, l = [], E = this.component.legend, F = 0; F < this.series.length; F++) {
                    if (H = this.series[F], H.type == v.CHART_TYPE_RADAR) {
                        C = H.data || [];
                        for (var G = 0; G < C.length; G++) {
                            D = this.deepQuery([C[G], H, this.option], "polarIndex") || 0, D != m || E && !E.isSelected(C[G].name) || l.push(C[G])
                        }
                    }
                }
                return l
            },
            _findValue: function(C, K, E, G) {
                function m(a) {
                    (a > H || void 0 === H) && (H = a), (I > a || void 0 === I) && (I = a)
                }
                var H, I, J;
                if (C && 0 !== C.length) {
                    if (1 == C.length && (I = 0), 1 != C.length) {
                        for (var F = 0; F < C.length; F++) {
                            m(this.getDataFromOption(C[F].value[K]))
                        }
                    } else {
                        J = C[0];
                        for (var F = 0; F < J.value.length; F++) {
                            m(this.getDataFromOption(J.value[F]))
                        }
                    }
                    var D = Math.abs(H - I);
                    return I -= Math.abs(D * G[0]), H += Math.abs(D * G[1]), I === H && (0 === H ? H = 1 : H > 0 ? I = H / E : H /= E), {
                        max: H,
                        min: I
                    }
                }
            },
            getVector: function(C, K, E) {
                C = C || 0, K = K || 0;
                var G = this.polar[C].__ecIndicator;
                if (!(K >= G.length)) {
                    var m, H = this.polar[C].__ecIndicator[K],
                        I = this.getCenter(C),
                        J = H.vector,
                        F = H.value.max,
                        D = H.value.min;
                    if ("undefined" == typeof E) {
                        return I
                    }
                    switch (E) {
                        case "min":
                            E = D;
                            break;
                        case "max":
                            E = F;
                            break;
                        case "center":
                            E = (F + D) / 2
                    }
                    return m = F != D ? (E - D) / (F - D) : 0.5, this._mapVector(J, I, m)
                }
            },
            isInside: function(a) {
                var i = this.getNearestIndex(a);
                return i ? i.polarIndex : -1
            },
            getNearestIndex: function(C) {
                for (var K, E, G, m, H, I, J, F, D, L = 0; L < this.polar.length; L++) {
                    if (K = this.polar[L], E = this.getCenter(L), C[0] == E[0] && C[1] == E[1]) {
                        return {
                            polarIndex: L,
                            valueIndex: 0
                        }
                    }
                    if (G = this._getRadius(), H = K.startAngle, I = K.indicator, J = I.length, F = 2 * Math.PI / J, m = w.cartesian2polar(C[0] - E[0], E[1] - C[1]), C[0] - E[0] < 0 && (m[1] += Math.PI), m[1] < 0 && (m[1] += 2 * Math.PI), D = m[1] - H / 180 * Math.PI + 2 * Math.PI, Math.abs(Math.cos(D % (F / 2))) * G > m[0]) {
                        return {
                            polarIndex: L,
                            valueIndex: Math.floor((D + F / 2) / F) % J
                        }
                    }
                }
            },
            getIndicator: function(a) {
                var a = a || 0;
                return this.polar[a].indicator
            },
            refresh: function(a) {
                a && (this.option = a, this.polar = this.option.polar, this.series = this.option.series), this.clear(), this._buildShape()
            }
        }, q.inherits(B, u), p("../component").define("polar", B), B
    }), d("echarts/util/coordinates", ["require", "zrender/tool/math"], function(a) {
        function m(i, n) {
            return [i * l.sin(n), i * l.cos(n)]
        }

        function j(i, n) {
            return [Math.sqrt(i * i + n * n), Math.atan(n / i)]
        }
        var l = a("zrender/tool/math");
        return {
            polar2cartesian: m,
            cartesian2polar: j
        }
    }), d("echarts/chart/chord", ["require", "./base", "zrender/shape/Text", "zrender/shape/Line", "zrender/shape/Sector", "../util/shape/Ribbon", "../util/shape/Icon", "zrender/shape/BezierCurve", "../config", "../util/ecData", "zrender/tool/util", "zrender/tool/vector", "../data/Graph", "../layout/Chord", "../chart"], function(u) {
        function E(l, r, m, i, p) {
            w.call(this, l, r, m, i, p), this.scaleLineLength = 4, this.scaleUnitAngle = 4, this.refresh(i)
        }
        var w = u("./base"),
            z = u("zrender/shape/Text"),
            j = u("zrender/shape/Line"),
            A = u("zrender/shape/Sector"),
            C = u("../util/shape/Ribbon"),
            D = u("../util/shape/Icon"),
            x = u("zrender/shape/BezierCurve"),
            v = u("../config");
        v.chord = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            radius: ["65%", "75%"],
            center: ["50%", "50%"],
            padding: 2,
            sort: "none",
            sortSub: "none",
            startAngle: 90,
            clockWise: !0,
            ribbonType: !0,
            minRadius: 10,
            maxRadius: 20,
            symbol: "circle",
            showScale: !1,
            showScaleText: !1,
            itemStyle: {
                normal: {
                    borderWidth: 0,
                    borderColor: "#000",
                    label: {
                        show: !0,
                        rotate: !1,
                        distance: 5
                    },
                    chordStyle: {
                        width: 1,
                        color: "black",
                        borderWidth: 1,
                        borderColor: "#999",
                        opacity: 0.5
                    }
                },
                emphasis: {
                    borderWidth: 0,
                    borderColor: "#000",
                    chordStyle: {
                        width: 1,
                        color: "black",
                        borderWidth: 1,
                        borderColor: "#999"
                    }
                }
            }
        };
        var y = u("../util/ecData"),
            G = u("zrender/tool/util"),
            F = u("zrender/tool/vector"),
            q = u("../data/Graph"),
            B = u("../layout/Chord");
        return E.prototype = {
            type: v.CHART_TYPE_CHORD,
            _init: function() {
                var p = this.series;
                this.selectedMap = {};
                for (var N = {}, H = {}, J = 0, m = p.length; m > J; J++) {
                    if (p[J].type === this.type) {
                        var K = this.isSelected(p[J].name);
                        this.selectedMap[p[J].name] = K, K && this.buildMark(J), this.reformOption(p[J]), N[p[J].name] = p[J]
                    }
                }
                for (var J = 0, m = p.length; m > J; J++) {
                    if (p[J].type === this.type) {
                        if (p[J].insertToSerie) {
                            var L = N[p[J].insertToSerie];
                            p[J]._referenceSerie = L
                        } else {
                            H[p[J].name] = [p[J]]
                        }
                    }
                }
                for (var J = 0, m = p.length; m > J; J++) {
                    if (p[J].type === this.type && p[J].insertToSerie) {
                        for (var M = p[J]._referenceSerie; M && M._referenceSerie;) {
                            M = M._referenceSerie
                        }
                        H[M.name] && this.selectedMap[p[J].name] && H[M.name].push(p[J])
                    }
                }
                for (var I in H) {
                    this._buildChords(H[I])
                }
                this.addShapeList()
            },
            _getNodeCategory: function(a, i) {
                return a.categories && a.categories[i.category || 0]
            },
            _getNodeQueryTarget: function(a, m) {
                var l = this._getNodeCategory(a, m);
                return [m, l, a]
            },
            _getEdgeQueryTarget: function(a, m, l) {
                return l = l || "normal", [m.itemStyle && m.itemStyle[l], a.itemStyle[l].chordStyle]
            },
            _buildChords: function(J) {
                for (var S = [], L = J[0], O = function(a) {
                        return a.layout.size > 0
                    }, p = function(a) {
                        return function(e) {
                            return a.getEdge(e.node2, e.node1)
                        }
                    }, P = 0; P < J.length; P++) {
                    var Q = J[P];
                    if (this.selectedMap[Q.name]) {
                        var R;
                        Q.matrix ? R = this._getSerieGraphFromDataMatrix(Q, L) : Q.links && (R = this._getSerieGraphFromNodeLinks(Q, L)), R.filterNode(O, this), Q.ribbonType && R.filterEdge(p(R)), S.push(R), R.__serie = Q
                    }
                }
                if (S.length) {
                    var M = S[0];
                    if (!L.ribbonType) {
                        var K = L.minRadius,
                            N = L.maxRadius,
                            X = 1 / 0,
                            W = -(1 / 0);
                        M.eachNode(function(a) {
                            W = Math.max(a.layout.size, W), X = Math.min(a.layout.size, X)
                        });
                        var I = (N - K) / (W - X);
                        M.eachNode(function(a) {
                            var l = this._getNodeQueryTarget(L, a),
                                i = this.query(l, "symbolSize");
                            a.layout.size = W === X ? i || X : i || (a.layout.size - X) * I + K
                        }, this)
                    }
                    var H = new B;
                    H.clockWise = L.clockWise, H.startAngle = L.startAngle * Math.PI / 180, H.clockWise || (H.startAngle = -H.startAngle), H.padding = L.padding * Math.PI / 180, H.sort = L.sort, H.sortSub = L.sortSub, H.directed = L.ribbonType, H.run(S);
                    var T = this.query(L, "itemStyle.normal.label.show");
                    if (L.ribbonType) {
                        this._buildSectors(L, 0, M, L, S), T && this._buildLabels(L, 0, M, L, S);
                        for (var P = 0, Y = 0; P < J.length; P++) {
                            this.selectedMap[J[P].name] && this._buildRibbons(J, P, S[Y++], L)
                        }
                        L.showScale && this._buildScales(L, 0, M)
                    } else {
                        this._buildNodeIcons(L, 0, M, L, S), T && this._buildLabels(L, 0, M, L, S);
                        for (var P = 0, Y = 0; P < J.length; P++) {
                            this.selectedMap[J[P].name] && this._buildEdgeCurves(J, P, S[Y++], L, M)
                        }
                    }
                    this._initHoverHandler(J, S)
                }
            },
            _getSerieGraphFromDataMatrix: function(I, S) {
                for (var K = [], N = 0, H = [], O = 0; O < I.matrix.length; O++) {
                    H[O] = I.matrix[O].slice()
                }
                for (var Q = I.data || I.nodes, O = 0; O < Q.length; O++) {
                    var R = {},
                        L = Q[O];
                    L.rawIndex = O;
                    for (var J in L) {
                        "name" === J ? R.id = L.name : R[J] = L[J]
                    }
                    var M = this._getNodeCategory(S, L),
                        W = M ? M.name : L.name;
                    if (this.selectedMap[W] = this.isSelected(W), this.selectedMap[W]) {
                        K.push(R), N++
                    } else {
                        H.splice(N, 1);
                        for (var T = 0; T < H.length; T++) {
                            H[T].splice(N, 1)
                        }
                    }
                }
                var P = q.fromMatrix(K, H, !0);
                return P.eachNode(function(a) {
                    a.layout = {
                        size: a.data.outValue
                    }, a.rawIndex = a.data.rawIndex
                }), P.eachEdge(function(a) {
                    a.layout = {
                        weight: a.data.weight
                    }
                }), P
            },
            _getSerieGraphFromNodeLinks: function(I, S) {
                for (var K = new q(!0), N = I.data || I.nodes, H = 0, O = N.length; O > H; H++) {
                    var Q = N[H];
                    if (Q && !Q.ignore) {
                        var R = this._getNodeCategory(S, Q),
                            L = R ? R.name : Q.name;
                        if (this.selectedMap[L] = this.isSelected(L), this.selectedMap[L]) {
                            var J = K.addNode(Q.name, Q);
                            J.rawIndex = H
                        }
                    }
                }
                for (var H = 0, O = I.links.length; O > H; H++) {
                    var M = I.links[H],
                        W = M.source,
                        T = M.target;
                    "number" == typeof W && (W = N[W], W && (W = W.name)), "number" == typeof T && (T = N[T], T && (T = T.name));
                    var P = K.addEdge(W, T, M);
                    P && (P.rawIndex = H)
                }
                return K.eachNode(function(a) {
                    var l = a.data.value;
                    if (null == l) {
                        if (l = 0, S.ribbonType) {
                            for (var m = 0; m < a.outEdges.length; m++) {
                                l += a.outEdges[m].data.weight || 0
                            }
                        } else {
                            for (var m = 0; m < a.edges.length; m++) {
                                l += a.edges[m].data.weight || 0
                            }
                        }
                    }
                    a.layout = {
                        size: l
                    }
                }), K.eachEdge(function(a) {
                    a.layout = {
                        weight: null == a.data.weight ? 1 : a.data.weight
                    }
                }), K
            },
            _initHoverHandler: function(m, r) {
                var o = m[0],
                    p = r[0],
                    l = this;
                p.eachNode(function(a) {
                    a.shape.onmouseover = function() {
                        p.eachNode(function(i) {
                            i.shape.style.opacity = 0.1, i.labelShape && (i.labelShape.style.opacity = 0.1, i.labelShape.modSelf()), i.shape.modSelf()
                        });
                        for (var n = 0; n < r.length; n++) {
                            for (var H = 0; H < r[n].edges.length; H++) {
                                var I = r[n].edges[H],
                                    J = l._getEdgeQueryTarget(r[n].__serie, I.data);
                                I.shape.style.opacity = 0.1 * l.deepQuery(J, "opacity"), I.shape.modSelf()
                            }
                        }
                        a.shape.style.opacity = 1, a.labelShape && (a.labelShape.style.opacity = 1);
                        for (var n = 0; n < r.length; n++) {
                            var t = r[n].getNodeById(a.id);
                            if (t) {
                                for (var H = 0; H < t.outEdges.length; H++) {
                                    var I = t.outEdges[H],
                                        J = l._getEdgeQueryTarget(r[n].__serie, I.data);
                                    I.shape.style.opacity = l.deepQuery(J, "opacity");
                                    var e = r[0].getNodeById(I.node2.id);
                                    e && (e.shape && (e.shape.style.opacity = 1), e.labelShape && (e.labelShape.style.opacity = 1))
                                }
                            }
                        }
                        l.zr.refreshNextFrame()
                    }, a.shape.onmouseout = function() {
                        p.eachNode(function(s) {
                            s.shape.style.opacity = 1, s.labelShape && (s.labelShape.style.opacity = 1, s.labelShape.modSelf()), s.shape.modSelf()
                        });
                        for (var i = 0; i < r.length; i++) {
                            for (var n = 0; n < r[i].edges.length; n++) {
                                var t = r[i].edges[n],
                                    H = [t.data, o];
                                t.shape.style.opacity = l.deepQuery(H, "itemStyle.normal.chordStyle.opacity"), t.shape.modSelf()
                            }
                        }
                        l.zr.refreshNextFrame()
                    }
                })
            },
            _buildSectors: function(o, L, p, I) {
                var m = this.parseCenter(this.zr, I.center),
                    J = this.parseRadius(this.zr, I.radius),
                    K = I.clockWise,
                    H = K ? 1 : -1;
                p.eachNode(function(l) {
                    var e = this._getNodeCategory(I, l.data),
                        s = this.getColor(e ? e.name : l.id),
                        r = l.layout.startAngle / Math.PI * 180 * H,
                        a = l.layout.endAngle / Math.PI * 180 * H,
                        n = new A({
                            zlevel: o.zlevel,
                            z: o.z,
                            style: {
                                x: m[0],
                                y: m[1],
                                r0: J[0],
                                r: J[1],
                                startAngle: r,
                                endAngle: a,
                                brushType: "fill",
                                opacity: 1,
                                color: s,
                                clockWise: K
                            },
                            clickable: I.clickable,
                            highlightStyle: {
                                brushType: "fill"
                            }
                        });
                    n.style.lineWidth = this.deepQuery([l.data, I], "itemStyle.normal.borderWidth"), n.highlightStyle.lineWidth = this.deepQuery([l.data, I], "itemStyle.emphasis.borderWidth"), n.style.strokeColor = this.deepQuery([l.data, I], "itemStyle.normal.borderColor"), n.highlightStyle.strokeColor = this.deepQuery([l.data, I], "itemStyle.emphasis.borderColor"), n.style.lineWidth > 0 && (n.style.brushType = "both"), n.highlightStyle.lineWidth > 0 && (n.highlightStyle.brushType = "both"), y.pack(n, o, L, l.data, l.rawIndex, l.id, l.category), this.shapeList.push(n), l.shape = n
                }, this)
            },
            _buildNodeIcons: function(m, J, p, s) {
                var l = this.parseCenter(this.zr, s.center),
                    H = this.parseRadius(this.zr, s.radius),
                    I = H[1];
                p.eachNode(function(r) {
                    var K = r.layout.startAngle,
                        t = r.layout.endAngle,
                        n = (K + t) / 2,
                        O = I * Math.cos(n),
                        N = I * Math.sin(n),
                        e = this._getNodeQueryTarget(s, r.data),
                        L = this._getNodeCategory(s, r.data),
                        a = this.deepQuery(e, "itemStyle.normal.color");
                    a || (a = this.getColor(L ? L.name : r.id));
                    var M = new D({
                        zlevel: m.zlevel,
                        z: m.z + 1,
                        style: {
                            x: -r.layout.size,
                            y: -r.layout.size,
                            width: 2 * r.layout.size,
                            height: 2 * r.layout.size,
                            iconType: this.deepQuery(e, "symbol"),
                            color: a,
                            brushType: "both",
                            lineWidth: this.deepQuery(e, "itemStyle.normal.borderWidth"),
                            strokeColor: this.deepQuery(e, "itemStyle.normal.borderColor")
                        },
                        highlightStyle: {
                            color: this.deepQuery(e, "itemStyle.emphasis.color"),
                            lineWidth: this.deepQuery(e, "itemStyle.emphasis.borderWidth"),
                            strokeColor: this.deepQuery(e, "itemStyle.emphasis.borderColor")
                        },
                        clickable: s.clickable,
                        position: [O + l[0], N + l[1]]
                    });
                    y.pack(M, m, J, r.data, r.rawIndex, r.id, r.category), this.shapeList.push(M), r.shape = M
                }, this)
            },
            _buildLabels: function(p, O, I, n) {
                var L = this.query(n, "itemStyle.normal.label.rotate"),
                    M = this.query(n, "itemStyle.normal.label.distance"),
                    N = this.parseCenter(this.zr, n.center),
                    J = this.parseRadius(this.zr, n.radius),
                    H = n.clockWise,
                    K = H ? 1 : -1;
                I.eachNode(function(r) {
                    var m = r.layout.startAngle / Math.PI * 180 * K,
                        l = r.layout.endAngle / Math.PI * 180 * K,
                        P = (m * -K + l * -K) / 2;
                    P %= 360, 0 > P && (P += 360);
                    var e = 90 >= P || P >= 270;
                    P = P * Math.PI / 180;
                    var o = [Math.cos(P), -Math.sin(P)],
                        a = 0;
                    a = n.ribbonType ? n.showScaleText ? 35 + M : M : M + r.layout.size;
                    var s = F.scale([], o, J[1] + a);
                    F.add(s, s, N);
                    var Q = {
                        zlevel: p.zlevel,
                        z: p.z + 1,
                        hoverable: !1,
                        style: {
                            text: null == r.data.label ? r.id : r.data.label,
                            textAlign: e ? "left" : "right"
                        }
                    };
                    L ? (Q.rotation = e ? P : Math.PI + P, Q.style.x = e ? J[1] + a : -J[1] - a, Q.style.y = 0, Q.position = N.slice()) : (Q.style.x = s[0], Q.style.y = s[1]), Q.style.color = this.deepQuery([r.data, n], "itemStyle.normal.label.textStyle.color") || "#000000", Q.style.textFont = this.getFont(this.deepQuery([r.data, n], "itemStyle.normal.label.textStyle")), Q = new z(Q), this.shapeList.push(Q), r.labelShape = Q
                }, this)
            },
            _buildRibbons: function(m, J, p, r) {
                var l = m[J],
                    H = this.parseCenter(this.zr, r.center),
                    I = this.parseRadius(this.zr, r.radius);
                p.eachEdge(function(K, s) {
                    var O, N = p.getEdge(K.node2, K.node1);
                    if (N && !K.shape) {
                        if (N.shape) {
                            return void(K.shape = N.shape)
                        }
                        var i = K.layout.startAngle / Math.PI * 180,
                            L = K.layout.endAngle / Math.PI * 180,
                            e = N.layout.startAngle / Math.PI * 180,
                            M = N.layout.endAngle / Math.PI * 180;
                        O = this.getColor(1 === m.length ? K.layout.weight <= N.layout.weight ? K.node1.id : K.node2.id : l.name);
                        var P, o, a = this._getEdgeQueryTarget(l, K.data),
                            n = this._getEdgeQueryTarget(l, K.data, "emphasis"),
                            t = new C({
                                zlevel: l.zlevel,
                                z: l.z,
                                style: {
                                    x: H[0],
                                    y: H[1],
                                    r: I[0],
                                    source0: i,
                                    source1: L,
                                    target0: e,
                                    target1: M,
                                    brushType: "both",
                                    opacity: this.deepQuery(a, "opacity"),
                                    color: O,
                                    lineWidth: this.deepQuery(a, "borderWidth"),
                                    strokeColor: this.deepQuery(a, "borderColor"),
                                    clockWise: r.clockWise
                                },
                                clickable: r.clickable,
                                highlightStyle: {
                                    brushType: "both",
                                    opacity: this.deepQuery(n, "opacity"),
                                    lineWidth: this.deepQuery(n, "borderWidth"),
                                    strokeColor: this.deepQuery(n, "borderColor")
                                }
                            });
                        K.layout.weight <= N.layout.weight ? (P = N.node1, o = N.node2) : (P = K.node1, o = K.node2), y.pack(t, l, J, K.data, null == K.rawIndex ? s : K.rawIndex, K.data.name || P.id + "-" + o.id, P.id, o.id), this.shapeList.push(t), K.shape = t
                    }
                }, this)
            },
            _buildEdgeCurves: function(m, J, p, s, l) {
                var H = m[J],
                    I = this.parseCenter(this.zr, s.center);
                p.eachEdge(function(o, t) {
                    var K = l.getNodeById(o.node1.id),
                        M = l.getNodeById(o.node2.id),
                        r = K.shape,
                        O = M.shape,
                        N = this._getEdgeQueryTarget(H, o.data),
                        a = this._getEdgeQueryTarget(H, o.data, "emphasis"),
                        L = new x({
                            zlevel: H.zlevel,
                            z: H.z,
                            style: {
                                xStart: r.position[0],
                                yStart: r.position[1],
                                xEnd: O.position[0],
                                yEnd: O.position[1],
                                cpX1: I[0],
                                cpY1: I[1],
                                lineWidth: this.deepQuery(N, "width"),
                                strokeColor: this.deepQuery(N, "color"),
                                opacity: this.deepQuery(N, "opacity")
                            },
                            highlightStyle: {
                                lineWidth: this.deepQuery(a, "width"),
                                strokeColor: this.deepQuery(a, "color"),
                                opacity: this.deepQuery(a, "opacity")
                            }
                        });
                    y.pack(L, H, J, o.data, null == o.rawIndex ? t : o.rawIndex, o.data.name || o.node1.id + "-" + o.node2.id, o.node1.id, o.node2.id), this.shapeList.push(L), o.shape = L
                }, this)
            },
            _buildScales: function(n, P, I) {
                var L, N, O = n.clockWise,
                    J = this.parseCenter(this.zr, n.center),
                    H = this.parseRadius(this.zr, n.radius),
                    K = O ? 1 : -1,
                    Q = 0,
                    a = -(1 / 0);
                n.showScaleText && (I.eachNode(function(i) {
                    var l = i.data.value;
                    l > a && (a = l), Q += l
                }), a > 10000000000 ? (L = "b", N = 1e-09) : a > 10000000 ? (L = "m", N = 1e-06) : a > 10000 ? (L = "k", N = 0.001) : (L = "", N = 1));
                var M = Q / (360 - n.padding);
                I.eachNode(function(T) {
                    for (var s = T.layout.startAngle / Math.PI * 180, W = T.layout.endAngle / Math.PI * 180, o = s;;) {
                        if (O && o > W || !O && W > o) {
                            break
                        }
                        var m = o / 180 * Math.PI,
                            U = [Math.cos(m), Math.sin(m)],
                            Y = F.scale([], U, H[1] + 1);
                        F.add(Y, Y, J);
                        var r = F.scale([], U, H[1] + this.scaleLineLength);
                        F.add(r, r, J);
                        var l = new j({
                            zlevel: n.zlevel,
                            z: n.z - 1,
                            hoverable: !1,
                            style: {
                                xStart: Y[0],
                                yStart: Y[1],
                                xEnd: r[0],
                                yEnd: r[1],
                                lineCap: "round",
                                brushType: "stroke",
                                strokeColor: "#666",
                                lineWidth: 1
                            }
                        });
                        this.shapeList.push(l), o += K * this.scaleUnitAngle
                    }
                    if (n.showScaleText) {
                        for (var p = s, R = 5 * M * this.scaleUnitAngle, X = 0;;) {
                            if (O && p > W || !O && W > p) {
                                break
                            }
                            var m = p;
                            m %= 360, 0 > m && (m += 360);
                            var e = 90 >= m || m >= 270,
                                S = new z({
                                    zlevel: n.zlevel,
                                    z: n.z - 1,
                                    hoverable: !1,
                                    style: {
                                        x: e ? H[1] + this.scaleLineLength + 4 : -H[1] - this.scaleLineLength - 4,
                                        y: 0,
                                        text: Math.round(10 * X) / 10 + L,
                                        textAlign: e ? "left" : "right"
                                    },
                                    position: J.slice(),
                                    rotation: e ? [-m / 180 * Math.PI, 0, 0] : [-(m + 180) / 180 * Math.PI, 0, 0]
                                });
                            this.shapeList.push(S), X += R * N, p += K * this.scaleUnitAngle * 5
                        }
                    }
                }, this)
            },
            refresh: function(a) {
                if (a && (this.option = a, this.series = a.series), this.legend = this.component.legend, this.legend) {
                    this.getColor = function(i) {
                        return this.legend.getColor(i)
                    }, this.isSelected = function(i) {
                        return this.legend.isSelected(i)
                    }
                } else {
                    var m = {},
                        l = 0;
                    this.getColor = function(i) {
                        return m[i] ? m[i] : (m[i] || (m[i] = this.zr.getColor(l++)), m[i])
                    }, this.isSelected = function() {
                        return !0
                    }
                }
                this.backupShapeList(), this._init()
            },
            reformOption: function(a) {
                var i = G.merge;
                a = i(i(a || {}, this.ecTheme.chord), v.chord), a.itemStyle.normal.label.textStyle = this.getTextStyle(a.itemStyle.normal.label.textStyle), this.z = a.z, this.zlevel = a.zlevel
            }
        }, G.inherits(E, w), u("../chart").define("chord", E), E
    }), d("echarts/util/shape/Ribbon", ["require", "zrender/shape/Base", "zrender/shape/util/PathProxy", "zrender/tool/util", "zrender/tool/area"], function(l) {
        function r(a) {
            m.call(this, a), this._pathProxy = new p
        }
        var m = l("zrender/shape/Base"),
            p = l("zrender/shape/util/PathProxy"),
            j = l("zrender/tool/util"),
            q = l("zrender/tool/area");
        return r.prototype = {
            type: "ribbon",
            buildPath: function(z, K) {
                var C = K.clockWise || !1,
                    F = this._pathProxy;
                F.begin(z);
                var v = K.x,
                    G = K.y,
                    I = K.r,
                    J = K.source0 / 180 * Math.PI,
                    D = K.source1 / 180 * Math.PI,
                    B = K.target0 / 180 * Math.PI,
                    E = K.target1 / 180 * Math.PI,
                    N = v + Math.cos(J) * I,
                    M = G + Math.sin(J) * I,
                    x = v + Math.cos(D) * I,
                    H = G + Math.sin(D) * I,
                    w = v + Math.cos(B) * I,
                    L = G + Math.sin(B) * I,
                    O = v + Math.cos(E) * I,
                    A = G + Math.sin(E) * I;
                F.moveTo(N, M), F.arc(v, G, K.r, J, D, !C), F.bezierCurveTo(0.7 * (v - x) + x, 0.7 * (G - H) + H, 0.7 * (v - w) + w, 0.7 * (G - L) + L, w, L), (K.source0 !== K.target0 || K.source1 !== K.target1) && (F.arc(v, G, K.r, B, E, !C), F.bezierCurveTo(0.7 * (v - O) + O, 0.7 * (G - A) + A, 0.7 * (v - N) + N, 0.7 * (G - M) + M, N, M))
            },
            getRect: function(a) {
                return a.__rect ? a.__rect : (this._pathProxy.isEmpty() || this.buildPath(null, a), this._pathProxy.fastBoundingRect())
            },
            isCover: function(a, o) {
                var n = this.getRect(this.style);
                return a >= n.x && a <= n.x + n.width && o >= n.y && o <= n.y + n.height ? q.isInsidePath(this._pathProxy.pathCommands, 0, "fill", a, o) : void 0
            }
        }, j.inherits(r, m), r
    }), d("echarts/data/Graph", ["require", "zrender/tool/util"], function(l) {
        var p = l("zrender/tool/util"),
            m = function(a) {
                this._directed = a || !1, this.nodes = [], this.edges = [], this._nodesMap = {}, this._edgesMap = {}
            };
        m.prototype.isDirected = function() {
            return this._directed
        }, m.prototype.addNode = function(a, q) {
            if (this._nodesMap[a]) {
                return this._nodesMap[a]
            }
            var i = new m.Node(a, q);
            return this.nodes.push(i), this._nodesMap[a] = i, i
        }, m.prototype.getNodeById = function(a) {
            return this._nodesMap[a]
        }, m.prototype.addEdge = function(q, u, r) {
            if ("string" == typeof q && (q = this._nodesMap[q]), "string" == typeof u && (u = this._nodesMap[u]), q && u) {
                var i = q.id + "-" + u.id;
                if (this._edgesMap[i]) {
                    return this._edgesMap[i]
                }
                var s = new m.Edge(q, u, r);
                return this._directed && (q.outEdges.push(s), u.inEdges.push(s)), q.edges.push(s), q !== u && u.edges.push(s), this.edges.push(s), this._edgesMap[i] = s, s
            }
        }, m.prototype.removeEdge = function(r) {
            var s = r.node1,
                t = r.node2,
                q = s.id + "-" + t.id;
            this._directed && (s.outEdges.splice(p.indexOf(s.outEdges, r), 1), t.inEdges.splice(p.indexOf(t.inEdges, r), 1)), s.edges.splice(p.indexOf(s.edges, r), 1), s !== t && t.edges.splice(p.indexOf(t.edges, r), 1), delete this._edgesMap[q], this.edges.splice(p.indexOf(this.edges, r), 1)
        }, m.prototype.getEdge = function(a, i) {
            return "string" != typeof a && (a = a.id), "string" != typeof i && (i = i.id), this._directed ? this._edgesMap[a + "-" + i] : this._edgesMap[a + "-" + i] || this._edgesMap[i + "-" + a]
        }, m.prototype.removeNode = function(a) {
            if ("string" != typeof a || (a = this._nodesMap[a])) {
                delete this._nodesMap[a.id], this.nodes.splice(p.indexOf(this.nodes, a), 1);
                for (var q = 0; q < this.edges.length;) {
                    var r = this.edges[q];
                    r.node1 === a || r.node2 === a ? this.removeEdge(r) : q++
                }
            }
        }, m.prototype.filterNode = function(a, s) {
            for (var q = this.nodes.length, r = 0; q > r;) {
                a.call(s, this.nodes[r], r) ? r++ : (this.removeNode(this.nodes[r]), q--)
            }
        }, m.prototype.filterEdge = function(a, s) {
            for (var q = this.edges.length, r = 0; q > r;) {
                a.call(s, this.edges[r], r) ? r++ : (this.removeEdge(this.edges[r]), q--)
            }
        }, m.prototype.eachNode = function(a, s) {
            for (var q = this.nodes.length, r = 0; q > r; r++) {
                this.nodes[r] && a.call(s, this.nodes[r], r)
            }
        }, m.prototype.eachEdge = function(a, s) {
            for (var q = this.edges.length, r = 0; q > r; r++) {
                this.edges[r] && a.call(s, this.edges[r], r)
            }
        }, m.prototype.clear = function() {
            this.nodes.length = 0, this.edges.length = 0, this._nodesMap = {}, this._edgesMap = {}
        }, m.prototype.breadthFirstTraverse = function(u, D, w, z) {
            if ("string" == typeof D && (D = this._nodesMap[D]), D) {
                var q = "edges";
                "out" === w ? q = "outEdges" : "in" === w && (q = "inEdges");
                for (var A = 0; A < this.nodes.length; A++) {
                    this.nodes[A].__visited = !1
                }
                if (!u.call(z, D, null)) {
                    for (var B = [D]; B.length;) {
                        for (var C = B.shift(), x = C[q], A = 0; A < x.length; A++) {
                            var v = x[A],
                                y = v.node1 === C ? v.node2 : v.node1;
                            if (!y.__visited) {
                                if (u.call(y, y, C)) {
                                    return
                                }
                                B.push(y), y.__visited = !0
                            }
                        }
                    }
                }
            }
        }, m.prototype.clone = function() {
            for (var a = new m(this._directed), q = 0; q < this.nodes.length; q++) {
                a.addNode(this.nodes[q].id, this.nodes[q].data)
            }
            for (var q = 0; q < this.edges.length; q++) {
                var i = this.edges[q];
                a.addEdge(i.node1.id, i.node2.id, i.data)
            }
            return a
        };
        var o = function(a, i) {
            this.id = a, this.data = i || null, this.inEdges = [], this.outEdges = [], this.edges = []
        };
        o.prototype.degree = function() {
            return this.edges.length
        }, o.prototype.inDegree = function() {
            return this.inEdges.length
        }, o.prototype.outDegree = function() {
            return this.outEdges.length
        };
        var j = function(a, q, n) {
            this.node1 = a, this.node2 = q, this.data = n || null
        };
        return m.Node = o, m.Edge = j, m.fromMatrix = function(u, C, y) {
            if (C && C.length && C[0].length === C.length && u.length === C.length) {
                for (var i = C.length, z = new m(y), A = 0; i > A; A++) {
                    var B = z.addNode(u[A].id, u[A]);
                    B.data.value = 0, y && (B.data.outValue = B.data.inValue = 0)
                }
                for (var A = 0; i > A; A++) {
                    for (var w = 0; i > w; w++) {
                        var v = C[A][w];
                        y && (z.nodes[A].data.outValue += v, z.nodes[w].data.inValue += v), z.nodes[A].data.value += v, z.nodes[w].data.value += v
                    }
                }
                for (var A = 0; i > A; A++) {
                    for (var w = A; i > w; w++) {
                        var v = C[A][w];
                        if (0 !== v) {
                            var x = z.nodes[A],
                                E = z.nodes[w],
                                D = z.addEdge(x, E, {});
                            if (D.data.weight = v, A !== w && y && C[w][A]) {
                                var q = z.addEdge(E, x, {});
                                q.data.weight = C[w][A]
                            }
                        }
                    }
                }
                return z
            }
        }, m
    }), d("echarts/layout/Chord", ["require"], function() {
        var a = function(i) {
            i = i || {}, this.sort = i.sort || null, this.sortSub = i.sortSub || null, this.padding = 0.05, this.startAngle = i.startAngle || 0, this.clockWise = null == i.clockWise ? !1 : i.clockWise, this.center = i.center || [0, 0], this.directed = !0
        };
        a.prototype.run = function(w) {
            w instanceof Array || (w = [w]);
            var F = w.length;
            if (F) {
                for (var i = w[0], G = i.nodes.length, I = [], J = 0, D = 0; G > D; D++) {
                    var B = i.nodes[D],
                        E = {
                            size: 0,
                            subGroups: [],
                            node: B
                        };
                    I.push(E);
                    for (var M = 0, L = 0; L < w.length; L++) {
                        var v = w[L],
                            H = v.getNodeById(B.id);
                        if (H) {
                            E.size += H.layout.size;
                            for (var t = this.directed ? H.outEdges : H.edges, K = 0; K < t.length; K++) {
                                var O = t[K],
                                    A = O.layout.weight;
                                E.subGroups.push({
                                    weight: A,
                                    edge: O,
                                    graph: v
                                }), M += A
                            }
                        }
                    }
                    J += E.size;
                    for (var q = E.size / M, K = 0; K < E.subGroups.length; K++) {
                        E.subGroups[K].weight *= q
                    }
                    "ascending" === this.sortSub ? E.subGroups.sort(l) : "descending" === this.sort && (E.subGroups.sort(l), E.subGroups.reverse())
                }
                "ascending" === this.sort ? I.sort(j) : "descending" === this.sort && (I.sort(j), I.reverse());
                for (var q = (2 * Math.PI - this.padding * G) / J, z = this.startAngle, C = this.clockWise ? 1 : -1, D = 0; G > D; D++) {
                    var E = I[D];
                    E.node.layout.startAngle = z, E.node.layout.endAngle = z + C * E.size * q, E.node.layout.subGroups = [];
                    for (var K = 0; K < E.subGroups.length; K++) {
                        var N = E.subGroups[K];
                        N.edge.layout.startAngle = z, z += C * N.weight * q, N.edge.layout.endAngle = z
                    }
                    z = E.node.layout.endAngle + C * this.padding
                }
            }
        };
        var l = function(i, m) {
                return i.weight - m.weight
            },
            j = function(i, m) {
                return i.size - m.size
            };
        return a
    }), d("echarts/chart/force", ["require", "./base", "../data/Graph", "../layout/Force", "zrender/shape/Line", "zrender/shape/BezierCurve", "zrender/shape/Image", "../util/shape/Icon", "../config", "../util/ecData", "zrender/tool/util", "zrender/config", "zrender/tool/vector", "../chart"], function(w) {
        function H(a, p, n, i, l) {
            var r = this;
            F.call(this, a, p, n, i, l), this.__nodePositionMap = {}, this._graph = new G(!0), this._layout = new A, this._layout.onupdate = function() {
                r._step()
            }, this._steps = 1, this.ondragstart = function() {
                z.apply(r, arguments)
            }, this.ondragend = function() {
                j.apply(r, arguments)
            }, this.ondrop = function() {}, this.shapeHandler.ondragstart = function() {
                r.isDragstart = !0
            }, this.onmousemove = function() {
                C.apply(r, arguments)
            }, this.refresh(i)
        }

        function z(a) {
            if (this.isDragstart && a.target) {
                var i = a.target;
                i.fixed = !0, this.isDragstart = !1, this.zr.on(I.EVENT.MOUSEMOVE, this.onmousemove)
            }
        }

        function C() {
            this._layout.temperature = 0.8, this._step()
        }

        function j(a, m) {
            if (this.isDragend && a.target) {
                var l = a.target;
                l.fixed = !1, m.dragIn = !0, m.needRefresh = !1, this.isDragend = !1, this.zr.un(I.EVENT.MOUSEMOVE, this.onmousemove)
            }
        }

        function D(a, o, l) {
            var m = L.create();
            return m[0] = (Math.random() - 0.5) * l + a, m[1] = (Math.random() - 0.5) * l + o, m
        }
        var F = w("./base"),
            G = w("../data/Graph"),
            A = w("../layout/Force"),
            x = w("zrender/shape/Line"),
            B = w("zrender/shape/BezierCurve"),
            K = w("zrender/shape/Image"),
            J = w("../util/shape/Icon"),
            v = w("../config");
        v.force = {
            zlevel: 1,
            z: 2,
            center: ["50%", "50%"],
            size: "100%",
            preventOverlap: !1,
            coolDown: 0.99,
            minRadius: 10,
            maxRadius: 20,
            ratioScaling: !1,
            large: !1,
            useWorker: !1,
            steps: 1,
            scaling: 1,
            gravity: 1,
            symbol: "circle",
            symbolSize: 0,
            linkSymbol: null,
            linkSymbolSize: [10, 15],
            draggable: !0,
            clickable: !0,
            roam: !1,
            itemStyle: {
                normal: {
                    label: {
                        show: !1,
                        position: "inside"
                    },
                    nodeStyle: {
                        brushType: "both",
                        borderColor: "#5182ab",
                        borderWidth: 1
                    },
                    linkStyle: {
                        color: "#5182ab",
                        width: 1,
                        type: "line"
                    }
                },
                emphasis: {
                    label: {
                        show: !1
                    },
                    nodeStyle: {},
                    linkStyle: {
                        opacity: 0
                    }
                }
            }
        };
        var E = w("../util/ecData"),
            q = w("zrender/tool/util"),
            I = w("zrender/config"),
            L = w("zrender/tool/vector");
        return H.prototype = {
            constructor: H,
            type: v.CHART_TYPE_FORCE,
            _init: function() {
                this.selectedMap = {};
                var m, u = this.component.legend,
                    p = this.series;
                this.clear();
                for (var r = 0, l = p.length; l > r; r++) {
                    var s = p[r];
                    if (s.type === v.CHART_TYPE_FORCE) {
                        if (p[r] = this.reformOption(p[r]), m = p[r].name || "", this.selectedMap[m] = u ? u.isSelected(m) : !0, !this.selectedMap[m]) {
                            continue
                        }
                        this.buildMark(r), this._initSerie(s, r);
                        break
                    }
                }
                this.animationEffect()
            },
            _getNodeCategory: function(a, i) {
                return a.categories && a.categories[i.category || 0]
            },
            _getNodeQueryTarget: function(a, o, l) {
                l = l || "normal";
                var m = this._getNodeCategory(a, o) || {};
                return [o.itemStyle && o.itemStyle[l], m && m.itemStyle && m.itemStyle[l], a.itemStyle[l].nodeStyle]
            },
            _getEdgeQueryTarget: function(a, m, l) {
                return l = l || "normal", [m.itemStyle && m.itemStyle[l], a.itemStyle[l].linkStyle]
            },
            _initSerie: function(a, o) {
                this._temperature = 1, a.matrix ? this._graph = this._getSerieGraphFromDataMatrix(a) : a.links && (this._graph = this._getSerieGraphFromNodeLinks(a)), this._buildLinkShapes(a, o), this._buildNodeShapes(a, o);
                var l = a.roam === !0 || "move" === a.roam,
                    m = a.roam === !0 || "scale" === a.roam;
                this.zr.modLayer(this.getZlevelBase(), {
                    panable: l,
                    zoomable: m
                }), (this.query("markPoint.effect.show") || this.query("markLine.effect.show")) && this.zr.modLayer(v.EFFECT_ZLEVEL, {
                    panable: l,
                    zoomable: m
                }), this._initLayout(a), this._step()
            },
            _getSerieGraphFromDataMatrix: function(u) {
                for (var S = [], M = 0, P = [], p = 0; p < u.matrix.length; p++) {
                    P[p] = u.matrix[p].slice()
                }
                for (var Q = u.data || u.nodes, p = 0; p < Q.length; p++) {
                    var R = {},
                        N = Q[p];
                    for (var y in N) {
                        "name" === y ? R.id = N.name : R[y] = N[y]
                    }
                    var O = this._getNodeCategory(u, N),
                        W = O ? O.name : N.name;
                    if (this.selectedMap[W] = this.isSelected(W), this.selectedMap[W]) {
                        S.push(R), M++
                    } else {
                        P.splice(M, 1);
                        for (var T = 0; T < P.length; T++) {
                            P[T].splice(M, 1)
                        }
                    }
                }
                var s = G.fromMatrix(S, P, !0);
                return s.eachNode(function(a, i) {
                    a.layout = {
                        size: a.data.value,
                        mass: 0
                    }, a.rawIndex = i
                }), s.eachEdge(function(a) {
                    a.layout = {
                        weight: a.data.weight
                    }
                }), s
            },
            _getSerieGraphFromNodeLinks: function(u) {
                for (var S = new G(!0), M = u.data || u.nodes, P = 0, p = M.length; p > P; P++) {
                    var Q = M[P];
                    if (Q && !Q.ignore) {
                        var R = this._getNodeCategory(u, Q),
                            N = R ? R.name : Q.name;
                        if (this.selectedMap[N] = this.isSelected(N), this.selectedMap[N]) {
                            var y = S.addNode(Q.name, Q);
                            y.rawIndex = P
                        }
                    }
                }
                for (var P = 0, p = u.links.length; p > P; P++) {
                    var O = u.links[P],
                        W = O.source,
                        T = O.target;
                    "number" == typeof W && (W = M[W], W && (W = W.name)), "number" == typeof T && (T = M[T], T && (T = T.name));
                    var s = S.addEdge(W, T, O);
                    s && (s.rawIndex = P)
                }
                return S.eachNode(function(a) {
                    var m = a.data.value;
                    if (null == m) {
                        m = 0;
                        for (var l = 0; l < a.edges.length; l++) {
                            m += a.edges[l].data.weight || 0
                        }
                    }
                    a.layout = {
                        size: m,
                        mass: 0
                    }
                }), S.eachEdge(function(a) {
                    a.layout = {
                        weight: null == a.data.weight ? 1 : a.data.weight
                    }
                }), S
            },
            _initLayout: function(N) {
                var Y = this._graph,
                    P = Y.nodes.length,
                    S = this.query(N, "minRadius"),
                    o = this.query(N, "maxRadius");
                this._steps = N.steps || 1;
                var W = this._layout;
                W.center = this.parseCenter(this.zr, N.center), W.width = this.parsePercent(N.size, this.zr.getWidth()), W.height = this.parsePercent(N.size, this.zr.getHeight()), W.large = N.large, W.scaling = N.scaling, W.ratioScaling = N.ratioScaling, W.gravity = N.gravity, W.temperature = 1, W.coolDown = N.coolDown, W.preventNodeEdgeOverlap = N.preventOverlap, W.preventNodeOverlap = N.preventOverlap;
                for (var X = 1 / 0, Q = -(1 / 0), O = 0; P > O; O++) {
                    var R = Y.nodes[O];
                    Q = Math.max(R.layout.size, Q), X = Math.min(R.layout.size, X)
                }
                for (var ab = Q - X, O = 0; P > O; O++) {
                    var R = Y.nodes[O];
                    ab > 0 ? (R.layout.size = (R.layout.size - X) * (o - S) / ab + S, R.layout.mass = R.layout.size / o) : (R.layout.size = (o - S) / 2, R.layout.mass = 0.5)
                }
                for (var O = 0; P > O; O++) {
                    var R = Y.nodes[O];
                    if ("undefined" != typeof this.__nodePositionMap[R.id]) {
                        R.layout.position = L.create(), L.copy(R.layout.position, this.__nodePositionMap[R.id])
                    } else {
                        if ("undefined" != typeof R.data.initial) {
                            R.layout.position = L.create(), L.copy(R.layout.position, R.data.initial)
                        } else {
                            var aa = this._layout.center,
                                M = Math.min(this._layout.width, this._layout.height);
                            R.layout.position = D(aa[0], aa[1], 0.8 * M)
                        }
                    }
                    var T = R.shape.style,
                        y = R.layout.size;
                    T.width = T.width || 2 * y, T.height = T.height || 2 * y, T.x = -T.width / 2, T.y = -T.height / 2, L.copy(R.shape.position, R.layout.position)
                }
                P = Y.edges.length, Q = -(1 / 0);
                for (var O = 0; P > O; O++) {
                    var Z = Y.edges[O];
                    Z.layout.weight > Q && (Q = Z.layout.weight)
                }
                for (var O = 0; P > O; O++) {
                    var Z = Y.edges[O];
                    Z.layout.weight /= Q
                }
                this._layout.init(Y, N.useWorker)
            },
            _buildNodeShapes: function(a, o) {
                var l = this._graph,
                    m = this.query(a, "categories");
                l.eachNode(function(p) {
                    var e = this._getNodeCategory(a, p.data),
                        y = [p.data, e, a],
                        M = this._getNodeQueryTarget(a, p.data),
                        N = this._getNodeQueryTarget(a, p.data, "emphasis"),
                        t = new J({
                            style: {
                                x: 0,
                                y: 0,
                                color: this.deepQuery(M, "color"),
                                brushType: "both",
                                strokeColor: this.deepQuery(M, "strokeColor") || this.deepQuery(M, "borderColor"),
                                lineWidth: this.deepQuery(M, "lineWidth") || this.deepQuery(M, "borderWidth")
                            },
                            highlightStyle: {
                                color: this.deepQuery(N, "color"),
                                strokeColor: this.deepQuery(N, "strokeColor") || this.deepQuery(N, "borderColor"),
                                lineWidth: this.deepQuery(N, "lineWidth") || this.deepQuery(N, "borderWidth")
                            },
                            clickable: a.clickable,
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase()
                        });
                    t.style.color || (t.style.color = this.getColor(e ? e.name : p.id)), t.style.iconType = this.deepQuery(y, "symbol");
                    var n = this.deepQuery(y, "symbolSize") || 0;
                    "number" == typeof n && (n = [n, n]), t.style.width = 2 * n[0], t.style.height = 2 * n[1], t.style.iconType.match("image") && (t.style.image = t.style.iconType.replace(new RegExp("^image:\\/\\/"), ""), t = new K({
                        style: t.style,
                        highlightStyle: t.highlightStyle,
                        clickable: t.clickable,
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase()
                    })), this.deepQuery(y, "itemStyle.normal.label.show") && (t.style.text = null == p.data.label ? p.id : p.data.label, t.style.textPosition = this.deepQuery(y, "itemStyle.normal.label.position"), t.style.textColor = this.deepQuery(y, "itemStyle.normal.label.textStyle.color"), t.style.textFont = this.getFont(this.deepQuery(y, "itemStyle.normal.label.textStyle") || {})), this.deepQuery(y, "itemStyle.emphasis.label.show") && (t.highlightStyle.textPosition = this.deepQuery(y, "itemStyle.emphasis.label.position"), t.highlightStyle.textColor = this.deepQuery(y, "itemStyle.emphasis.label.textStyle.color"), t.highlightStyle.textFont = this.getFont(this.deepQuery(y, "itemStyle.emphasis.label.textStyle") || {})), this.deepQuery(y, "draggable") && (this.setCalculable(t), t.dragEnableTime = 0, t.draggable = !0, t.ondragstart = this.shapeHandler.ondragstart, t.ondragover = null);
                    var u = "";
                    if ("undefined" != typeof p.category) {
                        var e = m[p.category];
                        u = e && e.name || ""
                    }
                    E.pack(t, a, o, p.data, p.rawIndex, p.data.name || "", p.category), this.shapeList.push(t), this.zr.addShape(t), p.shape = t
                }, this)
            },
            _buildLinkShapes: function(N, W) {
                for (var P = this._graph, R = P.edges.length, m = 0; R > m; m++) {
                    var S = P.edges[m],
                        T = S.data,
                        U = S.node1,
                        Q = S.node2,
                        Y = P.getEdge(Q, U),
                        M = this._getEdgeQueryTarget(N, T),
                        X = this.deepQuery(M, "type");
                    N.linkSymbol && "none" !== N.linkSymbol && (X = "line");
                    var Z = "line" === X ? x : B,
                        O = new Z({
                            style: {
                                xStart: 0,
                                yStart: 0,
                                xEnd: 0,
                                yEnd: 0
                            },
                            clickable: this.query(N, "clickable"),
                            highlightStyle: {},
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase()
                        });
                    if (Y && Y.shape && (O.style.offset = 4, Y.shape.style.offset = 4), q.merge(O.style, this.query(N, "itemStyle.normal.linkStyle"), !0), q.merge(O.highlightStyle, this.query(N, "itemStyle.emphasis.linkStyle"), !0), "undefined" != typeof T.itemStyle && (T.itemStyle.normal && q.merge(O.style, T.itemStyle.normal, !0), T.itemStyle.emphasis && q.merge(O.highlightStyle, T.itemStyle.emphasis, !0)), O.style.lineWidth = O.style.lineWidth || O.style.width, O.style.strokeColor = O.style.strokeColor || O.style.color, O.highlightStyle.lineWidth = O.highlightStyle.lineWidth || O.highlightStyle.width, O.highlightStyle.strokeColor = O.highlightStyle.strokeColor || O.highlightStyle.color, E.pack(O, N, W, S.data, null == S.rawIndex ? m : S.rawIndex, S.data.name || U.id + " - " + Q.id, U.id, Q.id), this.shapeList.push(O), this.zr.addShape(O), S.shape = O, N.linkSymbol && "none" !== N.linkSymbol) {
                        var p = new J({
                            style: {
                                x: -5,
                                y: 0,
                                width: N.linkSymbolSize[0],
                                height: N.linkSymbolSize[1],
                                iconType: N.linkSymbol,
                                brushType: "fill",
                                color: O.style.strokeColor
                            },
                            highlightStyle: {
                                brushType: "fill"
                            },
                            position: [0, 0],
                            rotation: 0,
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase()
                        });
                        O._symbolShape = p, this.shapeList.push(p), this.zr.addShape(p)
                    }
                }
            },
            _updateLinkShapes: function() {
                for (var u = L.create(), T = L.create(), M = L.create(), P = L.create(), p = this._graph.edges, Q = 0, R = p.length; R > Q; Q++) {
                    var S = p[Q],
                        N = S.node1.shape,
                        y = S.node2.shape;
                    L.copy(M, N.position), L.copy(P, y.position);
                    var O = S.shape.style;
                    if (L.sub(u, M, P), L.normalize(u, u), O.offset ? (T[0] = u[1], T[1] = -u[0], L.scaleAndAdd(M, M, T, O.offset), L.scaleAndAdd(P, P, T, O.offset)) : "bezier-curve" === S.shape.type && (O.cpX1 = (M[0] + P[0]) / 2 - (P[1] - M[1]) / 4, O.cpY1 = (M[1] + P[1]) / 2 - (M[0] - P[0]) / 4), O.xStart = M[0], O.yStart = M[1], O.xEnd = P[0], O.yEnd = P[1], S.shape.modSelf(), S.shape._symbolShape) {
                        var X = S.shape._symbolShape;
                        L.copy(X.position, P), L.scaleAndAdd(X.position, X.position, u, y.style.width / 2 + 2);
                        var W = Math.atan2(u[1], u[0]);
                        X.rotation = Math.PI / 2 - W, X.modSelf()
                    }
                }
            },
            _syncNodePositions: function() {
                for (var p = this._graph, R = 0; R < p.nodes.length; R++) {
                    var y = p.nodes[R],
                        N = y.layout.position,
                        m = y.data,
                        O = y.shape,
                        P = O.fixed || m.fixX,
                        Q = O.fixed || m.fixY;
                    P === !0 ? P = 1 : isNaN(P) && (P = 0), Q === !0 ? Q = 1 : isNaN(Q) && (Q = 0), O.position[0] += (N[0] - O.position[0]) * (1 - P), O.position[1] += (N[1] - O.position[1]) * (1 - Q), L.copy(N, O.position);
                    var M = m.name;
                    if (M) {
                        var u = this.__nodePositionMap[M];
                        u || (u = this.__nodePositionMap[M] = L.create()), L.copy(u, N)
                    }
                    O.modSelf()
                }
            },
            _step: function() {
                this._syncNodePositions(), this._updateLinkShapes(), this.zr.refreshNextFrame(), this._layout.temperature > 0.01 ? this._layout.step(this._steps) : this.messageCenter.dispatch(v.EVENT.FORCE_LAYOUT_END, {}, {}, this.myChart)
            },
            refresh: function(a) {
                if (a && (this.option = a, this.series = this.option.series), this.legend = this.component.legend, this.legend) {
                    this.getColor = function(i) {
                        return this.legend.getColor(i)
                    }, this.isSelected = function(i) {
                        return this.legend.isSelected(i)
                    }
                } else {
                    var m = {},
                        l = 0;
                    this.getColor = function(i) {
                        return m[i] ? m[i] : (m[i] || (m[i] = this.zr.getColor(l++)), m[i])
                    }, this.isSelected = function() {
                        return !0
                    }
                }
                this._init()
            },
            dispose: function() {
                this.clear(), this.shapeList = null, this.effectList = null, this._layout.dispose(), this._layout = null, this.__nodePositionMap = {}
            },
            getPosition: function() {
                var a = [];
                return this._graph.eachNode(function(e) {
                    e.layout && a.push({
                        name: e.data.name,
                        position: Array.prototype.slice.call(e.layout.position)
                    })
                }), a
            }
        }, q.inherits(H, F), w("../chart").define("force", H), H
    }), d("echarts/layout/Force", ["require", "./forceLayoutWorker", "zrender/tool/vector"], function(l) {
        function w() {
            if ("undefined" != typeof Worker && "undefined" != typeof Blob) {
                try {
                    var a = new Blob([p.getWorkerCode()]);
                    m = window.URL.createObjectURL(a)
                } catch (i) {
                    m = ""
                }
            }
            return m
        }
        var m, p = l("./forceLayoutWorker"),
            j = l("zrender/tool/vector"),
            q = window.requestAnimationFrame || window.msRequestAnimationFrame || window.mozRequestAnimationFrame || window.webkitRequestAnimationFrame || function(a) {
                setTimeout(a, 16)
            },
            u = "undefined" == typeof Float32Array ? Array : Float32Array,
            v = function(o) {
                "undefined" == typeof m && w(), o = o || {}, this.width = o.width || 500, this.height = o.height || 500, this.center = o.center || [this.width / 2, this.height / 2], this.ratioScaling = o.ratioScaling || !1, this.scaling = o.scaling || 1, this.gravity = "undefined" != typeof o.gravity ? o.gravity : 1, this.large = o.large || !1, this.preventNodeOverlap = o.preventNodeOverlap || !1, this.preventNodeEdgeOverlap = o.preventNodeEdgeOverlap || !1, this.maxSpeedIncrease = o.maxSpeedIncrease || 1, this.onupdate = o.onupdate || function() {}, this.temperature = o.temperature || 1, this.coolDown = o.coolDown || 0.99, this._layout = null, this._layoutWorker = null;
                var r = this,
                    i = this._$onupdate;
                this._$onupdate = function(a) {
                    i.call(r, a)
                }
            };
        return v.prototype.updateConfig = function() {
            var r = this.width,
                y = this.height,
                s = Math.min(r, y),
                x = {
                    center: this.center,
                    width: this.ratioScaling ? r : s,
                    height: this.ratioScaling ? y : s,
                    scaling: this.scaling || 1,
                    gravity: this.gravity || 1,
                    barnesHutOptimize: this.large,
                    preventNodeOverlap: this.preventNodeOverlap,
                    preventNodeEdgeOverlap: this.preventNodeEdgeOverlap,
                    maxSpeedIncrease: this.maxSpeedIncrease
                };
            if (this._layoutWorker) {
                this._layoutWorker.postMessage({
                    cmd: "updateConfig",
                    config: x
                })
            } else {
                for (var o in x) {
                    this._layout[o] = x[o]
                }
            }
        }, v.prototype.init = function(r, D) {
            if (this._layoutWorker && (this._layoutWorker.terminate(), this._layoutWorker = null), m && D) {
                try {
                    this._layoutWorker || (this._layoutWorker = new Worker(m), this._layoutWorker.onmessage = this._$onupdate), this._layout = null
                } catch (i) {
                    this._layoutWorker = null, this._layout || (this._layout = new p)
                }
            } else {
                this._layout || (this._layout = new p)
            }
            this.temperature = 1, this.graph = r;
            for (var A = r.nodes.length, C = new u(2 * A), y = new u(A), x = new u(A), z = 0; A > z; z++) {
                var F = r.nodes[z];
                C[2 * z] = F.layout.position[0], C[2 * z + 1] = F.layout.position[1], y[z] = "undefined" == typeof F.layout.mass ? 1 : F.layout.mass, x[z] = "undefined" == typeof F.layout.size ? 1 : F.layout.size, F.layout.__index = z
            }
            A = r.edges.length;
            for (var E = new u(2 * A), n = new u(A), z = 0; A > z; z++) {
                var B = r.edges[z];
                E[2 * z] = B.node1.layout.__index, E[2 * z + 1] = B.node2.layout.__index, n[z] = B.layout.weight || 1
            }
            this._layoutWorker ? this._layoutWorker.postMessage({
                cmd: "init",
                nodesPosition: C,
                nodesMass: y,
                nodesSize: x,
                edges: E,
                edgesWeight: n
            }) : (this._layout.initNodes(C, y, x), this._layout.initEdges(E, n)), this.updateConfig()
        }, v.prototype.step = function(a) {
            var y = this.graph.nodes;
            if (this._layoutWorker) {
                for (var o = new u(2 * y.length), r = 0; r < y.length; r++) {
                    var x = y[r];
                    o[2 * r] = x.layout.position[0], o[2 * r + 1] = x.layout.position[1]
                }
                this._layoutWorker.postMessage(o.buffer, [o.buffer]), this._layoutWorker.postMessage({
                    cmd: "update",
                    steps: a,
                    temperature: this.temperature,
                    coolDown: this.coolDown
                });
                for (var r = 0; a > r; r++) {
                    this.temperature *= this.coolDown
                }
            } else {
                q(this._$onupdate);
                for (var r = 0; r < y.length; r++) {
                    var x = y[r];
                    j.copy(this._layout.nodes[r].position, x.layout.position)
                }
                for (var r = 0; a > r; r++) {
                    this._layout.temperature = this.temperature, this._layout.update(), this.temperature *= this.coolDown
                }
            }
        }, v.prototype._$onupdate = function(a) {
            if (this._layoutWorker) {
                for (var s = new Float32Array(a.data), o = 0; o < this.graph.nodes.length; o++) {
                    var r = this.graph.nodes[o];
                    r.layout.position[0] = s[2 * o], r.layout.position[1] = s[2 * o + 1]
                }
                this.onupdate && this.onupdate()
            } else {
                if (this._layout) {
                    for (var o = 0; o < this.graph.nodes.length; o++) {
                        var r = this.graph.nodes[o];
                        j.copy(r.layout.position, this._layout.nodes[o].position)
                    }
                    this.onupdate && this.onupdate()
                }
            }
        }, v.prototype.dispose = function() {
            this._layoutWorker && this._layoutWorker.terminate(), this._layoutWorker = null, this._layout = null
        }, v
    }), d("echarts/layout/forceLayoutWorker", ["require", "zrender/tool/vector"], function g(m) {
        function x() {
            this.subRegions = [], this.nSubRegions = 0, this.node = null, this.mass = 0, this.centerOfMass = null, this.bbox = new q(4), this.size = 0
        }

        function p() {
            this.position = v.create(), this.force = v.create(), this.forcePrev = v.create(), this.speed = v.create(), this.speedPrev = v.create(), this.mass = 1, this.inDegree = 0, this.outDegree = 0
        }

        function u(a, i) {
            this.node1 = a, this.node2 = i, this.weight = 1
        }

        function j() {
            this.barnesHutOptimize = !1, this.barnesHutTheta = 1.5, this.repulsionByDegree = !1, this.preventNodeOverlap = !1, this.preventNodeEdgeOverlap = !1, this.strongGravity = !0, this.gravity = 1, this.scaling = 1, this.edgeWeightInfluence = 1, this.center = [0, 0], this.width = 500, this.height = 500, this.maxSpeedIncrease = 1, this.nodes = [], this.edges = [], this.bbox = new q(4), this._rootRegion = new x, this._rootRegion.centerOfMass = v.create(), this._massArr = null, this._k = 0
        }
        var v, w = "undefined" == typeof window && "undefined" == typeof m;
        v = w ? {
            create: function(a, n) {
                var l = new Float32Array(2);
                return l[0] = a || 0, l[1] = n || 0, l
            },
            dist: function(a, s) {
                var l = s[0] - a[0],
                    r = s[1] - a[1];
                return Math.sqrt(l * l + r * r)
            },
            len: function(a) {
                var n = a[0],
                    l = a[1];
                return Math.sqrt(n * n + l * l)
            },
            scaleAndAdd: function(a, s, l, r) {
                return a[0] = s[0] + l[0] * r, a[1] = s[1] + l[1] * r, a
            },
            scale: function(a, n, l) {
                return a[0] = n[0] * l, a[1] = n[1] * l, a
            },
            add: function(a, n, l) {
                return a[0] = n[0] + l[0], a[1] = n[1] + l[1], a
            },
            sub: function(a, n, l) {
                return a[0] = n[0] - l[0], a[1] = n[1] - l[1], a
            },
            dot: function(a, i) {
                return a[0] * i[0] + a[1] * i[1]
            },
            normalize: function(r, z) {
                var s = z[0],
                    y = z[1],
                    l = s * s + y * y;
                return l > 0 && (l = 1 / Math.sqrt(l), r[0] = z[0] * l, r[1] = z[1] * l), r
            },
            negate: function(a, i) {
                return a[0] = -i[0], a[1] = -i[1], a
            },
            copy: function(a, i) {
                return a[0] = i[0], a[1] = i[1], a
            },
            set: function(a, n, l) {
                return a[0] = n, a[1] = l, a
            }
        } : m("zrender/tool/vector");
        var q = "undefined" == typeof Float32Array ? Array : Float32Array;
        if (x.prototype.beforeUpdate = function() {
                for (var a = 0; a < this.nSubRegions; a++) {
                    this.subRegions[a].beforeUpdate()
                }
                this.mass = 0, this.centerOfMass && (this.centerOfMass[0] = 0, this.centerOfMass[1] = 0), this.nSubRegions = 0, this.node = null
            }, x.prototype.afterUpdate = function() {
                this.subRegions.length = this.nSubRegions;
                for (var a = 0; a < this.nSubRegions; a++) {
                    this.subRegions[a].afterUpdate()
                }
            }, x.prototype.addNode = function(a) {
                if (0 === this.nSubRegions) {
                    if (null == this.node) {
                        return void(this.node = a)
                    }
                    this._addNodeToSubRegion(this.node), this.node = null
                }
                this._addNodeToSubRegion(a), this._updateCenterOfMass(a)
            }, x.prototype.findSubRegion = function(a, s) {
                for (var l = 0; l < this.nSubRegions; l++) {
                    var r = this.subRegions[l];
                    if (r.contain(a, s)) {
                        return r
                    }
                }
            }, x.prototype.contain = function(a, i) {
                return this.bbox[0] <= a && this.bbox[2] >= a && this.bbox[1] <= i && this.bbox[3] >= i
            }, x.prototype.setBBox = function(a, s, l, r) {
                this.bbox[0] = a, this.bbox[1] = s, this.bbox[2] = l, this.bbox[3] = r, this.size = (l - a + r - s) / 2
            }, x.prototype._newSubRegion = function() {
                var a = this.subRegions[this.nSubRegions];
                return a || (a = new x, this.subRegions[this.nSubRegions] = a), this.nSubRegions++, a
            }, x.prototype._addNodeToSubRegion = function(z) {
                var G = this.findSubRegion(z.position[0], z.position[1]),
                    A = this.bbox;
                if (!G) {
                    var C = (A[0] + A[2]) / 2,
                        y = (A[1] + A[3]) / 2,
                        D = (A[2] - A[0]) / 2,
                        E = (A[3] - A[1]) / 2,
                        F = z.position[0] >= C ? 1 : 0,
                        B = z.position[1] >= y ? 1 : 0,
                        G = this._newSubRegion();
                    G.setBBox(F * D + A[0], B * E + A[1], (F + 1) * D + A[0], (B + 1) * E + A[1])
                }
                G.addNode(z)
            }, x.prototype._updateCenterOfMass = function(a) {
                null == this.centerOfMass && (this.centerOfMass = v.create());
                var n = this.centerOfMass[0] * this.mass,
                    l = this.centerOfMass[1] * this.mass;
                n += a.position[0] * a.mass, l += a.position[1] * a.mass, this.mass += a.mass, this.centerOfMass[0] = n / this.mass, this.centerOfMass[1] = l / this.mass
            }, j.prototype.nodeToNodeRepulsionFactor = function(a, n, l) {
                return l * l * a / n
            }, j.prototype.edgeToNodeRepulsionFactor = function(a, n, l) {
                return l * a / n
            }, j.prototype.attractionFactor = function(a, n, l) {
                return a * n / l
            }, j.prototype.initNodes = function(l, C, y) {
                this.temperature = 1;
                var i = l.length / 2;
                this.nodes.length = 0;
                for (var z = "undefined" != typeof y, A = 0; i > A; A++) {
                    var B = new p;
                    B.position[0] = l[2 * A], B.position[1] = l[2 * A + 1], B.mass = C[A], z && (B.size = y[A]), this.nodes.push(B)
                }
                this._massArr = C, z && (this._sizeArr = y)
            }, j.prototype.initEdges = function(y, G) {
                var A = y.length / 2;
                this.edges.length = 0;
                for (var n = "undefined" != typeof G, D = 0; A > D; D++) {
                    var E = y[2 * D],
                        F = y[2 * D + 1],
                        B = this.nodes[E],
                        z = this.nodes[F];
                    if (B && z) {
                        B.outDegree++, z.inDegree++;
                        var C = new u(B, z);
                        n && (C.weight = G[D]), this.edges.push(C)
                    }
                }
            }, j.prototype.update = function() {
                var r = this.nodes.length;
                if (this.updateBBox(), this._k = 0.4 * this.scaling * Math.sqrt(this.width * this.height / r), this.barnesHutOptimize) {
                    this._rootRegion.setBBox(this.bbox[0], this.bbox[1], this.bbox[2], this.bbox[3]), this._rootRegion.beforeUpdate();
                    for (var z = 0; r > z; z++) {
                        this._rootRegion.addNode(this.nodes[z])
                    }
                    this._rootRegion.afterUpdate()
                } else {
                    var s = 0,
                        y = this._rootRegion.centerOfMass;
                    v.set(y, 0, 0);
                    for (var z = 0; r > z; z++) {
                        var l = this.nodes[z];
                        s += l.mass, v.scaleAndAdd(y, y, l.position, l.mass)
                    }
                    s > 0 && v.scale(y, y, 1 / s)
                }
                this.updateForce(), this.updatePosition()
            }, j.prototype.updateForce = function() {
                for (var a = this.nodes.length, n = 0; a > n; n++) {
                    var l = this.nodes[n];
                    v.copy(l.forcePrev, l.force), v.copy(l.speedPrev, l.speed), v.set(l.force, 0, 0)
                }
                this.updateNodeNodeForce(), this.gravity > 0 && this.updateGravityForce(), this.updateEdgeForce(), this.preventNodeEdgeOverlap && this.updateNodeEdgeForce()
            }, j.prototype.updatePosition = function() {
                for (var y = this.nodes.length, G = v.create(), A = 0; y > A; A++) {
                    var D = this.nodes[A],
                        r = D.speed;
                    v.scale(D.force, D.force, 1 / 30);
                    var E = v.len(D.force) + 0.1,
                        F = Math.min(E, 500) / E;
                    v.scale(D.force, D.force, F), v.add(r, r, D.force), v.scale(r, r, this.temperature), v.sub(G, r, D.speedPrev);
                    var B = v.len(G);
                    if (B > 0) {
                        v.scale(G, G, 1 / B);
                        var z = v.len(D.speedPrev);
                        z > 0 && (B = Math.min(B / z, this.maxSpeedIncrease) * z, v.scaleAndAdd(r, D.speedPrev, G, B))
                    }
                    var C = v.len(r),
                        F = Math.min(C, 100) / (C + 0.1);
                    v.scale(r, r, F), v.add(D.position, D.position, r)
                }
            }, j.prototype.updateNodeNodeForce = function() {
                for (var r = this.nodes.length, z = 0; r > z; z++) {
                    var s = this.nodes[z];
                    if (this.barnesHutOptimize) {
                        this.applyRegionToNodeRepulsion(this._rootRegion, s)
                    } else {
                        for (var y = z + 1; r > y; y++) {
                            var l = this.nodes[y];
                            this.applyNodeToNodeRepulsion(s, l, !1)
                        }
                    }
                }
            }, j.prototype.updateGravityForce = function() {
                for (var a = 0; a < this.nodes.length; a++) {
                    this.applyNodeGravity(this.nodes[a])
                }
            }, j.prototype.updateEdgeForce = function() {
                for (var a = 0; a < this.edges.length; a++) {
                    this.applyEdgeAttraction(this.edges[a])
                }
            }, j.prototype.updateNodeEdgeForce = function() {
                for (var a = 0; a < this.nodes.length; a++) {
                    for (var i = 0; i < this.edges.length; i++) {
                        this.applyEdgeToNodeRepulsion(this.edges[i], this.nodes[a])
                    }
                }
            }, j.prototype.applyRegionToNodeRepulsion = function() {
                var a = v.create();
                return function(y, l) {
                    if (y.node) {
                        this.applyNodeToNodeRepulsion(y.node, l, !0)
                    } else {
                        if (0 === y.mass && 0 === l.mass) {
                            return
                        }
                        v.sub(a, l.position, y.centerOfMass);
                        var r = a[0] * a[0] + a[1] * a[1];
                        if (r > this.barnesHutTheta * y.size * y.size) {
                            var e = this._k * this._k * (l.mass + y.mass) / (r + 1);
                            v.scaleAndAdd(l.force, l.force, a, 2 * e)
                        } else {
                            for (var s = 0; s < y.nSubRegions; s++) {
                                this.applyRegionToNodeRepulsion(y.subRegions[s], l)
                            }
                        }
                    }
                }
            }(), j.prototype.applyNodeToNodeRepulsion = function() {
                var a = v.create();
                return function(C, r, z) {
                    if (C !== r && (0 !== C.mass || 0 !== r.mass)) {
                        v.sub(a, C.position, r.position);
                        var e = a[0] * a[0] + a[1] * a[1];
                        if (0 !== e) {
                            var A, B = C.mass + r.mass,
                                y = Math.sqrt(e);
                            v.scale(a, a, 1 / y), this.preventNodeOverlap ? (y = y - C.size - r.size, y > 0 ? A = this.nodeToNodeRepulsionFactor(B, y, this._k) : 0 >= y && (A = this._k * this._k * 10 * B)) : A = this.nodeToNodeRepulsionFactor(B, y, this._k), z || v.scaleAndAdd(C.force, C.force, a, 2 * A), v.scaleAndAdd(r.force, r.force, a, 2 * -A)
                        }
                    }
                }
            }(), j.prototype.applyEdgeAttraction = function() {
                var a = v.create();
                return function(A) {
                    var l = A.node1,
                        r = A.node2;
                    v.sub(a, l.position, r.position);
                    var e, y = v.len(a);
                    e = 0 === this.edgeWeightInfluence ? 1 : 1 == this.edgeWeightInfluence ? A.weight : Math.pow(A.weight, this.edgeWeightInfluence);
                    var z;
                    if (!(this.preventOverlap && (y = y - l.size - r.size, 0 >= y))) {
                        var z = this.attractionFactor(e, y, this._k);
                        v.scaleAndAdd(l.force, l.force, a, -z), v.scaleAndAdd(r.force, r.force, a, z)
                    }
                }
            }(), j.prototype.applyNodeGravity = function() {
                var a = v.create();
                return function(l) {
                    v.sub(a, this.center, l.position), this.width > this.height ? a[1] *= this.width / this.height : a[0] *= this.height / this.width;
                    var e = v.len(a) / 100;
                    this.strongGravity ? v.scaleAndAdd(l.force, l.force, a, e * this.gravity * l.mass) : v.scaleAndAdd(l.force, l.force, a, this.gravity * l.mass / (e + 1))
                }
            }(), j.prototype.applyEdgeToNodeRepulsion = function() {
                var a = v.create(),
                    n = v.create(),
                    l = v.create();
                return function(y, e) {
                    var z = y.node1,
                        A = y.node2;
                    if (z !== e && A !== e) {
                        v.sub(a, A.position, z.position), v.sub(n, e.position, z.position);
                        var r = v.len(a);
                        v.scale(a, a, 1 / r);
                        var i = v.dot(a, n);
                        if (!(0 > i || i > r)) {
                            v.scaleAndAdd(l, z.position, a, i);
                            var t = v.dist(l, e.position) - e.size,
                                B = this.edgeToNodeRepulsionFactor(e.mass, Math.max(t, 0.1), 100);
                            v.sub(a, e.position, l), v.normalize(a, a), v.scaleAndAdd(e.force, e.force, a, B), v.scaleAndAdd(z.force, z.force, a, -B), v.scaleAndAdd(A.force, A.force, a, -B)
                        }
                    }
                }
            }(), j.prototype.updateBBox = function() {
                for (var r = 1 / 0, A = 1 / 0, s = -(1 / 0), y = -(1 / 0), l = 0; l < this.nodes.length; l++) {
                    var z = this.nodes[l].position;
                    r = Math.min(r, z[0]), A = Math.min(A, z[1]), s = Math.max(s, z[0]), y = Math.max(y, z[1])
                }
                this.bbox[0] = r, this.bbox[1] = A, this.bbox[2] = s, this.bbox[3] = y
            }, j.getWorkerCode = function() {
                var a = g.toString();
                return a.slice(a.indexOf("{") + 1, a.lastIndexOf("return"))
            }, w) {
            var o = null;
            self.onmessage = function(a) {
                if (a.data instanceof ArrayBuffer) {
                    if (!o) {
                        return
                    }
                    for (var E = new Float32Array(a.data), y = E.length / 2, A = 0; y > A; A++) {
                        var B = o.nodes[A];
                        B.position[0] = E[2 * A], B.position[1] = E[2 * A + 1]
                    }
                } else {
                    switch (a.data.cmd) {
                        case "init":
                            o || (o = new j), o.initNodes(a.data.nodesPosition, a.data.nodesMass, a.data.nodesSize), o.initEdges(a.data.edges, a.data.edgesWeight);
                            break;
                        case "updateConfig":
                            if (o) {
                                for (var C in a.data.config) {
                                    o[C] = a.data.config[C]
                                }
                            }
                            break;
                        case "update":
                            var D = a.data.steps;
                            if (o) {
                                var y = o.nodes.length,
                                    E = new Float32Array(2 * y);
                                o.temperature = a.data.temperature;
                                for (var A = 0; D > A; A++) {
                                    o.update(), o.temperature *= a.data.coolDown
                                }
                                for (var A = 0; y > A; A++) {
                                    var B = o.nodes[A];
                                    E[2 * A] = B.position[0], E[2 * A + 1] = B.position[1]
                                }
                                self.postMessage(E.buffer, [E.buffer])
                            } else {
                                var z = new Float32Array;
                                self.postMessage(z.buffer, [z.buffer])
                            }
                    }
                }
            }
        }
        return j
    }), d("echarts/chart/map", ["require", "./base", "zrender/shape/Text", "zrender/shape/Path", "zrender/shape/Circle", "zrender/shape/Rectangle", "zrender/shape/Line", "zrender/shape/Polygon", "zrender/shape/Ellipse", "zrender/shape/Image", "../component/dataRange", "../component/roamController", "../layer/heatmap", "../config", "../util/ecData", "zrender/tool/util", "zrender/config", "zrender/tool/event", "../util/mapData/params", "../util/mapData/textFixed", "../util/mapData/geoCoord", "../util/projection/svg", "../util/projection/normal", "../chart"], function(x) {
        function J(l, u, m, i, p) {
            B.call(this, l, u, m, i, p);
            var s = this;
            s._onmousewheel = function(a) {
                return s.__onmousewheel(a)
            }, s._onmousedown = function(a) {
                return s.__onmousedown(a)
            }, s._onmousemove = function(a) {
                return s.__onmousemove(a)
            }, s._onmouseup = function(a) {
                return s.__onmouseup(a)
            }, s._onroamcontroller = function(a) {
                return s.__onroamcontroller(a)
            }, s._ondrhoverlink = function(a) {
                return s.__ondrhoverlink(a)
            }, this._isAlive = !0, this._selectedMode = {}, this._activeMapType = {}, this._clickable = {}, this._hoverable = {}, this._showLegendSymbol = {}, this._selected = {}, this._mapTypeMap = {}, this._mapDataMap = {}, this._nameMap = {}, this._specialArea = {}, this._refreshDelayTicket, this._mapDataRequireCounter, this._markAnimation = !1, this._hoverLinkMap = {}, this._roamMap = {}, this._scaleLimitMap = {}, this._mx, this._my, this._mousedown, this._justMove, this._curMapType, this.refresh(i), this.zr.on(v.EVENT.MOUSEWHEEL, this._onmousewheel), this.zr.on(v.EVENT.MOUSEDOWN, this._onmousedown), u.bind(L.EVENT.ROAMCONTROLLER, this._onroamcontroller), u.bind(L.EVENT.DATA_RANGE_HOVERLINK, this._ondrhoverlink)
        }
        var B = x("./base"),
            E = x("zrender/shape/Text"),
            j = x("zrender/shape/Path"),
            F = x("zrender/shape/Circle"),
            H = x("zrender/shape/Rectangle"),
            I = x("zrender/shape/Line"),
            C = x("zrender/shape/Polygon"),
            A = x("zrender/shape/Ellipse"),
            D = x("zrender/shape/Image");
        x("../component/dataRange"), x("../component/roamController");
        var M = x("../layer/heatmap"),
            L = x("../config");
        L.map = {
            zlevel: 0,
            z: 2,
            mapType: "china",
            showLegendSymbol: !0,
            dataRangeHoverLink: !0,
            hoverable: !0,
            clickable: !0,
            itemStyle: {
                normal: {
                    borderColor: "rgba(0,0,0,0)",
                    borderWidth: 1,
                    areaStyle: {
                        color: "#ccc"
                    },
                    label: {
                        show: !1,
                        textStyle: {
                            color: "rgb(139,69,19)"
                        }
                    }
                },
                emphasis: {
                    borderColor: "rgba(0,0,0,0)",
                    borderWidth: 1,
                    areaStyle: {
                        color: "rgba(255,215,0,0.8)"
                    },
                    label: {
                        show: !1,
                        textStyle: {
                            color: "rgb(100,0,0)"
                        }
                    }
                }
            }
        };
        var w = x("../util/ecData"),
            G = x("zrender/tool/util"),
            v = x("zrender/config"),
            K = x("zrender/tool/event"),
            N = x("../util/mapData/params").params,
            z = x("../util/mapData/textFixed"),
            q = x("../util/mapData/geoCoord");
        return J.prototype = {
            type: L.CHART_TYPE_MAP,
            _buildShape: function() {
                var P = this.series;
                this.selectedMap = {}, this._activeMapType = {};
                for (var ab, S, X, p, Y = this.component.legend, Z = {}, aa = {}, U = {}, R = {}, W = 0, ad = P.length; ad > W; W++) {
                    if (P[W].type == L.CHART_TYPE_MAP && (P[W] = this.reformOption(P[W]), S = P[W].mapType, aa[S] = aa[S] || {}, aa[S][W] = !0, U[S] = U[S] || P[W].mapValuePrecision, this._scaleLimitMap[S] = this._scaleLimitMap[S] || {}, P[W].scaleLimit && G.merge(this._scaleLimitMap[S], P[W].scaleLimit, !0), this._roamMap[S] = P[W].roam || this._roamMap[S], (null == this._hoverLinkMap[S] || this._hoverLinkMap[S]) && (this._hoverLinkMap[S] = P[W].dataRangeHoverLink), this._nameMap[S] = this._nameMap[S] || {}, P[W].nameMap && G.merge(this._nameMap[S], P[W].nameMap, !0), this._activeMapType[S] = !0, P[W].textFixed && G.merge(z, P[W].textFixed, !0), P[W].geoCoord && G.merge(q, P[W].geoCoord, !0), this._selectedMode[S] = this._selectedMode[S] || P[W].selectedMode, (null == this._hoverable[S] || this._hoverable[S]) && (this._hoverable[S] = P[W].hoverable), (null == this._clickable[S] || this._clickable[S]) && (this._clickable[S] = P[W].clickable), (null == this._showLegendSymbol[S] || this._showLegendSymbol[S]) && (this._showLegendSymbol[S] = P[W].showLegendSymbol), R[S] = R[S] || P[W].mapValueCalculation, ab = P[W].name, this.selectedMap[ab] = Y ? Y.isSelected(ab) : !0, this.selectedMap[ab])) {
                        Z[S] = Z[S] || {}, X = P[W].data;
                        for (var O = 0, y = X.length; y > O; O++) {
                            p = this._nameChange(S, X[O].name), Z[S][p] = Z[S][p] || {
                                seriesIndex: [],
                                valueMap: {},
                                precision: 0
                            };
                            for (var ac in X[O]) {
                                "value" != ac ? Z[S][p][ac] = X[O][ac] : isNaN(X[O].value) || (null == Z[S][p].value && (Z[S][p].value = 0), Z[S][p].precision = Math.max(this.getPrecision(+X[O].value), Z[S][p].precision), Z[S][p].value += +X[O].value, Z[S][p].valueMap[W] = +X[O].value)
                            }
                            Z[S][p].seriesIndex.push(W)
                        }
                    }
                }
                this._mapDataRequireCounter = 0;
                for (var Q in Z) {
                    this._mapDataRequireCounter++
                }
                this._clearSelected(), 0 === this._mapDataRequireCounter && (this.clear(), this.zr && this.zr.delShape(this.lastShapeList), this.lastShapeList = []);
                for (var Q in Z) {
                    for (var y in Z[Q]) {
                        "average" == R[Q] && (Z[Q][y].value /= Z[Q][y].seriesIndex.length);
                        var T = Z[Q][y].value;
                        null != T && (Z[Q][y].value = T.toFixed(null == U[Q] ? Z[Q][y].precision : U[Q]) - 0)
                    }
                    this._mapDataMap[Q] = this._mapDataMap[Q] || {}, this._mapDataMap[Q].mapData ? this._mapDataCallback(Q, Z[Q], aa[Q])(this._mapDataMap[Q].mapData) : N[Q.replace(/\|.*/, "")].getGeoJson && (this._specialArea[Q] = N[Q.replace(/\|.*/, "")].specialArea || this._specialArea[Q], N[Q.replace(/\|.*/, "")].getGeoJson(this._mapDataCallback(Q, Z[Q], aa[Q])))
                }
            },
            _mapDataCallback: function(o, l, m) {
                var e = this;
                return function(a) {
                    e._isAlive && null != e._activeMapType[o] && (-1 != o.indexOf("|") && (a = e._getSubMapData(o, a)), e._mapDataMap[o].mapData = a, a.firstChild ? (e._mapDataMap[o].rate = 1, e._mapDataMap[o].projection = x("../util/projection/svg")) : (e._mapDataMap[o].rate = 0.75, e._mapDataMap[o].projection = x("../util/projection/normal")), e._buildMap(o, e._getProjectionData(o, a, m), l, m), e._buildMark(o, m), --e._mapDataRequireCounter <= 0 && (e.addShapeList(), e.zr.refreshNextFrame()), e._buildHeatmap(o))
                }
            },
            _clearSelected: function() {
                for (var a in this._selected) {
                    this._activeMapType[this._mapTypeMap[a]] || (delete this._selected[a], delete this._mapTypeMap[a])
                }
            },
            _getSubMapData: function(m, u) {
                for (var p = m.replace(/^.*\|/, ""), r = u.features, l = 0, s = r.length; s > l; l++) {
                    if (r[l].properties && r[l].properties.name == p) {
                        r = r[l], "United States of America" == p && r.geometry.coordinates.length > 1 && (r = {
                            geometry: {
                                coordinates: r.geometry.coordinates.slice(5, 6),
                                type: r.geometry.type
                            },
                            id: r.id,
                            properties: r.properties,
                            type: r.type
                        });
                        break
                    }
                }
                return {
                    type: "FeatureCollection",
                    features: [r]
                }
            },
            _getProjectionData: function(P, aa, R) {
                var W, p = this._mapDataMap[P].projection,
                    X = [],
                    Y = this._mapDataMap[P].bbox || p.getBbox(aa, this._specialArea[P]);
                W = this._mapDataMap[P].hasRoam ? this._mapDataMap[P].transform : this._getTransform(Y, R, this._mapDataMap[P].rate);
                var Z, S = this._mapDataMap[P].lastTransform || {
                    scale: {}
                };
                W.left != S.left || W.top != S.top || W.scale.x != S.scale.x || W.scale.y != S.scale.y ? (Z = p.geoJson2Path(aa, W, this._specialArea[P]), S = G.clone(W)) : (W = this._mapDataMap[P].transform, Z = this._mapDataMap[P].pathArray), this._mapDataMap[P].bbox = Y, this._mapDataMap[P].transform = W, this._mapDataMap[P].lastTransform = S, this._mapDataMap[P].pathArray = Z;
                for (var Q = [W.left, W.top], T = 0, ad = Z.length; ad > T; T++) {
                    X.push(this._getSingleProvince(P, Z[T], Q))
                }
                if (this._specialArea[P]) {
                    for (var ac in this._specialArea[P]) {
                        X.push(this._getSpecialProjectionData(P, aa, ac, this._specialArea[P][ac], Q))
                    }
                }
                if ("china" == P) {
                    var O = this.geo2pos(P, q["南海诸岛"] || N["南海诸岛"].textCoord),
                        y = W.scale.x / 10.5,
                        ab = [32 * y + O[0], 83 * y + O[1]];
                    z["南海诸岛"] && (ab[0] += z["南海诸岛"][0], ab[1] += z["南海诸岛"][1]), X.push({
                        name: this._nameChange(P, "南海诸岛"),
                        path: N["南海诸岛"].getPath(O, y),
                        position: Q,
                        textX: ab[0],
                        textY: ab[1]
                    })
                }
                return X
            },
            _getSpecialProjectionData: function(ab, R, W, e, X) {
                R = this._getSubMapData("x|" + W, R);
                var Z = x("../util/projection/normal"),
                    aa = Z.getBbox(R),
                    S = this.geo2pos(ab, [e.left, e.top]),
                    Q = this.geo2pos(ab, [e.left + e.width, e.top + e.height]),
                    T = Math.abs(Q[0] - S[0]),
                    ae = Math.abs(Q[1] - S[1]),
                    ad = aa.width,
                    P = aa.height,
                    Y = T / 0.75 / ad,
                    O = ae / P;
                Y > O ? (Y = 0.75 * O, T = ad * Y) : (O = Y, Y = 0.75 * O, ae = P * O);
                var ac = {
                        OffsetLeft: S[0],
                        OffsetTop: S[1],
                        scale: {
                            x: Y,
                            y: O
                        }
                    },
                    af = Z.geoJson2Path(R, ac);
                return this._getSingleProvince(ab, af[0], X)
            },
            _getSingleProvince: function(m, O, p) {
                var s, l = O.properties.name,
                    u = z[l] || [0, 0];
                if (q[l]) {
                    s = this.geo2pos(m, q[l])
                } else {
                    if (O.cp) {
                        s = [O.cp[0] + u[0], O.cp[1] + u[1]]
                    } else {
                        var y = this._mapDataMap[m].bbox;
                        s = this.geo2pos(m, [y.left + y.width / 2, y.top + y.height / 2]), s[0] += u[0], s[1] += u[1]
                    }
                }
                return O.name = this._nameChange(m, l), O.position = p, O.textX = s[0], O.textY = s[1], O
            },
            _getTransform: function(R, ae, W) {
                var Z, O, aa, ac, ad, X, T, Y = this.series,
                    ah = this.zr.getWidth(),
                    ag = this.zr.getHeight(),
                    Q = Math.round(0.02 * Math.min(ah, ag));
                for (var ab in ae) {
                    Z = Y[ab].mapLocation || {}, aa = Z.x || aa, ad = Z.y || ad, X = Z.width || X, T = Z.height || T
                }
                O = this.parsePercent(aa, ah), O = isNaN(O) ? Q : O, ac = this.parsePercent(ad, ag), ac = isNaN(ac) ? Q : ac, X = null == X ? ah - O - 2 * Q : this.parsePercent(X, ah), T = null == T ? ag - ac - 2 * Q : this.parsePercent(T, ag);
                var P = R.width,
                    af = R.height,
                    ai = X / W / P,
                    S = T / af;
                if (ai > S ? (ai = S * W, X = P * ai) : (S = ai, ai = S * W, T = af * S), isNaN(aa)) {
                    switch (aa = aa || "center", aa + "") {
                        case "center":
                            O = Math.floor((ah - X) / 2);
                            break;
                        case "right":
                            O = ah - X
                    }
                }
                if (isNaN(ad)) {
                    switch (ad = ad || "center", ad + "") {
                        case "center":
                            ac = Math.floor((ag - T) / 2);
                            break;
                        case "bottom":
                            ac = ag - T
                    }
                }
                return {
                    left: O,
                    top: ac,
                    width: X,
                    height: T,
                    baseScale: 1,
                    scale: {
                        x: ai,
                        y: S
                    }
                }
            },
            _buildMap: function(p, aa, O, Y) {
                for (var ad, n, ab, ai, s, l, r, R, ag, a, U, af = this.series, ah = this.component.legend, ac = this.component.dataRange, ae = 0, T = aa.length; T > ae; ae++) {
                    if (R = G.clone(aa[ae]), ag = {
                            name: R.name,
                            path: R.path,
                            position: G.clone(R.position)
                        }, n = R.name, ab = O[n]) {
                        s = [ab], ad = "";
                        for (var P = 0, Q = ab.seriesIndex.length; Q > P; P++) {
                            var o = af[ab.seriesIndex[P]];
                            s.push(o), ad += o.name + " ", ah && this._showLegendSymbol[p] && ah.hasColor(o.name) && this.shapeList.push(new F({
                                zlevel: o.zlevel,
                                z: o.z + 1,
                                position: G.clone(R.position),
                                _mapType: p,
                                style: {
                                    x: R.textX + 3 + 7 * P,
                                    y: R.textY - 10,
                                    r: 3,
                                    color: ah.getColor(o.name)
                                },
                                hoverable: !1
                            }))
                        }
                        ai = ab.value
                    } else {
                        ab = {
                            name: n,
                            value: "-"
                        }, ad = "", s = [];
                        for (var Z in Y) {
                            s.push(af[Z])
                        }
                        ai = "-"
                    }
                    switch (this.ecTheme.map && s.push(this.ecTheme.map), s.push(L.map), l = ac && !isNaN(ai) ? ac.getColor(ai) : null, R.color = R.color || l || this.getItemStyleColor(this.deepQuery(s, "itemStyle.normal.color"), ab.seriesIndex, -1, ab) || this.deepQuery(s, "itemStyle.normal.areaStyle.color"), R.strokeColor = R.strokeColor || this.deepQuery(s, "itemStyle.normal.borderColor"), R.lineWidth = R.lineWidth || this.deepQuery(s, "itemStyle.normal.borderWidth"), ag.color = this.getItemStyleColor(this.deepQuery(s, "itemStyle.emphasis.color"), ab.seriesIndex, -1, ab) || this.deepQuery(s, "itemStyle.emphasis.areaStyle.color") || R.color, ag.strokeColor = this.deepQuery(s, "itemStyle.emphasis.borderColor") || R.strokeColor, ag.lineWidth = this.deepQuery(s, "itemStyle.emphasis.borderWidth") || R.lineWidth, R.brushType = ag.brushType = R.brushType || "both", R.lineJoin = ag.lineJoin = "round", R._name = ag._name = n, r = this.deepQuery(s, "itemStyle.normal.label.textStyle"), U = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase() + 1,
                            position: G.clone(R.position),
                            _mapType: p,
                            _geo: this.pos2geo(p, [R.textX, R.textY]),
                            style: {
                                brushType: "fill",
                                x: R.textX,
                                y: R.textY,
                                text: this.getLabelText(n, ai, s, "normal"),
                                _name: n,
                                textAlign: "center",
                                color: this.deepQuery(s, "itemStyle.normal.label.show") ? this.deepQuery(s, "itemStyle.normal.label.textStyle.color") : "rgba(0,0,0,0)",
                                textFont: this.getFont(r)
                            }
                        }, U._style = G.clone(U.style), U.highlightStyle = G.clone(U.style), this.deepQuery(s, "itemStyle.emphasis.label.show") ? (U.highlightStyle.text = this.getLabelText(n, ai, s, "emphasis"), U.highlightStyle.color = this.deepQuery(s, "itemStyle.emphasis.label.textStyle.color") || U.style.color, r = this.deepQuery(s, "itemStyle.emphasis.label.textStyle") || r, U.highlightStyle.textFont = this.getFont(r)) : U.highlightStyle.color = "rgba(0,0,0,0)", a = {
                            zlevel: this.getZlevelBase(),
                            z: this.getZBase(),
                            position: G.clone(R.position),
                            style: R,
                            highlightStyle: ag,
                            _style: G.clone(R),
                            _mapType: p
                        }, null != R.scale && (a.scale = G.clone(R.scale)), U = new E(U), a.style.shapeType) {
                        case "rectangle":
                            a = new H(a);
                            break;
                        case "line":
                            a = new I(a);
                            break;
                        case "circle":
                            a = new F(a);
                            break;
                        case "polygon":
                            a = new C(a);
                            break;
                        case "ellipse":
                            a = new A(a);
                            break;
                        default:
                            a = new j(a), a.buildPathArray && (a.style.pathArray = a.buildPathArray(a.style.path))
                    }(this._selectedMode[p] && this._selected[n] && ab.selected !== !1 || ab.selected === !0) && (U.style = U.highlightStyle, a.style = a.highlightStyle), U.clickable = a.clickable = this._clickable[p] && (null == ab.clickable || ab.clickable), this._selectedMode[p] && (this._selected[n] = null != this._selected[n] ? this._selected[n] : ab.selected, this._mapTypeMap[n] = p, (null == ab.selectable || ab.selectable) && (a.clickable = U.clickable = !0, a.onclick = U.onclick = this.shapeHandler.onclick)), this._hoverable[p] && (null == ab.hoverable || ab.hoverable) ? (U.hoverable = a.hoverable = !0, a.hoverConnect = U.id, U.hoverConnect = a.id) : U.hoverable = a.hoverable = !1, w.pack(U, {
                        name: ad,
                        tooltip: this.deepQuery(s, "tooltip")
                    }, 0, ab, 0, n), this.shapeList.push(U), w.pack(a, {
                        name: ad,
                        tooltip: this.deepQuery(s, "tooltip")
                    }, 0, ab, 0, n), this.shapeList.push(a)
                }
            },
            _buildMark: function(a, o) {
                this._seriesIndexToMapType = this._seriesIndexToMapType || {}, this.markAttachStyle = this.markAttachStyle || {};
                var l = [this._mapDataMap[a].transform.left, this._mapDataMap[a].transform.top];
                "none" == a && (l = [0, 0]);
                for (var m in o) {
                    this._seriesIndexToMapType[m] = a, this.markAttachStyle[m] = {
                        position: l,
                        _mapType: a
                    }, this.buildMark(m)
                }
            },
            _buildHeatmap: function(O) {
                for (var Y = this.series, Q = 0, S = Y.length; S > Q; Q++) {
                    if (Y[Q].heatmap) {
                        var m = Y[Q].heatmap.data;
                        if (Y[Q].heatmap.needsTransform === !1) {
                            for (var T = [], W = 0, X = m.length; X > W; ++W) {
                                T.push([m[W][3], m[W][4], m[W][2]])
                            }
                            var R = [0, 0]
                        } else {
                            var P = Y[Q].heatmap._geoData;
                            if (void 0 === P) {
                                Y[Q].heatmap._geoData = [];
                                for (var W = 0, X = m.length; X > W; ++W) {
                                    Y[Q].heatmap._geoData[W] = m[W]
                                }
                                P = Y[Q].heatmap._geoData
                            }
                            for (var X = m.length, Z = 0; X > Z; ++Z) {
                                m[Z] = this.geo2pos(O, [P[Z][0], P[Z][1]])
                            }
                            var R = [this._mapDataMap[O].transform.left, this._mapDataMap[O].transform.top]
                        }
                        var y = new M(Y[Q].heatmap),
                            V = y.getCanvas(m[0][3] ? T : m, this.zr.getWidth(), this.zr.getHeight()),
                            u = new D({
                                zlevel: this.getZlevelBase(),
                                z: this.getZBase() + 1,
                                position: R,
                                scale: [1, 1],
                                hoverable: !1,
                                style: {
                                    x: 0,
                                    y: 0,
                                    image: V,
                                    width: V.width,
                                    height: V.height
                                }
                            });
                        u.type = "heatmap", u._mapType = O, this.shapeList.push(u), this.zr.addShape(u)
                    }
                }
            },
            getMarkCoord: function(a, i) {
                return i.geoCoord || q[i.name] ? this.geo2pos(this._seriesIndexToMapType[a], i.geoCoord || q[i.name]) : [0, 0]
            },
            getMarkGeo: function(a) {
                return a.geoCoord || q[a.name]
            },
            _nameChange: function(a, i) {
                return this._nameMap[a][i] || i
            },
            getLabelText: function(m, r, o, p) {
                var l = this.deepQuery(o, "itemStyle." + p + ".label.formatter");
                return l ? "function" == typeof l ? l.call(this.myChart, m, r) : "string" == typeof l ? (l = l.replace("{a}", "{a0}").replace("{b}", "{b0}"), l = l.replace("{a0}", m).replace("{b0}", r)) : void 0 : m
            },
            _findMapTypeByPos: function(m, Q) {
                var p, u, l, y, O;
                for (var P in this._mapDataMap) {
                    if (p = this._mapDataMap[P].transform, p && this._roamMap[P] && this._activeMapType[P] && (u = p.left, l = p.top, y = p.width, O = p.height, m >= u && u + y >= m && Q >= l && l + O >= Q)) {
                        return P
                    }
                }
            },
            __onmousewheel: function(S) {
                function aj(m, r) {
                    for (var o = 0; o < m.pointList.length; o++) {
                        var p = m.pointList[o];
                        p[0] *= r, p[1] *= r
                    }
                    var l = m.controlPointList;
                    if (l) {
                        for (var o = 0; o < l.length; o++) {
                            var p = l[o];
                            p[0] *= r, p[1] *= r
                        }
                    }
                }

                function Z(a, i) {
                    a.xStart *= i, a.yStart *= i, a.xEnd *= i, a.yEnd *= i, null != a.cpX1 && (a.cpX1 *= i, a.cpY1 *= i)
                }
                if (!(this.shapeList.length <= 0)) {
                    for (var ae = 0, O = this.shapeList.length; O > ae; ae++) {
                        var af = this.shapeList[ae];
                        if (af.__animating) {
                            return
                        }
                    }
                    var ah, ai, ab = S.event,
                        Y = K.getX(ab),
                        ad = K.getY(ab),
                        ak = K.getDelta(ab),
                        R = S.mapTypeControl;
                    R || (R = {}, ai = this._findMapTypeByPos(Y, ad), ai && this._roamMap[ai] && "move" != this._roamMap[ai] && (R[ai] = !0));
                    var ag = !1;
                    for (ai in R) {
                        if (R[ai]) {
                            ag = !0;
                            var Q = this._mapDataMap[ai].transform,
                                ao = Q.left,
                                U = Q.top,
                                P = Q.width,
                                T = Q.height,
                                aa = this.pos2geo(ai, [Y - ao, ad - U]);
                            if (ak > 0) {
                                if (ah = 1.2, null != this._scaleLimitMap[ai].max && Q.baseScale >= this._scaleLimitMap[ai].max) {
                                    continue
                                }
                            } else {
                                if (ah = 1 / 1.2, null != this._scaleLimitMap[ai].min && Q.baseScale <= this._scaleLimitMap[ai].min) {
                                    continue
                                }
                            }
                            Q.baseScale *= ah, Q.scale.x *= ah, Q.scale.y *= ah, Q.width = P * ah, Q.height = T * ah, this._mapDataMap[ai].hasRoam = !0, this._mapDataMap[ai].transform = Q, aa = this.geo2pos(ai, aa), Q.left -= aa[0] - (Y - ao), Q.top -= aa[1] - (ad - U), this._mapDataMap[ai].transform = Q, this.clearEffectShape(!0);
                            for (var ae = 0, O = this.shapeList.length; O > ae; ae++) {
                                var af = this.shapeList[ae];
                                if (af._mapType == ai) {
                                    var am = af.type,
                                        u = af.style;
                                    switch (af.position[0] = Q.left, af.position[1] = Q.top, am) {
                                        case "path":
                                        case "symbol":
                                        case "circle":
                                        case "rectangle":
                                        case "polygon":
                                        case "line":
                                        case "ellipse":
                                        case "heatmap":
                                            af.scale[0] *= ah, af.scale[1] *= ah;
                                            break;
                                        case "mark-line":
                                            Z(u, ah);
                                            break;
                                        case "polyline":
                                            aj(u, ah);
                                            break;
                                        case "shape-bundle":
                                            for (var ac = 0; ac < u.shapeList.length; ac++) {
                                                var al = u.shapeList[ac];
                                                "mark-line" == al.type ? Z(al.style, ah) : "polyline" == al.type && aj(al.style, ah)
                                            }
                                            break;
                                        case "icon":
                                        case "image":
                                            aa = this.geo2pos(ai, af._geo), u.x = u._x = aa[0] - u.width / 2, u.y = u._y = aa[1] - u.height / 2;
                                            break;
                                        default:
                                            aa = this.geo2pos(ai, af._geo), u.x = aa[0], u.y = aa[1], "text" == am && (af._style.x = af.highlightStyle.x = aa[0], af._style.y = af.highlightStyle.y = aa[1])
                                    }
                                    this.zr.modShape(af.id)
                                }
                            }
                        }
                    }
                    if (ag) {
                        K.stop(ab), this.zr.refreshNextFrame();
                        var an = this;
                        clearTimeout(this._refreshDelayTicket), this._refreshDelayTicket = setTimeout(function() {
                            an && an.shapeList && an.animationEffect()
                        }, 100), this.messageCenter.dispatch(L.EVENT.MAP_ROAM, S.event, {
                            type: "scale"
                        }, this.myChart)
                    }
                }
            },
            __onmousedown: function(m) {
                if (!(this.shapeList.length <= 0)) {
                    var O = m.target;
                    if (!O || !O.draggable) {
                        var p = m.event,
                            s = K.getX(p),
                            l = K.getY(p),
                            u = this._findMapTypeByPos(s, l);
                        if (u && this._roamMap[u] && "scale" != this._roamMap[u]) {
                            this._mousedown = !0, this._mx = s, this._my = l, this._curMapType = u, this.zr.on(v.EVENT.MOUSEUP, this._onmouseup);
                            var y = this;
                            setTimeout(function() {
                                y.zr.on(v.EVENT.MOUSEMOVE, y._onmousemove)
                            }, 100)
                        }
                    }
                }
            },
            __onmousemove: function(m) {
                if (this._mousedown && this._isAlive) {
                    var O = m.event,
                        p = K.getX(O),
                        s = K.getY(O),
                        l = this._mapDataMap[this._curMapType].transform;
                    l.hasRoam = !0, l.left -= this._mx - p, l.top -= this._my - s, this._mx = p, this._my = s, this._mapDataMap[this._curMapType].transform = l;
                    for (var u = 0, y = this.shapeList.length; y > u; u++) {
                        this.shapeList[u]._mapType == this._curMapType && (this.shapeList[u].position[0] = l.left, this.shapeList[u].position[1] = l.top, this.zr.modShape(this.shapeList[u].id))
                    }
                    this.messageCenter.dispatch(L.EVENT.MAP_ROAM, m.event, {
                        type: "move"
                    }, this.myChart), this.clearEffectShape(!0), this.zr.refreshNextFrame(), this._justMove = !0, K.stop(O)
                }
            },
            __onmouseup: function(a) {
                var m = a.event;
                this._mx = K.getX(m), this._my = K.getY(m), this._mousedown = !1;
                var l = this;
                setTimeout(function() {
                    l._justMove && l.animationEffect(), l._justMove = !1, l.zr.un(v.EVENT.MOUSEMOVE, l._onmousemove), l.zr.un(v.EVENT.MOUSEUP, l._onmouseup)
                }, 120)
            },
            __onroamcontroller: function(u) {
                var V = u.event;
                V.zrenderX = this.zr.getWidth() / 2, V.zrenderY = this.zr.getHeight() / 2;
                var O = u.mapTypeControl,
                    R = 0,
                    p = 0,
                    S = u.step;
                switch (u.roamType) {
                    case "scaleUp":
                        return V.zrenderDelta = 1, void this.__onmousewheel({
                            event: V,
                            mapTypeControl: O
                        });
                    case "scaleDown":
                        return V.zrenderDelta = -1, void this.__onmousewheel({
                            event: V,
                            mapTypeControl: O
                        });
                    case "up":
                        R = -S;
                        break;
                    case "down":
                        R = S;
                        break;
                    case "left":
                        p = -S;
                        break;
                    case "right":
                        p = S
                }
                var T, U;
                for (U in O) {
                    this._mapDataMap[U] && this._activeMapType[U] && (T = this._mapDataMap[U].transform, T.hasRoam = !0, T.left -= p, T.top -= R, this._mapDataMap[U].transform = T)
                }
                for (var P = 0, y = this.shapeList.length; y > P; P++) {
                    U = this.shapeList[P]._mapType, O[U] && this._activeMapType[U] && (T = this._mapDataMap[U].transform, this.shapeList[P].position[0] = T.left, this.shapeList[P].position[1] = T.top, this.zr.modShape(this.shapeList[P].id))
                }
                this.messageCenter.dispatch(L.EVENT.MAP_ROAM, u.event, {
                    type: "move"
                }, this.myChart), this.clearEffectShape(!0), this.zr.refreshNextFrame(), clearTimeout(this.dircetionTimer);
                var Q = this;
                this.dircetionTimer = setTimeout(function() {
                    Q.animationEffect()
                }, 150)
            },
            __ondrhoverlink: function(m) {
                for (var r, o, p = 0, l = this.shapeList.length; l > p; p++) {
                    r = this.shapeList[p]._mapType, this._hoverLinkMap[r] && this._activeMapType[r] && (o = w.get(this.shapeList[p], "value"), null != o && o >= m.valueMin && o <= m.valueMax && this.zr.addHoverShape(this.shapeList[p]))
                }
            },
            onclick: function(m) {
                if (this.isClick && m.target && !this._justMove && "icon" != m.target.type) {
                    this.isClick = !1;
                    var Q = m.target,
                        p = Q.style._name,
                        u = this.shapeList.length,
                        l = Q._mapType || "";
                    if ("single" == this._selectedMode[l]) {
                        for (var y in this._selected) {
                            if (this._selected[y] && this._mapTypeMap[y] == l) {
                                for (var O = 0; u > O; O++) {
                                    this.shapeList[O].style._name == y && this.shapeList[O]._mapType == l && (this.shapeList[O].style = this.shapeList[O]._style, this.zr.modShape(this.shapeList[O].id))
                                }
                                y != p && (this._selected[y] = !1)
                            }
                        }
                    }
                    this._selected[p] = !this._selected[p];
                    for (var O = 0; u > O; O++) {
                        this.shapeList[O].style._name == p && this.shapeList[O]._mapType == l && (this.shapeList[O].style = this._selected[p] ? this.shapeList[O].highlightStyle : this.shapeList[O]._style, this.zr.modShape(this.shapeList[O].id))
                    }
                    this.messageCenter.dispatch(L.EVENT.MAP_SELECTED, m.event, {
                        selected: this._selected,
                        target: p
                    }, this.myChart), this.zr.refreshNextFrame();
                    var P = this;
                    setTimeout(function() {
                        P.zr.trigger(v.EVENT.MOUSEMOVE, m.event)
                    }, 100)
                }
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this._mapDataRequireCounter > 0 ? this.clear() : this.backupShapeList(), this._buildShape(), this.zr.refreshHover()
            },
            ondataRange: function(a, i) {
                this.component.dataRange && (this.refresh(), i.needRefresh = !0)
            },
            pos2geo: function(a, i) {
                return this._mapDataMap[a].transform ? this._mapDataMap[a].projection.pos2geo(this._mapDataMap[a].transform, i) : null
            },
            getGeoByPos: function(a, m) {
                if (!this._mapDataMap[a].transform) {
                    return null
                }
                var l = [this._mapDataMap[a].transform.left, this._mapDataMap[a].transform.top];
                return m instanceof Array ? (m[0] -= l[0], m[1] -= l[1]) : (m.x -= l[0], m.y -= l[1]), this.pos2geo(a, m)
            },
            geo2pos: function(a, i) {
                return this._mapDataMap[a].transform ? this._mapDataMap[a].projection.geo2pos(this._mapDataMap[a].transform, i) : null
            },
            getPosByGeo: function(a, m) {
                if (!this._mapDataMap[a].transform) {
                    return null
                }
                var l = this.geo2pos(a, m);
                return l[0] += this._mapDataMap[a].transform.left, l[1] += this._mapDataMap[a].transform.top, l
            },
            getMapPosition: function(a) {
                return this._mapDataMap[a].transform ? [this._mapDataMap[a].transform.left, this._mapDataMap[a].transform.top] : null
            },
            onbeforDispose: function() {
                this._isAlive = !1, this.zr.un(v.EVENT.MOUSEWHEEL, this._onmousewheel), this.zr.un(v.EVENT.MOUSEDOWN, this._onmousedown), this.messageCenter.unbind(L.EVENT.ROAMCONTROLLER, this._onroamcontroller), this.messageCenter.unbind(L.EVENT.DATA_RANGE_HOVERLINK, this._ondrhoverlink)
            }
        }, G.inherits(J, B), x("../chart").define("map", J), J
    }), d("zrender/shape/Path", ["require", "./Base", "./util/PathProxy", "../tool/util"], function(l) {
        var w = l("./Base"),
            m = l("./util/PathProxy"),
            p = m.PathSegment,
            j = function(a) {
                return Math.sqrt(a[0] * a[0] + a[1] * a[1])
            },
            q = function(a, i) {
                return (a[0] * i[0] + a[1] * i[1]) / (j(a) * j(i))
            },
            u = function(a, i) {
                return (a[0] * i[1] < a[1] * i[0] ? -1 : 1) * Math.acos(q(a, i))
            },
            v = function(a) {
                w.call(this, a)
            };
        return v.prototype = {
            type: "path",
            buildPathArray: function(D, R, H) {
                if (!D) {
                    return []
                }
                R = R || 0, H = H || 0;
                var z = D,
                    N = ["m", "M", "l", "L", "v", "V", "h", "H", "z", "Z", "c", "C", "q", "Q", "t", "T", "s", "S", "a", "A"];
                z = z.replace(/-/g, " -"), z = z.replace(/  /g, " "), z = z.replace(/ /g, ","), z = z.replace(/,,/g, ",");
                var P;
                for (P = 0; P < N.length; P++) {
                    z = z.replace(new RegExp(N[P], "g"), "|" + N[P])
                }
                var Q = z.split("|"),
                    J = [],
                    G = 0,
                    M = 0;
                for (P = 1; P < Q.length; P++) {
                    var Z = Q[P],
                        T = Z.charAt(0);
                    Z = Z.slice(1), Z = Z.replace(new RegExp("e,-", "g"), "e-");
                    var C = Z.split(",");
                    C.length > 0 && "" === C[0] && C.shift();
                    for (var O = 0; O < C.length; O++) {
                        C[O] = parseFloat(C[O])
                    }
                    for (; C.length > 0 && !isNaN(C[0]);) {
                        var B, S, ae, F, A, E, I, ac, n = null,
                            K = [],
                            ab = G,
                            ad = M;
                        switch (T) {
                            case "l":
                                G += C.shift(), M += C.shift(), n = "L", K.push(G, M);
                                break;
                            case "L":
                                G = C.shift(), M = C.shift(), K.push(G, M);
                                break;
                            case "m":
                                G += C.shift(), M += C.shift(), n = "M", K.push(G, M), T = "l";
                                break;
                            case "M":
                                G = C.shift(), M = C.shift(), n = "M", K.push(G, M), T = "L";
                                break;
                            case "h":
                                G += C.shift(), n = "L", K.push(G, M);
                                break;
                            case "H":
                                G = C.shift(), n = "L", K.push(G, M);
                                break;
                            case "v":
                                M += C.shift(), n = "L", K.push(G, M);
                                break;
                            case "V":
                                M = C.shift(), n = "L", K.push(G, M);
                                break;
                            case "C":
                                K.push(C.shift(), C.shift(), C.shift(), C.shift()), G = C.shift(), M = C.shift(), K.push(G, M);
                                break;
                            case "c":
                                K.push(G + C.shift(), M + C.shift(), G + C.shift(), M + C.shift()), G += C.shift(), M += C.shift(), n = "C", K.push(G, M);
                                break;
                            case "S":
                                B = G, S = M, ae = J[J.length - 1], "C" === ae.command && (B = G + (G - ae.points[2]), S = M + (M - ae.points[3])), K.push(B, S, C.shift(), C.shift()), G = C.shift(), M = C.shift(), n = "C", K.push(G, M);
                                break;
                            case "s":
                                B = G, S = M, ae = J[J.length - 1], "C" === ae.command && (B = G + (G - ae.points[2]), S = M + (M - ae.points[3])), K.push(B, S, G + C.shift(), M + C.shift()), G += C.shift(), M += C.shift(), n = "C", K.push(G, M);
                                break;
                            case "Q":
                                K.push(C.shift(), C.shift()), G = C.shift(), M = C.shift(), K.push(G, M);
                                break;
                            case "q":
                                K.push(G + C.shift(), M + C.shift()), G += C.shift(), M += C.shift(), n = "Q", K.push(G, M);
                                break;
                            case "T":
                                B = G, S = M, ae = J[J.length - 1], "Q" === ae.command && (B = G + (G - ae.points[0]), S = M + (M - ae.points[1])), G = C.shift(), M = C.shift(), n = "Q", K.push(B, S, G, M);
                                break;
                            case "t":
                                B = G, S = M, ae = J[J.length - 1], "Q" === ae.command && (B = G + (G - ae.points[0]), S = M + (M - ae.points[1])), G += C.shift(), M += C.shift(), n = "Q", K.push(B, S, G, M);
                                break;
                            case "A":
                                F = C.shift(), A = C.shift(), E = C.shift(), I = C.shift(), ac = C.shift(), ab = G, ad = M, G = C.shift(), M = C.shift(), n = "A", K = this._convertPoint(ab, ad, G, M, I, ac, F, A, E);
                                break;
                            case "a":
                                F = C.shift(), A = C.shift(), E = C.shift(), I = C.shift(), ac = C.shift(), ab = G, ad = M, G += C.shift(), M += C.shift(), n = "A", K = this._convertPoint(ab, ad, G, M, I, ac, F, A, E)
                        }
                        for (var Y = 0, aa = K.length; aa > Y; Y += 2) {
                            K[Y] += R, K[Y + 1] += H
                        }
                        J.push(new p(n || T, K))
                    }("z" === T || "Z" === T) && J.push(new p("z", []))
                }
                return J
            },
            _convertPoint: function(C, N, G, K, r, M, I, F, J) {
                var Q = J * (Math.PI / 180),
                    P = Math.cos(Q) * (C - G) / 2 + Math.sin(Q) * (N - K) / 2,
                    B = -1 * Math.sin(Q) * (C - G) / 2 + Math.cos(Q) * (N - K) / 2,
                    L = P * P / (I * I) + B * B / (F * F);
                L > 1 && (I *= Math.sqrt(L), F *= Math.sqrt(L));
                var A = Math.sqrt((I * I * F * F - I * I * B * B - F * F * P * P) / (I * I * B * B + F * F * P * P));
                r === M && (A *= -1), isNaN(A) && (A = 0);
                var O = A * I * B / F,
                    S = A * -F * P / I,
                    E = (C + G) / 2 + Math.cos(Q) * O - Math.sin(Q) * S,
                    z = (N + K) / 2 + Math.sin(Q) * O + Math.cos(Q) * S,
                    D = u([1, 0], [(P - O) / I, (B - S) / F]),
                    H = [(P - O) / I, (B - S) / F],
                    R = [(-1 * P - O) / I, (-1 * B - S) / F],
                    o = u(H, R);
                return q(H, R) <= -1 && (o = Math.PI), q(H, R) >= 1 && (o = 0), 0 === M && o > 0 && (o -= 2 * Math.PI), 1 === M && 0 > o && (o += 2 * Math.PI), [E, z, I, F, D, o, Q, M]
            },
            buildPath: function(E, T) {
                var I = T.path,
                    O = T.x || 0,
                    A = T.y || 0;
                T.pathArray = T.pathArray || this.buildPathArray(I, O, A);
                for (var P = T.pathArray, R = T.pointList = [], S = [], K = 0, H = P.length; H > K; K++) {
                    "M" == P[K].command.toUpperCase() && (S.length > 0 && R.push(S), S = []);
                    for (var N = P[K].points, Y = 0, X = N.length; X > Y; Y += 2) {
                        S.push([N[Y], N[Y + 1]])
                    }
                }
                S.length > 0 && R.push(S);
                for (var K = 0, H = P.length; H > K; K++) {
                    var D = P[K].command,
                        N = P[K].points;
                    switch (D) {
                        case "L":
                            E.lineTo(N[0], N[1]);
                            break;
                        case "M":
                            E.moveTo(N[0], N[1]);
                            break;
                        case "C":
                            E.bezierCurveTo(N[0], N[1], N[2], N[3], N[4], N[5]);
                            break;
                        case "Q":
                            E.quadraticCurveTo(N[0], N[1], N[2], N[3]);
                            break;
                        case "A":
                            var Q = N[0],
                                C = N[1],
                                W = N[2],
                                aa = N[3],
                                G = N[4],
                                B = N[5],
                                F = N[6],
                                J = N[7],
                                Z = W > aa ? W : aa,
                                z = W > aa ? 1 : W / aa,
                                M = W > aa ? aa / W : 1;
                            E.translate(Q, C), E.rotate(F), E.scale(z, M), E.arc(0, 0, Z, G, G + B, 1 - J), E.scale(1 / z, 1 / M), E.rotate(-F), E.translate(-Q, -C);
                            break;
                        case "z":
                            E.closePath()
                    }
                }
            },
            getRect: function(y) {
                if (y.__rect) {
                    return y.__rect
                }
                var H;
                H = "stroke" == y.brushType || "fill" == y.brushType ? y.lineWidth || 1 : 0;
                for (var A = Number.MAX_VALUE, D = Number.MIN_VALUE, x = Number.MAX_VALUE, E = Number.MIN_VALUE, F = y.x || 0, G = y.y || 0, B = y.pathArray || this.buildPathArray(y.path), z = 0; z < B.length; z++) {
                    for (var C = B[z].points, J = 0; J < C.length; J++) {
                        J % 2 === 0 ? (C[J] + F < A && (A = C[J]), C[J] + F > D && (D = C[J])) : (C[J] + G < x && (x = C[J]), C[J] + G > E && (E = C[J]))
                    }
                }
                var I;
                return I = A === Number.MAX_VALUE || D === Number.MIN_VALUE || x === Number.MAX_VALUE || E === Number.MIN_VALUE ? {
                    x: 0,
                    y: 0,
                    width: 0,
                    height: 0
                } : {
                    x: Math.round(A - H / 2),
                    y: Math.round(x - H / 2),
                    width: D - A + H,
                    height: E - x + H
                }, y.__rect = I, I
            }
        }, l("../tool/util").inherits(v, w), v
    }), d("zrender/shape/Ellipse", ["require", "./Base", "../tool/util"], function(a) {
        var l = a("./Base"),
            j = function(i) {
                l.call(this, i)
            };
        return j.prototype = {
            type: "ellipse",
            buildPath: function(p, z) {
                var q = 0.5522848,
                    v = z.x,
                    m = z.y,
                    w = z.a,
                    x = z.b,
                    y = w * q,
                    u = x * q;
                p.moveTo(v - w, m), p.bezierCurveTo(v - w, m - u, v - y, m - x, v, m - x), p.bezierCurveTo(v + y, m - x, v + w, m - u, v + w, m), p.bezierCurveTo(v + w, m + u, v + y, m + x, v, m + x), p.bezierCurveTo(v - y, m + x, v - w, m + u, v - w, m), p.closePath()
            },
            getRect: function(i) {
                if (i.__rect) {
                    return i.__rect
                }
                var m;
                return m = "stroke" == i.brushType || "fill" == i.brushType ? i.lineWidth || 1 : 0, i.__rect = {
                    x: Math.round(i.x - i.a - m / 2),
                    y: Math.round(i.y - i.b - m / 2),
                    width: 2 * i.a + m,
                    height: 2 * i.b + m
                }, i.__rect
            }
        }, a("../tool/util").inherits(j, l), j
    }), d("echarts/component/roamController", ["require", "./base", "zrender/shape/Rectangle", "zrender/shape/Sector", "zrender/shape/Circle", "../config", "zrender/tool/util", "zrender/tool/color", "zrender/tool/event", "../component"], function(m) {
        function z(l, C, s, i, A) {
            if (this.rcOption = {}, i.roamController && i.roamController.show) {
                if (!i.roamController.mapTypeControl) {
                    return void console.error("option.roamController.mapTypeControl has not been defined.")
                }
                q.call(this, l, C, s, i, A), this.rcOption = i.roamController;
                var B = this;
                this._drictionMouseDown = function(a) {
                    return B.__drictionMouseDown(a)
                }, this._drictionMouseUp = function(a) {
                    return B.__drictionMouseUp(a)
                }, this._drictionMouseMove = function(a) {
                    return B.__drictionMouseMove(a)
                }, this._drictionMouseOut = function(a) {
                    return B.__drictionMouseOut(a)
                }, this._scaleHandler = function(a) {
                    return B.__scaleHandler(a)
                }, this.refresh(i)
            }
        }
        var q = m("./base"),
            v = m("zrender/shape/Rectangle"),
            j = m("zrender/shape/Sector"),
            w = m("zrender/shape/Circle"),
            x = m("../config");
        x.roamController = {
            zlevel: 0,
            z: 4,
            show: !0,
            x: "left",
            y: "top",
            width: 80,
            height: 120,
            backgroundColor: "rgba(0,0,0,0)",
            borderColor: "#ccc",
            borderWidth: 0,
            padding: 5,
            handleColor: "#6495ed",
            fillerColor: "#fff",
            step: 15,
            mapTypeControl: null
        };
        var y = m("zrender/tool/util"),
            u = m("zrender/tool/color"),
            p = m("zrender/tool/event");
        return z.prototype = {
            type: x.COMPONENT_TYPE_ROAMCONTROLLER,
            _buildShape: function() {
                if (this.rcOption.show) {
                    this._itemGroupLocation = this._getItemGroupLocation(), this._buildBackground(), this._buildItem();
                    for (var a = 0, i = this.shapeList.length; i > a; a++) {
                        this.zr.addShape(this.shapeList[a])
                    }
                }
            },
            _buildItem: function() {
                this.shapeList.push(this._getDirectionShape("up")), this.shapeList.push(this._getDirectionShape("down")), this.shapeList.push(this._getDirectionShape("left")), this.shapeList.push(this._getDirectionShape("right")), this.shapeList.push(this._getScaleShape("scaleUp")), this.shapeList.push(this._getScaleShape("scaleDown"))
            },
            _getDirectionShape: function(a) {
                var A = this._itemGroupLocation.r,
                    l = this._itemGroupLocation.x + A,
                    r = this._itemGroupLocation.y + A,
                    s = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: {
                            x: l,
                            y: r,
                            r: A,
                            startAngle: -45,
                            endAngle: 45,
                            color: this.rcOption.handleColor,
                            text: ">",
                            textX: l + A / 2 + 4,
                            textY: r - 0.5,
                            textAlign: "center",
                            textBaseline: "middle",
                            textPosition: "specific",
                            textColor: this.rcOption.fillerColor,
                            textFont: Math.floor(A / 2) + "px arial"
                        },
                        highlightStyle: {
                            color: u.lift(this.rcOption.handleColor, -0.2),
                            brushType: "fill"
                        },
                        clickable: !0
                    };
                switch (a) {
                    case "up":
                        s.rotation = [Math.PI / 2, l, r];
                        break;
                    case "left":
                        s.rotation = [Math.PI, l, r];
                        break;
                    case "down":
                        s.rotation = [-Math.PI / 2, l, r]
                }
                return s = new j(s), s._roamType = a, s.onmousedown = this._drictionMouseDown, s.onmouseup = this._drictionMouseUp, s.onmousemove = this._drictionMouseMove, s.onmouseout = this._drictionMouseOut, s
            },
            _getScaleShape: function(o) {
                var E = this._itemGroupLocation.width,
                    A = this._itemGroupLocation.height - E;
                A = 0 > A ? 20 : A;
                var B = Math.min(E / 2 - 5, A) / 2,
                    l = this._itemGroupLocation.x + ("scaleDown" === o ? E - B : B),
                    C = this._itemGroupLocation.y + this._itemGroupLocation.height - B,
                    D = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: {
                            x: l,
                            y: C,
                            r: B,
                            color: this.rcOption.handleColor,
                            text: "scaleDown" === o ? "-" : "+",
                            textX: l,
                            textY: C - 2,
                            textAlign: "center",
                            textBaseline: "middle",
                            textPosition: "specific",
                            textColor: this.rcOption.fillerColor,
                            textFont: Math.floor(B) + "px verdana"
                        },
                        highlightStyle: {
                            color: u.lift(this.rcOption.handleColor, -0.2),
                            brushType: "fill"
                        },
                        clickable: !0
                    };
                return D = new w(D), D._roamType = o, D.onmousedown = this._scaleHandler, D
            },
            _buildBackground: function() {
                var a = this.reformCssArray(this.rcOption.padding);
                this.shapeList.push(new v({
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    hoverable: !1,
                    style: {
                        x: this._itemGroupLocation.x - a[3],
                        y: this._itemGroupLocation.y - a[0],
                        width: this._itemGroupLocation.width + a[3] + a[1],
                        height: this._itemGroupLocation.height + a[0] + a[2],
                        brushType: 0 === this.rcOption.borderWidth ? "fill" : "both",
                        color: this.rcOption.backgroundColor,
                        strokeColor: this.rcOption.borderColor,
                        lineWidth: this.rcOption.borderWidth
                    }
                }))
            },
            _getItemGroupLocation: function() {
                var s, E = this.reformCssArray(this.rcOption.padding),
                    A = this.rcOption.width,
                    B = this.rcOption.height,
                    l = this.zr.getWidth(),
                    C = this.zr.getHeight();
                switch (this.rcOption.x) {
                    case "center":
                        s = Math.floor((l - A) / 2);
                        break;
                    case "left":
                        s = E[3] + this.rcOption.borderWidth;
                        break;
                    case "right":
                        s = l - A - E[1] - E[3] - 2 * this.rcOption.borderWidth;
                        break;
                    default:
                        s = this.parsePercent(this.rcOption.x, l)
                }
                var D;
                switch (this.rcOption.y) {
                    case "top":
                        D = E[0] + this.rcOption.borderWidth;
                        break;
                    case "bottom":
                        D = C - B - E[0] - E[2] - 2 * this.rcOption.borderWidth;
                        break;
                    case "center":
                        D = Math.floor((C - B) / 2);
                        break;
                    default:
                        D = this.parsePercent(this.rcOption.y, C)
                }
                return {
                    x: s,
                    y: D,
                    r: A / 2,
                    width: A,
                    height: B
                }
            },
            __drictionMouseDown: function(a) {
                this.mousedown = !0, this._drictionHandlerOn(a)
            },
            __drictionMouseUp: function(a) {
                this.mousedown = !1, this._drictionHandlerOff(a)
            },
            __drictionMouseMove: function(a) {
                this.mousedown && this._drictionHandlerOn(a)
            },
            __drictionMouseOut: function(a) {
                this._drictionHandlerOff(a)
            },
            _drictionHandlerOn: function(a) {
                this._dispatchEvent(a.event, a.target._roamType), clearInterval(this.dircetionTimer);
                var i = this;
                this.dircetionTimer = setInterval(function() {
                    i._dispatchEvent(a.event, a.target._roamType)
                }, 100), p.stop(a.event)
            },
            _drictionHandlerOff: function() {
                clearInterval(this.dircetionTimer)
            },
            __scaleHandler: function(a) {
                this._dispatchEvent(a.event, a.target._roamType), p.stop(a.event)
            },
            _dispatchEvent: function(a, i) {
                this.messageCenter.dispatch(x.EVENT.ROAMCONTROLLER, a, {
                    roamType: i,
                    mapTypeControl: this.rcOption.mapTypeControl,
                    step: this.rcOption.step
                }, this.myChart)
            },
            refresh: function(a) {
                a && (this.option = a || this.option, this.option.roamController = this.reformOption(this.option.roamController), this.rcOption = this.option.roamController), this.clear(), this._buildShape()
            }
        }, y.inherits(z, q), m("../component").define("roamController", z), z
    }), d("echarts/layer/heatmap", ["require"], function() {
        function a(n) {
            if (this.option = n, n) {
                for (var o in m) {
                    this.option[o] = void 0 !== n[o] ? n[o] : m[o]
                }
            } else {
                this.option = m
            }
        }
        var m = {
                blurSize: 30,
                gradientColors: ["blue", "cyan", "lime", "yellow", "red"],
                minAlpha: 0.05,
                valueScale: 1,
                opacity: 1
            },
            j = 20,
            l = 256;
        return a.prototype = {
            getCanvas: function(w, H, i) {
                var D = this._getBrush(),
                    F = this._getGradient(),
                    G = j + this.option.blurSize,
                    B = document.createElement("canvas");
                B.width = H, B.height = i;
                for (var A = B.getContext("2d"), C = w.length, K = 0; C > K; ++K) {
                    var J = w[K],
                        v = J[0],
                        E = J[1],
                        q = J[2],
                        I = Math.min(1, Math.max(q * this.option.valueScale || this.option.minAlpha, this.option.minAlpha));
                    A.globalAlpha = I, A.drawImage(D, v - G, E - G)
                }
                for (var L = A.getImageData(0, 0, B.width, B.height), z = L.data, C = z.length / 4; C--;) {
                    var n = 4 * C + 3,
                        I = z[n] / 256,
                        x = Math.floor(I * (l - 1));
                    z[n - 3] = F[4 * x], z[n - 2] = F[4 * x + 1], z[n - 1] = F[4 * x + 2], z[n] *= this.option.opacity
                }
                return A.putImageData(L, 0, 0), B
            },
            _getBrush: function() {
                if (!this._brushCanvas) {
                    this._brushCanvas = document.createElement("canvas");
                    var i = j + this.option.blurSize,
                        p = 2 * i;
                    this._brushCanvas.width = p, this._brushCanvas.height = p;
                    var o = this._brushCanvas.getContext("2d");
                    o.shadowOffsetX = p, o.shadowBlur = this.option.blurSize, o.shadowColor = "black", o.beginPath(), o.arc(-i, i, j, 0, 2 * Math.PI, !0), o.closePath(), o.fill()
                }
                return this._brushCanvas
            },
            _getGradient: function() {
                if (!this._gradientPixels) {
                    var p = l,
                        v = document.createElement("canvas");
                    v.width = 1, v.height = p;
                    for (var q = v.getContext("2d"), n = q.createLinearGradient(0, 0, 0, p), s = this.option.gradientColors.length, u = 0; s > u; ++u) {
                        "string" == typeof this.option.gradientColors[u] ? n.addColorStop((u + 1) / s, this.option.gradientColors[u]) : n.addColorStop(this.option.gradientColors[u].offset, this.option.gradientColors[u].color)
                    }
                    q.fillStyle = n, q.fillRect(0, 0, 1, p), this._gradientPixels = q.getImageData(0, 0, 1, p).data
                }
                return this._gradientPixels
            }
        }, a
    }), d("echarts/util/mapData/params", ["require"], function(a) {
        function m(p) {
            if (!p.UTF8Encoding) {
                return p
            }
            for (var A = p.features, w = 0; w < A.length; w++) {
                for (var i = A[w], x = i.geometry.coordinates, y = i.geometry.encodeOffsets, z = 0; z < x.length; z++) {
                    var u = x[z];
                    if ("Polygon" === i.geometry.type) {
                        x[z] = j(u, y[z])
                    } else {
                        if ("MultiPolygon" === i.geometry.type) {
                            for (var q = 0; q < u.length; q++) {
                                var v = u[q];
                                u[q] = j(v, y[z][q])
                            }
                        }
                    }
                }
            }
            return p.UTF8Encoding = !1, p
        }

        function j(q, z) {
            for (var u = [], v = z[0], p = z[1], w = 0; w < q.length; w += 2) {
                var x = q.charCodeAt(w) - 64,
                    y = q.charCodeAt(w + 1) - 64;
                x = x >> 1 ^ -(1 & x), y = y >> 1 ^ -(1 & y), x += v, y += p, v = x, p = y, u.push([x / 1024, y / 1024])
            }
            return u
        }
        var l = {
            none: {
                getGeoJson: function(i) {
                    i({
                        type: "FeatureCollection",
                        features: [{
                            type: "Feature",
                            geometry: {
                                coordinates: [],
                                encodeOffsets: [],
                                type: "Polygon"
                            },
                            properties: {}
                        }]
                    })
                }
            },
            world: {
                getGeoJson: function(e) {
                    a(["./geoJson/world_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            china: {
                getGeoJson: function(e) {
                    a(["./geoJson/china_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "南海诸岛": {
                textCoord: [126, 25],
                getPath: function(q, B) {
                    for (var v = [
                            [
                                [0, 3.5],
                                [7, 11.2],
                                [15, 11.9],
                                [30, 7],
                                [42, 0.7],
                                [52, 0.7],
                                [56, 7.7],
                                [59, 0.7],
                                [64, 0.7],
                                [64, 0],
                                [5, 0],
                                [0, 3.5]
                            ],
                            [
                                [13, 16.1],
                                [19, 14.7],
                                [16, 21.7],
                                [11, 23.1],
                                [13, 16.1]
                            ],
                            [
                                [12, 32.2],
                                [14, 38.5],
                                [15, 38.5],
                                [13, 32.2],
                                [12, 32.2]
                            ],
                            [
                                [16, 47.6],
                                [12, 53.2],
                                [13, 53.2],
                                [18, 47.6],
                                [16, 47.6]
                            ],
                            [
                                [6, 64.40000000000001],
                                [8, 70],
                                [9, 70],
                                [8, 64.40000000000001],
                                [6, 64.40000000000001]
                            ],
                            [
                                [23, 82.59999999999999],
                                [29, 79.8],
                                [30, 79.8],
                                [25, 82.59999999999999],
                                [23, 82.59999999999999]
                            ],
                            [
                                [37, 70.7],
                                [43, 62.3],
                                [44, 62.3],
                                [39, 70.7],
                                [37, 70.7]
                            ],
                            [
                                [48, 51.1],
                                [51, 45.5],
                                [53, 45.5],
                                [50, 51.1],
                                [48, 51.1]
                            ],
                            [
                                [51, 35],
                                [51, 28.7],
                                [53, 28.7],
                                [53, 35],
                                [51, 35]
                            ],
                            [
                                [52, 22.4],
                                [55, 17.5],
                                [56, 17.5],
                                [53, 22.4],
                                [52, 22.4]
                            ],
                            [
                                [58, 12.6],
                                [62, 7],
                                [63, 7],
                                [60, 12.6],
                                [58, 12.6]
                            ],
                            [
                                [0, 3.5],
                                [0, 93.09999999999999],
                                [64, 93.09999999999999],
                                [64, 0],
                                [63, 0],
                                [63, 92.40000000000001],
                                [1, 92.40000000000001],
                                [1, 3.5],
                                [0, 3.5]
                            ]
                        ], x = "", p = q[0], y = q[1], z = 0, A = v.length; A > z; z++) {
                        x += "M " + ((v[z][0][0] * B + p).toFixed(2) - 0) + " " + ((v[z][0][1] * B + y).toFixed(2) - 0) + " ";
                        for (var w = 1, u = v[z].length; u > w; w++) {
                            x += "L " + ((v[z][w][0] * B + p).toFixed(2) - 0) + " " + ((v[z][w][1] * B + y).toFixed(2) - 0) + " "
                        }
                    }
                    return x + " Z"
                }
            },
            "新疆": {
                getGeoJson: function(e) {
                    a(["./geoJson/xin_jiang_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "西藏": {
                getGeoJson: function(e) {
                    a(["./geoJson/xi_zang_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "内蒙古": {
                getGeoJson: function(e) {
                    a(["./geoJson/nei_meng_gu_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "青海": {
                getGeoJson: function(e) {
                    a(["./geoJson/qing_hai_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "四川": {
                getGeoJson: function(e) {
                    a(["./geoJson/si_chuan_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "黑龙江": {
                getGeoJson: function(e) {
                    a(["./geoJson/hei_long_jiang_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "甘肃": {
                getGeoJson: function(e) {
                    a(["./geoJson/gan_su_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "云南": {
                getGeoJson: function(e) {
                    a(["./geoJson/yun_nan_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "广西": {
                getGeoJson: function(e) {
                    a(["./geoJson/guang_xi_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "湖南": {
                getGeoJson: function(e) {
                    a(["./geoJson/hu_nan_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "陕西": {
                getGeoJson: function(e) {
                    a(["./geoJson/shan_xi_1_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "广东": {
                getGeoJson: function(e) {
                    a(["./geoJson/guang_dong_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "吉林": {
                getGeoJson: function(e) {
                    a(["./geoJson/ji_lin_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "河北": {
                getGeoJson: function(e) {
                    a(["./geoJson/he_bei_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "湖北": {
                getGeoJson: function(e) {
                    a(["./geoJson/hu_bei_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "贵州": {
                getGeoJson: function(e) {
                    a(["./geoJson/gui_zhou_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "山东": {
                getGeoJson: function(e) {
                    a(["./geoJson/shan_dong_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "江西": {
                getGeoJson: function(e) {
                    a(["./geoJson/jiang_xi_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "河南": {
                getGeoJson: function(e) {
                    a(["./geoJson/he_nan_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "辽宁": {
                getGeoJson: function(e) {
                    a(["./geoJson/liao_ning_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "山西": {
                getGeoJson: function(e) {
                    a(["./geoJson/shan_xi_2_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "安徽": {
                getGeoJson: function(e) {
                    a(["./geoJson/an_hui_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "福建": {
                getGeoJson: function(e) {
                    a(["./geoJson/fu_jian_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "浙江": {
                getGeoJson: function(e) {
                    a(["./geoJson/zhe_jiang_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "江苏": {
                getGeoJson: function(e) {
                    a(["./geoJson/jiang_su_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "重庆": {
                getGeoJson: function(e) {
                    a(["./geoJson/chong_qing_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "宁夏": {
                getGeoJson: function(e) {
                    a(["./geoJson/ning_xia_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "海南": {
                getGeoJson: function(e) {
                    a(["./geoJson/hai_nan_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "台湾": {
                getGeoJson: function(e) {
                    a(["./geoJson/tai_wan_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "北京": {
                getGeoJson: function(e) {
                    a(["./geoJson/bei_jing_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "天津": {
                getGeoJson: function(e) {
                    a(["./geoJson/tian_jin_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "上海": {
                getGeoJson: function(e) {
                    a(["./geoJson/shang_hai_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "香港": {
                getGeoJson: function(e) {
                    a(["./geoJson/xiang_gang_geo"], function(i) {
                        e(m(i))
                    })
                }
            },
            "澳门": {
                getGeoJson: function(e) {
                    a(["./geoJson/ao_men_geo"], function(i) {
                        e(m(i))
                    })
                }
            }
        };
        return {
            decode: m,
            params: l
        }
    }), d("echarts/util/mapData/textFixed", [], function() {
        return {
            "广东": [0, -10],
            "香港": [10, 10],
            "澳门": [-10, 18],
            "黑龙江": [0, 20],
            "天津": [5, 5],
            "深圳市": [-35, 0],
            "红河哈尼族彝族自治州": [0, 20],
            "楚雄彝族自治州": [-5, 15],
            "石河子市": [-5, 5],
            "五家渠市": [0, -10],
            "昌吉回族自治州": [10, 10],
            "昌江黎族自治县": [0, 20],
            "陵水黎族自治县": [0, 20],
            "东方市": [0, 20],
            "渭南市": [0, 20]
        }
    }), d("echarts/util/mapData/geoCoord", [], function() {
        return {
            Russia: [100, 60],
            "United States of America": [-99, 38]
        }
    }), d("echarts/util/projection/svg", ["require", "zrender/shape/Path"], function(p) {
        function B(a) {
            return parseFloat(a || 0)
        }

        function u(m) {
            for (var s = m.firstChild;
                "svg" != s.nodeName.toLowerCase() || 1 != s.nodeType;) {
                s = s.nextSibling
            }
            var t = B(s.getAttribute("x")),
                l = B(s.getAttribute("y")),
                C = B(s.getAttribute("width")),
                D = B(s.getAttribute("height"));
            return {
                left: t,
                top: l,
                width: C,
                height: D
            }
        }

        function x(m, s) {
            function o(a) {
                var E = a.tagName;
                if (w[E]) {
                    var C = w[E](a, r);
                    C && (C.scale = r, C.properties = {
                        name: a.getAttribute("name") || ""
                    }, C.id = a.id, A(C, a), l.push(C))
                }
                for (var D = a.childNodes, n = 0, i = D.length; i > n; n++) {
                    o(D[n])
                }
            }
            var r = [s.scale.x, s.scale.y],
                l = [];
            return o(m), l
        }

        function j(a, m) {
            var l = m instanceof Array ? [1 * m[0], 1 * m[1]] : [1 * m.x, 1 * m.y];
            return [l[0] / a.scale.x, l[1] / a.scale.y]
        }

        function y(a, m) {
            var l = m instanceof Array ? [1 * m[0], 1 * m[1]] : [1 * m.x, 1 * m.y];
            return [l[0] * a.scale.x, l[1] * a.scale.y]
        }

        function z(a) {
            return a.replace(/^\s\s*/, "").replace(/\s\s*$/, "")
        }

        function A(m, D) {
            var r = D.getAttribute("fill"),
                s = D.getAttribute("stroke"),
                l = D.getAttribute("stroke-width"),
                C = D.getAttribute("opacity");
            r && "none" != r ? (m.color = r, s ? (m.brushType = "both", m.strokeColor = s) : m.brushType = "fill") : s && "none" != s && (m.strokeColor = s, m.brushType = "stroke"), l && "none" != l && (m.lineWidth = parseFloat(l)), C && "none" != C && (m.opacity = parseFloat(C))
        }

        function v(m) {
            for (var D = z(m).replace(/,/g, " ").split(/\s+/), r = [], s = 0; s < D.length;) {
                var l = parseFloat(D[s++]),
                    C = parseFloat(D[s++]);
                r.push([l, C])
            }
            return r
        }
        var q = p("zrender/shape/Path"),
            w = {
                path: function(a, o) {
                    var l = a.getAttribute("d"),
                        m = q.prototype.getRect({
                            path: l
                        });
                    return {
                        shapeType: "path",
                        path: l,
                        cp: [(m.x + m.width / 2) * o[0], (m.y + m.height / 2) * o[1]]
                    }
                },
                rect: function(m, s) {
                    var t = B(m.getAttribute("x")),
                        l = B(m.getAttribute("y")),
                        C = B(m.getAttribute("width")),
                        D = B(m.getAttribute("height"));
                    return {
                        shapeType: "rectangle",
                        x: t,
                        y: l,
                        width: C,
                        height: D,
                        cp: [(t + C / 2) * s[0], (l + D / 2) * s[1]]
                    }
                },
                line: function(m, s) {
                    var t = B(m.getAttribute("x1")),
                        l = B(m.getAttribute("y1")),
                        C = B(m.getAttribute("x2")),
                        D = B(m.getAttribute("y2"));
                    return {
                        shapeType: "line",
                        xStart: t,
                        yStart: l,
                        xEnd: C,
                        yEnd: D,
                        cp: [0.5 * (t + C) * s[0], 0.5 * (l + D) * s[1]]
                    }
                },
                circle: function(m, r) {
                    var s = B(m.getAttribute("cx")),
                        l = B(m.getAttribute("cy")),
                        t = B(m.getAttribute("r"));
                    return {
                        shapeType: "circle",
                        x: s,
                        y: l,
                        r: t,
                        cp: [s * r[0], l * r[1]]
                    }
                },
                ellipse: function(m, D) {
                    var r = parseFloat(m.getAttribute("cx") || 0),
                        s = parseFloat(m.getAttribute("cy") || 0),
                        l = parseFloat(m.getAttribute("rx") || 0),
                        C = parseFloat(m.getAttribute("ry") || 0);
                    return {
                        shapeType: "ellipse",
                        x: r,
                        y: s,
                        a: l,
                        b: C,
                        cp: [r * D[0], s * D[1]]
                    }
                },
                polygon: function(m, F) {
                    var s = m.getAttribute("points"),
                        C = [1 / 0, 1 / 0],
                        l = [-(1 / 0), -(1 / 0)];
                    if (s) {
                        s = v(s);
                        for (var D = 0; D < s.length; D++) {
                            var E = s[D];
                            C[0] = Math.min(E[0], C[0]), C[1] = Math.min(E[1], C[1]), l[0] = Math.max(E[0], l[0]), l[1] = Math.max(E[1], l[1])
                        }
                        return {
                            shapeType: "polygon",
                            pointList: s,
                            cp: [(C[0] + l[0]) / 2 * F[0], (C[1] + l[1]) / 2 * F[0]]
                        }
                    }
                },
                polyline: function(a, m) {
                    var l = w.polygon(a, m);
                    return l
                }
            };
        return {
            getBbox: u,
            geoJson2Path: x,
            pos2geo: j,
            geo2pos: y
        }
    }), d("echarts/util/projection/normal", [], function() {
        function l(a, n) {
            return n = n || {}, a.srcSize || u(a, n), a.srcSize
        }

        function u(v, C) {
            C = C || {}, s.xmin = 360, s.xmax = -360, s.ymin = 180, s.ymax = -180;
            for (var x, z, r = v.features, A = 0, B = r.length; B > A; A++) {
                if (z = r[A], !z.properties.name || !C[z.properties.name]) {
                    switch (z.type) {
                        case "Feature":
                            s[z.geometry.type](z.geometry.coordinates);
                            break;
                        case "GeometryCollection":
                            x = z.geometries;
                            for (var y = 0, w = x.length; w > y; y++) {
                                s[x[y].type](x[y].coordinates)
                            }
                    }
                }
            }
            return v.srcSize = {
                left: 1 * s.xmin.toFixed(4),
                top: 1 * s.ymin.toFixed(4),
                width: 1 * (s.xmax - s.xmin).toFixed(4),
                height: 1 * (s.ymax - s.ymin).toFixed(4)
            }, v
        }

        function m(w, z, C) {
            function o(a, i) {
                t = a.type, G = a.coordinates, q._bbox = {
                    xmin: 360,
                    xmax: -360,
                    ymin: 180,
                    ymax: -180
                }, J = q[t](G), B.push({
                    path: J,
                    cp: q.makePoint(i.properties.cp ? i.properties.cp : [(q._bbox.xmin + q._bbox.xmax) / 2, (q._bbox.ymin + q._bbox.ymax) / 2]),
                    properties: i.properties,
                    id: i.id
                })
            }
            C = C || {}, q.scale = null, q.offset = null, w.srcSize || u(w, C), z.offset = {
                x: w.srcSize.left,
                y: w.srcSize.top,
                left: z.OffsetLeft || 0,
                top: z.OffsetTop || 0
            }, q.scale = z.scale, q.offset = z.offset;
            for (var E, F, A, x = w.features, B = [], I = 0, H = x.length; H > I; I++) {
                if (A = x[I], !A.properties.name || !C[A.properties.name]) {
                    if ("Feature" == A.type) {
                        o(A.geometry, A)
                    } else {
                        if ("GeometryCollection" == A.type) {
                            E = A.geometries;
                            for (var v = 0, D = E.length; D > v; v++) {
                                F = E[v], o(F, F)
                            }
                        }
                    }
                }
            }
            var t, G, J;
            return B
        }

        function p(a, v) {
            var o, r;
            return v instanceof Array ? (o = 1 * v[0], r = 1 * v[1]) : (o = 1 * v.x, r = 1 * v.y), o = o / a.scale.x + a.offset.x - 168.5, o = o > 180 ? o - 360 : o, r = 90 - (r / a.scale.y + a.offset.y), [o, r]
        }

        function j(a, i) {
            return q.offset = a.offset, q.scale = a.scale, q.makePoint(i instanceof Array ? [1 * i[0], 1 * i[1]] : [1 * i.x, 1 * i.y])
        }
        var q = {
                formatPoint: function(a) {
                    return [(a[0] < -168.5 && a[1] > 63.8 ? a[0] + 360 : a[0]) + 168.5, 90 - a[1]]
                },
                makePoint: function(r) {
                    var x = this,
                        v = x.formatPoint(r);
                    x._bbox.xmin > r[0] && (x._bbox.xmin = r[0]), x._bbox.xmax < r[0] && (x._bbox.xmax = r[0]), x._bbox.ymin > r[1] && (x._bbox.ymin = r[1]), x._bbox.ymax < r[1] && (x._bbox.ymax = r[1]);
                    var w = (v[0] - q.offset.x) * q.scale.x + q.offset.left,
                        o = (v[1] - q.offset.y) * q.scale.y + q.offset.top;
                    return [w, o]
                },
                Point: function(a) {
                    return a = this.makePoint(a), a.join(",")
                },
                LineString: function(r) {
                    for (var x, v = "", w = 0, o = r.length; o > w; w++) {
                        x = q.makePoint(r[w]), v = 0 === w ? "M" + x.join(",") : v + "L" + x.join(",")
                    }
                    return v
                },
                Polygon: function(a) {
                    for (var v = "", o = 0, r = a.length; r > o; o++) {
                        v = v + q.LineString(a[o]) + "z"
                    }
                    return v
                },
                MultiPoint: function(a) {
                    for (var v = [], o = 0, r = a.length; r > o; o++) {
                        v.push(q.Point(a[o]))
                    }
                    return v
                },
                MultiLineString: function(a) {
                    for (var v = "", o = 0, r = a.length; r > o; o++) {
                        v += q.LineString(a[o])
                    }
                    return v
                },
                MultiPolygon: function(a) {
                    for (var v = "", o = 0, r = a.length; r > o; o++) {
                        v += q.Polygon(a[o])
                    }
                    return v
                }
            },
            s = {
                formatPoint: q.formatPoint,
                makePoint: function(r) {
                    var x = this,
                        v = x.formatPoint(r),
                        w = v[0],
                        o = v[1];
                    x.xmin > w && (x.xmin = w), x.xmax < w && (x.xmax = w), x.ymin > o && (x.ymin = o), x.ymax < o && (x.ymax = o)
                },
                Point: function(a) {
                    this.makePoint(a)
                },
                LineString: function(a) {
                    for (var o = 0, n = a.length; n > o; o++) {
                        this.makePoint(a[o])
                    }
                },
                Polygon: function(a) {
                    for (var o = 0, n = a.length; n > o; o++) {
                        this.LineString(a[o])
                    }
                },
                MultiPoint: function(a) {
                    for (var o = 0, n = a.length; n > o; o++) {
                        this.Point(a[o])
                    }
                },
                MultiLineString: function(a) {
                    for (var o = 0, n = a.length; n > o; o++) {
                        this.LineString(a[o])
                    }
                },
                MultiPolygon: function(a) {
                    for (var o = 0, n = a.length; n > o; o++) {
                        this.Polygon(a[o])
                    }
                }
            };
        return {
            getBbox: l,
            geoJson2Path: m,
            pos2geo: p,
            geo2pos: j
        }
    }), d("echarts/util/mapData/geoJson/an_hui_geo", [], function() {
        return {
            type: "FeatureCollection",
            features: [{
                type: "Feature",
                id: "3415",
                properties: {
                    name: "六安市",
                    cp: [116.3123, 31.8329],
                    childNum: 6
                },
                geometry: {
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                    encodeOffsets: [
                        [118710, 33351]
                    ]
                }
            }, {
                type: "Feature",
                id: "3408",
                properties: {
                    name: "安庆市",
                    cp: [116.7517, 30.5255],
                    childNum: 9
                },
                geometry: {
                    type: "Polygon",
                    coordinates: ["@@n°znWXlW@kK°xXnl@Xn@l°Una@anIxXUVK@¯VIkW¯X@VKxklJXUlKXblLVKnVVIV@Xn@XKVnVxlnnUlmV@²óUkVlWbln@VVVIn@lw@WVIXblV@ÈxaUaVIVVnKVLKln@b²K@»U£ÑķġÝÅbKa@Im@Û@kWÓkkmKÅnóJUÅ£W@wĕ@wĉţ¯¯UkK±l¯U¥UÑkÝUķ»Ý¥¯JIUVbUl¯ÈV¼VJU¼Vb@bkLUl@VJ@bUXÇ@lkVmXmKkLVxVL@VkVVVlzWkbmLUUUbVbUVlÒnJlUnLllUL@bUVxlLXVÆ¦ÈVU¦WJ"],
                    encodeOffsets: [
                        [118834, 31759]
                    ]
                }
            }, {
                type: "Feature",
                id: "3411",
                properties: {
                    name: "滁州市",
                    cp: [118.1909, 32.536],
                    childNum: 7
                },
                geometry: {
                    type: "Polygon",
                    coordinates: ["@@@`nnl@xK@X°KXVIXVlbXVWnXlL@È»LVan@VJêVVn@X@laÞbVayn@_xnWVXnWl@VnUVkI@lnXKVLVV@V@kW@LlVô@J@bVnnKnkVa@»lç@nwKmaUUUVÑ@nmWXalI@alVn@VwUaVU@nlaôJnUVVXlJaXXVK@UV@VWx@nXVWXVUlLUbVULVVnUVbUbVb@@aKÆnnKVK@U@UU@@a@V°¯ÈJVIlķ@aaUaVKU_@mkxUI@aUlyU@@wkKWmUbUnUVWbkJW_J@bn@Vm@@KULk@V@@bVbÅm@LW@UVVbkK@UkKWL@VULUKWIUJUbkK@_WVXUJka@XVa@ky@aVIUUW@@mUlLKWÑUKVan@UkVmmIXKaVaUwVU@UmykU¯@±UUL@WUIVUU@KkIWaaU@kUUaÇUó»mKk¯@y@kWK@bkI¯`mnl¯XWlkVUzUJlbUbVJl@nnm@VULV`XnWÆbmUUnJmUknJ¯km@yk@kUxL@VUbmnn¤lX@`z@JmaULUVl@Xn@xllkXWaaW@UVmUb@mVXWxXbWbUÒnVVnVVUL"],
                    encodeOffsets: [
                        [120004, 33520]
                    ]
                }
            }, {
                type: "Feature",
                id: "3418",
                properties: {
                    name: "宣城市",
                    cp: [118.8062, 30.6244],
                    childNum: 7
                },
                geometry: {
                    type: "Polygon",
                    coordinates: ["@@Vb@XLJXxlIXxlVlV@I²¤nlUnVU@VULWVUJ@Lnb@lV@UnV@@VVVlLnbnJUVkUUVWn@@anUVnVJVIV@@nUJVbUb@VUbVK@bn@VbnIlxkllXVlXKWUXUlL°¤UVVb@bUlkXWxXz@IlaUlnUlJVInVÆJULVUnVK°@VnlVnxV@XLlK@wVL@KnUlJXUbnKVLXlUw@VWlLXKm@@a@VLnmlIVVnKn@kVaVlwk@@a@k@VIUa@maUa@wna@kmWUUmVUIVÇ@aKmakUJ@InmUUaVaklX@Vk@m@VU@wnK@alKVUkUkKbmUkm@U£WVk@@UÝbbaÇx@b@WVUa¯@wVwUUV@VwnK@KWaÅ@KIUyUI@WmXóUbWaKm@km@IUyIUaWKx@zUKUL@llVUnkLVVkJWX@VUKUVIkVWakb@VWb@n@JkXUlmL@xkL@`VxLUÈUJ@Vm@@bmIUlUL@VUVVbknm@mKUwKVÈ@J@LV±kkJUIl"],
                    encodeOffsets: [
                        [120803, 31247]
                    ]
                }
            }, {
                type: "Feature",
                id: "3412",
                properties: {
                    name: "阜阳市",
                    cp: [115.7629, 32.9919],
                    childNum: 6
                },
                geometry: {
                    type: "Polygon",
                    coordinates: ["@@Vn@ak°a±@¥@UUI@aUmlwUUxb@¥XU@mmI@a@Kn@@_W@@WI@mUVVXUl@XaV@K@I@aLX@aVI°K@KVLUUwyXkK@kKÆbXnlK@k@aJlU@w@U@»@aXKWn_JXkVKn@°LlKXW@¯U@aUK@kmJUwVIUJkmLK@kka@wUVm@@am@UkUbkK@nmVÒ¯VUWVVmIULk@ma@kkK@nUbUamU`UUVUkKVkkW@@bkmnmUXVKXVL@VbUmbVXJ@nmKÅI@KWKUXVJUL@VUKUX@KUKWL@LUJmaXXm@kVVV@L@VUL@VlK@L@V@LUK@VUb@UUU@°@nVxU`Lkn@`@XVJ@XVmk@UKmV¯LVVn±Wm@Ub@JlLUl@VLk@lmVVn@bnV@V°IVaVJXI°K°V@XXVlVVUnKVlUbWXnV@bV`U@@m@@@nxmn@bXVlL@¤nbUl¦VVUnJVUVl@@bÞL"],
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                    ]
                }
            }, {
                type: "Feature",
                id: "3413",
                properties: {
                    name: "宿州市",
                    cp: [117.5208, 33.6841],
                    childNum: 5
                },
                geometry: {
                    type: "Polygon",
                    coordinates: ["@@@UWU@bkW@aWU@aUIkWVlLXblVIUVV@mn@V_n@VaUK@I@UaanJVU@lVUVnnKVVlaUaI@wnKLnll@nVlk@wVKXkl@@bbUJ@VU@UUUyVk@aVUXwlWXXWU¹@aU@WUI@mlUnJ@Il@aXbV@VKl@XxVL@WIJlb@al@IUUm@@aVK@¥¯@mUķ¯bWk£Vm@akm@VaÅ@UVWa@UJWkJUbWbU@UlXk@amV@K¯nk@lU@Uxmz@bU`ÇbUbÅVm£U@Wwx@akLUK@UlakwUJWVkLmaUal@n_mVUnKVUUmÅXWa@kJmx@XUJ@bVLXxl@VVUVVUbkLWbU@@lUVVVVXK@XkJ@nU@@bV@VxUVlbU@xXLWn@UxVbVĊV@b@XV`mnkJ@kUKmbaU@VbnbÆx@XU@@`k@@bl@@bkL@WakXWaU@Vmkx@XWW@@wUUUbJU¯V@¯ÞU@WxXlL@bkb@lVlnbJW@kkU@mbkaWJIVlmz¯`UnU@mb@@`@bkVlnV@b@V@aVxn@VxKXnl@nbVKbVK@a_V@Vw@WLlwnK@UmIU@VW@UÈ@lKnalw@@V°@aUmlUUw@V@@UXK"],
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                }
            }, {
                type: "Feature",
                id: "3410",
                properties: {
                    name: "黄山市",
                    cp: [118.0481, 29.9542],
                    childNum: 5
                },
                geometry: {
                    type: "Polygon",
                    coordinates: ["@@lXnlWX@VUJVnUJVzXJVxkVJlI²lU@K@IUÇLVxnLn@lmUaVU@UVKVknJ@an@@UVIVÇKUw@_lK@wnKVklW@I@mXa@UlaXblUJVUVL@UXWlIUUlKVmkU@kVKVL@ywXLVbJVz@Jln@nLXbVaônW@la@UVWUa@@a@mk@WIk@VwUa¯¥m@UUVK@ImK@aX£kKÅVa_@±akXWWLnU@@a@¯mK@LJUWwUVVmbXX@lWLn`mzUJUbLk@makVWmkXambkKkna@ab@U@Unm@WV@VbUbUJWIk@@lmL@°UVUVmn@@kmWkb@x_m@@aU@b@JlUzlWxXn@b²@l`IVlUlL@VKnVbUl@VlIn@@bbVWUk@@bX@Valb@bnb°Vn@xVKlbVnV@VxL@ln@UXVVL"],
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                }
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                    childNum: 4
                },
                geometry: {
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                }
            }, {
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                properties: {
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                    cp: [117.3889, 30.2014],
                    childNum: 4
                },
                geometry: {
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                    childNum: 4
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                type: "Feature",
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                },
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            }, {
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                    name: "湖州市",
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    }), d("echarts/chart/gauge", ["require", "./base", "../util/shape/GaugePointer", "zrender/shape/Text", "zrender/shape/Line", "zrender/shape/Rectangle", "zrender/shape/Circle", "zrender/shape/Sector", "../config", "../util/ecData", "../util/accMath", "zrender/tool/util", "../chart"], function(p) {
        function B(l, s, m, i, r) {
            u.call(this, l, s, m, i, r), this.refresh(i)
        }
        var u = p("./base"),
            x = p("../util/shape/GaugePointer"),
            j = p("zrender/shape/Text"),
            y = p("zrender/shape/Line"),
            z = p("zrender/shape/Rectangle"),
            A = p("zrender/shape/Circle"),
            v = p("zrender/shape/Sector"),
            q = p("../config");
        q.gauge = {
            zlevel: 0,
            z: 2,
            center: ["50%", "50%"],
            clickable: !0,
            legendHoverLink: !0,
            radius: "75%",
            startAngle: 225,
            endAngle: -45,
            min: 0,
            max: 100,
            splitNumber: 10,
            axisLine: {
                show: !0,
                lineStyle: {
                    color: [
                        [0.2, "#228b22"],
                        [0.8, "#48b"],
                        [1, "#ff4500"]
                    ],
                    width: 30
                }
            },
            axisTick: {
                show: !0,
                splitNumber: 5,
                length: 8,
                lineStyle: {
                    color: "#eee",
                    width: 1,
                    type: "solid"
                }
            },
            axisLabel: {
                show: !0,
                textStyle: {
                    color: "auto"
                }
            },
            splitLine: {
                show: !0,
                length: 30,
                lineStyle: {
                    color: "#eee",
                    width: 2,
                    type: "solid"
                }
            },
            pointer: {
                show: !0,
                length: "80%",
                width: 8,
                color: "auto"
            },
            title: {
                show: !0,
                offsetCenter: [0, "-40%"],
                textStyle: {
                    color: "#333",
                    fontSize: 15
                }
            },
            detail: {
                show: !0,
                backgroundColor: "rgba(0,0,0,0)",
                borderWidth: 0,
                borderColor: "#ccc",
                width: 100,
                height: 40,
                offsetCenter: [0, "40%"],
                textStyle: {
                    color: "auto",
                    fontSize: 30
                }
            }
        };
        var w = p("../util/ecData"),
            D = p("../util/accMath"),
            C = p("zrender/tool/util");
        return B.prototype = {
            type: q.CHART_TYPE_GAUGE,
            _buildShape: function() {
                var a = this.series;
                this._paramsMap = {}, this.selectedMap = {};
                for (var m = 0, l = a.length; l > m; m++) {
                    a[m].type === q.CHART_TYPE_GAUGE && (this.selectedMap[a[m].name] = !0, a[m] = this.reformOption(a[m]), this.legendHoverLink = a[m].legendHoverLink || this.legendHoverLink, this._buildSingleGauge(m), this.buildMark(m))
                }
                this.addShapeList()
            },
            _buildSingleGauge: function(a) {
                var i = this.series[a];
                this._paramsMap[a] = {
                    center: this.parseCenter(this.zr, i.center),
                    radius: this.parseRadius(this.zr, i.radius),
                    startAngle: i.startAngle.toFixed(2) - 0,
                    endAngle: i.endAngle.toFixed(2) - 0
                }, this._paramsMap[a].totalAngle = this._paramsMap[a].startAngle - this._paramsMap[a].endAngle, this._colorMap(a), this._buildAxisLine(a), this._buildSplitLine(a), this._buildAxisTick(a), this._buildAxisLabel(a), this._buildPointer(a), this._buildTitle(a), this._buildDetail(a)
            },
            _buildAxisLine: function(G) {
                var Q = this.series[G];
                if (Q.axisLine.show) {
                    for (var J, L, m = Q.min, M = Q.max - m, O = this._paramsMap[G], P = O.center, K = O.startAngle, I = O.totalAngle, T = O.colorArray, S = Q.axisLine.lineStyle, F = this.parsePercent(S.width, O.radius[1]), N = O.radius[1], E = N - F, R = K, W = 0, H = T.length; H > W; W++) {
                        L = K - I * (T[W][0] - m) / M, J = this._getSector(P, E, N, L, R, T[W][1], S, Q.zlevel, Q.z), R = L, J._animationAdd = "r", w.set(J, "seriesIndex", G), w.set(J, "dataIndex", W), this.shapeList.push(J)
                    }
                }
            },
            _buildSplitLine: function(H) {
                var R = this.series[H];
                if (R.splitLine.show) {
                    for (var K, N, o, P = this._paramsMap[H], Q = R.splitNumber, L = R.min, J = R.max - L, M = R.splitLine, W = this.parsePercent(M.length, P.radius[1]), T = M.lineStyle, G = T.color, O = P.center, F = P.startAngle * Math.PI / 180, S = P.totalAngle * Math.PI / 180, X = P.radius[1], I = X - W, E = 0; Q >= E; E++) {
                        K = F - S / Q * E, N = Math.sin(K), o = Math.cos(K), this.shapeList.push(new y({
                            zlevel: R.zlevel,
                            z: R.z + 1,
                            hoverable: !1,
                            style: {
                                xStart: O[0] + o * X,
                                yStart: O[1] - N * X,
                                xEnd: O[0] + o * I,
                                yEnd: O[1] - N * I,
                                strokeColor: "auto" === G ? this._getColor(H, L + J / Q * E) : G,
                                lineType: T.type,
                                lineWidth: T.width,
                                shadowColor: T.shadowColor,
                                shadowBlur: T.shadowBlur,
                                shadowOffsetX: T.shadowOffsetX,
                                shadowOffsetY: T.shadowOffsetY
                            }
                        }))
                    }
                }
            },
            _buildAxisTick: function(H) {
                var T = this.series[H];
                if (T.axisTick.show) {
                    for (var L, P, o, R = this._paramsMap[H], S = T.splitNumber, N = T.min, K = T.max - N, O = T.axisTick, Y = O.splitNumber, X = this.parsePercent(O.length, R.radius[1]), G = O.lineStyle, Q = G.color, F = R.center, W = R.startAngle * Math.PI / 180, Z = R.totalAngle * Math.PI / 180, J = R.radius[1], E = J - X, I = 0, M = S * Y; M >= I; I++) {
                        I % Y !== 0 && (L = W - Z / M * I, P = Math.sin(L), o = Math.cos(L), this.shapeList.push(new y({
                            zlevel: T.zlevel,
                            z: T.z + 1,
                            hoverable: !1,
                            style: {
                                xStart: F[0] + o * J,
                                yStart: F[1] - P * J,
                                xEnd: F[0] + o * E,
                                yEnd: F[1] - P * E,
                                strokeColor: "auto" === Q ? this._getColor(H, N + K / M * I) : Q,
                                lineType: G.type,
                                lineWidth: G.width,
                                shadowColor: G.shadowColor,
                                shadowBlur: G.shadowBlur,
                                shadowOffsetX: G.shadowOffsetX,
                                shadowOffsetY: G.shadowOffsetY
                            }
                        })))
                    }
                }
            },
            _buildAxisLabel: function(G) {
                var R = this.series[G];
                if (R.axisLabel.show) {
                    for (var J, M, N, P, Q = R.splitNumber, K = R.min, I = R.max - K, L = R.axisLabel.textStyle, T = this.getFont(L), F = L.color, O = this._paramsMap[G], E = O.center, S = O.startAngle, V = O.totalAngle, H = O.radius[1] - this.parsePercent(R.splitLine.length, O.radius[1]) - 5, a = 0; Q >= a; a++) {
                        P = D.accAdd(K, D.accMul(D.accDiv(I, Q), a)), J = S - V / Q * a, M = Math.sin(J * Math.PI / 180), N = Math.cos(J * Math.PI / 180), J = (J + 360) % 360, this.shapeList.push(new j({
                            zlevel: R.zlevel,
                            z: R.z + 1,
                            hoverable: !1,
                            style: {
                                x: E[0] + N * H,
                                y: E[1] - M * H,
                                color: "auto" === F ? this._getColor(G, P) : F,
                                text: this._getLabelText(R.axisLabel.formatter, P),
                                textAlign: J >= 110 && 250 >= J ? "left" : 70 >= J || J >= 290 ? "right" : "center",
                                textBaseline: J >= 10 && 170 >= J ? "top" : J >= 190 && 350 >= J ? "bottom" : "middle",
                                textFont: T,
                                shadowColor: L.shadowColor,
                                shadowBlur: L.shadowBlur,
                                shadowOffsetX: L.shadowOffsetX,
                                shadowOffsetY: L.shadowOffsetY
                            }
                        }))
                    }
                }
            },
            _buildPointer: function(s) {
                var K = this.series[s];
                if (K.pointer.show) {
                    var F = K.max - K.min,
                        m = K.pointer,
                        H = this._paramsMap[s],
                        J = this.parsePercent(m.length, H.radius[1]),
                        G = this.parsePercent(m.width, H.radius[1]),
                        E = H.center,
                        M = this._getValue(s);
                    M = M < K.max ? M : K.max;
                    var L = (H.startAngle - H.totalAngle / F * (M - K.min)) * Math.PI / 180,
                        n = "auto" === m.color ? this._getColor(s, M) : m.color,
                        I = new x({
                            zlevel: K.zlevel,
                            z: K.z + 1,
                            clickable: this.query(K, "clickable"),
                            style: {
                                x: E[0],
                                y: E[1],
                                r: J,
                                startAngle: H.startAngle * Math.PI / 180,
                                angle: L,
                                color: n,
                                width: G,
                                shadowColor: m.shadowColor,
                                shadowBlur: m.shadowBlur,
                                shadowOffsetX: m.shadowOffsetX,
                                shadowOffsetY: m.shadowOffsetY
                            },
                            highlightStyle: {
                                brushType: "fill",
                                width: G > 2 ? 2 : G / 2,
                                color: "#fff"
                            }
                        });
                    w.pack(I, this.series[s], s, this.series[s].data[0], 0, this.series[s].data[0].name, M), this.shapeList.push(I), this.shapeList.push(new A({
                        zlevel: K.zlevel,
                        z: K.z + 2,
                        hoverable: !1,
                        style: {
                            x: E[0],
                            y: E[1],
                            r: m.width / 2.5,
                            color: "#fff"
                        }
                    }))
                }
            },
            _buildTitle: function(a) {
                var M = this.series[a];
                if (M.title.show) {
                    var F = M.data[0],
                        I = null != F.name ? F.name : "";
                    if ("" !== I) {
                        var J = M.title,
                            K = J.offsetCenter,
                            L = J.textStyle,
                            G = L.color,
                            E = this._paramsMap[a],
                            H = E.center[0] + this.parsePercent(K[0], E.radius[1]),
                            N = E.center[1] + this.parsePercent(K[1], E.radius[1]);
                        this.shapeList.push(new j({
                            zlevel: M.zlevel,
                            z: M.z + (Math.abs(H - E.center[0]) + Math.abs(N - E.center[1]) < 2 * L.fontSize ? 2 : 1),
                            hoverable: !1,
                            style: {
                                x: H,
                                y: N,
                                color: "auto" === G ? this._getColor(a) : G,
                                text: I,
                                textAlign: "center",
                                textFont: this.getFont(L),
                                shadowColor: L.shadowColor,
                                shadowBlur: L.shadowBlur,
                                shadowOffsetX: L.shadowOffsetX,
                                shadowOffsetY: L.shadowOffsetY
                            }
                        }))
                    }
                }
            },
            _buildDetail: function(E) {
                var M = this.series[E];
                if (M.detail.show) {
                    var G = M.detail,
                        J = G.offsetCenter,
                        r = G.backgroundColor,
                        K = G.textStyle,
                        L = K.color,
                        H = this._paramsMap[E],
                        F = this._getValue(E),
                        I = H.center[0] - G.width / 2 + this.parsePercent(J[0], H.radius[1]),
                        N = H.center[1] + this.parsePercent(J[1], H.radius[1]);
                    this.shapeList.push(new z({
                        zlevel: M.zlevel,
                        z: M.z + (Math.abs(I + G.width / 2 - H.center[0]) + Math.abs(N + G.height / 2 - H.center[1]) < K.fontSize ? 2 : 1),
                        hoverable: !1,
                        style: {
                            x: I,
                            y: N,
                            width: G.width,
                            height: G.height,
                            brushType: "both",
                            color: "auto" === r ? this._getColor(E, F) : r,
                            lineWidth: G.borderWidth,
                            strokeColor: G.borderColor,
                            shadowColor: G.shadowColor,
                            shadowBlur: G.shadowBlur,
                            shadowOffsetX: G.shadowOffsetX,
                            shadowOffsetY: G.shadowOffsetY,
                            text: this._getLabelText(G.formatter, F),
                            textFont: this.getFont(K),
                            textPosition: "inside",
                            textColor: "auto" === L ? this._getColor(E, F) : L
                        }
                    }))
                }
            },
            _getValue: function(a) {
                return this.getDataFromOption(this.series[a].data[0])
            },
            _colorMap: function(m) {
                var J = this.series[m],
                    E = J.min,
                    F = J.max - E,
                    l = J.axisLine.lineStyle.color;
                l instanceof Array || (l = [
                    [1, l]
                ]);
                for (var G = [], H = 0, I = l.length; I > H; H++) {
                    G.push([l[H][0] * F + E, l[H][1]])
                }
                this._paramsMap[m].colorArray = G
            },
            _getColor: function(m, s) {
                null == s && (s = this._getValue(m));
                for (var o = this._paramsMap[m].colorArray, r = 0, l = o.length; l > r; r++) {
                    if (o[r][0] >= s) {
                        return o[r][1]
                    }
                }
                return o[o.length - 1][1]
            },
            _getSector: function(m, K, F, G, l, H, I, J, E) {
                return new v({
                    zlevel: J,
                    z: E,
                    hoverable: !1,
                    style: {
                        x: m[0],
                        y: m[1],
                        r0: K,
                        r: F,
                        startAngle: G,
                        endAngle: l,
                        brushType: "fill",
                        color: H,
                        shadowColor: I.shadowColor,
                        shadowBlur: I.shadowBlur,
                        shadowOffsetX: I.shadowOffsetX,
                        shadowOffsetY: I.shadowOffsetY
                    }
                })
            },
            _getLabelText: function(a, i) {
                if (a) {
                    if ("function" == typeof a) {
                        return a.call(this.myChart, i)
                    }
                    if ("string" == typeof a) {
                        return a.replace("{value}", i)
                    }
                }
                return i
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this.backupShapeList(), this._buildShape()
            }
        }, C.inherits(B, u), p("../chart").define("gauge", B), B
    }), d("echarts/util/shape/GaugePointer", ["require", "zrender/shape/Base", "zrender/tool/util", "./normalIsCover"], function(a) {
        function m(i) {
            j.call(this, i)
        }
        var j = a("zrender/shape/Base"),
            l = a("zrender/tool/util");
        return m.prototype = {
            type: "gauge-pointer",
            buildPath: function(q, x) {
                var s = x.r,
                    u = x.width,
                    p = x.angle,
                    v = x.x - Math.cos(p) * u * (u >= s / 3 ? 1 : 2),
                    w = x.y + Math.sin(p) * u * (u >= s / 3 ? 1 : 2);
                p = x.angle - Math.PI / 2, q.moveTo(v, w), q.lineTo(x.x + Math.cos(p) * u, x.y - Math.sin(p) * u), q.lineTo(x.x + Math.cos(x.angle) * s, x.y - Math.sin(x.angle) * s), q.lineTo(x.x - Math.cos(p) * u, x.y + Math.sin(p) * u), q.lineTo(v, w)
            },
            getRect: function(q) {
                if (q.__rect) {
                    return q.__rect
                }
                var v = 2 * q.width,
                    r = q.x,
                    s = q.y,
                    p = r + Math.cos(q.angle) * q.r,
                    u = s - Math.sin(q.angle) * q.r;
                return q.__rect = {
                    x: Math.min(r, p) - v,
                    y: Math.min(s, u) - v,
                    width: Math.abs(r - p) + v,
                    height: Math.abs(s - u) + v
                }, q.__rect
            },
            isCover: a("./normalIsCover")
        }, l.inherits(m, j), m
    }), d("echarts/chart/funnel", ["require", "./base", "zrender/shape/Text", "zrender/shape/Line", "zrender/shape/Polygon", "../config", "../util/ecData", "../util/number", "zrender/tool/util", "zrender/tool/color", "zrender/tool/area", "../chart"], function(p) {
        function B(l, s, m, i, r) {
            u.call(this, l, s, m, i, r), this.refresh(i)
        }
        var u = p("./base"),
            x = p("zrender/shape/Text"),
            j = p("zrender/shape/Line"),
            y = p("zrender/shape/Polygon"),
            z = p("../config");
        z.funnel = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            legendHoverLink: !0,
            x: 80,
            y: 60,
            x2: 80,
            y2: 60,
            min: 0,
            max: 100,
            minSize: "0%",
            maxSize: "100%",
            sort: "descending",
            gap: 0,
            funnelAlign: "center",
            itemStyle: {
                normal: {
                    borderColor: "#fff",
                    borderWidth: 1,
                    label: {
                        show: !0,
                        position: "outer"
                    },
                    labelLine: {
                        show: !0,
                        length: 10,
                        lineStyle: {
                            width: 1,
                            type: "solid"
                        }
                    }
                },
                emphasis: {
                    borderColor: "rgba(0,0,0,0)",
                    borderWidth: 1,
                    label: {
                        show: !0
                    },
                    labelLine: {
                        show: !0
                    }
                }
            }
        };
        var A = p("../util/ecData"),
            v = p("../util/number"),
            q = p("zrender/tool/util"),
            w = p("zrender/tool/color"),
            C = p("zrender/tool/area");
        return B.prototype = {
            type: z.CHART_TYPE_FUNNEL,
            _buildShape: function() {
                var m = this.series,
                    s = this.component.legend;
                this._paramsMap = {}, this._selected = {}, this.selectedMap = {};
                for (var o, r = 0, l = m.length; l > r; r++) {
                    if (m[r].type === z.CHART_TYPE_FUNNEL) {
                        if (m[r] = this.reformOption(m[r]), this.legendHoverLink = m[r].legendHoverLink || this.legendHoverLink, o = m[r].name || "", this.selectedMap[o] = s ? s.isSelected(o) : !0, !this.selectedMap[o]) {
                            continue
                        }
                        this._buildSingleFunnel(r), this.buildMark(r)
                    }
                }
                this.addShapeList()
            },
            _buildSingleFunnel: function(H) {
                var T = this.component.legend,
                    L = this.series[H],
                    O = this._mapData(H),
                    D = this._getLocation(H);
                this._paramsMap[H] = {
                    location: D,
                    data: O
                };
                for (var P, R = 0, S = [], K = 0, N = O.length; N > K; K++) {
                    P = O[K].name, this.selectedMap[P] = T ? T.isSelected(P) : !0, this.selectedMap[P] && !isNaN(O[K].value) && (S.push(O[K]), R++)
                }
                if (0 !== R) {
                    for (var Y, X, G, Q, F = this._buildFunnelCase(H), W = L.funnelAlign, aa = L.gap, J = R > 1 ? (D.height - (R - 1) * aa) / R : D.height, E = D.y, I = "descending" === L.sort ? this._getItemWidth(H, S[0].value) : v.parsePercent(L.minSize, D.width), M = "descending" === L.sort ? 1 : 0, Z = D.centerX, l = [], K = 0, N = S.length; N > K; K++) {
                        if (P = S[K].name, this.selectedMap[P] && !isNaN(S[K].value)) {
                            switch (Y = N - 2 >= K ? this._getItemWidth(H, S[K + M].value) : "descending" === L.sort ? v.parsePercent(L.minSize, D.width) : v.parsePercent(L.maxSize, D.width), W) {
                                case "left":
                                    X = D.x;
                                    break;
                                case "right":
                                    X = D.x + D.width - I;
                                    break;
                                default:
                                    X = Z - I / 2
                            }
                            G = this._buildItem(H, S[K]._index, T ? T.getColor(P) : this.zr.getColor(S[K]._index), X, E, I, Y, J, W), E += J + aa, Q = G.style.pointList, l.unshift([Q[0][0] - 10, Q[0][1]]), l.push([Q[1][0] + 10, Q[1][1]]), 0 === K && (0 === I ? (Q = l.pop(), "center" == W && (l[0][0] += 10), "right" == W && (l[0][0] = Q[0]), l[0][1] -= "center" == W ? 10 : 15, 1 == N && (Q = G.style.pointList)) : (l[l.length - 1][1] -= 5, l[0][1] -= 5)), I = Y
                        }
                    }
                    F && (l.unshift([Q[3][0] - 10, Q[3][1]]), l.push([Q[2][0] + 10, Q[2][1]]), 0 === I ? (Q = l.pop(), "center" == W && (l[0][0] += 10), "right" == W && (l[0][0] = Q[0]), l[0][1] += "center" == W ? 10 : 15) : (l[l.length - 1][1] += 5, l[0][1] += 5), F.style.pointList = l)
                }
            },
            _buildFunnelCase: function(m) {
                var s = this.series[m];
                if (this.deepQuery([s, this.option], "calculable")) {
                    var o = this._paramsMap[m].location,
                        r = 10,
                        l = {
                            hoverable: !1,
                            style: {
                                pointListd: [
                                    [o.x - r, o.y - r],
                                    [o.x + o.width + r, o.y - r],
                                    [o.x + o.width + r, o.y + o.height + r],
                                    [o.x - r, o.y + o.height + r]
                                ],
                                brushType: "stroke",
                                lineWidth: 1,
                                strokeColor: s.calculableHolderColor || this.ecTheme.calculableHolderColor || z.calculableHolderColor
                            }
                        };
                    return A.pack(l, s, m, void 0, -1), this.setCalculable(l), l = new y(l), this.shapeList.push(l), l
                }
            },
            _getLocation: function(m) {
                var G = this.series[m],
                    s = this.zr.getWidth(),
                    D = this.zr.getHeight(),
                    l = this.parsePercent(G.x, s),
                    E = this.parsePercent(G.y, D),
                    F = null == G.width ? s - l - this.parsePercent(G.x2, s) : this.parsePercent(G.width, s);
                return {
                    x: l,
                    y: E,
                    width: F,
                    height: null == G.height ? D - E - this.parsePercent(G.y2, D) : this.parsePercent(G.height, D),
                    centerX: l + F / 2
                }
            },
            _mapData: function(m) {
                function G(a, i) {
                    return "-" === a.value ? 1 : "-" === i.value ? -1 : i.value - a.value
                }

                function s(a, n) {
                    return -G(a, n)
                }
                for (var D = this.series[m], l = q.clone(D.data), E = 0, F = l.length; F > E; E++) {
                    l[E]._index = E
                }
                return "none" != D.sort && l.sort("descending" === D.sort ? G : s), l
            },
            _buildItem: function(F, O, H, K, s, L, N, I, G) {
                var J = this.series,
                    R = J[F],
                    Q = R.data[O],
                    E = this.getPolygon(F, O, H, K, s, L, N, I, G);
                A.pack(E, J[F], F, J[F].data[O], O, J[F].data[O].name), this.shapeList.push(E);
                var M = this.getLabel(F, O, H, K, s, L, N, I, G);
                A.pack(M, J[F], F, J[F].data[O], O, J[F].data[O].name), this.shapeList.push(M), this._needLabel(R, Q, !1) || (M.invisible = !0);
                var D = this.getLabelLine(F, O, H, K, s, L, N, I, G);
                this.shapeList.push(D), this._needLabelLine(R, Q, !1) || (D.invisible = !0);
                var P = [],
                    S = [];
                return this._needLabelLine(R, Q, !0) && (P.push(D.id), S.push(D.id)), this._needLabel(R, Q, !0) && (P.push(M.id), S.push(E.id)), E.hoverConnect = P, M.hoverConnect = S, E
            },
            _getItemWidth: function(m, I) {
                var D = this.series[m],
                    E = this._paramsMap[m].location,
                    l = D.min,
                    F = D.max,
                    G = v.parsePercent(D.minSize, E.width),
                    H = v.parsePercent(D.maxSize, E.width);
                return (I - l) * (H - G) / (F - l) + G
            },
            getPolygon: function(F, O, I, K, m, M, N, J, H) {
                var R, Q = this.series[F],
                    E = Q.data[O],
                    L = [E, Q],
                    D = this.deepMerge(L, "itemStyle.normal") || {},
                    P = this.deepMerge(L, "itemStyle.emphasis") || {},
                    S = this.getItemStyleColor(D.color, F, O, E) || I,
                    G = this.getItemStyleColor(P.color, F, O, E) || ("string" == typeof S ? w.lift(S, -0.2) : S);
                switch (H) {
                    case "left":
                        R = K;
                        break;
                    case "right":
                        R = K + (M - N);
                        break;
                    default:
                        R = K + (M - N) / 2
                }
                var o = {
                    zlevel: Q.zlevel,
                    z: Q.z,
                    clickable: this.deepQuery(L, "clickable"),
                    style: {
                        pointList: [
                            [K, m],
                            [K + M, m],
                            [R + N, m + J],
                            [R, m + J]
                        ],
                        brushType: "both",
                        color: S,
                        lineWidth: D.borderWidth,
                        strokeColor: D.borderColor
                    },
                    highlightStyle: {
                        color: G,
                        lineWidth: P.borderWidth,
                        strokeColor: P.borderColor
                    }
                };
                return this.deepQuery([E, Q, this.option], "calculable") && (this.setCalculable(o), o.draggable = !0), new y(o)
            },
            getLabel: function(G, S, J, n, O, Q, R, M, V) {
                var F, P = this.series[G],
                    E = P.data[S],
                    T = this._paramsMap[G].location,
                    Z = q.merge(q.clone(E.itemStyle) || {}, P.itemStyle),
                    I = "normal",
                    D = Z[I].label,
                    H = D.textStyle || {},
                    K = Z[I].labelLine.length,
                    Y = this.getLabelText(G, S, I),
                    m = this.getFont(H),
                    N = J;
                D.position = D.position || Z.normal.label.position, "inner" === D.position || "inside" === D.position || "center" === D.position ? (F = V, N = Math.max(Q, R) / 2 > C.getTextWidth(Y, m) ? "#fff" : w.reverse(J)) : F = "left" === D.position ? "right" : "left";
                var X = {
                    zlevel: P.zlevel,
                    z: P.z + 1,
                    style: {
                        x: this._getLabelPoint(D.position, n, T, Q, R, K, V),
                        y: O + M / 2,
                        color: H.color || N,
                        text: Y,
                        textAlign: H.align || F,
                        textBaseline: H.baseline || "middle",
                        textFont: m
                    }
                };
                return I = "emphasis", D = Z[I].label || D, H = D.textStyle || H, K = Z[I].labelLine.length || K, D.position = D.position || Z.normal.label.position, Y = this.getLabelText(G, S, I), m = this.getFont(H), N = J, "inner" === D.position || "inside" === D.position || "center" === D.position ? (F = V, N = Math.max(Q, R) / 2 > C.getTextWidth(Y, m) ? "#fff" : w.reverse(J)) : F = "left" === D.position ? "right" : "left", X.highlightStyle = {
                    x: this._getLabelPoint(D.position, n, T, Q, R, K, V),
                    color: H.color || N,
                    text: Y,
                    textAlign: H.align || F,
                    textFont: m,
                    brushType: "fill"
                }, new x(X)
            },
            getLabelText: function(m, G, s) {
                var D = this.series,
                    l = D[m],
                    E = l.data[G],
                    F = this.deepQuery([E, l], "itemStyle." + s + ".label.formatter");
                return F ? "function" == typeof F ? F.call(this.myChart, {
                    seriesIndex: m,
                    seriesName: l.name || "",
                    series: l,
                    dataIndex: G,
                    data: E,
                    name: E.name,
                    value: E.value
                }) : "string" == typeof F ? F = F.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}").replace("{a0}", l.name).replace("{b0}", E.name).replace("{c0}", E.value) : void 0 : E.name
            },
            getLabelLine: function(F, Q, I, L, M, O, P, J, K) {
                var T = this.series[F],
                    S = T.data[Q],
                    E = this._paramsMap[F].location,
                    N = q.merge(q.clone(S.itemStyle) || {}, T.itemStyle),
                    D = "normal",
                    R = N[D].labelLine,
                    W = N[D].labelLine.length,
                    H = R.lineStyle || {},
                    a = N[D].label;
                a.position = a.position || N.normal.label.position;
                var G = {
                    zlevel: T.zlevel,
                    z: T.z + 1,
                    hoverable: !1,
                    style: {
                        xStart: this._getLabelLineStartPoint(L, E, O, P, K),
                        yStart: M + J / 2,
                        xEnd: this._getLabelPoint(a.position, L, E, O, P, W, K),
                        yEnd: M + J / 2,
                        strokeColor: H.color || I,
                        lineType: H.type,
                        lineWidth: H.width
                    }
                };
                return D = "emphasis", R = N[D].labelLine || R, W = N[D].labelLine.length || W, H = R.lineStyle || H, a = N[D].label || a, a.position = a.position, G.highlightStyle = {
                    xEnd: this._getLabelPoint(a.position, L, E, O, P, W, K),
                    strokeColor: H.color || I,
                    lineType: H.type,
                    lineWidth: H.width
                }, new j(G)
            },
            _getLabelPoint: function(m, G, s, D, l, E, F) {
                switch (m = "inner" === m || "inside" === m ? "center" : m) {
                    case "center":
                        return "center" == F ? G + D / 2 : "left" == F ? G + 10 : G + D - 10;
                    case "left":
                        return "auto" === E ? s.x - 10 : "center" == F ? s.centerX - Math.max(D, l) / 2 - E : "right" == F ? G - (l > D ? l - D : 0) - E : s.x - E;
                    default:
                        return "auto" === E ? s.x + s.width + 10 : "center" == F ? s.centerX + Math.max(D, l) / 2 + E : "right" == F ? s.x + s.width + E : G + Math.max(D, l) + E
                }
            },
            _getLabelLineStartPoint: function(m, s, o, r, l) {
                return "center" == l ? s.centerX : r > o ? m + Math.min(o, r) / 2 : m + Math.max(o, r) / 2
            },
            _needLabel: function(a, m, l) {
                return this.deepQuery([m, a], "itemStyle." + (l ? "emphasis" : "normal") + ".label.show")
            },
            _needLabelLine: function(a, m, l) {
                return this.deepQuery([m, a], "itemStyle." + (l ? "emphasis" : "normal") + ".labelLine.show")
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this.backupShapeList(), this._buildShape()
            }
        }, q.inherits(B, u), p("../chart").define("funnel", B), B
    }), d("echarts/chart/eventRiver", ["require", "./base", "../layout/eventRiver", "zrender/shape/Polygon", "../component/axis", "../component/grid", "../component/dataZoom", "../config", "../util/ecData", "../util/date", "zrender/tool/util", "zrender/tool/color", "../chart"], function(m) {
        function z(l, C, s, i, A) {
            q.call(this, l, C, s, i, A);
            var B = this;
            B._ondragend = function() {
                B.isDragend = !0
            }, this.refresh(i)
        }
        var q = m("./base"),
            v = m("../layout/eventRiver"),
            j = m("zrender/shape/Polygon");
        m("../component/axis"), m("../component/grid"), m("../component/dataZoom");
        var w = m("../config");
        w.eventRiver = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            legendHoverLink: !0,
            itemStyle: {
                normal: {
                    borderColor: "rgba(0,0,0,0)",
                    borderWidth: 1,
                    label: {
                        show: !0,
                        position: "inside",
                        formatter: "{b}"
                    }
                },
                emphasis: {
                    borderColor: "rgba(0,0,0,0)",
                    borderWidth: 1,
                    label: {
                        show: !0
                    }
                }
            }
        };
        var x = m("../util/ecData"),
            y = m("../util/date"),
            u = m("zrender/tool/util"),
            p = m("zrender/tool/color");
        return z.prototype = {
            type: w.CHART_TYPE_EVENTRIVER,
            _buildShape: function() {
                var n = this.series;
                this.selectedMap = {}, this._dataPreprocessing();
                for (var A = this.component.legend, r = [], l = 0; l < n.length; l++) {
                    if (n[l].type === this.type) {
                        n[l] = this.reformOption(n[l]), this.legendHoverLink = n[l].legendHoverLink || this.legendHoverLink;
                        var s = n[l].name || "";
                        if (this.selectedMap[s] = A ? A.isSelected(s) : !0, !this.selectedMap[s]) {
                            continue
                        }
                        this.buildMark(l), r.push(this.series[l])
                    }
                }
                v(r, this._intervalX, this.component.grid.getArea()), this._drawEventRiver(), this.addShapeList()
            },
            _dataPreprocessing: function() {
                for (var A, H, C = this.series, E = 0, s = C.length; s > E; E++) {
                    if (C[E].type === this.type) {
                        A = this.component.xAxis.getAxis(C[E].xAxisIndex || 0);
                        for (var F = 0, G = C[E].data.length; G > F; F++) {
                            H = C[E].data[F].evolution;
                            for (var D = 0, B = H.length; B > D; D++) {
                                H[D].timeScale = A.getCoord(y.getNewDate(H[D].time) - 0), H[D].valueScale = Math.pow(H[D].value, 0.8)
                            }
                        }
                    }
                }
                this._intervalX = Math.round(this.component.grid.getWidth() / 40)
            },
            _drawEventRiver: function() {
                for (var a = this.series, r = 0; r < a.length; r++) {
                    var l = a[r].name || "";
                    if (a[r].type === this.type && this.selectedMap[l]) {
                        for (var o = 0; o < a[r].data.length; o++) {
                            this._drawEventBubble(a[r].data[o], r, o)
                        }
                    }
                }
            },
            _drawEventBubble: function(A, J, C) {
                var F = this.series,
                    G = F[J],
                    I = G.name || "",
                    D = G.data[C],
                    E = [D, G],
                    M = this.component.legend,
                    L = M ? M.getColor(I) : this.zr.getColor(J),
                    r = this.deepMerge(E, "itemStyle.normal") || {},
                    H = this.deepMerge(E, "itemStyle.emphasis") || {},
                    a = this.getItemStyleColor(r.color, J, C, D) || L,
                    K = this.getItemStyleColor(H.color, J, C, D) || ("string" == typeof a ? p.lift(a, -0.2) : a),
                    N = this._calculateControlPoints(A),
                    B = {
                        zlevel: G.zlevel,
                        z: G.z,
                        clickable: this.deepQuery(E, "clickable"),
                        style: {
                            pointList: N,
                            smooth: "spline",
                            brushType: "both",
                            lineJoin: "round",
                            color: a,
                            lineWidth: r.borderWidth,
                            strokeColor: r.borderColor
                        },
                        highlightStyle: {
                            color: K,
                            lineWidth: H.borderWidth,
                            strokeColor: H.borderColor
                        },
                        draggable: "vertical",
                        ondragend: this._ondragend
                    };
                B = new j(B), this.addLabel(B, G, D, A.name), x.pack(B, F[J], J, F[J].data[C], C, F[J].data[C].name), this.shapeList.push(B)
            },
            _calculateControlPoints: function(B) {
                var I = this._intervalX,
                    C = B.y,
                    E = B.evolution,
                    A = E.length;
                if (!(1 > A)) {
                    for (var F = [], G = [], H = 0; A > H; H++) {
                        F.push(E[H].timeScale), G.push(E[H].valueScale)
                    }
                    var D = [];
                    D.push([F[0], C]);
                    var H = 0;
                    for (H = 0; A - 1 > H; H++) {
                        D.push([(F[H] + F[H + 1]) / 2, G[H] / -2 + C])
                    }
                    for (D.push([(F[H] + (F[H] + I)) / 2, G[H] / -2 + C]), D.push([F[H] + I, C]), D.push([(F[H] + (F[H] + I)) / 2, G[H] / 2 + C]), H = A - 1; H > 0; H--) {
                        D.push([(F[H] + F[H - 1]) / 2, G[H - 1] / 2 + C])
                    }
                    return D
                }
            },
            ondragend: function(a, i) {
                this.isDragend && a.target && (i.dragOut = !0, i.dragIn = !0, i.needRefresh = !1, this.isDragend = !1)
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this.backupShapeList(), this._buildShape()
            }
        }, u.inherits(z, q), m("../chart").define("eventRiver", z), z
    }), d("echarts/layout/eventRiver", ["require"], function() {
        function l(t, A, E) {
            function G(r, x) {
                var s = r.importance,
                    u = x.importance;
                return s > u ? -1 : u > s ? 1 : 0
            }
            for (var H = 4, C = 0; C < t.length; C++) {
                for (var z = 0; z < t[C].data.length; z++) {
                    null == t[C].data[z].weight && (t[C].data[z].weight = 1);
                    for (var D = 0, K = 0; K < t[C].data[z].evolution.length; K++) {
                        D += t[C].data[z].evolution[K].valueScale
                    }
                    t[C].data[z].importance = D * t[C].data[z].weight
                }
                t[C].data.sort(G)
            }
            for (var C = 0; C < t.length; C++) {
                null == t[C].weight && (t[C].weight = 1);
                for (var D = 0, z = 0; z < t[C].data.length; z++) {
                    D += t[C].data[z].weight
                }
                t[C].importance = D * t[C].weight
            }
            t.sort(G);
            for (var J = Number.MAX_VALUE, q = 0, C = 0; C < t.length; C++) {
                for (var z = 0; z < t[C].data.length; z++) {
                    for (var K = 0; K < t[C].data[z].evolution.length; K++) {
                        var F = t[C].data[z].evolution[K].timeScale;
                        J = Math.min(J, F), q = Math.max(q, F)
                    }
                }
            }
            J = ~~J, q = ~~q;
            for (var n = function() {
                    var i = q - J + 1 + ~~A;
                    if (0 >= i) {
                        return [0]
                    }
                    for (var r = []; i--;) {
                        r.push(0)
                    }
                    return r
                }(), I = n.slice(0), M = [], w = 0, a = 0, C = 0; C < t.length; C++) {
                for (var z = 0; z < t[C].data.length; z++) {
                    var v = t[C].data[z];
                    v.time = [], v.value = [];
                    for (var B, L = 0, K = 0; K < t[C].data[z].evolution.length; K++) {
                        B = t[C].data[z].evolution[K], v.time.push(B.timeScale), v.value.push(B.valueScale), L = Math.max(L, B.valueScale)
                    }
                    o(v, A, J), v.y = j(I, v, function(i, r) {
                        return i.ypx[r]
                    }), v._offset = j(n, v, function() {
                        return H
                    }), w = Math.max(w, v.y + L), a = Math.max(a, v._offset), M.push(v)
                }
            }
            p(M, E, w, a)
        }

        function p(v, E, x, A) {
            for (var q = E.height, B = A / q > 0.5 ? 0.5 : 1, C = E.y, D = (E.height - A) / x, y = 0, w = v.length; w > y; y++) {
                var z = v[y];
                z.y = C + D * z.y + z._offset * B, delete z.time, delete z.value, delete z.xpx, delete z.ypx, delete z._offset;
                for (var G = z.evolution, F = 0, u = G.length; u > F; F++) {
                    G[F].valueScale *= D
                }
            }
        }

        function m(r, w, s, u) {
            if (r === s) {
                throw new Error("x0 is equal with x1!!!")
            }
            if (w === u) {
                return function() {
                    return w
                }
            }
            var q = (w - u) / (r - s),
                v = (u * r - w * s) / (r - s);
            return function(a) {
                return q * a + v
            }
        }

        function o(q, B, x) {
            var i = ~~B,
                y = q.time.length;
            q.xpx = [], q.ypx = [];
            for (var z, A = 0, v = 0, u = 0, w = 0, D = 0; y > A; A++) {
                v = ~~q.time[A], w = q.value[A] / 2, A === y - 1 ? (u = v + i, D = 0) : (u = ~~q.time[A + 1], D = q.value[A + 1] / 2), z = m(v, w, u, D);
                for (var C = v; u > C; C++) {
                    q.xpx.push(C - x), q.ypx.push(z(C))
                }
            }
            q.xpx.push(u - x), q.ypx.push(D)
        }

        function j(s, y, u) {
            for (var v, q = 0, w = y.xpx.length, x = 0; w > x; x++) {
                v = u(y, x), q = Math.max(q, v + s[y.xpx[x]])
            }
            for (x = 0; w > x; x++) {
                v = u(y, x), s[y.xpx[x]] = q + v
            }
            return q
        }
        return l
    }), d("echarts/chart/venn", ["require", "./base", "zrender/shape/Text", "zrender/shape/Circle", "zrender/shape/Path", "../config", "../util/ecData", "zrender/tool/util", "../chart"], function(m) {
        function y(l, z, r, i, s) {
            p.call(this, l, z, r, i, s), this.refresh(i)
        }
        var p = m("./base"),
            u = m("zrender/shape/Text"),
            j = m("zrender/shape/Circle"),
            v = m("zrender/shape/Path"),
            w = m("../config");
        w.venn = {
            zlevel: 0,
            z: 1,
            calculable: !1
        };
        var x = m("../util/ecData"),
            q = m("zrender/tool/util");
        return y.prototype = {
            type: w.CHART_TYPE_VENN,
            _buildShape: function() {
                this.selectedMap = {}, this._symbol = this.option.symbolList, this._queryTarget, this._dropBoxList = [], this._vennDataCounter = 0;
                for (var a = this.series, r = this.component.legend, l = 0; l < a.length; l++) {
                    if (a[l].type === w.CHART_TYPE_VENN) {
                        a[l] = this.reformOption(a[l]);
                        var o = a[l].name || "";
                        if (this.selectedMap[o] = r ? r.isSelected(o) : !0, !this.selectedMap[o]) {
                            continue
                        }
                        this._buildVenn(l)
                    }
                }
                this.addShapeList()
            },
            _buildVenn: function(B) {
                var L, D, G = this.series[B],
                    z = G.data;
                z[0].value > z[1].value ? (L = this.zr.getHeight() / 3, D = L * Math.sqrt(z[1].value) / Math.sqrt(z[0].value)) : (D = this.zr.getHeight() / 3, L = D * Math.sqrt(z[0].value) / Math.sqrt(z[1].value));
                var H = this.zr.getWidth() / 2 - L,
                    J = (L + D) / 2 * Math.sqrt(z[2].value) / Math.sqrt((z[0].value + z[1].value) / 2),
                    K = L + D;
                0 !== z[2].value && (K = this._getCoincideLength(z[0].value, z[1].value, z[2].value, L, D, J, Math.abs(L - D), L + D));
                var E = H + K,
                    C = this.zr.getHeight() / 2;
                if (this._buildItem(B, 0, z[0], H, C, L), this._buildItem(B, 1, z[1], E, C, D), 0 !== z[2].value && z[2].value !== z[0].value && z[2].value !== z[1].value) {
                    var F = (L * L - D * D) / (2 * K) + K / 2,
                        N = K / 2 - (L * L - D * D) / (2 * K),
                        M = Math.sqrt(L * L - F * F),
                        A = 0,
                        I = 0;
                    z[0].value > z[1].value && H + F > E && (I = 1), z[0].value < z[1].value && H + N > E && (A = 1), this._buildCoincideItem(B, 2, z[2], H + F, C - M, C + M, L, D, A, I)
                }
            },
            _getCoincideLength: function(C, M, E, H, z, I, K, L) {
                var F = (H * H - z * z) / (2 * I) + I / 2,
                    D = I / 2 - (H * H - z * z) / (2 * I),
                    G = Math.acos(F / H),
                    P = Math.acos(D / z),
                    O = H * H * Math.PI,
                    B = G * H * H - F * H * Math.sin(G) + P * z * z - D * z * Math.sin(P),
                    J = B / O,
                    A = E / C,
                    N = Math.abs(J / A);
                return N > 0.999 && 1.001 > N ? I : 0.999 >= N ? (L = I, I = (I + K) / 2, this._getCoincideLength(C, M, E, H, z, I, K, L)) : (K = I, I = (I + L) / 2, this._getCoincideLength(C, M, E, H, z, I, K, L))
            },
            _buildItem: function(z, H, B, E, s, F) {
                var G = this.series,
                    C = G[z],
                    A = this.getCircle(z, H, B, E, s, F);
                if (x.pack(A, C, z, B, H, B.name), this.shapeList.push(A), C.itemStyle.normal.label.show) {
                    var D = this.getLabel(z, H, B, E, s, F);
                    x.pack(D, C, z, C.data[H], H, C.data[H].name), this.shapeList.push(D)
                }
            },
            _buildCoincideItem: function(B, M, F, J, o, L, H, E, I, P) {
                var O = this.series,
                    A = O[B],
                    K = [F, A],
                    z = this.deepMerge(K, "itemStyle.normal") || {},
                    N = this.deepMerge(K, "itemStyle.emphasis") || {},
                    Q = z.color || this.zr.getColor(M),
                    D = N.color || this.zr.getColor(M),
                    s = "M" + J + "," + o + "A" + H + "," + H + ",0," + I + ",1," + J + "," + L + "A" + E + "," + E + ",0," + P + ",1," + J + "," + o,
                    C = {
                        color: Q,
                        path: s
                    },
                    G = {
                        zlevel: A.zlevel,
                        z: A.z,
                        style: C,
                        highlightStyle: {
                            color: D,
                            lineWidth: N.borderWidth,
                            strokeColor: N.borderColor
                        }
                    };
                G = new v(G), G.buildPathArray && (G.style.pathArray = G.buildPathArray(C.path)), x.pack(G, O[B], 0, F, M, F.name), this.shapeList.push(G)
            },
            getCircle: function(z, I, B, E, F, G) {
                var H = this.series[z],
                    C = [B, H],
                    A = this.deepMerge(C, "itemStyle.normal") || {},
                    D = this.deepMerge(C, "itemStyle.emphasis") || {},
                    K = A.color || this.zr.getColor(I),
                    J = D.color || this.zr.getColor(I),
                    a = {
                        zlevel: H.zlevel,
                        z: H.z,
                        clickable: !0,
                        style: {
                            x: E,
                            y: F,
                            r: G,
                            brushType: "fill",
                            opacity: 1,
                            color: K
                        },
                        highlightStyle: {
                            color: J,
                            lineWidth: D.borderWidth,
                            strokeColor: D.borderColor
                        }
                    };
                return this.deepQuery([B, H, this.option], "calculable") && (this.setCalculable(a), a.draggable = !0), new j(a)
            },
            getLabel: function(B, L, E, n, H, J) {
                var K = this.series[B],
                    F = K.itemStyle,
                    D = [E, K],
                    G = this.deepMerge(D, "itemStyle.normal") || {},
                    O = "normal",
                    N = F[O].label,
                    A = N.textStyle || {},
                    I = this.getLabelText(L, E, O),
                    z = this.getFont(A),
                    M = G.color || this.zr.getColor(L),
                    P = A.fontSize || 12,
                    C = {
                        zlevel: K.zlevel,
                        z: K.z,
                        style: {
                            x: n,
                            y: H - J - P,
                            color: A.color || M,
                            text: I,
                            textFont: z,
                            textAlign: "center"
                        }
                    };
                return new u(C)
            },
            getLabelText: function(r, B, s) {
                var z = this.series,
                    l = z[0],
                    A = this.deepQuery([B, l], "itemStyle." + s + ".label.formatter");
                return A ? "function" == typeof A ? A(l.name, B.name, B.value) : "string" == typeof A ? (A = A.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}"), A = A.replace("{a0}", l.name).replace("{b0}", B.name).replace("{c0}", B.value)) : void 0 : B.name
            },
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this._buildShape()
            }
        }, q.inherits(y, p), m("../chart").define("venn", y), y
    }), d("echarts/chart/treemap", ["require", "./base", "zrender/tool/area", "zrender/shape/Rectangle", "zrender/shape/Text", "zrender/shape/Line", "../layout/TreeMap", "../data/Tree", "../config", "../util/ecData", "zrender/config", "zrender/tool/event", "zrender/tool/util", "zrender/tool/color", "../chart"], function(q) {
        function C(l, G, m, i, s) {
            v.call(this, l, G, m, i, s), this.refresh(i);
            var F = this;
            F._onclick = function(a) {
                return F.__onclick(a)
            }, F.zr.on(E.EVENT.CLICK, F._onclick)
        }
        var v = q("./base"),
            y = q("zrender/tool/area"),
            j = q("zrender/shape/Rectangle"),
            z = q("zrender/shape/Text"),
            A = q("zrender/shape/Line"),
            B = q("../layout/TreeMap"),
            w = q("../data/Tree"),
            u = q("../config");
        u.treemap = {
            zlevel: 0,
            z: 1,
            calculable: !1,
            clickable: !0,
            center: ["50%", "50%"],
            size: ["80%", "80%"],
            root: "",
            itemStyle: {
                normal: {
                    label: {
                        show: !0,
                        x: 5,
                        y: 12,
                        textStyle: {
                            align: "left",
                            color: "#000",
                            fontFamily: "Arial",
                            fontSize: 13,
                            fontStyle: "normal",
                            fontWeight: "normal"
                        }
                    },
                    breadcrumb: {
                        show: !0,
                        textStyle: {}
                    },
                    borderWidth: 1,
                    borderColor: "#ccc",
                    childBorderWidth: 1,
                    childBorderColor: "#ccc"
                },
                emphasis: {}
            }
        };
        var x = q("../util/ecData"),
            E = q("zrender/config"),
            D = (q("zrender/tool/event"), q("zrender/tool/util")),
            p = q("zrender/tool/color");
        return C.prototype = {
            type: u.CHART_TYPE_TREEMAP,
            refresh: function(m) {
                this.clear(), m && (this.option = m, this.series = this.option.series), this._treesMap = {};
                for (var s = this.series, o = this.component.legend, r = 0; r < s.length; r++) {
                    if (s[r].type === u.CHART_TYPE_TREEMAP) {
                        s[r] = this.reformOption(s[r]);
                        var l = s[r].name || "";
                        if (this.selectedMap[l] = o ? o.isSelected(l) : !0, !this.selectedMap[l]) {
                            continue
                        }
                        this._buildSeries(s[r], r)
                    }
                }
            },
            _buildSeries: function(a, o) {
                var l = w.fromOptionData(a.name, a.data);
                this._treesMap[o] = l;
                var m = a.root && l.getNodeById(a.root) || l.root;
                this._buildTreemap(m, o)
            },
            _buildTreemap: function(I, Z) {
                for (var N = this.shapeList, R = 0; R < N.length;) {
                    var s = N[R];
                    x.get(s, "seriesIndex") === Z ? (this.zr.delShape(N[R]), N.splice(R, 1)) : R++
                }
                for (var S = N.length, Y = this.series[Z], P = Y.itemStyle, M = this.parsePercent(Y.size[0], this.zr.getWidth()) || 400, ac = this.parsePercent(Y.size[1], this.zr.getHeight()) || 500, ab = this.parseCenter(this.zr, Y.center), H = ab[0] - 0.5 * M, T = ab[1] - 0.5 * ac, G = M * ac, aa = 0, ag = [], K = I.children, R = 0; R < K.length; R++) {
                    aa += K[R].data.value
                }
                for (var F = 0; F < K.length; F++) {
                    ag.push(K[F].data.value * G / aa)
                }
                for (var J = new B({
                        x: H,
                        y: T,
                        width: M,
                        height: ac
                    }), O = J.run(ag), ae = 0; ae < O.length; ae++) {
                    var m = K[ae].data,
                        Q = O[ae],
                        ad = [m.itemStyle, P],
                        af = this.deepMerge(ad);
                    af.normal.color || (af.normal.color = this.zr.getColor(ae)), af.emphasis.color || (af.emphasis.color = af.normal.color), this._buildItem(m, af, Q, Z, ae), m.children && this._buildChildrenTreemap(m.children, af, Q, Z)
                }
                this.query(Y, "itemStyle.normal.breadcrumb.show") && this._buildBreadcrumb(I, Z, H, T + ac);
                for (var R = S; R < N.length; R++) {
                    this.zr.addShape(N[R])
                }
            },
            _buildItem: function(m, I, s, F, l) {
                var G = this.series,
                    H = this.getRectangle(m, I, s);
                x.pack(H, G[F], F, m, l, m.name), this.shapeList.push(H)
            },
            getRectangle: function(a, K, m) {
                var G = K.emphasis,
                    H = K.normal,
                    I = this.getLabel(K, m, a.name, a.value),
                    J = this.option.hoverable,
                    F = {
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        hoverable: J,
                        clickable: !0,
                        style: D.merge({
                            x: m.x,
                            y: m.y,
                            width: m.width,
                            height: m.height,
                            brushType: "both",
                            color: H.color,
                            lineWidth: H.borderWidth,
                            strokeColor: H.borderColor
                        }, I.style, !0),
                        highlightStyle: D.merge({
                            color: G.color,
                            lineWidth: G.borderWidth,
                            strokeColor: G.borderColor
                        }, I.highlightStyle, !0)
                    };
                return new j(F)
            },
            getLabel: function(H, R, K, n) {
                var N = H.normal.label.textStyle,
                    P = [H.emphasis.label.textStyle, N],
                    Q = this.deepMerge(P),
                    L = H.normal.label.formatter,
                    J = this.getLabelText(K, n, L),
                    M = this.getFont(N),
                    W = y.getTextWidth(J, M),
                    T = y.getTextHeight(J, M),
                    G = this.deepQuery([H.emphasis, H.normal], "label.formatter"),
                    O = this.getLabelText(K, n, G),
                    F = this.getFont(Q),
                    S = y.getTextWidth(J, F),
                    X = y.getTextHeight(J, F);
                H.normal.label.show ? (H.normal.label.x + W > R.width || H.normal.label.y + T > R.height) && (J = "") : J = "", H.emphasis.label.show ? (Q.x + S > R.width || Q.y + X > R.height) && (O = "") : O = "";
                var I = {
                    style: {
                        textX: R.x + H.normal.label.x,
                        textY: R.y + H.normal.label.y,
                        text: J,
                        textPosition: "specific",
                        textColor: N.color,
                        textFont: M
                    },
                    highlightStyle: {
                        textX: R.x + H.emphasis.label.x,
                        textY: R.y + H.emphasis.label.y,
                        text: O,
                        textColor: Q.color,
                        textPosition: "specific"
                    }
                };
                return I
            },
            getLabelText: function(a, m, l) {
                return l ? "function" == typeof l ? l.call(this.myChart, a, m) : "string" == typeof l ? (l = l.replace("{b}", "{b0}").replace("{c}", "{c0}"), l = l.replace("{b0}", a).replace("{c0}", m)) : void 0 : a
            },
            _buildChildrenTreemap: function(G, P, J, L) {
                for (var m = J.width * J.height, M = 0, O = [], K = 0; K < G.length; K++) {
                    M += G[K].value
                }
                for (var I = 0; I < G.length; I++) {
                    O.push(G[I].value * m / M)
                }
                for (var S = new B({
                        x: J.x,
                        y: J.y,
                        width: J.width,
                        height: J.height
                    }), R = S.run(O), F = P.normal.childBorderWidth, N = P.normal.childBorderColor, s = 0; s < R.length; s++) {
                    var Q = R[s],
                        T = [];
                    J.y.toFixed(2) !== Q.y.toFixed(2) && T.push(this._getLine(Q.x, Q.y, Q.x + Q.width, Q.y, F, N)), J.x.toFixed(2) !== Q.x.toFixed(2) && T.push(this._getLine(Q.x, Q.y, Q.x, Q.y + Q.height, F, N)), (J.y + J.height).toFixed(2) !== (Q.y + Q.height).toFixed(2) && T.push(this._getLine(Q.x, Q.y + Q.height, Q.x + Q.width, Q.y + Q.height, F, N)), (J.x + J.width).toFixed(2) !== (Q.x + Q.width).toFixed(2) && T.push(this._getLine(Q.x + Q.width, Q.y, Q.x + Q.width, Q.y + Q.height, F, N));
                    for (var H = 0; H < T.length; H++) {
                        x.set(T[H], "seriesIndex", L), this.shapeList.push(T[H])
                    }
                }
            },
            _getLine: function(m, I, r, F, l, G) {
                var H = {
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase(),
                    hoverable: !1,
                    style: {
                        xStart: m,
                        yStart: I,
                        xEnd: r,
                        yEnd: F,
                        lineWidth: l,
                        strokeColor: G
                    }
                };
                return new A(H)
            },
            _buildBreadcrumb: function(F, N, H, J) {
                for (var m = [], L = F; L;) {
                    m.unshift(L.data.name), L = L.parent
                }
                for (var M = this.series[N], I = this.query(M, "itemStyle.normal.breadcrumb.textStyle") || {}, G = this.query(M, "itemStyle.emphasis.breadcrumb.textStyle") || {}, P = {
                        y: J + 10,
                        textBaseline: "top",
                        textAlign: "left",
                        color: I.color,
                        textFont: this.getFont(I)
                    }, K = {
                        brushType: "fill",
                        color: G.color || p.lift(I.color, -0.3),
                        textFont: this.getFont(G)
                    }, o = 0; o < m.length; o++) {
                    var O = new z({
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase(),
                        style: D.merge({
                            x: H,
                            text: m[o] + (m.length - 1 - o ? " > " : "")
                        }, P),
                        clickable: !0,
                        highlightStyle: K
                    });
                    x.set(O, "seriesIndex", N), x.set(O, "name", m[o]), H += O.getRect(O.style).width, this.shapeList.push(O)
                }
            },
            __onclick: function(m) {
                var G = m.target;
                if (G) {
                    var r = x.get(G, "seriesIndex"),
                        s = x.get(G, "name"),
                        l = this._treesMap[r],
                        F = l.getNodeById(s);
                    F && F.children.length && this._buildTreemap(F, r)
                }
            }
        }, D.inherits(C, v), q("../chart").define("treemap", C), C
    }), d("echarts/layout/TreeMap", ["require"], function() {
        function a(i) {
            ({
                x: i.x,
                y: i.y,
                width: i.width,
                height: i.height
            });
            this.x = i.x, this.y = i.y, this.width = i.width, this.height = i.height
        }
        return a.prototype.run = function(i) {
            var j = [];
            return this._squarify(i, {
                x: this.x,
                y: this.y,
                width: this.width,
                height: this.height
            }, j), j
        }, a.prototype._squarify = function(p, B, u) {
            var x = "VERTICAL",
                j = B.width,
                y = B.height;
            B.width < B.height && (x = "HORIZONTAL", j = B.height, y = B.width);
            for (var z = this._getShapeListInAbstractRow(p, j, y), A = 0; A < z.length; A++) {
                z[A].x = 0, z[A].y = 0;
                for (var v = 0; A > v; v++) {
                    z[A].y += z[v].height
                }
            }
            var q = {};
            if ("VERTICAL" == x) {
                for (var w = 0; w < z.length; w++) {
                    u.push({
                        x: z[w].x + B.x,
                        y: z[w].y + B.y,
                        width: z[w].width,
                        height: z[w].height
                    })
                }
                q = {
                    x: z[0].width + B.x,
                    y: B.y,
                    width: B.width - z[0].width,
                    height: B.height
                }
            } else {
                for (var D = 0; D < z.length; D++) {
                    u.push({
                        x: z[D].y + B.x,
                        y: z[D].x + B.y,
                        width: z[D].height,
                        height: z[D].width
                    })
                }
                q = {
                    x: B.x,
                    y: B.y + z[0].width,
                    width: B.width,
                    height: B.height - z[0].width
                }
            }
            var C = p.slice(z.length);
            0 !== C.length && this._squarify(C, q, u)
        }, a.prototype._getShapeListInAbstractRow = function(l, r, m) {
            if (1 === l.length) {
                return [{
                    width: r,
                    height: m
                }]
            }
            for (var p = 1; p < l.length; p++) {
                var j = this._placeFixedNumberRectangles(l.slice(0, p), r, m),
                    q = this._placeFixedNumberRectangles(l.slice(0, p + 1), r, m);
                if (this._isFirstBetter(j, q)) {
                    return j
                }
            }
        }, a.prototype._placeFixedNumberRectangles = function(m, z, q) {
            for (var v = m.length, j = [], w = 0, x = 0; x < m.length; x++) {
                w += m[x]
            }
            for (var y = w / q, u = 0; v > u; u++) {
                var p = q * m[u] / w;
                j.push({
                    width: y,
                    height: p
                })
            }
            return j
        }, a.prototype._isFirstBetter = function(j, o) {
            var l = j[0].height / j[0].width;
            l = l > 1 ? 1 / l : l;
            var m = o[0].height / o[0].width;
            return m = m > 1 ? 1 / m : m, Math.abs(l - 1) <= Math.abs(m - 1) ? !0 : !1
        }, a
    }), d("echarts/data/Tree", ["require", "zrender/tool/util"], function(a) {
        function m(i, n) {
            this.id = i, this.depth = 0, this.height = 0, this.children = [], this.parent = null, this.data = n || null
        }

        function j(i) {
            this.root = new m(i)
        }
        var l = a("zrender/tool/util");
        return m.prototype.add = function(i) {
            var n = this.children;
            i.parent !== this && (n.push(i), i.parent = this)
        }, m.prototype.remove = function(n) {
            var p = this.children,
                o = l.indexOf(p, n);
            o >= 0 && (p.splice(o, 1), n.parent = null)
        }, m.prototype.traverse = function(n, p) {
            n.call(p, this);
            for (var o = 0; o < this.children.length; o++) {
                this.children[o].traverse(n, p)
            }
        }, m.prototype.updateDepthAndHeight = function(o) {
            var r = 0;
            this.depth = o;
            for (var p = 0; p < this.children.length; p++) {
                var q = this.children[p];
                q.updateDepthAndHeight(o + 1), q.height > r && (r = q.height)
            }
            this.height = r + 1
        }, m.prototype.getNodeById = function(n) {
            if (this.id === n) {
                return this
            }
            for (var p = 0; p < this.children.length; p++) {
                var o = this.children[p].getNodeById(n);
                if (o) {
                    return o
                }
            }
        }, j.prototype.traverse = function(i, n) {
            this.root.traverse(i, n)
        }, j.prototype.getSubTree = function(i) {
            var p = this.getNodeById(i);
            if (p) {
                var o = new j(p.id);
                return o.root = p, o
            }
        }, j.prototype.getNodeById = function(i) {
            return this.root.getNodeById(i)
        }, j.fromOptionData = function(p, q) {
            function i(s, w) {
                var x = new m(s.name, s);
                w.add(x);
                var y = s.children;
                if (y) {
                    for (var z = 0; z < y.length; z++) {
                        i(y[z], x)
                    }
                }
            }
            var t = new j(p),
                u = t.root;
            u.data = {
                name: p,
                children: q
            };
            for (var v = 0; v < q.length; v++) {
                i(q[v], u)
            }
            return t.root.updateDepthAndHeight(0), t
        }, j.fromGraph = function(p) {
            function v(A) {
                for (var n = p.getNodeById(A.id), e = 0; e < n.outEdges.length; e++) {
                    var o = n.outEdges[e],
                        z = w[o.node2.id];
                    A.children.push(z), v(z)
                }
            }
            for (var i = {}, w = {}, x = 0; x < p.nodes.length; x++) {
                var y, t = p.nodes[x];
                0 === t.inDegree() ? (i[t.id] = new j(t.id), y = i[t.id].root) : y = new m(t.id), y.data = t.data, w[t.id] = y
            }
            var q = [];
            for (var u in i) {
                v(i[u].root), i[u].root.updateDepthAndHeight(0), q.push(i[u])
            }
            return q
        }, j
    }), d("echarts/chart/tree", ["require", "./base", "../util/shape/Icon", "zrender/shape/Image", "zrender/shape/Line", "zrender/shape/BezierCurve", "../layout/Tree", "../data/Tree", "../config", "../util/ecData", "zrender/config", "zrender/tool/event", "zrender/tool/util", "../chart"], function(p) {
        function B(l, s, m, i, r) {
            u.call(this, l, s, m, i, r), this.refresh(i)
        }
        var u = p("./base"),
            x = 0.618,
            j = p("../util/shape/Icon"),
            y = p("zrender/shape/Image"),
            z = p("zrender/shape/Line"),
            A = p("zrender/shape/BezierCurve"),
            v = p("../layout/Tree"),
            q = p("../data/Tree"),
            w = p("../config");
        w.tree = {
            zlevel: 1,
            z: 2,
            calculable: !1,
            clickable: !0,
            rootLocation: {},
            orient: "vertical",
            symbol: "circle",
            symbolSize: 20,
            nodePadding: 30,
            layerPadding: 100,
            itemStyle: {
                normal: {
                    label: {
                        show: !0
                    },
                    lineStyle: {
                        width: 1,
                        color: "#777",
                        type: "curve"
                    }
                },
                emphasis: {}
            }
        };
        var D = p("../util/ecData"),
            C = (p("zrender/config"), p("zrender/tool/event"), p("zrender/tool/util"));
        return B.prototype = {
            type: w.CHART_TYPE_TREE,
            _buildShape: function(m, s) {
                var o = m.data[0];
                this.tree = q.fromOptionData(o.name, o.children), this.tree.root.data = o, this._setTreeShape(m), this.tree.traverse(function(a) {
                    this._buildItem(a, m, s), a.children.length > 0 && this._buildLink(a, m)
                }, this);
                var r = m.roam === !0 || "move" === m.roam,
                    l = m.roam === !0 || "scale" === m.roam;
                this.zr.modLayer(this.getZlevelBase(), {
                    panable: r,
                    zoomable: l
                }), (this.query("markPoint.effect.show") || this.query("markLine.effect.show")) && this.zr.modLayer(w.EFFECT_ZLEVEL, {
                    panable: r,
                    zoomable: l
                }), this.addShapeList()
            },
            _buildItem: function(E, N, G) {
                var J = [E.data, N],
                    L = this.deepQuery(J, "symbol"),
                    M = this.deepMerge(J, "itemStyle.normal") || {},
                    H = this.deepMerge(J, "itemStyle.emphasis") || {},
                    F = M.color || this.zr.getColor(),
                    I = H.color || this.zr.getColor(),
                    O = -E.layout.angle || 0;
                E.id === this.tree.root.id && (O = 0);
                var o = "right";
                Math.abs(O) >= Math.PI / 2 && Math.abs(O) < 3 * Math.PI / 2 && (O += Math.PI, o = "left");
                var K = [O, E.layout.position[0], E.layout.position[1]],
                    a = new j({
                        zlevel: this.getZlevelBase(),
                        z: this.getZBase() + 1,
                        rotation: K,
                        clickable: this.deepQuery(J, "clickable"),
                        style: {
                            x: E.layout.position[0] - 0.5 * E.layout.width,
                            y: E.layout.position[1] - 0.5 * E.layout.height,
                            width: E.layout.width,
                            height: E.layout.height,
                            iconType: L,
                            color: F,
                            brushType: "both",
                            lineWidth: M.borderWidth,
                            strokeColor: M.borderColor
                        },
                        highlightStyle: {
                            color: I,
                            lineWidth: H.borderWidth,
                            strokeColor: H.borderColor
                        }
                    });
                a.style.iconType.match("image") && (a.style.image = a.style.iconType.replace(new RegExp("^image:\\/\\/"), ""), a = new y({
                    rotation: K,
                    style: a.style,
                    highlightStyle: a.highlightStyle,
                    clickable: a.clickable,
                    zlevel: this.getZlevelBase(),
                    z: this.getZBase()
                })), this.deepQuery(J, "itemStyle.normal.label.show") && (a.style.text = null == E.data.label ? E.id : E.data.label, a.style.textPosition = this.deepQuery(J, "itemStyle.normal.label.position"), "radial" === N.orient && "inside" !== a.style.textPosition && (a.style.textPosition = o), a.style.textColor = this.deepQuery(J, "itemStyle.normal.label.textStyle.color"), a.style.textFont = this.getFont(this.deepQuery(J, "itemStyle.normal.label.textStyle") || {})), this.deepQuery(J, "itemStyle.emphasis.label.show") && (a.highlightStyle.textPosition = this.deepQuery(J, "itemStyle.emphasis.label.position"), a.highlightStyle.textColor = this.deepQuery(J, "itemStyle.emphasis.label.textStyle.color"), a.highlightStyle.textFont = this.getFont(this.deepQuery(J, "itemStyle.emphasis.label.textStyle") || {})), D.pack(a, N, G, E.data, 0, E.id), this.shapeList.push(a)
            },
            _buildLink: function(E, L) {
                var F = L.itemStyle.normal.lineStyle;
                if ("broken" === F.type) {
                    return void this._buildBrokenLine(E, F, L)
                }
                for (var H = 0; H < E.children.length; H++) {
                    var m = E.layout.position[0],
                        I = E.layout.position[1],
                        J = E.children[H].layout.position[0],
                        K = E.children[H].layout.position[1];
                    switch (F.type) {
                        case "curve":
                            this._buildBezierCurve(E, E.children[H], F, L);
                            break;
                        case "broken":
                            break;
                        default:
                            var G = this._getLine(m, I, J, K, F);
                            this.shapeList.push(G)
                    }
                }
            },
            _buildBrokenLine: function(G, Q, J) {
                var n = C.clone(Q);
                n.type = "solid";
                var M = [],
                    O = G.layout.position[0],
                    P = G.layout.position[1],
                    K = J.orient,
                    I = G.children[0].layout.position[1],
                    L = O,
                    S = P + (I - P) * (1 - x),
                    F = G.children[0].layout.position[0],
                    N = S,
                    E = G.children[G.children.length - 1].layout.position[0],
                    R = S;
                if ("horizontal" === K) {
                    var T = G.children[0].layout.position[0];
                    L = O + (T - O) * (1 - x), S = P, F = L, N = G.children[0].layout.position[1], E = L, R = G.children[G.children.length - 1].layout.position[1]
                }
                M.push(this._getLine(O, P, L, S, n)), M.push(this._getLine(F, N, E, R, n));
                for (var H = 0; H < G.children.length; H++) {
                    T = G.children[H].layout.position[0], I = G.children[H].layout.position[1], "horizontal" === K ? N = I : F = T, M.push(this._getLine(F, N, T, I, n))
                }
                this.shapeList = this.shapeList.concat(M)
            },
            _getLine: function(m, s, o, r, l) {
                return m === o && (m = o = this.subPixelOptimize(m, l.width)), s === r && (s = r = this.subPixelOptimize(s, l.width)), new z({
                    zlevel: this.getZlevelBase(),
                    hoverable: !1,
                    style: C.merge({
                        xStart: m,
                        yStart: s,
                        xEnd: o,
                        yEnd: r,
                        lineType: l.type,
                        strokeColor: l.color,
                        lineWidth: l.width
                    }, l, !0)
                })
            },
            _buildBezierCurve: function(H, U, M, s) {
                var R = x,
                    T = s.orient,
                    O = H.layout.position[0],
                    K = H.layout.position[1],
                    Q = U.layout.position[0],
                    X = U.layout.position[1],
                    G = O,
                    S = (X - K) * R + K,
                    F = Q,
                    W = (X - K) * (1 - R) + K;
                if ("horizontal" === T) {
                    G = (Q - O) * R + O, S = K, F = (Q - O) * (1 - R) + O, W = X
                } else {
                    if ("radial" === T) {
                        if (H.id === this.tree.root.id) {
                            G = (Q - O) * R + O, S = (X - K) * R + K, F = (Q - O) * (1 - R) + O, W = (X - K) * (1 - R) + K
                        } else {
                            var Z = H.layout.originPosition[0],
                                J = H.layout.originPosition[1],
                                E = U.layout.originPosition[0],
                                I = U.layout.originPosition[1],
                                N = this.tree.root.layout.position[0],
                                Y = this.tree.root.layout.position[1];
                            G = Z, S = (I - J) * R + J, F = E, W = (I - J) * (1 - R) + J;
                            var n = (G - this.minX) / this.width * Math.PI * 2;
                            G = S * Math.cos(n) + N, S = S * Math.sin(n) + Y, n = (F - this.minX) / this.width * Math.PI * 2, F = W * Math.cos(n) + N, W = W * Math.sin(n) + Y
                        }
                    }
                }
                var P = new A({
                    zlevel: this.getZlevelBase(),
                    hoverable: !1,
                    style: C.merge({
                        xStart: O,
                        yStart: K,
                        cpX1: G,
                        cpY1: S,
                        cpX2: F,
                        cpY2: W,
                        xEnd: Q,
                        yEnd: X,
                        strokeColor: M.color,
                        lineWidth: M.width
                    }, M, !0)
                });
                this.shapeList.push(P)
            },
            _setTreeShape: function(E) {
                var M = new v({
                    nodePadding: E.nodePadding,
                    layerPadding: E.layerPadding
                });
                this.tree.traverse(function(m) {
                    var a = [m.data, E],
                        e = this.deepQuery(a, "symbolSize");
                    "number" == typeof e && (e = [e, e]), m.layout = {
                        width: e[0],
                        height: e[1]
                    }
                }, this), M.run(this.tree);
                var G = E.orient,
                    I = E.rootLocation.x,
                    l = E.rootLocation.y,
                    J = this.zr.getWidth(),
                    K = this.zr.getHeight();
                I = "center" === I ? 0.5 * J : this.parsePercent(I, J), l = "center" === l ? 0.5 * K : this.parsePercent(l, K), l = this.parsePercent(l, K), "horizontal" === G && (I = isNaN(I) ? 10 : I, l = isNaN(l) ? 0.5 * K : l), "radial" === G ? (I = isNaN(I) ? 0.5 * J : I, l = isNaN(l) ? 0.5 * K : l) : (I = isNaN(I) ? 0.5 * J : I, l = isNaN(l) ? 10 : l);
                var L = this.tree.root.layout.position[0];
                if ("radial" === G) {
                    var F = 1 / 0,
                        H = 0,
                        N = 0;
                    this.tree.traverse(function(a) {
                        H = Math.max(H, a.layout.position[0]), F = Math.min(F, a.layout.position[0]), N = Math.max(N, a.layout.width)
                    }), this.width = H - F + 2 * N, this.minX = F
                }
                this.tree.traverse(function(s) {
                    var i, n;
                    if ("vertical" === G && "inverse" === E.direction) {
                        i = s.layout.position[0] - L + I, n = l - s.layout.position[1]
                    } else {
                        if ("vertical" === G) {
                            i = s.layout.position[0] - L + I, n = s.layout.position[1] + l
                        } else {
                            if ("horizontal" === G && "inverse" === E.direction) {
                                n = s.layout.position[0] - L + l, i = I - s.layout.position[1]
                            } else {
                                if ("horizontal" === G) {
                                    n = s.layout.position[0] - L + l, i = s.layout.position[1] + I
                                } else {
                                    i = s.layout.position[0], n = s.layout.position[1], s.layout.originPosition = [i, n];
                                    var a = n,
                                        e = (i - F) / this.width * Math.PI * 2;
                                    i = a * Math.cos(e) + I, n = a * Math.sin(e) + l, s.layout.angle = e
                                }
                            }
                        }
                    }
                    s.layout.position[0] = i, s.layout.position[1] = n
                }, this)
            },
            refresh: function(m) {
                this.clear(), m && (this.option = m, this.series = this.option.series);
                for (var s = this.series, o = this.component.legend, r = 0; r < s.length; r++) {
                    if (s[r].type === w.CHART_TYPE_TREE) {
                        s[r] = this.reformOption(s[r]);
                        var l = s[r].name || "";
                        if (this.selectedMap[l] = o ? o.isSelected(l) : !0, !this.selectedMap[l]) {
                            continue
                        }
                        this._buildSeries(s[r], r)
                    }
                }
            },
            _buildSeries: function(a, i) {
                this._buildShape(a, i)
            }
        }, C.inherits(B, u), p("../chart").define("tree", B), B
    }), d("echarts/layout/Tree", ["require", "zrender/tool/vector"], function(a) {
        function l(i) {
            i = i || {}, this.nodePadding = i.nodePadding || 30, this.layerPadding = i.layerPadding || 100, this._layerOffsets = [], this._layers = []
        }
        var j = a("zrender/tool/vector");
        return l.prototype.run = function(m) {
            this._layerOffsets.length = 0;
            for (var o = 0; o < m.root.height + 1; o++) {
                this._layerOffsets[o] = 0, this._layers[o] = []
            }
            this._updateNodeXPosition(m.root);
            var n = m.root;
            this._updateNodeYPosition(n, 0, n.layout.height)
        }, l.prototype._updateNodeXPosition = function(m) {
            var x = 1 / 0,
                q = -(1 / 0);
            m.layout.position = m.layout.position || j.create();
            for (var i = 0; i < m.children.length; i++) {
                var u = m.children[i];
                this._updateNodeXPosition(u);
                var v = u.layout.position[0];
                x > v && (x = v), v > q && (q = v)
            }
            m.layout.position[0] = m.children.length > 0 ? (x + q) / 2 : 0;
            var w = this._layerOffsets[m.depth] || 0;
            if (w > m.layout.position[0]) {
                var p = w - m.layout.position[0];
                this._shiftSubtree(m, p);
                for (var i = m.depth + 1; i < m.height + m.depth; i++) {
                    this._layerOffsets[i] += p
                }
            }
            this._layerOffsets[m.depth] = m.layout.position[0] + m.layout.width + this.nodePadding, this._layers[m.depth].push(m)
        }, l.prototype._shiftSubtree = function(m, o) {
            m.layout.position[0] += o;
            for (var n = 0; n < m.children.length; n++) {
                this._shiftSubtree(m.children[n], o)
            }
        }, l.prototype._updateNodeYPosition = function(p, u, q) {
            p.layout.position[1] = u;
            for (var r = 0, m = 0; m < p.children.length; m++) {
                r = Math.max(p.children[m].layout.height, r)
            }
            var s = this.layerPadding;
            "function" == typeof s && (s = s(p.depth));
            for (var m = 0; m < p.children.length; m++) {
                this._updateNodeYPosition(p.children[m], u + s + q, r)
            }
        }, l
    }), d("echarts/chart/wordCloud", ["require", "./base", "zrender/shape/Text", "../layout/WordCloud", "../component/grid", "../component/dataRange", "../config", "../util/ecData", "zrender/tool/util", "zrender/tool/color", "../chart"], function(m) {
        function y(l, z, r, i, s) {
            p.call(this, l, z, r, i, s), this.refresh(i)
        }
        var p = m("./base"),
            u = m("zrender/shape/Text"),
            j = m("../layout/WordCloud");
        m("../component/grid"), m("../component/dataRange");
        var v = m("../config"),
            w = m("../util/ecData"),
            x = m("zrender/tool/util"),
            q = m("zrender/tool/color");
        return v.wordCloud = {
            zlevel: 0,
            z: 2,
            clickable: !0,
            center: ["50%", "50%"],
            size: ["40%", "40%"],
            textRotation: [0, 90],
            textPadding: 0,
            autoSize: {
                enable: !0,
                minSize: 12
            },
            itemStyle: {
                normal: {
                    textStyle: {
                        fontSize: function(a) {
                            return a.value
                        }
                    }
                }
            }
        }, y.prototype = {
            type: v.CHART_TYPE_WORDCLOUD,
            refresh: function(a) {
                a && (this.option = a, this.series = a.series), this._init()
            },
            _init: function() {
                var a = this.series;
                this.backupShapeList();
                for (var r = this.component.legend, l = 0; l < a.length; l++) {
                    if (a[l].type === v.CHART_TYPE_WORDCLOUD) {
                        a[l] = this.reformOption(a[l]);
                        var o = a[l].name || "";
                        if (this.selectedMap[o] = r ? r.isSelected(o) : !0, !this.selectedMap[o]) {
                            continue
                        }
                        this.buildMark(l), this._initSerie(a[l])
                    }
                }
            },
            _initSerie: function(a) {
                var D = a.itemStyle.normal.textStyle,
                    l = [this.parsePercent(a.size[0], this.zr.getWidth()) || 200, this.parsePercent(a.size[1], this.zr.getHeight()) || 200],
                    z = this.parseCenter(this.zr, a.center),
                    A = {
                        size: l,
                        wordletype: {
                            autoSizeCal: a.autoSize
                        },
                        center: z,
                        rotate: a.textRotation,
                        padding: a.textPadding,
                        font: D.fontFamily,
                        fontSize: D.fontSize,
                        fontWeight: D.fontWeight,
                        fontStyle: D.fontStyle,
                        text: function(i) {
                            return i.name
                        },
                        data: a.data
                    },
                    B = new j(A),
                    C = this;
                B.end(function(i) {
                    C._buildShapes(i)
                }), B.start()
            },
            _buildShapes: function(a) {
                for (var n = a.length, l = 0; n > l; l++) {
                    this._buildTextShape(a[l], 0, l)
                }
                this.addShapeList()
            },
            _buildTextShape: function(z, G, B) {
                var l = this.series,
                    D = l[G],
                    F = D.name || "",
                    A = D.data[B],
                    C = [A, D],
                    J = this.component.legend,
                    I = J ? J.getColor(F) : this.zr.getColor(G),
                    r = this.deepMerge(C, "itemStyle.normal") || {},
                    E = this.deepMerge(C, "itemStyle.emphasis") || {},
                    n = this.getItemStyleColor(r.color, G, B, A) || I,
                    H = this.getItemStyleColor(E.color, G, B, A) || ("string" == typeof n ? q.lift(n, -0.2) : n),
                    K = new u({
                        zlevel: D.zlevel,
                        z: D.z,
                        hoverable: !0,
                        clickable: this.deepQuery(C, "clickable"),
                        style: {
                            x: 0,
                            y: 0,
                            text: z.text,
                            color: n,
                            textFont: [z.style, z.weight, z.size + "px", z.font].join(" "),
                            textBaseline: "alphabetic",
                            textAlign: "center"
                        },
                        highlightStyle: {
                            brushType: E.borderWidth ? "both" : "fill",
                            color: H,
                            lineWidth: E.borderWidth || 0,
                            strokeColor: E.borderColor
                        },
                        position: [z.x, z.y],
                        rotation: [-z.rotate / 180 * Math.PI, 0, 0]
                    });
                w.pack(K, D, G, A, B, A.name), this.shapeList.push(K)
            }
        }, x.inherits(y, p), m("../chart").define("wordCloud", y), y
    }), d("echarts/layout/WordCloud", ["require", "../layout/WordCloudRectZero", "zrender/tool/util"], function(a) {
        function m(i) {
            this._init(i)
        }
        var j = a("../layout/WordCloudRectZero"),
            l = a("zrender/tool/util");
        return m.prototype = {
            start: function() {
                function v() {
                    B.totalArea = C, F.autoSizeCal.enable && B._autoCalTextSize(y, C, i, A, F.autoSizeCal.minSize), G.timer && clearInterval(G.timer), G.timer = setInterval(E, 0), E()
                }

                function E() {
                    for (var n, p = +new Date, o = y.length; + new Date - p < G.timeInterval && ++D < o && G.timer;) {
                        n = y[D], n.x = u[0] >> 1, n.y = u[1] >> 1, B._cloudSprite(n, y, D), n.hasText && B._place(z, n, w) && (x.push(n), n.x -= u[0] >> 1, n.y -= u[1] >> 1)
                    }
                    D >= o && (B.stop(), B._fixTagPosition(x), G.endcallback(x))
                }
                var z = null,
                    i = 0,
                    A = 0,
                    C = 0,
                    D = -1,
                    x = [],
                    w = null,
                    y = this.wordsdata,
                    G = this.defaultOption,
                    F = G.wordletype,
                    u = G.size,
                    B = this,
                    q = new j({
                        type: F.type,
                        width: u[0],
                        height: u[1]
                    });
                return q.calculate(function(e) {
                    z = e.initarr, i = e.maxWit, A = e.maxHit, C = e.area, w = e.imgboard, v()
                }, this), this
            },
            _fixTagPosition: function(o) {
                for (var r = this.defaultOption.center, p = 0, q = o.length; q > p; p++) {
                    o[p].x += r[0], o[p].y += r[1]
                }
            },
            stop: function() {
                return this.defaultOption.timer && (clearInterval(this.defaultOption.timer), this.defaultOption.timer = null), this
            },
            end: function(i) {
                return i && (this.defaultOption.endcallback = i), this
            },
            _init: function(i) {
                this.defaultOption = {}, this._initProperty(i), this._initMethod(i), this._initCanvas(), this._initData(i.data)
            },
            _initData: function(n) {
                var p = this,
                    o = p.defaultOption;
                this.wordsdata = n.map(function(i, q) {
                    return i.text = o.text.call(p, i, q), i.font = o.font.call(p, i, q), i.style = o.fontStyle.call(p, i, q), i.weight = o.fontWeight.call(p, i, q), i.rotate = o.rotate.call(p, i, q), i.size = ~~o.fontSize.call(p, i, q), i.padding = o.padding.call(p, i, q), i
                }).sort(function(i, q) {
                    return q.value - i.value
                })
            },
            _initMethod: function(q) {
                function C(i) {
                    return i.name
                }

                function v() {
                    return "sans-serif"
                }

                function y() {
                    return "normal"
                }

                function p(i) {
                    return i.value
                }

                function z() {
                    return 0
                }

                function A(i) {
                    return function() {
                        return i[Math.round(Math.random() * (i.length - 1))]
                    }
                }

                function B() {
                    return 0
                }

                function w(i) {
                    var n = i[0] / i[1];
                    return function(o) {
                        return [n * (o *= 0.1) * Math.cos(o), o * Math.sin(o)]
                    }
                }

                function u(r) {
                    var F = 4,
                        s = F * r[0] / r[1],
                        E = 0,
                        o = 0;
                    return function(i) {
                        var n = 0 > i ? -1 : 1;
                        switch (Math.sqrt(1 + 4 * n * i) - n & 3) {
                            case 0:
                                E += s;
                                break;
                            case 1:
                                o += F;
                                break;
                            case 2:
                                E -= s;
                                break;
                            default:
                                o -= F
                        }
                        return [E, o]
                    }
                }

                function x(i) {
                    return "function" == typeof i ? i : function() {
                        return i
                    }
                }
                var D = this.defaultOption;
                D.text = q.text ? x(q.text) : C, D.font = q.font ? x(q.font) : v, D.fontSize = q.fontSize ? x(q.fontSize) : p, D.fontStyle = q.fontStyle ? x(q.fontStyle) : y, D.fontWeight = q.fontWeight ? x(q.fontWeight) : y, D.rotate = q.rotate ? A(q.rotate) : z, D.padding = q.padding ? x(q.padding) : B, D.center = q.center, D.spiral = w, D.endcallback = function() {}, D.rectangularSpiral = u, D.archimedeanSpiral = w
            },
            _initProperty: function(i) {
                var n = this.defaultOption;
                n.size = i.size || [256, 256], n.wordletype = i.wordletype, n.words = i.words || [], n.timeInterval = 1 / 0, n.timer = null, n.spirals = {
                    archimedean: n.archimedeanSpiral,
                    rectangular: n.rectangularSpiral
                }, l.merge(n, {
                    size: [256, 256],
                    wordletype: {
                        type: "RECT",
                        areaPresent: 0.058,
                        autoSizeCal: {
                            enable: !0,
                            minSize: 12
                        }
                    }
                })
            },
            _initCanvas: function() {
                var q, v = Math.PI / 180,
                    r = 64,
                    s = 2048,
                    p = 1;
                "undefined" != typeof document ? (q = document.createElement("canvas"), q.width = 1, q.height = 1, p = Math.sqrt(q.getContext("2d").getImageData(0, 0, 1, 1).data.length >> 2), q.width = (r << 5) / p, q.height = s / p) : q = new Canvas(r << 5, s);
                var u = q.getContext("2d");
                u.fillStyle = u.strokeStyle = "red", u.textAlign = "center", this.defaultOption.c = u, this.defaultOption.cw = r, this.defaultOption.ch = s, this.defaultOption.ratio = p, this.defaultOption.cloudRadians = v
            },
            _cloudSprite: function(D, S, H) {
                if (!D.sprite) {
                    var N = this.defaultOption.cw,
                        z = this.defaultOption.ch,
                        O = this.defaultOption.c,
                        Q = this.defaultOption.ratio,
                        R = this.defaultOption.cloudRadians;
                    O.clearRect(0, 0, (N << 5) / Q, z / Q);
                    var J = 0,
                        G = 0,
                        M = 0,
                        aa = S.length;
                    for (--H; ++H < aa;) {
                        D = S[H], O.save(), O.font = D.style + " " + D.weight + " " + ~~((D.size + 1) / Q) + "px " + D.font;
                        var Y = O.measureText(D.text + "m").width * Q,
                            C = D.size << 1;
                        if (D.rotate) {
                            var P = Math.sin(D.rotate * R),
                                B = Math.cos(D.rotate * R),
                                T = Y * B,
                                af = Y * P,
                                F = C * B,
                                A = C * P;
                            Y = Math.max(Math.abs(T + A), Math.abs(T - A)) + 31 >> 5 << 5, C = ~~Math.max(Math.abs(af + F), Math.abs(af - F))
                        } else {
                            Y = Y + 31 >> 5 << 5
                        }
                        if (C > M && (M = C), J + Y >= N << 5 && (J = 0, G += M, M = 0), G + C >= z) {
                            break
                        }
                        O.translate((J + (Y >> 1)) / Q, (G + (C >> 1)) / Q), D.rotate && O.rotate(D.rotate * R), O.fillText(D.text, 0, 0), D.padding && (O.lineWidth = 2 * D.padding, O.strokeText(D.text, 0, 0)), O.restore(), D.width = Y, D.height = C, D.xoff = J, D.yoff = G, D.x1 = Y >> 1, D.y1 = C >> 1, D.x0 = -D.x1, D.y0 = -D.y1, D.hasText = !0, J += Y
                    }
                    for (var E = O.getImageData(0, 0, (N << 5) / Q, z / Q).data, I = []; --H >= 0;) {
                        if (D = S[H], D.hasText) {
                            for (var Y = D.width, ad = Y >> 5, C = D.y1 - D.y0, q = 0; C * ad > q; q++) {
                                I[q] = 0
                            }
                            if (J = D.xoff, null == J) {
                                return
                            }
                            G = D.yoff;
                            for (var K = 0, ac = -1, ae = 0; C > ae; ae++) {
                                for (var q = 0; Y > q; q++) {
                                    var Z = ad * ae + (q >> 5),
                                        ab = E[(G + ae) * (N << 5) + (J + q) << 2] ? 1 << 31 - q % 32 : 0;
                                    I[Z] |= ab, K |= ab
                                }
                                K ? ac = ae : (D.y0++, C--, ae--, G++)
                            }
                            D.y1 = D.y0 + ac, D.sprite = I.slice(0, (D.y1 - D.y0) * ad)
                        }
                    }
                }
            },
            _place: function(B, Q, F) {
                function K(u, ae, y) {
                    y >>= 5;
                    for (var aa, p = u.sprite, ab = u.width >> 5, ac = u.x - (ab << 4), ad = 127 & ac, L = 32 - ad, x = u.y1 - u.y0, W = (u.y + u.y0) * y + (ac >> 5), ag = 0; x > ag; ag++) {
                        aa = 0;
                        for (var af = 0; ab >= af; af++) {
                            if ((aa << L | (ab > af ? (aa = p[ag * ab + af]) >>> ad : 0)) & ae[W + af]) {
                                return !0
                            }
                        }
                        W += y
                    }
                    return !1
                }

                function v(i, n) {
                    return n.row[i.y] && n.cloumn[i.x] && i.x >= n.row[i.y].start && i.x <= n.row[i.y].end && i.y >= n.cloumn[i.x].start && i.y <= n.cloumn[i.x].end
                }
                for (var M, O, P, H = this.defaultOption.size, E = ([{
                        x: 0,
                        y: 0
                    }, {
                        x: H[0],
                        y: H[1]
                    }], Q.x), J = Q.y, T = Math.sqrt(H[0] * H[0] + H[1] * H[1]), S = this.defaultOption.spiral(H), A = Math.random() < 0.5 ? 1 : -1, N = -A;
                    (M = S(N += A)) && (O = ~~M[0], P = ~~M[1], !(Math.min(O, P) > T));) {
                    if (Q.x = E + O, Q.y = J + P, !(Q.x + Q.x0 < 0 || Q.y + Q.y0 < 0 || Q.x + Q.x1 > H[0] || Q.y + Q.y1 > H[1]) && !K(Q, B, H[0]) && v(Q, F)) {
                        for (var z, R = Q.sprite, Z = Q.width >> 5, D = H[0] >> 5, w = Q.x - (Z << 4), C = 127 & w, G = 32 - C, Y = Q.y1 - Q.y0, q = (Q.y + Q.y0) * D + (w >> 5), I = 0; Y > I; I++) {
                            z = 0;
                            for (var X = 0; Z >= X; X++) {
                                B[q + X] |= z << G | (Z > X ? (z = R[I * Z + X]) >>> C : 0)
                            }
                            q += D
                        }
                        return delete Q.sprite, !0
                    }
                }
                return !1
            },
            _autoCalTextSize: function(x, I, A, D, q) {
                function E(n) {
                    v.clearRect(0, 0, (w << 5) / J, F / J), v.save(), v.font = n.style + " " + n.weight + " " + ~~((n.size + 1) / J) + "px " + n.font;
                    var R = v.measureText(n.text + "m").width * J,
                        P = n.size << 1;
                    R = R + 31 >> 5 << 5, v.restore(), n.aw = R, n.ah = P;
                    var Q, N, u;
                    if (n.rotate) {
                        var O = Math.sin(n.rotate * M),
                            S = Math.cos(n.rotate * M),
                            p = R * S,
                            i = R * O,
                            o = P * S,
                            y = P * O;
                        N = Math.max(Math.abs(p + y), Math.abs(p - y)) + 31 >> 5 << 5, u = ~~Math.max(Math.abs(i + o), Math.abs(i - o))
                    }
                    return n.size <= K || n.rotate && R * P <= n.area && A >= N && D >= u || R * P <= n.area && A >= R && D >= P ? void(n.area = R * P) : (Q = n.rotate && N > A && u > D ? Math.min(A / N, D / u) : R > A || P > D ? Math.min(A / R, D / P) : Math.sqrt(n.area / (n.aw * n.ah)), n.size = ~~(Q * n.size), n.size < q ? void(n.size = q) : E(n))
                }

                function G(o, s) {
                    for (var p = o.length, r = 0; p--;) {
                        r += s(o[p])
                    }
                    return r
                }
                for (var H, B, z = G(x, function(i) {
                        return i.size
                    }), C = x.length, L = 0.25, K = q, w = this.defaultOption.cw, F = this.defaultOption.ch, v = this.defaultOption.c, J = this.defaultOption.ratio, M = this.defaultOption.cloudRadians; C--;) {
                    H = x[C], B = H.size / z, H.areapre = L ? L > B ? B : L : B, H.area = I * H.areapre, H.totalarea = I, E(H)
                }
            }
        }, m
    }), d("echarts/layout/WordCloudRectZero", ["require"], function() {
        function a(i) {
            this.defaultOption = {
                type: "RECT"
            }, this._init(i)
        }
        return a.prototype = {
            RECT: "_calculateRect",
            _init: function(i) {
                this._initOption(i), this._initCanvas()
            },
            _initOption: function(i) {
                for (k in i) {
                    this.defaultOption[k] = i[k]
                }
            },
            _initCanvas: function() {
                var j = document.createElement("canvas");
                j.width = 1, j.height = 1;
                var m = Math.sqrt(j.getContext("2d").getImageData(0, 0, 1, 1).data.length >> 2);
                if (j.width = this.defaultOption.width, j.height = this.defaultOption.height, j.getContext) {
                    var l = j.getContext("2d")
                }
                this.canvas = j, this.ctx = l, this.ratio = m
            },
            calculate: function(j, o) {
                var l = this.defaultOption.type,
                    m = this[l];
                this[m].call(this, j, o)
            },
            _calculateReturn: function(j, m, l) {
                m.call(l, j)
            },
            _calculateRect: function(l, p) {
                var m = {},
                    o = this.defaultOption.width >> 5 << 5,
                    j = this.defaultOption.height;
                m.initarr = this._rectZeroArray(o * j), m.area = o * j, m.maxHit = j, m.maxWit = o, m.imgboard = this._rectBoard(o, j), this._calculateReturn(m, l, p)
            },
            _rectBoard: function(l, p) {
                for (var m = [], o = 0; p > o; o++) {
                    m.push({
                        y: o,
                        start: 0,
                        end: l
                    })
                }
                for (var j = [], o = 0; l > o; o++) {
                    j.push({
                        x: o,
                        start: 0,
                        end: p
                    })
                }
                return {
                    row: m,
                    cloumn: j
                }
            },
            _rectZeroArray: function(j) {
                for (var o = [], l = j, m = -1; ++m < l;) {
                    o[m] = 0
                }
                return o
            }
        }, a
    }), d("echarts/chart/heatmap", ["require", "./base", "../layer/heatmap", "../config", "../util/ecData", "zrender/tool/util", "zrender/tool/color", "zrender/shape/Image", "../chart"], function(l) {
        function u(r, x, v, i, w) {
            m.call(this, r, x, v, i, w), this.refresh(i)
        }
        var m = l("./base"),
            p = l("../layer/heatmap"),
            j = l("../config"),
            q = (l("../util/ecData"), l("zrender/tool/util")),
            s = (l("zrender/tool/color"), l("zrender/shape/Image"));
        return j.heatmap = {
            zlevel: 0,
            z: 2,
            clickable: !0
        }, u.prototype = {
            type: j.CHART_TYPE_HEATMAP,
            refresh: function(a) {
                this.clear(), a && (this.option = a, this.series = a.series), this._init()
            },
            _init: function() {
                var a = this.series;
                this.backupShapeList();
                for (var x = a.length, n = 0; x > n; ++n) {
                    if (a[n].type === j.CHART_TYPE_HEATMAP) {
                        a[n] = this.reformOption(a[n]);
                        var v = new p(a[n]),
                            w = v.getCanvas(a[n].data, this.zr.getWidth(), this.zr.getHeight()),
                            r = new s({
                                position: [0, 0],
                                scale: [1, 1],
                                hoverable: this.option.hoverable,
                                style: {
                                    x: 0,
                                    y: 0,
                                    image: w,
                                    width: w.width,
                                    height: w.height
                                }
                            });
                        this.shapeList.push(r)
                    }
                }
                this.addShapeList()
            }
        }, q.inherits(u, m), l("../chart").define("heatmap", u), u
    });
    var f = h("zrender");
    f.tool = {
        color: h("zrender/tool/color"),
        math: h("zrender/tool/math"),
        util: h("zrender/tool/util"),
        vector: h("zrender/tool/vector"),
        area: h("zrender/tool/area"),
        event: h("zrender/tool/event")
    }, f.animation = {
        Animation: h("zrender/animation/Animation"),
        Cip: h("zrender/animation/Clip"),
        easing: h("zrender/animation/easing")
    };
    var b = h("echarts");
    b.config = h("echarts/config"), b.util = {
        mapData: {
            params: h("echarts/util/mapData/params")
        }
    }, h("echarts/chart/line"), h("echarts/chart/bar"), h("echarts/chart/scatter"), h("echarts/chart/k"), h("echarts/chart/pie"), h("echarts/chart/radar"), h("echarts/chart/chord"), h("echarts/chart/force"), h("echarts/chart/map"), h("echarts/chart/gauge"), h("echarts/chart/funnel"), h("echarts/chart/eventRiver"), h("echarts/chart/venn"), h("echarts/chart/treemap"), h("echarts/chart/tree"), h("echarts/chart/wordCloud"), h("echarts/chart/heatmap"), c.echarts = b, c.zrender = f
}(window);