echarts/echarts.js
echarts.js
// (c) 2010-2013 Thomas Fuchs
// Zepto.js may be freely distributed under the MIT license.
// Copyright 2006 Google Inc.
// http://www.apache.org/licenses/LICENSE-2.0
/*!
* ZRender, a lightweight canvas library with a MVC architecture, data-driven
* and provides an event model like DOM.
*
* Copyright (c) 2013, Baidu Inc.
* All rights reserved.
*
* LICENSE
* https://github.com/ecomfe/zrender/blob/master/LICENSE.txt
*/
/*!
* ECharts, a javascript interactive chart library.
*
* Copyright (c) 2013, Baidu Inc.
* All rights reserved.
*
* LICENSE
* https://github.com/ecomfe/echarts/blob/master/LICENSE.txt
*/
define("zrender/tool/env", [], function () {
function e(e) {
var t = this.os = {}, n = this.browser = {}, r = e.match(/Web[kK]it[\/]{0,1}([\d.]+)/),
i = e.match(/(Android);?[\s\/]+([\d.]+)?/), s = e.match(/(iPad).*OS\s([\d_]+)/),
o = e.match(/(iPod)(.*OS\s([\d_]+))?/), u = !s && e.match(/(iPhone\sOS)\s([\d_]+)/),
a = e.match(/(webOS|hpwOS)[\s\/]([\d.]+)/), f = a && e.match(/TouchPad/), l = e.match(/Kindle\/([\d.]+)/),
c = e.match(/Silk\/([\d._]+)/), h = e.match(/(BlackBerry).*Version\/([\d.]+)/),
p = e.match(/(BB10).*Version\/([\d.]+)/), d = e.match(/(RIM\sTablet\sOS)\s([\d.]+)/),
v = e.match(/PlayBook/), m = e.match(/Chrome\/([\d.]+)/) || e.match(/CriOS\/([\d.]+)/),
g = e.match(/Firefox\/([\d.]+)/), y = e.match(/MSIE ([\d.]+)/), b = r && e.match(/Mobile\//) && !m,
w = e.match(/(iPhone|iPod|iPad).*AppleWebKit(?!.*Safari)/) && !m, y = e.match(/MSIE\s([\d.]+)/);
if (n.webkit = !!r) n.version = r[1];
return i && (t.android = !0, t.version = i[2]), u && !o && (t.ios = t.iphone = !0, t.version = u[2].replace(/_/g, ".")), s && (t.ios = t.ipad = !0, t.version = s[2].replace(/_/g, ".")), o && (t.ios = t.ipod = !0, t.version = o[3] ? o[3].replace(/_/g, ".") : null), a && (t.webos = !0, t.version = a[2]), f && (t.touchpad = !0), h && (t.blackberry = !0, t.version = h[2]), p && (t.bb10 = !0, t.version = p[2]), d && (t.rimtabletos = !0, t.version = d[2]), v && (n.playbook = !0), l && (t.kindle = !0, t.version = l[1]), c && (n.silk = !0, n.version = c[1]), !c && t.android && e.match(/Kindle Fire/) && (n.silk = !0), m && (n.chrome = !0, n.version = m[1]), g && (n.firefox = !0, n.version = g[1]), y && (n.ie = !0, n.version = y[1]), b && (e.match(/Safari/) || !!t.ios) && (n.safari = !0), w && (n.webview = !0), y && (n.ie = !0, n.version = y[1]), t.tablet = !!(s || v || i && !e.match(/Mobile/) || g && e.match(/Tablet/) || y && !e.match(/Phone/) && e.match(/Touch/)), t.phone = !!(!t.tablet && !t.ipod && (i || u || a || h || p || m && e.match(/Android/) || m && e.match(/CriOS\/([\d.]+)/) || g && e.match(/Mobile/) || y && e.match(/Touch/))), {
browser: n,
os: t,
canvasSupported: document.createElement("canvas").getContext ? !0 : !1
}
}
return e(navigator.userAgent)
}), define("echarts/config", [], function () {
var e = {
CHART_TYPE_LINE: "line",
CHART_TYPE_BAR: "bar",
CHART_TYPE_SCATTER: "scatter",
CHART_TYPE_PIE: "pie",
CHART_TYPE_RADAR: "radar",
CHART_TYPE_MAP: "map",
CHART_TYPE_K: "k",
CHART_TYPE_ISLAND: "island",
CHART_TYPE_FORCE: "force",
CHART_TYPE_CHORD: "chord",
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",
color: ["#ff7f50", "#87cefa", "#da70d6", "#32cd32", "#6495ed", "#ff69b4", "#ba55d3", "#cd5c5c", "#ffa500", "#40e0d0", "#1e90ff", "#ff6347", "#7b68ee", "#00fa9a", "#ffd700", "#6699FF", "#ff6666", "#3cb371", "#b8860b", "#30e0e0"],
title: {
text: "",
subtext: "",
x: "left",
y: "top",
backgroundColor: "rgba(0,0,0,0)",
borderColor: "#ccc",
borderWidth: 0,
padding: 5,
itemGap: 10,
textStyle: {fontSize: 18, fontWeight: "bolder", color: "#333"},
subtextStyle: {color: "#aaa"}
},
legend: {
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
},
dataRange: {
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,
calculable: !1,
realtime: !0,
color: ["#006edd", "#e0ffff"],
textStyle: {color: "#333"}
},
toolbox: {
show: !1,
orient: "horizontal",
x: "right",
y: "top",
color: ["#1e90ff", "#22bb22", "#4b0082", "#d2691e"],
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: ["Data View", "close", "refresh"]},
magicType: {show: !1, title: {line: "折线图切换", bar: "柱形图切换", stack: "堆叠", tiled: "平铺"}, type: []},
restore: {show: !1, title: "还原"},
saveAsImage: {show: !1, title: "保存为图片", type: "png", lang: ["点击保存"]}
}
},
tooltip: {
show: !0,
showContent: !0,
trigger: "item",
islandFormatter: "{a}
{b} : {c}",
showDelay: 20,
hideDelay: 100,
transitionDuration: .4,
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"},
areaStyle: {size: "auto", color: "rgba(150,150,150,0.3)"}
},
textStyle: {color: "#fff"}
},
dataZoom: {
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)",
realtime: !0
},
grid: {x: 80, y: 60, x2: 80, y2: 60, backgroundColor: "rgba(0,0,0,0)", borderWidth: 1, borderColor: "#ccc"},
categoryAxis: {
position: "bottom",
name: "",
nameLocation: "end",
nameTextStyle: {},
boundaryGap: !0,
axisLine: {show: !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)"]}}
},
valueAxis: {
position: "left",
name: "",
nameLocation: "end",
nameTextStyle: {},
boundaryGap: [0, 0],
precision: 0,
power: 100,
splitNumber: 5,
axisLine: {show: !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)"]}}
},
polar: {
center: ["50%", "50%"],
radius: "75%",
startAngle: 90,
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"}}
},
bar: {
xAxisIndex: 0,
yAxisIndex: 0,
barMinHeight: 0,
barGap: "30%",
barCategoryGap: "20%",
itemStyle: {
normal: {borderColor: "#fff", borderRadius: 0, borderWidth: 0, label: {show: !1}},
emphasis: {borderColor: "#fff", borderRadius: 0, borderWidth: 0, label: {show: !1}}
}
},
line: {
xAxisIndex: 0,
yAxisIndex: 0,
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
},
k: {
xAxisIndex: 0,
yAxisIndex: 0,
itemStyle: {
normal: {
color: "#fff",
color0: "#00aa11",
lineStyle: {width: 1, color: "#ff3200", color0: "#00aa11"}
}, emphasis: {}
}
},
scatter: {
xAxisIndex: 0,
yAxisIndex: 0,
symbolSize: 4,
large: !1,
largeThreshold: 2e3,
itemStyle: {
normal: {
label: {
show: !1, formatter: function (e, t, n) {
return typeof n[2] != "undefined" ? n[2] : n[0] + " , " + n[1]
}
}
}, emphasis: {
label: {
show: !1, formatter: function (e, t, n) {
return typeof n[2] != "undefined" ? n[2] : n[0] + " , " + n[1]
}
}
}
}
},
radar: {
polarIndex: 0,
itemStyle: {
normal: {label: {show: !1}, lineStyle: {width: 2, type: "solid"}},
emphasis: {label: {show: !1}}
},
symbolSize: 2
},
pie: {
center: ["50%", "50%"],
radius: [0, "75%"],
clockWise: !0,
startAngle: 90,
minAngle: 0,
selectedOffset: 10,
itemStyle: {
normal: {
borderColor: "#fff",
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"}}
}
}
},
map: {
mapType: "china",
mapLocation: {x: "center", y: "center"},
mapValuePrecision: 0,
showLegendSymbol: !0,
hoverable: !0,
itemStyle: {
normal: {
borderColor: "#fff",
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)"}}
}
}
},
force: {
minRadius: 10,
maxRadius: 20,
density: 1,
attractiveness: 1,
initSize: 300,
centripetal: 1,
coolDown: .99,
categories: [],
itemStyle: {
normal: {
label: {show: !1},
nodeStyle: {brushType: "both", color: "#f08c2e", strokeColor: "#5182ab"},
linkStyle: {strokeColor: "#5182ab"}
}, emphasis: {label: {show: !1}, nodeStyle: {}, linkStyle: {}}
}
},
chord: {
radius: ["65%", "75%"],
center: ["50%", "50%"],
padding: 2,
sort: "none",
sortSub: "none",
startAngle: 90,
clockWise: !1,
showScale: !1,
showScaleText: !1,
itemStyle: {
normal: {
label: {show: !0},
lineStyle: {width: 0, color: "#000"},
chordStyle: {lineStyle: {width: 1, color: "#666"}}
}, emphasis: {lineStyle: {width: 0, color: "#000"}, chordStyle: {lineStyle: {width: 2, color: "#333"}}}
},
matrix: []
},
island: {r: 15, calculateStep: .1},
markPoint: {
symbol: "pin",
symbolSize: 10,
effect: {show: !1, period: 15, scaleSize: 2},
itemStyle: {normal: {borderWidth: 2, label: {show: !0, position: "inside"}}, emphasis: {label: {show: !0}}}
},
markLine: {
symbol: ["circle", "arrow"],
symbolSize: [2, 4],
effect: {show: !1, period: 15, scaleSize: 2},
itemStyle: {
normal: {
borderWidth: 1.5,
label: {show: !0, position: "end"},
lineStyle: {
type: "dashed",
shadowColor: "rgba(0,0,0,0)",
shadowBlur: 0,
shadowOffsetX: 0,
shadowOffsetY: 0
}
}, 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",
HOVER: "hover",
DATA_CHANGED: "dataChanged",
DATA_ZOOM: "dataZoom",
DATA_RANGE: "dataRange",
LEGEND_SELECTED: "legendSelected",
MAP_SELECTED: "mapSelected",
PIE_SELECTED: "pieSelected",
MAGIC_TYPE_CHANGED: "magicTypeChanged",
DATA_VIEW_CHANGED: "dataViewChanged",
MAP_ROAM: "mapRoam",
TOOLTIP_HOVER: "tooltipHover",
TOOLTIP_IN_GRID: "tooltipInGrid",
TOOLTIP_OUT_GRID: "tooltipOutGrid"
},
DRAG_ENABLE_TIME: 150,
symbolList: ["circle", "rectangle", "triangle", "diamond", "emptyCircle", "emptyRectangle", "emptyTriangle", "emptyDiamond"],
loadingText: "Loading...",
calculable: !1,
calculableColor: "rgba(255,165,0,0.6)",
calculableHolderColor: "#ccc",
nameConnector: " & ",
valueConnector: " : ",
animation: !0,
addDataAnimation: !0,
animationThreshold: 2500,
animationDuration: 2e3,
animationEasing: "ExponentialOut"
};
return e
}), define("zrender/tool/vector", [], function () {
var e = typeof Float32Array == "undefined" ? Array : Float32Array, t = {
create: function (t, n) {
var r = new e(2);
return r[0] = t || 0, r[1] = n || 0, r
}, copy: function (e, t) {
e[0] = t[0], e[1] = t[1]
}, set: function (e, t, n) {
e[0] = t, e[1] = n
}, add: function (e, t, n) {
return e[0] = t[0] + n[0], e[1] = t[1] + n[1], e
}, scaleAndAdd: function (e, t, n, r) {
return e[0] = t[0] + n[0] * r, e[1] = t[1] + n[1] * r, e
}, sub: function (e, t, n) {
return e[0] = t[0] - n[0], e[1] = t[1] - n[1], e
}, length: function (e) {
return Math.sqrt(this.lengthSquare(e))
}, lengthSquare: function (e) {
return e[0] * e[0] + e[1] * e[1]
}, mul: function (e, t, n) {
return e[0] = t[0] * n[0], e[1] = t[1] * n[1], e
}, dot: function (e, t) {
return e[0] * t[0] + e[1] * t[1]
}, scale: function (e, t, n) {
return e[0] = t[0] * n, e[1] = t[1] * n, e
}, normalize: function (e, n) {
var r = t.length(n);
return r === 0 ? (e[0] = 0, e[1] = 0) : (e[0] = n[0] / r, e[1] = n[1] / r), e
}, distance: function (e, t) {
return Math.sqrt((e[0] - t[0]) * (e[0] - t[0]) + (e[1] - t[1]) * (e[1] - t[1]))
}, negate: function (e, t) {
e[0] = -t[0], e[1] = -t[1]
}, middle: function (e, t, n) {
return e[0] = (t[0] + n[0]) / 2, e[1] = (t[1] + n[1]) / 2, e
}
};
return t
}), define("zrender/lib/excanvas", ["require"], function (e) {
return document.createElement("canvas").getContext ? G_vmlCanvasManager = !1 : function () {
function f() {
return this.context_ || (this.context_ = new I(this))
}
function c(e, t, n) {
var r = l.call(arguments, 2);
return function () {
return e.apply(t, r.concat(l.call(arguments)))
}
}
function h(e) {
return String(e).replace(/&/g, "&").replace(/"/g, """)
}
function p(e, t, n) {
e.namespaces[t] || e.namespaces.add(t, n, "#default#VML")
}
function d(e) {
p(e, "g_vml_", "urn:schemas-microsoft-com:vml"), p(e, "g_o_", "urn:schemas-microsoft-com:office:office");
if (!e.styleSheets.ex_canvas_) {
var t = e.createStyleSheet();
t.owningElement.id = "ex_canvas_", t.cssText = "canvas{display:inline-block;overflow:hidden;text-align:left;width:300px;height:150px}"
}
}
function m(e) {
var t = e.srcElement;
switch (e.propertyName) {
case"width":
t.getContext().clearRect(), t.style.width = t.attributes.width.nodeValue + "px", t.firstChild.style.width = t.clientWidth + "px";
break;
case"height":
t.getContext().clearRect(), t.style.height = t.attributes.height.nodeValue + "px", t.firstChild.style.height = t.clientHeight + "px"
}
}
function g(e) {
var t = e.srcElement;
t.firstChild && (t.firstChild.style.width = t.clientWidth + "px", t.firstChild.style.height = t.clientHeight + "px")
}
function E() {
return [[1, 0, 0], [0, 1, 0], [0, 0, 1]]
}
function S(e, t) {
var n = E();
for (var r = 0; r < 3; r++)for (var i = 0; i < 3; i++) {
var s = 0;
for (var o = 0; o < 3; o++)s += e[r][o] * t[o][i];
n[r][i] = s
}
return n
}
function x(e, t) {
t.fillStyle = e.fillStyle, t.lineCap = e.lineCap, t.lineJoin = e.lineJoin, t.lineWidth = e.lineWidth, t.miterLimit = e.miterLimit, t.shadowBlur = e.shadowBlur, t.shadowColor = e.shadowColor, t.shadowOffsetX = e.shadowOffsetX, t.shadowOffsetY = e.shadowOffsetY, t.strokeStyle = e.strokeStyle, t.globalAlpha = e.globalAlpha, t.font = e.font, t.textAlign = e.textAlign, t.textBaseline = e.textBaseline, t.arcScaleX_ = e.arcScaleX_, t.arcScaleY_ = e.arcScaleY_, t.lineScale_ = e.lineScale_
}
function N(e) {
var t = e.indexOf("(", 3), n = e.indexOf(")", t + 1), r = e.substring(t + 1, n).split(",");
if (r.length != 4 || e.charAt(3) != "a") r[3] = 1;
return r
}
function C(e) {
return parseFloat(e) / 100
}
function k(e, t, n) {
return Math.min(n, Math.max(t, e))
}
function L(e) {
var t, n, r, i, s, o;
i = parseFloat(e[0]) / 360 % 360, i < 0 && i++, s = k(C(e[1]), 0, 1), o = k(C(e[2]), 0, 1);
if (s == 0) t = n = r = o; else {
var u = o < .5 ? o * (1 + s) : o + s - o * s, a = 2 * o - u;
t = A(a, u, i + 1 / 3), n = A(a, u, i), r = A(a, u, i - 1 / 3)
}
return "#" + y[Math.floor(t * 255)] + y[Math.floor(n * 255)] + y[Math.floor(r * 255)]
}
function A(e, t, n) {
return n < 0 && n++, n > 1 && n--, 6 * n < 1 ? e + (t - e) * 6 * n : 2 * n < 1 ? t : 3 * n < 2 ? e + (t - e) * (2 / 3 - n) * 6 : e
}
function M(e) {
if (e in O)return O[e];
var t, n = 1;
e = String(e);
if (e.charAt(0) == "#") t = e; else if (/^rgb/.test(e)) {
var r = N(e), t = "#", i;
for (var s = 0; s < 3; s++)r[s].indexOf("%") != -1 ? i = Math.floor(C(r[s]) * 255) : i = +r[s], t += y[k(i, 0, 255)];
n = +r[3]
} else if (/^hsl/.test(e)) {
var r = N(e);
t = L(r), n = r[3]
} else t = T[e] || e;
return O[e] = {color: t, alpha: n}
}
function P(e) {
if (D[e])return D[e];
var t = document.createElement("div"), n = t.style, r;
try {
n.font = e, r = n.fontFamily.split(",")[0]
} catch (i) {
}
return D[e] = {
style: n.fontStyle || _.style,
variant: n.fontVariant || _.variant,
weight: n.fontWeight || _.weight,
size: n.fontSize || _.size,
family: r || _.family
}
}
function H(e, t) {
var n = {};
for (var r in e)n[r] = e[r];
var i = parseFloat(t.currentStyle.fontSize), s = parseFloat(e.size);
return typeof e.size == "number" ? n.size = e.size : e.size.indexOf("px") != -1 ? n.size = s : e.size.indexOf("em") != -1 ? n.size = i * s : e.size.indexOf("%") != -1 ? n.size = i / 100 * s : e.size.indexOf("pt") != -1 ? n.size = s / .75 : n.size = i, n
}
function B(e) {
return e.style + " " + e.variant + " " + e.weight + " " + e.size + "px '" + e.family + "'"
}
function F(e) {
return j[e] || "square"
}
function I(e) {
this.m_ = E(), this.mStack_ = [], this.aStack_ = [], this.currentPath_ = [], this.strokeStyle = "#000", this.fillStyle = "#000", this.lineWidth = 1, this.lineJoin = "miter", this.lineCap = "butt", this.miterLimit = o * 1, this.globalAlpha = 1, this.font = "12px 微软雅黑", this.textAlign = "left", this.textBaseline = "alphabetic", this.canvas = e;
var t = "width:" + e.clientWidth + "px;height:" + e.clientHeight + "px;overflow:hidden;position:absolute",
n = e.ownerDocument.createElement("div");
n.style.cssText = t, e.appendChild(n);
var r = n.cloneNode(!1);
r.style.backgroundColor = "#fff", r.style.filter = "alpha(opacity=0)", e.appendChild(r), this.element_ = n, this.arcScaleX_ = 1, this.arcScaleY_ = 1, this.lineScale_ = 1
}
function R(e, t, n, r) {
e.currentPath_.push({
type: "bezierCurveTo",
cp1x: t.x,
cp1y: t.y,
cp2x: n.x,
cp2y: n.y,
x: r.x,
y: r.y
}), e.currentX_ = r.x, e.currentY_ = r.y
}
function U(e, t) {
var n = M(e.strokeStyle), r = n.color, i = n.alpha * e.globalAlpha, s = e.lineScale_ * e.lineWidth;
s < 1 && (i *= s), t.push("'), (f || l) && w.push(' " + vt(a[y].name || "") + " : ", T = a[y].data[o], T = typeof T != "undefined" ? typeof T.value != "undefined" ? T.value : T : "-", d += T instanceof Array ? T : g.numAddCommas(T); N.innerHTML = d } if (v === !1 || !i.tooltip.showContent)return; g.hasAppend || (N.style.left = j / 2 + "px", N.style.top = B / 2 + "px", s.firstChild.appendChild(N), g.hasAppend = !0), W(h, p, m) } } function G(e, t) { if (typeof x == "undefined" || typeof e == "undefined" || typeof t == "undefined" || t < 0)return !1; var n = i.series, r = [], o, u, a = ""; if (i.tooltip.trigger == "axis") { if (i.tooltip.show === !1)return !1; o = i.tooltip.formatter } var f = i.polar[e].indicator[t].text; for (var l = 0, h = n.length; l < h; l++) { if (!at(n[l].name))continue; n[l].polarIndex == e && g.deepQuery([n[l], i], "tooltip.trigger") == "axis" && (u = g.query(n[l], "tooltip.showContent") || u, o = g.query(n[l], "tooltip.formatter") || o, a += U(g.query(n[l], "tooltip")), r.push(n[l])) } if (r.length > 0) { var p, d, v = []; for (var l = 0, h = r.length; l < h; l++) { p = r[l].data; for (var m = 0, y = p.length; m < y; m++) { d = p[m]; if (!at(d.name))continue; d = typeof d != "undefined" ? d : { name: "", value: {dataIndex: "-"} }, v.push([r[l].name || "", d.name, d.value[t], f]) } } if (v.length <= 0)return; if (typeof o == "function") H = "axis:" + t, N.innerHTML = o(v, H, nt); else if (typeof o == "string") { o = o.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}").replace("{d}", "{d0}"); for (var l = 0, h = v.length; l < h; l++)o = o.replace("{a" + l + "}", vt(v[l][0])), o = o.replace("{b" + l + "}", vt(v[l][1])), o = o.replace("{c" + l + "}", g.numAddCommas(v[l][2])), o = o.replace("{d" + l + "}", vt(v[l][3])); N.innerHTML = o } else { o = vt(v[0][1]) + "
" + vt(v[0][3]) + " : " + g.numAddCommas(v[0][2]); for (var l = 1, h = v.length; l < h; l++)o += "
" + vt(v[l][1]) + "
", o += vt(v[l][3]) + " : " + g.numAddCommas(v[l][2]); N.innerHTML = o } if (u === !1 || !i.tooltip.showContent)return; return g.hasAppend || (N.style.left = j / 2 + "px", N.style.top = B / 2 + "px", s.firstChild.appendChild(N), g.hasAppend = !0), W(c.getX(P), c.getY(P), a), !0 } } function Y() { var e = a.get(D, "series"), n = a.get(D, "data"), o = a.get(D, "name"), u = a.get(D, "value"), f = a.get(D, "special"), l = a.get(D, "special2"), h, p, d = "", v, m = ""; D._type != "island" ? (i.tooltip.trigger == "item" && (h = i.tooltip.formatter), g.query(e, "tooltip.trigger") == "item" && (p = g.query(e, "tooltip.showContent") || p, h = g.query(e, "tooltip.formatter") || h, d += U(g.query(e, "tooltip"))), p = g.query(n, "tooltip.showContent") || p, h = g.query(n, "tooltip.formatter") || h, d += U(g.query(n, "tooltip"))) : (p = g.deepQuery([n, e, i], "tooltip.showContent"), h = g.deepQuery([n, e, i], "tooltip.islandFormatter")); if (typeof h == "function") H = (e.name || "") + ":" + a.get(D, "dataIndex"), N.innerHTML = h([e.name || "", o, u, f, l], H, nt); else if (typeof h == "string") H = NaN, h = h.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}"), h = h.replace("{a0}", vt(e.name || "")).replace("{b0}", vt(o)).replace("{c0}", u instanceof Array ? u : g.numAddCommas(u)), h = h.replace("{d}", "{d0}").replace("{d0}", f || ""), h = h.replace("{e}", "{e0}").replace("{e0}", a.get(D, "special2") || ""), N.innerHTML = h; else { H = NaN; if (e.type == t.CHART_TYPE_SCATTER) N.innerHTML = (typeof e.name != "undefined" ? vt(e.name) + "
" : "") + (o === "" ? "" : vt(o) + " : ") + u + (typeof f == "undefined" ? "" : " (" + f + ")"); else if (e.type == t.CHART_TYPE_RADAR && f) { v = f, m += vt(o === "" ? e.name || "" : o), m += m === "" ? "" : "
"; for (var y = 0; y < v.length; y++)m += vt(v[y].text) + " : " + g.numAddCommas(u[y]) + "
"; N.innerHTML = m } else if (e.type == t.CHART_TYPE_CHORD)if (typeof l == "undefined") N.innerHTML = vt(o) + " (" + g.numAddCommas(u) + ")"; else { var b = vt(o), w = vt(f); N.innerHTML = (typeof e.name != "undefined" ? vt(e.name) + "
" : "") + b + " -> " + w + " (" + g.numAddCommas(u) + ")" + "
" + w + " -> " + b + " (" + g.numAddCommas(l) + ")" } else N.innerHTML = (typeof e.name != "undefined" ? vt(e.name) + "
" : "") + vt(o) + " : " + g.numAddCommas(u) + (typeof f == "undefined" ? "" : " (" + g.numAddCommas(f) + ")") } q.invisible || (q.invisible = !0, r.modShape(q.id, q), r.refresh()); if (p === !1 || !i.tooltip.showContent)return; g.hasAppend || (N.style.left = j / 2 + "px", N.style.top = B / 2 + "px", s.firstChild.appendChild(N), g.hasAppend = !0), W(c.getX(P) + 20, c.getY(P) - 20, d) } function Z(e, t, n, s, o, u) { if (e.length > 0) { var a, f, l = i.tooltip.axisPointer, c = l.type, h = l.lineStyle.color, p = l.lineStyle.width, d = l.lineStyle.type, v = l.areaStyle.size, m = l.areaStyle.color; for (var y = 0, b = e.length; y < b; y++)g.deepQuery([e[y], i], "tooltip.trigger") == "axis" && (a = e[y], f = g.query(a, "tooltip.axisPointer.type"), c = f || c, f == "line" ? (h = g.query(a, "tooltip.axisPointer.lineStyle.color") || h, p = g.query(a, "tooltip.axisPointer.lineStyle.width") || p, d = g.query(a, "tooltip.axisPointer.lineStyle.type") || d) : f == "shadow" && (v = g.query(a, "tooltip.axisPointer.areaStyle.size") || v, m = g.query(a, "tooltip.axisPointer.areaStyle.color") || m)); c == "line" ? (q.style = { xStart: t, yStart: n, xEnd: s, yEnd: o, strokeColor: h, lineWidth: p, lineType: d }, q.invisible = !1, r.modShape(q.id, q)) : c == "shadow" && (typeof v == "undefined" || v == "auto" || isNaN(v) ? p = u : p = v, t == s ? Math.abs(w.getX() - t) < 2 ? (p /= 2, t = s += p / 2) : Math.abs(w.getXend() - t) < 2 && (p /= 2, t = s -= p / 2) : n == o && (Math.abs(w.getY() - n) < 2 ? (p /= 2, n = o += p / 2) : Math.abs(w.getYend() - n) < 2 && (p /= 2, n = o -= p / 2)), R.style = { xStart: t, yStart: n, xEnd: s, yEnd: o, strokeColor: m, lineWidth: p }, R.invisible = !1, r.modShape(R.id, R)), r.refresh() } } function et(e) { clearTimeout(A), clearTimeout(M); var r = e.target, s = c.getX(e.event), o = c.getY(e.event); if (!r) D = !1, P = e.event, P._target = P.target || P.toElement, P.zrenderX = s, P.zrenderY = o, L && w && h.isInside(m, w.getArea(), s, o) ? M = setTimeout(V, _) : L && x && x.isInside([s, o]) != -1 ? M = setTimeout(V, _) : (!P.connectTrigger && n.dispatch(t.EVENT.TOOLTIP_OUT_GRID, P), A = setTimeout(z, O)); else { D = r, P = e.event, P._target = P.target || P.toElement, P.zrenderX = s, P.zrenderY = o; var u; if (L && x && (u = x.isInside([s, o])) != -1) { var a = i.series; for (var f = 0, l = a.length; f < l; f++)if (a[f].polarIndex == u && g.deepQuery([a[f], i], "tooltip.trigger") == "axis") { D = null; break } } M = setTimeout(V, _) } } function tt() { clearTimeout(A), clearTimeout(M), A = setTimeout(z, O) } function nt(e, t) { if (!N)return; e == H && (N.innerHTML = t), setTimeout(X, 20) } function rt() { b = o.component, w = b.grid, E = b.xAxis, S = b.yAxis, x = b.polar } function it(e, t) { if (!F || F && F.dataIndex != e.dataIndex) { F && F.tipShape.length > 0 && r.delShape(F.tipShape); for (var n = 0, i = t.length; n < i; n++)t[n].id = r.newShapeId("tooltip"), t[n].zlevel = y, t[n].style = v.getHighlightStyle(t[n].style, t[n].highlightStyle), t[n].draggable = !1, t[n].hoverable = !1, t[n].clickable = !1, t[n].ondragend = null, t[n].ondragover = null, t[n].ondrop = null, r.addShape(t[n]); F = {dataIndex: e.dataIndex, tipShape: t} } } function st() { z() } function ot(e) { T = e.selected } function ut() { i.legend && i.legend.selected ? T = i.legend.selected : T = {} } function at(e) { return typeof T[e] != "undefined" ? T[e] : !0 } function ft(e) { if (!e)return; var n, s = i.series; if (typeof e.seriesIndex != "undefined") n = e.seriesIndex; else { var u = e.seriesName; for (var l = 0, c = s.length; l < c; l++)if (s[l].name == u) { n = l; break } } var h = s[n]; if (typeof h == "undefined")return; var p = o.chart[h.type], d = g.deepQuery([h, i], "tooltip.trigger") == "axis"; if (!p)return; if (d) { var v = e.dataIndex; switch (p.type) { case t.CHART_TYPE_LINE: case t.CHART_TYPE_BAR: case t.CHART_TYPE_K: if (typeof E == "undefined" || typeof S == "undefined" || h.data.length <= v)return; var m = h.xAxisIndex || 0, y = h.yAxisIndex || 0; E.getAxis(m).type == t.COMPONENT_TYPE_AXIS_CATEGORY ? P = { zrenderX: E.getAxis(m).getCoordByIndex(v), zrenderY: w.getY() + (w.getYend() - w.getY()) / 4 } : P = { zrenderX: w.getX() + (w.getXend() - w.getX()) / 4, zrenderY: S.getAxis(y).getCoordByIndex(v) }, Q(m, y, v); break; case t.CHART_TYPE_RADAR: if (typeof x == "undefined" || h.data[0].value.length <= v)return; var b = h.polarIndex || 0, T = x.getVector(b, v, "max"); P = {zrenderX: T[0], zrenderY: T[1]}, G(b, v) } } else { var N = p.shapeList, C, k; switch (p.type) { case t.CHART_TYPE_LINE: case t.CHART_TYPE_BAR: case t.CHART_TYPE_K: case t.CHART_TYPE_SCATTER: var v = e.dataIndex; for (var l = 0, c = N.length; l < c; l++)if (a.get(N[l], "seriesIndex") == n && a.get(N[l], "dataIndex") == v) { D = N[l], C = N[l].style.x, k = p.type != t.CHART_TYPE_K ? N[l].style.y : N[l].style.y[0]; break } break; case t.CHART_TYPE_RADAR: var v = e.dataIndex; for (var l = 0, c = N.length; l < c; l++)if (N[l].shape == "polygon" && a.get(N[l], "seriesIndex") == n && a.get(N[l], "dataIndex") == v) { D = N[l]; var T = x.getCenter(h.polarIndex || 0); C = T[0], k = T[1]; break } break; case t.CHART_TYPE_PIE: var L = e.name; for (var l = 0, c = N.length; l < c; l++)if (N[l].shape == "sector" && a.get(N[l], "seriesIndex") == n && a.get(N[l], "name") == L) { D = N[l]; var A = D.style, O = (A.startAngle + A.endAngle) / 2 * Math.PI / 180; C = D.style.x + Math.cos(O) * A.r / 1.5, k = D.style.y - Math.sin(O) * A.r / 1.5; break } break; case t.CHART_TYPE_MAP: var L = e.name, M = h.mapType; for (var l = 0, c = N.length; l < c; l++)if (N[l].shape == "text" && N[l]._mapType == M && N[l].style._text == L) { D = N[l], C = D.style.x + D.position[0], k = D.style.y + D.position[1]; break } break; case t.CHART_TYPE_CHORD: var L = e.name; for (var l = 0, c = N.length; l < c; l++)if (N[l].shape == "sector" && a.get(N[l], "name") == L) { D = N[l]; var A = D.style, O = (A.startAngle + A.endAngle) / 2 * Math.PI / 180; C = D.style.x + Math.cos(O) * (A.r - 2), k = D.style.y - Math.sin(O) * (A.r - 2), r.trigger(f.EVENT.MOUSEMOVE, { zrenderX: C, zrenderY: k }); return } break; case t.CHART_TYPE_FORCE: var L = e.name; for (var l = 0, c = N.length; l < c; l++)if (N[l].shape == "circle" && a.get(N[l], "name") == L) { D = N[l], C = D.position[0], k = D.position[1]; break } } typeof C != "undefined" && typeof k != "undefined" && (P = { zrenderX: C, zrenderY: k }, r.addHoverShape(D), r.refreshHover(), Y()) } } function lt() { z() } function ct(e, n) { i = e, s = n, i.tooltip = g.reformOption(i.tooltip), i.tooltip.textStyle = d.merge(i.tooltip.textStyle, t.textStyle, { overwrite: !1, recursive: !0 }), i.tooltip.padding = g.reformCssArray(i.tooltip.padding), L = !1, i.tooltip.trigger == "axis" && (L = !0); var r = i.series; for (var o = 0, u = r.length; o < u; o++)if (g.query(r[o], "tooltip.trigger") == "axis") { L = !0; break } _ = i.tooltip.showDelay, O = i.tooltip.hideDelay, k = U(i.tooltip), N.style.position = "absolute", g.hasAppend = !1, ut(), I = i.tooltip.axisPointer.lineStyle.width } function ht(e) { e && (i = e, i.tooltip = g.reformOption(i.tooltip), i.tooltip.textStyle = d.merge(i.tooltip.textStyle, t.textStyle, { overwrite: !1, recursive: !0 }), i.tooltip.padding = g.reformCssArray(i.tooltip.padding), ut(), I = i.tooltip.axisPointer.lineStyle.width) } function pt() { B = r.getHeight(), j = r.getWidth() } function dt() { clearTimeout(A), clearTimeout(M), r.un(f.EVENT.MOUSEMOVE, et), r.un(f.EVENT.GLOBALOUT, tt), g.hasAppend && s.firstChild.removeChild(N), N = null, g.shapeList = null, g = null } function vt(e) { return String(e).replace(/&/g, "&").replace(//g, ">").replace(/"/g, """).replace(/'/g, "'") } var u = e("./base"); u.call(this, t, r); var a = e("../util/ecData"), f = e("zrender/config"), l = e("zrender/shape"), c = e("zrender/tool/event"), h = e("zrender/tool/area"), p = e("zrender/tool/color"), d = e("zrender/tool/util"), v = e("zrender/shape/base"), m = l.get("rectangle"), g = this; g.type = t.COMPONENT_TYPE_TOOLTIP; var y = g.getZlevelBase(), b = {}, w, E, S, x, T = {}, N = document.createElement("div"), C = "position:absolute;display:block;border-style:solid;white-space:nowrap;", k, L, A, O, M, _, D, P, H, B = r.getHeight(), j = r.getWidth(), F = !1, I = 0, q = {shape: "line", id: r.newShapeId("tooltip"), zlevel: y, invisible: !0, hoverable: !1, style: {}}, R = {shape: "line", id: r.newShapeId("tooltip"), zlevel: 1, invisible: !0, hoverable: !1, style: {}}; r.addShape(q), r.addShape(R), r.on(f.EVENT.MOUSEMOVE, et), r.on(f.EVENT.GLOBALOUT, tt), g.dispose = dt, g.init = ct, g.refresh = ht, g.resize = pt, g.setComponent = rt, g.ontooltipHover = it, g.ondragend = st, g.onlegendSelected = ot, g.showTip = ft, g.hideTip = lt, ct(i, s) } return e("../component").define("tooltip", t), t }), define("echarts/component/toolbox", ["require", "./base", "zrender/config", "zrender/tool/util", "zrender/tool/event", "zrender/tool/env", "../component", "../component"], function (e) { function t(t, n, r, i, s) { function B() { y = []; var e = l.toolbox.feature, t = []; for (var n in e)if (e[n].show)switch (n) { case"mark": t.push({key: n, name: "mark"}), t.push({key: n, name: "markUndo"}), t.push({ key: n, name: "markClear" }); break; case"magicType": for (var i = 0, s = e[n].type.length; i < s; i++)e[n].title[e[n].type[i] + "Chart"] = e[n].title[e[n].type[i]], t.push({ key: n, name: e[n].type[i] + "Chart" }); break; case"dataZoom": t.push({key: n, name: "dataZoom"}), t.push({key: n, name: "dataZoomReset"}); break; case"saveAsImage": p && t.push({key: n, name: "saveAsImage"}); break; default: t.push({key: n, name: n}) } if (t.length > 0) { var o, n; for (var i = 0, s = t.length; i < s; i++)o = t[i].name, n = t[i].key, y.push(o), E[o] = e[n].title[o] || e[n].title, e[n].icon && (S[o] = e[n].icon[o] || e[n].icon), e[n].color && (x[o] = e[n].color[o] || e[n].color); w = I(), F(), j(); for (var i = 0, s = h.shapeList.length; i < s; i++)h.shapeList[i].id = r.newShapeId(h.type), r.addShape(h.shapeList[i]); b.mark && (G(b.markUndo), G(b.markClear)), b.dataZoomReset && _.length === 0 && G(b.dataZoomReset) } } function j() { var s = l.toolbox, o = y.length, u = w.x, a = w.y, f = s.itemSize, c = s.itemGap, p, m = s.color instanceof Array ? s.color : [s.color], g = h.getFont(s.textStyle), N, C, k; s.orient == "horizontal" ? (N = w.y / r.getHeight() < .5 ? "bottom" : "top", C = w.x / r.getWidth() < .5 ? "left" : "right", k = w.y / r.getHeight() < .5 ? "top" : "bottom") : N = w.x / r.getWidth() < .5 ? "right" : "left", b = {}; for (var L = 0; L < o; L++) { p = { shape: "icon", zlevel: d, style: { x: u, y: a, width: f, height: f, iconType: y[L], lineWidth: 1, strokeColor: x[y[L]] || m[L % m.length], brushType: "stroke" }, highlightStyle: { lineWidth: 2, text: s.showTitle ? E[y[L]] : undefined, textFont: g, textPosition: N, strokeColor: x[y[L]] || m[L % m.length] }, hoverable: !0, clickable: !0 }, S[y[L]] && (p.style.image = S[y[L]].replace(new RegExp("^image:\\/\\/"), ""), p.style.opacity = .8, p.highlightStyle.opacity = 1, p.shape = "image"), s.orient == "horizontal" && (L === 0 && C == "left" && (p.highlightStyle.textPosition = "specific", p.highlightStyle.textAlign = C, p.highlightStyle.textBaseline = k, p.highlightStyle.textX = u, p.highlightStyle.textY = k == "top" ? a + f + 10 : a - 10), L == o - 1 && C == "right" && (p.highlightStyle.textPosition = "specific", p.highlightStyle.textAlign = C, p.highlightStyle.textBaseline = k, p.highlightStyle.textX = u + f, p.highlightStyle.textY = k == "top" ? a + f + 10 : a - 10)); switch (y[L]) { case"mark": p.onclick = q; break; case"markUndo": p.onclick = V; break; case"markClear": p.onclick = $; break; case"dataZoom": p.onclick = R; break; case"dataZoomReset": p.onclick = J; break; case"dataView": if (!D) { var A = e("../component"), O = A.get("dataView"); D = new O(t, n, r, l, i) } p.onclick = Z; break; case"restore": p.onclick = et; break; case"saveAsImage": p.onclick = tt; break; default: y[L].match("Chart") ? (p._name = y[L].replace("Chart", ""), v[p._name] && (p.style.strokeColor = T), p.onclick = nt) : p.onclick = it } h.shapeList.push(p), b[y[L]] = p, s.orient == "horizontal" ? u += f + c : a += f + c } } function F() { var e = l.toolbox, t = e.padding[0], n = e.padding[1], r = e.padding[2], i = e.padding[3]; h.shapeList.push({ shape: "rectangle", zlevel: d, hoverable: !1, style: { x: w.x - i, y: w.y - t, width: w.width + i + n, height: w.height + t + r, brushType: e.borderWidth === 0 ? "fill" : "both", color: e.backgroundColor, strokeColor: e.borderColor, lineWidth: e.borderWidth } }) } function I() { var e = l.toolbox, t = y.length, n = e.itemGap, i = e.itemSize, s = 0, o = 0; e.orient == "horizontal" ? (s = (i + n) * t - n, o = i) : (o = (i + n) * t - n, s = i); var u, a = r.getWidth(); switch (e.x) { case"center": u = Math.floor((a - s) / 2); break; case"left": u = e.padding[3] + e.borderWidth; break; case"right": u = a - s - e.padding[1] - e.borderWidth; break; default: u = e.x - 0, u = isNaN(u) ? 0 : u } var f, c = r.getHeight(); switch (e.y) { case"top": f = e.padding[0] + e.borderWidth; break; case"bottom": f = c - o - e.padding[2] - e.borderWidth; break; case"center": f = Math.floor((c - o) / 2); break; default: f = e.y - 0, f = isNaN(f) ? 0 : f } return {x: u, y: f, width: s, height: o} } function q(e) { var t = e.target; return k || C ? (K(), r.refresh()) : (Q(), r.modShape(t.id, {style: {strokeColor: T}}), r.refresh(), C = !0, setTimeout(function () { r && r.on(u.EVENT.CLICK, X) && r.on(u.EVENT.MOUSEMOVE, U) }, 10)), !0 } function R(e) { var t = e.target; return O || A ? (Q(), r.refresh(), i.style.cursor = "default") : (K(), r.modShape(t.id, {style: {strokeColor: T}}), r.refresh(), A = !0, setTimeout(function () { r && r.on(u.EVENT.MOUSEDOWN, z) && r.on(u.EVENT.MOUSEUP, W) && r.on(u.EVENT.MOUSEMOVE, U) }, 10), i.style.cursor = "crosshair"), !0 } function U(e) { k && (L.style.xEnd = f.getX(e.event), L.style.yEnd = f.getY(e.event), r.addHoverShape(L)), O && (M.style.width = f.getX(e.event) - M.style.x, M.style.height = f.getY(e.event) - M.style.y, r.addHoverShape(M), i.style.cursor = "crosshair"), A && i.style.cursor != "pointer" && i.style.cursor != "move" && (i.style.cursor = "crosshair") } function z(e) { if (e.target)return; O = !0; var n = f.getX(e.event), i = f.getY(e.event), s = l.dataZoom || {}; return M = { shape: "rectangle", id: r.newShapeId("zoom"), zlevel: d, style: {x: n, y: i, width: 1, height: 1, brushType: "both"}, highlightStyle: { lineWidth: 2, color: s.fillerColor || t.dataZoom.fillerColor, strokeColor: s.handleColor || t.dataZoom.handleColor, brushType: "both" } }, r.addHoverShape(M), !0 } function W() { if (!M || Math.abs(M.style.width) < 10 || Math.abs(M.style.height) < 10)return O = !1, !0; if (O && c.dataZoom) { O = !1; var e = c.dataZoom.rectZoom(M.style); e && (_.push({ start: e.start, end: e.end, start2: e.start2, end2: e.end2 }), Y(b.dataZoomReset), r.refresh()) } return !0 } function X(e) { if (k) k = !1, h.shapeList.push(L), Y(b.markUndo), Y(b.markClear), r.addShape(L), r.refresh(); else if (C) { k = !0; var t = f.getX(e.event), n = f.getY(e.event); L = { shape: "line", id: r.newShapeId("mark"), zlevel: d, style: { xStart: t, yStart: n, xEnd: t, yEnd: n, lineWidth: h.query(l, "toolbox.feature.mark.lineStyle.width"), strokeColor: h.query(l, "toolbox.feature.mark.lineStyle.color"), lineType: h.query(l, "toolbox.feature.mark.lineStyle.type") } }, r.addHoverShape(L) } } function V() { if (k) k = !1; else { var e = h.shapeList.length - 1; y.length == e - 1 && (G(b.markUndo), G(b.markClear)); if (y.length < e) { var t = h.shapeList[h.shapeList.length - 1]; r.delShape(t.id), r.refresh(), h.shapeList.pop() } } return !0 } function $() { k && (k = !1); var e = h.shapeList.length - y.length - 1, t = !1; while (e--)r.delShape(h.shapeList.pop().id), t = !0; return t && (G(b.markUndo), G(b.markClear), r.refresh()), !0 } function J() { return O && (O = !1), _.pop(), _.length > 0 ? c.dataZoom.absoluteZoom(_[_.length - 1]) : (c.dataZoom.rectZoom(), G(b.dataZoomReset), r.refresh()), !0 } function K() { k = !1, C && (C = !1, b.mark && r.modShape(b.mark.id, {style: {strokeColor: b.mark.highlightStyle.strokeColor}}), r.un(u.EVENT.CLICK, X), r.un(u.EVENT.MOUSEMOVE, U)) } function Q() { O = !1, A && (A = !1, b.dataZoom && r.modShape(b.dataZoom.id, {style: {strokeColor: b.dataZoom.highlightStyle.strokeColor}}), r.un(u.EVENT.MOUSEDOWN, z), r.un(u.EVENT.MOUSEUP, W), r.un(u.EVENT.MOUSEMOVE, U)) } function G(e) { e.shape != "image" ? r.modShape(e.id, { hoverable: !1, clickable: !1, style: {strokeColor: N} }) : r.modShape(e.id, {hoverable: !1, clickable: !1, style: {opacity: .3}}) } function Y(e) { e.shape != "image" ? r.modShape(e.id, { hoverable: !0, clickable: !0, style: {strokeColor: e.highlightStyle.strokeColor} }) : r.modShape(e.id, {hoverable: !0, clickable: !0, style: {opacity: .8}}) } function Z() { return D.show(l), !0 } function et() { return K(), Q(), n.dispatch(t.EVENT.RESTORE), !0 } function tt() { var e = l.toolbox.feature.saveAsImage, t = e.type || "png"; t != "png" && t != "jpeg" && (t = "png"); var n; s.isConnected() ? n = s.getConnectedDataURL(t) : n = r.toDataURL("image/" + t, l.backgroundColor && l.backgroundColor.replace(" ", "") == "rgba(0,0,0,0)" ? "#fff" : l.backgroundColor); var i = document.createElement("div"); i.id = "__echarts_download_wrap__", i.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 o = document.createElement("a"); o.href = n, o.setAttribute("download", (e.name ? e.name : l.title && (l.title.text || l.title.subtext) ? l.title.text || l.title.subtext : "ECharts") + "." + t), o.innerHTML = '
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", c.style.cssText = "display:block;margin:0 0 8px 0;padding:4px 6px;overflow:auto;width:" + (b - 15) + "px;" + "height:" + (y - 100) + "px;"; var n = u.query(i, "toolbox.feature.dataView.optionToContent"); typeof n != "function" ? c.value = S() : c.value = n(i), l.appendChild(c), p.style.cssText = "float:right;padding:1px 6px;", p.innerHTML = t[1] || a[1], p.onclick = w, l.appendChild(p), u.query(i, "toolbox.feature.dataView.readOnly") === !1 ? (h.style.cssText = "float:right;margin-right:10px;padding:1px 6px;", h.innerHTML = t[2] || a[2], h.onclick = x, l.appendChild(h), c.readOnly = !1, c.style.cursor = "default") : (c.readOnly = !0, c.style.cursor = "text"), m = "width:" + b + "px;" + "height:" + y + "px;" + "background-color:#fff;", l.style.cssText = v + m, s.onselectstart = function () { return !0 } } function S() { var e, n, r, s, o, u, a = [], f = ""; if (i.xAxis) { i.xAxis instanceof Array ? a = i.xAxis : a = [i.xAxis]; for (e = 0, s = a.length; e < s; e++)if ((a[e].type || "category") == "category") { u = []; for (n = 0, r = a[e].data.length; n < r; n++)o = a[e].data[n], u.push(typeof o.value != "undefined" ? o.value : o); f += u.join(", ") + "\n\n" } } if (i.yAxis) { i.yAxis instanceof Array ? a = i.yAxis : a = [i.yAxis]; for (e = 0, s = a.length; e < s; e++)if (a[e].type == "category") { u = []; for (n = 0, r = a[e].data.length; n < r; n++)o = a[e].data[n], u.push(typeof o.value != "undefined" ? o.value : o); f += u.join(", ") + "\n\n" } } var l = i.series, c; for (e = 0, s = l.length; e < s; e++) { u = []; for (n = 0, r = l[e].data.length; n < r; n++)o = l[e].data[n], l[e].type == t.CHART_TYPE_PIE || l[e].type == t.CHART_TYPE_MAP ? c = (o.name || "-") + ":" : c = "", l[e].type == t.CHART_TYPE_SCATTER && (o = typeof o.value != "undefined" ? o.value : o, o = o.join(", ")), u.push(c + (typeof o.value != "undefined" ? o.value : o)); f += (l[e].name || "-") + " : \n", f += u.join(l[e].type == t.CHART_TYPE_SCATTER ? "\n" : ", "), f += "\n\n" } return f } function x() { var e = c.value, r = u.query(i, "toolbox.feature.dataView.contentToOption"); if (typeof r != "function") { e = e.split("\n"); var s = []; for (var o = 0, a = e.length; o < a; o++)e[o] = N(e[o]), e[o] !== "" && s.push(e[o]); T(s) } else r(e, i); w(), setTimeout(function () { n && n.dispatch(t.EVENT.DATA_VIEW_CHANGED, null, {option: i}) }, f ? 800 : 100) } function T(e) { var n, r, s, o, u, a = [], f = 0, l, c; if (i.xAxis) { i.xAxis instanceof Array ? a = i.xAxis : a = [i.xAxis]; for (n = 0, o = a.length; n < o; n++)if ((a[n].type || "category") == "category") { l = e[f].split(","); for (r = 0, s = a[n].data.length; r < s; r++)c = N(l[r] || ""), u = a[n].data[r], typeof a[n].data[r].value != "undefined" ? a[n].data[r].value = c : a[n].data[r] = c; f++ } } if (i.yAxis) { i.yAxis instanceof Array ? a = i.yAxis : a = [i.yAxis]; for (n = 0, o = a.length; n < o; n++)if (a[n].type == "category") { l = e[f].split(","); for (r = 0, s = a[n].data.length; r < s; r++)c = N(l[r] || ""), u = a[n].data[r], typeof a[n].data[r].value != "undefined" ? a[n].data[r].value = c : a[n].data[r] = c; f++ } } var h = i.series; for (n = 0, o = h.length; n < o; n++) { f++; if (h[n].type == t.CHART_TYPE_SCATTER)for (var r = 0, s = h[n].data.length; r < s; r++)l = e[f], c = l.replace(" ", "").split(","), typeof h[n].data[r].value != "undefined" ? h[n].data[r].value = c : h[n].data[r] = c, f++; else { l = e[f].split(","); for (var r = 0, s = h[n].data.length; r < s; r++)c = (l[r] || "").replace(/.*:/, ""), c = N(c), c = c != "-" && c !== "" ? c - 0 : "-", typeof h[n].data[r].value != "undefined" ? h[n].data[r].value = c : h[n].data[r] = c; f++ } } } function N(e) { var t = new RegExp("(^[\\s\\t\\xa0\\u3000]+)|([\\u3000\\xa0\\s\\t]+$)", "g"); return e.replace(t, "") } function C(e) { e = e || window.event, e.stopPropagation ? e.stopPropagation() : e.cancelBubble = !0 } function k() { l.className = g, w(), s.firstChild.appendChild(l), window.addEventListener ? (l.addEventListener("click", C), l.addEventListener("mousewheel", C), l.addEventListener("mousemove", C), l.addEventListener("mousedown", C), l.addEventListener("mouseup", C), l.addEventListener("touchstart", C), l.addEventListener("touchmove", C), l.addEventListener("touchend", C)) : (l.attachEvent("onclick", C), l.attachEvent("onmousewheel", C), l.attachEvent("onmousemove", C), l.attachEvent("onmousedown", C), l.attachEvent("onmouseup", C)) } function L() { y = r.getHeight(), b = r.getWidth(), l.offsetHeight > 10 && (m = "width:" + b + "px;" + "height:" + y + "px;" + "background-color:#fff;", l.style.cssText = v + m, c.style.cssText = "display:block;margin:0 0 8px 0;padding:4px 6px;overflow:auto;width:" + (b - 15) + "px;" + "height:" + (y - 100) + "px;") } function A() { window.removeEventListener ? (l.removeEventListener("click", C), l.removeEventListener("mousewheel", C), l.removeEventListener("mousemove", C), l.removeEventListener("mousedown", C), l.removeEventListener("mouseup", C), l.removeEventListener("touchstart", C), l.removeEventListener("touchmove", C), l.removeEventListener("touchend", C)) : (l.detachEvent("onclick", C), l.detachEvent("onmousewheel", C), l.detachEvent("onmousemove", C), l.detachEvent("onmousedown", C), l.detachEvent("onmouseup", C)), h.onclick = null, p.onclick = null, d && (l.removeChild(c), l.removeChild(h), l.removeChild(p)), c = null, h = null, p = null, s.firstChild.removeChild(l), l = null, u = null } var o = e("./base"); o.call(this, t, r); var u = this; u.type = t.COMPONENT_TYPE_DATAVIEW; var a = ["Data View", "close", "refresh"], f = e("zrender/tool/env").canvasSupported, l = document.createElement("div"), c = document.createElement("textArea"), h = document.createElement("button"), p = document.createElement("button"), d = !1, v = "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;", m, g = "echarts-dataview", y = r.getHeight(), b = r.getWidth(); u.dispose = A, u.resize = L, u.show = E, u.hide = w, k() } return e("../component").define("dataView", t), t }), define("echarts/util/coordinates", ["require", "zrender/tool/math"], function (e) { function n(e, n) { return [e * t.sin(n), e * t.cos(n)] } function r(e, t) { return [Math.sqrt(e * e + t * t), Math.atan(t / e)] } var t = e("zrender/tool/math"); return {polar2cartesian: n, cartesian2polar: r} }), define("echarts/component/polar", ["require", "./base", "../util/coordinates", "zrender/tool/util", "../component"], function (e) { function t(t, n, r, i, s) { function p(e, t) { s = t, B(e) } function d() { for (var e = 0; e < l.length; e++)f.reformOption(l[e]), h = [l[e], i], v(e), m(e), y(e), L(e), g(e); for (var e = 0; e < f.shapeList.length; e++)f.shapeList[e].id = r.newShapeId(f.type), r.addShape(f.shapeList[e]) } function v(e) { var t = l[e], n = f.deepQuery(h, "indicator"), i = n.length, s = t.startAngle, o = 2 * Math.PI / i, a = f.parsePercent(t.radius, Math.min(r.getWidth(), r.getHeight()) / 2), c = t.__ecIndicator = [], p; for (var d = 0; d < i; d++)p = u.polar2cartesian(a, s * Math.PI / 180 + o * d), c.push({vector: [p[1], -p[0]]}) } function m(e) { var t = l[e], n = t.__ecIndicator, r = t.splitArea, i = t.splitLine, s = N(e), o = t.splitNumber, u = i.lineStyle.color, a = i.lineStyle.width, c = i.show, p = f.deepQuery(h, "axisLine"); w(n, o, s, r, u, a, c), C(n, s, p) } function g(e) { var t = l[e], n = f.deepQuery(h, "indicator"), r = t.__ecIndicator, s, o, u, c, p = f.deepQuery(h, "splitNumber"), d = N(e), o, v, m, g, y, b = f.deepQuery(h, "precision"); for (var w = 0; w < n.length; w++) { s = f.deepQuery([n[w], t, i], "axisLabel"); if (s.show) { u = {}, u.textFont = f.getFont(), u = a.merge(u, s), u.lineWidth = u.width, o = r[w].vector, v = r[w].value, g = w / n.length * 2 * Math.PI, y = s.offset || 10; for (var E = 1; E <= p; E++)c = a.merge({}, u), m = E * (v.max - v.min) / p + v.min, b && (m = m.toFixed(b)), c.text = f.numAddCommas(m), c.x = E * o[0] / p + Math.cos(g) * y + d[0], c.y = E * o[1] / p + Math.sin(g) * y + d[1], f.shapeList.push({ shape: "text", style: c, draggable: !1, hoverable: !1 }) } } } function y(e) { var t = l[e], n = t.__ecIndicator, r, s = f.deepQuery(h, "indicator"), o = N(e), u, a, c, p, d = 0, v = 0, m, g; for (var y = 0; y < s.length; y++) { c = f.deepQuery([s[y], t, i], "name"); if (!c.show)continue; g = f.deepQuery([c, t, i], "textStyle"), u = {}, u.textFont = f.getFont(g), u.color = g.color, typeof c.formatter == "function" ? u.text = c.formatter(s[y].text, y) : typeof c.formatter == "string" ? u.text = c.formatter.replace("{value}", s[y].text) : u.text = s[y].text, r = n[y].vector, Math.round(r[0]) > 0 ? a = "left" : Math.round(r[0]) < 0 ? a = "right" : a = "center", c.margin ? (m = c.margin, d = r[0] > 0 ? m : -m, v = r[1] > 0 ? m : -m, d = r[0] === 0 ? 0 : d, v = r[1] === 0 ? 0 : v, r = T(r, o, 1)) : r = T(r, o, 1.2), u.textAlign = a, u.x = r[0] + d, u.y = r[1] + v, c.rotate && (p = [c.rotate / 180 * Math.PI, r[0], r[1]]), f.shapeList.push({ shape: "text", style: u, draggable: !1, hoverable: !1, rotation: p }) } } function b(e) { var e = e || 0, t = l[e], n = N(e), r = t.__ecIndicator, i = r.length, s = [], o, u; for (var a = 0; a < i; a++)o = r[a].vector, s.push(T(o, n, 1.2)); return u = S(s, "fill", "rgba(0,0,0,0)", "", 1), u } function w(e, t, n, r, i, s, o) { var u, a, l, c; for (var h = 0; h < t; h++)a = (t - h) / t, c = E(e, a, n), o && (u = S(c, "stroke", "", i, s), f.shapeList.push(u)), r.show && (l = (t - h - 1) / t, x(e, r, a, l, n, h)) } function E(e, t, n) { var r = [], i = e.length, s; for (var o = 0; o < i; o++)s = e[o].vector, r.push(T(s, n, t)); return r } function S(e, t, n, r, i, s, o) { return { shape: "polygon", style: {pointList: e, brushType: t, color: n, strokeColor: r, lineWidth: i}, hoverable: s || !1, draggable: o || !1 } } function x(e, t, n, r, i, s) { var o = e.length, u, a = t.areaStyle.color, l, c, h, p = [], o = e.length, d; typeof a == "string" && (a = [a]), l = a.length, u = a[s % l]; for (var v = 0; v < o; v++)p = [], c = e[v].vector, h = e[(v + 1) % o].vector, p.push(T(c, i, n)), p.push(T(c, i, r)), p.push(T(h, i, r)), p.push(T(h, i, n)), d = S(p, "fill", u, "", 1), f.shapeList.push(d) } function T(e, t, n) { return [e[0] * n + t[0], e[1] * n + t[1]] } function N(e) { var e = e || 0; return f.parseCenter(r, l[e].center) } function C(e, t, n) { var r = e.length, i, s, o = n.lineStyle, u = o.color, a = o.width, l = o.type; for (var c = 0; c < r; c++)s = e[c].vector, i = k(t[0], t[1], s[0] + t[0], s[1] + t[1], u, a, l), f.shapeList.push(i) } function k(e, t, n, r, i, s, o) { return { shape: "line", style: {xStart: e, yStart: t, xEnd: n, yEnd: r, strokeColor: i, lineWidth: s, lineType: o}, hoverable: !1 } } function L(e) { var t = l[e], n = f.deepQuery(h, "indicator"), r = n.length, i = t.__ecIndicator, s, o, u, a = A(e), c = t.splitNumber, p = f.deepQuery(h, "boundaryGap"), d = f.deepQuery(h, "precision"), v = f.deepQuery(h, "power"), m = f.deepQuery(h, "scale"); for (var g = 0; g < r; g++)typeof n[g].max == "number" ? (o = n[g].max, u = n[g].min || 0, s = { max: o, min: u }) : s = O(a, g, c, p, d, v, m), i[g].value = s } function A(e) { var n = [], r, o, u = s.legend; for (var a = 0; a < c.length; a++) { r = c[a]; if (r.type != t.CHART_TYPE_RADAR)continue; o = r.data || []; for (var l = 0; l < o.length; l++)polarIndex = f.deepQuery([o[l], r, i], "polarIndex") || 0, polarIndex == e && (!u || u.isSelected(o[l].name)) && n.push(o[l]) } return n } function O(e, t, n, r, i, s, o) { function m(e) { (e > u || u === undefined) && (u = e), (e < a || a === undefined) && (a = e) } var u, a, f, l, c, h = 0, p, d, v; if (!e || e.length === 0)return; e.length == 1 && (a = 0); if (e.length != 1)for (var g = 0; g < e.length; g++)f = e[g].value[t], m(f); else { v = e[0]; for (var g = 0; g < v.value.length; g++)m(v.value[g]) } if (e.length != 1)if (o) { l = M(u, a, n, i, s); if (l >= 1) a = Math.floor(a / l) * l - l; else { if (l === 0)return u > 0 ? (d = 0, p = 2 * u) : u === 0 ? (d = 0, p = 100) : (p = 0, d = 2 * a), { max: p, min: d }; c = (l + "").split(".")[1], h = c.length, a = Math.floor(a * Math.pow(10, h)) / Math.pow(10, h) - l } Math.abs(a) <= l && (a = 0), u = a + Math.floor(l * Math.pow(10, h) * (n + 1)) / Math.pow(10, h) } else a = a > 0 ? 0 : a; return r && (u = u > 0 ? u * 1.2 : u * .8, a = a > 0 ? a * .8 : a * 1.2), {max: u, min: a} } function M(e, t, n, r, i) { var s = (e - t) / n, o, u; if (s > 1)return i ? (s = Math.ceil(s), s % i > 0 ? (Math.ceil(s / i) + 1) * i : s) : (o = (s + "").split(".")[0], u = o.length, o.charAt(0) >= 5 ? Math.pow(10, u) : (o.charAt(0) - 0 + 1) * Math.pow(10, u - 1)); if (s == 1)return 1; if (s === 0)return 0; if (!r) { o = (s + "").split(".")[1], u = 0; while (o[u] == "0")u++; return o[u] >= 5 ? "0." + o.substring(0, u + 1) - 0 + 1 / Math.pow(10, u) : "0." + o.substring(0, u + 1) - 0 + 1 / Math.pow(10, u + 1) } return Math.ceil(s * Math.pow(10, r)) / Math.pow(10, r) } function _(e, t, n) { e = e || 0, t = t || 0; var r = l[e].__ecIndicator; if (t >= r.length)return; var i = l[e].__ecIndicator[t], s = N(e), o = i.vector, u = i.value.max, a = i.value.min, f; if (typeof n == "undefined")return s; switch (n) { case"min": n = a; break; case"max": n = u; break; case"center": n = (u + a) / 2 } return u != a ? f = (n - a) / (u - a) : f = .5, T(o, s, f) } function D(e) { var t = P(e); return t ? t.polarIndex : -1 } function P(e) { var t, n, i, s, o, a, c, h, p, d = Math.min(r.getWidth(), r.getHeight()) / 2; for (var v = 0; v < l.length; v++) { t = l[v], n = N(v); if (e[0] == n[0] && e[1] == n[1])return {polarIndex: v, valueIndex: 0}; i = f.parsePercent(t.radius, d), o = t.startAngle, a = t.indicator, c = a.length, h = 2 * Math.PI / c, s = u.cartesian2polar(e[0] - n[0], n[1] - e[1]), e[0] - n[0] < 0 && (s[1] += Math.PI), s[1] < 0 && (s[1] += 2 * Math.PI), p = s[1] - o / 180 * Math.PI + Math.PI * 2; if (Math.abs(Math.cos(p % (h / 2))) * i > s[0])return { polarIndex: v, valueIndex: Math.floor((p + h / 2) / h) % c } } } function H(e) { var e = e || 0; return l[e].indicator } function B(e) { e && (i = e, l = i.polar, c = i.series), f.clear(), d() } var o = e("./base"); o.call(this, t, r); var u = e("../util/coordinates"), a = e("zrender/tool/util"), f = this; f.type = t.COMPONENT_TYPE_POLAR; var l, c, h; f.refresh = B, f.getVector = _, f.getDropBox = b, f.getCenter = N, f.getIndicator = H, f.isInside = D, f.getNearestIndex = P, p(i, s) } return e("../component").define("polar", t), t }), define("echarts/theme/default", [], function () { var e = {}; return e }), define("echarts/echarts", ["require", "zrender/tool/env", "./config", "zrender/tool/util", "zrender", "zrender/tool/event", "zrender/config", "./util/shape/icon", "./util/shape/markLine", "./chart", "./chart/island", "./component", "./component/title", "./component/axis", "./component/categoryAxis", "./component/valueAxis", "./component/grid", "./component/dataZoom", "./component/legend", "./component/dataRange", "./component/tooltip", "./component/toolbox", "./component/dataView", "./component/polar", "./util/ecQuery", "./util/ecData", "./chart", "./component", "zrender/tool/util", "./util/ecQuery", "zrender/tool/util", "zrender/tool/color", "zrender/tool/util", "./util/ecQuery", "zrender/tool/util", "./util/ecQuery", "zrender/tool/util", "zrender", "zrender/tool/util", "zrender/tool/util", "./theme/default", "./theme/default"], function (e) { function u(t) { function E() { var r = e("zrender"); (r.version || "1.0.3").replace(".", "") - 0 < n.dependencies.zrender.replace(".", "") - 0 && console.error("ZRender " + (r.version || "1.0.3-") + " is too old for ECharts " + n.version + ". Current version need ZRender " + n.dependencies.zrender + "+"), f = r.init(t), l = {}, p = [], d = {}; var s = e("zrender/tool/event"); s.Dispatcher.call(d); for (var o in i.EVENT)o != "CLICK" && o != "HOVER" && o != "MAP_ROAM" && d.bind(i.EVENT[o], x); var c = e("zrender/config"); f.on(c.EVENT.CLICK, T), f.on(c.EVENT.MOUSEOVER, N), f.on(c.EVENT.DRAGSTART, C), f.on(c.EVENT.DRAGEND, M), f.on(c.EVENT.DRAGENTER, k), f.on(c.EVENT.DRAGOVER, L), f.on(c.EVENT.DRAGLEAVE, A), f.on(c.EVENT.DROP, O), e("./util/shape/icon"), e("./util/shape/markLine"); var h = e("./chart"); e("./chart/island"); var v = h.get("island"); y = new v(u, d, f); var m = e("./component"); e("./component/title"), e("./component/axis"), e("./component/categoryAxis"), e("./component/valueAxis"), e("./component/grid"), e("./component/dataZoom"), e("./component/legend"), e("./component/dataRange"), e("./component/tooltip"), e("./component/toolbox"), e("./component/dataView"), e("./component/polar"); var g = m.get("toolbox"); b = new g(u, d, f, t, a), V() } function x(e) { e.__echartsId = e.__echartsId || a.id; var t = !0; e.__echartsId != a.id && (t = !1), S || (S = e.type); switch (e.type) { case i.EVENT.LEGEND_SELECTED: _(e); break; case i.EVENT.DATA_ZOOM: if (!t) { var n = a.component.dataZoom; n && (n.silence(!0), n.absoluteZoom(e.zoom), n.silence(!1)) } D(e); break; case i.EVENT.DATA_RANGE: t && P(e); break; case i.EVENT.MAGIC_TYPE_CHANGED: if (!t) { var r = a.component.toolbox; r && (r.silence(!0), r.setMagicType(e.magicType), r.silence(!1)) } H(e); break; case i.EVENT.DATA_VIEW_CHANGED: t && B(e); break; case i.EVENT.TOOLTIP_HOVER: t && j(e); break; case i.EVENT.RESTORE: F(); break; case i.EVENT.REFRESH: t && I(e); break; case i.EVENT.TOOLTIP_IN_GRID: case i.EVENT.TOOLTIP_OUT_GRID: if (!t) { var s = a.component.grid; s && f.trigger("mousemove", { connectTrigger: !0, zrenderX: s.getX() + e.x * s.getWidth(), zrenderY: s.getY() + e.y * s.getHeight() }) } else if (v) { var s = a.component.grid; s && (e.x = (e.event.zrenderX - s.getX()) / s.getWidth(), e.y = (e.event.zrenderY - s.getY()) / s.getHeight()) } } if (v && t && S == e.type) { for (var o in v)v[o].connectedEventHandler(e); S = null } if (!t || !v && t) S = null } function T(e) { var t = p.length; while (t--)p[t] && p[t].onclick && p[t].onclick(e); if (e.target) { var n = U(e.target); n && typeof n.seriesIndex != "undefined" && d.dispatch(i.EVENT.CLICK, e.event, n) } } function N(e) { if (e.target) { var t = U(e.target); t && typeof t.seriesIndex != "undefined" && d.dispatch(i.EVENT.HOVER, e.event, t) } } function C(e) { m = {dragIn: !1, dragOut: !1, needRefresh: !1}; var t = p.length; while (t--)p[t] && p[t].ondragstart && p[t].ondragstart(e) } function k(e) { var t = p.length; while (t--)p[t] && p[t].ondragenter && p[t].ondragenter(e) } function L(e) { var t = p.length; while (t--)p[t] && p[t].ondragover && p[t].ondragover(e) } function A(e) { var t = p.length; while (t--)p[t] && p[t].ondragleave && p[t].ondragleave(e) } function O(e) { var t = p.length; while (t--)p[t] && p[t].ondrop && p[t].ondrop(e, m); y.ondrop(e, m) } function M(e) { var t = p.length; while (t--)p[t] && p[t].ondragend && p[t].ondragend(e, m); y.ondragend(e, m), m.needRefresh && (R(y.getOption()), d.dispatch(i.EVENT.DATA_CHANGED, e.event, U(e.target)), d.dispatch(i.EVENT.REFRESH)) } function _(e) { m.needRefresh = !1; var t = p.length; while (t--)p[t] && p[t].onlegendSelected && p[t].onlegendSelected(e, m); g = e.selected, m.needRefresh && d.dispatch(i.EVENT.REFRESH) } function D(e) { m.needRefresh = !1; var t = p.length; while (t--)p[t] && p[t].ondataZoom && p[t].ondataZoom(e, m); m.needRefresh && d.dispatch(i.EVENT.REFRESH) } function P(e) { m.needRefresh = !1; var t = p.length; while (t--)p[t] && p[t].ondataRange && p[t].ondataRange(e, m); m.needRefresh && f.refresh() } function H() { z(q()) } function B(e) { R(e.option), d.dispatch(i.EVENT.DATA_CHANGED, null, e), d.dispatch(i.EVENT.REFRESH) } function j(e) { var t = p.length, n = []; while (t--)p[t] && p[t].ontooltipHover && p[t].ontooltipHover(e, n) } function F() { a.restore() } function I(e) { w = !0, a.refresh(e), w = !1 } function q(e) { var t = e || b.getMagicOption(), n; if (c.xAxis)if (c.xAxis instanceof Array) { n = c.xAxis.length; while (n--)t.xAxis[n].data = c.xAxis[n].data } else t.xAxis.data = c.xAxis.data; if (c.yAxis)if (c.yAxis instanceof Array) { n = c.yAxis.length; while (n--)t.yAxis[n].data = c.yAxis[n].data } else t.yAxis.data = c.yAxis.data; n = t.series.length; while (n--)t.series[n].data = c.series[n].data; return t } function R(t) { var n = e("./util/ecQuery"); if (n.query(t, "dataZoom.show") || n.query(t, "toolbox.show") && n.query(t, "toolbox.feature.dataZoom.show")) { for (var r = 0, s = p.length; r < s; r++)if (p[r].type == i.COMPONENT_TYPE_DATAZOOM) { p[r].syncBackupData(t, c); return } } else { var o = t.series, u; for (var r = 0, s = o.length; r < s; r++) { u = o[r].data; for (var a = 0, f = u.length; a < f; a++)c.series[r].data[a] = u[a] } } } function U(t) { if (t) { var n = e("./util/ecData"), r = n.get(t, "seriesIndex"), i = n.get(t, "dataIndex"); return i = a.component.dataZoom ? a.component.dataZoom.getRealDataIndex(r, i) : i, { seriesIndex: r, dataIndex: i, data: n.get(t, "data"), name: n.get(t, "name"), value: n.get(t, "value") } } return } function z(n) { $(n); if (n.backgroundColor)if (!r && n.backgroundColor.indexOf("rgba") != -1) { var i = n.backgroundColor.split(","); t.style.filter = "alpha(opacity=" + i[3].substring(0, i[3].lastIndexOf(")")) * 100 + ")", i.length = 3, i[0] = i[0].replace("a", ""), t.style.backgroundColor = i.join(",") + ")" } else t.style.backgroundColor = n.backgroundColor; V(), f.clear(); var s = e("./chart"), o = e("./component"), l; if (n.title) { var c = o.get("title"); l = new c(u, d, f, n), p.push(l), a.component.title = l } var h; if (n.tooltip) { var v = o.get("tooltip"); h = new v(u, d, f, n, t, a), p.push(h), a.component.tooltip = h } var m; if (n.legend) { var w = o.get("legend"); m = new w(u, d, f, n, g), p.push(m), a.component.legend = m } var E; if (n.dataRange) { var S = o.get("dataRange"); E = new S(u, d, f, n), p.push(E), a.component.dataRange = E } var x, T, N, C; if (n.grid || n.xAxis || n.yAxis) { var k = o.get("grid"); x = new k(u, d, f, n), p.push(x), a.component.grid = x; var L = o.get("dataZoom"); T = new L(u, d, f, n, {legend: m, grid: x}), p.push(T), a.component.dataZoom = T; var A = o.get("axis"); N = new A(u, d, f, n, { legend: m, grid: x }, "xAxis"), p.push(N), a.component.xAxis = N, C = new A(u, d, f, n, { legend: m, grid: x }, "yAxis"), p.push(C), a.component.yAxis = C } var O; if (n.polar) { var M = o.get("polar"); O = new M(u, d, f, n, {legend: m}), p.push(O), a.component.polar = O } h && h.setComponent(); var _, D, P, H = {}; for (var B = 0, j = n.series.length; B < j; B++) { D = n.series[B].type; if (!D) { console.error("series[" + B + "] chart type has not been defined."); continue } H[D] || (H[D] = !0, _ = s.get(D), _ ? (P = new _(u, d, f, n, { tooltip: h, legend: m, dataRange: E, grid: x, xAxis: N, yAxis: C, polar: O }), p.push(P), a.chart[D] = P) : console.error(D + " has not been required.")) } y.render(n), b.render(n, {dataZoom: T}); if (n.animation && !n.renderAsImage) { var F = p.length; while (F--)P = p[F], P && P.animation && P.shapeList && P.shapeList.length < n.animationThreshold && P.animation(); f.refresh() } else f.render(); var I = "IMG" + a.id, q = document.getElementById(I); n.renderAsImage && r ? (q ? q.src = tt(n.renderAsImage) : (q = nt(n.renderAsImage), q.id = I, q.style.position = "absolute", q.style.left = 0, q.style.top = 0, t.firstChild.appendChild(q)), ot(), f.un(), V(), f.clear()) : q && q.parentNode.removeChild(q), q = null } function W() { var t = e("zrender/tool/util"); h.legend && h.legend.selected ? g = h.legend.selected : g = {}, c = t.clone(h), l = t.clone(h), y.clear(), b.reset(l), z(l) } function X(t) { t = t || {}; var n = t.option; if (!w && t.option) { var r = e("./util/ecQuery"); r.query(c, "toolbox.show") && r.query(c, "toolbox.feature.magicType.show") ? n = q() : n = q(y.getOption()); var i = e("zrender/tool/util"); i.merge(n, t.option, {overwrite: !0, recursive: !0}), i.merge(c, t.option, { overwrite: !0, recursive: !0 }), i.merge(h, t.option, {overwrite: !0, recursive: !0}), y.refresh(n), b.refresh(n) } f.clearAnimation(); for (var s = 0, o = p.length; s < o; s++)p[s].refresh && p[s].refresh(n); f.refresh() } function V() { f.clearAnimation(); var e = p.length; while (e--)p[e] && p[e].dispose && p[e].dispose(); p = [], a.chart = {island: y}, a.component = {toolbox: b} } function $(t) { typeof t.backgroundColor == "undefined" && (t.backgroundColor = u.backgroundColor), typeof t.calculable == "undefined" && (t.calculable = u.calculable), typeof t.calculableColor == "undefined" && (t.calculableColor = u.calculableColor), typeof t.calculableHolderColor == "undefined" && (t.calculableHolderColor = u.calculableHolderColor), typeof t.nameConnector == "undefined" && (t.nameConnector = u.nameConnector), typeof t.valueConnector == "undefined" && (t.valueConnector = u.valueConnector), typeof t.animation == "undefined" && (t.animation = u.animation), typeof t.animationThreshold == "undefined" && (t.animationThreshold = u.animationThreshold), typeof t.animationDuration == "undefined" && (t.animationDuration = u.animationDuration), typeof t.animationEasing == "undefined" && (t.animationEasing = u.animationEasing), typeof t.addDataAnimation == "undefined" && (t.addDataAnimation = u.addDataAnimation); var n = e("zrender/tool/color"); t.color && t.color.length > 0 ? f.getColor = function (e) { return n.getColor(e, t.color) } : f.getColor = function (e) { return n.getColor(e, u.color) }, typeof t.DRAG_ENABLE_TIME == "undefined" && (t.DRAG_ENABLE_TIME = u.DRAG_ENABLE_TIME) } function J(t, n) { var r = e("zrender/tool/util"); n ? l = r.clone(t) : r.merge(l, r.clone(t), {overwrite: !0, recursive: !0}); if (!l.series || l.series.length === 0)return; return c = r.clone(l), h = r.clone(l), l.legend && l.legend.selected ? g = l.legend.selected : g = {}, y.clear(), b.reset(l), z(l), a } function K() { var t = e("./util/ecQuery"), n = e("zrender/tool/util"); return t.query(c, "toolbox.show") && t.query(c, "toolbox.feature.magicType.show") ? n.clone(q()) : n.clone(q(y.getOption())) } function Q(e, t) { return t ? (l.series = e, a.setOption(l, t)) : a.setOption({series: e}), a } function G() { return K().series } function Y(t, n, r, s, o) { var u = e("./util/ecQuery"), f; u.query(c, "toolbox.show") && u.query(c, "toolbox.feature.magicType.show") ? f = q() : f = q(y.getOption()); var l = e("zrender/tool/util"), v = t instanceof Array ? t : [[t, n, r, s, o]], m, w; for (var E = 0, S = v.length; E < S; E++) { t = v[E][0], n = v[E][1], r = v[E][2], s = v[E][3], o = v[E][4]; if (h.series[t]) { r ? (h.series[t].data.unshift(n), c.series[t].data.unshift(n), s || (h.series[t].data.pop(), n = c.series[t].data.pop())) : (h.series[t].data.push(n), c.series[t].data.push(n), s || (h.series[t].data.shift(), n = c.series[t].data.shift())); if (typeof o != "undefined" && h.series[t].type == i.CHART_TYPE_PIE && c.legend && c.legend.data) f.legend.data = c.legend.data, r ? (h.legend.data.unshift(o), c.legend.data.unshift(o)) : (h.legend.data.push(o), c.legend.data.push(o)), s || (w = l.indexOf(c.legend.data, n.name), w != -1 && (h.legend.data.splice(w, 1), c.legend.data.splice(w, 1))), g[o] = !0; else if (typeof o != "undefined" && typeof h.xAxis != "undefined" && typeof h.yAxis != "undefined") { m = h.series[t].xAxisIndex || 0; if (typeof h.xAxis[m].type == "undefined" || h.xAxis[m].type == "category") r ? (h.xAxis[m].data.unshift(o), c.xAxis[m].data.unshift(o), s || (h.xAxis[m].data.pop(), c.xAxis[m].data.pop())) : (h.xAxis[m].data.push(o), c.xAxis[m].data.push(o), s || (h.xAxis[m].data.shift(), c.xAxis[m].data.shift())); m = h.series[t].yAxisIndex || 0, h.yAxis[m].type == "category" && (r ? (h.yAxis[m].data.unshift(o), c.yAxis[m].data.unshift(o), s || (h.yAxis[m].data.pop(), c.yAxis[m].data.pop())) : (h.yAxis[m].data.push(o), c.yAxis[m].data.push(o), s || (h.yAxis[m].data.shift(), c.yAxis[m].data.shift()))) } } } f.legend && (f.legend.selected = g); for (var E = 0, S = p.length; E < S; E++)f.addDataAnimation && p[E].addDataAnimation && p[E].addDataAnimation(v), p[E].type == i.COMPONENT_TYPE_DATAZOOM && (p[E].silence(!0), p[E].init(f), p[E].silence(!1)); return y.refresh(f), b.refresh(f), setTimeout(function () { d.dispatch(i.EVENT.REFRESH, "", {option: f}) }, f.addDataAnimation ? 500 : 0), a } function Z() { return t } function et() { return f } function tt(e) { if (!r)return ""; if (p.length === 0) { var t = "IMG" + a.id, n = document.getElementById(t); if (n)return n.src } a.component.tooltip && a.component.tooltip.hideTip(), e = e || "png", e != "png" && e != "jpeg" && (e = "png"); var i = l.backgroundColor && l.backgroundColor.replace(" ", "") == "rgba(0,0,0,0)" ? "#fff" : l.backgroundColor; return f.toDataURL("image/" + e, i) } function nt(e) { var t = document.createElement("img"); return t.src = tt(e), t.title = h.title && h.title.text || "ECharts", t } function rt(n) { if (!lt())return tt(n); var r, i = [t.offsetLeft, t.offsetTop, t.offsetWidth, t.offsetHeight], s = {self: {img: a.getDataURL(n), left: i[0], top: i[1], right: i[0] + i[2], bottom: i[1] + i[3]}}, o = s.self.left, u = s.self.top, f = s.self.right, c = s.self.bottom; for (var h in v)r = v[h].getDom(), i = [r.offsetLeft, r.offsetTop, r.offsetWidth, r.offsetHeight], s[h] = { img: v[h].getDataURL(n), left: i[0], top: i[1], right: i[0] + i[2], bottom: i[1] + i[3] }, o = Math.min(o, s[h].left), u = Math.min(u, s[h].top), f = Math.max(f, s[h].right), c = Math.max(c, s[h].bottom); var p = document.createElement("div"); p.style.position = "absolute", p.style.left = "-4000px", p.style.width = f - o + "px", p.style.height = c - u + "px", document.body.appendChild(p); var d = e("zrender").init(p); for (var h in s)d.addShape({shape: "image", style: {x: s[h].left - o, y: s[h].top - u, image: s[h].img}}); d.render(); var m = l.backgroundColor && l.backgroundColor.replace(" ", "") == "rgba(0,0,0,0)" ? "#fff" : l.backgroundColor, g = d.toDataURL("image/png", m); return setTimeout(function () { d.dispose(), p.parentNode.removeChild(p), p = null }, 100), g } function it(e) { var t = document.createElement("img"); return t.src = rt(e), t.title = h.title && h.title.text || "ECharts", t } function st(e, t) { return d.bind(e, t), a } function ot(e, t) { return d.unbind(e, t), a } function ut(e) { if (!e)return a; v || (v = {}); if (e instanceof Array)for (var t = 0, n = e.length; t < n; t++)v[e[t].id] = e[t]; else v[e.id] = e; return a } function at(e) { if (!e || !v)return a; if (e instanceof Array)for (var t = 0, n = e.length; t < n; t++)delete v[e[t].id]; else delete v[e.id]; for (var r in v)return r, a; return v = !1, a } function ft(e) { e.__echartsId != a.id && x(e) } function lt() { return !!v } function ct(t) { b.hideDataView(); var n = e("zrender/tool/util"); t = t || {}, t.textStyle = t.textStyle || {}; var r = n.merge(n.clone(t.textStyle), u.textStyle, {overwrite: !1}); return t.textStyle.textFont = r.fontStyle + " " + r.fontWeight + " " + r.fontSize + "px " + r.fontFamily, t.textStyle.text = t.text || u.loadingText, typeof t.x != "undefined" && (t.textStyle.x = t.x), typeof t.y != "undefined" && (t.textStyle.y = t.y), f.showLoading(t), a } function ht() { return f.hideLoading(), a } function pt(t) { var n = e("zrender/tool/util"); if (t) { if (typeof t == "string")switch (t) { case"default": t = e("./theme/default"); break; default: t = e("./theme/default") } else t = t || {}; for (var s in u)delete u[s]; for (var s in i)u[s] = n.clone(i[s]); t.color && (u.color = []), t.symbolList && (u.symbolList = []), n.merge(u, n.clone(t), { overwrite: !0, recursive: !0 }) } r || (u.textStyle.fontFamily = u.textStyle.fontFamily2), h && a.restore() } function dt() { f.resize(); if (l.renderAsImage && r)return z(l), a; f.clearAnimation(), y.resize(), b.resize(); for (var e = 0, t = p.length; e < t; e++)p[e].resize && p[e].resize(); return f.refresh(), d.dispatch(i.EVENT.RESIZE), a } function vt() { return V(), f.clear(), l = {}, c = {}, h = {}, a } function mt() { var e = t.getAttribute(o); e && delete s[e], y.dispose(), b.dispose(), d.unbind(), a.clear(), f.dispose(), f = null, a = null; return } var i = e("./config"), u = e("zrender/tool/util").clone(i), a = this, f, l, c, h, p, d, v = !1, m = {dragIn: !1, dragOut: !1, needRefresh: !1}, g, y, b, w; E(); var S = null; a.setOption = J, a.setSeries = Q, a.addData = Y, a.getOption = K, a.getSeries = G, a.getDom = Z, a.getZrender = et, a.getDataURL = tt, a.getImage = nt, a.getConnectedDataURL = rt, a.getConnectedImage = it, a.on = st, a.un = ot, a.connect = ut, a.disConnect = at, a.connectedEventHandler = ft, a.isConnected = lt, a.showLoading = ct, a.hideLoading = ht, a.setTheme = pt, a.resize = dt, a.refresh = X, a.restore = W, a.clear = vt, a.dispose = mt } var t = {}, n = t, r = e("zrender/tool/env").canvasSupported, i = new Date - 0, s = {}, o = "_echarts_instance_"; return t.version = "1.4.1", t.dependencies = {zrender: "1.1.2"}, t.init = function (e, t) { e = e instanceof Array ? e[0] : e; var n = e.getAttribute(o); return n || (n = i++, e.setAttribute(o, n)), s[n] && s[n].dispose(), s[n] = new u(e), s[n].id = n, s[n].setTheme(t), s[n] }, t.getInstanceById = function (e) { return s[e] }, t }), define("echarts", ["echarts/echarts"], function (e) { return e }), define("echarts/util/shape/symbol", ["require", "zrender/tool/color", "zrender/shape", "zrender/shape/base", "zrender/shape"], function (e) { function t() { this.type = "symbol" } return t.prototype = { buildPath: function (t, n) { var r = n.pointList, i = this.getRect(n), s = window.devicePixelRatio || 1; i = {x: Math.floor(i.x), y: Math.floor(i.y), width: Math.floor(i.width), height: Math.floor(i.height)}; var o = t.getImageData(i.x * s, i.y * s, i.width * s, i.height * s), u = o.data, a, f = e("zrender/tool/color"), l = f.toArray(n.color), c = l[0], h = l[1], p = l[2], d = i.width; for (var v = 1, m = r.length; v < m; v++)a = ((Math.floor(r[v][0]) - i.x) * s + (Math.floor(r[v][1]) - i.y) * d * s * s) * 4, u[a] = c, u[a + 1] = h, u[a + 2] = p, u[a + 3] = 255; t.putImageData(o, i.x * s, i.y * s); return }, getRect: function (t) { var n = e("zrender/shape"); return n.get("polygon").getRect(t) }, isCover: function () { return !1 } }, e("zrender/shape/base").derive(t), e("zrender/shape").define("symbol", new t), t }), define("echarts/chart/scatter", ["require", "../component/base", "./calculableBase", "zrender/tool/color", "../util/shape/symbol", "../chart"], function (e) { function t(t, n, r, i, s) { function v() { f.selectedMap = {}; var e = s.legend, n = [], i, o, u, c; for (var v = 0, g = l.length; v < g; v++) { i = l[v], o = i.name; if (i.type == t.CHART_TYPE_SCATTER) { l[v] = f.reformOption(l[v]), d[v] = f.query(i, "symbol") || p[v % p.length]; if (e) { f.selectedMap[o] = e.isSelected(o), h[v] = a.alpha(e.getColor(o), .5), u = e.getItemShape(o); if (u) { u.shape = "icon"; var c = d[v]; u.style.brushType = c.match("empty") ? "stroke" : "both", c = c.replace("empty", "").toLowerCase(), c.match("star") && (u.style.n = c.replace("star", "") - 0 || 5, c = "star"), c.match("image") && (u.style.image = c.replace(new RegExp("^image:\\/\\/"), ""), u.style.x += Math.round((u.style.width - u.style.height) / 2), u.style.width = u.style.height, c = "image"), u.style.iconType = c, e.setItemShape(o, u) } } else f.selectedMap[o] = !0, h[v] = r.getColor(v); f.selectedMap[o] && n.push(v) } } if (n.length === 0)return; m(n); for (var v = 0, g = f.shapeList.length; v < g; v++)f.shapeList[v].id = r.newShapeId(f.type), r.addShape(f.shapeList[v]) } function m(e) { var t, n, r, i, o, u, a = {}, c, h; for (var p = 0, d = e.length; p < d; p++) { t = e[p], n = l[t]; if (n.data.length === 0)continue; o = s.xAxis.getAxis(n.xAxisIndex || 0), u = s.yAxis.getAxis(n.yAxisIndex || 0), a[t] = []; for (var v = 0, m = n.data.length; v < m; v++) { r = n.data[v], i = typeof r != "undefined" ? typeof r.value != "undefined" ? r.value : r : "-"; if (i == "-" || i.length < 2)continue; c = o.getCoord(i[0]), h = u.getCoord(i[1]), a[t].push([c, h, v, r.name || ""]) } y(o, u, n.data, a[t]), f.buildMark(n, t, s, {xMarkMap: g(t) ? y(o, u, n.data, a[t]) : {}}) } b(a) } function g(e) { var t = l[e], n = []; t.markPoint && t.markPoint.data && n.push(t.markPoint.data), t.markLine && t.markLine.data && n.push(t.markLine.data); var r, i = n.length; while (i--) { r = n[i]; for (var s = 0, o = r.length; s < o; s++)if (r[s].type == "max" || r[s].type == "min" || r[s].type == "average")return !0 } return !1 } function y(e, t, n, r) { var i = { 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 }, o; for (var u = 0, a = r.length; u < a; u++)o = n[r[u][2]].value || n[r[u][2]], i.min0 > o[0] && (i.min0 = o[0], i.minY0 = r[u][1], i.minX0 = r[u][0]), i.max0 < o[0] && (i.max0 = o[0], i.maxY0 = r[u][1], i.maxX0 = r[u][0]), i.sum0 += o[0], i.counter0++, i.min1 > o[1] && (i.min1 = o[1], i.minY1 = r[u][1], i.minX1 = r[u][0]), i.max1 < o[1] && (i.max1 = o[1], i.maxY1 = r[u][1], i.maxX1 = r[u][0]), i.sum1 += o[1], i.counter1++; var f = s.grid.getX(), l = s.grid.getXend(), c = s.grid.getY(), h = s.grid.getYend(); i.average0 = (i.sum0 / i.counter0).toFixed(2) - 0; var p = e.getCoord(i.average0); i.averageLine0 = [[p, h], [p, c]], i.minLine0 = [[i.minX0, h], [i.minX0, c]], i.maxLine0 = [[i.maxX0, h], [i.maxX0, c]], i.average1 = (i.sum1 / i.counter1).toFixed(2) - 0; var d = t.getCoord(i.average1); return i.averageLine1 = [[f, d], [l, d]], i.minLine1 = [[f, i.minY1], [l, i.minY1]], i.maxLine1 = [[f, i.maxY1], [l, i.maxY1]], i } function b(e) { var t, n, r, i; for (var s in e) { t = l[s], n = e[s]; if (t.large && t.data.length > t.largeThreshold) { f.shapeList.push(E(n, f.getItemStyleColor(f.query(t, "itemStyle.normal.color"), s, -1) || h[s])); continue } for (var o = 0, u = n.length; o < u; o++)r = n[o], i = w(s, r[2], r[3], r[0], r[1]), i && f.shapeList.push(i) } } function w(e, t, n, r, i) { var o = l[e], u = o.data[t], a = s.dataRange, p; if (a) { p = isNaN(u[2]) ? h[e] : a.getColor(u[2]); if (!p)return null } else p = h[e]; var v = f.getSymbolShape(o, e, u, t, n, r, i, d[e], p, "rgba(0,0,0,0)", "vertical"); return v.zlevel = c, v._mark = !1, v._main = !0, v } function E(e, t) { return { shape: "symbol", zlevel: c, _main: !0, hoverable: !1, style: {pointList: e, color: t, strokeColor: t} } } function S(e, t, n, r) { var i = s.xAxis.getAxis(e.xAxisIndex), o = s.yAxis.getAxis(e.yAxisIndex), u; if (!n.type || n.type != "max" && n.type != "min" && n.type != "average") u = [typeof n.xAxis != "string" && i.getCoordByIndex ? i.getCoordByIndex(n.xAxis || 0) : i.getCoord(n.xAxis || 0), typeof n.yAxis != "string" && o.getCoordByIndex ? o.getCoordByIndex(n.yAxis || 0) : o.getCoord(n.yAxis || 0)]; else { var a = typeof n.valueIndex != "undefined" ? n.valueIndex : 1; u = [r.xMarkMap[n.type + "X" + a], r.xMarkMap[n.type + "Y" + a], r.xMarkMap[n.type + "Line" + a], r.xMarkMap[n.type + a]] } return u } function x(e, t) { s = t, T(e) } function T(e) { e && (i = e, l = i.series), f.clear(), v() } function N(e, t) { s.dataRange && (T(), t.needRefresh = !0); return } function C() { var e = f.query(i, "animationDuration"), t = f.query(i, "animationEasing"), n, s, o; for (var u = 0, a = f.shapeList.length; u < a; u++)if (f.shapeList[u]._main) { if (f.shapeList[u].shape == "symbol")continue; o = l[f.shapeList[u]._seriesIndex], n = f.shapeList[u]._x || 0, s = f.shapeList[u]._y || 0, r.modShape(f.shapeList[u].id, {scale: [0, 0, n, s]}, !0), r.animate(f.shapeList[u].id, "").when(f.query(o, "animationDuration") || e, {scale: [1, 1, n, s]}).start(f.query(o, "animationEasing") || t) } f.animationMark(e, t) } var o = e("../component/base"); o.call(this, t, r); var u = e("./calculableBase"); u.call(this, r, i); var a = e("zrender/tool/color"), f = this; f.type = t.CHART_TYPE_SCATTER; var l, c = f.getZlevelBase(), h = {}, p = t.symbolList, d = {}; f.getMarkCoord = S, f.animation = C, f.init = x, f.refresh = T, f.ondataRange = N, x(i, s) } return e("../util/shape/symbol"), e("../chart").define("scatter", t), t }), define("echarts/util/shape/candle", ["require", "zrender/tool/matrix", "zrender/shape/base", "zrender/shape"], function (e) { function n() { this.type = "candle" } var t = e("zrender/tool/matrix"); return n.prototype = { _numberOrder: function (e, t) { return t - e }, buildPath: function (e, t) { t.y.sort(this._numberOrder), e.moveTo(t.x, t.y[3]), e.lineTo(t.x, t.y[2]), e.moveTo(t.x - t.width / 2, t.y[2]), e.rect(t.x - t.width / 2, t.y[2], t.width, t.y[1] - t.y[2]), e.moveTo(t.x, t.y[1]), e.lineTo(t.x, t.y[0]); return }, getRect: function (e) { var t; return e.brushType == "stroke" || e.brushType == "fill" ? t = e.lineWidth || 1 : t = 0, { x: Math.round(e.x - e.width / 2 - t / 2), y: Math.round(e.y[3] - t / 2), width: e.width + t, height: e.y[0] - e.y[3] + t } }, isCover: function (e, n, r) { if (e.__needTransform && e._transform) { var i = []; t.invert(i, e._transform); var s = [n, r]; t.mulVector(s, i, [n, r, 1]), n == s[0] && r == s[1] && (Math.abs(e.rotation[0]) > 1e-4 || Math.abs(e.position[0]) > 1e-4 || Math.abs(e.position[1]) > 1e-4 || Math.abs(e.scale[0] - 1) > 1e-4 || Math.abs(e.scale[1] - 1) > 1e-4 ? e.__needTransform = !0 : e.__needTransform = !1), n = s[0], r = s[1] } var o; return e.style.__rect ? o = e.style.__rect : (o = this.getRect(e.style), o = [o.x, o.x + o.width, o.y, o.y + o.height], e.style.__rect = o), n >= o[0] && n <= o[1] && r >= o[2] && r <= o[3] ? !0 : !1 } }, e("zrender/shape/base").derive(n), e("zrender/shape").define("candle", new n), n }), define("echarts/chart/k", ["require", "../component/base", "./calculableBase", "../util/ecData", "../util/shape/candle", "../chart"], function (e) { function t(t, n, r, i, s) { function h() { f.selectedMap = {}; var e = {top: [], bottom: []}, n; for (var i = 0, o = l.length; i < o; i++)l[i].type == t.CHART_TYPE_K && (l[i] = f.reformOption(l[i]), n = s.xAxis.getAxis(l[i].xAxisIndex), n.type == t.COMPONENT_TYPE_AXIS_CATEGORY && e[n.getPosition()].push(i)); for (var u in e)e[u].length > 0 && p(u, e[u]); for (var i = 0, o = f.shapeList.length; i < o; i++)f.shapeList[i].id = r.newShapeId(f.type), r.addShape(f.shapeList[i]) } function p(e, t) { var n = d(t), r = n.locationMap, i = n.maxDataLength; if (i === 0 || r.length === 0)return; v(i, r); for (var o = 0, u = t.length; o < u; o++)f.buildMark(l[t[o]], t[o], s) } function d(e) { var t, n, r = s.legend, i = [], o = 0; for (var u = 0, a = e.length; u < a; u++)t = l[e[u]], n = t.name, r ? f.selectedMap[n] = r.isSelected(n) : f.selectedMap[n] = !0, f.selectedMap[n] && i.push(e[u]), o = Math.max(o, t.data.length); return {locationMap: i, maxDataLength: o} } function v(e, t) { var n, r, i, o, u, a, f = {}, c, h, p, d; for (var v = 0, g = t.length; v < g; v++) { n = t[v], r = l[n], i = r.xAxisIndex || 0, o = s.xAxis.getAxis(i), c = r.barWidth || Math.floor(o.getGap() / 2), d = r.barMaxWidth, d && d < c && (c = d), u = r.yAxisIndex || 0, a = s.yAxis.getAxis(u), f[n] = []; for (var y = 0, b = e; y < b; y++) { if (typeof o.getNameByIndex(y) == "undefined")break; h = r.data[y], p = typeof h != "undefined" ? typeof h.value != "undefined" ? h.value : h : "-"; if (p == "-" || p.length != 4)continue; f[n].push([o.getCoordByIndex(y), c, a.getCoord(p[0]), a.getCoord(p[1]), a.getCoord(p[2]), a.getCoord(p[3]), y, o.getNameByIndex(y)]) } } m(f) } function m(e) { var n, r, i, s, o, u, a, c, h, p, d, v, m, y, b, w; for (var E = 0, S = l.length; E < S; E++) { d = l[E], y = e[E]; if (d.type == t.CHART_TYPE_K && typeof y != "undefined") { v = d, n = f.query(v, "itemStyle.normal.lineStyle.width"), r = f.query(v, "itemStyle.normal.lineStyle.color"), i = f.query(v, "itemStyle.normal.lineStyle.color0"), s = f.query(v, "itemStyle.normal.color"), o = f.query(v, "itemStyle.normal.color0"), u = f.query(v, "itemStyle.emphasis.lineStyle.width"), a = f.query(v, "itemStyle.emphasis.lineStyle.color"), c = f.query(v, "itemStyle.emphasis.lineStyle.color0"), h = f.query(v, "itemStyle.emphasis.color"), p = f.query(v, "itemStyle.emphasis.color0"); for (var x = 0, T = y.length; x < T; x++)b = y[x], m = d.data[b[6]], v = m, w = b[3] < b[2], f.shapeList.push(g(E, b[6], b[7], b[0], b[1], b[2], b[3], b[4], b[5], w ? f.query(v, "itemStyle.normal.color") || s : f.query(v, "itemStyle.normal.color0") || o, f.query(v, "itemStyle.normal.lineStyle.width") || n, w ? f.query(v, "itemStyle.normal.lineStyle.color") || r : f.query(v, "itemStyle.normal.lineStyle.color0") || i, w ? f.query(v, "itemStyle.emphasis.color") || h || s : f.query(v, "itemStyle.emphasis.color0") || p || o, f.query(v, "itemStyle.emphasis.lineStyle.width") || u || n, w ? f.query(v, "itemStyle.emphasis.lineStyle.color") || a || r : f.query(v, "itemStyle.emphasis.lineStyle.color0") || c || i)) } } } function g(e, t, n, r, i, s, o, u, f, h, p, d, v, m, g) { var y = { shape: "candle", zlevel: c, clickable: !0, style: {x: r, y: [s, o, u, f], width: i, color: h, strokeColor: d, lineWidth: p, brushType: "both"}, highlightStyle: {color: v, strokeColor: g, lineWidth: m}, _seriesIndex: e }; return a.pack(y, l[e], e, l[e].data[t], t, n), y } function y(e, t, n) { var r = s.xAxis.getAxis(e.xAxisIndex), i = s.yAxis.getAxis(e.yAxisIndex); return [typeof n.xAxis != "string" && r.getCoordByIndex ? r.getCoordByIndex(n.xAxis || 0) : r.getCoord(n.xAxis || 0), typeof n.yAxis != "string" && i.getCoordByIndex ? i.getCoordByIndex(n.yAxis || 0) : i.getCoord(n.yAxis || 0)] } function b(e, t) { s = t, w(e) } function w(e) { e && (i = e, l = i.series), f.clear(), h() } function E(e) { var t = {}; for (var n = 0, i = e.length; n < i; n++)t[e[n][0]] = e[n]; var o, u, c, h, p, d; for (var n = 0, i = f.shapeList.length; n < i; n++) { p = f.shapeList[n]._seriesIndex; if (t[p] && !t[p][3] && f.shapeList[n].shape == "candle") { d = a.get(f.shapeList[n], "dataIndex"), h = l[p]; if (t[p][2] && d == h.data.length - 1) { r.delShape(f.shapeList[n].id); continue } if (!t[p][2] && d === 0) { r.delShape(f.shapeList[n].id); continue } u = s.xAxis.getAxis(h.xAxisIndex || 0).getGap(), o = t[p][2] ? u : -u, c = 0, r.animate(f.shapeList[n].id, "").when(500, {position: [o, c]}).start() } } } function S() { var e = f.query(i, "animationDuration"), t = f.query(i, "animationEasing"), n, s, o; for (var u = 0, a = f.shapeList.length; u < a; u++)f.shapeList[u].shape == "candle" && (o = l[f.shapeList[u]._seriesIndex], n = f.shapeList[u].style.x, s = f.shapeList[u].style.y[0], r.modShape(f.shapeList[u].id, {scale: [1, 0, n, s]}, !0), r.animate(f.shapeList[u].id, "").when(f.query(o, "animationDuration") || e, {scale: [1, 1, n, s]}).start(f.query(o, "animationEasing") || t)); f.animationMark(e, t) } var o = e("../component/base"); o.call(this, t, r); var u = e("./calculableBase"); u.call(this, r, i); var a = e("../util/ecData"), f = this; f.type = t.CHART_TYPE_K; var l, c = f.getZlevelBase(); f.getMarkCoord = y, f.animation = S, f.init = b, f.refresh = w, f.addDataAnimation = E, b(i, s) } return e("../util/shape/candle"), e("../chart").define("k", t), t }), define("echarts/chart/radar", ["require", "../component/base", "./calculableBase", "../util/ecData", "zrender/tool/color", "../util/accMath", "../chart"], function (e) { function t(t, n, r, i, s) { function y() { var e = s.legend; l.selectedMap = {}, v = [], g = 0; var n; for (var o = 0, u = c.length; o < u; o++)c[o].type == t.CHART_TYPE_RADAR && (h = l.reformOption(c[o]), n = h.name || "", l.selectedMap[n] = e ? e.isSelected(n) : !0, l.selectedMap[n] && (d = [h, i], l.deepQuery(d, "calculable") && x(o), b(o), l.buildMark(c[o], o, s))); for (var o = 0, u = l.shapeList.length; o < u; o++)l.shapeList[o].id = r.newShapeId(l.type), r.addShape(l.shapeList[o]) } function b(e) { var t = s.legend, n, i = h.data, o, u, a, f = l.deepQuery(d, "calculable"); for (var c = 0; c < i.length; c++) { u = i[c].name || "", l.selectedMap[u] = t ? t.isSelected(u) : !0; if (!l.selectedMap[u])continue; t ? (o = t.getColor(u), n = t.getItemShape(u), n && (n.style.brushType = l.deepQuery([i[c], h], "itemStyle.normal.areaStyle") ? "both" : "stroke", t.setItemShape(u, n))) : o = r.getColor(c), a = w(h.polarIndex, i[c]), E(a, o, c, e), S(a, o, i[c], e, c, f), g++ } } function w(e, t) { var n = [], r, i = s.polar; for (var o = 0, u = t.value.length; o < u; o++)r = i.getVector(e, o, t.value[o]), r && n.push(r); return n } function E(e, t, n, r) { var i; for (var s = 0, o = e.length; s < o; s++)i = l.getSymbolShape(c[r], r, c[r].data[n], n, "", e[s][0], e[s][1], m[g % m.length], t, "#fff", "vertical"), i.zlevel = p + 1, l.shapeList.push(i) } function S(e, t, n, r, i, o) { var u = [n, h], d = l.getItemStyleColor(l.deepQuery(u, "itemStyle.normal.color"), r, i, n), v = l.deepQuery(u, "itemStyle.normal.lineStyle.width"), m = l.deepQuery(u, "itemStyle.normal.lineStyle.type"), g = l.deepQuery(u, "itemStyle.normal.areaStyle.color"), y = l.deepQuery(u, "itemStyle.normal.areaStyle"), b = { shape: "polygon", zlevel: p, style: { pointList: e, brushType: y ? "both" : "stroke", color: g || d || f.alpha(t, .5), strokeColor: d || t, lineWidth: v, lineType: m }, highlightStyle: { brushType: l.deepQuery(u, "itemStyle.emphasis.areaStyle") || y ? "both" : "stroke", color: l.deepQuery(u, "itemStyle.emphasis.areaStyle.color") || g || d || f.alpha(t, .5), strokeColor: l.getItemStyleColor(l.deepQuery(u, "itemStyle.emphasis.color"), r, i, n) || d || t, lineWidth: l.deepQuery(u, "itemStyle.emphasis.lineStyle.width") || v, lineType: l.deepQuery(u, "itemStyle.emphasis.lineStyle.type") || m } }; a.pack(b, c[r], r, n, i, n.name, s.polar.getIndicator(c[r].polarIndex)), o && (b.draggable = !0, l.setCalculable(b)), l.shapeList.push(b) } function x(e) { var t = l.deepQuery(d, "polarIndex"); if (!v[t]) { var n = s.polar.getDropBox(t); n.zlevel = p, l.setCalculable(n), a.pack(n, c, e, undefined, -1), l.shapeList.push(n), v[t] = !0 } } function T(e, t) { if (!l.isDragend || !e.target)return; var n = e.target, r = a.get(n, "seriesIndex"), i = a.get(n, "dataIndex"); s.legend && s.legend.del(c[r].data[i].name), c[r].data.splice(i, 1), t.dragOut = !0, t.needRefresh = !0, l.isDragend = !1; return } function N(t, n) { if (!l.isDrop || !t.target)return; var r = t.target, o = t.dragged, u = a.get(r, "seriesIndex"), f = a.get(r, "dataIndex"), h, p = s.legend, d; if (f == -1) h = { value: a.get(o, "value"), name: a.get(o, "name") }, c[u].data.push(h), p && p.add(h.name, o.style.color || o.style.strokeColor); else { var v = e("../util/accMath"); h = c[u].data[f], p && p.del(h.name), h.name += i.nameConnector + a.get(o, "name"), d = a.get(o, "value"); for (var m = 0; m < d.length; m++)h.value[m] = v.accAdd(h.value[m], d[m]); p && p.add(h.name, o.style.color || o.style.strokeColor) } n.dragIn = n.dragIn || !0, l.isDrop = !1; return } function C(e, t) { s = t, k(e) } function k(e) { e && (i = e, c = i.series), l.clear(), y() } function L() { var e = l.query(i, "animationDuration"), t = l.query(i, "animationEasing"), n, o, u, f, h, p = s.polar, d, v, m, g; for (var y = 0, b = l.shapeList.length; y < b; y++)l.shapeList[y].shape == "polygon" && (v = l.shapeList[y], o = a.get(v, "seriesIndex"), n = a.get(v, "dataIndex"), f = c[o], u = f.data[n], h = l.deepQuery([u, f, i], "polarIndex"), d = p.getCenter(h), m = d[0], g = d[1], r.modShape(l.shapeList[y].id, {scale: [.1, .1, m, g]}, !0), r.animate(v.id, "").when((l.query(f, "animationDuration") || e) + n * 100, {scale: [1, 1, m, g]}).start(l.query(f, "animationEasing") || t)); l.animationMark(e, t) } var o = e("../component/base"); o.call(this, t, r); var u = e("./calculableBase"); u.call(this, r, i); var a = e("../util/ecData"), f = e("zrender/tool/color"), l = this; l.type = t.CHART_TYPE_RADAR; var c, h, p = l.getZlevelBase(), d, v, m = t.symbolList, g; l.animation = L, l.init = C, l.refresh = k, l.ondrop = N, l.ondragend = T, C(i, s) } return e("../chart").define("radar", t), t }), define("echarts/util/shape/chord", ["require", "zrender/tool/util", "zrender/shape/base", "zrender/shape"], function (e) { function n() { this.type = "chord" } var t = e("zrender/tool/util"), r = t.getContext(); return n.prototype = { buildPath: function (e, t) { var n = Math.PI * 2, r = t.center[0], i = t.center[1], s = t.r, o = t.source0 / 180 * Math.PI, u = t.source1 / 180 * Math.PI, a = t.target0 / 180 * Math.PI, f = t.target1 / 180 * Math.PI, l = r + Math.cos(n - o) * s, c = i - Math.sin(n - o) * s, h = r + Math.cos(n - u) * s, p = i - Math.sin(n - u) * s, d = r + Math.cos(n - a) * s, v = i - Math.sin(n - a) * s, m = r + Math.cos(n - f) * s, g = i - Math.sin(n - f) * s; e.moveTo(l, c), e.arc(r, i, t.r, o, u, !1), e.bezierCurveTo((r - h) * .7 + h, (i - p) * .7 + p, (r - d) * .7 + d, (i - v) * .7 + v, d, v); if (t.source0 === t.target0 && t.source1 === t.target1)return; e.arc(r, i, t.r, a, f, !1), e.bezierCurveTo((r - m) * .7 + m, (i - g) * .7 + g, (r - l) * .7 + l, (i - c) * .7 + c, l, c) }, getRect: function () { return {x: 0, y: 0, width: 0, height: 0} }, isCover: function (e, t, i) { if (!r.isPointInPath)return !1; if (e.__needTransform && e._transform) { var s = []; matrix.invert(s, e._transform); var o = [t, i]; matrix.mulVector(o, s, [t, i, 1]), t == o[0] && i == o[1] && (Math.abs(e.rotation[0]) > 1e-4 || Math.abs(e.position[0]) > 1e-4 || Math.abs(e.position[1]) > 1e-4 || Math.abs(e.scale[0] - 1) > 1e-4 || Math.abs(e.scale[1] - 1) > 1e-4 ? e.__needTransform = !0 : e.__needTransform = !1), t = o[0], i = o[1] } return r.beginPath(), n.prototype.buildPath.call(null, r, e.style), r.closePath(), r.isPointInPath(t, i) } }, e("zrender/shape/base").derive(n), e("zrender/shape").define("chord", new n), n }), define("echarts/util/kwargs", [], function () { function e(e, t) { var n = new RegExp("(\\/\\*[\\w\\'\\,\\(\\)\\s\\r\\n\\*]*\\*\\/)|(\\/\\/[\\w\\s\\'][^\\n\\r]*$)|()", "gim"), r = new RegExp("\\s+", "gim"), i = new RegExp("function.*?\\((.*?)\\)", "i"), s = e.toString().replace(n, "").replace(r, "").match(i)[1].split(","); return t !== Object(t) && (t = {}), function () { var n = Array.prototype.slice.call(arguments), r = n[n.length - 1]; r && r.constructor === Object ? n.pop() : r = {}; for (var i = 0; i < s.length; i++) { var o = s[i]; o in r ? n[i] = r[o] : o in t && n[i] === undefined && (n[i] = t[o]) } return e.apply(this, n) } } return e }), define("echarts/util/ndarray", ["require", "./kwargs"], function (e) { function d(e) { if (typeof e == "undefined")return "number"; switch (Object.prototype.toString.call(e)) { case"[object Int32Array]": return "int32"; case"[object Int16Array]": return "int16"; case"[object Int8Array]": return "int8"; case"[object Uint32Array]": return "uint32"; case"[object Uint16Array]": return "uint16"; case"[object Uint8Array]": return "uint8"; case"[object Uint8ClampedArray]": return "uint8c"; case"[object Float32Array]": return "float32"; case"[object Float64Array]": return "float64"; default: return "number" } } function m(e, t) { if (e.indexOf(":") >= 0) { var n = e.split(/\s*:\s*/), r = parseInt(n[2] || 1, 10), i, s; if (r === 0)throw new Error("Slice step cannot be zero"); return r > 0 ? (i = parseInt(n[0] || 0, 10), s = parseInt(n[1] || t, 10)) : (i = parseInt(n[0] || t - 1, 10), s = parseInt(n[1] || -1, 10)), i < 0 && (i = t + i), s < 0 && n[1] && (s = t + s), r > 0 ? (i = Math.max(Math.min(t, i), 0), s = Math.max(Math.min(t, s), 0)) : (i = Math.max(Math.min(t - 1, i), -1), s = Math.max(Math.min(t - 1, s), -1)), [i, s, r] } var i = parseInt(e, 10); i < 0 && (i = t + i); if (i < 0 || i > t)throw new Error(N(e)); return i = Math.max(Math.min(t - 1, i), 0), [i, i + 1, 1] } function g(e) { var t = e[0]; for (var n = 1; n < e.length; n++)t *= e[n]; return t } function y(e) { var t = 1, n = e[0]; while (n instanceof Array)n = n[0], t++; return t } function b(e) { var t = [e.length], n = e[0]; while (n instanceof Array)t.push(n.length), n = n[0]; return t } function w(e, t) { if (t == e.length - 1)return 1; var n = e[t + 1]; for (var r = t + 2; r < e.length; r++)n *= e[r]; return n } function E(e) { var t = [], n = 1, r = g(e); for (var i = 0; i < e.length; i++)n *= e[i], t.push(r / n); return t } function S(e, t) { if (e.length !== t.length)return !1; for (var n = 0; n < e.length; n++)if (e[n] !== t[n])return !1; return !0 } function x(e, t) { return "Shape (" + e.toString() + ") (" + t.toString() + ") could not be broadcast together" } function T(e) { return "Axis " + e + " out of bounds" } function N(e) { return "Index " + e + " out of bounds" } var t = e("./kwargs"), n = Array.prototype.slice; this.Int32Array = window.Int32Array || Array, this.Int16Array = window.Int16Array || Array, this.Int8Array = window.Int8Array || Array, this.Uint32Array = window.Uint32Array || Array, this.Uint16Array = window.Uint16Array || Array, this.Uint8Array = window.Uint8Array || Array, this.Float32Array = window.Float32Array || Array, this.Float64Array = window.Float64Array || Array; var r = { int32: this.Int32Array, int16: this.Int16Array, int8: this.Int8Array, uint32: this.Uint32Array, uint16: this.Uint16Array, uint8: this.Uint8Array, uint8c: this.Uint8ClampedArray, float32: this.Float32Array, float64: this.Float64Array, number: Array }, i = {int32: 4, int16: 2, int8: 1, uint32: 4, uint16: 2, uint8: 1, uint8c: 1, float32: 4, float64: 8, number: 1}, s = 0, o = 1, u = 2, a = 3, f = 4, l = 5, c = 6, h = 7, p = 8, v = function (e) { var t = arguments[arguments.length - 1]; typeof t == "string" ? this._dtype = t : this._dtype = d(e); if (e && typeof e != "string") { if (e instanceof v)return e._dtype = this._dtype, e; typeof e.length != "undefined" ? this.initFromArray(e) : typeof e == "number" && this.initFromShape.apply(this, arguments) } else this._array = new r[this._dtype], this._shape = [0], this._size = 0 }; return v.prototype = { initFromArray: function (e) { function i(e, r, s) { var o = s.length; for (var u = 0; u < o; u++)e < t - 1 ? i(e + 1, r, s[u]) : r[n++] = s[u] } var t = y(e), n = 0, s = b(e), o = g(s); return this._array = new r[this._dtype](o), i(0, this._array, e), this._shape = s, this._size = o, this }, initFromShape: function (e) { typeof e == "number" && (e = Array.prototype.slice.call(arguments)); if (e) { var t = g(e); if (this._dtype === "number") { this._array = []; var n = this._array; for (var i = 0; i < t; i++)n[i] = 0 } else this._array = new r[this._dtype](t) } return this._shape = e, this._size = g(e), this }, fill: function (e) { var t = this._array; for (var n = 0; n < t.length; n++)t[n] = e; return this }, shape: function () { return this._shape.slice() }, size: function () { return this._size }, dtype: function () { return this._dtype }, dimension: function () { return this._shape.length }, strides: function () { var e = E(this._shape), t = i[this._dtype]; for (var n = 0; n < e.length; n++)e[n] *= t; return e }, reshape: function (e) { typeof e == "number" && (e = Array.prototype.slice.call(arguments)); if (!this._isShapeValid(e))throw new Error("Total size of new array must be unchanged"); return this._shape = e, this }, _isShapeValid: function (e) { return g(e) === this._size }, resize: function (e) { typeof e == "number" && (e = Array.prototype.slice.call(arguments)); var t = g(e); if (t < this._size) this._dtype === "number" && (this._array.length = t); else if (this._dtype === "number")for (var n = this._array.length; n < t; n++)this._array[n] = 0; else { var i = new r[this._dtype](t), s = this._array; for (var n = 0; n < s.length; n++)i[n] = s[n]; this._array = i } return this._shape = e, this._size = t, this }, transpose: t(function (e, t) { var n = []; for (var r = 0; r < this._shape.length; r++)n.push(r); typeof e == "undefined" && (e = n.slice()); for (var r = 0; r < e.length; r++)if (e[r] >= this._shape.length)throw new Error(T(e[r])); if (e.length <= 1)return this; var i = n.slice(); for (var r = 0; r < Math.floor(e.length / 2); r++)for (var s = e.length - 1; s >= Math.ceil(e.length / 2); s--)i[e[r]] = e[s], i[e[s]] = e[r]; return this._transposelike(i, t) }), swapaxes: t(function (e, t, n) { return this.transpose([e, t], n) }), rollaxis: t(function (e, t, n) { if (e >= this._shape.length)throw new Error(T(e)); var r = []; for (var i = 0; i < this._shape.length; i++)r.push(i); return r.splice(e, 1), r.splice(t, 0, e), this._transposelike(r, n) }, {start: 0}), _transposelike: function (e, t) { function p(e, t, r) { var u = i[e], a = s[e], f = c[e]; if (e < o - 1)for (var l = 0; l < u; l++)p(e + 1, t + a * l, r + f * l); else for (var l = 0; l < u; l++)h[r + l] = n[t + a * l] } var n = this._array, i = this._shape.slice(), s = E(this._shape), o = i.length, u = [], a = []; for (var f = 0; f < e.length; f++) { var l = e[f]; a[f] = i[l], u[f] = s[l] } s = u, i = a, this._shape = i; var c = E(this._shape); t || (t = new v, t._shape = this._shape.slice(), t._dtype = this._dtype, t._size = this._size); var h = new r[this._dtype](this._size); return t._array = h, p(0, 0, 0), t }, repeat: t(function (e, t, n) { var r; typeof t == "undefined" ? (r = [this._size], t = 0) : r = this._shape.slice(); var i = r.slice(); r[t] *= e; if (!n) n = new v(this._dtype), n.initFromShape(r); else if (!S(r, n._shape))throw new Error(x(r, n._shape)); var s = n._array, o = w(i, t), u = i[t], a = this._array, f = o * u; for (var l = 0; l < this._size; l += f)for (var c = 0; c < o; c++) { var h = l + c, p = l * e + c; for (var d = 0; d < u; d++) { for (var m = 0; m < e; m++)s[p] = a[h], p += o; h += o } } return n }), choose: function () { console.warn("TODO") }, take: function () { console.warn("TODO") }, tile: function () { console.warn("TODO") }, _withPreprocess1: function (e, t, n, r) { var i = this._array; if (!this._size)return; if (typeof e != "undefined") { e < 0 && (e = this._shape.length + e); if (e >= this._shape.length || e < 0)throw new Error(T(e)); var s = this._shape.slice(); s.splice(e, 1); if (t && !S(s, t._shape))throw new Error(x(s, t._shape)); t || (t = new v(this._dtype), t.initFromShape(s)); var o = t._array, u = w(this._shape, e), a = this._shape[e], f = u * a; return n.call(this, o, i, f, a, u), t } return r.call(this, i) }, _withPreprocess2: function (e, t, n, r) { var i = this._array; if (!this._size)return; if (t && !S(this._shape, t._shape))throw new Error(x(this._shape, t._shape)); t || (t = new v(this._dtype), t.initFromShape(this._shape)); var s = t._array; if (typeof e != "undefined") { e < 0 && (e = this._shape.length + e); if (e >= this._shape.length || e < 0)throw new Error(T(e)); if (e >= this._shape.length)throw new Error(T(e)); var o = w(this._shape, e), u = this._shape[e], a = o * u; n.call(this, s, i, a, u, o) } else t.reshape([this._size]), r.call(this, s, i); return t }, max: t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = u + o, f = t[a]; for (var l = 0; l < r; l++) { var c = t[a]; c > f && (f = c), a += i } e[s++] = f } } function t(e) { var t = e[0]; for (var n = 1; n < this._size; n++)e[n] > t && (t = e[n]); return t } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), min: t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = u + o, f = t[a]; for (var l = 0; l < r; l++) { var c = t[a]; c < f && (f = c), a += i } e[s++] = f } } function t(e) { var t = e[0]; for (var n = 1; n < this._size; n++)e[n] < t && (t = e[n]); return t } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), argmax: t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = 0, f = u + o, l = t[f]; for (var c = 0; c < r; c++) { var h = t[f]; h > l && (l = h, a = c), f += i } e[s++] = a } } function t(e) { var t = e[0], n = 0; for (var r = 1; r < this._size; r++)e[r] > t && (n = r, t = e[r]); return n } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), argmin: t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = 0, f = u + o, l = t[f]; for (var c = 0; c < r; c++) { var h = t[f]; h < l && (l = h, a = c), f += i } e[s++] = a } } function t(e) { var t = e[0], n = 0; for (var r = 1; r < this._size; r++)e[r] < t && (n = r, t = e[r]); return n } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), sum: t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = 0, f = u + o; for (var l = 0; l < r; l++)a += t[f], f += i; e[s++] = a } } function t(e) { var t = 0; for (var n = 0; n < this._size; n++)t += e[n]; return t } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), prod: t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = 1, f = u + o; for (var l = 0; l < r; l++)a *= t[f], f += i; e[s++] = a } } function t(e) { var t = 1; for (var n = 0; n < this._size; n++)t *= e[n]; return t } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), mean: t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = 0, f = u + o; for (var l = 0; l < r; l++)a += t[f], f += i; var c = a / r; e[s++] = c } } function t(e) { var t = 0, n = e.length; for (var r = 0; r < n; r++)t += e[r]; var i = t / n; return i } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), "var": t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = 0, f = u + o; for (var l = 0; l < r; l++)a += t[f], f += i; var c = a / r, h = 0; f = u + o; for (var l = 0; l < r; l++) { var p = t[f] - c; h += p * p, f += i } e[s++] = h / r } } function t(e) { var t = 0, n = e.length; for (var r = 0; r < n; r++)t += e[r]; var i = t / n, s = 0; for (var r = 0; r < n; r++) { var o = e[r] - i; s += o * o } return s / n } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), std: t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = 0, f = u + o; for (var l = 0; l < r; l++)a += t[f], f += i; var c = a / r, h = 0; f = u + o; for (var l = 0; l < r; l++) { var p = t[f] - c; h += p * p, f += i } e[s++] = Math.sqrt(h / r) } } function t(e) { var t = 0, n = e.length; for (var r = 0; r < n; r++)t += e[r]; var i = t / n, s = 0; for (var r = 0; r < n; r++) { var o = e[r] - i; s += o * o } return Math.sqrt(s / n) } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), ptp: t(function () { function e(e, t, n, r, i) { var s = 0; for (var o = 0; o < this._size; o += n)for (var u = 0; u < i; u++) { var a = o + u, f = t[a], l = t[a]; for (var c = 0; c < r; c++) { var h = t[a]; h < f && (f = h), h > l && (l = h), a += i } e[s++] = l - f } } function t(e) { var t = e[0], n = e[0]; for (var r = 1; r < this._size; r++)e[r] < t && (t = e[r]), e[r] > n && (n = e[r]); return n - t } return function (n, r) { return this._withPreprocess1(n, r, e, t) } }()), sort: t(function (e, t) { e < 0 && (e = this._shape.length + e); var n; t === "ascending" ? n = function (e, t) { return e - t } : t === "descending" && (n = function (e, t) { return t - e }); var r = this._array, i = w(this._shape, e), s = this._shape[e], o = i * s, u = new Array(s); for (var a = 0; a < this._size; a += o)for (var f = 0; f < i; f++) { var l = a + f; for (var c = 0; c < s; c++)u[c] = r[l], l += i; u.sort(n); var l = a + f; for (var c = 0; c < s; c++)r[l] = u[c], l += i } return this }, {axis: -1, order: "ascending"}), argsort: t(function (e, t, n) { e < 0 && (e = this._shape.length + e); if (!this._size)return; if (n && !S(this._shape, n._shape))throw new Error(x(this._shape, n._shape)); n || (n = new v(this._dtype), n.initFromShape(this._shape)); var r = n._array, i; t === "ascending" ? i = function (e, t) { return f[e] - f[t] } : t === "descending" && (i = function (e, t) { return f[t] - f[e] }); var s = this._array, o = w(this._shape, e), u = this._shape[e], a = o * u, f = new Array(u), l = new Array(u); for (var c = 0; c < this._size; c += a)for (var h = 0; h < o; h++) { var p = c + h; for (var d = 0; d < u; d++)f[d] = s[p], l[d] = d, p += o; l.sort(i); var p = c + h; for (var d = 0; d < u; d++)r[p] = l[d], p += o } return n }, {axis: -1, order: "ascending"}), cumsum: t(function () { function e(e, t, n, r, i) { for (var s = 0; s < this._size; s += n)for (var o = 0; o < i; o++) { var u = s + o, a = u; e[u] = t[u]; for (var f = 1; f < r; f++)a = u, u += i, e[u] = e[a] + t[u] } } function t(e, t) { e[0] = t[0]; for (var n = 1; n < e.length; n++)e[n] = e[n - 1] + t[n] } return function (n, r) { return this._withPreprocess2(n, r, e, t) } }()), cumprod: t(function () { function e(e, t, n, r, i) { for (var s = 0; s < this._size; s += n)for (var o = 0; o < i; o++) { var u = s + o, a = u; e[u] = t[u]; for (var f = 1; f < r; f++)a = u, u += i, e[u] = e[a] * t[u] } } function t(e, t) { e[0] = t[0]; for (var n = 1; n < e.length; n++)e[n] = e[n - 1] * t[n] } return function (n, r) { return this._withPreprocess2(n, r, e, t) } }()), dot: function () { console.warn("TODO") }, map: function (e, t) { var n = this._array, r = this._array, i = n[0], s = n[0], o = this._size; for (var u = 1; u < o; u++) { var a = n[u]; a < i && (i = a), a > s && (s = a) } var f = s - i, l = t - e; for (var u = 0; u < o; u++)if (f === 0) r[u] = e; else { var a = n[u], c = (a - i) / f; r[u] = l * c + e } return this }, add: function (e, t) { return this.binaryOperation(this, e, s, t) }, sub: function (e, t) { return this.binaryOperation(this, e, o, t) }, mul: function (e, t) { return this.binaryOperation(this, e, u, t) }, div: function (e, t) { return this.binaryOperation(this, e, a, t) }, mod: function (e, t) { return this.binaryOperation(this, e, f, t) }, and: function (e, t) { return this.binaryOperation(this, e, l, t) }, or: function (e, t) { return this.binaryOperation(this, e, c, t) }, xor: function (e, t) { return this.binaryOperation(this, e, h, t) }, equal: function (e) { return this.binaryOperation(this, e, p, out) }, binaryOperation: function (e, t, n, r) { var i = [], d = typeof e == "number", m = typeof t == "number"; if (d) i = t._shape.slice(); else if (m) i = e._shape.slice(); else { var g = e._shape.length - 1, y = t._shape.length - 1, b = e, E = t; while (g >= 0 && y >= 0) { if (e._shape[g] == 1) i.unshift(t._shape[y]), b = e.repeat(t._shape[y], g); else if (t._shape[y] == 1) i.unshift(e._shape[g]), E = t.repeat(e._shape[g], y); else { if (t._shape[y] != e._shape[g])throw new Error(x(e._shape, t._shape)); i.unshift(e._shape[g]) } g--, y-- } for (var T = g; T >= 0; T--)i.unshift(e._shape[T]); for (var T = y; T >= 0; T--)i.unshift(t._shape[T]); e = b, t = E } if (!r) r = new v(this._dtype), r.initFromShape(i); else if (!S(i, r._shape))throw new Error(x(i, r._shape)); var N = r._array, C, k, L, A; d ? (C = t._shape.length - 1, k = !1, L = e, A = t._array) : m ? (C = e._shape.length - 1, k = !0, A = t, L = e._array) : (C = Math.abs(e._shape.length - t._shape.length), k = e._shape.length >= t._shape.length, L = e._array, A = t._array); var O = w(i, C), M = i[C], _ = O * M, D = r._size / _, P, H, B, j = 0; if (k)if (m)for (var F = 0; F < D; F++)for (var T = 0; T < _; T++) { P = L[j], H = A; switch (n) { case s: B = P + H; break; case o: B = P - H; break; case u: B = P * H; break; case a: B = P / H; break; case f: B = P % H; break; case l: B = P & H; break; case c: B = P | H; break; case h: B = P ^ H; break; case p: B = P == H; break; default: throw new Error("Unkown operation " + n) } N[j] = B, j++ } else for (var F = 0; F < D; F++)for (var T = 0; T < _; T++) { P = L[j], H = A[T]; switch (n) { case s: B = P + H; break; case o: B = P - H; break; case u: B = P * H; break; case a: B = P / H; break; case f: B = P % H; break; case l: B = P & H; break; case c: B = P | H; break; case h: B = P ^ H; break; case p: B = P == H; break; default: throw new Error("Unkown operation " + n) } N[j] = B, j++ } else if (d)for (var F = 0; F < D; F++)for (var T = 0; T < _; T++) { P = L, H = A[j]; switch (n) { case s: B = P + H; break; case o: B = P - H; break; case u: B = P * H; break; case a: B = P / H; break; case f: B = P % H; break; case l: B = P & H; break; case c: B = P | H; break; case h: B = P ^ H; break; case p: B = P == H; break; default: throw new Error("Unkown operation " + n) } N[j] = B, j++ } else for (var F = 0; F < D; F++)for (var T = 0; T < _; T++) { P = L[j], H = A[T]; switch (n) { case s: B = P + H; break; case o: B = P - H; break; case u: B = P * H; break; case a: B = P / H; break; case f: B = P % H; break; case l: B = P & H; break; case c: B = P | H; break; case h: B = P ^ H; break; case p: B = P == H; break; default: throw new Error("Unkown operation " + n) } N[j] = B, j++ } return r }, neg: function () { var e = this._array; for (var t = 0; t < this._size; t++)e[t] = -e[t]; return this }, sin: function () { return this._mathAdapter(Math.sin) }, cos: function () { return this._mathAdapter(Math.cos) }, tan: function () { return this._mathAdapter(Math.tan) }, abs: function () { return this._mathAdapter(Math.abs) }, log: function () { return this._mathAdapter(Math.log) }, sqrt: function () { return this._mathAdapter(Math.sqrt) }, ceil: function () { return this._mathAdapter(Math.ceil) }, floor: function () { return this._mathAdapter(Math.floor) }, pow: function (e) { var t = this._array; for (var n = 0; n < this._size; n++)t[n] = Math.pow(t[n], e); return this }, _mathAdapter: function (e) { var t = this._array; for (var n = 0; n < this._size; n++)t[n] = e(t[n]); return this }, round: function (e) { e = Math.floor(e || 0); var t = Math.pow(10, e), n = this._array; if (e === 0)for (var r = 0; r < this._size; r++)n[r] = Math.round(n[r]); else for (var r = 0; r < this._size; r++)n[r] = Math.round(n[r] * t) / t; return this }, clip: function (e, t) { var n = this._array; for (var r = 0; r < this._size; r++)n[r] = Math.max(Math.min(n[r], t), e); return this }, get: function (e, t) { function l(e, t) { var r = i[e], s = n[e]; if (e < o - 1)if (r[2] > 0)for (var c = r[0]; c < r[1]; c += r[2])l(e + 1, t + s * c); else for (var c = r[0]; c > r[1]; c += r[2])l(e + 1, t + s * c); else if (r[2] > 0)for (var c = r[0]; c < r[1]; c += r[2])for (var h = 0; h < s; h++)u[f++] = a[c * s + h + t]; else for (var c = r[0]; c > r[1]; c += r[2])for (var h = 0; h < s; h++)u[f++] = a[c * s + h + t] } typeof e == "number" && (e = e.toString()); var n = E(this._shape), r = this._parseRanges(e), i = r[0], s = r[1]; if (i.length > this._shape.length)throw new Error("Too many indices"); var o = i.length, u; s.length ? (t = new v(this._dtype), t.initFromShape(s), u = t._array) : u = []; var a = this._array, f = 0; return l(0, 0), s.length ? t : u[0] }, set: function (e, t) { typeof e == "number" && (e = e.toString()); var n = E(this._shape), r = this._parseRanges(e), i = r[0], s = r[1]; if (i.length > this._shape.length)throw new Error("Too many indices"); var o = typeof t == "number", u = i.length, a = this._array; if (o)var f = t; else { if (!S(s, t.shape()))throw new Error(x(s, t.shape())); var f = t._array } var l = 0, c = function (e, t) { var r = i[e], s = n[e]; if (e < u - 1)if (r[2] > 0)for (var h = r[0]; h < r[1]; h += r[2])c(e + 1, t + s * h); else for (var h = r[0]; h > r[1]; h += r[2])c(e + 1, t + s * h); else if (r[2] > 0)for (var h = r[0]; h < r[1]; h += r[2])for (var p = 0; p < s; p++)o ? a[h * s + p + t] = f : a[h * s + p + t] = f[l++]; else for (var h = r[0]; h > r[1]; h += r[2])for (var p = 0; p < s; p++)o ? a[h * s + p + t] = f : a[h * s + p + t] = f[l++] }; return c(0, 0), this }, insert: t(function (e, t, n) { var i = this._array, s = !1; typeof e == "number" && (e = [e], s = !0), typeof t == "number" ? t = new v([t]) : t instanceof Array && (t = new v(t)), typeof n == "undefined" && (this._shape = [this._size], n = 0); var o = e[0], u = this._shape[n]; for (var a = 0; a < e.length; a++) { e[a] < 0 && (e[a] = u + e[a]); if (e[a] > u)throw new Error(N(e[a])); if (e[a] < o)throw new Error("Index must be in ascending order"); o = e[a] } var f = this._shape.slice(); s ? f.splice(n, 1) : f[n] = e.length; var l = t._shape, c = l.length - 1, h = f.length - 1, p = t; while (c >= 0 && h >= 0) { if (l[c] === 1) p = t.repeat(f[h], c); else if (l[c] !== f[h])throw new Error(x(l, f)); c--, h-- } t = p; var d = w(this._shape, n), u = this._shape[n], m = u * d, y = this._size / m, b = e.length, E = new Uint32Array(y * b), S = 0; for (var T = 0; T < this._size; T += m)for (var a = 0; a < b; a++) { var C = e[a]; E[S++] = T + C * d } var k = this._shape.slice(); k[n] += e.length; var L = g(k); if (this._array.length < L)var i = new r[this._dtype](L); else var i = this._array; var A = this._array, O = t._array, M = E.length - 1, _ = this._size, D = E[M], P = L - 1, H = t._size - 1; while (M >= 0) { for (var a = _ - 1; a >= D; a--)i[P--] = A[a]; _ = D, D = E[--M]; for (var a = 0; a < d; a++)H < 0 && (H = t._size - 1), i[P--] = O[H--] } for (var a = _ - 1; a >= 0; a--)i[P--] = A[a]; return this._array = i, this._shape = k, this._size = L, this }), append: function () { console.warn("TODO") }, "delete": t(function (e, t) { var n = this._array; typeof e == "number" && (e = [e]); var r = this._size; typeof t == "undefined" && (this._shape = [r], t = 0); var i = w(this._shape, t), s = this._shape[t], o = i * s, u = 0; for (var a = 0; a < r; a += o) { var f = 0, l = e[0], c = 0; while (c < e.length) { l < 0 && (l += s); if (l > s)throw new Error(N(l)); if (l < f)throw new Error("Index must be in ascending order"); for (var h = f; h < l; h++)for (var p = 0; p < i; p++)n[u++] = n[h * i + p + a]; f = l + 1, l = e[++c] } for (var h = f; h < s; h++)for (var p = 0; p < i; p++)n[u++] = n[h * i + p + a] } return this._shape[t] -= e.length, this._size = g(this._shape), this }), _parseRanges: function (e) { var t = e.split(/\s*,\s*/), n = [], r = [], i = 0; for (var s = 0; s < t.length; s++)if (t[s] === "...") { var o = this._shape.length - (t.length - s); while (i <= o)n.push([0, this._shape[i], 1]), r.push(this._shape[i]), i++ } else { var u = m(t[s], this._shape[i]); n.push(u); if (t[s].indexOf(":") >= 0) { var a = Math.floor((u[1] - u[0]) / u[2]); a = a < 0 ? 0 : a, r.push(a) } i++ } for (; i < this._shape.length; i++)r.push(this._shape[i]); return [n, r] }, toArray: function () { function i(s, o) { var u = n[s]; for (var a = 0; a < u; a++)s < r - 1 ? i(s + 1, o[a] = []) : o[a] = e[t++] } var e = this._array, t = 0, n = this._shape, r = n.length, s = []; return i(0, s), s }, copy: function () { var e = new v; return e._array = n.call(this._array), e._shape = this._shape.slice(), e._dtype = this._dtype, e._size = this._size, e }, constructor: v }, v.range = t(function (e, t, i, s) { var o = n.call(arguments), u = o[o.length - 1]; if (typeof u == "string") { var s = u; o.pop() } o.length === 1 ? (t = o[0], i = 1, e = 0) : o.length == 2 && (i = 1), s = s || "number"; var a = new r[s](Math.ceil((t - e) / i)), f = 0; for (var l = e; l < t; l += i)a[f++] = l; var c = new v; return c._array = a, c._shape = [a.length], c._dtype = s, c._size = a.length, c }), v.zeros = t(function (e, t) { var n = new v(t); return n.initFromShape(e), n }), v }), define("echarts/chart/chord", ["require", "../util/shape/chord", "../component/base", "./calculableBase", "../util/ecData", "zrender/tool/util", "zrender/tool/vector", "../util/ndarray", "../chart"], function (e) { function n(n, r, i, s, o) { function F() { u.selectedMap = {}, w = [], b = null; var e = [], n = 0; for (var r = 0, s = g.length; r < s; r++)if (g[r].type === u.type) { b || (b = g[r], u.reformOption(b)); var a = m(g[r].name); u.selectedMap[g[r].name] = a; if (!a)continue; w.push(g[r]), u.buildMark(g[r], r, o), e.push(g[r].matrix), n++ } if (!b)return; if (!w.length)return; var f = i.getWidth(), l = i.getHeight(), c = Math.min(f, l); E = b.data, S = b.startAngle, S %= 360, S < 0 && (S += 360), x = b.clockWise, T = u.parsePercent(b.radius[0], c / 2), N = u.parsePercent(b.radius[1], c / 2), C = b.padding, k = b.sort, L = b.sortSub, O = b.showScale, M = b.showScaleText, A = [u.parsePercent(b.center[0], f), u.parsePercent(b.center[1], l)]; var h = b.itemStyle.normal.chordStyle.lineStyle.width - b.itemStyle.normal.lineStyle.width; _ = h / t / T / Math.PI * 180, D = new p(e), D = D._transposelike([1, 2, 0]); var d = I(D, E); D = d[0], E = d[1]; var v = D.shape(); if (v[0] !== v[1] || v[0] !== E.length)throw new Error("Data not valid"); if (v[0] === 0 || v[2] === 0)return; D.reshape(v[0], v[1] * v[2]); var y = D.sum(1), B = y.mul(1 / y.sum()), j = v[0], F = v[1] * v[2], W = B.mul(360 - C * j), X = D.div(D.sum(1).reshape(j, 1)); X = X.mul(W.sub(_ * 2).reshape(j, 1)); switch (k) { case"ascending": case"descending": var V = W.argsort(0, k); W.sort(0, k), y.sort(0, k); break; default: var V = p.range(v[0]) } switch (L) { case"ascending": case"descending": var $ = X.argsort(1, L); X.sort(1, L); break; default: var $ = p.range(F).reshape(1, F).repeat(j, 0) } var J = V.toArray(), K = W.toArray(), Q = $.toArray(), G = X.toArray(), Y = y.toArray(), Z = [], et = (new p(j, F)).toArray(), tt = [], nt = 0, rt = 0; for (var r = 0; r < j; r++) { var it = J[r]; tt[it] = Y[r], rt = nt + K[r], Z[it] = [nt, rt]; var st = nt + _, ot = st; for (var ut = 0; ut < F; ut++) { ot = st + G[it][ut]; var at = Q[it][ut]; et[it][at] = [st, ot], st = ot } nt = rt + C } H = (new p(j, j, n)).toArray(), P = [], q(Z, tt), et = (new p(et)).reshape(j, j, n, 2).toArray(), R(et, D.reshape(v).toArray()); var d = z(tt); O && U(d[0], d[1], Z, (new p(d[0])).sum() / (360 - C * j)) } function I(e, t) { var n = [], r = []; for (var i = 0; i < t.length; i++) { var s = t[i].name; u.selectedMap[s] = m(s), u.selectedMap[s] ? r.push(t[i]) : n.push(i) } n.length && (e = e["delete"](n, 0), e = e["delete"](n, 1)); if (!e.size())return [e, r]; n = []; var o = [], a = e.shape(); e.reshape(a[0], a[1] * a[2]); var f = e.sum(1).toArray(); e.reshape(a); for (var i = 0; i < r.length; i++)f[i] === 0 ? n.push(i) : o.push(r[i]); return n.length && (e = e["delete"](n, 0), e = e["delete"](n, 1)), [e, o] } function q(e, t) { function f(e) { return function () { s && clearTimeout(s), s = setTimeout(function () { for (var t = 0; t < n; t++) { P[t].style.opacity = t === e ? 1 : .1, i.modShape(P[t].id, P[t]); for (var s = 0; s < n; s++)for (var o = 0; o < r; o++) { var u = H[t][s][o]; u && (u.style.opacity = t === e || s === e ? .5 : .03, i.modShape(u.id, u)) } } i.refresh() }, 50) } } function c() { return function () { s && clearTimeout(s), s = setTimeout(function () { for (var e = 0; e < n; e++) { P[e].style.opacity = 1, i.modShape(P[e].id, P[e]); for (var t = 0; t < n; t++)for (var s = 0; s < r; s++) { var o = H[e][t][s]; o && (o.style.opacity = .5, i.modShape(o.id, o)) } } i.refresh() }, 50) } } var n = E.length, r = w.length, s, o = u.query(b, "itemStyle.normal.label.show"), a = u.query(b, "itemStyle.normal.label.color"); for (var p = 0; p < n; p++) { var d = E[p], m = e[p], g = (x ? 360 - m[1] : m[0]) + S, C = (x ? 360 - m[0] : m[1]) + S, k = { id: i.newShapeId(u.type), shape: "sector", zlevel: y, style: { x: A[0], y: A[1], r0: T, r: N, startAngle: g, endAngle: C, brushType: "fill", opacity: 1, color: v(d.name) }, highlightStyle: {brushType: "fill"} }; k.style.lineWidth = u.deepQuery([d, b], "itemStyle.normal.lineStyle.width"), k.highlightStyle.lineWidth = u.deepQuery([d, b], "itemStyle.emphasis.lineStyle.width"), k.style.strokeColor = u.deepQuery([d, b], "itemStyle.normal.lineStyle.color"), k.highlightStyle.strokeColor = u.deepQuery([d, b], "itemStyle.emphasis.lineStyle.color"), k.style.lineWidth > 0 && (k.style.brushType = "both"), k.highlightStyle.lineWidth > 0 && (k.highlightStyle.brushType = "both"), l.pack(k, w[0], 0, t[p], 0, d.name); if (o) { var L = [g + C] / 2; L %= 360; var O = L <= 90 || L >= 270; L = L * Math.PI / 180; var _ = [Math.cos(L), -Math.sin(L)], D = M ? 45 : 20, B = h.scale([], _, N + D); h.add(B, B, A); var j = { shape: "text", id: i.newShapeId(u.type), zlevel: y - 1, hoverable: !1, style: {x: B[0], y: B[1], text: d.name, textAlign: O ? "left" : "right", color: a} }; j.style.textColor = u.deepQuery([d, b], "itemStyle.normal.label.textStyle.color") || "#fff", j.style.textFont = u.getFont(u.deepQuery([d, b], "itemStyle.normal.label.textStyle")), i.addShape(j), u.shapeList.push(j) } k.onmouseover = f(p), k.onmouseout = c(), u.shapeList.push(k), P.push(k), i.addShape(k) } } function R(e, t) { var n = e.length; if (!n)return; var r = e[0][0].length, s = b.itemStyle.normal.chordStyle.lineStyle, o = b.itemStyle.emphasis.chordStyle.lineStyle; for (var a = 0; a < n; a++)for (var f = 0; f < n; f++)for (var c = 0; c < r; c++) { if (H[f][a][c])continue; var h = e[a][f][c][0], p = e[f][a][c][0], d = e[a][f][c][1], m = e[f][a][c][1]; if (h - m === 0 || p - m === 0) { H[a][f][c] = null; continue } var g; r === 1 ? d - h <= m - p ? g = v(E[a].name) : g = v(E[f].name) : g = v(w[c].name); var N = x ? h : 360 - d, C = x ? d : 360 - h, k = x ? p : 360 - m, L = x ? m : 360 - p, O = { id: i.newShapeId(u.type), shape: "chord", zlevel: y, style: { center: A, r: T, source0: N - S, source1: C - S, target0: k - S, target1: L - S, brushType: "both", opacity: .5, color: g, lineWidth: s.width, strokeColor: s.color }, highlightStyle: {brushType: "both", lineWidth: o.width, strokeColor: o.color} }; l.pack(O, w[c], c, t[a][f][c], 0, E[a].name, E[f].name, t[f][a][c]), H[a][f][c] = O, u.shapeList.push(O), i.addShape(O) } } function U(e, t, n, r) { for (var s = 0; s < n.length; s++) { var o = n[s][0], a = n[s][1], f = o; while (f < a) { var l = ((x ? 360 - f : f) + S) / 180 * Math.PI, c = [Math.cos(l), -Math.sin(l)], d = h.scale([], c, N + 1); h.add(d, d, A); var v = h.scale([], c, N + B); h.add(v, v, A); var m = { shape: "line", id: i.newShapeId(u.type), zlevel: y - 1, hoverable: !1, style: { xStart: d[0], yStart: d[1], xEnd: v[0], yEnd: v[1], lineCap: "round", brushType: "stroke", strokeColor: "#666" } }; u.shapeList.push(m), i.addShape(m), f += j } if (!M)continue; var g = o, b = r * 5 * j, w = p.range(0, e[s], b).toArray(); while (g < a) { var l = x ? 360 - g : g; l = (l + S) % 360; var E = l <= 90 || l >= 270, T = { shape: "text", id: i.newShapeId(u.type), zlevel: y - 1, hoverable: !1, style: { x: E ? N + B + 4 : -N - B - 4, y: 0, text: Math.round(w.shift() * 10) / 10 + t, textAlign: E ? "left" : "right" }, position: A.slice(), rotation: E ? [l / 180 * Math.PI, 0, 0] : [(l + 180) / 180 * Math.PI, 0, 0] }; u.shapeList.push(T), i.addShape(T), g += j * 5 } } } function z(e) { var t = [], n = (new p(e)).max(), r, i; n > 1e4 ? (r = "k", i = .001) : n > 1e7 ? (r = "m", i = 1e-6) : n > 1e10 ? (r = "b", i = 1e-9) : (r = "", i = 1); for (var s = 0; s < e.length; s++)t[s] = e[s] * i; return [t, r] } function W(e, t) { o = t, X(e) } function X(e) { e && (s = e, g = s.series), u.clear(), d = o.legend; if (d) v = d.getColor, m = d.isSelected; else { var t = {}, n = {}, r = 0; v = function (e) { if (n[e])return n[e]; t[e] === undefined && (t[e] = r++); for (var s = 0; s < w.length; s++)if (w[s].name === e) { n[e] = u.query(w[s], "itemStyle.normal.color"); break } if (!n[e]) { var o = E.length; for (var s = 0; s < o; s++)if (E[s].name === e) { n[e] = u.query(E[s], "itemStyle.normal.color"); break } } return n[e] || (n[e] = i.getColor(t[e])), n[e] }, m = function () { return !0 } } F() } function V(e) { var t = c.merge; e = t(e || {}, n.chord, { overwrite: !1, recursive: !0 }), e.itemStyle.normal.label.textStyle = t(e.itemStyle.normal.label.textStyle || {}, n.textStyle, { overwrite: !1, recursive: !0 }) } var u = this, a = e("../component/base"); a.call(this, n, i); var f = e("./calculableBase"); f.call(this, i, s); var l = e("../util/ecData"), c = e("zrender/tool/util"), h = e("zrender/tool/vector"), p = e("../util/ndarray"), d, v, m, g; this.type = n.CHART_TYPE_CHORD; var y = u.getZlevelBase(), b, w = [], E, S, x, T, N, C, k, L, A, O, M, _ = 0, D, P = [], H = [], B = 4, j = 4; u.init = W, u.refresh = X, u.reformOption = V, W(s, o) } e("../util/shape/chord"); var t = window.devicePixelRatio || 1; return e("../chart").define("chord", n), n }), define("echarts/chart/force", ["require", "../component/base", "./calculableBase", "../util/ecData", "zrender/config", "zrender/tool/event", "zrender/tool/util", "zrender/tool/vector", "../util/ndarray", "../chart"], function (e) { function r(r, o, u, a, f) { function Y() { y = f.legend, I = 1, $ = u.getWidth(), J = u.getHeight(), K = [$ / 2, J / 2]; var e; for (var t = 0, n = w.length; t < n; t++) { var i = w[t]; if (i.type === r.CHART_TYPE_FORCE) { w[t] = b.reformOption(w[t]), e = w[t].name || "", b.selectedMap[e] = y ? y.isSelected(e) : !0; if (!b.selectedMap[e])continue; b.buildMark(w[t], t, f), E = i; var s = b.query(i, "minRadius"), o = b.query(i, "maxRadius"); X = b.query(i, "attractiveness"), R = b.query(i, "density"), U = b.query(i, "initSize"), W = b.query(i, "centripetal"), z = b.query(i, "coolDown"), T = b.query(i, "categories"); for (var a = 0, l = T.length; a < l; a++)T[a].name && (y ? b.selectedMap[a] = y.isSelected(T[a].name) : b.selectedMap[a] = !0); k = b.query(i, "itemStyle.normal.linkStyle"), L = b.query(i, "itemStyle.emphasis.linkStyle"), N = b.query(i, "itemStyle.normal.nodeStyle"), C = b.query(i, "itemStyle.emphasis.nodeStyle"), A = b.query(i, "nodes"), O = v.clone(b.query(i, "links")), Z(A, O), B = [], j = [], F = [], D = [], P = [], F = [], S = [], x = []; var c = $ * J; q = .5 / X * Math.sqrt(c / M.length), tt(M, _), et(M, s, o) } } } function Z(e, t) { var n = [], r = 0; M = s(e, function (e, t) { if (!e)return; if (e.ignore)return; if (b.selectedMap[e.category])return n[t] = r++, !0; n[t] = -1 }); var i, o, u; _ = s(t, function (e, t) { return i = e.source, o = e.target, u = !0, n[i] >= 0 ? e.source = n[i] : u = !1, n[o] >= 0 ? e.target = n[o] : u = !1, e.rawIndex = t, u }) } function et(e, t, r) { var s = [], o = e.length; for (var a = 0; a < o; a++) { var f = e[a]; f.value !== undefined ? s.push(f.value) : s.push(1) } var l = new g(s); s = l.map(t, r).toArray(); var c = l.max(); c !== 0 && (D = l.mul(1 / c, l).toArray()); for (var a = 0; a < o; a++) { var f = e[a], p, d, w = s[a], x; f.initial !== undefined ? x = f.initial : n[f.name] !== undefined ? x = n[f.name] : x = i($ / 2, J / 2, U); var p = x[0], d = x[1]; B[a] = m.create(p, d), j[a] = m.create(p, d), H[a] = m.create(0, 0), F[a] = w * w * R * .035; var k = { id: u.newShapeId(b.type), shape: "circle", style: {r: w, x: 0, y: 0}, clickable: !0, highlightStyle: {}, position: [p, d], __forceIndex: a }, L; b.query(E, "itemStyle.normal.label.show") && (k.style.text = f.name, k.style.textPosition = "inside", L = b.query(E, "itemStyle.normal.label.textStyle") || {}, k.style.textColor = L.color || "#fff", k.style.textAlign = L.align || "center", k.style.textBaseline = L.baseline || "middle", k.style.textFont = b.getFont(L)), b.query(E, "itemStyle.emphasis.label.show") && (k.highlightStyle.text = f.name, k.highlightStyle.textPosition = "inside", L = b.query(E, "itemStyle.emphasis.label.textStyle") || {}, k.highlightStyle.textColor = L.color || "#fff", k.highlightStyle.textAlign = L.align || "center", k.highlightStyle.textBaseline = L.baseline || "middle", k.highlightStyle.textFont = b.getFont(L)), v.merge(k.style, N), v.merge(k.highlightStyle, C); if (typeof f.category != "undefined") { var O = T[f.category]; if (O) { y && (k.style.color = y.getColor(O.name)); var M = O.itemStyle; M && (M.normal && v.merge(k.style, M.normal, {overwrite: !0}), M.emphasis && v.merge(k.highlightStyle, M.emphasis, {overwrite: !0})) } } if (typeof f.itemStyle != "undefined") { var M = f.itemStyle; M.normal && v.merge(k.style, M.normal, {overwrite: !0}), M.normal && v.merge(k.highlightStyle, M.emphasis, {overwrite: !0}) } b.setCalculable(k), k.dragEnableTime = 0, k.ondragstart = b.shapeHandler.ondragstart, k.draggable = !0, S.push(k), b.shapeList.push(k); var _ = ""; if (typeof f.category != "undefined") { var O = T[f.category]; _ = O && O.name || "" } h.pack(k, {name: _}, 0, f, v.indexOf(A, f), f.name || "", f.value), u.addShape(k) } } function tt(e, t) { var n = t.length; for (var r = 0; r < n; r++) { var i = t[r]; i.weight !== undefined ? P.push(i.weight) : P.push(1); var s = { id: u.newShapeId(b.type), shape: "line", style: {xStart: 0, yStart: 0, xEnd: 0, yEnd: 0, lineWidth: 1}, clickable: !0, highlightStyle: {} }; v.merge(s.style, k), v.merge(s.highlightStyle, L), typeof i.itemStyle != "undefined" && (i.itemStyle.normal && v.merge(s.style, i.itemStyle.normal, {overwrite: !0}), i.itemStyle.emphasis && v.merge(s.highlightStyle, i.itemStyle.emphasis, {overwrite: !0})), x.push(s), b.shapeList.push(s); var o = M[i.source], a = M[i.target], i = O[i.rawIndex]; h.pack(s, E, 0, { source: i.source, target: i.target, weight: i.weight || 0 }, i.rawIndex, o.name + " - " + a.name, i.weight || 0, !0), u.addShape(s) } var f = new g(P), l = f.max(); l !== 0 && (P = f.mul(1 / l, f).toArray()) } function nt() { for (var e = 0, t = _.length; e < t; e++) { var n = _[e], r = x[e], i = S[n.source], s = S[n.target]; r.style.xStart = i.position[0], r.style.yStart = i.position[1], r.style.xEnd = s.position[0], r.style.yEnd = s.position[1] } } function rt(e) { var t = B.length, r = [], i = q * q; for (var s = 0; s < t; s++)H[s][0] = 0, H[s][1] = 0; for (var s = 0; s < t; s++)for (var o = s + 1; o < t; o++) { var u = D[s], a = D[o], f = B[s], l = B[o]; m.sub(r, l, f); var c = m.length(r); if (c > 500)continue; c < 5 && (c = 5), m.scale(r, r, 1 / c); var h = 1 * (u + a) * i / c; m.scaleAndAdd(H[s], H[s], r, -h), m.scaleAndAdd(H[o], H[o], r, h) } for (var s = 0, p = _.length; s < p; s++) { var d = _[s], v = P[s], g = d.source, y = d.target, f = B[g], l = B[y]; m.sub(r, l, f); var b = m.lengthSquare(r); if (b === 0)continue; var h = v * b / q / Math.sqrt(b); m.scaleAndAdd(H[g], H[g], r, h), m.scaleAndAdd(H[y], H[y], r, -h) } for (var s = 0, p = M.length; s < p; s++) { var w = B[s]; m.sub(r, K, w); var b = m.lengthSquare(r), h = b * W / (100 * Math.sqrt(b)); m.scaleAndAdd(H[s], H[s], r, h) } var E = []; for (var s = 0, p = B.length; s < p; s++) { var x = M[s].name; if (M[s].fixed) { m.set(B[s], Q, G), m.set(j[s], Q, G), m.set(S[s].position, Q, G), M[s].initial !== undefined && m.set(M[s].initial, Q, G), n[x] !== undefined && m.set(n[x], Q, G); continue } var w = B[s], T = j[s]; m.sub(E, w, T), T[0] = w[0], T[1] = w[1], m.scaleAndAdd(E, E, H[s], e / F[s]), m.scale(E, E, I), E[0] = Math.max(Math.min(E[0], 100), -100), E[1] = Math.max(Math.min(E[1], 100), -100), m.add(w, w, E), m.copy(S[s].position, w), x ? (n[x] === undefined && (n[x] = m.create()), m.copy(n[x], w)) : (M[s].initial === undefined && (M[s].initial = m.create()), m.copy(M[s].initial, w)) } } function it() { if (I < .01)return; rt(V), nt(); var e = {}; for (var t = 0; t < S.length; t++) { var n = S[t]; e.position = n.position, u.modShape(n.id, e, !0) } e = {}; for (var t = 0; t < x.length; t++) { var n = x[t]; e.style = n.style, u.modShape(n.id, e, !0) } u.refresh(), I *= z } function ot(e, n) { function r() { st && (it(), t(r)) } a = e, f = n, w = a.series, b.clear(), Y(), st = !0, t(r) } function ut(e) { e && (a = e, w = a.series), b.clear(), Y(), I = 1 } function at() { st = !1 } function ft() { } function lt(e) { if (!b.isDragstart || !e.target)return; var t = e.target, n = t.__forceIndex, r = M[n]; r.fixed = !0, b.isDragstart = !1, u.on(p.EVENT.MOUSEMOVE, ht) } function ct(e, t) { if (!b.isDragend || !e.target)return; var n = e.target, r = n.__forceIndex, i = M[r]; i.fixed = !1, t.dragIn = !0, t.needRefresh = !1, b.isDragend = !1, u.un(p.EVENT.MOUSEMOVE, ht) } function ht(e) { I = .8, Q = d.getX(e.event), G = d.getY(e.event) } var l = e("../component/base"); l.call(this, r, u); var c = e("./calculableBase"); c.call(this, u, a); var h = e("../util/ecData"), p = e("zrender/config"), d = e("zrender/tool/event"), v = e("zrender/tool/util"), m = e("zrender/tool/vector"), g = e("../util/ndarray"), y, b = this; b.type = r.CHART_TYPE_FORCE; var w, E, S = [], x = [], T = [], N, C, k, L, A, O, M = [], _ = [], D = [], P = [], H = [], B = [], j = [], F = [], I, q, R, U, z, W, X, V = 1 / 60, $, J, K = [], Q, G, st; b.shapeHandler.ondragstart = function () { b.isDragstart = !0 }, b.init = ot, b.refresh = ut, b.ondragstart = lt, b.ondragend = ct, b.dispose = at, b.onclick = ft, ot(a, f) } function i(e, t, n) { return [(Math.random() - .5) * n + e, (Math.random() - .5) * n + t] } function s(e, t) { var n = e.length, r = []; for (var i = 0; i < n; i++)t(e[i], i) && r.push(e[i]); return r } var t = window.requestAnimationFrame || window.msRequestAnimationFrame || window.mozRequestAnimationFrame || window.webkitRequestAnimationFrame || function (e) { setTimeout(e, 16) }, n = {}; return e("../chart").define("force", r), r }), define("echarts/util/shape/halfSmoothPolygon", ["require", "zrender/shape", "zrender/shape/base", "zrender/shape"], function (e) { function t() { this.type = "halfSmoothPolygon" } return t.prototype = { buildPath: function (t, n) { var r = n.pointList; if (r.length < 2)return; if (n.smooth) { var i = this.smoothBezier(r.slice(0, -2), n.smooth); t.moveTo(r[0][0], r[0][1]); var s, o, u, a = r.length; for (var f = 0; f < a - 3; f++)s = i[f * 2], o = i[f * 2 + 1], u = r[f + 1], t.bezierCurveTo(s[0], s[1], o[0], o[1], u[0], u[1]); t.lineTo(r[a - 2][0], r[a - 2][1]), t.lineTo(r[a - 1][0], r[a - 1][1]), t.lineTo(r[0][0], r[0][1]) } else e("zrender/shape").get("polygon").buildPath(t, n); return } }, e("zrender/shape/base").derive(t), e("zrender/shape").define("halfSmoothPolygon", new t), t }), define("echarts/chart/line", ["require", "../component/base", "./calculableBase", "zrender/tool/color", "zrender/shape", "zrender/shape", "../util/shape/halfSmoothPolygon", "../chart"], function (e) { function t(t, r, i, s, o) { function g() { p = {}, l.selectedMap = {}; var e = {top: [], bottom: [], left: [], right: []}, n, r, s, u; for (var a = 0, f = c.length; a < f; a++)c[a].type == l.type && (c[a] = l.reformOption(c[a]), n = c[a].xAxisIndex, r = c[a].yAxisIndex, s = o.xAxis.getAxis(n), u = o.yAxis.getAxis(r), s.type == t.COMPONENT_TYPE_AXIS_CATEGORY ? e[s.getPosition()].push(a) : u.type == t.COMPONENT_TYPE_AXIS_CATEGORY && e[u.getPosition()].push(a)); for (var h in e)e[h].length > 0 && y(h, e[h]); for (var a = 0, f = l.shapeList.length; a < f; a++)l.shapeList[a].id = i.newShapeId(l.type), i.addShape(l.shapeList[a]) } function y(e, t) { var n = b(t), r = n.locationMap, i = n.maxDataLength; if (i === 0 || r.length === 0)return; var s = {}; switch (e) { case"bottom": case"top": w(i, r, s); break; case"left": case"right": E(i, r, s) } for (var u = 0, a = t.length; u < a; u++)l.buildMark(c[t[u]], t[u], o, {xMarkMap: s}) } function b(e) { var t, n = 0, r = {}, s = "__kener__stack__", u, a, f = o.legend, h = [], p = 0, g; for (var y = 0, b = e.length; y < b; y++)t = c[e[y]], a = t.name, m[e[y]] = m[e[y]] || l.query(t, "symbol") || v[y % v.length], f ? (l.selectedMap[a] = f.isSelected(a), d[e[y]] = f.getColor(a), g = f.getItemShape(a), g && (g.shape = "icon", g.style.iconType = "legendLineIcon", g.style.symbol = m[e[y]], f.setItemShape(a, g))) : (l.selectedMap[a] = !0, d[e[y]] = i.getColor(e[y])), l.selectedMap[a] && (u = t.stack || s + e[y], typeof r[u] == "undefined" ? (r[u] = n, h[n] = [e[y]], n++) : h[r[u]].push(e[y])), p = Math.max(p, t.data.length); return {locationMap: h, maxDataLength: p} } function w(e, t, n) { var r = t[0][0], i = c[r], u = i.xAxisIndex, a = o.xAxis.getAxis(u), f, h, d, v, m, g, y, b, w = {}, E, x; for (var N = 0, C = e; N < C; N++) { if (typeof a.getNameByIndex(N) == "undefined")break; d = a.getCoordByIndex(N); for (var k = 0, L = t.length; k < L; k++) { f = c[t[k][0]].yAxisIndex || 0, h = o.yAxis.getAxis(f), g = m = b = y = h.getCoord(0); for (var A = 0, O = t[k].length; A < O; A++) { r = t[k][A], i = c[r], E = i.data[N], x = typeof E != "undefined" ? typeof E.value != "undefined" ? E.value : E : "-", w[r] = w[r] || [], n[r] = n[r] || { min: Number.POSITIVE_INFINITY, max: Number.NEGATIVE_INFINITY, sum: 0, counter: 0, average: 0 }; if (x == "-") { w[r].length > 0 && (p[r] = p[r] || [], p[r].push(w[r]), w[r] = []); continue } x >= 0 ? (m -= A > 0 ? h.getCoordSize(x) : g - h.getCoord(x), v = m) : x < 0 && (y += A > 0 ? h.getCoordSize(x) : h.getCoord(x) - b, v = y), w[r].push([d, v, N, a.getNameByIndex(N), d, g]), n[r].min > x && (n[r].min = x, n[r].minY = v, n[r].minX = d), n[r].max < x && (n[r].max = x, n[r].maxY = v, n[r].maxX = d), n[r].sum += x, n[r].counter++ } } m = o.grid.getY(); var M; for (var k = 0, L = t.length; k < L; k++)for (var A = 0, O = t[k].length; A < O; A++) { r = t[k][A], i = c[r], E = i.data[N], x = typeof E != "undefined" ? typeof E.value != "undefined" ? E.value : E : "-"; if (x != "-")continue; l.deepQuery([E, i, s], "calculable") && (M = l.deepQuery([E, i], "symbolSize"), m += M * 2 + 5, v = m, l.shapeList.push(T(r, N, a.getNameByIndex(N), d, v, "horizontal"))) } } for (var _ in w)w[_].length > 0 && (p[_] = p[_] || [], p[_].push(w[_]), w[_] = []); for (var k = 0, L = t.length; k < L; k++)for (var A = 0, O = t[k].length; A < O; A++)r = t[k][A], n[r].counter > 0 && (n[r].average = (n[r].sum / n[r].counter).toFixed(2) - 0), v = o.yAxis.getAxis(c[r].yAxisIndex || 0).getCoord(n[r].average), n[r].averageLine = [[o.grid.getX(), v], [o.grid.getXend(), v]], n[r].minLine = [[o.grid.getX(), n[r].minY], [o.grid.getXend(), n[r].minY]], n[r].maxLine = [[o.grid.getX(), n[r].maxY], [o.grid.getXend(), n[r].maxY]]; S(p, a, "horizontal") } function E(e, t, n) { var r = t[0][0], i = c[r], u = i.yAxisIndex, a = o.yAxis.getAxis(u), f, h, d, v, m, g, y, b, w = {}, E, x; for (var N = 0, C = e; N < C; N++) { if (typeof a.getNameByIndex(N) == "undefined")break; v = a.getCoordByIndex(N); for (var k = 0, L = t.length; k < L; k++) { f = c[t[k][0]].xAxisIndex || 0, h = o.xAxis.getAxis(f), g = m = b = y = h.getCoord(0); for (var A = 0, O = t[k].length; A < O; A++) { r = t[k][A], i = c[r], E = i.data[N], x = typeof E != "undefined" ? typeof E.value != "undefined" ? E.value : E : "-", w[r] = w[r] || [], n[r] = n[r] || { min: Number.POSITIVE_INFINITY, max: Number.NEGATIVE_INFINITY, sum: 0, counter: 0, average: 0 }; if (x == "-") { w[r].length > 0 && (p[r] = p[r] || [], p[r].push(w[r]), w[r] = []); continue } x >= 0 ? (m += A > 0 ? h.getCoordSize(x) : h.getCoord(x) - g, d = m) : x < 0 && (y -= A > 0 ? h.getCoordSize(x) : b - h.getCoord(x), d = y), w[r].push([d, v, N, a.getNameByIndex(N), g, v]), n[r].min > x && (n[r].min = x, n[r].minX = d, n[r].minY = v), n[r].max < x && (n[r].max = x, n[r].maxX = d, n[r].maxY = v), n[r].sum += x, n[r].counter++ } } m = o.grid.getXend(); var M; for (var k = 0, L = t.length; k < L; k++)for (var A = 0, O = t[k].length; A < O; A++) { r = t[k][A], i = c[r], E = i.data[N], x = typeof E != "undefined" ? typeof E.value != "undefined" ? E.value : E : "-"; if (x != "-")continue; l.deepQuery([E, i, s], "calculable") && (M = l.deepQuery([E, i], "symbolSize"), m -= M * 2 + 5, d = m, l.shapeList.push(T(r, N, a.getNameByIndex(N), d, v, "vertical"))) } } for (var _ in w)w[_].length > 0 && (p[_] = p[_] || [], p[_].push(w[_]), w[_] = []); for (var k = 0, L = t.length; k < L; k++)for (var A = 0, O = t[k].length; A < O; A++)r = t[k][A], n[r].counter > 0 && (n[r].average = (n[r].sum / n[r].counter).toFixed(2) - 0), d = o.xAxis.getAxis(c[r].xAxisIndex || 0).getCoord(n[r].average), n[r].averageLine = [[d, o.grid.getYend()], [d, o.grid.getY()]], n[r].minLine = [[n[r].minX, o.grid.getYend()], [n[r].minX, o.grid.getY()]], n[r].maxLine = [[n[r].maxX, o.grid.getYend()], [n[r].maxX, o.grid.getY()]]; S(p, a, "vertical") } function S(e, t, n) { var r, i, o, u, a, p, v, m, g, y, b; for (var w = c.length - 1; w >= 0; w--) { m = c[w], y = e[w]; if (m.type == l.type && typeof y != "undefined") { r = d[w], i = l.query(m, "itemStyle.normal.lineStyle.width"), o = l.query(m, "itemStyle.normal.lineStyle.type"), u = l.query(m, "itemStyle.normal.lineStyle.color"), a = l.getItemStyleColor(l.query(m, "itemStyle.normal.color"), w, -1), p = typeof l.query(m, "itemStyle.normal.areaStyle") != "undefined", v = l.query(m, "itemStyle.normal.areaStyle.color"); for (var E = 0, S = y.length; E < S; E++) { b = y[E]; for (var T = 0, C = b.length; T < C; T++)g = m.data[b[T][2]], (l.deepQuery([g, m], "showAllSymbol") || t.isMainAxis(b[T][2]) && l.deepQuery([g, m], "symbol") != "none" || l.deepQuery([g, m, s], "calculable")) && l.shapeList.push(N(w, b[T][2], b[T][3], b[T][0], b[T][1], n)); l.shapeList.push({ shape: "brokenLine", zlevel: h, style: { miterLimit: i, pointList: b, strokeColor: u || a || r, lineWidth: i, lineType: o, smooth: x(m.smooth), shadowColor: l.query(m, "itemStyle.normal.lineStyle.shadowColor"), shadowBlur: l.query(m, "itemStyle.normal.lineStyle.shadowBlur"), shadowOffsetX: l.query(m, "itemStyle.normal.lineStyle.shadowOffsetX"), shadowOffsetY: l.query(m, "itemStyle.normal.lineStyle.shadowOffsetY") }, hoverable: !1, _main: !0, _seriesIndex: w, _orient: n }), p && l.shapeList.push({ shape: "halfSmoothPolygon", zlevel: h, style: { miterLimit: i, pointList: b.concat([[b[b.length - 1][4], b[b.length - 1][5] - 2], [b[0][4], b[0][5] - 2]]), brushType: "fill", smooth: x(m.smooth), color: v ? v : f.alpha(r, .5) }, hoverable: !1, _main: !0, _seriesIndex: w, _orient: n }) } } } } function x(e) { return e ? .3 : 0 } function T(e, n, r, i, s, o) { var u = c[e].calculableHolderColor || t.calculableHolderColor, a = N(e, n, r, i, s, o); return a.style.color = u, a.style.strokeColor = u, a.rotation = [0, 0], a.hoverable = !1, a.draggable = !1, a.style.text = undefined, a } function N(e, t, n, r, i, o) { var u = c[e], a = u.data[t], f = l.getSymbolShape(u, e, a, t, n, r, i, m[e], d[e], "#fff", o == "vertical" ? "horizontal" : "vertical"); return f.zlevel = h + 1, l.deepQuery([a, u, s], "calculable") && (l.setCalculable(f), f.draggable = !0), f } function C(e, t, n, r) { var i = o.xAxis.getAxis(e.xAxisIndex), s = o.yAxis.getAxis(e.yAxisIndex); return !n.type || n.type != "max" && n.type != "min" && n.type != "average" ? [typeof n.xAxis != "string" && i.getCoordByIndex ? i.getCoordByIndex(n.xAxis || 0) : i.getCoord(n.xAxis || 0), typeof n.yAxis != "string" && s.getCoordByIndex ? s.getCoordByIndex(n.yAxis || 0) : s.getCoord(n.yAxis || 0)] : [r.xMarkMap[t][n.type + "X"], r.xMarkMap[t][n.type + "Y"], r.xMarkMap[t][n.type + "Line"], r.xMarkMap[t][n.type]] } function k(e, t) { o = t, L(e) } function L(e) { e && (s = e, c = s.series), l.clear(), g() } function A(e, t) { var n = e.seriesIndex, r = e.dataIndex, i, s, o = n.length; while (o--) { i = p[n[o]]; if (i)for (var u = 0, a = i.length; u < a; u++) { s = i[u]; for (var f = 0, l = s.length; f < l; f++)r == s[f][2] && t.push(N(n[o], s[f][2], s[f][3], s[f][0], s[f][1], "horizontal")) } } } function O(e) { var t = {}; for (var n = 0, r = e.length; n < r; n++)t[e[n][0]] = e[n]; var s, o, u, a, f, h, p; for (var n = l.shapeList.length - 1; n >= 0; n--) { f = l.shapeList[n]._seriesIndex; if (t[f] && !t[f][3]) { if (l.shapeList[n]._main) { h = l.shapeList[n].style.pointList, o = Math.abs(h[0][0] - h[1][0]), a = Math.abs(h[0][1] - h[1][1]), p = l.shapeList[n]._orient == "horizontal"; if (t[f][2]) { if (l.shapeList[n].shape == "polygon") { var d = h.length; l.shapeList[n].style.pointList[d - 3] = h[d - 2], p ? l.shapeList[n].style.pointList[d - 3][0] = h[d - 4][0] : l.shapeList[n].style.pointList[d - 3][1] = h[d - 4][1], l.shapeList[n].style.pointList[d - 2] = h[d - 1] } l.shapeList[n].style.pointList.pop(), p ? (s = o, u = 0) : (s = 0, u = -a) } else { l.shapeList[n].style.pointList.shift(); if (l.shapeList[n].shape == "polygon") { var v = l.shapeList[n].style.pointList.pop(); p ? v[0] = h[0][0] : v[1] = h[0][1], l.shapeList[n].style.pointList.push(v) } p ? (s = -o, u = 0) : (s = 0, u = a) } i.modShape(l.shapeList[n].id, {style: {pointList: l.shapeList[n].style.pointList}}, !0) } else { if (t[f][2] && l.shapeList[n]._dataIndex == c[f].data.length - 1) { i.delShape(l.shapeList[n].id); continue } if (!t[f][2] && l.shapeList[n]._dataIndex === 0) { i.delShape(l.shapeList[n].id); continue } } i.animate(l.shapeList[n].id, "").when(500, {position: [s, u]}).start() } } } function M() { var e = l.query(s, "animationDuration"), t = l.query(s, "animationEasing"), n, r, o, u = 0; for (var a = 0, f = l.shapeList.length; a < f; a++)l.shapeList[a]._main && (o = c[l.shapeList[a]._seriesIndex], u += 1, n = l.shapeList[a].style.pointList[0][0], r = l.shapeList[a].style.pointList[0][1], l.shapeList[a]._orient == "horizontal" ? i.modShape(l.shapeList[a].id, {scale: [0, 1, n, r]}, !0) : i.modShape(l.shapeList[a].id, {scale: [1, 0, n, r]}, !0), i.animate(l.shapeList[a].id, "").when((l.query(o, "animationDuration") || e) + u * 100, {scale: [1, 1, n, r]}).start(l.query(o, "animationEasing") || t)); l.animationMark(e, t) } var u = e("../component/base"); u.call(this, t, i); var a = e("./calculableBase"); a.call(this, i, s); var f = e("zrender/tool/color"), l = this; l.type = t.CHART_TYPE_LINE; var c, h = l.getZlevelBase(), p = {}, d = {}, v = t.symbolList, m = {}; e("zrender/shape").get("icon").define("legendLineIcon", n), l.getMarkCoord = C, l.animation = M, l.init = k, l.refresh = L, l.ontooltipHover = A, l.addDataAnimation = O, k(s, o) } function n(t, n) { var r = n.x, i = n.y, s = n.width, o = n.height, u = o / 2; n.symbol.match("empty") && (t.fillStyle = "#fff"), n.brushType = "both"; var a = n.symbol.replace("empty", "").toLowerCase(); if (a.match("star")) u = a.replace("star", "") - 0 || 5, i -= 1, a = "star"; else if (a == "rectangle" || a == "arrow") r += (s - o) / 2, s = o; var f = ""; a.match("image") && (f = a.replace(new RegExp("^image:\\/\\/"), ""), a = "image", r += Math.round((s - o) / 2) - 1, s = o += 2), a = e("zrender/shape").get("icon").get(a); if (a) { var l = n.x, c = n.y; t.moveTo(l, c + u), t.lineTo(l + 5, c + u), t.moveTo(l + n.width - 5, c + u), t.lineTo(l + n.width, c + u), a(t, { x: r + 4, y: i + 4, width: s - 8, height: o - 8, n: u, image: f }) } else t.moveTo(r, i + u), t.lineTo(r + s, i + u) } return e("../util/shape/halfSmoothPolygon"), e("../chart").define("line", t), t }), define("echarts/chart/bar", ["require", "../component/base", "./calculableBase", "../util/ecData", "zrender/tool/color", "../chart"], function (e) { function t(t, n, r, i, s) { function d() { l.selectedMap = {}; var e = {top: [], bottom: [], left: [], right: []}, n, i, o, u; for (var a = 0, f = c.length; a < f; a++)c[a].type == t.CHART_TYPE_BAR && (c[a] = l.reformOption(c[a]), n = c[a].xAxisIndex, i = c[a].yAxisIndex, o = s.xAxis.getAxis(n), u = s.yAxis.getAxis(i), o.type == t.COMPONENT_TYPE_AXIS_CATEGORY ? e[o.getPosition()].push(a) : u.type == t.COMPONENT_TYPE_AXIS_CATEGORY && e[u.getPosition()].push(a)); for (var h in e)e[h].length > 0 && v(h, e[h]); for (var a = 0, f = l.shapeList.length; a < f; a++)l.shapeList[a].id = r.newShapeId(l.type), r.addShape(l.shapeList[a]) } function v(e, t) { var n = m(t), r = n.locationMap, i = n.maxDataLength; if (i === 0 || r.length === 0)return; switch (e) { case"bottom": case"top": g(i, r, t); break; case"left": case"right": y(i, r, t) } } function m(e) { var t, n = 0, i = {}, o = "__kener__stack__", u, a, f = s.legend, h = [], d = 0, v; for (var m = 0, g = e.length; m < g; m++)t = c[e[m]], a = t.name, f ? (l.selectedMap[a] = f.isSelected(a), p[e[m]] = f.getColor(a), v = f.getItemShape(a), v && (t.itemStyle.normal.borderWidth > 0 && (v.style.x += 1, v.style.y += 1, v.style.width -= 2, v.style.height -= 2, v.style.strokeColor = v.highlightStyle.strokeColor = t.itemStyle.normal.borderColor, v.highlightStyle.lineWidth = 3, v.style.brushType = "both"), f.setItemShape(a, v))) : (l.selectedMap[a] = !0, p[e[m]] = r.getColor(e[m])), l.selectedMap[a] && (u = t.stack || o + e[m], typeof i[u] == "undefined" ? (i[u] = n, h[n] = [e[m]], n++) : h[i[u]].push(e[m])), d = Math.max(d, t.data.length); return {locationMap: h, maxDataLength: d} } function g(e, n, r) { var o = n[0][0], u = c[o], a = u.xAxisIndex, f = s.xAxis.getAxis(a), h, p, d = b(f, n), v = d.gap, m = d.barGap, g = d.barWidthMap, y = d.barWidth, S = d.barMinHeightMap, x, T = {}, N, C, k, L, A, O, M, _, D; for (var P = 0, H = e; P < H; P++) { if (typeof f.getNameByIndex(P) == "undefined")break; N = f.getCoordByIndex(P) - v / 2; for (var B = 0, j = n.length; B < j; B++) { h = c[n[B][0]].yAxisIndex || 0, p = s.yAxis.getAxis(h), L = k = O = A = p.getCoord(0); for (var F = 0, I = n[B].length; F < I; F++) { o = n[B][F], u = c[o], _ = u.data[P], D = typeof _ != "undefined" ? typeof _.value != "undefined" ? _.value : _ : "-", T[o] = T[o] || { min: Number.POSITIVE_INFINITY, max: Number.NEGATIVE_INFINITY, sum: 0, counter: 0, average: 0 }; if (D == "-")continue; D > 0 ? (x = F > 0 ? p.getCoordSize(D) : L - p.getCoord(D), I == 1 && S[o] > x && (x = S[o]), k -= x, C = k) : D < 0 ? (x = F > 0 ? p.getCoordSize(D) : p.getCoord(D) - O, I == 1 && S[o] > x && (x = S[o]), C = A, A += x) : (x = 0, k -= x, C = k), M = w(o, P, f.getNameByIndex(P), N, C, g[o] || y, x, "vertical"), T[o][P] = N + (g[o] || y) / 2, T[o].min > D && (T[o].min = D, T[o].minY = C, T[o].minX = T[o][P]), T[o].max < D && (T[o].max = D, T[o].maxY = C, T[o].maxX = T[o][P]), T[o].sum += D, T[o].counter++, l.shapeList.push(M) } for (var F = 0, I = n[B].length; F < I; F++) { o = n[B][F], u = c[o], _ = u.data[P], D = typeof _ != "undefined" ? typeof _.value != "undefined" ? _.value : _ : "-"; if (D != "-")continue; l.deepQuery([_, u, i], "calculable") && (k -= t.island.r, C = k, M = w(o, P, f.getNameByIndex(P), N + .5, C + .5, (g[o] || y) - 1, t.island.r - 1, "vertical"), M.hoverable = !1, M.draggable = !1, M.style.lineWidth = 1, M.style.brushType = "stroke", M.style.strokeColor = u.calculableHolderColor || t.calculableHolderColor, l.shapeList.push(M)) } N += (g[o] || y) + m } } for (var B = 0, j = n.length; B < j; B++)for (var F = 0, I = n[B].length; F < I; F++)o = n[B][F], T[o].counter > 0 && (T[o].average = (T[o].sum / T[o].counter).toFixed(2) - 0), C = s.yAxis.getAxis(c[o].yAxisIndex || 0).getCoord(T[o].average), T[o].averageLine = [[s.grid.getX(), C], [s.grid.getXend(), C]], T[o].minLine = [[s.grid.getX(), T[o].minY], [s.grid.getXend(), T[o].minY]], T[o].maxLine = [[s.grid.getX(), T[o].maxY], [s.grid.getXend(), T[o].maxY]]; E(r, T, !0) } function y(e, n, r) { var o = n[0][0], u = c[o], a = u.yAxisIndex, f = s.yAxis.getAxis(a), h, p, d = b(f, n), v = d.gap, m = d.barGap, g = d.barWidthMap, y = d.barWidth, S = d.barMinHeightMap, x, T = {}, N, C, k, L, A, O, M, _, D; for (var P = 0, H = e; P < H; P++) { if (typeof f.getNameByIndex(P) == "undefined")break; C = f.getCoordByIndex(P) + v / 2; for (var B = 0, j = n.length; B < j; B++) { h = c[n[B][0]].xAxisIndex || 0, p = s.xAxis.getAxis(h), L = k = O = A = p.getCoord(0); for (var F = 0, I = n[B].length; F < I; F++) { o = n[B][F], u = c[o], _ = u.data[P], D = typeof _ != "undefined" ? typeof _.value != "undefined" ? _.value : _ : "-", T[o] = T[o] || { min: Number.POSITIVE_INFINITY, max: Number.NEGATIVE_INFINITY, sum: 0, counter: 0, average: 0 }; if (D == "-")continue; D > 0 ? (x = F > 0 ? p.getCoordSize(D) : p.getCoord(D) - L, I == 1 && S[o] > x && (x = S[o]), N = k, k += x) : D < 0 ? (x = F > 0 ? p.getCoordSize(D) : O - p.getCoord(D), I == 1 && S[o] > x && (x = S[o]), A -= x, N = A) : (x = 0, N = k, k += x), M = w(o, P, f.getNameByIndex(P), N, C - (g[o] || y), x, g[o] || y, "horizontal"), T[o][P] = C - (g[o] || y) / 2, T[o].min > D && (T[o].min = D, T[o].minX = N + x, T[o].minY = T[o][P]), T[o].max < D && (T[o].max = D, T[o].maxX = N + x, T[o].maxY = T[o][P]), T[o].sum += D, T[o].counter++, l.shapeList.push(M) } for (var F = 0, I = n[B].length; F < I; F++) { o = n[B][F], u = c[o], _ = u.data[P], D = typeof _ != "undefined" ? typeof _.value != "undefined" ? _.value : _ : "-"; if (D != "-")continue; l.deepQuery([_, u, i], "calculable") && (N = k, k += t.island.r, M = w(o, P, f.getNameByIndex(P), N + .5, C + .5 - (g[o] || y), t.island.r - 1, (g[o] || y) - 1, "horizontal"), M.hoverable = !1, M.draggable = !1, M.style.lineWidth = 1, M.style.brushType = "stroke", M.style.strokeColor = u.calculableHolderColor || t.calculableHolderColor, l.shapeList.push(M)) } C -= (g[o] || y) + m } } for (var B = 0, j = n.length; B < j; B++)for (var F = 0, I = n[B].length; F < I; F++)o = n[B][F], T[o].counter > 0 && (T[o].average = (T[o].sum / T[o].counter).toFixed(2) - 0), N = s.xAxis.getAxis(c[o].xAxisIndex || 0).getCoord(T[o].average), T[o].averageLine = [[N, s.grid.getYend()], [N, s.grid.getY()]], T[o].minLine = [[T[o].minX, s.grid.getYend()], [T[o].minX, s.grid.getY()]], T[o].maxLine = [[T[o].maxX, s.grid.getYend()], [T[o].maxX, s.grid.getY()]]; E(r, T, !1) } function b(e, t, n) { var r = {}, i = {}, s, o = 0, u = 0, a, f, h, p; for (var d = 0, v = t.length; d < v; d++) { h = !1; for (var m = 0, g = t[d].length; m < g; m++) { seriesIndex = t[d][m], p = c[seriesIndex]; if (!n)if (!h) { s = l.query(p, "barWidth"); if (typeof s != "undefined") { r[seriesIndex] = s, u += s, o++, h = !0; for (var y = 0, w = m; y < w; y++) { var E = t[d][y]; r[E] = s } } } else r[seriesIndex] = s; i[seriesIndex] = l.query(p, "barMinHeight"), a = typeof a != "undefined" ? a : l.query(p, "barGap"), f = typeof f != "undefined" ? f : l.query(p, "barCategoryGap") } } var S, x; if (t.length != o)if (!n) { S = typeof f == "string" && f.match(/%$/) ? Math.floor(e.getGap() * (100 - parseFloat(f)) / 100) : e.getGap() - f, typeof a == "string" && a.match(/%$/) ? (a = parseFloat(a) / 100, x = Math.floor((S - u) / ((t.length - 1) * a + t.length - o)), a = Math.floor(x * a)) : (a = parseFloat(a), x = Math.floor((S - u - a * (t.length - 1)) / (t.length - o))); if (x <= 0)return b(e, t, !0) } else S = e.getGap(), a = 0, x = Math.floor(S / t.length), x <= 0 && (x = 1); else { S = o > 1 ? typeof f == "string" && f.match(/%$/) ? Math.floor(e.getGap() * (100 - parseFloat(f)) / 100) : e.getGap() - f : u, x = 0, a = o > 1 ? Math.floor((S - u) / (o - 1)) : 0; if (a < 0)return b(e, t, !0) } return {barWidthMap: r, barMinHeightMap: i, gap: S, barWidth: x, barGap: a} } function w(e, t, n, r, s, o, u, d) { var v, m = c[e], g = m.data[t], y = p[e], b = [g, m], w = l.deepQuery(b, "itemStyle.normal.color") || y, E = l.deepQuery(b, "itemStyle.emphasis.color"), S = l.deepMerge(b, "itemStyle.normal"), x = S.borderWidth, T = l.deepMerge(b, "itemStyle.emphasis"); return v = { shape: "rectangle", zlevel: h, clickable: !0, style: { x: r, y: s, width: o, height: u, brushType: "both", color: l.getItemStyleColor(w, e, t, g), radius: S.borderRadius, lineWidth: x, strokeColor: S.borderColor }, highlightStyle: { color: l.getItemStyleColor(E, e, t, g), radius: T.borderRadius, lineWidth: T.borderWidth, strokeColor: T.borderColor }, _orient: d }, v.highlightStyle.color = v.highlightStyle.color || (typeof v.style.color == "string" ? f.lift(v.style.color, -0.3) : v.style.color), x > 0 && v.style.height > x && v.style.width > x ? (v.style.y += x / 2, v.style.height -= x, v.style.x += x / 2, v.style.width -= x) : v.style.brushType = "fill", v.highlightStyle.textColor = v.highlightStyle.color, v = l.addLabel(v, m, g, n, d), l.deepQuery([g, m, i], "calculable") && (l.setCalculable(v), v.draggable = !0), a.pack(v, c[e], e, c[e].data[t], t, n), v } function E(e, t, n) { for (var r = 0, i = e.length; r < i; r++)l.buildMark(c[e[r]], e[r], s, {isHorizontal: n, xMarkMap: t}) } function S(e, t, n, r) { var i = s.xAxis.getAxis(e.xAxisIndex), o = s.yAxis.getAxis(e.yAxisIndex), u, a; return !n.type || n.type != "max" && n.type != "min" && n.type != "average" ? r.isHorizontal ? (u = typeof n.xAxis == "string" && i.getIndexByName ? i.getIndexByName(n.xAxis) : n.xAxis || 0, a = [r.xMarkMap[t][u], o.getCoord(n.yAxis || 0)]) : (u = typeof n.yAxis == "string" && o.getIndexByName ? o.getIndexByName(n.yAxis) : n.yAxis || 0, a = [i.getCoord(n.xAxis || 0), r.xMarkMap[t][u]]) : a = [r.xMarkMap[t][n.type + "X"], r.xMarkMap[t][n.type + "Y"], r.xMarkMap[t][n.type + "Line"], r.xMarkMap[t][n.type]], a } function x(e, t) { s = t, T(e) } function T(e) { e && (i = e, c = i.series), l.clear(), d() } function N(e) { var t = {}; for (var n = 0, i = e.length; n < i; n++)t[e[n][0]] = e[n]; var o, u, f, h, p, d, v; for (var n = l.shapeList.length - 1; n >= 0; n--) { d = a.get(l.shapeList[n], "seriesIndex"); if (t[d] && !t[d][3] && l.shapeList[n].shape == "rectangle") { v = a.get(l.shapeList[n], "dataIndex"), p = c[d]; if (t[d][2] && v == p.data.length - 1) { r.delShape(l.shapeList[n].id); continue } if (!t[d][2] && v === 0) { r.delShape(l.shapeList[n].id); continue } l.shapeList[n]._orient == "horizontal" ? (h = s.yAxis.getAxis(p.yAxisIndex || 0).getGap(), f = t[d][2] ? -h : h, o = 0) : (u = s.xAxis.getAxis(p.xAxisIndex || 0).getGap(), o = t[d][2] ? u : -u, f = 0), r.animate(l.shapeList[n].id, "").when(500, {position: [o, f]}).start() } } } function C() { var e, t, n, s, o, u, f, c, h; for (var p = 0, d = l.shapeList.length; p < d; p++)l.shapeList[p].shape == "rectangle" && (f = a.get(l.shapeList[p], "series"), c = a.get(l.shapeList[p], "dataIndex"), h = a.get(l.shapeList[p], "value"), e = l.deepQuery([f, i], "animationDuration"), t = l.deepQuery([f, i], "animationEasing"), l.shapeList[p]._orient == "horizontal" ? (n = l.shapeList[p].style.width, o = l.shapeList[p].style.x, h < 0 ? (r.modShape(l.shapeList[p].id, { style: { x: o + n, width: 0 } }, !0), r.animate(l.shapeList[p].id, "style").when(e + c * 100, { x: o, width: n }).start(t)) : (r.modShape(l.shapeList[p].id, {style: {width: 0}}, !0), r.animate(l.shapeList[p].id, "style").when(e + c * 100, {width: n}).start(t))) : (s = l.shapeList[p].style.height, u = l.shapeList[p].style.y, h < 0 ? (r.modShape(l.shapeList[p].id, {style: {height: 0}}, !0), r.animate(l.shapeList[p].id, "style").when(e + c * 100, {height: s}).start(t)) : (r.modShape(l.shapeList[p].id, { style: { y: u + s, height: 0 } }, !0), r.animate(l.shapeList[p].id, "style").when(e + c * 100, {y: u, height: s}).start(t)))); l.animationMark(e, t) } var o = e("../component/base"); o.call(this, t, r); var u = e("./calculableBase"); u.call(this, r, i); var a = e("../util/ecData"), f = e("zrender/tool/color"), l = this; l.type = t.CHART_TYPE_BAR; var c, h = l.getZlevelBase(), p = {}; l.getMarkCoord = S, l.animation = C, l.init = x, l.refresh = T, l.addDataAnimation = N, x(i, s) } return e("../chart").define("bar", t), t }), define("echarts/chart/pie", ["require", "../component/base", "./calculableBase", "../util/ecData", "zrender/tool/math", "zrender/tool/util", "zrender/tool/color", "../util/accMath", "../chart"], function (e) { function t(t, n, r, i, s) { function g() { var e = s.legend; h.selectedMap = {}, m = {}; var n, o, u; v = !1; var f; for (var l = 0, c = p.length; l < c; l++)if (p[l].type == t.CHART_TYPE_PIE) { p[l] = h.reformOption(p[l]), f = p[l].name || "", h.selectedMap[f] = e ? e.isSelected(f) : !0; if (!h.selectedMap[f])continue; n = h.parseCenter(r, p[l].center), o = h.parseRadius(r, p[l].radius), v = v || p[l].selectedMode, m[l] = [], h.deepQuery([p[l], i], "calculable") && (u = { shape: o[0] <= 10 ? "circle" : "ring", zlevel: d, hoverable: !1, style: { x: n[0], y: n[1], r0: o[0] <= 10 ? 0 : o[0] - 10, r: o[1] + 10, brushType: "stroke", lineWidth: 1, strokeColor: p[l].calculableHolderColor || t.calculableHolderColor } }, a.pack(u, p[l], l, undefined, -1), h.setCalculable(u), h.shapeList.push(u)), y(l), h.buildMark(p[l], l, s) } for (var l = 0, c = h.shapeList.length; l < c; l++)h.shapeList[l].id = r.newShapeId(h.type), r.addShape(h.shapeList[l]) } function y(e) { var t = p[e], n = t.data, i = s.legend, o, u = 0, a = 0, f = 0, l = Number.NEGATIVE_INFINITY; for (var c = 0, d = n.length; c < d; c++)o = n[c].name, i ? h.selectedMap[o] = i.isSelected(o) : h.selectedMap[o] = !0, h.selectedMap[o] && !isNaN(n[c].value) && (+n[c].value !== 0 ? u++ : a++, f += +n[c].value, l = Math.max(l, +n[c].value)); var v = 100, m, g = 0, y = t.clockWise, w = t.startAngle.toFixed(2) - 0, E, S = t.minAngle || .01, x = 360 - S * u - .01 * a, N, C = t.roseType, k, L, A; for (var c = 0, d = n.length; c < d; c++) { o = n[c].name; if (!h.selectedMap[o] || isNaN(n[c].value))continue; i ? N = i.getColor(o) : N = r.getColor(c), m = v, v = n[c].value / f, C != "area" ? E = y ? w - v * x - (v !== 0 ? S : .01) : v * x + w + (v !== 0 ? S : .01) : E = y ? w - 360 / d : 360 / d + w, E = E.toFixed(2) - 0, v = (v * 100).toFixed(2), k = h.parseRadius(r, t.radius), L = +k[0], A = +k[1], C == "radius" ? A = n[c].value / l * (A - L) * .8 + (A - L) * .2 + L : C == "area" && (A = Math.sqrt(n[c].value / l) * (A - L) + L); if (y) { var O; O = w, w = E, E = O } c > 0 && v < 4 && m < 4 && T(t, n[c], !1) && h.deepQuery([n[c], t], "itemStyle.normal.label.position") != "center" ? g += v < 4 ? 20 : -20 : g = 0, b(e, c, v, g, n[c].selected, L, A, w, E, N), y || (w = E) } } function b(e, t, n, r, i, s, o, u, f, l) { var c = w(e, t, n, i, s, o, u, f, l); a.pack(c, p[e], e, p[e].data[t], t, p[e].data[t].name, n), c._lastAddRadius = r, h.shapeList.push(c); var d = E(e, t, n, r, u, f, l, !1); d && (d._dataIndex = t, h.shapeList.push(d)); var v = x(e, t, r, s, o, u, f, l, !1); v && (v._dataIndex = t, h.shapeList.push(v)) } function w(e, t, n, s, o, u, a, l, g) { var y = p[e], b = y.data[t], w = [b, y], E = h.parseCenter(r, y.center), S = h.deepMerge(w, "itemStyle.normal") || {}, x = h.deepMerge(w, "itemStyle.emphasis") || {}, C = h.getItemStyleColor(S.color, e, t, b) || g, k = h.getItemStyleColor(x.color, e, t, b) || (typeof C == "string" ? c.lift(C, -0.2) : C), L = { shape: "sector", zlevel: d, clickable: !0, style: { x: E[0], y: E[1], r0: o, r: u, startAngle: a, endAngle: l, brushType: "both", color: C, lineWidth: S.borderWidth, strokeColor: S.borderColor, lineJoin: "round" }, highlightStyle: {color: k, lineWidth: x.borderWidth, strokeColor: x.borderColor, lineJoin: "round"}, _seriesIndex: e, _dataIndex: t }; if (s) { var A = ((L.style.startAngle + L.style.endAngle) / 2).toFixed(2) - 0; L.style._hasSelected = !0, L.style._x = L.style.x, L.style._y = L.style.y; var O = h.query(y, "selectedOffset"); L.style.x += f.cos(A, !0) * O, L.style.y -= f.sin(A, !0) * O, m[e][t] = !0 } else m[e][t] = !1; v && (L.onclick = h.shapeHandler.onclick), h.deepQuery([b, y, i], "calculable") && (h.setCalculable(L), L.draggable = !0); if (T(y, b, !0) || N(y, b, !0)) L.onmouseover = h.shapeHandler.onmouseover; return L } function E(e, t, n, i, s, o, u, a) { var c = p[e], v = c.data[t]; if (!T(c, v, a))return; var m = a ? "emphasis" : "normal", g = l.merge(l.clone(v.itemStyle) || {}, c.itemStyle, {overwrite: !1, recursive: !0}), y = g[m].label, b = y.textStyle || {}, w = h.parseCenter(r, c.center), E = w[0], x = w[1], N, C, k = ((o + s) / 2 + 360) % 360, L = h.parseRadius(r, c.radius), A, O = "middle"; return y.position = y.position || g.normal.label.position, y.position == "center" ? (L = L[1], N = E, C = x, A = "center") : y.position == "inner" ? (L = (L[0] + L[1]) / 2 + i, N = Math.round(E + L * f.cos(k, !0)), C = Math.round(x - L * f.sin(k, !0)), u = "#fff", A = "center") : (L = L[1] - -g[m].labelLine.length + i, N = E + L * f.cos(k, !0), C = x - L * f.sin(k, !0), A = k >= 90 && k <= 270 ? "right" : "left"), y.position != "center" && y.position != "inner" && (N += A == "left" ? 20 : -20), v.__labelX = N - (A == "left" ? 5 : -5), v.__labelY = C, { shape: "text", zlevel: d + 1, hoverable: !1, style: { x: N, y: C, color: b.color || u, text: S(e, t, n, m), textAlign: b.align || A, textBaseline: b.baseline || O, textFont: h.getFont(b) }, highlightStyle: {brushType: "fill"}, _seriesIndex: e, _dataIndex: t } } function S(e, t, n, r) { var i = p[e], s = i.data[t], o = h.deepQuery([s, i], "itemStyle." + r + ".label.formatter"); if (!o)return s.name; if (typeof o == "function")return o(i.name, s.name, s.value, n); if (typeof o == "string")return o = o.replace("{a}", "{a0}").replace("{b}", "{b0}").replace("{c}", "{c0}").replace("{d}", "{d0}"), o = o.replace("{a0}", i.name).replace("{b0}", s.name).replace("{c0}", s.value).replace("{d0}", n), o } function x(e, t, n, i, s, o, u, a, c) { var v = p[e], m = v.data[t]; if (N(v, m, c)) { var g = c ? "emphasis" : "normal", y = l.merge(l.clone(m.itemStyle) || {}, v.itemStyle, {overwrite: !1, recursive: !0}), b = y[g].labelLine, w = b.lineStyle || {}, E = h.parseCenter(r, v.center), S = E[0], x = E[1], T = s, C = h.parseRadius(r, v.radius)[1] - -b.length + n, k = (u + o) / 2 % 360, L = f.cos(k, !0), A = f.sin(k, !0); return { shape: "brokenLine", zlevel: d + 1, hoverable: !1, style: { pointList: [[S + T * L, x - T * A], [S + C * L, x - C * A], [m.__labelX, m.__labelY]], strokeColor: w.color || a, lineType: w.type, lineWidth: w.width }, _seriesIndex: e, _dataIndex: t } } return } function T(e, t, n) { return h.deepQuery([t, e], "itemStyle." + (n ? "emphasis" : "normal") + ".label.show") } function N(e, t, n) { return h.deepQuery([t, e], "itemStyle." + (n ? "emphasis" : "normal") + ".labelLine.show") } function C(e) { var n = l.merge; return e = n(e || {}, t.pie, { overwrite: !1, recursive: !0 }), e.itemStyle.normal.label.textStyle = n(e.itemStyle.normal.label.textStyle || {}, t.textStyle, { overwrite: !1, recursive: !0 }), e.itemStyle.emphasis.label.textStyle = n(e.itemStyle.emphasis.label.textStyle || {}, t.textStyle, { overwrite: !1, recursive: !0 }), e } function k(e, t) { s = t, L(e) } function L(e) { e && (i = e, p = i.series), h.clear(), g() } function A(e) { var n = {}; for (var i = 0, s = e.length; i < s; i++)n[e[i][0]] = e[i]; var o = {}, u = {}, a = {}, f = l.clone(h.shapeList); h.shapeList = []; var c, d, v, m = {}; for (var i = 0, s = e.length; i < s; i++)c = e[i][0], d = e[i][2], v = e[i][3], p[c] && p[c].type == t.CHART_TYPE_PIE && (d ? (v || (o[c + "_" + p[c].data.length] = "delete"), m[c] = 1) : v ? m[c] = 0 : (o[c + "_-1"] = "delete", m[c] = -1), y(c)); var g, b; for (var i = 0, s = h.shapeList.length; i < s; i++) { c = h.shapeList[i]._seriesIndex, g = h.shapeList[i]._dataIndex, b = c + "_" + g; switch (h.shapeList[i].shape) { case"sector": o[b] = h.shapeList[i]; break; case"text": u[b] = h.shapeList[i]; break; case"line": a[b] = h.shapeList[i] } } h.shapeList = []; var w; for (var i = 0, s = f.length; i < s; i++) { c = f[i]._seriesIndex; if (n[c]) { g = f[i]._dataIndex + m[c], b = c + "_" + g, w = o[b]; if (!w)continue; if (f[i].shape == "sector") w != "delete" ? r.animate(f[i].id, "style").when(400, { startAngle: w.style.startAngle, endAngle: w.style.endAngle }).start() : r.animate(f[i].id, "style").when(400, m[c] < 0 ? {endAngle: f[i].style.startAngle} : {startAngle: f[i].style.endAngle}).start(); else if (f[i].shape == "text" || f[i].shape == "line")if (w == "delete") r.delShape(f[i].id); else switch (f[i].shape) { case"text": w = u[b], r.animate(f[i].id, "style").when(400, {x: w.style.x, y: w.style.y}).start(); break; case"line": w = a[b], r.animate(f[i].id, "style").when(400, { xStart: w.style.xStart, yStart: w.style.yStart, xEnd: w.style.xEnd, yEnd: w.style.yEnd }).start() } } } h.shapeList = f } function O() { var e = h.query(i, "animationDuration"), t = h.query(i, "animationEasing"), n, s, o, u, f, l; for (var c = 0, p = h.shapeList.length; c < p; c++)h.shapeList[c].shape == "sector" || h.shapeList[c].shape == "circle" || h.shapeList[c].shape == "ring" ? (n = h.shapeList[c].style.x, s = h.shapeList[c].style.y, o = h.shapeList[c].style.r0, u = h.shapeList[c].style.r, r.modShape(h.shapeList[c].id, { rotation: [Math.PI * 2, n, s], style: {r0: 0, r: 0} }, !0), f = a.get(h.shapeList[c], "series"), l = a.get(h.shapeList[c], "dataIndex"), r.animate(h.shapeList[c].id, "style").when((h.query(f, "animationDuration") || e) + l * 10, { r0: o, r: u }).start("QuinticOut"), r.animate(h.shapeList[c].id, "").when((h.query(f, "animationDuration") || e) + l * 100, {rotation: [0, n, s]}).start(h.query(f, "animationEasing") || t)) : h.shapeList[c]._mark || (l = h.shapeList[c]._dataIndex, r.modShape(h.shapeList[c].id, {scale: [0, 0, n, s]}, !0), r.animate(h.shapeList[c].id, "").when(e + l * 100, {scale: [1, 1, n, s]}).start("QuinticOut")); h.animationMark(e, t) } function M(e) { if (!h.isClick || !e.target)return; var i, s = e.target, o = s.style, u = a.get(s, "seriesIndex"), l = a.get(s, "dataIndex"); for (var c = 0, d = h.shapeList.length; c < d; c++)if (h.shapeList[c].id == s.id) { u = a.get(s, "seriesIndex"), l = a.get(s, "dataIndex"); if (!o._hasSelected) { var g = ((o.startAngle + o.endAngle) / 2).toFixed(2) - 0; s.style._hasSelected = !0, m[u][l] = !0, s.style._x = s.style.x, s.style._y = s.style.y, i = h.query(p[u], "selectedOffset"), s.style.x += f.cos(g, !0) * i, s.style.y -= f.sin(g, !0) * i } else s.style.x = s.style._x, s.style.y = s.style._y, s.style._hasSelected = !1, m[u][l] = !1; r.modShape(s.id, s) } else h.shapeList[c].style._hasSelected && v == "single" && (u = a.get(h.shapeList[c], "seriesIndex"), l = a.get(h.shapeList[c], "dataIndex"), h.shapeList[c].style.x = h.shapeList[c].style._x, h.shapeList[c].style.y = h.shapeList[c].style._y, h.shapeList[c].style._hasSelected = !1, m[u][l] = !1, r.modShape(h.shapeList[c].id, h.shapeList[c])); n.dispatch(t.EVENT.PIE_SELECTED, e.event, {selected: m}), r.refresh() } function _(t, n) { if (!h.isDrop || !t.target)return; var r = t.target, o = t.dragged, u = a.get(r, "seriesIndex"), f = a.get(r, "dataIndex"), l, c = s.legend; if (f == -1) l = { value: a.get(o, "value"), name: a.get(o, "name") }, l.value < 0 && (l.value = 0), p[u].data.push(l), c && c.add(l.name, o.style.color || o.style.strokeColor); else { var d = e("../util/accMath"); l = p[u].data[f], c && c.del(l.name), l.name += i.nameConnector + a.get(o, "name"), l.value = d.accAdd(l.value, a.get(o, "value")), c && c.add(l.name, o.style.color || o.style.strokeColor) } n.dragIn = n.dragIn || !0, h.isDrop = !1; return } function D(e, t) { if (!h.isDragend || !e.target)return; var n = e.target, r = a.get(n, "seriesIndex"), i = a.get(n, "dataIndex"); s.legend && s.legend.del(p[r].data[i].name), p[r].data.splice(i, 1), t.dragOut = !0, t.needRefresh = !0, h.isDragend = !1; return } var o = e("../component/base"); o.call(this, t, r); var u = e("./calculableBase"); u.call(this, r, i); var a = e("../util/ecData"), f = e("zrender/tool/math"), l = e("zrender/tool/util"), c = e("zrender/tool/color"), h = this; h.type = t.CHART_TYPE_PIE; var p, d = h.getZlevelBase(), v, m = {}; h.shapeHandler.onmouseover = function (e) { var t = e.target, n = a.get(t, "seriesIndex"), i = a.get(t, "dataIndex"), s = a.get(t, "special"), o = t._lastAddRadius, u = t.style.startAngle, f = t.style.endAngle, l = t.highlightStyle.color, c = E(n, i, s, o, u, f, l, !0); c && r.addHoverShape(c); var h = x(n, i, o, t.style.r0, t.style.r, u, f, l, !0); h && r.addHoverShape(h) }, h.reformOption = C, h.animation = O, h.init = k, h.refresh = L, h.addDataAnimation = A, h.onclick = M, h.ondrop = _, h.ondragend = D, k(i, s) } return e("../chart").define("pie", t), t }), define("_chart", ["require", "echarts/chart/scatter", "echarts/chart/k", "echarts/chart/radar", "echarts/chart/chord", "echarts/chart/force", "echarts/chart/line", "echarts/chart/bar", "echarts/chart/pie"], function (e) { e("echarts/chart/scatter"), e("echarts/chart/k"), e("echarts/chart/radar"), e("echarts/chart/chord"), e("echarts/chart/force"), e("echarts/chart/line"), e("echarts/chart/bar"), e("echarts/chart/pie") });