ruoyi-miniapp/uni_modules/qiun-data-charts/js_sdk/u-charts/u-charts.min.js

/*
 * uCharts (R)
 * 高性能跨平台图表库，支持H5、APP、小程序（微信/支付宝/百度/头条/QQ/360/快手）、Vue、Taro等支持canvas的框架平台
 * Copyright (C) 2021 QIUN (R) 秋云 https://www.ucharts.cn All rights reserved.
 * Licensed ( http://www.apache.org/licenses/LICENSE-2.0 )
 * 复制使用请保留本段注释，感谢支持开源！
 * 
 * uCharts (R) 官方网站
 * https://www.uCharts.cn
 * 
 * 开源地址:
 * https://gitee.com/uCharts/uCharts
 * 
 * uni-app插件市场地址：
 * http://ext.dcloud.net.cn/plugin?id=271
 * 
 */
"use strict";
var config = {
	version: "v2.5.0-20230101",
	yAxisWidth: 15,
	xAxisHeight: 22,
	padding: [10, 10, 10, 10],
	rotate: false,
	fontSize: 13,
	fontColor: "#666666",
	dataPointShape: ["circle", "circle", "circle", "circle"],
	color: ["#1890FF", "#91CB74", "#FAC858", "#EE6666", "#73C0DE", "#3CA272", "#FC8452", "#9A60B4", "#ea7ccc"],
	linearColor: ["#0EE2F8", "#2BDCA8", "#FA7D8D", "#EB88E2", "#2AE3A0", "#0EE2F8", "#EB88E2", "#6773E3", "#F78A85"],
	pieChartLinePadding: 15,
	pieChartTextPadding: 5,
	titleFontSize: 20,
	subtitleFontSize: 15,
	radarLabelTextMargin: 13
};
var assign = function(e, ...t) {
	if (e == null) {
		throw new TypeError("[uCharts] Cannot convert undefined or null to object")
	}
	if (!t || t.length <= 0) {
		return e
	}

	function i(e, a) {
		for (let t in a) {
			e[t] = e[t] && e[t].toString() === "[object Object]" ? i(e[t], a[t]) : e[t] = a[t]
		}
		return e
	}
	t.forEach(t => {
		e = i(e, t)
	});
	return e
};
var util = {
	toFixed: function t(e, a) {
		a = a || 2;
		if (this.isFloat(e)) {
			e = e.toFixed(a)
		}
		return e
	},
	isFloat: function t(e) {
		return e % 1 !== 0
	},
	approximatelyEqual: function t(e, a) {
		return Math.abs(e - a) < 1e-10
	},
	isSameSign: function t(e, a) {
		return Math.abs(e) === e && Math.abs(a) === a || Math.abs(e) !== e && Math.abs(a) !== a
	},
	isSameXCoordinateArea: function t(e, a) {
		return this.isSameSign(e.x, a.x)
	},
	isCollision: function t(e, a) {
		e.end = {};
		e.end.x = e.start.x + e.width;
		e.end.y = e.start.y - e.height;
		a.end = {};
		a.end.x = a.start.x + a.width;
		a.end.y = a.start.y - a.height;
		var i = a.start.x > e.end.x || a.end.x < e.start.x || a.end.y > e.start.y || a.start.y < e.end.y;
		return !i
	}
};

function getH5Offset(t) {
	t.mp = {
		changedTouches: []
	};
	t.mp.changedTouches.push({
		x: t.offsetX,
		y: t.offsetY
	});
	return t
}

function hexToRgb(t, e) {
	var a = /^#?([a-f\d])([a-f\d])([a-f\d])$/i;
	var i = t.replace(a, function(t, e, a, i) {
		return e + e + a + a + i + i
	});
	var r = /^#?([a-f\d]{2})([a-f\d]{2})([a-f\d]{2})$/i.exec(i);
	var o = parseInt(r[1], 16);
	var n = parseInt(r[2], 16);
	var l = parseInt(r[3], 16);
	return "rgba(" + o + "," + n + "," + l + "," + e + ")"
}

function findRange(t, e, a) {
	if (isNaN(t)) {
		throw new Error("[uCharts] series数据需为Number格式")
	}
	a = a || 10;
	e = e ? e : "upper";
	var i = 1;
	while (a < 1) {
		a *= 10;
		i *= 10
	}
	if (e === "upper") {
		t = Math.ceil(t * i)
	} else {
		t = Math.floor(t * i)
	}
	while (t % a !== 0) {
		if (e === "upper") {
			if (t == t + 1) {
				break
			}
			t++
		} else {
			t--
		}
	}
	return t / i
}

function calCandleMA(o, t, e, n) {
	let a = [];
	for (let r = 0; r < o.length; r++) {
		let i = {
			data: [],
			name: t[r],
			color: e[r]
		};
		for (let a = 0, t = n.length; a < t; a++) {
			if (a < o[r]) {
				i.data.push(null);
				continue
			}
			let e = 0;
			for (let t = 0; t < o[r]; t++) {
				e += n[a - t][1]
			}
			i.data.push(+(e / o[r]).toFixed(3))
		}
		a.push(i)
	}
	return a
}

function calValidDistance(t, e, a, i, r) {
	var o = r.width - r.area[1] - r.area[3];
	var n = a.eachSpacing * (r.chartData.xAxisData.xAxisPoints.length - 1);
	if (r.type == "mount" && r.extra && r.extra.mount && r.extra.mount.widthRatio && r.extra.mount.widthRatio > 1) {
		if (r.extra.mount.widthRatio > 2) r.extra.mount.widthRatio = 2;
		n += (r.extra.mount.widthRatio - 1) * a.eachSpacing
	}
	var l = e;
	if (e >= 0) {
		l = 0;
		t.uevent.trigger("scrollLeft");
		t.scrollOption.position = "left";
		r.xAxis.scrollPosition = "left"
	} else if (Math.abs(e) >= n - o) {
		l = o - n;
		t.uevent.trigger("scrollRight");
		t.scrollOption.position = "right";
		r.xAxis.scrollPosition = "right"
	} else {
		t.scrollOption.position = e;
		r.xAxis.scrollPosition = e
	}
	return l
}

function isInAngleRange(t, e, a) {
	function i(t) {
		while (t < 0) {
			t += 2 * Math.PI
		}
		while (t > 2 * Math.PI) {
			t -= 2 * Math.PI
		}
		return t
	}
	t = i(t);
	e = i(e);
	a = i(a);
	if (e > a) {
		a += 2 * Math.PI;
		if (t < e) {
			t += 2 * Math.PI
		}
	}
	return t >= e && t <= a
}

function createCurveControlPoints(t, e) {
	function a(t, e) {
		if (t[e - 1] && t[e + 1]) {
			return t[e].y >= Math.max(t[e - 1].y, t[e + 1].y) || t[e].y <= Math.min(t[e - 1].y, t[e + 1].y)
		} else {
			return false
		}
	}

	function c(t, e) {
		if (t[e - 1] && t[e + 1]) {
			return t[e].x >= Math.max(t[e - 1].x, t[e + 1].x) || t[e].x <= Math.min(t[e - 1].x, t[e + 1].x)
		} else {
			return false
		}
	}
	var i = .2;
	var r = .2;
	var o = null;
	var n = null;
	var l = null;
	var s = null;
	if (e < 1) {
		o = t[0].x + (t[1].x - t[0].x) * i;
		n = t[0].y + (t[1].y - t[0].y) * i
	} else {
		o = t[e].x + (t[e + 1].x - t[e - 1].x) * i;
		n = t[e].y + (t[e + 1].y - t[e - 1].y) * i
	}
	if (e > t.length - 3) {
		var h = t.length - 1;
		l = t[h].x - (t[h].x - t[h - 1].x) * r;
		s = t[h].y - (t[h].y - t[h - 1].y) * r
	} else {
		l = t[e + 1].x - (t[e + 2].x - t[e].x) * r;
		s = t[e + 1].y - (t[e + 2].y - t[e].y) * r
	}
	if (a(t, e + 1)) {
		s = t[e + 1].y
	}
	if (a(t, e)) {
		n = t[e].y
	}
	if (c(t, e + 1)) {
		l = t[e + 1].x
	}
	if (c(t, e)) {
		o = t[e].x
	}
	if (n >= Math.max(t[e].y, t[e + 1].y) || n <= Math.min(t[e].y, t[e + 1].y)) {
		n = t[e].y
	}
	if (s >= Math.max(t[e].y, t[e + 1].y) || s <= Math.min(t[e].y, t[e + 1].y)) {
		s = t[e + 1].y
	}
	if (o >= Math.max(t[e].x, t[e + 1].x) || o <= Math.min(t[e].x, t[e + 1].x)) {
		o = t[e].x
	}
	if (l >= Math.max(t[e].x, t[e + 1].x) || l <= Math.min(t[e].x, t[e + 1].x)) {
		l = t[e + 1].x
	}
	return {
		ctrA: {
			x: o,
			y: n
		},
		ctrB: {
			x: l,
			y: s
		}
	}
}

function convertCoordinateOrigin(t, e, a) {
	return {
		x: a.x + t,
		y: a.y - e
	}
}

function avoidCollision(t, e) {
	if (e) {
		while (util.isCollision(t, e)) {
			if (t.start.x > 0) {
				t.start.y--
			} else if (t.start.x < 0) {
				t.start.y++
			} else {
				if (t.start.y > 0) {
					t.start.y++
				} else {
					t.start.y--
				}
			}
		}
	}
	return t
}

function fixPieSeries(e, a, t) {
	let i = [];
	if (e.length > 0 && e[0].data.constructor.toString().indexOf("Array") > -1) {
		a._pieSeries_ = e;
		let t = e[0].data;
		for (var r = 0; r < t.length; r++) {
			t[r].formatter = e[0].formatter;
			t[r].data = t[r].value;
			i.push(t[r])
		}
		a.series = i
	} else {
		i = e
	}
	return i
}

function fillSeries(e, a, i) {
	var r = 0;
	for (var o = 0; o < e.length; o++) {
		let t = e[o];
		if (!t.color) {
			t.color = i.color[r];
			r = (r + 1) % i.color.length
		}
		if (!t.linearIndex) {
			t.linearIndex = o
		}
		if (!t.index) {
			t.index = 0
		}
		if (!t.type) {
			t.type = a.type
		}
		if (typeof t.show == "undefined") {
			t.show = true
		}
		if (!t.type) {
			t.type = a.type
		}
		if (!t.pointShape) {
			t.pointShape = "circle"
		}
		if (!t.legendShape) {
			switch (t.type) {
				case "line":
					t.legendShape = "line";
					break;
				case "column":
				case "bar":
					t.legendShape = "rect";
					break;
				case "area":
				case "mount":
					t.legendShape = "triangle";
					break;
				default:
					t.legendShape = "circle"
			}
		}
	}
	return e
}

function fillCustomColor(t, e, a, i) {
	var r = e || [];
	if (t == "custom" && r.length == 0) {
		r = i.linearColor
	}
	if (t == "custom" && r.length < a.length) {
		let t = a.length - r.length;
		for (var o = 0; o < t; o++) {
			r.push(i.linearColor[(o + 1) % i.linearColor.length])
		}
	}
	return r
}

function getDataRange(t, e) {
	var a = 0;
	var i = e - t;
	if (i >= 1e4) {
		a = 1e3
	} else if (i >= 1e3) {
		a = 100
	} else if (i >= 100) {
		a = 10
	} else if (i >= 10) {
		a = 5
	} else if (i >= 1) {
		a = 1
	} else if (i >= .1) {
		a = .1
	} else if (i >= .01) {
		a = .01
	} else if (i >= .001) {
		a = .001
	} else if (i >= 1e-4) {
		a = 1e-4
	} else if (i >= 1e-5) {
		a = 1e-5
	} else {
		a = 1e-6
	}
	return {
		minRange: findRange(t, "lower", a),
		maxRange: findRange(e, "upper", a)
	}
}

function measureText(a, t, e) {
	var i = 0;
	a = String(a);
	e = false;
	if (e !== false && e !== undefined && e.setFontSize && e.measureText) {
		e.setFontSize(t);
		return e.measureText(a).width
	} else {
		var a = a.split("");
		for (let e = 0; e < a.length; e++) {
			let t = a[e];
			if (/[a-zA-Z]/.test(t)) {
				i += 7
			} else if (/[0-9]/.test(t)) {
				i += 5.5
			} else if (/\./.test(t)) {
				i += 2.7
			} else if (/-/.test(t)) {
				i += 3.25
			} else if (/:/.test(t)) {
				i += 2.5
			} else if (/[\u4e00-\u9fa5]/.test(t)) {
				i += 10
			} else if (/\(|\)/.test(t)) {
				i += 3.73
			} else if (/\s/.test(t)) {
				i += 2.5
			} else if (/%/.test(t)) {
				i += 8
			} else {
				i += 10
			}
		}
		return i * t / 10
	}
}

function dataCombine(t) {
	return t.reduce(function(t, e) {
		return (t.data ? t.data : t).concat(e.data)
	}, [])
}

function dataCombineStack(t, e) {
	var a = new Array(e);
	for (var i = 0; i < a.length; i++) {
		a[i] = 0
	}
	for (var r = 0; r < t.length; r++) {
		for (var i = 0; i < a.length; i++) {
			a[i] += t[r].data[i]
		}
	}
	return t.reduce(function(t, e) {
		return (t.data ? t.data : t).concat(e.data).concat(a)
	}, [])
}

function getTouches(t, e, a) {
	let i, r;
	if (t.clientX) {
		if (e.rotate) {
			r = e.height - t.clientX * e.pix;
			i = (t.pageY - a.currentTarget.offsetTop - e.height / e.pix / 2 * (e.pix - 1)) * e.pix
		} else {
			i = t.clientX * e.pix;
			r = (t.pageY - a.currentTarget.offsetTop - e.height / e.pix / 2 * (e.pix - 1)) * e.pix
		}
	} else {
		if (e.rotate) {
			r = e.height - t.x * e.pix;
			i = t.y * e.pix
		} else {
			i = t.x * e.pix;
			r = t.y * e.pix
		}
	}
	return {
		x: i,
		y: r
	}
}

function getSeriesDataItem(e, i, a) {
	var r = [];
	var o = [];
	var n = i.constructor.toString().indexOf("Array") > -1;
	if (n) {
		let t = filterSeries(e);
		for (var l = 0; l < a.length; l++) {
			o.push(t[a[l]])
		}
	} else {
		o = e
	}
	for (let t = 0; t < o.length; t++) {
		let e = o[t];
		let a = -1;
		if (n) {
			a = i[t]
		} else {
			a = i
		}
		if (e.data[a] !== null && typeof e.data[a] !== "undefined" && e.show) {
			let t = {};
			t.color = e.color;
			t.type = e.type;
			t.style = e.style;
			t.pointShape = e.pointShape;
			t.disableLegend = e.disableLegend;
			t.legendShape = e.legendShape;
			t.name = e.name;
			t.show = e.show;
			t.data = e.formatter ? e.formatter(e.data[a]) : e.data[a];
			r.push(t)
		}
	}
	return r
}

function getMaxTextListLength(t, e, a) {
	var i = t.map(function(t) {
		return measureText(t, e, a)
	});
	return Math.max.apply(null, i)
}

function getRadarCoordinateSeries(t) {
	var e = 2 * Math.PI / t;
	var a = [];
	for (var i = 0; i < t; i++) {
		a.push(e * i)
	}
	return a.map(function(t) {
		return -1 * t + Math.PI / 2
	})
}

function getToolTipData(t, a, i, r, o) {
	var n = arguments.length > 5 && arguments[5] !== undefined ? arguments[5] : {};
	var l = a.chartData.calPoints ? a.chartData.calPoints : [];
	let s = {};
	if (r.length > 0) {
		let e = [];
		for (let t = 0; t < r.length; t++) {
			e.push(l[r[t]])
		}
		s = e[0][i[0]]
	} else {
		for (let t = 0; t < l.length; t++) {
			if (l[t][i]) {
				s = l[t][i];
				break
			}
		}
	}
	var e = t.map(function(t) {
		let e = null;
		if (a.categories && a.categories.length > 0) {
			e = o[i]
		}
		return {
			text: n.formatter ? n.formatter(t, e, i, a) : t.name + ": " + t.data,
			color: t.color,
			legendShape: a.extra.tooltip.legendShape == "auto" ? t.legendShape : a.extra.tooltip.legendShape
		}
	});
	var h = {
		x: Math.round(s.x),
		y: Math.round(s.y)
	};
	return {
		textList: e,
		offset: h
	}
}

function getMixToolTipData(t, e, a, i) {
	var r = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : {};
	var o = e.chartData.xAxisPoints[a] + e.chartData.eachSpacing / 2;
	var n = t.map(function(t) {
		return {
			text: r.formatter ? r.formatter(t, i[a], a, e) : t.name + ": " + t.data,
			color: t.color,
			disableLegend: t.disableLegend ? true : false,
			legendShape: e.extra.tooltip.legendShape == "auto" ? t.legendShape : e.extra.tooltip.legendShape
		}
	});
	n = n.filter(function(t) {
		if (t.disableLegend !== true) {
			return t
		}
	});
	var l = {
		x: Math.round(o),
		y: 0
	};
	return {
		textList: n,
		offset: l
	}
}

function getCandleToolTipData(o, e, n, l, i, t) {
	var r = arguments.length > 6 && arguments[6] !== undefined ? arguments[6] : {};
	var a = n.chartData.calPoints;
	let s = t.color.upFill;
	let h = t.color.downFill;
	let c = [s, s, h, s];
	var d = [];
	e.map(function(t) {
		if (l == 0) {
			if (t.data[1] - t.data[0] < 0) {
				c[1] = h
			} else {
				c[1] = s
			}
		} else {
			if (t.data[0] < o[l - 1][1]) {
				c[0] = h
			}
			if (t.data[1] < t.data[0]) {
				c[1] = h
			}
			if (t.data[2] > o[l - 1][1]) {
				c[2] = s
			}
			if (t.data[3] < o[l - 1][1]) {
				c[3] = h
			}
		}
		let e = {
			text: "开盘：" + t.data[0],
			color: c[0],
			legendShape: n.extra.tooltip.legendShape == "auto" ? t.legendShape : n.extra.tooltip.legendShape
		};
		let a = {
			text: "收盘：" + t.data[1],
			color: c[1],
			legendShape: n.extra.tooltip.legendShape == "auto" ? t.legendShape : n.extra.tooltip.legendShape
		};
		let i = {
			text: "最低：" + t.data[2],
			color: c[2],
			legendShape: n.extra.tooltip.legendShape == "auto" ? t.legendShape : n.extra.tooltip.legendShape
		};
		let r = {
			text: "最高：" + t.data[3],
			color: c[3],
			legendShape: n.extra.tooltip.legendShape == "auto" ? t.legendShape : n.extra.tooltip.legendShape
		};
		d.push(e, a, i, r)
	});
	var x = [];
	var f = {
		x: 0,
		y: 0
	};
	for (let e = 0; e < a.length; e++) {
		let t = a[e];
		if (typeof t[l] !== "undefined" && t[l] !== null) {
			x.push(t[l])
		}
	}
	f.x = Math.round(x[0][0].x);
	return {
		textList: d,
		offset: f
	}
}

function filterSeries(e) {
	let a = [];
	for (let t = 0; t < e.length; t++) {
		if (e[t].show == true) {
			a.push(e[t])
		}
	}
	return a
}

function findCurrentIndex(o, n, e, t) {
	var a = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 0;
	var l = {
		index: -1,
		group: []
	};
	var i = e.chartData.eachSpacing / 2;
	let r = [];
	if (n && n.length > 0) {
		if (!e.categories) {
			i = 0
		} else {
			for (let t = 1; t < e.chartData.xAxisPoints.length; t++) {
				r.push(e.chartData.xAxisPoints[t] - i)
			}
			if ((e.type == "line" || e.type == "area") && e.xAxis.boundaryGap == "justify") {
				r = e.chartData.xAxisPoints
			}
		}
		if (isInExactChartArea(o, e, t)) {
			if (!e.categories) {
				let a = Array(n.length);
				for (let e = 0; e < n.length; e++) {
					a[e] = Array(n[e].length);
					for (let t = 0; t < n[e].length; t++) {
						a[e][t] = Math.abs(n[e][t].x - o.x)
					}
				}
				let e = Array(a.length);
				let i = Array(a.length);
				for (let t = 0; t < a.length; t++) {
					e[t] = Math.min.apply(null, a[t]);
					i[t] = a[t].indexOf(e[t])
				}
				let r = Math.min.apply(null, e);
				l.index = [];
				for (let t = 0; t < e.length; t++) {
					if (e[t] == r) {
						l.group.push(t);
						l.index.push(i[t])
					}
				}
			} else {
				r.forEach(function(t, e) {
					if (o.x + a + i > t) {
						l.index = e
					}
				})
			}
		}
	}
	return l
}

function findBarChartCurrentIndex(a, t, e, i) {
	var r = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 0;
	var o = {
		index: -1,
		group: []
	};
	var n = e.chartData.eachSpacing / 2;
	let l = e.chartData.yAxisPoints;
	if (t && t.length > 0) {
		if (isInExactChartArea(a, e, i)) {
			l.forEach(function(t, e) {
				if (a.y + r + n > t) {
					o.index = e
				}
			})
		}
	}
	return o
}

function findLegendIndex(o, t, e) {
	let n = -1;
	let l = 0;
	if (isInExactLegendArea(o, t.area)) {
		let i = t.points;
		let r = -1;
		for (let t = 0, e = i.length; t < e; t++) {
			let a = i[t];
			for (let e = 0; e < a.length; e++) {
				r += 1;
				let t = a[e]["area"];
				if (t && o.x > t[0] - l && o.x < t[2] + l && o.y > t[1] - l && o.y < t[3] + l) {
					n = r;
					break
				}
			}
		}
		return n
	}
	return n
}

function isInExactLegendArea(t, e) {
	return t.x > e.start.x && t.x < e.end.x && t.y > e.start.y && t.y < e.end.y
}

function isInExactChartArea(t, e, a) {
	return t.x <= e.width - e.area[1] + 10 && t.x >= e.area[3] - 10 && t.y >= e.area[0] && t.y <= e.height - e.area[2]
}

function findRadarChartCurrentIndex(t, e, a) {
	var r = 2 * Math.PI / a;
	var o = -1;
	if (isInExactPieChartArea(t, e.center, e.radius)) {
		var n = function t(e) {
			if (e < 0) {
				e += 2 * Math.PI
			}
			if (e > 2 * Math.PI) {
				e -= 2 * Math.PI
			}
			return e
		};
		var l = Math.atan2(e.center.y - t.y, t.x - e.center.x);
		l = -1 * l;
		if (l < 0) {
			l += 2 * Math.PI
		}
		var i = e.angleList.map(function(t) {
			t = n(-1 * t);
			return t
		});
		i.forEach(function(t, e) {
			var a = n(t - r / 2);
			var i = n(t + r / 2);
			if (i < a) {
				i += 2 * Math.PI
			}
			if (l >= a && l <= i || l + 2 * Math.PI >= a && l + 2 * Math.PI <= i) {
				o = e
			}
		})
	}
	return o
}

function findFunnelChartCurrentIndex(t, e) {
	var a = -1;
	for (var i = 0, r = e.series.length; i < r; i++) {
		var o = e.series[i];
		if (t.x > o.funnelArea[0] && t.x < o.funnelArea[2] && t.y > o.funnelArea[1] && t.y < o.funnelArea[3]) {
			a = i;
			break
		}
	}
	return a
}

function findWordChartCurrentIndex(t, e) {
	var a = -1;
	for (var i = 0, r = e.length; i < r; i++) {
		var o = e[i];
		if (t.x > o.area[0] && t.x < o.area[2] && t.y > o.area[1] && t.y < o.area[3]) {
			a = i;
			break
		}
	}
	return a
}

function findMapChartCurrentIndex(t, e) {
	var a = -1;
	var i = e.chartData.mapData;
	var r = e.series;
	var o = pointToCoordinate(t.y, t.x, i.bounds, i.scale, i.xoffset, i.yoffset);
	var n = [o.x, o.y];
	for (var l = 0, s = r.length; l < s; l++) {
		var h = r[l].geometry.coordinates;
		if (isPoiWithinPoly(n, h, e.chartData.mapData.mercator)) {
			a = l;
			break
		}
	}
	return a
}

function findRoseChartCurrentIndex(t, e, a) {
	var i = -1;
	var r = getRoseDataPoints(a._series_, a.extra.rose.type, e.radius, e.radius);
	if (e && e.center && isInExactPieChartArea(t, e.center, e.radius)) {
		var o = Math.atan2(e.center.y - t.y, t.x - e.center.x);
		o = -o;
		if (a.extra.rose && a.extra.rose.offsetAngle) {
			o = o - a.extra.rose.offsetAngle * Math.PI / 180
		}
		for (var n = 0, l = r.length; n < l; n++) {
			if (isInAngleRange(o, r[n]._start_, r[n]._start_ + r[n]._rose_proportion_ * 2 * Math.PI)) {
				i = n;
				break
			}
		}
	}
	return i
}

function findPieChartCurrentIndex(t, e, a) {
	var i = -1;
	var r = getPieDataPoints(e.series);
	if (e && e.center && isInExactPieChartArea(t, e.center, e.radius)) {
		var o = Math.atan2(e.center.y - t.y, t.x - e.center.x);
		o = -o;
		if (a.extra.pie && a.extra.pie.offsetAngle) {
			o = o - a.extra.pie.offsetAngle * Math.PI / 180
		}
		if (a.extra.ring && a.extra.ring.offsetAngle) {
			o = o - a.extra.ring.offsetAngle * Math.PI / 180
		}
		for (var n = 0, l = r.length; n < l; n++) {
			if (isInAngleRange(o, r[n]._start_, r[n]._start_ + r[n]._proportion_ * 2 * Math.PI)) {
				i = n;
				break
			}
		}
	}
	return i
}

function isInExactPieChartArea(t, e, a) {
	return Math.pow(t.x - e.x, 2) + Math.pow(t.y - e.y, 2) <= Math.pow(a, 2)
}

function splitPoints(t, a) {
	var i = [];
	var r = [];
	t.forEach(function(t, e) {
		if (a.connectNulls) {
			if (t !== null) {
				r.push(t)
			}
		} else {
			if (t !== null) {
				r.push(t)
			} else {
				if (r.length) {
					i.push(r)
				}
				r = []
			}
		}
	});
	if (r.length) {
		i.push(r)
	}
	return i
}

function calLegendData(l, s, e, t, h) {
	let c = {
		area: {
			start: {
				x: 0,
				y: 0
			},
			end: {
				x: 0,
				y: 0
			},
			width: 0,
			height: 0,
			wholeWidth: 0,
			wholeHeight: 0
		},
		points: [],
		widthArr: [],
		heightArr: []
	};
	if (s.legend.show === false) {
		t.legendData = c;
		return c
	}
	let d = s.legend.padding * s.pix;
	let x = s.legend.margin * s.pix;
	let f = s.legend.fontSize ? s.legend.fontSize * s.pix : e.fontSize;
	let p = 15 * s.pix;
	let g = 5 * s.pix;
	let u = Math.max(s.legend.lineHeight * s.pix, f);
	if (s.legend.position == "top" || s.legend.position == "bottom") {
		let i = [];
		let r = 0;
		let o = [];
		let n = [];
		for (let a = 0; a < l.length; a++) {
			let t = l[a];
			const y = t.legendText ? t.legendText : t.name;
			let e = p + g + measureText(y || "undefined", f, h) + s.legend.itemGap * s.pix;
			if (r + e > s.width - s.area[1] - s.area[3]) {
				i.push(n);
				o.push(r - s.legend.itemGap * s.pix);
				r = e;
				n = [t]
			} else {
				r += e;
				n.push(t)
			}
		}
		if (n.length) {
			i.push(n);
			o.push(r - s.legend.itemGap * s.pix);
			c.widthArr = o;
			let t = Math.max.apply(null, o);
			switch (s.legend.float) {
				case "left":
					c.area.start.x = s.area[3];
					c.area.end.x = s.area[3] + t + 2 * d;
					break;
				case "right":
					c.area.start.x = s.width - s.area[1] - t - 2 * d;
					c.area.end.x = s.width - s.area[1];
					break;
				default:
					c.area.start.x = (s.width - t) / 2 - d;
					c.area.end.x = (s.width + t) / 2 + d
			}
			c.area.width = t + 2 * d;
			c.area.wholeWidth = t + 2 * d;
			c.area.height = i.length * u + 2 * d;
			c.area.wholeHeight = i.length * u + 2 * d + 2 * x;
			c.points = i
		}
	} else {
		let t = l.length;
		let e = s.height - s.area[0] - s.area[2] - 2 * x - 2 * d;
		let a = Math.min(Math.floor(e / u), t);
		c.area.height = a * u + d * 2;
		c.area.wholeHeight = a * u + d * 2;
		switch (s.legend.float) {
			case "top":
				c.area.start.y = s.area[0] + x;
				c.area.end.y = s.area[0] + x + c.area.height;
				break;
			case "bottom":
				c.area.start.y = s.height - s.area[2] - x - c.area.height;
				c.area.end.y = s.height - s.area[2] - x;
				break;
			default:
				c.area.start.y = (s.height - c.area.height) / 2;
				c.area.end.y = (s.height + c.area.height) / 2
		}
		let i = t % a === 0 ? t / a : Math.floor(t / a + 1);
		let r = [];
		for (let e = 0; e < i; e++) {
			let t = l.slice(e * a, e * a + a);
			r.push(t)
		}
		c.points = r;
		if (r.length) {
			for (let t = 0; t < r.length; t++) {
				let a = r[t];
				let i = 0;
				for (let e = 0; e < a.length; e++) {
					let t = p + g + measureText(a[e].name || "undefined", f, h) + s.legend.itemGap * s.pix;
					if (t > i) {
						i = t
					}
				}
				c.widthArr.push(i);
				c.heightArr.push(a.length * u + d * 2)
			}
			let e = 0;
			for (let t = 0; t < c.widthArr.length; t++) {
				e += c.widthArr[t]
			}
			c.area.width = e - s.legend.itemGap * s.pix + 2 * d;
			c.area.wholeWidth = c.area.width + d
		}
	}
	switch (s.legend.position) {
		case "top":
			c.area.start.y = s.area[0] + x;
			c.area.end.y = s.area[0] + x + c.area.height;
			break;
		case "bottom":
			c.area.start.y = s.height - s.area[2] - c.area.height - x;
			c.area.end.y = s.height - s.area[2] - x;
			break;
		case "left":
			c.area.start.x = s.area[3];
			c.area.end.x = s.area[3] + c.area.width;
			break;
		case "right":
			c.area.start.x = s.width - s.area[1] - c.area.width;
			c.area.end.x = s.width - s.area[1];
			break
	}
	t.legendData = c;
	return c
}

function calCategoriesData(t, i, e, a, r) {
	var o = {
		angle: 0,
		xAxisHeight: i.xAxis.lineHeight * i.pix + i.xAxis.marginTop * i.pix
	};
	var n = i.xAxis.fontSize * i.pix;
	var l = t.map(function(t, e) {
		var a = i.xAxis.formatter ? i.xAxis.formatter(t, e, i) : t;
		return measureText(String(a), n, r)
	});
	var s = Math.max.apply(this, l);
	if (i.xAxis.rotateLabel == true) {
		o.angle = i.xAxis.rotateAngle * Math.PI / 180;
		let t = i.xAxis.marginTop * i.pix * 2 + Math.abs(s * Math.sin(o.angle));
		t = t < n + i.xAxis.marginTop * i.pix * 2 ? t + i.xAxis.marginTop * i.pix * 2 : t;
		o.xAxisHeight = t
	}
	if (i.enableScroll && i.xAxis.scrollShow) {
		o.xAxisHeight += 6 * i.pix
	}
	if (i.xAxis.disabled) {
		o.xAxisHeight = 0
	}
	return o
}

function getXAxisTextList(t, e, h, c) {
	var a = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : -1;
	var i;
	if (c == "stack") {
		i = dataCombineStack(t, e.categories.length)
	} else {
		i = dataCombine(t)
	}
	var r = [];
	i = i.filter(function(t) {
		if (typeof t === "object" && t !== null) {
			if (t.constructor.toString().indexOf("Array") > -1) {
				return t !== null
			} else {
				return t.value !== null
			}
		} else {
			return t !== null
		}
	});
	i.map(function(t) {
		if (typeof t === "object") {
			if (t.constructor.toString().indexOf("Array") > -1) {
				if (e.type == "candle") {
					t.map(function(t) {
						r.push(t)
					})
				} else {
					r.push(t[0])
				}
			} else {
				r.push(t.value)
			}
		} else {
			r.push(t)
		}
	});
	var o = 0;
	var n = 0;
	if (r.length > 0) {
		o = Math.min.apply(this, r);
		n = Math.max.apply(this, r)
	}
	if (a > -1) {
		if (typeof e.xAxis.data[a].min === "number") {
			o = Math.min(e.xAxis.data[a].min, o)
		}
		if (typeof e.xAxis.data[a].max === "number") {
			n = Math.max(e.xAxis.data[a].max, n)
		}
	} else {
		if (typeof e.xAxis.min === "number") {
			o = Math.min(e.xAxis.min, o)
		}
		if (typeof e.xAxis.max === "number") {
			n = Math.max(e.xAxis.max, n)
		}
	}
	if (o === n) {
		var d = n || 10;
		n += d
	}
	var l = o;
	var x = n;
	var f = [];
	var p = (x - l) / e.xAxis.splitNumber;
	for (var s = 0; s <= e.xAxis.splitNumber; s++) {
		f.push(l + p * s)
	}
	return f
}

function calXAxisData(t, e, a, i) {
	var r = assign({}, {
		type: ""
	}, e.extra.bar);
	var o = {
		angle: 0,
		xAxisHeight: e.xAxis.lineHeight * e.pix + e.xAxis.marginTop * e.pix
	};
	o.ranges = getXAxisTextList(t, e, a, r.type);
	o.rangesFormat = o.ranges.map(function(t) {
		t = util.toFixed(t, 2);
		return t
	});
	var n = o.ranges.map(function(t) {
		t = util.toFixed(t, 2);
		return t
	});
	o = Object.assign(o, getXAxisPoints(n, e, a));
	var l = o.eachSpacing;
	var s = n.map(function(t) {
		return measureText(t, e.xAxis.fontSize * e.pix, i)
	});
	if (e.xAxis.disabled === true) {
		o.xAxisHeight = 0
	}
	return o
}

function getRadarDataPoints(r, o, n, a, t) {
	var l = arguments.length > 5 && arguments[5] !== undefined ? arguments[5] : 1;
	var e = t.extra.radar || {};
	e.max = e.max || 0;
	var s = Math.max(e.max, Math.max.apply(null, dataCombine(a)));
	var h = [];
	for (let e = 0; e < a.length; e++) {
		let t = a[e];
		let i = {};
		i.color = t.color;
		i.legendShape = t.legendShape;
		i.pointShape = t.pointShape;
		i.data = [];
		t.data.forEach(function(t, e) {
			let a = {};
			a.angle = r[e];
			a.proportion = t / s;
			a.value = t;
			a.position = convertCoordinateOrigin(n * a.proportion * l * Math.cos(a.angle), n * a.proportion * l * Math
				.sin(a.angle), o);
			i.data.push(a)
		});
		h.push(i)
	}
	return h
}

function getPieDataPoints(a, i) {
	var r = arguments.length > 2 && arguments[2] !== undefined ? arguments[2] : 1;
	var o = 0;
	var n = 0;
	for (let e = 0; e < a.length; e++) {
		let t = a[e];
		t.data = t.data === null ? 0 : t.data;
		o += t.data
	}
	for (let e = 0; e < a.length; e++) {
		let t = a[e];
		t.data = t.data === null ? 0 : t.data;
		if (o === 0) {
			t._proportion_ = 1 / a.length * r
		} else {
			t._proportion_ = t.data / o * r
		}
		t._radius_ = i
	}
	for (let e = 0; e < a.length; e++) {
		let t = a[e];
		t._start_ = n;
		n += 2 * t._proportion_ * Math.PI
	}
	return a
}

function getFunnelDataPoints(e, a, i, r) {
	var o = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	for (let t = 0; t < e.length; t++) {
		if (i.type == "funnel") {
			e[t].radius = e[t].data / e[0].data * a * o
		} else {
			e[t].radius = r * (e.length - t) / (r * e.length) * a * o
		}
		e[t]._proportion_ = e[t].data / e[0].data
	}
	return e
}

function getRoseDataPoints(a, i, r, o) {
	var n = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	var l = 0;
	var s = 0;
	var h = [];
	for (let e = 0; e < a.length; e++) {
		let t = a[e];
		t.data = t.data === null ? 0 : t.data;
		l += t.data;
		h.push(t.data)
	}
	var c = Math.min.apply(null, h);
	var d = Math.max.apply(null, h);
	var x = o - r;
	for (let e = 0; e < a.length; e++) {
		let t = a[e];
		t.data = t.data === null ? 0 : t.data;
		if (l === 0) {
			t._proportion_ = 1 / a.length * n;
			t._rose_proportion_ = 1 / a.length * n
		} else {
			t._proportion_ = t.data / l * n;
			if (i == "area") {
				t._rose_proportion_ = 1 / a.length * n
			} else {
				t._rose_proportion_ = t.data / l * n
			}
		}
		t._radius_ = r + x * ((t.data - c) / (d - c)) || o
	}
	for (let e = 0; e < a.length; e++) {
		let t = a[e];
		t._start_ = s;
		s += 2 * t._rose_proportion_ * Math.PI
	}
	return a
}

function getArcbarDataPoints(i, r) {
	var o = arguments.length > 2 && arguments[2] !== undefined ? arguments[2] : 1;
	if (o == 1) {
		o = .999999
	}
	for (let a = 0; a < i.length; a++) {
		let t = i[a];
		t.data = t.data === null ? 0 : t.data;
		let e;
		if (r.type == "circle") {
			e = 2
		} else {
			if (r.direction == "ccw") {
				if (r.startAngle < r.endAngle) {
					e = 2 + r.startAngle - r.endAngle
				} else {
					e = r.startAngle - r.endAngle
				}
			} else {
				if (r.endAngle < r.startAngle) {
					e = 2 + r.endAngle - r.startAngle
				} else {
					e = r.startAngle - r.endAngle
				}
			}
		}
		t._proportion_ = e * t.data * o + r.startAngle;
		if (r.direction == "ccw") {
			t._proportion_ = r.startAngle - e * t.data * o
		}
		if (t._proportion_ >= 2) {
			t._proportion_ = t._proportion_ % 2
		}
	}
	return i
}

function getGaugeArcbarDataPoints(i, r) {
	var o = arguments.length > 2 && arguments[2] !== undefined ? arguments[2] : 1;
	if (o == 1) {
		o = .999999
	}
	for (let a = 0; a < i.length; a++) {
		let t = i[a];
		t.data = t.data === null ? 0 : t.data;
		let e;
		if (r.type == "circle") {
			e = 2
		} else {
			if (r.endAngle < r.startAngle) {
				e = 2 + r.endAngle - r.startAngle
			} else {
				e = r.startAngle - r.endAngle
			}
		}
		t._proportion_ = e * t.data * o + r.startAngle;
		if (t._proportion_ >= 2) {
			t._proportion_ = t._proportion_ % 2
		}
	}
	return i
}

function getGaugeAxisPoints(e, a, t) {
	let i;
	if (t < a) {
		i = 2 + t - a
	} else {
		i = a - t
	}
	let r = a;
	for (let t = 0; t < e.length; t++) {
		e[t].value = e[t].value === null ? 0 : e[t].value;
		e[t]._startAngle_ = r;
		e[t]._endAngle_ = i * e[t].value + a;
		if (e[t]._endAngle_ >= 2) {
			e[t]._endAngle_ = e[t]._endAngle_ % 2
		}
		r = e[t]._endAngle_
	}
	return e
}

function getGaugeDataPoints(i, r, o) {
	let n = arguments.length > 3 && arguments[3] !== undefined ? arguments[3] : 1;
	for (let a = 0; a < i.length; a++) {
		let e = i[a];
		e.data = e.data === null ? 0 : e.data;
		if (o.pointer.color == "auto") {
			for (let t = 0; t < r.length; t++) {
				if (e.data <= r[t].value) {
					e.color = r[t].color;
					break
				}
			}
		} else {
			e.color = o.pointer.color
		}
		let t;
		if (o.endAngle < o.startAngle) {
			t = 2 + o.endAngle - o.startAngle
		} else {
			t = o.startAngle - o.endAngle
		}
		e._endAngle_ = t * e.data + o.startAngle;
		e._oldAngle_ = o.oldAngle;
		if (o.oldAngle < o.endAngle) {
			e._oldAngle_ += 2
		}
		if (e.data >= o.oldData) {
			e._proportion_ = (e._endAngle_ - e._oldAngle_) * n + o.oldAngle
		} else {
			e._proportion_ = e._oldAngle_ - (e._oldAngle_ - e._endAngle_) * n
		}
		if (e._proportion_ >= 2) {
			e._proportion_ = e._proportion_ % 2
		}
	}
	return i
}

function getPieTextMaxLength(i, r, o, n) {
	i = getPieDataPoints(i);
	let l = 0;
	for (let a = 0; a < i.length; a++) {
		let t = i[a];
		let e = t.formatter ? t.formatter(+t._proportion_.toFixed(2)) : util.toFixed(t._proportion_ * 100) + "%";
		l = Math.max(l, measureText(e, t.textSize * n.pix || r.fontSize, o))
	}
	return l
}

function fixColumeData(t, i, r, o, e, n) {
	return t.map(function(t) {
		if (t === null) {
			return null
		}
		var e = 0;
		var a = 0;
		if (n.type == "mix") {
			e = n.extra.mix.column.seriesGap * n.pix || 0;
			a = n.extra.mix.column.categoryGap * n.pix || 0
		} else {
			e = n.extra.column.seriesGap * n.pix || 0;
			a = n.extra.column.categoryGap * n.pix || 0
		}
		e = Math.min(e, i / r);
		a = Math.min(a, i / r);
		t.width = Math.ceil((i - 2 * a - e * (r - 1)) / r);
		if (n.extra.mix && n.extra.mix.column.width && +n.extra.mix.column.width > 0) {
			t.width = Math.min(t.width, +n.extra.mix.column.width * n.pix)
		}
		if (n.extra.column && n.extra.column.width && +n.extra.column.width > 0) {
			t.width = Math.min(t.width, +n.extra.column.width * n.pix)
		}
		if (t.width <= 0) {
			t.width = 1
		}
		t.x += (o + .5 - r / 2) * (t.width + e);
		return t
	})
}

function fixBarData(t, i, r, o, e, n) {
	return t.map(function(t) {
		if (t === null) {
			return null
		}
		var e = 0;
		var a = 0;
		e = n.extra.bar.seriesGap * n.pix || 0;
		a = n.extra.bar.categoryGap * n.pix || 0;
		e = Math.min(e, i / r);
		a = Math.min(a, i / r);
		t.width = Math.ceil((i - 2 * a - e * (r - 1)) / r);
		if (n.extra.bar && n.extra.bar.width && +n.extra.bar.width > 0) {
			t.width = Math.min(t.width, +n.extra.bar.width * n.pix)
		}
		if (t.width <= 0) {
			t.width = 1
		}
		t.y += (o + .5 - r / 2) * (t.width + e);
		return t
	})
}

function fixColumeMeterData(t, e, a, i, r, o, n) {
	var l = o.extra.column.categoryGap * o.pix || 0;
	return t.map(function(t) {
		if (t === null) {
			return null
		}
		t.width = e - 2 * l;
		if (o.extra.column && o.extra.column.width && +o.extra.column.width > 0) {
			t.width = Math.min(t.width, +o.extra.column.width * o.pix)
		}
		if (i > 0) {
			t.width -= n
		}
		return t
	})
}

function fixColumeStackData(t, a, e, i, r, o, n) {
	var l = o.extra.column.categoryGap * o.pix || 0;
	return t.map(function(t, e) {
		if (t === null) {
			return null
		}
		t.width = Math.ceil(a - 2 * l);
		if (o.extra.column && o.extra.column.width && +o.extra.column.width > 0) {
			t.width = Math.min(t.width, +o.extra.column.width * o.pix)
		}
		if (t.width <= 0) {
			t.width = 1
		}
		return t
	})
}

function fixBarStackData(t, a, e, i, r, o, n) {
	var l = o.extra.bar.categoryGap * o.pix || 0;
	return t.map(function(t, e) {
		if (t === null) {
			return null
		}
		t.width = Math.ceil(a - 2 * l);
		if (o.extra.bar && o.extra.bar.width && +o.extra.bar.width > 0) {
			t.width = Math.min(t.width, +o.extra.bar.width * o.pix)
		}
		if (t.width <= 0) {
			t.width = 1
		}
		return t
	})
}

function getXAxisPoints(t, e, h) {
	var a = e.width - e.area[1] - e.area[3];
	var i = e.enableScroll ? Math.min(e.xAxis.itemCount, t.length) : t.length;
	if ((e.type == "line" || e.type == "area" || e.type == "scatter" || e.type == "bubble" || e.type == "bar") && i > 1 &&
		e.xAxis.boundaryGap == "justify") {
		i -= 1
	}
	var r = 0;
	if (e.type == "mount" && e.extra && e.extra.mount && e.extra.mount.widthRatio && e.extra.mount.widthRatio > 1) {
		if (e.extra.mount.widthRatio > 2) e.extra.mount.widthRatio = 2;
		r = e.extra.mount.widthRatio - 1;
		i += r
	}
	var o = a / i;
	var n = [];
	var l = e.area[3];
	var s = e.width - e.area[1];
	t.forEach(function(t, e) {
		n.push(l + r / 2 * o + e * o)
	});
	if (e.xAxis.boundaryGap !== "justify") {
		if (e.enableScroll === true) {
			n.push(l + r * o + t.length * o)
		} else {
			n.push(s)
		}
	}
	return {
		xAxisPoints: n,
		startX: l,
		endX: s,
		eachSpacing: o
	}
}

function getCandleDataPoints(t, l, s, h, c, d, a) {
	var x = arguments.length > 7 && arguments[7] !== undefined ? arguments[7] : 1;
	var e = [];
	var f = d.height - d.area[0] - d.area[2];
	t.forEach(function(t, o) {
		if (t === null) {
			e.push(null)
		} else {
			var n = [];
			t.forEach(function(t, e) {
				var a = {};
				a.x = h[o] + Math.round(c / 2);
				var i = t.value || t;
				var r = f * (i - l) / (s - l);
				r *= x;
				a.y = d.height - Math.round(r) - d.area[2];
				n.push(a)
			});
			e.push(n)
		}
	});
	return e
}

function getDataPoints(t, a, n, l, s, h, e) {
	var c = arguments.length > 7 && arguments[7] !== undefined ? arguments[7] : 1;
	var d = "center";
	if (h.type == "line" || h.type == "area" || h.type == "scatter" || h.type == "bubble") {
		d = h.xAxis.boundaryGap
	}
	var x = [];
	var f = h.height - h.area[0] - h.area[2];
	var p = h.width - h.area[1] - h.area[3];
	t.forEach(function(i, t) {
		if (i === null) {
			x.push(null)
		} else {
			var r = {};
			r.color = i.color;
			r.x = l[t];
			var o = i;
			if (typeof i === "object" && i !== null) {
				if (i.constructor.toString().indexOf("Array") > -1) {
					let t, e, a;
					t = [].concat(h.chartData.xAxisData.ranges);
					e = t.shift();
					a = t.pop();
					o = i[1];
					r.x = h.area[3] + p * (i[0] - e) / (a - e);
					if (h.type == "bubble") {
						r.r = i[2];
						r.t = i[3]
					}
				} else {
					o = i.value
				}
			}
			if (d == "center") {
				r.x += s / 2
			}
			var e = f * (o - a) / (n - a);
			e *= c;
			r.y = h.height - e - h.area[2];
			x.push(r)
		}
	});
	return x
}

function getLineDataPoints(t, a, n, l, s, h, e, p, c) {
	var c = arguments.length > 8 && arguments[8] !== undefined ? arguments[8] : 1;
	var d = h.xAxis.boundaryGap;
	var x = [];
	var f = h.height - h.area[0] - h.area[2];
	var u = h.width - h.area[1] - h.area[3];
	t.forEach(function(i, t) {
		if (i === null) {
			x.push(null)
		} else {
			var r = {};
			r.color = i.color;
			if (p.animation == "vertical") {
				r.x = l[t];
				var o = i;
				if (typeof i === "object" && i !== null) {
					if (i.constructor.toString().indexOf("Array") > -1) {
						let t, e, a;
						t = [].concat(h.chartData.xAxisData.ranges);
						e = t.shift();
						a = t.pop();
						o = i[1];
						r.x = h.area[3] + u * (i[0] - e) / (a - e)
					} else {
						o = i.value
					}
				}
				if (d == "center") {
					r.x += s / 2
				}
				var e = f * (o - a) / (n - a);
				e *= c;
				r.y = h.height - e - h.area[2];
				x.push(r)
			} else {
				r.x = l[0] + s * t * c;
				var o = i;
				if (d == "center") {
					r.x += s / 2
				}
				var e = f * (o - a) / (n - a);
				r.y = h.height - e - h.area[2];
				x.push(r)
			}
		}
	});
	return x
}

function getColumnDataPoints(t, a, n, l, s, h, e, i, c) {
	var c = arguments.length > 8 && arguments[8] !== undefined ? arguments[8] : 1;
	var d = [];
	var x = h.height - h.area[0] - h.area[2];
	var f = h.width - h.area[1] - h.area[3];
	t.forEach(function(i, t) {
		if (i === null) {
			d.push(null)
		} else {
			var r = {};
			r.color = i.color;
			r.x = l[t];
			var o = i;
			if (typeof i === "object" && i !== null) {
				if (i.constructor.toString().indexOf("Array") > -1) {
					let t, e, a;
					t = [].concat(h.chartData.xAxisData.ranges);
					e = t.shift();
					a = t.pop();
					o = i[1];
					r.x = h.area[3] + f * (i[0] - e) / (a - e)
				} else {
					o = i.value
				}
			}
			r.x += s / 2;
			var e = x * (o * c - a) / (n - a);
			r.y = h.height - e - h.area[2];
			d.push(r)
		}
	});
	return d
}

function getMountDataPoints(t, o, n, l, s, h, e, a) {
	var c = arguments.length > 8 && arguments[8] !== undefined ? arguments[8] : 1;
	var d = [];
	var x = h.height - h.area[0] - h.area[2];
	var i = h.width - h.area[1] - h.area[3];
	var f = s * e.widthRatio;
	t.forEach(function(t, e) {
		if (t === null) {
			d.push(null)
		} else {
			var a = {};
			a.color = t.color;
			a.x = l[e];
			a.x += s / 2;
			var i = t.data;
			var r = x * (i * c - o) / (n - o);
			a.y = h.height - r - h.area[2];
			a.value = i;
			a.width = f;
			d.push(a)
		}
	});
	return d
}

function getBarDataPoints(t, o, n, l, e, s, a) {
	var h = arguments.length > 7 && arguments[7] !== undefined ? arguments[7] : 1;
	var c = [];
	var i = s.height - s.area[0] - s.area[2];
	var d = s.width - s.area[1] - s.area[3];
	t.forEach(function(t, e) {
		if (t === null) {
			c.push(null)
		} else {
			var a = {};
			a.color = t.color;
			a.y = l[e];
			var i = t;
			if (typeof t === "object" && t !== null) {
				i = t.value
			}
			var r = d * (i - o) / (n - o);
			r *= h;
			a.height = r;
			a.value = i;
			a.x = r + s.area[3];
			c.push(a)
		}
	});
	return c
}

function getStackDataPoints(t, s, h, c, g, d, e, x, y) {
	var f = arguments.length > 9 && arguments[9] !== undefined ? arguments[9] : 1;
	var p = [];
	var u = d.height - d.area[0] - d.area[2];
	t.forEach(function(t, e) {
		if (t === null) {
			p.push(null)
		} else {
			var a = {};
			a.color = t.color;
			a.x = c[e] + Math.round(g / 2);
			if (x > 0) {
				var i = 0;
				for (let t = 0; t <= x; t++) {
					i += y[t].data[e]
				}
				var r = i - t;
				var o = u * (i - s) / (h - s);
				var n = u * (r - s) / (h - s)
			} else {
				var i = t;
				if (typeof t === "object" && t !== null) {
					i = t.value
				}
				var o = u * (i - s) / (h - s);
				var n = 0
			}
			var l = n;
			o *= f;
			l *= f;
			a.y = d.height - Math.round(o) - d.area[2];
			a.y0 = d.height - Math.round(l) - d.area[2];
			p.push(a)
		}
	});
	return p
}

function getBarStackDataPoints(t, s, h, c, e, d, a, x, g) {
	var f = arguments.length > 9 && arguments[9] !== undefined ? arguments[9] : 1;
	var p = [];
	var u = d.width - d.area[1] - d.area[3];
	t.forEach(function(t, e) {
		if (t === null) {
			p.push(null)
		} else {
			var a = {};
			a.color = t.color;
			a.y = c[e];
			if (x > 0) {
				var i = 0;
				for (let t = 0; t <= x; t++) {
					i += g[t].data[e]
				}
				var r = i - t;
				var o = u * (i - s) / (h - s);
				var n = u * (r - s) / (h - s)
			} else {
				var i = t;
				if (typeof t === "object" && t !== null) {
					i = t.value
				}
				var o = u * (i - s) / (h - s);
				var n = 0
			}
			var l = n;
			o *= f;
			l *= f;
			a.height = o - l;
			a.x = d.area[3] + o;
			a.x0 = d.area[3] + l;
			p.push(a)
		}
	});
	return p
}

function getYAxisTextList(t, e, h, c, a) {
	var d = arguments.length > 5 && arguments[5] !== undefined ? arguments[5] : -1;
	var i;
	if (c == "stack") {
		i = dataCombineStack(t, e.categories.length)
	} else {
		i = dataCombine(t)
	}
	var r = [];
	i = i.filter(function(t) {
		if (typeof t === "object" && t !== null) {
			if (t.constructor.toString().indexOf("Array") > -1) {
				return t !== null
			} else {
				return t.value !== null
			}
		} else {
			return t !== null
		}
	});
	i.map(function(t) {
		if (typeof t === "object") {
			if (t.constructor.toString().indexOf("Array") > -1) {
				if (e.type == "candle") {
					t.map(function(t) {
						r.push(t)
					})
				} else {
					r.push(t[1])
				}
			} else {
				r.push(t.value)
			}
		} else {
			r.push(t)
		}
	});
	var o = a.min || 0;
	var n = a.max || 0;
	if (r.length > 0) {
		o = Math.min.apply(this, r);
		n = Math.max.apply(this, r)
	}
	if (o === n) {
		if (n == 0) {
			n = 10
		} else {
			o = 0
		}
	}
	var l = getDataRange(o, n);
	var x = a.min === undefined || a.min === null ? l.minRange : a.min;
	var f = a.max === undefined || a.max === null ? l.maxRange : a.max;
	var p = (f - x) / e.yAxis.splitNumber;
	var u = [];
	for (var s = 0; s <= e.yAxis.splitNumber; s++) {
		u.push(x + p * s)
	}
	return u.reverse()
}

function calYAxisData(a, o, e, n) {
	var l = assign({}, {
		type: ""
	}, o.extra.column);
	var t = o.yAxis.data.length;
	var s = new Array(t);
	if (t > 0) {
		for (let e = 0; e < t; e++) {
			s[e] = [];
			for (let t = 0; t < a.length; t++) {
				if (a[t].index == e) {
					s[e].push(a[t])
				}
			}
		}
		var h = new Array(t);
		var c = new Array(t);
		var d = new Array(t);
		for (let r = 0; r < t; r++) {
			let i = o.yAxis.data[r];
			if (o.yAxis.disabled == true) {
				i.disabled = true
			}
			if (i.type === "categories") {
				if (!i.formatter) {
					i.formatter = (t, e, a) => {
						return t + (i.unit || "")
					}
				}
				i.categories = i.categories || o.categories;
				h[r] = i.categories
			} else {
				if (!i.formatter) {
					i.formatter = (t, e, a) => {
						return util.toFixed(t, i.tofix || 0) + (i.unit || "")
					}
				}
				h[r] = getYAxisTextList(s[r], o, e, l.type, i, r)
			}
			let a = i.fontSize * o.pix || e.fontSize;
			d[r] = {
				position: i.position ? i.position : "left",
				width: 0
			};
			c[r] = h[r].map(function(t, e) {
				t = i.formatter(t, e, o);
				d[r].width = Math.max(d[r].width, measureText(t, a, n) + 5);
				return t
			});
			let t = i.calibration ? 4 * o.pix : 0;
			d[r].width += t + 3 * o.pix;
			if (i.disabled === true) {
				d[r].width = 0
			}
		}
	} else {
		var h = new Array(1);
		var c = new Array(1);
		var d = new Array(1);
		if (o.type === "bar") {
			h[0] = o.categories;
			if (!o.yAxis.formatter) {
				o.yAxis.formatter = (t, e, a) => {
					return t + (a.yAxis.unit || "")
				}
			}
		} else {
			if (!o.yAxis.formatter) {
				o.yAxis.formatter = (t, e, a) => {
					return t.toFixed(a.yAxis.tofix) + (a.yAxis.unit || "")
				}
			}
			h[0] = getYAxisTextList(a, o, e, l.type, {})
		}
		d[0] = {
			position: "left",
			width: 0
		};
		var i = o.yAxis.fontSize * o.pix || e.fontSize;
		c[0] = h[0].map(function(t, e) {
			t = o.yAxis.formatter(t, e, o);
			d[0].width = Math.max(d[0].width, measureText(t, i, n) + 5);
			return t
		});
		d[0].width += 3 * o.pix;
		if (o.yAxis.disabled === true) {
			d[0] = {
				position: "left",
				width: 0
			};
			o.yAxis.data[0] = {
				disabled: true
			}
		} else {
			o.yAxis.data[0] = {
				disabled: false,
				position: "left",
				max: o.yAxis.max,
				min: o.yAxis.min,
				formatter: o.yAxis.formatter
			};
			if (o.type === "bar") {
				o.yAxis.data[0].categories = o.categories;
				o.yAxis.data[0].type = "categories"
			}
		}
	}
	return {
		rangesFormat: c,
		ranges: h,
		yAxisWidth: d
	}
}

function calTooltipYAxisData(r, t, o, e, a) {
	let n = [].concat(o.chartData.yAxisData.ranges);
	let l = o.height - o.area[0] - o.area[2];
	let s = o.area[0];
	let h = [];
	for (let i = 0; i < n.length; i++) {
		let t = Math.max.apply(this, n[i]);
		let e = Math.min.apply(this, n[i]);
		let a = t - (t - e) * (r - s) / l;
		a = o.yAxis.data && o.yAxis.data[i].formatter ? o.yAxis.data[i].formatter(a, i, o) : a.toFixed(0);
		h.push(String(a))
	}
	return h
}

function calMarkLineData(i, r) {
	let o, n;
	let l = r.height - r.area[0] - r.area[2];
	for (let a = 0; a < i.length; a++) {
		i[a].yAxisIndex = i[a].yAxisIndex ? i[a].yAxisIndex : 0;
		let t = [].concat(r.chartData.yAxisData.ranges[i[a].yAxisIndex]);
		o = t.pop();
		n = t.shift();
		let e = l * (i[a].value - o) / (n - o);
		i[a].y = r.height - Math.round(e) - r.area[2]
	}
	return i
}

function contextRotate(t, e) {
	if (e.rotateLock !== true) {
		t.translate(e.height, 0);
		t.rotate(90 * Math.PI / 180)
	} else if (e._rotate_ !== true) {
		t.translate(e.height, 0);
		t.rotate(90 * Math.PI / 180);
		e._rotate_ = true
	}
}

function drawPointShape(t, e, a, i, r) {
	i.beginPath();
	if (r.dataPointShapeType == "hollow") {
		i.setStrokeStyle(e);
		i.setFillStyle(r.background);
		i.setLineWidth(2 * r.pix)
	} else {
		i.setStrokeStyle("#ffffff");
		i.setFillStyle(e);
		i.setLineWidth(1 * r.pix)
	}
	if (a === "diamond") {
		t.forEach(function(t, e) {
			if (t !== null) {
				i.moveTo(t.x, t.y - 4.5);
				i.lineTo(t.x - 4.5, t.y);
				i.lineTo(t.x, t.y + 4.5);
				i.lineTo(t.x + 4.5, t.y);
				i.lineTo(t.x, t.y - 4.5)
			}
		})
	} else if (a === "circle") {
		t.forEach(function(t, e) {
			if (t !== null) {
				i.moveTo(t.x + 2.5 * r.pix, t.y);
				i.arc(t.x, t.y, 3 * r.pix, 0, 2 * Math.PI, false)
			}
		})
	} else if (a === "square") {
		t.forEach(function(t, e) {
			if (t !== null) {
				i.moveTo(t.x - 3.5, t.y - 3.5);
				i.rect(t.x - 3.5, t.y - 3.5, 7, 7)
			}
		})
	} else if (a === "triangle") {
		t.forEach(function(t, e) {
			if (t !== null) {
				i.moveTo(t.x, t.y - 4.5);
				i.lineTo(t.x - 4.5, t.y + 4.5);
				i.lineTo(t.x + 4.5, t.y + 4.5);
				i.lineTo(t.x, t.y - 4.5)
			}
		})
	} else if (a === "none") {
		return
	}
	i.closePath();
	i.fill();
	i.stroke()
}

function drawActivePoint(t, e, a, i, r, o, n) {
	if (!r.tooltip) {
		return
	}
	if (r.tooltip.group.length > 0 && r.tooltip.group.includes(n) == false) {
		return
	}
	var l = typeof r.tooltip.index === "number" ? r.tooltip.index : r.tooltip.index[r.tooltip.group.indexOf(n)];
	i.beginPath();
	if (o.activeType == "hollow") {
		i.setStrokeStyle(e);
		i.setFillStyle(r.background);
		i.setLineWidth(2 * r.pix)
	} else {
		i.setStrokeStyle("#ffffff");
		i.setFillStyle(e);
		i.setLineWidth(1 * r.pix)
	}
	if (a === "diamond") {
		t.forEach(function(t, e) {
			if (t !== null && l == e) {
				i.moveTo(t.x, t.y - 4.5);
				i.lineTo(t.x - 4.5, t.y);
				i.lineTo(t.x, t.y + 4.5);
				i.lineTo(t.x + 4.5, t.y);
				i.lineTo(t.x, t.y - 4.5)
			}
		})
	} else if (a === "circle") {
		t.forEach(function(t, e) {
			if (t !== null && l == e) {
				i.moveTo(t.x + 2.5 * r.pix, t.y);
				i.arc(t.x, t.y, 3 * r.pix, 0, 2 * Math.PI, false)
			}
		})
	} else if (a === "square") {
		t.forEach(function(t, e) {
			if (t !== null && l == e) {
				i.moveTo(t.x - 3.5, t.y - 3.5);
				i.rect(t.x - 3.5, t.y - 3.5, 7, 7)
			}
		})
	} else if (a === "triangle") {
		t.forEach(function(t, e) {
			if (t !== null && l == e) {
				i.moveTo(t.x, t.y - 4.5);
				i.lineTo(t.x - 4.5, t.y + 4.5);
				i.lineTo(t.x + 4.5, t.y + 4.5);
				i.lineTo(t.x, t.y - 4.5)
			}
		})
	} else if (a === "none") {
		return
	}
	i.closePath();
	i.fill();
	i.stroke()
}

function drawRingTitle(t, e, a, i) {
	var r = t.title.fontSize || e.titleFontSize;
	var o = t.subtitle.fontSize || e.subtitleFontSize;
	var n = t.title.name || "";
	var l = t.subtitle.name || "";
	var c = t.title.color || t.fontColor;
	var d = t.subtitle.color || t.fontColor;
	var x = n ? r : 0;
	var f = l ? o : 0;
	var s = 5;
	if (l) {
		var p = measureText(l, o * t.pix, a);
		var u = i.x - p / 2 + (t.subtitle.offsetX || 0) * t.pix;
		var h = i.y + o * t.pix / 2 + (t.subtitle.offsetY || 0) * t.pix;
		if (n) {
			h += (x * t.pix + s) / 2
		}
		a.beginPath();
		a.setFontSize(o * t.pix);
		a.setFillStyle(d);
		a.fillText(l, u, h);
		a.closePath();
		a.stroke()
	}
	if (n) {
		var g = measureText(n, r * t.pix, a);
		var y = i.x - g / 2 + (t.title.offsetX || 0);
		var v = i.y + r * t.pix / 2 + (t.title.offsetY || 0) * t.pix;
		if (l) {
			v -= (f * t.pix + s) / 2
		}
		a.beginPath();
		a.setFontSize(r * t.pix);
		a.setFillStyle(c);
		a.fillText(n, y, v);
		a.closePath();
		a.stroke()
	}
}

function drawPointText(t, o, n, l, s) {
	var h = o.data;
	var c = o.textOffset ? o.textOffset : 0;
	t.forEach(function(t, e) {
		if (t !== null) {
			l.beginPath();
			var a = o.textSize ? o.textSize * s.pix : n.fontSize;
			l.setFontSize(a);
			l.setFillStyle(o.textColor || s.fontColor);
			var i = h[e];
			if (typeof h[e] === "object" && h[e] !== null) {
				if (h[e].constructor.toString().indexOf("Array") > -1) {
					i = h[e][1]
				} else {
					i = h[e].value
				}
			}
			var r = o.formatter ? o.formatter(i, e, o, s) : i;
			l.setTextAlign("center");
			l.fillText(String(r), t.x, t.y - 4 + c * s.pix);
			l.closePath();
			l.stroke();
			l.setTextAlign("left")
		}
	})
}

function drawColumePointText(t, n, l, s, h) {
	var c = n.data;
	var d = n.textOffset ? n.textOffset : 0;
	var x = h.extra.column.labelPosition;
	t.forEach(function(t, e) {
		if (t !== null) {
			s.beginPath();
			var a = n.textSize ? n.textSize * h.pix : l.fontSize;
			s.setFontSize(a);
			s.setFillStyle(n.textColor || h.fontColor);
			var i = c[e];
			if (typeof c[e] === "object" && c[e] !== null) {
				if (c[e].constructor.toString().indexOf("Array") > -1) {
					i = c[e][1]
				} else {
					i = c[e].value
				}
			}
			var r = n.formatter ? n.formatter(i, e, n, h) : i;
			s.setTextAlign("center");
			var o = t.y - 4 * h.pix + d * h.pix;
			if (t.y > n.zeroPoints) {
				o = t.y + d * h.pix + a
			}
			if (x == "insideTop") {
				o = t.y + a + d * h.pix;
				if (t.y > n.zeroPoints) {
					o = t.y - d * h.pix - 4 * h.pix
				}
			}
			if (x == "center") {
				o = t.y + d * h.pix + (h.height - h.area[2] - t.y + a) / 2;
				if (n.zeroPoints < h.height - h.area[2]) {
					o = t.y + d * h.pix + (n.zeroPoints - t.y + a) / 2
				}
				if (t.y > n.zeroPoints) {
					o = t.y - d * h.pix - (t.y - n.zeroPoints - a) / 2
				}
				if (h.extra.column.type == "stack") {
					o = t.y + d * h.pix + (t.y0 - t.y + a) / 2
				}
			}
			if (x == "bottom") {
				o = h.height - h.area[2] + d * h.pix - 4 * h.pix;
				if (n.zeroPoints < h.height - h.area[2]) {
					o = n.zeroPoints + d * h.pix - 4 * h.pix
				}
				if (t.y > n.zeroPoints) {
					o = n.zeroPoints - d * h.pix + a + 2 * h.pix
				}
				if (h.extra.column.type == "stack") {
					o = t.y0 + d * h.pix - 4 * h.pix
				}
			}
			s.fillText(String(r), t.x, o);
			s.closePath();
			s.stroke();
			s.setTextAlign("left")
		}
	})
}

function drawMountPointText(t, n, l, s, h, c) {
	var e = n.data;
	var d = n.textOffset ? n.textOffset : 0;
	var a = h.extra.mount.labelPosition;
	t.forEach(function(t, e) {
		if (t !== null) {
			s.beginPath();
			var a = n[e].textSize ? n[e].textSize * h.pix : l.fontSize;
			s.setFontSize(a);
			s.setFillStyle(n[e].textColor || h.fontColor);
			var i = t.value;
			var r = n[e].formatter ? n[e].formatter(i, e, n, h) : i;
			s.setTextAlign("center");
			var o = t.y - 4 * h.pix + d * h.pix;
			if (t.y > c) {
				o = t.y + d * h.pix + a
			}
			s.fillText(String(r), t.x, o);
			s.closePath();
			s.stroke();
			s.setTextAlign("left")
		}
	})
}

function drawBarPointText(t, o, n, l, s) {
	var h = o.data;
	var e = o.textOffset ? o.textOffset : 0;
	t.forEach(function(t, e) {
		if (t !== null) {
			l.beginPath();
			var a = o.textSize ? o.textSize * s.pix : n.fontSize;
			l.setFontSize(a);
			l.setFillStyle(o.textColor || s.fontColor);
			var i = h[e];
			if (typeof h[e] === "object" && h[e] !== null) {
				i = h[e].value
			}
			var r = o.formatter ? o.formatter(i, e, o, s) : i;
			l.setTextAlign("left");
			l.fillText(String(r), t.x + 4 * s.pix, t.y + a / 2 - 3);
			l.closePath();
			l.stroke()
		}
	})
}

function drawGaugeLabel(e, a, i, r, o, n) {
	a -= e.width / 2 + e.labelOffset * r.pix;
	a = a < 10 ? 10 : a;
	let t;
	if (e.endAngle < e.startAngle) {
		t = 2 + e.endAngle - e.startAngle
	} else {
		t = e.startAngle - e.endAngle
	}
	let c = t / e.splitLine.splitNumber;
	let d = e.endNumber - e.startNumber;
	let x = d / e.splitLine.splitNumber;
	let l = e.startAngle;
	let s = e.startNumber;
	for (let t = 0; t < e.splitLine.splitNumber + 1; t++) {
		var h = {
			x: a * Math.cos(l * Math.PI),
			y: a * Math.sin(l * Math.PI)
		};
		var f = e.formatter ? e.formatter(s, t, r) : s;
		h.x += i.x - measureText(f, o.fontSize, n) / 2;
		h.y += i.y;
		var p = h.x;
		var u = h.y;
		n.beginPath();
		n.setFontSize(o.fontSize);
		n.setFillStyle(e.labelColor || r.fontColor);
		n.fillText(f, p, u + o.fontSize / 2);
		n.closePath();
		n.stroke();
		l += c;
		if (l >= 2) {
			l = l % 2
		}
		s += x
	}
}

function drawRadarLabel(t, s, h, c, d, x) {
	var f = c.extra.radar || {};
	t.forEach(function(t, e) {
		if (f.labelPointShow === true && c.categories[e] !== "") {
			var a = {
				x: s * Math.cos(t),
				y: s * Math.sin(t)
			};
			var i = convertCoordinateOrigin(a.x, a.y, h);
			x.setFillStyle(f.labelPointColor);
			x.beginPath();
			x.arc(i.x, i.y, f.labelPointRadius * c.pix, 0, 2 * Math.PI, false);
			x.closePath();
			x.fill()
		}
		if (f.labelShow === true) {
			var r = {
				x: (s + d.radarLabelTextMargin * c.pix) * Math.cos(t),
				y: (s + d.radarLabelTextMargin * c.pix) * Math.sin(t)
			};
			var o = convertCoordinateOrigin(r.x, r.y, h);
			var n = o.x;
			var l = o.y;
			if (util.approximatelyEqual(r.x, 0)) {
				n -= measureText(c.categories[e] || "", d.fontSize, x) / 2
			} else if (r.x < 0) {
				n -= measureText(c.categories[e] || "", d.fontSize, x)
			}
			x.beginPath();
			x.setFontSize(d.fontSize);
			x.setFillStyle(f.labelColor || c.fontColor);
			x.fillText(c.categories[e] || "", n, l + d.fontSize / 2);
			x.closePath();
			x.stroke()
		}
	})
}

function drawPieText(n, d, x, f, t, l) {
	var p = x.pieChartLinePadding;
	var u = [];
	var g = null;
	var y = n.map(function(t, e) {
		var a = t.formatter ? t.formatter(t, e, n, d) : util.toFixed(t._proportion_.toFixed(4) * 100) + "%";
		a = t.labelText ? t.labelText : a;
		var i = 2 * Math.PI - (t._start_ + 2 * Math.PI * t._proportion_ / 2);
		if (t._rose_proportion_) {
			i = 2 * Math.PI - (t._start_ + 2 * Math.PI * t._rose_proportion_ / 2)
		}
		var r = t.color;
		var o = t._radius_;
		return {
			arc: i,
			text: a,
			color: r,
			radius: o,
			textColor: t.textColor,
			textSize: t.textSize,
			labelShow: t.labelShow
		}
	});
	for (let c = 0; c < y.length; c++) {
		let t = y[c];
		let e = Math.cos(t.arc) * (t.radius + p);
		let a = Math.sin(t.arc) * (t.radius + p);
		let i = Math.cos(t.arc) * t.radius;
		let r = Math.sin(t.arc) * t.radius;
		let o = e >= 0 ? e + x.pieChartTextPadding : e - x.pieChartTextPadding;
		let n = a;
		let l = measureText(t.text, t.textSize * d.pix || x.fontSize, f);
		let s = n;
		if (g && util.isSameXCoordinateArea(g.start, {
				x: o
			})) {
			if (o > 0) {
				s = Math.min(n, g.start.y)
			} else if (e < 0) {
				s = Math.max(n, g.start.y)
			} else {
				if (n > 0) {
					s = Math.max(n, g.start.y)
				} else {
					s = Math.min(n, g.start.y)
				}
			}
		}
		if (o < 0) {
			o -= l
		}
		let h = {
			lineStart: {
				x: i,
				y: r
			},
			lineEnd: {
				x: e,
				y: a
			},
			start: {
				x: o,
				y: s
			},
			width: l,
			height: x.fontSize,
			text: t.text,
			color: t.color,
			textColor: t.textColor,
			textSize: t.textSize
		};
		g = avoidCollision(h, g);
		u.push(g)
	}
	for (let n = 0; n < u.length; n++) {
		if (y[n].labelShow === false) {
			continue
		}
		let t = u[n];
		let e = convertCoordinateOrigin(t.lineStart.x, t.lineStart.y, l);
		let a = convertCoordinateOrigin(t.lineEnd.x, t.lineEnd.y, l);
		let i = convertCoordinateOrigin(t.start.x, t.start.y, l);
		f.setLineWidth(1 * d.pix);
		f.setFontSize(t.textSize * d.pix || x.fontSize);
		f.beginPath();
		f.setStrokeStyle(t.color);
		f.setFillStyle(t.color);
		f.moveTo(e.x, e.y);
		let r = t.start.x < 0 ? i.x + t.width : i.x;
		let o = t.start.x < 0 ? i.x - 5 : i.x + 5;
		f.quadraticCurveTo(a.x, a.y, r, i.y);
		f.moveTo(e.x, e.y);
		f.stroke();
		f.closePath();
		f.beginPath();
		f.moveTo(i.x + t.width, i.y);
		f.arc(r, i.y, 2 * d.pix, 0, 2 * Math.PI);
		f.closePath();
		f.fill();
		f.beginPath();
		f.setFontSize(t.textSize * d.pix || x.fontSize);
		f.setFillStyle(t.textColor || d.fontColor);
		f.fillText(t.text, o, i.y + 3);
		f.closePath();
		f.stroke();
		f.closePath()
	}
}

function drawToolTipSplitLine(r, o, n, l) {
	var s = o.extra.tooltip || {};
	s.gridType = s.gridType == undefined ? "solid" : s.gridType;
	s.dashLength = s.dashLength == undefined ? 4 : s.dashLength;
	var t = o.area[0];
	var h = o.height - o.area[2];
	if (s.gridType == "dash") {
		l.setLineDash([s.dashLength, s.dashLength])
	}
	l.setStrokeStyle(s.gridColor || "#cccccc");
	l.setLineWidth(1 * o.pix);
	l.beginPath();
	l.moveTo(r, t);
	l.lineTo(r, h);
	l.stroke();
	l.setLineDash([]);
	if (s.xAxisLabel) {
		let t = o.categories[o.tooltip.index];
		l.setFontSize(n.fontSize);
		let e = measureText(t, n.fontSize, l);
		let a = r - .5 * e;
		let i = h + 2 * o.pix;
		l.beginPath();
		l.setFillStyle(hexToRgb(s.labelBgColor || n.toolTipBackground, s.labelBgOpacity || n.toolTipOpacity));
		l.setStrokeStyle(s.labelBgColor || n.toolTipBackground);
		l.setLineWidth(1 * o.pix);
		l.rect(a - s.boxPadding * o.pix, i, e + 2 * s.boxPadding * o.pix, n.fontSize + 2 * s.boxPadding * o.pix);
		l.closePath();
		l.stroke();
		l.fill();
		l.beginPath();
		l.setFontSize(n.fontSize);
		l.setFillStyle(s.labelFontColor || o.fontColor);
		l.fillText(String(t), a, i + s.boxPadding * o.pix + n.fontSize);
		l.closePath();
		l.stroke()
	}
}

function drawMarkLine(h, t, c) {
	let e = assign({}, {
		type: "solid",
		dashLength: 4,
		data: []
	}, h.extra.markLine);
	let a = h.area[3];
	let i = h.width - h.area[1];
	let r = calMarkLineData(e.data, h);
	for (let t = 0; t < r.length; t++) {
		let s = assign({}, {
			lineColor: "#DE4A42",
			showLabel: false,
			labelFontSize: 13,
			labelPadding: 6,
			labelFontColor: "#666666",
			labelBgColor: "#DFE8FF",
			labelBgOpacity: .8,
			labelAlign: "left",
			labelOffsetX: 0,
			labelOffsetY: 0
		}, r[t]);
		if (e.type == "dash") {
			c.setLineDash([e.dashLength, e.dashLength])
		}
		c.setStrokeStyle(s.lineColor);
		c.setLineWidth(1 * h.pix);
		c.beginPath();
		c.moveTo(a, s.y);
		c.lineTo(i, s.y);
		c.stroke();
		c.setLineDash([]);
		if (s.showLabel) {
			let t = s.labelFontSize * h.pix;
			let e = s.labelText ? s.labelText : s.value;
			c.setFontSize(t);
			let a = measureText(e, t, c);
			let i = a + s.labelPadding * h.pix * 2;
			let r = s.labelAlign == "left" ? h.area[3] - i : h.width - h.area[1];
			r += s.labelOffsetX;
			let o = s.y - .5 * t - s.labelPadding * h.pix;
			o += s.labelOffsetY;
			let n = r + s.labelPadding * h.pix;
			let l = s.y;
			c.setFillStyle(hexToRgb(s.labelBgColor, s.labelBgOpacity));
			c.setStrokeStyle(s.labelBgColor);
			c.setLineWidth(1 * h.pix);
			c.beginPath();
			c.rect(r, o, i, t + 2 * s.labelPadding * h.pix);
			c.closePath();
			c.stroke();
			c.fill();
			c.setFontSize(t);
			c.setTextAlign("left");
			c.setFillStyle(s.labelFontColor);
			c.fillText(String(e), n, o + t + s.labelPadding * h.pix / 2);
			c.stroke();
			c.setTextAlign("left")
		}
	}
}

function drawToolTipHorizentalLine(x, f, p, t, e) {
	var u = assign({}, {
		gridType: "solid",
		dashLength: 4
	}, x.extra.tooltip);
	var a = x.area[3];
	var i = x.width - x.area[1];
	if (u.gridType == "dash") {
		p.setLineDash([u.dashLength, u.dashLength])
	}
	p.setStrokeStyle(u.gridColor || "#cccccc");
	p.setLineWidth(1 * x.pix);
	p.beginPath();
	p.moveTo(a, x.tooltip.offset.y);
	p.lineTo(i, x.tooltip.offset.y);
	p.stroke();
	p.setLineDash([]);
	if (u.yAxisLabel) {
		let l = u.boxPadding * x.pix;
		let s = calTooltipYAxisData(x.tooltip.offset.y, x.series, x, f, t);
		let h = x.chartData.yAxisData.yAxisWidth;
		let c = x.area[3];
		let d = x.width - x.area[1];
		for (let n = 0; n < s.length; n++) {
			p.setFontSize(u.fontSize * x.pix);
			let t = measureText(s[n], u.fontSize * x.pix, p);
			let e, a, i;
			if (h[n].position == "left") {
				e = c - (t + l * 2) - 2 * x.pix;
				a = Math.max(e, e + t + l * 2)
			} else {
				e = d + 2 * x.pix;
				a = Math.max(e + h[n].width, e + t + l * 2)
			}
			i = a - e;
			let r = e + (i - t) / 2;
			let o = x.tooltip.offset.y;
			p.beginPath();
			p.setFillStyle(hexToRgb(u.labelBgColor || f.toolTipBackground, u.labelBgOpacity || f.toolTipOpacity));
			p.setStrokeStyle(u.labelBgColor || f.toolTipBackground);
			p.setLineWidth(1 * x.pix);
			p.rect(e, o - .5 * f.fontSize - l, i, f.fontSize + 2 * l);
			p.closePath();
			p.stroke();
			p.fill();
			p.beginPath();
			p.setFontSize(f.fontSize);
			p.setFillStyle(u.labelFontColor || x.fontColor);
			p.fillText(s[n], r, o + .5 * f.fontSize);
			p.closePath();
			p.stroke();
			if (h[n].position == "left") {
				c -= h[n].width + x.yAxis.padding * x.pix
			} else {
				d += h[n].width + x.yAxis.padding * x.pix
			}
		}
	}
}

function drawToolTipSplitArea(t, e, a, i, r) {
	var o = assign({}, {
		activeBgColor: "#000000",
		activeBgOpacity: .08,
		activeWidth: r
	}, e.extra.column);
	o.activeWidth = o.activeWidth > r ? r : o.activeWidth;
	var n = e.area[0];
	var l = e.height - e.area[2];
	i.beginPath();
	i.setFillStyle(hexToRgb(o.activeBgColor, o.activeBgOpacity));
	i.rect(t - o.activeWidth / 2, n, o.activeWidth, l - n);
	i.closePath();
	i.fill();
	i.setFillStyle("#FFFFFF")
}

function drawBarToolTipSplitArea(t, e, a, i, r) {
	var o = assign({}, {
		activeBgColor: "#000000",
		activeBgOpacity: .08
	}, e.extra.bar);
	var n = e.area[3];
	var l = e.width - e.area[1];
	i.beginPath();
	i.setFillStyle(hexToRgb(o.activeBgColor, o.activeBgOpacity));
	i.rect(n, t - r / 2, l - n, r);
	i.closePath();
	i.fill();
	i.setFillStyle("#FFFFFF")
}

function drawToolTip(e, r, o, a, n, i, f) {
	var l = assign({}, {
		showBox: true,
		showArrow: true,
		showCategory: false,
		bgColor: "#000000",
		bgOpacity: .7,
		borderColor: "#000000",
		borderWidth: 0,
		borderRadius: 0,
		borderOpacity: .7,
		boxPadding: 3,
		fontColor: "#FFFFFF",
		fontSize: 13,
		lineHeight: 20,
		legendShow: true,
		legendShape: "auto",
		splitLine: true
	}, o.extra.tooltip);
	if (l.showCategory == true && o.categories) {
		e.unshift({
			text: o.categories[o.tooltip.index],
			color: null
		})
	}
	var s = l.fontSize * o.pix;
	var p = l.lineHeight * o.pix;
	var h = l.boxPadding * o.pix;
	var c = s;
	var u = 5 * o.pix;
	if (l.legendShow == false) {
		c = 0;
		u = 0
	}
	var d = l.showArrow ? 8 * o.pix : 0;
	var g = false;
	if (o.type == "line" || o.type == "mount" || o.type == "area" || o.type == "candle" || o.type == "mix") {
		if (l.splitLine == true) {
			drawToolTipSplitLine(o.tooltip.offset.x, o, a, n)
		}
	}
	r = assign({
		x: 0,
		y: 0
	}, r);
	r.y -= 8 * o.pix;
	var y = e.map(function(t) {
		return measureText(t.text, s, n)
	});
	var x = c + u + 4 * h + Math.max.apply(null, y);
	var v = 2 * h + e.length * p;
	if (l.showBox == false) {
		return
	}
	if (r.x - Math.abs(o._scrollDistance_ || 0) + d + x > o.width) {
		g = true
	}
	if (v + r.y > o.height) {
		r.y = o.height - v
	}
	n.beginPath();
	n.setFillStyle(hexToRgb(l.bgColor, l.bgOpacity));
	n.setLineWidth(l.borderWidth * o.pix);
	n.setStrokeStyle(hexToRgb(l.borderColor, l.borderOpacity));
	var t = l.borderRadius;
	if (g) {
		if (x + d > o.width) {
			r.x = o.width + Math.abs(o._scrollDistance_ || 0) + d + (x - o.width)
		}
		if (x > r.x) {
			r.x = o.width + Math.abs(o._scrollDistance_ || 0) + d + (x - o.width)
		}
		if (l.showArrow) {
			n.moveTo(r.x, r.y + 10 * o.pix);
			n.lineTo(r.x - d, r.y + 10 * o.pix + 5 * o.pix)
		}
		n.arc(r.x - d - t, r.y + v - t, t, 0, Math.PI / 2, false);
		n.arc(r.x - d - Math.round(x) + t, r.y + v - t, t, Math.PI / 2, Math.PI, false);
		n.arc(r.x - d - Math.round(x) + t, r.y + t, t, -Math.PI, -Math.PI / 2, false);
		n.arc(r.x - d - t, r.y + t, t, -Math.PI / 2, 0, false);
		if (l.showArrow) {
			n.lineTo(r.x - d, r.y + 10 * o.pix - 5 * o.pix);
			n.lineTo(r.x, r.y + 10 * o.pix)
		}
	} else {
		if (l.showArrow) {
			n.moveTo(r.x, r.y + 10 * o.pix);
			n.lineTo(r.x + d, r.y + 10 * o.pix - 5 * o.pix)
		}
		n.arc(r.x + d + t, r.y + t, t, -Math.PI, -Math.PI / 2, false);
		n.arc(r.x + d + Math.round(x) - t, r.y + t, t, -Math.PI / 2, 0, false);
		n.arc(r.x + d + Math.round(x) - t, r.y + v - t, t, 0, Math.PI / 2, false);
		n.arc(r.x + d + t, r.y + v - t, t, Math.PI / 2, Math.PI, false);
		if (l.showArrow) {
			n.lineTo(r.x + d, r.y + 10 * o.pix + 5 * o.pix);
			n.lineTo(r.x, r.y + 10 * o.pix)
		}
	}
	n.closePath();
	n.fill();
	if (l.borderWidth > 0) {
		n.stroke()
	}
	if (l.legendShow) {
		e.forEach(function(t, e) {
			if (t.color !== null) {
				n.beginPath();
				n.setFillStyle(t.color);
				var a = r.x + d + 2 * h;
				var i = r.y + (p - s) / 2 + p * e + h + 1;
				if (g) {
					a = r.x - x - d + 2 * h
				}
				switch (t.legendShape) {
					case "line":
						n.moveTo(a, i + .5 * c - 2 * o.pix);
						n.fillRect(a, i + .5 * c - 2 * o.pix, c, 4 * o.pix);
						break;
					case "triangle":
						n.moveTo(a + 7.5 * o.pix, i + .5 * c - 5 * o.pix);
						n.lineTo(a + 2.5 * o.pix, i + .5 * c + 5 * o.pix);
						n.lineTo(a + 12.5 * o.pix, i + .5 * c + 5 * o.pix);
						n.lineTo(a + 7.5 * o.pix, i + .5 * c - 5 * o.pix);
						break;
					case "diamond":
						n.moveTo(a + 7.5 * o.pix, i + .5 * c - 5 * o.pix);
						n.lineTo(a + 2.5 * o.pix, i + .5 * c);
						n.lineTo(a + 7.5 * o.pix, i + .5 * c + 5 * o.pix);
						n.lineTo(a + 12.5 * o.pix, i + .5 * c);
						n.lineTo(a + 7.5 * o.pix, i + .5 * c - 5 * o.pix);
						break;
					case "circle":
						n.moveTo(a + 7.5 * o.pix, i + .5 * c);
						n.arc(a + 7.5 * o.pix, i + .5 * c, 5 * o.pix, 0, 2 * Math.PI);
						break;
					case "rect":
						n.moveTo(a, i + .5 * c - 5 * o.pix);
						n.fillRect(a, i + .5 * c - 5 * o.pix, 15 * o.pix, 10 * o.pix);
						break;
					case "square":
						n.moveTo(a + 2 * o.pix, i + .5 * c - 5 * o.pix);
						n.fillRect(a + 2 * o.pix, i + .5 * c - 5 * o.pix, 10 * o.pix, 10 * o.pix);
						break;
					default:
						n.moveTo(a, i + .5 * c - 5 * o.pix);
						n.fillRect(a, i + .5 * c - 5 * o.pix, 15 * o.pix, 10 * o.pix)
				}
				n.closePath();
				n.fill()
			}
		})
	}
	e.forEach(function(t, e) {
		var a = r.x + d + 2 * h + c + u;
		if (g) {
			a = r.x - x - d + 2 * h + c + u
		}
		var i = r.y + p * e + (p - s) / 2 - 1 + h + s;
		n.beginPath();
		n.setFontSize(s);
		n.setTextBaseline("normal");
		n.setFillStyle(l.fontColor);
		n.fillText(t.text, a, i);
		n.closePath();
		n.stroke()
	})
}

function drawColumnDataPoints(T, b, S, w) {
	let A = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	let t = b.chartData.xAxisData,
		P = t.xAxisPoints,
		C = t.eachSpacing;
	let D = assign({}, {
		type: "group",
		width: C / 2,
		meterBorder: 4,
		meterFillColor: "#FFFFFF",
		barBorderCircle: false,
		barBorderRadius: [],
		seriesGap: 2,
		linearType: "none",
		linearOpacity: 1,
		customColor: [],
		colorStop: 0,
		labelPosition: "outside"
	}, b.extra.column);
	let M = [];
	w.save();
	let L = -2;
	let F = P.length + 2;
	if (b._scrollDistance_ && b._scrollDistance_ !== 0 && b.enableScroll === true) {
		w.translate(b._scrollDistance_, 0);
		L = Math.floor(-b._scrollDistance_ / C) - 2;
		F = L + b.xAxis.itemCount + 4
	}
	if (b.tooltip && b.tooltip.textList && b.tooltip.textList.length && A === 1) {
		drawToolTipSplitArea(b.tooltip.offset.x, b, S, w, C)
	}
	D.customColor = fillCustomColor(D.linearType, D.customColor, T, S);
	T.forEach(function(a, i) {
		let e, t, o;
		e = [].concat(b.chartData.yAxisData.ranges[a.index]);
		t = e.pop();
		o = e.shift();
		let x = b.height - b.area[0] - b.area[2];
		let f = x * (0 - t) / (o - t);
		let n = b.height - Math.round(f) - b.area[2];
		a.zeroPoints = n;
		var p = a.data;
		switch (D.type) {
			case "group":
				var r = getColumnDataPoints(p, t, o, P, C, b, S, n, A);
				var u = getStackDataPoints(p, t, o, P, C, b, S, i, T, A);
				M.push(u);
				r = fixColumeData(r, C, T.length, i, S, b);
				for (let t = 0; t < r.length; t++) {
					let o = r[t];
					if (o !== null && t > L && t < F) {
						var l = o.x - o.width / 2;
						var s = b.height - o.y - b.area[2];
						w.beginPath();
						var g = o.color || a.color;
						var y = o.color || a.color;
						if (D.linearType !== "none") {
							var v = w.createLinearGradient(l, o.y, l, n);
							if (D.linearType == "opacity") {
								v.addColorStop(0, hexToRgb(g, D.linearOpacity));
								v.addColorStop(1, hexToRgb(g, 1))
							} else {
								v.addColorStop(0, hexToRgb(D.customColor[a.linearIndex], D.linearOpacity));
								v.addColorStop(D.colorStop, hexToRgb(D.customColor[a.linearIndex], D.linearOpacity));
								v.addColorStop(1, hexToRgb(g, 1))
							}
							g = v
						}
						if (D.barBorderRadius && D.barBorderRadius.length === 4 || D.barBorderCircle === true) {
							const h = l;
							const c = o.y > n ? n : o.y;
							const d = o.width;
							const s = Math.abs(n - o.y);
							if (D.barBorderCircle) {
								D.barBorderRadius = [d / 2, d / 2, 0, 0]
							}
							if (o.y > n) {
								D.barBorderRadius = [0, 0, d / 2, d / 2]
							}
							let [t, e, a, i] = D.barBorderRadius;
							let r = Math.min(d / 2, s / 2);
							t = t > r ? r : t;
							e = e > r ? r : e;
							a = a > r ? r : a;
							i = i > r ? r : i;
							t = t < 0 ? 0 : t;
							e = e < 0 ? 0 : e;
							a = a < 0 ? 0 : a;
							i = i < 0 ? 0 : i;
							w.arc(h + t, c + t, t, -Math.PI, -Math.PI / 2);
							w.arc(h + d - e, c + e, e, -Math.PI / 2, 0);
							w.arc(h + d - a, c + s - a, a, 0, Math.PI / 2);
							w.arc(h + i, c + s - i, i, Math.PI / 2, Math.PI)
						} else {
							w.moveTo(l, o.y);
							w.lineTo(l + o.width, o.y);
							w.lineTo(l + o.width, n);
							w.lineTo(l, n);
							w.lineTo(l, o.y);
							w.setLineWidth(1);
							w.setStrokeStyle(y)
						}
						w.setFillStyle(g);
						w.closePath();
						w.fill()
					}
				};
				break;
			case "stack":
				var r = getStackDataPoints(p, t, o, P, C, b, S, i, T, A);
				M.push(r);
				r = fixColumeStackData(r, C, T.length, i, S, b, T);
				for (let e = 0; e < r.length; e++) {
					let t = r[e];
					if (t !== null && e > L && e < F) {
						w.beginPath();
						var g = t.color || a.color;
						var l = t.x - t.width / 2 + 1;
						var s = b.height - t.y - b.area[2];
						var m = b.height - t.y0 - b.area[2];
						if (i > 0) {
							s -= m
						}
						w.setFillStyle(g);
						w.moveTo(l, t.y);
						w.fillRect(l, t.y, t.width, s);
						w.closePath();
						w.fill()
					}
				};
				break;
			case "meter":
				var r = getDataPoints(p, t, o, P, C, b, S, A);
				M.push(r);
				r = fixColumeMeterData(r, C, T.length, i, S, b, D.meterBorder);
				for (let t = 0; t < r.length; t++) {
					let o = r[t];
					if (o !== null && t > L && t < F) {
						w.beginPath();
						if (i == 0 && D.meterBorder > 0) {
							w.setStrokeStyle(a.color);
							w.setLineWidth(D.meterBorder * b.pix)
						}
						if (i == 0) {
							w.setFillStyle(D.meterFillColor)
						} else {
							w.setFillStyle(o.color || a.color)
						}
						var l = o.x - o.width / 2;
						var s = b.height - o.y - b.area[2];
						if (D.barBorderRadius && D.barBorderRadius.length === 4 || D.barBorderCircle === true) {
							const h = l;
							const c = o.y;
							const d = o.width;
							const s = n - o.y;
							if (D.barBorderCircle) {
								D.barBorderRadius = [d / 2, d / 2, 0, 0]
							}
							let [t, e, a, i] = D.barBorderRadius;
							let r = Math.min(d / 2, s / 2);
							t = t > r ? r : t;
							e = e > r ? r : e;
							a = a > r ? r : a;
							i = i > r ? r : i;
							t = t < 0 ? 0 : t;
							e = e < 0 ? 0 : e;
							a = a < 0 ? 0 : a;
							i = i < 0 ? 0 : i;
							w.arc(h + t, c + t, t, -Math.PI, -Math.PI / 2);
							w.arc(h + d - e, c + e, e, -Math.PI / 2, 0);
							w.arc(h + d - a, c + s - a, a, 0, Math.PI / 2);
							w.arc(h + i, c + s - i, i, Math.PI / 2, Math.PI);
							w.fill()
						} else {
							w.moveTo(l, o.y);
							w.lineTo(l + o.width, o.y);
							w.lineTo(l + o.width, n);
							w.lineTo(l, n);
							w.lineTo(l, o.y);
							w.fill()
						}
						if (i == 0 && D.meterBorder > 0) {
							w.closePath();
							w.stroke()
						}
					}
				}
				break
		}
	});
	if (b.dataLabel !== false && A === 1) {
		T.forEach(function(t, e) {
			let a, i, r;
			a = [].concat(b.chartData.yAxisData.ranges[t.index]);
			i = a.pop();
			r = a.shift();
			var o = t.data;
			switch (D.type) {
				case "group":
					var n = getColumnDataPoints(o, i, r, P, C, b, S, A);
					n = fixColumeData(n, C, T.length, e, S, b);
					drawColumePointText(n, t, S, w, b);
					break;
				case "stack":
					var n = getStackDataPoints(o, i, r, P, C, b, S, e, T, A);
					drawColumePointText(n, t, S, w, b);
					break;
				case "meter":
					var n = getDataPoints(o, i, r, P, C, b, S, A);
					drawColumePointText(n, t, S, w, b);
					break
			}
		})
	}
	w.restore();
	return {
		xAxisPoints: P,
		calPoints: M,
		eachSpacing: C
	}
}

function drawMountDataPoints(i, r, o, n) {
	let f = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	let t = r.chartData.xAxisData,
		p = t.xAxisPoints,
		l = t.eachSpacing;
	let s = assign({}, {
		type: "mount",
		widthRatio: 1,
		borderWidth: 1,
		barBorderCircle: false,
		barBorderRadius: [],
		linearType: "none",
		linearOpacity: 1,
		customColor: [],
		colorStop: 0
	}, r.extra.mount);
	s.widthRatio = s.widthRatio <= 0 ? 0 : s.widthRatio;
	s.widthRatio = s.widthRatio >= 2 ? 2 : s.widthRatio;
	let e = [];
	n.save();
	let u = -2;
	let g = p.length + 2;
	if (r._scrollDistance_ && r._scrollDistance_ !== 0 && r.enableScroll === true) {
		n.translate(r._scrollDistance_, 0);
		u = Math.floor(-r._scrollDistance_ / l) - 2;
		g = u + r.xAxis.itemCount + 4
	}
	s.customColor = fillCustomColor(s.linearType, s.customColor, i, o);
	let y, v, m;
	y = [].concat(r.chartData.yAxisData.ranges[0]);
	v = y.pop();
	m = y.shift();
	let T = r.height - r.area[0] - r.area[2];
	let b = T * (0 - v) / (m - v);
	let h = r.height - Math.round(b) - r.area[2];
	var c = getMountDataPoints(i, v, m, p, l, r, s, h, f);
	switch (s.type) {
		case "bar":
			for (let t = 0; t < c.length; t++) {
				let o = c[t];
				if (o !== null && t > u && t < g) {
					var d = o.x - l * s.widthRatio / 2;
					var S = r.height - o.y - r.area[2];
					n.beginPath();
					var a = o.color || i[t].color;
					var w = o.color || i[t].color;
					if (s.linearType !== "none") {
						var x = n.createLinearGradient(d, o.y, d, h);
						if (s.linearType == "opacity") {
							x.addColorStop(0, hexToRgb(a, s.linearOpacity));
							x.addColorStop(1, hexToRgb(a, 1))
						} else {
							x.addColorStop(0, hexToRgb(s.customColor[i[t].linearIndex], s.linearOpacity));
							x.addColorStop(s.colorStop, hexToRgb(s.customColor[i[t].linearIndex], s.linearOpacity));
							x.addColorStop(1, hexToRgb(a, 1))
						}
						a = x
					}
					if (s.barBorderRadius && s.barBorderRadius.length === 4 || s.barBorderCircle === true) {
						const A = d;
						const P = o.y > h ? h : o.y;
						const C = o.width;
						const S = Math.abs(h - o.y);
						if (s.barBorderCircle) {
							s.barBorderRadius = [C / 2, C / 2, 0, 0]
						}
						if (o.y > h) {
							s.barBorderRadius = [0, 0, C / 2, C / 2]
						}
						let [t, e, a, i] = s.barBorderRadius;
						let r = Math.min(C / 2, S / 2);
						t = t > r ? r : t;
						e = e > r ? r : e;
						a = a > r ? r : a;
						i = i > r ? r : i;
						t = t < 0 ? 0 : t;
						e = e < 0 ? 0 : e;
						a = a < 0 ? 0 : a;
						i = i < 0 ? 0 : i;
						n.arc(A + t, P + t, t, -Math.PI, -Math.PI / 2);
						n.arc(A + C - e, P + e, e, -Math.PI / 2, 0);
						n.arc(A + C - a, P + S - a, a, 0, Math.PI / 2);
						n.arc(A + i, P + S - i, i, Math.PI / 2, Math.PI)
					} else {
						n.moveTo(d, o.y);
						n.lineTo(d + o.width, o.y);
						n.lineTo(d + o.width, h);
						n.lineTo(d, h);
						n.lineTo(d, o.y)
					}
					n.setStrokeStyle(w);
					n.setFillStyle(a);
					if (s.borderWidth > 0) {
						n.setLineWidth(s.borderWidth * r.pix);
						n.closePath();
						n.stroke()
					}
					n.fill()
				}
			};
			break;
		case "triangle":
			for (let e = 0; e < c.length; e++) {
				let t = c[e];
				if (t !== null && e > u && e < g) {
					var d = t.x - l * s.widthRatio / 2;
					var S = r.height - t.y - r.area[2];
					n.beginPath();
					var a = t.color || i[e].color;
					var w = t.color || i[e].color;
					if (s.linearType !== "none") {
						var x = n.createLinearGradient(d, t.y, d, h);
						if (s.linearType == "opacity") {
							x.addColorStop(0, hexToRgb(a, s.linearOpacity));
							x.addColorStop(1, hexToRgb(a, 1))
						} else {
							x.addColorStop(0, hexToRgb(s.customColor[i[e].linearIndex], s.linearOpacity));
							x.addColorStop(s.colorStop, hexToRgb(s.customColor[i[e].linearIndex], s.linearOpacity));
							x.addColorStop(1, hexToRgb(a, 1))
						}
						a = x
					}
					n.moveTo(d, h);
					n.lineTo(t.x, t.y);
					n.lineTo(d + t.width, h);
					n.setStrokeStyle(w);
					n.setFillStyle(a);
					if (s.borderWidth > 0) {
						n.setLineWidth(s.borderWidth * r.pix);
						n.stroke()
					}
					n.fill()
				}
			};
			break;
		case "mount":
			for (let e = 0; e < c.length; e++) {
				let t = c[e];
				if (t !== null && e > u && e < g) {
					var d = t.x - l * s.widthRatio / 2;
					var S = r.height - t.y - r.area[2];
					n.beginPath();
					var a = t.color || i[e].color;
					var w = t.color || i[e].color;
					if (s.linearType !== "none") {
						var x = n.createLinearGradient(d, t.y, d, h);
						if (s.linearType == "opacity") {
							x.addColorStop(0, hexToRgb(a, s.linearOpacity));
							x.addColorStop(1, hexToRgb(a, 1))
						} else {
							x.addColorStop(0, hexToRgb(s.customColor[i[e].linearIndex], s.linearOpacity));
							x.addColorStop(s.colorStop, hexToRgb(s.customColor[i[e].linearIndex], s.linearOpacity));
							x.addColorStop(1, hexToRgb(a, 1))
						}
						a = x
					}
					n.moveTo(d, h);
					n.bezierCurveTo(t.x - t.width / 4, h, t.x - t.width / 4, t.y, t.x, t.y);
					n.bezierCurveTo(t.x + t.width / 4, t.y, t.x + t.width / 4, h, d + t.width, h);
					n.setStrokeStyle(w);
					n.setFillStyle(a);
					if (s.borderWidth > 0) {
						n.setLineWidth(s.borderWidth * r.pix);
						n.stroke()
					}
					n.fill()
				}
			};
			break;
		case "sharp":
			for (let e = 0; e < c.length; e++) {
				let t = c[e];
				if (t !== null && e > u && e < g) {
					var d = t.x - l * s.widthRatio / 2;
					var S = r.height - t.y - r.area[2];
					n.beginPath();
					var a = t.color || i[e].color;
					var w = t.color || i[e].color;
					if (s.linearType !== "none") {
						var x = n.createLinearGradient(d, t.y, d, h);
						if (s.linearType == "opacity") {
							x.addColorStop(0, hexToRgb(a, s.linearOpacity));
							x.addColorStop(1, hexToRgb(a, 1))
						} else {
							x.addColorStop(0, hexToRgb(s.customColor[i[e].linearIndex], s.linearOpacity));
							x.addColorStop(s.colorStop, hexToRgb(s.customColor[i[e].linearIndex], s.linearOpacity));
							x.addColorStop(1, hexToRgb(a, 1))
						}
						a = x
					}
					n.moveTo(d, h);
					n.quadraticCurveTo(t.x - 0, h - S / 4, t.x, t.y);
					n.quadraticCurveTo(t.x + 0, h - S / 4, d + t.width, h);
					n.setStrokeStyle(w);
					n.setFillStyle(a);
					if (s.borderWidth > 0) {
						n.setLineWidth(s.borderWidth * r.pix);
						n.stroke()
					}
					n.fill()
				}
			};
			break
	}
	if (r.dataLabel !== false && f === 1) {
		let t, e, a;
		t = [].concat(r.chartData.yAxisData.ranges[0]);
		e = t.pop();
		a = t.shift();
		var c = getMountDataPoints(i, e, a, p, l, r, s, h, f);
		drawMountPointText(c, i, o, n, r, h)
	}
	n.restore();
	return {
		xAxisPoints: p,
		calPoints: c,
		eachSpacing: l
	}
}

function drawBarDataPoints(y, v, m, T) {
	let b = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	let S = [];
	let w = (v.height - v.area[0] - v.area[2]) / v.categories.length;
	for (let t = 0; t < v.categories.length; t++) {
		S.push(v.area[0] + w / 2 + w * t)
	}
	let A = assign({}, {
		type: "group",
		width: w / 2,
		meterBorder: 4,
		meterFillColor: "#FFFFFF",
		barBorderCircle: false,
		barBorderRadius: [],
		seriesGap: 2,
		linearType: "none",
		linearOpacity: 1,
		customColor: [],
		colorStop: 0
	}, v.extra.bar);
	let P = [];
	T.save();
	let C = -2;
	let D = S.length + 2;
	if (v.tooltip && v.tooltip.textList && v.tooltip.textList.length && b === 1) {
		drawBarToolTipSplitArea(v.tooltip.offset.y, v, m, T, w)
	}
	A.customColor = fillCustomColor(A.linearType, A.customColor, y, m);
	y.forEach(function(a, t) {
		let o, e, d;
		o = [].concat(v.chartData.xAxisData.ranges);
		d = o.pop();
		e = o.shift();
		var x = a.data;
		switch (A.type) {
			case "group":
				var i = getBarDataPoints(x, e, d, S, w, v, m, b);
				var f = getBarStackDataPoints(x, e, d, S, w, v, m, t, y, b);
				P.push(f);
				i = fixBarData(i, w, y.length, t, m, v);
				for (let t = 0; t < i.length; t++) {
					let o = i[t];
					if (o !== null && t > C && t < D) {
						var n = v.area[3];
						var r = o.y - o.width / 2;
						var p = o.height;
						T.beginPath();
						var l = o.color || a.color;
						var u = o.color || a.color;
						if (A.linearType !== "none") {
							var s = T.createLinearGradient(n, o.y, o.x, o.y);
							if (A.linearType == "opacity") {
								s.addColorStop(0, hexToRgb(l, A.linearOpacity));
								s.addColorStop(1, hexToRgb(l, 1))
							} else {
								s.addColorStop(0, hexToRgb(A.customColor[a.linearIndex], A.linearOpacity));
								s.addColorStop(A.colorStop, hexToRgb(A.customColor[a.linearIndex], A.linearOpacity));
								s.addColorStop(1, hexToRgb(l, 1))
							}
							l = s
						}
						if (A.barBorderRadius && A.barBorderRadius.length === 4 || A.barBorderCircle === true) {
							const g = n;
							const h = o.width;
							const c = o.y - o.width / 2;
							const p = o.height;
							if (A.barBorderCircle) {
								A.barBorderRadius = [h / 2, h / 2, 0, 0]
							}
							let [t, e, a, i] = A.barBorderRadius;
							let r = Math.min(h / 2, p / 2);
							t = t > r ? r : t;
							e = e > r ? r : e;
							a = a > r ? r : a;
							i = i > r ? r : i;
							t = t < 0 ? 0 : t;
							e = e < 0 ? 0 : e;
							a = a < 0 ? 0 : a;
							i = i < 0 ? 0 : i;
							T.arc(g + i, c + i, i, -Math.PI, -Math.PI / 2);
							T.arc(o.x - t, c + t, t, -Math.PI / 2, 0);
							T.arc(o.x - e, c + h - e, e, 0, Math.PI / 2);
							T.arc(g + a, c + h - a, a, Math.PI / 2, Math.PI)
						} else {
							T.moveTo(n, r);
							T.lineTo(o.x, r);
							T.lineTo(o.x, r + o.width);
							T.lineTo(n, r + o.width);
							T.lineTo(n, r);
							T.setLineWidth(1);
							T.setStrokeStyle(u)
						}
						T.setFillStyle(l);
						T.closePath();
						T.fill()
					}
				};
				break;
			case "stack":
				var i = getBarStackDataPoints(x, e, d, S, w, v, m, t, y, b);
				P.push(i);
				i = fixBarStackData(i, w, y.length, t, m, v, y);
				for (let e = 0; e < i.length; e++) {
					let t = i[e];
					if (t !== null && e > C && e < D) {
						T.beginPath();
						var l = t.color || a.color;
						var n = t.x0;
						T.setFillStyle(l);
						T.moveTo(n, t.y - t.width / 2);
						T.fillRect(n, t.y - t.width / 2, t.height, t.width);
						T.closePath();
						T.fill()
					}
				};
				break
		}
	});
	if (v.dataLabel !== false && b === 1) {
		y.forEach(function(t, e) {
			let a, i, r;
			a = [].concat(v.chartData.xAxisData.ranges);
			r = a.pop();
			i = a.shift();
			var o = t.data;
			switch (A.type) {
				case "group":
					var n = getBarDataPoints(o, i, r, S, w, v, m, b);
					n = fixBarData(n, w, y.length, e, m, v);
					drawBarPointText(n, t, m, T, v);
					break;
				case "stack":
					var n = getBarStackDataPoints(o, i, r, S, w, v, m, e, y, b);
					drawBarPointText(n, t, m, T, v);
					break
			}
		})
	}
	return {
		yAxisPoints: S,
		calPoints: P,
		eachSpacing: w
	}
}

function drawCandleDataPoints(e, t, h, c, d) {
	var g = arguments.length > 5 && arguments[5] !== undefined ? arguments[5] : 1;
	var s = assign({}, {
		color: {},
		average: {}
	}, h.extra.candle);
	s.color = assign({}, {
		upLine: "#f04864",
		upFill: "#f04864",
		downLine: "#2fc25b",
		downFill: "#2fc25b"
	}, s.color);
	s.average = assign({}, {
		show: false,
		name: [],
		day: [],
		color: c.color
	}, s.average);
	h.extra.candle = s;
	let a = h.chartData.xAxisData,
		x = a.xAxisPoints,
		f = a.eachSpacing;
	let y = [];
	d.save();
	let p = -2;
	let v = x.length + 2;
	let u = 0;
	let m = h.width + f;
	if (h._scrollDistance_ && h._scrollDistance_ !== 0 && h.enableScroll === true) {
		d.translate(h._scrollDistance_, 0);
		p = Math.floor(-h._scrollDistance_ / f) - 2;
		v = p + h.xAxis.itemCount + 4;
		u = -h._scrollDistance_ - f * 2 + h.area[3];
		m = u + (h.xAxis.itemCount + 4) * f
	}
	if (s.average.show || t) {
		t.forEach(function(e, t) {
			let a, i, r;
			a = [].concat(h.chartData.yAxisData.ranges[e.index]);
			i = a.pop();
			r = a.shift();
			var o = e.data;
			var n = getDataPoints(o, i, r, x, f, h, c, g);
			var l = splitPoints(n, e);
			for (let t = 0; t < l.length; t++) {
				let i = l[t];
				d.beginPath();
				d.setStrokeStyle(e.color);
				d.setLineWidth(1);
				if (i.length === 1) {
					d.moveTo(i[0].x, i[0].y);
					d.arc(i[0].x, i[0].y, 1, 0, 2 * Math.PI)
				} else {
					d.moveTo(i[0].x, i[0].y);
					let a = 0;
					for (let e = 0; e < i.length; e++) {
						let t = i[e];
						if (a == 0 && t.x > u) {
							d.moveTo(t.x, t.y);
							a = 1
						}
						if (e > 0 && t.x > u && t.x < m) {
							var s = createCurveControlPoints(i, e - 1);
							d.bezierCurveTo(s.ctrA.x, s.ctrA.y, s.ctrB.x, s.ctrB.y, t.x, t.y)
						}
					}
					d.moveTo(i[0].x, i[0].y)
				}
				d.closePath();
				d.stroke()
			}
		})
	}
	e.forEach(function(t, e) {
		let a, i, r;
		a = [].concat(h.chartData.yAxisData.ranges[t.index]);
		i = a.pop();
		r = a.shift();
		var o = t.data;
		var n = getCandleDataPoints(o, i, r, x, f, h, c, g);
		y.push(n);
		var l = splitPoints(n, t);
		for (let e = 0; e < l[0].length; e++) {
			if (e > p && e < v) {
				let t = l[0][e];
				d.beginPath();
				if (o[e][1] - o[e][0] > 0) {
					d.setStrokeStyle(s.color.upLine);
					d.setFillStyle(s.color.upFill);
					d.setLineWidth(1 * h.pix);
					d.moveTo(t[3].x, t[3].y);
					d.lineTo(t[1].x, t[1].y);
					d.lineTo(t[1].x - f / 4, t[1].y);
					d.lineTo(t[0].x - f / 4, t[0].y);
					d.lineTo(t[0].x, t[0].y);
					d.lineTo(t[2].x, t[2].y);
					d.lineTo(t[0].x, t[0].y);
					d.lineTo(t[0].x + f / 4, t[0].y);
					d.lineTo(t[1].x + f / 4, t[1].y);
					d.lineTo(t[1].x, t[1].y);
					d.moveTo(t[3].x, t[3].y)
				} else {
					d.setStrokeStyle(s.color.downLine);
					d.setFillStyle(s.color.downFill);
					d.setLineWidth(1 * h.pix);
					d.moveTo(t[3].x, t[3].y);
					d.lineTo(t[0].x, t[0].y);
					d.lineTo(t[0].x - f / 4, t[0].y);
					d.lineTo(t[1].x - f / 4, t[1].y);
					d.lineTo(t[1].x, t[1].y);
					d.lineTo(t[2].x, t[2].y);
					d.lineTo(t[1].x, t[1].y);
					d.lineTo(t[1].x + f / 4, t[1].y);
					d.lineTo(t[0].x + f / 4, t[0].y);
					d.lineTo(t[0].x, t[0].y);
					d.moveTo(t[3].x, t[3].y)
				}
				d.closePath();
				d.fill();
				d.stroke()
			}
		}
	});
	d.restore();
	return {
		xAxisPoints: x,
		calPoints: y,
		eachSpacing: f
	}
}

function drawAreaDataPoints(t, s, h, c) {
	var d = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	var x = assign({}, {
		type: "straight",
		opacity: .2,
		addLine: false,
		width: 2,
		gradient: false,
		activeType: "none"
	}, s.extra.area);
	let e = s.chartData.xAxisData,
		f = e.xAxisPoints,
		p = e.eachSpacing;
	let y = s.height - s.area[2];
	let v = [];
	c.save();
	let u = 0;
	let g = s.width + p;
	if (s._scrollDistance_ && s._scrollDistance_ !== 0 && s.enableScroll === true) {
		c.translate(s._scrollDistance_, 0);
		u = -s._scrollDistance_ - p * 2 + s.area[3];
		g = u + (s.xAxis.itemCount + 4) * p
	}
	t.forEach(function(e, t) {
		let a, i, r;
		a = [].concat(s.chartData.yAxisData.ranges[e.index]);
		i = a.pop();
		r = a.shift();
		let o = e.data;
		let n = getDataPoints(o, i, r, f, p, s, h, d);
		v.push(n);
		let l = splitPoints(n, e);
		for (let t = 0; t < l.length; t++) {
			let r = l[t];
			c.beginPath();
			c.setStrokeStyle(hexToRgb(e.color, x.opacity));
			if (x.gradient) {
				let t = c.createLinearGradient(0, s.area[0], 0, s.height - s.area[2]);
				t.addColorStop("0", hexToRgb(e.color, x.opacity));
				t.addColorStop("1.0", hexToRgb("#FFFFFF", .1));
				c.setFillStyle(t)
			} else {
				c.setFillStyle(hexToRgb(e.color, x.opacity))
			}
			c.setLineWidth(x.width * s.pix);
			if (r.length > 1) {
				let t = r[0];
				let e = r[r.length - 1];
				c.moveTo(t.x, t.y);
				let i = 0;
				if (x.type === "curve") {
					for (let a = 0; a < r.length; a++) {
						let e = r[a];
						if (i == 0 && e.x > u) {
							c.moveTo(e.x, e.y);
							i = 1
						}
						if (a > 0 && e.x > u && e.x < g) {
							let t = createCurveControlPoints(r, a - 1);
							c.bezierCurveTo(t.ctrA.x, t.ctrA.y, t.ctrB.x, t.ctrB.y, e.x, e.y)
						}
					}
				}
				if (x.type === "straight") {
					for (let e = 0; e < r.length; e++) {
						let t = r[e];
						if (i == 0 && t.x > u) {
							c.moveTo(t.x, t.y);
							i = 1
						}
						if (e > 0 && t.x > u && t.x < g) {
							c.lineTo(t.x, t.y)
						}
					}
				}
				if (x.type === "step") {
					for (let e = 0; e < r.length; e++) {
						let t = r[e];
						if (i == 0 && t.x > u) {
							c.moveTo(t.x, t.y);
							i = 1
						}
						if (e > 0 && t.x > u && t.x < g) {
							c.lineTo(t.x, r[e - 1].y);
							c.lineTo(t.x, t.y)
						}
					}
				}
				c.lineTo(e.x, y);
				c.lineTo(t.x, y);
				c.lineTo(t.x, t.y)
			} else {
				let t = r[0];
				c.moveTo(t.x - p / 2, t.y)
			}
			c.closePath();
			c.fill();
			if (x.addLine) {
				if (e.lineType == "dash") {
					let t = e.dashLength ? e.dashLength : 8;
					t *= s.pix;
					c.setLineDash([t, t])
				}
				c.beginPath();
				c.setStrokeStyle(e.color);
				c.setLineWidth(x.width * s.pix);
				if (r.length === 1) {
					c.moveTo(r[0].x, r[0].y)
				} else {
					c.moveTo(r[0].x, r[0].y);
					let i = 0;
					if (x.type === "curve") {
						for (let a = 0; a < r.length; a++) {
							let e = r[a];
							if (i == 0 && e.x > u) {
								c.moveTo(e.x, e.y);
								i = 1
							}
							if (a > 0 && e.x > u && e.x < g) {
								let t = createCurveControlPoints(r, a - 1);
								c.bezierCurveTo(t.ctrA.x, t.ctrA.y, t.ctrB.x, t.ctrB.y, e.x, e.y)
							}
						}
					}
					if (x.type === "straight") {
						for (let e = 0; e < r.length; e++) {
							let t = r[e];
							if (i == 0 && t.x > u) {
								c.moveTo(t.x, t.y);
								i = 1
							}
							if (e > 0 && t.x > u && t.x < g) {
								c.lineTo(t.x, t.y)
							}
						}
					}
					if (x.type === "step") {
						for (let e = 0; e < r.length; e++) {
							let t = r[e];
							if (i == 0 && t.x > u) {
								c.moveTo(t.x, t.y);
								i = 1
							}
							if (e > 0 && t.x > u && t.x < g) {
								c.lineTo(t.x, r[e - 1].y);
								c.lineTo(t.x, t.y)
							}
						}
					}
					c.moveTo(r[0].x, r[0].y)
				}
				c.stroke();
				c.setLineDash([])
			}
		}
		if (s.dataPointShape !== false) {
			drawPointShape(n, e.color, e.pointShape, c, s)
		}
		drawActivePoint(n, e.color, e.pointShape, c, s, x, t)
	});
	if (s.dataLabel !== false && d === 1) {
		t.forEach(function(t, e) {
			let a, i, r;
			a = [].concat(s.chartData.yAxisData.ranges[t.index]);
			i = a.pop();
			r = a.shift();
			var o = t.data;
			var n = getDataPoints(o, i, r, f, p, s, h, d);
			drawPointText(n, t, h, c, s)
		})
	}
	c.restore();
	return {
		xAxisPoints: f,
		calPoints: v,
		eachSpacing: p
	}
}

function drawScatterDataPoints(t, s, h, c) {
	var d = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	var i = assign({}, {
		type: "circle"
	}, s.extra.scatter);
	let e = s.chartData.xAxisData,
		x = e.xAxisPoints,
		f = e.eachSpacing;
	var r = [];
	c.save();
	let a = 0;
	let o = s.width + f;
	if (s._scrollDistance_ && s._scrollDistance_ !== 0 && s.enableScroll === true) {
		c.translate(s._scrollDistance_, 0);
		a = -s._scrollDistance_ - f * 2 + s.area[3];
		o = a + (s.xAxis.itemCount + 4) * f
	}
	t.forEach(function(t, e) {
		let a, i, r;
		a = [].concat(s.chartData.yAxisData.ranges[t.index]);
		i = a.pop();
		r = a.shift();
		var o = t.data;
		var n = getDataPoints(o, i, r, x, f, s, h, d);
		c.beginPath();
		c.setStrokeStyle(t.color);
		c.setFillStyle(t.color);
		c.setLineWidth(1 * s.pix);
		var l = t.pointShape;
		if (l === "diamond") {
			n.forEach(function(t, e) {
				if (t !== null) {
					c.moveTo(t.x, t.y - 4.5);
					c.lineTo(t.x - 4.5, t.y);
					c.lineTo(t.x, t.y + 4.5);
					c.lineTo(t.x + 4.5, t.y);
					c.lineTo(t.x, t.y - 4.5)
				}
			})
		} else if (l === "circle") {
			n.forEach(function(t, e) {
				if (t !== null) {
					c.moveTo(t.x + 2.5 * s.pix, t.y);
					c.arc(t.x, t.y, 3 * s.pix, 0, 2 * Math.PI, false)
				}
			})
		} else if (l === "square") {
			n.forEach(function(t, e) {
				if (t !== null) {
					c.moveTo(t.x - 3.5, t.y - 3.5);
					c.rect(t.x - 3.5, t.y - 3.5, 7, 7)
				}
			})
		} else if (l === "triangle") {
			n.forEach(function(t, e) {
				if (t !== null) {
					c.moveTo(t.x, t.y - 4.5);
					c.lineTo(t.x - 4.5, t.y + 4.5);
					c.lineTo(t.x + 4.5, t.y + 4.5);
					c.lineTo(t.x, t.y - 4.5)
				}
			})
		} else if (l === "triangle") {
			return
		}
		c.closePath();
		c.fill();
		c.stroke()
	});
	if (s.dataLabel !== false && d === 1) {
		t.forEach(function(t, e) {
			let a, i, r;
			a = [].concat(s.chartData.yAxisData.ranges[t.index]);
			i = a.pop();
			r = a.shift();
			var o = t.data;
			var n = getDataPoints(o, i, r, x, f, s, h, d);
			drawPointText(n, t, h, c, s)
		})
	}
	c.restore();
	return {
		xAxisPoints: x,
		calPoints: r,
		eachSpacing: f
	}
}

function drawBubbleDataPoints(a, l, s, h) {
	var c = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	var d = assign({}, {
		opacity: 1,
		border: 2
	}, l.extra.bubble);
	let t = l.chartData.xAxisData,
		x = t.xAxisPoints,
		f = t.eachSpacing;
	var i = [];
	h.save();
	let e = 0;
	let r = l.width + f;
	if (l._scrollDistance_ && l._scrollDistance_ !== 0 && l.enableScroll === true) {
		h.translate(l._scrollDistance_, 0);
		e = -l._scrollDistance_ - f * 2 + l.area[3];
		r = e + (l.xAxis.itemCount + 4) * f
	}
	a.forEach(function(i, t) {
		let e, a, r;
		e = [].concat(l.chartData.yAxisData.ranges[i.index]);
		a = e.pop();
		r = e.shift();
		var o = i.data;
		var n = getDataPoints(o, a, r, x, f, l, s, c);
		h.beginPath();
		h.setStrokeStyle(i.color);
		h.setLineWidth(d.border * l.pix);
		h.setFillStyle(hexToRgb(i.color, d.opacity));
		n.forEach(function(t, e) {
			h.moveTo(t.x + t.r, t.y);
			h.arc(t.x, t.y, t.r * l.pix, 0, 2 * Math.PI, false)
		});
		h.closePath();
		h.fill();
		h.stroke();
		if (l.dataLabel !== false && c === 1) {
			n.forEach(function(t, e) {
				h.beginPath();
				var a = i.textSize * l.pix || s.fontSize;
				h.setFontSize(a);
				h.setFillStyle(i.textColor || "#FFFFFF");
				h.setTextAlign("center");
				h.fillText(String(t.t), t.x, t.y + a / 2);
				h.closePath();
				h.stroke();
				h.setTextAlign("left")
			})
		}
	});
	h.restore();
	return {
		xAxisPoints: x,
		calPoints: i,
		eachSpacing: f
	}
}

function drawLineDataPoints(t, d, x, f) {
	var p = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	var u = assign({}, {
		type: "straight",
		width: 2,
		activeType: "none",
		linearType: "none",
		onShadow: false,
		animation: "vertical"
	}, d.extra.line);
	u.width *= d.pix;
	let e = d.chartData.xAxisData,
		g = e.xAxisPoints,
		y = e.eachSpacing;
	var T = [];
	f.save();
	let v = 0;
	let m = d.width + y;
	if (d._scrollDistance_ && d._scrollDistance_ !== 0 && d.enableScroll === true) {
		f.translate(d._scrollDistance_, 0);
		v = -d._scrollDistance_ - y * 2 + d.area[3];
		m = v + (d.xAxis.itemCount + 4) * y
	}
	t.forEach(function(e, c) {
		f.beginPath();
		f.setStrokeStyle(e.color);
		f.moveTo(-1e4, -1e4);
		f.lineTo(-10001, -10001);
		f.stroke();
		let t, a, i;
		t = [].concat(d.chartData.yAxisData.ranges[e.index]);
		a = t.pop();
		i = t.shift();
		var r = e.data;
		var o = getLineDataPoints(r, a, i, g, y, d, x, u, p);
		T.push(o);
		var n = splitPoints(o, e);
		if (e.lineType == "dash") {
			let t = e.dashLength ? e.dashLength : 8;
			t *= d.pix;
			f.setLineDash([t, t])
		}
		f.beginPath();
		var l = e.color;
		if (u.linearType !== "none" && e.linearColor && e.linearColor.length > 0) {
			var s = f.createLinearGradient(d.chartData.xAxisData.startX, d.height / 2, d.chartData.xAxisData.endX, d
				.height / 2);
			for (var h = 0; h < e.linearColor.length; h++) {
				s.addColorStop(e.linearColor[h][0], hexToRgb(e.linearColor[h][1], 1))
			}
			l = s
		}
		f.setStrokeStyle(l);
		if (u.onShadow == true && e.setShadow && e.setShadow.length > 0) {
			f.setShadow(e.setShadow[0], e.setShadow[1], e.setShadow[2], e.setShadow[3])
		} else {
			f.setShadow(0, 0, 0, "rgba(0,0,0,0)")
		}
		f.setLineWidth(u.width);
		n.forEach(function(i, t) {
			if (i.length === 1) {
				f.moveTo(i[0].x, i[0].y)
			} else {
				f.moveTo(i[0].x, i[0].y);
				let a = 0;
				if (u.type === "curve") {
					for (let e = 0; e < i.length; e++) {
						let t = i[e];
						if (a == 0 && t.x > v) {
							f.moveTo(t.x, t.y);
							a = 1
						}
						if (e > 0 && t.x > v && t.x < m) {
							var r = createCurveControlPoints(i, e - 1);
							f.bezierCurveTo(r.ctrA.x, r.ctrA.y, r.ctrB.x, r.ctrB.y, t.x, t.y)
						}
					}
				}
				if (u.type === "straight") {
					for (let e = 0; e < i.length; e++) {
						let t = i[e];
						if (a == 0 && t.x > v) {
							f.moveTo(t.x, t.y);
							a = 1
						}
						if (e > 0 && t.x > v && t.x < m) {
							f.lineTo(t.x, t.y)
						}
					}
				}
				if (u.type === "step") {
					for (let e = 0; e < i.length; e++) {
						let t = i[e];
						if (a == 0 && t.x > v) {
							f.moveTo(t.x, t.y);
							a = 1
						}
						if (e > 0 && t.x > v && t.x < m) {
							f.lineTo(t.x, i[e - 1].y);
							f.lineTo(t.x, t.y)
						}
					}
				}
				f.moveTo(i[0].x, i[0].y)
			}
		});
		f.stroke();
		f.setLineDash([]);
		if (d.dataPointShape !== false) {
			drawPointShape(o, e.color, e.pointShape, f, d)
		}
		drawActivePoint(o, e.color, e.pointShape, f, d, u)
	});
	if (d.dataLabel !== false && p === 1) {
		t.forEach(function(t, e) {
			let a, i, r;
			a = [].concat(d.chartData.yAxisData.ranges[t.index]);
			i = a.pop();
			r = a.shift();
			var o = t.data;
			var n = getDataPoints(o, i, r, g, y, d, x, p);
			drawPointText(n, t, x, f, d)
		})
	}
	f.restore();
	return {
		xAxisPoints: g,
		calPoints: T,
		eachSpacing: y
	}
}

function drawMixDataPoints(t, v, m, T) {
	let D = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	let e = v.chartData.xAxisData,
		b = e.xAxisPoints,
		S = e.eachSpacing;
	let w = assign({}, {
		width: S / 2,
		barBorderCircle: false,
		barBorderRadius: [],
		seriesGap: 2,
		linearType: "none",
		linearOpacity: 1,
		customColor: [],
		colorStop: 0
	}, v.extra.mix.column);
	let A = assign({}, {
		opacity: .2,
		gradient: false
	}, v.extra.mix.area);
	let M = assign({}, {
		width: 2
	}, v.extra.mix.line);
	let L = v.height - v.area[2];
	let F = [];
	var _ = 0;
	var k = 0;
	t.forEach(function(t, e) {
		if (t.type == "column") {
			k += 1
		}
	});
	T.save();
	let R = -2;
	let I = b.length + 2;
	let P = 0;
	let C = v.width + S;
	if (v._scrollDistance_ && v._scrollDistance_ !== 0 && v.enableScroll === true) {
		T.translate(v._scrollDistance_, 0);
		R = Math.floor(-v._scrollDistance_ / S) - 2;
		I = R + v.xAxis.itemCount + 4;
		P = -v._scrollDistance_ - S * 2 + v.area[3];
		C = P + (v.xAxis.itemCount + 4) * S
	}
	w.customColor = fillCustomColor(w.linearType, w.customColor, t, m);
	t.forEach(function(n, t) {
		let o, x, f;
		o = [].concat(v.chartData.yAxisData.ranges[n.index]);
		x = o.pop();
		f = o.shift();
		var p = n.data;
		var a = getDataPoints(p, x, f, b, S, v, m, D);
		F.push(a);
		if (n.type == "column") {
			a = fixColumeData(a, S, k, _, m, v);
			for (let t = 0; t < a.length; t++) {
				let o = a[t];
				if (o !== null && t > R && t < I) {
					var l = o.x - o.width / 2;
					var s = v.height - o.y - v.area[2];
					T.beginPath();
					var e = o.color || n.color;
					var u = o.color || n.color;
					if (w.linearType !== "none") {
						var i = T.createLinearGradient(l, o.y, l, v.height - v.area[2]);
						if (w.linearType == "opacity") {
							i.addColorStop(0, hexToRgb(e, w.linearOpacity));
							i.addColorStop(1, hexToRgb(e, 1))
						} else {
							i.addColorStop(0, hexToRgb(w.customColor[n.linearIndex], w.linearOpacity));
							i.addColorStop(w.colorStop, hexToRgb(w.customColor[n.linearIndex], w.linearOpacity));
							i.addColorStop(1, hexToRgb(e, 1))
						}
						e = i
					}
					if (w.barBorderRadius && w.barBorderRadius.length === 4 || w.barBorderCircle) {
						const h = l;
						const c = o.y;
						const d = o.width;
						const s = v.height - v.area[2] - o.y;
						if (w.barBorderCircle) {
							w.barBorderRadius = [d / 2, d / 2, 0, 0]
						}
						let [t, e, a, i] = w.barBorderRadius;
						let r = Math.min(d / 2, s / 2);
						t = t > r ? r : t;
						e = e > r ? r : e;
						a = a > r ? r : a;
						i = i > r ? r : i;
						t = t < 0 ? 0 : t;
						e = e < 0 ? 0 : e;
						a = a < 0 ? 0 : a;
						i = i < 0 ? 0 : i;
						T.arc(h + t, c + t, t, -Math.PI, -Math.PI / 2);
						T.arc(h + d - e, c + e, e, -Math.PI / 2, 0);
						T.arc(h + d - a, c + s - a, a, 0, Math.PI / 2);
						T.arc(h + i, c + s - i, i, Math.PI / 2, Math.PI)
					} else {
						T.moveTo(l, o.y);
						T.lineTo(l + o.width, o.y);
						T.lineTo(l + o.width, v.height - v.area[2]);
						T.lineTo(l, v.height - v.area[2]);
						T.lineTo(l, o.y);
						T.setLineWidth(1);
						T.setStrokeStyle(u)
					}
					T.setFillStyle(e);
					T.closePath();
					T.fill()
				}
			}
			_ += 1
		}
		if (n.type == "area") {
			let e = splitPoints(a, n);
			for (let t = 0; t < e.length; t++) {
				let i = e[t];
				T.beginPath();
				T.setStrokeStyle(n.color);
				T.setStrokeStyle(hexToRgb(n.color, A.opacity));
				if (A.gradient) {
					let t = T.createLinearGradient(0, v.area[0], 0, v.height - v.area[2]);
					t.addColorStop("0", hexToRgb(n.color, A.opacity));
					t.addColorStop("1.0", hexToRgb("#FFFFFF", .1));
					T.setFillStyle(t)
				} else {
					T.setFillStyle(hexToRgb(n.color, A.opacity))
				}
				T.setLineWidth(2 * v.pix);
				if (i.length > 1) {
					var r = i[0];
					let t = i[i.length - 1];
					T.moveTo(r.x, r.y);
					let a = 0;
					if (n.style === "curve") {
						for (let e = 0; e < i.length; e++) {
							let t = i[e];
							if (a == 0 && t.x > P) {
								T.moveTo(t.x, t.y);
								a = 1
							}
							if (e > 0 && t.x > P && t.x < C) {
								var g = createCurveControlPoints(i, e - 1);
								T.bezierCurveTo(g.ctrA.x, g.ctrA.y, g.ctrB.x, g.ctrB.y, t.x, t.y)
							}
						}
					} else {
						for (let e = 0; e < i.length; e++) {
							let t = i[e];
							if (a == 0 && t.x > P) {
								T.moveTo(t.x, t.y);
								a = 1
							}
							if (e > 0 && t.x > P && t.x < C) {
								T.lineTo(t.x, t.y)
							}
						}
					}
					T.lineTo(t.x, L);
					T.lineTo(r.x, L);
					T.lineTo(r.x, r.y)
				} else {
					let t = i[0];
					T.moveTo(t.x - S / 2, t.y)
				}
				T.closePath();
				T.fill()
			}
		}
		if (n.type == "line") {
			var y = splitPoints(a, n);
			y.forEach(function(i, t) {
				if (n.lineType == "dash") {
					let t = n.dashLength ? n.dashLength : 8;
					t *= v.pix;
					T.setLineDash([t, t])
				}
				T.beginPath();
				T.setStrokeStyle(n.color);
				T.setLineWidth(M.width * v.pix);
				if (i.length === 1) {
					T.moveTo(i[0].x, i[0].y)
				} else {
					T.moveTo(i[0].x, i[0].y);
					let a = 0;
					if (n.style == "curve") {
						for (let e = 0; e < i.length; e++) {
							let t = i[e];
							if (a == 0 && t.x > P) {
								T.moveTo(t.x, t.y);
								a = 1
							}
							if (e > 0 && t.x > P && t.x < C) {
								var r = createCurveControlPoints(i, e - 1);
								T.bezierCurveTo(r.ctrA.x, r.ctrA.y, r.ctrB.x, r.ctrB.y, t.x, t.y)
							}
						}
					} else {
						for (let e = 0; e < i.length; e++) {
							let t = i[e];
							if (a == 0 && t.x > P) {
								T.moveTo(t.x, t.y);
								a = 1
							}
							if (e > 0 && t.x > P && t.x < C) {
								T.lineTo(t.x, t.y)
							}
						}
					}
					T.moveTo(i[0].x, i[0].y)
				}
				T.stroke();
				T.setLineDash([])
			})
		}
		if (n.type == "point") {
			n.addPoint = true
		}
		if (n.addPoint == true && n.type !== "column") {
			drawPointShape(a, n.color, n.pointShape, T, v)
		}
	});
	if (v.dataLabel !== false && D === 1) {
		var _ = 0;
		t.forEach(function(t, e) {
			let a, i, r;
			a = [].concat(v.chartData.yAxisData.ranges[t.index]);
			i = a.pop();
			r = a.shift();
			var o = t.data;
			var n = getDataPoints(o, i, r, b, S, v, m, D);
			if (t.type !== "column") {
				drawPointText(n, t, m, T, v)
			} else {
				n = fixColumeData(n, S, k, _, m, v);
				drawPointText(n, t, m, T, v);
				_ += 1
			}
		})
	}
	T.restore();
	return {
		xAxisPoints: b,
		calPoints: F,
		eachSpacing: S
	}
}

function drawToolTipBridge(t, e, a, i, r, o) {
	var n = t.extra.tooltip || {};
	if (n.horizentalLine && t.tooltip && i === 1 && (t.type == "line" || t.type == "area" || t.type == "column" || t
			.type == "mount" || t.type == "candle" || t.type == "mix")) {
		drawToolTipHorizentalLine(t, e, a, r, o)
	}
	a.save();
	if (t._scrollDistance_ && t._scrollDistance_ !== 0 && t.enableScroll === true) {
		a.translate(t._scrollDistance_, 0)
	}
	if (t.tooltip && t.tooltip.textList && t.tooltip.textList.length && i === 1) {
		drawToolTip(t.tooltip.textList, t.tooltip.offset, t, e, a, r, o)
	}
	a.restore()
}

function drawXAxis(r, h, c, d) {
	let e = h.chartData.xAxisData,
		x = e.xAxisPoints,
		t = e.startX,
		a = e.endX,
		f = e.eachSpacing;
	var p = "center";
	if (h.type == "bar" || h.type == "line" || h.type == "area" || h.type == "scatter" || h.type == "bubble") {
		p = h.xAxis.boundaryGap
	}
	var u = h.height - h.area[2];
	var i = h.area[0];
	if (h.enableScroll && h.xAxis.scrollShow) {
		var o = h.height - h.area[2] + c.xAxisHeight;
		var n = a - t;
		var l = f * (x.length - 1);
		if (h.type == "mount" && h.extra && h.extra.mount && h.extra.mount.widthRatio && h.extra.mount.widthRatio > 1) {
			if (h.extra.mount.widthRatio > 2) h.extra.mount.widthRatio = 2;
			l += (h.extra.mount.widthRatio - 1) * f
		}
		var s = n * n / l;
		var y = 0;
		if (h._scrollDistance_) {
			y = -h._scrollDistance_ * n / l
		}
		d.beginPath();
		d.setLineCap("round");
		d.setLineWidth(6 * h.pix);
		d.setStrokeStyle(h.xAxis.scrollBackgroundColor || "#EFEBEF");
		d.moveTo(t, o);
		d.lineTo(a, o);
		d.stroke();
		d.closePath();
		d.beginPath();
		d.setLineCap("round");
		d.setLineWidth(6 * h.pix);
		d.setStrokeStyle(h.xAxis.scrollColor || "#A6A6A6");
		d.moveTo(t + y, o);
		d.lineTo(t + y + s, o);
		d.stroke();
		d.closePath();
		d.setLineCap("butt")
	}
	d.save();
	if (h._scrollDistance_ && h._scrollDistance_ !== 0) {
		d.translate(h._scrollDistance_, 0)
	}
	if (h.xAxis.calibration === true) {
		d.setStrokeStyle(h.xAxis.gridColor || "#cccccc");
		d.setLineCap("butt");
		d.setLineWidth(1 * h.pix);
		x.forEach(function(t, e) {
			if (e > 0) {
				d.beginPath();
				d.moveTo(t - f / 2, u);
				d.lineTo(t - f / 2, u + 3 * h.pix);
				d.closePath();
				d.stroke()
			}
		})
	}
	if (h.xAxis.disableGrid !== true) {
		d.setStrokeStyle(h.xAxis.gridColor || "#cccccc");
		d.setLineCap("butt");
		d.setLineWidth(1 * h.pix);
		if (h.xAxis.gridType == "dash") {
			d.setLineDash([h.xAxis.dashLength * h.pix, h.xAxis.dashLength * h.pix])
		}
		h.xAxis.gridEval = h.xAxis.gridEval || 1;
		x.forEach(function(t, e) {
			if (e % h.xAxis.gridEval == 0) {
				d.beginPath();
				d.moveTo(t, u);
				d.lineTo(t, i);
				d.stroke()
			}
		});
		d.setLineDash([])
	}
	if (h.xAxis.disabled !== true) {
		let t = r.length;
		if (h.xAxis.labelCount) {
			if (h.xAxis.itemCount) {
				t = Math.ceil(r.length / h.xAxis.itemCount * h.xAxis.labelCount)
			} else {
				t = h.xAxis.labelCount
			}
			t -= 1
		}
		let e = Math.ceil(r.length / t);
		let a = [];
		let i = r.length;
		for (let t = 0; t < i; t++) {
			if (t % e !== 0) {
				a.push("")
			} else {
				a.push(r[t])
			}
		}
		a[i - 1] = r[i - 1];
		var g = h.xAxis.fontSize * h.pix || c.fontSize;
		if (c._xAxisTextAngle_ === 0) {
			a.forEach(function(t, e) {
				var a = h.xAxis.formatter ? h.xAxis.formatter(t, e, h) : t;
				var i = -measureText(String(a), g, d) / 2;
				if (p == "center") {
					i += f / 2
				}
				var r = 0;
				if (h.xAxis.scrollShow) {
					r = 6 * h.pix
				}
				var o = h._scrollDistance_ || 0;
				var n = p == "center" ? x[e] + f / 2 : x[e];
				if (n - Math.abs(o) >= h.area[3] - 1 && n - Math.abs(o) <= h.width - h.area[1] + 1) {
					d.beginPath();
					d.setFontSize(g);
					d.setFillStyle(h.xAxis.fontColor || h.fontColor);
					d.fillText(String(a), x[e] + i, u + h.xAxis.marginTop * h.pix + (h.xAxis.lineHeight - h.xAxis.fontSize) *
						h.pix / 2 + h.xAxis.fontSize * h.pix);
					d.closePath();
					d.stroke()
				}
			})
		} else {
			a.forEach(function(t, e) {
				var a = h.xAxis.formatter ? h.xAxis.formatter(t) : t;
				var i = h._scrollDistance_ || 0;
				var r = p == "center" ? x[e] + f / 2 : x[e];
				if (r - Math.abs(i) >= h.area[3] - 1 && r - Math.abs(i) <= h.width - h.area[1] + 1) {
					d.save();
					d.beginPath();
					d.setFontSize(g);
					d.setFillStyle(h.xAxis.fontColor || h.fontColor);
					var o = measureText(String(a), g, d);
					var n = x[e];
					if (p == "center") {
						n = x[e] + f / 2
					}
					var l = 0;
					if (h.xAxis.scrollShow) {
						l = 6 * h.pix
					}
					var s = u + h.xAxis.marginTop * h.pix + g - g * Math.abs(Math.sin(c._xAxisTextAngle_));
					if (h.xAxis.rotateAngle < 0) {
						n -= g / 2;
						o = 0
					} else {
						n += g / 2;
						o = -o
					}
					d.translate(n, s);
					d.rotate(-1 * c._xAxisTextAngle_);
					d.fillText(String(a), o, 0);
					d.closePath();
					d.stroke();
					d.restore()
				}
			})
		}
	}
	d.restore();
	if (h.xAxis.title) {
		d.beginPath();
		d.setFontSize(h.xAxis.titleFontSize * h.pix);
		d.setFillStyle(h.xAxis.titleFontColor);
		d.fillText(String(h.xAxis.title), h.width - h.area[1] + h.xAxis.titleOffsetX * h.pix, h.height - h.area[2] + h.xAxis
			.marginTop * h.pix + (h.xAxis.lineHeight - h.xAxis.titleFontSize) * h.pix / 2 + (h.xAxis.titleFontSize + h.xAxis
				.titleOffsetY) * h.pix);
		d.closePath();
		d.stroke()
	}
	if (h.xAxis.axisLine) {
		d.beginPath();
		d.setStrokeStyle(h.xAxis.axisLineColor);
		d.setLineWidth(1 * h.pix);
		d.moveTo(t, h.height - h.area[2]);
		d.lineTo(a, h.height - h.area[2]);
		d.stroke()
	}
}

function drawYAxisGrid(c, e, d, a) {
	if (e.yAxis.disableGrid === true) {
		return
	}
	let t = e.height - e.area[0] - e.area[2];
	let i = t / e.yAxis.splitNumber;
	let r = e.area[3];
	let o = e.chartData.xAxisData.xAxisPoints,
		n = e.chartData.xAxisData.eachSpacing;
	let l = n * (o.length - 1);
	if (e.type == "mount" && e.extra && e.extra.mount && e.extra.mount.widthRatio && e.extra.mount.widthRatio > 1) {
		if (e.extra.mount.widthRatio > 2) e.extra.mount.widthRatio = 2;
		l += (e.extra.mount.widthRatio - 1) * n
	}
	let x = r + l;
	let s = [];
	let h = 1;
	if (e.xAxis.axisLine === false) {
		h = 0
	}
	for (let t = h; t < e.yAxis.splitNumber + 1; t++) {
		s.push(e.height - e.area[2] - i * t)
	}
	a.save();
	if (e._scrollDistance_ && e._scrollDistance_ !== 0) {
		a.translate(e._scrollDistance_, 0)
	}
	if (e.yAxis.gridType == "dash") {
		a.setLineDash([e.yAxis.dashLength * e.pix, e.yAxis.dashLength * e.pix])
	}
	a.setStrokeStyle(e.yAxis.gridColor);
	a.setLineWidth(1 * e.pix);
	s.forEach(function(t, e) {
		a.beginPath();
		a.moveTo(r, t);
		a.lineTo(x, t);
		a.stroke()
	});
	a.setLineDash([]);
	a.restore()
}

function drawYAxis(e, h, a, c) {
	if (h.yAxis.disabled === true) {
		return
	}
	var i = h.height - h.area[0] - h.area[2];
	var r = i / h.yAxis.splitNumber;
	var o = h.area[3];
	var n = h.width - h.area[1];
	var t = h.height - h.area[2];
	c.beginPath();
	c.setFillStyle(h.background);
	if (h.enableScroll == true && h.xAxis.scrollPosition && h.xAxis.scrollPosition !== "left") {
		c.fillRect(0, 0, o, t + 2 * h.pix)
	}
	if (h.enableScroll == true && h.xAxis.scrollPosition && h.xAxis.scrollPosition !== "right") {
		c.fillRect(n, 0, h.width, t + 2 * h.pix)
	}
	c.closePath();
	c.stroke();
	let d = h.area[3];
	let x = h.width - h.area[1];
	let f = h.area[3] + (h.width - h.area[1] - h.area[3]) / 2;
	if (h.yAxis.data) {
		for (let e = 0; e < h.yAxis.data.length; e++) {
			let s = h.yAxis.data[e];
			var p = [];
			if (s.type === "categories") {
				for (let t = 0; t <= s.categories.length; t++) {
					p.push(h.area[0] + i / s.categories.length / 2 + i / s.categories.length * t)
				}
			} else {
				for (let t = 0; t <= h.yAxis.splitNumber; t++) {
					p.push(h.area[0] + r * t)
				}
			}
			if (s.disabled !== true) {
				let t = h.chartData.yAxisData.rangesFormat[e];
				let o = s.fontSize ? s.fontSize * h.pix : a.fontSize;
				let n = h.chartData.yAxisData.yAxisWidth[e];
				let l = s.textAlign || "right";
				t.forEach(function(t, e) {
					var a = p[e];
					c.beginPath();
					c.setFontSize(o);
					c.setLineWidth(1 * h.pix);
					c.setStrokeStyle(s.axisLineColor || "#cccccc");
					c.setFillStyle(s.fontColor || h.fontColor);
					let i = 0;
					let r = 4 * h.pix;
					if (n.position == "left") {
						if (s.calibration == true) {
							c.moveTo(d, a);
							c.lineTo(d - 3 * h.pix, a);
							r += 3 * h.pix
						}
						switch (l) {
							case "left":
								c.setTextAlign("left");
								i = d - n.width;
								break;
							case "right":
								c.setTextAlign("right");
								i = d - r;
								break;
							default:
								c.setTextAlign("center");
								i = d - n.width / 2
						}
						c.fillText(String(t), i, a + o / 2 - 3 * h.pix)
					} else if (n.position == "right") {
						if (s.calibration == true) {
							c.moveTo(x, a);
							c.lineTo(x + 3 * h.pix, a);
							r += 3 * h.pix
						}
						switch (l) {
							case "left":
								c.setTextAlign("left");
								i = x + r;
								break;
							case "right":
								c.setTextAlign("right");
								i = x + n.width;
								break;
							default:
								c.setTextAlign("center");
								i = x + n.width / 2
						}
						c.fillText(String(t), i, a + o / 2 - 3 * h.pix)
					} else if (n.position == "center") {
						if (s.calibration == true) {
							c.moveTo(f, a);
							c.lineTo(f - 3 * h.pix, a);
							r += 3 * h.pix
						}
						switch (l) {
							case "left":
								c.setTextAlign("left");
								i = f - n.width;
								break;
							case "right":
								c.setTextAlign("right");
								i = f - r;
								break;
							default:
								c.setTextAlign("center");
								i = f - n.width / 2
						}
						c.fillText(String(t), i, a + o / 2 - 3 * h.pix)
					}
					c.closePath();
					c.stroke();
					c.setTextAlign("left")
				});
				if (s.axisLine !== false) {
					c.beginPath();
					c.setStrokeStyle(s.axisLineColor || "#cccccc");
					c.setLineWidth(1 * h.pix);
					if (n.position == "left") {
						c.moveTo(d, h.height - h.area[2]);
						c.lineTo(d, h.area[0])
					} else if (n.position == "right") {
						c.moveTo(x, h.height - h.area[2]);
						c.lineTo(x, h.area[0])
					} else if (n.position == "center") {
						c.moveTo(f, h.height - h.area[2]);
						c.lineTo(f, h.area[0])
					}
					c.stroke()
				}
				if (h.yAxis.showTitle) {
					let t = s.titleFontSize * h.pix || a.fontSize;
					let e = s.title;
					c.beginPath();
					c.setFontSize(t);
					c.setFillStyle(s.titleFontColor || h.fontColor);
					if (n.position == "left") {
						c.fillText(e, d - measureText(e, t, c) / 2 + (s.titleOffsetX || 0), h.area[0] - (10 - (s.titleOffsetY ||
							0)) * h.pix)
					} else if (n.position == "right") {
						c.fillText(e, x - measureText(e, t, c) / 2 + (s.titleOffsetX || 0), h.area[0] - (10 - (s.titleOffsetY ||
							0)) * h.pix)
					} else if (n.position == "center") {
						c.fillText(e, f - measureText(e, t, c) / 2 + (s.titleOffsetX || 0), h.area[0] - (10 - (s.titleOffsetY ||
							0)) * h.pix)
					}
					c.closePath();
					c.stroke()
				}
				if (n.position == "left") {
					d -= n.width + h.yAxis.padding * h.pix
				} else {
					x += n.width + h.yAxis.padding * h.pix
				}
			}
		}
	}
}

function drawLegend(t, l, y, s, e) {
	if (l.legend.show === false) {
		return
	}
	let h = e.legendData;
	let a = h.points;
	let c = h.area;
	let d = l.legend.padding * l.pix;
	let x = l.legend.fontSize * l.pix;
	let f = 15 * l.pix;
	let p = 5 * l.pix;
	let u = l.legend.itemGap * l.pix;
	let g = Math.max(l.legend.lineHeight * l.pix, x);
	s.beginPath();
	s.setLineWidth(l.legend.borderWidth * l.pix);
	s.setStrokeStyle(l.legend.borderColor);
	s.setFillStyle(l.legend.backgroundColor);
	s.moveTo(c.start.x, c.start.y);
	s.rect(c.start.x, c.start.y, c.width, c.height);
	s.closePath();
	s.fill();
	s.stroke();
	a.forEach(function(i, t) {
		let e = 0;
		let a = 0;
		e = h.widthArr[t];
		a = h.heightArr[t];
		let r = 0;
		let o = 0;
		if (l.legend.position == "top" || l.legend.position == "bottom") {
			switch (l.legend.float) {
				case "left":
					r = c.start.x + d;
					break;
				case "right":
					r = c.start.x + c.width - e;
					break;
				default:
					r = c.start.x + (c.width - e) / 2
			}
			o = c.start.y + d + t * g
		} else {
			if (t == 0) {
				e = 0
			} else {
				e = h.widthArr[t - 1]
			}
			r = c.start.x + d + e;
			o = c.start.y + d + (c.height - a) / 2
		}
		s.setFontSize(y.fontSize);
		for (let a = 0; a < i.length; a++) {
			let t = i[a];
			t.area = [0, 0, 0, 0];
			t.area[0] = r;
			t.area[1] = o;
			t.area[3] = o + g;
			s.beginPath();
			s.setLineWidth(1 * l.pix);
			s.setStrokeStyle(t.show ? t.color : l.legend.hiddenColor);
			s.setFillStyle(t.show ? t.color : l.legend.hiddenColor);
			switch (t.legendShape) {
				case "line":
					s.moveTo(r, o + .5 * g - 2 * l.pix);
					s.fillRect(r, o + .5 * g - 2 * l.pix, 15 * l.pix, 4 * l.pix);
					break;
				case "triangle":
					s.moveTo(r + 7.5 * l.pix, o + .5 * g - 5 * l.pix);
					s.lineTo(r + 2.5 * l.pix, o + .5 * g + 5 * l.pix);
					s.lineTo(r + 12.5 * l.pix, o + .5 * g + 5 * l.pix);
					s.lineTo(r + 7.5 * l.pix, o + .5 * g - 5 * l.pix);
					break;
				case "diamond":
					s.moveTo(r + 7.5 * l.pix, o + .5 * g - 5 * l.pix);
					s.lineTo(r + 2.5 * l.pix, o + .5 * g);
					s.lineTo(r + 7.5 * l.pix, o + .5 * g + 5 * l.pix);
					s.lineTo(r + 12.5 * l.pix, o + .5 * g);
					s.lineTo(r + 7.5 * l.pix, o + .5 * g - 5 * l.pix);
					break;
				case "circle":
					s.moveTo(r + 7.5 * l.pix, o + .5 * g);
					s.arc(r + 7.5 * l.pix, o + .5 * g, 5 * l.pix, 0, 2 * Math.PI);
					break;
				case "rect":
					s.moveTo(r, o + .5 * g - 5 * l.pix);
					s.fillRect(r, o + .5 * g - 5 * l.pix, 15 * l.pix, 10 * l.pix);
					break;
				case "square":
					s.moveTo(r + 5 * l.pix, o + .5 * g - 5 * l.pix);
					s.fillRect(r + 5 * l.pix, o + .5 * g - 5 * l.pix, 10 * l.pix, 10 * l.pix);
					break;
				case "none":
					break;
				default:
					s.moveTo(r, o + .5 * g - 5 * l.pix);
					s.fillRect(r, o + .5 * g - 5 * l.pix, 15 * l.pix, 10 * l.pix)
			}
			s.closePath();
			s.fill();
			s.stroke();
			r += f + p;
			let e = .5 * g + .5 * x - 2;
			const n = t.legendText ? t.legendText : t.name;
			s.beginPath();
			s.setFontSize(x);
			s.setFillStyle(t.show ? l.legend.fontColor : l.legend.hiddenColor);
			s.fillText(n, r, o + e);
			s.closePath();
			s.stroke();
			if (l.legend.position == "top" || l.legend.position == "bottom") {
				r += measureText(n, x, s) + u;
				t.area[2] = r
			} else {
				t.area[2] = r + measureText(n, x, s) + u;
				r -= f + p;
				o += g
			}
		}
	})
}

function drawPieDataPoints(t, r, e, o) {
	var a = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	var n = assign({}, {
		activeOpacity: .5,
		activeRadius: 10,
		offsetAngle: 0,
		labelWidth: 15,
		ringWidth: 30,
		customRadius: 0,
		border: false,
		borderWidth: 2,
		borderColor: "#FFFFFF",
		centerColor: "#FFFFFF",
		linearType: "none",
		customColor: []
	}, r.type == "pie" ? r.extra.pie : r.extra.ring);
	var l = {
		x: r.area[3] + (r.width - r.area[1] - r.area[3]) / 2,
		y: r.area[0] + (r.height - r.area[0] - r.area[2]) / 2
	};
	if (e.pieChartLinePadding == 0) {
		e.pieChartLinePadding = n.activeRadius * r.pix
	}
	var i = Math.min((r.width - r.area[1] - r.area[3]) / 2 - e.pieChartLinePadding - e.pieChartTextPadding - e
		._pieTextMaxLength_, (r.height - r.area[0] - r.area[2]) / 2 - e.pieChartLinePadding - e.pieChartTextPadding);
	i = i < 10 ? 10 : i;
	if (n.customRadius > 0) {
		i = n.customRadius * r.pix
	}
	t = getPieDataPoints(t, i, a);
	var h = n.activeRadius * r.pix;
	n.customColor = fillCustomColor(n.linearType, n.customColor, t, e);
	t = t.map(function(t) {
		t._start_ += n.offsetAngle * Math.PI / 180;
		return t
	});
	t.forEach(function(t, e) {
		if (r.tooltip) {
			if (r.tooltip.index == e) {
				o.beginPath();
				o.setFillStyle(hexToRgb(t.color, n.activeOpacity || .5));
				o.moveTo(l.x, l.y);
				o.arc(l.x, l.y, t._radius_ + h, t._start_, t._start_ + 2 * t._proportion_ * Math.PI);
				o.closePath();
				o.fill()
			}
		}
		o.beginPath();
		o.setLineWidth(n.borderWidth * r.pix);
		o.lineJoin = "round";
		o.setStrokeStyle(n.borderColor);
		var a = t.color;
		if (n.linearType == "custom") {
			var i;
			if (o.createCircularGradient) {
				i = o.createCircularGradient(l.x, l.y, t._radius_)
			} else {
				i = o.createRadialGradient(l.x, l.y, 0, l.x, l.y, t._radius_)
			}
			i.addColorStop(0, hexToRgb(n.customColor[t.linearIndex], 1));
			i.addColorStop(1, hexToRgb(t.color, 1));
			a = i
		}
		o.setFillStyle(a);
		o.moveTo(l.x, l.y);
		o.arc(l.x, l.y, t._radius_, t._start_, t._start_ + 2 * t._proportion_ * Math.PI);
		o.closePath();
		o.fill();
		if (n.border == true) {
			o.stroke()
		}
	});
	if (r.type === "ring") {
		var s = i * .6;
		if (typeof n.ringWidth === "number" && n.ringWidth > 0) {
			s = Math.max(0, i - n.ringWidth * r.pix)
		}
		o.beginPath();
		o.setFillStyle(n.centerColor);
		o.moveTo(l.x, l.y);
		o.arc(l.x, l.y, s, 0, 2 * Math.PI);
		o.closePath();
		o.fill()
	}
	if (r.dataLabel !== false && a === 1) {
		drawPieText(t, r, e, o, i, l)
	}
	if (a === 1 && r.type === "ring") {
		drawRingTitle(r, e, o, l)
	}
	return {
		center: l,
		radius: i,
		series: t
	}
}

function drawRoseDataPoints(t, r, e, o) {
	var a = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	var n = assign({}, {
		type: "area",
		activeOpacity: .5,
		activeRadius: 10,
		offsetAngle: 0,
		labelWidth: 15,
		border: false,
		borderWidth: 2,
		borderColor: "#FFFFFF",
		linearType: "none",
		customColor: []
	}, r.extra.rose);
	if (e.pieChartLinePadding == 0) {
		e.pieChartLinePadding = n.activeRadius * r.pix
	}
	var l = {
		x: r.area[3] + (r.width - r.area[1] - r.area[3]) / 2,
		y: r.area[0] + (r.height - r.area[0] - r.area[2]) / 2
	};
	var i = Math.min((r.width - r.area[1] - r.area[3]) / 2 - e.pieChartLinePadding - e.pieChartTextPadding - e
		._pieTextMaxLength_, (r.height - r.area[0] - r.area[2]) / 2 - e.pieChartLinePadding - e.pieChartTextPadding);
	i = i < 10 ? 10 : i;
	var s = n.minRadius || i * .5;
	if (i < s) {
		i = s + 10
	}
	t = getRoseDataPoints(t, n.type, s, i, a);
	var h = n.activeRadius * r.pix;
	n.customColor = fillCustomColor(n.linearType, n.customColor, t, e);
	t = t.map(function(t) {
		t._start_ += (n.offsetAngle || 0) * Math.PI / 180;
		return t
	});
	t.forEach(function(t, e) {
		if (r.tooltip) {
			if (r.tooltip.index == e) {
				o.beginPath();
				o.setFillStyle(hexToRgb(t.color, n.activeOpacity || .5));
				o.moveTo(l.x, l.y);
				o.arc(l.x, l.y, h + t._radius_, t._start_, t._start_ + 2 * t._rose_proportion_ * Math.PI);
				o.closePath();
				o.fill()
			}
		}
		o.beginPath();
		o.setLineWidth(n.borderWidth * r.pix);
		o.lineJoin = "round";
		o.setStrokeStyle(n.borderColor);
		var a = t.color;
		if (n.linearType == "custom") {
			var i;
			if (o.createCircularGradient) {
				i = o.createCircularGradient(l.x, l.y, t._radius_)
			} else {
				i = o.createRadialGradient(l.x, l.y, 0, l.x, l.y, t._radius_)
			}
			i.addColorStop(0, hexToRgb(n.customColor[t.linearIndex], 1));
			i.addColorStop(1, hexToRgb(t.color, 1));
			a = i
		}
		o.setFillStyle(a);
		o.moveTo(l.x, l.y);
		o.arc(l.x, l.y, t._radius_, t._start_, t._start_ + 2 * t._rose_proportion_ * Math.PI);
		o.closePath();
		o.fill();
		if (n.border == true) {
			o.stroke()
		}
	});
	if (r.dataLabel !== false && a === 1) {
		drawPieText(t, r, e, o, i, l)
	}
	return {
		center: l,
		radius: i,
		series: t
	}
}

function drawArcbarDataPoints(a, i, t, r) {
	var e = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	var o = assign({}, {
		startAngle: .75,
		endAngle: .25,
		type: "default",
		direction: "cw",
		lineCap: "round",
		width: 12,
		gap: 2,
		linearType: "none",
		customColor: []
	}, i.extra.arcbar);
	a = getArcbarDataPoints(a, o, e);
	var n;
	if (o.centerX || o.centerY) {
		n = {
			x: o.centerX ? o.centerX : i.width / 2,
			y: o.centerY ? o.centerY : i.height / 2
		}
	} else {
		n = {
			x: i.width / 2,
			y: i.height / 2
		}
	}
	var l;
	if (o.radius) {
		l = o.radius
	} else {
		l = Math.min(n.x, n.y);
		l -= 5 * i.pix;
		l -= o.width / 2
	}
	l = l < 10 ? 10 : l;
	o.customColor = fillCustomColor(o.linearType, o.customColor, a, t);
	for (let e = 0; e < a.length; e++) {
		let t = a[e];
		r.setLineWidth(o.width * i.pix);
		r.setStrokeStyle(o.backgroundColor || "#E9E9E9");
		r.setLineCap(o.lineCap);
		r.beginPath();
		if (o.type == "default") {
			r.arc(n.x, n.y, l - (o.width * i.pix + o.gap * i.pix) * e, o.startAngle * Math.PI, o.endAngle * Math.PI, o
				.direction == "ccw")
		} else {
			r.arc(n.x, n.y, l - (o.width * i.pix + o.gap * i.pix) * e, 0, 2 * Math.PI, o.direction == "ccw")
		}
		r.stroke();
		var s = t.color;
		if (o.linearType == "custom") {
			var h = r.createLinearGradient(n.x - l, n.y, n.x + l, n.y);
			h.addColorStop(1, hexToRgb(o.customColor[t.linearIndex], 1));
			h.addColorStop(0, hexToRgb(t.color, 1));
			s = h
		}
		r.setLineWidth(o.width * i.pix);
		r.setStrokeStyle(s);
		r.setLineCap(o.lineCap);
		r.beginPath();
		r.arc(n.x, n.y, l - (o.width * i.pix + o.gap * i.pix) * e, o.startAngle * Math.PI, t._proportion_ * Math.PI, o
			.direction == "ccw");
		r.stroke()
	}
	drawRingTitle(i, t, r, n);
	return {
		center: n,
		radius: l,
		series: a
	}
}

function drawGaugeDataPoints(n, h, c, t, d) {
	var x = arguments.length > 5 && arguments[5] !== undefined ? arguments[5] : 1;
	var f = assign({}, {
		type: "default",
		startAngle: .75,
		endAngle: .25,
		width: 15,
		labelOffset: 13,
		splitLine: {
			fixRadius: 0,
			splitNumber: 10,
			width: 15,
			color: "#FFFFFF",
			childNumber: 5,
			childWidth: 5
		},
		pointer: {
			width: 15,
			color: "auto"
		}
	}, c.extra.gauge);
	if (f.oldAngle == undefined) {
		f.oldAngle = f.startAngle
	}
	if (f.oldData == undefined) {
		f.oldData = 0
	}
	n = getGaugeAxisPoints(n, f.startAngle, f.endAngle);
	var p = {
		x: c.width / 2,
		y: c.height / 2
	};
	var u = Math.min(p.x, p.y);
	u -= 5 * c.pix;
	u -= f.width / 2;
	u = u < 10 ? 10 : u;
	var g = u - f.width;
	var y = 0;
	if (f.type == "progress") {
		var v = u - f.width * 3;
		d.beginPath();
		let t = d.createLinearGradient(p.x, p.y - v, p.x, p.y + v);
		t.addColorStop("0", hexToRgb(h[0].color, .3));
		t.addColorStop("1.0", hexToRgb("#FFFFFF", .1));
		d.setFillStyle(t);
		d.arc(p.x, p.y, v, 0, 2 * Math.PI, false);
		d.fill();
		d.setLineWidth(f.width);
		d.setStrokeStyle(hexToRgb(h[0].color, .3));
		d.setLineCap("round");
		d.beginPath();
		d.arc(p.x, p.y, g, f.startAngle * Math.PI, f.endAngle * Math.PI, false);
		d.stroke();
		if (f.endAngle < f.startAngle) {
			y = 2 + f.endAngle - f.startAngle
		} else {
			y = f.startAngle - f.endAngle
		}
		let e = y / f.splitLine.splitNumber;
		let a = y / f.splitLine.splitNumber / f.splitLine.childNumber;
		let i = -u - f.width * .5 - f.splitLine.fixRadius;
		let r = -u - f.width - f.splitLine.fixRadius + f.splitLine.width;
		d.save();
		d.translate(p.x, p.y);
		d.rotate((f.startAngle - 1) * Math.PI);
		let o = f.splitLine.splitNumber * f.splitLine.childNumber + 1;
		let n = h[0].data * x;
		for (let t = 0; t < o; t++) {
			d.beginPath();
			if (n > t / o) {
				d.setStrokeStyle(hexToRgb(h[0].color, 1))
			} else {
				d.setStrokeStyle(hexToRgb(h[0].color, .3))
			}
			d.setLineWidth(3 * c.pix);
			d.moveTo(i, 0);
			d.lineTo(r, 0);
			d.stroke();
			d.rotate(a * Math.PI)
		}
		d.restore();
		h = getGaugeArcbarDataPoints(h, f, x);
		d.setLineWidth(f.width);
		d.setStrokeStyle(h[0].color);
		d.setLineCap("round");
		d.beginPath();
		d.arc(p.x, p.y, g, f.startAngle * Math.PI, h[0]._proportion_ * Math.PI, false);
		d.stroke();
		let l = u - f.width * 2.5;
		d.save();
		d.translate(p.x, p.y);
		d.rotate((h[0]._proportion_ - 1) * Math.PI);
		d.beginPath();
		d.setLineWidth(f.width / 3);
		let s = d.createLinearGradient(0, -l * .6, 0, l * .6);
		s.addColorStop("0", hexToRgb("#FFFFFF", 0));
		s.addColorStop("0.5", hexToRgb(h[0].color, 1));
		s.addColorStop("1.0", hexToRgb("#FFFFFF", 0));
		d.setStrokeStyle(s);
		d.arc(0, 0, l, .85 * Math.PI, 1.15 * Math.PI, false);
		d.stroke();
		d.beginPath();
		d.setLineWidth(1);
		d.setStrokeStyle(h[0].color);
		d.setFillStyle(h[0].color);
		d.moveTo(-l - f.width / 3 / 2, -4);
		d.lineTo(-l - f.width / 3 / 2 - 4, 0);
		d.lineTo(-l - f.width / 3 / 2, 4);
		d.lineTo(-l - f.width / 3 / 2, -4);
		d.stroke();
		d.fill();
		d.restore()
	} else {
		d.setLineWidth(f.width);
		d.setLineCap("butt");
		for (let e = 0; e < n.length; e++) {
			let t = n[e];
			d.beginPath();
			d.setStrokeStyle(t.color);
			d.arc(p.x, p.y, u, t._startAngle_ * Math.PI, t._endAngle_ * Math.PI, false);
			d.stroke()
		}
		d.save();
		if (f.endAngle < f.startAngle) {
			y = 2 + f.endAngle - f.startAngle
		} else {
			y = f.startAngle - f.endAngle
		}
		let e = y / f.splitLine.splitNumber;
		let a = y / f.splitLine.splitNumber / f.splitLine.childNumber;
		let i = -u - f.width * .5 - f.splitLine.fixRadius;
		let r = -u - f.width * .5 - f.splitLine.fixRadius + f.splitLine.width;
		let o = -u - f.width * .5 - f.splitLine.fixRadius + f.splitLine.childWidth;
		d.translate(p.x, p.y);
		d.rotate((f.startAngle - 1) * Math.PI);
		for (let t = 0; t < f.splitLine.splitNumber + 1; t++) {
			d.beginPath();
			d.setStrokeStyle(f.splitLine.color);
			d.setLineWidth(2 * c.pix);
			d.moveTo(i, 0);
			d.lineTo(r, 0);
			d.stroke();
			d.rotate(e * Math.PI)
		}
		d.restore();
		d.save();
		d.translate(p.x, p.y);
		d.rotate((f.startAngle - 1) * Math.PI);
		for (let t = 0; t < f.splitLine.splitNumber * f.splitLine.childNumber + 1; t++) {
			d.beginPath();
			d.setStrokeStyle(f.splitLine.color);
			d.setLineWidth(1 * c.pix);
			d.moveTo(i, 0);
			d.lineTo(o, 0);
			d.stroke();
			d.rotate(a * Math.PI)
		}
		d.restore();
		h = getGaugeDataPoints(h, n, f, x);
		for (let e = 0; e < h.length; e++) {
			let t = h[e];
			d.save();
			d.translate(p.x, p.y);
			d.rotate((t._proportion_ - 1) * Math.PI);
			d.beginPath();
			d.setFillStyle(t.color);
			d.moveTo(f.pointer.width, 0);
			d.lineTo(0, -f.pointer.width / 2);
			d.lineTo(-g, 0);
			d.lineTo(0, f.pointer.width / 2);
			d.lineTo(f.pointer.width, 0);
			d.closePath();
			d.fill();
			d.beginPath();
			d.setFillStyle("#FFFFFF");
			d.arc(0, 0, f.pointer.width / 6, 0, 2 * Math.PI, false);
			d.fill();
			d.restore()
		}
		if (c.dataLabel !== false) {
			drawGaugeLabel(f, u, p, c, t, d)
		}
	}
	drawRingTitle(c, t, d, p);
	if (x === 1 && c.type === "gauge") {
		c.extra.gauge.oldAngle = h[0]._proportion_;
		c.extra.gauge.oldData = h[0].data
	}
	return {
		center: p,
		radius: u,
		innerRadius: g,
		categories: n,
		totalAngle: y
	}
}

function drawRadarDataPoints(o, n, i, l) {
	var t = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	var s = assign({}, {
		gridColor: "#cccccc",
		gridType: "radar",
		gridEval: 1,
		axisLabel: false,
		axisLabelTofix: 0,
		labelShow: true,
		labelColor: "#666666",
		labelPointShow: false,
		labelPointRadius: 3,
		labelPointColor: "#cccccc",
		opacity: .2,
		gridCount: 3,
		border: false,
		borderWidth: 2,
		linearType: "none",
		customColor: []
	}, n.extra.radar);
	var a = getRadarCoordinateSeries(n.categories.length);
	var h = {
		x: n.area[3] + (n.width - n.area[1] - n.area[3]) / 2,
		y: n.area[0] + (n.height - n.area[0] - n.area[2]) / 2
	};
	var r = (n.width - n.area[1] - n.area[3]) / 2;
	var d = (n.height - n.area[0] - n.area[2]) / 2;
	var c = Math.min(r - (getMaxTextListLength(n.categories, i.fontSize, l) + i.radarLabelTextMargin), d - i
		.radarLabelTextMargin);
	c -= i.radarLabelTextMargin * n.pix;
	c = c < 10 ? 10 : c;
	c = s.radius ? s.radius : c;
	l.beginPath();
	l.setLineWidth(1 * n.pix);
	l.setStrokeStyle(s.gridColor);
	a.forEach(function(t, e) {
		var a = convertCoordinateOrigin(c * Math.cos(t), c * Math.sin(t), h);
		l.moveTo(h.x, h.y);
		if (e % s.gridEval == 0) {
			l.lineTo(a.x, a.y)
		}
	});
	l.stroke();
	l.closePath();
	var x = function t(i) {
		var r = {};
		l.beginPath();
		l.setLineWidth(1 * n.pix);
		l.setStrokeStyle(s.gridColor);
		if (s.gridType == "radar") {
			a.forEach(function(t, e) {
				var a = convertCoordinateOrigin(c / s.gridCount * i * Math.cos(t), c / s.gridCount * i * Math.sin(t), h);
				if (e === 0) {
					r = a;
					l.moveTo(a.x, a.y)
				} else {
					l.lineTo(a.x, a.y)
				}
			});
			l.lineTo(r.x, r.y)
		} else {
			var e = convertCoordinateOrigin(c / s.gridCount * i * Math.cos(1.5), c / s.gridCount * i * Math.sin(1.5), h);
			l.arc(h.x, h.y, h.y - e.y, 0, 2 * Math.PI, false)
		}
		l.stroke();
		l.closePath()
	};
	for (var e = 1; e <= s.gridCount; e++) {
		x(e)
	}
	s.customColor = fillCustomColor(s.linearType, s.customColor, o, i);
	var f = getRadarDataPoints(a, h, c, o, n, t);
	f.forEach(function(t, e) {
		l.beginPath();
		l.setLineWidth(s.borderWidth * n.pix);
		l.setStrokeStyle(t.color);
		var a = hexToRgb(t.color, s.opacity);
		if (s.linearType == "custom") {
			var i;
			if (l.createCircularGradient) {
				i = l.createCircularGradient(h.x, h.y, c)
			} else {
				i = l.createRadialGradient(h.x, h.y, 0, h.x, h.y, c)
			}
			i.addColorStop(0, hexToRgb(s.customColor[o[e].linearIndex], s.opacity));
			i.addColorStop(1, hexToRgb(t.color, s.opacity));
			a = i
		}
		l.setFillStyle(a);
		t.data.forEach(function(t, e) {
			if (e === 0) {
				l.moveTo(t.position.x, t.position.y)
			} else {
				l.lineTo(t.position.x, t.position.y)
			}
		});
		l.closePath();
		l.fill();
		if (s.border === true) {
			l.stroke()
		}
		l.closePath();
		if (n.dataPointShape !== false) {
			var r = t.data.map(function(t) {
				return t.position
			});
			drawPointShape(r, t.color, t.pointShape, l, n)
		}
	});
	if (s.axisLabel === true) {
		const p = Math.max(s.max, Math.max.apply(null, dataCombine(o)));
		const u = c / s.gridCount;
		const g = n.fontSize * n.pix;
		l.setFontSize(g);
		l.setFillStyle(n.fontColor);
		l.setTextAlign("left");
		for (var e = 0; e < s.gridCount + 1; e++) {
			let t = e * p / s.gridCount;
			t = t.toFixed(s.axisLabelTofix);
			l.fillText(String(t), h.x + 3 * n.pix, h.y - e * u + g / 2)
		}
	}
	drawRadarLabel(a, c, h, n, i, l);
	if (n.dataLabel !== false && t === 1) {
		f.forEach(function(t, e) {
			l.beginPath();
			var a = t.textSize * n.pix || i.fontSize;
			l.setFontSize(a);
			l.setFillStyle(t.textColor || n.fontColor);
			t.data.forEach(function(t, e) {
				if (Math.abs(t.position.x - h.x) < 2) {
					if (t.position.y < h.y) {
						l.setTextAlign("center");
						l.fillText(t.value, t.position.x, t.position.y - 4)
					} else {
						l.setTextAlign("center");
						l.fillText(t.value, t.position.x, t.position.y + a + 2)
					}
				} else {
					if (t.position.x < h.x) {
						l.setTextAlign("right");
						l.fillText(t.value, t.position.x - 4, t.position.y + a / 2 - 2)
					} else {
						l.setTextAlign("left");
						l.fillText(t.value, t.position.x + 4, t.position.y + a / 2 - 2)
					}
				}
			});
			l.closePath();
			l.stroke()
		});
		l.setTextAlign("left")
	}
	return {
		center: h,
		radius: c,
		angleList: a
	}
}

function lonlat2mercator(t, e) {
	var a = Array(2);
	var i = t * 20037508.34 / 180;
	var r = Math.log(Math.tan((90 + e) * Math.PI / 360)) / (Math.PI / 180);
	r = r * 20037508.34 / 180;
	a[0] = i;
	a[1] = r;
	return a
}

function mercator2lonlat(t, e) {
	var a = Array(2);
	var i = t / 20037508.34 * 180;
	var r = e / 20037508.34 * 180;
	r = 180 / Math.PI * (2 * Math.atan(Math.exp(r * Math.PI / 180)) - Math.PI / 2);
	a[0] = i;
	a[1] = r;
	return a
}

function getBoundingBox(t) {
	var e = {},
		a;
	e.xMin = 180;
	e.xMax = 0;
	e.yMin = 90;
	e.yMax = 0;
	for (var i = 0; i < t.length; i++) {
		var r = t[i].geometry.coordinates;
		for (var o = 0; o < r.length; o++) {
			a = r[o];
			if (a.length == 1) {
				a = a[0]
			}
			for (var n = 0; n < a.length; n++) {
				var l = a[n][0];
				var s = a[n][1];
				var h = {
					x: l,
					y: s
				};
				e.xMin = e.xMin < h.x ? e.xMin : h.x;
				e.xMax = e.xMax > h.x ? e.xMax : h.x;
				e.yMin = e.yMin < h.y ? e.yMin : h.y;
				e.yMax = e.yMax > h.y ? e.yMax : h.y
			}
		}
	}
	return e
}

function coordinateToPoint(t, e, a, i, r, o) {
	return {
		x: (e - a.xMin) * i + r,
		y: (a.yMax - t) * i + o
	}
}

function pointToCoordinate(t, e, a, i, r, o) {
	return {
		x: (e - r) / i + a.xMin,
		y: a.yMax - (t - o) / i
	}
}

function isRayIntersectsSegment(t, e, a) {
	if (e[1] == a[1]) {
		return false
	}
	if (e[1] > t[1] && a[1] > t[1]) {
		return false
	}
	if (e[1] < t[1] && a[1] < t[1]) {
		return false
	}
	if (e[1] == t[1] && a[1] > t[1]) {
		return false
	}
	if (a[1] == t[1] && e[1] > t[1]) {
		return false
	}
	if (e[0] < t[0] && a[1] < t[1]) {
		return false
	}
	let i = a[0] - (a[0] - e[0]) * (a[1] - t[1]) / (a[1] - e[1]);
	if (i < t[0]) {
		return false
	} else {
		return true
	}
}

function isPoiWithinPoly(r, e, o) {
	let n = 0;
	for (let t = 0; t < e.length; t++) {
		let i = e[t][0];
		if (e.length == 1) {
			i = e[t][0]
		}
		for (let a = 0; a < i.length - 1; a++) {
			let t = i[a];
			let e = i[a + 1];
			if (o) {
				t = lonlat2mercator(i[a][0], i[a][1]);
				e = lonlat2mercator(i[a + 1][0], i[a + 1][1])
			}
			if (isRayIntersectsSegment(r, t, e)) {
				n += 1
			}
		}
	}
	if (n % 2 == 1) {
		return true
	} else {
		return false
	}
}

function drawMapDataPoints(a, i, d, r) {
	var o = assign({}, {
		border: true,
		mercator: false,
		borderWidth: 1,
		active: true,
		borderColor: "#666666",
		fillOpacity: .6,
		activeBorderColor: "#f04864",
		activeFillColor: "#facc14",
		activeFillOpacity: 1
	}, i.extra.map);
	var t, n;
	var l = a;
	var s = getBoundingBox(l);
	if (o.mercator) {
		var x = lonlat2mercator(s.xMax, s.yMax);
		var f = lonlat2mercator(s.xMin, s.yMin);
		s.xMax = x[0];
		s.yMax = x[1];
		s.xMin = f[0];
		s.yMin = f[1]
	}
	var p = i.width / Math.abs(s.xMax - s.xMin);
	var u = i.height / Math.abs(s.yMax - s.yMin);
	var h = p < u ? p : u;
	var g = i.width / 2 - Math.abs(s.xMax - s.xMin) / 2 * h;
	var y = i.height / 2 - Math.abs(s.yMax - s.yMin) / 2 * h;
	for (var c = 0; c < l.length; c++) {
		r.beginPath();
		r.setLineWidth(o.borderWidth * i.pix);
		r.setStrokeStyle(o.borderColor);
		r.setFillStyle(hexToRgb(a[c].color, a[c].fillOpacity || o.fillOpacity));
		if (o.active == true && i.tooltip) {
			if (i.tooltip.index == c) {
				r.setStrokeStyle(o.activeBorderColor);
				r.setFillStyle(hexToRgb(o.activeFillColor, o.activeFillOpacity))
			}
		}
		var v = l[c].geometry.coordinates;
		for (var m = 0; m < v.length; m++) {
			t = v[m];
			if (t.length == 1) {
				t = t[0]
			}
			for (var e = 0; e < t.length; e++) {
				var T = Array(2);
				if (o.mercator) {
					T = lonlat2mercator(t[e][0], t[e][1])
				} else {
					T = t[e]
				}
				n = coordinateToPoint(T[1], T[0], s, h, g, y);
				if (e === 0) {
					r.beginPath();
					r.moveTo(n.x, n.y)
				} else {
					r.lineTo(n.x, n.y)
				}
			}
			r.fill();
			if (o.border == true) {
				r.stroke()
			}
		}
	}
	if (i.dataLabel == true) {
		for (var c = 0; c < l.length; c++) {
			var b = l[c].properties.centroid;
			if (b) {
				if (o.mercator) {
					b = lonlat2mercator(l[c].properties.centroid[0], l[c].properties.centroid[1])
				}
				n = coordinateToPoint(b[1], b[0], s, h, g, y);
				let t = l[c].textSize * i.pix || d.fontSize;
				let e = l[c].textColor || i.fontColor;
				if (o.active && o.activeTextColor && i.tooltip && i.tooltip.index == c) {
					e = o.activeTextColor
				}
				let a = l[c].properties.name;
				r.beginPath();
				r.setFontSize(t);
				r.setFillStyle(e);
				r.fillText(a, n.x - measureText(a, t, r) / 2, n.y + t / 2);
				r.closePath();
				r.stroke()
			}
		}
	}
	i.chartData.mapData = {
		bounds: s,
		scale: h,
		xoffset: g,
		yoffset: y,
		mercator: o.mercator
	};
	drawToolTipBridge(i, d, r, 1);
	r.draw()
}

function normalInt(t, e, a) {
	a = a == 0 ? 1 : a;
	var i = [];
	for (var r = 0; r < a; r++) {
		i[r] = Math.random()
	}
	return Math.floor(i.reduce(function(t, e) {
		return t + e
	}) / a * (e - t)) + t
}

function collisionNew(e, a, i, r) {
	var o = false;
	for (let t = 0; t < a.length; t++) {
		if (a[t].area) {
			if (e[3] < a[t].area[1] || e[0] > a[t].area[2] || e[1] > a[t].area[3] || e[2] < a[t].area[0]) {
				if (e[0] < 0 || e[1] < 0 || e[2] > i || e[3] > r) {
					o = true;
					break
				} else {
					o = false
				}
			} else {
				o = true;
				break
			}
		}
	}
	return o
}

function getWordCloudPoint(c, t, d) {
	let x = c.series;
	switch (t) {
		case "normal":
			for (let l = 0; l < x.length; l++) {
				let t = x[l].name;
				let e = x[l].textSize * c.pix;
				let a = measureText(t, e, d);
				let i, r;
				let o;
				let n = 0;
				while (true) {
					n++;
					i = normalInt(-c.width / 2, c.width / 2, 5) - a / 2;
					r = normalInt(-c.height / 2, c.height / 2, 5) + e / 2;
					o = [i - 5 + c.width / 2, r - 5 - e + c.height / 2, i + a + 5 + c.width / 2, r + 5 + c.height / 2];
					let t = collisionNew(o, x, c.width, c.height);
					if (!t) break;
					if (n == 1e3) {
						o = [-100, -100, -100, -100];
						break
					}
				}
				x[l].area = o
			}
			break;
		case "vertical":
			function f() {
				if (Math.random() > .7) {
					return true
				} else {
					return false
				}
			};
			for (let h = 0; h < x.length; h++) {
				let t = x[h].name;
				let e = x[h].textSize * c.pix;
				let a = measureText(t, e, d);
				let i = f();
				let r, o, n, l;
				let s = 0;
				while (true) {
					s++;
					let t;
					if (i) {
						r = normalInt(-c.width / 2, c.width / 2, 5) - a / 2;
						o = normalInt(-c.height / 2, c.height / 2, 5) + e / 2;
						n = [o - 5 - a + c.width / 2, -r - 5 + c.height / 2, o + 5 + c.width / 2, -r + e + 5 + c.height / 2];
						l = [c.width - (c.width / 2 - c.height / 2) - (-r + e + 5 + c.height / 2) - 5, c.height / 2 - c.width / 2 +
							(o - 5 - a + c.width / 2) - 5, c.width - (c.width / 2 - c.height / 2) - (-r + e + 5 + c.height / 2) + e,
							c.height / 2 - c.width / 2 + (o - 5 - a + c.width / 2) + a + 5
						];
						t = collisionNew(l, x, c.height, c.width)
					} else {
						r = normalInt(-c.width / 2, c.width / 2, 5) - a / 2;
						o = normalInt(-c.height / 2, c.height / 2, 5) + e / 2;
						n = [r - 5 + c.width / 2, o - 5 - e + c.height / 2, r + a + 5 + c.width / 2, o + 5 + c.height / 2];
						t = collisionNew(n, x, c.width, c.height)
					}
					if (!t) break;
					if (s == 1e3) {
						n = [-1e3, -1e3, -1e3, -1e3];
						break
					}
				}
				if (i) {
					x[h].area = l;
					x[h].areav = n
				} else {
					x[h].area = n
				}
				x[h].rotate = i
			};
			break
	}
	return x
}

function drawWordCloudDataPoints(t, r, e, o) {
	let n = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	let a = assign({}, {
		type: "normal",
		autoColors: true
	}, r.extra.word);
	if (!r.chartData.wordCloudData) {
		r.chartData.wordCloudData = getWordCloudPoint(r, a.type, o)
	}
	o.beginPath();
	o.setFillStyle(r.background);
	o.rect(0, 0, r.width, r.height);
	o.fill();
	o.save();
	let l = r.chartData.wordCloudData;
	o.translate(r.width / 2, r.height / 2);
	for (let i = 0; i < l.length; i++) {
		o.save();
		if (l[i].rotate) {
			o.rotate(90 * Math.PI / 180)
		}
		let t = l[i].name;
		let e = l[i].textSize * r.pix;
		let a = measureText(t, e, o);
		o.beginPath();
		o.setStrokeStyle(l[i].color);
		o.setFillStyle(l[i].color);
		o.setFontSize(e);
		if (l[i].rotate) {
			if (l[i].areav[0] > 0) {
				if (r.tooltip) {
					if (r.tooltip.index == i) {
						o.strokeText(t, (l[i].areav[0] + 5 - r.width / 2) * n - a * (1 - n) / 2, (l[i].areav[1] + 5 + e - r.height /
							2) * n)
					} else {
						o.fillText(t, (l[i].areav[0] + 5 - r.width / 2) * n - a * (1 - n) / 2, (l[i].areav[1] + 5 + e - r.height /
							2) * n)
					}
				} else {
					o.fillText(t, (l[i].areav[0] + 5 - r.width / 2) * n - a * (1 - n) / 2, (l[i].areav[1] + 5 + e - r.height /
						2) * n)
				}
			}
		} else {
			if (l[i].area[0] > 0) {
				if (r.tooltip) {
					if (r.tooltip.index == i) {
						o.strokeText(t, (l[i].area[0] + 5 - r.width / 2) * n - a * (1 - n) / 2, (l[i].area[1] + 5 + e - r.height /
							2) * n)
					} else {
						o.fillText(t, (l[i].area[0] + 5 - r.width / 2) * n - a * (1 - n) / 2, (l[i].area[1] + 5 + e - r.height /
							2) * n)
					}
				} else {
					o.fillText(t, (l[i].area[0] + 5 - r.width / 2) * n - a * (1 - n) / 2, (l[i].area[1] + 5 + e - r.height / 2) *
						n)
				}
			}
		}
		o.stroke();
		o.restore()
	}
	o.restore()
}

function drawFunnelDataPoints(t, e, c, a) {
	let d = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : 1;
	let i = assign({}, {
		type: "funnel",
		activeWidth: 10,
		activeOpacity: .3,
		border: false,
		borderWidth: 2,
		borderColor: "#FFFFFF",
		fillOpacity: 1,
		minSize: 0,
		labelAlign: "right",
		linearType: "none",
		customColor: []
	}, e.extra.funnel);
	let r = (e.height - e.area[0] - e.area[2]) / t.length;
	let o = {
		x: e.area[3] + (e.width - e.area[1] - e.area[3]) / 2,
		y: e.height - e.area[2]
	};
	let n = i.activeWidth * e.pix;
	let x = Math.min((e.width - e.area[1] - e.area[3]) / 2 - n, (e.height - e.area[0] - e.area[2]) / 2 - n);
	let l = getFunnelDataPoints(t, x, i, r, d);
	a.save();
	a.translate(o.x, o.y);
	i.customColor = fillCustomColor(i.linearType, i.customColor, t, c);
	if (i.type == "pyramid") {
		for (let t = 0; t < l.length; t++) {
			if (t == l.length - 1) {
				if (e.tooltip) {
					if (e.tooltip.index == t) {
						a.beginPath();
						a.setFillStyle(hexToRgb(l[t].color, i.activeOpacity));
						a.moveTo(-n, -r);
						a.lineTo(-l[t].radius - n, 0);
						a.lineTo(l[t].radius + n, 0);
						a.lineTo(n, -r);
						a.lineTo(-n, -r);
						a.closePath();
						a.fill()
					}
				}
				l[t].funnelArea = [o.x - l[t].radius, o.y - r * (t + 1), o.x + l[t].radius, o.y - r * t];
				a.beginPath();
				a.setLineWidth(i.borderWidth * e.pix);
				a.setStrokeStyle(i.borderColor);
				var s = hexToRgb(l[t].color, i.fillOpacity);
				if (i.linearType == "custom") {
					var h = a.createLinearGradient(l[t].radius, -r, -l[t].radius, -r);
					h.addColorStop(0, hexToRgb(l[t].color, i.fillOpacity));
					h.addColorStop(.5, hexToRgb(i.customColor[l[t].linearIndex], i.fillOpacity));
					h.addColorStop(1, hexToRgb(l[t].color, i.fillOpacity));
					s = h
				}
				a.setFillStyle(s);
				a.moveTo(0, -r);
				a.lineTo(-l[t].radius, 0);
				a.lineTo(l[t].radius, 0);
				a.lineTo(0, -r);
				a.closePath();
				a.fill();
				if (i.border == true) {
					a.stroke()
				}
			} else {
				if (e.tooltip) {
					if (e.tooltip.index == t) {
						a.beginPath();
						a.setFillStyle(hexToRgb(l[t].color, i.activeOpacity));
						a.moveTo(0, 0);
						a.lineTo(-l[t].radius - n, 0);
						a.lineTo(-l[t + 1].radius - n, -r);
						a.lineTo(l[t + 1].radius + n, -r);
						a.lineTo(l[t].radius + n, 0);
						a.lineTo(0, 0);
						a.closePath();
						a.fill()
					}
				}
				l[t].funnelArea = [o.x - l[t].radius, o.y - r * (t + 1), o.x + l[t].radius, o.y - r * t];
				a.beginPath();
				a.setLineWidth(i.borderWidth * e.pix);
				a.setStrokeStyle(i.borderColor);
				var s = hexToRgb(l[t].color, i.fillOpacity);
				if (i.linearType == "custom") {
					var h = a.createLinearGradient(l[t].radius, -r, -l[t].radius, -r);
					h.addColorStop(0, hexToRgb(l[t].color, i.fillOpacity));
					h.addColorStop(.5, hexToRgb(i.customColor[l[t].linearIndex], i.fillOpacity));
					h.addColorStop(1, hexToRgb(l[t].color, i.fillOpacity));
					s = h
				}
				a.setFillStyle(s);
				a.moveTo(0, 0);
				a.lineTo(-l[t].radius, 0);
				a.lineTo(-l[t + 1].radius, -r);
				a.lineTo(l[t + 1].radius, -r);
				a.lineTo(l[t].radius, 0);
				a.lineTo(0, 0);
				a.closePath();
				a.fill();
				if (i.border == true) {
					a.stroke()
				}
			}
			a.translate(0, -r)
		}
	} else {
		a.translate(0, -(l.length - 1) * r);
		for (let t = 0; t < l.length; t++) {
			if (t == l.length - 1) {
				if (e.tooltip) {
					if (e.tooltip.index == t) {
						a.beginPath();
						a.setFillStyle(hexToRgb(l[t].color, i.activeOpacity));
						a.moveTo(-n - i.minSize / 2, 0);
						a.lineTo(-l[t].radius - n, -r);
						a.lineTo(l[t].radius + n, -r);
						a.lineTo(n + i.minSize / 2, 0);
						a.lineTo(-n - i.minSize / 2, 0);
						a.closePath();
						a.fill()
					}
				}
				l[t].funnelArea = [o.x - l[t].radius, o.y - r, o.x + l[t].radius, o.y];
				a.beginPath();
				a.setLineWidth(i.borderWidth * e.pix);
				a.setStrokeStyle(i.borderColor);
				var s = hexToRgb(l[t].color, i.fillOpacity);
				if (i.linearType == "custom") {
					var h = a.createLinearGradient(l[t].radius, -r, -l[t].radius, -r);
					h.addColorStop(0, hexToRgb(l[t].color, i.fillOpacity));
					h.addColorStop(.5, hexToRgb(i.customColor[l[t].linearIndex], i.fillOpacity));
					h.addColorStop(1, hexToRgb(l[t].color, i.fillOpacity));
					s = h
				}
				a.setFillStyle(s);
				a.moveTo(0, 0);
				a.lineTo(-i.minSize / 2, 0);
				a.lineTo(-l[t].radius, -r);
				a.lineTo(l[t].radius, -r);
				a.lineTo(i.minSize / 2, 0);
				a.lineTo(0, 0);
				a.closePath();
				a.fill();
				if (i.border == true) {
					a.stroke()
				}
			} else {
				if (e.tooltip) {
					if (e.tooltip.index == t) {
						a.beginPath();
						a.setFillStyle(hexToRgb(l[t].color, i.activeOpacity));
						a.moveTo(0, 0);
						a.lineTo(-l[t + 1].radius - n, 0);
						a.lineTo(-l[t].radius - n, -r);
						a.lineTo(l[t].radius + n, -r);
						a.lineTo(l[t + 1].radius + n, 0);
						a.lineTo(0, 0);
						a.closePath();
						a.fill()
					}
				}
				l[t].funnelArea = [o.x - l[t].radius, o.y - r * (l.length - t), o.x + l[t].radius, o.y - r * (l.length - t -
					1)];
				a.beginPath();
				a.setLineWidth(i.borderWidth * e.pix);
				a.setStrokeStyle(i.borderColor);
				var s = hexToRgb(l[t].color, i.fillOpacity);
				if (i.linearType == "custom") {
					var h = a.createLinearGradient(l[t].radius, -r, -l[t].radius, -r);
					h.addColorStop(0, hexToRgb(l[t].color, i.fillOpacity));
					h.addColorStop(.5, hexToRgb(i.customColor[l[t].linearIndex], i.fillOpacity));
					h.addColorStop(1, hexToRgb(l[t].color, i.fillOpacity));
					s = h
				}
				a.setFillStyle(s);
				a.moveTo(0, 0);
				a.lineTo(-l[t + 1].radius, 0);
				a.lineTo(-l[t].radius, -r);
				a.lineTo(l[t].radius, -r);
				a.lineTo(l[t + 1].radius, 0);
				a.lineTo(0, 0);
				a.closePath();
				a.fill();
				if (i.border == true) {
					a.stroke()
				}
			}
			a.translate(0, r)
		}
	}
	a.restore();
	if (e.dataLabel !== false && d === 1) {
		drawFunnelText(l, e, a, r, i.labelAlign, n, o)
	}
	if (d === 1) {
		drawFunnelCenterText(l, e, a, r, i.labelAlign, n, o)
	}
	return {
		center: o,
		radius: x,
		series: l
	}
}

function drawFunnelText(l, s, h, c, d, x, f) {
	for (let n = 0; n < l.length; n++) {
		let t = l[n];
		if (t.labelShow === false) {
			continue
		}
		let e, a, i, r;
		let o = t.formatter ? t.formatter(t, n, l, s) : util.toFixed(t._proportion_ * 100) + "%";
		o = t.labelText ? t.labelText : o;
		if (d == "right") {
			if (n == l.length - 1) {
				e = (t.funnelArea[2] + f.x) / 2
			} else {
				e = (t.funnelArea[2] + l[n + 1].funnelArea[2]) / 2
			}
			a = e + x * 2;
			i = t.funnelArea[1] + c / 2;
			r = t.textSize * s.pix || s.fontSize * s.pix;
			h.setLineWidth(1 * s.pix);
			h.setStrokeStyle(t.color);
			h.setFillStyle(t.color);
			h.beginPath();
			h.moveTo(e, i);
			h.lineTo(a, i);
			h.stroke();
			h.closePath();
			h.beginPath();
			h.moveTo(a, i);
			h.arc(a, i, 2 * s.pix, 0, 2 * Math.PI);
			h.closePath();
			h.fill();
			h.beginPath();
			h.setFontSize(r);
			h.setFillStyle(t.textColor || s.fontColor);
			h.fillText(o, a + 5, i + r / 2 - 2);
			h.closePath();
			h.stroke();
			h.closePath()
		}
		if (d == "left") {
			if (n == l.length - 1) {
				e = (t.funnelArea[0] + f.x) / 2
			} else {
				e = (t.funnelArea[0] + l[n + 1].funnelArea[0]) / 2
			}
			a = e - x * 2;
			i = t.funnelArea[1] + c / 2;
			r = t.textSize * s.pix || s.fontSize * s.pix;
			h.setLineWidth(1 * s.pix);
			h.setStrokeStyle(t.color);
			h.setFillStyle(t.color);
			h.beginPath();
			h.moveTo(e, i);
			h.lineTo(a, i);
			h.stroke();
			h.closePath();
			h.beginPath();
			h.moveTo(a, i);
			h.arc(a, i, 2, 0, 2 * Math.PI);
			h.closePath();
			h.fill();
			h.beginPath();
			h.setFontSize(r);
			h.setFillStyle(t.textColor || s.fontColor);
			h.fillText(o, a - 5 - measureText(o, r, h), i + r / 2 - 2);
			h.closePath();
			h.stroke();
			h.closePath()
		}
	}
}

function drawFunnelCenterText(r, o, n, l, t, e, s) {
	for (let i = 0; i < r.length; i++) {
		let t = r[i];
		let e, a;
		if (t.centerText) {
			e = t.funnelArea[1] + l / 2;
			a = t.centerTextSize * o.pix || o.fontSize * o.pix;
			n.beginPath();
			n.setFontSize(a);
			n.setFillStyle(t.centerTextColor || "#FFFFFF");
			n.fillText(t.centerText, s.x - measureText(t.centerText, a, n) / 2, e + a / 2 - 2);
			n.closePath();
			n.stroke();
			n.closePath()
		}
	}
}

function drawCanvas(t, e) {
	e.save();
	e.translate(0, .5);
	e.restore();
	e.draw()
}
var Timing = {
	easeIn: function t(e) {
		return Math.pow(e, 3)
	},
	easeOut: function t(e) {
		return Math.pow(e - 1, 3) + 1
	},
	easeInOut: function t(e) {
		if ((e /= .5) < 1) {
			return .5 * Math.pow(e, 3)
		} else {
			return .5 * (Math.pow(e - 2, 3) + 2)
		}
	},
	linear: function t(e) {
		return e
	}
};

function Animation(r) {
	this.isStop = false;
	r.duration = typeof r.duration === "undefined" ? 1e3 : r.duration;
	r.timing = r.timing || "easeInOut";
	var o = 17;

	function t() {
		if (typeof setTimeout !== "undefined") {
			return function(e, t) {
				setTimeout(function() {
					var t = +new Date;
					e(t)
				}, t)
			}
		} else if (typeof requestAnimationFrame !== "undefined") {
			return requestAnimationFrame
		} else {
			return function(t) {
				t(null)
			}
		}
	}
	var n = t();
	var l = null;
	var s = function t(e) {
		if (e === null || this.isStop === true) {
			r.onProcess && r.onProcess(1);
			r.onAnimationFinish && r.onAnimationFinish();
			return
		}
		if (l === null) {
			l = e
		}
		if (e - l < r.duration) {
			var a = (e - l) / r.duration;
			var i = Timing[r.timing];
			a = i(a);
			r.onProcess && r.onProcess(a);
			n(s, o)
		} else {
			r.onProcess && r.onProcess(1);
			r.onAnimationFinish && r.onAnimationFinish()
		}
	};
	s = s.bind(this);
	n(s, o)
}
Animation.prototype.stop = function() {
	this.isStop = true
};

function drawCharts(t, l, n, s) {
	var h = this;
	var c = l.series;
	if (t === "pie" || t === "ring" || t === "mount" || t === "rose" || t === "funnel") {
		c = fixPieSeries(c, l, n)
	}
	var d = l.categories;
	if (t === "mount") {
		d = [];
		for (let t = 0; t < c.length; t++) {
			if (c[t].show !== false) d.push(c[t].name)
		}
		l.categories = d
	}
	c = fillSeries(c, l, n);
	var e = l.animation ? l.duration : 0;
	h.animationInstance && h.animationInstance.stop();
	var x = null;
	if (t == "candle") {
		let t = assign({}, l.extra.candle.average);
		if (t.show) {
			x = calCandleMA(t.day, t.name, t.color, c[0].data);
			x = fillSeries(x, l, n);
			l.seriesMA = x
		} else if (l.seriesMA) {
			x = l.seriesMA = fillSeries(l.seriesMA, l, n)
		} else {
			x = c
		}
	} else {
		x = c
	}
	l._series_ = c = filterSeries(c);
	l.area = new Array(4);
	for (let t = 0; t < 4; t++) {
		l.area[t] = l.padding[t] * l.pix
	}
	var a = calLegendData(x, l, n, l.chartData, s),
		r = a.area.wholeHeight,
		o = a.area.wholeWidth;
	switch (l.legend.position) {
		case "top":
			l.area[0] += r;
			break;
		case "bottom":
			l.area[2] += r;
			break;
		case "left":
			l.area[3] += o;
			break;
		case "right":
			l.area[1] += o;
			break
	}
	let f = {},
		i = 0;
	if (l.type === "line" || l.type === "column" || l.type === "mount" || l.type === "area" || l.type === "mix" || l
		.type === "candle" || l.type === "scatter" || l.type === "bubble" || l.type === "bar") {
		f = calYAxisData(c, l, n, s);
		i = f.yAxisWidth;
		if (l.yAxis.showTitle) {
			let e = 0;
			for (let t = 0; t < l.yAxis.data.length; t++) {
				e = Math.max(e, l.yAxis.data[t].titleFontSize ? l.yAxis.data[t].titleFontSize * l.pix : n.fontSize)
			}
			l.area[0] += e
		}
		let e = 0,
			a = 0;
		for (let t = 0; t < i.length; t++) {
			if (i[t].position == "left") {
				if (a > 0) {
					l.area[3] += i[t].width + l.yAxis.padding * l.pix
				} else {
					l.area[3] += i[t].width
				}
				a += 1
			} else if (i[t].position == "right") {
				if (e > 0) {
					l.area[1] += i[t].width + l.yAxis.padding * l.pix
				} else {
					l.area[1] += i[t].width
				}
				e += 1
			}
		}
	} else {
		n.yAxisWidth = i
	}
	l.chartData.yAxisData = f;
	if (l.categories && l.categories.length && l.type !== "radar" && l.type !== "gauge" && l.type !== "bar") {
		l.chartData.xAxisData = getXAxisPoints(l.categories, l, n);
		let t = calCategoriesData(l.categories, l, n, l.chartData.xAxisData.eachSpacing, s),
			e = t.xAxisHeight,
			a = t.angle;
		n.xAxisHeight = e;
		n._xAxisTextAngle_ = a;
		l.area[2] += e;
		l.chartData.categoriesData = t
	} else {
		if (l.type === "line" || l.type === "area" || l.type === "scatter" || l.type === "bubble" || l.type === "bar") {
			l.chartData.xAxisData = calXAxisData(c, l, n, s);
			d = l.chartData.xAxisData.rangesFormat;
			let t = calCategoriesData(d, l, n, l.chartData.xAxisData.eachSpacing, s),
				e = t.xAxisHeight,
				a = t.angle;
			n.xAxisHeight = e;
			n._xAxisTextAngle_ = a;
			l.area[2] += e;
			l.chartData.categoriesData = t
		} else {
			l.chartData.xAxisData = {
				xAxisPoints: []
			}
		}
	}
	if (l.enableScroll && l.xAxis.scrollAlign == "right" && l._scrollDistance_ === undefined) {
		let t = 0,
			e = l.chartData.xAxisData.xAxisPoints,
			a = l.chartData.xAxisData.startX,
			i = l.chartData.xAxisData.endX,
			r = l.chartData.xAxisData.eachSpacing;
		let o = r * (e.length - 1);
		let n = i - a;
		t = n - o;
		h.scrollOption.currentOffset = t;
		h.scrollOption.startTouchX = t;
		h.scrollOption.distance = 0;
		h.scrollOption.lastMoveTime = 0;
		l._scrollDistance_ = t
	}
	if (t === "pie" || t === "ring" || t === "rose") {
		n._pieTextMaxLength_ = l.dataLabel === false ? 0 : getPieTextMaxLength(x, n, s, l)
	}
	switch (t) {
		case "word":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function(t) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawWordCloudDataPoints(c, l, n, s, t);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "map":
			s.clearRect(0, 0, l.width, l.height);
			drawMapDataPoints(c, l, n, s);
			setTimeout(() => {
				this.uevent.trigger("renderComplete")
			}, 50);
			break;
		case "funnel":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function(t) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					l.chartData.funnelData = drawFunnelDataPoints(c, l, n, s, t);
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, t);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "line":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawYAxisGrid(d, l, n, s);
					drawXAxis(d, l, n, s);
					var a = drawLineDataPoints(c, l, n, s, e),
						i = a.xAxisPoints,
						r = a.calPoints,
						o = a.eachSpacing;
					l.chartData.xAxisPoints = i;
					l.chartData.calPoints = r;
					l.chartData.eachSpacing = o;
					drawYAxis(c, l, n, s);
					if (l.enableMarkLine !== false && e === 1) {
						drawMarkLine(l, n, s)
					}
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e, o, i);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "scatter":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawYAxisGrid(d, l, n, s);
					drawXAxis(d, l, n, s);
					var a = drawScatterDataPoints(c, l, n, s, e),
						i = a.xAxisPoints,
						r = a.calPoints,
						o = a.eachSpacing;
					l.chartData.xAxisPoints = i;
					l.chartData.calPoints = r;
					l.chartData.eachSpacing = o;
					drawYAxis(c, l, n, s);
					if (l.enableMarkLine !== false && e === 1) {
						drawMarkLine(l, n, s)
					}
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e, o, i);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "bubble":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawYAxisGrid(d, l, n, s);
					drawXAxis(d, l, n, s);
					var a = drawBubbleDataPoints(c, l, n, s, e),
						i = a.xAxisPoints,
						r = a.calPoints,
						o = a.eachSpacing;
					l.chartData.xAxisPoints = i;
					l.chartData.calPoints = r;
					l.chartData.eachSpacing = o;
					drawYAxis(c, l, n, s);
					if (l.enableMarkLine !== false && e === 1) {
						drawMarkLine(l, n, s)
					}
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e, o, i);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "mix":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawYAxisGrid(d, l, n, s);
					drawXAxis(d, l, n, s);
					var a = drawMixDataPoints(c, l, n, s, e),
						i = a.xAxisPoints,
						r = a.calPoints,
						o = a.eachSpacing;
					l.chartData.xAxisPoints = i;
					l.chartData.calPoints = r;
					l.chartData.eachSpacing = o;
					drawYAxis(c, l, n, s);
					if (l.enableMarkLine !== false && e === 1) {
						drawMarkLine(l, n, s)
					}
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e, o, i);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "column":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawYAxisGrid(d, l, n, s);
					drawXAxis(d, l, n, s);
					var a = drawColumnDataPoints(c, l, n, s, e),
						i = a.xAxisPoints,
						r = a.calPoints,
						o = a.eachSpacing;
					l.chartData.xAxisPoints = i;
					l.chartData.calPoints = r;
					l.chartData.eachSpacing = o;
					drawYAxis(c, l, n, s);
					if (l.enableMarkLine !== false && e === 1) {
						drawMarkLine(l, n, s)
					}
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e, o, i);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "mount":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawYAxisGrid(d, l, n, s);
					drawXAxis(d, l, n, s);
					var a = drawMountDataPoints(c, l, n, s, e),
						i = a.xAxisPoints,
						r = a.calPoints,
						o = a.eachSpacing;
					l.chartData.xAxisPoints = i;
					l.chartData.calPoints = r;
					l.chartData.eachSpacing = o;
					drawYAxis(c, l, n, s);
					if (l.enableMarkLine !== false && e === 1) {
						drawMarkLine(l, n, s)
					}
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e, o, i);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "bar":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawXAxis(d, l, n, s);
					var a = drawBarDataPoints(c, l, n, s, e),
						i = a.yAxisPoints,
						r = a.calPoints,
						o = a.eachSpacing;
					l.chartData.yAxisPoints = i;
					l.chartData.xAxisPoints = l.chartData.xAxisData.xAxisPoints;
					l.chartData.calPoints = r;
					l.chartData.eachSpacing = o;
					drawYAxis(c, l, n, s);
					if (l.enableMarkLine !== false && e === 1) {
						drawMarkLine(l, n, s)
					}
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e, o, i);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "area":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawYAxisGrid(d, l, n, s);
					drawXAxis(d, l, n, s);
					var a = drawAreaDataPoints(c, l, n, s, e),
						i = a.xAxisPoints,
						r = a.calPoints,
						o = a.eachSpacing;
					l.chartData.xAxisPoints = i;
					l.chartData.calPoints = r;
					l.chartData.eachSpacing = o;
					drawYAxis(c, l, n, s);
					if (l.enableMarkLine !== false && e === 1) {
						drawMarkLine(l, n, s)
					}
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e, o, i);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "ring":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					l.chartData.pieData = drawPieDataPoints(c, l, n, s, e);
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "pie":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					l.chartData.pieData = drawPieDataPoints(c, l, n, s, e);
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "rose":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					l.chartData.pieData = drawRoseDataPoints(c, l, n, s, e);
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "radar":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					l.chartData.radarData = drawRadarDataPoints(c, l, n, s, e);
					drawLegend(l.series, l, n, s, l.chartData);
					drawToolTipBridge(l, n, s, e);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "arcbar":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					l.chartData.arcbarData = drawArcbarDataPoints(c, l, n, s, e);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "gauge":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					l.chartData.gaugeData = drawGaugeDataPoints(d, c, l, n, s, e);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break;
		case "candle":
			this.animationInstance = new Animation({
				timing: l.timing,
				duration: e,
				onProcess: function t(e) {
					s.clearRect(0, 0, l.width, l.height);
					if (l.rotate) {
						contextRotate(s, l)
					}
					drawYAxisGrid(d, l, n, s);
					drawXAxis(d, l, n, s);
					var a = drawCandleDataPoints(c, x, l, n, s, e),
						i = a.xAxisPoints,
						r = a.calPoints,
						o = a.eachSpacing;
					l.chartData.xAxisPoints = i;
					l.chartData.calPoints = r;
					l.chartData.eachSpacing = o;
					drawYAxis(c, l, n, s);
					if (l.enableMarkLine !== false && e === 1) {
						drawMarkLine(l, n, s)
					}
					if (x) {
						drawLegend(x, l, n, s, l.chartData)
					} else {
						drawLegend(l.series, l, n, s, l.chartData)
					}
					drawToolTipBridge(l, n, s, e, o, i);
					drawCanvas(l, s)
				},
				onAnimationFinish: function t() {
					h.uevent.trigger("renderComplete")
				}
			});
			break
	}
}

function uChartsEvent() {
	this.events = {}
}
uChartsEvent.prototype.addEventListener = function(t, e) {
	this.events[t] = this.events[t] || [];
	this.events[t].push(e)
};
uChartsEvent.prototype.delEventListener = function(t) {
	this.events[t] = []
};
uChartsEvent.prototype.trigger = function() {
	for (var t = arguments.length, e = Array(t), a = 0; a < t; a++) {
		e[a] = arguments[a]
	}
	var i = e[0];
	var r = e.slice(1);
	if (!!this.events[i]) {
		this.events[i].forEach(function(t) {
			try {
				t.apply(null, r)
			} catch (t) {}
		})
	}
};
var uCharts = function t(a) {
	a.pix = a.pixelRatio ? a.pixelRatio : 1;
	a.fontSize = a.fontSize ? a.fontSize : 13;
	a.fontColor = a.fontColor ? a.fontColor : config.fontColor;
	if (a.background == "" || a.background == "none") {
		a.background = "#FFFFFF"
	}
	a.title = assign({}, a.title);
	a.subtitle = assign({}, a.subtitle);
	a.duration = a.duration ? a.duration : 1e3;
	a.yAxis = assign({}, {
		data: [],
		showTitle: false,
		disabled: false,
		disableGrid: false,
		gridSet: "number",
		splitNumber: 5,
		gridType: "solid",
		dashLength: 4 * a.pix,
		gridColor: "#cccccc",
		padding: 10,
		fontColor: "#666666"
	}, a.yAxis);
	a.xAxis = assign({}, {
		rotateLabel: false,
		rotateAngle: 45,
		disabled: false,
		disableGrid: false,
		splitNumber: 5,
		calibration: false,
		fontColor: "#666666",
		fontSize: 13,
		lineHeight: 20,
		marginTop: 0,
		gridType: "solid",
		dashLength: 4,
		scrollAlign: "left",
		boundaryGap: "center",
		axisLine: true,
		axisLineColor: "#cccccc",
		titleFontSize: 13,
		titleOffsetY: 0,
		titleOffsetX: 0,
		titleFontColor: "#666666"
	}, a.xAxis);
	a.xAxis.scrollPosition = a.xAxis.scrollAlign;
	a.legend = assign({}, {
		show: true,
		position: "bottom",
		float: "center",
		backgroundColor: "rgba(0,0,0,0)",
		borderColor: "rgba(0,0,0,0)",
		borderWidth: 0,
		padding: 5,
		margin: 5,
		itemGap: 10,
		fontSize: a.fontSize,
		lineHeight: a.fontSize,
		fontColor: a.fontColor,
		formatter: {},
		hiddenColor: "#CECECE"
	}, a.legend);
	a.extra = assign({
		tooltip: {
			legendShape: "auto"
		}
	}, a.extra);
	a.rotate = a.rotate ? true : false;
	a.animation = a.animation ? true : false;
	a.rotate = a.rotate ? true : false;
	a.canvas2d = a.canvas2d ? true : false;
	let e = assign({}, config);
	e.color = a.color ? a.color : e.color;
	if (a.type == "pie") {
		e.pieChartLinePadding = a.dataLabel === false ? 0 : a.extra.pie.labelWidth * a.pix || e.pieChartLinePadding * a
			.pix
	}
	if (a.type == "ring") {
		e.pieChartLinePadding = a.dataLabel === false ? 0 : a.extra.ring.labelWidth * a.pix || e.pieChartLinePadding * a
			.pix
	}
	if (a.type == "rose") {
		e.pieChartLinePadding = a.dataLabel === false ? 0 : a.extra.rose.labelWidth * a.pix || e.pieChartLinePadding * a
			.pix
	}
	e.pieChartTextPadding = a.dataLabel === false ? 0 : e.pieChartTextPadding * a.pix;
	e.rotate = a.rotate;
	if (a.rotate) {
		let t = a.width;
		let e = a.height;
		a.width = e;
		a.height = t
	}
	a.padding = a.padding ? a.padding : e.padding;
	e.yAxisWidth = config.yAxisWidth * a.pix;
	e.fontSize = a.fontSize * a.pix;
	e.titleFontSize = config.titleFontSize * a.pix;
	e.subtitleFontSize = config.subtitleFontSize * a.pix;
	if (!a.context) {
		throw new Error("[uCharts] 未获取到context！注意：v2.0版本后，需要自行获取canvas的绘图上下文并传入opts.context！")
	}
	this.context = a.context;
	if (!this.context.setTextAlign) {
		this.context.setStrokeStyle = function(t) {
			return this.strokeStyle = t
		};
		this.context.setLineWidth = function(t) {
			return this.lineWidth = t
		};
		this.context.setLineCap = function(t) {
			return this.lineCap = t
		};
		this.context.setFontSize = function(t) {
			return this.font = t + "px sans-serif"
		};
		this.context.setFillStyle = function(t) {
			return this.fillStyle = t
		};
		this.context.setTextAlign = function(t) {
			return this.textAlign = t
		};
		this.context.setTextBaseline = function(t) {
			return this.textBaseline = t
		};
		this.context.setShadow = function(t, e, a, i) {
			this.shadowColor = i;
			this.shadowOffsetX = t;
			this.shadowOffsetY = e;
			this.shadowBlur = a
		};
		this.context.draw = function() {}
	}
	if (!this.context.setLineDash) {
		this.context.setLineDash = function(t) {}
	}
	a.chartData = {};
	this.uevent = new uChartsEvent;
	this.scrollOption = {
		currentOffset: 0,
		startTouchX: 0,
		distance: 0,
		lastMoveTime: 0
	};
	this.opts = a;
	this.config = e;
	drawCharts.call(this, a.type, a, e, this.context)
};
uCharts.prototype.updateData = function() {
	let t = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : {};
	this.opts = assign({}, this.opts, t);
	this.opts.updateData = true;
	let c = t.scrollPosition || "current";
	switch (c) {
		case "current":
			this.opts._scrollDistance_ = this.scrollOption.currentOffset;
			break;
		case "left":
			this.opts._scrollDistance_ = 0;
			this.scrollOption = {
				currentOffset: 0,
				startTouchX: 0,
				distance: 0,
				lastMoveTime: 0
			};
			break;
		case "right":
			let t = calYAxisData(this.opts.series, this.opts, this.config, this.context),
				e = t.yAxisWidth;
			this.config.yAxisWidth = e;
			let a = 0;
			let i = getXAxisPoints(this.opts.categories, this.opts, this.config),
				r = i.xAxisPoints,
				o = i.startX,
				n = i.endX,
				l = i.eachSpacing;
			let s = l * (r.length - 1);
			let h = n - o;
			a = h - s;
			this.scrollOption = {
				currentOffset: a,
				startTouchX: a,
				distance: 0,
				lastMoveTime: 0
			};
			this.opts._scrollDistance_ = a;
			break
	}
	drawCharts.call(this, this.opts.type, this.opts, this.config, this.context)
};
uCharts.prototype.zoom = function() {
	var t = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : this.opts.xAxis.itemCount;
	if (this.opts.enableScroll !== true) {
		console.log("[uCharts] 请启用滚动条后使用");
		return
	}
	let e = Math.round(Math.abs(this.scrollOption.currentOffset) / this.opts.chartData.eachSpacing) + Math.round(this
		.opts.xAxis.itemCount / 2);
	this.opts.animation = false;
	this.opts.xAxis.itemCount = t.itemCount;
	let a = calYAxisData(this.opts.series, this.opts, this.config, this.context),
		i = a.yAxisWidth;
	this.config.yAxisWidth = i;
	let r = 0;
	let o = getXAxisPoints(this.opts.categories, this.opts, this.config),
		h = o.xAxisPoints,
		c = o.startX,
		d = o.endX,
		n = o.eachSpacing;
	let x = n * e;
	let l = d - c;
	let s = l - n * (h.length - 1);
	r = l / 2 - x;
	if (r > 0) {
		r = 0
	}
	if (r < s) {
		r = s
	}
	this.scrollOption = {
		currentOffset: r,
		startTouchX: 0,
		distance: 0,
		lastMoveTime: 0
	};
	calValidDistance(this, r, this.opts.chartData, this.config, this.opts);
	this.opts._scrollDistance_ = r;
	drawCharts.call(this, this.opts.type, this.opts, this.config, this.context)
};
uCharts.prototype.dobuleZoom = function(t) {
	if (this.opts.enableScroll !== true) {
		console.log("[uCharts] 请启用滚动条后使用");
		return
	}
	const a = t.changedTouches;
	if (a.length < 2) {
		return
	}
	for (var e = 0; e < a.length; e++) {
		a[e].x = a[e].x ? a[e].x : a[e].clientX;
		a[e].y = a[e].y ? a[e].y : a[e].clientY
	}
	const i = [getTouches(a[0], this.opts, t), getTouches(a[1], this.opts, t)];
	const c = Math.abs(i[0].x - i[1].x);
	if (!this.scrollOption.moveCount) {
		let t = {
			changedTouches: [{
				x: a[0].x,
				y: this.opts.area[0] / this.opts.pix + 2
			}]
		};
		let e = {
			changedTouches: [{
				x: a[1].x,
				y: this.opts.area[0] / this.opts.pix + 2
			}]
		};
		if (this.opts.rotate) {
			t = {
				changedTouches: [{
					x: this.opts.height / this.opts.pix - this.opts.area[0] / this.opts.pix - 2,
					y: a[0].y
				}]
			};
			e = {
				changedTouches: [{
					x: this.opts.height / this.opts.pix - this.opts.area[0] / this.opts.pix - 2,
					y: a[1].y
				}]
			}
		}
		const s = this.getCurrentDataIndex(t).index;
		const h = this.getCurrentDataIndex(e).index;
		const v = Math.abs(s - h);
		this.scrollOption.moveCount = v;
		this.scrollOption.moveCurrent1 = Math.min(s, h);
		this.scrollOption.moveCurrent2 = Math.max(s, h);
		return
	}
	let d = c / this.scrollOption.moveCount;
	let r = (this.opts.width - this.opts.area[1] - this.opts.area[3]) / d;
	r = r <= 2 ? 2 : r;
	r = r >= this.opts.categories.length ? this.opts.categories.length : r;
	this.opts.animation = false;
	this.opts.xAxis.itemCount = r;
	let o = 0;
	let n = getXAxisPoints(this.opts.categories, this.opts, this.config),
		x = n.xAxisPoints,
		f = n.startX,
		p = n.endX,
		l = n.eachSpacing;
	let u = l * this.scrollOption.moveCurrent1;
	let g = p - f;
	let y = g - l * (x.length - 1);
	o = -u + Math.min(i[0].x, i[1].x) - this.opts.area[3] - l;
	if (o > 0) {
		o = 0
	}
	if (o < y) {
		o = y
	}
	this.scrollOption.currentOffset = o;
	this.scrollOption.startTouchX = 0;
	this.scrollOption.distance = 0;
	calValidDistance(this, o, this.opts.chartData, this.config, this.opts);
	this.opts._scrollDistance_ = o;
	drawCharts.call(this, this.opts.type, this.opts, this.config, this.context)
};
uCharts.prototype.stopAnimation = function() {
	this.animationInstance && this.animationInstance.stop()
};
uCharts.prototype.addEventListener = function(t, e) {
	this.uevent.addEventListener(t, e)
};
uCharts.prototype.delEventListener = function(t) {
	this.uevent.delEventListener(t)
};
uCharts.prototype.getCurrentDataIndex = function(e) {
	var a = null;
	if (e.changedTouches) {
		a = e.changedTouches[0]
	} else {
		a = e.mp.changedTouches[0]
	}
	if (a) {
		let t = getTouches(a, this.opts, e);
		if (this.opts.type === "pie" || this.opts.type === "ring") {
			return findPieChartCurrentIndex({
				x: t.x,
				y: t.y
			}, this.opts.chartData.pieData, this.opts)
		} else if (this.opts.type === "rose") {
			return findRoseChartCurrentIndex({
				x: t.x,
				y: t.y
			}, this.opts.chartData.pieData, this.opts)
		} else if (this.opts.type === "radar") {
			return findRadarChartCurrentIndex({
				x: t.x,
				y: t.y
			}, this.opts.chartData.radarData, this.opts.categories.length)
		} else if (this.opts.type === "funnel") {
			return findFunnelChartCurrentIndex({
				x: t.x,
				y: t.y
			}, this.opts.chartData.funnelData)
		} else if (this.opts.type === "map") {
			return findMapChartCurrentIndex({
				x: t.x,
				y: t.y
			}, this.opts)
		} else if (this.opts.type === "word") {
			return findWordChartCurrentIndex({
				x: t.x,
				y: t.y
			}, this.opts.chartData.wordCloudData)
		} else if (this.opts.type === "bar") {
			return findBarChartCurrentIndex({
				x: t.x,
				y: t.y
			}, this.opts.chartData.calPoints, this.opts, this.config, Math.abs(this.scrollOption.currentOffset))
		} else {
			return findCurrentIndex({
				x: t.x,
				y: t.y
			}, this.opts.chartData.calPoints, this.opts, this.config, Math.abs(this.scrollOption.currentOffset))
		}
	}
	return -1
};
uCharts.prototype.getLegendDataIndex = function(e) {
	var a = null;
	if (e.changedTouches) {
		a = e.changedTouches[0]
	} else {
		a = e.mp.changedTouches[0]
	}
	if (a) {
		let t = getTouches(a, this.opts, e);
		return findLegendIndex({
			x: t.x,
			y: t.y
		}, this.opts.chartData.legendData)
	}
	return -1
};
uCharts.prototype.touchLegend = function(t) {
	var e = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : {};
	var a = null;
	if (t.changedTouches) {
		a = t.changedTouches[0]
	} else {
		a = t.mp.changedTouches[0]
	}
	if (a) {
		var i = getTouches(a, this.opts, t);
		var r = this.getLegendDataIndex(t);
		if (r >= 0) {
			if (this.opts.type == "candle") {
				this.opts.seriesMA[r].show = !this.opts.seriesMA[r].show
			} else {
				this.opts.series[r].show = !this.opts.series[r].show
			}
			this.opts.animation = e.animation ? true : false;
			this.opts._scrollDistance_ = this.scrollOption.currentOffset;
			drawCharts.call(this, this.opts.type, this.opts, this.config, this.context)
		}
	}
};
uCharts.prototype.showToolTip = function(t) {
	var e = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : {};
	var c = null;
	if (t.changedTouches) {
		c = t.changedTouches[0]
	} else {
		c = t.mp.changedTouches[0]
	}
	if (!c) {
		console.log("[uCharts] 未获取到event坐标信息")
	}
	var a = getTouches(c, this.opts, t);
	var d = this.scrollOption.currentOffset;
	var i = assign({}, this.opts, {
		_scrollDistance_: d,
		animation: false
	});
	if (this.opts.type === "line" || this.opts.type === "area" || this.opts.type === "column" || this.opts.type ===
		"scatter" || this.opts.type === "bubble") {
		var r = this.getCurrentDataIndex(t);
		var o = e.index == undefined ? r.index : e.index;
		if (o > -1 || o.length > 0) {
			var n = getSeriesDataItem(this.opts.series, o, r.group);
			if (n.length !== 0) {
				var l = getToolTipData(n, this.opts, o, r.group, this.opts.categories, e),
					s = l.textList,
					h = l.offset;
				h.y = a.y;
				i.tooltip = {
					textList: e.textList !== undefined ? e.textList : s,
					offset: e.offset !== undefined ? e.offset : h,
					option: e,
					index: o,
					group: r.group
				}
			}
		}
		drawCharts.call(this, i.type, i, this.config, this.context)
	}
	if (this.opts.type === "mount") {
		var o = e.index == undefined ? this.getCurrentDataIndex(t).index : e.index;
		if (o > -1) {
			var i = assign({}, this.opts, {
				animation: false
			});
			var n = assign({}, i._series_[o]);
			var s = [{
				text: e.formatter ? e.formatter(n, undefined, o, i) : n.name + ": " + n.data,
				color: n.color,
				legendShape: this.opts.extra.tooltip.legendShape == "auto" ? n.legendShape : this.opts.extra.tooltip
					.legendShape
			}];
			var h = {
				x: i.chartData.calPoints[o].x,
				y: a.y
			};
			i.tooltip = {
				textList: e.textList ? e.textList : s,
				offset: e.offset !== undefined ? e.offset : h,
				option: e,
				index: o
			}
		}
		drawCharts.call(this, i.type, i, this.config, this.context)
	}
	if (this.opts.type === "bar") {
		var r = this.getCurrentDataIndex(t);
		var o = e.index == undefined ? r.index : e.index;
		if (o > -1 || o.length > 0) {
			var n = getSeriesDataItem(this.opts.series, o, r.group);
			if (n.length !== 0) {
				var l = getToolTipData(n, this.opts, o, r.group, this.opts.categories, e),
					s = l.textList,
					h = l.offset;
				h.x = a.x;
				i.tooltip = {
					textList: e.textList !== undefined ? e.textList : s,
					offset: e.offset !== undefined ? e.offset : h,
					option: e,
					index: o
				}
			}
		}
		drawCharts.call(this, i.type, i, this.config, this.context)
	}
	if (this.opts.type === "mix") {
		var r = this.getCurrentDataIndex(t);
		var o = e.index == undefined ? r.index : e.index;
		if (o > -1) {
			var d = this.scrollOption.currentOffset;
			var i = assign({}, this.opts, {
				_scrollDistance_: d,
				animation: false
			});
			var n = getSeriesDataItem(this.opts.series, o);
			if (n.length !== 0) {
				var x = getMixToolTipData(n, this.opts, o, this.opts.categories, e),
					s = x.textList,
					h = x.offset;
				h.y = a.y;
				i.tooltip = {
					textList: e.textList ? e.textList : s,
					offset: e.offset !== undefined ? e.offset : h,
					option: e,
					index: o
				}
			}
		}
		drawCharts.call(this, i.type, i, this.config, this.context)
	}
	if (this.opts.type === "candle") {
		var r = this.getCurrentDataIndex(t);
		var o = e.index == undefined ? r.index : e.index;
		if (o > -1) {
			var d = this.scrollOption.currentOffset;
			var i = assign({}, this.opts, {
				_scrollDistance_: d,
				animation: false
			});
			var n = getSeriesDataItem(this.opts.series, o);
			if (n.length !== 0) {
				var l = getCandleToolTipData(this.opts.series[0].data, n, this.opts, o, this.opts.categories, this.opts.extra
						.candle, e),
					s = l.textList,
					h = l.offset;
				h.y = a.y;
				i.tooltip = {
					textList: e.textList ? e.textList : s,
					offset: e.offset !== undefined ? e.offset : h,
					option: e,
					index: o
				}
			}
		}
		drawCharts.call(this, i.type, i, this.config, this.context)
	}
	if (this.opts.type === "pie" || this.opts.type === "ring" || this.opts.type === "rose" || this.opts.type ===
		"funnel") {
		var o = e.index == undefined ? this.getCurrentDataIndex(t) : e.index;
		if (o > -1) {
			var i = assign({}, this.opts, {
				animation: false
			});
			var n = assign({}, i._series_[o]);
			var s = [{
				text: e.formatter ? e.formatter(n, undefined, o, i) : n.name + ": " + n.data,
				color: n.color,
				legendShape: this.opts.extra.tooltip.legendShape == "auto" ? n.legendShape : this.opts.extra.tooltip
					.legendShape
			}];
			var h = {
				x: a.x,
				y: a.y
			};
			i.tooltip = {
				textList: e.textList ? e.textList : s,
				offset: e.offset !== undefined ? e.offset : h,
				option: e,
				index: o
			}
		}
		drawCharts.call(this, i.type, i, this.config, this.context)
	}
	if (this.opts.type === "map") {
		var o = e.index == undefined ? this.getCurrentDataIndex(t) : e.index;
		if (o > -1) {
			var i = assign({}, this.opts, {
				animation: false
			});
			var n = assign({}, this.opts.series[o]);
			n.name = n.properties.name;
			var s = [{
				text: e.formatter ? e.formatter(n, undefined, o, this.opts) : n.name,
				color: n.color,
				legendShape: this.opts.extra.tooltip.legendShape == "auto" ? n.legendShape : this.opts.extra.tooltip
					.legendShape
			}];
			var h = {
				x: a.x,
				y: a.y
			};
			i.tooltip = {
				textList: e.textList ? e.textList : s,
				offset: e.offset !== undefined ? e.offset : h,
				option: e,
				index: o
			}
		}
		i.updateData = false;
		drawCharts.call(this, i.type, i, this.config, this.context)
	}
	if (this.opts.type === "word") {
		var o = e.index == undefined ? this.getCurrentDataIndex(t) : e.index;
		if (o > -1) {
			var i = assign({}, this.opts, {
				animation: false
			});
			var n = assign({}, this.opts.series[o]);
			var s = [{
				text: e.formatter ? e.formatter(n, undefined, o, this.opts) : n.name,
				color: n.color,
				legendShape: this.opts.extra.tooltip.legendShape == "auto" ? n.legendShape : this.opts.extra.tooltip
					.legendShape
			}];
			var h = {
				x: a.x,
				y: a.y
			};
			i.tooltip = {
				textList: e.textList ? e.textList : s,
				offset: e.offset !== undefined ? e.offset : h,
				option: e,
				index: o
			}
		}
		i.updateData = false;
		drawCharts.call(this, i.type, i, this.config, this.context)
	}
	if (this.opts.type === "radar") {
		var o = e.index == undefined ? this.getCurrentDataIndex(t) : e.index;
		if (o > -1) {
			var i = assign({}, this.opts, {
				animation: false
			});
			var n = getSeriesDataItem(this.opts.series, o);
			if (n.length !== 0) {
				var s = n.map(t => {
					return {
						text: e.formatter ? e.formatter(t, this.opts.categories[o], o, this.opts) : t.name + ": " + t.data,
						color: t.color,
						legendShape: this.opts.extra.tooltip.legendShape == "auto" ? t.legendShape : this.opts.extra.tooltip
							.legendShape
					}
				});
				var h = {
					x: a.x,
					y: a.y
				};
				i.tooltip = {
					textList: e.textList ? e.textList : s,
					offset: e.offset !== undefined ? e.offset : h,
					option: e,
					index: o
				}
			}
		}
		drawCharts.call(this, i.type, i, this.config, this.context)
	}
};
uCharts.prototype.translate = function(t) {
	this.scrollOption = {
		currentOffset: t,
		startTouchX: t,
		distance: 0,
		lastMoveTime: 0
	};
	let e = assign({}, this.opts, {
		_scrollDistance_: t,
		animation: false
	});
	drawCharts.call(this, this.opts.type, e, this.config, this.context)
};
uCharts.prototype.scrollStart = function(t) {
	var e = null;
	if (t.changedTouches) {
		e = t.changedTouches[0]
	} else {
		e = t.mp.changedTouches[0]
	}
	var a = getTouches(e, this.opts, t);
	if (e && this.opts.enableScroll === true) {
		this.scrollOption.startTouchX = a.x
	}
};
uCharts.prototype.scroll = function(t) {
	if (this.scrollOption.lastMoveTime === 0) {
		this.scrollOption.lastMoveTime = Date.now()
	}
	let e = this.opts.touchMoveLimit || 60;
	let a = Date.now();
	let i = a - this.scrollOption.lastMoveTime;
	if (i < Math.floor(1e3 / e)) return;
	if (this.scrollOption.startTouchX == 0) return;
	this.scrollOption.lastMoveTime = a;
	var r = null;
	if (t.changedTouches) {
		r = t.changedTouches[0]
	} else {
		r = t.mp.changedTouches[0]
	}
	if (r && this.opts.enableScroll === true) {
		var o = getTouches(r, this.opts, t);
		var n;
		n = o.x - this.scrollOption.startTouchX;
		var l = this.scrollOption.currentOffset;
		var s = calValidDistance(this, l + n, this.opts.chartData, this.config, this.opts);
		this.scrollOption.distance = n = s - l;
		var h = assign({}, this.opts, {
			_scrollDistance_: l + n,
			animation: false
		});
		this.opts = h;
		drawCharts.call(this, h.type, h, this.config, this.context);
		return l + n
	}
};
uCharts.prototype.scrollEnd = function(t) {
	if (this.opts.enableScroll === true) {
		var e = this.scrollOption,
			a = e.currentOffset,
			i = e.distance;
		this.scrollOption.currentOffset = a + i;
		this.scrollOption.distance = 0;
		this.scrollOption.moveCount = 0
	}
};
export default uCharts;