vue-echarts-linkage
Version:
vue3 echarts 的联动组件
8,214 lines • 303 kB
JavaScript
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import { ElMessage as wn } from "element-plus";
import * as Te from "echarts/core";
import { BarChart as Ii, LineChart as ki } from "echarts/charts";
import { CanvasRenderer as Oi } from "echarts/renderers";
import { TooltipComponent as _i, LegendComponent as Mi, ToolboxComponent as Li, DataZoomComponent as Di, VisualMapComponent as Ni, GridComponent as Pi, GraphicComponent as Ri, MarkLineComponent as Bi } from "echarts/components";
import { isClient as Ee, computedEager as Fi, useEventListener as mn, useResizeObserver as $i, unrefElement as Ps, tryOnScopeDispose as zi, onClickOutside as Hi, useTimeoutFn as Mr, useDebounceFn as Mo } from "@vueuse/core";
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import { CircleClose as Rs, CircleCheck as Ui, Loading as Wo, Close as ji, View as Yi, Hide as Ki } from "@element-plus/icons-vue";
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/**
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* (c) 2018-present Yuxi (Evan) You and Vue contributors
* @license MIT
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g: Math.round(this.g),
b: Math.round(this.b),
a: this.a
};
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g: t(this.g),
b: t(this.b),
a: this.a
};
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g: (r.g - o.g) * a + o.g,
b: (r.b - o.b) * a + o.b,
a: (r.a - o.a) * a + o.a
};
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restore: {
show: !0
// 这里要加上，否则后续为拖拽组件设置右偏移时，计算显示的feature数量会少一个
},
// saveAsImage: {}, //注：echarts自带的saveAsImage功能，不能将自定义legend等元素保存到图片中，因此这里使用下面自定义的mySaveAsImage功能
myThemeButton: {
// 自定义的主题切换功能
show: !0,
title: "深色模式",
icon: "image://",
onclick: (e) => {
}
},
myEnlargeShrinkButton: {
// 自定义的放缩功能
show: !0,
title: "放大",
icon: "image://" + Y2,
onclick: (e) => {
}
},
myExcelView: {
show: !0,
title: "数据视图",
icon: "image://" + j2,
onclick: (e) => {
}
},
myRectionLimit: {
show: !0,
title: "Y轴区间",
icon: "image://" + K2,
onclick: (e) => {
}
},
mySaveAsImage: {
// 自定义的保存图片功能
show: !0,
title: "保存为图片",
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icon: "image://" + V2,
onclick: (e) => {
}
},
myDeleteButton: {
// 自定义的删除功能
show: !0,
title: "删除",
// icon: 'path://M554.6496 512.0512l255.744-255.6928a30.1056 30.1056 0 1 0-42.6496-42.5984L512 469.4528 256.256 213.6064a30.1568 30.1568 0 1 0-42.6496 42.6496l255.744 255.6928-255.744 255.7952a30.1056 30.1056 0 1 0 42.6496 42.6496L512 554.6496l255.744 255.744a30.1568 30.1568 0 1 0 42.6496-42.6496l-255.744-255.6928z',
icon: "image://" + U2,
onclick: (e) => {
}
}
}
},
dataZoom: [{
type: "inside",
start: 0,
end: 100
}],
xAxis: [{
type: "category",
id: Re,
name: "",
axisLabel: {
fontSize: 12
},
axisTick: {
onZero: !1
},
nameGap: 20,
nameTextStyle: {
fontSize: 12,
align: "center"
},
data: []
}],
yAxis: [
{
type: "value",
//y轴为值类型
show: !0,
nameLocation: "center",
nameTextStyle: {
padding: 0,
align: "right"
},
scale: !0,
//坐标刻度不会强制包含零刻度
axisLine: {
show: !0
},
axisLabel: {
fontSize: 12
}
}
],
visualMap: [],
series: []
}, q2 = {
symbol: ["none", "none"],
// 箭头方向
lineStyle: {
type: "dashed",
color: "#f00"
// 线条颜色
},
itemStyle: {
show: !0,
color: "#f00"
// 标签颜色
},
label: {
show: !0,
position: "insideEndTop",
color: "#f00",
// 标签颜色
distance: 0
// 标签距离线条距离
},
data: []
}, W2 = "pulse", Ut = "switch", Oo = "markLine", Es = W2, zo = "line", X2 = "bar", Ss = zo, on = "light", nt = "dark", J2 = on, As = {
DARK: {
// 黑色主题
BACKGROUND_COLOR: "#100C2A"
},
LIGHT: {
// 白色主题
BACKGROUND_COLOR: "#fff"
}
}, Xe = "zh-cn", Z2 = "en-us", Q2 = Xe, Tt = "enlarge", Xn = "shrink", Cs = "all", ep = "/base.css", tp = "data:image/svg+xml,%3csvg%20xmlns='http://www.w3.org/2000/svg'%20viewBox='0%200%20261.76%20226.69'%3e%3cpath%20d='M161.096.001l-30.225%2052.351L100.647.001H-.005l130.877%20226.688L261.749.001z'%20fill='%2341b883'/%3e%3cpath%20d='M161.096.001l-30.225%2052.351L100.647.001H52.346l78.526%20136.01L209.398.001z'%20fill='%2334495e'/%3e%3c/svg%3e", np = "/main.css", op = "/common.css", rp = "/mixin.css", sp = "/mixin.css", ap = 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constructor(t) {
U(this, "seriesOptionArray");
// 原始数据
U(this, "segment");
// 图表分段数
U(this, "theme");
// 主题
U(this, "enlargeShrink");
// 放缩类型
U(this, "swichThemeIcon");
// 切换按钮的icon主题，与theme相反
U(this, "xAxisInterval", 1);
// x轴刻度标签显示间隔
U(this, "offsetNum", 40);
// Y轴偏移量
U(this, "gridLeftInit", 45);
// 左侧边距 --- 由于设置了containLabel: true，包含Y轴刻度标签，所以这里不需要设置
U(this, "gridTopInit", 40);
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U(this, "echartsColors", ws);
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U(this, "lineSeriesMarkLineTemplate", JSON.parse(JSON.stringify(q2)));
// 标记线模板
// private optionTemplate: EChartsOption; // 折线图表模板
U(this, "resultOption");
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U(this, "init", () => {
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/**
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t = o;
}
return this.xAxisInterval = t - 1, this.xAxisInterval;
});
// 获取x轴数据 --- 如果有多个series，则从第一个开始获取，如果没有则往下一个series中获取
U(this, "setXAxisData", () => {
let t = [];
for (let n = 0; n < this.seriesOptionArray.length; n++) {
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t = [...o.map((r) => r[0].toString())];
break;
}
}
return this.xAxisData = t, this.xAxisData;
});
// 折线图表模板
U(this, "initOptionTemplate", () => {
var n, o;
const t = this.resultOption.xAxis;
t[0].data = this.setXAxisData(), ((n = t[0].data) == null ? void 0 : n.length) > 0 && this.seriesOptionArray[0].xAxisName && (t[0].name = this.seriesOptionArray[0].xAxisName), t[0].show = ((o = this.xAxisData) == null ? void 0 : o.length) > 0, this.setXAxisInterval() && (t[0].axisLabel.interval = this.xAxisInterval), t[0].axisLabel.formatter = (r) => (this.seriesOptionArray.some((i) => i.seriesLinkMode) && (r = r.toString().split("--")[1]), typeof this.segment == "object" && this.segment.mode === "percent" && +r % this.segment.value !== 0 && (r = ""), r), typeof this.segment == "object" && this.segment.mode === "percent" && (t[0].axisTick.show = !1);
});
/**
* @description 根据series数据，自定义Y轴最小值和最大值 --- 暂未使用，使用echarts自身的优化算法来自动设置
* @returns this 链式调用
*/
U(this, "customYAxisMinMax", () => {
function t(n) {
const o = n.map((i) => +i[1]);
let r = Math.min(...o), a = Math.max(...o);
return (r > 0 || r < 0) && (r = Math.floor(r / 10) * 10), (a > 0 || a < 0) && (a = Math.ceil(a / 10) * 10), { min: r, max: a };
}
return this.seriesOptionArray.forEach((n, o) => {
const { min: r, max: a } = t(n.seriesData), i = this.resultOption.yAxis[o];
i.min = r, i.max = a, i.alignTicks = !1;
}), this;
});
// 设置y轴
U(this, "setYAxis", () => {
const t = [], n = [];
let o = 0;
this.seriesOptionArray.forEach((a, i) => {
const l = a.seriesData.length > 0 && a.yAxisShow !== !1 && a.dataType !== Ut && a.dataType !== Oo;
n.push(l);
const s = {
name: a.yAxisName || "",
type: "value",
show: l,
// 注：只有当数据不为空时才显示Y轴
position: "left",
offset: 0,
alignTicks: a.yAxisAlignTicks !== !1,
// 默认是true设置Y轴对齐，只有外部传入false才设置Y轴不对齐
scale: !0,
// 坐标刻度不强制包含零刻度
axisLine: { show: !0, lineStyle: { color: this.echartsColors[i % this.echartsColors.length] } },
nameTextStyle: { align: "center", padding: [0, 0, -7, 0] },
axisLabel: { margin: 2 }
};
s.min = a.yAxisMin, s.max = a.yAxisMax, a.dataType === Ut && (s.show = !0, s.name = "", s.min = 0 - o * 1.5, s.max = 12 - o * 1.5, s.axisLine.show = !1, s.axisLabel.show = !1, o++), a.dataType === Oo && (s.show = !0, s.name = Oo, s.axisLine.show = !0, s.axisLabel.show = !0), t.push(s);
}), t.forEach((a, i) => {
if (a.axisLine.show === !1 && a.axisLabel.show === !1) return;
const l = n.reduce((s, c, p) => (p <= i && (s = s + (c ? 1 : 0)), s), 0);
a.offset = l === 0 ? 0 : this.offsetNum * (l - 1);
}), this.resultOption.yAxis = t;
const r = n.filter((a) => a === !0).length;
r === 0 || r === 1 ? this.resultOption.grid.left = this.gridLeftInit : this.resultOption.grid.left = this.gridLeftInit + this.offsetNum * (r - 1);
});
// 设置tooltip
U(this, "setToolTip", () => {
const t = this.resultOption.tooltip;
this.setBaseLineOnToolTip(t), this.setCustomTooltipFormatter(t);
});
// 设置自定义tooltip formatter
U(this, "setCustomTooltipFormatter", (t) => (this.tooltipFormatter && (t.formatter = this.tooltipFormatter), this));
// 设置基准线值在tooltip中显示
U(this, "setBaseLineOnToolTip", (t) => {
var r, a;
const n = [];
let o = !1;
return this.seriesOptionArray.forEach((i) => {
var y, S, x, L;
const l = i.seriesShow !== !1;
if (!i.visualMapSeries) {
const G = {
seriesShow: l,
showOnToolTipMode: "not",
baseLineValue: void 0,
piecesOnTooltipValue: ""
};
n.push(G);
return;
}
const s = i.visualMapSeries, c = (y = s == null ? void 0 : s.baseLine) == null ? void 0 : y.isShowOnToolTip, p = (S = s == null ? void 0 : s.piecesOnTooltip) == null ? void 0 : S.show, g = ((x = s == null ? void 0 : s.piecesOnTooltip) == null ? void 0 : x.value) || "", E = !c && !p ? "not" : p ? "pieces" : "baseLine";
(c || p) && (o = !0);
const h = (L = s == null ? void 0 : s.baseLine) == null ? void 0 : L.value, f = {
seriesShow: l,
showOnToolTipMode: E,
baseLineValue: h,
piecesOnTooltipValue: g
};
n.push(f);
}), !o && (!((r = this.extraTootip) != null && r.show) || ((a = this.extraTootip) == null ? void 0 : a.data.length) === 0) ? this : (t.formatter = (i) => {
var s, c;
let l = "";
if (i && i.length > 0 && (l += `${i[0].name}</br>`, i.forEach((p) => {
const g = p.componentIndex, E = p.dataIndex, h = n[g].seriesShow, f = n[g].showOnToolTipMode;
let y = Array.isArray(p.value) ? p.value[1] : p.value;
if (f === "pieces") {
const S = n[g].piecesOnTooltipValue;
y = `${y} <span style="color: green;">(${S})<span>`;
} else if (f === "baseLine") {
const S = n[g].baseLineValue, x = Array.isArray(S[E]) ? S[E][1] : S[E];
y = `${y} <span style="color: green;">(${x})<span>`;
}
h && (l += `<div>${p.marker} ${p.seriesName} <span style="float: right;">${y}</span></div>`);
}), (s = this.extraTootip) != null && s.show && ((c = this.extraTootip) == null ? void 0 : c.data.length) > 0)) {
const p = '<span style="display:inline-block; margin-right:4px; width:10px; height:10px; color: #ccc;">--</span>';
this.extraTootip.data.forEach((g) => {
const E = g.label, h = g.value, f = i[0].dataIndex, y = h[f], S = Array.isArray(y) ? y[1] : y;
l += `<div>${p} ${E} <span style="float: right;">${S}</span></div>`;
});
}
return l;
}, this);
});
// 设置主题按钮图标
U(this, "setThemeButtonIcon", () => {
if (this.resultOption.toolbox) {
const t = this.resultOption.toolbox;
if (t.feature && t.feature.myThemeButton) {
const n = jt.getAssetsFile("svg/dark.svg"), o = jt.getAssetsFile("svg/light.svg");
let r = n;
this.swichThemeIcon === nt ? r = n : r = o, t.feature.myThemeButton.icon = "image://" + r, this.setOptionColorsByTheme(this.resultOption, this.swichThemeIcon);
}
}
return this;
});
/**
* @description 根据主题设置所有颜色，主要是坐标轴相关的颜色
* @param option 配置项
* @param swichThemeIcon 切换图标
*/
U(this, "setOptionColorsByTheme", (t, n) => {
if (t !== null && typeof t == "object") {
for (const o in t)
if (Reflect.has(t, o))
if (o === Vo) {
const r = t[Vo];
if (!r) continue;
t[Go] = n === nt ? r[0] : r[1];
} else
this.setOptionColorsByTheme(t[o], n);
}
});
// 设置放缩按钮图标
U(this, "setEnlargeShrinkButtonIcon", () => {
if (this.resultOption.toolbox) {
const t = this.resultOption.toolbox;
if (t.feature && t.feature.myEnlargeShrinkButton) {
const n = jt.getAssetsFile("svg/enlarge.svg"), o = jt.getAssetsFile("svg/shrink.svg");
let r = n;
this.enlargeShrink === Tt ? r = o : r = n, t.feature.myEnlargeShrinkButton.icon = "image://" + r;
}
}
return this;
});
// 组装option
U(this, "setResultOption", () => {
const t = this;
function n(r, a, i) {
const l = {
type: zo,
name: "demo",
smooth: !0,
...a
};
let s = [];
switch (l.type) {
case zo:
s = r.series;
break;
case X2:
s = r.series;
break;
default:
s = r.series;
break;
}
const c = t.echartsColors[i % t.echartsColors.length], p = {
id: `series${i}`,
name: l.name,
type: l.type,
smooth: l.smooth,
step: !1,
symbol: "none",
yAxisIndex: a.seriesYAxisIndex || a.seriesYAxisIndex === 0 ? a.seriesYAxisIndex : i,
lineStyle: { color: c },
itemStyle: { color: c },
data: l.seriesData
};
return l.dataType === Ut && (p.smooth = !1, p.step = "start", p.areaStyle = { origin: 0 }), s.push(p), r;
}
let o = Nn.deepCopy(this.resultOption);
Array.isArray(this.seriesOptionArray) ? this.seriesOptionArray.forEach((r, a) => {
o = n(o, r, a);
}) : o = n(o, this.seriesOptionArray[0], 0), this.resultOption = o;
});
/**
* @description 添加自定义标记线
* @param markLineArray 自定义标记线数组
* @returns this 链式调用
*/
U(this, "addCustomSeriesMarkLine", (t) => t.length === 0 ? (this.lineSeriesMarkLineTemplate.data = [], this) : (t.forEach((n) => {
typeof n == "number" ? this.lineSeriesMarkLineTemplate.data && this.lineSeriesMarkLineTemplate.data.push({ yAxis: n }) : this.lineSeriesMarkLineTemplate.data && this.lineSeriesMarkLineTemplate.data.push(n);
}), this));
/**
* @description 清除所有自定义标记线
* @returns this 链式调用
*/
U(this, "clearCustomSeriesMarkLine", () => (this.lineSeriesMarkLineTemplate.data.length = 0, this));
/**
* @description 设置自定义标记线
* 根据yAxis的show值，如果show是true，则显示该系列的markLine，否则不显示；
* 同时也考虑到重复的markLine，如果有重复的，则只显示第一个重复的
* @returns this 链式调用
*/
U(this, "setCustomSeriesMarkLine", (t) => {
function n(l, s) {
const c = new Set(l.filter((E) => E !== void 0).flat().map((E) => JSON.stringify(E))), p = Array.from(c).reduce((E, h) => (E[h] = !1, E), {}), g = [];
return l.forEach((E, h) => {
const f = s[h].show;
if (!E || E.length === 0) {
g.push(void 0);
return;
}
if (!f) {
g.push(void 0);
return;
}
const y = [];
E.forEach((S) => {
const x = JSON.stringify(S);
if (!c.has(x)) {
y.push(S);
return;
}
p[x] || (y.push(S), p[x] = !0);
}), g.push(y);
}), g;
}
const o = this.resultOption.series, r = this.resultOption.yAxis;
if (o.length === 0) return this;
const a = t.map((l) => l.markLineArray), i = n(a, r);
for (let l = 0; l < i.length; l++) {
const s = o[l], c = r[l].show, p = i[l], g = JSON.parse(JSON.stringify(this.lineSeriesMarkLineTemplate));
p == null || p.forEach((E) => {
typeof E == "number" ? g.data.push({ yAxis: E }) : g.data.push(E);
}), c ? s.markLine = g : s.markLine = { data: [] };
}
return this;
});
/**
* @description 设置自定义视觉映射
* @param visualMapSreies 自定义视觉映射 例如：[ {min: 0, max: 100, color: 'green'}, {min: 100, max: 200, color: 'yellow'} ]
* @returns this 链式调用
*/
U(this, "setVisualMap", () => {
function t(o, r) {
const a = [], i = o.baseLine;
if (i) {
const l = i.mode, c = i.value.map((E) => +E[1]), p = r.map((E) => +E[1]);
Ep.getGreaterValueIntervals(c, p, (E, h) => {
let f = !1;
switch (l) {
case "above":
f = h > E;
break;
case "below":
f = h < E;
break;
case "equal":
f = h === E;
break;
}
return f;
}).forEach((E) => {
const h = {
gte: E[0],
color: "red"
};
E[0] === E[1] ? h.lt = E[1] + 1 : h.lte = E[1], a.push(h);
});
} else
o.pieces.forEach((s) => {
const c = {
gte: s.min,
lte: s.max,
color: s.color || "red"
};
a.push(c);
});
return a;
}
this.resultOption.visualMap = [];
const n = this.resultOption.visualMap;
return this.seriesOptionArray.forEach((o, r) => {
var s;
if (!o.visualMapSeries) return;
const a = (s = this.resultOption.series[r].lineStyle) == null ? void 0 : s.color;
this.resultOption.series[r].lineStyle = {};
const i = t(o.visualMapSeries, o.seriesData);
if (i.length === 0) return;
const l = {
show: !1,
type: "piecewise",
pieces: i,
seriesIndex: r,
outOfRange: {
color: a
},
dimension: o.visualMapSeries.baseLine ? 0 : 1
// 基准线存在时，dimension为0，否则为1
};
n.push(l);
}), this;
});
/**
* @description 设置echarts实例的myDeleteButton按钮的点击事件
* @param callback myDeleteButton按钮的自定义点击事件回调函数
* @returns this 链式调用
*/
U(this, "setMyDeleteButton", (t) => {
if (this.resultOption.toolbox) {
const n = this.resultOption.toolbox;
n.feature && n.feature.myDeleteButton && (n.feature.myDeleteButton.onclick = t);
}
return this;
});
/**
* @description 重写echarts实例的SaveAsImage按钮的点击事件
* @param callback SaveAsImage按钮的自定义点击事件回调函数
* @returns this 链式调用
*/
U(this, "setSaveAsImageClickEvent", (t) => {
if (this.resultOption.toolbox) {
const n = this.resultOption.toolbox;
n.feature && n.feature.mySaveAsImage && (n.feature.mySaveAsImage.onclick = t);
}
return this;
});
/**
* @description 设置echarts实例的myThemeButton按钮的点击事件
* @param callback myThemeButton按钮的自定义点击事件回调函数
* @returns this 链式调用
*/
U(this, "setMyThemeButtonClickEvent", (t) => {
if (this.resultOption.toolbox) {
const n = this.resultOption.toolbox;
n.feature && n.feature.myThemeButton && (n.feature.myThemeButton.onclick = t);
}
return this;
});
/**
* @description 设置echarts实例的放缩按钮的点击事件
* @param callback 放缩按钮的自定义点击事件回调函数
* @returns this 链式调用
*/
U(this, "setMyEnlargeShrinkButtonClickEvent", (t) => {
if (this.resultOption.toolbox) {
const n = this.resultOption.toolbox;
n.feature && n.feature.myEnlargeShrinkButton && (n.feature.myEnlargeShrinkButton.onclick = t);
}
return this;
});
/**
* @description 设置echarts实例的myExcelView按钮的点击事件
* @param callback myExcelView按钮的自定义点击事件回调函数
* @returns this 链式调用
*/
U(this, "setMyExcelViewClickEvent", (t) => {
if (this.resultOption.toolbox) {
const n = this.resultOption.toolbox;
n.feature && n.feature.myExcelView && (n.feature.myExcelView.onclick = t);
}
return this;
});
/**
* @description 设置echarts实例的myRectionLimitButton（Y轴区间限制）按钮的点击事件
* @param callback myRectionLimitButton（Y轴区间限制）按钮的自定义点击事件回调函数
* @returns this 链式调用
*/
U(this, "setMyRectionLimitButtonClickEvent", (t) => {
if (this.resultOption.toolbox) {
const n = this.resultOption.toolbox;
n.feature && n.feature.myRectionLimit && (n.feature.myRectionLimit.onclick = t);
}
return this;
});
/**
* 设置toolbox中相关工具的title语言类型
* @param lang 语言类型，zh-cn | en (中文 | 英文)，默认中文
* @returns this 链式调用
*/
U(this, "setLanguage", (t) => {
var o;
const n = ((o = this.resultOption) == null ? void 0 : o.toolbox).feature;
return n.dataZoom.title = { zoom: t === Xe ? "区域缩放" : "Zoom", back: t === Xe ? "区域缩放还原" : "Zoom Reset" }, n.restore.title = t === Xe ? "还原" : "Restore", n.myThemeButton.title = t === Xe ? "切换到" + (this.swichThemeIcon === nt ? "黑夜" : "白天") : "switch to " + (this.swichThemeIcon === nt ? nt : on), n.myEnlargeShrinkButton.title = t === Xe ? this.enlargeShrink === Tt ? "缩小" : "放大" : this.enlargeShrink === Tt ? Xn : Tt, n.myExcelView.title = t === Xe ? "数据视图" : "Data View", n.myDeleteButton.title = t === Xe ? "删除" : "Delete", n.mySaveAsImage.title = "", this;
});
/**
* @description 统一设置所有echarts实例grid的left值对齐
* 当前echarts中没有Y轴显示时，grid的left值设置默认值，无需对齐
* 最大显示数量maxShowYCount为0时，grid的left值设置默认值，无需对齐
* 其他情况，grid的left值设置： 默认值 + 最大显示数量-1的偏移量
* @param maxShowYCount 各个图表中Y轴的最大显示数量
* @returns this 链式调用
*/
U(this, "setGridLeftAlign", (t) => {
let n = 0;
return this.seriesOptionArray.forEach((o) => {
o.seriesData.length > 0 && n++;
}), n === 0 || t === 0 ? this.resultOption.grid.left = this.gridLeftInit : this.resultOption.grid.left = this.gridLeftInit + this.offsetNum * (t - 1), this;
});
/**
* @description 统一设置所有echarts实例的Y轴的显示
* @param myChart echarts实例
* @param graphics 图形元素数组
* @param onPointDragging 自定义图形元素拖拽事件回调函数
* @returns 图形元素数组信息 Array<GraphicLocationInfoType>
*/
U(this, "setGraphic", (t, n, o) => {
const r = "rect1", a = "rect2", i = n && n[0].xAxisSeq || Math.floor(this.xAxisData.length / 3), l = n && n[1].xAxisSeq || Math.floor(this.xAxisData.length / 3) * 2, s = this.xAxisData[i], c = this.xAxisData[l];
return t.setOption({
// 绘制markLine的graphic line
graphic: [
{
...this.getGraphicRectTemplate(t, r, i, s),
ondrag: (p) => o(this.computedTwoGraphicRect(p.target.x, t, r))
// draggable: false, // 禁止拖拽
},
{
...this.getGraphicRectTemplate(t, a, l, c),
ondrag: (p) => o(this.computedTwoGraphicRect(p.target.x, t, a))
// draggable: false, // 禁止拖拽
}
]
}), [
{ graphicId: r, positionX: t.convertToPixel({ xAxisId: Re }, i), xAxisSeq: i, xAxisX: s },
{ graphicId: a, positionX: t.convertToPixel({ xAxisId: Re }, l), xAxisSeq: l, xAxisX: c }
];
});
U(this, "setMyGraphic", (t, n, o) => {
const r = "rect1", a = this.xAxisData[n], i = t.convertToPixel({ xAxisId: Re }, n);
t.setOption({
// 绘制markLine的graphic line
graphic: [
{
...this.getGraphicRectTemplate_1(t, n),
// ondrag: (e: any) => onPointDragging(this.computedTwoGraphicRect(e.target.x, myChart, GRAPHIC_RECT1_ID)),
id: r,
position: [i, 0],
info: a,
textContent: {
style: {
text: a
}
},
draggable: !1,
// 禁止拖拽
...o
}
]
});
});
/**
* 设置背景色
* @param color 背景色
* @returns
*/
U(this, "setBackgroundColor", (t) => (t && (this.resultOption.backgroundColor = t), this));
/**
* @description 获取graphic 矩形图形模板
* @param myChart echarts实例
* @param graphicId 图形元素id
* @param xAxisSeq 图形元素x轴坐标序号：从0开始
* @param graphicXAxisX 图形元素x轴坐标：不定，可能是数值可能是时间等等
* @returns
*/
U(this, "getGraphicRectTemplate", (t, n, o, r) => {
let a = 40, i = 20, l = t.getHeight() * 0.9 - a, s = 12;
if (Object.keys(this.usedStandards).length !== 0) {
const p = this.usedStandards, g = p.grid.top, E = p.grid.bottom;
a = g / 2, l = p.echartsHeight - g - E + a, s = p.fontSize, i = (g - a) / 2 + s;
}
const c = t.convertToPixel({ xAxisId: Re }, o);
return {
id: n,
type: "rect",
//'rect' 表示这个 graphic element 的类型是长方形。
top: a,
// left: myChart.convertToPixel({ xAxisId: XAXIS_ID }, 120),
z: 101,
// 这个属性让长方形可以被拖拽。
//设置长方形的形状
shape: {
width: 1,
height: l
// r: 10
},
// 用 transform 的方式对长方形进行定位。position: [x, y] 表示将长方形平移到 [x, y] 位置。
// 这里使用了 convertToPixel 这个 API 来得到长方形的位置
position: [c, 0],
draggable: "horizontal",
// 这个属性让圆点可以被拖拽。
//设置长方形的样式，透明度设置为0时，该长方形不可见
// invisible: true,// 这个属性让长方形不可见（但是不影响他响应鼠标事件）。
info: r,
textContent: {
type: "text",
style: {
text: r,
font: s + 'px "Microsoft YaHei", sans-serif'
}
},
textConfig: {
position: "top",
offset: [15, i]
},
style: {
fill: "red",
stroke: "red",
lineWidth: 1
},
//鼠标悬浮时在图形元素上时鼠标的样式是什么。同 CSS 的 cursor
// 'move' 光标指示某对象可被移动。
// 'pointer' 光标呈现为指示链接的指针（一只手）
cursor: "pointer"
};
});
//todo: 待实现
U(this, "getGraphicRectTemplate_1", (t, n) => {
let o = 40, r = 20, a = t.getHeight() * 0.9 - o, i = 12;
if (Object.keys(this.usedStandards).length !== 0) {
const l = this.usedStandards, s = l.grid.top, c = l.grid.bottom;
o = s / 2, a = l.echartsHeight - s - c + o, i = l.fontSize, r = (s - o) / 2 + i;
}
return {
id: "",
type: "rect",
//'rect' 表示这个 graphic element 的类型是长方形。
top: o,
// left: myChart.convertToPixel({ xAxisId: XAXIS_ID }, 120),
z: 101,
// 这个属性让长方形可以被拖拽。
//设置长方形的形状
shape: {
width: 1,
height: a
// r: 10
},
// 用 transform 的方式对长方形进行定位。position: [x, y] 表示将长方形平移到 [x, y] 位置。
// 这里使用了 convertToPixel 这个 API 来得到长方形的位置
position: [0, 0],
draggable: "horizontal",
// 这个属性让圆点可以被拖拽。
//设置长方形的样式，透明度设置为0时，该长方形不可见
// invisible: true,// 这个属性让长方形不可见（但是不影响他响应鼠标事件）。
info: "",
textContent: {
type: "text",
style: {
text: "",
font: i + 'px "Microsoft YaHei", sans-serif'
}
},
textConfig: {
position: "top",
offset: [15, r]
},
style: {
fill: "red",
stroke: "red",
lineWidth: 1
},
//鼠标悬浮时在图形元素上时鼠标的样式是什么。同 CSS 的 cursor
// 'move' 光标指示某对象可被移动。
// 'pointer' 光标呈现为指示链接的指针（一只手）
cursor: "pointer"
};
});
/**
* @description 计算两个graphic矩形的坐标信息: 当前拖拽的图形的左侧位置和在X轴上的坐标值、未拖动的图形的左侧位置和在X轴上的坐标值
* @param positionX 当前拖拽线条的X值,距离echarts左侧边框距离（包含grid）
* @param myChart echarts实例
* @param currentDragGraphicId 当前拖拽的图形的id
* @param notDragGraphicId 未拖动的图形的id
* @returns
*/
U(this, "computedTwoGraphicRect", (t, n, o) => {
const r = n.convertFromPixel({ xAxisId: Re }, t), a = this.xAxisData[r];
return {
graphicId: o,
positionX: t,
xAxisSeq: r,
xAxisX: a
};
});
/**
* @description 设置字体大小和其他自适应
* @param myChart echarts实例
* @returns this 链式调用
*/
U(this, "setFontSizeAndMoreAuto", (t, n = !0) => {
let o = {};
const r = {
// 标准映射
200: {
fontSize: 12,
grid: {
top: n ? 50 : 30,
bottom: 21
},
toolbox: {
top: "auto",
itemSize: 15,
itemGap: 8
}
},
150: {
fontSize: 10,
grid: {
top: n ? 40 : 20,
bottom: 19
},
toolbox: {
top: -4,
itemSize: 12,
itemGap: 6
}
},
100: {
fontSize: 10,
grid: {
top: n ? 30 : 20,
bottom: 19
},
toolbox: {
top: -4,
itemSize: 12,
itemGap: 6
}
},
other: {
fontSize: 9,
grid: {
top: 20,
bottom: 18
},
toolbox: {
top: -4,
itemSize: 10,
itemGap: 4
}
}
};
t > 200 ? o = r[200] : t > 150 ? o = r[150] : t > 100 ? o = r[100] : o = r.other;
const a = this.resultOption.grid;
a.top = o.grid.top, a.bottom = o.grid.bottom;
const i = this.resultOption.toolbox;
i.top = o.toolbox.top, i.itemSize = o.toolbox.itemSize, i.itemGap = o.toolbox.itemGap;
const l = this.resultOption.xAxis[0];
return l.axisLabel.fontSize = o.fontSize, l.nameTextStyle.fontSize = o.fontSize, this.resultOption.yAxis.forEach((s) => {
s.axisLabel.fontSize = o.fontSize, s.nameTextStyle.fontSize = o.fontSize;
}), o.echartsHeight = t, this.usedStandards = o, this;
});
/**
* @description 根据xAxisName的文本宽度设置grid的right属性
* @param width 容器宽度
* @returns
*/
U(this, "setGridRightByXAxisName", (t) => {
function n(p, g) {
const h = document.createElement("canvas").getContext("2d");
return h === null ? 0 : (h.font = `${g}px Arial`, h.measureText(p).width);
}
function o(p, g, E) {
p.right = E, g.nameTextStyle.align = "left", g.nameTextStyle.padding = 0, g.nameGap = 5;
}
const r = this.resultOption.xAxis[0], a = this.resultOption.grid, i = r.name;
if (i === "") return this;
const l = r.nameTextStyle.fontSize, s = n(i, l);
let c = a.right;
return typeof c == "string" && (c.endsWith("%") ? c = t * parseFloat(c.slice(0, -1)) / 100 : c = 10), s === 0 ? this : (c <= s ? s - c < 10 ? o(a, r, s + 10) : o(a, r, s + 15) : c - s < 5 ? o(a, r, s + 15) : c - s < 10 && o(a, r, s + 10), this);
});
U(this, "getXAxisData", () => this.xAxisData);
U(this, "getResultOption", () => this.resultOption);
const n = Nn.deepCopy(Ho);
this.resultOption = n, this.seriesOptionArray = t.seriesOptionArray, this.segment = t.segment, this.theme = t.theme, this.enlargeShrink = t.enlargeShrink || Xn, this.swichThemeIcon = this.theme === nt ? on : nt, this.enlargeShrink = this.enlargeShrink === Tt ? Tt : Xn, this.echartsColors = t.echartsColors || ws, this.legendShow = t.useMergedLegend === !1, this.extraTootip = t.extraTooltip, this.tooltipFormatter = t.tooltipFormatter, this.init();
}
}
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if (t) {
if (Array.isArray(e) && e.length === 2)
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throw new Error("color属性值必须是长度为2的数组");
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n ? e[Vo] = a : e[Go] = a;
continue;
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continue;
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} else
e[o] = t[o];
}
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function t(o) {
var a, i;
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Ho = n;
return;
}
Ho = $o;
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id: { default: "" },
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group: { default: "people" },
theme: { default: "light" },
itemFontSize: { default: "12px" }
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emits: ["isDragging", "update", "deleteItem", "deleteItemColumn", "deleteItemsAll"],
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const R = [];
A.forEach((j) => j.value.forEach((X) => R.push(X.id))), R.sort((j, X) => +j - +X), A.forEach((j) => {
j.value.forEach((X) => {
R.findIndex((q) => q === X.id), X.id = (R.findIndex((q) => q === X.id) + 1).toString();
});
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function E() {
}
function h() {
}
function f() {
}
function y() {
}
function S() {
}
function x() {
}
const L = () => {
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function G(I = 100) {
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return;
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return;
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T(), o("update", he(i.list));
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l.dropEffect = I.dataTransfer.dropEffect;
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const P = I;
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break e;
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return he(P);
}, se = (I, A) => {
const P = $(i.list, A);
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document.querySelector(".drag-container").addEventListener("drag", D);
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echartsColors: {},
segment: {},
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background: {},
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top: 5,
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isDragging: !1
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y();
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segment: o.segment,
echartsColors: !o.echartsColors || (o == null ? void 0 : o.echartsColors.length) < 1 ? void 0 : o.echartsColors,
useMergedLegend: o.useMergedLegend,
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};
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followId: m,
isShow: !0,
isDrag: !0
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}, O = async (u, m = !0) => {
u = T(u), s.maxEchartsIdSeq++;
const b = "echart" + s.maxEchartsIdSeq;
let v = [];
if (!u)
v = [D()];
else if (Array.isArray(u)) {
const re = [];
u.forEach((F) => {
re.push({ ...F });
}), v = re;
} else
(!u.seriesData || u.seriesData.length < 1) && (u = $(u.name, Ss, [], u.customData, [])), v = [{ ...u }];
const { theme: w, graphics: C } = se(), z = { id: b, data: v, theme: w, graphics: C };
s.data.push(z), te(), m && (_e.setStyleProperty(o, s.data.length), et());
}, D = () => $("", Ss, [], "", []), $ = (u, m, b, v, w) => ({ name: u, type: m, seriesData: b, seriesDataCache: b, customData: v, markLineArray: w, dataType: Es, visualMapSeries: void 0 }), se = () => {
var b, v;
let u = o.theme, m;
return o.isLinkage && s.data.length > 0 && (u = s.data[0].theme, o.useGraphicLocation && ((v = (b = s.data[0].data) == null ? void 0 : b[0]) == null ? void 0 : v.name) !== "" && (m = s.data[0].graphics)), { theme: u, graphics: m };
}, te = () => {
s.data.length <= o.echartsMaxCount || (wn.warning(`最多只能添加${o.echartsMaxCount}个echarts，超出限定数量的不进行加载！`), s.data.splice(o.echartsMaxCount));
}, B = async (u) => {
const m = s.data.findIndex((b) => b.id === u);
s.data.splice(m, 1), _e.setStyleProperty(o, s.data.length), et(), await fe(), l("delete-echart", { id: u, remainCount: s.data.length });
}, ne = async (u, m) => {
const b = (C, z) => {
let re = !1;
return re = C.data.some((F) => F.name === z.name && JSON.stringify(F.customData) === JSON.stringify(z.customData)), re;
}, v = s.data.findIndex((C) => C.id === u), w = s.data[v];
if (m = T(m, w), s.data.length < 1) {
wn.warning("请先添加1个echart图表！");
return;
}
if (s.currentHandleChartIds = [u], b(w, m)) {
wn.warning("该子项已存在，请选择其他子项！");
return;
}
w.data.length > 0 && w.data[0].name === "" ? w.data[0] = m : w.data.push(m), await fe(), q(), await fe(), s.currentHandleChartIds = [""];
}, ce = async (u, m) => {
const b = s.data.findIndex((w) => w.id === u), v = s.data[b];
if (m.length === 0) {
v.data = [D()];
return;
}
m.forEach((w, C) => {
if (!w.dragItemOption) {
const z = (C + 1).toString();
w.dragItemOption = N(w, z);
}
w = T(w, s.data[C]);
}), v.data = m;
}, we = () => {
let u = 0;
s.data.forEach((m) => {
const b = parseInt(m.id.substring(6));
u = b > u ? b : u;
}), s.maxEchartsIdSeq = u;
}, ie = () => {
const u = [];
return s.data.forEach((b) => {
const v = b.data;
let w = 0;
v.forEach((C) => {
w += I(C);
}), u.push(w);
}), Math.max(...u);
}, I = (u) => u.yAxisShow === !1 || u.dataType === Ut ? 0 : 1, A = (u) => {
const m = u.id, b = document.getElementById(m);
let v = Te.getInstanceByDom(b), w = !1;
if (v) {
const C = s.currentMaxShowYCount, z = ie(), re = s.data.find((de) => de.id === m), F = re.data.reduce((de, ye) => de + I(ye), 0);
if (re.isDeleteItem ? (v.clear(), re.data.length === 0 && (re.data = [D()]), w = !0) : (s.currentHandleChartIds.includes(m) && (w = !0), F < C && (w = !0), F < z && (w = !0), re.data.length === 0 && (w = !1)), (s.isAllUpdate || s.currentHandleChartIds.includes(m) && u.data.length === 1) && u.data.length > 0 && (v.dispose(), v = Te.init(b, u.theme)), s.isSwitchingTheme) {
const de = u.theme;
(o.isLinkage || !o.isLinkage && s.currentHandleChartIds.includes(m)) && (v.dispose(), v = Te.init(b, de));
}
v.off("restore"), v.on("restore", () => {
Promise.resolve().then(() => {
s.restoreClickBool = !0, q();
});
});
} else
w = !0, v = Te.init(b, u.theme);
return s.restoreClickBool && (w = !0), s.isAllUpdate && (w = !0), { myChart: v, needHandle: w };
}, P = (u, m) => {
var F;
const b = u.toolbox;
let v = 0;
const w = b.feature;
if (!w) return;
for (const de in w)
Reflect.has(w, de) && (F = w[de]) != null && F.show && (v = de === "dataZoom" ? v + 2 : v + 1);
const C = document.querySelector(".main-container");
C.style.setProperty("--toolbox-size", v.toString());
const z = (u == null ? void 0 : u.grid).left;
C.querySelector(`#${m}-custom-content`).style.setProperty("--left", z + "px");
}, R = Mo(() => {
et();
}, 300), H = (u, m) => {
const { myChart: b, needHandle: v } = A(u);
if (!v)
return b.resize(), b;
const w = [];
u.data.forEach((F) => {
var ye, Fe;
F.seriesData.forEach((At) => At[0] += "");
const de = (ye = u.yAxisLimits) == null ? void 0 : ye.find((At) => At.seriesName === F.name);
de != null && de.isYAxisLimitEnabled ? (F.yAxisMin = Number(de.yAxisMinLimit), F.yAxisMax = Number(de.yAxisMaxLimit)) : (F.yAxisMin = void 0, F.yAxisMax = void 0), w.push({
type: F.type,
name: F.name,
seriesData: F.seriesData,
seriesDataCache: F.seriesData,
xAxisName: F.xAxisName,
yAxisName: F.yAxisName,
yAxisShow: F.yAxisShow,
yAxisMin: F.yAxisMin,
yAxisMax: F.yAxisMax,
yAxisAlignTicks: F.yAxisAlignTicks,
seriesShow: F.seriesShow,
seriesYAxisIndex: F.seriesYAxisIndex,
dataType: F.dataType || Es,
visualMapSeries: F.visualMapSeries,
seriesLinkMode: (Fe = F.seriesLink) == null ? void 0 : Fe.isLinkMode
});
});
const C = {
seriesOptionArray: w,
theme: u.theme,
extraTooltip: u.extraTooltip,
enlargeShrink: u.enlargeShrink,
tooltipFormatter: u.tooltipFormatter
}, z = G(C);
z.setMyDeleteButton(() => B(u.id)).setSaveAsImageClickEvent((F) => Ya(F, u.id)).setMyThemeButtonClickEvent((F) => ni(F, u.id)).setMyEnlargeShrinkButtonClickEvent((F) => oi(F, u.id)).setMyExcelViewClickEvent((F) => ri(F, u.id)).setMyRectionLimitButtonClickEvent((F) => ai(F, u.id)).setCustomSeriesMarkLine(u.data).setLanguage(o.language === Xe ? Xe : Z2).setFontSizeAndMoreAuto(Y(u.enlargeShrink), o.useGraphicLocation).setGridRightByXAxisName(b.getWidth()), o.gridAlign && z.setGridLeftAlign(ie()), z.setBackgroundColor("transparent");
const re = z.getResultOption();
return b.setOption(re), P(re, u.id), u.xAxisdata = z.getXAxisData(), b.on("datazoom", (F) => tt.datazoomEvent(u.graphics, u.id, u.xAxisdata, o, s)), b.resize(), o.useGraphicLocation && (o.useGraphicGroup === Cs || o.useGraphicGroup.includes(m + 1)) && u.data[0].seriesData.length > 0 && (u.graphics = z.setGraphic(
b,
u.graphics,
(F) => tt.graphicDragLinkage(F, u.id, s, o)
)), Ir(u.id), b;
}, Y = (u) => {
let m = _e.computerEchartsHeight(o, s.data.length);
return u === Tt && (m = _e.computerEchartsHeightByEnlarge(1)), j(m), m;
}, j = (u) => {
const { top: m, fontSize: b } = _e.setDragPosition(u);
s.drag.top = m, s.drag.fontSize = b;
}, X = (u) => {
if (!(!u || u < 1))
for (let m = 0; m < u; m++)
m < u - 1 ? O(void 0, !1) : O();
}, q = async () => {
s.usedGroupNames = [], s.data.forEach((u, m) => {
u.yAxisLimits = si(u.data, u.yAxisLimits);
const b = H(u, m), v = _e.getGroupNameByChartSeq(m, o.groups, s.groupsName);
b.group = v, !s.usedGroupNames.includes(v) && s.usedGroupNames.push(v);
}), o.useGraphicLocation && tt.emitGraphicLocation(s), s.restoreClickBool = !1, s.currentMaxShowYCount = ie(), o.isLinkage && Be();
}, xe = () => {
s.groupsName = _e.initGroupData(o.groups), s.groupDefault = _e.GROUP_DEFAULT;
}, Be = () => {
s.usedGroupNames.forEach((u) => {
u && Te.connect(u);
});
}, Et = () => {
s.usedGroupNames.forEach((u) => {
Te.disconnect(u);
});
}, Ke = () => {
Et(), o.isLinkage && o.groups && o.groups.length > 0 && xe(), q();
}, dt = (u) => {
et();
}, Rt = () => {
s.data.forEach((u) => {
const m = document.getElementById(u.id), b = Te.getInstanceByDom(m);
b && b.dispose();
});
}, ft = (u) => {
u.preventDefault();
}, Bt = (u) => {
if (u.target.localName !== "canvas" || s.drag.isDragging) return;
u.preventDefault();
const m = u.target.parentElement.offsetParent.id;
l("drop-echart", { id: m });
};
let pt, St = !0;
const Xt = () => {
const u = document.querySelector(".echarts-linkage-container");
u.addEventListener("dragover", ft), u.addEventListener("drop", Bt), pt = new ResizeObserver((m) => {
for (let b of m)
St ? St = !1 : R();
}), pt.observe(u);
}, Jt = async () => {
await fe(), St = !1;
}, Zt = () => {
const u = document.querySelector(".echarts-linkage-container");
u.removeEventListener("dragover", ft), u.removeEventListener("drop", Bt), pt.unobserve(u);
}, gn = () => s.data.length, vn = () => {
const u = [];
return s.data.forEach((m) => {
m.data.forEach((b) => {
const v = u.some((w) => w.name === b.name && JSON.stringify(w.customData) === JSON.stringify(b.customData));
b.name && !v && u.push({
name: b.name,
type: b.type,
customData: b.customData,
dataType: b.dataType,
seriesData: he(b.seriesData)
// 暴露缓存数据，原因是外部可能还会使用缓存数据进行渲染
});
});
}), u;
}, qe = (u = "all") => {
const m = [];
return s.data.forEach((b) => {
if (u !== "all" && u !== b.id) return;
const v = { id: b.id, series: [] };
b.data.forEach((w) => {
v.series.push({
name: w.name,
type: w.type,
customData: w.customData,
dataType: w.dataType,
seriesData: he(w.seriesData)
});
}), m.push(v);
}), m;
}, ht = () => {
function u(b) {
return {
name: b.name,
type: b.type,
customData: b.customData,
dataType: b.dataType,
seriesData: [],
yAxisMin: b.yAxisMin,
yAxisMax: b.yAxisMax
};
}
const m = [];
return s.data.forEach((b, v) => {
let w = [];
b.data.length === 1 && b.data[0].name === "" && (w = []), b.data.forEach((C) => {
if (C.dragItemOption)
C.dragItemOption.seriesOption = u(C), w.push(C.dragItemOption);
else {
if (!C.name) return;
w.push({
name: C.name,
id: (v + 1).toString(),
followId: (v + 1).toString(),
isShow: !0,
isDrag: !0,
seriesOption: u(C)
});
}
}), m.push(w);
}), he(m);
}, Ft = async (u = "clear") => {
u === "clear" ? (s.data.forEach(async (m) => {
m.data = [], m.isDeleteItem = !0;
}), await et()) : (s.data = [], s.maxEchartsIdSeq = 0, _e.setStyleProperty(o, s.data.length), await q());
}, $t = async (u) => {
async function m(w, C) {
if (w > C)
s.data.slice(C).forEach(async (re) => {
await B(re.id);
});
else if (w < C)
for (let z = w; z < C; z++)
await O();
}
await fe(), s.currentHandleMode = "all-replace", await Ft();
const b = s.data.length, v = u.length;
await m(b, v), tt.clearAllGraphicData(s), u.forEach(async (w, C) => {
const z = s.data[C].id;
await ce(z, w);
}), await fe();
}, M = async (u, m) => {
function b(w, C) {
const z = C.seriesName;
w.data.forEach((re) => {
re.dataType !== Ut && (z ? re.name === z && re.visualMapSeries && (re.visualMapSeries = C) : re.visualMapSeries && (re.visualMapSeries = C));
});
}
const v = s.data.find((w) => w.id === u);
if (Array.isArray(m)) {
if (m.length === 0) return;
m.forEach((w) => b(v, w));
} else {
if (Object.keys(m).length === 0) return;
b(v, m);
}
s.currentHandleChartIds = [u], await fe(), q();
}, ue = (u, m) => u.name === m.name && JSON.stringify(u.customData) === JSON.stringify(m.customData), ke = (u, m, b) => {
let v = !1;
b ? u.data.forEach((w) => {
var de;
const C = m.filter((ye) => ue(ye, w))[0];
if (!C) return;
let z = he((de = C.seriesLink) == null ? void 0 : de.linkData);
if (z.length === 0) {
w.seriesData = [], w.markLineArray = [];
return;
} else if (z = z.filter((Fe) => Fe.data.length > 0), z.length === 0) {
w.seriesData = [], w.markLineArray = [];
return;
}
const { packageData: re, markLineData: F } = Ar(z);
w.seriesData = re, w.markLineArray = Sr(C.seriesLink.linkData, z, F), C.yAxisAlignTicks !== void 0 && (w.yAxisAlignTicks = C.yAxisAlignTicks), (C.yAxisMin || C.yAxisMax) && (w.yAxisMin = C.yAxisMin, w.yAxisMax = C.yAxisMax), !C.visualMapSeries && (v = !0), w.visualMapSeries = C.visualMapSeries;
}) : u.data.forEach((w) => {
const C = m.filter((z) => ue(z, w))[0];
C && (C.seriesData && (w.seriesData = C.seriesData), C.yAxisAlignTicks !== void 0 && (w.yAxisAlignTicks = C.yAxisAlignTicks), (C.yAxisMin || C.yAxisMax) && (w.yAxisMin = C.yAxisMin, w.yAxisMax = C.yAxisMax), !C.visualMapSeries && (v = !0), w.visualMapSeries = C.visualMapSeries);
}), v && !s.currentHandleChartIds.includes(u.id) && s.currentHandleChartIds.push(u.id);
}, zt = async (u) => {
if (Array.isArray(u))
s.currentHandleChartIds = [], u.forEach((m) => {
s.data.forEach((b) => {
if (m.id !== b.id) return;
s.currentHandleChartIds.push(b.id);
const v = m.series.some((w) => {
var C;
return (C = w.seriesLink) == null ? void 0 : C.isLinkMode;
});
ke(b, m.series, v);
});
});
else {
const m = s.data.filter((v) => v.id === u.id)[0], b = u.series.some((v) => {
var w;
return (w = v.seriesLink) == null ? void 0 : w.isLinkMode;
});
ke(m, u.series, b), s.currentHandleChartIds = [u.id];
}
try {
return await fe(), await q(), !0;
} catch {
return !1;
}
}, Ht = async (u) => {
const m = u.some((b) => {
var v;
return (v = b.seriesLink) == null ? void 0 : v.isLinkMode;
});
s.data.forEach((b) => {
ke(b, u, m);
});
try {
return await et(), !0;
} catch {
return !1;
}
}, Va = async (u) => {
function m(v, w) {
return !(!w || !v.data.some((z) => !!u.filter((F) => ue(F, z))[0]));
}
const b = u.some((v) => {
var w;
return (w = v.seriesLink) == null ? void 0 : w.isLinkMode;
});
s.data.forEach((v) => {
ke(v, u, b);
});
try {
await fe();
let v = 0;
return s.data.forEach((w) => {
const C = document.getElementById(w.id), z = Te.getInstanceByDom(C);
if (!m(w, z)) return;
const F = w.data[0].seriesData.map((ye) => ye[0] + ""), de = w.data.map((ye) => ({ data: ye.seriesData.map((Fe) => [Fe[0] + "", Fe[1]]) }));
z.setOption({
xAxis: [{
data: F
}],
series: de
}), v++, o.useGraphicLocation && tt.updateGraphic(w.graphics, w.id, F, s);
}), !0;
} catch {
return !1;
}
}, et = async () => {
await fe(), s.isAllUpdate = !0, q(), await fe(), Y(), s.isAllUpdate = !1;
}, Ua = () => s.maxEchartsIdSeq;
let mo = !1;
const ja = (u, m = 50) => {
const b = m;
if (s.data.forEach((v) => {
var re, F, de;
let w = [], C = !1;
v.data.forEach((ye, Fe) => {
const At = u.filter(($n) => ue($n, ye))[0];
At && At.seriesData.forEach(($n) => {
const _r = $n[0].toString(), ci = $n[1];
Fe === 0 && w.push(_r), ye.seriesData.push([_r, ci]), ye.seriesData.length > b && ye.seriesData.shift() && (C = !0);
});
});
let z = 0;
(re = v.xAxisdata) == null || re.push(...w), C && ((F = v.xAxisdata) != null && F.length) && ((de = v.xAxisdata) == null || de.splice(z, w.length));
}), (s.data[0].xAxisdata || []).length === u[0].seriesData.length) {
et();
return;
}
mo || (mo = !0, requestAnimationFrame(() => {
s.data.forEach((v) => {
if (!v.data || v.data.length === 0) return;
const w = document.getElementById(v.id);
let C = Te.getInstanceByDom(w);
const z = v.data.map((re) => ({
data: re.seriesData
}));
C.setOption({
xAxis: [{
data: v.xAxisdata
}],
series: z
});
}), mo = !1;
}));
}, yo = (u) => {
var w;
let m = [];
if ((w = u.seriesLink) != null && w.isLinkMode) {
if (u.seriesLink.linkData.length === 0)
return u.seriesData = [], u.markLineArray = [], u;
if (m = u.seriesLink.linkData.filter((C) => C.data.length > 0), m.length === 0)
return u.seriesData = [], u.markLineArray = [], u;
} else return u;
const { packageData: b, markLineData: v } = Ar(m);
return u.seriesData = b, u.markLineArray = Sr(u.seriesLink.linkData, m, v), u.seriesLink.isLinkMode = !0, u;
}, Sr = (u, m, b) => (u.length === 1 && m.length === 1 && (b = []), b), Ar = (u) => {
const m = he(u);
let b = [];
const v = [];
return m.forEach((C, z) => {
const re = C.label || "X" + z.toString().padStart(3, "0");
C.data.forEach((F) => F[0] = re + "--" + F[0]), b.push(C.data), v.push({
xAxis: C.data[C.data.length - 1][0],
label: { show: !!C.label, position: "insideMiddleTop", formatter: C.label }
});
}), { packageData: b.reduce((C, z) => C.concat(z), []), markLineData: v };
}, Cr = () => {
if (!o.isEchartsHeightChange && s.data.length > o.echartsHeightFixedCount) {
jt.htmlElementToImage(".main-container", "echarts-linkage.png", (u) => {
u.style.setProperty("--height", u.scrollHeight + "px"), u.style.width = u.clientWidth - 10 + "px", u.classList.add("hide-scroll");
}, (u) => {
u.style.setProperty("--height", "100%"), u.style.width = u.clientWidth + 10 + "px", u.classList.remove("hide-scroll");
});
return;
}
jt.htmlElementToImage(".main-container", "echarts-linkage.png");
}, Ya = (u, m) => {
var b;
if (o.isLinkage)
Cr();
else {
const v = (b = document.getElementById(m)) == null ? void 0 : b.parentElement;
jt.htmlElementToImage(v, `echarts-linkage-${m}.png`);
}
}, Tr = (u) => {
s.data.every((b) => b.theme === u) || (s.data.forEach((b) => b.theme = u), et());
}, Ka = (u, m, b = !1) => {
if (m) {
const v = s.data.find((w) => w.id === m);
if (v.tooltipFormatter) return;
v.tooltipFormatter = u;
} else
s.data.forEach((v) => {
v.tooltipFormatter || (v.tooltipFormatter = u);
});
b && R();
}, qa = (u, m, b = !1) => {
if (m) {
const v = s.data.find((w) => w.id === m);
if (!v.tooltipFormatter) return;
v.tooltipFormatter = u;
} else
s.data.forEach((v) => {
v.tooltipFormatter && (v.tooltipFormatter = u);
});
b && R();
}, Wa = (u, m = !0) => {
if (s.currentHandleChartIds = [], u) {
const b = s.data.find((v) => v.id === u);
b.tooltipFormatter = void 0, s.currentHandleChartIds = [u];
} else
s.data.forEach((b) => {
b.tooltipFormatter && (b.tooltipFormatter = void 0, s.currentHandleChartIds.push(b.id));
});
m && R();
}, Xa = (u, m, b = !1) => {
var v;
if (m) {
const w = s.data.find((C) => C.id === m);
if ((((v = w.extraTooltip) == null ? void 0 : v.data) || []).length > 0) return;
w.extraTooltip = { show: !0, data: u };
} else
s.data.forEach((w) => {
var C;
(((C = w.extraTooltip) == null ? void 0 : C.data) || []).length > 0 || (w.extraTooltip = { show: !0, data: u });
});
b && R();
}, Ja = (u, m, b = !1) => {
if (m) {
const v = s.data.find((w) => w.id === m);
if (!v.extraTooltip) return;
v.extraTooltip.data = u;
} else
s.data.forEach((v) => {
v.extraTooltip && (v.extraTooltip.data = u);
});
b && R();
}, Za = (u, m = !0) => {
if (s.currentHandleChartIds = [], u) {
const b = s.data.find((v) => v.id === u);
b.extraTooltip = void 0, s.currentHandleChartIds = [u];
} else
s.data.forEach((b) => {
b.extraTooltip && (b.extraTooltip = void 0, s.currentHandleChartIds.push(b.id));
});
m && R();
}, Qa = (u) => {
const m = document.querySelectorAll(".main-container .custom-content");
u.forEach((b, v) => {
const w = m[v];
w && (w.innerHTML = b);
});
}, ei = (u) => {
if (Array.isArray(u))
u.forEach((m) => {
const b = document.querySelector(`.main-container #${m.id}-custom-content`);
b && (b.innerHTML = m.html);
});
else {
const m = document.querySelector(`.main-container #${u.id}-custom-content`);
if (!m) return;
m.innerHTML = u.html;
}
}, ti = () => {
document.querySelectorAll(".main-container .custom-content").forEach((m) => {
m && (m.innerHTML = "");
});
}, Ir = (u) => {
if (Array.isArray(u))
u.forEach((m) => {
const b = document.querySelector(`.main-container #${m}-custom-content`);
b && (b.innerHTML = "");
});
else {
const m = document.querySelector(`.main-container #${u}-custom-content`);
if (!m) return;
m.innerHTML = "";
}
}, ni = async (u, m) => {
const v = s.data.find((w) => w.id === m).theme === on ? nt : on;
if (s.isSwitchingTheme = !0, o.isLinkage)
s.data.forEach((w) => w.theme = v), et();
else {
const w = s.data.findIndex((C) => C.id === m);
s.data[w].theme = v, s.currentHandleChartIds = [m], await fe(), q();
}
await fe(), s.isSwitchingTheme = !1;
};
let kr = 0;
const oi = async (u, m) => {
function b(de, ye) {
s.data.forEach((Fe) => {
if (Fe.id === de) return;
const At = document.getElementById(Fe.id);
At.parentElement.style.display = ye ? "block" : "none";
});
}
const v = document.querySelector(".main-container"), w = v == null ? void 0 : v.querySelectorAll(".echarts-container"), C = s.data.findIndex((de) => de.id === m), z = s.data[C], re = w[C];
if (!re) return;
Os.getStatus(re) || (kr = v.scrollTop);
let F = !1;
Os.handleEnlargeShrink(re, v, () => {
z.enlargeShrink = Tt, F = !1;
}, () => {
z.enlargeShrink = Xn, F = !0;
}), s.currentHandleChartIds = [m], b(m, F), F && (v.scrollTop = kr), await fe(), q();
}, ri = async (u, m) => {
var F;
const b = s.data.find((de) => de.id === m), v = b.data.filter((de) => {
var ye;
return ((ye = de.seriesLink) == null ? void 0 : ye.isLinkMode) && de.seriesLink.linkData.length > 0;
}), w = { id: m };
v.length > 0 && (w.seriesLink = he(v[0].seriesLink), (F = w.seriesLink) == null || F.linkData.forEach((de) => de.data = []));
let C;
l("listener-excel-view", w, (de) => {
C = de;
}), await Promise.resolve(), r.value = !0;
const { head: z, body: re } = xh.handleExcel(b, C, w.seriesLink);
c.head = z, c.body = re;
}, si = (u, m) => {
let b = [];
return u.length === 0 ? m || [] : (u.forEach((v) => {
if (v.name === "") return;
const w = m == null ? void 0 : m.find((C) => C.seriesName === v.name);
w ? b.push({
seriesName: v.name,
isYAxisLimitEnabled: v.yAxisMin || v.yAxisMax ? !0 : w.isYAxisLimitEnabled,
yAxisMinLimit: v.yAxisMin || w.yAxisMinLimit,
yAxisMaxLimit: v.yAxisMax || w.yAxisMaxLimit
}) : b.push({
seriesName: v.name,
isYAxisLimitEnabled: !!(v.yAxisMin || v.yAxisMax),
yAxisMinLimit: v.yAxisMin || 0,
yAxisMaxLimit: v.yAxisMax || 0
});
}), o.useYAxisLimitsCache && Ts(b), b);
}, ai = async (u, m) => {
const b = s.data.find((v) => v.id === m);
if (b.data.length === 0 || b.data.length === 1 && b.data[0].name === "") {
wn.warning("当前图表没有系列名称，无法设置Y轴区间");
return;
}
p.value = b.yAxisLimits || [], i.value = ii(p.value.length), a.value = !0, s.currentHandleChartIds = [m];
}, ii = (u) => {
let m = 0;
return m = Math.min(20 + 10 * u, 60), m + "rem";
}, Or = () => {
a.value = !1, s.currentHandleChartIds = [];
}, li = async (u) => {
a.value = !1;
const m = s.currentHandleChartIds[0], b = s.data.find((v) => v.id === m);
p.value = u, b.yAxisLimits = u, b.data.forEach((v) => {
const w = u.find((C) => C.seriesName === v.name);
w && w.isYAxisLimitEnabled ? (v.yAxisMin = w.yAxisMinLimit, v.yAxisMax = w.yAxisMaxLimit) : (v.yAxisMin = void 0, v.yAxisMax = void 0);
}), o.useYAxisLimitsCache && Ts(u), await fe(), q();
};
return t({
initEcharts: q,
addEchart: O,
addEchartSeries: ne,
deleteEchart: B,
getDataLength: gn,
getMaxEchartsIdSeq: Ua,
getAllDistinctSeriesTagInfo: vn,
getAllSeriesTagInfo: qe,
getTemplateTagsOption: ht,
updateOneOrMoreEcharts: zt,
updateAllEcharts: Ht,
updateSimpleEcharts: Va,
clearAllEchartsData: Ft,
replaceAllEchartsData: $t,
downloadAllEchartsImg: Cr,
realTimeUpdate: ja,
updateOneEchartsVisualMapSeries: M,
handleMultipleLinkData: yo,
changeAllEchartsTheme: Tr,
addCustomTooltipFormatter: Ka,
updateCustomTooltipFormatter: qa,
clearCustomTooltipFormatter: Wa,
addExtraTooltip: Xa,
updateExtraTooltip: Ja,
clearExtraTooltip: Za,
updateAllCustomContent: Qa,
updateCustomContentById: ei,
clearAllCustomContent: ti,
clearCustomContentById: Ir
}), le(() => s.data.length, () => {
we();
}), le(() => o.theme, (u) => {
Tr(u);
}), le(() => o.groups, (u) => {
Ke();
}), le(() => o.isLinkage, (u) => {
Ke();
}), le(() => o.useGraphicLocation, (u) => {
dt();
}), Ls(() => {
xe();
}), Ce(() => {
Xt(), o.emptyEchartCount && X(o.emptyEchartCount), Jt();
}), Ye(() => {
Zt(), Rt();
}), (u, m) => {
const b = s2;
return _(), K("div", wh, [
ee("div", {
class: W(["main-container", { "hide-scroll": u.isEchartsHeightChange }])
}, [
(_(!0), K(He, null, Yt(s.data, (v, w) => (_(), K("div", {
key: v.id + "-" + w,
class: "echarts-container",
style: Ze({ "background-color": g(v), "--drag-top": s.drag.top + "px" })
}, [
ee("div", {
id: v.id,
class: "h-100% w-100%"
}, null, 8, Eh),
u.useMergedLegend ? (_(), ae(Dp, {
key: 0,
data: E(w),
colors: u.echartsColors,
id: v.id,
group: v.id,
theme: v.theme,
"item-font-size": s.drag.fontSize,
onIsDragging: m[0] || (m[0] = (C) => s.drag.isDragging = C),
onUpdate: (C) => f(C, w),
onDeleteItem: (C, z) => S(C, z, w),
onDeleteItemColumn: (C, z) => x(C, z, w),
onDeleteItemsAll: (C) => L(w)
}, null, 8, ["data", "colors", "id", "group", "theme", "item-font-size", "onUpdate", "onDeleteItem", "onDeleteItemColumn", "onDeleteItemsAll"])) : Q("", !0),
ee("div", {
class: "custom-content",
draggable: "false",
id: v.id + "-custom-content"
}, null, 8, Sh)
], 4))), 128))
], 2),
ge(b, {
modelValue: r.value,
"onUpdate:modelValue": m[1] || (m[1] = (v) => r.value = v),
title: "数据视图"
}, {
default: J(() => [
ge($p, {
head: c.head,
body: c.body
}, null, 8, ["head", "body"])
]),
_: 1
}, 8, ["modelValue"]),
ge(b, {
modelValue: a.value,
"onUpdate:modelValue": m[2] || (m[2] = (v) => a.value = v),
title: "Y轴区间设置",
width: i.value,
draggable: "",
onClosed: Or
}, {
default: J(() => [
ge(Xp, {
yAxisLimits: p.value,
dialogVisible: a.value,
onCancel: Or,
onConfirm: li
}, null, 8, ["yAxisLimits", "dialogVisible"])
]),
_: 1
}, 8, ["modelValue", "width"])
]);
};
}
}), Ch = /* @__PURE__ */ go(Ah, [["__scopeId", "data-v-79e50d05"]]), $h = {
install(e) {
e.component("VueEchartsLinkage", Ch);
}
};
export {
Ss as SERIES_CLASS_TYPE_DEFAULT,
Es as SERIES_TYPE_DEFAULT,
Ch as VueEchartsLinkage,
$h as default
};