历史趋势添加缺失数据功能

This commit is contained in:
guanj
2025-10-31 13:41:48 +08:00
parent 13c0a28c95
commit dc44e16d4d
8 changed files with 2833 additions and 2530 deletions

View File

@@ -1,157 +1,296 @@
const dataProcessing = (arr: any[]) => {
return arr
.filter(item => typeof item === 'number' || (typeof item === 'string' && !isNaN(parseFloat(item))))
.map(item => (typeof item === 'number' ? item : parseFloat(item)))
}
const calculateValue = (o:number,value: number, num: number, isMin: boolean) => {
if (value === 0) {
return 0
}else if(value>0&& Math.abs(value)<1 && isMin==true){
return 0
}else if(value>-1&& value<0 && isMin==false){
return 0
}
let base
if (Math.abs(o) >= 100) {
base = 100
} else if (Math.abs(o) >= 10) {
base = 10
} else if (Math.abs(o) >= 1) {
base = 1
} else {
base = 0.1
}
let calculatedValue
if (isMin) {
if (value < 0) {
calculatedValue = value + num * value
} else {
calculatedValue = value - num * value
}
} else {
if (value < 0) {
calculatedValue = value - num * value
} else {
calculatedValue = value + num * value
}
}
if (base === 0.1) {
return parseFloat(calculatedValue.toFixed(1))
} else if (isMin) {
return Math.floor(calculatedValue / base) * base
} else {
return Math.ceil(calculatedValue / base) * base
}
}
// 处理y轴最大最小值
export const yMethod = (arr: any) => {
let num = 0.2
let numList = dataProcessing(arr)
let maxValue = 0
let minValue = 0
let max = 0
let min = 0
maxValue = Math.max(...numList)
minValue = Math.min(...numList)
const o=maxValue-minValue
min = calculateValue( o,minValue, num, true)
max = calculateValue(o,maxValue, num, false)
// if (-100 >= minValue) {
// min = Math.floor((minValue + num * minValue) / 100) * 100
// } else if (-10 >= minValue && minValue > -100) {
// min = Math.floor((minValue + num * minValue) / 10) * 10
// } else if (-1 >= minValue && minValue > -10) {
// min = Math.floor(minValue + num * minValue)
// } else if (0 > minValue && minValue > -1) {
// min = parseFloat((minValue + num * minValue).toFixed(1))
// } else if (minValue == 0) {
// min = 0
// } else if (0 < minValue && minValue < 1) {
// min = parseFloat((minValue - num * minValue).toFixed(1))
// } else if (1 <= minValue && minValue < 10) {
// min = Math.floor(minValue - num * minValue)
// } else if (10 <= minValue && minValue < 100) {
// min = Math.floor((minValue - num * minValue) / 10) * 10
// } else if (100 <= minValue) {
// min = Math.floor((minValue - num * minValue) / 100) * 100
// }
// if (-100 >= maxValue) {
// max = Math.ceil((maxValue - num * maxValue) / 100) * 100
// } else if (-10 >= maxValue && maxValue > -100) {
// max = Math.ceil((maxValue - num * maxValue) / 10) * 10
// } else if (-1 >= maxValue && maxValue > -10) {
// max = Math.ceil(maxValue - num * maxValue)
// } else if (0 > maxValue && maxValue > -1) {
// max = parseFloat((maxValue - num * maxValue).toFixed(1))
// } else if (maxValue == 0) {
// max = 0
// } else if (0 < maxValue && maxValue < 1) {
// max = parseFloat((maxValue + num * maxValue).toFixed(1))
// } else if (1 <= maxValue && maxValue < 10) {
// max = Math.ceil(maxValue + num * maxValue)
// } else if (10 <= maxValue && maxValue < 100) {
// max = Math.ceil((maxValue + num * maxValue) / 10) * 10
// } else if (100 <= maxValue) {
// max = Math.ceil((maxValue + num * maxValue) / 100) * 100
// }
// if (maxValue > 1000 || minValue < -1000) {
// max = Math.ceil(maxValue / 100) * 100
// if (minValue == 0) {
// min = 0
// } else {
// min = Math.floor(minValue / 100) * 100
// }
// } else if (maxValue < 60 && minValue > 40) {
// max = 60
// min = 40
// } else if (maxValue == minValue && maxValue < 10 && minValue > 0) {
// max = Math.ceil(maxValue / 10) * 10
// min = Math.floor(minValue / 10) * 10
// } else if (maxValue == minValue && maxValue != 0 && minValue != 0) {
// max = Math.ceil(maxValue / 10 + 1) * 10
// min = Math.floor(minValue / 10 - 1) * 10
// } else {
// max = Math.ceil(maxValue / 10) * 10
// min = Math.floor(minValue / 10) * 10
// }
// if (maxValue > 0 && maxValue < 1) {
// max = 1
// } else if (max == 0 && minValue > -1 && minValue < 0) {
// min = -1
// }
return [min, max]
}
/**
* title['A相','B相',]
* data[[1,2],[3,4]]
*/
// 导出csv文件
const convertToCSV = (title: object, data: any) => {
console.log('🚀 ~ convertToCSV ~ data:', data)
let csv = ''
// 添加列头
csv += ',' + title.join(',') + '\n'
// 遍历数据并添加到CSV字符串中
data?.map(item => {
csv += item.join(',') + '\n'
})
return csv
}
export const exportCSV = (title: object, data: any, filename: string) => {
const csv = convertToCSV(title, data)
const blob = new Blob([csv], { type: 'text/csv;charset=utf-8;' })
const link = document.createElement('a')
link.href = URL.createObjectURL(blob)
link.download = filename
link.click()
// 释放URL对象
URL.revokeObjectURL(link.href)
}
const dataProcessing = (arr: any[]) => {
return arr
.filter(item => typeof item === 'number' || (typeof item === 'string' && !isNaN(parseFloat(item))))
.map(item => (typeof item === 'number' ? item : parseFloat(item)))
}
const calculateValue = (o: number, value: number, num: number, isMin: boolean) => {
if (value === 0) {
return 0
} else if (value > 0 && Math.abs(value) < 1 && isMin == true) {
return 0
} else if (value > -1 && value < 0 && isMin == false) {
return 0
}
let base
if (Math.abs(o) >= 100) {
base = 100
} else if (Math.abs(o) >= 10) {
base = 10
} else if (Math.abs(o) >= 1) {
base = 1
} else {
base = 0.1
}
let calculatedValue
if (isMin) {
if (value < 0) {
calculatedValue = value + num * value
} else {
calculatedValue = value - num * value
}
} else {
if (value < 0) {
calculatedValue = value - num * value
} else {
calculatedValue = value + num * value
}
}
if (base === 0.1) {
return parseFloat(calculatedValue.toFixed(1))
} else if (isMin) {
return Math.floor(calculatedValue / base) * base
} else {
return Math.ceil(calculatedValue / base) * base
}
}
// 处理y轴最大最小值
export const yMethod = (arr: any) => {
let num = 0.2
let numList = dataProcessing(arr)
let maxValue = 0
let minValue = 0
let max = 0
let min = 0
maxValue = Math.max(...numList)
minValue = Math.min(...numList)
const o = maxValue - minValue
min = calculateValue(o, minValue, num, true)
max = calculateValue(o, maxValue, num, false)
// if (-100 >= minValue) {
// min = Math.floor((minValue + num * minValue) / 100) * 100
// } else if (-10 >= minValue && minValue > -100) {
// min = Math.floor((minValue + num * minValue) / 10) * 10
// } else if (-1 >= minValue && minValue > -10) {
// min = Math.floor(minValue + num * minValue)
// } else if (0 > minValue && minValue > -1) {
// min = parseFloat((minValue + num * minValue).toFixed(1))
// } else if (minValue == 0) {
// min = 0
// } else if (0 < minValue && minValue < 1) {
// min = parseFloat((minValue - num * minValue).toFixed(1))
// } else if (1 <= minValue && minValue < 10) {
// min = Math.floor(minValue - num * minValue)
// } else if (10 <= minValue && minValue < 100) {
// min = Math.floor((minValue - num * minValue) / 10) * 10
// } else if (100 <= minValue) {
// min = Math.floor((minValue - num * minValue) / 100) * 100
// }
// if (-100 >= maxValue) {
// max = Math.ceil((maxValue - num * maxValue) / 100) * 100
// } else if (-10 >= maxValue && maxValue > -100) {
// max = Math.ceil((maxValue - num * maxValue) / 10) * 10
// } else if (-1 >= maxValue && maxValue > -10) {
// max = Math.ceil(maxValue - num * maxValue)
// } else if (0 > maxValue && maxValue > -1) {
// max = parseFloat((maxValue - num * maxValue).toFixed(1))
// } else if (maxValue == 0) {
// max = 0
// } else if (0 < maxValue && maxValue < 1) {
// max = parseFloat((maxValue + num * maxValue).toFixed(1))
// } else if (1 <= maxValue && maxValue < 10) {
// max = Math.ceil(maxValue + num * maxValue)
// } else if (10 <= maxValue && maxValue < 100) {
// max = Math.ceil((maxValue + num * maxValue) / 10) * 10
// } else if (100 <= maxValue) {
// max = Math.ceil((maxValue + num * maxValue) / 100) * 100
// }
// if (maxValue > 1000 || minValue < -1000) {
// max = Math.ceil(maxValue / 100) * 100
// if (minValue == 0) {
// min = 0
// } else {
// min = Math.floor(minValue / 100) * 100
// }
// } else if (maxValue < 60 && minValue > 40) {
// max = 60
// min = 40
// } else if (maxValue == minValue && maxValue < 10 && minValue > 0) {
// max = Math.ceil(maxValue / 10) * 10
// min = Math.floor(minValue / 10) * 10
// } else if (maxValue == minValue && maxValue != 0 && minValue != 0) {
// max = Math.ceil(maxValue / 10 + 1) * 10
// min = Math.floor(minValue / 10 - 1) * 10
// } else {
// max = Math.ceil(maxValue / 10) * 10
// min = Math.floor(minValue / 10) * 10
// }
// if (maxValue > 0 && maxValue < 1) {
// max = 1
// } else if (max == 0 && minValue > -1 && minValue < 0) {
// min = -1
// }
return [min, max]
}
/**
* title['A相','B相',]
* data[[1,2],[3,4]]
*/
// 导出csv文件
const convertToCSV = (title: object, data: any) => {
let csv = ''
// 添加列头
csv += ',' + title.join(',') + '\n'
// 遍历数据并添加到CSV字符串中
data?.map(item => {
csv += '\u200B' + item.join(',') + '\n'
})
return csv
}
export const exportCSV = (title: object, data: any, filename: string) => {
const csv = convertToCSV(title, data)
const blob = new Blob([csv], { type: 'text/csv;charset=utf-8;' })
const link = document.createElement('a')
link.href = URL.createObjectURL(blob)
link.download = filename
link.click()
// 释放URL对象
URL.revokeObjectURL(link.href)
}
/**
* 补全时间序列数据中缺失的条目
* @param rawData 原始数据,格式为 [["时间字符串", "数值", "单位", "类型"], ...]
* @returns 补全后的数据,缺失条目数值为 null
*/
export const completeTimeSeries = (rawData: string[][]): (string | null)[][] => {
// 步骤1校验原始数据并解析时间
if (rawData.length < 2) {
console.warn('数据量不足2条无法计算时间间隔直接返回原始数据')
return rawData.map(item => [...item])
}
// 解析所有时间为Date对象过滤无效时间并按时间排序
const validData = rawData
.map(item => {
// 确保至少有时间和数值字段
if (!item[0]) {
return { time: new Date(0), item, isValid: false }
}
const time = new Date(item[0])
return { time, item, isValid: !isNaN(time.getTime()) }
})
.filter(data => data.isValid)
.sort((a, b) => a.time.getTime() - b.time.getTime()) // 确保数据按时间排序
.map(data => data.item)
if (validData.length < 2) {
throw new Error('有效时间数据不足2条无法继续处理')
}
// 步骤2计算时间间隔分析前几条数据确定最可能的间隔
const intervals: number[] = []
// 分析前10条数据来确定间隔避免单一间隔出错
const analyzeCount = Math.min(10, validData.length - 1)
for (let i = 0; i < analyzeCount; i++) {
const currentTime = new Date(validData[i][0]!).getTime()
const nextTime = new Date(validData[i + 1][0]!).getTime()
const interval = nextTime - currentTime
if (interval > 0) {
intervals.push(interval)
}
}
// 取最常见的间隔作为标准间隔
const timeInterval = getMostFrequentValue(intervals)
if (timeInterval <= 0) {
throw new Error('无法确定有效的时间间隔')
}
// 步骤3生成完整的时间序列范围从第一条到最后一条
const startTime = new Date(validData[0][0]!).getTime()
const endTime = new Date(validData[validData.length - 1][0]!).getTime()
const completeTimes: Date[] = []
// 生成从 startTime 到 endTime 的所有间隔时间点
for (let time = startTime; time <= endTime; time += timeInterval) {
completeTimes.push(new Date(time))
}
// 步骤4将原始数据转为时间映射表使用精确的时间字符串匹配
const timeDataMap = new Map<string, (string | undefined)[]>()
validData.forEach(item => {
// 使用原始时间字符串作为键,避免格式转换导致的匹配问题
if (item[0]) {
timeDataMap.set(item[0], item)
}
})
// 提取模板数据(从第一条有效数据中提取单位和类型,处理可能的缺失)
const template = validData[0]
// 步骤5对比补全数据缺失条目数值为 null
const completedData = completeTimes.map(time => {
// 保持与原始数据相同的时间格式
const timeStr = formatTime(time)
const existingItem = timeDataMap.get(timeStr)
if (existingItem) {
// 存在该时间,返回原始数据
return [...existingItem]
} else {
// 缺失该时间,数值设为 null其他字段沿用第一个有效数据的格式
// 处理可能缺失的单位和类型字段
const result: (string | null | undefined)[] = [timeStr, '/']
// 仅在原始数据有单位字段时才添加
if (template.length > 2) {
result.push(template[2])
}
// 仅在原始数据有类型字段时才添加
if (template.length > 3) {
result.push(template[3])
}
return result
}
})
return completedData
}
/**
* 格式化时间为 "YYYY-MM-DD HH:mm:ss" 格式
* @param date 日期对象
* @returns 格式化后的时间字符串
*/
function formatTime(date: Date): string {
const year = date.getFullYear()
const month = String(date.getMonth() + 1).padStart(2, '0')
const day = String(date.getDate()).padStart(2, '0')
const hours = String(date.getHours()).padStart(2, '0')
const minutes = String(date.getMinutes()).padStart(2, '0')
const seconds = String(date.getSeconds()).padStart(2, '0')
return `${year}-${month}-${day} ${hours}:${minutes}:${seconds}`
}
/**
* 获取数组中出现频率最高的值
* @param arr 数字数组
* @returns 出现频率最高的值
*/
function getMostFrequentValue(arr: number[]): number {
if (arr.length === 0) return 0
const frequencyMap = new Map<number, number>()
arr.forEach(num => {
frequencyMap.set(num, (frequencyMap.get(num) || 0) + 1)
})
let maxFrequency = 0
let mostFrequent = arr[0]
frequencyMap.forEach((frequency, num) => {
if (frequency > maxFrequency) {
maxFrequency = frequency
mostFrequent = num
}
})
return mostFrequent
}

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@@ -94,7 +94,15 @@ const tableStore = new TableStore({
},
{ title: '设备名称', field: 'ndid', align: 'center' },
{ title: '异常时间', field: 'evtTime', align: 'center', sortable: true },
{ title: '告警代码', field: 'code', align: 'center', sortable: true }
{
title: '告警代码',
field: 'code',
align: 'center',
sortable: true,
formatter: (row: any) => {
return row.cellValue ? '\u200B' + row.cellValue : '/'
}
}
]
})

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@@ -86,7 +86,7 @@ const tableStore = new TableStore({
{ title: '设备名称', field: 'equipmentName', align: 'center' },
{ title: '工程名称', field: 'engineeringName', align: 'center' },
{ title: '项目名称', field: 'projectName', align: 'center' },
{ title: '发生时刻', field: 'startTime', align: 'center', minWidth: 110, sortable: true },
{ title: '发生时刻', field: 'startTime', align: 'center', width: 180, sortable: true },
{
title: '模块信息',
field: 'moduleNo',
@@ -99,20 +99,21 @@ const tableStore = new TableStore({
title: '告警代码',
field: 'code',
align: 'center',
width: 100,
formatter: (row: any) => {
return row.cellValue ? row.cellValue : '/'
return row.cellValue ? '\u200B' + row.cellValue : '/'
},
sortable: true
},
{
title: '事件描述',
minWidth: 220,
field: 'showName'
},
{
title: '级别',
field: 'level',
width: 100,
render: 'tag',
custom: {
1: 'danger',
@@ -133,7 +134,8 @@ const tableStore = new TableStore({
// }
// }
],
beforeSearchFun: () => {}
beforeSearchFun: () => {},
})
provide('tableStore', tableStore)

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@@ -51,7 +51,7 @@ const tableStore = new TableStore({
align: 'center',
formatter: (row: any) => {
return row.cellValue ? row.cellValue : '/'
return row.cellValue ? '\u200B' + row.cellValue : '/'
},
sortable: true
},

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@@ -1,448 +1,469 @@
<template>
<div class="default-main analyze-apf" :style="{ height: pageHeight.height }" v-loading="loading">
<DeviceTree @node-click="nodeClick" @init="nodeClick" @deviceTypeChange="deviceTypeChange"></DeviceTree>
<div class="analyze-apf-right" v-if="formInline.devId">
<div ref="headerRef">
<TableHeader :showSearch="false" ref="tableHeaderRef" @selectChange="selectChange">
<template v-slot:select>
<el-form-item label="时间:">
<DatePicker ref="datePickerRef"></DatePicker>
</el-form-item>
<el-form-item label="统计指标:">
<el-select
style="width: 200px"
v-model.trim="formInline.statisticalId"
filterable
@change="frequencyFlag"
placeholder="请选择"
>
<el-option
v-for="item in zblist"
:key="item.value"
:label="item.label"
:value="item.value"
></el-option>
</el-select>
</el-form-item>
<el-form-item label="谐波次数:" v-show="frequencyShow">
<el-select
v-model.trim="formInline.frequency"
filterable
placeholder="请选择"
style="width: 100px"
>
<el-option
v-for="item in 49"
:key="item + 1"
:label="item + 1"
:value="item + 1"
></el-option>
</el-select>
</el-form-item>
<el-form-item label="值类型:">
<el-select v-model.trim="formInline.valueType" filterable placeholder="请选择">
<el-option
v-for="item in typelist"
:key="item.value"
:label="item.label"
:value="item.value"
></el-option>
</el-select>
</el-form-item>
</template>
<template v-slot:operation>
<el-button type="primary" @click="search" icon="el-icon-Search">查询</el-button>
</template>
</TableHeader>
</div>
<el-empty description="暂无数据" v-if="!echartsData" style="flex: 1"></el-empty>
<template v-else>
<div :style="echartHeight">
<MyEchart :options="echartsData" />
</div>
</template>
</div>
<el-empty v-else description="请选择设备" class="analyze-apf-right" />
</div>
</template>
<script setup lang="ts">
import { ref, reactive } from 'vue'
import { mainHeight } from '@/utils/layout'
import DeviceTree from '@/components/tree/govern/deviceTree.vue'
import { queryByCode, queryCsDictTree } from '@/api/system-boot/dictTree'
import { getDevCapacity } from '@/api/cs-device-boot/capacity'
import { queryCommonStatisticalByTime } from '@/api/cs-harmonic-boot/stable'
import DatePicker from '@/components/form/datePicker/index.vue'
import MyEchart from '@/components/echarts/MyEchart.vue'
import { yMethod } from '@/utils/echartMethod'
import TableHeader from '@/components/table/header/index.vue'
defineOptions({
name: 'govern/analyze/APF'
})
const tableHeaderRef = ref()
const headerRef = ref()
const pageHeight = mainHeight(20)
const echartHeight = ref(mainHeight(80))
const loading = ref(false)
const echartsData = ref<any>(null)
const datePickerRef = ref()
const formInline = reactive({
statisticalId: '',
valueType: '',
startTime: '',
endTime: '',
devId: '',
frequency: ''
})
const timeFlag = ref(true)
const frequencyShow = ref(false)
const devCapacity = ref(0)
const flag = ref(false)
const typelist = [
{
label: '平均值',
value: 'avg'
},
{
label: '最大值',
value: 'max'
},
{
label: '最值',
value: 'min'
},
{
label: 'CP95值',
value: 'cp95'
}
]
const zblist = ref<any[]>([])
const init = () => {
return new Promise((resolve, reject) => {
queryByCode('Web_Apf').then(res => {
queryCsDictTree(res.data?.id).then(res => {
zblist.value = res.data.map((item: any) => {
return {
value: item.id,
label: item.name,
...item
}
})
formInline.statisticalId = zblist.value[0]?.value
formInline.valueType = typelist[0].value
resolve(null)
})
})
})
}
const deviceTypeChange = (val: any, obj: any) => {
flag.value = true
nodeClick(obj)
}
const nodeClick = async (e: anyObj) => {
if (e.level == 2 && flag.value) {
formInline.devId = e.id
loading.value = true
if (zblist.value.length === 0) {
await init()
}
getDevCapacity(formInline.devId)
.then(res => {
devCapacity.value = res.data
search()
})
.catch(() => {
loading.value = false
})
}
}
const lineStyle = [
{ type: 'solid', width: 3 },
{ type: 'dotted', width: 3 },
{ type: 'dashed', width: 3 }
]
const search = () => {
if (timeFlag.value) {
datePickerRef.value && datePickerRef.value.setInterval(5)
timeFlag.value = false
}
loading.value = true
formInline.startTime = datePickerRef.value.timeValue[0]
formInline.endTime = datePickerRef.value.timeValue[1]
if (!frequencyShow.value) {
formInline.frequency = ''
}
queryCommonStatisticalByTime(formInline)
.then(({ data }: { data: any[] }) => {
if (data.length) {
let list = processingOfData(data, 'unit')
echartsData.value = {}
let legend: any[] = []
let xAxis: any[] = []
let yAxis: any[] = []
let series: any[] = []
let color: any[] = []
let title = ''
data.forEach(item => {
if (!xAxis.includes(item.time)) {
xAxis.push(item.time)
}
// if (!legend.includes(item.anotherName)) {
// legend.push(item.anotherName)
// }
})
let units = Object.keys(list)
// console.log('🚀 ~ .then ~ units:', units)
for (let unit in list) {
console.log('🚀 ~ .then ~ unit:', unit)
let [min, max] = yMethod(list[unit].map((item: any) => item.statisticalData))
yAxis.push({
name: unit == 'null' ? '' : unit,
type: 'value',
// max: 10,
min: min,
max: max,
// splitNumber: 5,
// minInterval: 1,
axisLine: {
show: true,
//symbol: ["none", "arrow"],
lineStyle: {
color: '#333'
}
}
})
// processingOfData(list[unit], 'anotherName')
let anotherList = processingOfData(list[unit], 'anotherName')
for (let k in anotherList) {
title = k
let lineName = lineStyle[Object.keys(anotherList).indexOf(k)]
let phaseList = processingOfData(anotherList[k], 'phase')
for (let j in phaseList) {
color.push(j == 'A' ? '#DAA520' : j == 'B' ? '#2E8B57' : j == 'C' ? '#A52a2a' : '#0000CC')
legend.push(
j == 'M' ? k : j == 'A' ? `A相_${k}` : j == 'B' ? `B相_${k}` : j == 'C' ? `C相_${k}` : j
)
series.push({
name:
j == 'M'
? k
: j == 'A'
? `A相_${k}`
: j == 'B'
? `B相_${k}`
: j == 'C'
? `C相_${k}`
: j,
symbol: 'none',
smooth: true,
type: 'line',
data: phaseList[j].map(item => [
item.time,
Math.floor(item.statisticalData * 100) / 100,
unit,
lineName.type
]),
lineStyle: lineName,
yAxisIndex: unit.indexOf(units)
})
}
}
}
echartsData.value = {
title: {
text: zblist.value.filter(item => item.id == formInline.statisticalId)[0].name
},
tooltip: {
axisPointer: {
type: 'cross',
label: {
color: '#fff',
fontSize: 16
}
},
textStyle: {
color: '#fff',
fontStyle: 'normal',
opacity: 0.35,
fontSize: 14
},
backgroundColor: 'rgba(0,0,0,0.55)',
borderWidth: 0,
formatter(params: any) {
const xname = params[0].value[0]
let str = `${xname}<br>`
params.forEach((el: any, index: any) => {
let marker = ''
if (el.value[3] == 'dashed') {
for (let i = 0; i < 3; i++) {
marker += `<span style="display:inline-block;border: 2px ${el.color} solid;margin-right:5px;width:10px;height:0px;background-color:#ffffff00;"></span>`
}
} else {
marker = `<span style="display:inline-block;border: 2px ${el.color} ${el.value[3]};margin-right:5px;width:40px;height:0px;background-color:#ffffff00;"></span>`
}
str += `${marker}${el.seriesName.split('(')[0]}${
el.value[1] != null
? el.value[1] + ' ' + (el.value[2] == 'null' ? '' : el.value[2])
: '-'
}<br>`
})
return str
}
},
legend: {
itemWidth: 20,
itemHeight: 20,
itemStyle: { opacity: 0 }, //去圆点
type: 'scroll', // 开启滚动分页
top: 25
// data: legend
},
grid: {
left: '20px',
right: '40px',
bottom: '50px',
top: '80px',
containLabel: true
},
toolbox: {
feature: {
saveAsImage: {}
}
},
color: color,
xAxis: {
name: '',
type: 'time',
axisLabel: {
formatter: {
day: '{MM}-{dd}',
month: '{MM}',
year: '{yyyy}'
}
}
// boundaryGap: false,
// data: xAxis,
// axisLabel: {
// formatter: function (value: string) {
// return value.split(' ').join('\n')
// }
// },
// axisLine: {
// show: true,
// // symbol: ["none", "arrow"],
// lineStyle: {
// color: '#333'
// }
// }
},
yAxis: yAxis,
// [
// {
// name: '畸变率:(%)',
// type: 'value',
// // max: 10,
// min: min1,
// max: max1,
// splitNumber: 5,
// minInterval: 1,
// axisLine: {
// show: true,
// //symbol: ["none", "arrow"],
// lineStyle: {
// color: '#333'
// }
// }
// },
// {
// name: '电流:(A)',
// type: 'value',
// min: min,
// max: max,
// splitNumber: 5,
// minInterval: 1,
// splitLine: {
// show: false
// },
// axisLine: {
// show: true,
// //symbol: ["none", "arrow"],
// lineStyle: {
// color: '#333'
// }
// }
// }
// ],
options: {
series: series
}
}
} else {
echartsData.value = null
}
loading.value = false
})
.catch(() => {
loading.value = false
})
}
const processingOfData = (data: any, type: string) => {
let groupedData: any = {}
data.forEach(item => {
if (!groupedData[item[type]]) {
groupedData[item[type]] = []
}
groupedData[item[type]].push(item)
})
return groupedData
}
const frequencyFlag = () => {
let name = zblist.value.filter(item => item.id == formInline.statisticalId)[0].name
if (name.includes('含有率') || name.includes('幅值')) {
frequencyShow.value = true
formInline.frequency = 2
} else {
frequencyShow.value = false
}
tableHeaderRef.value && tableHeaderRef.value?.computedSearchRow()
}
const selectChange = (flag: boolean) => {
setTimeout(() => {
echartHeight.value = mainHeight(23 + headerRef.value.offsetHeight)
}, 100)
}
</script>
<style lang="scss">
.analyze-apf {
display: flex;
&-right {
height: 100%;
overflow: hidden;
flex: 1;
padding: 10px 10px 10px 0;
display: flex;
flex-direction: column;
}
}
</style>
<style lang="scss" scoped>
.el-select {
min-width: 100px;
}
</style>
<template>
<div class="default-main analyze-apf" :style="{ height: pageHeight.height }" v-loading="loading">
<DeviceTree @node-click="nodeClick" @init="nodeClick" @deviceTypeChange="deviceTypeChange"></DeviceTree>
<div class="analyze-apf-right" v-if="formInline.devId">
<div ref="headerRef">
<TableHeader :showSearch="false" ref="tableHeaderRef" @selectChange="selectChange">
<template v-slot:select>
<el-form-item label="时间:">
<DatePicker ref="datePickerRef"></DatePicker>
</el-form-item>
<el-form-item label="统计指标:">
<el-select
style="width: 200px"
v-model.trim="formInline.statisticalId"
filterable
@change="frequencyFlag"
placeholder="请选择"
>
<el-option
v-for="item in zblist"
:key="item.value"
:label="item.label"
:value="item.value"
></el-option>
</el-select>
</el-form-item>
<el-form-item label="谐波次数:" v-show="frequencyShow">
<el-select
v-model.trim="formInline.frequency"
filterable
placeholder="请选择"
style="width: 100px"
>
<el-option
v-for="item in 49"
:key="item + 1"
:label="item + 1"
:value="item + 1"
></el-option>
</el-select>
</el-form-item>
<el-form-item label="值类型:">
<el-select v-model.trim="formInline.valueType" filterable placeholder="请选择">
<el-option
v-for="item in typelist"
:key="item.value"
:label="item.label"
:value="item.value"
></el-option>
</el-select>
</el-form-item>
</template>
<template v-slot:operation>
<el-button type="primary" @click="search" icon="el-icon-Search">查询</el-button>
<el-button :type="timeControl ? 'primary' : ''" icon="el-icon-Sort" @click="setTimeControl">
缺失数据
</el-button>
</template>
</TableHeader>
</div>
<el-empty description="暂无数据" v-if="!echartsData" style="flex: 1"></el-empty>
<template v-else>
<div :style="echartHeight">
<MyEchart :options="echartsData" />
</div>
</template>
</div>
<el-empty v-else description="请选择设备" class="analyze-apf-right" />
</div>
</template>
<script setup lang="ts">
import { ref, reactive } from 'vue'
import { mainHeight } from '@/utils/layout'
import DeviceTree from '@/components/tree/govern/deviceTree.vue'
import { queryByCode, queryCsDictTree } from '@/api/system-boot/dictTree'
import { getDevCapacity } from '@/api/cs-device-boot/capacity'
import { queryCommonStatisticalByTime } from '@/api/cs-harmonic-boot/stable'
import DatePicker from '@/components/form/datePicker/index.vue'
import MyEchart from '@/components/echarts/MyEchart.vue'
import { yMethod, completeTimeSeries } from '@/utils/echartMethod'
import TableHeader from '@/components/table/header/index.vue'
const timeControl = ref(false)
defineOptions({
name: 'govern/analyze/APF'
})
const tableHeaderRef = ref()
const headerRef = ref()
const pageHeight = mainHeight(20)
const echartHeight = ref(mainHeight(80))
const loading = ref(false)
const echartsData = ref<any>(null)
const datePickerRef = ref()
const formInline = reactive({
statisticalId: '',
valueType: '',
startTime: '',
endTime: '',
devId: '',
frequency: ''
})
const dataLists = ref<any[]>([])
const timeFlag = ref(true)
const frequencyShow = ref(false)
const devCapacity = ref(0)
const flag = ref(false)
const typelist = [
{
label: '平均值',
value: 'avg'
},
{
label: '最值',
value: 'max'
},
{
label: '最小值',
value: 'min'
},
{
label: 'CP95值',
value: 'cp95'
}
]
const zblist = ref<any[]>([])
const init = () => {
return new Promise((resolve, reject) => {
queryByCode('Web_Apf').then(res => {
queryCsDictTree(res.data?.id).then(res => {
zblist.value = res.data.map((item: any) => {
return {
value: item.id,
label: item.name,
...item
}
})
formInline.statisticalId = zblist.value[0]?.value
formInline.valueType = typelist[0].value
resolve(null)
})
})
})
}
const deviceTypeChange = (val: any, obj: any) => {
flag.value = true
nodeClick(obj)
}
const nodeClick = async (e: anyObj) => {
if (e.level == 2 && flag.value) {
formInline.devId = e.id
loading.value = true
if (zblist.value.length === 0) {
await init()
}
getDevCapacity(formInline.devId)
.then(res => {
devCapacity.value = res.data
search()
})
.catch(() => {
loading.value = false
})
}
}
const lineStyle = [
{ type: 'solid', width: 3 },
{ type: 'dotted', width: 3 },
{ type: 'dashed', width: 3 }
]
const search = () => {
if (timeFlag.value) {
datePickerRef.value && datePickerRef.value.setInterval(5)
timeFlag.value = false
}
loading.value = true
formInline.startTime = datePickerRef.value.timeValue[0]
formInline.endTime = datePickerRef.value.timeValue[1]
if (!frequencyShow.value) {
formInline.frequency = ''
}
queryCommonStatisticalByTime(formInline)
.then(({ data }: { data: any[] }) => {
dataLists.value = data
setEchart()
loading.value = false
})
.catch(() => {
loading.value = false
})
}
const setEchart = () => {
loading.value = true
let data = JSON.parse(JSON.stringify(dataLists.value))
if (data.length) {
let list = processingOfData(data, 'unit')
echartsData.value = {}
let legend: any[] = []
let xAxis: any[] = []
let yAxis: any[] = []
let series: any[] = []
let color: any[] = []
let title = ''
data.forEach(item => {
if (!xAxis.includes(item.time)) {
xAxis.push(item.time)
}
// if (!legend.includes(item.anotherName)) {
// legend.push(item.anotherName)
// }
})
let units = Object.keys(list)
// console.log('🚀 ~ .then ~ units:', units)
for (let unit in list) {
console.log('🚀 ~ .then ~ unit:', unit)
let [min, max] = yMethod(list[unit].map((item: any) => item.statisticalData))
yAxis.push({
name: unit == 'null' ? '' : unit,
type: 'value',
// max: 10,
min: min,
max: max,
// splitNumber: 5,
// minInterval: 1,
axisLine: {
show: true,
//symbol: ["none", "arrow"],
lineStyle: {
color: '#333'
}
}
})
// processingOfData(list[unit], 'anotherName')
let anotherList = processingOfData(list[unit], 'anotherName')
for (let k in anotherList) {
title = k
let lineName = lineStyle[Object.keys(anotherList).indexOf(k)]
let phaseList = processingOfData(anotherList[k], 'phase')
for (let j in phaseList) {
color.push(j == 'A' ? '#DAA520' : j == 'B' ? '#2E8B57' : j == 'C' ? '#A52a2a' : '#0000CC')
legend.push(
j == 'M' ? k : j == 'A' ? `A相_${k}` : j == 'B' ? `B相_${k}` : j == 'C' ? `C相_${k}` : j
)
series.push({
name: j == 'M' ? k : j == 'A' ? `A相_${k}` : j == 'B' ? `B相_${k}` : j == 'C' ? `C相_${k}` : j,
symbol: 'none',
smooth: true,
type: 'line',
// data: phaseList[j].map(item => [
// item.time,
// Math.floor(item.statisticalData * 100) / 100,
// unit,
// lineName.type
// ]),
data: timeControl.value
? completeTimeSeries(
phaseList[j].map(item => [
item.time,
Math.floor(item.statisticalData * 100) / 100,
unit,
lineName.type
])
)
: phaseList[j].map(item => [
item.time,
Math.floor(item.statisticalData * 100) / 100,
unit,
lineName.type
]),
lineStyle: lineName,
yAxisIndex: unit.indexOf(units)
})
}
}
}
echartsData.value = {
title: {
text: zblist.value.filter(item => item.id == formInline.statisticalId)[0].name
},
tooltip: {
axisPointer: {
type: 'cross',
label: {
color: '#fff',
fontSize: 16
}
},
textStyle: {
color: '#fff',
fontStyle: 'normal',
opacity: 0.35,
fontSize: 14
},
backgroundColor: 'rgba(0,0,0,0.55)',
borderWidth: 0,
formatter(params: any) {
const xname = params[0].value[0]
let str = `${xname}<br>`
params.forEach((el: any, index: any) => {
let marker = ''
if (el.value[3] == 'dashed') {
for (let i = 0; i < 3; i++) {
marker += `<span style="display:inline-block;border: 2px ${el.color} solid;margin-right:5px;width:10px;height:0px;background-color:#ffffff00;"></span>`
}
} else {
marker = `<span style="display:inline-block;border: 2px ${el.color} ${el.value[3]};margin-right:5px;width:40px;height:0px;background-color:#ffffff00;"></span>`
}
str += `${marker}${el.seriesName.split('(')[0]}${
el.value[1] != null ? el.value[1] + ' ' + (el.value[2] == 'null' ? '' : el.value[2]) : '-'
}<br>`
})
return str
}
},
legend: {
itemWidth: 20,
itemHeight: 20,
itemStyle: { opacity: 0 }, //去圆点
type: 'scroll', // 开启滚动分页
top: 25
// data: legend
},
grid: {
left: '20px',
right: '40px',
bottom: '50px',
top: '80px',
containLabel: true
},
toolbox: {
feature: {
saveAsImage: {}
}
},
color: color,
xAxis: {
name: '',
type: 'time',
axisLabel: {
formatter: {
day: '{MM}-{dd}',
month: '{MM}',
year: '{yyyy}'
}
}
// boundaryGap: false,
// data: xAxis,
// axisLabel: {
// formatter: function (value: string) {
// return value.split(' ').join('\n')
// }
// },
// axisLine: {
// show: true,
// // symbol: ["none", "arrow"],
// lineStyle: {
// color: '#333'
// }
// }
},
yAxis: yAxis,
// [
// {
// name: '畸变率:(%)',
// type: 'value',
// // max: 10,
// min: min1,
// max: max1,
// splitNumber: 5,
// minInterval: 1,
// axisLine: {
// show: true,
// //symbol: ["none", "arrow"],
// lineStyle: {
// color: '#333'
// }
// }
// },
// {
// name: '电流:(A)',
// type: 'value',
// min: min,
// max: max,
// splitNumber: 5,
// minInterval: 1,
// splitLine: {
// show: false
// },
// axisLine: {
// show: true,
// //symbol: ["none", "arrow"],
// lineStyle: {
// color: '#333'
// }
// }
// }
// ],
options: {
series: series
}
}
} else {
echartsData.value = null
}
loading.value = false
}
const setTimeControl = () => {
timeControl.value = !timeControl.value
setEchart()
}
const processingOfData = (data: any, type: string) => {
let groupedData: any = {}
data.forEach(item => {
if (!groupedData[item[type]]) {
groupedData[item[type]] = []
}
groupedData[item[type]].push(item)
})
return groupedData
}
const frequencyFlag = () => {
let name = zblist.value.filter(item => item.id == formInline.statisticalId)[0].name
if (name.includes('含有率') || name.includes('幅值')) {
frequencyShow.value = true
formInline.frequency = 2
} else {
frequencyShow.value = false
}
tableHeaderRef.value && tableHeaderRef.value?.computedSearchRow()
}
const selectChange = (flag: boolean) => {
setTimeout(() => {
echartHeight.value = mainHeight(23 + headerRef.value.offsetHeight)
}, 100)
}
</script>
<style lang="scss">
.analyze-apf {
display: flex;
&-right {
height: 100%;
overflow: hidden;
flex: 1;
padding: 10px 10px 10px 0;
display: flex;
flex-direction: column;
}
}
</style>
<style lang="scss" scoped>
.el-select {
min-width: 100px;
}
</style>

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@@ -14,7 +14,6 @@
<script lang="ts" setup>
import { ref, onMounted, provide, nextTick, defineEmits, watch } from 'vue'
import { getTabsDataByType } from '@/api/cs-device-boot/EquipmentDelivery'
import TableStore from '@/utils/tableStore'
import Table from '@/components/table/index.vue'
import TableHeader from '@/components/table/header/index.vue'