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实时数据-页面调整&接口调试&数据计算

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This commit is contained in:
zhujiyan
2024-10-12 11:40:07 +08:00
parent 328837eb31
commit 8971e33a50
3 changed files with 430 additions and 124 deletions
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18
src/api/cs-device-boot/EquipmentDelivery.ts
View File

@@ -1,7 +1,7 @@
import createAxios from '@/utils/request'
// 装置基础数据和模板数据
export function getDeviceData(deviceId: string, type: string, lineId:string) {
export function getDeviceData(deviceId: string, type: string, lineId: string) {
let form = new FormData()
form.append('deviceId', deviceId)
form.append('lineId', lineId)
@@ -25,6 +25,22 @@ export function getTabsDataByType(data: any) {
})
}
/**** 获取基础实施数据 ****/
export function getBasicRealData(id: any) {
return createAxios({
url: `/cs-harmonic-boot/realData/getBaseRealData?lineId=${id}`,
method: 'POST'
})
}
/**** 获取谐波实时数据 ****/
export function getHarmRealData(target: any) {
return createAxios({
url: `/cs-harmonic-boot/realData/getHarmRealData?lineId=${id}&target=${target}`,
method: 'POST'
})
}
//获取实时数据列表数据
export function getRealTimeTableList() {
return createAxios({

231
src/views/govern/device/control/index.vue
View File

@@ -110,6 +110,12 @@
</el-select>
</el-form-item>
<el-button type="primary" icon="el-icon-Search" @click="handleClick">查询</el-button>
<el-button type="primary" v-if="realTimeFlag" :icon="DataLine" @click="handleHarmonicSpectrum">
实时趋势
</el-button>
<el-button type="primary" v-if="realTimeFlag" :icon="TrendCharts" @click="handleTrend">
谐波频谱
</el-button>
</el-form>
<div
style="height: calc(100vh - 300px)"
@@ -242,15 +248,15 @@
v-if="dataSet.indexOf('_realtimedata') != -1"
v-loading="tableLoading"
>
<div class="view_top_btn" v-if="realTimeFlag">
<!-- <el-button type="primary" :icon="Platform" @click="handleRecordWaves">
<!-- <div class="view_top_btn" v-if="realTimeFlag">
<el-button type="primary" :icon="Platform" @click="handleRecordWaves">
实时录波
</el-button> -->
</el-button>
<el-button type="primary" :icon="DataLine" @click="handleHarmonicSpectrum">实时趋势</el-button>
<el-button type="primary" :icon="TrendCharts" @click="handleTrend">谐波频谱</el-button>
</div>
</div> -->
<div class="view_top_btn" v-if="!realTimeFlag">
<el-button type="primary" :icon="ArrowLeft" @click="handleReturn">返回</el-button>
<el-button :icon="Back" @click="handleReturn">返回</el-button>
</div>
<!-- 实时数据主界面组件 -->
<realTime v-if="realTimeFlag" ref="realTimeRef"></realTime>
@@ -288,9 +294,9 @@ import Detail from './detail.vue'
import PointTree from '@/components/tree/govern/pointTree.vue'
import { mainHeight } from '@/utils/layout'
import { queryByCode, queryByid, queryCsDictTree } from '@/api/system-boot/dictTree'
import { getDeviceData, getTabsDataByType } from '@/api/cs-device-boot/EquipmentDelivery'
import { getDeviceData, getTabsDataByType, getBasicRealData } from '@/api/cs-device-boot/EquipmentDelivery'
import { deviceHisData, deviceRtData, getGroup } from '@/api/cs-device-boot/csGroup'
import { ref, reactive, nextTick, onMounted, watch } from 'vue'
import { ref, reactive, nextTick, onMounted, watch, onUnmounted } from 'vue'
import { ElMessage } from 'element-plus'
import DatePicker from '@/components/form/datePicker/index.vue'
import Trend from './tabs/trend.vue' //趋势数据
@@ -301,6 +307,7 @@ import recordWoves from './tabs/components/recordwoves.vue' //实时数据-实
import offLineDataImport from './offLineDataImport/index.vue'
import Event from './tabs/event.vue'
import { useRouter } from 'vue-router'
import TableHeader from '@/components/table/header/index.vue'
import { defineConfig, loadEnv } from 'vite'
import type { UserConfig, ConfigEnv } from 'vite'
import {
@@ -312,9 +319,11 @@ import {
DataAnalysis,
Odometer,
Monitor,
Timer
Timer,
Back
} from '@element-plus/icons-vue'
import analysisList from './analysisList/index.vue'
import mqtt from 'mqtt'
defineOptions({
name: 'govern/device/control'
})
@@ -472,23 +481,42 @@ const pointTypeChange = (val: any, obj: any) => {
nodeClick(obj)
}
const realTimeRef: any = ref()
const intRealTime = async (val: any) => {
await getTabsDataByType(val).then(res => {
realTimeRef.value && realTimeRef.value.getRealTimeData(res.data)
})
timer.value = window.setInterval(async () => {
await getTabsDataByType(val).then(res => {
realTimeRef.value && realTimeRef.value.getRealTimeData(res.data)
})
}, 5000)
}
//趋势数据组件
const trendRef: any = ref()
//暂态事件组件
const eventRef: any = ref()
const timer: any = ref()
const mqttRef = ref()
const connectMqtt = () => {
if (mqttRef.value) {
if (mqttRef.value.connected) {
return
}
}
const options: any = {
protocolId: 'MQTT',
qos: 2,
clean: true,
connectTimeout: 30 * 1000,
clientId: 'mqttjs' + Math.random(),
username: 't_user',
password: 'njcnpqs'
}
// 线上
// const url = 'wss://pqmcn.com:8087/mqtt'
const url = 'ws://192.168.1.24:8085/mqtt'
mqttRef.value = mqtt.connect(url, options)
}
//tab点击事件
const realDataTimer: any = ref()
const handleClick = async (tab?: any) => {
if (realDataTimer.value) {
window.clearInterval(realDataTimer.value)
}
tableLoading.value = true
//点击tab时更新dataSet最新值
if (tab && tab.props && tab.props.name && dataSet.value != tab.props.name) {
@@ -548,6 +576,7 @@ const handleClick = async (tab?: any) => {
}
//查询实时数据
if (dataSet.value.includes('_realtimedata')) {
console.log(66666)
//查询实时数据显示实时录波、实时趋势、谐波频谱
realTimeFlag.value = true
let obj = {
@@ -556,10 +585,163 @@ const handleClick = async (tab?: any) => {
devId: deviceId.value, //e.id
lineId: lineId.value //e.pid
}
intRealTime(obj)
setTimeout(() => {
tableLoading.value = false
}, 1500)
//新的实时数据
//1.调用接口
getBasicRealData(lineId.value).then((res: any) => {
console.log(res, '获取基础实时数据')
})
//2.建立mqtt通讯
const mqttMessage = ref<any>({})
//每隔30s调用一下接口，通知后台推送mqtt消息
realDataTimer.value = setInterval(() => {
getBasicRealData(lineId.value).then((res: any) => {
console.log(res, '获取基础实时数据')
})
}, 30000)
connectMqtt()
mqttRef.value.on('connect', (e: any) => {
// ElMessage.success('连接mqtt服务器成功!')
console.log('mqtt客户端已连接....')
// mqttRef.value.subscribe('/Web/Progress')
mqttRef.value.subscribe('/Web/RealData/+')
//假数据
})
mqttRef.value.on('message', (topic: any, message: any) => {
// console.log('mqtt接收到消息', message,topic)
console.log('mqtt接收到消息', JSON.parse(JSON.stringify(JSON.parse(new TextDecoder().decode(message)))))
let obj = JSON.parse(JSON.stringify(JSON.parse(new TextDecoder().decode(message))))
console.log(obj, '620=================>')
//处理mqtt数据 1转2除 2转1乘
//如果消息返回值是二次值，下拉框是二次值只需要单位换算 除以1000
//如果消息返回值是一次值，下拉框是一次值只需要单位换算 除以1000
if (obj.dataLevel == formInline.dataLevel) {
obj = {
...obj,
// 电压有效值
vRmsA: obj.vRmsA / 1000,
vRmsB: obj.vRmsB / 1000,
vRmsC: obj.vRmsC / 1000,
//基波电压幅值
v1A: obj.v1A / 1000,
v1B: obj.v1B / 1000,
v1C: obj.v1C / 1000,
//有功功率
pA: obj.pA / 1000,
pB: obj.pB / 1000,
pC: obj.pC / 1000,
pTot: obj.pTot / 1000,
//无功功率
qA: obj.qA / 1000,
qB: obj.qB / 1000,
qC: obj.qC / 1000,
qTot: obj.qTot / 1000,
//视在功率
sA: obj.sA / 1000,
sB: obj.sB / 1000,
sC: obj.sC / 1000,
sTot: obj.sTot / 1000
}
}
//如果消息返回值是二次值，下拉框是一次值需要单位换算 除以1000 并且乘以pt ct
if (obj.dataLevel == 'Secondary' && formInline.dataLevel == 'Primary') {
obj = {
...obj,
// 电压有效值
vRmsA: (obj.vRmsA * obj.pt) / 1000,
vRmsB: (obj.vRmsA * obj.pt) / 1000,
vRmsC: (obj.vRmsA * obj.pt) / 1000,
// 电流有效值
iRmsA: obj.iRmsA * obj.ct,
iRmsB: obj.iRmsA * obj.ct,
iRmsC: obj.iRmsA * obj.ct,
//基波电压幅值
v1A: (obj.v1A * obj.pt) / 1000,
v1B: (obj.v1B * obj.pt) / 1000,
v1C: (obj.v1C * obj.pt) / 1000,
//基波电流幅值
i1A: obj.i1A * obj.ct,
i1B: obj.i1B * obj.ct,
i1C: obj.i1C * obj.ct,
//有功功率
pA: (obj.pA * obj.pt * obj.ct) / 1000,
pB: (obj.pB * obj.pt * obj.ct) / 1000,
pC: (obj.pC * obj.pt * obj.ct) / 1000,
pTot: (obj.pTot * obj.pt * obj.ct) / 1000,
//无功功率
qA: (obj.qA * obj.pt * obj.ct) / 1000,
qB: (obj.qB * obj.pt * obj.ct) / 1000,
qC: (obj.qC * obj.pt * obj.ct) / 1000,
qTot: (obj.qTot * obj.pt * obj.ct) / 1000,
//视在功率
sA: (obj.sA * obj.pt * obj.ct) / 1000,
sB: (obj.sB * obj.pt * obj.ct) / 1000,
sC: (obj.sC * obj.pt * obj.ct) / 1000,
sTot: (obj.sTot * obj.pt * obj.ct) / 1000
}
}
//如果消息返回值是一次值，下拉框是二次值需要单位换算 乘以1000 并且除以pt ct
if (obj.dataLevel == 'Primary' && formInline.dataLevel == 'Secondary') {
console.log(6666)
obj = {
...obj,
// 电压有效值
vRmsA: (obj.vRmsA / obj.pt) * 1000,
vRmsB: (obj.vRmsA / obj.pt) * 1000,
vRmsC: (obj.vRmsA / obj.pt) * 1000,
// 电流有效值
iRmsA: obj.iRmsA / obj.ct,
iRmsB: obj.iRmsA / obj.ct,
iRmsC: obj.iRmsA / obj.ct,
//基波电压幅值
v1A: (obj.v1A / obj.pt) * 1000,
v1B: (obj.v1B / obj.pt) * 1000,
v1C: (obj.v1C / obj.pt) * 1000,
//基波电流幅值
i1A: obj.i1A / obj.ct,
i1B: obj.i1B / obj.ct,
i1C: obj.i1C / obj.ct,
//有功功率
pA: (obj.pA / obj.pt / obj.ct) * 1000,
pB: (obj.pB / obj.pt / obj.ct) * 1000,
pC: (obj.pC / obj.pt / obj.ct) * 1000,
pTot: (obj.pTot / obj.pt / obj.ct) * 1000,
//无功功率
qA: (obj.qA / obj.pt / obj.ct) * 1000,
qB: (obj.qB / obj.pt / obj.ct) * 1000,
qC: (obj.qC / obj.pt / obj.ct) * 1000,
qTot: (obj.qTot / obj.pt / obj.ct) * 1000,
//视在功率
sA: (obj.sA / obj.pt / obj.ct) * 1000,
sB: (obj.sB / obj.pt / obj.ct) * 1000,
sC: (obj.sC / obj.pt / obj.ct) * 1000,
sTot: (obj.sTot / obj.pt / obj.ct) * 1000
}
}
//保留两位小数
for (var i in obj) {
if (typeof obj[i] == 'number' && obj[i] != 0) {
obj[i] = obj[i].toFixed(2)
}
}
mqttMessage.value = obj
realTimeRef.value && realTimeRef.value.setRealData(mqttMessage.value)
})
mqttRef.value.on('error', (error: any) => {
console.log('mqtt连接失败...', error)
mqttRef.value.end()
})
mqttRef.value.on('close', function () {
console.log('mqtt客户端已断开连接.....')
})
}
//查询暂态事件
if (dataSet.value.includes('_event')) {
@@ -598,6 +780,13 @@ const handleClick = async (tab?: any) => {
}, 1500)
})
}
if (!dataSet.value.includes('_realtimedata')) {
clearInterval(timer.value)
clearInterval(realDataTimer.value)
if (mqttRef.value) {
mqttRef.value.end()
}
}
}
//模版下载
const handleDownLoadTemplate = () => {}
@@ -663,6 +852,10 @@ const openGroup = () => {
}
onMounted(() => {})
onUnmounted(() => {
clearInterval(timer.value)
clearInterval(realDataTimer.value)
})
</script>
<style lang="scss">

239
src/views/govern/device/control/tabs/realtime.vue
View File

@@ -1,9 +1,10 @@
<template>
<div class="view">
<div class="view" v-loading="loading">
<div class="view_time" v-if="realData.dataTime">数据时间：{{ realData?.dataTime }}</div>
<div class="view_top">
<!-- 左侧仪表盘 -->
<div class="view_top_left">
<div class="left_charts_title">电压有效值</div>
<div class="left_charts_title">电压有效值(kV)</div>
<div class="left_charts"><MyEchart ref="pieChart1" :options="echartsDataV1"></MyEchart></div>
<div class="left_charts"><MyEchart ref="pieChart2" :options="echartsDataV2"></MyEchart></div>
<div class="left_charts"><MyEchart ref="pieChart3" :options="echartsDataV3"></MyEchart></div>
@@ -14,13 +15,13 @@
</div>
<!-- 右侧仪表盘 -->
<div class="view_top_right">
<div class="right_charts_title">电流有效值</div>
<div class="right_charts_title">电流有效值(A)</div>
<div class="right_charts"><MyEchart ref="pieChart4" :options="echartsDataA1"></MyEchart></div>
<div class="right_charts"><MyEchart ref="pieChart5" :options="echartsDataA2"></MyEchart></div>
<div class="right_charts"><MyEchart ref="pieChart6" :options="echartsDataA3"></MyEchart></div>
</div>
</div>
<div class="view_bot" v-loading="loading">
<div class="view_bot" style="display: none">
<div class="view_bot_tables">
<!-- 表格数据 -->
<div v-if="tableData.length != 0">
@@ -94,6 +95,126 @@
</div>
</div>
</div>
<div class="view_bot">
<vxe-table
border
height=""
:data="realList"
:column-config="{ resizable: true, tooltip: true }"
:tooltip-config="{ enterable: true }"
>
<vxe-colgroup align="center" title="电压有效值(kV)">
<vxe-column align="center" field="vRmsA" title="A相"></vxe-column>
<vxe-column align="center" field="vRmsB" title="B相"></vxe-column>
<vxe-column align="center" field="vRmsC" title="C相"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="电流有效值(A)">
<vxe-column align="center" field="iRmsA" title="A相"></vxe-column>
<vxe-column align="center" field="iRmsB" title="B相"></vxe-column>
<vxe-column align="center" field="iRmsC" title="C相"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="基波电压相位(°)">
<vxe-column align="center" field="v1AngA" title="A相"></vxe-column>
<vxe-column align="center" field="v1AngB" title="B相"></vxe-column>
<vxe-column align="center" field="v1AngC" title="C相"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="基波电流相位(°)">
<vxe-column align="center" field="i1AngA" title="A相"></vxe-column>
<vxe-column align="center" field="i1AngB" title="B相"></vxe-column>
<vxe-column align="center" field="i1AngC" title="C相"></vxe-column>
</vxe-colgroup>
</vxe-table>
<br />
<vxe-table
border
height=""
:data="realList"
:column-config="{ resizable: true, tooltip: true }"
:tooltip-config="{ enterable: true }"
>
<vxe-column align="center" field="freq" width="140" title="频率(Hz)"></vxe-column>
<vxe-column align="center" field="freqDev" width="120" title="频率偏差(Hz)"></vxe-column>
<vxe-column align="center" width="180" field="vUnbalance" title="电压不平衡度(%)"></vxe-column>
<vxe-column align="center" width="180" field="iUnbalance" title="电流不平衡度(%)"></vxe-column>
<vxe-colgroup align="center" title="基波电压幅值(kV)">
<vxe-column align="center" field="v1A" title="A相"></vxe-column>
<vxe-column align="center" field="v1B" title="B相"></vxe-column>
<vxe-column align="center" field="v1C" title="C相"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="基波电流幅值(A)">
<vxe-column align="center" field="i1A" title="A相"></vxe-column>
<vxe-column align="center" field="i1B" title="B相"></vxe-column>
<vxe-column align="center" field="i1C" title="C相"></vxe-column>
</vxe-colgroup>
</vxe-table>
<br />
<vxe-table
border
height=""
:data="realList"
:column-config="{ resizable: true, tooltip: true }"
:tooltip-config="{ enterable: true }"
>
<vxe-colgroup align="center" title="电压偏差(%)">
<vxe-column align="center" field="vDevA" title="A相"></vxe-column>
<vxe-column align="center" field="vDevB" title="B相"></vxe-column>
<vxe-column align="center" field="vDevC" title="C相"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="电压总谐波畸变率(%)">
<vxe-column align="center" field="vThdA" title="A相"></vxe-column>
<vxe-column align="center" field="vThdB" title="B相"></vxe-column>
<vxe-column align="center" field="vThdC" title="C相"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="电流总谐波畸变率(%)">
<vxe-column align="center" field="iThdA" title="A相"></vxe-column>
<vxe-column align="center" field="iThdB" title="B相"></vxe-column>
<vxe-column align="center" field="iThdC" title="C相"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="有功功率(kW)">
<vxe-column align="center" field="pA" title="A相"></vxe-column>
<vxe-column align="center" field="pB" title="B相"></vxe-column>
<vxe-column align="center" field="pC" title="C相"></vxe-column>
<vxe-column align="center" field="pTot" title="总"></vxe-column>
</vxe-colgroup>
</vxe-table>
<br />
<vxe-table
border
height=""
:data="realList"
:column-config="{ resizable: true, tooltip: true }"
:tooltip-config="{ enterable: true }"
>
<vxe-colgroup align="center" title="无功功率(kVar)">
<vxe-column align="center" field="qA" title="A相"></vxe-column>
<vxe-column align="center" field="qB" title="B相"></vxe-column>
<vxe-column align="center" field="qC" title="C相">
<template #default="{ row }">
{{ row.qC }}
</template>
</vxe-column>
<vxe-column align="center" field="qTot" title="总"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="视在功率(kVA)">
<vxe-column align="center" field="sA" title="A相"></vxe-column>
<vxe-column align="center" field="sB" title="B相"></vxe-column>
<vxe-column align="center" field="sC" title="C相"></vxe-column>
<vxe-column align="center" field="sTot" title="总"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="功率因数">
<vxe-column align="center" field="pfA" title="A相"></vxe-column>
<vxe-column align="center" field="pfB" title="B相"></vxe-column>
<vxe-column align="center" field="pfC" title="C相"></vxe-column>
<vxe-column align="center" field="pfTot" title="总"></vxe-column>
</vxe-colgroup>
<vxe-colgroup align="center" title="基波功率因数">
<vxe-column align="center" field="dpfA" title="A相"></vxe-column>
<vxe-column align="center" field="dpfB" title="B相"></vxe-column>
<vxe-column align="center" field="dpfC" title="C相"></vxe-column>
<vxe-column align="center" field="dpfTot" title="总"></vxe-column>
</vxe-colgroup>
</vxe-table>
</div>
</div>
</template>
<script lang="ts" setup>
@@ -118,9 +239,8 @@ const echartsDataV3: any = ref({})
const echartsDataA1: any = ref({})
const echartsDataA2: any = ref({})
const echartsDataA3: any = ref({})
//渲染中相角图
//渲染中间相角图
const initRadioCharts = () => {
//中间指针图
echartsData1.value = {
options: {
grid: {
@@ -351,6 +471,17 @@ const initRadioCharts = () => {
}
})
})
//新的实时数据
// 电流相角
echartsData1.value.options.series[0].data[0].value = realData.value.i1AngA || 0
echartsData1.value.options.series[0].data[1].value = realData.value.i1AngB || 0
echartsData1.value.options.series[0].data[2].value = realData.value.i1AngC || 0
// 电压相角
echartsData1.value.options.series[1].data[0].value = realData.value.v1AngA || 0
echartsData1.value.options.series[1].data[1].value = realData.value.v1AngB || 0
echartsData1.value.options.series[1].data[2].value = realData.value.v1AngC || 0
for (var i = 0; i < echartsData1.value.options.series.length; i++) {
echartsData1.value.options.series[i].type = 'gauge'
echartsData1.value.options.series[i].startAngle = 90
@@ -413,9 +544,12 @@ const init = () => {
]
}
}
echartsDataV1.value = echartsData.value
echartsDataV2.value = echartsData.value
echartsDataV3.value = echartsData.value
echartsDataV1.value = JSON.parse(JSON.stringify(echartsData.value))
echartsDataV2.value = JSON.parse(JSON.stringify(echartsData.value))
echartsDataV3.value = JSON.parse(JSON.stringify(echartsData.value))
echartsDataV1.value.options.series[0].max = 12
echartsDataV2.value.options.series[0].max = 12
echartsDataV3.value.options.series[0].max = 12
echartsDataA1.value = echartsData.value
echartsDataA2.value = echartsData.value
echartsDataA3.value = echartsData.value
@@ -431,6 +565,7 @@ const columnsData: any = ref([])
const getColumns = () => {
getRealTimeTableList().then(res => {
columnsData.value = res.data
console.log(dataList.value, '+++++++++++++++++++++++++446')
getTableData(dataList.value)
})
}
@@ -438,6 +573,7 @@ const getColumns = () => {
const columnsDataTop: any = ref([])
const columnsDataBot: any = ref([])
const getTableData = (list: any) => {
console.log(list, '+++++++++++')
loading.value = true
tableData.value = list
columnsDataTop.value = []
@@ -460,103 +596,64 @@ const getTableData = (list: any) => {
})
}
//电流相角数组&电压相角数组
const iRadioList: any = ref([]),
vRadioList: any = ref([])
//获取实时数据
const getRealTimeData = async (val: any) => {
iRadioList.value = []
vRadioList.value = []
val.map((item: any) => {
//基波电流相角
if (item.statisticalName == 'Pq_FundIAng') {
iRadioList.value.push(item)
}
//相电压基波有效值相角
if (item.statisticalName == 'Pq_FundUAng') {
vRadioList.value.push(item)
}
})
initRadioCharts()
loading.value = true
if (val.length != 0) {
dataList.value = val
await getColumns()
const iRadioList: any = ref([])
const vRadioList: any = ref([])
dataList.value.map((item: any, index: any) => {
if (item.anotherName == '相电压总有效值') {
listV.value.push(item)
}
if (item.anotherName == '线电压总有效值') {
listA.value.push(item)
}
})
console.log(listA.value, listV.value, '++++++++++++494')
const realData = ref<any>({})
const realList = ref<any>([])
console.log(realData.value, '++++++++++++++++++++++757')
const setRealData = (val: any) => {
console.log(val, '实时数据')
realData.value = val
realList.value = [val]
initRadioCharts()
//新的
console.log(realData.value, '--99--88--77')
echartsDataV1.value.options.series[0].data = [
{
name: 'A相',
value:
listV.value.find((item: any) => {
return item.phase == 'A'
})?.statisticalData || 0
value: realData.value.vRmsA || 0
}
]
pieChart1.value.initChart()
echartsDataV2.value.options.series[0].data = [
{
name: 'B相',
value:
listV.value.find((item: any) => {
return item.phase == 'B'
})?.statisticalData || 0
value: realData.value.vRmsB || 0
}
]
pieChart2.value.initChart()
echartsDataV3.value.options.series[0].data = [
{
name: 'C相',
value:
listV.value.find((item: any) => {
return item.phase == 'C'
})?.statisticalData || 0
value: realData.value.vRmsC || 0
}
]
pieChart3.value.initChart()
//新的电流有效值
echartsDataA1.value.options.series[0].data = [
{
name: 'AB相',
value:
listA.value.find((item: any) => {
return item.phase == 'AB'
})?.statisticalData || 0
name: 'A相',
value: realData.value.iRmsA || 0
}
]
pieChart4.value.initChart()
echartsDataA2.value.options.series[0].data = [
{
name: 'BC相',
value:
listA.value.find((item: any) => {
return item.phase == 'BC'
})?.statisticalData || 0
name: 'B相',
value: realData.value.iRmsB || 0
}
]
pieChart5.value.initChart()
echartsDataA3.value.options.series[0].data = [
{
name: 'CA相',
value:
listA.value.find((item: any) => {
return item.phase == 'CA'
})?.statisticalData || 0
name: 'C相',
value: realData.value.iRmsC || 0
}
]
pieChart6.value.initChart()
} else {
init()
}
}
defineExpose({ getRealTimeData })
defineExpose({ setRealData })
onMounted(() => {
init()
initRadioCharts()