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谐波频谱数据展示

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This commit is contained in:
zhujiyan
2024-10-16 16:57:04 +08:00
parent 1f41ad6c2d
commit 10b8710832
6 changed files with 522 additions and 287 deletions
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351
src/views/govern/device/control/index.vue
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@@ -12,9 +12,20 @@
<!-- <el-button v-if="deviceType == '1'" type="primary" @click="handleDownLoadTemplate">
模版下载
</el-button> -->
<el-button v-if="deviceType == '1'" type="primary" icon="el-icon-Connection" @click="handleImport">离线补召</el-button>
<el-button v-if="deviceType == '1'" type="primary" icon="el-icon-Monitor" @click="handleaddDevice">在线补召</el-button>
<el-button v-if="deviceType == '1'" type="primary" icon="el-icon-Tickets" @click="handleAnalysisList">补招日志</el-button>
<el-button v-if="deviceType == '1'" type="primary" icon="el-icon-Connection" @click="handleImport">
离线补召
</el-button>
<el-button v-if="deviceType == '1'" type="primary" icon="el-icon-Monitor" @click="handleaddDevice">
在线补召
</el-button>
<el-button
v-if="deviceType == '1'"
type="primary"
icon="el-icon-Tickets"
@click="handleAnalysisList"
>
补招日志
</el-button>
</template>
<el-descriptions-item label="名称">
{{ deviceData.name ? deviceData.name : '/' }}
@@ -373,8 +384,6 @@ const handleRecordWaves = () => {
}
//实时趋势
const realTrendRef = ref()
//谐波频谱
const harmonicSpectrumRef = ref()
const changeTrendType = (val: any) => {
activeTrendName.value = val * 1
handleTrend()
@@ -409,12 +418,17 @@ const handleTrend = async () => {
realTrendRef.value.open({ devId: deviceId.value, lineId: lineId.value, activeTrendName: activeTrendName.value })
}
//谐波频谱
const harmonicSpectrumRef = ref()
//谐波频谱
const handleHarmonicSpectrum = () => {
realTimeFlag.value = false
sonTab.value = 2
harmonicSpectrumRef.value &&
harmonicSpectrumRef.value.getHarmonicSpectrumParams({ devId: deviceId.value, lineId: lineId.value })
// harmonicSpectrumRef.value &&
// harmonicSpectrumRef.value.getHarmonicSpectrumParams({ devId: deviceId.value, lineId: lineId.value })
window.clearInterval(timer.value)
clearInterval(realDataTimer.value)
realTimeFlag.value = false
sonTab.value = 2
getRealDataMqttMsg()
}
//返回
const handleReturn = () => {
@@ -542,9 +556,172 @@ const connectMqtt = () => {
}
mqttRef.value = mqtt.connect(url, options)
}
const getRealDataMqttMsg = async () => {
//新的实时数据
//1.调用接口 mqtt推送数据
await getBasicRealData(lineId.value).then((res: any) => {
if (res.code == 'A0000') {
ElMessage.success('装置应答成功')
} else {
ElMessage.success('装置应答失败')
}
})
//2.建立mqtt通讯
//每隔30s调用一下接口，通知后台推送mqtt消息
realDataTimer.value = await 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) => {
mqttMessage.value = {}
// 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))))
//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 && Math.abs(obj[i]) % 1 != 0) {
obj[i] = obj[i].toFixed(2)
}
}
mqttMessage.value = obj
//更新实时数据值
realTimeFlag.value && realTimeRef.value && realTimeRef.value.setRealData(mqttMessage.value)
//更新谐波频谱数据
!realTimeFlag.value &&
sonTab.value == 2 &&
harmonicSpectrumRef.value &&
harmonicSpectrumRef.value.setHarmonicSpectrumData(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.....')
})
}
//tab点击事件
const realDataTimer: any = ref()
const mqttMessage = ref<any>({})
const handleClick = async (tab?: any) => {
if (realDataTimer.value) {
window.clearInterval(realDataTimer.value)
@@ -614,163 +791,7 @@ const handleClick = async (tab?: any) => {
tableLoading.value = false
}, 1500)
//新的实时数据
//1.调用接口 mqtt推送数据
await getBasicRealData(lineId.value).then((res: any) => {
if (res.code == 'A0000') {
ElMessage.success('装置应答成功')
} else {
ElMessage.success('装置应答失败')
}
})
//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) => {
mqttMessage.value = {}
// 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))))
//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].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.....')
})
getRealDataMqttMsg()
}
//查询暂态事件
if (dataSet.value.includes('_event')) {