计量站工艺图

src/components/art/BoilerArt.vue

@@ -128,6 +128,8 @@ import store from "../../store/index";
 import http from '../../api/http';
 import { getOneImgUrl, getAllImgUrl } from '../../utils/utils';
 import { boilerArtWork, deviceArt, deviceArt2, deviceArt3,pipeArt,weatherArt } from '../../dataJson/RealPage/boilerArt';
+ import {weatherReal} from '@/dataJson/exchangeStation/realData/realData'
+ import { pipeReal } from '../../dataJson/RealPage/RealPipePage';
 const props = defineProps(['id', 'refreshTime']);
 const route = useRoute()
 const Boiler = ref();
@@ -245,7 +247,7 @@ function getweather() {
 getBoilerData();
 //获取锅炉实时数据
 // function getBoilerData() {
-
+  
 //     result.data.realData.forEach(element => {
 //       BoilerData[element.enName] = element.paramValue;
 //     })
@@ -272,7 +274,7 @@ getBoilerData();
 //     NOx.value = BoilerData["NOx"];
 //     OutletInstantaneousFlow.value = BoilerData["OutletInstantaneousFlow"];
 //     EconomizerInletWaterTemp.value = BoilerData["EconomizerInletWaterTemp"];
-
+  
 //   http.post("/api/device/Real", { "enterpriseId": enterpriseId.value, "deviceType": 5 }).then((result) => {
 //     result.data.realData.forEach(item => {
 //       if (item.name === "滦河水水表") {
@@ -302,7 +304,7 @@ getBoilerData();
 
 // }
 function getBoilerData() {
-
+  
   boilerArtWork.realData.forEach(element => {
     BoilerData[element.enName] = element.paramValue;
   })
@@ -381,25 +383,28 @@ getPipeData();
 // }
 //静态
 function getPipeData() {
-  pipeRealArt.title.forEach(element => {
-    pipeRealArt.realData.forEach(item => {
-      if (item.id === id.value) {
-        PipeData[element.enName] = item[element.enName];
-      }
+  pipeArt.title.forEach(element => {
+    pipeArt.realData.forEach(item => {
+      BoilerData[element.enName] = item[element.enName];
     });
   });
 
-  SupplyClearPressure.value = PipeData["SupplyClearPressure"];
-  SupplyValuePressure.value = PipeData["SupplyValuePressure"];
-  FirstInTemp.value = PipeData["FirstInTemp"];
-  SupplyFlow.value = PipeData["SupplyFlow"];
-  SupplyFlowSum.value = PipeData["SupplyFlowSum"];
-  SupplyHeat.value = PipeData["SupplyHeat"];
-  SupplyHeatSum.value = PipeData["SupplyHeatSum"];
-  FirstOutTemp.value = PipeData["FirstOutTemp"];
-  BackClearPressure.value = PipeData["BackClearPressure"];
-  BackFlow.value = PipeData["BackFlow"];
-  BackFlowSum.value = PipeData["BackFlowSum"];
+  SupplyPipePressure.value = BoilerData["SupplyPipePressure"];
+  SupplyPipeTemp.value = BoilerData["SupplyPipeTemp"];
+  CirculatingOutPressure.value = BoilerData["CirculatingOutPressure"];
+  WaterBoxLiquidLevel.value = BoilerData["WaterBoxLiquidLevel"];
+  TroubledWaterSideElecValueBack.value = BoilerData["TroubledWaterSideElecValueBack"];
+  FirstDirtSeparatorOutletPressure.value = BoilerData["FirstDirtSeparatorOutletPressure"];
+  AfterMixingInletCommonHeaderTemp.value = BoilerData["AfterMixingInletCommonHeaderTemp"];
+  FirstDirtSeparatorInletPressure.value = BoilerData["FirstDirtSeparatorInletPressure"];
+  MixingPipeTemp.value = BoilerData["MixingPipeTemp"];
+  ReturnPipeTemp.value = BoilerData["ReturnPipeTemp"];
+  FirstCirculatingFreqBack.value = BoilerData["FirstCirculatingFreqBack"];
+  FirstCirculatingElec.value = BoilerData["FirstCirculatingElec"];
+  SecondCirculatingFreqBack.value = BoilerData["SecondCirculatingFreqBack"];
+  SecondCirculatingElec.value = BoilerData["SecondCirculatingElec"];
+  ThirdCirculatingFreqBack.value = BoilerData["ThirdCirculatingFreqBack"];
+  ThirdCirculatingElec.value = BoilerData["ThirdCirculatingElec"];
 }
 
 setInterval(() => {
@@ -447,4 +452,4 @@ div {
   position: absolute;
   font-weight: 900;
 }
-</style>
+</style>
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