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测试文档bug调整

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xy
2025-07-28 21:02:50 +08:00
parent 2009009296
commit 67680628a1
25 changed files with 638 additions and 66 deletions
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207
pqs-prepare/prepare-api/src/main/java/com/njcn/prepare/harmonic/pojo/bo/excel/DataVDetail.java Normal file
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@@ -0,0 +1,207 @@
package com.njcn.prepare.harmonic.pojo.bo.excel;
import cn.afterturn.easypoi.excel.annotation.Excel;
import lombok.Data;
import java.io.Serializable;
/**
* @author xy
*/
@Data
public class DataVDetail implements Serializable {
/**
* 供电公司名称
*/
@Excel(name = "时间", width = 30)
private String time;
/**
* 所属变电站
*/
@Excel(name = "变电站", width = 30)
private String subStationName;
/**
* 终端名称
*/
@Excel(name = "终端名称", width = 30)
private String devName;
/**
* 监测点索引
*/
private String lineId;
/**
* 监测点名称
*/
@Excel(name = "监测点名称", width = 30)
private String lineName;
/**
* 相别
*/
@Excel(name = "相别", width = 30)
private String phaseType;
/**
* 新增
* 监测点电压等级
*/
@Excel(name = "监测点电压等级", width = 30)
private String lineVoltage;
@Excel(name = "电压总谐波畸变率", width = 10)
private Double vThd;
@Excel(name = "2次谐波电压含有率", width = 10)
private Double v2;
@Excel(name = "3次谐波电压含有率", width = 10)
private Double v3;
@Excel(name = "4次谐波电压含有率", width = 10)
private Double v4;
@Excel(name = "5次谐波电压含有率", width = 10)
private Double v5;
@Excel(name = "6次谐波电压含有率", width = 10)
private Double v6;
@Excel(name = "7次谐波电压含有率", width = 10)
private Double v7;
@Excel(name = "8次谐波电压含有率", width = 10)
private Double v8;
@Excel(name = "9次谐波电压含有率", width = 10)
private Double v9;
@Excel(name = "10次谐波电压含有率", width = 10)
private Double v10;
@Excel(name = "11次谐波电压含有率", width = 10)
private Double v11;
@Excel(name = "12次谐波电压含有率", width = 10)
private Double v12;
@Excel(name = "13次谐波电压含有率", width = 10)
private Double v13;
@Excel(name = "14次谐波电压含有率", width = 10)
private Double v14;
@Excel(name = "15次谐波电压含有率", width = 10)
private Double v15;
@Excel(name = "16次谐波电压含有率", width = 10)
private Double v16;
@Excel(name = "17次谐波电压含有率", width = 10)
private Double v17;
@Excel(name = "18次谐波电压含有率", width = 10)
private Double v18;
@Excel(name = "19次谐波电压含有率", width = 10)
private Double v19;
@Excel(name = "20次谐波电压含有率", width = 10)
private Double v20;
@Excel(name = "21次谐波电压含有率", width = 10)
private Double v21;
@Excel(name = "22次谐波电压含有率", width = 10)
private Double v22;
@Excel(name = "23次谐波电压含有率", width = 10)
private Double v23;
@Excel(name = "24次谐波电压含有率", width = 10)
private Double v24;
@Excel(name = "25次谐波电压含有率", width = 10)
private Double v25;
@Excel(name = "26次谐波电压含有率", width = 10)
private Double v26;
@Excel(name = "27次谐波电压含有率", width = 10)
private Double v27;
@Excel(name = "28次谐波电压含有率", width = 10)
private Double v28;
@Excel(name = "29次谐波电压含有率", width = 10)
private Double v29;
@Excel(name = "30次谐波电压含有率", width = 10)
private Double v30;
@Excel(name = "31次谐波电压含有率", width = 10)
private Double v31;
@Excel(name = "32次谐波电压含有率", width = 10)
private Double v32;
@Excel(name = "33次谐波电压含有率", width = 10)
private Double v33;
@Excel(name = "34次谐波电压含有率", width = 10)
private Double v34;
@Excel(name = "35次谐波电压含有率", width = 10)
private Double v35;
@Excel(name = "36次谐波电压含有率", width = 10)
private Double v36;
@Excel(name = "37次谐波电压含有率", width = 10)
private Double v37;
@Excel(name = "38次谐波电压含有率", width = 10)
private Double v38;
@Excel(name = "39次谐波电压含有率", width = 10)
private Double v39;
@Excel(name = "40次谐波电压含有率", width = 10)
private Double v40;
@Excel(name = "41次谐波电压含有率", width = 10)
private Double v41;
@Excel(name = "42次谐波电压含有率", width = 10)
private Double v42;
@Excel(name = "43次谐波电压含有率", width = 10)
private Double v43;
@Excel(name = "44次谐波电压含有率", width = 10)
private Double v44;
@Excel(name = "45次谐波电压含有率", width = 10)
private Double v45;
@Excel(name = "46次谐波电压含有率", width = 10)
private Double v46;
@Excel(name = "47次谐波电压含有率", width = 10)
private Double v47;
@Excel(name = "48次谐波电压含有率", width = 10)
private Double v48;
@Excel(name = "49次谐波电压含有率", width = 10)
private Double v49;
@Excel(name = "50次谐波电压含有率", width = 10)
private Double v50;
}

1
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/executor/MeasurementExecutor.java
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@@ -277,7 +277,6 @@ public class MeasurementExecutor extends BaseExecutor {
@LiteflowMethod(value = LiteFlowMethodEnum.IS_ACCESS, nodeId = "dataHarmPowerP", nodeType = NodeTypeEnum.COMMON)
public boolean dataToDayAccess7(NodeComponent bindCmp) {return isAccess(bindCmp);}
@LiteflowMethod(value = LiteFlowMethodEnum.PROCESS, nodeId = "dataHarmPowerP", nodeType = NodeTypeEnum.COMMON)
public void dataToDayProcess7(NodeComponent bindCmp) {dayDataService.dataHarmPowerPHardler(bindCmp.getRequestData());}

5
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/service/influxdb/IPollutionCalc.java
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@@ -3,4 +3,9 @@ package com.njcn.prepare.harmonic.service.influxdb;
public interface IPollutionCalc {
void calcAllLineValue();
//按监测点获取各地市谐波电压原始数据
void getDataVByLineId();
}

168
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/service/influxdb/impl/PollutionCalcImpl.java
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@@ -35,6 +35,8 @@ import java.io.File;
import java.io.FileOutputStream;
import java.io.IOException;
import java.lang.reflect.Field;
import java.time.Instant;
import java.time.format.DateTimeFormatter;
import java.util.*;
import java.util.stream.Collectors;
import java.util.stream.Stream;
@@ -299,6 +301,55 @@ public class PollutionCalcImpl implements IPollutionCalc {
System.out.println("程序执行完毕，总耗时：" + time + "秒");
}
@Override
public void getDataVByLineId() {
List<DataVDetail> linePollutionList = new ArrayList<>();
String yesterdayDate = "2025-03-10";
String beginDay = "2025-02-10 00:00:00";
String endDay = "2025-03-10 23:59:59";
List<String> lineIdList = Arrays.asList("123","456","789");
List<PollutionLineInfoDTO> lineInfoDTOList = commLineClient.getPollutionLineInfo(lineIdList).getData();
if (CollUtil.isNotEmpty(lineIdList)) {
// 获取谐波电压数据 电压总谐波畸变率 + 2—50次谐波电压含有率
for (int i = 0; i < lineIdList.size(); i++) {
String lineId = lineIdList.get(i);
DataVDetail linePollution = new DataVDetail();
linePollution.setLineId(lineId);
//获取监测点限值
//Overlimit overlimit = commTerminalGeneralClient.getOverLimitData(lineId).getData();
LineDevGetDTO lineDetailData = commTerminalGeneralClient.getMonitorDetail(lineId).getData();
linePollution.setLineName(lineDetailData.getPointName());
//获取该监测点其他元信息
Optional<PollutionLineInfoDTO> any = lineInfoDTOList.stream().filter(item -> item.getLineId().equals(lineId)).findAny();
if (any.isPresent()) {
PollutionLineInfoDTO data = any.get();
BeanUtil.copyProperties(data, linePollution, true);
}
linePollutionList = getData(linePollution,beginDay,endDay);
}
}
List<DataVDetail> finalLinePollutionList = new ArrayList<>(linePollutionList);
// 全部监测点计算完毕后按时间排序
finalLinePollutionList.sort(Comparator.comparing(DataVDetail::getTime).thenComparing(DataVDetail::getPhaseType));
Collections.reverse(finalLinePollutionList);
// 监测点的污染值计算完毕后，输出到指定目录。目前目录是写死的，待后期调整成配置可供用户选择下载。todo...
// 导出监测点污染值
String folder = "c:\\njcn";
File file = new File(folder);
if (!file.exists()) {
boolean mkdirs = file.mkdirs();
if (!mkdirs) {
System.out.println("无法创建文件夹");
return;
}
}
String fileName = folder + "\\各地市谐波电压数据详情" + yesterdayDate + ".xlsx";
ExportParams exportParams = new ExportParams();
exportLinePollution(exportParams, LinePollution.class, finalLinePollutionList, fileName);
}
/**
* 输出下载文件
@@ -325,11 +376,122 @@ public class PollutionCalcImpl implements IPollutionCalc {
}
}
/**
* 获取规定时间内谐波电压数据
* 谐波电压包含 电压总谐波畸变率 + 2~50次谐波电压含有率
* @param linePollution 监测点信息
*/
private List<DataVDetail> getData(DataVDetail linePollution, String startTime, String endTime) {
List<DataVDetail> linePollutionList = new ArrayList<>();
InfluxQueryWrapper dataVQueryWrapper = new InfluxQueryWrapper(DataV.class);
dataVQueryWrapper.select(DataV::getVThd)
.select(DataV::getPhaseType)
.eq(DataV::getLineId, linePollution.getLineId())
.eq(DataV::getValueType, InfluxDbSqlConstant.CP95)
.ne(DataV::getPhaseType, InfluxDBTableConstant.PHASE_TYPE_T)
.between(DataV::getTime, startTime, endTime);
List<DataV> vthResultList = dataVMapper.getStatisticsByWraper(dataVQueryWrapper);
InfluxQueryWrapper dataVQueryWrapper2 = new InfluxQueryWrapper(DataHarmRateV.class);
dataVQueryWrapper2.samePrefixAndSuffix(InfluxDbSqlConstant.V, "", HarmonicTimesUtil.harmonicTimesList(2, 50, 1));
dataVQueryWrapper2.eq(DataHarmRateV::getLineId, linePollution.getLineId())
.eq(DataHarmRateV::getValueType, InfluxDbSqlConstant.CP95)
.ne(DataHarmRateV::getPhaseType, InfluxDBTableConstant.PHASE_TYPE_T)
.between(DataHarmRateV::getTime, startTime, endTime);
List<DataHarmRateV> vthResultList2 = dataHarmRateVMapper.getStatisticsByWraper(dataVQueryWrapper2);
if (CollUtil.isNotEmpty(vthResultList) && CollUtil.isNotEmpty(vthResultList2)) {
Map<Instant,List<DataV>> map1 = vthResultList.stream().collect(Collectors.groupingBy(DataV::getTime));
Map<Instant, Map<String, DataV>> map1ByPhase = map1.entrySet().stream()
.collect(Collectors.toMap(
Map.Entry::getKey,
entry -> entry.getValue().stream()
.collect(Collectors.toMap(DataV::getPhaseType, dataV -> dataV))
));
Map<Instant,List<DataHarmRateV>> map2 = vthResultList2.stream().collect(Collectors.groupingBy(DataHarmRateV::getTime));
Map<Instant, Map<String, DataHarmRateV>> map2ByPhase = map2.entrySet().stream()
.collect(Collectors.toMap(
Map.Entry::getKey,
entry -> entry.getValue().stream()
.collect(Collectors.toMap(DataHarmRateV::getPhaseType, dataHarmRateV -> dataHarmRateV))
));
// 获取两个 Map 的时间交集
Set<Instant> commonTimes = new HashSet<>(map1.keySet());
commonTimes.retainAll(map2.keySet());
for (Instant time : commonTimes) {
Map<String, DataV> phaseData1 = map1ByPhase.get(time);
Map<String, DataHarmRateV> phaseData2 = map2ByPhase.get(time);
// 遍历 phaseData1 的所有 phaseType
phaseData1.forEach((phaseType, dataV) -> {
// 在 phaseData2 中查找匹配的 phaseType
DataHarmRateV harmRateV = phaseData2.get(phaseType);
if (harmRateV != null) {
DataVDetail detail = new DataVDetail();
BeanUtil.copyProperties(linePollution,detail);
detail.setTime(DateTimeFormatter.ofPattern("yyyy-MM-dd HH:mm:ss").format(time));
detail.setPhaseType(phaseType); // 设置相别
detail.setVThd(dataV.getVThd()); // 设置 DataV 的值
detail.setV2(harmRateV.getV2());
detail.setV3(harmRateV.getV3());
detail.setV4(harmRateV.getV4());
detail.setV5(harmRateV.getV5());
detail.setV6(harmRateV.getV6());
detail.setV7(harmRateV.getV7());
detail.setV8(harmRateV.getV8());
detail.setV9(harmRateV.getV9());
detail.setV10(harmRateV.getV10());
detail.setV11(harmRateV.getV11());
detail.setV12(harmRateV.getV12());
detail.setV13(harmRateV.getV13());
detail.setV14(harmRateV.getV14());
detail.setV15(harmRateV.getV15());
detail.setV16(harmRateV.getV16());
detail.setV17(harmRateV.getV17());
detail.setV18(harmRateV.getV18());
detail.setV19(harmRateV.getV19());
detail.setV20(harmRateV.getV20());
detail.setV21(harmRateV.getV21());
detail.setV22(harmRateV.getV22());
detail.setV23(harmRateV.getV23());
detail.setV24(harmRateV.getV24());
detail.setV25(harmRateV.getV25());
detail.setV26(harmRateV.getV26());
detail.setV27(harmRateV.getV27());
detail.setV28(harmRateV.getV28());
detail.setV29(harmRateV.getV29());
detail.setV30(harmRateV.getV30());
detail.setV31(harmRateV.getV31());
detail.setV32(harmRateV.getV32());
detail.setV33(harmRateV.getV33());
detail.setV34(harmRateV.getV34());
detail.setV35(harmRateV.getV35());
detail.setV36(harmRateV.getV36());
detail.setV37(harmRateV.getV37());
detail.setV38(harmRateV.getV38());
detail.setV39(harmRateV.getV39());
detail.setV40(harmRateV.getV40());
detail.setV41(harmRateV.getV41());
detail.setV42(harmRateV.getV42());
detail.setV43(harmRateV.getV43());
detail.setV44(harmRateV.getV44());
detail.setV45(harmRateV.getV45());
detail.setV46(harmRateV.getV46());
detail.setV47(harmRateV.getV47());
detail.setV48(harmRateV.getV48());
detail.setV49(harmRateV.getV49());
detail.setV50(harmRateV.getV50());
linePollutionList.add(detail);
}
});
}
}
return linePollutionList;
}
/**
* 计算谐波电压的污染值，包含了电压总畸变率和谐波电压2~25次
*
* @param linePollution 监测点信息
* @param overlimit 当前监测点限值
*/
private double calcVAllPollutionValue(LinePollution linePollution, Overlimit overlimit, String startTime, String endTime) {
//最大值