1.解决监测点实际安装位置
2.解决稳态合格率统计表和图形数据问题
This commit is contained in:
wr
@@ -1,5 +1,6 @@
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package com.njcn.harmonic.utils;
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import cn.hutool.core.util.ObjectUtil;
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import lombok.SneakyThrows;
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import lombok.extern.slf4j.Slf4j;
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@@ -87,8 +88,11 @@ public class PubUtils {
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}
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}
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public static Double dataLimits(Double data){
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return data>100?100:data;
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public static Double dataLimits(Double data) {
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if (ObjectUtil.isNotNull(data)) {
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return data > 100 ? 100 : data;
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}
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return data;
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}
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@SneakyThrows
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@@ -190,7 +194,7 @@ public class PubUtils {
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}
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@SneakyThrows
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public static List<String> getIntervalDateTime(Integer startTime,int beginDay, Integer endTime, Integer dd) {
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public static List<String> getIntervalDateTime(Integer startTime, int beginDay, Integer endTime, Integer dd) {
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List<String> list = new ArrayList<>();
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Calendar calendar = Calendar.getInstance(Locale.CHINA);
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calendar.set(startTime, endTime - 1, 1);
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@@ -4,15 +4,14 @@ import cn.hutool.core.collection.CollUtil;
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import cn.hutool.core.collection.CollectionUtil;
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import cn.hutool.core.date.DateUtil;
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import cn.hutool.core.util.NumberUtil;
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import cn.hutool.core.util.ObjUtil;
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import cn.hutool.core.util.StrUtil;
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import com.baomidou.mybatisplus.core.conditions.query.LambdaQueryWrapper;
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import com.njcn.device.pq.api.GeneralDeviceInfoClient;
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import com.njcn.device.pq.enums.LineBaseEnum;
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import com.njcn.device.pq.pojo.dto.GeneralDeviceDTO;
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import com.njcn.device.pq.pojo.param.DeviceInfoParam;
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import com.njcn.device.pq.pojo.vo.TerminalTree;
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import com.njcn.harmonic.mapper.SteadyQualifyMapper;
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import com.njcn.harmonic.pojo.dto.SteadyQualifyDTO;
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import com.njcn.harmonic.pojo.po.day.RStatLimitRateDPO;
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import com.njcn.harmonic.pojo.vo.SteadyQualifyCensusVO;
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import com.njcn.harmonic.pojo.vo.SteadyQualifyVO;
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@@ -26,7 +25,6 @@ import lombok.AllArgsConstructor;
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import org.springframework.stereotype.Service;
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import org.springframework.util.CollectionUtils;
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import java.time.format.DateTimeFormatter;
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import java.util.*;
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import java.util.function.Function;
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import java.util.stream.Collectors;
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@@ -66,43 +64,11 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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SteadyQualifyVO steadyQualifyVO = new SteadyQualifyVO();
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steadyQualifyVO.setId(generalDeviceDTO.getIndex());
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steadyQualifyVO.setName(generalDeviceDTO.getName());
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List<SteadyQualifyDTO> qualifiesRate = getQualifiesRate(generalDeviceDTO.getLineIndexes(), steadyParam.getSearchBeginTime(), steadyParam.getSearchEndTime());
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List<RStatLimitRateDPO> qualifiesRate = getQualifiesRate(generalDeviceDTO.getLineIndexes(), steadyParam.getSearchBeginTime(), steadyParam.getSearchEndTime());
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//组装子集级数据树
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List<SteadyQualifyVO> treeList = getTreeData(qualifiesRate, generalDeviceDTO,userMap);
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List<SteadyQualifyVO> treeList = getTreeData(qualifiesRate, generalDeviceDTO, userMap);
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if (CollectionUtil.isNotEmpty(treeList)) {
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List<SteadyQualifyVO> flicker = treeList.stream().filter(s -> s.getFlicker() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> freqOffset = treeList.stream().filter(s -> s.getFreqOffset() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> voltageOffset = treeList.stream().filter(s -> s.getVoltageOffset() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> voltageUnbalance = treeList.stream().filter(s -> s.getVoltageUnbalance() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> negativeCurrent = treeList.stream().filter(s -> s.getNegativeCurrent() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> harmonicVoltage = treeList.stream().filter(s -> s.getHarmonicVoltage() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> harmonicCurrent = treeList.stream().filter(s -> s.getHarmonicCurrent() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> interHarmonic = treeList.stream().filter(s -> s.getInterHarmonic() != 3.14159).collect(Collectors.toList());
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//求各项平均值
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if (!CollectionUtils.isEmpty(flicker)) {
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steadyQualifyVO.setFlicker(PubUtils.dataLimits(NumberUtil.round(flicker.stream().mapToDouble(SteadyQualifyVO::getFlicker).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(freqOffset)) {
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steadyQualifyVO.setFreqOffset(PubUtils.dataLimits(NumberUtil.round(freqOffset.stream().mapToDouble(SteadyQualifyVO::getFreqOffset).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(voltageOffset)) {
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steadyQualifyVO.setVoltageOffset(PubUtils.dataLimits(NumberUtil.round(voltageOffset.stream().mapToDouble(SteadyQualifyVO::getVoltageOffset).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(voltageUnbalance)) {
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steadyQualifyVO.setVoltageUnbalance(PubUtils.dataLimits(NumberUtil.round(voltageUnbalance.stream().mapToDouble(SteadyQualifyVO::getVoltageUnbalance).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(negativeCurrent)) {
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steadyQualifyVO.setNegativeCurrent(PubUtils.dataLimits(NumberUtil.round(negativeCurrent.stream().mapToDouble(SteadyQualifyVO::getNegativeCurrent).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(harmonicVoltage)) {
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steadyQualifyVO.setHarmonicVoltage(PubUtils.dataLimits(NumberUtil.round(harmonicVoltage.stream().mapToDouble(SteadyQualifyVO::getHarmonicVoltage).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(harmonicCurrent)) {
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steadyQualifyVO.setHarmonicCurrent(PubUtils.dataLimits(NumberUtil.round(harmonicCurrent.stream().mapToDouble(SteadyQualifyVO::getHarmonicCurrent).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(interHarmonic)) {
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steadyQualifyVO.setInterHarmonic(PubUtils.dataLimits(NumberUtil.round(interHarmonic.stream().mapToDouble(SteadyQualifyVO::getInterHarmonic).average().orElse(100), 2).doubleValue()));
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}
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setFatherDistortion(steadyQualifyVO, treeList);
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}
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steadyQualifyVO.setChildren(treeList);
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steadyQualifyList.add(steadyQualifyVO);
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@@ -126,8 +92,8 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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if (CollectionUtils.isEmpty(lineIndexes)) {
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continue;
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}
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type.add(generalDeviceDTO.getName()+"\n("+generalDeviceDTO.getLineIndexes().size()+")");
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List<SteadyQualifyDTO> qualifiesRate = getQualifiesRate(lineIndexes, steadyCensusParam.getSearchBeginTime(), steadyCensusParam.getSearchEndTime());
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type.add(generalDeviceDTO.getName() + "\n(" + generalDeviceDTO.getLineIndexes().size() + ")");
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List<RStatLimitRateDPO> qualifiesRate = getQualifiesRate(lineIndexes, steadyCensusParam.getSearchBeginTime(), steadyCensusParam.getSearchEndTime());
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SteadyQualifyVO dataMoreMonitorMoreDay = getDataMoreMonitorMoreDay(qualifiesRate);
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harmonicVoltage.add(dataMoreMonitorMoreDay.getHarmonicVoltage());
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voltageOffset.add(dataMoreMonitorMoreDay.getVoltageOffset());
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@@ -167,43 +133,11 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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SteadyQualifyVO steadyQualifyVO = new SteadyQualifyVO();
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steadyQualifyVO.setId(generalDeviceDTO.getIndex());
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steadyQualifyVO.setName(generalDeviceDTO.getName());
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List<SteadyQualifyDTO> qualifiesRate = getQualifiesRate(lineIndexes, steadyParam.getSearchBeginTime(), steadyParam.getSearchEndTime());
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List<RStatLimitRateDPO> qualifiesRate = getQualifiesRate(lineIndexes, steadyParam.getSearchBeginTime(), steadyParam.getSearchEndTime());
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//组装子集级数据树
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List<SteadyQualifyVO> treeList = getCompanyTreeData(qualifiesRate, lineIndexes);
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if (CollectionUtil.isNotEmpty(treeList)) {
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List<SteadyQualifyVO> flicker = treeList.stream().filter(s -> s.getFlicker() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> freqOffset = treeList.stream().filter(s -> s.getFreqOffset() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> voltageOffset = treeList.stream().filter(s -> s.getVoltageOffset() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> voltageUnbalance = treeList.stream().filter(s -> s.getVoltageUnbalance() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> negativeCurrent = treeList.stream().filter(s -> s.getNegativeCurrent() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> harmonicVoltage = treeList.stream().filter(s -> s.getHarmonicVoltage() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> harmonicCurrent = treeList.stream().filter(s -> s.getHarmonicCurrent() != 3.14159).collect(Collectors.toList());
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List<SteadyQualifyVO> interHarmonic = treeList.stream().filter(s -> s.getInterHarmonic() != 3.14159).collect(Collectors.toList());
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//求各项平均值
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if (!CollectionUtils.isEmpty(flicker)) {
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steadyQualifyVO.setFlicker(PubUtils.dataLimits(NumberUtil.round(flicker.stream().mapToDouble(SteadyQualifyVO::getFlicker).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(freqOffset)) {
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steadyQualifyVO.setFreqOffset(PubUtils.dataLimits(NumberUtil.round(freqOffset.stream().mapToDouble(SteadyQualifyVO::getFreqOffset).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(voltageOffset)) {
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steadyQualifyVO.setVoltageOffset(PubUtils.dataLimits(NumberUtil.round(voltageOffset.stream().mapToDouble(SteadyQualifyVO::getVoltageOffset).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(voltageUnbalance)) {
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steadyQualifyVO.setVoltageUnbalance(PubUtils.dataLimits(NumberUtil.round(voltageUnbalance.stream().mapToDouble(SteadyQualifyVO::getVoltageUnbalance).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(negativeCurrent)) {
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steadyQualifyVO.setNegativeCurrent(PubUtils.dataLimits(NumberUtil.round(negativeCurrent.stream().mapToDouble(SteadyQualifyVO::getNegativeCurrent).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(harmonicVoltage)) {
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steadyQualifyVO.setHarmonicVoltage(PubUtils.dataLimits(NumberUtil.round(harmonicVoltage.stream().mapToDouble(SteadyQualifyVO::getHarmonicVoltage).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(harmonicCurrent)) {
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steadyQualifyVO.setHarmonicCurrent(PubUtils.dataLimits(NumberUtil.round(harmonicCurrent.stream().mapToDouble(SteadyQualifyVO::getHarmonicCurrent).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(interHarmonic)) {
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steadyQualifyVO.setInterHarmonic(PubUtils.dataLimits(NumberUtil.round(interHarmonic.stream().mapToDouble(SteadyQualifyVO::getInterHarmonic).average().orElse(100), 2).doubleValue()));
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}
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setFatherDistortion(steadyQualifyVO, treeList);
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}
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steadyQualifyVO.setChildren(treeList);
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steadyQualifyList.add(steadyQualifyVO);
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@@ -214,7 +148,7 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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/**
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* 获取父级每层数据
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*/
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private List<SteadyQualifyVO> getTreeData(List<SteadyQualifyDTO> qualifiesRate, GeneralDeviceDTO generalDeviceDTO,Map<String, UserLedgerVO> userMap) {
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private List<SteadyQualifyVO> getTreeData(List<RStatLimitRateDPO> qualifiesRate, GeneralDeviceDTO generalDeviceDTO, Map<String, UserLedgerVO> userMap) {
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//监测点集合
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List<SteadyQualifyVO> treeMonitorList = steadyQualifyMapper.getSteadyQualifyData(generalDeviceDTO.getLineIndexes());
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treeMonitorList.forEach(steadyQualifyVO -> {
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@@ -229,11 +163,11 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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steadyQualifyVO.setInterHarmonic(PubUtils.dataLimits(dataSingleMonitorMoreDay.getInterHarmonic()));
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});
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List<SteadyQualifyVO> userLineList = treeMonitorList.stream().filter(it->StrUtil.isNotBlank(it.getObjId())).collect(Collectors.toList());
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List<SteadyQualifyVO> otherLineList = treeMonitorList.stream().filter(it->StrUtil.isBlank(it.getObjId())).collect(Collectors.toList());
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List<SteadyQualifyVO> userLineList = treeMonitorList.stream().filter(it -> StrUtil.isNotBlank(it.getObjId())).collect(Collectors.toList());
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List<SteadyQualifyVO> otherLineList = treeMonitorList.stream().filter(it -> StrUtil.isBlank(it.getObjId())).collect(Collectors.toList());
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Map<String,List<SteadyQualifyVO>> temMap = new HashMap<>();
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if(CollUtil.isNotEmpty(userLineList)) {
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Map<String, List<SteadyQualifyVO>> temMap = new HashMap<>();
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if (CollUtil.isNotEmpty(userLineList)) {
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Map<String, List<SteadyQualifyVO>> objMap = userLineList.stream().collect(Collectors.groupingBy(SteadyQualifyVO::getObjId));
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List<SteadyQualifyVO> temList = new ArrayList<>();
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objMap.forEach((objId, monitorList) -> {
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@@ -243,7 +177,7 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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tree.setId(userLedgerVO.getId());
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tree.setChildren(monitorList);
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tree.setName(userLedgerVO.getProjectName());
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setFatherDistortion(tree,monitorList);
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setFatherDistortion(tree, monitorList);
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temList.add(tree);
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});
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temMap = temList.stream().collect(Collectors.groupingBy(SteadyQualifyVO::getPid));
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@@ -252,16 +186,12 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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List<SteadyQualifyVO> substationList = steadyQualifyMapper.getLineInfoByList(generalDeviceDTO.getSubIndexes());
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//供电公司集合
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List<SteadyQualifyVO> powerCompanyList = steadyQualifyMapper.getLineInfoByList(generalDeviceDTO.getGdIndexes());
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dealChildrenData(substationList,otherLineList,temMap,true);
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dealChildrenData(powerCompanyList,substationList,temMap,false);
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dealChildrenData(substationList, otherLineList, temMap, true);
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dealChildrenData(powerCompanyList, substationList, temMap, false);
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return powerCompanyList;
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}
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/**
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* 处理变电站
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*
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@@ -269,7 +199,7 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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* @param childrenData
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* @param isLine
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*/
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private void dealChildrenData(List<SteadyQualifyVO> targetData, List<SteadyQualifyVO> childrenData, Map<String,List<SteadyQualifyVO>> userLineMap, boolean isLine) {
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private void dealChildrenData(List<SteadyQualifyVO> targetData, List<SteadyQualifyVO> childrenData, Map<String, List<SteadyQualifyVO>> userLineMap, boolean isLine) {
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// 创建一个map集合，用于封装对象
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Map<String, List<SteadyQualifyVO>> groupLine;
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if (isLine) {
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@@ -285,12 +215,12 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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//变电站
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targetData.forEach(terminalTree -> {
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List<SteadyQualifyVO> terminalTrees = new ArrayList<>();
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if(groupLine.containsKey(terminalTree.getId())) {
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if (groupLine.containsKey(terminalTree.getId())) {
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terminalTrees.addAll(groupLine.get(terminalTree.getId()).stream().sorted(Comparator.comparing(SteadyQualifyVO::getSort)).collect(Collectors.toList()));
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}
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if (isLine) {
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//变电站集合
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if(userLineMap.containsKey(terminalTree.getId())){
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if (userLineMap.containsKey(terminalTree.getId())) {
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List<SteadyQualifyVO> userList = userLineMap.get(terminalTree.getId());
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terminalTrees.addAll(userList);
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}
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@@ -298,55 +228,53 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
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} else {
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terminalTree.setChildren(terminalTrees);
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}
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setFatherDistortion(terminalTree,terminalTrees);
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setFatherDistortion(terminalTree, terminalTrees);
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});
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}
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private Boolean isData(Double data) {
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return ObjUtil.isNotNull(data) && data != 3.14159;
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}
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/**
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* 计算父级合格率
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*/
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private void setFatherDistortion(SteadyQualifyVO steadyQualifyVO,List<SteadyQualifyVO> children) {
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List<SteadyQualifyVO> flicker = children.stream().filter(child -> !Objects.equals(child.getFlicker(), 3.14159)).collect(Collectors.toList());
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List<SteadyQualifyVO> freqOffset = children.stream().filter(child -> !Objects.equals(child.getFreqOffset(), 3.14159)).collect(Collectors.toList());
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List<SteadyQualifyVO> voltageOffset = children.stream().filter(child -> !Objects.equals(child.getVoltageOffset(), 3.14159)).collect(Collectors.toList());
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List<SteadyQualifyVO> voltageUnbalance = children.stream().filter(child -> !Objects.equals(child.getVoltageUnbalance(), 3.14159)).collect(Collectors.toList());
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List<SteadyQualifyVO> negativeCurrent = children.stream().filter(child -> !Objects.equals(child.getNegativeCurrent(), 3.14159)).collect(Collectors.toList());
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List<SteadyQualifyVO> harmonicVoltage = children.stream().filter(child -> !Objects.equals(child.getHarmonicVoltage(), 3.14159)).collect(Collectors.toList());
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List<SteadyQualifyVO> harmonicCurrent = children.stream().filter(child -> !Objects.equals(child.getHarmonicCurrent(), 3.14159)).collect(Collectors.toList());
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List<SteadyQualifyVO> InterHarmonic = children.stream().filter(child -> !Objects.equals(child.getInterHarmonic(), 3.14159)).collect(Collectors.toList());
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if (!CollectionUtils.isEmpty(flicker)) {
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steadyQualifyVO.setFlicker(PubUtils.dataLimits(NumberUtil.round(flicker.stream().mapToDouble(SteadyQualifyVO::getFlicker).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(freqOffset)) {
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steadyQualifyVO.setFreqOffset(PubUtils.dataLimits(NumberUtil.round(freqOffset.stream().mapToDouble(SteadyQualifyVO::getFreqOffset).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(voltageOffset)) {
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steadyQualifyVO.setVoltageOffset(PubUtils.dataLimits(NumberUtil.round(voltageOffset.stream().mapToDouble(SteadyQualifyVO::getVoltageOffset).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(voltageUnbalance)) {
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steadyQualifyVO.setVoltageUnbalance(PubUtils.dataLimits(NumberUtil.round(voltageUnbalance.stream().mapToDouble(SteadyQualifyVO::getVoltageUnbalance).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(negativeCurrent)) {
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steadyQualifyVO.setNegativeCurrent(PubUtils.dataLimits(NumberUtil.round(negativeCurrent.stream().mapToDouble(SteadyQualifyVO::getNegativeCurrent).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(harmonicVoltage)) {
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steadyQualifyVO.setHarmonicVoltage(PubUtils.dataLimits(NumberUtil.round(harmonicVoltage.stream().mapToDouble(SteadyQualifyVO::getHarmonicVoltage).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(harmonicCurrent)) {
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steadyQualifyVO.setHarmonicCurrent(PubUtils.dataLimits(NumberUtil.round(harmonicCurrent.stream().mapToDouble(SteadyQualifyVO::getHarmonicCurrent).average().orElse(100), 2).doubleValue()));
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}
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if (!CollectionUtils.isEmpty(InterHarmonic)) {
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steadyQualifyVO.setInterHarmonic(PubUtils.dataLimits(NumberUtil.round(InterHarmonic.stream().mapToDouble(SteadyQualifyVO::getInterHarmonic).average().orElse(100), 2).doubleValue()));
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}
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private void setFatherDistortion(SteadyQualifyVO steadyQualifyVO, List<SteadyQualifyVO> steadyResults) {
|
||||
List<Double> flicker = steadyResults.stream().filter(s -> isData(s.getFlicker())).map(SteadyQualifyVO::getFlicker).collect(Collectors.toList());
|
||||
List<Double> freqOffset = steadyResults.stream().filter(s -> isData(s.getFreqOffset())).map(SteadyQualifyVO::getFreqOffset).collect(Collectors.toList());
|
||||
List<Double> voltageOffset = steadyResults.stream().filter(s -> isData(s.getVoltageOffset())).map(SteadyQualifyVO::getVoltageOffset).collect(Collectors.toList());
|
||||
List<Double> voltageUnbalance = steadyResults.stream().filter(s -> isData(s.getVoltageUnbalance())).map(SteadyQualifyVO::getVoltageUnbalance).collect(Collectors.toList());
|
||||
List<Double> negativeCurrent = steadyResults.stream().filter(s -> isData(s.getNegativeCurrent())).map(SteadyQualifyVO::getNegativeCurrent).collect(Collectors.toList());
|
||||
List<Double> harmonicVoltage = steadyResults.stream().filter(s -> isData(s.getHarmonicVoltage())).map(SteadyQualifyVO::getHarmonicVoltage).collect(Collectors.toList());
|
||||
List<Double> harmonicCurrent = steadyResults.stream().filter(s -> isData(s.getHarmonicCurrent())).map(SteadyQualifyVO::getHarmonicCurrent).collect(Collectors.toList());
|
||||
List<Double> interHarmonic = steadyResults.stream().filter(s -> isData(s.getInterHarmonic())).map(SteadyQualifyVO::getInterHarmonic).collect(Collectors.toList());
|
||||
//求各项平均值
|
||||
if (!CollectionUtils.isEmpty(flicker)) {
|
||||
steadyQualifyVO.setFlicker(PubUtils.dataLimits(NumberUtil.round(flicker.stream().mapToDouble(Double::valueOf).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(freqOffset)) {
|
||||
steadyQualifyVO.setFreqOffset(PubUtils.dataLimits(NumberUtil.round(freqOffset.stream().mapToDouble(Double::valueOf).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(voltageOffset)) {
|
||||
steadyQualifyVO.setVoltageOffset(PubUtils.dataLimits(NumberUtil.round(voltageOffset.stream().mapToDouble(Double::valueOf).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(voltageUnbalance)) {
|
||||
steadyQualifyVO.setVoltageUnbalance(PubUtils.dataLimits(NumberUtil.round(voltageUnbalance.stream().mapToDouble(Double::valueOf).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(negativeCurrent)) {
|
||||
steadyQualifyVO.setNegativeCurrent(PubUtils.dataLimits(NumberUtil.round(negativeCurrent.stream().mapToDouble(Double::valueOf).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(harmonicVoltage)) {
|
||||
steadyQualifyVO.setHarmonicVoltage(PubUtils.dataLimits(NumberUtil.round(harmonicVoltage.stream().mapToDouble(Double::valueOf).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(harmonicCurrent)) {
|
||||
steadyQualifyVO.setHarmonicCurrent(PubUtils.dataLimits(NumberUtil.round(harmonicCurrent.stream().mapToDouble(Double::valueOf).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(interHarmonic)) {
|
||||
steadyQualifyVO.setInterHarmonic(PubUtils.dataLimits(NumberUtil.round(interHarmonic.stream().mapToDouble(Double::valueOf).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
}
|
||||
|
||||
/**
|
||||
* 组装树层级
|
||||
*/
|
||||
private List<SteadyQualifyVO> getChildCategoryList(SteadyQualifyVO item, List<SteadyQualifyVO> child) {
|
||||
return child.stream().filter(allItem -> allItem.getPid().equals(item.getId())).collect(Collectors.toList());
|
||||
}
|
||||
|
||||
private void setChildesList(List<SteadyQualifyVO> item, List<SteadyQualifyVO> childes) {
|
||||
Map<String, List<SteadyQualifyVO>> groupLine;
|
||||
@@ -357,7 +285,7 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
|
||||
item.stream().peek(steadyQualifyVO -> {
|
||||
if (!CollectionUtils.isEmpty(groupLine.get(steadyQualifyVO.getId()))) {
|
||||
steadyQualifyVO.setChildren(groupLine.get(steadyQualifyVO.getId()));
|
||||
setFatherDistortion(steadyQualifyVO,steadyQualifyVO.getChildren());
|
||||
setFatherDistortion(steadyQualifyVO, steadyQualifyVO.getChildren());
|
||||
|
||||
}
|
||||
}).collect(Collectors.toList());
|
||||
@@ -366,29 +294,90 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
|
||||
/**
|
||||
* 计算监测点日统计合格率
|
||||
*/
|
||||
public List<SteadyQualifyVO> getDataSingleMonitorSingeDay(List<SteadyQualifyDTO> qualifiesRate) {
|
||||
public List<SteadyQualifyVO> getDataSingleMonitorSingeDay(List<RStatLimitRateDPO> qualifiesRate) {
|
||||
List<SteadyQualifyVO> list = new ArrayList<>();
|
||||
SteadyQualifyVO steadyQualifyVO = new SteadyQualifyVO();
|
||||
|
||||
SteadyQualifyVO steadyQualifyVO;
|
||||
if (!CollectionUtil.isEmpty(qualifiesRate)) {
|
||||
for (SteadyQualifyDTO steadyQualifyDTO : qualifiesRate) {
|
||||
for (RStatLimitRateDPO steadyQualifyDTO : qualifiesRate) {
|
||||
steadyQualifyVO = new SteadyQualifyVO();
|
||||
//闪变合格率
|
||||
steadyQualifyVO.setFlicker(calculate(steadyQualifyDTO.getFlicker_AllTime(), steadyQualifyDTO.getFlicker_OverTime()));
|
||||
steadyQualifyVO.setFlicker(calculate(steadyQualifyDTO.getFlickerAllTime(), steadyQualifyDTO.getFlickerOvertime()));
|
||||
//频率偏差合格率
|
||||
steadyQualifyVO.setFreqOffset(calculate(steadyQualifyDTO.getAllTime(), steadyQualifyDTO.getFreq_Dev_OverTime()));
|
||||
steadyQualifyVO.setFreqOffset(calculate(steadyQualifyDTO.getAllTime(), steadyQualifyDTO.getFreqDevOvertime()));
|
||||
//计算电压偏差
|
||||
steadyQualifyVO.setVoltageOffset(calculate(steadyQualifyDTO.getAllTime(), steadyQualifyDTO.getVoltage_Dev_OverTime()));
|
||||
steadyQualifyVO.setVoltageOffset(calculate(steadyQualifyDTO.getAllTime(), steadyQualifyDTO.getVoltageDevOvertime()));
|
||||
//相电压不平衡度
|
||||
steadyQualifyVO.setVoltageUnbalance(calculate(steadyQualifyDTO.getAllTime(), steadyQualifyDTO.getUBalance_OverTime()));
|
||||
steadyQualifyVO.setVoltageUnbalance(calculate(steadyQualifyDTO.getAllTime(), steadyQualifyDTO.getUbalanceOvertime()));
|
||||
//负序电流
|
||||
steadyQualifyVO.setNegativeCurrent(calculate(steadyQualifyDTO.getAllTime(), steadyQualifyDTO.getI_Neg_OverTime()));
|
||||
steadyQualifyVO.setNegativeCurrent(calculate(steadyQualifyDTO.getAllTime(), steadyQualifyDTO.getINegOvertime()));
|
||||
//谐波电压
|
||||
steadyQualifyVO.setHarmonicVoltage(calculateV(steadyQualifyDTO.getAllTime(), (steadyQualifyDTO.getUAberrance_OverTime() + steadyQualifyDTO.getUHarm_2_OverTime() + steadyQualifyDTO.getUHarm_3_OverTime() + steadyQualifyDTO.getUHarm_4_OverTime() + steadyQualifyDTO.getUHarm_5_OverTime() + steadyQualifyDTO.getUHarm_6_OverTime() + steadyQualifyDTO.getUHarm_7_OverTime() + steadyQualifyDTO.getUHarm_8_OverTime() + steadyQualifyDTO.getUHarm_9_OverTime() + steadyQualifyDTO.getUHarm_10_OverTime() + steadyQualifyDTO.getUHarm_11_OverTime() + steadyQualifyDTO.getUHarm_12_OverTime() + steadyQualifyDTO.getUHarm_13_OverTime() + steadyQualifyDTO.getUHarm_14_OverTime() + steadyQualifyDTO.getUHarm_15_OverTime() + steadyQualifyDTO.getUHarm_16_OverTime() + steadyQualifyDTO.getUHarm_17_OverTime() + steadyQualifyDTO.getUHarm_18_OverTime() + steadyQualifyDTO.getUHarm_19_OverTime() + steadyQualifyDTO.getUHarm_20_OverTime() + steadyQualifyDTO.getUHarm_21_OverTime() + steadyQualifyDTO.getUHarm_22_OverTime() + steadyQualifyDTO.getUHarm_23_OverTime() + steadyQualifyDTO.getUHarm_24_OverTime() + steadyQualifyDTO.getUHarm_25_OverTime())));
|
||||
steadyQualifyVO.setHarmonicVoltage(calculateV(steadyQualifyDTO.getAllTime(), (steadyQualifyDTO.getUaberranceOvertime() +
|
||||
steadyQualifyDTO.getUharm2Overtime() +
|
||||
steadyQualifyDTO.getUharm3Overtime() +
|
||||
steadyQualifyDTO.getUharm4Overtime() +
|
||||
steadyQualifyDTO.getUharm5Overtime() +
|
||||
steadyQualifyDTO.getUharm6Overtime() +
|
||||
steadyQualifyDTO.getUharm7Overtime() +
|
||||
steadyQualifyDTO.getUharm8Overtime() +
|
||||
steadyQualifyDTO.getUharm9Overtime() +
|
||||
steadyQualifyDTO.getUharm10Overtime() +
|
||||
steadyQualifyDTO.getUharm11Overtime() +
|
||||
steadyQualifyDTO.getUharm12Overtime() +
|
||||
steadyQualifyDTO.getUharm13Overtime() +
|
||||
steadyQualifyDTO.getUharm14Overtime() +
|
||||
steadyQualifyDTO.getUharm15Overtime() +
|
||||
steadyQualifyDTO.getUharm16Overtime() +
|
||||
steadyQualifyDTO.getUharm17Overtime() +
|
||||
steadyQualifyDTO.getUharm18Overtime() +
|
||||
steadyQualifyDTO.getUharm19Overtime() +
|
||||
steadyQualifyDTO.getUharm20Overtime() +
|
||||
steadyQualifyDTO.getUharm21Overtime() +
|
||||
steadyQualifyDTO.getUharm22Overtime() +
|
||||
steadyQualifyDTO.getUharm23Overtime() +
|
||||
steadyQualifyDTO.getUharm24Overtime() +
|
||||
steadyQualifyDTO.getUharm25Overtime())));
|
||||
//谐波电流
|
||||
steadyQualifyVO.setHarmonicCurrent(calculateI(steadyQualifyDTO.getAllTime(), (steadyQualifyDTO.getIHarm_2_OverTime() + steadyQualifyDTO.getIHarm_3_OverTime() + steadyQualifyDTO.getIHarm_4_OverTime() + steadyQualifyDTO.getIHarm_5_OverTime() + steadyQualifyDTO.getIHarm_6_OverTime() + steadyQualifyDTO.getIHarm_7_OverTime() + steadyQualifyDTO.getIHarm_8_OverTime() + steadyQualifyDTO.getIHarm_9_OverTime() + steadyQualifyDTO.getIHarm_10_OverTime() + steadyQualifyDTO.getIHarm_11_OverTime() + steadyQualifyDTO.getIHarm_12_OverTime() + steadyQualifyDTO.getIHarm_13_OverTime() + steadyQualifyDTO.getIHarm_14_OverTime() + steadyQualifyDTO.getIHarm_15_OverTime() + steadyQualifyDTO.getIHarm_16_OverTime() + steadyQualifyDTO.getIHarm_17_OverTime() + steadyQualifyDTO.getIHarm_18_OverTime() + steadyQualifyDTO.getIHarm_19_OverTime() + steadyQualifyDTO.getIHarm_20_OverTime() + steadyQualifyDTO.getIHarm_21_OverTime() + steadyQualifyDTO.getIHarm_22_OverTime() + steadyQualifyDTO.getIHarm_23_OverTime() + steadyQualifyDTO.getIHarm_24_OverTime() + steadyQualifyDTO.getIHarm_25_OverTime())));
|
||||
steadyQualifyVO.setHarmonicCurrent(calculateI(steadyQualifyDTO.getAllTime(), (steadyQualifyDTO.getIharm2Overtime() +
|
||||
steadyQualifyDTO.getIharm3Overtime() +
|
||||
steadyQualifyDTO.getIharm4Overtime() +
|
||||
steadyQualifyDTO.getIharm5Overtime() +
|
||||
steadyQualifyDTO.getIharm6Overtime() +
|
||||
steadyQualifyDTO.getIharm7Overtime() +
|
||||
steadyQualifyDTO.getIharm8Overtime() +
|
||||
steadyQualifyDTO.getIharm9Overtime() +
|
||||
steadyQualifyDTO.getIharm10Overtime() +
|
||||
steadyQualifyDTO.getIharm11Overtime() +
|
||||
steadyQualifyDTO.getIharm12Overtime() +
|
||||
steadyQualifyDTO.getIharm13Overtime() +
|
||||
steadyQualifyDTO.getIharm14Overtime() +
|
||||
steadyQualifyDTO.getIharm15Overtime() +
|
||||
steadyQualifyDTO.getIharm16Overtime() +
|
||||
steadyQualifyDTO.getIharm17Overtime() +
|
||||
steadyQualifyDTO.getIharm18Overtime() +
|
||||
steadyQualifyDTO.getIharm19Overtime() +
|
||||
steadyQualifyDTO.getIharm20Overtime() +
|
||||
steadyQualifyDTO.getIharm21Overtime() +
|
||||
steadyQualifyDTO.getIharm22Overtime() +
|
||||
steadyQualifyDTO.getIharm23Overtime() +
|
||||
steadyQualifyDTO.getIharm24Overtime() +
|
||||
steadyQualifyDTO.getIharm25Overtime())));
|
||||
//间谐波电压含有率
|
||||
steadyQualifyVO.setInterHarmonic(calculateIN(steadyQualifyDTO.getAllTime(), (steadyQualifyDTO.getInUHARM_1_OverTime() + steadyQualifyDTO.getInUHARM_2_OverTime() + steadyQualifyDTO.getInUHARM_3_OverTime() + steadyQualifyDTO.getInUHARM_4_OverTime() + steadyQualifyDTO.getInUHARM_5_OverTime() + steadyQualifyDTO.getInUHARM_6_OverTime() + steadyQualifyDTO.getInUHARM_7_OverTime() + steadyQualifyDTO.getInUHARM_8_OverTime() + steadyQualifyDTO.getInUHARM_9_OverTime() + steadyQualifyDTO.getInUHARM_10_OverTime() + steadyQualifyDTO.getInUHARM_11_OverTime() + steadyQualifyDTO.getInUHARM_12_OverTime() + steadyQualifyDTO.getInUHARM_13_OverTime() + steadyQualifyDTO.getInUHARM_14_OverTime() + steadyQualifyDTO.getInUHARM_15_OverTime() + steadyQualifyDTO.getInUHARM_16_OverTime())));
|
||||
steadyQualifyVO.setInterHarmonic(calculateIN(steadyQualifyDTO.getAllTime(), (steadyQualifyDTO.getInuharm1Overtime() +
|
||||
steadyQualifyDTO.getInuharm2Overtime() +
|
||||
steadyQualifyDTO.getInuharm3Overtime() +
|
||||
steadyQualifyDTO.getInuharm4Overtime() +
|
||||
steadyQualifyDTO.getInuharm5Overtime() +
|
||||
steadyQualifyDTO.getInuharm6Overtime() +
|
||||
steadyQualifyDTO.getInuharm7Overtime() +
|
||||
steadyQualifyDTO.getInuharm8Overtime() +
|
||||
steadyQualifyDTO.getInuharm9Overtime() +
|
||||
steadyQualifyDTO.getInuharm10Overtime() +
|
||||
steadyQualifyDTO.getInuharm11Overtime() +
|
||||
steadyQualifyDTO.getInuharm12Overtime() +
|
||||
steadyQualifyDTO.getInuharm13Overtime() +
|
||||
steadyQualifyDTO.getInuharm14Overtime() +
|
||||
steadyQualifyDTO.getInuharm15Overtime() +
|
||||
steadyQualifyDTO.getInuharm16Overtime())));
|
||||
list.add(steadyQualifyVO);
|
||||
}
|
||||
}
|
||||
@@ -398,49 +387,17 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
|
||||
/**
|
||||
* 监测点时间范围统计合格率
|
||||
*/
|
||||
public SteadyQualifyVO getDataSingleMonitorMoreDay(List<SteadyQualifyDTO> qualifiesRate, String lineId) {
|
||||
public SteadyQualifyVO getDataSingleMonitorMoreDay(List<RStatLimitRateDPO> qualifiesRate, String lineId) {
|
||||
SteadyQualifyVO steadyQualifyVO = new SteadyQualifyVO();
|
||||
//从数据里筛选出指定监测点的数据
|
||||
List<SteadyQualifyDTO> steadyQualifyDTOList = qualifiesRate.stream().filter(
|
||||
temp -> temp.getMYINDEX().equalsIgnoreCase(lineId)).collect(Collectors.toList());
|
||||
List<RStatLimitRateDPO> steadyQualifyDTOList = qualifiesRate.stream().filter(
|
||||
temp -> temp.getLineId().equalsIgnoreCase(lineId)).collect(Collectors.toList());
|
||||
if (CollectionUtil.isNotEmpty(steadyQualifyDTOList)) {
|
||||
List<SteadyQualifyVO> steadyQualifyVOS = new ArrayList<>();
|
||||
//获取出时间和id，调用第一个方法(改展示一条数据，可以不用每天都统计)
|
||||
steadyQualifyVOS.addAll(getDataSingleMonitorSingeDay(steadyQualifyDTOList));
|
||||
if (CollectionUtil.isNotEmpty(steadyQualifyVOS)) {
|
||||
List<SteadyQualifyVO> flicker = steadyQualifyVOS.stream().filter(s -> s.getFlicker() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> freqOffset = steadyQualifyVOS.stream().filter(s -> s.getFreqOffset() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> voltageOffset = steadyQualifyVOS.stream().filter(s -> s.getVoltageOffset() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> voltageUnbalance = steadyQualifyVOS.stream().filter(s -> s.getVoltageUnbalance() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> negativeCurrent = steadyQualifyVOS.stream().filter(s -> s.getNegativeCurrent() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> harmonicVoltage = steadyQualifyVOS.stream().filter(s -> s.getHarmonicVoltage() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> harmonicCurrent = steadyQualifyVOS.stream().filter(s -> s.getHarmonicCurrent() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> interHarmonic = steadyQualifyVOS.stream().filter(s -> s.getInterHarmonic() != 3.14159).collect(Collectors.toList());
|
||||
//求各项平均值
|
||||
if (!CollectionUtils.isEmpty(flicker)) {
|
||||
steadyQualifyVO.setFlicker(NumberUtil.round(flicker.stream().mapToDouble(SteadyQualifyVO::getFlicker).average().orElse(100), 2).doubleValue());
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(freqOffset)) {
|
||||
steadyQualifyVO.setFreqOffset(NumberUtil.round(freqOffset.stream().mapToDouble(SteadyQualifyVO::getFreqOffset).average().orElse(100), 2).doubleValue());
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(voltageOffset)) {
|
||||
steadyQualifyVO.setVoltageOffset(NumberUtil.round(voltageOffset.stream().mapToDouble(SteadyQualifyVO::getVoltageOffset).average().orElse(100), 2).doubleValue());
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(voltageUnbalance)) {
|
||||
steadyQualifyVO.setVoltageUnbalance(NumberUtil.round(voltageUnbalance.stream().mapToDouble(SteadyQualifyVO::getVoltageUnbalance).average().orElse(100), 2).doubleValue());
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(negativeCurrent)) {
|
||||
steadyQualifyVO.setNegativeCurrent(NumberUtil.round(negativeCurrent.stream().mapToDouble(SteadyQualifyVO::getNegativeCurrent).average().orElse(100), 2).doubleValue());
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(harmonicVoltage)) {
|
||||
steadyQualifyVO.setHarmonicVoltage(NumberUtil.round(harmonicVoltage.stream().mapToDouble(SteadyQualifyVO::getHarmonicVoltage).average().orElse(100), 2).doubleValue());
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(harmonicCurrent)) {
|
||||
steadyQualifyVO.setHarmonicCurrent(NumberUtil.round(harmonicCurrent.stream().mapToDouble(SteadyQualifyVO::getHarmonicCurrent).average().orElse(100), 2).doubleValue());
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(interHarmonic)) {
|
||||
steadyQualifyVO.setInterHarmonic(NumberUtil.round(interHarmonic.stream().mapToDouble(SteadyQualifyVO::getInterHarmonic).average().orElse(100), 2).doubleValue());
|
||||
}
|
||||
setFatherDistortion(steadyQualifyVO, steadyQualifyVOS);
|
||||
}
|
||||
}
|
||||
return steadyQualifyVO;
|
||||
@@ -449,96 +406,17 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
|
||||
/**
|
||||
* 计算区域监测点时间范围统计合格率
|
||||
*/
|
||||
public SteadyQualifyVO getDataMoreMonitorMoreDay(List<SteadyQualifyDTO> qualifiesRate) {
|
||||
public SteadyQualifyVO getDataMoreMonitorMoreDay(List<RStatLimitRateDPO> qualifiesRate) {
|
||||
SteadyQualifyVO steadyQualifyVO = new SteadyQualifyVO();
|
||||
List<SteadyQualifyVO> steadyResults = new ArrayList<>();
|
||||
//获取所有监测点每天信息(根本不需要时间分组，只是要所有的统计)
|
||||
steadyResults.addAll(getDataSingleMonitorSingeDay(qualifiesRate));
|
||||
if (CollectionUtil.isNotEmpty(steadyResults)) {
|
||||
List<SteadyQualifyVO> flicker = steadyResults.stream().filter(s -> s.getFlicker() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> freqOffset = steadyResults.stream().filter(s -> s.getFreqOffset() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> voltageOffset = steadyResults.stream().filter(s -> s.getVoltageOffset() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> voltageUnbalance = steadyResults.stream().filter(s -> s.getVoltageUnbalance() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> negativeCurrent = steadyResults.stream().filter(s -> s.getNegativeCurrent() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> harmonicVoltage = steadyResults.stream().filter(s -> s.getHarmonicVoltage() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> harmonicCurrent = steadyResults.stream().filter(s -> s.getHarmonicCurrent() != 3.14159).collect(Collectors.toList());
|
||||
List<SteadyQualifyVO> interHarmonic = steadyResults.stream().filter(s -> s.getInterHarmonic() != 3.14159).collect(Collectors.toList());
|
||||
//求各项平均值
|
||||
if (!CollectionUtils.isEmpty(flicker)) {
|
||||
steadyQualifyVO.setFlicker(PubUtils.dataLimits(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getFlicker).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(freqOffset)) {
|
||||
steadyQualifyVO.setFreqOffset(PubUtils.dataLimits(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getFreqOffset).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(voltageOffset)) {
|
||||
steadyQualifyVO.setVoltageOffset(PubUtils.dataLimits(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getVoltageOffset).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(voltageUnbalance)) {
|
||||
steadyQualifyVO.setVoltageUnbalance(PubUtils.dataLimits(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getVoltageUnbalance).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(negativeCurrent)) {
|
||||
steadyQualifyVO.setNegativeCurrent(PubUtils.dataLimits(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getNegativeCurrent).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(harmonicVoltage)) {
|
||||
steadyQualifyVO.setHarmonicVoltage(PubUtils.dataLimits(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getHarmonicVoltage).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(harmonicCurrent)) {
|
||||
steadyQualifyVO.setHarmonicCurrent(PubUtils.dataLimits(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getHarmonicCurrent).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
if (!CollectionUtils.isEmpty(interHarmonic)) {
|
||||
steadyQualifyVO.setInterHarmonic(PubUtils.dataLimits(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getInterHarmonic).average().orElse(100), 2).doubleValue()));
|
||||
}
|
||||
setFatherDistortion(steadyQualifyVO, steadyResults);
|
||||
}
|
||||
return steadyQualifyVO;
|
||||
}
|
||||
|
||||
/**
|
||||
* 计算区域监测点日统计合格率
|
||||
*/
|
||||
// public SteadyQualifyVO getDataMoreMonitorSingleDay(List<SteadyQualifyDTO> qualifiesRate, List<String> lineIds, String time) {
|
||||
// SteadyQualifyVO steadyQualifyVO = new SteadyQualifyVO();
|
||||
// List<SteadyQualifyVO> steadyResults = new ArrayList<>();
|
||||
// for (String lineId : lineIds) {
|
||||
// steadyResults.addAll(getDataSingleMonitorSingeDay(qualifiesRate, lineId, time));
|
||||
// }
|
||||
// if (CollectionUtil.isNotEmpty(steadyResults)) {
|
||||
// List<SteadyQualifyVO> flicker = steadyResults.stream().filter(s -> s.getFlicker() != 3.14159).collect(Collectors.toList());
|
||||
// List<SteadyQualifyVO> freqOffset = steadyResults.stream().filter(s -> s.getFreqOffset() != 3.14159).collect(Collectors.toList());
|
||||
// List<SteadyQualifyVO> voltageOffset = steadyResults.stream().filter(s -> s.getVoltageOffset() != 3.14159).collect(Collectors.toList());
|
||||
// List<SteadyQualifyVO> voltageUnbalance = steadyResults.stream().filter(s -> s.getVoltageUnbalance() != 3.14159).collect(Collectors.toList());
|
||||
// List<SteadyQualifyVO> negativeCurrent = steadyResults.stream().filter(s -> s.getNegativeCurrent() != 3.14159).collect(Collectors.toList());
|
||||
// List<SteadyQualifyVO> harmonicVoltage = steadyResults.stream().filter(s -> s.getHarmonicVoltage() != 3.14159).collect(Collectors.toList());
|
||||
// List<SteadyQualifyVO> harmonicCurrent = steadyResults.stream().filter(s -> s.getHarmonicCurrent() != 3.14159).collect(Collectors.toList());
|
||||
// List<SteadyQualifyVO> interHarmonic = steadyResults.stream().filter(s -> s.getInterHarmonic() != 3.14159).collect(Collectors.toList());
|
||||
// //求各项平均值
|
||||
// if (!CollectionUtils.isEmpty(flicker)) {
|
||||
// steadyQualifyVO.setFlicker(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getFlicker).average().orElse(100), 2).doubleValue());
|
||||
// }
|
||||
// if (!CollectionUtils.isEmpty(freqOffset)) {
|
||||
// steadyQualifyVO.setFreqOffset(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getFreqOffset).average().orElse(100), 2).doubleValue());
|
||||
// }
|
||||
// if (!CollectionUtils.isEmpty(voltageOffset)) {
|
||||
// steadyQualifyVO.setVoltageOffset(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getVoltageOffset).average().orElse(100), 2).doubleValue());
|
||||
// }
|
||||
// if (!CollectionUtils.isEmpty(voltageUnbalance)) {
|
||||
// steadyQualifyVO.setVoltageUnbalance(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getVoltageUnbalance).average().orElse(100), 2).doubleValue());
|
||||
// }
|
||||
// if (!CollectionUtils.isEmpty(negativeCurrent)) {
|
||||
// steadyQualifyVO.setNegativeCurrent(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getNegativeCurrent).average().orElse(100), 2).doubleValue());
|
||||
// }
|
||||
// if (!CollectionUtils.isEmpty(harmonicVoltage)) {
|
||||
// steadyQualifyVO.setHarmonicVoltage(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getHarmonicVoltage).average().orElse(100), 2).doubleValue());
|
||||
// }
|
||||
// if (!CollectionUtils.isEmpty(harmonicCurrent)) {
|
||||
// steadyQualifyVO.setHarmonicCurrent(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getHarmonicCurrent).average().orElse(100), 2).doubleValue());
|
||||
// }
|
||||
// if (!CollectionUtils.isEmpty(interHarmonic)) {
|
||||
// steadyQualifyVO.setInterHarmonic(NumberUtil.round(steadyResults.stream().mapToDouble(SteadyQualifyVO::getInterHarmonic).average().orElse(100), 2).doubleValue());
|
||||
// }
|
||||
// }
|
||||
// return steadyQualifyVO;
|
||||
// }
|
||||
|
||||
|
||||
/**
|
||||
* influxDB查询稳态监测点相关信息
|
||||
@@ -547,106 +425,22 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
|
||||
* @param startTime
|
||||
* @param endTime
|
||||
*/
|
||||
private List<SteadyQualifyDTO> getQualifiesRate(List<String> lineIndexes, String startTime, String endTime) {
|
||||
List<SteadyQualifyDTO> qualifyDTOList = new ArrayList<>();
|
||||
List<RStatLimitRateDPO> limitRates = rateDService.list(new LambdaQueryWrapper<RStatLimitRateDPO>()
|
||||
private List<RStatLimitRateDPO> getQualifiesRate(List<String> lineIndexes, String startTime, String endTime) {
|
||||
return rateDService.list(new LambdaQueryWrapper<RStatLimitRateDPO>()
|
||||
.in(RStatLimitRateDPO::getLineId, lineIndexes)
|
||||
.eq(RStatLimitRateDPO::getPhasicType, "T")
|
||||
.ge(StrUtil.isNotBlank(startTime), RStatLimitRateDPO::getTime, DateUtil.beginOfDay(DateUtil.parse(startTime)))
|
||||
.le(StrUtil.isNotBlank(endTime), RStatLimitRateDPO::getTime, DateUtil.endOfDay(DateUtil.parse(endTime)))
|
||||
);
|
||||
if (CollUtil.isNotEmpty(limitRates)) {
|
||||
limitRates.forEach(list -> {
|
||||
SteadyQualifyDTO steadyQualifyDTO = new SteadyQualifyDTO();
|
||||
steadyQualifyDTO.setTime(list.getTime().format(DateTimeFormatter.ofPattern("yyyy-MM-dd")));
|
||||
steadyQualifyDTO.setMYINDEX(list.getLineId());
|
||||
steadyQualifyDTO.setPhasic_Type(list.getPhasicType());
|
||||
steadyQualifyDTO.setAllTime(Double.parseDouble(list.getAllTime().toString()));
|
||||
steadyQualifyDTO.setFlicker_AllTime(Double.parseDouble(list.getFlickerAllTime().toString()));
|
||||
steadyQualifyDTO.setFlicker_OverTime(Double.parseDouble(list.getFlickerOvertime().toString()));
|
||||
steadyQualifyDTO.setFreq_Dev_OverTime(Double.parseDouble(list.getFreqDevOvertime().toString()));
|
||||
steadyQualifyDTO.setIHarm_2_OverTime(Double.parseDouble(list.getIharm2Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_3_OverTime(Double.parseDouble(list.getIharm3Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_4_OverTime(Double.parseDouble(list.getIharm4Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_5_OverTime(Double.parseDouble(list.getIharm5Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_6_OverTime(Double.parseDouble(list.getIharm6Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_7_OverTime(Double.parseDouble(list.getIharm7Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_8_OverTime(Double.parseDouble(list.getIharm8Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_9_OverTime(Double.parseDouble(list.getIharm9Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_10_OverTime(Double.parseDouble(list.getIharm10Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_11_OverTime(Double.parseDouble(list.getIharm11Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_12_OverTime(Double.parseDouble(list.getIharm12Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_13_OverTime(Double.parseDouble(list.getIharm13Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_14_OverTime(Double.parseDouble(list.getIharm14Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_15_OverTime(Double.parseDouble(list.getIharm15Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_16_OverTime(Double.parseDouble(list.getIharm16Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_17_OverTime(Double.parseDouble(list.getIharm17Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_18_OverTime(Double.parseDouble(list.getIharm18Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_19_OverTime(Double.parseDouble(list.getIharm19Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_20_OverTime(Double.parseDouble(list.getIharm20Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_21_OverTime(Double.parseDouble(list.getIharm21Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_22_OverTime(Double.parseDouble(list.getIharm22Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_23_OverTime(Double.parseDouble(list.getIharm23Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_24_OverTime(Double.parseDouble(list.getIharm24Overtime().toString()));
|
||||
steadyQualifyDTO.setIHarm_25_OverTime(Double.parseDouble(list.getIharm25Overtime().toString()));
|
||||
steadyQualifyDTO.setI_Neg_OverTime(Double.parseDouble(list.getINegOvertime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_1_OverTime(Double.parseDouble(list.getInuharm1Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_2_OverTime(Double.parseDouble(list.getInuharm2Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_3_OverTime(Double.parseDouble(list.getInuharm3Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_4_OverTime(Double.parseDouble(list.getInuharm4Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_5_OverTime(Double.parseDouble(list.getInuharm5Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_6_OverTime(Double.parseDouble(list.getInuharm6Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_7_OverTime(Double.parseDouble(list.getInuharm7Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_8_OverTime(Double.parseDouble(list.getInuharm8Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_9_OverTime(Double.parseDouble(list.getInuharm9Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_10_OverTime(Double.parseDouble(list.getInuharm10Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_11_OverTime(Double.parseDouble(list.getInuharm11Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_12_OverTime(Double.parseDouble(list.getInuharm12Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_13_OverTime(Double.parseDouble(list.getInuharm13Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_14_OverTime(Double.parseDouble(list.getInuharm14Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_15_OverTime(Double.parseDouble(list.getInuharm15Overtime().toString()));
|
||||
steadyQualifyDTO.setInUHARM_16_OverTime(Double.parseDouble(list.getInuharm16Overtime().toString()));
|
||||
steadyQualifyDTO.setUAberrance_OverTime(Double.parseDouble(list.getUaberranceOvertime().toString()));
|
||||
steadyQualifyDTO.setUBalance_OverTime(Double.parseDouble(list.getUbalanceOvertime().toString()));
|
||||
steadyQualifyDTO.setUHarm_2_OverTime(Double.parseDouble(list.getUharm2Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_3_OverTime(Double.parseDouble(list.getUharm3Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_4_OverTime(Double.parseDouble(list.getUharm4Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_5_OverTime(Double.parseDouble(list.getUharm5Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_6_OverTime(Double.parseDouble(list.getUharm6Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_7_OverTime(Double.parseDouble(list.getUharm7Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_8_OverTime(Double.parseDouble(list.getUharm8Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_9_OverTime(Double.parseDouble(list.getUharm9Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_10_OverTime(Double.parseDouble(list.getUharm10Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_11_OverTime(Double.parseDouble(list.getUharm11Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_12_OverTime(Double.parseDouble(list.getUharm12Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_13_OverTime(Double.parseDouble(list.getUharm13Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_14_OverTime(Double.parseDouble(list.getUharm14Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_15_OverTime(Double.parseDouble(list.getUharm15Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_16_OverTime(Double.parseDouble(list.getUharm16Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_17_OverTime(Double.parseDouble(list.getUharm17Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_18_OverTime(Double.parseDouble(list.getUharm18Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_19_OverTime(Double.parseDouble(list.getUharm19Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_20_OverTime(Double.parseDouble(list.getUharm20Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_21_OverTime(Double.parseDouble(list.getUharm21Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_22_OverTime(Double.parseDouble(list.getUharm22Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_23_OverTime(Double.parseDouble(list.getUharm23Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_24_OverTime(Double.parseDouble(list.getUharm24Overtime().toString()));
|
||||
steadyQualifyDTO.setUHarm_25_OverTime(Double.parseDouble(list.getUharm25Overtime().toString()));
|
||||
steadyQualifyDTO.setVoltage_Dev_OverTime(Double.parseDouble(list.getVoltageDevOvertime().toString()));
|
||||
qualifyDTOList.add(steadyQualifyDTO);
|
||||
});
|
||||
}
|
||||
return qualifyDTOList;
|
||||
|
||||
}
|
||||
|
||||
|
||||
private static double calculate(Double allTime, Double overTime) {
|
||||
private static double calculate(Integer allTime, Integer overTime) {
|
||||
if (allTime == 0) {
|
||||
return 3.14159;
|
||||
} else {
|
||||
if (allTime >= overTime) {
|
||||
return NumberUtil.round((allTime - overTime) / allTime * 100, 2).doubleValue();
|
||||
return NumberUtil.round((allTime - overTime)*1.0 / allTime * 100.0, 2).doubleValue();
|
||||
}
|
||||
return 0.0;
|
||||
}
|
||||
@@ -659,12 +453,12 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
|
||||
* @param overTime 相加
|
||||
* @return
|
||||
*/
|
||||
private static double calculateV(Double allTime, Double overTime) {
|
||||
private static double calculateV(Integer allTime, Integer overTime) {
|
||||
if (allTime == 0) {
|
||||
return 3.14159;
|
||||
} else {
|
||||
if (allTime >= overTime) {
|
||||
return NumberUtil.round((1 - (overTime / (allTime * 25))) * 100, 2).doubleValue();
|
||||
return NumberUtil.round((1 - (overTime / (allTime * 25.0))) * 100, 2).doubleValue();
|
||||
}
|
||||
return 0.0;
|
||||
}
|
||||
@@ -677,12 +471,12 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
|
||||
* @param overTime
|
||||
* @return
|
||||
*/
|
||||
private static double calculateI(Double allTime, Double overTime) {
|
||||
private static double calculateI(Integer allTime, Integer overTime) {
|
||||
if (allTime == 0) {
|
||||
return 3.14159;
|
||||
} else {
|
||||
if (allTime >= overTime) {
|
||||
return NumberUtil.round((1 - (overTime / (allTime * 24))) * 100, 2).doubleValue();
|
||||
return NumberUtil.round((1 - (overTime / (allTime * 24.0))) * 100, 2).doubleValue();
|
||||
}
|
||||
return 0.0;
|
||||
}
|
||||
@@ -695,12 +489,12 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
|
||||
* @param overTime
|
||||
* @return
|
||||
*/
|
||||
private static double calculateIN(Double allTime, Double overTime) {
|
||||
private static double calculateIN(Integer allTime, Integer overTime) {
|
||||
if (allTime == 0) {
|
||||
return 3.14159;
|
||||
} else {
|
||||
if (allTime >= overTime) {
|
||||
return NumberUtil.round((1 - (overTime / (allTime * 16))) * 100, 2).doubleValue();
|
||||
return NumberUtil.round((1 - (overTime / (allTime * 16.0))) * 100, 2).doubleValue();
|
||||
}
|
||||
return 0.0;
|
||||
}
|
||||
@@ -710,7 +504,7 @@ public class SteadyQualifyServiceImpl implements SteadyQualifyService {
|
||||
/**
|
||||
* 获取父级每层数据
|
||||
*/
|
||||
private List<SteadyQualifyVO> getCompanyTreeData(List<SteadyQualifyDTO> qualifiesRate, List<String> lineIndexes) {
|
||||
private List<SteadyQualifyVO> getCompanyTreeData(List<RStatLimitRateDPO> qualifiesRate, List<String> lineIndexes) {
|
||||
//监测点集合
|
||||
List<SteadyQualifyVO> monitorList = steadyQualifyMapper.getSteadyQualifyData(lineIndexes);
|
||||
//母线集合
|
||||
|
||||
Reference in New Issue
Block a user