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zbj//1.变电站指标统计_季/年统计 算法

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This commit is contained in:
zhangbaojian
2023-06-30 15:39:36 +08:00
parent c05b67435f
commit a3241bba7a
14 changed files with 976 additions and 14 deletions
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2
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/mapper/mysql/newalgorithm/RStatSubstationDPOMapper.java
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@@ -21,4 +21,6 @@ public interface RStatSubstationDPOMapper extends MppBaseMapper<RStatSubstationD
Map<String, Object> getSumAndCount(@Param("startTime") String startTime, @Param("endTime") String endTime, @Param("substationId") String substationId);
Map<String, Object> getSumAndCountQ(@Param("startTime") String startTime, @Param("endTime") String endTime, @Param("substationId") String substationId);
}

6
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/mapper/mysql/newalgorithm/RStatSubstationMPOMapper.java
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@@ -3,6 +3,9 @@ package com.njcn.prepare.harmonic.mapper.mysql.newalgorithm;
import com.github.jeffreyning.mybatisplus.base.MppBaseMapper;
import com.njcn.prepare.harmonic.pojo.po.RStatSubstationMPO;
import org.apache.ibatis.annotations.Mapper;
import org.apache.ibatis.annotations.Param;
import java.util.Map;
/**
* Description:
@@ -14,4 +17,7 @@ import org.apache.ibatis.annotations.Mapper;
*/
@Mapper
public interface RStatSubstationMPOMapper extends MppBaseMapper<RStatSubstationMPO> {
Map<String, Object> getSumAndCount(@Param("startTime") String startTime, @Param("endTime") String endTime, @Param("substationId") String substationId);
}

17
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/mapper/mysql/newalgorithm/RStatSubstationQPOMapper.java Normal file
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@@ -0,0 +1,17 @@
package com.njcn.prepare.harmonic.mapper.mysql.newalgorithm;
import com.github.jeffreyning.mybatisplus.base.MppBaseMapper;
import com.njcn.prepare.harmonic.pojo.po.RStatSubstationQPO;
import org.apache.ibatis.annotations.Mapper;
/**
* Description:
* 接口文档访问地址：http://serverIP:port/swagger-ui.html
* Date: 2022/12/13 15:39【需求编号】
*
* @author clam
* @version V1.0.0
*/
@Mapper
public interface RStatSubstationQPOMapper extends MppBaseMapper<RStatSubstationQPO> {
}

17
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/mapper/mysql/newalgorithm/RStatSubstationYPOMapper.java Normal file
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@@ -0,0 +1,17 @@
package com.njcn.prepare.harmonic.mapper.mysql.newalgorithm;
import com.github.jeffreyning.mybatisplus.base.MppBaseMapper;
import com.njcn.prepare.harmonic.pojo.po.RStatSubstationYPO;
import org.apache.ibatis.annotations.Mapper;
/**
* Description:
* 接口文档访问地址：http://serverIP:port/swagger-ui.html
* Date: 2022/12/13 15:39【需求编号】
*
* @author clam
* @version V1.0.0
*/
@Mapper
public interface RStatSubstationYPOMapper extends MppBaseMapper<RStatSubstationYPO> {
}

9
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/mapper/mysql/newalgorithm/mapping/RStatSubstationDPOMapper.xml
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@@ -66,4 +66,13 @@
) t
</select>
<select id="getSumAndCountQ" resultType="java.util.Map">
SELECT sum(event_measurement_count) "eventMeasurementCountSum",
sum(sag_measurement_count) "sagMeasurementCountSum",
sum(swell_measurement_count) "swellMeasurementCountSum",
sum(interrupt_measurement_count) "interruptMeasurementCountSum"
FROM r_stat_substation_d
WHERE data_date between #{startTime} and #{endTime}
</select>
</mapper>

96
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/mapper/mysql/newalgorithm/mapping/RStatSubstationMPOMapper.xml Normal file
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@@ -0,0 +1,96 @@
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE mapper PUBLIC "-//mybatis.org//DTD Mapper 3.0//EN" "http://mybatis.org/dtd/mybatis-3-mapper.dtd">
<mapper namespace="com.njcn.prepare.harmonic.mapper.mysql.newalgorithm.RStatSubstationMPOMapper">
<select id="getSumAndCount" resultType="java.util.Map">
SELECT t.effectiveMeasurementAverageAvg,
CASE
WHEN t.harmonicCountSum = 0 THEN
0.00
ELSE round(t.harmonicOverDaySum / t.harmonicCountSum, 2)
END "harmonicAverageOverDay",
CASE
WHEN t.freqCountSum = 0 THEN
0.00
ELSE round(t.freqOverDaySum / t.freqCountSum, 2)
END "freqAverageOverDay",
CASE
WHEN t.vDevCountSum = 0 THEN
0.00
ELSE round(t.vDevOverDaySum / t.vDevCountSum, 2)
END "vDevAverageOverDay",
CASE
WHEN t.vCountSum = 0 THEN
0.00
ELSE round(t.vOverDaySum / t.vCountSum, 2)
END "vAverageOverDay",
CASE
WHEN t.iCountSum = 0 THEN
0.00
ELSE round(t.iOverDaySum / t.iCountSum, 2)
END "iAverageOverDay",
CASE
WHEN t.unbalanceCountSum = 0 THEN
0.00
ELSE round(t.unbalanceOverDaySum / t.unbalanceCountSum, 2)
END "unbalanceAverageOverDay",
CASE
WHEN t.iNegCountSum = 0 THEN
0.00
ELSE round(t.iNegOverDaySum / t.iNegCountSum, 2)
END "iNegAverageOverDay",
CASE
WHEN t.flickerCountSum = 0 THEN
0.00
ELSE round(t.flickerOverDaySum / t.flickerCountSum, 2)
END "flickerAverageOverDay",
CASE
WHEN t.inuharmCountSum = 0 THEN
0.00
ELSE round(t.inuharmOverDaySum / t.inuharmCountSum, 2)
END "inuharmAverageOverDay",
t.eventCountSum,
t.sagCountSum,
t.swellCountSum,
t.interruptCountSum
FROM (
SELECT round(avg(effective_measurement_average), 2) "effectiveMeasurementAverageAvg",
sum(harmonic_over_day) "harmonicOverDaySum",
sum(harmonic_count) "harmonicCountSum",
sum(freq_over_day) "freqOverDaySum",
sum(freq_count) "freqCountSum",
sum(v_dev_over_day) "vDevOverDaySum",
sum(v_dev_count) "vDevCountSum",
sum(v_over_day) "vOverDaySum",
sum(v_count) "vCountSum",
sum(i_over_day) "iOverDaySum",
sum(i_count) "iCountSum",
sum(unbalance_over_day) "unbalanceOverDaySum",
sum(unbalance_count) "unbalanceCountSum",
sum(i_neg_over_day) "iNegOverDaySum",
sum(i_neg_count) "iNegCountSum",
sum(flicker_over_day) "flickerOverDaySum",
sum(flicker_count) "flickerCountSum",
sum(inuharm_over_day) "inuharmOverDaySum",
sum(inuharm_count) "inuharmCountSum",
sum(event_count) "eventCountSum",
sum(sag_count) "sagCountSum",
sum(swell_count) "swellCountSum",
sum(interrupt_count) "interruptCountSum"
FROM r_stat_substation_m
WHERE substation_id = #{substationId}
AND data_date between #{startTime} and #{endTime}
) t
</select>
</mapper>

14
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/service/mysql/newalgorithm/RStatSubstationQPOService.java Normal file
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@@ -0,0 +1,14 @@
package com.njcn.prepare.harmonic.service.mysql.newalgorithm;
import com.github.jeffreyning.mybatisplus.service.IMppService;
import com.njcn.prepare.harmonic.pojo.po.RStatSubstationQPO;
/**
* @author zbj
* @since 2023-06-30
*/
public interface RStatSubstationQPOService extends IMppService<RStatSubstationQPO> {
}

14
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/service/mysql/newalgorithm/RStatSubstationYPOService.java Normal file
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@@ -0,0 +1,14 @@
package com.njcn.prepare.harmonic.service.mysql.newalgorithm;
import com.github.jeffreyning.mybatisplus.service.IMppService;
import com.njcn.prepare.harmonic.pojo.po.RStatSubstationYPO;
/**
* @author zbj
* @since 2023-06-30
*/
public interface RStatSubstationYPOService extends IMppService<RStatSubstationYPO> {
}

18
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/service/mysql/newalgorithm/impl/RStatSubstationQPOServiceImpl.java Normal file
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@@ -0,0 +1,18 @@
package com.njcn.prepare.harmonic.service.mysql.newalgorithm.impl;
import com.github.jeffreyning.mybatisplus.service.MppServiceImpl;
import com.njcn.prepare.harmonic.mapper.mysql.newalgorithm.RStatSubstationQPOMapper;
import com.njcn.prepare.harmonic.pojo.po.RStatSubstationQPO;
import com.njcn.prepare.harmonic.service.mysql.newalgorithm.RStatSubstationQPOService;
import lombok.RequiredArgsConstructor;
import org.springframework.stereotype.Service;
/**
*
* @author zbj
* @since 2023-06-19
*/
@Service
@RequiredArgsConstructor
public class RStatSubstationQPOServiceImpl extends MppServiceImpl<RStatSubstationQPOMapper, RStatSubstationQPO> implements RStatSubstationQPOService {
}

608
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/service/mysql/newalgorithm/impl/RStatSubstationServiceImpl.java
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@@ -16,6 +16,7 @@ import com.njcn.prepare.harmonic.mapper.mysql.line.*;
import com.njcn.prepare.harmonic.mapper.mysql.newalgorithm.RStatEventDPOMapper;
import com.njcn.prepare.harmonic.mapper.mysql.newalgorithm.RStatEventMPOMapper;
import com.njcn.prepare.harmonic.mapper.mysql.newalgorithm.RStatSubstationDPOMapper;
import com.njcn.prepare.harmonic.mapper.mysql.newalgorithm.RStatSubstationMPOMapper;
import com.njcn.prepare.harmonic.pojo.po.*;
import com.njcn.prepare.harmonic.service.mysql.newalgorithm.*;
import com.njcn.system.api.DicDataFeignClient;
@@ -65,17 +66,23 @@ public class RStatSubstationServiceImpl implements RStatSubstationService {
private final RStatSubstationMPOService rStatSubstationMPOService;
private final RStatSubstationQPOService rStatSubstationQPOService;
private final RStatSubstationYPOService rStatSubstationYPOService;
private final RStatSubstationDPOMapper rStatSubstationDPOMapper;
private final RStatSubstationMPOMapper rStatSubstationMPOMapper;
@Override
public void handler(List<DeptGetSubStationDTO> data, String dataDate, Integer type) {
switch (type) {
/* case 1:
this.rStartEventYHandler (data, dataDate, type);
case 1:
this.rStatSubstationYHandler(data, dataDate, type);
break;
case 2:
this.rStartEventQHandler(data, dataDate, type);
break;*/
this.rStatSubstationQHandler(data, dataDate, type);
break;
case 3:
this.rStatSubstationMHandler(data, dataDate, type);
break;
@@ -377,9 +384,9 @@ public class RStatSubstationServiceImpl implements RStatSubstationService {
//r_mp_part_harmonic_detail_m 表中字段求和
Map<String, Object> partSum = rMpPartHarmonicDetailMMapper.getPartSum(startTime, endTime, lineIds);
//r_mp_surplus_harmonic_detail_m 表中字段求和
Map<String, Object> surplusSum = mpSurplusHarmonicDetailMMapper.getSurplusSum(dataDate, dataDate, lineIds);
Map<String, Object> surplusSum = mpSurplusHarmonicDetailMMapper.getSurplusSum(startTime, endTime, lineIds);
//r_stat_substation_d 表中字段求和及计数
Map<String, Object> eventDetailSumAndCount = rStatSubstationDPOMapper.getSumAndCount(dataDate, dataDate, z);
Map<String, Object> eventDetailSumAndCount = rStatSubstationDPOMapper.getSumAndCount(startTime, endTime, z);
RStatSubstationMPO rStatSubstationMPO = new RStatSubstationMPO();
rStatSubstationMPO.setDataDate(localDate);
@@ -532,9 +539,9 @@ public class RStatSubstationServiceImpl implements RStatSubstationService {
//r_mp_part_harmonic_detail_m 表中字段求和
Map<String, Object> partSum = rMpPartHarmonicDetailMMapper.getPartSum(startTime, endTime, lineIds);
//r_mp_surplus_harmonic_detail_m 表中字段求和
Map<String, Object> surplusSum = mpSurplusHarmonicDetailMMapper.getSurplusSum(dataDate, dataDate, lineIds);
Map<String, Object> surplusSum = mpSurplusHarmonicDetailMMapper.getSurplusSum(startTime, endTime, lineIds);
//r_stat_substation_d 表中字段求和及计数
Map<String, Object> eventDetailSumAndCount = rStatSubstationDPOMapper.getSumAndCount(dataDate, dataDate, p);
Map<String, Object> eventDetailSumAndCount = rStatSubstationDPOMapper.getSumAndCount(startTime, endTime, p);
RStatSubstationMPO rStatSubstationMPO = new RStatSubstationMPO();
rStatSubstationMPO.setDataDate(localDate);
@@ -677,4 +684,589 @@ public class RStatSubstationServiceImpl implements RStatSubstationService {
}
}
//季表
public void rStatSubstationQHandler(List<DeptGetSubStationDTO> data, String dataDate, Integer type) {
List<RStatSubstationQPO> rStatSubstationQPOS = new ArrayList<>();
Date date = DateUtil.parse(dataDate);
LocalDate localDate = date.toInstant().atZone(ZoneId.systemDefault()).toLocalDate();
DecimalFormat df = new DecimalFormat("0.00");
SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd");
// 计算季度的开始日期和结束日期
Calendar calendar = Calendar.getInstance();
calendar.setTime(date);
int quarter = (calendar.get(Calendar.MONTH) / 3) + 1; // 计算日期所在的季度
calendar.set(Calendar.MONTH, (quarter - 1) * 3); // 设置季度开始的月份
calendar.set(Calendar.DAY_OF_MONTH, 1); // 设置季度开始的日期
String startTime = sdf.format(calendar.getTime());// 季度开始日期
calendar.add(Calendar.MONTH, 2); // 添加两个月，使其到季度结束的月份
calendar.set(Calendar.DAY_OF_MONTH, calendar.getActualMaximum(Calendar.DAY_OF_MONTH)); // 设置季度结束的日期 - 月份最后一天
String endTime = sdf.format(calendar.getTime()); // 季度结束日期
List<String> zwList = new ArrayList<>();
List<String> pwList = new ArrayList<>();
for (DeptGetSubStationDTO datum : data) {
if (!CollectionUtils.isEmpty(datum.getStationIds())) {
zwList.addAll(datum.getStationIds());
}
if (!CollectionUtils.isEmpty(datum.getPwStationIds())) {
pwList.addAll(datum.getPwStationIds());
}
}
List<String> zw = zwList.stream().distinct().collect(Collectors.toList());
List<String> pw = pwList.stream().distinct().collect(Collectors.toList());
//主网
if (!CollectionUtils.isEmpty(zw)) {
zw.forEach(z -> {
//获取监测点对象集合
LineDevGetBandDTO lineDevGetDTOs = commTerminalGeneralClient.substationGetLine(z).getData();
//获取监测点id集合
List<String> lineIds = lineDevGetDTOs.getZwList().stream().map(LineDevGetDTO::getPointId).collect(Collectors.toList());
//判空
if (!CollectionUtils.isEmpty(lineIds)) {
//r_mp_target_warn_d 表中字段求和
Map<String, Object> warnSum = rMpTargetWarnDMapper.getSumDate(startTime, endTime, lineIds);
//r_stat_substation_d 表中字段求和及计数
Map<String, Object> eventDetailSumAndCountD = rStatSubstationDPOMapper.getSumAndCountQ(startTime, endTime, z);
//r_stat_substation_m 表中字段求和及计数
Map<String, Object> eventDetailSumAndCountM = rStatSubstationMPOMapper.getSumAndCount(startTime, endTime, z);
RStatSubstationQPO rStatSubstationQPO = new RStatSubstationQPO();
rStatSubstationQPO.setDataDate(localDate);
rStatSubstationQPO.setSubstationId(z);
if (!CollectionUtils.isEmpty(warnSum)) {
rStatSubstationQPO.setEffectiveMeasurementAccrued(warnSum.containsKey("iECount") ?
Integer.parseInt(warnSum.get("iECount").toString()) : 0);
} else {
rStatSubstationQPO.setEffectiveMeasurementAccrued(0);
}
if (!CollectionUtils.isEmpty(eventDetailSumAndCountM)) {
rStatSubstationQPO.setEffectiveMeasurementAverage(eventDetailSumAndCountM.containsKey("effectiveMeasurementCountAvg") ?
Float.parseFloat(eventDetailSumAndCountM.get("effectiveMeasurementCountAvg").toString()) : 0.0f);
rStatSubstationQPO.setHarmonicAverageOverDay(eventDetailSumAndCountM.containsKey("harmonicAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("harmonicAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setFreqAverageOverDay(eventDetailSumAndCountM.containsKey("freqAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("freqAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setVDevAverageOverDay(eventDetailSumAndCountM.containsKey("vDevAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("vDevAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setVAverageOverDay(eventDetailSumAndCountM.containsKey("vAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("vAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setIAverageOverDay(eventDetailSumAndCountM.containsKey("iAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("iAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setUnbalanceAverageOverDay(eventDetailSumAndCountM.containsKey("unbalanceAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("unbalanceAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setINegAverageOverDay(eventDetailSumAndCountM.containsKey("iNegAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("iNegAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setFlickerAverageOverDay(eventDetailSumAndCountM.containsKey("flickerAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("flickerAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setInuharmAverageOverDay(eventDetailSumAndCountM.containsKey("inuharmAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("inuharmAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setEventCount(eventDetailSumAndCountM.containsKey("eventCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("eventCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("eventMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("eventCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("eventMeasurementCountSum").toString()));
rStatSubstationQPO.setEventFreq(Float.parseFloat(value));
} else {
rStatSubstationQPO.setEventFreq(0.0f);
}
rStatSubstationQPO.setSagCount(eventDetailSumAndCountM.containsKey("sagCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("sagCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("sagMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("sagCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("sagMeasurementCountSum").toString()));
rStatSubstationQPO.setSagFreq(Float.parseFloat(value));
} else {
rStatSubstationQPO.setSagFreq(0.0f);
}
rStatSubstationQPO.setSwellCount(eventDetailSumAndCountM.containsKey("swellCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("swellCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("swellMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("swellCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("swellMeasurementCountSum").toString()));
rStatSubstationQPO.setSwellFreq(Float.parseFloat(value));
} else {
rStatSubstationQPO.setSwellFreq(0.0f);
}
rStatSubstationQPO.setInterruptCount(eventDetailSumAndCountM.containsKey("interruptCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("interruptCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("interruptMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("interruptCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("interruptMeasurementCountSum").toString()));
rStatSubstationQPO.setInterruptFreq(Float.parseFloat(value));
} else {
rStatSubstationQPO.setInterruptFreq(0.0f);
}
} else {
rStatSubstationQPO.setEffectiveMeasurementAverage(0.0f);
rStatSubstationQPO.setHarmonicAverageOverDay(0.0f);
rStatSubstationQPO.setFreqAverageOverDay(0.0f);
rStatSubstationQPO.setVDevAverageOverDay(0.0f);
rStatSubstationQPO.setVAverageOverDay(0.0f);
rStatSubstationQPO.setIAverageOverDay(0.0f);
rStatSubstationQPO.setUnbalanceAverageOverDay(0.0f);
rStatSubstationQPO.setINegAverageOverDay(0.0f);
rStatSubstationQPO.setFlickerAverageOverDay(0.0f);
rStatSubstationQPO.setInuharmAverageOverDay(0.0f);
rStatSubstationQPO.setEventCount(0);
rStatSubstationQPO.setEventFreq(0.0f);
rStatSubstationQPO.setSagCount(0);
rStatSubstationQPO.setSagFreq(0.0f);
rStatSubstationQPO.setSwellCount(0);
rStatSubstationQPO.setSwellFreq(0.0f);
rStatSubstationQPO.setInterruptCount(0);
rStatSubstationQPO.setInterruptFreq(0.0f);
}
rStatSubstationQPOS.add(rStatSubstationQPO);
}
});
}
//配网
if (!CollectionUtils.isEmpty(pw)) {
pw.forEach(p -> {
//获取监测点对象集合
LineDevGetBandDTO lineDevGetDTOs = commTerminalGeneralClient.substationGetLine(p).getData();
//获取监测点id集合
List<String> lineIds = lineDevGetDTOs.getZwList().stream().map(LineDevGetDTO::getPointId).collect(Collectors.toList());
//判空
if (!CollectionUtils.isEmpty(lineIds)) {
//r_mp_target_warn_d 表中字段求和
Map<String, Object> warnSum = rMpTargetWarnDMapper.getSumDate(startTime, endTime, lineIds);
//r_stat_substation_d 表中字段求和及计数
Map<String, Object> eventDetailSumAndCountD = rStatSubstationDPOMapper.getSumAndCountQ(startTime, endTime, p);
//r_stat_substation_m 表中字段求和及计数
Map<String, Object> eventDetailSumAndCountM = rStatSubstationMPOMapper.getSumAndCount(startTime, endTime, p);
RStatSubstationQPO rStatSubstationQPO = new RStatSubstationQPO();
rStatSubstationQPO.setDataDate(localDate);
rStatSubstationQPO.setSubstationId(p);
if (!CollectionUtils.isEmpty(warnSum)) {
rStatSubstationQPO.setEffectiveMeasurementAccrued(warnSum.containsKey("iECount") ?
Integer.parseInt(warnSum.get("iECount").toString()) : 0);
} else {
rStatSubstationQPO.setEffectiveMeasurementAccrued(0);
}
if (!CollectionUtils.isEmpty(eventDetailSumAndCountM)) {
rStatSubstationQPO.setEffectiveMeasurementAverage(eventDetailSumAndCountM.containsKey("effectiveMeasurementCountAvg") ?
Float.parseFloat(eventDetailSumAndCountM.get("effectiveMeasurementCountAvg").toString()) : 0.0f);
rStatSubstationQPO.setHarmonicAverageOverDay(eventDetailSumAndCountM.containsKey("harmonicAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("harmonicAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setFreqAverageOverDay(eventDetailSumAndCountM.containsKey("freqAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("freqAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setVDevAverageOverDay(eventDetailSumAndCountM.containsKey("vDevAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("vDevAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setVAverageOverDay(eventDetailSumAndCountM.containsKey("vAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("vAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setIAverageOverDay(eventDetailSumAndCountM.containsKey("iAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("iAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setUnbalanceAverageOverDay(eventDetailSumAndCountM.containsKey("unbalanceAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("unbalanceAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setINegAverageOverDay(eventDetailSumAndCountM.containsKey("iNegAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("iNegAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setFlickerAverageOverDay(eventDetailSumAndCountM.containsKey("flickerAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("flickerAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setInuharmAverageOverDay(eventDetailSumAndCountM.containsKey("inuharmAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("inuharmAverageOverDay").toString()) : 0.0f);
rStatSubstationQPO.setEventCount(eventDetailSumAndCountM.containsKey("eventCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("eventCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("eventMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("eventCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("eventMeasurementCountSum").toString()));
rStatSubstationQPO.setEventFreq(Float.parseFloat(value));
} else {
rStatSubstationQPO.setEventFreq(0.0f);
}
rStatSubstationQPO.setSagCount(eventDetailSumAndCountM.containsKey("sagCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("sagCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("sagMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("sagCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("sagMeasurementCountSum").toString()));
rStatSubstationQPO.setSagFreq(Float.parseFloat(value));
} else {
rStatSubstationQPO.setSagFreq(0.0f);
}
rStatSubstationQPO.setSwellCount(eventDetailSumAndCountM.containsKey("swellCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("swellCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("swellMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("swellCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("swellMeasurementCountSum").toString()));
rStatSubstationQPO.setSwellFreq(Float.parseFloat(value));
} else {
rStatSubstationQPO.setSwellFreq(0.0f);
}
rStatSubstationQPO.setInterruptCount(eventDetailSumAndCountM.containsKey("interruptCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("interruptCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("interruptMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("interruptCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("interruptMeasurementCountSum").toString()));
rStatSubstationQPO.setInterruptFreq(Float.parseFloat(value));
} else {
rStatSubstationQPO.setInterruptFreq(0.0f);
}
} else {
rStatSubstationQPO.setEffectiveMeasurementAverage(0.0f);
rStatSubstationQPO.setHarmonicAverageOverDay(0.0f);
rStatSubstationQPO.setFreqAverageOverDay(0.0f);
rStatSubstationQPO.setVDevAverageOverDay(0.0f);
rStatSubstationQPO.setVAverageOverDay(0.0f);
rStatSubstationQPO.setIAverageOverDay(0.0f);
rStatSubstationQPO.setUnbalanceAverageOverDay(0.0f);
rStatSubstationQPO.setINegAverageOverDay(0.0f);
rStatSubstationQPO.setFlickerAverageOverDay(0.0f);
rStatSubstationQPO.setInuharmAverageOverDay(0.0f);
rStatSubstationQPO.setEventCount(0);
rStatSubstationQPO.setEventFreq(0.0f);
rStatSubstationQPO.setSagCount(0);
rStatSubstationQPO.setSagFreq(0.0f);
rStatSubstationQPO.setSwellCount(0);
rStatSubstationQPO.setSwellFreq(0.0f);
rStatSubstationQPO.setInterruptCount(0);
rStatSubstationQPO.setInterruptFreq(0.0f);
}
rStatSubstationQPOS.add(rStatSubstationQPO);
}
});
}
if (!CollectionUtils.isEmpty(rStatSubstationQPOS)) {
rStatSubstationQPOService.saveOrUpdateBatchByMultiId(rStatSubstationQPOS, 500);
}
}
//年表
public void rStatSubstationYHandler(List<DeptGetSubStationDTO> data, String dataDate, Integer type) {
List<RStatSubstationYPO> rStatSubstationYPOS = new ArrayList<>();
Date date = DateUtil.parse(dataDate);
LocalDate localDate = date.toInstant().atZone(ZoneId.systemDefault()).toLocalDate();
DecimalFormat df = new DecimalFormat("0.00");
// 获取当前年的起始日期和结束日期
LocalDate date1 = LocalDate.parse(dataDate, DateTimeFormatter.ISO_DATE); // 将字符串解析为LocalDate对象
// 获取当年的开始天
LocalDate yearStartDate = date1.withDayOfYear(1);
String startTime = yearStartDate.format(DateTimeFormatter.ISO_DATE); // 将LocalDate对象转换为字符串日期
// 获取当年的结束天
LocalDate yearEndDate = date1.withDayOfYear(date1.lengthOfYear());
String endTime = yearEndDate.format(DateTimeFormatter.ISO_DATE); // 将LocalDate对象转换为字符串日期
List<String> zwList = new ArrayList<>();
List<String> pwList = new ArrayList<>();
for (DeptGetSubStationDTO datum : data) {
if (!CollectionUtils.isEmpty(datum.getStationIds())) {
zwList.addAll(datum.getStationIds());
}
if (!CollectionUtils.isEmpty(datum.getPwStationIds())) {
pwList.addAll(datum.getPwStationIds());
}
}
List<String> zw = zwList.stream().distinct().collect(Collectors.toList());
List<String> pw = pwList.stream().distinct().collect(Collectors.toList());
//主网
if (!CollectionUtils.isEmpty(zw)) {
zw.forEach(z -> {
//获取监测点对象集合
LineDevGetBandDTO lineDevGetDTOs = commTerminalGeneralClient.substationGetLine(z).getData();
//获取监测点id集合
List<String> lineIds = lineDevGetDTOs.getZwList().stream().map(LineDevGetDTO::getPointId).collect(Collectors.toList());
//判空
if (!CollectionUtils.isEmpty(lineIds)) {
//r_mp_target_warn_d 表中字段求和
Map<String, Object> warnSum = rMpTargetWarnDMapper.getSumDate(startTime, endTime, lineIds);
//r_stat_substation_d 表中字段求和及计数
Map<String, Object> eventDetailSumAndCountD = rStatSubstationDPOMapper.getSumAndCountQ(startTime, endTime, z);
//r_stat_substation_m 表中字段求和及计数
Map<String, Object> eventDetailSumAndCountM = rStatSubstationMPOMapper.getSumAndCount(startTime, endTime, z);
RStatSubstationYPO rStatSubstationYPO = new RStatSubstationYPO();
rStatSubstationYPO.setDataDate(localDate);
rStatSubstationYPO.setSubstationId(z);
if (!CollectionUtils.isEmpty(warnSum)) {
rStatSubstationYPO.setEffectiveMeasurementAccrued(warnSum.containsKey("iECount") ?
Integer.parseInt(warnSum.get("iECount").toString()) : 0);
} else {
rStatSubstationYPO.setEffectiveMeasurementAccrued(0);
}
if (!CollectionUtils.isEmpty(eventDetailSumAndCountM)) {
rStatSubstationYPO.setEffectiveMeasurementAverage(eventDetailSumAndCountM.containsKey("effectiveMeasurementCountAvg") ?
Float.parseFloat(eventDetailSumAndCountM.get("effectiveMeasurementCountAvg").toString()) : 0.0f);
rStatSubstationYPO.setHarmonicAverageOverDay(eventDetailSumAndCountM.containsKey("harmonicAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("harmonicAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setFreqAverageOverDay(eventDetailSumAndCountM.containsKey("freqAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("freqAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setVDevAverageOverDay(eventDetailSumAndCountM.containsKey("vDevAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("vDevAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setVAverageOverDay(eventDetailSumAndCountM.containsKey("vAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("vAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setIAverageOverDay(eventDetailSumAndCountM.containsKey("iAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("iAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setUnbalanceAverageOverDay(eventDetailSumAndCountM.containsKey("unbalanceAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("unbalanceAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setINegAverageOverDay(eventDetailSumAndCountM.containsKey("iNegAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("iNegAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setFlickerAverageOverDay(eventDetailSumAndCountM.containsKey("flickerAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("flickerAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setInuharmAverageOverDay(eventDetailSumAndCountM.containsKey("inuharmAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("inuharmAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setEventCount(eventDetailSumAndCountM.containsKey("eventCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("eventCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("eventMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("eventCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("eventMeasurementCountSum").toString()));
rStatSubstationYPO.setEventFreq(Float.parseFloat(value));
} else {
rStatSubstationYPO.setEventFreq(0.0f);
}
rStatSubstationYPO.setSagCount(eventDetailSumAndCountM.containsKey("sagCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("sagCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("sagMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("sagCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("sagMeasurementCountSum").toString()));
rStatSubstationYPO.setSagFreq(Float.parseFloat(value));
} else {
rStatSubstationYPO.setSagFreq(0.0f);
}
rStatSubstationYPO.setSwellCount(eventDetailSumAndCountM.containsKey("swellCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("swellCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("swellMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("swellCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("swellMeasurementCountSum").toString()));
rStatSubstationYPO.setSwellFreq(Float.parseFloat(value));
} else {
rStatSubstationYPO.setSwellFreq(0.0f);
}
rStatSubstationYPO.setInterruptCount(eventDetailSumAndCountM.containsKey("interruptCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("interruptCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("interruptMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("interruptCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("interruptMeasurementCountSum").toString()));
rStatSubstationYPO.setInterruptFreq(Float.parseFloat(value));
} else {
rStatSubstationYPO.setInterruptFreq(0.0f);
}
} else {
rStatSubstationYPO.setEffectiveMeasurementAverage(0.0f);
rStatSubstationYPO.setHarmonicAverageOverDay(0.0f);
rStatSubstationYPO.setFreqAverageOverDay(0.0f);
rStatSubstationYPO.setVDevAverageOverDay(0.0f);
rStatSubstationYPO.setVAverageOverDay(0.0f);
rStatSubstationYPO.setIAverageOverDay(0.0f);
rStatSubstationYPO.setUnbalanceAverageOverDay(0.0f);
rStatSubstationYPO.setINegAverageOverDay(0.0f);
rStatSubstationYPO.setFlickerAverageOverDay(0.0f);
rStatSubstationYPO.setInuharmAverageOverDay(0.0f);
rStatSubstationYPO.setEventCount(0);
rStatSubstationYPO.setEventFreq(0.0f);
rStatSubstationYPO.setSagCount(0);
rStatSubstationYPO.setSagFreq(0.0f);
rStatSubstationYPO.setSwellCount(0);
rStatSubstationYPO.setSwellFreq(0.0f);
rStatSubstationYPO.setInterruptCount(0);
rStatSubstationYPO.setInterruptFreq(0.0f);
}
rStatSubstationYPOS.add(rStatSubstationYPO);
}
});
}
//配网
if (!CollectionUtils.isEmpty(pw)) {
pw.forEach(p -> {
//获取监测点对象集合
LineDevGetBandDTO lineDevGetDTOs = commTerminalGeneralClient.substationGetLine(p).getData();
//获取监测点id集合
List<String> lineIds = lineDevGetDTOs.getZwList().stream().map(LineDevGetDTO::getPointId).collect(Collectors.toList());
//判空
if (!CollectionUtils.isEmpty(lineIds)) {
//r_mp_target_warn_d 表中字段求和
Map<String, Object> warnSum = rMpTargetWarnDMapper.getSumDate(startTime, endTime, lineIds);
//r_stat_substation_d 表中字段求和及计数
Map<String, Object> eventDetailSumAndCountD = rStatSubstationDPOMapper.getSumAndCountQ(startTime, endTime, p);
//r_stat_substation_m 表中字段求和及计数
Map<String, Object> eventDetailSumAndCountM = rStatSubstationMPOMapper.getSumAndCount(startTime, endTime, p);
RStatSubstationYPO rStatSubstationYPO = new RStatSubstationYPO();
rStatSubstationYPO.setDataDate(localDate);
rStatSubstationYPO.setSubstationId(p);
if (!CollectionUtils.isEmpty(warnSum)) {
rStatSubstationYPO.setEffectiveMeasurementAccrued(warnSum.containsKey("iECount") ?
Integer.parseInt(warnSum.get("iECount").toString()) : 0);
} else {
rStatSubstationYPO.setEffectiveMeasurementAccrued(0);
}
if (!CollectionUtils.isEmpty(eventDetailSumAndCountM)) {
rStatSubstationYPO.setEffectiveMeasurementAverage(eventDetailSumAndCountM.containsKey("effectiveMeasurementCountAvg") ?
Float.parseFloat(eventDetailSumAndCountM.get("effectiveMeasurementCountAvg").toString()) : 0.0f);
rStatSubstationYPO.setHarmonicAverageOverDay(eventDetailSumAndCountM.containsKey("harmonicAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("harmonicAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setFreqAverageOverDay(eventDetailSumAndCountM.containsKey("freqAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("freqAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setVDevAverageOverDay(eventDetailSumAndCountM.containsKey("vDevAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("vDevAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setVAverageOverDay(eventDetailSumAndCountM.containsKey("vAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("vAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setIAverageOverDay(eventDetailSumAndCountM.containsKey("iAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("iAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setUnbalanceAverageOverDay(eventDetailSumAndCountM.containsKey("unbalanceAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("unbalanceAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setINegAverageOverDay(eventDetailSumAndCountM.containsKey("iNegAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("iNegAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setFlickerAverageOverDay(eventDetailSumAndCountM.containsKey("flickerAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("flickerAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setInuharmAverageOverDay(eventDetailSumAndCountM.containsKey("inuharmAverageOverDay") ?
Float.parseFloat(eventDetailSumAndCountM.get("inuharmAverageOverDay").toString()) : 0.0f);
rStatSubstationYPO.setEventCount(eventDetailSumAndCountM.containsKey("eventCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("eventCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("eventMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("eventCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("eventMeasurementCountSum").toString()));
rStatSubstationYPO.setEventFreq(Float.parseFloat(value));
} else {
rStatSubstationYPO.setEventFreq(0.0f);
}
rStatSubstationYPO.setSagCount(eventDetailSumAndCountM.containsKey("sagCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("sagCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("sagMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("sagCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("sagMeasurementCountSum").toString()));
rStatSubstationYPO.setSagFreq(Float.parseFloat(value));
} else {
rStatSubstationYPO.setSagFreq(0.0f);
}
rStatSubstationYPO.setSwellCount(eventDetailSumAndCountM.containsKey("swellCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("swellCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("swellMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("swellCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("swellMeasurementCountSum").toString()));
rStatSubstationYPO.setSwellFreq(Float.parseFloat(value));
} else {
rStatSubstationYPO.setSwellFreq(0.0f);
}
rStatSubstationYPO.setInterruptCount(eventDetailSumAndCountM.containsKey("interruptCountSum") ?
Integer.parseInt(eventDetailSumAndCountM.get("interruptCountSum").toString()) : 0);
if (!Objects.equals(0, eventDetailSumAndCountD.get("interruptMeasurementCountSum"))) {
String value = df.format(Float.parseFloat(eventDetailSumAndCountM.get("interruptCountSum").toString())
/ Float.parseFloat(eventDetailSumAndCountD.get("interruptMeasurementCountSum").toString()));
rStatSubstationYPO.setInterruptFreq(Float.parseFloat(value));
} else {
rStatSubstationYPO.setInterruptFreq(0.0f);
}
} else {
rStatSubstationYPO.setEffectiveMeasurementAverage(0.0f);
rStatSubstationYPO.setHarmonicAverageOverDay(0.0f);
rStatSubstationYPO.setFreqAverageOverDay(0.0f);
rStatSubstationYPO.setVDevAverageOverDay(0.0f);
rStatSubstationYPO.setVAverageOverDay(0.0f);
rStatSubstationYPO.setIAverageOverDay(0.0f);
rStatSubstationYPO.setUnbalanceAverageOverDay(0.0f);
rStatSubstationYPO.setINegAverageOverDay(0.0f);
rStatSubstationYPO.setFlickerAverageOverDay(0.0f);
rStatSubstationYPO.setInuharmAverageOverDay(0.0f);
rStatSubstationYPO.setEventCount(0);
rStatSubstationYPO.setEventFreq(0.0f);
rStatSubstationYPO.setSagCount(0);
rStatSubstationYPO.setSagFreq(0.0f);
rStatSubstationYPO.setSwellCount(0);
rStatSubstationYPO.setSwellFreq(0.0f);
rStatSubstationYPO.setInterruptCount(0);
rStatSubstationYPO.setInterruptFreq(0.0f);
}
rStatSubstationYPOS.add(rStatSubstationYPO);
}
});
}
if (!CollectionUtils.isEmpty(rStatSubstationYPOS)) {
rStatSubstationYPOService.saveOrUpdateBatchByMultiId(rStatSubstationYPOS, 500);
}
}
}

21
pqs-prepare/prepare-boot/src/main/java/com/njcn/prepare/harmonic/service/mysql/newalgorithm/impl/RStatSubstationYPOServiceImpl.java Normal file
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package com.njcn.prepare.harmonic.service.mysql.newalgorithm.impl;
import com.github.jeffreyning.mybatisplus.service.MppServiceImpl;
import com.njcn.prepare.harmonic.mapper.mysql.newalgorithm.RStatSubstationQPOMapper;
import com.njcn.prepare.harmonic.mapper.mysql.newalgorithm.RStatSubstationYPOMapper;
import com.njcn.prepare.harmonic.pojo.po.RStatSubstationQPO;
import com.njcn.prepare.harmonic.pojo.po.RStatSubstationYPO;
import com.njcn.prepare.harmonic.service.mysql.newalgorithm.RStatSubstationQPOService;
import com.njcn.prepare.harmonic.service.mysql.newalgorithm.RStatSubstationYPOService;
import lombok.RequiredArgsConstructor;
import org.springframework.stereotype.Service;
/**
*
* @author zbj
* @since 2023-06-30
*/
@Service
@RequiredArgsConstructor
public class RStatSubstationYPOServiceImpl extends MppServiceImpl<RStatSubstationYPOMapper, RStatSubstationYPO> implements RStatSubstationYPOService {
}