同一修改计算容量时用标称容量

whyclxw

2 天以前 65af9227c2ec7ac93dfa237e635af334560fe198

 src/main/java/com/whyc/service/LeaderHomeService.java

@@ -1,17 +1,34 @@
package com.whyc.service;

import com.whyc.dto.Response;
import com.whyc.constant.BattSingalIdEnum;
import com.whyc.constant.BattCapperformanceEnum;
import com.whyc.constant.DevAlarmEnum;
import com.whyc.constant.PowerAlarmEnum;
import com.whyc.dto.*;
import com.whyc.factory.BattCapFactory;
import com.whyc.factory.ThreadPoolExecutorFactory;
import com.whyc.pojo.db_batt_testdata.BatttestdataId;
import com.whyc.pojo.db_batt_testdata.BatttestdataInf;
import com.whyc.pojo.db_param.AppParam;
import com.whyc.pojo.db_station.BattInf;
import com.whyc.pojo.db_station.PowerInf;
import com.whyc.pojo.db_station.StationInf;
import com.whyc.util.DateUtil;
import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.stereotype.Service;

import java.util.HashMap;
import java.util.List;
import java.util.Map;
import java.time.LocalDate;
import java.time.LocalTime;
import java.util.*;
import java.util.concurrent.CountDownLatch;
import java.util.concurrent.ThreadPoolExecutor;
import java.util.stream.Collectors;

import java.time.LocalDateTime;
import java.util.List;

import static com.whyc.util.DateUtil.convertToLocalDateTime;


@Service
public class LeaderHomeService {
@@ -26,23 +43,1148 @@
    private StationInfService stationInfService;

    @Autowired
    private BattTestDataInfService bdTestDataInfService;
    private BatttestdataInfService battTestDataInfService;

    public Response getAll() {
    @Autowired
    private PwrdevAlarmService powerAlarmService;

    @Autowired
    private DevalarmDataService devAlarmService;

    @Autowired
    private BattalarmDataService battAlarmService;

    @Autowired
    private AppParamService appParamService;

    @Autowired
    private BatttestdataIdService battTestDataIdService;


    public Response getAll(Integer userId) {
        Response response = new Response();
        Map<String,Object> map = new HashMap<>();

        CountDownLatch latch = new CountDownLatch(1);
        CountDownLatch latch = new CountDownLatch(6);
        ThreadPoolExecutor poolExecutor = ThreadPoolExecutorFactory.getPoolExecutor();

        //站点信息统计,按站点类型和站点电压 TODO 待李军明确站点类型是什么字段,目前没有
        //站点信息统计,
        poolExecutor.execute(() -> {
            List<StationInf> stationInfList =stationInfService.getAllWithFields("station_type");
            Map<String, List<StationInf>> typeMap = stationInfList.stream().collect(Collectors.groupingBy(StationInf::getStationType));
            stationInfoStatistics(userId, map);
            latch.countDown();
        });

        //电源信息(品牌及电压)统计
        poolExecutor.execute(() -> {
            powerInfoStatistics(userId, map);
            latch.countDown();
        });
        //蓄电池信息(品牌及电压)统计
        poolExecutor.execute(() -> {
            batteryInfoStatistics(userId, map);
            latch.countDown();
        });
        //测试数据信息统计
        poolExecutor.execute(() -> {
            testDataInfoStatistics(userId, map);
            latch.countDown();
        });
        //10类基础资产信息统计
        poolExecutor.execute(() -> {
            deviceInfoStatistics(userId, map);
            latch.countDown();
        });

        /**
         * 实时告警信息统计
         * 逻辑更新:
         * 电池里面的单体(单体1,单体2..)单项,可以合并. 电源里面的整流器(整流器1,整流器2..)告警单项可以合并
         * 合并后时间采用最先产生报警的那个时间
         */
        poolExecutor.execute(() -> {
            alarmRealtimeStatistics(userId, map);
            latch.countDown();
        });

        return response;
    }

    private void deviceInfoStatistics(Integer userId, Map<String, Object> map) {
        NameValueIntDto baseDto = new NameValueIntDto();
        int powerCount = powerInfService.getListByUserId(userId).size();
        map.put("powerCount", powerCount);
        List<BattInf> battInfList = battInfService.getListByUserId(userId);
        int battCount = battInfList.size();
        Map<Integer, List<BattInf>> devIdMap = battInfList.stream().collect(Collectors.groupingBy(BattInf::getDevId));
        map.put("devCount", devIdMap.size());
        map.put("battCount",battCount);
        int monCountTotal = 0;
        for (int i = 0; i < battCount; i++) {
            int monCount = battInfList.get(i).getMoncount().intValue();
            monCountTotal += monCount;
        }
        map.put("monCount", monCountTotal);

        LocalDateTime now = LocalDateTime.now();
        //本年第一天
        LocalDateTime yearStart = now.withDayOfYear(1).withHour(0).withMinute(0).withSecond(0).withNano(0);
        Date yearStartTime = DateUtil.convertToDate(yearStart);
        //去年的第一天
        LocalDateTime lastYearStart = now.minusYears(1).withDayOfYear(1).withHour(0).withMinute(0).withSecond(0).withNano(0);
        //去年的最后一天
        int lastYear = now.minusYears(1).getYear();
        LocalDate lastDayOfLastYear = LocalDate.of(lastYear, 12, 31);
        LocalDateTime lastYearEnd = lastDayOfLastYear.atTime(LocalTime.MAX);
        Date lastYearStartTime = DateUtil.convertToDate(lastYearStart);
        Date lastYearEndTime = DateUtil.convertToDate(lastYearEnd);

        //本年已放电电池数量
        //本年未放电电池数量
        //去年已放电电池数量
        //去年未放电电池数量
        int hrDisBattCount = battTestDataInfService.getHrDisCount(userId,yearStartTime,null);
        int hrNoDisBattCount = battCount - hrDisBattCount;
        int hrDisBattCountLastYear = battTestDataInfService.getHrDisCount(userId,lastYearStartTime,lastYearEndTime);
        int hrNoDisBattCountLastYear = battCount - hrDisBattCountLastYear;
        map.put("hrDisBattCount", hrDisBattCount);
        map.put("hrNoDisBattCount", hrNoDisBattCount);
        map.put("hrDisBattCountLastYear", hrDisBattCountLastYear);
        map.put("hrNoDisBattCountLastYear", hrNoDisBattCountLastYear);

        //本年优良劣化损坏数量
        List<BattCapInfoDto> battCapInfoList = getBattCapInfo(battInfList,yearStartTime,null);
        long battGoodCount = battCapInfoList.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_1.getStateName())).count();
        long battBadCount = battCapInfoList.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_2.getStateName())).count();
        long battDamageCount = battCapInfoList.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_3.getStateName())).count();
        //去年优良劣化损坏数量
        List<BattCapInfoDto> battCapInfoListLastYear = getBattCapInfo(battInfList,lastYearStartTime,lastYearEndTime);
        long battGoodCountLastYear = battCapInfoListLastYear.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_1.getStateName())).count();
        long battBadCountLastYear = battCapInfoListLastYear.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_2.getStateName())).count();
        long battDamageCountLastYear = battCapInfoListLastYear.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_3.getStateName())).count();
        map.put("battGoodCount", battGoodCount);
        map.put("battBadCount", battBadCount);
        map.put("battDamageCount", battDamageCount);
        map.put("battGoodCountLastYear", battGoodCountLastYear);
        map.put("battBadCountLastYear", battBadCountLastYear);
        map.put("battDamageCountLastYear", battDamageCountLastYear);
        //TODO 优良电源数量
        map.put("powerGoodCount","优良判定标准待确定" );
    }


    private void alarmRealtimeStatistics(Integer userId, Map<String, Object> map) {
        //电池告警信息统计
        List<AlarmDto> battAlarmListNew = new ArrayList<>();
        List<AlarmDto> battAlarmList = battAlarmService.getListByUserId(userId, null);
        //合并单体告警的告警信息,对AlarmDto中AlmId 在17~28之间的进行合并.
        Map<String, List<AlarmDto>> mergeMap = battAlarmList.stream()
                .filter(alarm -> alarm.getAlmId() >= 17 && alarm.getAlmId() <= 28)
                .collect(Collectors.groupingBy(temp -> temp.getBattGroupId()+"_"+temp.getAlmId()));
        mergeMap.forEach((almId, list) -> {
            //对list内的字段 单体编号进行合并. 时间取最小的
            List<AlarmDto> mergeList = list.stream()
                    .sorted(Comparator.comparing(AlarmDto::getAlmStartTime))
                    .collect(Collectors.toList());
            AlarmDto alarmDto = mergeList.get(0);
            //按单体编号排序
            mergeList.sort(Comparator.comparing(AlarmDto::getMonNum));
            alarmDto.setMonNumStr(mergeList.stream()
                    .map(AlarmDto::getMonNum)
                    .map(String::valueOf)
                    .collect(Collectors.joining(",")));
            alarmDto.setMonNum(null);
            battAlarmListNew.add(alarmDto);
        });

        List<AlarmDto> battAlarmListOther = battAlarmList.stream().filter(alarm -> alarm.getAlmId() < 17).collect(Collectors.toList());
        battAlarmListNew.addAll(battAlarmListOther);
        //对告警名称赋值
        battAlarmListNew.forEach(alarmDto -> {
            alarmDto.setAlmName(BattSingalIdEnum.getValue(alarmDto.getAlmId()));
        });

        //设备告警信息统计
        List<AlarmDto> devAlarmList = devAlarmService.getListByUserId(userId,null);
        //对告警名称赋值
        devAlarmList.forEach(alarmDto -> {
            alarmDto.setAlmName(DevAlarmEnum.getValue(alarmDto.getAlmId()));
        });

        //电源告警信息统计
        List<AlarmDto> powerAlarmListNew = new ArrayList<>();
        List<AlarmDto> powerAlarmList = powerAlarmService.getListByUserId(userId,null);
        //整流器总故障合并
        //ALARM_3300001(3300001,"整流器1总故障告警"),
        //    ALARM_3300002(3300002,"整流器2总故障告警"),
        //    ALARM_3300003(3300003,"整流器3总故障告警"),
        //    ALARM_3300004(3300004,"整流器4总故障告警"),
        //    ALARM_3300005(3300005,"整流器5总故障告警"),
        //    ALARM_3300006(3300006,"整流器6总故障告警"),
        //    ALARM_3300007(3300007,"整流器7总故障告警"),
        //    ALARM_3300008(3300008,"整流器8总故障告警"),
        //    ALARM_3300009(3300009,"整流器9总故障告警"),
        //    ALARM_3300010(3300010,"整流器10总故障告警"),
        //    ALARM_3300011(3300011,"整流器11总故障告警"),
        //    ALARM_3300012(3300012,"整流器12总故障告警"),
        //    ALARM_3300013(3300013,"整流器13总故障告警"),
        //    ALARM_3300014(3300014,"整流器14总故障告警"),
        //    ALARM_3300015(3300015,"整流器15总故障告警"),
        //    ALARM_3300016(3300016,"整流器16总故障告警"),
        Map<Integer, List<AlarmDto>> powerMergeMap = powerAlarmList.stream()
                .filter(alarm -> alarm.getAlmId() >= 3300001 && alarm.getAlmId() <= 3300016)
                .collect(Collectors.groupingBy(AlarmDto::getPowerId));
        powerMergeMap.forEach((powerId, list) -> {
            //对list内的字段 整流器编号进行合并,合并到rectifierName. 时间取最小的
            List<AlarmDto> mergeList = list.stream()
                    .sorted(Comparator.comparing(AlarmDto::getAlmStartTime))
                    .collect(Collectors.toList());
            AlarmDto alarmDto = mergeList.get(0);
            //按告警id排序
            mergeList.sort(Comparator.comparing(AlarmDto::getAlmId));
            StringBuilder rectifierNameSb = new StringBuilder();
            rectifierNameSb.append("整流器");
            for (int i = 0; i < list.size(); i++) {
                int almId = list.get(i).getAlmId();
                switch (almId){
                    case 3300001:
                        rectifierNameSb.append("1,");
                        break;
                    case 3300002:
                        rectifierNameSb.append("2,");
                        break;
                    case 3300003:
                        rectifierNameSb.append("3,");
                        break;
                    case 3300004:
                        rectifierNameSb.append("4,");
                        break;
                    case 3300005:
                        rectifierNameSb.append("5,");
                        break;
                    case 3300006:
                        rectifierNameSb.append("6,");
                        break;
                    case 3300007:
                        rectifierNameSb.append("7,");
                        break;
                    case 3300008:
                        rectifierNameSb.append("8,");
                        break;
                    case 3300009:
                        rectifierNameSb.append("9,");
                        break;
                    case 3300010:
                        rectifierNameSb.append("10,");
                        break;
                    case 3300011:
                        rectifierNameSb.append("11,");
                        break;
                    case 3300012:
                        rectifierNameSb.append("12,");
                        break;
                    case 3300013:
                        rectifierNameSb.append("13,");
                        break;
                    case 3300014:
                        rectifierNameSb.append("14,");
                        break;
                    case 3300015:
                        rectifierNameSb.append("15,");
                        break;
                    case 3300016:
                        rectifierNameSb.append("16,");
                        break;

                }
            }
            //最后一个,去掉
            rectifierNameSb.deleteCharAt(rectifierNameSb.length()-1);
            rectifierNameSb.append("总故障告警");
            alarmDto.setRectifierName(rectifierNameSb.toString());
            powerAlarmListNew.add(alarmDto);
        });

        //整流器过压合并
        //ALARM_3300017(3300017,"整流器1过压告警"),
        //    ALARM_3300018(3300018,"整流器2过压告警"),
        //    ALARM_3300019(3300019,"整流器3过压告警"),
        //    ALARM_3300020(3300020,"整流器4过压告警"),
        //    ALARM_3300021(3300021,"整流器5过压告警"),
        //    ALARM_3300022(3300022,"整流器6过压告警"),
        //    ALARM_3300023(3300023,"整流器7过压告警"),
        //    ALARM_3300024(3300024,"整流器8过压告警"),
        //    ALARM_3300025(3300025,"整流器9过压告警"),
        //    ALARM_3300026(3300026,"整流器10过压告警"),
        //    ALARM_3300027(3300027,"整流器11过压告警"),
        //    ALARM_3300028(3300028,"整流器12过压告警"),
        //    ALARM_3300029(3300029,"整流器13过压告警"),
        //    ALARM_3300030(3300030,"整流器14过压告警"),
        //    ALARM_3300031(3300031,"整流器15过压告警"),
        //    ALARM_3300032(3300032,"整流器16过压告警"),
        Map<Integer, List<AlarmDto>> powerOverVolMergeMap = powerAlarmList.stream()
                .filter(alarm -> alarm.getAlmId() >= 3300017 && alarm.getAlmId() <= 3300032)
                .collect(Collectors.groupingBy(AlarmDto::getPowerId));
        powerOverVolMergeMap.forEach((powerId, list) -> {
            //对list内的字段 整流器编号进行合并,合并到rectifierName. 时间取最小的
            List<AlarmDto> mergeList = list.stream()
                    .sorted(Comparator.comparing(AlarmDto::getAlmStartTime))
                    .collect(Collectors.toList());
            AlarmDto alarmDto = mergeList.get(0);
            //按告警id排序
            mergeList.sort(Comparator.comparing(AlarmDto::getAlmId));
            StringBuilder rectifierNameSb = new StringBuilder();
            rectifierNameSb.append("整流器");
            for (int i = 0; i < list.size(); i++) {
                int almId = list.get(i).getAlmId();
                switch (almId){
                    case 3300017:
                        rectifierNameSb.append("1,");
                        break;
                    case 3300018:
                        rectifierNameSb.append("2,");
                        break;
                    case 3300019:
                        rectifierNameSb.append("3,");
                        break;
                    case 3300020:
                        rectifierNameSb.append("4,");
                        break;
                    case 3300021:
                        rectifierNameSb.append("5,");
                        break;
                    case 3300022:
                        rectifierNameSb.append("6,");
                        break;
                    case 3300023:
                        rectifierNameSb.append("7,");
                        break;
                    case 3300024:
                        rectifierNameSb.append("8,");
                        break;
                    case 3300025:
                        rectifierNameSb.append("9,");
                        break;
                    case 3300026:
                        rectifierNameSb.append("10,");
                        break;
                    case 3300027:
                        rectifierNameSb.append("11,");
                        break;
                    case 3300028:
                        rectifierNameSb.append("12,");
                        break;
                    case 3300029:
                        rectifierNameSb.append("13,");
                        break;
                    case 3300030:
                        rectifierNameSb.append("14,");
                        break;
                    case 3300031:
                        rectifierNameSb.append("15,");
                        break;
                    case 3300032:
                        rectifierNameSb.append("16,");
                        break;
                }
            }
            //最后一个,去掉
            rectifierNameSb.deleteCharAt(rectifierNameSb.length()-1);
            rectifierNameSb.append("过压告警");
            alarmDto.setRectifierName(rectifierNameSb.toString());
            powerAlarmListNew.add(alarmDto);
        });
        //整流器欠压合并
        //ALARM_3300033(3300033,"整流器1欠压告警"),
        //    ALARM_3300034(3300034,"整流器2欠压告警"),
        //    ALARM_3300035(3300035,"整流器3欠压告警"),
        //    ALARM_3300036(3300036,"整流器4欠压告警"),
        //    ALARM_3300037(3300037,"整流器5欠压告警"),
        //    ALARM_3300038(3300038,"整流器6欠压告警"),
        //    ALARM_3300039(3300039,"整流器7欠压告警"),
        //    ALARM_3300040(3300040,"整流器8欠压告警"),
        //    ALARM_3300041(3300041,"整流器9欠压告警"),
        //    ALARM_3300042(3300042,"整流器10欠压告警"),
        //    ALARM_3300043(3300043,"整流器11欠压告警"),
        //    ALARM_3300044(3300044,"整流器12欠压告警"),
        //    ALARM_3300045(3300045,"整流器13欠压告警"),
        //    ALARM_3300046(3300046,"整流器14欠压告警"),
        //    ALARM_3300047(3300047,"整流器15欠压告警"),
        //    ALARM_3300048(3300048,"整流器16欠压告警"),
        Map<Integer, List<AlarmDto>> powerBellowVolMergeMap = powerAlarmList.stream()
                .filter(alarm -> alarm.getAlmId() >= 3300033 && alarm.getAlmId() <= 3300048)
                .collect(Collectors.groupingBy(AlarmDto::getPowerId));
        powerBellowVolMergeMap.forEach((powerId, list) -> {
            //对list内的字段 整流器编号进行合并,合并到rectifierName. 时间取最小的
            List<AlarmDto> mergeList = list.stream()
                    .sorted(Comparator.comparing(AlarmDto::getAlmStartTime))
                    .collect(Collectors.toList());
            AlarmDto alarmDto = mergeList.get(0);
            //按告警id排序
            mergeList.sort(Comparator.comparing(AlarmDto::getAlmId));
            StringBuilder rectifierNameSb = new StringBuilder();
            rectifierNameSb.append("整流器");
            for (int i = 0; i < list.size(); i++) {
                int almId = list.get(i).getAlmId();
                switch (almId){
                    case 3300033:
                        rectifierNameSb.append("1,");
                        break;
                    case 3300034:
                        rectifierNameSb.append("2,");
                        break;
                    case 3300035:
                        rectifierNameSb.append("3,");
                        break;
                    case 3300036:
                        rectifierNameSb.append("4,");
                        break;
                    case 3300037:
                        rectifierNameSb.append("5,");
                        break;
                    case 3300038:
                        rectifierNameSb.append("6,");
                        break;
                    case 3300039:
                        rectifierNameSb.append("7,");
                        break;
                    case 3300040:
                        rectifierNameSb.append("8,");
                        break;
                    case 3300041:
                        rectifierNameSb.append("9,");
                        break;
                    case 3300042:
                        rectifierNameSb.append("10,");
                        break;
                    case 3300043:
                        rectifierNameSb.append("11,");
                        break;
                    case 3300044:
                        rectifierNameSb.append("12,");
                        break;
                    case 3300045:
                        rectifierNameSb.append("13,");
                        break;
                    case 3300046:
                        rectifierNameSb.append("14,");
                        break;
                    case 3300047:
                        rectifierNameSb.append("15,");
                        break;
                    case 3300048:
                        rectifierNameSb.append("16,");
                        break;
                }
            }
            //最后一个,去掉
            rectifierNameSb.deleteCharAt(rectifierNameSb.length()-1);
            rectifierNameSb.append("欠压告警");
            alarmDto.setRectifierName(rectifierNameSb.toString());
            powerAlarmListNew.add(alarmDto);
        });

        //整流器过流告警合并
        //ALARM_3300049(3300049,"整流器1过流告警"),
        //    ALARM_3300050(3300050,"整流器2过流告警"),
        //    ALARM_3300051(3300051,"整流器3过流告警"),
        //    ALARM_3300052(3300052,"整流器4过流告警"),
        //    ALARM_3300053(3300053,"整流器5过流告警"),
        //    ALARM_3300054(3300054,"整流器6过流告警"),
        //    ALARM_3300055(3300055,"整流器7过流告警"),
        //    ALARM_3300056(3300056,"整流器8过流告警"),
        //    ALARM_3300057(3300057,"整流器9过流告警"),
        //    ALARM_3300058(3300058,"整流器10过流告警"),
        //    ALARM_3300059(3300059,"整流器11过流告警"),
        //    ALARM_3300060(3300060,"整流器12过流告警"),
        //    ALARM_3300061(3300061,"整流器13过流告警"),
        //    ALARM_3300062(3300062,"整流器14过流告警"),
        //    ALARM_3300063(3300063,"整流器15过流告警"),
        //    ALARM_3300064(3300064,"整流器16过流告警"),
        Map<Integer, List<AlarmDto>> powerOverCurrentMergeMap = powerAlarmList.stream()
                .filter(alarm -> alarm.getAlmId() >= 3300049 && alarm.getAlmId() <= 3300064)
                .collect(Collectors.groupingBy(AlarmDto::getPowerId));
        powerOverCurrentMergeMap.forEach((powerId, list) -> {
            //对list内的字段 整流器编号进行合并,合并到rectifierName. 时间取最小的
            List<AlarmDto> mergeList = list.stream()
                    .sorted(Comparator.comparing(AlarmDto::getAlmStartTime))
                    .collect(Collectors.toList());
            AlarmDto alarmDto = mergeList.get(0);
            //按告警id排序
            mergeList.sort(Comparator.comparing(AlarmDto::getAlmId));
            StringBuilder rectifierNameSb = new StringBuilder();
            rectifierNameSb.append("整流器");
            for (int i = 0; i < list.size(); i++) {
                int almId = list.get(i).getAlmId();
                switch (almId){
                    case 3300049:
                        rectifierNameSb.append("1,");
                        break;
                    case 3300050:
                        rectifierNameSb.append("2,");
                        break;
                    case 3300051:
                        rectifierNameSb.append("3,");
                        break;
                    case 3300052:
                        rectifierNameSb.append("4,");
                        break;
                    case 3300053:
                        rectifierNameSb.append("5,");
                        break;
                    case 3300054:
                        rectifierNameSb.append("6,");
                        break;
                    case 3300055:
                        rectifierNameSb.append("7,");
                        break;
                    case 3300056:
                        rectifierNameSb.append("8,");
                        break;
                    case 3300057:
                        rectifierNameSb.append("9,");
                        break;
                    case 3300058:
                        rectifierNameSb.append("10,");
                        break;
                    case 3300059:
                        rectifierNameSb.append("11,");
                        break;
                    case 3300060:
                        rectifierNameSb.append("12,");
                        break;
                    case 3300061:
                        rectifierNameSb.append("13,");
                        break;
                    case 3300062:
                        rectifierNameSb.append("14,");
                        break;
                    case 3300063:
                        rectifierNameSb.append("15,");
                        break;
                    case 3300064:
                        rectifierNameSb.append("16,");
                        break;
                }
            }
            //最后一个,去掉
            rectifierNameSb.deleteCharAt(rectifierNameSb.length()-1);
            rectifierNameSb.append("过流告警");
            alarmDto.setRectifierName(rectifierNameSb.toString());
            powerAlarmListNew.add(alarmDto);
        });

        //整流器交流异常告警合并
        //ALARM_3300065(3300065,"整流器1交流异常告警"),
        //    ALARM_3300066(3300066,"整流器2交流异常告警"),
        //    ALARM_3300067(3300067,"整流器3交流异常告警"),
        //    ALARM_3300068(3300068,"整流器4交流异常告警"),
        //    ALARM_3300069(3300069,"整流器5交流异常告警"),
        //    ALARM_3300070(3300070,"整流器6交流异常告警"),
        //    ALARM_3300071(3300071,"整流器7交流异常告警"),
        //    ALARM_3300072(3300072,"整流器8交流异常告警"),
        //    ALARM_3300073(3300073,"整流器9交流异常告警"),
        //    ALARM_3300074(3300074,"整流器10交流异常告警"),
        //    ALARM_3300075(3300075,"整流器11交流异常告警"),
        //    ALARM_3300076(3300076,"整流器12交流异常告警"),
        //    ALARM_3300077(3300077,"整流器13交流异常告警"),
        //    ALARM_3300078(3300078,"整流器14交流异常告警"),
        //    ALARM_3300079(3300079,"整流器15交流异常告警"),
        //    ALARM_3300080(3300080,"整流器16交流异常告警"),
        Map<Integer, List<AlarmDto>> powerACMergeMap = powerAlarmList.stream()
                .filter(alarm -> alarm.getAlmId() >= 3300065 && alarm.getAlmId() <= 3300080)
                .collect(Collectors.groupingBy(AlarmDto::getPowerId));
        powerACMergeMap.forEach((powerId, list) -> {
            //对list内的字段 整流器编号进行合并,合并到rectifierName. 时间取最小的
            List<AlarmDto> mergeList = list.stream()
                    .sorted(Comparator.comparing(AlarmDto::getAlmStartTime))
                    .collect(Collectors.toList());
            AlarmDto alarmDto = mergeList.get(0);
            //按告警id排序
            mergeList.sort(Comparator.comparing(AlarmDto::getAlmId));
            StringBuilder rectifierNameSb = new StringBuilder();
            rectifierNameSb.append("整流器");
            for (int i = 0; i < list.size(); i++) {
                int almId = list.get(i).getAlmId();
                switch (almId){
                    case 3300065:
                        rectifierNameSb.append("1,");
                        break;
                    case 3300066:
                        rectifierNameSb.append("2,");
                        break;
                    case 3300067:
                        rectifierNameSb.append("3,");
                        break;
                    case 3300068:
                        rectifierNameSb.append("4,");
                        break;
                    case 3300069:
                        rectifierNameSb.append("5,");
                        break;
                    case 3300070:
                        rectifierNameSb.append("6,");
                        break;
                    case 3300071:
                        rectifierNameSb.append("7,");
                        break;
                    case 3300072:
                        rectifierNameSb.append("8,");
                        break;
                    case 3300073:
                        rectifierNameSb.append("9,");
                        break;
                    case 3300074:
                        rectifierNameSb.append("10,");
                        break;
                    case 3300075:
                        rectifierNameSb.append("11,");
                        break;
                    case 3300076:
                        rectifierNameSb.append("12,");
                        break;
                    case 3300077:
                        rectifierNameSb.append("13,");
                        break;
                    case 3300078:
                        rectifierNameSb.append("14,");
                        break;
                    case 3300079:
                        rectifierNameSb.append("15,");
                        break;
                    case 3300080:
                        rectifierNameSb.append("16,");
                        break;
                }
            }
            //最后一个,去掉
            rectifierNameSb.deleteCharAt(rectifierNameSb.length()-1);
            rectifierNameSb.append("交流异常告警");
            alarmDto.setRectifierName(rectifierNameSb.toString());
            powerAlarmListNew.add(alarmDto);
        });

        //过滤掉产生合并的告警
        List<AlarmDto> powerAlarmListOther = powerAlarmList.stream().filter(alarm -> alarm.getAlmId() < 3300001 || alarm.getAlmId() > 3300080).collect(Collectors.toList());
        powerAlarmListNew.addAll(powerAlarmListOther);
        //对告警名称赋值
        powerAlarmListNew.forEach(alarmDto -> {
            alarmDto.setAlmName(PowerAlarmEnum.getValue(alarmDto.getAlmId()));
        });
        //对存在RectifierName的元素,将rectifierName字段赋值给almName字段
        powerAlarmListNew.forEach(alarmDto -> {
            if(alarmDto.getRectifierName() != null){
                alarmDto.setAlmName(alarmDto.getRectifierName());
            }
        });


        //整合所有的告警
        powerAlarmListNew.addAll(devAlarmList);
        powerAlarmListNew.addAll(battAlarmListNew);

        //按照时间进行倒序
        powerAlarmListNew.sort(Comparator.comparing(AlarmDto::getAlmStartTime).reversed());
        map.put("alarmList",powerAlarmListNew);
    }


    protected void testDataInfoStatistics(Integer userId, Map<String, Object> map) {
        List<BatttestdataInf> testInfList = battTestDataInfService.getListByUserId(userId);
        //过滤出本月的
        LocalDateTime startOfMonth = DateUtil.getStartOfMonth();
        List<BatttestdataInf> testInfListOfMonth = testInfList.stream()
                .filter(testData -> {
                    LocalDateTime startTime = convertToLocalDateTime(testData.getTestStarttime());
                    return !startTime.isBefore(startOfMonth);
                })
                .collect(Collectors.toList());

        //统计本月各种充放电类型及数量
        List<NameValueDto> testInfOfMonth = getChargeAndDischargeStatistics(testInfListOfMonth);
        map.put("testInf_month",testInfOfMonth);

        //过滤出本季度的
        LocalDateTime startOfQuarter = DateUtil.getStartOfQuarter();
        List<BatttestdataInf> testInfListOfQuarter = testInfList.stream()
                .filter(testData -> {
                    LocalDateTime startTime = convertToLocalDateTime(testData.getTestStarttime());
                    return !startTime.isBefore(startOfQuarter);
                })
                .collect(Collectors.toList());

        //统计本季度各种充放电类型及数量
        List<NameValueDto> testInfOfQuarter = getChargeAndDischargeStatistics(testInfListOfQuarter);
        map.put("testInf_quarter",testInfOfQuarter);

        //过滤出本年的
        LocalDateTime startOfYear = DateUtil.getStartOfYear();
        List<BatttestdataInf> testInfListOfYear = testInfList.stream()
                .filter(testData -> {
                    LocalDateTime startTime = convertToLocalDateTime(testData.getTestStarttime());
                    return !startTime.isBefore(startOfYear);
                })
                .collect(Collectors.toList());

        //统计本年各种充放电类型及数量
        List<NameValueDto> testInfOfYear = getChargeAndDischargeStatistics(testInfListOfYear);
        map.put("testInf_year",testInfOfYear);
    }

    /**
     * 统计各种充放电类型及数量
     * @param testInfListOfMonth 被统计的列表
     * @return
     */
    private List<NameValueDto> getChargeAndDischargeStatistics(List<BatttestdataInf> testInfListOfMonth) {
        List<NameValueDto> testInfOfMonth = new ArrayList<>();
        int chargeHr = 0;
        int chargeJc = 0;
        int dischargeHr = 0;
        int dischargeJc = 0;
        for (int i = 0; i < testInfListOfMonth.size(); i++) {
            BatttestdataInf testData = testInfListOfMonth.get(i);
            if (testData.getTestType() == 3) {  // 测试类型为放电
                if (testData.getTestStarttype() == 3) {  //核容放电
                    dischargeHr++;
                } else if(testData.getTestStarttype() != 4){  //监测放电
                    dischargeJc++;
                }
            } else if (testData.getTestType() == 2) {  // 测试类型为充电
                if (testData.getTestStarttype() == 3) {  //核容充电
                    chargeHr++;
                } else {  //监测充电
                    chargeJc++;
                }
            }
        }
        //核容放电,核容充电,监测放电,检测充电
        testInfOfMonth.add(new NameValueDto("核容放电",String.valueOf(dischargeHr)));
        testInfOfMonth.add(new NameValueDto("核容充电",String.valueOf(chargeHr)));
        testInfOfMonth.add(new NameValueDto("监测放电",String.valueOf(dischargeJc)));
        testInfOfMonth.add(new NameValueDto("监测充电",String.valueOf(chargeJc)));
        return testInfOfMonth;
    }

    protected void batteryInfoStatistics(Integer userId, Map<String, Object> map) {
        List<BattInf> battInfList = battInfService.getListByUserId(userId);
        Map<String, List<BattInf>> brandMap = battInfList.stream().collect(Collectors.groupingBy(BattInf::getProduct));
        Map<Float, List<BattInf>> volMap = battInfList.stream().collect(Collectors.groupingBy(BattInf::getMonvolstd));

        List<NameValueDto> brandList = new ArrayList<>();
        brandMap.forEach((k,v)->{
            NameValueDto brandDto = new NameValueDto(k, String.valueOf(v.size()));
            brandList.add(brandDto);
        });
        map.put("battGroupInfo_brand",brandList);

        List<NameValueDto> volList = new ArrayList<>();
        volMap.forEach((k,v)->{
            NameValueDto volDto = new NameValueDto(String.valueOf(k), String.valueOf(v.size()));
            volList.add(volDto);
        });
        map.put("battGroupInfo_vol",volList);
    }

    protected void powerInfoStatistics(Integer userId, Map<String, Object> map) {
        List<PowerInf> powerInfList = powerInfService.getListByUserId(userId);
        Map<String, List<PowerInf>> brandMap = powerInfList.stream().collect(Collectors.groupingBy(PowerInf::getCompany));
        Map<Integer, List<PowerInf>> typeMap = powerInfList.stream().collect(Collectors.groupingBy(PowerInf::getPowerType));

        List<NameValueDto> brandList = new ArrayList<>();
        brandMap.forEach((k,v)->{
            NameValueDto brandDto = new NameValueDto(k, String.valueOf(v.size()));
            brandList.add(brandDto);
        });
        map.put("powerInfo_brand",brandList);

        List<NameValueDto> typeList = new ArrayList<>();
        //电源类型:1:直流，2：通讯，3:配网
        typeMap.forEach((k,v)->{
            NameValueDto typeDto = new NameValueDto();
            switch (k){
                case 1:
                    typeDto.setName("直流");
                    break;
                case 2:
                    typeDto.setName("通讯");
                    break;
                case 3:
                    typeDto.setName("配网");
                    break;
            }
            typeDto.setValue(String.valueOf(v.size()));
            typeList.add(typeDto);
        });
        map.put("powerInfo_type",typeList);

    }

    /**
     * 按站点类型和站点电压
     * 站点类型:节点/非节点
     */
    private void stationInfoStatistics(Integer userId, Map<String, Object> map) {
        List<StationInf> stationInfList =stationInfService.getListByUserId(userId);
        Map<Integer, List<StationInf>> nodeMap = stationInfList.stream().collect(Collectors.groupingBy(StationInf::getNodeStation));
        Map<String, List<StationInf>> volMap = stationInfList.stream().collect(Collectors.groupingBy(StationInf::getStationType));

        List<NameValueDto> stationTypeList = new ArrayList<>();
        List<NameValueDto> stationVolList = new ArrayList<>();
        nodeMap.forEach((k,v)->{
            NameValueDto stationTypeDto = new NameValueDto(k == 0 ? "非节点" : "节点", String.valueOf(v.size()));
            stationTypeList.add(stationTypeDto);
        });
        volMap.forEach((k,v)->{
            NameValueDto stationVolDto = new NameValueDto(k, String.valueOf(v.size()));
            stationVolList.add(stationVolDto);
        });

        map.put("stationInfo_stationType",stationTypeList);
        map.put("stationInfo_stationVol",stationVolList);
    }

    //同一时间同一品牌电池性能统计
    public Response getBattPerformanceOfSameTimeSameBrand(Integer userId, NameValueIntDto nameValueDto) {
        String brand = nameValueDto.getName();
        Integer year = nameValueDto.getValue();
        //投入使用时间条件筛选
        LocalDateTime startTime = LocalDateTime.now().minusYears(year);
        Date inuseTimeStart = DateUtil.convertToDate(startTime);
        BattInf battInf = new BattInf();
        battInf.setInuseTime(inuseTimeStart);
        battInf.setProduct(brand);
        //查询满足条件的蓄电池列表
        List<BattInf> battInfList = battInfService.getListByCondition(userId,battInf);
        List<BattCapInfoDto> battCapInfoList = getBattCapInfo(battInfList,null,null);
        //data,和data2分别返回 统计数量和 站点优良,劣化,损坏 前二的信息
        List<NameValueIntDto> data = new ArrayList<>();
        List<NameValueListDto> data2 = new ArrayList<>();
        //筛选出 站点优良,劣化,损坏 的电池组,并按照这个字段分组
        List<BattCapInfoDto> goodList = battCapInfoList.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_1.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap).reversed()).collect(Collectors.toList());
        if(goodList.size()==0){
            data.add(new NameValueIntDto("优良",0));
            data2.add(new NameValueListDto("优良",goodList));
        }else{
            data.add(new NameValueIntDto("优良",goodList.size()));
            data2.add(new NameValueListDto("优良",goodList.subList(0, Math.min(goodList.size(), 2))));
        }
        List<BattCapInfoDto> badList = battCapInfoList.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_2.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        if(badList.size()==0){
            data.add(new NameValueIntDto("劣化",0));
            data2.add(new NameValueListDto("劣化",badList));
        }else{
            data.add(new NameValueIntDto("劣化",badList.size()));
            data2.add(new NameValueListDto("劣化",badList.subList(0, Math.min(badList.size(), 2))));
        }
        List<BattCapInfoDto> damageList = battCapInfoList.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_3.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        if(damageList.size()==0){
            data.add(new NameValueIntDto("损坏",0));
            data2.add(new NameValueListDto("损坏",damageList));
        }else{
            data.add(new NameValueIntDto("损坏",damageList.size()));
            data2.add(new NameValueListDto("损坏",damageList.subList(0, Math.min(damageList.size(), 2))));
        }
        return new Response().setII(1,data,data2,"");

    }

    public Response getBattPerformanceOfSameTimeDiffBrand(Integer userId, int year) {
        //投入使用时间条件筛选
        LocalDateTime startTime = LocalDateTime.now().minusYears(year);
        Date inuseTimeStart = DateUtil.convertToDate(startTime);
        BattInf battInf = new BattInf();
        battInf.setInuseTime(inuseTimeStart);
        //查询满足条件的蓄电池列表
        List<BattInf> battInfList = battInfService.getListByCondition(userId,battInf);
        List<BattCapInfoDto> battCapInfoList = getBattCapInfo(battInfList,null,null);

        //data,根据品牌分组统计百分比
        Map<String, List<BattCapInfoDto>> brandMap = battCapInfoList.stream().collect(Collectors.groupingBy(BattCapInfoDto::getProduct));
        List<NameValueListDto<NameValueDto>> data = new ArrayList<>();
        brandMap.forEach((brand,battCapInfoListTemp)->{
            //k -品牌
            long goodCount = battCapInfoListTemp.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_1.getStateName())).count();
            long badCount = battCapInfoListTemp.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_2.getStateName())).count();
            long damageCount = battCapInfoListTemp.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_3.getStateName())).count();
            long total = goodCount  + badCount + damageCount;
            //良好,劣化,损坏的百分比.（保留0位小数）
            int goodPercent = Math.round((float) goodCount / total * 100);
            int badPercent = Math.round((float) badCount / total * 100);
            int damagePercent = Math.round((float) damageCount / total * 100);

            List<NameValueDto> performanceList = new ArrayList<>();
            performanceList.add(new NameValueDto("优良",String.format("%d%%",goodPercent)));
            performanceList.add(new NameValueDto("劣化",String.format("%d%%",badPercent)));
            performanceList.add(new NameValueDto("损坏",String.format("%d%%",damagePercent)));

            NameValueListDto brandPerformance = new NameValueListDto(brand,performanceList);
            data.add(brandPerformance);
        });
        //data2,优良里面最大的和最小的品牌
        List<NameValueListDto<NameValueDto>> data2 = new ArrayList<>();
        List<BattCapInfoDto> goodList = battCapInfoList.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_1.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        NameValueListDto<NameValueDto> goodListDto = new NameValueListDto<>();
        List<NameValueDto> goodListValue = new ArrayList<>();
        NameValueDto goodMaxDto = new NameValueDto();
        NameValueDto goodMinDto = new NameValueDto();
        goodMaxDto.setName("max");
        goodMinDto.setName("min");
        if (goodList.size()==0){
            goodMaxDto.setValue("-");
            goodMinDto.setValue("-");
        }else{
            goodMinDto.setValue(goodList.get(0).getProduct());
            goodMaxDto.setValue(goodList.get(goodList.size()-1).getProduct());
        }
        goodListValue.add(goodMaxDto);
        goodListValue.add(goodMinDto);

        goodListDto.setName("优良");
        goodListDto.setValue(goodListValue);
        data2.add(goodListDto);
        //劣化里面最大的和最小的品牌
        List<BattCapInfoDto> badList = battCapInfoList.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_2.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        NameValueListDto<NameValueDto> badListDto = new NameValueListDto<>();
        List<NameValueDto> badListValue = new ArrayList<>();
        NameValueDto badMaxDto = new NameValueDto();
        NameValueDto badMinDto = new NameValueDto();
        badMaxDto.setName("max");
        badMinDto.setName("min");
        if (badList.size()==0){
            badMaxDto.setValue("-");
            badMinDto.setValue("-");
        }else{
            badMinDto.setValue(badList.get(0).getProduct());
            badMaxDto.setValue(badList.get(badList.size()-1).getProduct());
        }
        badListValue.add(badMaxDto);
        badListValue.add(badMinDto);

        badListDto.setName("劣化");
        badListDto.setValue(badListValue);
        data2.add(badListDto);

        //损坏里面最大的和最小的品牌
        List<BattCapInfoDto> damageList = battCapInfoList.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_3.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());

        NameValueListDto<NameValueDto> damageListDto = new NameValueListDto<>();
        List<NameValueDto> damageListValue = new ArrayList<>();
        NameValueDto damageMaxDto = new NameValueDto();
        NameValueDto damageMinDto = new NameValueDto();
        damageMaxDto.setName("max");
        damageMinDto.setName("min");
        if (damageList.size()==0){
            damageMaxDto.setValue("-");
            damageMinDto.setValue("-");
        }else if (damageList.size()==1){
            damageMaxDto.setValue(damageList.get(0).getProduct());
            damageMinDto.setValue(damageList.get(0).getProduct());
        }else{
            damageMinDto.setValue(damageList.get(0).getProduct());
            damageMaxDto.setValue(damageList.get(damageList.size()-1).getProduct());
        }
        damageListValue.add(damageMaxDto);
        damageListValue.add(damageMinDto);

        damageListDto.setName("损坏");
        damageListDto.setValue(damageListValue);
        data2.add(damageListDto);

        //data3. 性能最佳品牌 TODO 威尔逊置信区间法以及贝叶斯平均法，通过设置的权重，计算各个品牌在指定投运时间内的得分
        return new Response().setIII(1,data,data2,"性能最佳品牌:TODO 威尔逊置信区间法以及贝叶斯平均法，通过设置的权重，计算各个品牌在指定投运时间内的得分",null);

    }

    public Response getBattPerformanceOfDiffTimeSameBrand(Integer userId, String brand) {
        BattInf battInf = new BattInf();
        battInf.setProduct(brand);
        //查询满足条件的蓄电池列表
        List<BattInf> battInfList = battInfService.getListByCondition(userId,battInf);
        List<BattCapInfoDto> battCapInfoList = getBattCapInfo(battInfList,null,null);

        //data,TODO 投运时间的维度参数,先固定变量,后续从数据库获取
        //time1和time2的单位为年
        int time1 = 3;
        int time2 = 5;

        //筛选battCapInfoList中对象的inuseTime属性 跟当前时间对比,年份差在time1之内,time1-time2之间,time2之后的数据
        // --------------time2Limit------time1Limit-------now
        LocalDateTime time1DateLimit = LocalDateTime.now().minusYears(time1);
        Date time1Limit = DateUtil.convertToDate(time1DateLimit);
        LocalDateTime time2DateLimit = LocalDateTime.now().minusYears(time2);
        Date time2Limit = DateUtil.convertToDate(time2DateLimit);

        //大于time1的数据
        List<BattCapInfoDto> time1List = battCapInfoList.stream().
                filter(battCapInfo -> battCapInfo.getInuseTime().compareTo(time1Limit)>=0).collect(Collectors.toList());
        //在time1和time2之间的数据
        List<BattCapInfoDto> time12List = battCapInfoList.stream().
                filter(battCapInfo -> battCapInfo.getInuseTime().compareTo(time2Limit)>0 && battCapInfo.getInuseTime().compareTo(time1Limit)<=0).collect(Collectors.toList());
        //小于time2的数据
        List<BattCapInfoDto> time2List = battCapInfoList.stream().
                filter(battCapInfo -> battCapInfo.getInuseTime().compareTo(time2Limit)<0).collect(Collectors.toList());

        //data
        List<NameValueListDto<NameValueIntDto>> data = new ArrayList<>();
        NameValueListDto<NameValueIntDto> time1Dto = new NameValueListDto<>();
        time1Dto.setName(time1+"年内");
        List<BattCapInfoDto> badListOfTime1 = time1List.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_2.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        List<BattCapInfoDto> damageListOfTime1 = time1List.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_3.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        NameValueIntDto time1BadDto = new NameValueIntDto();
        time1BadDto.setName("劣化");
        time1BadDto.setValue(badListOfTime1.size());
        NameValueIntDto time1DamageDto = new NameValueIntDto();
        time1DamageDto.setName("损坏");
        time1DamageDto.setValue(damageListOfTime1.size());
        time1Dto.setValue(Arrays.asList(time1BadDto,time1DamageDto));

        NameValueListDto<NameValueIntDto> time12Dto = new NameValueListDto<>();
        time12Dto.setName(time1+"-"+time2+"年");
        List<BattCapInfoDto> badListOfTime12 = time12List.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_2.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        List<BattCapInfoDto> damageListOfTime12 = time12List.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_3.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        NameValueIntDto time12BadDto = new NameValueIntDto();
        time12BadDto.setName("劣化");
        time12BadDto.setValue(badListOfTime12.size());
        NameValueIntDto time12DamageDto = new NameValueIntDto();
        time12DamageDto.setName("损坏");
        time12DamageDto.setValue(damageListOfTime12.size());
        time12Dto.setValue(Arrays.asList(time12BadDto,time12DamageDto));

        NameValueListDto<NameValueIntDto> time2Dto = new NameValueListDto<>();
        time2Dto.setName(time2+"年以上");
        List<BattCapInfoDto> badListOfTime2 = time2List.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_2.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        List<BattCapInfoDto> damageListOfTime2 = time2List.stream().filter(battCapInfo -> battCapInfo.getPerformance().equals(BattCapperformanceEnum.BATTSTATE_3.getStateName()))
                .sorted(Comparator.comparing(BattCapInfoDto::getRealCap)).collect(Collectors.toList());
        NameValueIntDto time2BadDto = new NameValueIntDto();
        time2BadDto.setName("劣化");
        time2BadDto.setValue(badListOfTime2.size());
        NameValueIntDto time2DamageDto = new NameValueIntDto();
        time2DamageDto.setName("损坏");
        time2DamageDto.setValue(damageListOfTime2.size());
        time2Dto.setValue(Arrays.asList(time2BadDto,time2DamageDto));

        data.add(time1Dto);
        data.add(time12Dto);
        data.add(time2Dto);

        //data2
        List<NameValueListDto<NameValueObjectDto<BattCapInfoDto>>> data2 = new ArrayList<>();
        NameValueListDto<NameValueObjectDto<BattCapInfoDto>> time1ObjectDto = new NameValueListDto<>();
        time1ObjectDto.setName(time1+"年内");
        NameValueObjectDto<BattCapInfoDto> time1BadObjectDto = new NameValueObjectDto();
        time1BadObjectDto.setName("劣化");
        time1BadObjectDto.setValue(badListOfTime1.size()==0?new BattCapInfoDto():badListOfTime1.get(0));

        NameValueObjectDto<BattCapInfoDto> time1DamageObjectDto = new NameValueObjectDto();
        time1DamageObjectDto.setName("损坏");
        time1DamageObjectDto.setValue(damageListOfTime1.size()==0?new BattCapInfoDto():damageListOfTime1.get(0));
        time1ObjectDto.setValue(Arrays.asList(time1BadObjectDto,time1DamageObjectDto));
        data2.add(time1ObjectDto);

        NameValueListDto<NameValueObjectDto<BattCapInfoDto>> time12ObjectDto = new NameValueListDto<>();
        time12ObjectDto.setName(time1+"-"+time2+"年");
        NameValueObjectDto<BattCapInfoDto> time12BadObjectDto = new NameValueObjectDto();
        time12BadObjectDto.setName("劣化");
        time12BadObjectDto.setValue(badListOfTime12.size()==0?new BattCapInfoDto():badListOfTime12.get(0));
        NameValueObjectDto<BattCapInfoDto> time12DamageObjectDto = new NameValueObjectDto();
        time12DamageObjectDto.setName("损坏");
        time12DamageObjectDto.setValue(damageListOfTime12.size()==0?new BattCapInfoDto():damageListOfTime12.get(0));
        time12ObjectDto.setValue(Arrays.asList(time12BadObjectDto,time12DamageObjectDto));
        data2.add(time12ObjectDto);

        NameValueListDto<NameValueObjectDto<BattCapInfoDto>> time2ObjectDto = new NameValueListDto<>();
        time2ObjectDto.setName(time2+"年以上");
        NameValueObjectDto<BattCapInfoDto> time2BadObjectDto = new NameValueObjectDto();
        time2BadObjectDto.setName("劣化");
        time2BadObjectDto.setValue(badListOfTime2.size()==0?new BattCapInfoDto():badListOfTime2.get(0));
        NameValueObjectDto<BattCapInfoDto> time2DamageObjectDto = new NameValueObjectDto();
        time2DamageObjectDto.setName("损坏");
        time2DamageObjectDto.setValue(damageListOfTime2.size()==0?new BattCapInfoDto():damageListOfTime2.get(0));
        time2ObjectDto.setValue(Arrays.asList(time2BadObjectDto,time2DamageObjectDto));
        data2.add(time2ObjectDto);

        return new Response().setII(1,data,data2,"");

    }

    public List<BattCapInfoDto> getBattCapInfo(List<BattInf> battInfList,Date startTime, Date endTime) {
        //获取核容优劣，损坏参数
        List<AppParam> paramList=appParamService.getHrParam();
        Float badValue=0f;
        Float damageValue=0f;
        if(paramList!=null){
            for (AppParam param:paramList) {
                if(param.getParamNamePsx().equals("batt_mon_deteriorate_val")){
                    badValue=param.getParamValue();
                }
                if(param.getParamNamePsx().equals("batt_mon_damage_val")){
                    damageValue=param.getParamValue();
                }

            }
        }
        //1查询符合条件的电池组
        if(battInfList==null||battInfList.size()==0){
            //return new Response().set(1,false,"当前用户未管理满足条件的电池组");
        }
        List<BattCapInfoDto> capInfoList = new ArrayList<>();

        for (BattInf battInf:battInfList) {
            BattCapInfoDto capInfo = new BattCapInfoDto();
            capInfo.setStationName(battInf.getStationName());
            capInfo.setBattGroupName(battInf.getBattgroupName());
            capInfo.setDeviceName(battInf.getDevName());
            capInfo.setProduct(battInf.getProduct());
            capInfo.setInuseTime(battInf.getInuseTime());

            //2.获取电池组在给定时间段的放电记录(指定时间段的标准核容放电)
            //BatttestdataInf testInf = battTestDataInfService.getLastStandardTestDataByTime(battInf.getBattgroupId(), battInf.getInuseTime(),null);
            BatttestdataInf testInf = battTestDataInfService.getLastStandardTestDataByTime(battInf.getBattgroupId(), startTime,endTime);
            if (testInf == null) {
                capInfo.setRealCap(0f);
                capInfo.setCapPercentage("0");
                capInfo.setPerformance(BattCapperformanceEnum.BATTSTATE_4.getStateName());
                continue;
            }
            //找这次放电的最后一笔数据
            List<BatttestdataId> idDataList = battTestDataIdService.getLastDataByBattgroupId(testInf.getBattgroupId(), testInf.getTestRecordCount(), testInf.getRecordNum());
            if (idDataList == null || idDataList.size() == 0) {
                capInfo.setRealCap(0f);
                capInfo.setCapPercentage("0");
                capInfo.setPerformance(BattCapperformanceEnum.BATTSTATE_4.getStateName());
                continue;
            }
            Float moncapStd = battInf.getMoncapstd();
            int hourRate = BattCapFactory.GetHourRate(testInf.getTestCap(), testInf.getTestCurr());
            Float groupRealCap = (float) BattCapFactory.GetMonomerCap(battInf.getMoncapstd(), hourRate, testInf.getTestCap(), testInf.getMaxMonvol(), testInf.getMinMonvol(), testInf.getGroupVol(), BattCapFactory.CapType_Real);
            capInfo.setRealCap(groupRealCap);
            if (groupRealCap >= moncapStd * badValue) {
                capInfo.setPerformance(BattCapperformanceEnum.BATTSTATE_1.getStateName());
            }
            if (groupRealCap <= moncapStd * damageValue) {
                capInfo.setPerformance(BattCapperformanceEnum.BATTSTATE_3.getStateName());
            }
            if ((groupRealCap > moncapStd * damageValue) && (groupRealCap < moncapStd * badValue)) {
                capInfo.setPerformance(BattCapperformanceEnum.BATTSTATE_2.getStateName());
            }
            //保留5位小数
            String capPercentage = String.format("%.5f", (groupRealCap / battInf.getMoncapstd() * 100));
            capInfo.setCapPercentage(capPercentage);

            capInfoList.add(capInfo);
        }
        return capInfoList;
    }

}