审批页面修改

lxw

2023-08-15 160e150009b51a39fa95d9462c3798ba28d51a09

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

@@ -7,19 +7,15 @@
import com.whyc.dto.paramter.GroupTestCapPar;
import com.whyc.dto.result.GroupTestCapRes;
import com.whyc.dto.result.ReportBattTestDTO;
import com.whyc.mapper.BattParamLowMapper;
import com.whyc.mapper.BattTestDataStopMapper;
import com.whyc.mapper.BatttestdataInfMapper;
import com.whyc.pojo.BattParamLow;
import com.whyc.pojo.BattTestDataStop;
import com.whyc.pojo.Battinf;
import com.whyc.pojo.BatttestdataInf;
import com.whyc.mapper.*;
import com.whyc.pojo.*;
import com.whyc.util.ActionUtil;
import com.whyc.util.MessageUtils;
import org.springframework.stereotype.Service;
import org.springframework.transaction.annotation.Transactional;

import javax.annotation.Resource;
import java.util.*;
import java.util.stream.Collectors;

@Service
public class BatttestdataInfService {
@@ -33,8 +29,18 @@
    @Resource
    private BattParamLowMapper battParamLowMapper;

    @Resource
    AlarmParamMapper alarmParamMapper;

    @Resource
    BattInfMapper binfMapper;

    @Resource
    BattalarmDataMapper alarmDataMapper;

    //在线监测-历史监控-获取充放电记录
    public Response searchBattTestInfDataById(int battGroupId,int fbsDeviceId) {
    public Response searchBattTestInfDataById(int battGroupId, int fbsDeviceId) {
        String lang = ActionUtil.getLang();
        QueryWrapper wrapper = new QueryWrapper();
        wrapper.eq("BattGroupId", battGroupId);
        wrapper.eq("data_available", 1);
@@ -44,7 +50,7 @@
            List<BatttestdataInf> list = mapper.selectList(wrapper);
            list.stream().forEach(tinf -> {
                //放电终止原因
                if ( fbsDeviceId/ 100000 == 6185) {
                if (fbsDeviceId / 100000 == 6185) {
                    //61850设备放电停止原因
                    tinf.setTestStoptypeReason(BattTestData.getStopType_6185(tinf.getTestStoptype()));
                } else if (fbsDeviceId / 100000 == 4016) {
@@ -59,13 +65,16 @@
                } else if (fbsDeviceId / 100000 == 8059) {
                    //一体机设备放电停止原因
                    tinf.setTestStoptypeReason(BattTestData.getStopType_8059(tinf.getTestStoptype()));
                } else if(fbsDeviceId / 100000 == 6087) {
                } else if (fbsDeviceId / 100000 == 6087) {
                    //电操核容设备放电停止原因
                    tinf.setTestStoptypeReason(BattTestData.getStopType_6087(tinf.getTestStoptype()));
                }else if(fbsDeviceId / 100000 == 4830) {
                } else if (fbsDeviceId / 100000 == 4830) {
                    //FBO4830设备放电停止原因
                    tinf.setTestStoptypeReason(BattTestData.getStopType_4830(tinf.getTestStoptype()));
                }else if(fbsDeviceId / 100000 == 4815) {
                } else if (fbsDeviceId / 100000 == 4831) {
                    //FBO4831设备放电停止原因
                    tinf.setTestStoptypeReason(MessageUtils.getMessageSocket(BattTestData.getStopType_4831(tinf.getTestStoptype()), lang));
                } else if (fbsDeviceId / 100000 == 4815) {
                    //FBO4815设备放电停止原因
                    tinf.setTestStoptypeReason(BattTestData.getStopType_4815(tinf.getTestStoptype()));
                } else {
@@ -80,14 +89,14 @@
    }

    //最后一次核容放电数据
    public Response searchBattLastHrDataById(int battGroupId, int devId) {
    public Response searchBattLastHrDataById(int battGroupId, int devId, String lang) {
        PageHelper.startPage(1, 1);
        QueryWrapper wrapper = new QueryWrapper();
        wrapper.eq("BattGroupId", battGroupId);
        wrapper.eq("data_available", 1);
        wrapper.eq("test_type", 3);
        wrapper.eq("test_starttype", 3);
        wrapper.orderByDesc("test_starttime");
        wrapper.last(" and (test_stoptype in (3, 4, 6) or (test_stoptype = 2 and test_timelong >= 7200)) ORDER BY test_starttime DESC ");
        BatttestdataInf tinf = mapper.selectOne(wrapper);
        List<BattTestDataStop> list = new ArrayList<BattTestDataStop>();
        if (tinf != null) {
@@ -110,12 +119,18 @@
            } else if(devId / 100000 == 6087) {
                //电操核容设备放电停止原因
                tinf.setTestStoptypeReason(BattTestData.getStopType_6087(tinf.getTestStoptype()));
            }else if(devId / 100000 == 4830) {
            }else if (devId / 100000 == 4830) {
                // FBO4830设备放电停止原因
                tinf.setTestStoptypeReason(BattTestData.getStopType_4830(tinf.getTestStoptype()));
            }else if(devId / 100000 == 4815) {
            } else if (devId / 100000 == 4831) {
                // FBO4830设备放电停止原因
                tinf.setTestStoptypeReason(MessageUtils.getMessageSocket(BattTestData.getStopType_4831(tinf.getTestStoptype()), lang));
            } else if (devId / 100000 == 4815) {
                //FBO4815设备放电停止原因
                tinf.setTestStoptypeReason(BattTestData.getStopType_4815(tinf.getTestStoptype()));
            } else if (devId / 100000 == 9149) {
                //FBO9149设备放电停止原因
                tinf.setTestStoptypeReason(BattTestData.getStopType_9149(tinf.getTestStoptype()));
            } else {
                tinf.setTestStoptypeReason(BattTestData.getStopType(tinf.getTestStarttype(), tinf.getTestStoptype()));
            }
@@ -128,57 +143,69 @@
    //报表分析使用
    public List<BatttestdataInf> searchByTestType(BatttestdataInf tinf){
        List<BatttestdataInf> list = mapper.searchByTestType(tinf);
        float cap=0f;//实际容量
        float restcap=0f;//剩余容量
        for (BatttestdataInf binf:list) {
            int hourRate = BattCapFactory.GetHourRate(tinf.getTestCap(),binf.getTestCurr());
            cap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate,binf.getTestCap(), binf.getMaxMonvol(), binf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Real);
            restcap=(float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate,binf.getTestCap(), binf.getMaxMonvol(), binf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Rest);
            binf.setGroupVol(cap);;
        float cap = 0f;//实际容量
        float restcap = 0f;//剩余容量
        for (BatttestdataInf binf : list) {
            int hourRate = BattCapFactory.GetHourRate(tinf.getTestCap(), binf.getTestCurr());
            cap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, binf.getTestCap(), binf.getMaxMonvol(), binf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Real);
            restcap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, binf.getTestCap(), binf.getMaxMonvol(), binf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Rest);
            binf.setGroupVol(cap);
            ;
            binf.setMonVol(restcap);
        }
        return list;
    }

    //1.4电池组性能评估(根据电池组id查询所有的放电记录求出放电总次数，最高历史容量,最低历史容量，平均容量，最新测试容量)
    public List searchDischargeTest(BatttestdataInf tinf){
        List<BatttestdataInf> list = mapper.searchDischargeTest(tinf);
        int sum=0;//总测试次数
        float cap=0f;//实际容量
        float allCap=0f;//总容量
        float maxCap=0f;//最高容量
        float minCap=10000f;//最低容量
        float avgCap=0f;//平均容量
        float lastCap=0f;//最近测试容量
        for (int i = 0; i <list.size() ; i++) {
    public Map<String, Object> searchDischargeTest(Integer battGroupId, float monCapStd, float monVolStd, Date recordStartTime, Date recordEndTime) {
        List<BatttestdataInf> list = mapper.searchDischargeTest(battGroupId, recordStartTime, recordEndTime);
        List<BatttestdataInf> testList = new LinkedList<>();
        int sum = 0;//总测试次数
        float cap = 0f;//实际容量
        float allCap = 0f;//总容量
        float maxCap = 0f;//最高容量
        float minCap = 10000f;//最低容量
        float avgCap = 0f;//平均容量
        float lastCap = 0f;//最近测试容量
        for (int i = 0; i < list.size(); i++) {
            BatttestdataInf binf = list.get(i);
            int hourRate = BattCapFactory.GetHourRate(tinf.getTestCap(),binf.getTestCurr());
            cap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate,binf.getTestCap(), binf.getMaxMonvol(), binf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Real);
            if(sum==0){
                lastCap=cap;
            int hourRate = BattCapFactory.GetHourRate(monCapStd, binf.getTestCurr());
            cap = (float) BattCapFactory.GetMonomerCap(monCapStd, hourRate, binf.getTestCap(), binf.getMaxMonvol(), binf.getMinMonvol(), monVolStd, BattCapFactory.CapType_Real);
           /* float testcap = binf.getTestCap();
            float maxMonvol = binf.getMaxMonvol();
            float minMonvol = binf.getMinMonvol();
            if (battGroupId == 1000145) {
                System.out.println(battGroupId + " " + monCapStd + " " + hourRate + " " + testcap + " " + maxMonvol + " " + minMonvol + " " + monVolStd + " " + BattCapFactory.CapType_Real + " ");
            }*/
            binf.setRealCap(cap);
            testList.add(binf);
            if (sum == 0) {
                lastCap = cap;
            }
            if(maxCap<=cap){
                maxCap=cap;//最大
            if (maxCap <= cap) {
                maxCap = cap;//最大
            }
            if(minCap>=cap){
                minCap=cap;//最小
            if (minCap >= cap) {
                minCap = cap;//最小
            }
            allCap+=cap;
            allCap += cap;
            sum++;
        }
        if(sum!=0){
            avgCap=allCap/sum;//平均容量
        }else{
            avgCap=0;
            minCap=0;
        if (sum != 0) {
            avgCap = allCap / sum;//平均容量
        } else {
            avgCap = 0;
            minCap = 0;
        }
        List list1 = new ArrayList<>();
        list1.add(tinf.getBattGroupId());
        list1.add(sum);
        list1.add(maxCap);
        list1.add(avgCap);
        list1.add(minCap);
        list1.add(lastCap);
        return list1;
        Map<String, Object> map = new HashMap<>();
        map.put("battGroupid", battGroupId);
        map.put("sum", sum);
        map.put("maxCap", maxCap);
        map.put("avgCap", avgCap);
        map.put("minCap", minCap);
        map.put("lastCap", lastCap);
        map.put("testList", testList);
        return map;
    }

    public Response searchBattLifeNow(int pageNum,int pageSize,Battinf binf){
@@ -259,6 +286,39 @@
        return new Response().setII(1, list.size() > 0 ? true : false, pageInfo, "统计时间段内设备的测试容量");
    }

    //管理员首页头部信息加入
    public int getYearAnalysis(int userId) {
        //Map<String, Integer> map = new HashMap<>();
        //本年已核容放电电池组数
        int hrdisNum = mapper.getHrQuarterZC(userId);
        //本年已停电放电电池组数
        //int jcdisNum = mapper.getJcQuarter(userId);
        //map.put("hrdisNum", hrdisNum);
        // map.put("jcdisNum", jcdisNum);
        return hrdisNum;
    }

    //获取本年已核容电池组
    public Response getHrYeardisBatt() {
        UserInf uinf = ActionUtil.getUser();
        String userId = uinf.getUId().toString();
        List<Battinf> list = mapper.getHrYeardisBatt(userId);
        return new Response().setII(1, list.size() > 0, list, "获取本年已核容电池组");
    }

    //获取实时停电放电电池组
    public Response getJcdisBatt() {
        UserInf uinf = ActionUtil.getUser();
        String userId = uinf.getUId().toString();
        List<Battinf> list = mapper.getJcdisBatt(userId);
        for (Battinf binf : list) {
            int battgroupId = 0;
            battgroupId = binfMapper.searchBattGroupId(binf.getStationId());
            binf.setBattGroupId(battgroupId);
        }
        return new Response().setII(1, list.size() > 0, list, "获取本年已核容电池组");
    }

    //测试信息
    @Transactional
    public Response getTestdataInfAnalysis(int userId) {
@@ -279,40 +339,66 @@
        }
    }

    //管理员首页统计测试信息
    /*管理员首页统计测试信息
    if (testType == 3) {
        // 测试类型为放电
        if (testStarttype == 3) {
            核容放电
        } else {
            if (testDatatype==1) {
                停电放电 1
            } else {
                监测放电  0
            }
        }
    } else if (testType == 2) {
        // 测试类型为充电
        if (testStarttype == 3) {
            核容充电
        } else {
            监测充电
        }
    }*/
    public Map<String, Integer> analysisTestData(List<BatttestdataInf> list) {
        Map<String, Integer> map = new HashMap<>();
        int disNum = 0;//放电
        int chNum = 0;//充电
        int hrdisNum = 0;//核容放电
        int jcdisNum = 0;//监测放电
        int jcchNum = 0;//监测充电
        int dddisNum = 0;//停电放电
        int hrchNum = 0;//核容充电
        Map<Integer, List<BatttestdataInf>> listDisMap = list.stream().collect(Collectors.groupingBy(tinf -> tinf.getTestType()));
        for (Integer dis : listDisMap.keySet()) {
            //放电
            if (dis == 3) {
                disNum = listDisMap.get(dis).size();
            }
            //充电
            if (dis == 2) {
                chNum = listDisMap.get(dis).size();
        if (list != null && list.size() > 0) {
            for (BatttestdataInf tinf : list) {
                if (tinf.getTestType() == 3) {
                    // 测试类型为放电
                    if (tinf.getTestStarttype() == 3) {
                        if ((tinf.getTestStoptype() == 3 || tinf.getTestStoptype() == 4 || tinf.getTestStoptype() == 6) ||
                                (tinf.getTestStoptype() == 2 && tinf.getTestTimelong() >= 7200)) {
                            hrdisNum += 1;
                        }
                    } else {
                        if (tinf.getTestDatatype() == 1) {
                            dddisNum += 1;
                        }
                        if (tinf.getTestDatatype() == 0) {
                            jcdisNum += 1;
                        }
                    }
                } else if (tinf.getTestType() == 2) {
                    // 测试类型为充电
                    if (tinf.getTestStarttype() == 3) {
                        hrchNum += 1;
                    } else {
                        jcchNum += 1;
                    }
                }
            }
        }
        Map<String, List<BatttestdataInf>> listMap = list.stream().collect(Collectors.groupingBy(tinf -> tinf.getTestType() + "_" + tinf.getTestStarttype()));
        for (String type : listMap.keySet()) {
            //核容放电
            if (type.equals("3_3")) {
                hrdisNum = listMap.get(type).size();

            }
            //核容充电
            if (type.equals("2_3")) {
                hrchNum = listMap.get(type).size();
            }
        }
        map.put("hrdisNum", hrdisNum);
        map.put("hrchNum", hrchNum);
        map.put("jcdisNum", disNum - hrdisNum);
        map.put("jcchNum", chNum - hrchNum);
        map.put("jcdisNum", jcdisNum);
        map.put("dddisNum", dddisNum);
        map.put("jcchNum", jcchNum);
        return map;
    }

@@ -321,4 +407,261 @@
        int num = mapper.getPlanStaticToday(userId);
        return num;
    }

    //本年度核容放电电池组(testdate_inf中test_type=3,test_startType=3)
    public int getHrQuarter(int userId) {
        //本年度
        int hrQuarter = mapper.getHrQuarter(userId);
        return hrQuarter;
    }

    /*领导层本年度已放数 仅需要统计放电正常停止的 正常停止的条件如下：
                stop_type:
                2-放电时间到终止
                3-放电容量到终止
                4-单体电压下限到终止
                6-组端电压下限到终止
                并且放电时间超过2小时*/
    public int getHrQuarterZC(int userId) {
        int hrQuarter = mapper.getHrQuarterZC(userId);
        return hrQuarter;
    }

    //蓄电池组优劣分析(用蓄电池组组后评估的统计)
    public Response getGroupAnalysis(int userId) {
        try {
            //0.查询劣化(告警)和损坏(更换)的阈值
            QueryWrapper<AlarmParam> alarmWrapper = new QueryWrapper();
            alarmWrapper.and(wrapper -> {
                return wrapper.eq("alm_name", "Batt_Alarm_Type_CapAlarm").or().eq("alm_name", "Batt_Alarm_Type_CapChange");
            });
            alarmWrapper.orderByAsc("alm_id");
            List<AlarmParam> paramList = alarmParamMapper.selectList(alarmWrapper);
            float capAlarm = 0f;
            float capChange = 0f;
            if (paramList != null && paramList.size() > 0) {
                capAlarm = paramList.get(0).getAlmLowCoe();//劣化参数0.8
                capChange = paramList.get(1).getAlmLowCoe();//损坏参数0.6
            } else {
                capAlarm = 0.8f;
                capChange = 0.6f;
            }
            //小于capAlarm
            int alarmNum = 0;
            //小于capChange
            int changeNum = 0;
            //放电正常
            int goodSum = 0;
            //未正常
            int noHrDisNum = 0;
            //实际容量
            float cap = 0f;
            //0.查询所有的电池组
            List<Battinf> binfList = binfMapper.getBinfList(userId);
            if (binfList != null && binfList.size() > 0) {
                for (Battinf binf : binfList) {
                    int battgroupId = binf.getBattGroupId();
                    float monCapStd = binf.getMonCapStd();
                    float monVolstd = binf.getMonVolStd();
                    //放电次数
                    int disNum = 0;
                    //1.查出符合条件的电池组(核容数据)按照时间倒叙排序的第一个
                    BatttestdataInf inf = mapper.getGroupAnalysisQB(battgroupId);
                    if (inf != null) {
                        disNum = 1;
                        int hourRate = BattCapFactory.GetHourRate(monCapStd, inf.getTestCurr());
                        cap = (float) BattCapFactory.GetMonomerCap(monCapStd, hourRate, inf.getTestCap(), inf.getMaxMonvol(), inf.getMinMonvol(), monVolstd, BattCapFactory.CapType_Real);
                        /*float testcap = inf.getTestCap();
                        float maxMonvol = inf.getMaxMonvol();
                        float minMonvol = inf.getMinMonvol();

                        if (battgroupId == 1000145) {
                            System.out.println(battgroupId + " " + monCapStd + " " + hourRate + " " + testcap + " " + maxMonvol + " " + minMonvol + " " + monVolstd + " " + BattCapFactory.CapType_Real + " ");
                        }*/
                    }
                    //查询电池告警（劣化：内阻过高重要，电压过低重要；损坏：内阻过高紧急，电压过低紧急）
                    List listALmSH = alarmDataMapper.getAlm(battgroupId, 3);
                    List listALmLH = alarmDataMapper.getAlm(battgroupId, 2);
                    //先判断是否损坏
                    if ((disNum != 0 && cap < capChange * monCapStd) || (listALmSH != null && listALmSH.size() > 0)) {
                        if (disNum == 0) {
                            noHrDisNum += 1;
                        }
                        changeNum = changeNum + 1;
                    }//在判断是否劣化
                    else if (
                            (disNum != 0 && cap <= capAlarm * monCapStd && cap >= capChange * monCapStd
                            )
                                    || (listALmLH != null && listALmLH.size() > 0)) {
                        if (disNum == 0) {
                            noHrDisNum += 1;
                        }
                        alarmNum = alarmNum + 1;
                    }//再判断是否放电正常
                    else if (disNum != 0 && cap > capAlarm * monCapStd) {
                        if (disNum == 0) {
                            noHrDisNum += 1;
                        }
                        goodSum = goodSum + 1;
                    } else {
                        noHrDisNum += 1;
                    }
                }
            }
            Map<String, Integer> numMap = new HashMap<>();
            numMap.put("alarmNum", alarmNum);
            numMap.put("changeNum", changeNum);
            //总电池组(分类)
            int groupNum = binfMapper.geGroupCount(userId);
            numMap.put("groupNum", groupNum);
            /*//已放电电池组数
            int inDischargeNum = binfMapper.searchInDischarge(userId);*/
            //蓄电池优良（已经放电数-告警数）
            numMap.put("goodSum", goodSum);
             /*本年度已核容放电电池组(testdate_inf中test_type=3,test_startType=3)
             int hrDisNum = testInfService.getHrQuarter(userId);
            * 修改为：领导层本年度已放数 仅需要统计放电正常停止的 正常停止的条件如下：
                stop_type:
                2-放电时间到终止并且放电时间超过2小时
                3-放电容量到终止
                4-单体电压下限到终止
                6-组端电压下限到终止*/
            //int hrDisNum = mapper.getHrQuarterZC(userId);
            numMap.put("noHrDisNum", noHrDisNum);
            return new Response().setII(1, true, numMap, "蓄电池组优劣分析");
        } catch (Exception e) {
            return new Response<>().set(1, false, "发生异常:" + e.getCause());
        }
    }

    //获取本年已核容放电电池组最新一次数据详情
    public Response getHrYeardisBattInfo() {
        int userId = Integer.parseInt(ActionUtil.getUser().getUId().toString());
        try {
            //0.查询劣化(告警)和损坏(更换)的阈值
            QueryWrapper<AlarmParam> alarmWrapper = new QueryWrapper();
            alarmWrapper.and(wrapper -> {
                return wrapper.eq("alm_name", "Batt_Alarm_Type_CapAlarm").or().eq("alm_name", "Batt_Alarm_Type_CapChange");
            });
            alarmWrapper.orderByAsc("alm_id");
            List<AlarmParam> paramList = alarmParamMapper.selectList(alarmWrapper);
            float capAlarm = 0f;
            float capChange = 0f;
            if (paramList != null && paramList.size() > 0) {
                capAlarm = paramList.get(0).getAlmLowCoe();//劣化参数0.8
                capChange = paramList.get(1).getAlmLowCoe();//损坏参数0.6
            } else {
                capAlarm = 0.8f;
                capChange = 0.6f;
            }
            //1.查出符合条件的电池组(核容数据)按照时间倒叙排序
            List<BatttestdataInf> list = mapper.getGroupAnalysis(userId);
            //2.分组取出每个电池组的最新一笔数据(取电池组放电数据的第一个)
            List<BatttestdataInf> infoList = new ArrayList<>();
            String battGroupId = "0";
            if (list != null && list.size() > 0) {
                for (BatttestdataInf inf : list) {
                    if (!battGroupId.equals(inf.getBattGroupId().toString())) {
                        int hourRate = BattCapFactory.GetHourRate(inf.getMonCapStd(), inf.getTestCurr());
                        float cap = (float) BattCapFactory.GetMonomerCap(inf.getMonCapStd(), hourRate, inf.getTestCap(), inf.getMaxMonvol(), inf.getMinMonvol(), inf.getMonVolStd(), BattCapFactory.CapType_Real);
                        inf.setRealCap(cap);
                        infoList.add(inf);
                        battGroupId = inf.getBattGroupId().toString();
                    }
                }
            }

            return new Response().setII(1, true, infoList, "获取本年已核容放电电池组最新一次数据详情");
        } catch (Exception e) {
            return new Response<>().set(1, false, "发生异常:" + e.getCause());
        }
    }

    //获取本年已核容放电电池组最新一次数据详情(正常)
    public Response getHrYeardisBattInfoZC() {
        int userId = Integer.parseInt(ActionUtil.getUser().getUId().toString());
        String lang = ActionUtil.getLang();
        try {
            //0.查询劣化(告警)和损坏(更换)的阈值
            QueryWrapper<AlarmParam> alarmWrapper = new QueryWrapper();
            alarmWrapper.and(wrapper -> {
                return wrapper.eq("alm_name", "Batt_Alarm_Type_CapAlarm").or().eq("alm_name", "Batt_Alarm_Type_CapChange");
            });
            alarmWrapper.orderByAsc("alm_id");
            List<AlarmParam> paramList = alarmParamMapper.selectList(alarmWrapper);
            float capAlarm = 0f;
            float capChange = 0f;
            if (paramList != null && paramList.size() > 0) {
                capAlarm = paramList.get(0).getAlmLowCoe();//劣化参数0.8
                capChange = paramList.get(1).getAlmLowCoe();//损坏参数0.6
            } else {
                capAlarm = 0.8f;
                capChange = 0.6f;
            }
            //1.查出符合条件的电池组(核容数据)按照时间倒叙排序
            List<BatttestdataInf> list = mapper.getGroupAnalysisZC(userId);
            //2.分组取出每个电池组的最新一笔数据(取电池组放电数据的第一个)
            List<BatttestdataInf> infoList = new ArrayList<>();
            String battGroupId = "0";
            if (list != null && list.size() > 0) {
                for (BatttestdataInf inf : list) {
                    if (!battGroupId.equals(inf.getBattGroupId().toString())) {
                        int hourRate = BattCapFactory.GetHourRate(inf.getMonCapStd(), inf.getTestCurr());
                        float cap = (float) BattCapFactory.GetMonomerCap(inf.getMonCapStd(), hourRate, inf.getTestCap(), inf.getMaxMonvol(), inf.getMinMonvol(), inf.getMonVolStd(), BattCapFactory.CapType_Real);
                        inf.setRealCap(cap);
                        //放电终止原因
                        if (inf.getFBSDeviceId() / 100000 == 6185) {
                            //61850设备放电停止原因
                            inf.setTestStoptypeReason(BattTestData.getStopType_6185(inf.getTestStoptype()));
                        } else if (inf.getFBSDeviceId() / 100000 == 4016) {
                            //6度设备放电停止原因
                            inf.setTestStoptypeReason(BattTestData.getStopType_4016(inf.getTestStoptype()));
                        } else if (inf.getFBSDeviceId() / 100000 == 9110) {
                            //假负载设备放电停止原因
                            inf.setTestStoptypeReason(BattTestData.getStopType_9110(inf.getTestStoptype()));
                        } else if ((inf.getFBSDeviceId() / 100000 == 9120) || (inf.getFBSDeviceId() / 100000 == 9140)) {
                            // 逆变设备放电停止原因
                            inf.setTestStoptypeReason(BattTestData.getStopType_9120(inf.getTestStoptype()));
                        } else if (inf.getFBSDeviceId() / 100000 == 8059) {
                            //一体机设备放电停止原因
                            inf.setTestStoptypeReason(BattTestData.getStopType_8059(inf.getTestStoptype()));
                        } else if (inf.getFBSDeviceId() / 100000 == 6087) {
                            //电操核容设备放电停止原因
                            inf.setTestStoptypeReason(BattTestData.getStopType_6087(inf.getTestStoptype()));
                        } else if (inf.getFBSDeviceId() / 100000 == 4830) {
                            //FBO4830设备放电停止原因
                            inf.setTestStoptypeReason(BattTestData.getStopType_4830(inf.getTestStoptype()));
                        } else if (inf.getFBSDeviceId() / 100000 == 4831) {
                            //FBO4831设备放电停止原因
                            inf.setTestStoptypeReason(MessageUtils.getMessageSocket(BattTestData.getStopType_4831(inf.getTestStoptype()), lang));
                        } else if (inf.getFBSDeviceId() / 100000 == 4815) {
                            //FBO4815设备放电停止原因
                            inf.setTestStoptypeReason(BattTestData.getStopType_4815(inf.getTestStoptype()));
                        } else if (inf.getFBSDeviceId() / 100000 == 9149) {
                            //FBO4815设备放电停止原因
                            inf.setTestStoptypeReason(BattTestData.getStopType_9149(inf.getTestStoptype()));
                        } else {
                            inf.setTestStoptypeReason(BattTestData.getStopType(inf.getTestStarttype(), inf.getTestStoptype()));
                        }
                        infoList.add(inf);
                        battGroupId = inf.getBattGroupId().toString();
                    }
                }
            }

            return new Response().setII(1, true, infoList, "获取本年已核容放电电池组最新一次数据详情正常");
        } catch (Exception e) {
            return new Response<>().set(1, false, "发生异常:" + e.getCause());
        }
    }

    //本年度上一次正常核容的放电记录编号
    public Response searchHrYear(int battGroupId) {
        BatttestdataInf tinf = mapper.searchHrYear(battGroupId);
        int testNumber = 0;
        if (tinf != null) {
            testNumber = tinf.getNum();
        }
        return new Response().setII(1, true, testNumber, "本年度上一次正常核容的放电记录编号");
    }
}