package com.whyc.service;
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import com.baomidou.mybatisplus.core.conditions.query.QueryWrapper;
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import com.github.pagehelper.PageHelper;
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import com.github.pagehelper.PageInfo;
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import com.whyc.constant.Capperformance;
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import com.whyc.constant.StopReasonEnum;
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import com.whyc.dto.Response;
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import com.whyc.dto.Statistic.*;
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import com.whyc.factory.BattCapFactory;
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import com.whyc.mapper.BatttestdataInfMapper;
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import com.whyc.pojo.db_batt_testdata.BatttestdataId;
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import com.whyc.pojo.db_batt_testdata.BatttestdataInf;
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import com.whyc.pojo.db_param.AppParam;
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import com.whyc.pojo.db_ram_db.BattRtdata;
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import com.whyc.pojo.db_ram_db.BattRtstate;
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import com.whyc.pojo.db_station.BattInf;
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import com.whyc.util.PageInfoUtils;
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import org.springframework.beans.factory.annotation.Autowired;
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import org.springframework.stereotype.Service;
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import java.util.*;
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@Service
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public class BatttestdataInfService {
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@Autowired(required = false)
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private BatttestdataInfMapper mapper;
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@Autowired(required = false)
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private BattRtstateService rtstateService;
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@Autowired(required = false)
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private BattRtdataService rtdataService;
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@Autowired(required = false)
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private BattInfService battInfService;
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@Autowired(required = false)
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private BatttestdataIdService battTestdataIdService;
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@Autowired(required = false)
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private AppParamService appParamService;
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//获取最后一次测试数据并计算剩余容量
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public Float getLastTestDataRestCap(Integer battgroupId) {
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//获取放电记录
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QueryWrapper wrapper=new QueryWrapper();
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wrapper.eq("battgroup_id",battgroupId);
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wrapper.orderByDesc("test_starttime");
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wrapper.last("limit 1");
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BatttestdataInf tinf=mapper.selectOne(wrapper);
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if(tinf!=null){
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int hourRate = BattCapFactory.GetHourRate(tinf.getTestCap(), tinf.getTestCurr());
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Float restcap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(), tinf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Rest);
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return restcap;
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}else{
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return 0f;
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}
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}
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//蓄电池核容信息统计
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public Response getBattTinfStatistic(BattTinfStic stic) {
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PageHelper.startPage(stic.getPageNum(), stic.getPageSize());
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List<BatttestdataInf> list=mapper.getBattTinfStatistic(stic);
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if(list!=null&&list.size()>0){
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for (BatttestdataInf tinf:list) {
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//剩余容量和剩余时间计算
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int hourRate = BattCapFactory.GetHourRate(tinf.getTestCap(), tinf.getTestCurr());
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Float restCap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(), tinf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Rest);
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Float realCap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(), tinf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Real);
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tinf.setRestCap(restCap);
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tinf.setRealCap(realCap);
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tinf.setRestTime(0f);
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//获取电池组实时数据
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BattRtstate battRtstate=rtstateService.getBattRealInfo(tinf.getBattgroupId());
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//获取电池组信息
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BattInf binf=battInfService.getBinfByBattgroupId(tinf.getBattgroupId());
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//实时组端电流，剩余容量，标称容量
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if(battRtstate!=null){
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Float restTime= BattCapFactory.getTheoryTime(battRtstate.getGroupCurr(), restCap, binf.getMoncapstd());
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tinf.setRestTime(restTime);
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}
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//保留5位小数
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String precentCap = String.format("%.5f",(restCap/binf.getMoncapstd()*100));
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tinf.setPrecentCap(precentCap);
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}
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}
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PageInfo pageInfo=new PageInfo(list);
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return new Response().setII(1,list.size()>0,pageInfo,"蓄电池核容信息统计");
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}
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//获取上一次标准核容信息(标准核容的界定为单测核容时间达 2小时及以上的核容测试)
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public BatttestdataInf getLastStandardTestData(Integer battgroupId) {
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QueryWrapper wrapper = new QueryWrapper();
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wrapper.eq("battgroup_id", battgroupId);
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wrapper.eq("test_type", 3);
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wrapper.eq("test_starttype", 3);
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wrapper.last(" and test_timelong >= 7200 ORDER BY test_starttime DESC ");
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wrapper.last("limit 1");
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BatttestdataInf tinf = mapper.selectOne(wrapper);
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return tinf;
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}
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//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)
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private BatttestdataInf getLastStandardTestDataByTime(Integer battgroupId, Date testStartTime, Date testEndTime) {
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QueryWrapper wrapper = new QueryWrapper();
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wrapper.eq("battgroup_id", battgroupId);
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wrapper.eq("test_type", 3);
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wrapper.eq("test_starttype", 3);
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wrapper.gt("test_starttime",testStartTime);
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wrapper.lt("test_starttime",testEndTime);
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wrapper.last(" and test_timelong >= 7200 ORDER BY test_starttime DESC ");
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wrapper.last("limit 1");
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BatttestdataInf tinf = mapper.selectOne(wrapper);
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return tinf;
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}
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/*单节数量统计
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1筛选满足条件的电池组，找最近一次标准核容放电记录的最后一笔数据
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2再按照公式计算单体实际容量，
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3然后找到判断优秀，劣化，损坏的参数，得到结果。
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4浮充电压图，需要显示单体+实时数据的单体电压，单体内阻
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*/
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public Response getMonStatistic(MonStic stic) {
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Map<String,Object> map=new HashMap<>();
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List<SticMonRes> goodlist=new ArrayList();
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List<SticMonRes> badlist=new ArrayList();
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List<SticMonRes> damagelist=new ArrayList();
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map.put("goodlist",goodlist);
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map.put("badlist",badlist);
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map.put("damagelist",damagelist);
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map.put("goodlistNum",0);
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map.put("badlistNum",0);
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map.put("damagelistNum",0);
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//获取核容优劣，损坏参数
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List<AppParam> paramList=appParamService.getHrParam();
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Float badValue=0f;
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Float damageValue=0f;
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if(paramList!=null){
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for (AppParam param:paramList) {
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if(param.getParamNamePsx().equals("batt_mon_deteriorate_val")){
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badValue=param.getParamValue();
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}
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if(param.getParamNamePsx().equals("batt_mon_damage_val")){
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damageValue=param.getParamValue();
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}
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}
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}
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List<BattInf> binfList=battInfService.getMonStatistic(stic);
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Float realCap=0f;
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if(binfList==null){
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return new Response().set(1,false,"当前用户未管理满足条件的电池组");
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}
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for (BattInf binf:binfList) {
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BatttestdataInf tinf =getLastStandardTestData(binf.getBattgroupId());
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if(tinf==null){
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//将不满足条件的电池组的所有单体放入damage中
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setDamage(damagelist,binf);
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continue;
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}
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//找这次放电的最后一笔数据
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List<BatttestdataId> idDataList=battTestdataIdService.getLastDataByBattgroupId(tinf.getBattgroupId(),tinf.getTestRecordCount(),tinf.getRecordNum());
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if(idDataList==null||idDataList.size()==0){
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//将不满足条件的电池组的所有单体放入damage中
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setDamage(damagelist,binf);
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continue;
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}
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int hourRate = BattCapFactory.GetHourRate(tinf.getTestCap(), tinf.getTestCurr());
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Float moncapStd=binf.getMoncapstd();
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for (BatttestdataId data:idDataList) {//求单体的 实际容量，最小值就是单体的单体电压
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realCap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(),data.getMonVol() , tinf.getGroupVol(), BattCapFactory.CapType_Real);
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SticMonRes res=new SticMonRes();
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res.setBattgroupId(binf.getBattgroupId());
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res.setBattgroupName(binf.getBattgroupName());
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res.setMonNum(data.getMonNum());
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//获取单体的实时数据
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BattRtdata rtdata=rtdataService.getRtdataByNum(binf.getBattgroupId(),data.getMonNum());
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if(rtdata==null){
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res.setMonVol(0f);
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res.setMonRes(0f);
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}else{
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res.setMonVol(rtdata.getMonVol());
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res.setMonRes(rtdata.getMonRes());
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}
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if(realCap>=moncapStd*badValue){
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goodlist.add(res);
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}
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if(realCap<=moncapStd*damageValue){
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damagelist.add(res);
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}
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if((realCap>moncapStd*damageValue)&&(realCap<moncapStd*badValue)){
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badlist.add(res);
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}
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}
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}
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map.put("goodlist",goodlist);
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map.put("badlist",badlist);
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map.put("damagelist",damagelist);
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map.put("goodlistNum",goodlist.size());
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map.put("badlistNum",badlist.size());
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map.put("damagelistNum",damagelist.size());
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return new Response().setII(1,true,map,"单节数量统计");
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}
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//将不满足条件的电池组的所有单体放入damage中
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private void setDamage(List damagelist, BattInf binf) {
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//获取电池组的实时数据
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List<BattRtdata> rtdataList=rtdataService.getRtdataRealInfo(binf.getBattgroupId());
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if(rtdataList==null||rtdataList.size()==0){
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for (int i=0;i<binf.getMoncount();i++){
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SticMonRes res=new SticMonRes();
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res.setBattgroupId(binf.getBattgroupId());
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res.setBattgroupName(binf.getBattgroupName());
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res.setMonNum(i+1);
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res.setMonVol(0f);
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res.setMonRes(0f);
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damagelist.add(res);
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}
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}else {
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for (BattRtdata rtdata:rtdataList) {
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SticMonRes res=new SticMonRes();
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res.setBattgroupId(binf.getBattgroupId());
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res.setBattgroupName(binf.getBattgroupName());
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res.setMonNum(rtdata.getMonNum());
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res.setMonVol(rtdata.getMonVol());
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res.setMonRes(rtdata.getMonRes());
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damagelist.add(res);
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}
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}
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}
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/*蓄电池组对比分析界面（同一品牌同一时间）
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*1.查询出符合条件的电池组信息
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* 2.计算电池组的预估剩余容量
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*3.判断性能和百分比
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* 4.分页
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*/
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public Response getBattCompare15Statistic(BattCompareStic stic) {
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//获取核容优劣，损坏参数
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List<AppParam> paramList=appParamService.getHrParam();
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Float badValue=0f;
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Float damageValue=0f;
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if(paramList!=null){
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for (AppParam param:paramList) {
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if(param.getParamNamePsx().equals("batt_mon_deteriorate_val")){
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badValue=param.getParamValue();
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}
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if(param.getParamNamePsx().equals("batt_mon_damage_val")){
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damageValue=param.getParamValue();
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}
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}
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}
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//1查询符合条件的电池组
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List<BattInf> binfList=battInfService.getBattCompare15Statistic(stic);
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if(binfList==null||binfList.size()==0){
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return new Response().set(1,false,"当前用户未管理满足条件的电池组");
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}
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List<SticCompare15Res> reslist=new ArrayList<>();
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for (BattInf binf:binfList) {
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SticCompare15Res res=new SticCompare15Res();
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res.setProvice(binf.getProvice());
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res.setCity(binf.getCity());
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res.setCountry(binf.getCountry());
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res.setStationName(binf.getStationName());
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res.setBattgroupName(binf.getBattgroupName());
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res.setDevName(binf.getDevName());
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res.setProduct(binf.getProduct());
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res.setInuseTime(binf.getInuseTime());
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res.setMonvolstd(binf.getMonvolstd());
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res.setStationId(binf.getStationId());
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res.setPowerId(binf.getPowerId());
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res.setDevId(binf.getDevId());
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res.setBattgroupId(binf.getBattgroupId());
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//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)
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BatttestdataInf tinf =getLastStandardTestDataByTime(binf.getBattgroupId(),stic.getTestStartTime(),stic.getTestEndTime());
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if(tinf==null){
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res.setRealCap(0f);
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res.setPrecentCap("0");
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res.setCapperformance(Capperformance.getValue(Capperformance.BATTSTATE_3.getStateId()));
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continue;
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}
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//找这次放电的最后一笔数据
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List<BatttestdataId> idDataList=battTestdataIdService.getLastDataByBattgroupId(tinf.getBattgroupId(),tinf.getTestRecordCount(),tinf.getRecordNum());
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if(idDataList==null||idDataList.size()==0){
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res.setRealCap(0f);
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res.setPrecentCap("0");
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res.setCapperformance(Capperformance.getValue(Capperformance.BATTSTATE_3.getStateId()));
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continue;
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}
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Float moncapStd=binf.getMoncapstd();
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int hourRate = BattCapFactory.GetHourRate(tinf.getTestCap(), tinf.getTestCurr());
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Float grouprealCap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(), tinf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Real);
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//Float restCap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(), tinf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Rest);
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res.setRealCap(grouprealCap);
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if(grouprealCap>=moncapStd*badValue){
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res.setCapperformance(Capperformance.getValue(Capperformance.BATTSTATE_1.getStateId()));
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}
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if(grouprealCap<=moncapStd*damageValue){
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res.setCapperformance(Capperformance.getValue(Capperformance.BATTSTATE_3.getStateId()));
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}
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if((grouprealCap>moncapStd*damageValue)&&(grouprealCap<moncapStd*badValue)){
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res.setCapperformance(Capperformance.getValue(Capperformance.BATTSTATE_2.getStateId()));
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}
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//保留5位小数
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String precentCap = String.format("%.5f",(grouprealCap/binf.getMoncapstd()*100));
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res.setPrecentCap(precentCap);
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List<Integer> monNums=new ArrayList<>();
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for (BatttestdataId data:idDataList) {//求单体的 实际容量，最小值就是单体的单体电压
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Float monrealCap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(), data.getMonVol(), tinf.getGroupVol(), BattCapFactory.CapType_Real);
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if (monrealCap <= moncapStd * damageValue) {//损坏的
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monNums.add(data.getMonNum());
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}
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}
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res.setMonNums(monNums);
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if(stic.getPerformance()==null){
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reslist.add(res);
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}else{
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if(res.getCapperformance().equals(Capperformance.getValue(stic.getPerformance()))){
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reslist.add(res);
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}
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}
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}
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PageInfo pageInfo=PageInfoUtils.list2PageInfo(reslist, stic.getPageNum(), stic.getPageSize());
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return new Response().setII(1,reslist.size()>0,pageInfo,"蓄电池组对比分析界面（同一品牌同一时间）");
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}
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//蓄电池组对比分析界面（不同品牌同一时间）(1.2.16)
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public Response getBattCompare16Statistic(BattCompareStic stic) {
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//获取核容优劣，损坏参数
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List<AppParam> paramList=appParamService.getHrParam();
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Float badValue=0f;
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Float damageValue=0f;
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if(paramList!=null){
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for (AppParam param:paramList) {
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if(param.getParamNamePsx().equals("batt_mon_deteriorate_val")){
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badValue=param.getParamValue();
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}
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if(param.getParamNamePsx().equals("batt_mon_damage_val")){
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damageValue=param.getParamValue();
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}
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}
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}
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//1查询符合条件的电池组
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List<BattInf> binfList=battInfService.getBattCompare16Statistic(stic);
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if(binfList==null||binfList.size()==0){
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return new Response().set(1,false,"当前用户未管理满足条件的电池组");
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}
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List<SticCompare16Res> reslist=new ArrayList<>();
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for (BattInf binf:binfList) {
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SticCompare16Res res=new SticCompare16Res();
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res.setProvice(binf.getProvice());
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res.setCity(binf.getCity());
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res.setCountry(binf.getCountry());
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res.setStationName(binf.getStationName());
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res.setBattgroupName(binf.getBattgroupName());
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res.setDevName(binf.getDevName());
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res.setProduct(binf.getProduct());
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res.setInuseTime(binf.getInuseTime());
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res.setMonvolstd(binf.getMonvolstd());
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res.setMoncapstd(binf.getMoncapstd());
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res.setStationId(binf.getStationId());
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res.setPowerId(binf.getPowerId());
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res.setDevId(binf.getDevId());
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res.setBattgroupId(binf.getBattgroupId());
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//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)
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BatttestdataInf tinf =getLastStandardTestDataByTime(binf.getBattgroupId(),stic.getTestStartTime(),stic.getTestEndTime());
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if(tinf==null){
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res.setRealCap(0f);
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res.setPrecentCap("0");
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res.setCapperformance(Capperformance.getValue(Capperformance.BATTSTATE_3.getStateId()));
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res.setStopReason("--");
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continue;
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}
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res.setStopReason(StopReasonEnum.getValue(tinf.getTestStoptype()));
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Float moncapStd=binf.getMoncapstd();
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int hourRate = BattCapFactory.GetHourRate(tinf.getTestCap(), tinf.getTestCurr());
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Float grouprealCap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(), tinf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Real);
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//Float restCap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(), tinf.getMinMonvol(), tinf.getGroupVol(), BattCapFactory.CapType_Rest);
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res.setRealCap(grouprealCap);
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if(grouprealCap>=moncapStd*badValue){
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res.setCapperformance(Capperformance.getValue(Capperformance.BATTSTATE_1.getStateId()));
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}
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if(grouprealCap<=moncapStd*damageValue){
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res.setCapperformance(Capperformance.getValue(Capperformance.BATTSTATE_3.getStateId()));
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}
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if((grouprealCap>moncapStd*damageValue)&&(grouprealCap<moncapStd*badValue)){
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res.setCapperformance(Capperformance.getValue(Capperformance.BATTSTATE_2.getStateId()));
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}
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//保留5位小数
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String precentCap = String.format("%.5f",(grouprealCap/binf.getMoncapstd()*100));
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//评分的逻辑
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res.setScore(0f);
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res.setPrecentCap(precentCap);
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if(stic.getPerformance()==null){
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reslist.add(res);
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}else{
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if(res.getCapperformance().equals(Capperformance.getValue(stic.getPerformance()))){
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reslist.add(res);
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}
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}
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}
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PageInfo pageInfo=PageInfoUtils.list2PageInfo(reslist, stic.getPageNum(), stic.getPageSize());
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return new Response().setII(1,reslist.size()>0,pageInfo,"蓄电池组对比分析界面（不同品牌同一时间）");
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}
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//蓄电池组对比分析界面（同一品牌不同时间）(1.2.17)
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public Response getBattCompare17Statistic(BattCompareStic stic) {
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//获取核容优劣，损坏参数
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List<AppParam> paramList=appParamService.getHrParam();
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Float badValue=0f;
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Float damageValue=0f;
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if(paramList!=null){
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for (AppParam param:paramList) {
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if(param.getParamNamePsx().equals("batt_mon_deteriorate_val")){
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badValue=param.getParamValue();
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}
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if(param.getParamNamePsx().equals("batt_mon_damage_val")){
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damageValue=param.getParamValue();
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}
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}
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}
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//1查询符合条件的电池组
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List<BattInf> binfList=battInfService.getBattCompare15Statistic(stic);
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if(binfList==null||binfList.size()==0){
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return new Response().set(1,false,"当前用户未管理满足条件的电池组");
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}
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List<SticCompare17Res> reslist=new ArrayList<>();
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for (BattInf binf:binfList) {
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//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)
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BatttestdataInf tinf =getLastStandardTestDataByTime(binf.getBattgroupId(),stic.getTestStartTime(),stic.getTestEndTime());
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if(tinf==null){
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//不存在放电记录则默认为实际预估容量全为0
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setSticCompare17Res(binf,reslist,stic.getPerformance());
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continue;
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}
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//找这次放电的最后一笔数据
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List<BatttestdataId> idDataList=battTestdataIdService.getLastDataByBattgroupId(tinf.getBattgroupId(),tinf.getTestRecordCount(),tinf.getRecordNum());
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if(idDataList==null||idDataList.size()==0){
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//不存在放电记录则默认为实际预估容量全为0
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setSticCompare17Res(binf,reslist,stic.getPerformance());
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continue;
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}
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Float moncapStd=binf.getMoncapstd();
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int hourRate = BattCapFactory.GetHourRate(tinf.getTestCap(), tinf.getTestCurr());
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for (BatttestdataId data:idDataList) {//求单体的 实际容量，最小值就是单体的单体电压
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SticCompare17Res res=new SticCompare17Res();
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res.setProvice(binf.getProvice());
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res.setCity(binf.getCity());
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res.setCountry(binf.getCountry());
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res.setStationName(binf.getStationName());
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res.setDevName(binf.getDevName());
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res.setBattgroupName(binf.getBattgroupName());
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res.setProduct(binf.getProduct());
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res.setInuseTime(binf.getInuseTime());
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res.setMonvolstd(binf.getMonvolstd());
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res.setMonNum(data.getMonNum());
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res.setStationId(binf.getStationId());
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res.setPowerId(binf.getPowerId());
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res.setDevId(binf.getDevId());
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res.setBattgroupId(binf.getBattgroupId());
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Float monrealCap = (float) BattCapFactory.GetMonomerCap(tinf.getTestCap(), hourRate, tinf.getTestCap(), tinf.getMaxMonvol(), data.getMonVol(), tinf.getGroupVol(), BattCapFactory.CapType_Real);
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res.setMonrealCap(monrealCap);
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//保留5位小数
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String monprecentCap = String.format("%.5f",(monrealCap/binf.getMoncapstd()*100));
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res.setMonprecentCap(monprecentCap);
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if(monrealCap>=moncapStd*badValue){
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res.setMoncapperformance(Capperformance.getValue(Capperformance.BATTSTATE_1.getStateId()));
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}
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if (monrealCap <= moncapStd * damageValue) {//损坏的
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res.setMoncapperformance(Capperformance.getValue(Capperformance.BATTSTATE_3.getStateId()));
|
}
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if((monrealCap>moncapStd*damageValue)&&(monrealCap<moncapStd*badValue)){
|
res.setMoncapperformance(Capperformance.getValue(Capperformance.BATTSTATE_2.getStateId()));
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}
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if(stic.getPerformance()==null){
|
reslist.add(res);
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}else{
|
if(res.getMoncapperformance().equals(Capperformance.getValue(stic.getPerformance()))){
|
reslist.add(res);
|
}
|
}
|
}
|
}
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PageInfo pageInfo=PageInfoUtils.list2PageInfo(reslist, stic.getPageNum(), stic.getPageSize());
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return new Response().setII(1,reslist.size()>0,pageInfo,"蓄电池组对比分析界面（同一品牌同一时间）");
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}
|
//不存在放电记录则默认为实际预估容量全为0
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private void setSticCompare17Res( BattInf binf, List<SticCompare17Res> reslist,Integer performance) {
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for (int i=0;i<binf.getMoncount();i++){
|
SticCompare17Res res=new SticCompare17Res();
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res.setProvice(binf.getProvice());
|
res.setCity(binf.getCity());
|
res.setCountry(binf.getCountry());
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res.setStationName(binf.getStationName());
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res.setDevName(binf.getDevName());
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res.setBattgroupName(binf.getBattgroupName());
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res.setProduct(binf.getProduct());
|
res.setInuseTime(binf.getInuseTime());
|
res.setMonvolstd(binf.getMonvolstd());
|
res.setStationId(binf.getStationId());
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res.setPowerId(binf.getPowerId());
|
res.setDevId(binf.getDevId());
|
res.setBattgroupId(binf.getBattgroupId());
|
res.setMonNum(i+1);
|
res.setMonrealCap(0f);
|
res.setMonprecentCap("0");
|
res.setMoncapperformance(Capperformance.getValue(Capperformance.BATTSTATE_3.getStateId()));
|
if(performance==null){
|
reslist.add(res);
|
}else{
|
if(res.getMoncapperformance().equals(Capperformance.getValue(performance))){
|
reslist.add(res);
|
}
|
}
|
}
|
}
|
}
|
