usky-power/fiveep-service/src/main/java/com/bizmatics/service/impl/RtAnalogDataServiceImpl.java

package com.bizmatics.service.impl;

import cn.afterturn.easypoi.excel.ExcelExportUtil;
import cn.afterturn.easypoi.excel.entity.ExportParams;
import cn.afterturn.easypoi.excel.entity.params.ExcelExportEntity;
import com.baomidou.mybatisplus.core.conditions.query.LambdaQueryWrapper;
import com.baomidou.mybatisplus.core.toolkit.CollectionUtils;
import com.baomidou.mybatisplus.core.toolkit.Wrappers;
import com.bizmatics.common.core.exception.BusinessException;
import com.bizmatics.common.core.util.*;
import com.bizmatics.common.mvc.base.AbstractCrudService;
import com.bizmatics.common.spring.util.GlobalUtils;
import com.bizmatics.model.*;
import com.bizmatics.model.vo.EvaluationReporVo;
import com.bizmatics.persistence.mapper.RtAnalogDataMapper;
import com.bizmatics.service.DeviceAttributeService;
import com.bizmatics.service.DeviceService;
import com.bizmatics.service.RtAnalogDataService;
import com.bizmatics.service.SiteDynamicPropertiesService;
import com.bizmatics.service.util.SecurityUtils;
import com.bizmatics.service.vo.RadCountVO;
import com.bizmatics.service.vo.RealScoreOneVO;
import com.bizmatics.service.vo.RealScoreVO;
import org.apache.commons.lang3.ArrayUtils;
import org.apache.poi.ss.usermodel.Workbook;
import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.stereotype.Service;

import java.io.File;
import java.io.FileNotFoundException;
import java.io.FileOutputStream;
import java.io.IOException;
import java.text.DateFormat;
import java.text.SimpleDateFormat;
import java.util.*;
import java.util.concurrent.atomic.AtomicReference;

/**
 * <p>
 * 服务实现类
 * </p>
 *
 * @author ya
 * @since 2021-07-07
 */
@Service
public class RtAnalogDataServiceImpl extends AbstractCrudService<RtAnalogDataMapper, RtAnalogData> implements RtAnalogDataService {


    @Autowired
    private DeviceService deviceService;
    @Autowired
    private SiteDynamicPropertiesService siteDynamicPropertiesService;
    @Autowired
    private DeviceAttributeService deviceAttributeService;


    @Override
    public RadCountVO selectCount() {
        Integer userId = SecurityUtils.getLoginUser().getUser().getUserId().intValue();
        AtomicReference<Integer> heavyLoad = new AtomicReference<>(0);
        AtomicReference<Integer> easyLoad = new AtomicReference<>(0);
        AtomicReference<Integer> norMalLoad = new AtomicReference<>(0);
        AtomicReference<Integer> count = new AtomicReference<>(0);
        List<Device> deviceList = deviceService.list(userId, null, null, null, null, null);
        List<RtAnalogData> list = baseMapper.list(userId);
        for (Device device : deviceList) {
            list.stream()
                    .filter(rtAnalogData -> device.getDeviceCode().equals(rtAnalogData.getDeviceName())).findAny()
                    .ifPresent(rtAnalogData -> {
                        String installedCapacity = device.getInstalledCapacity();
                        double installedCapacityDouble = 0.00;
                        if (StringUtils.isNotBlank(installedCapacity)) {
                            installedCapacityDouble = Double.parseDouble(installedCapacity);
                            if (installedCapacityDouble > 0) {
                                installedCapacityDouble = Arith.div(rtAnalogData.getP(), installedCapacityDouble);
                            }
                        }
                        if (installedCapacityDouble < 0.4) {
                            easyLoad.getAndSet(easyLoad.get() + 1);
                        } else if (installedCapacityDouble >= 0.4 && installedCapacityDouble <= 0.8) {
                            norMalLoad.getAndSet(norMalLoad.get() + 1);
                        } else {
                            heavyLoad.getAndSet(heavyLoad.get() + 1);
                        }
                        count.getAndSet(count.get() + 1);
                    });

        }
        RadCountVO radCountVO = new RadCountVO();
        radCountVO.setHeavyLoad(subRadio(heavyLoad.get(), count.get()));
        radCountVO.setEasyLoad(subRadio(easyLoad.get(), count.get()));
        radCountVO.setNorMalLoad(Arith.sub(1, Arith.add(radCountVO.getEasyLoad(), radCountVO.getHeavyLoad())));
        return radCountVO;
    }

    public Double subRadio(Integer typeCount, Integer count) {
        return Optional.of(count).filter(total -> total != 0).map(sub -> Arith.div(typeCount, sub)).orElse(0.00);
    }


    public String addUnitOne(String name) {
        if (name.endsWith("电压")) {
            return "V";
        } else if (name.endsWith("电流")) {
            return "A";
        } else if (name.endsWith("温度")) {
            return "℃";
        } else if (name.endsWith("频率")) {
            return "Hz";
        } else if (name.endsWith("有功功率") || name.endsWith("需量")) {
            return "KW";
        } else if (name.endsWith("无功功率")) {
            return "KVar";
        } else if (name.endsWith("不平衡度") || name.endsWith("电压畸变率")) {
            return "%";
        } else if (name.endsWith("次数")) {
            return "次";
        } else if (name.endsWith("电度") || name.endsWith("有功")) {
            return "KWh";
        } else if (name.endsWith("THD")) {
            return "%";
        }
        return "";
    }

    @Override
    public List<Map<String, Object>> getOne(Integer siteId) {
        List<Map<String, Object>> list = new ArrayList<>();
        Map<String, Object> radMap = baseMapper.getOneMap(siteId);
        Optional.ofNullable(radMap).ifPresent(rad -> {
            for (String name : rad.keySet()) {
                Map<String, Object> map = new HashMap<>();
                map.put("name", name);
                map.put("value", rad.get(name) + "" + addUnitOne(name));
                list.add(map);
            }
        });
        return list;
    }

    @Override
    public Double getEpLoad(Integer siteId) {
        Integer userId = SecurityUtils.getLoginUser().getUser().getUserId().intValue();
        return baseMapper.selectTotalLoad(userId, siteId);
    }

    @Override
    public RealScoreVO realScore(String deviceCode) {
        LambdaQueryWrapper<RtAnalogData> queryWrapper = Wrappers.lambdaQuery();
        queryWrapper.eq(RtAnalogData::getDeviceName, deviceCode);
        RtAnalogData rtAnalogData = getOne(queryWrapper);
        Optional.ofNullable(rtAnalogData).orElseThrow(() -> new BusinessException("设备实时信息不存在"));
        //查询设备
        LambdaQueryWrapper<Device> deviceQuery = Wrappers.lambdaQuery();
        deviceQuery.eq(Device::getDeviceCode, deviceCode);
        Device device = deviceService.getOne(deviceQuery);
        Optional.ofNullable(device).orElseThrow(() -> new BusinessException("设备不存在"));
        //查询sd
        LambdaQueryWrapper<SiteDynamicProperties> sdQuery = Wrappers.lambdaQuery();
        sdQuery.eq(SiteDynamicProperties::getSiteId, device.getSiteId());
        SiteDynamicProperties siteDynamicProperties = siteDynamicPropertiesService.getOne(sdQuery);
        Optional.ofNullable(siteDynamicProperties).orElseThrow(() -> new BusinessException("sd不存在"));
        LambdaQueryWrapper<DeviceAttribute> adQuery = Wrappers.lambdaQuery();
        adQuery.eq(DeviceAttribute::getSiteId, device.getSiteId());
        List<DeviceAttribute> deviceAttributes = deviceAttributeService.list(adQuery);
        if (CollectionUtils.isEmpty(deviceAttributes)) {
            throw new BusinessException("da不存在");
        }
        DeviceAttribute deviceAttribute = deviceAttributes.stream().min(Comparator.comparing(DeviceAttribute::getId)).get();
        return fillRealScoreData(rtAnalogData, siteDynamicProperties, deviceAttribute);
    }

    @Override
    public RealScoreOneVO realScoreOne(String deviceCode) {
        LambdaQueryWrapper<RtAnalogData> queryWrapper = Wrappers.lambdaQuery();
        queryWrapper.eq(RtAnalogData::getDeviceName, deviceCode);
        RtAnalogData rtAnalogData = getOne(queryWrapper);
        Optional.ofNullable(rtAnalogData).orElseThrow(() -> new BusinessException("设备实时信息不存在"));
        //查询设备
        LambdaQueryWrapper<Device> deviceQuery = Wrappers.lambdaQuery();
        deviceQuery.eq(Device::getDeviceCode, deviceCode);
        Device device = deviceService.getOne(deviceQuery);
        Optional.ofNullable(device).orElseThrow(() -> new BusinessException("设备不存在"));
        //查询sd
        LambdaQueryWrapper<SiteDynamicProperties> sdQuery = Wrappers.lambdaQuery();
        sdQuery.eq(SiteDynamicProperties::getSiteId, device.getSiteId());
        SiteDynamicProperties siteDynamicProperties = siteDynamicPropertiesService.getOne(sdQuery);
        Optional.ofNullable(siteDynamicProperties).orElseThrow(() -> new BusinessException("sd不存在"));
        return fillRealScoreDataOne(rtAnalogData, siteDynamicProperties);
    }

    @Override
    public RealScoreOneVO fillRealScoreDataOne(RtAnalogData rtAnalogData, SiteDynamicProperties siteDynamicProperties) {
        List<Double> checkList = new ArrayList<>();
        RealScoreOneVO realScoreVo = BeanMapperUtils.map(rtAnalogData, RealScoreOneVO.class);

        checkList.add(realScoreVo.getIa());
        checkList.add(realScoreVo.getIb());
        checkList.add(realScoreVo.getIc());

        //电流不平衡
        realScoreVo.setElBalun(checkBalun(checkList));

        checkList.clear();
        checkList.add(realScoreVo.getUa());
        checkList.add(realScoreVo.getUb());
        checkList.add(realScoreVo.getUc());
        //ABC三相电压占比
        Double max = checkList.stream().max(Double::compareTo).get();
        if (max == 0.00) {
            realScoreVo.setUaPercentage(0.00);
            realScoreVo.setUbPercentage(0.00);
            realScoreVo.setUcPercentage(0.00);
        } else {
            realScoreVo.setUaPercentage(Arith.div(realScoreVo.getUa(), (max / 100 * 20 + max) * 100));
            realScoreVo.setUbPercentage(Arith.div(realScoreVo.getUb(), (max / 100 * 20 + max) * 100));
            realScoreVo.setUcPercentage(Arith.div(realScoreVo.getUc(), (max / 100 * 20 + max) * 100));
        }


        //电压不平衡
        realScoreVo.setVtBalun(checkBalun(checkList));
        //当前频率
        realScoreVo.setF(realScoreVo.getF());
        //频率偏差
        if (realScoreVo.getF() == 0.00) {
            realScoreVo.setFdeviation(0.00);
        } else {
            checkList.clear();
            checkList.add(50.00);
            checkList.add(realScoreVo.getF());
            Double max1 = checkList.stream().max(Double::compareTo).get();
            Double min1 = checkList.stream().min(Double::compareTo).get();
            realScoreVo.setFdeviation(Arith.sub(max1, min1) / 50 * 100);
        }
        if (realScoreVo.getP() == 0.00) {
            realScoreVo.setPpercentage(0.00);
        } else {
            realScoreVo.setPpercentage(Arith.div(realScoreVo.getP(), realScoreVo.getP() / 100 * 20 + realScoreVo.getP()));
        }
        if (realScoreVo.getQ() == 0.00) {
            realScoreVo.setQpercentage(0.00);
        } else {
            realScoreVo.setQpercentage(Arith.div(realScoreVo.getQ(), realScoreVo.getQ() / 100 * 20 + realScoreVo.getQ()));
        }

        realScoreVo.setVoltageLevel(siteDynamicProperties.getVoltageLevel());
        return realScoreVo;
    }

    /**
     * 填充实时数据
     */
    @Override
    public RealScoreVO fillRealScoreData(RtAnalogData rtAnalogData, SiteDynamicProperties siteDynamicProperties, DeviceAttribute deviceAttribute) {
        List<Double> checkList = new ArrayList<>();
        Integer score = 0;
        RealScoreVO realScoreVo = BeanMapperUtils.map(rtAnalogData, RealScoreVO.class);
        if (null == realScoreVo.getCos()) {
            realScoreVo.setCos(0.00);
        }
        checkList.add(realScoreVo.getIa());
        checkList.add(realScoreVo.getIb());
        checkList.add(realScoreVo.getIc());
        //电流不平衡
        realScoreVo.setElBalun(checkBalun(checkList));
        checkList.clear();
        checkList.add(realScoreVo.getUa());
        checkList.add(realScoreVo.getUb());
        checkList.add(realScoreVo.getUc());
        //电压不平衡
        realScoreVo.setVtBalun(checkBalun(checkList));
        //电压合格率
        double voltageLevel = Double.parseDouble(siteDynamicProperties.getVoltageLevel());
        realScoreVo.setUaQualified(Arith.sub(rtAnalogData.getUa(), voltageLevel));
        realScoreVo.setUbQualified(Arith.sub(rtAnalogData.getUb(), voltageLevel));
        realScoreVo.setUcQualified(Arith.sub(rtAnalogData.getUc(), voltageLevel));
        //电流负载率
        Double ratedCurrent = deviceAttribute.getRatedCurrent();
        realScoreVo.setIaLoad(Arith.div(realScoreVo.getIa(), ratedCurrent));
        realScoreVo.setIbLoad(Arith.div(realScoreVo.getIb(), ratedCurrent));
        realScoreVo.setIcLoad(Arith.div(realScoreVo.getIc(), ratedCurrent));
        //计算分数
        //电压分数
        realScoreVo.setUaQ(computeUScore(realScoreVo.getUaQualified(), voltageLevel));
        realScoreVo.setUbQ(computeUScore(realScoreVo.getUbQualified(), voltageLevel));
        realScoreVo.setUcQ(computeUScore(realScoreVo.getUcQualified(), voltageLevel));
        if (realScoreVo.getUaQ() && realScoreVo.getUbQ() && realScoreVo.getUcQ()) {
            realScoreVo.setUQ(true);
            score += 20;
        } else {
            realScoreVo.setUQ(false);
        }
        //电流分数
        realScoreVo.setIaLoadQ(realScoreVo.getIaLoad() <= 0.8);
        realScoreVo.setIbLoadQ(realScoreVo.getIbLoad() <= 0.8);
        realScoreVo.setIcLoadQ(realScoreVo.getIcLoad() <= 0.8);
        if (realScoreVo.getIaLoadQ() && realScoreVo.getIbLoadQ() && realScoreVo.getIcLoadQ()) {
            realScoreVo.setILoadQ(true);
            score += 20;
        } else {
            realScoreVo.setILoadQ(false);
        }
        //电压平衡分数
        realScoreVo.setElBalunQ(realScoreVo.getElBalun() <= 0.15);
        if (realScoreVo.getElBalunQ()) {
            score += 20;
        }
        //电流平衡分数
        realScoreVo.setVtBalunQ(realScoreVo.getVtBalun() <= 0.15);
        if (realScoreVo.getVtBalunQ()) {
            score += 20;
        }
        //功率
        realScoreVo.setCosQ(realScoreVo.getCos() <= 0.15);
        if (realScoreVo.getCosQ()) {
            score += 20;
        }
        realScoreVo.setScore(score);
        return realScoreVo;
    }

    /**
     * 计算电压分数
     *
     * @return
     */
    public Boolean computeUScore(Double qualified, Double voltageLevel) {
        double mul = Arith.mul(qualified, voltageLevel);
        if (mul <= 0.07 && mul >= -0.07) {
            return true;
        }
        return false;
    }


    /**
     * 计算电流/电压不平衡
     *
     * @param list
     * @return
     */
    public Double checkBalun(List<Double> list) {
        long count = list.stream().filter(code -> 0.00 == code).count();
        if (3 == count) {
            return 0.00;
        }
        Double max = list.stream().max(Double::compareTo).get();
        Double min = list.stream().min(Double::compareTo).get();
        return Arith.div(Arith.sub(max, min), max);
    }

    /**
     * 添加数据单位
     *
     * @return
     */
    public String addUnit(String name, String value) {
        if (name.endsWith("电压")) {
            return value + "V";
        } else if (name.endsWith("电流")) {
            return value + "A";
        } else if (name.endsWith("温度")) {
            return value + "C";
        } else if (name.endsWith("频率")) {
            return value + "Hz";
        } else if (name.endsWith("有功功率") || name.endsWith("需量")) {
            return value + "KW";
        } else if (name.endsWith("无功功率")) {
            return value + "KVar";
        } else if (name.endsWith("不平衡度") || name.endsWith("电压畸变率")) {
            return value + "%";
        } else if (name.endsWith("次数")) {
            return value + "次";
        } else if (name.endsWith("电度") || name.endsWith("有功")) {
            return value + "KWh";
        }
        return value;
    }

    @Override
    public List<Map<String, Object>> getDataReport(Integer siteId, Date startTime, Date endTime, String queryType) {
        List<Map<String, Object>> list = new ArrayList<>();
        List<HtAnalogData> rtAnalogDataList = null;
        long diff = endTime.getTime() - startTime.getTime();
        long days = diff / (1000 * 60 * 60);

        if (days <= 24) {
            rtAnalogDataList = baseMapper.getDataReportMap(siteId, startTime, endTime);
        } else if (days < 360 && days > 24) {
            List<Device> device_list = baseMapper.getDeviceListMap(siteId);
            rtAnalogDataList = baseMapper.getDataReportMMap(device_list, startTime, endTime);
        } else if (days >= 360) {
            List<Device> device_list = baseMapper.getDeviceListMap(siteId);
            rtAnalogDataList = baseMapper.getDataReportDMap(device_list, startTime, endTime);
        }
        String[] result = queryType.split(",");
        if (rtAnalogDataList.size() > 0) {
            rtAnalogDataList.forEach(rtAnalogData -> {
                Map<String, Object> map = new HashMap<>();
                if (ArrayUtils.contains(result, "I")) {
                    map.put("Ia", rtAnalogData.getIa());
                    map.put("Ib", rtAnalogData.getIb());
                    map.put("Ic", rtAnalogData.getIc());
                    if (ArrayUtils.contains(result, "P")) {
                        map.put("P", rtAnalogData.getP());
                        map.put("Q", rtAnalogData.getQ());
                        map.put("Pa", rtAnalogData.getPa());
                        map.put("Pb", rtAnalogData.getPb());
                        map.put("Pc", rtAnalogData.getPc());
                        map.put("Qa", rtAnalogData.getQa());
                        map.put("Qb", rtAnalogData.getQb());
                        map.put("Qc", rtAnalogData.getQc());
                        map.put("Demand", rtAnalogData.getDemand());
                        if (ArrayUtils.contains(result, "KWh")) {
                            map.put("Epn", rtAnalogData.getEpn());
                            map.put("Epp", rtAnalogData.getEpp());
                            map.put("Eqn", rtAnalogData.getEqn());
                            map.put("Eqp", rtAnalogData.getEqp());
                            if (ArrayUtils.contains(result, "V")) {
                                map.put("Ua", rtAnalogData.getUa());
                                map.put("Ub", rtAnalogData.getUb());
                                map.put("Uc", rtAnalogData.getUc());
                                map.put("Uab", rtAnalogData.getUab());
                                map.put("Ubc", rtAnalogData.getUbc());
                                map.put("Uca", rtAnalogData.getUca());
                                map.put("Ul", rtAnalogData.getUl());
                                if (ArrayUtils.contains(result, "C")) {
                                    map.put("T1", rtAnalogData.getT1());
                                    map.put("T2", rtAnalogData.getT2());
                                    map.put("T3", rtAnalogData.getT3());
                                    map.put("T4", rtAnalogData.getT4());
                                    map.put("DeviceTemp", rtAnalogData.getDeviceTemp());
                                    if (ArrayUtils.contains(result, "HZ")) {
                                        map.put("F", rtAnalogData.getF());
                                        if (ArrayUtils.contains(result, "PS")) {
                                            map.put("COSa", rtAnalogData.getCOSa());
                                            map.put("COSb", rtAnalogData.getCOSb());
                                            map.put("COSc", rtAnalogData.getCOSc());
                                            map.put("COS", rtAnalogData.getCos());
                                            if (ArrayUtils.contains(result, "RMS")) {
                                                map.put("IHa", rtAnalogData.getIHa());
                                                map.put("IHb", rtAnalogData.getIHb());
                                                map.put("IHc", rtAnalogData.getIHc());
                                                if (ArrayUtils.contains(result, "DDB")) {
                                                    map.put("SignalIntensity", rtAnalogData.getSignalIntensity());
                                                    if (ArrayUtils.contains(result, "VT")) {
                                                        map.put("Upt", rtAnalogData.getUpt());
                                                        map.put("Udt", rtAnalogData.getUdt());
                                                        map.put("Ust", rtAnalogData.getUst());
                                                    }
                                                }
                                            }
                                        }
                                    }
                                }
                            }
                        }
                    }
                }
                if (days <= 24) {
                    map.put("dataTime", DateUtils.format(rtAnalogData.getDataTime(), "MM-dd HH:mm"));
                } else if (days < 360 && days > 24) {
                    map.put("dataTime", DateUtils.format(rtAnalogData.getDataTime(), "MM-dd HH:mm"));
                } else if (days >= 360) {
                    map.put("dataTime", DateUtils.format(rtAnalogData.getDataTime(), DateUtils.PARSE_PATTERNS[8]));
                }
                list.add(map);
            });
        }
        return list;
    }

    @Override
    public List<Map<String, Object>> getHistoricalCurve(Integer siteId, Date startTime, Date endTime, String queryType) {
        List<Map<String, Object>> list = new ArrayList<>();
        List<Map<String, Object>> listdataTime = new ArrayList<>();
        List<Map<String, Object>> list1 = new ArrayList<>();
        List<Map<String, Object>> list2 = new ArrayList<>();
        List<Map<String, Object>> list3 = new ArrayList<>();
        List<Map<String, Object>> list4 = new ArrayList<>();
        List<Map<String, Object>> list5 = new ArrayList<>();
        List<Map<String, Object>> list6 = new ArrayList<>();
        List<Map<String, Object>> list7 = new ArrayList<>();
        List<Map<String, Object>> list8 = new ArrayList<>();
        List<Map<String, Object>> list9 = new ArrayList<>();
        List<HtAnalogData> rtAnalogDataList = null;
        long diff = endTime.getTime() - startTime.getTime();
        long days = diff / (1000 * 60 * 60);

        if (days <= 24) {
            rtAnalogDataList = baseMapper.getDataReportMap(siteId, startTime, endTime);
        } else if (days < 360 && days > 24) {
            List<Device> device_list = baseMapper.getDeviceListMap(siteId);
            rtAnalogDataList = baseMapper.getDataReportMMap(device_list, startTime, endTime);
        } else if (days >= 360) {
            List<Device> device_list = baseMapper.getDeviceListMap(siteId);
            rtAnalogDataList = baseMapper.getDataReportDMap(device_list, startTime, endTime);
        }
        String[] result = queryType.split(",");
        if (rtAnalogDataList.size() > 0) {
            Map<String, Object> mapIe1 = new HashMap<>();
            Map<String, Object> mapIe2 = new HashMap<>();
            Map<String, Object> mapIe3 = new HashMap<>();
            Map<String, Object> mapIe4 = new HashMap<>();
            Map<String, Object> mapIe5 = new HashMap<>();
            Map<String, Object> mapIe6 = new HashMap<>();
            Map<String, Object> mapIe7 = new HashMap<>();
            Map<String, Object> mapIe8 = new HashMap<>();
            Map<String, Object> mapIe9 = new HashMap<>();
            for (int i = 0; i < rtAnalogDataList.size(); i++) {
                Map<String, Object> map = new HashMap<>();
                Map<String, Object> map1 = new HashMap<>();
                Map<String, Object> map2 = new HashMap<>();
                Map<String, Object> map3 = new HashMap<>();
                Map<String, Object> map4 = new HashMap<>();
                Map<String, Object> map5 = new HashMap<>();
                Map<String, Object> map6 = new HashMap<>();
                Map<String, Object> map7 = new HashMap<>();
                Map<String, Object> map8 = new HashMap<>();
                Map<String, Object> map9 = new HashMap<>();
                HtAnalogData rtAnalogData = (HtAnalogData) rtAnalogDataList.get(i);
//                if (days<=24){
//                    map.put("dataTime",DateUtils.format(rtAnalogData.getDataTime(),"MM-dd HH:mm"));
//                }else if (days<360&&days>24){
//                    map.put("dataTime", DateUtils.format(rtAnalogData.getDataTime(),"MM-dd HH:mm"));
//                }else if (days>=360){
//                    map.put("dataTime",DateUtils.format(rtAnalogData.getDataTime(),DateUtils.PARSE_PATTERNS[8]));
//                }
                map.put("dataTime", rtAnalogData.getDataTime());

                if (ArrayUtils.contains(result, "I")) {
                    map1.put("Ia", rtAnalogData.getIa());
                    map2.put("Ib", rtAnalogData.getIb());
                    map3.put("Ic", rtAnalogData.getIc());
                } else if (ArrayUtils.contains(result, "P")) {
                    map1.put("P", rtAnalogData.getP());
                    map2.put("Q", rtAnalogData.getQ());
                    map3.put("Pa", rtAnalogData.getPa());
                    map4.put("Pb", rtAnalogData.getPb());
                    map5.put("Pc", rtAnalogData.getPc());
                    map6.put("Qa", rtAnalogData.getQa());
                    map7.put("Qb", rtAnalogData.getQb());
                    map8.put("Qc", rtAnalogData.getQc());
                    map9.put("Demand", rtAnalogData.getDemand());
                } else if (ArrayUtils.contains(result, "KWh")) {
                    map1.put("Epn", rtAnalogData.getEpn());
                    map2.put("Epp", rtAnalogData.getEpp());
                    map3.put("Eqn", rtAnalogData.getEqn());
                    map4.put("Eqp", rtAnalogData.getEqp());
                } else if (ArrayUtils.contains(result, "V")) {
                    map1.put("Ua", rtAnalogData.getUa());
                    map2.put("Ub", rtAnalogData.getUb());
                    map3.put("Uc", rtAnalogData.getUc());
                    map4.put("Uab", rtAnalogData.getUab());
                    map5.put("Ubc", rtAnalogData.getUbc());
                    map6.put("Uca", rtAnalogData.getUca());
                    map7.put("Ul", rtAnalogData.getUl());
                } else if (ArrayUtils.contains(result, "C")) {
                    map1.put("T1", rtAnalogData.getT1());
                    map2.put("T2", rtAnalogData.getT2());
                    map3.put("T3", rtAnalogData.getT3());
                    map4.put("T4", rtAnalogData.getT4());
                    map5.put("DeviceTemp", rtAnalogData.getDeviceTemp());
                } else if (ArrayUtils.contains(result, "HZ")) {
                    map1.put("F", rtAnalogData.getF());
                } else if (ArrayUtils.contains(result, "PS")) {
                    map1.put("COSa", rtAnalogData.getCOSa());
                    map2.put("COSb", rtAnalogData.getCOSb());
                    map3.put("COSc", rtAnalogData.getCOSc());
                    map4.put("COS", rtAnalogData.getCos());
                } else if (ArrayUtils.contains(result, "RMS")) {
                    map1.put("IHa", rtAnalogData.getIHa());
                    map2.put("IHb", rtAnalogData.getIHb());
                    map3.put("IHc", rtAnalogData.getIHc());
                } else if (ArrayUtils.contains(result, "DDB")) {
                    map1.put("SignalIntensity", rtAnalogData.getSignalIntensity());
                } else if (ArrayUtils.contains(result, "VT")) {
                    map1.put("Upt", rtAnalogData.getUpt());
                    map2.put("Udt", rtAnalogData.getUdt());
                    map3.put("Ust", rtAnalogData.getUst());
                }
                listdataTime.add(map);
                list1.add(map1);
                list2.add(map2);
                list3.add(map3);
                list4.add(map4);
                list5.add(map5);
                list6.add(map6);
                list7.add(map7);
                list8.add(map8);
                list9.add(map9);
            }
            Object arre1[][] = new Object[listdataTime.size()][2];
            Object arre2[][] = new Object[listdataTime.size()][2];
            Object arre3[][] = new Object[listdataTime.size()][2];
            Object arre4[][] = new Object[listdataTime.size()][2];
            Object arre5[][] = new Object[listdataTime.size()][2];
            Object arre6[][] = new Object[listdataTime.size()][2];
            Object arre7[][] = new Object[listdataTime.size()][2];
            Object arre8[][] = new Object[listdataTime.size()][2];
            Object arre9[][] = new Object[listdataTime.size()][2];

            if (ArrayUtils.contains(result, "I")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("Ia");
                    arre2[i][0] = listdataTime.get(i).get("dataTime");
                    arre2[i][1] = list2.get(i).get("Ib");
                    arre3[i][0] = listdataTime.get(i).get("dataTime");
                    arre3[i][1] = list3.get(i).get("Ic");
                }
                mapIe1.put("name", "A相电流");
                mapIe1.put("arr", arre1);
                mapIe2.put("name", "B相电流");
                mapIe2.put("arr", arre2);
                mapIe3.put("name", "C相电流");
                mapIe3.put("arr", arre3);
                list.add(mapIe1);
                list.add(mapIe2);
                list.add(mapIe3);
            } else if (ArrayUtils.contains(result, "P")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("P");
                    arre2[i][0] = listdataTime.get(i).get("dataTime");
                    arre2[i][1] = list2.get(i).get("Q");
                    arre3[i][0] = listdataTime.get(i).get("dataTime");
                    arre3[i][1] = list3.get(i).get("Pa");
                    arre4[i][0] = listdataTime.get(i).get("dataTime");
                    arre4[i][1] = list4.get(i).get("Pb");
                    arre5[i][0] = listdataTime.get(i).get("dataTime");
                    arre5[i][1] = list5.get(i).get("Pc");
                    arre6[i][0] = listdataTime.get(i).get("dataTime");
                    arre6[i][1] = list6.get(i).get("Qa");
                    arre7[i][0] = listdataTime.get(i).get("dataTime");
                    arre7[i][1] = list7.get(i).get("Qb");
                    arre8[i][0] = listdataTime.get(i).get("dataTime");
                    arre8[i][1] = list8.get(i).get("Qc");
                    arre9[i][0] = listdataTime.get(i).get("dataTime");
                    arre9[i][1] = list9.get(i).get("Demand");
                }
                mapIe1.put("name", "总有功功率");
                mapIe1.put("arr", arre1);
                mapIe2.put("name", "总无功功率");
                mapIe2.put("arr", arre2);
                mapIe3.put("name", "A相有功功率");
                mapIe3.put("arr", arre3);
                mapIe4.put("name", "B相有功功率");
                mapIe4.put("arr", arre4);
                mapIe5.put("name", "C相有功功率");
                mapIe5.put("arr", arre5);
                mapIe6.put("name", "A相无功功率");
                mapIe6.put("arr", arre6);
                mapIe7.put("name", "B相无功功率");
                mapIe7.put("arr", arre7);
                mapIe8.put("name", "C相无功功率");
                mapIe8.put("arr", arre8);
                mapIe9.put("name", "实时需量");
                mapIe9.put("arr", arre9);
                list.add(mapIe1);
                list.add(mapIe2);
                list.add(mapIe3);
                list.add(mapIe4);
                list.add(mapIe5);
                list.add(mapIe6);
                list.add(mapIe7);
                list.add(mapIe8);
                list.add(mapIe9);
            } else if (ArrayUtils.contains(result, "KWh")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("Epn");
                    arre2[i][0] = listdataTime.get(i).get("dataTime");
                    arre2[i][1] = list2.get(i).get("Epp");
                    arre3[i][0] = listdataTime.get(i).get("dataTime");
                    arre3[i][1] = list3.get(i).get("Eqn");
                    arre4[i][0] = listdataTime.get(i).get("dataTime");
                    arre4[i][1] = list4.get(i).get("Eqp");
                }
                mapIe1.put("name", "负有功电度");
                mapIe1.put("arr", arre1);
                mapIe2.put("name", "正有功电度");
                mapIe2.put("arr", arre2);
                mapIe3.put("name", "负无功电度");
                mapIe3.put("arr", arre3);
                mapIe4.put("name", "正无功电度");
                mapIe4.put("arr", arre4);
                list.add(mapIe1);
                list.add(mapIe2);
                list.add(mapIe3);
                list.add(mapIe4);
            } else if (ArrayUtils.contains(result, "V")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("Ua");
                    arre2[i][0] = listdataTime.get(i).get("dataTime");
                    arre2[i][1] = list2.get(i).get("Ub");
                    arre3[i][0] = listdataTime.get(i).get("dataTime");
                    arre3[i][1] = list3.get(i).get("Uc");
                    arre4[i][0] = listdataTime.get(i).get("dataTime");
                    arre4[i][1] = list4.get(i).get("Uab");
                    arre5[i][0] = listdataTime.get(i).get("dataTime");
                    arre5[i][1] = list5.get(i).get("Ubc");
                    arre6[i][0] = listdataTime.get(i).get("dataTime");
                    arre6[i][1] = list6.get(i).get("Uca");
                    arre7[i][0] = listdataTime.get(i).get("dataTime");
                    arre7[i][1] = list7.get(i).get("Ul");
                }
                mapIe1.put("name", "A相电压");
                mapIe1.put("arr", arre1);
                mapIe2.put("name", "B相电压");
                mapIe2.put("arr", arre2);
                mapIe3.put("name", "C相电压");
                mapIe3.put("arr", arre3);
                mapIe4.put("name", "AB线电压");
                mapIe4.put("arr", arre4);
                mapIe5.put("name", "BC线电压");
                mapIe5.put("arr", arre5);
                mapIe6.put("name", "CA线电压");
                mapIe6.put("arr", arre6);
                mapIe7.put("name", "回路电压");
                mapIe7.put("arr", arre7);
                list.add(mapIe1);
                list.add(mapIe2);
                list.add(mapIe3);
                list.add(mapIe4);
                list.add(mapIe5);
                list.add(mapIe6);
                list.add(mapIe7);
            } else if (ArrayUtils.contains(result, "C")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("T1");
                    arre2[i][0] = listdataTime.get(i).get("dataTime");
                    arre2[i][1] = list2.get(i).get("T2");
                    arre3[i][0] = listdataTime.get(i).get("dataTime");
                    arre3[i][1] = list3.get(i).get("T3");
                    arre4[i][0] = listdataTime.get(i).get("dataTime");
                    arre4[i][1] = list4.get(i).get("T4");
                    arre5[i][0] = listdataTime.get(i).get("dataTime");
                    arre5[i][1] = list5.get(i).get("DeviceTemp");
                }
                mapIe1.put("name", "外接温度1");
                mapIe1.put("arr", arre1);
                mapIe2.put("name", "外接温度1");
                mapIe2.put("arr", arre2);
                mapIe3.put("name", "外接温度1");
                mapIe3.put("arr", arre3);
                mapIe4.put("name", "外接温度1");
                mapIe4.put("arr", arre4);
                mapIe5.put("name", "环境温度");
                mapIe5.put("arr", arre5);
                list.add(mapIe1);
                list.add(mapIe2);
                list.add(mapIe3);
                list.add(mapIe4);
                list.add(mapIe5);
            } else if (ArrayUtils.contains(result, "HZ")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("F");
                }
                mapIe1.put("name", "频率");
                mapIe1.put("arr", arre1);
                list.add(mapIe1);
            } else if (ArrayUtils.contains(result, "PS")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("COSa");
                    arre2[i][0] = listdataTime.get(i).get("dataTime");
                    arre2[i][1] = list2.get(i).get("COSb");
                    arre3[i][0] = listdataTime.get(i).get("dataTime");
                    arre3[i][1] = list3.get(i).get("COSc");
                    arre4[i][0] = listdataTime.get(i).get("dataTime");
                    arre4[i][1] = list4.get(i).get("COS");
                }
                mapIe1.put("name", "A相功率因数");
                mapIe1.put("arr", arre1);
                mapIe2.put("name", "B相功率因数");
                mapIe2.put("arr", arre2);
                mapIe3.put("name", "C相功率因数");
                mapIe3.put("arr", arre3);
                mapIe4.put("name", "功率因数");
                mapIe4.put("arr", arre4);
                list.add(mapIe1);
                list.add(mapIe2);
                list.add(mapIe3);
                list.add(mapIe4);
            } else if (ArrayUtils.contains(result, "RMS")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("IHa");
                    arre2[i][0] = listdataTime.get(i).get("dataTime");
                    arre2[i][1] = list2.get(i).get("IHb");
                    arre3[i][0] = listdataTime.get(i).get("dataTime");
                    arre3[i][1] = list3.get(i).get("IHc");
                }
                mapIe1.put("name", "Ia总谐波电流");
                mapIe1.put("arr", arre1);
                mapIe2.put("name", "Ib总谐波电流");
                mapIe2.put("arr", arre2);
                mapIe3.put("name", "Ic总谐波电流");
                mapIe3.put("arr", arre3);
                list.add(mapIe1);
                list.add(mapIe2);
                list.add(mapIe3);
            } else if (ArrayUtils.contains(result, "DDB")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("SignalIntensity");
                }
                mapIe1.put("name", "设备信号强度");
                mapIe1.put("arr", arre1);
                list.add(mapIe1);
            } else if (ArrayUtils.contains(result, "VT")) {
                for (int i = 0; i < listdataTime.size(); i++) {
                    arre1[i][0] = listdataTime.get(i).get("dataTime");
                    arre1[i][1] = list1.get(i).get("Upt");
                    arre2[i][0] = listdataTime.get(i).get("dataTime");
                    arre2[i][1] = list2.get(i).get("Udt");
                    arre3[i][0] = listdataTime.get(i).get("dataTime");
                    arre3[i][1] = list3.get(i).get("Ust");
                }
                mapIe1.put("name", "电压暂升次数");
                mapIe1.put("arr", arre1);
                mapIe2.put("name", "电压暂降次数");
                mapIe2.put("arr", arre2);
                mapIe3.put("name", "电压中断次数");
                mapIe3.put("arr", arre3);
                list.add(mapIe1);
                list.add(mapIe2);
                list.add(mapIe3);
            }
        }

        return list;
    }


    @Override
    public String DataReportExport(Integer siteId, Date startTime, Date endTime, String queryType) {
        DateFormat dFormat = new SimpleDateFormat("yyyy年MM月dd日 HH时mm分ss秒");
        Integer userId = SecurityUtils.getLoginUser().getUser().getUserId().intValue();
        Workbook workbook = null;
        File file = null;
        long diff = endTime.getTime() - startTime.getTime();
        long days = diff / (1000 * 60 * 60);
        ExportParams params = new ExportParams("数据报表", "数据报表");
        List<HtAnalogData> page1 = null;
        if (days <= 24) {
            page1 = baseMapper.getDataReportMap(siteId, startTime, endTime);
        } else if (days < 360 && days > 24) {
            List<Device> device_list = baseMapper.getDeviceListMap(siteId);
            page1 = baseMapper.getDataReportMMap(device_list, startTime, endTime);
        } else if (days >= 360) {
            List<Device> device_list = baseMapper.getDeviceListMap(siteId);
            page1 = baseMapper.getDataReportDMap(device_list, startTime, endTime);
        }
        String[] result = queryType.split(",");
        try {
            List<ExcelExportEntity> colList = new ArrayList<ExcelExportEntity>();
            ExcelExportEntity colEntity = new ExcelExportEntity("序号", "xh");
            colEntity.setNeedMerge(true);
            colList.add(colEntity);
            colEntity = new ExcelExportEntity("时间", "dataTime");
            colEntity.setNeedMerge(true);
            colList.add(colEntity);
            if (ArrayUtils.contains(result, "I")) {
                colEntity = new ExcelExportEntity("A相电流", "Ia");
                colEntity.setNeedMerge(true);
                colList.add(colEntity);
                colEntity = new ExcelExportEntity("B相电流", "Ib");
                colEntity.setNeedMerge(true);
                colList.add(colEntity);
                colEntity = new ExcelExportEntity("C相电流", "Ic");
                colEntity.setNeedMerge(true);
                colList.add(colEntity);
                if (ArrayUtils.contains(result, "P")) {
                    colEntity = new ExcelExportEntity("总有功功率", "P");
                    colEntity.setNeedMerge(true);
                    colList.add(colEntity);
                    colEntity = new ExcelExportEntity("总无功功率", "Q");
                    colEntity.setNeedMerge(true);
                    colList.add(colEntity);
                    colEntity = new ExcelExportEntity("A相有功功率", "Pa");
                    colEntity.setNeedMerge(true);
                    colList.add(colEntity);
                    colEntity = new ExcelExportEntity("B相有功功率", "Pb");
                    colEntity.setNeedMerge(true);
                    colList.add(colEntity);
                    colEntity = new ExcelExportEntity("C相有功功率", "Pc");
                    colEntity.setNeedMerge(true);
                    colList.add(colEntity);
                    colEntity = new ExcelExportEntity("A相无功功率", "Qa");
                    colEntity.setNeedMerge(true);
                    colList.add(colEntity);
                    colEntity = new ExcelExportEntity("B相无功功率", "Qb");
                    colEntity.setNeedMerge(true);
                    colList.add(colEntity);
                    colEntity = new ExcelExportEntity("C相无功功率", "Qc");
                    colEntity.setNeedMerge(true);
                    colList.add(colEntity);
                    colEntity = new ExcelExportEntity("实时需量", "Demand");
                    colEntity.setNeedMerge(true);
                    colList.add(colEntity);
                    if (ArrayUtils.contains(result, "KWh")) {
                        colEntity = new ExcelExportEntity("负有功电度", "Epn");
                        colEntity.setNeedMerge(true);
                        colList.add(colEntity);
                        colEntity = new ExcelExportEntity("正有功电度", "Epp");
                        colEntity.setNeedMerge(true);
                        colList.add(colEntity);
                        colEntity = new ExcelExportEntity("负无功电度", "Eqn");
                        colEntity.setNeedMerge(true);
                        colList.add(colEntity);
                        colEntity = new ExcelExportEntity("正无功电度", "Eqp");
                        colEntity.setNeedMerge(true);
                        colList.add(colEntity);
                        if (ArrayUtils.contains(result, "V")) {
                            colEntity = new ExcelExportEntity("A相电压", "Ua");
                            colEntity.setNeedMerge(true);
                            colList.add(colEntity);
                            colEntity = new ExcelExportEntity("B相电压", "Ub");
                            colEntity.setNeedMerge(true);
                            colList.add(colEntity);
                            colEntity = new ExcelExportEntity("C相电压", "Ub");
                            colEntity.setNeedMerge(true);
                            colList.add(colEntity);
                            colEntity = new ExcelExportEntity("AB线电压", "Uab");
                            colEntity.setNeedMerge(true);
                            colList.add(colEntity);
                            colEntity = new ExcelExportEntity("BC线电压", "Ubc");
                            colEntity.setNeedMerge(true);
                            colList.add(colEntity);
                            colEntity = new ExcelExportEntity("CA线电压", "Uca");
                            colEntity.setNeedMerge(true);
                            colList.add(colEntity);
                            colEntity = new ExcelExportEntity("回路电压", "Ul");
                            colEntity.setNeedMerge(true);
                            colList.add(colEntity);
                            if (ArrayUtils.contains(result, "C")) {
                                colEntity = new ExcelExportEntity("外接温度1", "T1");
                                colEntity.setNeedMerge(true);
                                colList.add(colEntity);
                                colEntity = new ExcelExportEntity("外接温度2", "T2");
                                colEntity.setNeedMerge(true);
                                colList.add(colEntity);
                                colEntity = new ExcelExportEntity("外接温度3", "T3");
                                colEntity.setNeedMerge(true);
                                colList.add(colEntity);
                                colEntity = new ExcelExportEntity("外接温度4", "T4");
                                colEntity.setNeedMerge(true);
                                colList.add(colEntity);
                                colEntity = new ExcelExportEntity("环境温度", "DeviceTemp");
                                colEntity.setNeedMerge(true);
                                colList.add(colEntity);
                                if (ArrayUtils.contains(result, "HZ")) {
                                    colEntity = new ExcelExportEntity("频率", "F");
                                    colEntity.setNeedMerge(true);
                                    colList.add(colEntity);
//                                    map.put("F",rtAnalogData.getF());
                                    if (ArrayUtils.contains(result, "PS")) {
                                        colEntity = new ExcelExportEntity("A相功率因数", "COSa");
                                        colEntity.setNeedMerge(true);
                                        colList.add(colEntity);
                                        colEntity = new ExcelExportEntity("B相功率因数", "COSb");
                                        colEntity.setNeedMerge(true);
                                        colList.add(colEntity);
                                        colEntity = new ExcelExportEntity("C相功率因数", "COSc");
                                        colEntity.setNeedMerge(true);
                                        colList.add(colEntity);
                                        colEntity = new ExcelExportEntity("功率因数", "COS");
                                        colEntity.setNeedMerge(true);
                                        colList.add(colEntity);
                                        if (ArrayUtils.contains(result, "RMS")) {
                                            colEntity = new ExcelExportEntity("Ia总谐波电流", "IHa");
                                            colEntity.setNeedMerge(true);
                                            colList.add(colEntity);
                                            colEntity = new ExcelExportEntity("Ib总谐波电流", "IHb");
                                            colEntity.setNeedMerge(true);
                                            colList.add(colEntity);
                                            colEntity = new ExcelExportEntity("Ic总谐波电流", "IHc");
                                            colEntity.setNeedMerge(true);
                                            colList.add(colEntity);
                                            if (ArrayUtils.contains(result, "DDB")) {
                                                colEntity = new ExcelExportEntity("设备信号强度", "SignalIntensity");
                                                colEntity.setNeedMerge(true);
                                                colList.add(colEntity);
                                                if (ArrayUtils.contains(result, "VT")) {
                                                    colEntity = new ExcelExportEntity("电压暂升次数", "Upt");
                                                    colEntity.setNeedMerge(true);
                                                    colList.add(colEntity);
                                                    colEntity = new ExcelExportEntity("电压暂降次数", "Udt");
                                                    colEntity.setNeedMerge(true);
                                                    colList.add(colEntity);
                                                    colEntity = new ExcelExportEntity("电压中断次数", "Ust");
                                                    colEntity.setNeedMerge(true);
                                                    colList.add(colEntity);
                                                }
                                            }
                                        }
                                    }
                                }
                            }
                        }
                    }
                }
            }
            List<Map<String, Object>> list = new ArrayList<Map<String, Object>>();
            for (int i = 0; i < page1.size(); i++) {
                Map<String, Object> valMap = new HashMap<String, Object>();
                valMap.put("xh", i + 1);
                if (days <= 24) {
                    valMap.put("dataTime", DateUtils.format(page1.get(i).getDataTime(), "MM-dd HH:mm"));
                } else if (days < 360 && days > 24) {
                    valMap.put("dataTime", DateUtils.format(page1.get(i).getDataTime(), "MM-dd HH:mm"));
                } else if (days >= 360) {
                    valMap.put("dataTime", DateUtils.format(page1.get(i).getDataTime(), DateUtils.PARSE_PATTERNS[8]));
                }
                if (ArrayUtils.contains(result, "I")) {
                    valMap.put("Ia", page1.get(i).getIa());
                    valMap.put("Ib", page1.get(i).getIb());
                    valMap.put("Ic", page1.get(i).getIc());
                    if (ArrayUtils.contains(result, "P")) {
                        valMap.put("P", page1.get(i).getP());
                        valMap.put("Q", page1.get(i).getQ());
                        valMap.put("Pa", page1.get(i).getPa());
                        valMap.put("Pb", page1.get(i).getPb());
                        valMap.put("Pc", page1.get(i).getPc());
                        valMap.put("Qa", page1.get(i).getQa());
                        valMap.put("Qb", page1.get(i).getQb());
                        valMap.put("Qc", page1.get(i).getQc());
                        valMap.put("Demand", page1.get(i).getDemand());
                        if (ArrayUtils.contains(result, "KWh")) {
                            valMap.put("Epn", page1.get(i).getEpn());
                            valMap.put("Epp", page1.get(i).getEpp());
                            valMap.put("Eqn", page1.get(i).getEqn());
                            valMap.put("Eqp", page1.get(i).getEqp());
                            if (ArrayUtils.contains(result, "V")) {
                                valMap.put("Ua", page1.get(i).getUa());
                                valMap.put("Ub", page1.get(i).getUb());
                                valMap.put("Uc", page1.get(i).getUc());
                                valMap.put("Uab", page1.get(i).getUab());
                                valMap.put("Ubc", page1.get(i).getUbc());
                                valMap.put("Uca", page1.get(i).getUca());
                                valMap.put("Ul", page1.get(i).getUl());
                                if (ArrayUtils.contains(result, "C")) {
                                    valMap.put("T1", page1.get(i).getT1());
                                    valMap.put("T2", page1.get(i).getT2());
                                    valMap.put("T3", page1.get(i).getT3());
                                    valMap.put("T4", page1.get(i).getT4());
                                    valMap.put("DeviceTemp", page1.get(i).getDeviceTemp());
                                    if (ArrayUtils.contains(result, "HZ")) {
                                        valMap.put("F", page1.get(i).getF());
                                        if (ArrayUtils.contains(result, "PS")) {
                                            valMap.put("COSa", page1.get(i).getCOSa());
                                            valMap.put("COSb", page1.get(i).getCOSb());
                                            valMap.put("COSc", page1.get(i).getCOSc());
                                            valMap.put("COS", page1.get(i).getCos());
                                            if (ArrayUtils.contains(result, "RMS")) {
                                                valMap.put("IHa", page1.get(i).getIHa());
                                                valMap.put("IHb", page1.get(i).getIHb());
                                                valMap.put("IHc", page1.get(i).getIHc());
                                                if (ArrayUtils.contains(result, "DDB")) {
                                                    valMap.put("SignalIntensity", page1.get(i).getSignalIntensity());
                                                    if (ArrayUtils.contains(result, "VT")) {
                                                        valMap.put("Upt", page1.get(i).getUpt());
                                                        valMap.put("Udt", page1.get(i).getUdt());
                                                        valMap.put("Ust", page1.get(i).getUst());
                                                    }
                                                }
                                            }
                                        }
                                    }
                                }
                            }
                        }
                    }
                }
                list.add(valMap);
            }

            workbook = ExcelExportUtil.exportExcel(params, colList, list);

            if (null != workbook) {
                file = FileUtils.getFile(GlobalUtils.getTempBaseDir(), String.format("%s-%s.xlsx", "数据报表", dFormat.format(System.currentTimeMillis()) + ""));
                FileUtils.createFile(file.getAbsolutePath());
                FileOutputStream allListingFileOutputStream = new FileOutputStream(file);
                workbook.write(allListingFileOutputStream);
            } else {
                throw new BusinessException("表格数据为空");
            }
        } catch (FileNotFoundException e) {
            log.error("导出文件失败", e);
            throw new BusinessException("导出文件失败");
        } catch (IOException e) {
            e.printStackTrace();
        }
        return file.getName();
    }

    public static Date getLastDayOfMonth(Date sDate1) {
        Calendar cDay1 = Calendar.getInstance();
        cDay1.setTime(sDate1);
        final int lastDay = cDay1.getActualMaximum(Calendar.DAY_OF_MONTH);
        Date lastDate = cDay1.getTime();
        lastDate.setDate(lastDay);
        return lastDate;
    }




    @Override
    public List<RealScoreVO> evaluationReport(int siteId, Date time, int type) {
        SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd");
        SimpleDateFormat sdf1 = new SimpleDateFormat("yyyy-MM");
        String startTime = null;
        String endtime = null;
        if (type == 1) {
            startTime = sdf.format(time) + " 00:00:00";
            endtime = sdf.format(time) + " 23:59:59";
        } else {
            startTime = sdf1.format(time) + "-01 00:00:00";
            String time1 = sdf1.format(time) + "-01";
            try {
                Date yq = getLastDayOfMonth(sdf.parse(time1));
                endtime = sdf.format(yq) + " 23:59:59";
            } catch (Exception e) {
                throw new BusinessException("时间错误");
            }
        }

        List<EvaluationReporVo> evaluationReporVo = baseMapper.evaluationReportList(siteId, startTime, endtime);
        return fillRealScoreDataTwo(evaluationReporVo);
    }

    /**
     * 计算电压分数2
     *
     * @return
     */
    public Boolean computeUScoreOne(Double qualified, Double voltageLevel) {
//        double mul = Arith.mul(qualified, voltageLevel);
        Double voltageLevels = voltageLevel+(voltageLevel / 100 * 7);
        Double voltageLevelx = voltageLevel-(voltageLevel / 100 * 7);
        if (voltageLevelx <= qualified && voltageLevels >= qualified) {
            return true;
        }
        return false;
    }

    @Override
    public List<RealScoreVO> fillRealScoreDataTwo(List<EvaluationReporVo> evaluationReporVo) {
        List<RealScoreVO> realScoreVoList = new ArrayList<>();
        if (evaluationReporVo.size() > 0) {
            for (int i = 0; i < evaluationReporVo.size(); i++) {
                List<Double> checkList = new ArrayList<>();
                Integer score = 0;
                RealScoreVO realScoreVo = BeanMapperUtils.map(evaluationReporVo.get(i), RealScoreVO.class);
                if (null == realScoreVo.getCos()) {
                    realScoreVo.setCos(0.00);
                }
                checkList.clear();
                checkList.add(realScoreVo.getIa());
                checkList.add(realScoreVo.getIb());
                checkList.add(realScoreVo.getIc());
                //电流不平衡
                realScoreVo.setElBalun(checkBalun(checkList));
                checkList.clear();
                checkList.add(realScoreVo.getUa());
                checkList.add(realScoreVo.getUb());
                checkList.add(realScoreVo.getUc());
                //电压不平衡
                realScoreVo.setVtBalun(checkBalun(checkList));
                //电压合格率
                double voltageLevel = Double.parseDouble(evaluationReporVo.get(i).getVoltageLevel());
                realScoreVo.setUaQualified(Arith.sub(evaluationReporVo.get(i).getUa(), voltageLevel));
                realScoreVo.setUbQualified(Arith.sub(evaluationReporVo.get(i).getUb(), voltageLevel));
                realScoreVo.setUcQualified(Arith.sub(evaluationReporVo.get(i).getUc(), voltageLevel));
                //电流负载率
                Double ratedCurrent = evaluationReporVo.get(i).getRatedCurrent();
                realScoreVo.setIaLoad(Arith.div(realScoreVo.getIa(), ratedCurrent));
                realScoreVo.setIbLoad(Arith.div(realScoreVo.getIb(), ratedCurrent));
                realScoreVo.setIcLoad(Arith.div(realScoreVo.getIc(), ratedCurrent));
                //计算分数
                //电压分数
                realScoreVo.setUaQ(computeUScoreOne(realScoreVo.getUaQualified(), voltageLevel));
                realScoreVo.setUbQ(computeUScoreOne(realScoreVo.getUbQualified(), voltageLevel));
                realScoreVo.setUcQ(computeUScoreOne(realScoreVo.getUcQualified(), voltageLevel));
                if (realScoreVo.getUaQ() && realScoreVo.getUbQ() && realScoreVo.getUcQ()) {
                    realScoreVo.setUQ(true);
                    score += 20;
                } else {
                    realScoreVo.setUQ(false);
                }
                //电流分数
                realScoreVo.setIaLoadQ(realScoreVo.getIaLoad() <= 0.8);
                realScoreVo.setIbLoadQ(realScoreVo.getIbLoad() <= 0.8);
                realScoreVo.setIcLoadQ(realScoreVo.getIcLoad() <= 0.8);
                if (realScoreVo.getIaLoadQ() && realScoreVo.getIbLoadQ() && realScoreVo.getIcLoadQ()) {
                    realScoreVo.setILoadQ(true);
                    score += 20;
                } else {
                    realScoreVo.setILoadQ(false);
                }
                //电压平衡分数
                realScoreVo.setElBalunQ(realScoreVo.getElBalun() <= 0.15);
                if (realScoreVo.getElBalunQ()) {
                    score += 20;
                }
                //电流平衡分数
                realScoreVo.setVtBalunQ(realScoreVo.getVtBalun() <= 0.15);
                if (realScoreVo.getVtBalunQ()) {
                    score += 20;
                }
                //功率
                realScoreVo.setCosQ(realScoreVo.getCos() <= 0.15);
                if (realScoreVo.getCosQ()) {
                    score += 20;
                }
                realScoreVo.setScore(score);
                realScoreVoList.add(realScoreVo);
            }
        }
        return realScoreVoList;
    }

//    @Override
//    public String DataReportExport(Integer siteId,Date startTime, Date endTime,String queryType){
//        Integer userId = UserUtil.getUserId();
//        Workbook workbook = null;
//        File file = null;
//        long diff = endTime.getTime() - startTime.getTime();
//        long days = diff / (1000 * 60 * 60);
//        try {
//            ExportParams params = new ExportParams(null, "数据报表");
//            workbook = ExcelExportUtil.exportBigExcel(params, HtAnalogDataExportVO.class,
//                    (o, i) -> {
//                        Page<HtAnalogData> page = new Page<>(i, 30);
//                        if (days<=24){
//                            page = baseMapper.getDataReportMap1(page,siteId, startTime, endTime);
//                        }else if (days<360&&days>24){
//                            List<Device> device_list = baseMapper.getDeviceListMap(siteId);
//                            page = baseMapper.getDataReportMMap1(page,device_list,startTime, endTime);
//                        }else if (days>=360){
//                            List<Device> device_list = baseMapper.getDeviceListMap(siteId);
//                            page = baseMapper.getDataReportDMap1(page,device_list,startTime, endTime);
//                        }
//
//                        return new ArrayList<>(BeanMapperUtils.mapList(page.getRecords(), HtAnalogData.class, HtAnalogDataExportVO.class));
//                    },null);
//            if (null != workbook) {
//                file = FileUtils.getFile(GlobalUtils.getTempBaseDir(), String.format("%s-%s.xlsx", "数据报表", System.currentTimeMillis() + ""));
//                FileUtils.createFile(file.getAbsolutePath());
//                FileOutputStream allListingFileOutputStream = new FileOutputStream(file);
//                workbook.write(allListingFileOutputStream);
//            } else {
//                throw new BusinessException("表格数据为空");
//            }
//        } catch (Exception e) {
//            log.error("导出文件失败", e);
//            throw new BusinessException("导出文件失败");
//        } finally {
//            if (workbook != null) {
//                try {
//                    workbook.close();
//                } catch (IOException e) {
//                    log.error("===export spec=== 关闭workbook失败", e);
//                }
//            }
//        }
//        return file.getName();
//    }


}