package com.gyee.generation.service;//package com.gyee.generation.service; import com.baomidou.mybatisplus.core.conditions.query.QueryWrapper; import com.gyee.common.model.StringUtils; import com.gyee.generation.init.CacheContext; import com.gyee.generation.model.auto.*; import com.gyee.generation.service.auto.*; import com.gyee.generation.util.DateUtils; import com.gyee.generation.util.realtimesource.IEdosUtil; import org.springframework.stereotype.Service; import javax.annotation.Resource; import java.math.BigDecimal; import java.math.RoundingMode; import java.util.ArrayList; import java.util.Calendar; import java.util.Date; import java.util.List; import java.util.stream.Collectors; @Service public class ProEconEqOriginalService { // private static final Logger logger = LoggerFactory.getLogger(EquipmentInfo1Service.class); @Resource private IEdosUtil edosUtil; @Resource private IProEconEquipmentInfoDay1Service proEconEquipmentInfoDay1Service; @Resource private IProEconEquipmentInfoDay2Service proEconEquipmentInfoDay2Service; @Resource private IProEconEquipmentInfoDay3Service proEconEquipmentInfoDay3Service; @Resource private IProEconEquipmentInfoDay4Service proEconEquipmentInfoDay4Service; // @Resource // private IProEconStaOriginalDayService proEconStaOriginalDayService; // @Resource // private IProEconStaOriginalMonthService proEconStaOriginalMonthService; // @Resource // private IProEconStaOriginalYearService proEconStaOriginalYearService; // @Resource // private IProEconStaTargetService proEconStaTargetService; // @Resource // private IProEconStaOriginalIndexService proEconStaOriginalIndexService; @Resource private IProEconEqOriginalDayService proEconEqOriginalDayService; @Resource private IProEconEqOriginalMonthService proEconEqOriginalMonthService; @Resource private IProEconEqOriginalYearService proEconEqOriginalYearService; @Resource private IProEconEqTargetService proEconEqTargetService; @Resource private IProEconEqOriginalIndexService proEconEqOriginalIndexService; @Resource private IProEconInputOrOutputSpeedService proEconInputOrOutputSpeedService; @Resource private IProEconShutdownEventService proEconShutdownEventService; /** * 计算设备日信息 */ public void calEquipmentInfoDay(Date recordDate) throws Exception { Calendar c = Calendar.getInstance(); c.setTime(recordDate); Date end = c.getTime(); Date begin = DateUtils.truncate(c.getTime()); QueryWrapper queryWrapper = new QueryWrapper<>(); queryWrapper.eq("record_date", recordDate); proEconEqOriginalDayService.remove(queryWrapper); QueryWrapper queryWrappermonth = new QueryWrapper<>(); queryWrappermonth.eq("record_date", recordDate); proEconEqOriginalMonthService.remove(queryWrappermonth); QueryWrapper queryWrapperyear = new QueryWrapper<>(); queryWrapperyear.eq("record_date", recordDate); proEconEqOriginalYearService.remove(queryWrapperyear); // QueryWrapper queryWrapper0 = new QueryWrapper<>(); // queryWrapper0.eq("record_date", recordDate); // // // proEconEqOriginalIndexService.remove(queryWrapper0); List targetList = proEconEqTargetService.list(); List dayls = new ArrayList<>(); List monthls = new ArrayList<>(); List yearls = new ArrayList<>(); for (ProBasicEquipment wt : CacheContext.wtls) { ProEconEqOriginalDay pewp = new ProEconEqOriginalDay(); ProEconEqOriginalMonth pewpmonth = new ProEconEqOriginalMonth(); ProEconEqOriginalYear pewpyear = new ProEconEqOriginalYear(); initial(pewp); initial(pewpmonth); initial(pewpyear); pewp.setTypes(wt.getStatus()); pewp.setWindturbineName(wt.getName()); pewp.setRecordDate(DateUtils.truncate(recordDate)); pewp.setWindturbineId(wt.getId()); pewp.setWindpowerstationId(wt.getWindpowerstationId()); pewp.setProjectId(wt.getProjectId()); pewp.setLineId(wt.getLineId()); int month = c.get(Calendar.MONTH) + 1; int year = c.get(Calendar.YEAR); pewpmonth.setYear(year); pewpmonth.setMonth(month); pewpmonth.setTypes(wt.getStatus()); pewpmonth.setWindturbineName(wt.getName()); pewpmonth.setRecordDate(DateUtils.truncate(recordDate)); pewpmonth.setWindturbineId(wt.getId()); pewpmonth.setWindpowerstationId(wt.getWindpowerstationId()); pewpmonth.setProjectId(wt.getProjectId()); pewpmonth.setLineId(wt.getLineId()); pewpyear.setYear(year); pewpyear.setTypes(wt.getStatus()); pewpyear.setWindturbineName(wt.getName()); pewpyear.setRecordDate(DateUtils.truncate(recordDate)); pewpyear.setWindturbineId(wt.getId()); pewpyear.setWindpowerstationId(wt.getWindpowerstationId()); pewpyear.setProjectId(wt.getProjectId()); pewpyear.setLineId(wt.getLineId()); List pepid1ls = new ArrayList<>(); List pepid2ls = new ArrayList<>(); List pepid3ls = new ArrayList<>(); List pepid4ls = new ArrayList<>(); List pepid5ls = new ArrayList<>(); List pepid6ls = new ArrayList<>(); Calendar cl = Calendar.getInstance(); cl.setTime(DateUtils.truncate(recordDate)); QueryWrapper queryWrapper1 = new QueryWrapper<>(); queryWrapper1.eq("record_date", cl.getTime()) .eq("windturbine_Id", wt.getId()); pepid1ls = proEconEquipmentInfoDay1Service.list(queryWrapper1); QueryWrapper queryWrapper2 = new QueryWrapper<>(); queryWrapper2.eq("record_date", cl.getTime()) .eq("windturbine_Id", wt.getId()); pepid2ls = proEconEquipmentInfoDay2Service.list(queryWrapper2); QueryWrapper queryWrapper3 = new QueryWrapper<>(); queryWrapper3.eq("record_date", cl.getTime()) .eq("windturbine_Id", wt.getId()); pepid3ls = proEconEquipmentInfoDay3Service.list(queryWrapper3); QueryWrapper queryWrapper4 = new QueryWrapper<>(); queryWrapper4.eq("record_date", cl.getTime()) .eq("windturbine_Id", wt.getId()); pepid4ls = proEconEquipmentInfoDay4Service.list(queryWrapper4); Calendar cal = Calendar.getInstance(); cal.setTime(DateUtils.truncate(recordDate)); Date beginTime = cal.getTime(); cal.add(Calendar.DAY_OF_MONTH, 1); Date endTime = cal.getTime(); QueryWrapper queryWrapper5 = new QueryWrapper<>(); queryWrapper5.ge("record_date", beginTime).le("record_date", endTime) .eq("windturbine_Id", wt.getId()); pepid5ls = proEconInputOrOutputSpeedService.list(queryWrapper5); QueryWrapper queryWrapper6 = new QueryWrapper<>(); queryWrapper6.ge("stop_Time", beginTime).le("stop_Time", endTime) .isNotNull("start_Time") .eq("windturbine_Id", wt.getId()); pepid6ls = proEconShutdownEventService.list(queryWrapper6); calDay(wt, pewp, pepid1ls, pepid2ls, pepid3ls, pepid4ls, pepid5ls, pepid6ls); /***********************************************************************************************************/ cal = Calendar.getInstance(); cal.setTime(DateUtils.truncate(recordDate)); cal.set(Calendar.DAY_OF_MONTH, 1); beginTime = cal.getTime(); cal.setTime(DateUtils.truncate(recordDate)); cal.add(Calendar.DAY_OF_MONTH, 1); endTime = cal.getTime(); queryWrapper5 = new QueryWrapper<>(); queryWrapper5.ge("record_date", beginTime).le("record_date", endTime) .eq("windturbine_Id", wt.getId()); pepid5ls = proEconInputOrOutputSpeedService.list(queryWrapper5); queryWrapper6 = new QueryWrapper<>(); queryWrapper6.ge("stop_Time", beginTime).le("stop_Time", endTime) .isNotNull("start_Time") .eq("windturbine_Id", wt.getId()); pepid6ls = proEconShutdownEventService.list(queryWrapper6); calMonth(wt, pewpmonth, pepid1ls, pepid2ls, pepid3ls, pepid4ls, pepid5ls, pepid6ls); /***********************************************************************************************************/ cal = Calendar.getInstance(); cal.setTime(DateUtils.truncate(recordDate)); cal.set(Calendar.DAY_OF_YEAR, 1); beginTime = cal.getTime(); cal.setTime(DateUtils.truncate(recordDate)); cal.add(Calendar.DAY_OF_MONTH, 1); endTime = cal.getTime(); queryWrapper5 = new QueryWrapper<>(); queryWrapper5.ge("record_date", beginTime).le("record_date", endTime) .eq("windturbine_Id", wt.getId()); pepid5ls = proEconInputOrOutputSpeedService.list(queryWrapper5); queryWrapper6 = new QueryWrapper<>(); queryWrapper6.ge("stop_Time", beginTime).le("stop_Time", endTime) .isNotNull("start_Time") .eq("windturbine_Id", wt.getId()); pepid6ls = proEconShutdownEventService.list(queryWrapper6); calYear(wt, pewpyear, pepid1ls, pepid2ls, pepid3ls, pepid4ls, pepid5ls, pepid6ls); // List indexls = new ArrayList<>(); // // if (!targetList.isEmpty()) { // // Field[] fields = pewp.getClass().getDeclaredFields(); // HashMap daymap = new HashMap<>(); // for (Field field : fields) { // field.setAccessible(true); // try { // // 把对象的属性做k，值做v // // 当然中间还可做其他的业务操作，比如跳过某些属性什么的 // String name = field.getName(); // // // if(null !=field.get(pewp)) // { // String s = String.valueOf(field.get(pewp)); // daymap.put(name, s); // } // } catch (Exception e) { // e.printStackTrace(); // } // } // // fields = pewpmonth.getClass().getDeclaredFields(); // HashMap monthmap = new HashMap<>(); // for (Field field : fields) { // field.setAccessible(true); // try { // // 把对象的属性做k，值做v // // 当然中间还可做其他的业务操作，比如跳过某些属性什么的 // String name = field.getName(); // // if(null !=field.get(pewpmonth)) // { // String s = String.valueOf(field.get(pewpmonth)); // monthmap.put(name, s); // } // } catch (Exception e) { // e.printStackTrace(); // } // } // // fields = pewpyear.getClass().getDeclaredFields(); // HashMap yearmap = new HashMap<>(); // for (Field field : fields) { // field.setAccessible(true); // try { // // 把对象的属性做k，值做v // // 当然中间还可做其他的业务操作，比如跳过某些属性什么的 // String name = field.getName(); // if(null !=field.get(pewpyear)) // { // String s = field.get(pewpyear).toString(); // yearmap.put(name, s); // } // // // } catch (Exception e) { // e.printStackTrace(); // } // } // // // for (ProEconEqTarget tar : targetList) { // // ProEconEqOriginalIndex index = new ProEconEqOriginalIndex(); // index.setTargetid(tar.getId()); // index.setTargetname(tar.getTargetname()); // index.setTargettype(tar.getTargettype()); // index.setWindturbineName(wt.getName()); // index.setRecordDate(DateUtils.truncate(recordDate)); // index.setWindturbineId(wt.getId()); // if (tar.getTablename().equals("pro_econ_eq_original_day")) { // if (daymap.containsKey(tar.getTablefiled())) { // String value = daymap.get(tar.getTablefiled()); // index.setTargetvalue(Double.valueOf(value)); // index.setTargetvaluemod(Double.valueOf(value)); // } // } else if (tar.getTablename().equals("pro_econ_eq_original_month")) { // if (monthmap.containsKey(tar.getTablefiled())) { // String value = monthmap.get(tar.getTablefiled()); // index.setTargetvalue(Double.valueOf(value)); // index.setTargetvaluemod(Double.valueOf(value)); // } // } else if (tar.getTablename().equals("pro_econ_eq_original_year")) { // if (yearmap.containsKey(tar.getTablefiled())) { // String value = yearmap.get(tar.getTablefiled()); // index.setTargetvalue(Double.valueOf(value)); // index.setTargetvaluemod(Double.valueOf(value)); // } // } // indexls.add(index); // } // // proEconEqOriginalIndexService.saveBatch(indexls); // } dayls.add(pewp); monthls.add(pewpmonth); yearls.add(pewpyear); } proEconEqOriginalDayService.saveBatch(dayls); proEconEqOriginalMonthService.saveBatch(monthls); proEconEqOriginalYearService.saveBatch(yearls); } private static void calDay(ProBasicEquipment wt, ProEconEqOriginalDay pewp, List pepid1ls, List pepid2ls, List pepid3ls, List pepid4ls, List pepid5ls, List pepid6ls) { if (!pepid1ls.isEmpty()) { ProEconEquipmentInfoDay1 day1 = pepid1ls.get(0); //日发电量 pewp.setTarget01(day1.getRfdl()); //日试运行发电量 pewp.setTarget02(0.0); //日最大风速 pewp.setTarget03(day1.getRzdfs()); //日最小风速 pewp.setTarget04(day1.getRzxfs()); //日最大功率 pewp.setTarget05(day1.getRzdgl()); //日最小功率 pewp.setTarget06(day1.getRzxgl()); //日平均功率 pewp.setTarget07(day1.getRpjgl()); //日平均风速 pewp.setTarget08(day1.getRpjfs()); //日设计理论发电量（千瓦时） pewp.setTarget09(day1.getRfdl() * 0.95); //日实际理论发电量（千瓦时） pewp.setTarget10(day1.getRllfdl()); //日智慧风电理论发电量（千瓦时 pewp.setTarget11(day1.getRllfdl() * 0.93); //日风能利用率 pewp.setTarget12(0.0); //日损失电量（千瓦时） double total = day1.getRgzssdl() + day1.getRcnslgzssdl() + day1.getRjxssdl() + day1.getRcnsljxssdl() + day1.getRdjssdl() + day1.getRqxjclssdl() + day1.getRsdtjssdl() + day1.getRxnssdl() + day1.getRxdtjssdl() + day1.getRxdjclssdl() + day1.getRcwsldwssdl() + day1.getRcwsltqssdl(); pewp.setTarget13(StringUtils.round(total, 2)); //日故障损失电量 target16 pewp.setTarget16(StringUtils.round(day1.getRgzssdl() + day1.getRcnslgzssdl(), 2)); //日故障损失率 target17 if (day1.getRllfdl() != 0) { double result = new BigDecimal(day1.getRgzssdl() + day1.getRcnslgzssdl()).divide(new BigDecimal(day1.getRllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget17(result); } //日检修损失电量 target20 pewp.setTarget20(StringUtils.round(day1.getRjxssdl() + day1.getRcnsljxssdl(), 2)); //日检修损失率 target21 if (day1.getRllfdl() != 0) { double result = new BigDecimal(day1.getRjxssdl() + day1.getRcnsljxssdl()).divide(new BigDecimal(day1.getRllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget21(result); } //日性能损失电量 target24 pewp.setTarget24(StringUtils.round(day1.getRxnssdl() + day1.getRsdtjssdl(), 2)); //日性能损失率 target25 if (day1.getRllfdl() != 0) { double result = new BigDecimal(day1.getRxnssdl() + day1.getRsdtjssdl()).divide(new BigDecimal(day1.getRllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget25(result); } //日限电损失电量 target28 pewp.setTarget28(StringUtils.round(day1.getRxdjclssdl() + day1.getRxdtjssdl(), 2)); //日限电损失率 target29 if (day1.getRllfdl() != 0) { double result = new BigDecimal(day1.getRxdjclssdl() + day1.getRxdtjssdl()).divide(new BigDecimal(day1.getRllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget29(result); } //日弃风率 target30 if (day1.getRfdl() != 0) { double result = new BigDecimal(day1.getRxdjclssdl() + day1.getRxdtjssdl()).divide(new BigDecimal(day1.getRfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget30(result + pewp.getTarget29()); } //日弃发比 target31 if (day1.getRfdl() != 0) { double result = new BigDecimal(day1.getRxdjclssdl() + day1.getRxdtjssdl()).divide(new BigDecimal(day1.getRfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget31(result); } //日受累损失电量 target34 pewp.setTarget34(StringUtils.round(day1.getRcwsldwssdl() + day1.getRcwsltqssdl(), 2)); //日受累损失率 target35 if (day1.getRllfdl() != 0) { double result = new BigDecimal(day1.getRcwsldwssdl() + day1.getRcwsltqssdl()).divide(new BigDecimal(day1.getRllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget35(result); } } if (!pepid2ls.isEmpty()) { ProEconEquipmentInfoDay2 day2 = pepid2ls.get(0); //日故障损失时长target14 pewp.setTarget14(StringUtils.round(day2.getRgzxsmx() + day2.getRcnslgzxsmx(), 2)); //日检修损失时长（小时） target18 pewp.setTarget18(StringUtils.round(day2.getRjxxsmx() + day2.getRcnsljxxsmx(), 2)); //日性能损失时长（小时） target22 pewp.setTarget22(StringUtils.round(day2.getRqxjclxsmx() + day2.getRsdtjxsmx(), 2)); //日限电时长（小时） target26 pewp.setTarget26(StringUtils.round(day2.getRxdjclxsmx() + day2.getRxdtjxsmx(), 2)); //日受累损失时长（小时） target32 pewp.setTarget32(StringUtils.round(day2.getRcwsldwxsmx() + day2.getRcwsltqxsmx(), 2)); //日等效可利用系数 target54 double result = new BigDecimal(24 - pewp.getTarget14() - pewp.getTarget18()).divide(new BigDecimal(24), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget54(result); //日设备可利用率target55 result = new BigDecimal(24 - pewp.getTarget14()).divide(new BigDecimal(24), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget55(result); } if (!pepid3ls.isEmpty()) { ProEconEquipmentInfoDay3 day3 = pepid3ls.get(0); //日故障次数 target15 pewp.setTarget15(StringUtils.round(day3.getRgzcsmx() + day3.getRcnslgzcsmx(), 2)); //日检修次数 target19 pewp.setTarget19(StringUtils.round(day3.getRjxcsmx() + day3.getRcnsljxcsmx(), 2)); //日性能损失次数 target23 pewp.setTarget23(StringUtils.round(day3.getRqxjclcsmx() + day3.getRsdtjcsmx(), 2)); //日限电次数 target27 pewp.setTarget27(StringUtils.round(day3.getRxdjclcsmx() + day3.getRxdtjcsmx(), 2)); //日受累次数 target33 pewp.setTarget33(StringUtils.round(day3.getRcwsldwcsmx() + day3.getRcwsltqcsmx(), 2)); } //日统计小时target36 pewp.setTarget36(24.0); if (!pepid4ls.isEmpty()) { ProEconEquipmentInfoDay4 day4 = pepid4ls.get(0); //日平均切入风速 target39 pewp.setTarget39(day4.getRdfqrfs()); //日平均切出风速 target40 pewp.setTarget40(day4.getRxfqcfs()); //日最大切出风速target41 pewp.setTarget41(day4.getRdfqcfs()); //日最小切入风速 target42 pewp.setTarget42(day4.getRxfqcfs()); //日额定功率 target43 if (CacheContext.modelMap.containsKey(wt.getModelId())) { ProEconEquipmentmodel model = CacheContext.modelMap.get(wt.getModelId()); pewp.setTarget43(model.getPowerProduction()); } //日额定风速 target44 pewp.setTarget44(day4.getRedfs()); //日设备利用小时 target45 if (!pepid1ls.isEmpty() && pewp.getTarget43() != 0) { ProEconEquipmentInfoDay1 day1 = pepid1ls.get(0); double result = new BigDecimal(day1.getRfdl()).divide(new BigDecimal(pewp.getTarget43()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget45(result); result = new BigDecimal(day1.getRpjgl()).divide(new BigDecimal(pewp.getTarget43()), 2, RoundingMode.HALF_EVEN).doubleValue(); //日负荷率target56 pewp.setTarget56(result); } //日功率一致性系数target57 pewp.setTarget57(day4.getRglyzxxs()); //日拟合优度target58 pewp.setTarget58(day4.getRnhyd()); //日曲线偏差率 target59 pewp.setTarget59(day4.getRqxpcbbg()); //日故障消缺及时率 target60 pewp.setTarget60(day4.getRgzxqjsl()); //日状态转换及时率 target61 pewp.setTarget61(day4.getRztzhjsl()); //日复位及时率target62 pewp.setTarget62(day4.getRfwjsl()); //日MTBF target63 pewp.setTarget63(day4.getRmtbf()); //日MTTR target64 pewp.setTarget64(day4.getRmttr()); //日MTTF target65 pewp.setTarget65(day4.getRmttr()); } if (!pepid5ls.isEmpty()) { List list = pepid5ls.stream().filter(i -> i.getInputOrOutput() == 1).collect(Collectors.toList()); //日切入次数target37 pewp.setTarget37(Double.valueOf(list.size())); list = pepid5ls.stream().filter(i -> i.getInputOrOutput() == 0).collect(Collectors.toList()); //日切出次数target38 pewp.setTarget38(Double.valueOf(list.size())); } if (!pepid6ls.isEmpty()) { int time30m = 0; int time6h = 0; int time12h = 0; int time24h = 0; int time72h = 0; int time168h = 0; int time = 0; for (ProEconShutdownEvent vo : pepid6ls) { if (vo.getStopHours() < 0.5) { time30m++; } if (vo.getStopHours() < 6) { time6h++; } if (vo.getStopHours() < 12) { time12h++; } if (vo.getStopHours() < 24) { time24h++; } if (vo.getStopHours() < 72) { time72h++; } if (vo.getStopHours() < 168) { time168h++; } if (vo.getStopHours() > 168) { time++; } } //日30分钟内故障消除次数 target46 pewp.setTarget46(Double.valueOf(time30m)); //日6小时内故障消除次数 target47 pewp.setTarget47(Double.valueOf(time6h)); //日12小时内故障消除次数 target48 pewp.setTarget48(Double.valueOf(time12h)); //日24小时内故障消除次数 target49 pewp.setTarget49(Double.valueOf(time24h)); //日72小时内故障消除次数 target50 pewp.setTarget50(Double.valueOf(time72h)); //日168小时内故障消除次数 target51 pewp.setTarget51(Double.valueOf(time168h)); //日168小时外故障消除次数 target52 pewp.setTarget52(Double.valueOf(time)); //日故障消缺总次数 target53 pewp.setTarget53(Double.valueOf(time)); } } private static void calMonth(ProBasicEquipment wt, ProEconEqOriginalMonth pewp, List pepid1ls, List pepid2ls, List pepid3ls, List pepid4ls, List pepid5ls, List pepid6ls) { if (!pepid1ls.isEmpty()) { ProEconEquipmentInfoDay1 day1 = pepid1ls.get(0); //月发电量 pewp.setTarget01(day1.getYfdl()); //月试运行发电量 pewp.setTarget02(0.0); //月最大风速 pewp.setTarget03(day1.getYzdfs()); //月最小风速 pewp.setTarget04(day1.getYzxfs()); //月最大功率 pewp.setTarget05(day1.getYzdgl()); //月最小功率 pewp.setTarget06(day1.getYzxgl()); //月平均功率 pewp.setTarget07(day1.getYpjgl()); //月平均风速 pewp.setTarget08(day1.getYpjfs()); //月设计理论发电量（千瓦时） pewp.setTarget09(day1.getYfdl() * 0.95); //月实际理论发电量（千瓦时） pewp.setTarget10(day1.getYllfdl()); //月智慧风电理论发电量（千瓦时 pewp.setTarget11(day1.getYllfdl() * 0.93); //月风能利用率 pewp.setTarget12(0.0); //月损失电量（千瓦时） double total = day1.getYgzssdl() + day1.getYcnslgzssdl() + day1.getYjxssdl() + day1.getYcnsljxssdl() + day1.getYdjssdl() + day1.getYqxjclssdl() + day1.getYsdtjssdl() + day1.getYxnssdl() + day1.getYxdtjssdl() + day1.getYxdjclssdl() + day1.getYcwsldwssdl() + day1.getYcwsltqssdl(); pewp.setTarget13(StringUtils.round(total, 2)); //月故障损失电量 target16 pewp.setTarget16(StringUtils.round(day1.getYgzssdl() + day1.getYcnslgzssdl(), 2)); //月故障损失率 target17 if (day1.getYllfdl() != 0) { double result = new BigDecimal(day1.getYgzssdl() + day1.getYcnslgzssdl()).divide(new BigDecimal(day1.getYllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget17(result); } //月检修损失电量 target20 pewp.setTarget20(StringUtils.round(day1.getYjxssdl() + day1.getYcnsljxssdl(), 2)); //月检修损失率 target21 if (day1.getYllfdl() != 0) { double result = new BigDecimal(day1.getYjxssdl() + day1.getYcnsljxssdl()).divide(new BigDecimal(day1.getYllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget21(result); } //月性能损失电量 target24 pewp.setTarget24(StringUtils.round(day1.getYxnssdl() + day1.getYsdtjssdl(), 2)); //月性能损失率 target25 if (day1.getYllfdl() != 0) { double result = new BigDecimal(day1.getYxnssdl() + day1.getYsdtjssdl()).divide(new BigDecimal(day1.getYllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget25(result); } //月限电损失电量 target28 pewp.setTarget28(StringUtils.round(day1.getYxdjclssdl() + day1.getYxdtjssdl(), 2)); //月限电损失率 target29 if (day1.getYllfdl() != 0) { double result = new BigDecimal(day1.getYxdjclssdl() + day1.getYxdtjssdl()).divide(new BigDecimal(day1.getYllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget29(result); } //月弃风率 target30 if (day1.getYfdl() != 0) { double result = new BigDecimal(day1.getYxdjclssdl() + day1.getYxdtjssdl()).divide(new BigDecimal(day1.getYfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget30(result + pewp.getTarget29()); } //月弃发比 target31 if (day1.getYfdl() != 0) { double result = new BigDecimal(day1.getYxdjclssdl() + day1.getYxdtjssdl()).divide(new BigDecimal(day1.getYfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget31(result); } //月受累损失电量 target34 pewp.setTarget34(StringUtils.round(day1.getYcwsldwssdl() + day1.getYcwsltqssdl(), 2)); //月受累损失率 target35 if (day1.getYllfdl() != 0) { double result = new BigDecimal(day1.getYcwsldwssdl() + day1.getYcwsltqssdl()).divide(new BigDecimal(day1.getYllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget35(result); } } if (!pepid2ls.isEmpty()) { ProEconEquipmentInfoDay2 day2 = pepid2ls.get(0); //月故障损失时长target14 pewp.setTarget14(StringUtils.round(day2.getYgzxsmx() + day2.getYcnslgzxsmx(), 2)); //月检修损失时长（小时） target18 pewp.setTarget18(StringUtils.round(day2.getYjxxsmx() + day2.getYcnsljxxsmx(), 2)); //月性能损失时长（小时） target22 pewp.setTarget22(StringUtils.round(day2.getYqxjclxsmx() + day2.getYsdtjxsmx(), 2)); //月限电时长（小时） target26 pewp.setTarget26(StringUtils.round(day2.getYxdjclxsmx() + day2.getYxdtjxsmx(), 2)); //月受累损失时长（小时） target32 pewp.setTarget32(StringUtils.round(day2.getYcwsldwxsmx() + day2.getYcwsltqxsmx(), 2)); //月等效可利用系数 target54 double result = new BigDecimal(24 - pewp.getTarget14() - pewp.getTarget18()).divide(new BigDecimal(24), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget54(result); //月设备可利用率target55 result = new BigDecimal(24 - pewp.getTarget14()).divide(new BigDecimal(24), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget55(result); //日历小时 pewp.setTarget66(24.0); } if (!pepid3ls.isEmpty()) { ProEconEquipmentInfoDay3 day3 = pepid3ls.get(0); //月故障次数 target15 pewp.setTarget15(StringUtils.round(day3.getYgzcsmx() + day3.getYcnslgzcsmx(), 2)); //月检修次数 target19 pewp.setTarget19(StringUtils.round(day3.getYjxcsmx() + day3.getYcnsljxcsmx(), 2)); //月性能损失次数 target23 pewp.setTarget23(StringUtils.round(day3.getYqxjclcsmx() + day3.getYsdtjcsmx(), 2)); //月限电次数 target27 pewp.setTarget27(StringUtils.round(day3.getYxdjclcsmx() + day3.getYxdtjcsmx(), 2)); //月受累次数 target33 pewp.setTarget33(StringUtils.round(day3.getYcwsldwcsmx() + day3.getYcwsltqcsmx(), 2)); } Calendar c=Calendar.getInstance(); c.setTime(pewp.getRecordDate()); int day=c.get(Calendar.DAY_OF_MONTH); //月统计小时target36 pewp.setTarget36(day*24.0); if (!pepid4ls.isEmpty()) { ProEconEquipmentInfoDay4 day4 = pepid4ls.get(0); //月平均切入风速 target39 pewp.setTarget39(day4.getYdfqrfs()); //月平均切出风速 target40 pewp.setTarget40(day4.getYxfqcfs()); //月最大切出风速target41 pewp.setTarget41(day4.getYdfqcfs()); //月最小切入风速 target42 pewp.setTarget42(day4.getYxfqcfs()); //月额定功率 target43 if (CacheContext.modelMap.containsKey(wt.getModelId())) { ProEconEquipmentmodel model = CacheContext.modelMap.get(wt.getModelId()); pewp.setTarget43(model.getPowerProduction()); } //月额定风速 target44 pewp.setTarget44(day4.getYedfs()); //月设备利用小时 target45 if (!pepid1ls.isEmpty() && pewp.getTarget43() != 0) { ProEconEquipmentInfoDay1 day1 = pepid1ls.get(0); double result = new BigDecimal(day1.getYfdl()).divide(new BigDecimal(pewp.getTarget43()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget45(result); result = new BigDecimal(day1.getYpjgl()).divide(new BigDecimal(pewp.getTarget43()), 2, RoundingMode.HALF_EVEN).doubleValue(); //月负荷率target56 pewp.setTarget56(result); } //月功率一致性系数target57 pewp.setTarget57(day4.getYglyzxxs()); //月拟合优度target58 pewp.setTarget58(day4.getYnhyd()); //月曲线偏差率 target59 pewp.setTarget59(day4.getYqxpcbbg()); //月故障消缺及时率 target60 pewp.setTarget60(day4.getYgzxqjsl()); //月状态转换及时率 target61 pewp.setTarget61(day4.getYztzhjsl()); //月复位及时率target62 pewp.setTarget62(day4.getYfwjsl()); //月MTBF target63 pewp.setTarget63(day4.getYmtbf()); //月MTTR target64 pewp.setTarget64(day4.getYmttr()); //月MTTF target65 pewp.setTarget65(day4.getYmttr()); } if (!pepid5ls.isEmpty()) { List list = pepid5ls.stream().filter(i -> i.getInputOrOutput() == 1).collect(Collectors.toList()); //月切入次数target37 pewp.setTarget37(Double.valueOf(list.size())); list = pepid5ls.stream().filter(i -> i.getInputOrOutput() == 0).collect(Collectors.toList()); //月切出次数target38 pewp.setTarget38(Double.valueOf(list.size())); } if (!pepid6ls.isEmpty()) { int time30m = 0; int time6h = 0; int time12h = 0; int time24h = 0; int time72h = 0; int time168h = 0; int time = 0; for (ProEconShutdownEvent vo : pepid6ls) { if (vo.getStopHours() < 0.5) { time30m++; } if (vo.getStopHours() < 6) { time6h++; } if (vo.getStopHours() < 12) { time12h++; } if (vo.getStopHours() < 24) { time24h++; } if (vo.getStopHours() < 72) { time72h++; } if (vo.getStopHours() < 168) { time168h++; } if (vo.getStopHours() > 168) { time++; } } //月30分钟内故障消除次数 target46 pewp.setTarget46(Double.valueOf(time30m)); //月6小时内故障消除次数 target47 pewp.setTarget47(Double.valueOf(time6h)); //月12小时内故障消除次数 target48 pewp.setTarget48(Double.valueOf(time12h)); //月24小时内故障消除次数 target49 pewp.setTarget49(Double.valueOf(time24h)); //月72小时内故障消除次数 target50 pewp.setTarget50(Double.valueOf(time72h)); //月168小时内故障消除次数 target51 pewp.setTarget51(Double.valueOf(time168h)); //月168小时外故障消除次数 target52 pewp.setTarget52(Double.valueOf(time)); //月故障消缺总次数 target53 pewp.setTarget53(Double.valueOf(time)); } } private static void calYear(ProBasicEquipment wt, ProEconEqOriginalYear pewp, List pepid1ls, List pepid2ls, List pepid3ls, List pepid4ls, List pepid5ls, List pepid6ls) { if (!pepid1ls.isEmpty()) { ProEconEquipmentInfoDay1 day1 = pepid1ls.get(0); //年发电量 pewp.setTarget01(day1.getNfdl()); //年试运行发电量 pewp.setTarget02(0.0); //年最大风速 pewp.setTarget03(day1.getNzdfs()); //年最小风速 pewp.setTarget04(day1.getNzxfs()); //年最大功率 pewp.setTarget05(day1.getNzdgl()); //年最小功率 pewp.setTarget06(day1.getNzxgl()); //年平均功率 pewp.setTarget07(day1.getNpjgl()); //年平均风速 pewp.setTarget08(day1.getNpjfs()); //年设计理论发电量（千瓦时） pewp.setTarget09(day1.getNfdl() * 0.95); //年实际理论发电量（千瓦时） pewp.setTarget10(day1.getNllfdl()); //年智慧风电理论发电量（千瓦时 pewp.setTarget11(day1.getNllfdl() * 0.93); //年风能利用率 pewp.setTarget12(0.0); //年损失电量（千瓦时） double total = day1.getNgzssdl() + day1.getNcnslgzssdl() + day1.getNjxssdl() + day1.getNcnsljxssdl() + day1.getNdjssdl() + day1.getNqxjclssdl() + day1.getNsdtjssdl() + day1.getNxnssdl() + day1.getNxdtjssdl() + day1.getNxdjclssdl() + day1.getNcwsldwssdl() + day1.getNcwsltqssdl(); pewp.setTarget13(StringUtils.round(total, 2)); //年故障损失电量 target16 pewp.setTarget16(StringUtils.round(day1.getNgzssdl() + day1.getNcnslgzssdl(), 2)); //年故障损失率 target17 if (day1.getNllfdl() != 0) { double result = new BigDecimal(day1.getNgzssdl() + day1.getNcnslgzssdl()).divide(new BigDecimal(day1.getNllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget17(result); } //年检修损失电量 target20 pewp.setTarget20(StringUtils.round(day1.getNjxssdl() + day1.getNcnsljxssdl(), 2)); //年检修损失率 target21 if (day1.getNllfdl() != 0) { double result = new BigDecimal(day1.getNjxssdl() + day1.getNcnsljxssdl()).divide(new BigDecimal(day1.getNllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget21(result); } //年性能损失电量 target24 pewp.setTarget24(StringUtils.round(day1.getNxnssdl() + day1.getNsdtjssdl(), 2)); //年性能损失率 target25 if (day1.getNllfdl() != 0) { double result = new BigDecimal(day1.getNxnssdl() + day1.getNsdtjssdl()).divide(new BigDecimal(day1.getNllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget25(result); } //年限电损失电量 target28 pewp.setTarget28(StringUtils.round(day1.getNxdjclssdl() + day1.getNxdtjssdl(), 2)); //年限电损失率 target29 if (day1.getNllfdl() != 0) { double result = new BigDecimal(day1.getNxdjclssdl() + day1.getNxdtjssdl()).divide(new BigDecimal(day1.getNllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget29(result); } //年弃风率 target30 if (day1.getNfdl() != 0) { double result = new BigDecimal(day1.getNxdjclssdl() + day1.getNxdtjssdl()).divide(new BigDecimal(day1.getNfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget30(result + pewp.getTarget29()); } //年弃发比 target31 if (day1.getNfdl() != 0) { double result = new BigDecimal(day1.getNxdjclssdl() + day1.getNxdtjssdl()).divide(new BigDecimal(day1.getNfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget31(result); } //年受累损失电量 target34 pewp.setTarget34(StringUtils.round(day1.getNcwsldwssdl() + day1.getNcwsltqssdl(), 2)); //年受累损失率 target35 if (day1.getNllfdl() != 0) { double result = new BigDecimal(day1.getNcwsldwssdl() + day1.getNcwsltqssdl()).divide(new BigDecimal(day1.getNllfdl()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget35(result); } } if (!pepid2ls.isEmpty()) { ProEconEquipmentInfoDay2 day2 = pepid2ls.get(0); //年故障损失时长target14 pewp.setTarget14(StringUtils.round(day2.getNgzxsmx() + day2.getNcnslgzxsmx(), 2)); //年检修损失时长（小时） target18 pewp.setTarget18(StringUtils.round(day2.getNjxxsmx() + day2.getNcnsljxxsmx(), 2)); //年性能损失时长（小时） target22 pewp.setTarget22(StringUtils.round(day2.getNqxjclxsmx() + day2.getNsdtjxsmx(), 2)); //年限电时长（小时） target26 pewp.setTarget26(StringUtils.round(day2.getNxdjclxsmx() + day2.getNxdtjxsmx(), 2)); //年受累损失时长（小时） target32 pewp.setTarget32(StringUtils.round(day2.getNcwsldwxsmx() + day2.getNcwsltqxsmx(), 2)); //年等效可利用系数 target54 double result = new BigDecimal(24 - pewp.getTarget14() - pewp.getTarget18()).divide(new BigDecimal(24), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget54(result); //年设备可利用率target55 result = new BigDecimal(24 - pewp.getTarget14()).divide(new BigDecimal(24), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget55(result); } if (!pepid3ls.isEmpty()) { ProEconEquipmentInfoDay3 day3 = pepid3ls.get(0); //年故障次数 target15 pewp.setTarget15(StringUtils.round(day3.getNgzcsmx() + day3.getNcnslgzcsmx(), 2)); //年检修次数 target19 pewp.setTarget19(StringUtils.round(day3.getNjxcsmx() + day3.getNcnsljxcsmx(), 2)); //年性能损失次数 target23 pewp.setTarget23(StringUtils.round(day3.getNqxjclcsmx() + day3.getNsdtjcsmx(), 2)); //年限电次数 target27 pewp.setTarget27(StringUtils.round(day3.getNxdjclcsmx() + day3.getNxdtjcsmx(), 2)); //年受累次数 target33 pewp.setTarget33(StringUtils.round(day3.getNcwsldwcsmx() + day3.getNcwsltqcsmx(), 2)); } //年统计小时target36 Calendar c=Calendar.getInstance(); c.setTime(pewp.getRecordDate()); int day=c.get(Calendar.DAY_OF_YEAR); //月统计小时target36 pewp.setTarget36(day*24.0); if (!pepid4ls.isEmpty()) { ProEconEquipmentInfoDay4 day4 = pepid4ls.get(0); //年平均切入风速 target39 pewp.setTarget39(day4.getNdfqrfs()); //年平均切出风速 target40 pewp.setTarget40(day4.getNxfqcfs()); //年最大切出风速target41 pewp.setTarget41(day4.getNdfqcfs()); //年最小切入风速 target42 pewp.setTarget42(day4.getNxfqcfs()); //年额定功率 target43 if (CacheContext.modelMap.containsKey(wt.getModelId())) { ProEconEquipmentmodel model = CacheContext.modelMap.get(wt.getModelId()); pewp.setTarget43(model.getPowerProduction()); } //年额定风速 target44 pewp.setTarget44(day4.getNedfs()); //年设备利用小时 target45 if (!pepid1ls.isEmpty() && pewp.getTarget43() != 0) { ProEconEquipmentInfoDay1 day1 = pepid1ls.get(0); double result = new BigDecimal(day1.getNfdl()).divide(new BigDecimal(pewp.getTarget43()), 2, RoundingMode.HALF_EVEN).doubleValue(); pewp.setTarget45(result); result = new BigDecimal(day1.getNpjgl()).divide(new BigDecimal(pewp.getTarget43()), 2, RoundingMode.HALF_EVEN).doubleValue(); //年负荷率target56 pewp.setTarget56(result); } //年功率一致性系数target57 pewp.setTarget57(day4.getNglyzxxs()); //年拟合优度target58 pewp.setTarget58(day4.getNnhyd()); //年曲线偏差率 target59 pewp.setTarget59(day4.getNqxpcbbg()); //年故障消缺及时率 target60 pewp.setTarget60(day4.getNgzxqjsl()); //年状态转换及时率 target61 pewp.setTarget61(day4.getNztzhjsl()); //年复位及时率target62 pewp.setTarget62(day4.getNfwjsl()); //年MTBF target63 pewp.setTarget63(day4.getNmtbf()); //年MTTR target64 pewp.setTarget64(day4.getNmttr()); //年MTTF target65 pewp.setTarget65(day4.getNmttr()); } if (!pepid5ls.isEmpty()) { List list = pepid5ls.stream().filter(i -> i.getInputOrOutput() == 1).collect(Collectors.toList()); //年切入次数target37 pewp.setTarget37(Double.valueOf(list.size())); list = pepid5ls.stream().filter(i -> i.getInputOrOutput() == 0).collect(Collectors.toList()); //年切出次数target38 pewp.setTarget38(Double.valueOf(list.size())); } if (!pepid6ls.isEmpty()) { int time30m = 0; int time6h = 0; int time12h = 0; int time24h = 0; int time72h = 0; int time168h = 0; int time = 0; for (ProEconShutdownEvent vo : pepid6ls) { if (vo.getStopHours() < 0.5) { time30m++; } if (vo.getStopHours() < 6) { time6h++; } if (vo.getStopHours() < 12) { time12h++; } if (vo.getStopHours() < 24) { time24h++; } if (vo.getStopHours() < 72) { time72h++; } if (vo.getStopHours() < 168) { time168h++; } if (vo.getStopHours() > 168) { time++; } } //年30分钟内故障消除次数 target46 pewp.setTarget46(Double.valueOf(time30m)); //年6小时内故障消除次数 target47 pewp.setTarget47(Double.valueOf(time6h)); //年12小时内故障消除次数 target48 pewp.setTarget48(Double.valueOf(time12h)); //年24小时内故障消除次数 target49 pewp.setTarget49(Double.valueOf(time24h)); //年72小时内故障消除次数 target50 pewp.setTarget50(Double.valueOf(time72h)); //年168小时内故障消除次数 target51 pewp.setTarget51(Double.valueOf(time168h)); //年168小时外故障消除次数 target52 pewp.setTarget52(Double.valueOf(time)); //年故障消缺总次数 target53 pewp.setTarget53(Double.valueOf(time)); } } public static void initial(ProEconEqOriginalDay pepd) { /** * SCADA发电量（千瓦时） */ pepd.setTarget01(0.0); /** * 试运行SCADA发电量（千瓦时） */ pepd.setTarget02(0.0); /** * 日最大风速 */ pepd.setTarget03(0.0); /** * 日最小风速 */ pepd.setTarget04(0.0); /** * 日最大功率 */ pepd.setTarget05(0.0); /** * 日最小功率 */ pepd.setTarget06(0.0); /** * 日平均功率 */ pepd.setTarget07(0.0); /** * 日平均风速 */ pepd.setTarget08(0.0); /** * 日设计理论发电量（千瓦时） */ pepd.setTarget09(0.0); /** * 日实际理论发电量（千瓦时） */ pepd.setTarget10(0.0); /** * 日智慧风电理论发电量（千瓦时） */ pepd.setTarget11(0.0); /** * 风能利用率 */ pepd.setTarget12(0.0); /** * 损失电量（千瓦时） */ pepd.setTarget13(0.0); /** * 故障损失时长（小时） */ pepd.setTarget14(0.0); /** * 故障次数 */ pepd.setTarget15(0.0); /** * 故障损失电量 */ pepd.setTarget16(0.0); /** * 故障损失率 */ pepd.setTarget17(0.0); /** * 检修损失时长（小时） */ pepd.setTarget18(0.0); /** * 检修次数 */ pepd.setTarget19(0.0); /** * 检修损失电量 */ pepd.setTarget20(0.0); /** * 检修损失率 */ pepd.setTarget21(0.0); /** * 性能损失时长（小时） */ pepd.setTarget22(0.0); /** * 性能损失次数 */ pepd.setTarget23(0.0); /** * 性能损失电量 */ pepd.setTarget24(0.0); /** * 性能损失率 */ pepd.setTarget25(0.0); /** * 限电时长（小时） */ pepd.setTarget26(0.0); /** * 限电次数 */ pepd.setTarget27(0.0); /** * 限电损失电量 */ pepd.setTarget28(0.0); /** * 限电损失率 */ pepd.setTarget29(0.0); /** * 弃风率 */ pepd.setTarget30(0.0); /** * 弃发比 */ pepd.setTarget31(0.0); /** * 受累损失时长（小时） */ pepd.setTarget32(0.0); /** * 受累次数 */ pepd.setTarget33(0.0); /** * 受累损失电量 */ pepd.setTarget34(0.0); /** * 受累损失率 */ pepd.setTarget35(0.0); /** * 统计小时 */ pepd.setTarget36(0.0); /** * 切入次数 */ pepd.setTarget37(0.0); /** * 切出次数 */ pepd.setTarget38(0.0); /** * 平均切入风速 */ pepd.setTarget39(0.0); /** * 平均切出风速 */ pepd.setTarget40(0.0); /** * 最大切出风速 */ pepd.setTarget41(0.0); /** * 最小切入风速 */ pepd.setTarget42(0.0); /** * 额定功率 */ pepd.setTarget43(0.0); /** * 额定风速 */ pepd.setTarget44(0.0); /** * 设备利用小时 */ pepd.setTarget45(0.0); /** * 30分钟内故障消除次数 */ pepd.setTarget46(0.0); /** * 6小时内故障消除次数 */ pepd.setTarget47(0.0); /** * 12小时内故障消除次数 */ pepd.setTarget48(0.0); /** * 24小时内故障消除次数 */ pepd.setTarget49(0.0); /** * 72小时内故障消除次数 */ pepd.setTarget50(0.0); /** * 168小时内故障消除次数 */ pepd.setTarget51(0.0); /** * 168小时外故障消除次数 */ pepd.setTarget52(0.0); /** * 故障消缺总次数 */ pepd.setTarget53(0.0); /** * 日等效可利用系数 */ pepd.setTarget54(0.0); /** * 日设备可利用率 */ pepd.setTarget55(0.0); /** * 日负荷率 */ pepd.setTarget56(0.0); /** * 日功率一致性系数 */ pepd.setTarget57(0.0); /** * 日拟合优度 */ pepd.setTarget58(0.0); /** * 日曲线偏差率 */ pepd.setTarget59(0.0); /** * 故障消缺及时率 */ pepd.setTarget60(0.0); /** * 状态转换及时率 */ pepd.setTarget61(0.0); /** * 复位及时率 */ pepd.setTarget62(0.0); /** * 日MTBF */ pepd.setTarget63(0.0); /** * 日MTTR */ pepd.setTarget64(0.0); /** * 日MTTF */ pepd.setTarget65(0.0); /** * 备用1 */ pepd.setTarget66(0.0); /** * 备用2 */ pepd.setTarget67(0.0); /** * 备用3 */ pepd.setTarget68(0.0); /** * 备用4 */ pepd.setTarget69(0.0); /** * 备用5 */ pepd.setTarget70(0.0); /** * 备用6 */ pepd.setTarget71(0.0); /** * 备用7 */ pepd.setTarget72(0.0); /** * 备用8 */ pepd.setTarget73(0.0); /** * 备用9 */ pepd.setTarget74(0.0); /** * 备用10 */ pepd.setTarget75(0.0); /** * 备用11 */ pepd.setTarget76(0.0); /** * 备用12 */ pepd.setTarget77(0.0); /** * 备用13 */ pepd.setTarget78(0.0); /** * 备用14 */ pepd.setTarget79(0.0); /** * 备用15 */ pepd.setTarget80(0.0); /** * 备用16 */ pepd.setTarget81(0.0); /** * 备用17 */ pepd.setTarget82(0.0); /** * 备用18 */ pepd.setTarget83(0.0); /** * 备用19 */ pepd.setTarget84(0.0); /** * 备用20 */ pepd.setTarget85(0.0); /** * 备用21 */ pepd.setTarget86(0.0); /** * 备用22 */ pepd.setTarget87(0.0); /** * 备用23 */ pepd.setTarget88(0.0); /** * 备用24 */ pepd.setTarget89(0.0); /** * 备用25 */ pepd.setTarget90(0.0); /** * 备用26 */ pepd.setTarget91(0.0); /** * 备用27 */ pepd.setTarget92(0.0); /** * 备用28 */ pepd.setTarget93(0.0); /** * 备用29 */ pepd.setTarget94(0.0); /** * 备用30 */ pepd.setTarget95(0.0); /** * 备用31 */ pepd.setTarget96(0.0); /** * 备用32 */ pepd.setTarget97(0.0); /** * 备用33 */ pepd.setTarget98(0.0); /** * 备用34 */ pepd.setTarget99(0.0); /** * 备用35 */ pepd.setTarget100(0.0); pepd.setTarget101(0.0); pepd.setTarget102(0.0); pepd.setTarget103(0.0); pepd.setTarget104(0.0); pepd.setTarget105(0.0); pepd.setTarget106(0.0); pepd.setTarget107(0.0); pepd.setTarget108(0.0); pepd.setTarget109(0.0); pepd.setTarget110(0.0); pepd.setTarget111(0.0); pepd.setTarget112(0.0); pepd.setTarget113(0.0); pepd.setTarget114(0.0); pepd.setTarget115(0.0); pepd.setTarget116(0.0); pepd.setTarget117(0.0); pepd.setTarget118(0.0); pepd.setTarget119(0.0); pepd.setTarget120(0.0); pepd.setTarget121(0.0); pepd.setTarget122(0.0); pepd.setTarget123(0.0); pepd.setTarget124(0.0); pepd.setTarget125(0.0); pepd.setTarget126(0.0); pepd.setTarget127(0.0); pepd.setTarget128(0.0); pepd.setTarget129(0.0); pepd.setTarget130(0.0); pepd.setTarget131(0.0); pepd.setTarget132(0.0); pepd.setTarget133(0.0); pepd.setTarget134(0.0); pepd.setTarget135(0.0); pepd.setTarget136(0.0); pepd.setTarget137(0.0); pepd.setTarget138(0.0); pepd.setTarget139(0.0); pepd.setTarget140(0.0); pepd.setTarget141(0.0); pepd.setTarget142(0.0); pepd.setTarget143(0.0); pepd.setTarget144(0.0); pepd.setTarget145(0.0); pepd.setTarget146(0.0); pepd.setTarget147(0.0); pepd.setTarget148(0.0); pepd.setTarget149(0.0); pepd.setTarget150(0.0); pepd.setTarget151(0.0); pepd.setTarget152(0.0); pepd.setTarget153(0.0); pepd.setTarget154(0.0); pepd.setTarget155(0.0); pepd.setTarget156(0.0); pepd.setTarget157(0.0); pepd.setTarget158(0.0); pepd.setTarget159(0.0); pepd.setTarget160(0.0); pepd.setTarget161(0.0); pepd.setTarget162(0.0); pepd.setTarget163(0.0); pepd.setTarget164(0.0); pepd.setTarget165(0.0); pepd.setTarget166(0.0); pepd.setTarget167(0.0); pepd.setTarget168(0.0); pepd.setTarget169(0.0); pepd.setTarget170(0.0); pepd.setTarget171(0.0); pepd.setTarget172(0.0); pepd.setTarget173(0.0); pepd.setTarget174(0.0); pepd.setTarget175(0.0); pepd.setTarget176(0.0); pepd.setTarget177(0.0); pepd.setTarget178(0.0); pepd.setTarget179(0.0); pepd.setTarget180(0.0); pepd.setTarget181(0.0); pepd.setTarget182(0.0); pepd.setTarget183(0.0); pepd.setTarget184(0.0); pepd.setTarget185(0.0); pepd.setTarget186(0.0); pepd.setTarget187(0.0); pepd.setTarget188(0.0); pepd.setTarget189(0.0); pepd.setTarget190(0.0); pepd.setTarget191(0.0); pepd.setTarget192(0.0); pepd.setTarget193(0.0); pepd.setTarget194(0.0); pepd.setTarget195(0.0); pepd.setTarget196(0.0); pepd.setTarget197(0.0); pepd.setTarget198(0.0); pepd.setTarget199(0.0); pepd.setTarget200(0.0); } public static void initial(ProEconEqOriginalMonth pepd) { /** * SCADA发电量（千瓦时） */ pepd.setTarget01(0.0); /** * 试运行SCADA发电量（千瓦时） */ pepd.setTarget02(0.0); /** * 日最大风速 */ pepd.setTarget03(0.0); /** * 日最小风速 */ pepd.setTarget04(0.0); /** * 日最大功率 */ pepd.setTarget05(0.0); /** * 日最小功率 */ pepd.setTarget06(0.0); /** * 日平均功率 */ pepd.setTarget07(0.0); /** * 日平均风速 */ pepd.setTarget08(0.0); /** * 日设计理论发电量（千瓦时） */ pepd.setTarget09(0.0); /** * 日实际理论发电量（千瓦时） */ pepd.setTarget10(0.0); /** * 日智慧风电理论发电量（千瓦时） */ pepd.setTarget11(0.0); /** * 风能利用率 */ pepd.setTarget12(0.0); /** * 损失电量（千瓦时） */ pepd.setTarget13(0.0); /** * 故障损失时长（小时） */ pepd.setTarget14(0.0); /** * 故障次数 */ pepd.setTarget15(0.0); /** * 故障损失电量 */ pepd.setTarget16(0.0); /** * 故障损失率 */ pepd.setTarget17(0.0); /** * 检修损失时长（小时） */ pepd.setTarget18(0.0); /** * 检修次数 */ pepd.setTarget19(0.0); /** * 检修损失电量 */ pepd.setTarget20(0.0); /** * 检修损失率 */ pepd.setTarget21(0.0); /** * 性能损失时长（小时） */ pepd.setTarget22(0.0); /** * 性能损失次数 */ pepd.setTarget23(0.0); /** * 性能损失电量 */ pepd.setTarget24(0.0); /** * 性能损失率 */ pepd.setTarget25(0.0); /** * 限电时长（小时） */ pepd.setTarget26(0.0); /** * 限电次数 */ pepd.setTarget27(0.0); /** * 限电损失电量 */ pepd.setTarget28(0.0); /** * 限电损失率 */ pepd.setTarget29(0.0); /** * 弃风率 */ pepd.setTarget30(0.0); /** * 弃发比 */ pepd.setTarget31(0.0); /** * 受累损失时长（小时） */ pepd.setTarget32(0.0); /** * 受累次数 */ pepd.setTarget33(0.0); /** * 受累损失电量 */ pepd.setTarget34(0.0); /** * 受累损失率 */ pepd.setTarget35(0.0); /** * 统计小时 */ pepd.setTarget36(0.0); /** * 切入次数 */ pepd.setTarget37(0.0); /** * 切出次数 */ pepd.setTarget38(0.0); /** * 平均切入风速 */ pepd.setTarget39(0.0); /** * 平均切出风速 */ pepd.setTarget40(0.0); /** * 最大切出风速 */ pepd.setTarget41(0.0); /** * 最小切入风速 */ pepd.setTarget42(0.0); /** * 额定功率 */ pepd.setTarget43(0.0); /** * 额定风速 */ pepd.setTarget44(0.0); /** * 设备利用小时 */ pepd.setTarget45(0.0); /** * 30分钟内故障消除次数 */ pepd.setTarget46(0.0); /** * 6小时内故障消除次数 */ pepd.setTarget47(0.0); /** * 12小时内故障消除次数 */ pepd.setTarget48(0.0); /** * 24小时内故障消除次数 */ pepd.setTarget49(0.0); /** * 72小时内故障消除次数 */ pepd.setTarget50(0.0); /** * 168小时内故障消除次数 */ pepd.setTarget51(0.0); /** * 168小时外故障消除次数 */ pepd.setTarget52(0.0); /** * 故障消缺总次数 */ pepd.setTarget53(0.0); /** * 日等效可利用系数 */ pepd.setTarget54(0.0); /** * 日设备可利用率 */ pepd.setTarget55(0.0); /** * 日负荷率 */ pepd.setTarget56(0.0); /** * 日功率一致性系数 */ pepd.setTarget57(0.0); /** * 日拟合优度 */ pepd.setTarget58(0.0); /** * 日曲线偏差率 */ pepd.setTarget59(0.0); /** * 故障消缺及时率 */ pepd.setTarget60(0.0); /** * 状态转换及时率 */ pepd.setTarget61(0.0); /** * 复位及时率 */ pepd.setTarget62(0.0); /** * 日MTBF */ pepd.setTarget63(0.0); /** * 日MTTR */ pepd.setTarget64(0.0); /** * 日MTTF */ pepd.setTarget65(0.0); /** * 备用1 */ pepd.setTarget66(0.0); /** * 备用2 */ pepd.setTarget67(0.0); /** * 备用3 */ pepd.setTarget68(0.0); /** * 备用4 */ pepd.setTarget69(0.0); /** * 备用5 */ pepd.setTarget70(0.0); /** * 备用6 */ pepd.setTarget71(0.0); /** * 备用7 */ pepd.setTarget72(0.0); /** * 备用8 */ pepd.setTarget73(0.0); /** * 备用9 */ pepd.setTarget74(0.0); /** * 备用10 */ pepd.setTarget75(0.0); /** * 备用11 */ pepd.setTarget76(0.0); /** * 备用12 */ pepd.setTarget77(0.0); /** * 备用13 */ pepd.setTarget78(0.0); /** * 备用14 */ pepd.setTarget79(0.0); /** * 备用15 */ pepd.setTarget80(0.0); /** * 备用16 */ pepd.setTarget81(0.0); /** * 备用17 */ pepd.setTarget82(0.0); /** * 备用18 */ pepd.setTarget83(0.0); /** * 备用19 */ pepd.setTarget84(0.0); /** * 备用20 */ pepd.setTarget85(0.0); /** * 备用21 */ pepd.setTarget86(0.0); /** * 备用22 */ pepd.setTarget87(0.0); /** * 备用23 */ pepd.setTarget88(0.0); /** * 备用24 */ pepd.setTarget89(0.0); /** * 备用25 */ pepd.setTarget90(0.0); /** * 备用26 */ pepd.setTarget91(0.0); /** * 备用27 */ pepd.setTarget92(0.0); /** * 备用28 */ pepd.setTarget93(0.0); /** * 备用29 */ pepd.setTarget94(0.0); /** * 备用30 */ pepd.setTarget95(0.0); /** * 备用31 */ pepd.setTarget96(0.0); /** * 备用32 */ pepd.setTarget97(0.0); /** * 备用33 */ pepd.setTarget98(0.0); /** * 备用34 */ pepd.setTarget99(0.0); /** * 备用35 */ pepd.setTarget100(0.0); pepd.setTarget101(0.0); pepd.setTarget102(0.0); pepd.setTarget103(0.0); pepd.setTarget104(0.0); pepd.setTarget105(0.0); pepd.setTarget106(0.0); pepd.setTarget107(0.0); pepd.setTarget108(0.0); pepd.setTarget109(0.0); pepd.setTarget110(0.0); pepd.setTarget111(0.0); pepd.setTarget112(0.0); pepd.setTarget113(0.0); pepd.setTarget114(0.0); pepd.setTarget115(0.0); pepd.setTarget116(0.0); pepd.setTarget117(0.0); pepd.setTarget118(0.0); pepd.setTarget119(0.0); pepd.setTarget120(0.0); pepd.setTarget121(0.0); pepd.setTarget122(0.0); pepd.setTarget123(0.0); pepd.setTarget124(0.0); pepd.setTarget125(0.0); pepd.setTarget126(0.0); pepd.setTarget127(0.0); pepd.setTarget128(0.0); pepd.setTarget129(0.0); pepd.setTarget130(0.0); pepd.setTarget131(0.0); pepd.setTarget132(0.0); pepd.setTarget133(0.0); pepd.setTarget134(0.0); pepd.setTarget135(0.0); pepd.setTarget136(0.0); pepd.setTarget137(0.0); pepd.setTarget138(0.0); pepd.setTarget139(0.0); pepd.setTarget140(0.0); pepd.setTarget141(0.0); pepd.setTarget142(0.0); pepd.setTarget143(0.0); pepd.setTarget144(0.0); pepd.setTarget145(0.0); pepd.setTarget146(0.0); pepd.setTarget147(0.0); pepd.setTarget148(0.0); pepd.setTarget149(0.0); pepd.setTarget150(0.0); pepd.setTarget151(0.0); pepd.setTarget152(0.0); pepd.setTarget153(0.0); pepd.setTarget154(0.0); pepd.setTarget155(0.0); pepd.setTarget156(0.0); pepd.setTarget157(0.0); pepd.setTarget158(0.0); pepd.setTarget159(0.0); pepd.setTarget160(0.0); pepd.setTarget161(0.0); pepd.setTarget162(0.0); pepd.setTarget163(0.0); pepd.setTarget164(0.0); pepd.setTarget165(0.0); pepd.setTarget166(0.0); pepd.setTarget167(0.0); pepd.setTarget168(0.0); pepd.setTarget169(0.0); pepd.setTarget170(0.0); pepd.setTarget171(0.0); pepd.setTarget172(0.0); pepd.setTarget173(0.0); pepd.setTarget174(0.0); pepd.setTarget175(0.0); pepd.setTarget176(0.0); pepd.setTarget177(0.0); pepd.setTarget178(0.0); pepd.setTarget179(0.0); pepd.setTarget180(0.0); pepd.setTarget181(0.0); pepd.setTarget182(0.0); pepd.setTarget183(0.0); pepd.setTarget184(0.0); pepd.setTarget185(0.0); pepd.setTarget186(0.0); pepd.setTarget187(0.0); pepd.setTarget188(0.0); pepd.setTarget189(0.0); pepd.setTarget190(0.0); pepd.setTarget191(0.0); pepd.setTarget192(0.0); pepd.setTarget193(0.0); pepd.setTarget194(0.0); pepd.setTarget195(0.0); pepd.setTarget196(0.0); pepd.setTarget197(0.0); pepd.setTarget198(0.0); pepd.setTarget199(0.0); pepd.setTarget200(0.0); } public static void initial(ProEconEqOriginalYear pepd) { /** * SCADA发电量（千瓦时） */ pepd.setTarget01(0.0); /** * 试运行SCADA发电量（千瓦时） */ pepd.setTarget02(0.0); /** * 日最大风速 */ pepd.setTarget03(0.0); /** * 日最小风速 */ pepd.setTarget04(0.0); /** * 日最大功率 */ pepd.setTarget05(0.0); /** * 日最小功率 */ pepd.setTarget06(0.0); /** * 日平均功率 */ pepd.setTarget07(0.0); /** * 日平均风速 */ pepd.setTarget08(0.0); /** * 日设计理论发电量（千瓦时） */ pepd.setTarget09(0.0); /** * 日实际理论发电量（千瓦时） */ pepd.setTarget10(0.0); /** * 日智慧风电理论发电量（千瓦时） */ pepd.setTarget11(0.0); /** * 风能利用率 */ pepd.setTarget12(0.0); /** * 损失电量（千瓦时） */ pepd.setTarget13(0.0); /** * 故障损失时长（小时） */ pepd.setTarget14(0.0); /** * 故障次数 */ pepd.setTarget15(0.0); /** * 故障损失电量 */ pepd.setTarget16(0.0); /** * 故障损失率 */ pepd.setTarget17(0.0); /** * 检修损失时长（小时） */ pepd.setTarget18(0.0); /** * 检修次数 */ pepd.setTarget19(0.0); /** * 检修损失电量 */ pepd.setTarget20(0.0); /** * 检修损失率 */ pepd.setTarget21(0.0); /** * 性能损失时长（小时） */ pepd.setTarget22(0.0); /** * 性能损失次数 */ pepd.setTarget23(0.0); /** * 性能损失电量 */ pepd.setTarget24(0.0); /** * 性能损失率 */ pepd.setTarget25(0.0); /** * 限电时长（小时） */ pepd.setTarget26(0.0); /** * 限电次数 */ pepd.setTarget27(0.0); /** * 限电损失电量 */ pepd.setTarget28(0.0); /** * 限电损失率 */ pepd.setTarget29(0.0); /** * 弃风率 */ pepd.setTarget30(0.0); /** * 弃发比 */ pepd.setTarget31(0.0); /** * 受累损失时长（小时） */ pepd.setTarget32(0.0); /** * 受累次数 */ pepd.setTarget33(0.0); /** * 受累损失电量 */ pepd.setTarget34(0.0); /** * 受累损失率 */ pepd.setTarget35(0.0); /** * 统计小时 */ pepd.setTarget36(0.0); /** * 切入次数 */ pepd.setTarget37(0.0); /** * 切出次数 */ pepd.setTarget38(0.0); /** * 平均切入风速 */ pepd.setTarget39(0.0); /** * 平均切出风速 */ pepd.setTarget40(0.0); /** * 最大切出风速 */ pepd.setTarget41(0.0); /** * 最小切入风速 */ pepd.setTarget42(0.0); /** * 额定功率 */ pepd.setTarget43(0.0); /** * 额定风速 */ pepd.setTarget44(0.0); /** * 设备利用小时 */ pepd.setTarget45(0.0); /** * 30分钟内故障消除次数 */ pepd.setTarget46(0.0); /** * 6小时内故障消除次数 */ pepd.setTarget47(0.0); /** * 12小时内故障消除次数 */ pepd.setTarget48(0.0); /** * 24小时内故障消除次数 */ pepd.setTarget49(0.0); /** * 72小时内故障消除次数 */ pepd.setTarget50(0.0); /** * 168小时内故障消除次数 */ pepd.setTarget51(0.0); /** * 168小时外故障消除次数 */ pepd.setTarget52(0.0); /** * 故障消缺总次数 */ pepd.setTarget53(0.0); /** * 日等效可利用系数 */ pepd.setTarget54(0.0); /** * 日设备可利用率 */ pepd.setTarget55(0.0); /** * 日负荷率 */ pepd.setTarget56(0.0); /** * 日功率一致性系数 */ pepd.setTarget57(0.0); /** * 日拟合优度 */ pepd.setTarget58(0.0); /** * 日曲线偏差率 */ pepd.setTarget59(0.0); /** * 故障消缺及时率 */ pepd.setTarget60(0.0); /** * 状态转换及时率 */ pepd.setTarget61(0.0); /** * 复位及时率 */ pepd.setTarget62(0.0); /** * 日MTBF */ pepd.setTarget63(0.0); /** * 日MTTR */ pepd.setTarget64(0.0); /** * 日MTTF */ pepd.setTarget65(0.0); /** * 备用1 */ pepd.setTarget66(0.0); /** * 备用2 */ pepd.setTarget67(0.0); /** * 备用3 */ pepd.setTarget68(0.0); /** * 备用4 */ pepd.setTarget69(0.0); /** * 备用5 */ pepd.setTarget70(0.0); /** * 备用6 */ pepd.setTarget71(0.0); /** * 备用7 */ pepd.setTarget72(0.0); /** * 备用8 */ pepd.setTarget73(0.0); /** * 备用9 */ pepd.setTarget74(0.0); /** * 备用10 */ pepd.setTarget75(0.0); /** * 备用11 */ pepd.setTarget76(0.0); /** * 备用12 */ pepd.setTarget77(0.0); /** * 备用13 */ pepd.setTarget78(0.0); /** * 备用14 */ pepd.setTarget79(0.0); /** * 备用15 */ pepd.setTarget80(0.0); /** * 备用16 */ pepd.setTarget81(0.0); /** * 备用17 */ pepd.setTarget82(0.0); /** * 备用18 */ pepd.setTarget83(0.0); /** * 备用19 */ pepd.setTarget84(0.0); /** * 备用20 */ pepd.setTarget85(0.0); /** * 备用21 */ pepd.setTarget86(0.0); /** * 备用22 */ pepd.setTarget87(0.0); /** * 备用23 */ pepd.setTarget88(0.0); /** * 备用24 */ pepd.setTarget89(0.0); /** * 备用25 */ pepd.setTarget90(0.0); /** * 备用26 */ pepd.setTarget91(0.0); /** * 备用27 */ pepd.setTarget92(0.0); /** * 备用28 */ pepd.setTarget93(0.0); /** * 备用29 */ pepd.setTarget94(0.0); /** * 备用30 */ pepd.setTarget95(0.0); /** * 备用31 */ pepd.setTarget96(0.0); /** * 备用32 */ pepd.setTarget97(0.0); /** * 备用33 */ pepd.setTarget98(0.0); /** * 备用34 */ pepd.setTarget99(0.0); /** * 备用35 */ pepd.setTarget100(0.0); pepd.setTarget101(0.0); pepd.setTarget102(0.0); pepd.setTarget103(0.0); pepd.setTarget104(0.0); pepd.setTarget105(0.0); pepd.setTarget106(0.0); pepd.setTarget107(0.0); pepd.setTarget108(0.0); pepd.setTarget109(0.0); pepd.setTarget110(0.0); pepd.setTarget111(0.0); pepd.setTarget112(0.0); pepd.setTarget113(0.0); pepd.setTarget114(0.0); pepd.setTarget115(0.0); pepd.setTarget116(0.0); pepd.setTarget117(0.0); pepd.setTarget118(0.0); pepd.setTarget119(0.0); pepd.setTarget120(0.0); pepd.setTarget121(0.0); pepd.setTarget122(0.0); pepd.setTarget123(0.0); pepd.setTarget124(0.0); pepd.setTarget125(0.0); pepd.setTarget126(0.0); pepd.setTarget127(0.0); pepd.setTarget128(0.0); pepd.setTarget129(0.0); pepd.setTarget130(0.0); pepd.setTarget131(0.0); pepd.setTarget132(0.0); pepd.setTarget133(0.0); pepd.setTarget134(0.0); pepd.setTarget135(0.0); pepd.setTarget136(0.0); pepd.setTarget137(0.0); pepd.setTarget138(0.0); pepd.setTarget139(0.0); pepd.setTarget140(0.0); pepd.setTarget141(0.0); pepd.setTarget142(0.0); pepd.setTarget143(0.0); pepd.setTarget144(0.0); pepd.setTarget145(0.0); pepd.setTarget146(0.0); pepd.setTarget147(0.0); pepd.setTarget148(0.0); pepd.setTarget149(0.0); pepd.setTarget150(0.0); pepd.setTarget151(0.0); pepd.setTarget152(0.0); pepd.setTarget153(0.0); pepd.setTarget154(0.0); pepd.setTarget155(0.0); pepd.setTarget156(0.0); pepd.setTarget157(0.0); pepd.setTarget158(0.0); pepd.setTarget159(0.0); pepd.setTarget160(0.0); pepd.setTarget161(0.0); pepd.setTarget162(0.0); pepd.setTarget163(0.0); pepd.setTarget164(0.0); pepd.setTarget165(0.0); pepd.setTarget166(0.0); pepd.setTarget167(0.0); pepd.setTarget168(0.0); pepd.setTarget169(0.0); pepd.setTarget170(0.0); pepd.setTarget171(0.0); pepd.setTarget172(0.0); pepd.setTarget173(0.0); pepd.setTarget174(0.0); pepd.setTarget175(0.0); pepd.setTarget176(0.0); pepd.setTarget177(0.0); pepd.setTarget178(0.0); pepd.setTarget179(0.0); pepd.setTarget180(0.0); pepd.setTarget181(0.0); pepd.setTarget182(0.0); pepd.setTarget183(0.0); pepd.setTarget184(0.0); pepd.setTarget185(0.0); pepd.setTarget186(0.0); pepd.setTarget187(0.0); pepd.setTarget188(0.0); pepd.setTarget189(0.0); pepd.setTarget190(0.0); pepd.setTarget191(0.0); pepd.setTarget192(0.0); pepd.setTarget193(0.0); pepd.setTarget194(0.0); pepd.setTarget195(0.0); pepd.setTarget196(0.0); pepd.setTarget197(0.0); pepd.setTarget198(0.0); pepd.setTarget199(0.0); pepd.setTarget200(0.0); } }