洪水预报接口对接

guoshilong

2024-03-05 2f8eaa7c850445fde0cdca0e8ecddcb7e2a936a3

 skjcmanager/skjcmanager-service/skjcmanager-nky/src/main/java/cn/gistack/nky/service/impl/HstPredictServiceImpl.java

@@ -7,6 +7,7 @@
import cn.gistack.nky.requestpojo.PredictWatersPo;
import cn.gistack.nky.requestpojo.QueryReqPo;
import cn.gistack.nky.resultpojo.DataResChildrenPo;
import cn.gistack.nky.resultpojo.NewSwFuturePo;
import cn.gistack.nky.service.IHstPredictService;
import cn.gistack.nky.service.IHsybService;
import cn.gistack.nky.service.INkyService;
@@ -36,7 +37,11 @@
   @Override
   public void getData(String type) {
      List<DataResChildrenPo> cdList = getCdList(type);
      List<DataResChildrenPo> collect = cdList.stream().filter(item -> item.getRes_cd().equals("42011640018") || item.getRes_cd().equals("42128140006")).collect(Collectors.toList());
      List<DataResChildrenPo> collect = cdList.stream().filter(
//         item -> item.getRes_cd().equals("42011640018") || item.getRes_cd().equals("42128140006")
         item -> item.getRes_cd().equals("42011640018") || item.getRes_cd().equals("42130350046")|| item.getRes_cd().equals("42092250024")|| item.getRes_cd().equals("42022250039")|| item.getRes_cd().equals("42132150292")

      ).collect(Collectors.toList());
      collect.forEach(dataResChildrenPo -> {
         //循环请求预测结果
         QueryReqPo queryReqPo = new QueryReqPo(dataResChildrenPo, type);
@@ -49,23 +54,137 @@
      });
   }

   private String resCd = "";
//   private String resCd = "";

   @Override
   public void predictData(String type) {
      List<DataResChildrenPo> cdList = getCdList(type);
      //暂时筛选出这两个水库的数据
      List<DataResChildrenPo> collect = cdList.stream().filter(item -> item.getRes_cd().equals("42011640018") || item.getRes_cd().equals("42128140006")).collect(Collectors.toList());
      //暂时筛选出数据
//      List<DataResChildrenPo> collect = cdList.stream().filter(
//         item -> item.getRes_cd().equals("42011640018") || item.getRes_cd().equals("42130350046")|| item.getRes_cd().equals("42092250024")|| item.getRes_cd().equals("42022250039")|| item.getRes_cd().equals("42132150292")
//      ).collect(Collectors.toList());

//      predict(collect,type);

      newPredict(cdList,type);


      if (type.equals("1")) {
         //渗压
         collect.forEach(dataResChildrenPo -> {
            //所有水库请求预报数据
//            if (!resCd.equals(dataResChildrenPo.getRes_cd())) {
            //请求预报水位
            List<List<String>> future = hsybService.getFuture(dataResChildrenPo.getRes_cd());
            resCd = dataResChildrenPo.getRes_cd();
   }

   private void newPredict(List<DataResChildrenPo> collect, String type) {

      String resCd = "";
      //无数据直接返回
      if (collect.size() == 0){
         return;
      }
      List<NewSwFuturePo> future = new ArrayList<>();
      if (type.equals("1") || type.equals("2")){

         for (int i = 0; i < collect.size(); i++) {
            DataResChildrenPo dataResChildrenPo = collect.get(i);
            String currentResCd = dataResChildrenPo.getRes_cd();

            //第一个水库
            if (future.size() == 0 && resCd.equals("")){
               future = hsybService.getNewFuture(currentResCd);
               //当前水库
               resCd = currentResCd;
            } else if (!resCd.equals(currentResCd)) {
               //其他水库，获取新的预测数据
               future = hsybService.getNewFuture(currentResCd);
               //更换为新水库
               resCd = currentResCd;
            }

            //预测数据构造请求数据
            if (future != null && future.size() > 0) {
               List<PredictWatersPo> po = new ArrayList<>();
               future.forEach(item -> {
                  PredictWatersPo predictWatersPo = new PredictWatersPo();
                  //设置时间
                  predictWatersPo.setTime(item.getTime());
                  //设置预测水位
                  predictWatersPo.setValue(Double.parseDouble(item.getSw()));
                  po.add(predictWatersPo);
               });
               HstPredictReqPo arimaPredictReqPo = new HstPredictReqPo(dataResChildrenPo, type, po);
               //循环预测请求
               nkyService.hstPredict(arimaPredictReqPo);
            }


         }
      }else if (type.equals("3") || type.equals("4") || type.equals("5")){

         for (int i = 0; i < collect.size(); i++) {
            DataResChildrenPo dataResChildrenPo = collect.get(i);
            String currentResCd = dataResChildrenPo.getRes_cd();

            //第一个水库
            if (future.size() == 0 && resCd.equals("")){
               future = hsybService.getNewFuture(currentResCd);
               //当前水库
               resCd = currentResCd;
            } else if (!resCd.equals(currentResCd)) {
               //其他水库，获取新的预测数据
               future = hsybService.getNewFuture(currentResCd);
               //更换为新水库
               resCd = currentResCd;
            }

            //预测数据构造请求数据
            if (future != null && future.size() > 0) {
               List<PredictWatersPo> po = new ArrayList<>();
               future.forEach(item -> {
                  PredictWatersPo predictWatersPo = new PredictWatersPo();
                  //设置时间
                  predictWatersPo.setTime(item.getTime());
                  //设置预测水位
                  predictWatersPo.setValue(Double.parseDouble(item.getSw()));
                  po.add(predictWatersPo);
               });
               //循环预测请求(位移一起请求减少请求次数)
               HstPredictReqPo arimaPredictReqPoX = new HstPredictReqPo(dataResChildrenPo, "3", po);
               nkyService.hstPredict(arimaPredictReqPoX);

               HstPredictReqPo arimaPredictReqPoY = new HstPredictReqPo(dataResChildrenPo, "4", po);
               nkyService.hstPredict(arimaPredictReqPoY);

               HstPredictReqPo arimaPredictReqPoZ = new HstPredictReqPo(dataResChildrenPo, "5", po);
               nkyService.hstPredict(arimaPredictReqPoZ);
            }
         }
      }

   }

   private void predict(List<DataResChildrenPo> collect, String type) {
      String resCd = "";
      //无数据直接返回
      if (collect.size() == 0){
         return;
      }
      List<List<String>> future = new ArrayList<>();
      if (type.equals("1") || type.equals("2")){

         for (int i = 0; i < collect.size(); i++) {
            DataResChildrenPo dataResChildrenPo = collect.get(i);
            String currentResCd = dataResChildrenPo.getRes_cd();

            //第一个水库
            if (future.size() == 0 && resCd.equals("")){
               future = hsybService.getFuture(currentResCd);
               //当前水库
               resCd = currentResCd;
            } else if (!resCd.equals(currentResCd)) {
               //其他水库，获取新的预测数据
               future = hsybService.getFuture(currentResCd);
               //更换为新水库
               resCd = currentResCd;
            }

            //预测数据构造请求数据
            if (future != null && future.size() > 0) {
               List<PredictWatersPo> po = new ArrayList<>();
               future.forEach(item -> {
@@ -80,41 +199,28 @@
               //循环预测请求
               nkyService.hstPredict(arimaPredictReqPo);
            }
//            }
         });
      } else if (type.equals("2")) {
         //渗流
         collect.forEach(dataResChildrenPo -> {
            //所有水库请求预报数据
//            if (!resCd.equals(dataResChildrenPo.getRes_cd())) {
            //请求预报水位
            List<List<String>> future = hsybService.getFuture(dataResChildrenPo.getRes_cd());
            resCd = dataResChildrenPo.getRes_cd();
            if (future != null && future.size() > 0) {
               List<PredictWatersPo> po = new ArrayList<>();
               future.forEach(item -> {
                  PredictWatersPo predictWatersPo = new PredictWatersPo();
                  //设置时间
                  predictWatersPo.setTime(item.get(0));
                  //设置预测水位
                  predictWatersPo.setValue(Double.parseDouble(item.get(2)));
                  po.add(predictWatersPo);
               });
               HstPredictReqPo arimaPredictReqPo = new HstPredictReqPo(dataResChildrenPo, type, po);
               //循环预测请求
               nkyService.hstPredict(arimaPredictReqPo);


         }
      }else if (type.equals("3") || type.equals("4") || type.equals("5")){

         for (int i = 0; i < collect.size(); i++) {
            DataResChildrenPo dataResChildrenPo = collect.get(i);
            String currentResCd = dataResChildrenPo.getRes_cd();

            //第一个水库
            if (future.size() == 0 && resCd.equals("")){
               future = hsybService.getFuture(currentResCd);
               //当前水库
               resCd = currentResCd;
            } else if (!resCd.equals(currentResCd)) {
               //其他水库，获取新的预测数据
               future = hsybService.getFuture(currentResCd);
               //更换为新水库
               resCd = currentResCd;
            }
//            }
         });


      } else if (type.equals("3") || type.equals("4") || type.equals("5")) {
         collect.forEach(dataResChildrenPo -> {
            //所有水库请求预报数据
//            if (!resCd.equals(dataResChildrenPo.getRes_cd())) {
            //请求预报水位
            List<List<String>> future = hsybService.getFuture(dataResChildrenPo.getRes_cd());
            resCd = dataResChildrenPo.getRes_cd();
            //预测数据构造请求数据
            if (future != null && future.size() > 0) {
               List<PredictWatersPo> po = new ArrayList<>();
               future.forEach(item -> {
@@ -135,10 +241,8 @@
               HstPredictReqPo arimaPredictReqPoZ = new HstPredictReqPo(dataResChildrenPo, "5", po);
               nkyService.hstPredict(arimaPredictReqPoZ);
            }
//            }
         });
         }
      }
      resCd = "";
   }

   @Override