计算化验记录的 化验值、偏差度等

ruoyi-system/src/main/java/com/ruoyi/business/service/impl/BusinessServiceImpl.java

@@ -105,20 +105,97 @@ public class BusinessServiceImpl implements IBusinessService {
     }
 
     private void addAssayExtra(String assayNo, AssayDetailRes assayDetailRes) {
-        //分别处理化验设备的名称、水厂的名字字段
+        //分别处理化验设备的名称、水厂的名字字段（没有通过SQL关联查询，数据量大会很慢。。。）
+        //化验室
         List<BizDevice> bizDevices = this.bizDeviceMapper.selectBizDeviceList(BizDevice.builder().deviceNo(assayDetailRes.getDeviceNo()).build());
         if(!CollectionUtils.isEmpty(bizDevices)){
             assayDetailRes.setDeviceName(bizDevices.get(0).getDeviceName());
             assayDetailRes.setDeviceWorks(bizDevices.get(0).getDeviceWorks());
         }
+        //水厂
         List<BizWaterWork> bizWaterWorks = this.bizWaterWorkMapper.selectBizWaterWorkList(BizWaterWork.builder().worksId(assayDetailRes.getDeviceWorks()).build());
         if(!CollectionUtils.isEmpty(bizWaterWorks)){
             assayDetailRes.setWorksName(bizWaterWorks.get(0).getWorksName());
         }
         //通过化验编号查询所有的化验明细，然后根据类型计算对应的
         List<ZAssayResult> zAssayResults = this.zAssayResultMapper.selectZAssayResultList(ZAssayResult.builder().assayNo(assayNo).assayType("3").build());
+        calculateRate(assayDetailRes, zAssayResults);
+    }
+
+    private void calculateRate(AssayDetailRes assayDetailRes, List<ZAssayResult> zAssayResults) {
         if(!CollectionUtils.isEmpty(zAssayResults)){
-            //todo 处理八种类型化验的计算
+            //高COD
+            Optional<ZAssayResult> highCodOptional = zAssayResults.stream().filter(zAssayResult -> "1".equals(zAssayResult.getAssayItem())).findFirst();
+            if(highCodOptional.isPresent()){
+                ZAssayResult zAssayResult = highCodOptional.get();
+                Double resultConcentration = zAssayResult.getResultConcentration();
+                assayDetailRes.setHighCodResultConcentration(resultConcentration);
+                Double highCodStandardVal = assayDetailRes.getHighCodStandardVal();
+                assayDetailRes.setHighCodDeviationRate((resultConcentration - highCodStandardVal) / highCodStandardVal);
+            }
+            //低COD
+            Optional<ZAssayResult> lowCodOptional = zAssayResults.stream().filter(zAssayResult -> "2".equals(zAssayResult.getAssayItem())).findFirst();
+            if(lowCodOptional.isPresent()){
+                ZAssayResult zAssayResult = lowCodOptional.get();
+                Double resultConcentration = zAssayResult.getResultConcentration();
+                assayDetailRes.setLowCodResultConcentration(resultConcentration);
+                Double lowCodStandardVal = assayDetailRes.getLowCodStandardVal();
+                assayDetailRes.setHighCodDeviationRate((resultConcentration - lowCodStandardVal) / lowCodStandardVal);
+            }
+            //氨氮
+            Optional<ZAssayResult> andanOptional = zAssayResults.stream().filter(zAssayResult -> "3".equals(zAssayResult.getAssayItem())).findFirst();
+            if(andanOptional.isPresent()){
+                ZAssayResult zAssayResult = andanOptional.get();
+                Double resultConcentration = zAssayResult.getResultConcentration();
+                assayDetailRes.setAnDanResultConcentration(resultConcentration);
+                Double anDanStandardVal = assayDetailRes.getAnDanStandardVal();
+                assayDetailRes.setHighCodDeviationRate((resultConcentration - anDanStandardVal) / anDanStandardVal);
+            }
+            //总氮
+            Optional<ZAssayResult> tnOptional = zAssayResults.stream().filter(zAssayResult -> "4".equals(zAssayResult.getAssayItem())).findFirst();
+            if(tnOptional.isPresent()){
+                ZAssayResult zAssayResult = tnOptional.get();
+                Double resultConcentration = zAssayResult.getResultConcentration();
+                assayDetailRes.setTnResultConcentration(resultConcentration);
+                Double tnStandardVal = assayDetailRes.getTnStandardVal();
+                assayDetailRes.setHighCodDeviationRate((resultConcentration - tnStandardVal) / tnStandardVal);
+            }
+            //总磷
+            Optional<ZAssayResult> tpOptional = zAssayResults.stream().filter(zAssayResult -> "5".equals(zAssayResult.getAssayItem())).findFirst();
+            if(tpOptional.isPresent()){
+                ZAssayResult zAssayResult = tpOptional.get();
+                Double resultConcentration = zAssayResult.getResultConcentration();
+                assayDetailRes.setTpResultConcentration(resultConcentration);
+                Double tpStandardVal = assayDetailRes.getTpStandardVal();
+                assayDetailRes.setHighCodDeviationRate((resultConcentration - tpStandardVal) / tpStandardVal);
+            }
+            //正磷酸盐
+            Optional<ZAssayResult> zlsyOptional = zAssayResults.stream().filter(zAssayResult -> "6".equals(zAssayResult.getAssayItem())).findFirst();
+            if(zlsyOptional.isPresent()){
+                ZAssayResult zAssayResult = zlsyOptional.get();
+                Double resultConcentration = zAssayResult.getResultConcentration();
+                assayDetailRes.setZlsyResultConcentration(resultConcentration);
+                Double zlsyStandardVal = assayDetailRes.getZlsyStandardVal();
+                assayDetailRes.setHighCodDeviationRate((resultConcentration - zlsyStandardVal) / zlsyStandardVal);
+            }
+            //亚硝酸盐氮
+            Optional<ZAssayResult> yxsydOptional = zAssayResults.stream().filter(zAssayResult -> "7".equals(zAssayResult.getAssayItem())).findFirst();
+            if(yxsydOptional.isPresent()){
+                ZAssayResult zAssayResult = yxsydOptional.get();
+                Double resultConcentration = zAssayResult.getResultConcentration();
+                assayDetailRes.setYxsyResultConcentration(resultConcentration);
+                Double yxsyStandardVal = assayDetailRes.getYxsyStandardVal();
+                assayDetailRes.setHighCodDeviationRate((resultConcentration - yxsyStandardVal) / yxsyStandardVal);
+            }
+            //硝酸盐氮
+            Optional<ZAssayResult> xsydOptional = zAssayResults.stream().filter(zAssayResult -> "8".equals(zAssayResult.getAssayItem())).findFirst();
+            if(xsydOptional.isPresent()){
+                ZAssayResult zAssayResult = xsydOptional.get();
+                Double resultConcentration = zAssayResult.getResultConcentration();
+                assayDetailRes.setXsydResultConcentration(resultConcentration);
+                Double xsydStandardVal = assayDetailRes.getXsydStandardVal();
+                assayDetailRes.setHighCodDeviationRate((resultConcentration - xsydStandardVal) / xsydStandardVal);
+            }
         }
     }