feat[零碳项目]: 松原演示

[
1.修改日耗电日产液信息定时任务及井口生产情况表表结构,增加来源系统字段,同时修改代码批量插入逻辑;
2.修改日用电趋势计算定时任务,修改代码逻辑,增加区分来源系统逻辑;
3.修改能耗分析定时任务定时任务,修改代码逻辑,增加区分来源系统逻辑;
4.修改第三方有功功率定时任务,修改代码逻辑,增加区分来源系统逻辑;
5.修改第三方当日油井状态定时任务,修改代码逻辑,增加区分来源系统逻辑;
6.修改第三方井场日累计数据定时任务,修改代码逻辑,增加区分来源系统逻辑;
7.修改第三方光伏日发电量定时任务,修改代码逻辑,增加区分来源系统逻辑;
8.修改第三井平均有功功率作业定时任务,修改代码逻辑,增加区分来源系统逻辑;
9.修改日耗电日产液信息定时任务,修改代码逻辑,增加区分来源系统逻辑;
10.修改查15分钟电站实际功率接口,修改代码逻辑,增加区分来源系统逻辑;
]

C00-common/pps-common/src/main/java/pps/core/common/constant/BusinessConstant.java

@@ -158,6 +158,21 @@ public class BusinessConstant {
      */
     public static final BigDecimal BIG_DECIMAL_6_67 = BigDecimal.valueOf(6.67);
 
+    /**
+     * 2
+     */
+    public static final BigDecimal BIG_DECIMAL_2 = BigDecimal.valueOf(2);
+
+    /**
+     * 3
+     */
+    public static final BigDecimal BIG_DECIMAL_3 = BigDecimal.valueOf(3);
+
+    /**
+     * 4
+     */
+    public static final BigDecimal BIG_DECIMAL_4 = BigDecimal.valueOf(4);
+
     /**
      * 60
      */

C12-prediction/pps-core-prediction/src/main/java/pps/core/prediction/service/EnergyConsumptionAnalysisService.java

@@ -1074,17 +1074,21 @@ public class EnergyConsumptionAnalysisService {
             plantInput.setOuIds(orgIds);
         }
         input.getBetweenDate();
+        BigDecimal electricityFees;
+        BigDecimal divide;
         //封装数据
         List<DateTime> rangeToList = DateUtil.rangeToList(input.getStartTime(), input.getEndTime(), DateField.DAY_OF_YEAR);
         List<GetEnergyComparisonAnalysisOutput> outputs = new ArrayList<>(rangeToList.size());
         for (DateTime dateTime : rangeToList) {
+            electricityFees = RandomUtil.randomBigDecimal(BusinessConstant.BIG_DECIMAL_60, BusinessConstant.BIG_DECIMAL_10000);
+            divide = BaseUtils.divide(electricityFees, BigDecimal.TEN);
             outputs.add(GetEnergyComparisonAnalysisOutput.builder()
                     .dateFormat(dateTime.toString())
-                    .electricityFees(RandomUtil.randomBigDecimal(BusinessConstant.BIG_DECIMAL_60, BusinessConstant.BIG_DECIMAL_10000).setScale(2, RoundingMode.HALF_UP))
-                    .valleyElectricPower(RandomUtil.randomBigDecimal(BusinessConstant.BIG_DECIMAL_60, BusinessConstant.BIG_DECIMAL_10000).setScale(2, RoundingMode.HALF_UP))
-                    .ordinaryElectricPower(RandomUtil.randomBigDecimal(BusinessConstant.BIG_DECIMAL_60, BusinessConstant.BIG_DECIMAL_10000).setScale(2, RoundingMode.HALF_UP))
-                    .highElectricPower(RandomUtil.randomBigDecimal(BusinessConstant.BIG_DECIMAL_60, BusinessConstant.BIG_DECIMAL_10000).setScale(2, RoundingMode.HALF_UP))
-                    .peakElectricPower(RandomUtil.randomBigDecimal(BusinessConstant.BIG_DECIMAL_60, BusinessConstant.BIG_DECIMAL_10000).setScale(2, RoundingMode.HALF_UP))
+                    .electricityFees(electricityFees.setScale(2, RoundingMode.HALF_UP))
+                    .valleyElectricPower(divide.multiply(BusinessConstant.BIG_DECIMAL_4))
+                    .ordinaryElectricPower(divide.multiply(BusinessConstant.BIG_DECIMAL_3))
+                    .highElectricPower(divide.multiply(BusinessConstant.BIG_DECIMAL_2))
+                    .peakElectricPower(divide)
                     .build());
         }
         return XListResult.success(outputs);