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修改使用表r_stat_limit_rate_d

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This commit is contained in:
wr
2023-05-04 13:48:09 +08:00
parent 886bec3def
commit 1295cdd463
8 changed files with 569 additions and 571 deletions
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176
pqs-process/process-boot/src/main/java/com/njcn/process/service/impl/ThsSuperviseServiceImpl.java
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@@ -32,7 +32,6 @@ import com.njcn.process.enums.*;
import com.njcn.process.mapper.*;
import com.njcn.process.pojo.param.FileParam;
import com.njcn.process.pojo.po.FlowableAss;
import com.njcn.process.pojo.po.LimitRate;
import com.njcn.process.pojo.po.ThsAlarmFormwork;
import com.njcn.process.pojo.vo.flowable.FlowTaskVo;
import com.njcn.process.service.ThsSuperviseService;
@@ -50,7 +49,6 @@ import lombok.extern.slf4j.Slf4j;
import org.apache.commons.collections.map.HashedMap;
import org.apache.commons.lang.StringUtils;
import org.flowable.task.api.Task;
import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.stereotype.Service;
import org.springframework.transaction.annotation.Transactional;
import org.springframework.web.multipart.MultipartFile;
@@ -615,93 +613,93 @@ public class ThsSuperviseServiceImpl extends ServiceImpl<ThsSuperviseMapper, Ths
* @param limitRate
* @param steady
*/
private Map<String, Object> verifyLimit(LimitRate limitRate, SourceSteadyIndicator steady) {
if (limitRate != null) {
List<String> steadyIndicator = steady.getSteadyIndicator();
Map<String, Object> limitBoolMap = new HashedMap();
List<String> descriptionList = new ArrayList<>();
steadyIndicator.forEach(id -> {
HttpResult<DictData> dicDataById = dicDataFeignClient.getDicDataById(id);
if (CommonResponseEnum.SUCCESS.getCode().equals(dicDataById.getCode()) && dicDataById.getData() != null) {
SteadyIndicatorEnum steadyIndicatorEnum = SteadyIndicatorEnum.getSteadyIndicatorEnumByCode(dicDataById.getData().getCode());
if (null != steadyIndicatorEnum) {
switch (steadyIndicatorEnum) {
case Negative_Voltage://负序电压不平衡度
if (limitRate.getUbalanceOvertime() > 0) {
limitBoolMap.put(SteadyIndicatorEnum.Negative_Voltage.getCode(), true);
descriptionList.add(SteadyIndicatorEnum.Negative_Voltage.getMessage().concat(limitRate.getUbalanceOvertime() + "次"));
} else {
limitBoolMap.put(SteadyIndicatorEnum.Negative_Voltage.getCode(), false);
}
break;
case Interhar_Voltage://间谐波电压
Integer interharVoltageOvertime = this.maxOverTime(limitRate, InterharVoltage.class);
if (interharVoltageOvertime > 0) {
limitBoolMap.put(SteadyIndicatorEnum.Interhar_Voltage.getCode(), true);
descriptionList.add(SteadyIndicatorEnum.Interhar_Voltage.getMessage().concat(interharVoltageOvertime + "次"));
} else {
limitBoolMap.put(SteadyIndicatorEnum.Interhar_Voltage.getCode(), false);
}
break;
case Neg_Current://负序电流
if (limitRate.getINegOvertime() > 0) {
limitBoolMap.put(SteadyIndicatorEnum.Neg_Current.getCode(), true);
descriptionList.add(SteadyIndicatorEnum.Neg_Current.getMessage().concat(limitRate.getINegOvertime() + "次"));
} else {
limitBoolMap.put(SteadyIndicatorEnum.Neg_Current.getCode(), false);
}
break;
case Fre_Deviation://频率偏差
if (limitRate.getFreqDevOvertime() > 0) {
limitBoolMap.put(SteadyIndicatorEnum.Fre_Deviation.getCode(), true);
descriptionList.add(SteadyIndicatorEnum.Fre_Deviation.getMessage().concat(limitRate.getFreqDevOvertime() + "次"));
} else {
limitBoolMap.put(SteadyIndicatorEnum.Fre_Deviation.getCode(), false);
}
break;
case Voltage_Dev://电压偏差
if (limitRate.getVoltageDevOvertime() > 0) {
limitBoolMap.put(SteadyIndicatorEnum.Voltage_Dev.getCode(), true);
descriptionList.add(SteadyIndicatorEnum.Voltage_Dev.getMessage().concat(limitRate.getVoltageDevOvertime() + "次"));
} else {
limitBoolMap.put(SteadyIndicatorEnum.Voltage_Dev.getCode(), false);
}
break;
case Har_Current://谐波电流
Integer harCurrentOvertime = this.maxOverTime(limitRate, HarCurrent.class);
if (harCurrentOvertime > 0) {
limitBoolMap.put(SteadyIndicatorEnum.Har_Current.getCode(), true);
descriptionList.add(SteadyIndicatorEnum.Har_Current.getMessage().concat(harCurrentOvertime + "次"));
} else {
limitBoolMap.put(SteadyIndicatorEnum.Har_Current.getCode(), false);
}
break;
case Voltage_Fluc://电压波动与闪变
if (limitRate.getFlickerOvertime() > 0) {
limitBoolMap.put(SteadyIndicatorEnum.Voltage_Fluc.getCode(), true);
descriptionList.add(SteadyIndicatorEnum.Voltage_Fluc.getMessage().concat(limitRate.getFlickerOvertime() + "次"));
} else {
limitBoolMap.put(SteadyIndicatorEnum.Voltage_Fluc.getCode(), false);
}
break;
case Har_Voltage://谐波电压
Integer harVoltageOvertime = this.maxOverTime(limitRate, HarVoltage.class);
if (harVoltageOvertime > 0) {
limitBoolMap.put(SteadyIndicatorEnum.Har_Voltage.getCode(), true);
descriptionList.add(SteadyIndicatorEnum.Har_Voltage.getMessage().concat(harVoltageOvertime + "次"));
} else {
limitBoolMap.put(SteadyIndicatorEnum.Har_Voltage.getCode(), false);
}
break;
}
}
}
});
limitBoolMap.put(DESCRIPTION, descriptionList);
return limitBoolMap;
}
return null;
}
// private Map<String, Object> verifyLimit(LimitRate limitRate, SourceSteadyIndicator steady) {
// if (limitRate != null) {
// List<String> steadyIndicator = steady.getSteadyIndicator();
// Map<String, Object> limitBoolMap = new HashedMap();
// List<String> descriptionList = new ArrayList<>();
// steadyIndicator.forEach(id -> {
// HttpResult<DictData> dicDataById = dicDataFeignClient.getDicDataById(id);
// if (CommonResponseEnum.SUCCESS.getCode().equals(dicDataById.getCode()) && dicDataById.getData() != null) {
// SteadyIndicatorEnum steadyIndicatorEnum = SteadyIndicatorEnum.getSteadyIndicatorEnumByCode(dicDataById.getData().getCode());
// if (null != steadyIndicatorEnum) {
// switch (steadyIndicatorEnum) {
// case Negative_Voltage://负序电压不平衡度
// if (limitRate.getUbalanceOvertime() > 0) {
// limitBoolMap.put(SteadyIndicatorEnum.Negative_Voltage.getCode(), true);
// descriptionList.add(SteadyIndicatorEnum.Negative_Voltage.getMessage().concat(limitRate.getUbalanceOvertime() + "次"));
// } else {
// limitBoolMap.put(SteadyIndicatorEnum.Negative_Voltage.getCode(), false);
// }
// break;
// case Interhar_Voltage://间谐波电压
// Integer interharVoltageOvertime = this.maxOverTime(limitRate, InterharVoltage.class);
// if (interharVoltageOvertime > 0) {
// limitBoolMap.put(SteadyIndicatorEnum.Interhar_Voltage.getCode(), true);
// descriptionList.add(SteadyIndicatorEnum.Interhar_Voltage.getMessage().concat(interharVoltageOvertime + "次"));
// } else {
// limitBoolMap.put(SteadyIndicatorEnum.Interhar_Voltage.getCode(), false);
// }
// break;
// case Neg_Current://负序电流
// if (limitRate.getINegOvertime() > 0) {
// limitBoolMap.put(SteadyIndicatorEnum.Neg_Current.getCode(), true);
// descriptionList.add(SteadyIndicatorEnum.Neg_Current.getMessage().concat(limitRate.getINegOvertime() + "次"));
// } else {
// limitBoolMap.put(SteadyIndicatorEnum.Neg_Current.getCode(), false);
// }
// break;
// case Fre_Deviation://频率偏差
// if (limitRate.getFreqDevOvertime() > 0) {
// limitBoolMap.put(SteadyIndicatorEnum.Fre_Deviation.getCode(), true);
// descriptionList.add(SteadyIndicatorEnum.Fre_Deviation.getMessage().concat(limitRate.getFreqDevOvertime() + "次"));
// } else {
// limitBoolMap.put(SteadyIndicatorEnum.Fre_Deviation.getCode(), false);
// }
// break;
// case Voltage_Dev://电压偏差
// if (limitRate.getVoltageDevOvertime() > 0) {
// limitBoolMap.put(SteadyIndicatorEnum.Voltage_Dev.getCode(), true);
// descriptionList.add(SteadyIndicatorEnum.Voltage_Dev.getMessage().concat(limitRate.getVoltageDevOvertime() + "次"));
// } else {
// limitBoolMap.put(SteadyIndicatorEnum.Voltage_Dev.getCode(), false);
// }
// break;
// case Har_Current://谐波电流
// Integer harCurrentOvertime = this.maxOverTime(limitRate, HarCurrent.class);
// if (harCurrentOvertime > 0) {
// limitBoolMap.put(SteadyIndicatorEnum.Har_Current.getCode(), true);
// descriptionList.add(SteadyIndicatorEnum.Har_Current.getMessage().concat(harCurrentOvertime + "次"));
// } else {
// limitBoolMap.put(SteadyIndicatorEnum.Har_Current.getCode(), false);
// }
// break;
// case Voltage_Fluc://电压波动与闪变
// if (limitRate.getFlickerOvertime() > 0) {
// limitBoolMap.put(SteadyIndicatorEnum.Voltage_Fluc.getCode(), true);
// descriptionList.add(SteadyIndicatorEnum.Voltage_Fluc.getMessage().concat(limitRate.getFlickerOvertime() + "次"));
// } else {
// limitBoolMap.put(SteadyIndicatorEnum.Voltage_Fluc.getCode(), false);
// }
// break;
// case Har_Voltage://谐波电压
// Integer harVoltageOvertime = this.maxOverTime(limitRate, HarVoltage.class);
// if (harVoltageOvertime > 0) {
// limitBoolMap.put(SteadyIndicatorEnum.Har_Voltage.getCode(), true);
// descriptionList.add(SteadyIndicatorEnum.Har_Voltage.getMessage().concat(harVoltageOvertime + "次"));
// } else {
// limitBoolMap.put(SteadyIndicatorEnum.Har_Voltage.getCode(), false);
// }
// break;
// }
// }
// }
// });
// limitBoolMap.put(DESCRIPTION, descriptionList);
// return limitBoolMap;
// }
// return null;
// }
/***
* 获取越限最大值