feat():补充炉区电文

business/src/main/java/com/fizz/business/comm/OPC/MessageReceiveSchedule.java

@@ -1,14 +1,26 @@
 package com.fizz.business.comm.OPC;
 
+import com.fizz.business.constants.enums.ExitCutTypeEnum;
+import com.fizz.business.constants.enums.OpcMessageType;
+import com.fizz.business.domain.msg.*;
 import com.fizz.business.scheduled.BaseSchedule;
+import com.fizz.business.service.hanle.OpcReceiverHandler;
 import com.kangaroohy.milo.model.ReadWriteEntity;
 import com.kangaroohy.milo.service.MiloService;
 import lombok.AllArgsConstructor;
 import lombok.extern.slf4j.Slf4j;
+import org.apache.commons.beanutils.BeanUtils;
 import org.springframework.scheduling.annotation.Scheduled;
 
 import javax.annotation.Resource;
 
+import java.lang.reflect.Field;
+import java.util.ArrayList;
+import java.util.List;
+import java.util.Map;
+
+import static com.fizz.business.service.manager.OpcMessageIdsManager.*;
+
 @Slf4j
 //@Component
 @AllArgsConstructor
@@ -16,14 +28,59 @@ public class MessageReceiveSchedule extends BaseSchedule {
 
     @Resource
     MiloService miloService;
-//    @Scheduled(fixedDelay = 200)
+
+    @Resource
+    private OpcReceiverHandler opcReceiverHandler;
+//    @Scheduled(fixedDelay = 1000)
     public void L1L2LineMeasure() {
         try {
-            ReadWriteEntity node =  miloService.readFromOpcUa("ns=2;s=通道 2.LockStautsRead.lockStauts1");
+
-            log.debug(node.toString());
+            AppMeasureEntryMessage entry = new AppMeasureEntryMessage();
-            node.getValue();
+            writeMessage(entry,entryLineMeasureIds);
+
+            AppMeasureCoatMessage coat = new AppMeasureCoatMessage();
+            writeMessage(coat,procLineMeasureIds);
+
+            AppMeasureFurnaceMessage fur = new AppMeasureFurnaceMessage();
+            writeMessage(fur,furLineMeasureIds);
+
+            AppMeasureExitMessage exit = new AppMeasureExitMessage();
+            writeMessage(exit,exitMeasureIds);
+
+            AppMeasureMessage msg = new AppMeasureMessage();
+            msg.setAppMeasureEntryMessage(entry);
+            msg.setAppMeasureCoatMessage(coat);
+            msg.setAppMeasureFurnaceMessage(fur);
+            msg.setAppMeasureExitMessage(exit);
+            opcReceiverHandler.onMessageReceived(OpcMessageType.APP_MEASURE,msg);
+
         } catch (Exception e) {
-            throw new RuntimeException(e);
+//            throw new RuntimeException(e);
         }
     }
+
+    private void writeMessage(OpcMessage msg, Map<String,String> msgIds) throws Exception {
+        List<String> ids = new ArrayList<>(msgIds.keySet());
+        ids.remove("trigger");
+        List<ReadWriteEntity> nodes =  miloService.readFromOpcUa(ids);
+        nodes.forEach(item->{
+            String fieldName = msgIds.get(item.getIdentifier());
+            if (fieldName != null) {
+                try {
+                    Field field = msg.getClass().getDeclaredField(fieldName);
+                    if (field.getType() == ExitCutTypeEnum.class) {
+                        // 使用枚举类的自定义方法
+                        field.setAccessible(true);
+                        ExitCutTypeEnum enumValue = ExitCutTypeEnum.fromCode((int)item.getValue());
+                        field.set(msg, enumValue);
+                    } else {
+                        // 其他类型正常处理
+                        BeanUtils.setProperty(msg, fieldName, item.getValue());
+                    }
+                } catch (Exception e) {
+                    log.error("BeanUtils设置属性失败: {}", fieldName, e);
+                }
+            }
+        });
+    }
 }

business/src/main/java/com/fizz/business/comm/OPC/MessageTestSchedule.java

@@ -67,7 +67,7 @@ public class MessageTestSchedule extends BaseSchedule {
 
             AppMeasureFurnaceMessage furMsg = new AppMeasureFurnaceMessage();
             furMsg.setStripLocation(welderLength2);
-            furMsg.setStripSpeed(BigDecimal.valueOf(rand.nextDouble()*100));
+//            furMsg.setStripSpeed(BigDecimal.valueOf(rand.nextDouble()*100));
 
             AppMeasureCoatMessage coatMsg = new AppMeasureCoatMessage();
             coatMsg.setStripLocation(welderLength3);

business/src/main/java/com/fizz/business/comm/OPC/OpcMessageSend.java

@@ -28,6 +28,5 @@ public class OpcMessageSend {
             log.error("发送设定失败：{0}",e.getMessage());
         }
 
-
     }
 }

business/src/main/java/com/fizz/business/domain/msg/AppMeasureCoatMessage.java

@@ -130,4 +130,16 @@ public class AppMeasureCoatMessage extends OpcMessage {
 
     @Schema(description = "AFP段钢带温度 (℃)")
     private Integer stripTempAfp;
+
+    @Schema(description = "BR4BR5张力")
+    private BigDecimal tensionBr4Br5;
+
+    @Schema(description = "锌锅温度")
+    private BigDecimal potTemperature;
+
+    @Schema(description = "冷却塔温度")
+    private BigDecimal coolingTowerTemperature;
+
+    @Schema(description = "锌锅功率")
+    private BigDecimal potPower;
 }

business/src/main/java/com/fizz/business/domain/msg/AppMeasureFurnaceMessage.java

@@ -13,59 +13,525 @@ import java.math.BigDecimal;
 public class AppMeasureFurnaceMessage extends OpcMessage {
 
     @Schema(description = "系统计数器 (ms)")
-    private Integer systemCounter;
+    private BigDecimal systemCounter;
 
-    @Schema(description = "入口钢卷标识")
+    @Schema(description = "Entry coil identification")
     private String entryCoilId;
 
-    @Schema(description = "钢带位置 (m)，0 表示头部在参考点 (weld detector 1)")
+    @Schema(description = "Strip location (0 for strip head at reference point (weld detector 1))")
     private BigDecimal stripLocation;
 
-    @Schema(description = "钢带张力 BR3 (daN)")
+    @Schema(description = "PH炉温实际值")
-    private BigDecimal tensionBr3;
+    private BigDecimal phFurnaceTemperatureActual;
 
-    @Schema(description = "钢带张力 N°1 Furnace (daN)")
+    @Schema(description = "NOF1炉温实际值")
-    private BigDecimal tensionFurnace1;
+    private BigDecimal nof1FurnaceTemperatureActual;
 
-    @Schema(description = "钢带张力 N°2 Furnace (daN)")
+    @Schema(description = "NOF1炉温设定值")
-    private BigDecimal tensionFurnace2;
+    private BigDecimal nof1FurnaceTemperatureSet;
 
-    @Schema(description = "钢带速度 Furnace Entry (m/min)")
+    @Schema(description = "NOF1炉温控制输出值")
-    private BigDecimal stripSpeed;
+    private BigDecimal nof1FurnaceTemperatureControlOutput;
 
-    @Schema(description = "Furnace 延伸率 (%)")
+    @Schema(description = "NOF1燃气流量实际值")
-    private BigDecimal furnaceElongation;
+    private BigDecimal nof1GasFlowActual;
 
-    @Schema(description = "PHF-出口钢带温度 (℃)")
+    @Schema(description = "NOF1燃气流量设定值")
-    private BigDecimal phfExitStripTemp;
+    private BigDecimal nof1GasFlowSet;
 
-    @Schema(description = "RTF-出口钢带温度 (℃)")
+    @Schema(description = "NOF1燃气流量控制输出值")
-    private BigDecimal rtfExitStripTemp;
+    private BigDecimal nof1GasFlowControlOutput;
 
-    @Schema(description = "JCS-出口钢带温度 (℃)")
+    @Schema(description = "NOF1空气流量实际值")
-    private BigDecimal jcsExitStripTemp;
+    private BigDecimal nof1AirFlowActual;
 
-    @Schema(description = "SCS-出口钢带温度 (℃)")
+    @Schema(description = "NOF1空气流量设定值")
-    private BigDecimal scsExitStripTemp;
+    private BigDecimal nof1AirFlowSet;
 
-    @Schema(description = "PHF 露点 (℃)")
+    @Schema(description = "NOF1空气流量控制输出值")
-    private BigDecimal phfDewPoint;
+    private BigDecimal nof1AirFlowControlOutput;
 
-    @Schema(description = "RTF 露点 (℃)")
+    @Schema(description = "NOF1空燃比实际值")
-    private BigDecimal rtfDewPoint;
+    private BigDecimal nof1AirFuelRatioActual;
 
-    @Schema(description = "天然气耗量 (m3)")
+    @Schema(description = "NOF1空燃比设定值")
-    private BigDecimal gasConsumption;
+    private BigDecimal nof1AirFuelRatioSet;
 
-    @Schema(description = "钢带张力 BR4 – BR5 (daN)")
+    @Schema(description = "NOF2炉温实际值")
-    private BigDecimal tensionBr4Br5;
+    private BigDecimal nof2FurnaceTemperatureActual;
 
-    @Schema(description = "炉锅温度 (℃)")
+    @Schema(description = "NOF2炉温设定值")
-    private Integer potTemperature;
+    private BigDecimal nof2FurnaceTemperatureSet;
 
-    @Schema(description = "冷却塔钢带温度 (℃)")
+    @Schema(description = "NOF2炉温控制输出值")
-    private Integer coolingTowerStripTemp;
+    private BigDecimal nof2FurnaceTemperatureControlOutput;
+
+    @Schema(description = "NOF2燃气流量实际值")
+    private BigDecimal nof2GasFlowActual;
+
+    @Schema(description = "NOF2燃气流量设定值")
+    private BigDecimal nof2GasFlowSet;
+
+    @Schema(description = "NOF2燃气流量控制输出值")
+    private BigDecimal nof2GasFlowControlOutput;
+
+    @Schema(description = "NOF2空气流量实际值")
+    private BigDecimal nof2AirFlowActual;
+
+    @Schema(description = "NOF2空气流量设定值")
+    private BigDecimal nof2AirFlowSet;
+
+    @Schema(description = "NOF2空气流量控制输出值")
+    private BigDecimal nof2AirFlowControlOutput;
+
+    @Schema(description = "NOF2空燃比实际值")
+    private BigDecimal nof2AirFuelRatioActual;
+
+    @Schema(description = "NOF2空燃比设定值")
+    private BigDecimal nof2AirFuelRatioSet;
+
+    @Schema(description = "NOF3炉温实际值")
+    private BigDecimal nof3FurnaceTemperatureActual;
+
+    @Schema(description = "NOF3炉温设定值")
+    private BigDecimal nof3FurnaceTemperatureSet;
+
+    @Schema(description = "NOF3炉温控制输出值")
+    private BigDecimal nof3FurnaceTemperatureControlOutput;
+
+    @Schema(description = "NOF3燃气流量实际值")
+    private BigDecimal nof3GasFlowActual;
+
+    @Schema(description = "NOF3燃气流量设定值")
+    private BigDecimal nof3GasFlowSet;
+
+    @Schema(description = "NOF3燃气流量控制输出值")
+    private BigDecimal nof3GasFlowControlOutput;
+
+    @Schema(description = "NOF3空气流量实际值")
+    private BigDecimal nof3AirFlowActual;
+
+    @Schema(description = "NOF3空气流量设定值")
+    private BigDecimal nof3AirFlowSet;
+
+    @Schema(description = "NOF3空气流量控制输出值")
+    private BigDecimal nof3AirFlowControlOutput;
+
+    @Schema(description = "NOF3空燃比实际值")
+    private BigDecimal nof3AirFuelRatioActual;
+
+    @Schema(description = "NOF3空燃比设定值")
+    private BigDecimal nof3AirFuelRatioSet;
+
+    @Schema(description = "NOF4炉温实际值")
+    private BigDecimal nof4FurnaceTemperatureActual;
+
+    @Schema(description = "NOF4炉温设定值")
+    private BigDecimal nof4FurnaceTemperatureSet;
+
+    @Schema(description = "NOF4炉温控制输出值")
+    private BigDecimal nof4FurnaceTemperatureControlOutput;
+
+    @Schema(description = "NOF4燃气流量实际值")
+    private BigDecimal nof4GasFlowActual;
+
+    @Schema(description = "NOF4燃气流量设定值")
+    private BigDecimal nof4GasFlowSet;
+
+    @Schema(description = "NOF4燃气流量控制输出值")
+    private BigDecimal nof4GasFlowControlOutput;
+
+    @Schema(description = "NOF4空气流量实际值")
+    private BigDecimal nof4AirFlowActual;
+
+    @Schema(description = "NOF4空气流量设定值")
+    private BigDecimal nof4AirFlowSet;
+
+    @Schema(description = "NOF4空气流量控制输出值")
+    private BigDecimal nof4AirFlowControlOutput;
+
+    @Schema(description = "NOF4空燃比实际值")
+    private BigDecimal nof4AirFuelRatioActual;
+
+    @Schema(description = "NOF4空燃比设定值")
+    private BigDecimal nof4AirFuelRatioSet;
+
+    @Schema(description = "NOF5炉温实际值")
+    private BigDecimal nof5FurnaceTemperatureActual;
+
+    @Schema(description = "NOF5炉温设定值")
+    private BigDecimal nof5FurnaceTemperatureSet;
+
+    @Schema(description = "NOF5炉温控制输出值")
+    private BigDecimal nof5FurnaceTemperatureControlOutput;
+
+    @Schema(description = "NOF5燃气流量实际值")
+    private BigDecimal nof5GasFlowActual;
+
+    @Schema(description = "NOF5燃气流量设定值")
+    private BigDecimal nof5GasFlowSet;
+
+    @Schema(description = "NOF5燃气流量控制输出值")
+    private BigDecimal nof5GasFlowControlOutput;
+
+    @Schema(description = "NOF5空气流量实际值")
+    private BigDecimal nof5AirFlowActual;
+
+    @Schema(description = "NOF5空气流量设定值")
+    private BigDecimal nof5AirFlowSet;
+
+    @Schema(description = "NOF5空气流量控制输出值")
+    private BigDecimal nof5AirFlowControlOutput;
+
+    @Schema(description = "NOF5空燃比实际值")
+    private BigDecimal nof5AirFuelRatioActual;
+
+    @Schema(description = "NOF5空燃比设定值")
+    private BigDecimal nof5AirFuelRatioSet;
+
+    @Schema(description = "RTF1炉温实际值")
+    private BigDecimal rtf1FurnaceTemperatureActual;
+
+    @Schema(description = "RTF1炉温设定值")
+    private BigDecimal rtf1FurnaceTemperatureSet;
+
+    @Schema(description = "RTF1炉温控制输出值")
+    private BigDecimal rtf1FurnaceTemperatureControlOutput;
+
+    @Schema(description = "RTF1燃气流量实际值")
+    private BigDecimal rtf1GasFlowActual;
+
+    @Schema(description = "RTF1燃气流量设定值")
+    private BigDecimal rtf1GasFlowSet;
+
+    @Schema(description = "RTF1燃气流量控制输出值")
+    private BigDecimal rtf1GasFlowControlOutput;
+
+    @Schema(description = "RTF1空气流量实际值")
+    private BigDecimal rtf1AirFlowActual;
+
+    @Schema(description = "RTF1空气流量设定值")
+    private BigDecimal rtf1AirFlowSet;
+
+    @Schema(description = "RTF1空气流量控制输出值")
+    private BigDecimal rtf1AirFlowControlOutput;
+
+    @Schema(description = "RTF1空燃比实际值")
+    private BigDecimal rtf1AirFuelRatioActual;
+
+    @Schema(description = "RTF1空燃比设定值")
+    private BigDecimal rtf1AirFuelRatioSet;
+
+    @Schema(description = "RTF2炉温实际值")
+    private BigDecimal rtf2FurnaceTemperatureActual;
+
+    @Schema(description = "RTF2炉温设定值")
+    private BigDecimal rtf2FurnaceTemperatureSet;
+
+    @Schema(description = "RTF2炉温控制输出值")
+    private BigDecimal rtf2FurnaceTemperatureControlOutput;
+
+    @Schema(description = "RTF2燃气流量实际值")
+    private BigDecimal rtf2GasFlowActual;
+
+    @Schema(description = "RTF2燃气流量设定值")
+    private BigDecimal rtf2GasFlowSet;
+
+    @Schema(description = "RTF2燃气流量控制输出值")
+    private BigDecimal rtf2GasFlowControlOutput;
+
+    @Schema(description = "RTF2空气流量实际值")
+    private BigDecimal rtf2AirFlowActual;
+
+    @Schema(description = "RTF2空气流量设定值")
+    private BigDecimal rtf2AirFlowSet;
+
+    @Schema(description = "RTF2空气流量控制输出值")
+    private BigDecimal rtf2AirFlowControlOutput;
+
+    @Schema(description = "RTF2空燃比实际值")
+    private BigDecimal rtf2AirFuelRatioActual;
+
+    @Schema(description = "RTF2空燃比设定值")
+    private BigDecimal rtf2AirFuelRatioSet;
+
+    @Schema(description = "SF炉温实际值")
+    private BigDecimal sfFurnaceTemperatureActual;
+
+    @Schema(description = "SF炉温设定值")
+    private BigDecimal sfFurnaceTemperatureSet;
+
+    @Schema(description = "SF炉温控制输出值")
+    private BigDecimal sfFurnaceTemperatureControlOutput;
+
+    @Schema(description = "SF燃气流量实际值")
+    private BigDecimal sfGasFlowActual;
+
+    @Schema(description = "SF燃气流量设定值")
+    private BigDecimal sfGasFlowSet;
+
+    @Schema(description = "SF燃气流量控制输出值")
+    private BigDecimal sfGasFlowControlOutput;
+
+    @Schema(description = "SF空气流量实际值")
+    private BigDecimal sfAirFlowActual;
+
+    @Schema(description = "SF空气流量设定值")
+    private BigDecimal sfAirFlowSet;
+
+    @Schema(description = "SF空气流量控制输出值")
+    private BigDecimal sfAirFlowControlOutput;
+
+    @Schema(description = "SF空燃比实际值")
+    private BigDecimal sfAirFuelRatioActual;
+
+    @Schema(description = "SF空燃比设定值")
+    private BigDecimal sfAirFuelRatioSet;
+
+    @Schema(description = "NOF板温实际值")
+    private BigDecimal nofPlateTemperatureActual;
+
+    @Schema(description = "RTF板温实际值")
+    private BigDecimal rtfPlateTemperatureActual;
+
+    @Schema(description = "SF板温实际值")
+    private BigDecimal sfPlateTemperatureActual;
+
+    @Schema(description = "TDS板温实际值")
+    private BigDecimal tdsPlateTemperatureActual;
+
+    @Schema(description = "PH炉压实际值")
+    private BigDecimal phFurnacePressureActual;
+
+    @Schema(description = "PH炉压设定值")
+    private BigDecimal phFurnacePressureSet;
+
+    @Schema(description = "PH炉压控制输出值")
+    private BigDecimal phFurnacePressureControlOutput;
+
+    @Schema(description = "NOF炉压实际值")
+    private BigDecimal nofFurnacePressureActual;
+
+    @Schema(description = "RTF炉压实际值")
+    private BigDecimal rtfFurnacePressureActual;
+
+    @Schema(description = "TDS炉压实际值")
+    private BigDecimal tdsFurnacePressureActual;
+
+    @Schema(description = "JCF1炉温实际值")
+    private BigDecimal jcf1FurnaceTemperatureActual;
+
+    @Schema(description = "JCF1炉温设定值")
+    private BigDecimal jcf1FurnaceTemperatureSet;
+
+    @Schema(description = "JCF1炉温控制输出值")
+    private BigDecimal jcf1FurnaceTemperatureControlOutput;
+
+    @Schema(description = "JCF1 A相电流")
+    private BigDecimal jcf1PhaseACurrent;
+
+    @Schema(description = "JCF1 B相电流")
+    private BigDecimal jcf1PhaseBCurrent;
+
+    @Schema(description = "JCF1 C相电流")
+    private BigDecimal jcf1PhaseCCurrent;
+
+    @Schema(description = "JCF2炉温实际值")
+    private BigDecimal jcf2FurnaceTemperatureActual;
+
+    @Schema(description = "JCF2炉温设定值")
+    private BigDecimal jcf2FurnaceTemperatureSet;
+
+    @Schema(description = "JCF2炉温控制输出值")
+    private BigDecimal jcf2FurnaceTemperatureControlOutput;
+
+    @Schema(description = "JCF2 A相电流")
+    private BigDecimal jcf2PhaseACurrent;
+
+    @Schema(description = "JCF2 B相电流")
+    private BigDecimal jcf2PhaseBCurrent;
+
+    @Schema(description = "JCF2 C相电流")
+    private BigDecimal jcf2PhaseCCurrent;
+
+    @Schema(description = "LTH炉温实际值")
+    private BigDecimal lthFurnaceTemperatureActual;
+
+    @Schema(description = "LTH炉温设定值")
+    private BigDecimal lthFurnaceTemperatureSet;
+
+    @Schema(description = "LTH炉温控制输出值")
+    private BigDecimal lthFurnaceTemperatureControlOutput;
+
+    @Schema(description = "LTH A相电流")
+    private BigDecimal lthPhaseACurrent;
+
+    @Schema(description = "LTH B相电流")
+    private BigDecimal lthPhaseBCurrent;
+
+    @Schema(description = "LTH C相电流")
+    private BigDecimal lthPhaseCCurrent;
+
+    @Schema(description = "TDS炉温实际值")
+    private BigDecimal tdsFurnaceTemperatureActual;
+
+    @Schema(description = "TDS炉温设定值")
+    private BigDecimal tdsFurnaceTemperatureSet;
+
+    @Schema(description = "TDS炉温控制输出值")
+    private BigDecimal tdsFurnaceTemperatureControlOutput;
+
+    @Schema(description = "TDS A相电流")
+    private BigDecimal tdsPhaseACurrent;
+
+    @Schema(description = "TDS B相电流")
+    private BigDecimal tdsPhaseBCurrent;
+
+    @Schema(description = "TDS C相电流")
+    private BigDecimal tdsPhaseCCurrent;
+
+    @Schema(description = "LBZ炉温实际值")
+    private BigDecimal lbzFurnaceTemperatureActual;
+
+    @Schema(description = "LBZ炉温设定值")
+    private BigDecimal lbzFurnaceTemperatureSet;
+
+    @Schema(description = "LBZ炉温控制输出值")
+    private BigDecimal lbzFurnaceTemperatureControlOutput;
+
+    @Schema(description = "LBZ A相电流")
+    private BigDecimal lbzPhaseACurrent;
+
+    @Schema(description = "LBZ B相电流")
+    private BigDecimal lbzPhaseBCurrent;
+
+    @Schema(description = "LBZ C相电流")
+    private BigDecimal lbzPhaseCCurrent;
+
+    @Schema(description = "JCF风机1实际速度")
+    private BigDecimal jcfFan1ActualSpeed;
+
+    @Schema(description = "JCF风机1设定速度")
+    private BigDecimal jcfFan1SetSpeed;
+
+    @Schema(description = "JCF风机2实际速度")
+    private BigDecimal jcfFan2ActualSpeed;
+
+    @Schema(description = "JCF风机2设定速度")
+    private BigDecimal jcfFan2SetSpeed;
+
+    @Schema(description = "JCF风机3实际速度")
+    private BigDecimal jcfFan3ActualSpeed;
+
+    @Schema(description = "JCF风机3设定速度")
+    private BigDecimal jcfFan3SetSpeed;
+
+    @Schema(description = "JCF风机4实际速度")
+    private BigDecimal jcfFan4ActualSpeed;
+
+    @Schema(description = "JCF风机4设定速度")
+    private BigDecimal jcfFan4SetSpeed;
+
+    @Schema(description = "JCF风机5实际速度")
+    private BigDecimal jcfFan5ActualSpeed;
+
+    @Schema(description = "JCF风机5设定速度")
+    private BigDecimal jcfFan5SetSpeed;
+
+    @Schema(description = "JCF风机6实际速度")
+    private BigDecimal jcfFan6ActualSpeed;
+
+    @Schema(description = "JCF风机6设定速度")
+    private BigDecimal jcfFan6SetSpeed;
+
+    @Schema(description = "JCF风机7实际速度")
+    private BigDecimal jcfFan7ActualSpeed;
+
+    @Schema(description = "JCF风机7设定速度")
+    private BigDecimal jcfFan7SetSpeed;
+
+    @Schema(description = "NOF空气换热前烟气温度")
+    private BigDecimal nofAirPreheatFlueGasTemperature;
+
+    @Schema(description = "NOF空气换热后烟气温度")
+    private BigDecimal nofAirPostheatFlueGasTemperature;
+
+    @Schema(description = "NOF水换热后烟气温度")
+    private BigDecimal nofWaterPostheatFlueGasTemperature;
+
+    @Schema(description = "NOF排烟风机前烟气温度")
+    private BigDecimal nofExhaustFanInletFlueGasTemperature;
+
+    @Schema(description = "NOF助燃空气温度")
+    private BigDecimal nofCombustionAirTemperature;
+
+    @Schema(description = "RTF热风换热前烟气温度")
+    private BigDecimal rtfAirPreheatFlueGasTemperature;
+
+    @Schema(description = "RTF排烟风机前烟气温度")
+    private BigDecimal rtfExhaustFanInletFlueGasTemperature;
+
+    @Schema(description = "NOF燃气压力")
+    private BigDecimal nofGasPressure;
+
+    @Schema(description = "点火燃气压力")
+    private BigDecimal ignitionGasPressure;
+
+    @Schema(description = "点火空气压力")
+    private BigDecimal ignitionAirPressure;
+
+    @Schema(description = "RTF燃气压力")
+    private BigDecimal rtfGasPressure;
+
+    @Schema(description = "NOF空气压力实际值")
+    private BigDecimal nofAirPressureActual;
+
+    @Schema(description = "NOF空气压力设定值")
+    private BigDecimal nofAirPressureSet;
+
+    @Schema(description = "NOF空气压力控制输出值")
+    private BigDecimal nofAirPressureControlOutput;
+
+    @Schema(description = "NOF烟气压力实际值")
+    private BigDecimal nofFlueGasPressureActual;
+
+    @Schema(description = "NOF烟气压力设定值")
+    private BigDecimal nofFlueGasPressureSet;
+
+    @Schema(description = "NOF烟气压力控制输出值")
+    private BigDecimal nofFlueGasPressureControlOutput;
+
+    @Schema(description = "RTF空气压力实际值")
+    private BigDecimal rtfAirPressureActual;
+
+    @Schema(description = "RTF空气压力设定值")
+    private BigDecimal rtfAirPressureSet;
+
+    @Schema(description = "RTF空气压力控制输出值")
+    private BigDecimal rtfAirPressureControlOutput;
+
+    @Schema(description = "RTF烟气压力实际值")
+    private BigDecimal rtfFlueGasPressureActual;
+
+    @Schema(description = "RTF烟气压力设定值")
+    private BigDecimal rtfFlueGasPressureSet;
+
+    @Schema(description = "RTF烟气压力控制输出值")
+    private BigDecimal rtfFlueGasPressureControlOutput;
+
+    @Schema(description = "炉气氛微氧含量")
+    private BigDecimal furnaceAtmosphereOxygenContent;
+
+    @Schema(description = "炉气氛氢含量")
+    private BigDecimal furnaceAtmosphereHydrogenContent;
+
+    @Schema(description = "炉气氛露点温度")
+    private BigDecimal furnaceAtmosphereDewPoint;
+
+    @Schema(description = "燃气瞬时流量")
+    private BigDecimal gasInstantaneousFlow;
+
+    @Schema(description = "燃气瞬时耗量")
+    private BigDecimal gasInstantaneousConsumption;
 
-    @Schema(description = "锌锅功率 (kW)")
-    private BigDecimal zincPotPower;
 }

business/src/main/java/com/fizz/business/service/manager/OpcMessageIdsManager.java

@@ -3,9 +3,11 @@ package com.fizz.business.service.manager;
 import com.fizz.business.constants.enums.OpcMessageType;
 import com.google.common.collect.Lists;
 import com.google.common.collect.Maps;
+import io.swagger.v3.oas.annotations.media.Schema;
 import org.springframework.stereotype.Component;
 
 import javax.annotation.PostConstruct;
+import java.math.BigDecimal;
 import java.util.List;
 import java.util.Map;
 
@@ -15,6 +17,13 @@ public class OpcMessageIdsManager {
     public static List<String> msgTriggers = Lists.newArrayList();
 
     public static Map<String,String> lineMeasureIds = Maps.newHashMap();
+
+    public static Map<String,String> entryLineMeasureIds = Maps.newHashMap();
+    public static Map<String,String> procLineMeasureIds = Maps.newHashMap();
+    public static Map<String,String> furLineMeasureIds = Maps.newHashMap();
+
+    public static Map<String,String> exitLineMeasureIds = Maps.newHashMap();
+
     public static Map<String,String> entryMoveIds = Maps.newHashMap();
     public static Map<String,String> exitCutIds = Maps.newHashMap();
     public static Map<String,String> exitMoveIds = Maps.newHashMap();
@@ -32,6 +41,10 @@ public class OpcMessageIdsManager {
         loadExitMeasureIds();
 
         loadMsgTriggers();
+        loadEntryLineMeasureIds();
+        loadProcLineMeasureIds();
+        loadFurLineMeasureIds();
+        loadExitLineMeasureIds();
     }
 
 
@@ -61,6 +74,261 @@ public class OpcMessageIdsManager {
         exitMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitMeasure.weight","weight");
     }
 
+    public static void loadEntryLineMeasureIds(){
+
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.coilID","entryCoilId");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.stripLocation","stripLocation");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.PORFlag","payOffReelNumber");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.PORTension","tensionPorBr1");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.BR1Tension","tensionBr1Br2");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.BR2Tension","tensionBr2Br3");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.StripSpeed","stripSpeed");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.celLength","celLength");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.celPercent","celCapacity");
+//        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.weight","tensionCel");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.cleaningVoltage","cleaningVoltage");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.cleaningCurrent","cleaningCurrent");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.alkaliConcentration","alkaliConcentration");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.alkaliTemperature","alkaliTemperature");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.rinseConductivity","rinseConductivity");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.rinseTemperature","rinseTemperature");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.dryingTemperature","dryingTemperature");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.hotAirFlow","hotAirFlow");
+        entryLineMeasureIds.put("ns=2;s=通道 1.PLCLine.EntryLineMeasure.hotAirPressure","hotAirPressure");
+    }
+
+    public static void loadProcLineMeasureIds(){
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.stripLocation", "stripLocation");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.measurementCount", "measurementCount");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.avrCoatingWeightTop", "avrCoatingWeightTop");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.stdCoatingWeightTop", "stdCoatingWeightTop");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.maxCoatingWeightTop", "maxCoatingWeightTop");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.minCoatingWeightTop", "minCoatingWeightTop");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.avrCoatingWeightBottom", "avrCoatingWeightBottom");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.stdCoatingWeightBottom", "stdCoatingWeightBottom");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.maxCoatingWeightBottom", "maxCoatingWeightBottom");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.minCoatingWeightBottom", "minCoatingWeightBottom");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.airKnifePressure", "airKnifePressure");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.airKnifeFlow", "airKnifeFlow");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.airKnifeGap", "airKnifeGap");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.stripSpeedTmExit", "stripSpeedTmExit");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tensionBr5Tm", "tensionBr5Tm");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tensionTmBr6", "tensionTmBr6");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tensionBr5Br6", "tensionBr5Br6");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tmMask", "tmMask");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tmElongation", "tmElongation");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.rollForceOperator", "rollForceOperator");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.rollForceDrive", "rollForceDrive");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.motorTorque", "motorTorque");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.bendingForce", "bendingForce");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.antiCrimpingRollMesh", "antiCrimpingRollMesh");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.billyRollMesh", "billyRollMesh");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tensionTlBr7", "tensionTlBr7");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tensionBr6Br7", "tensionBr6Br7");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tlFlag", "tlFlag");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tlElongation", "tlElongation");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.levelingUnit1Mesh", "levelingUnit1Mesh");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.levelingUnit2Mesh", "levelingUnit2Mesh");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.antiCrossBowUnitMesh", "antiCrossBowUnitMesh");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tensionBr7Br8", "tensionBr7Br8");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.stripSpeedAfp", "stripSpeedAfp");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.coatingFlag", "coatingFlag");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.stripTempAfp", "stripTempAfp");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.tensionBr4Br5", "tensionBr4Br5");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.potTemperature", "potTemperature");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.coolingTowerTemperature", "coolingTowerTemperature");
+        procLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ProcLineMeasure.potPower", "potPower");
+    }
+
+    public static void loadFurLineMeasureIds() {
+        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.entryCoilId", "entryCoilId");
+        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.stripLocation", "stripLocation");
+        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.phFurnaceTemperatureActual", "phFurnaceTemperatureActual");
+        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1FurnaceTemperatureActual", "nof1FurnaceTemperatureActual");
+        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1FurnaceTemperatureSet", "nof1FurnaceTemperatureSet");
+        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1FurnaceTemperatureControlOutput", "nof1FurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1GasFlowActual", "nof1GasFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1GasFlowSet", "nof1GasFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1GasFlowControlOutput", "nof1GasFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1AirFlowActual", "nof1AirFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1AirFlowSet", "nof1AirFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1AirFlowControlOutput", "nof1AirFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1AirFuelRatioActual", "nof1AirFuelRatioActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof1AirFuelRatioSet", "nof1AirFuelRatioSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2FurnaceTemperatureActual", "nof2FurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2FurnaceTemperatureSet", "nof2FurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2FurnaceTemperatureControlOutput", "nof2FurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2GasFlowActual", "nof2GasFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2GasFlowSet", "nof2GasFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2GasFlowControlOutput", "nof2GasFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2AirFlowActual", "nof2AirFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2AirFlowSet", "nof2AirFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2AirFlowControlOutput", "nof2AirFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2AirFuelRatioActual", "nof2AirFuelRatioActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof2AirFuelRatioSet", "nof2AirFuelRatioSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3FurnaceTemperatureActual", "nof3FurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3FurnaceTemperatureSet", "nof3FurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3FurnaceTemperatureControlOutput", "nof3FurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3GasFlowActual", "nof3GasFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3GasFlowSet", "nof3GasFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3GasFlowControlOutput", "nof3GasFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3AirFlowActual", "nof3AirFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3AirFlowSet", "nof3AirFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3AirFlowControlOutput", "nof3AirFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3AirFuelRatioActual", "nof3AirFuelRatioActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof3AirFuelRatioSet", "nof3AirFuelRatioSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4FurnaceTemperatureActual", "nof4FurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4FurnaceTemperatureSet", "nof4FurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4FurnaceTemperatureControlOutput", "nof4FurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4GasFlowActual", "nof4GasFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4GasFlowSet", "nof4GasFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4GasFlowControlOutput", "nof4GasFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4AirFlowActual", "nof4AirFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4AirFlowSet", "nof4AirFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4AirFlowControlOutput", "nof4AirFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4AirFuelRatioActual", "nof4AirFuelRatioActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof4AirFuelRatioSet", "nof4AirFuelRatioSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5FurnaceTemperatureActual", "nof5FurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5FurnaceTemperatureSet", "nof5FurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5FurnaceTemperatureControlOutput", "nof5FurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5GasFlowActual", "nof5GasFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5GasFlowSet", "nof5GasFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5GasFlowControlOutput", "nof5GasFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5AirFlowActual", "nof5AirFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5AirFlowSet", "nof5AirFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5AirFlowControlOutput", "nof5AirFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5AirFuelRatioActual", "nof5AirFuelRatioActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nof5AirFuelRatioSet", "nof5AirFuelRatioSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1FurnaceTemperatureActual", "rtf1FurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1FurnaceTemperatureSet", "rtf1FurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1FurnaceTemperatureControlOutput", "rtf1FurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1GasFlowActual", "rtf1GasFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1GasFlowSet", "rtf1GasFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1GasFlowControlOutput", "rtf1GasFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1AirFlowActual", "rtf1AirFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1AirFlowSet", "rtf1AirFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1AirFlowControlOutput", "rtf1AirFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1AirFuelRatioActual", "rtf1AirFuelRatioActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf1AirFuelRatioSet", "rtf1AirFuelRatioSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2FurnaceTemperatureActual", "rtf2FurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2FurnaceTemperatureSet", "rtf2FurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2FurnaceTemperatureControlOutput", "rtf2FurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2GasFlowActual", "rtf2GasFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2GasFlowSet", "rtf2GasFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2GasFlowControlOutput", "rtf2GasFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2AirFlowActual", "rtf2AirFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2AirFlowSet", "rtf2AirFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2AirFlowControlOutput", "rtf2AirFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2AirFuelRatioActual", "rtf2AirFuelRatioActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtf2AirFuelRatioSet", "rtf2AirFuelRatioSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfFurnaceTemperatureActual", "sfFurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfFurnaceTemperatureSet", "sfFurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfFurnaceTemperatureControlOutput", "sfFurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfGasFlowActual", "sfGasFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfGasFlowSet", "sfGasFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfGasFlowControlOutput", "sfGasFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfAirFlowActual", "sfAirFlowActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfAirFlowSet", "sfAirFlowSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfAirFlowControlOutput", "sfAirFlowControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfAirFuelRatioActual", "sfAirFuelRatioActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfAirFuelRatioSet", "sfAirFuelRatioSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofPlateTemperatureActual", "nofPlateTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfPlateTemperatureActual", "rtfPlateTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.sfPlateTemperatureActual", "sfPlateTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.tdsPlateTemperatureActual", "tdsPlateTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.phFurnacePressureActual", "phFurnacePressureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.phFurnacePressureSet", "phFurnacePressureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.phFurnacePressureControlOutput", "phFurnacePressureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofFurnacePressureActual", "nofFurnacePressureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfFurnacePressureActual", "rtfFurnacePressureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.tdsFurnacePressureActual", "tdsFurnacePressureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf1FurnaceTemperatureActual", "jcf1FurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf1FurnaceTemperatureSet", "jcf1FurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf1FurnaceTemperatureControlOutput", "jcf1FurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf1PhaseACurrent", "jcf1PhaseACurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf1PhaseBCurrent", "jcf1PhaseBCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf1PhaseCCurrent", "jcf1PhaseCCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf2FurnaceTemperatureActual", "jcf2FurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf2FurnaceTemperatureSet", "jcf2FurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf2FurnaceTemperatureControlOutput", "jcf2FurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf2PhaseACurrent", "jcf2PhaseACurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf2PhaseBCurrent", "jcf2PhaseBCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcf2PhaseCCurrent", "jcf2PhaseCCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lthFurnaceTemperatureActual", "lthFurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lthFurnaceTemperatureSet", "lthFurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lthFurnaceTemperatureControlOutput", "lthFurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lthPhaseACurrent", "lthPhaseACurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lthPhaseBCurrent", "lthPhaseBCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lthPhaseCCurrent", "lthPhaseCCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.tdsFurnaceTemperatureActual", "tdsFurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.tdsFurnaceTemperatureSet", "tdsFurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.tdsFurnaceTemperatureControlOutput", "tdsFurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.tdsPhaseACurrent", "tdsPhaseACurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.tdsPhaseBCurrent", "tdsPhaseBCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.tdsPhaseCCurrent", "tdsPhaseCCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lbzFurnaceTemperatureActual", "lbzFurnaceTemperatureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lbzFurnaceTemperatureSet", "lbzFurnaceTemperatureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lbzFurnaceTemperatureControlOutput", "lbzFurnaceTemperatureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lbzPhaseACurrent", "lbzPhaseACurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lbzPhaseBCurrent", "lbzPhaseBCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.lbzPhaseCCurrent", "lbzPhaseCCurrent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan1ActualSpeed", "jcfFan1ActualSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan1SetSpeed", "jcfFan1SetSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan2ActualSpeed", "jcfFan2ActualSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan2SetSpeed", "jcfFan2SetSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan3ActualSpeed", "jcfFan3ActualSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan3SetSpeed", "jcfFan3SetSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan4ActualSpeed", "jcfFan4ActualSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan4SetSpeed", "jcfFan4SetSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan5ActualSpeed", "jcfFan5ActualSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan5SetSpeed", "jcfFan5SetSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan6ActualSpeed", "jcfFan6ActualSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan6SetSpeed", "jcfFan6SetSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan7ActualSpeed", "jcfFan7ActualSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.jcfFan7SetSpeed", "jcfFan7SetSpeed");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofAirPreheatFlueGasTemperature", "nofAirPreheatFlueGasTemperature");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofAirPostheatFlueGasTemperature", "nofAirPostheatFlueGasTemperature");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofWaterPostheatFlueGasTemperature", "nofWaterPostheatFlueGasTemperature");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofExhaustFanInletFlueGasTemperature", "nofExhaustFanInletFlueGasTemperature");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofCombustionAirTemperature", "nofCombustionAirTemperature");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfAirPreheatFlueGasTemperature", "rtfAirPreheatFlueGasTemperature");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfExhaustFanInletFlueGasTemperature", "rtfExhaustFanInletFlueGasTemperature");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofGasPressure", "nofGasPressure");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.ignitionGasPressure", "ignitionGasPressure");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.ignitionAirPressure", "ignitionAirPressure");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfGasPressure", "rtfGasPressure");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofAirPressureActual", "nofAirPressureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofAirPressureSet", "nofAirPressureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofAirPressureControlOutput", "nofAirPressureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofFlueGasPressureActual", "nofFlueGasPressureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofFlueGasPressureSet", "nofFlueGasPressureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.nofFlueGasPressureControlOutput", "nofFlueGasPressureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfAirPressureActual", "rtfAirPressureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfAirPressureSet", "rtfAirPressureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfAirPressureControlOutput", "rtfAirPressureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfFlueGasPressureActual", "rtfFlueGasPressureActual");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfFlueGasPressureSet", "rtfFlueGasPressureSet");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.rtfFlueGasPressureControlOutput", "rtfFlueGasPressureControlOutput");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.furnaceAtmosphereOxygenContent", "furnaceAtmosphereOxygenContent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.furnaceAtmosphereHydrogenContent", "furnaceAtmosphereHydrogenContent");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.furnaceAtmosphereDewPoint", "furnaceAtmosphereDewPoint");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.gasInstantaneousFlow", "gasInstantaneousFlow");
+//        furLineMeasureIds.put("ns=2;s=通道 1.PLCLine.FurLineMeasure.gasInstantaneousConsumption", "gasInstantaneousConsumption");
+    }
+    public static void loadExitLineMeasureIds() {
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.stripLocation", "stripLocation");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.tensionBr8Br9", "tensionBr8Br9");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.cxlLength", "cxlLength");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.cxlCapacity", "cxlCapacity");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.tensionCxl", "tensionCxl");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.oilingFlag", "oilingFlag");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.oilingAmountTop", "oilingAmountTop");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.oilingAmountBottom", "oilingAmountBottom");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.tensionBr9Tr", "tensionBr9Tr");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.speedExitSection", "speedExitSection");
+        exitLineMeasureIds.put("ns=2;s=通道 1.PLCLine.ExitLineMeasure.coilLength", "coilLength");
+    }
+
 
     public static void loadMsgTriggers(){
         msgTriggers.add(DEVICE_NAME+entryMoveIds.get("trigger"));

business/src/main/java/com/fizz/business/service/strip/SegmentTrackerService.java

@@ -138,7 +138,7 @@ public class SegmentTrackerService {
                 if (segment.getHeadPos().compareTo(BigDecimal.valueOf(currentDevicePos)) > 0 &&
                         segment.getTailPos().compareTo(BigDecimal.valueOf(currentDevicePos)) < 0) {
 
-                    double currentSpeed = getSpeedForDevice(device, entry, furnace, exit);
+                    double currentSpeed = getSpeedForDevice(device, entry, coat, exit);
                     if (currentSpeed > LOWSPEEDLIMIT) {
                         for (String fieldName : device.getParamFields()) {
                             Object message = getMessageForDevice(device, entry, furnace, coat, exit);
@@ -221,11 +221,11 @@ public class SegmentTrackerService {
         }
     }
 
-    private double getSpeedForDevice(DeviceEnum device, AppMeasureEntryMessage entry, AppMeasureFurnaceMessage furnace, AppMeasureExitMessage exit) {
+    private double getSpeedForDevice(DeviceEnum device, AppMeasureEntryMessage entry, AppMeasureCoatMessage coat, AppMeasureExitMessage exit) {
         if (device.getDesc().contains("开卷机") || device.getDesc().contains("活套") || device.getDesc().contains("焊机")) {
             return entry != null && entry.getStripSpeed() != null ? entry.getStripSpeed().doubleValue() : 0.0;
         } else if (device.getDesc().contains("清洗段") || device.getDesc().contains("退火炉")) {
-            return furnace != null && furnace.getStripSpeed() != null ? furnace.getStripSpeed().doubleValue() : 0.0;
+            return coat != null && coat.getStripSpeedTmExit() != null ? coat.getStripSpeedTmExit().doubleValue() : 0.0;
         } else {
             return exit != null && exit.getSpeedExitSection() != null ? exit.getSpeedExitSection().doubleValue() : 0.0;
         }
@@ -233,7 +233,7 @@ public class SegmentTrackerService {
 
     private double procStripSpeed(AppMeasureEntryMessage entry, AppMeasureFurnaceMessage furnace, AppMeasureExitMessage exit) {
         if (entry != null && entry.getStripSpeed() != null) return entry.getStripSpeed().doubleValue();
-        if (furnace != null && furnace.getStripSpeed() != null) return furnace.getStripSpeed().doubleValue();
+//        if (furnace != null && furnace.getStripSpeed() != null) return furnace.getStripSpeed().doubleValue();
         if (exit != null && exit.getSpeedExitSection() != null) return exit.getSpeedExitSection().doubleValue();
         return 0.0;
     }