水冷添加历史实时数据记录功能

whyclj

2020-10-17 e163b7b3e4d5acc63cfda2fec2dd9034864ccf7a

 WaterSystem_MonitorServer/src/com/watersystem/monitor/Water_rt.java

@@ -6,6 +6,7 @@
import com.modbus.data.MyModbusUtils;
import com.serotonin.modbus4j.BatchRead;
import com.serotonin.modbus4j.BatchResults;
import com.serotonin.modbus4j.code.DataType;

public class Water_rt implements Serializable{
     public int num;//'主键',
@@ -134,18 +135,18 @@
    */
   public BatchRead<Integer> createBatchRead(MyModbusMaster master){
      BatchRead<Integer> batch = new BatchRead<Integer>();      
      batch.addLocator(0,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Cooling_flow ,master));//'冷却水流量',
      batch.addLocator(1,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Supply_tmp ,master));//'供水温度',		
      batch.addLocator(2,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Supply_pre , master));//'供水压力',
      batch.addLocator(3,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.back_tem, master));//'回水温度',								
      batch.addLocator(4,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.back_pre, master));//'回水压力',									
      batch.addLocator(5,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Cooling_ser, master));//'冷却水电导率',								
      batch.addLocator(6,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Buffer_tank_level, master));//'缓冲罐液位'								
      batch.addLocator(7,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Buffer_tank_pre, master));   //'缓冲罐压力',								
      batch.addLocator(8,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Humidity_chamber, master));//'阀厅湿度',								
      batch.addLocator(9,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Tem_chamber, master));   //'阀厅温度',									
      batch.addLocator(10,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.External_tmp, master));//'外水温度',	
      batch.addLocator(11,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.External_pre,master));//'外水压力',
      batch.addLocator(0,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Cooling_flow , DataType.TWO_BYTE_INT_SIGNED,master));//'冷却水流量',
      batch.addLocator(1,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Supply_tmp ,DataType.TWO_BYTE_INT_SIGNED,master));//'供水温度',		
      batch.addLocator(2,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Supply_pre ,DataType.TWO_BYTE_INT_SIGNED, master));//'供水压力',
      batch.addLocator(3,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.back_tem, DataType.TWO_BYTE_INT_SIGNED,master));//'回水温度',								
      batch.addLocator(4,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.back_pre, DataType.TWO_BYTE_INT_SIGNED,master));//'回水压力',									
      batch.addLocator(5,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Cooling_ser, DataType.TWO_BYTE_INT_SIGNED,master));//'冷却水电导率',								
      batch.addLocator(6,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Buffer_tank_level, DataType.TWO_BYTE_INT_SIGNED,master));//'缓冲罐液位'								
      batch.addLocator(7,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Buffer_tank_pre,DataType.TWO_BYTE_INT_SIGNED, master));   //'缓冲罐压力',								
      batch.addLocator(8,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Humidity_chamber,DataType.TWO_BYTE_INT_SIGNED, master));//'阀厅湿度',								
      batch.addLocator(9,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.Tem_chamber, DataType.TWO_BYTE_INT_SIGNED,master));   //'阀厅温度',									
      batch.addLocator(10,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.External_tmp, DataType.TWO_BYTE_INT_SIGNED,master));//'外水温度',	
      batch.addLocator(11,MyModbusUtils.createBaseLocator(Watersystem_ModbusAddress.External_pre,DataType.TWO_BYTE_INT_SIGNED,master));//'外水压力',
      return batch;
   }
   /**
@@ -154,18 +155,18 @@
    */
   public void putBatchResult(BatchResults<Integer> res) {
      if(res != null) {
         this.cooling_flow = MyModbusUtils.readShortToFloat(res.getValue(0));	
         this.supply_tmp = MyModbusUtils.readShortToFloat(res.getValue(1));	
         this.Supply_pre = MyModbusUtils.readShortToFloat(res.getValue(2));	
         this.back_tem = MyModbusUtils.readShortToFloat(res.getValue(3));				
         this.back_pre = MyModbusUtils.readShortToFloat(res.getValue(4));				
         this.Cooling_ser = MyModbusUtils.readShortToFloat(res.getValue(5));			
         this.cooling_flow = MyModbusUtils.readShortToFloat(res.getValue(0),true);	
         this.supply_tmp = MyModbusUtils.readShortToFloat(res.getValue(1),true)/10;	
         this.Supply_pre = MyModbusUtils.readShortToFloat(res.getValue(2),true)/100;	
         this.back_tem = MyModbusUtils.readShortToFloat(res.getValue(3),true)/10;				
         this.back_pre = MyModbusUtils.readShortToFloat(res.getValue(4),true)/100;				
         this.Cooling_ser = MyModbusUtils.readShortToFloat(res.getValue(5))/100;			
         this.Buffer_tank_level = MyModbusUtils.readShortToFloat(res.getValue(6));            
         this.Buffer_tank_pre = MyModbusUtils.readShortToFloat(res.getValue(7));		
         this.Humidity_chamber = MyModbusUtils.readShortToFloat(res.getValue(8));				
         this.Tem_chamber= MyModbusUtils.readShortToFloat(res.getValue(9));				
         this.External_tmp= MyModbusUtils.readShortToFloat(res.getValue(10));	
         this.External_pre = MyModbusUtils.readShortToFloat(res.getValue(11));
         this.Buffer_tank_pre = MyModbusUtils.readShortToFloat(res.getValue(7),true)/100;		
         this.Humidity_chamber = MyModbusUtils.readShortToFloat(res.getValue(8))/10;				
         this.Tem_chamber= MyModbusUtils.readShortToFloat(res.getValue(9),true)/10;				
         this.External_tmp= MyModbusUtils.readShortToFloat(res.getValue(10),true)/10;	
         this.External_pre = MyModbusUtils.readShortToFloat(res.getValue(11),true)/100;
         
      }
   }