protected void addStartAddr(StationAddress startAddr, List <StationAddress> list)
{
StationAddress startAddrNew = new StationAddress();
startAddrNew.StartAddress = startAddr.StartAddress;
startAddrNew.StationNo = startAddr.StationNo;
list.Add(startAddrNew);
}
private void setVars()
{
specialChar = new SpecialChar();
StationAddress sa = null;
for (int i = 0; i < STATION_MAX_COUNT; i++)
{
sa = new StationAddress();
sa.StationNo = i + 1;
//详细报警
sa.StartAddress = alarmDetail_start_address + i * station_alarmDetail_interval; //96 word = 64 fault+32 warn
addStartAddr(sa, stationAddrs_AlarmDetail);
//控制字地址
sa.StartAddress = control_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_ControlWord);
//RootCase
sa.StartAddress = rootcase_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_RootCase);
//downtime -shift 1
sa.StartAddress = downtime1_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_DownTime_Shift1);
sa.StartAddress = downtime2_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_DownTime_Shift2);
sa.StartAddress = downtime3_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_DownTime_Shift3);
//prod count -shift 1
sa.StartAddress = prod1_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_ProdCount_Shift1);
sa.StartAddress = prod2_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_ProdCount_Shift2);
sa.StartAddress = prod3_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_ProdCount_Shift3);
//down time trigger
sa.StartAddress = downtime_triger_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_DownTimeTrigger);
//module1 prod shift1
sa.StartAddress = prod1_module1_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_moduleA_shift1);
sa.StartAddress = prod2_module1_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_moduleA_shift2);
sa.StartAddress = prod3_module1_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_moduleA_shift3);
//buffer counter1
sa.StartAddress = buffer_counter1_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_buffer1);
//tip val cycletime
sa.StartAddress = tip_val_cycletime_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_tip_val_cycletime);
//tip car type
sa.StartAddress = tip_car_type_start_address + i * station_info_interval;
addStartAddr(sa, stationAddrs_tip_car_type);
//tip current cycletime
sa.StartAddress = tip_current_cycletime + i * station_info_interval;
addStartAddr(sa, stationAddrs_tip_current_cycletime);
}
}
