private bool IsPumpRunningAndTdDataUpdated(IRedisClient redisClient, Guid ppGuid)
{
//判断机泵是否在运行
var isRun = redisClient.IsPumpRunning(ppGuid);
Log.Inform(isRun
? $">>>>>>>>> 机组{ppGuid} 正在运行 >>>>>>>>"
: $"--------- 机组{ppGuid} 未运行 ---------");
if (!isRun)
{
return(false);
}
//找出机泵下所有传感器，检查数据更新状态
//如果都没更新， 那就不进行诊断
//如果存在更新了数据的传感器，那就需要进行诊断
var ppsys = RuntimeRepo.PumpSysList.First(ps => GuidExt.IsSameGuid(ppGuid, ps.Guid));
var hasNewData = false;
foreach (var td in ppsys.Transducers)
{
var isUpdated = redisClient.IsTdDataUpdated(td);
hasNewData |= isUpdated;
}
if (!hasNewData)
{
Log.Inform($"--------- 机组{ppGuid} 所有传感器未更新数值 ---------");
}
return(hasNewData);
}
public void RunDiagnose()
{
foreach (var guid in RuntimeRepo.RunningPumpGuids)
{
Log.Inform();
Log.Inform($"********* 开始诊断机组：{guid} *********", true);
Log.Inform();
var ppsys = RuntimeRepo.PumpSysList.First(ps => GuidExt.IsSameGuid(guid, ps.Guid));
_ctParser.TdUpdateTime = RuntimeRepo.PumpSysTimeDict[guid] ?? DateTime.Now;
DiagnoseRunningPump_Round1(ppsys);
DiagnoseRunningPump_Round2(ppsys);
FindMainVibraSpec(ppsys);
#if DEBUG
RabbitToPandas(ppsys);
#endif
Log.Inform();
Log.Inform($"********* 机组：{guid} 诊断结束 ********", true);
Log.Inform();
}
}
public PumpSystem(Guid ppGuid)
{
Guid = ppGuid;
Log.Inform();
Log.Inform($"--------- 开始构建机泵系统{Guid.ToFormatedString()} ---------");
Log.Inform();
#region 构建机泵部件
//部件部分
Pump = new Component(Guid, CompType.Pump)
{
NameRemark = "水泵"
};
Motor = new Component(Guid, CompType.Motor)
{
NameRemark = "电机"
};
Coupler = new Component(Guid, CompType.Coupler)
{
NameRemark = "联轴器"
};
//振动传感器部分
var vibrasensors = Repo.SensorList.Where(s => GuidExt.IsSameGuid(s.PPGUID, Guid)).ToList();
foreach (var vibrasensor in vibrasensors)
{
var td = new VibraTransducer(vibrasensor.SSGUID)
{
Signal = vibrasensor.ITEMCODE,
NameRemark = vibrasensor.SSNAME,
Position = PubFuncs.FindTdPosFromSignal(vibrasensor.ITEMCODE)
};
Transducers.Add(td);
Log.Inform($"添加振动传感器({td.NameRemark}): 信号量：{td.Signal} 位置：{td.Position}");
}
//非振动部分
foreach (var phydefnovibra in Repo.PhyDefNoVibra.Where(s => GuidExt.IsSameGuid(s.PPGUID, Guid)))
{
var type = PubFuncs.ParseSignalType(phydefnovibra.ITEMCODE);
if (type.HasValue)
{
var td = new NonVibraTransducer(phydefnovibra.PPGUID, type.Value, phydefnovibra.ID)
{
Signal = phydefnovibra.ITEMCODE,
NameRemark = phydefnovibra.PDNVNAME,
Position = PubFuncs.FindTdPosFromSignal(phydefnovibra.ITEMCODE)
};
Transducers.Add(td);
Log.Inform($"添加非振动传感器({td.NameRemark}): 信号量：{td.Signal} 位置：{td.Position}");
}
}
//还有一枚单独的转速变送器
var speedTd = new SpeedTransducer(Guid);
Transducers.Add(speedTd);
Log.Inform($"添加转速传感器({speedTd.NameRemark}): 信号量：{speedTd.Signal} 位置：{speedTd.Position}");
// var ta = Repo.PhyDefNoVibra.Select(p => p.ITEMCODE).ToList();
Add(Pump);
Add(Motor);
Add(Coupler);
AddRange(Transducers);
#endregion
#region 构建部件间接属性
foreach (DataRow row in PumpSysLib.TableIndirectProperty.Rows)
{
var prop = new Property {
Name = row["PropertyName"].ToString(),
Value = row["DefaultValue"].ToString(),
Variable = row["Variable"].ToString()
};
AllocateProperty(prop, row);
}
//连接点属性是间接属性的一部分,所以也加入
foreach (DataRow row in PumpSysLib.TableConnectorPointProperty.Rows)
{
var prop = new Property {
Name = row["PropertyName"].ToString(),
// Value = row["DefaultValue"].ToString(),
Variable = row["Variable"].ToString()
};
AllocateProperty(prop, row);
}
#endregion
#region 绑定传感器的自带信号量
foreach (var transducer in Transducers)
{
transducer.BindSignal();
}
#endregion
#region 设置振动传感器的图谱的信号量
foreach (var tdv in Transducers.Where(t => t.Type == CompType.Td_V))
{
foreach (var gType in Enum.GetNames(typeof(GraphType)))
{
var prop = tdv.Properties.Find(p => p.Variable == "@" + gType);
prop.Value = PubFuncs.FormatGraphSignal(tdv.Code, (GraphType)Enum.Parse(typeof(GraphType), gType));
}
}
#endregion
#region 根据引用属性，将间接属性的值绑定到信号量
foreach (DataRow row in PumpSysLib.TableRefProperty.Rows)
{
//找到要设置属性值的组件
BaseComponent comp = null;
var cpType = Repo.Map.TypeToEnum[row["TypeName"].ToString()];
switch (cpType)
{
case CompType.Pump:
comp = Pump;
break;
case CompType.Motor:
comp = Motor;
break;
case CompType.Coupler:
comp = Coupler;
break;
}
//找到要设置的属性值
var prop = comp?.Properties.Find(p => p.Variable == row["IndirectVariable"].ToString());
if (prop != null)
{
//先找是哪个类型的传感器
var tdtype = Repo.Map.TypeToEnum[row["RefType"].ToString()];
//再根据位置找到该传感器
var tdpos = (TdPos)Enum.Parse(typeof(TdPos), row["Position"].ToString());
var td = Transducers.Find(t => t.Type == tdtype && t.Position == tdpos);
//再找到传感器上的属性
var rp = td?.Properties.Find(p => p.Variable == row["RefVariable"].ToString());
if (rp != null)
{
prop.Value = rp.Value;
}
}
}
#endregion
#region 根据水泵guid，设置水泵轴承和电机轴承的各自的4个缺陷频率
foreach (var pumpBrInfo in DataDetailsOp.GetPumpBearingInfos(Guid))
{
Pump.Properties.First(p => p.Variable == pumpBrInfo.Key).Value = pumpBrInfo.Value.ToString();
}
foreach (var motorBrInfo in DataDetailsOp.GetMotorBearingInfos(Guid))
{
Motor.Properties.First(p => p.Variable == motorBrInfo.Key).Value = motorBrInfo.Value.ToString();
}
#endregion
#region 根据水泵guid，设置水泵叶片数
Pump.Properties.First(p => p.Variable == "@BladeNum").Value = DataDetailsOp.GetPumpFanCount(Guid).ToString();
#endregion
Log.Inform();
Log.Inform($"--------- 机泵系统{ppGuid} 构建结束---------");
Log.Inform();
}
/// <summary>
/// 机泵实时数据
/// </summary>
public void UpdateRtData()
{
using (var redisClient = RedisManager.GetClient())
{
RuntimeRepo.RunningPumpGuids.Clear();
try {
RuntimeRepo.RunningPumpGuids.AddRange(Repo.PumpGuids.Where(g => IsPumpRunningAndTdDataUpdated(redisClient, g)).ToList());
} catch (ServiceStack.Redis.RedisException ex) {
Log.Error("实时数据更新失败! " + ex.Message);
return;
}
//更新每个ppsys的实时数据时间, 以所有传感器中最新的数据作为该时间
RuntimeRepo.PumpSysTimeDict.Clear();
foreach (var guid in RuntimeRepo.RunningPumpGuids)
{
var ppsys = RuntimeRepo.PumpSysList.First(ps => GuidExt.IsSameGuid(guid, ps.Guid));
var maxTime = DateTime.MinValue;
foreach (var td in ppsys.Transducers)
{
DateTime?time;
if (redisClient.TryGetTdPickTime(td, out time))
{
if (time > maxTime)
{
maxTime = time.Value;
}
}
}
RuntimeRepo.PumpSysTimeDict.Add(guid, maxTime);
}
//构建要获取的实时数据的结构
RuntimeRepo.RtData = new RtData();
Log.Inform("--------------------------读取数据----------------------------");
foreach (var item in RuntimeRepo.RtData.RedisKeyMap)
{
var value = redisClient.GetValue(item.Key);
if (!string.IsNullOrEmpty(value))
{
if (item.Value.Contains("$Ua") || item.Value.Contains("$Ub") || item.Value.Contains("$Uc"))
// || item.Value.Contains("$P_In") || item.Value.Contains("$P_Out"))
{
RuntimeRepo.RtData.SpData[item.Value] = Convert.ToDouble(value) * 1000;
}
else
{
// if (item.Value.Contains("peed") && Convert.ToDouble(value) < 300)
// {
// var a = 1;
// }
RuntimeRepo.RtData.SpData[item.Value] = Convert.ToDouble(value);
}
}
}
//[vibration realtime data Example]:
var specs = new List <Spectrum>();
RuntimeRepo.SpecAnalyser.Specs.Clear();
foreach (var graph in RuntimeRepo.RtData.Graphs)
{
// var sgn = "{" + _waveDatasRedisKey[item.DeviceCode].ToUpper() + "}_" +
// (item.Type == "spectrum" ? "TimeWave" : "Spectrum");
var value = redisClient.GetValue(graph.Signal);
if (string.IsNullOrEmpty(value))
{
Log.Warn($"从Redis中获取不到 {graph.Signal} 对应的图谱");
continue;
}
graph.Time = DateTime.Parse(value.Split('|')[0].Replace(@"""", string.Empty));
var datas = value.Split('[')[1]
.Replace(@"\", string.Empty)
.Replace(@"""", string.Empty)
.Replace("]", string.Empty)
.Replace("}", string.Empty)
.Split(',')
.Select(double.Parse)
.ToList();
//不去掉第一个无效值0, 为了保证计算时索引和线保持一致
// if(datas[0] == 0D)
// datas.RemoveAt(0);
graph.UpdateData(datas.ToArray());
if (graph.Type == GraphType.Spectrum)
{
var speed = RuntimeRepo.GetSpeed();
specs.Add(new Spectrum(speed, graph.Data, graph.Pos));
}
}
RuntimeRepo.SpecAnalyser.UpdateSpecs(specs);
}
}