public void UploadLQValue(tLQParam param)
{
string cacheData = string.Empty;
System.Threading.Tasks.Task.Run(() =>
{
try
{
if (iCMS.WG.Agent.ComFunction.IsExisted(iCMS.WG.Agent.ComFunction.CreateCacheData(param, EnumCacheType.LQValue)))
{
iCMS.WG.Agent.Common.LogHelper.WriteLog(iCMS.WG.Agent.Common.Enum.EnumLogType.InvalidData.ToString(), "重复LQ，MAC: " + param.mac.ToHexString() + "采集时间：" + iCMS.WG.Agent.ComFunction.GetSamplingTime(param.SampleTime));
return;
}
VibrationValueParameter LQData = new VibrationValueParameter();
LQData.SamplingTime = iCMS.WG.Agent.ComFunction.GetSamplingTime(param.SampleTime);
LQData.DAQStyle = ((int)param.DaqMode).ToString();
LQData.WSMAC = param.mac.ToHexString().ToUpper();
LQData.LQSignalType = (int)param.WaveType;
LQData.LQValue = param.EigenValuePara;
cacheData = LQData.ToClientString();
ComFunction.CreateRequest(EnumRequestType.UpLoadData, "UploadVibrationValue", cacheData);
}
catch (Exception ex)
{
iCMS.WG.Agent.Common.LogHelper.WriteLog(iCMS.WG.Agent.Common.Enum.EnumLogType.Error.ToString(), "iCMS.WG.Agent.CommunicationWithServer.UploadLQValue执行失败，异常：" + ex.Message + "\r\n详细：" + ex.StackTrace.ToString());
if (iCMS.WG.Agent.ComFunction.GetAppConfig("isCache").Trim() == "1")
{
iCMS.WG.Agent.Common.LogHelper.WriteLog(iCMS.WG.Agent.Common.Enum.EnumLogType.Cache.ToString(), "UploadLQValue # \r\n" + cacheData);
}
}
});
}
/// <summary>
/// 通信层的特征值的再次解析
/// </summary>
private void WsEigenDataAnalysis(tMeshEigenValueParam param)
{
lock (m_dicReceiveEignWs)
{
if (!m_dicReceiveEignWs.ContainsKey(param.mac.ToHexString()))
{
m_dicReceiveEignWs.Add(param.mac.ToHexString(), false);
}
if (param.AccDef != null || param.VelDef != null || param.DspDef != null || param.AccEnvDef != null)
{
m_dicReceiveEignWs[param.mac.ToHexString()] = true;
}
else
{
m_dicReceiveEignWs[param.mac.ToHexString()] = false;
}
}
if (param.AccDef != null || param.VelDef != null || param.DspDef != null || param.AccEnvDef != null)
{
tEigenValueParam Eigen = new tEigenValueParam();
Eigen.mac.Assign(param.mac);
Eigen.DaqMode = enWsDaqMode.eTiming;
Eigen.SampleTime.u8Year = param.SampleTime.u8Year;
Eigen.SampleTime.u8Month = param.SampleTime.u8Month;
Eigen.SampleTime.u8Day = param.SampleTime.u8Day;
Eigen.SampleTime.u8Hour = param.SampleTime.u8Hour;
Eigen.SampleTime.u8Min = param.SampleTime.u8Min;
Eigen.SampleTime.u8Sec = param.SampleTime.u8Sec;
Eigen.AccWaveType = enMeasDefType.eAccWaveform;
if (param.AccDef != null)
{
Eigen.bAccRMSValid = (param.AccDef.bAccWaveRMSValid == true) ? 1 : 0;
Eigen.f32AccRMS = param.AccDef.fAccRMSValue;
Eigen.bAccPKValid = (param.AccDef.bAccWavePKValid == true) ? 1 : 0;
Eigen.f32AccPK = param.AccDef.fAccPKValue;
}
Eigen.VelWaveType = enMeasDefType.eVelWaveform;
if (param.VelDef != null)
{
Eigen.bVelRMSValid = (param.VelDef.bVelWaveRMSValid == true) ? 1 : 0;
Eigen.f32VelRMS = param.VelDef.fVelRMSValue;
}
Eigen.DspWaveType = enMeasDefType.eDspWaveform;
if (param.DspDef != null)
{
Eigen.bDspPKPKValid = (param.DspDef.bDspWavePKPKValid == true) ? 1 : 0;
Eigen.f32DspPKPK = param.DspDef.fDspPKPKValue;
}
Eigen.AccEnvWaveType = enMeasDefType.eAccEnvelope;
if (param.AccEnvDef != null)
{
Eigen.bAccEnvPKValid = (param.AccEnvDef.bAccEnvWavePKValid == true) ? 1 : 0;
Eigen.f32AccEnvPK = param.AccEnvDef.fAccEnvPKValue;
Eigen.bAccEnvPKCValid = (param.AccEnvDef.bAccEnvWavePKCValid == true) ? 1 : 0;
Eigen.f32AccEnvPKC = param.AccEnvDef.fAccEnvPKCValue;
}
//bEigentoDaq = true;
if (WsEigenDataNotify != null)
{
WsEigenDataNotify(Eigen);
}
}
//解析LQ的特征值
if (param.LQDef != null)
{
tLQParam LQ = new tLQParam();
LQ.mac.Assign(param.mac);
LQ.DaqMode = enWsDaqMode.eTiming;
LQ.SampleTime.u8Year = param.SampleTime.u8Year;
LQ.SampleTime.u8Month = param.SampleTime.u8Month;
LQ.SampleTime.u8Day = param.SampleTime.u8Day;
LQ.SampleTime.u8Hour = param.SampleTime.u8Hour;
LQ.SampleTime.u8Min = param.SampleTime.u8Min;
LQ.SampleTime.u8Sec = param.SampleTime.u8Sec;
LQ.EigenValuePara = param.LQDef.fLQRMSValue;
LQ.WaveType = enMeasDefType.eLQform;
LQ.EigenType = enEigenValueType.eLQ;
if (WsLQNotify != null)
{
WsLQNotify(LQ);
}
}
//解析启停机的特征值
if (param.RevStopDef != null)
{
tRevStopParam RevStop = new tRevStopParam();
RevStop.mac.Assign(param.mac);
RevStop.DaqMode = enWsDaqMode.eTiming;
RevStop.SampleTime.u8Year = param.SampleTime.u8Year;
RevStop.SampleTime.u8Month = param.SampleTime.u8Month;
RevStop.SampleTime.u8Day = param.SampleTime.u8Day;
RevStop.SampleTime.u8Hour = param.SampleTime.u8Hour;
RevStop.SampleTime.u8Min = param.SampleTime.u8Min;
RevStop.SampleTime.u8Sec = param.SampleTime.u8Sec;
RevStop.f32EigenPK = param.RevStopDef.fRevStopPKValue;
RevStop.WaveType = enMeasDefType.eAppRevStopform;
RevStop.EigenType = enEigenValueType.ePK;
if (WsRevStopNotify != null)
{
WsRevStopNotify(RevStop);
}
}
}
