internal DeviceState Start(TestParameters Parameters, Types.Commutation.TestParameters commParameters)
{
m_Parameters = Parameters;
if (m_State == DeviceState.InProcess)
{
throw new Exception("QrrTq test is already started.");
}
//запоминаем в каком режиме будут выполняться измерения
m_Result = new TestResults {
Mode = m_Parameters.Mode, OffStateVoltage = m_Parameters.OffStateVoltage, OsvRate = (ushort)m_Parameters.OsvRate
};
m_Result.TestTypeId = m_Parameters.TestTypeId;
m_Stop = false;
if (!m_IsEmulation)
{
ushort State = ReadRegister(REG_DEV_STATE);
switch (State)
{
case (ushort)HWDeviceState.DS_Fault:
ushort faultReason = ReadRegister(REG_FAULT_REASON);
FireNotificationEvent((ushort)HWProblemReason.None, (ushort)HWWarningReason.None, faultReason, (ushort)HWDisableReason.None);
break;
case (ushort)HWDeviceState.DS_Disabled:
ushort disableReason = ReadRegister(REG_DISABLE_REASON);
FireNotificationEvent((ushort)HWProblemReason.None, (ushort)HWWarningReason.None, (ushort)HWFaultReason.None, disableReason);
break;
}
}
MeasurementLogicRoutine(commParameters);
return(m_State);
}
internal void SetResult(DeviceState State, Types.QrrTq.TestResults Result)
{
if (State == DeviceState.InProcess)
{
ClearStatus();
}
else
{
IsRunning = false;
SetLabel(lbIdc, State, true, Result.Idc.ToString());
SetLabel(lbQrr, State, true, Result.Qrr.ToString());
SetLabel(lbIrr, State, true, Result.Irr.ToString());
SetLabel(lbTrr, State, true, Result.Trr.ToString());
SetLabel(lbTq, State, true, Result.Tq.ToString());
SetLabel(lbDCFactFallRate, State, true, Result.DCFactFallRate.ToString());
//выводим графики тока и напряжения
Plot(@"I", m_XGreen.Color, Result.CurrentData);
Plot(@"U", m_XOrange.Color, Result.VoltageData);
}
}
public void PostQrrTqEvent(DeviceState State, Types.QrrTq.TestResults Result)
{
EnumerateClients(Client => Client.QrrTqHandler(State, Result));
}
