internal BvtPage()
{
Parameters = new Types.BVT.TestParameters {
IsEnabled = true
};
ClampParameters = new Types.Clamping.TestParameters
{
StandardForce = Types.Clamping.ClampingForceInternal.Custom,
CustomForce = 5,
IsHeightMeasureEnabled = false
};
CommType = Settings.Default.SinglePositionModuleMode ? Types.Commutation.ModuleCommutationType.Direct : Types.Commutation.ModuleCommutationType.MT3;
Temperature = RoomTemp;
InitializeComponent();
m_XRed = (SolidColorBrush)FindResource("xRed1");
m_XGreen = (SolidColorBrush)FindResource("xGreen3");
ClearStatus();
ViewportAxesRangeRestriction restr = new ViewportAxesRangeRestriction {
YRange = new DisplayRange(-7, 7)
};
chartPlotter.Viewport.Restrictions.Add(restr);
}
private void Test_Click(object Sender, RoutedEventArgs E)
{
if (tabControl.SelectedIndex != 1)
{
return;
}
var paramGate = new Types.Gate.TestParameters {
IsEnabled = false
};
var paramBvt = new Types.BVT.TestParameters {
IsEnabled = false
};
var paramVtm = new Types.VTM.TestParameters {
IsEnabled = false
};
var paramATU = new Types.ATU.TestParameters {
IsEnabled = false
};
var paramQrrTq = new Types.QrrTq.TestParameters {
IsEnabled = false
};
var paramIH = new Types.IH.TestParameters {
IsEnabled = false
};
var paramRCC = new Types.RCC.TestParameters {
IsEnabled = false
};
var paramTOU = new Types.TOU.TestParameters {
IsEnabled = false
};
switch (tabControl.SelectedIndex)
{
case 1:
paramVtm.IsEnabled = true;
paramVtm.IsSelfTest = true;
break;
}
var started = Cache.Net.Start(paramGate, paramVtm, paramBvt, paramATU, paramQrrTq, paramIH, paramRCC,
new Types.Commutation.TestParameters
{
BlockIndex = Types.Commutation.HWBlockIndex.Block1,
CommutationType = Types.Commutation.HWModuleCommutationType.Direct,
Position = Types.Commutation.HWModulePosition.Position1
}, new Types.Clamping.TestParameters {
SkipClamping = true
}, paramTOU, true);
var stopped = Cache.Net.IsStopButtonPressed;
if (stopped || !started)
{
return;
}
IsRunning = true;
}
internal DeviceState Start(Types.BVT.TestParameters parameters, Types.Commutation.TestParameters commParameters)
{
m_Parameters = parameters;
if (m_State == DeviceState.InProcess)
{
throw new Exception("BVT test is already started");
}
m_Result = new Types.BVT.TestResults {
TestTypeId = parameters.TestTypeId
};
m_Stop = false;
ClearWarning();
if (!m_IsBVTEmulation)
{
var devState = (Types.BVT.HWDeviceState)ReadRegister(REG_DEVICE_STATE);
if (devState == Types.BVT.HWDeviceState.Fault)
{
var faultReason = (Types.BVT.HWFaultReason)ReadRegister(REG_FAULT_REASON);
FireNotificationEvent(Types.BVT.HWProblemReason.None, Types.BVT.HWWarningReason.None, faultReason,
Types.BVT.HWDisableReason.None);
throw new Exception(string.Format("BVT is in fault state, reason: {0}", faultReason));
}
if (devState == Types.BVT.HWDeviceState.Disabled)
{
var disableReason = (Types.BVT.HWDisableReason)ReadRegister(REG_DISABLE_REASON);
FireNotificationEvent(Types.BVT.HWProblemReason.None, Types.BVT.HWWarningReason.None,
Types.BVT.HWFaultReason.None, disableReason);
throw new Exception(string.Format("BVT is in disabled state, reason: {0}", disableReason));
}
}
m_State = DeviceState.InProcess;
FireBvtAllEvent(m_State);
MeasurementLogicRoutine(commParameters);
if (m_State != DeviceState.Success)
{
FireBvtAllEvent(m_State);
}
return(m_State);
}
private void BtnStart_OnClick(object sender, RoutedEventArgs e)
{
if (VM.IsRunning)
{
return;
}
VM.IsRunning = true;
var paramGate = new Types.Gate.TestParameters {
IsEnabled = false
};
var paramVtm = new Types.VTM.TestParameters {
IsEnabled = false
};
var paramBvt = new Types.BVT.TestParameters {
IsEnabled = false
};
var paramATU = new Types.ATU.TestParameters {
IsEnabled = false
};
var paramQrrTq = new Types.QrrTq.TestParameters {
IsEnabled = false
};
var paramIH = new Types.IH.TestParameters {
IsEnabled = false
};
var paramRCC = new Types.RCC.TestParameters {
IsEnabled = false
};
//если пресс был зажат вручную - не стоит пробовать зажимать его ещё раз
VM.Clamping.SkipClamping = Cache.Clamp.ManualClamping;
Types.Commutation.TestParameters commutation = new Types.Commutation.TestParameters()
{
BlockIndex = (!Cache.Clamp.UseTmax) ? Types.Commutation.HWBlockIndex.Block1 : Types.Commutation.HWBlockIndex.Block2,
CommutationType = ConverterUtil.MapCommutationType(VM.CommutationType),
Position = ConverterUtil.MapModulePosition(VM.Position)
};
if (!Cache.Net.Start(paramGate, paramVtm, paramBvt, paramATU, paramQrrTq, paramIH, paramRCC, commutation, VM.Clamping, VM.TOU))
{
return;
}
ClearStatus();
}
internal void Start()
{
if (IsRunning)
{
return;
}
var paramGate = new Types.Gate.TestParameters {
IsEnabled = false
};
var paramVtm = new Types.VTM.TestParameters {
IsEnabled = false
};
var paramBvt = new Types.BVT.TestParameters {
IsEnabled = false
};
var paramATU = new Types.ATU.TestParameters {
IsEnabled = false
};
var paramIH = new Types.IH.TestParameters {
IsEnabled = false
};
var paramRCC = new Types.RCC.TestParameters {
IsEnabled = false
};
var paramTOU = new Types.TOU.TestParameters {
IsEnabled = false
};
//если пресс был зажат вручную - не стоит пробовать зажимать его ещё раз
ClampParameters.SkipClamping = Cache.Clamp.ManualClamping;
if (!Cache.Net.Start(paramGate, paramVtm, paramBvt, paramATU, Parameters, paramIH, paramRCC,
new Types.Commutation.TestParameters
{
BlockIndex = (!Cache.Clamp.clampPage.UseTmax) ? Types.Commutation.HWBlockIndex.Block1 : Types.Commutation.HWBlockIndex.Block2,
CommutationType = ConverterUtil.MapCommutationType(CommType),
Position = ConverterUtil.MapModulePosition(ModPosition)
}, ClampParameters, paramTOU))
{
return;
}
ClearStatus();
IsRunning = true;
}
internal BvtPage()
{
Parameters = new Types.BVT.TestParameters {
IsEnabled = true
};
ClampParameters = new Types.Clamping.TestParameters {
StandardForce = Types.Clamping.ClampingForceInternal.Custom, CustomForce = 5
};
CommType = Settings.Default.SinglePositionModuleMode ? Types.Commutation.ModuleCommutationType.Direct : Types.Commutation.ModuleCommutationType.MT3;
InitializeComponent();
m_XRed = (SolidColorBrush)FindResource("xRed1");
m_XOrange = (SolidColorBrush)FindResource("xOrange1");
ClearStatus();
}
internal void Start()
{
if (IsRunning)
{
return;
}
var paramGate = new Types.Gate.TestParameters {
IsEnabled = false
};
var paramBvt = new Types.BVT.TestParameters {
IsEnabled = false
};
var paramATU = new Types.ATU.TestParameters {
IsEnabled = false
};
var paramQrrTq = new Types.QrrTq.TestParameters {
IsEnabled = false
};
var paramIH = new Types.IH.TestParameters {
IsEnabled = false
};
var paramRCC = new Types.RCC.TestParameters {
IsEnabled = false
};
var paramTOU = new Types.TOU.TestParameters {
IsEnabled = false
};
ClampParameters.SkipClamping = Cache.Clamp.ManualClamping;
ClearStatus();
if (!Cache.Net.Start(paramGate, Parameters, paramBvt, paramATU, paramQrrTq, paramIH, paramRCC,
new Types.Commutation.TestParameters
{
BlockIndex = (!Cache.Clamp.UseTmax) ? Types.Commutation.HWBlockIndex.Block1 : Types.Commutation.HWBlockIndex.Block2,
CommutationType = ConverterUtil.MapCommutationType(CommType),
Position = ConverterUtil.MapModulePosition(ModPosition)
}, ClampParameters, paramTOU))
{
return;
}
IsRunning = true;
}
bool IExternalControl.Start(Types.Gate.TestParameters ParametersGate, Types.VTM.TestParameters ParametersSL,
Types.BVT.TestParameters ParametersBvt, Types.ATU.TestParameters ParametersAtu, Types.QrrTq.TestParameters ParametersQrrTq, Types.IH.TestParameters ParametersIH, Types.RCC.TestParameters ParametersRCC,
Types.Commutation.TestParameters ParametersComm, Types.Clamping.TestParameters ParametersClamp, Types.TOU.TestParameters ParametersTOU)
{
return(_IoMain.Start(ParametersGate, ParametersSL, ParametersBvt, ParametersAtu, ParametersQrrTq, ParametersIH, ParametersRCC, ParametersComm, ParametersClamp, ParametersTOU));
}
private void FillBvtParameters(Types.BVT.TestParameters parameters, long testTypeId)
{
var results = new List <Tuple <string, float?, float?> >();
FillParametersResults(testTypeId, results);
foreach (var result in results)
{
switch (result.Item1)
{
case "VRRM":
if (result.Item2.HasValue)
{
parameters.VRRM = Convert.ToUInt16(result.Item2.Value);
}
break;
case "VDRM":
if (result.Item2.HasValue)
{
parameters.VDRM = Convert.ToUInt16(result.Item2.Value);
}
break;
case "IRRM":
if (result.Item3.HasValue)
{
parameters.IRRM = Convert.ToUInt16(result.Item3.Value);
}
break;
case "IDRM":
if (result.Item3.HasValue)
{
parameters.IDRM = Convert.ToUInt16(result.Item3.Value);
}
break;
case "VRSM":
if (result.Item2.HasValue)
{
parameters.VRSM = Convert.ToUInt16(result.Item2.Value);
}
break;
case "VDSM":
if (result.Item2.HasValue)
{
parameters.VDSM = Convert.ToUInt16(result.Item2.Value);
}
break;
case "IRSM":
if (result.Item3.HasValue)
{
parameters.IRSM = Convert.ToUInt16(result.Item3.Value);
}
break;
case "IDSM":
if (result.Item3.HasValue)
{
parameters.IDSM = Convert.ToUInt16(result.Item3.Value);
}
break;
}
}
}
private Types.BVT.TestParameters FillBvtConditions(long testTypeId)
{
var results = new Dictionary <string, object>(9);
var testParams = new Types.BVT.TestParameters()
{
IsEnabled = true, TestTypeId = testTypeId
};
FillOrder(testTypeId, testParams);
FillConditionsResults(testTypeId, results);
foreach (var result in results)
{
switch (result.Key)
{
case "BVT_En":
testParams.IsEnabled = Convert.ToBoolean(result.Value);
break;
case "BVT_UseUdsmUrsm":
testParams.UseUdsmUrsm = Convert.ToBoolean(result.Value);
break;
case "BVT_PulseFrequency":
testParams.PulseFrequency = Convert.ToUInt16(result.Value);
break;
case "BVT_Type":
testParams.TestType = (BVTTestType)(Enum.Parse(typeof(BVTTestType), result.Value.ToString()));
break;
case "BVT_I":
testParams.CurrentLimit = Float.ParseInternationally(result.Value.ToString());
break;
case "BVT_RumpUp":
testParams.RampUpVoltage = Float.ParseInternationally(result.Value.ToString());
break;
case "BVT_StartV":
testParams.StartVoltage = UInt16.Parse(result.Value.ToString());
break;
case "BVT_F":
testParams.VoltageFrequency = UInt16.Parse(result.Value.ToString());
break;
case "BVT_FD":
testParams.FrequencyDivisor = UInt16.Parse(result.Value.ToString());
break;
case "BVT_Mode":
testParams.MeasurementMode =
(BVTMeasurementMode)(Enum.Parse(typeof(BVTMeasurementMode), result.Value.ToString()));
break;
case "BVT_VR":
switch (testParams.TestType)
{
case BVTTestType.Both:
case BVTTestType.Reverse:
testParams.VoltageLimitR = UInt16.Parse(result.Value.ToString());
break;
}
break;
case "BVT_VD":
switch (testParams.TestType)
{
case BVTTestType.Both:
case BVTTestType.Direct:
testParams.VoltageLimitD = UInt16.Parse(result.Value.ToString());
break;
}
break;
case "BVT_PlateTime":
testParams.PlateTime = UInt16.Parse(result.Value.ToString());
break;
case "BVT_UdsmUrsm_PulseFrequency":
testParams.UdsmUrsmPulseFrequency = Convert.ToUInt16(result.Value);
break;
case "BVT_UdsmUrsm_Type":
testParams.UdsmUrsmTestType = (BVTTestType)(Enum.Parse(typeof(BVTTestType), result.Value.ToString()));
break;
case "BVT_UdsmUrsm_I":
testParams.UdsmUrsmCurrentLimit = Float.ParseInternationally(result.Value.ToString());
break;
case "BVT_UdsmUrsm_RumpUp":
testParams.UdsmUrsmRampUpVoltage = Float.ParseInternationally(result.Value.ToString());
break;
case "BVT_UdsmUrsm_StartV":
testParams.UdsmUrsmStartVoltage = UInt16.Parse(result.Value.ToString());
break;
case "BVT_UdsmUrsm_F":
testParams.UdsmUrsmVoltageFrequency = UInt16.Parse(result.Value.ToString());
break;
case "BVT_UdsmUrsm_FD":
testParams.UdsmUrsmFrequencyDivisor = UInt16.Parse(result.Value.ToString());
break;
case "BVT_UdsmUrsm_VR":
switch (testParams.UdsmUrsmTestType)
{
case BVTTestType.Both:
case BVTTestType.Reverse:
testParams.UdsmUrsmVoltageLimitR = UInt16.Parse(result.Value.ToString());
break;
}
break;
case "BVT_UdsmUrsm_VD":
switch (testParams.UdsmUrsmTestType)
{
case BVTTestType.Both:
case BVTTestType.Direct:
testParams.UdsmUrsmVoltageLimitD = UInt16.Parse(result.Value.ToString());
break;
}
break;
case "BVT_UdsmUrsm_PlateTime":
testParams.UdsmUrsmPlateTime = UInt16.Parse(result.Value.ToString());
break;
}
}
return(testParams);
}