protected static void CreateVerificationTests(Instrument instrument, IDriveType driveType)
{
for (var i = 0; i < 3; i++)
{
var verificationTest = new VerificationTest(i, instrument);
if (instrument.CompositionType == CorrectorType.P)
{
verificationTest.PressureTest = new PressureTest(verificationTest, GetGaugePressure(instrument, i));
}
if (instrument.CompositionType == CorrectorType.T)
{
verificationTest.TemperatureTest = new TemperatureTest(verificationTest, GetGaugeTemp(i));
}
if (instrument.CompositionType == CorrectorType.PTZ)
{
verificationTest.PressureTest = new PressureTest(verificationTest, GetGaugePressure(instrument, i));
verificationTest.TemperatureTest = new TemperatureTest(verificationTest, GetGaugeTemp(i));
verificationTest.SuperFactorTest = new SuperFactorTest(verificationTest);
}
if (i == VolumeTestNumber)
{
verificationTest.VolumeTest = new VolumeTest(verificationTest, driveType);
}
instrument.VerificationTests.Add(verificationTest);
}
}
private static EvcQARun.VerificationTest TranslateVerificationTest(VerificationTest vt)
{
return(new EvcQARun.VerificationTest
{
Pressure = TranslatePressureTest(vt),
Temperature = TranslateTemperatureTest(vt),
SuperFactor = TranslateSuperFactorTest(vt),
Volume = TranslateVolumeTest(vt)
});
}
public PTVerificationSetViewModel(IUnityContainer container, VerificationTest verificationTest)
{
_container = container;
_container.Resolve <IEventAggregator>().Subscribe(this);
if (_container.IsRegistered <TestManager>())
{
_testManager = _container.Resolve <TestManager>();
}
VerificationTest = verificationTest;
CreateViews();
}
private static EvcQARun.VerificationTest.PressureTest TranslatePressureTest(VerificationTest vt)
{
if (vt.PressureTest == null)
{
return(null);
}
return(new EvcQARun.VerificationTest.PressureTest
{
ActualFactor = vt.PressureTest.ActualFactor.Value,
GaugePressure = vt.PressureTest.GasGauge.Value,
AtmosphericGauge = vt.PressureTest.AtmosphericGauge.Value,
GasPressure = vt.PressureTest.GasPressure.Value,
//EvcGasPressure = vt.PressureTest.ItemValues.EvcGasPressure().Value,
//EvcPressureFactor = vt.PressureTest.ItemValues.EvcGasPressure().Value,
PercentError = vt.PressureTest.PercentError.Value
});
}
private static EvcQARun.VerificationTest.VolumeTest TranslateVolumeTest(VerificationTest vt)
{
if (vt.VolumeTest == null)
{
return(null);
}
return(new EvcQARun.VerificationTest.VolumeTest
{
AppliedInput = vt.VolumeTest.AppliedInput,
EvcCorrected = vt.VolumeTest.EvcCorrected.Value,
EvcUncorrected = vt.VolumeTest.EvcUncorrected.Value,
CorPulseCount = vt.VolumeTest.CorPulseCount,
UncPulseCount = vt.VolumeTest.UncPulseCount,
PulseACount = vt.VolumeTest.PulseACount,
PulseBCount = vt.VolumeTest.PulseBCount,
TrueCorrected = vt.VolumeTest.TrueCorrected.Value,
CorrectedPercentError = vt.VolumeTest.CorrectedPercentError.Value,
UnCorrectedPercentError = vt.VolumeTest.UnCorrectedPercentError.Value
});
}
private static EvcQARun.VerificationTest.TemperatureTest TranslateTemperatureTest(VerificationTest vt)
{
if (vt.TemperatureTest == null)
{
return(null);
}
return(new EvcQARun.VerificationTest.TemperatureTest
{
ActualFactor = vt.TemperatureTest.ActualFactor.Value,
GaugeTemperature = (decimal)vt.TemperatureTest.Gauge,
//EvcFactor = vt.TemperatureTest.Items.GetItem.Value,
//EvcTemperature = vt.TemperatureTest.ItemValues.EvcTemperatureReading().Value,
PercentError = vt.TemperatureTest.PercentError.Value
});
}
private static EvcQARun.VerificationTest.SuperFactorTest TranslateSuperFactorTest(VerificationTest vt)
{
if (vt.SuperFactorTest == null)
{
return(null);
}
return(new EvcQARun.VerificationTest.SuperFactorTest
{
ActualFactor = vt.SuperFactorTest.ActualFactor.Value,
EvcFactor = vt.SuperFactorTest.EvcUnsqrFactor.Value,
EVCUnsqrFactor = vt.SuperFactorTest.EvcUnsqrFactor.Value,
GaugePressure = vt.SuperFactorTest.GaugePressure.Value,
GaugeTemp = vt.SuperFactorTest.GaugeTemp,
PercentError = vt.SuperFactorTest.PercentError.Value
});
}
