public virtual void Execute(ref DissolvedGasAnalysis currentDga, ref DissolvedGasAnalysis previousDga, ref List<IOutput> outputs)
{
FindGases(currentDga);
CalculatePercentages(FirstGas, SecondGas, ThirdGas);
FailureCode = DetermineFaultZone();
outputs.Add(new Output() { Name = TriangleName, Description = FailureType.Description[FailureCode] });
}
public virtual void Execute(ref DissolvedGasAnalysis currentDga, ref DissolvedGasAnalysis previousDga, ref List <IOutput> outputs)
{
FindGases(currentDga);
CalculatePercentages(currentDga);
var coordinate = Pentagon.AddDataPoint(GasPercentages[Gas.Hydrogen], GasPercentages[Gas.Ethane], GasPercentages[Gas.Methane], GasPercentages[Gas.Ethylene], GasPercentages[Gas.Acetylene]);
FailureCode = Pentagon.GetFaultCodeForDataPoint(coordinate);
outputs.Add(new Output()
{
Name = PentagonName, Description = FailureType.Description[FailureCode]
});
}
public FailureType.Code GetFaultCodeForDataPoint(PolygonalCoordinate dataPoint)
{
FailureType.Code faultCode = FailureType.Code.NA;
CartesianCoordinate centroid = dataPoint.GetArea().GetCentroid();
foreach (var area in Areas)
{
if (area.CheckIfCoordinateIsInArea(centroid))
{
faultCode = area.FaultCode;
}
}
return(faultCode);
}
public void Execute(ref DissolvedGasAnalysis currentDga, ref DissolvedGasAnalysis previousDga, ref List <IOutput> outputs)
{
CalculateRatios(currentDga);
FailureCode = CalculateFailureCode();
outputs.Add(new Output()
{
Name = GasRatios.Description[Ratio.AcetyleneToEthylene], Description = _Ratios[Ratio.AcetyleneToEthylene].ToString("0.000")
});
outputs.Add(new Output()
{
Name = GasRatios.Description[Ratio.MethaneToHydrogen], Description = _Ratios[Ratio.MethaneToHydrogen].ToString("0.000")
});
outputs.Add(new Output()
{
Name = GasRatios.Description[Ratio.EthyleneToEthane], Description = _Ratios[Ratio.EthyleneToEthane].ToString("0.000")
});
outputs.Add(new Output()
{
Name = "Rogers Ratio Failure Code", Description = FailureType.Description[FailureCode]
});
}
public DuvalTriangleFiveRule(FailureType.Code triangleOneFailureCode) : base("Duval Triangle 5", Gas.Methane, Gas.Ethane, Gas.Ethylene)
{
TriangleOneFailureCode = triangleOneFailureCode;
}
public DuvalTriangleFourRule(FailureType.Code triangleOneFailureCode) : base("Duval Triangle 4", Gas.Hydrogen, Gas.Methane, Gas.Ethane)
{
TriangleOneFailureCode = triangleOneFailureCode;
}
public Area(FailureType.Code faultCode)
{
FaultCode = faultCode;
}
