/// <summary>
/// Creates a new instance of a Duval Pentagon.
/// Specify gases in counter clock-wise order starting at 12 o'oclock position.
/// </summary>
public AbstractDuvalPentagonRule(string name, Gas hydrogen, Gas ethane, Gas methane, Gas ethylene, Gas acetylene)
{
PentagonName = name;
Pentagon = new EquilateralPentagon(
new PolygonalAxis(hydrogen.ToString(), new Measurement()
{
Value = 90.0, Unit = new AngleUnits.Degrees()
}),
new PolygonalAxis(ethane.ToString(), new Measurement()
{
Value = 162.0, Unit = new AngleUnits.Degrees()
}),
new PolygonalAxis(methane.ToString(), new Measurement()
{
Value = 234.0, Unit = new AngleUnits.Degrees()
}),
new PolygonalAxis(ethylene.ToString(), new Measurement()
{
Value = 306.0, Unit = new AngleUnits.Degrees()
}),
new PolygonalAxis(acetylene.ToString(), new Measurement()
{
Value = 18.0, Unit = new AngleUnits.Degrees()
}));
GasMeasurements.Add(hydrogen, null);
GasMeasurements.Add(ethane, null);
GasMeasurements.Add(methane, null);
GasMeasurements.Add(ethylene, null);
GasMeasurements.Add(acetylene, null);
GasPercentages.Add(hydrogen, 0.0);
GasPercentages.Add(ethane, 0.0);
GasPercentages.Add(methane, 0.0);
GasPercentages.Add(ethylene, 0.0);
GasPercentages.Add(acetylene, 0.0);
}
public double TotalGases()
{
return(GasMeasurements.Sum(g => { return g.Value.Value; }));
}
public virtual bool IsApplicable(DissolvedGasAnalysis currentDga, DissolvedGasAnalysis previousDga, List <IOutput> outputs)
{
FindGases(currentDga);
return(GasMeasurements.All(g => g.Value != null));
}