public MechanicalDraftPerformanceCurveOutputData(bool isInternationalSystemOfUnits_IS_)
{
NameValueUnitsDataTable = new NameValueUnitsDataTable();
if (isInternationalSystemOfUnits_IS_)
{
Units = new UnitsIS();
}
else
{
Units = new UnitsIP();
}
}
public MerkelOutputData(bool isInternationalSystemOfUnits_IS_)
{
NameValueUnitsDataTable = new NameValueUnitsDataTable();
if (isInternationalSystemOfUnits_IS_)
{
Units = new UnitsIS();
}
else
{
Units = new UnitsIP();
}
}
public void FillDataTable(PsychrometricsData data)
{
ClearTable();
//data.BarometricPressure = truncit(data.BarometricPressure, 5);
NameValueUnitsDataTable.AddRow("Barometric Pressure", data.BarometricPressure.ToString("F4"), Units.BarometricPressure);
NameValueUnitsDataTable.AddRow("Elevation above MSL", data.Elevation.ToString(), ConstantUnits.Foot);
NameValueUnitsDataTable.AddRow("Dry Bulb Temperature", data.DryBulbTemperature.ToString("F2"), Units.Temperature);
NameValueUnitsDataTable.AddRow("Wet Bulb Temperature", data.WetBulbTemperature.ToString("F2"), Units.Temperature);
NameValueUnitsDataTable.AddRow("Enthalpy", data.Enthalpy.ToString("F4"), Units.Enthalpy);
NameValueUnitsDataTable.AddRow("Dew Point", data.DewPoint.ToString("F2"), Units.Temperature);
NameValueUnitsDataTable.AddRow("Relative Humidity", (data.RelativeHumidity * 100.00).ToString("F2"), ConstantUnits.Percentage);
NameValueUnitsDataTable.AddRow("Density", data.Density.ToString("F4"), Units.Density);
NameValueUnitsDataTable.AddRow("Specific Volume", data.SpecificVolume.ToString("F4"), Units.SpecificVolume);
NameValueUnitsDataTable.AddRow("Humidity Ratio", data.HumidityRatio.ToString("F4"), Units.HumidityRatio);
}
public void FillTable(MerkelData data)
{
NameValueUnitsDataTable.DataTable.Clear();
NameValueUnitsDataTable.AddRow("KaV/L", data.KaV_L.ToString("F5"), string.Empty);
}
