public void AllPsychrometrics()
{
Assert.Multiple(() =>
{
{
var psySi = new Psychrometrics(UnitSystem.SI);
var results1 = psySi.CalcPsychrometricsFromTWetBulb(40, 20, 101325);
Assert.That(results1.HumRatio, Is.EqualTo(0.0065).Within(0.0001), "HumRatio");
Assert.That(results1.TDewPoint, Is.EqualTo(7).Within(0.5), "TDewPoint"); // not great agreement
Assert.That(results1.RelHum, Is.EqualTo(0.14).Within(0.01), "RelHum");
Assert.That(results1.MoistAirEnthalpy, Is.EqualTo(56700).Within(100), "MoistAirEnthalpy");
RelativeDifference(results1.MoistAirVolume, 0.896, 0.01, "MoistAirVolume");
var results2 = psySi.CalcPsychrometricsFromTDewPoint(40, results1.TDewPoint, 101325);
Assert.That(results2.TWetBulb, Is.EqualTo(20).Within(0.1),
" CalcPsychrometricsFromTDewPointTWetBulb");
var results3 = psySi.CalcPsychrometricsFromRelHum(40, results2.RelHum, 101325);
Assert.That(results3.TWetBulb, Is.EqualTo(20).Within(0.1), "CalcPsychrometricsFromRelHum TWetBulb");
}
{
var psyIp = new Psychrometrics(UnitSystem.IP);
var results1 = psyIp.CalcPsychrometricsFromTWetBulb(100, 65, 14.696);
Assert.That(results1.HumRatio, Is.EqualTo(0.00523).Within(0.0001), "HumRatio");
Assert.That(results1.TDewPoint, Is.EqualTo(40).Within(1), "TDewPoint"); // not great agreement
Assert.That(results1.RelHum, Is.EqualTo(0.13).Within(0.01), "RelHum");
Assert.That(results1.MoistAirEnthalpy, Is.EqualTo(29.80).Within(0.1), "MoistAirEnthalpy");
Assert.That(results1.MoistAirVolume, Is.EqualTo(14.22).Within(0.01), "MoistAirVolume");
var results2 = psyIp.CalcPsychrometricsFromTDewPoint(100, results1.TDewPoint, 14.696);
Assert.That(results2.TWetBulb, Is.EqualTo(65).Within(0.1),
"CalcPsychrometricsFromTDewPoint TWetBulb");
var results3 = psyIp.CalcPsychrometricsFromRelHum(100, results2.RelHum, 14.696);
Assert.That(results3.TWetBulb, Is.EqualTo(65).Within(0.1), "CalcPsychrometricsFromRelHum TWetBulb");
}
});
}
