public void T02b_Should_div_EnergyMassDensity_by_SpecificHeatCapacity()
{
// public static DeltaKelvinTemperature operator /(EnergyMassDensity energyMassDensity, SpecificHeatCapacity specificHeatCapacity)
var energyMassDensity = new EnergyMassDensity(200, EnergyUnits.KiloJoule, MassUnits.Kg);
var specificHeatCapacity = new SpecificHeatCapacity(50, EnergyUnits.Joule,
MassUnits.Kg, KelvinTemperatureUnits.Degree);
var d = energyMassDensity / specificHeatCapacity;
Assert.Equal(4000, d.Value);
Assert.Equal("K", d.Unit.UnitName);
}
public void T01_Should_div_energy_by_mass()
{
var power = Power.FromKiloWatt(30);
var density = new EnergyMassDensity(15, EnergyUnits.KiloWattHour, MassUnits.Tone);
var stream = power / density;
Assert.Equal(2, stream.Value);
Assert.Equal("t/h", stream.Unit.UnitName);
{
var power1 = power.ConvertTo(PowerUnits.Watt);
var density1 = density.ConvertTo(new EnergyMassDensityUnit(EnergyUnits.Joule, MassUnits.Kg));
var stream1 = power1 / density1;
Assert.Equal(0.555555555555555555555m, stream1.Value, 8);
Assert.Equal("kg/s", stream1.Unit.UnitName);
stream1 = stream1.ConvertTo(stream.Unit);
Assert.Equal(2, stream1.Value);
}
}
public void T03_Should_deserialize_EnergyMassDensity(string expected, string jsonToDeserialize, string theEnergyUnits, string theMassUnits)
{
var u1 = TestUtils.LoadUnit <EnergyUnit>(theEnergyUnits);
var u2 = TestUtils.LoadUnit <MassUnit>(theMassUnits);
// serialization
var obj = new EnergyMassDensity(45.87m, u1, u2);
expected = "\"" + expected + "\"";
var json = JsonConvert.SerializeObject(obj);
_testOutputHelper.WriteLine("serialized to " + json);
Assert.Equal(expected, json);
// deserialization
jsonToDeserialize = "\"" + jsonToDeserialize + "\"";
_testOutputHelper.WriteLine("Try deserialize " + jsonToDeserialize);
var deserialized = JsonConvert.DeserializeObject <EnergyMassDensity>(jsonToDeserialize);
Assert.Equal(obj.Value, deserialized.Value);
Assert.Equal(obj.Unit, deserialized.Unit);
}
