public void RømerAddNullTest()
{
double temp1 = 20;
var rømer = new Rømer(temp1);
Assert.AreEqual(rømer.Value, (rømer + null).Value);
}
public void InRangeEmptyConstructorTest()
{
var rømer = new Rømer {
Value = 500
};
Assert.AreEqual(500, rømer.Value, double.Epsilon);
}
public void RømerSubtractionRømerFromFromTest()
{
double temp1 = 20;
double temp2 = 30;
var rømer = new Rømer(temp1);
var rømer2 = new Rømer(temp2);
Assert.AreEqual(rømer.Value - rømer2.Value, new Rømer(temp1 - temp2).Value);
}
public void RømerSubtractionRømerFromRømerTest()
{
double temp1 = 20;
double temp2 = 30;
var rømer = new Rømer(temp1);
var rømer2 = new Rømer(temp2);
Assert.AreEqual(expected: new Rømer(temp1 - temp2), rømer - rømer2);
}
public void RømerAddRømerFromValuesTest()
{
double temp1 = 20;
double temp2 = 30;
var rømer = new Rømer(temp1);
var rømer2 = new Rømer(temp2);
Assert.AreEqual(rømer.Value + rømer2.Value, new Rømer(temp1 + temp2).Value);
}
public void RømerAddRømerFromRømerTest()
{
double temp1 = 20;
double temp2 = 30;
var rømer = new Rømer(temp1);
var rømer2 = new Rømer(temp2);
Assert.AreEqual(expected: new Rømer(temp1 + temp2), rømer + rømer2);
}
public void ValidIConversionToRéaumurPassedTest()
{
var celsius = new Celsius(Constants.AbsoluteZeroInCelsius);
var kelvin = new Kelvin(Constants.AbsoluteZeroInKelvin);
var fahrenheit = new Fahrenheit(Constants.AbsoluteZeroInFahrenheit);
var rankine = new Rankine(Constants.AbsoluteZeroInRankine);
var delisle = new Delisle(Constants.AbsoluteZeroInDelisle);
var newton = new Newton(Constants.AbsoluteZeroInNewton);
var réaumur = new Réaumur(Constants.AbsoluteZeroInRéaumur);
var rømer = new Rømer(Constants.AbsoluteZeroInRømer);
Assert.AreEqual(Constants.AbsoluteZeroInRéaumur, Réaumur.ToRéaumur(kelvin).Value);
Assert.AreEqual(Constants.AbsoluteZeroInRéaumur, Réaumur.ToRéaumur(celsius).Value);
Assert.AreEqual(Constants.AbsoluteZeroInRéaumur, Réaumur.ToRéaumur(fahrenheit).Value);
Assert.AreEqual(Constants.AbsoluteZeroInRéaumur, Réaumur.ToRéaumur(rankine).Value);
Assert.AreEqual(Constants.AbsoluteZeroInRéaumur, Réaumur.ToRéaumur(delisle).Value);
Assert.AreEqual(Constants.AbsoluteZeroInRéaumur, Réaumur.ToRéaumur(newton).Value);
Assert.AreEqual(Constants.AbsoluteZeroInRéaumur, Réaumur.ToRéaumur(réaumur).Value);
Assert.AreEqual(Constants.AbsoluteZeroInRéaumur, Réaumur.ToRéaumur(rømer).Value);
}
public void OutOfRangeDoubleConstructorTest()
{
var rømer = new Rømer(-500);
}
public void StaticFromDoubleToRéaumurAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInRéaumur, Rømer.ToRéaumur(Constants.AbsoluteZeroInRømer).Value, 1e-13);
public void StaticFromDoubleToRéaumurBoilingPointTest() => Assert.AreEqual(expected: Constants.BoilingPointH2OInRéaumur, Rømer.ToRéaumur(Constants.BoilingPointH2OInRømer).Value);
public void StaticFromDoubleToCelsiusAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInCelsius, Rømer.ToCelsius(Constants.AbsoluteZeroInRømer).Value);
public void StaticFromDoubleToNewtonBoilingPointTest() => Assert.AreEqual(expected: Constants.BoilingPointH2OInNewton, Rømer.ToNewton(Constants.BoilingPointH2OInRømer).Value);
public void NullAsUnitPassedToConstructorTest()
{
var rømer = new Rømer((IConversionToRømer)null);
Assert.AreEqual(Constants.AbsoluteZeroInRømer, rømer.Value);
}
public void NoValueStringConstructorTest()
{
var rømer = new Rømer(" K");
}
public void StaticFromDoubleToKelvinAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInKelvin, Rømer.ToKelvin(Constants.AbsoluteZeroInRømer).Value);
public void AbsoluteZeroEmptyConstructorTest()
{
var rømer = new Rømer();
Assert.AreEqual(Constants.AbsoluteZeroInRømer, rømer.Value, double.Epsilon);
}
public void StaticFromDoubleToFahrenheitBoilingPointTest() => Assert.AreEqual(expected: Constants.BoilingPointH2OInFahrenheit, Rømer.ToFahrenheit(Constants.BoilingPointH2OInRømer).Value, 1e-13);
public void StaticFromDoubleToRankineAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInRankine, Rømer.ToRankine(Constants.AbsoluteZeroInRømer).Value);
public void StaticFromDoubleToFahrenheitAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInFahrenheit, Rømer.ToFahrenheit(Constants.AbsoluteZeroInRømer).Value);
public void OutOfRangeEmptyConstructorTest()
{
var rømer = new Rømer {
Value = -500
};
}
public void StaticFromDoubleToCelsiusBoilingPointTest() => Assert.AreEqual(expected: Constants.BoilingPointH2OInCelsius, Rømer.ToCelsius(Constants.BoilingPointH2OInRømer).Value);
public void DemoTest()
{
// Unit creation
var rømer = new Rømer(Constants.MeltingPointH2OInRømer);
Assert.AreEqual(Constants.MeltingPointH2OInRømer, rømer.Value);
rømer = new Rømer("50.8 °Rø");
Assert.AreEqual(new Rømer(50.8), rømer);
rømer = new Rømer("0 K");
Assert.AreEqual(new Kelvin(Constants.AbsoluteZeroInKelvin), rømer);
var fahrenheit = new Fahrenheit(Constants.MeltingPointH2OInFahrenheit);
var rømer2 = new Rømer(fahrenheit);
Assert.AreEqual(fahrenheit, rømer2);
// Arithmetic
var rømer3 = rømer + rømer2;
Assert.AreEqual(Constants.AbsoluteZeroInRømer + Constants.MeltingPointH2OInRømer, rømer3.Value);
var rømer4 = rømer + fahrenheit;
Assert.AreEqual(Constants.AbsoluteZeroInRømer + Constants.MeltingPointH2OInRømer, rømer4.Value);
rømer3 = rømer2 - rømer;
Assert.AreEqual(-Constants.AbsoluteZeroInRømer + Constants.MeltingPointH2OInRømer, rømer3.Value);
rømer4 = rømer2 - fahrenheit;
Assert.AreEqual(0.0, rømer4.Value);
rømer3.Value = 20;
rømer4.Value = 30;
rømer3 += rømer4;
Assert.AreEqual(50, rømer3.Value);
rømer3 -= rømer4;
Assert.AreEqual(20, rømer3.Value);
// OOP Conversion
rømer = new Rømer(fahrenheit.ToRømer());
Assert.AreEqual(rømer, fahrenheit);
rømer = Rømer.ToRømer(fahrenheit);
Assert.AreEqual(fahrenheit, rømer);
double someTemperatureInRømer = Converter.Ran2Røm(Constants.BoilingPointH2OInRankine);
double newValueInKelvin = Rømer.ToKelvin(someTemperatureInRømer).Value;
Assert.AreEqual(someTemperatureInRømer, Converter.Kel2Røm(newValueInKelvin), OperationOverDoublePrecision.HighPrecision);
// Comparison
rømer.Value = 20;
rømer2.Value = 20;
Assert.AreEqual(rømer, rømer2);
rømer = new Rømer(Constants.AbsoluteZeroInRømer);
fahrenheit = new Fahrenheit(Constants.AbsoluteZeroInFahrenheit);
Assert.AreEqual(rømer, fahrenheit);
}
public void StaticFromDoubleToDelisleAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInDelisle, Rømer.ToDelisle(Constants.AbsoluteZeroInRømer).Value, 1e-12);
public void NullAsStringPassedToConstructorTest()
{
var rømer = new Rømer((string)null);
Assert.AreEqual(Constants.AbsoluteZeroInRømer, rømer.Value);
}
public void StaticFromDoubleToDelisleBoilingPointTest() => Assert.AreEqual(expected: Constants.BoilingPointH2OInDelisle, Rømer.ToDelisle(Constants.BoilingPointH2OInRømer).Value);
public void OutOfRangeStringConstructorTest()
{
var rømer = new Rømer("-500");
}
public void StaticFromDoubleToNewtonAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInNewton, Rømer.ToNewton(Constants.AbsoluteZeroInRømer).Value, 1e-13);
public void StaticFromDoubleToRankineMeltingPointTest() => Assert.AreEqual(expected: Constants.MeltingPointH2OInRankine, Rømer.ToRankine(Constants.MeltingPointH2OInRømer).Value, 1e-13);
public void StaticFromDoubleToKelvinMeltingPointTest() => Assert.AreEqual(expected: Constants.MeltingPointH2OInKelvin, Rømer.ToKelvin(Constants.MeltingPointH2OInRømer).Value);
