public void RankineAddNullTest()
{
double temp1 = 20;
var rankine = new Rankine(temp1);
Assert.AreEqual(rankine.Value, (rankine + null).Value);
}
public void InRangeEmptyConstructorTest()
{
var rankine = new Rankine {
Value = 500
};
Assert.AreEqual(500, rankine.Value, double.Epsilon);
}
public void RankineSubtractionRankineFromFromTest()
{
double temp1 = 20;
double temp2 = 30;
var rankine = new Rankine(temp1);
var rankine2 = new Rankine(temp2);
Assert.AreEqual(rankine2.Value - rankine.Value, new Rankine(temp2 - temp1).Value);
}
public void RankineSubtractionRankineFromRankineTest()
{
double temp1 = 20;
double temp2 = 30;
var rankine = new Rankine(temp1);
var rankine2 = new Rankine(temp2);
Assert.AreEqual(expected: new Rankine(temp2 - temp1), rankine2 - rankine);
}
public void RankineAddRankineFromValuesTest()
{
double temp1 = 20;
double temp2 = 30;
var rankine = new Rankine(temp1);
var rankine2 = new Rankine(temp2);
Assert.AreEqual(rankine.Value + rankine2.Value, new Rankine(temp1 + temp2).Value);
}
public void RankineAddRankineFromRankineTest()
{
double temp1 = 20;
double temp2 = 30;
var rankine = new Rankine(temp1);
var rankine2 = new Rankine(temp2);
Assert.AreEqual(expected: new Rankine(temp1 + temp2), rankine + rankine2);
}
public void Casting()
{
Celsius celsius = new Celsius(100.0);
Fahrenheit fahrenheit = Fahrenheit.From(celsius);
Rankine rankine = Rankine.From(fahrenheit);
Kelvin kelvin = Kelvin.From(rankine);
celsius = Celsius.From(kelvin);
Assert.AreEqual((Fahrenheit)212.0, fahrenheit, "Celsius-to-Fahrenheit conversion (double) failed");
Assert.AreEqual((Rankine)671.67, rankine, "Fahrenheit-to-Rankine conversion (double) failed");
Assert.AreEqual((Kelvin)373.15, kelvin, "Rankine-to-Kelvin conversion (double) failed");
Assert.AreEqual((Celsius)100.0, celsius, "Kelvin-to-Celsius conversion (double) failed");
}
public void CompareConvertedValues()
{
{
// 100 C == 671.67 R
Rankine rankine = (Rankine)671.67;
Celsius celsius = (Celsius)100.0;
Assert.IsTrue((rankine == (Rankine)celsius) && ((Celsius)rankine == celsius));
}
{
// 100 C > 100 R
Rankine rankine = (Rankine)100.0;
Celsius celsius = (Celsius)100.0;
Assert.IsTrue((rankine < (Rankine)celsius) && (celsius >= (Celsius)rankine));
}
}
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 NullAsStringPassedToConstructorTest()
{
var rankine = new Rankine((string)null);
Assert.AreEqual(Constants.AbsoluteZeroInRankine, rankine.Value);
}
public void OutOfRangeDoubleConstructorTest()
{
var rankine = new Rankine(-500);
}
public void DemoTest()
{
// Unit creation
var rankine = new Rankine(Constants.MeltingPointH2OInRankine);
Assert.AreEqual(Constants.MeltingPointH2OInRankine, rankine.Value);
rankine = new Rankine("50.8 °R");
Assert.AreEqual(new Rankine(50.8), rankine);
rankine = new Rankine("0 K");
Assert.AreEqual(new Kelvin(Constants.AbsoluteZeroInKelvin), rankine);
var fahrenheit = new Fahrenheit(Constants.MeltingPointH2OInFahrenheit);
var rankine2 = new Rankine(fahrenheit);
Assert.AreEqual(fahrenheit, rankine2);
// Arithmetic
var rankine3 = rankine + rankine2;
Assert.AreEqual(Constants.MeltingPointH2OInRankine, rankine3.Value, OperationOverDoublePrecision.HighPrecision);
var rankine4 = rankine + fahrenheit;
Assert.AreEqual(Constants.MeltingPointH2OInRankine, rankine4.Value, OperationOverDoublePrecision.HighPrecision);
rankine3 = rankine2 - rankine;
Assert.AreEqual(Constants.MeltingPointH2OInRankine, rankine3.Value, OperationOverDoublePrecision.HighPrecision);
rankine4 = rankine2 - fahrenheit;
Assert.AreEqual(Constants.AbsoluteZeroInRankine, rankine4.Value);
rankine3.Value = 20;
rankine4.Value = 30;
rankine3 += rankine4;
Assert.AreEqual(50, rankine3.Value);
rankine3 -= rankine4;
Assert.AreEqual(20, rankine3.Value);
// OOP Conversion
rankine = new Rankine(fahrenheit.ToRankine());
Assert.AreEqual(rankine, fahrenheit);
rankine = Rankine.ToRankine(fahrenheit);
Assert.AreEqual(fahrenheit, rankine);
double someTemperatureInRankine = Converter.Ran2Fah(Constants.BoilingPointH2OInRankine);
double newValueInKelvin = Rankine.ToKelvin(someTemperatureInRankine).Value;
Assert.AreEqual(someTemperatureInRankine, Converter.Kel2Ran(newValueInKelvin), OperationOverDoublePrecision.HighPrecision);
// Comparison
rankine.Value = 20;
rankine2.Value = 20;
Assert.AreEqual(rankine, rankine2);
rankine = new Rankine(Constants.AbsoluteZeroInKelvin);
fahrenheit = new Fahrenheit(Constants.AbsoluteZeroInFahrenheit);
Assert.AreEqual(rankine, fahrenheit);
}
public void StaticFromDoubleToRømerAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInRømer, Rankine.ToRømer(Constants.AbsoluteZeroInRankine).Value);
public void StaticFromDoubleToRømerBoilingPointTest() => Assert.AreEqual(expected: Constants.BoilingPointH2OInRømer, Rankine.ToRømer(Constants.BoilingPointH2OInRankine).Value);
public void NoValueStringConstructorTest()
{
var rankine = new Rankine(" K");
}
public void StaticFromDoubleToCelsiusBoilingPointTest() => Assert.AreEqual(expected: Constants.BoilingPointH2OInCelsius, Rankine.ToCelsius(Constants.BoilingPointH2OInRankine).Value);
public void StaticFromDoubleToDelisleBoilingPointTest() => Assert.AreEqual(expected: Constants.BoilingPointH2OInDelisle, Rankine.ToDelisle(Constants.BoilingPointH2OInRankine).Value);
public void StaticFromDoubleToNewtonMeltingPointTest() => Assert.AreEqual(expected: Constants.MeltingPointH2OInNewton, Rankine.ToNewton(Constants.MeltingPointH2OInRankine).Value);
public void StaticFromDoubleToKelvinAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInKelvin, Rankine.ToKelvin(Constants.AbsoluteZeroInRankine).Value);
public void AbsoluteZeroEmptyConstructorTest()
{
var rankine = new Rankine();
Assert.AreEqual(Constants.AbsoluteZeroInRankine, rankine.Value, double.Epsilon);
}
public void StaticFromDoubleToFahrenheitBoilingPointTest() => Assert.AreEqual(expected: Constants.BoilingPointH2OInFahrenheit, Rankine.ToFahrenheit(Constants.BoilingPointH2OInRankine).Value, OperationOverDoublePrecision.HighPrecision);
public void StaticFromDoubleToFahrenheitAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInFahrenheit, Rankine.ToFahrenheit(Constants.AbsoluteZeroInRankine).Value);
public void OutOfRangeEmptyConstructorTest()
{
var rankine = new Rankine {
Value = -500
};
}
public void NullAsUnitPassedToConstructorTest()
{
var rankine = new Rankine((IConversionToRankine)null);
Assert.AreEqual(Constants.AbsoluteZeroInRankine, rankine.Value);
}
public void StaticFromDoubleToRéaumurAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInRéaumur, Rankine.ToRéaumur(Constants.AbsoluteZeroInRankine).Value, OperationOverDoublePrecision.HighPrecision);
public void OutOfRangeStringConstructorTest()
{
var rankine = new Rankine("-500");
}
public void StaticFromDoubleToRéaumurMeltingPointTest() => Assert.AreEqual(expected: Constants.MeltingPointH2OInRéaumur, Rankine.ToRéaumur(Constants.MeltingPointH2OInRankine).Value);
public void StaticFromDoubleToDelisleAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInDelisle, Rankine.ToDelisle(Constants.AbsoluteZeroInRankine).Value, 1e-12);
public void StaticFromDoubleToCelsiusAbsoluteZeroTest() => Assert.AreEqual(expected: Constants.AbsoluteZeroInCelsius, Rankine.ToCelsius(Constants.AbsoluteZeroInRankine).Value);
