public void DivideOperator_DivideByItself_ReturnsUnityDoublet()
{
var expected = new MeasureTriplet <Number, Number, Number>(iAmount1: 1.0, iAmount2: 1.0, iAmount3: 1.0);
var actual = _instance / _instance;
IMeasureTripletAssert.AreEqual(expected, actual);
}
public void TimesOperator_MultiplyScalarRhs_AllMeasuresEquallyScaled()
{
var expected = new MeasureTriplet <Time, Power, ElectricPotential>(iAmount1: 15.0, iAmount2: 0.36, iAmount3: 1.8);;
var actual = _instance * 3.0f;
IMeasureTripletAssert.AreEqual(expected, actual);
}
public void DivideOperator_DivideBy2And3And4_ReturnsHalfTimeOneThirdPowerOneFourthPotential()
{
var expected = new MeasureTriplet <Time, Power, ElectricPotential>(iAmount1: 2.5, iAmount2: 0.04, iAmount3: 0.15);
var actual = _instance / new MeasureTriplet <Number, Number, Number>(iAmount1: 2.0, iAmount2: 3.0, iAmount3: 4.0);
IMeasureTripletAssert.AreEqual(expected, actual);
}
public void TimesOperator_MultiplyBy2And3And4_ReturnsDoubleTimeThreeTimesPowerFourTimesPotential()
{
var expected = new MeasureTriplet <Time, Power, ElectricPotential>(iAmount1: 10.0, iAmount2: 0.36, iAmount3: 2.4);
var actual = _instance * new MeasureTriplet <Number, Number, Number>(iAmount1: 2.0, iAmount2: 3.0, iAmount3: 4.0);
IMeasureTripletAssert.AreEqual(expected, actual);
}
public void MinusOperator_SubtractInstanceWithItself_ReturnsZero()
{
var expected = new MeasureTriplet <Time, Power, ElectricPotential>(iAmount1: 0.0, iAmount2: 0.0, iAmount3: 0.0);
var actual = _instance - _instance;
IMeasureTripletAssert.AreEqual(expected, actual);
}
public void PlusOperator_AddInstanceWithItself_ReturnsDoubleInstance()
{
var expected = new MeasureTriplet <Time, Power, ElectricPotential>(iAmount1: 10.0, iAmount2: 0.24, iAmount3: 1.2);
var actual = _instance + _instance;
IMeasureTripletAssert.AreEqual(expected, actual);
}
public void Setup()
{
_instance = new MeasureTriplet <Time, Power, ElectricPotential>(iAmount1: 5.0, iAmount2: 0.12, iAmount3: 0.6);
}
