public void Indexer_SameQuantityNonGenericInterface_YieldsValidMeasureOBject()
{
var expected = new Measure<Volume>(5000.0, Volume.Liter);
IMeasure meas = new StandardMeasure<Volume>(5.0);
var actual = meas[Volume.Liter];
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void GetAmount_StandardMeasureToKmph_Factor3point6Larger()
{
var expected = AmountConverter.ToAmountType(90.0);
var velocity = new StandardMeasure<Velocity>(25.0);
var actual = velocity.GetAmount(Velocity.KiloMeterPerHour);
AmountAssert.AreEqual(expected, actual);
}
public void ToStandardMeasures_DoubleNoUnitConversion_ReturningNonConvertedStandardMeasures()
{
var measures = new[] { 1.0, 2.0, 3.0, -2.0 }.ToStandardMeasures<Length>();
var expected = new StandardMeasure<Length>(3.0);
var actual = measures.ElementAt(2);
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void ToStandardMeasures_DecimalWithUnitConversion_ReturningConvertedStandardMeasures()
{
var measures = new[] { 1.0m, 2.0m, 3.0m, -2.0m }.ToStandardMeasures(ElectricCurrent.MilliAmpere);
var expected = new StandardMeasure<ElectricCurrent>(0.002m);
var actual = measures.ElementAt(1);
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void Example1()
{
StandardMeasure<Mass> initialWgt = new StandardMeasure<Mass>(75.0);
StandardMeasure<Mass> gainedWgt = new StandardMeasure<Mass>(2.5, Mass.HectoGram);
StandardMeasure<Mass> newWgt = initialWgt + gainedWgt;
Measure<Mass> newWgtInGram = newWgt[Mass.Gram];
Measure<Mass> initialWgtInGram = newWgtInGram - gainedWgt;
Console.WriteLine("Initial weight: {0}", initialWgtInGram);
Measure<Length> height = new Measure<Length>(30.0, Length.CentiMeter);
StandardMeasure<Area> area = (StandardMeasure<Area>)0.02;
StandardMeasure<Volume> vol; ArithmeticOperations.Times(height, area, out vol);
var maxVol = new StandardMeasure<Volume>(10.0, Volume.Liter);
if (vol < maxVol)
{
Console.WriteLine("Calculated volume is within limits, actual volume: {0}", vol[Volume.Liter]);
}
#if NUNIT24
Assert.Ignore();
#else
Assert.Pass();
#endif
}
public void StandardMeasureIndexer_ReciprocalCentiMeter_ReturnsHundredthValue()
{
var expected = new Measure <WaveNumber>(1.0, WaveNumber.ReciprocalCentiMeter);
var actual = new StandardMeasure <WaveNumber>(100.0)[WaveNumber.ReciprocalCentiMeter];
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void ToStandardMeasures_DoubleNoUnitConversion_ReturningNonConvertedStandardMeasures()
{
var measures = new[] { 1.0, 2.0, 3.0, -2.0 }.ToStandardMeasures <Length>();
var expected = new StandardMeasure <Length>(3.0);
var actual = measures.ElementAt(2);
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void ToStandardMeasures_DecimalWithUnitConversion_ReturningConvertedStandardMeasures()
{
var measures = new[] { 1.0m, 2.0m, 3.0m, -2.0m }.ToStandardMeasures(ElectricCurrent.MilliAmpere);
var expected = new StandardMeasure <ElectricCurrent>(0.002m);
var actual = measures.ElementAt(1);
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void GetAmount_StandardMeasureToKmph_Factor3point6Larger()
{
var expected = AmountConverter.ToAmountType(90.0);
var velocity = new StandardMeasure <Velocity>(25.0);
var actual = velocity.GetAmount(Velocity.KiloMeterPerHour);
AmountAssert.AreEqual(expected, actual);
}
public void AreEqual_RhsArgumentHasValue_ReturnsFalse()
{
StandardMeasure<AmountConcentration>? lhs = null;
StandardMeasure<AmountConcentration>? rhs = new StandardMeasure<AmountConcentration>(5.0);
StandardMeasure<AmountConcentration> tol = StandardMeasure<AmountConcentration>.Zero;
var expected = false;
var actual = StandardMeasure.AreEqual(lhs, rhs, tol);
Assert.AreEqual(expected, actual);
}
public void AreEqual_BothArgumentsHaveValuesValuesWithinTolerance_ReturnsTrue()
{
StandardMeasure<AmountConcentration>? lhs = new StandardMeasure<AmountConcentration>(5.0);
StandardMeasure<AmountConcentration>? rhs = new StandardMeasure<AmountConcentration>(5.0001);
StandardMeasure<AmountConcentration> tol = new StandardMeasure<AmountConcentration>(0.001);
var expected = true;
var actual = StandardMeasure.AreEqual(lhs, rhs, tol);
Assert.AreEqual(expected, actual);
}
public static double ConvertSurfaceMassFrom(double value, UnitsManager.UnitSystem unitSystem)
{
if (unitSystem == CurrentUnitSystem)
{
return(value);
}
else
{
StandardMeasure <SurfaceDensity> measure = new StandardMeasure <SurfaceDensity>(value, SurfaceMassUnitFromUnitSystem(unitSystem));
return(measure.GetAmount(SurfaceMassUnitFromUnitSystem(CurrentUnitSystem)));
}
}
public void TimeMeasureAdditionsStandardUnitWithStandardMeasure()
{
PerformTiming(() =>
{
var val = new Measure<Mass>(0.0);
for (double i = 0.0; i < no; ++i)
{
val += new StandardMeasure<Mass>(i);
}
return val;
});
}
public void TimeMeasureAdditionsNonStandardUnitWithStandardMeasure()
{
PerformTiming(() =>
{
var val = new Measure<Length>(0.0, Length.CentiMeter);
for (double i = 0.0; i < no; ++i)
{
val += new StandardMeasure<Length>(i);
}
return val;
});
}
public static double ConvertMassTo(double value, UnitsManager.UnitSystem unitSystem)
{
if (unitSystem == CurrentUnitSystem)
{
return(value);
}
else
{
StandardMeasure <Mass> measure = new StandardMeasure <Mass>(value, MassUnitFromUnitSystem(CurrentUnitSystem));
return(measure.GetAmount(MassUnitFromUnitSystem(unitSystem)));
}
}
public static double ConvertLengthFrom(double value, UnitsManager.UnitSystem unitSystem)
{
if (unitSystem == CurrentUnitSystem)
{
return(value);
}
else
{
StandardMeasure <Length> measure = new StandardMeasure <Length>(value, LengthUnitFromUnitSystem(unitSystem));
return(measure.GetAmount(LengthUnitFromUnitSystem(CurrentUnitSystem)));
}
}
public static double ConvertLinearMassFrom(double value, UnitSystem unitSystem)
{
if (unitSystem == CurrentUnitSystem)
{
return(value);
}
else
{
StandardMeasure <Mass> measure = new StandardMeasure <Mass>(value, MassUnitFromUnitSystem(CurrentUnitSystem));
StandardMeasure <Length> measureLength = new StandardMeasure <Length>(value, LengthUnitFromUnitSystem(CurrentUnitSystem));
return(measure.GetAmount(MassUnitFromUnitSystem(unitSystem)));
}
}
public static Vector2D ConvertLengthFrom(Vector2D value, UnitsManager.UnitSystem unitSystem)
{
if (unitSystem == CurrentUnitSystem)
{
return(value);
}
else
{
StandardMeasure <Length> measureX = new StandardMeasure <Length>(value.X, LengthUnitFromUnitSystem(unitSystem));
StandardMeasure <Length> measureY = new StandardMeasure <Length>(value.Y, LengthUnitFromUnitSystem(unitSystem));
return(new Vector2D(
measureX.GetAmount(LengthUnitFromUnitSystem(CurrentUnitSystem))
, measureY.GetAmount(LengthUnitFromUnitSystem(CurrentUnitSystem))
));
}
}
public void TimesOperator_MultiplyNumberRhs_AllMeasuresEquallyScaled()
{
var expected = new StandardMeasureTriplet<Time, Power, ElectricPotential>(15.0, 0.36, 1.8); ;
var actual = new StandardMeasure<Number>(3.0) * _instance;
IMeasureTripletAssert.AreEqual(expected, actual);
}
public void GetAmount_UsingIUnit_ValidConversion()
{
var expected = AmountConverter.ToAmountType(500.0);
var instance = new StandardMeasure<Length>(5.0);
var actual = instance.GetAmount(Length.CentiMeter);
Assert.AreEqual(expected, actual);
}
public static double ConvertMassTo(double value, UnitsManager.UnitSystem unitSystem)
{
if (unitSystem == CurrentUnitSystem)
return value;
else
{
StandardMeasure<Mass> measure = new StandardMeasure<Mass>(value, MassUnitFromUnitSystem(CurrentUnitSystem));
return measure.GetAmount(MassUnitFromUnitSystem(unitSystem));
}
}
public static double ConvertLengthFrom(double value, UnitsManager.UnitSystem unitSystem)
{
if (unitSystem == CurrentUnitSystem)
return value;
else
{
StandardMeasure<Length> measure = new StandardMeasure<Length>(value, LengthUnitFromUnitSystem(unitSystem));
return measure.GetAmount(LengthUnitFromUnitSystem(CurrentUnitSystem));
}
}
public void Constructor_WithNonReferenceUnit_InitializesMeasureInReferenceUnit()
{
var expected = new Measure<Time>(180.0, Time.Second);
var actual = new StandardMeasure<Time>(3.0, Time.Minute);
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void DivisionOperator_DivideGenericSameQuantity_ReturnsScalar()
{
var expected = 1.0;
var numerator = new StandardMeasure<Area>(500.0, Area.SquareCentiMeter);
var denominator = new StandardMeasure<Area>(5.0, Area.SquareDeciMeter);
var actual = (double)(numerator / denominator);
Assert.AreEqual(expected, actual, 1.0e-6);
}
public static Vector3D ConvertLengthFrom(Vector3D value, UnitsManager.UnitSystem unitSystem)
{
if (unitSystem == CurrentUnitSystem)
return value;
else
{
StandardMeasure<Length> measureX = new StandardMeasure<Length>(value.X, LengthUnitFromUnitSystem(unitSystem));
StandardMeasure<Length> measureY = new StandardMeasure<Length>(value.Y, LengthUnitFromUnitSystem(unitSystem));
StandardMeasure<Length> measureZ = new StandardMeasure<Length>(value.Z, LengthUnitFromUnitSystem(unitSystem));
return new Vector3D(
measureX.GetAmount(LengthUnitFromUnitSystem(CurrentUnitSystem))
, measureY.GetAmount(LengthUnitFromUnitSystem(CurrentUnitSystem))
, measureZ.GetAmount(LengthUnitFromUnitSystem(CurrentUnitSystem))
);
}
}
public void Indexer_DifferentQuantitiesNonGenericInterface_Throws()
{
IMeasure meas = new StandardMeasure<SpecificVolume>(1.0);
var throws = meas[Volume.CubicMeter];
}
public static double ConvertSurfaceMassFrom(double value, UnitsManager.UnitSystem unitSystem)
{
if (unitSystem == CurrentUnitSystem)
return value;
else
{
StandardMeasure<SurfaceDensity> measure = new StandardMeasure<SurfaceDensity>(value, SurfaceMassUnitFromUnitSystem(unitSystem));
return measure.GetAmount(SurfaceMassUnitFromUnitSystem(CurrentUnitSystem));
}
}
public void TimeStandardMeasureAdditions()
{
PerformTiming(() =>
{
var val = new StandardMeasure<Length>(0.0);
for (double i = 0.0; i < no; ++i)
{
val += new StandardMeasure<Length>(i);
}
return val;
});
}