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 Power_LengthRaisedWith3_ReturnsVolume()
{
var expected = new Measure <Volume>(1.0, Volume.CubicDeciMeter);
var len = new Measure <Length>(1.0, Length.DeciMeter);
StandardMeasure <Volume> actual; ArithmeticOperations.Power(len, 3, out actual);
MeasureAssert.AmountsAreEqual(expected, actual);
}
public void Divide_DivideVolumeAndLength_ReturnsArea()
{
var expected = new StandardMeasure <Area>(4.0);
var numerator = new StandardMeasure <Volume>(8.0);
var denominator = new StandardMeasure <Length>(200.0, Length.CentiMeter);
StandardMeasure <Area> actual; ArithmeticOperations.Divide(numerator, denominator, out actual);
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void Times_MultiplyAreaAndLength_ReturnsVolume()
{
var expected = new StandardMeasure <Volume>(6.0);
var lhs = new StandardMeasure <Area>(2.0);
var rhs = new StandardMeasure <Length>(3.0);
StandardMeasure <Volume> actual; ArithmeticOperations.Times(lhs, rhs, out actual);
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void Times_MultiplyAreaAndLength_ReturnsVolume()
{
var expected = new Volume(6.0);
var lhs = new Area(2.0);
var rhs = new Length(3.0);
Volume actual; ArithmeticOperations.Times(lhs, rhs, out actual);
MeasureAssert.MeasuresAreEqual(expected, actual);
}
public void Divide_DivideAreaAndAreaToLength_Throws()
{
var numerator = new StandardMeasure <Area>(8.0);
var denominator = new StandardMeasure <Area>(200.0, Area.SquareDeciMeter);
StandardMeasure <Length> throws; ArithmeticOperations.Divide(numerator, denominator, out throws);
}
public void Times_MultiplyAreaAndAreaToVolume_Throws()
{
var lhs = new StandardMeasure <Area>(2.0);
var rhs = new StandardMeasure <Area>(3.0);
StandardMeasure <Volume> throws; ArithmeticOperations.Times(lhs, rhs, out throws);
}
public void Divide_DivideAreaAndAreaToLength_Throws()
{
var numerator = new Area(8.0);
var denominator = new Area(200.0, Area.SquareDeciMeter);
Length throws; ArithmeticOperations.Divide(numerator, denominator, out throws);
}
public void Times_MultiplyAreaAndAreaToVolume_Throws()
{
var lhs = new Area(2.0);
var rhs = new Area(3.0);
Volume throws; ArithmeticOperations.Times(lhs, rhs, out throws);
}