public static Quantity ToUnitsOfMeasureQuantity(this FM.Quantity input)
{
Metric metric = (input.Code != null) ? System.Metric(input.Code) : new Metric(new List <Metric.Axis>());
Exponential value = input.Value ?? 1; //todo: is this assumption correct?
return(new Quantity(value, metric));
}
public void Validation()
{
UcumTestSet tests = new UcumTestSet();
foreach (UcumTestSet.Validation v in tests.Validations())
{
try
{
Metric m = system.Metric(v.Unit);
if (!v.Valid)
{
throw new AssertFailedException(string.Format($"Test {v.Id} succeeded, but should not have. Reason: '{v.Reason}'"));
}
}
catch (Exception e)
{
if (e is AssertFailedException)
{
throw;
}
else if (v.Valid)
{
throw new Exception(string.Format("Test {0} failed", v.Id));
}
}
}
}
public void MixedAlgebra()
{
Metric meter = system.Metric("m");
Metric second = system.Metric("s");
Quantity q = 4.0m * meter / second;
Metric speed = meter / second;
Assert.Equal(speed, q.Metric);
}
public void ConversionPath()
{
Metric cm = system.Metric("cm");
Metric ci = system.Metric("Ci");
Metric bq = system.Metric("Bq");
List <Conversion> can = system.Conversions.Path(ci, x => x.To.Equals(bq));
Assert.Single(can);
List <Conversion> cannot = system.Conversions.Path(cm, x => x.To.Equals(bq));
Assert.Null(cannot);
}
public void Parsing()
{
Metric metric;
metric = system.Metric("J/s");
Assert.Equal(2, metric.Axes.Count);
metric = system.Metric("[ft_i].[lbf_av]/s");
Assert.Equal(3, metric.Axes.Count);
}
