public void TransformToSystemInternational_Test(double value, MetricPrefixes prefix, UnitsOfMeasurement uom, double expectedValue)
{
MathObject mathObject = new MathObject(value, prefix, uom);
var rawValue = mathObject.TransformToSystemInternational();
Assert.AreEqual(expectedValue, rawValue);
}
public static double TransformToSystemInternational(this MathObject mathObject,
MetricPrefixes metricPrefix = MetricPrefixes.One)
{
double rawValue = mathObject.Value * PrefixValues[mathObject.Prefix];
double calculatedValue = rawValue / PrefixValues[metricPrefix];
return(calculatedValue);
}
public MathObject(double value, MetricPrefixes prefix = MetricPrefixes.One, UnitsOfMeasurement units = UnitsOfMeasurement.Other)
{
this.value = value;
this.prefix = prefix;
this.units = units;
}
public ElectricalPermeability(double value, MetricPrefixes prefix = MetricPrefixes.One,
UnitsOfMeasurement uom = UnitsOfMeasurement.Units) : base(value, prefix, uom)
{
}
public Height(double value, MetricPrefixes metricPrefixes = MetricPrefixes.One, UnitsOfMeasurement uom = UnitsOfMeasurement.Meter) : base(value,
metricPrefixes, uom)
{
}
public WaveLength(double value, MetricPrefixes prefixes = MetricPrefixes.One, UnitsOfMeasurement unit = UnitsOfMeasurement.Meter) : base(value, prefixes, unit)
{
}
public ThetaDegrees(double value, MetricPrefixes prefixes = MetricPrefixes.One, UnitsOfMeasurement unit = UnitsOfMeasurement.Degree) : base(value, prefixes,
unit)
{
}
public RelativeTraceLength(double value, MetricPrefixes prefixes = MetricPrefixes.Percents, UnitsOfMeasurement unit = UnitsOfMeasurement.Percents) : base(value,
prefixes, unit)
{
}
public Conductivity(double value, MetricPrefixes prefix = MetricPrefixes.One,
UnitsOfMeasurement uom = UnitsOfMeasurement.SiemensOnMeter) : base(value, prefix, uom)
{
}
public DiafragmRadius(double value = 1, MetricPrefixes metricPrefix = MetricPrefixes.One, UnitsOfMeasurement uom = UnitsOfMeasurement.Meter) : base(value, metricPrefix, uom)
{
}
