/// <summary>
/// Returns the minimum of this instance and the specified measurement.
/// </summary>
/// <param name="that">The other measurement.</param>
/// <returns></returns>
public static T Min <T>(IMeasurement <T> t1, IMeasurement <T> t2) where T : IMeasurement <T>
{
Validate.NonNull(t1, nameof(t1));
Validate.NonNull(t2, nameof(t2));
if (t1.ToMeasurement().CompareTo(t2.ToMeasurement()) <= 0)
{
return(t1.ToMeasurement());
}
else
{
return(t2.ToMeasurement());
}
}
public static Distance Divide(this IMeasurement <Volume> volume, IMeasurement <Area> area)
{
Validate.NonNull(volume, nameof(volume));
Validate.NonNull(area, nameof(area));
return(volume.ToMeasurement().Select((x, y) => y.Divide(area).Multiply(x)));
}
public static Area Divide(this IMeasurement <Volume> volume, IMeasurement <Distance> distance)
{
Validate.NonNull(volume, nameof(volume));
Validate.NonNull(distance, nameof(distance));
return(volume.ToMeasurement().Select((x, y) => y.Divide(distance).Multiply(x)));
}