public bool Subset(Interval <T> other)
{
return(this.min.CompareTo(other.min) <= 0 && other.max.CompareTo(this.max) <= 0);
}
public int CompareTo(Interval <T> other)
{
return(min.CompareTo(other.min));
}
public static decimal Distance(this Interval <decimal> interval, decimal point)
{
return(point <interval.Min?interval.Min - point :
point> interval.Max ? point - interval.Max : 0);
}
public static TimeSpan Distance(this Interval <DateTime> interval, DateTime point)
{
return(point <interval.Min?interval.Min - point :
point> interval.Max ? point - interval.Max : new TimeSpan(0));
}
public static double Distance(this Interval <double> interval, double point)
{
return(point <interval.Min?interval.Min - point :
point> interval.Max ? point - interval.Max : 0);
}
public static float Distance(this Interval <float> interval, float point)
{
return(point <interval.Min?interval.Min - point :
point> interval.Max ? point - interval.Max : 0);
}
public static TimeSpan Length(this Interval <DateTime> interval)
{
return(interval.Max - interval.Min);
}
public static long Distance(this Interval <long> interval, long point)
{
return(point <interval.Min?interval.Min - point :
point> interval.Max ? point - interval.Max : 0);
}
public static float Length(this Interval <float> interval)
{
return(interval.Max - interval.Min);
}
public static decimal Length(this Interval <decimal> interval)
{
return(interval.Max - interval.Min);
}
public static double Length(this Interval <double> interval)
{
return(interval.Max - interval.Min);
}
public static long Length(this Interval <long> interval)
{
return(interval.Max - interval.Min);
}
public static int Length(this Interval <int> interval)
{
return(interval.Max - interval.Min);
}
public bool Overlaps(Interval <T> other)
{
return(!((max.CompareTo(other.min) <= 0) || (other.max.CompareTo(min) <= 0)));
}
public bool Equals(Interval <T> other)
{
return(other.min.Equals(min) && other.max.Equals(max));
}
