public static Metre CreateNewMetre(double value, Metre firstLength, Metre secondLength)
{
if (firstLength.MaxValue == null && secondLength.MaxValue != null) // Takes the max & min value from the first Length
{
double newMin = (double)secondLength.MinValue;
double newMax = (double)secondLength.MaxValue;
return(new Metre(value, newMin, newMax));
}
else if (firstLength.MaxValue != null && secondLength.MaxValue == null) // Takes the max & min value from the second Length
{
double newMin = (double)firstLength.MinValue;
double newMax = (double)firstLength.MaxValue;
return(new Metre(value, newMin, newMax));
}
else if (firstLength.MaxValue == null && secondLength.MaxValue == null) // None of the Lengthes has a range set
{
return(new Metre(value));
}
else // Takes the highest max value and the lowest min value from both Lengthes
{
double newMin = Math.Min((double)firstLength.MinValue, (double)secondLength.MinValue);
double newMax = Math.Max((double)firstLength.MaxValue, (double)secondLength.MaxValue);
return(new Metre(value, newMin, newMax));
}
}
// For when adding a value to an existing Length, instead of two Lengthes together
public static Metre CreateNewMetre(double value, Metre Metre)
{
if (Metre.MaxValue != null)
{
double newMin = (double)Metre.MinValue;
double newMax = (double)Metre.MaxValue;
return(new Metre(value, newMin, newMax));
}
else
{
return(new Metre(value));
}
}
