/// <summary>
/// Creates a collection of Lithologic Subintervals of a specific resolution.
/// </summary>
public void GenerateSubintervals()
{
//Cases: where start and end are the same
//One Subinterval
//Case: where start is less than end
//If end-start is less than resolution: one subinterval
//if end-start is greater than resoltuion: end-start/resolution rounded up to nearest int is the number of subintervals
//Case: Accidentlly reversing End and Start Offset
int subintervalCount = (int)Math.Ceiling((decimal)((EndOffset - StartOffset) / _resolution));
if (subintervalCount == 0)
{
LithologicSubinterval subinterval = new LithologicSubinterval(0, this);
LithologicSubintervals.Add(subinterval);
}
else
{
for (int currentSubintervalID = 1; currentSubintervalID <= subintervalCount; currentSubintervalID++)
{
LithologicSubinterval subinterval = new LithologicSubinterval(currentSubintervalID, this);
//Problem here is that you possibly create an extra longer interval because of the rounding error with the resolution and interval start-end distance.
//I'll leave it in because the measurement is based off the Description Interval--which is correct. The subinterval offsets are not output to file.
subinterval.StartOffset = StartOffset + _resolution * (currentSubintervalID - 1);
subinterval.EndOffset = StartOffset + _resolution * currentSubintervalID;
//need to determine how subintervals will be uniquely named
LithologicSubintervals.Add(subinterval);
}
}
}
/// <summary>
/// Returns the Lithologic Subinterval for an offset within the bounds of this Lithologic Description.
/// </summary>
public LithologicSubinterval GetSubinterval(Interval interval)
{
return(LithologicSubintervals.FirstOrDefault(z => z.Contains(interval)));
}
