public OutlierListCollection() 
{
    
        this.outlierLists = new ArrayList();
}

Creates a new empty collection.

 public boolean add(Outlier outlier) 
{
        if (this.outlierLists.isEmpty()) {
            return this.outlierLists.add(new OutlierList(outlier));
        } 
        else {
            boolean updated = false;
            for (Iterator iterator = this.outlierLists.iterator(); 
                 iterator.hasNext();) {
                OutlierList list = (OutlierList) iterator.next();
                if (list.isOverlapped(outlier)) {
                    updated = updateOutlierList(list, outlier);
                }
            }
            if (!updated) {
                //System.err.print(" creating new outlier list ");
                updated = this.outlierLists.add(new OutlierList(outlier));
            }
            return updated;
        }
}

Appends the specified element as a new OutlierList to the end of this list if it does not overlap an outlier in an existing list. If it does overlap, it is appended to the outlier list which it overlaps and that list is updated.

 public boolean isHighFarOut() 
{
        return this.highFarOut;
}

A flag to indicate the presence of one or more far out values at the top end of the range.

 public boolean isLowFarOut() 
{
        return this.lowFarOut;
}

A flag to indicate the presence of one or more far out values at the bottom end of the range.

 public Iterator iterator() 
{
        return this.outlierLists.iterator();
}

Returns an iterator for the outlier lists.

 public  void setHighFarOut(boolean farOut) 
{
        this.highFarOut = farOut;
}

Sets the flag that indicates the presence of one or more far out values at the top end of the range.

 public  void setLowFarOut(boolean farOut) 
{
        this.lowFarOut = farOut;
}

Sets the flag that indicates the presence of one or more far out values at the bottom end of the range.