public override AxisLimits2D GetLimits()
{
var limits = new AxisLimits2D();
foreach (var box in boxAndWhiskers)
{
limits.ExpandX(box.xPosition - box.box.width / 2, box.xPosition + box.box.width / 2);
limits.ExpandX(box.xPosition - box.whisker.width / 2, box.xPosition + box.whisker.width / 2);
limits.ExpandX(box.xPosition - box.midline.width / 2, box.xPosition + box.midline.width / 2);
limits.ExpandY(box.box.min, box.box.max);
limits.ExpandY(box.whisker.min, box.whisker.max);
limits.ExpandY(box.midline.position, box.midline.position);
if (box.points.Count() > 0) //Cannot call Min() or Max() on empty list
{
limits.ExpandY(box.points.Min(), box.points.Max());
}
}
return(limits);
}
public override AxisLimits2D GetLimits()
{
var limits = new AxisLimits2D();
foreach (var box in boxAndWhiskers)
{
double pointSpread = (Math.Abs(box.dataPoints.offsetFraction) + box.dataPoints.spreadFraction) * box.box.width / 2;
limits.ExpandX(box.xPosition - pointSpread, box.xPosition + pointSpread);
limits.ExpandX(box.xPosition - box.box.width / 2, box.xPosition + box.box.width / 2);
limits.ExpandX(box.xPosition - box.whisker.width / 2, box.xPosition + box.whisker.width / 2);
limits.ExpandX(box.xPosition - box.midline.width / 2, box.xPosition + box.midline.width / 2);
limits.ExpandY(box.box.min, box.box.max);
limits.ExpandY(box.whisker.min, box.whisker.max);
limits.ExpandY(box.midline.position, box.midline.position);
if (box.dataPoints.values.Count() > 0) //Cannot call Min() or Max() on empty list
{
limits.ExpandY(box.dataPoints.values.Min(), box.dataPoints.values.Max());
}
}
return(limits);
}