public CoordinateSequence GetLinearizedCoordinateSequence(double tolerance)
{
// collect all the points of all components
GrowableOrdinateArray gar = new GrowableOrdinateArray();
CoordinateSequence cs;
foreach (ILineal component in Components)
{
// the last point of the previous element is the first point of the next one,
// remove the duplication
if (gar.Count > 0)
{
gar.Capacity = gar.Count - 2;
}
// linearize with tolerance the circular strings, take the linear ones as is
if (component is ICurvedLineGeometry <LineString> cg)
{
cs = cg.GetLinearizedCoordinateSequence(tolerance);
gar.Add(cs);
}
else if (component is LineString ls)
{
cs = ls.CoordinateSequence;
for (int i = 0; i < cs.Count; i++)
{
gar.Add(new Models.Vector8Float(cs.GetX(i), cs.GetY(i), cs.GetZ(i), cs.GetM(i)));
}
}
}
cs = gar.ToCoordinateSequence(Factory);
return(cs);
}
internal ArcVisitor(Action <Arc> onVisitArc, GrowableOrdinateArray array) => (this.onVisitArc, ordinates) = (onVisitArc, array);
/// <summary>
/// Calls <see cref="Visit"/>
/// </summary>
/// <param name="circularString"></param>
/// <param name="ordinates"></param>
internal ArcVisitor(CircularString circularString, Action <Arc> onVisitArc, GrowableOrdinateArray ordinates = null)
: this(onVisitArc, ordinates ?? new GrowableOrdinateArray())
{
tolerance = circularString.tolerance;
Factory = circularString.Factory;
controlPoints = circularString.controlPoints;
Visit();
}
