/// <summary>
/// Gets a Point3D collection representing all locations between 'start' and 'end', including 'start' and 'end', on the given 'map'.
/// </summary>
public static Point3D[] GetLine3D(this IPoint3D start, IPoint3D end, Map map, bool avgZ = true)
{
var path2d = GetLine2D(start, end, map);
var path3d = new Point3D[path2d.Length];
if (avgZ)
{
path3d.SetAll(i => path2d[i].ToPoint3D(map.GetAverageZ(path2d[i].X, path2d[i].Y)));
}
else
{
path3d.SetAll(i => path2d[i].ToPoint3D(start.Z + (int)Math.Floor((end.Z - start.Z) * (i / (double)path2d.Length))));
}
return(path3d);
}
/// <summary>
/// Gets a Point3D collection representing all locations between 'start' and 'end', including 'start' and 'end', on the given 'map'.
/// </summary>
public static Point3D[] GetLine3D(this IPoint3D start, IPoint3D end, Map map, bool avgZ = true)
{
var path2d = GetLine2D(start, end, map);
var path3d = new Point3D[path2d.Length];
if (avgZ)
{
path3d.SetAll(i => path2d[i].ToPoint3D(map.GetAverageZ(path2d[i].X, path2d[i].Y)));
}
else
{
path3d.SetAll(i => path2d[i].ToPoint3D(start.Z + (int)Math.Floor((end.Z - start.Z) * (i / (double)path2d.Length))));
}
return path3d;
}
