/// <summary>
/// Count points approximately NOT within maxDistance of given plane.
/// Result is always equal or greater than exact number.
/// Faster than CountPointsNotNearPlane.
/// </summary>
public static long CountPointsApproximatelyNotNearPlane(
this IPointCloudNode node, Plane3d plane, double maxDistance, int minCellExponent = int.MinValue
)
=> CountPointsApproximately(node,
n => !node.BoundingBoxExactGlobal.Intersects(plane, maxDistance),
n => plane.Contains(maxDistance, node.BoundingBoxExactGlobal),
minCellExponent
);
/// <summary>
/// All points NOT within maxDistance of given plane.
/// </summary>
public static IEnumerable <Chunk> QueryPointsNotNearPlane(
this IPointCloudNode node, Plane3d plane, double maxDistance, int minCellExponent = int.MinValue
)
=> QueryPoints(node,
n => !node.BoundingBoxExactGlobal.Intersects(plane, maxDistance),
n => plane.Contains(maxDistance, node.BoundingBoxExactGlobal),
p => Math.Abs(plane.Height(p)) > maxDistance,
minCellExponent
);
/// <summary>
/// All points within maxDistance of given plane.
/// </summary>
public static IEnumerable <Chunk> QueryPointsNearPlane(
this PointSetNode node, Plane3d plane, double maxDistance, int minCellExponent = int.MinValue
)
=> QueryPoints(node,
n => plane.Contains(maxDistance, node.BoundingBox),
n => !node.BoundingBox.Intersects(plane, maxDistance),
p => Math.Abs(plane.Height(p)) <= maxDistance,
minCellExponent
);
/// <summary>
/// Count points within maxDistance of given plane.
/// </summary>
public static long CountPointsNearPlane(
this IPointCloudNode node, Plane3d plane, double maxDistance, int minCellExponent = int.MinValue
)
=> CountPoints(node,
n => plane.Contains(maxDistance, node.BoundingBoxExactGlobal),
n => !node.BoundingBoxExactGlobal.Intersects(plane, maxDistance),
p => Math.Abs(plane.Height(p)) <= maxDistance,
minCellExponent
);
/// <summary>
/// Count points NOT within maxDistance of given plane.
/// </summary>
public static long CountPointsNotNearPlane(
this PointSetNode node, Plane3d plane, double maxDistance, int minCellExponent = int.MinValue
)
=> CountPoints(node,
n => !node.BoundingBox.Intersects(plane, maxDistance),
n => plane.Contains(maxDistance, node.BoundingBox),
p => Math.Abs(plane.Height(p)) > maxDistance,
minCellExponent
);
