AdaptiveRayContainmentCheck Member List

This is the complete list of members for AdaptiveRayContainmentCheck, including all inherited members.

_auto_ray_direction	AdaptiveRayContainmentCheck	private
_bd_elements	AdaptiveRayContainmentCheck	private
_bounds	AdaptiveRayContainmentCheck	private
_build_obb	AdaptiveRayContainmentCheck	private
_centroid_nodal_points	AdaptiveRayContainmentCheck	private
_centroids	AdaptiveRayContainmentCheck	private
_comm	AdaptiveRayContainmentCheck	private
_dim	AdaptiveRayContainmentCheck	private
_eps_on_surface	AdaptiveRayContainmentCheck	private
_kd_tree	AdaptiveRayContainmentCheck	private
_leaf_max_size	AdaptiveRayContainmentCheck	private
_max_projected_diag_length	AdaptiveRayContainmentCheck	private
_max_variance_vector	AdaptiveRayContainmentCheck	private
_min_variance_vector	AdaptiveRayContainmentCheck	private
_num_elements	AdaptiveRayContainmentCheck	private
_obb_bounds	AdaptiveRayContainmentCheck	private
_obb_file_name	AdaptiveRayContainmentCheck	private
_plane_origin	AdaptiveRayContainmentCheck	private
_projected_centroids	AdaptiveRayContainmentCheck	private
_ray_direction	AdaptiveRayContainmentCheck	private
_ray_file_name	AdaptiveRayContainmentCheck	private
_second_variance_vector	AdaptiveRayContainmentCheck	private
AdaptiveRayContainmentCheck(const std::vector< std::unique_ptr< SurfaceElement > > &bd_elements, const std::vector< Point > &centroids, const SurfaceGeometry::RayDirectionOptions &ray_options, const Real eps_on_surface=libMesh::TOLERANCE, const int leaf_max_size=10, const FileName &obb_file_name="", const FileName &ray_file_name="", const libMesh::Parallel::Communicator *comm=nullptr)	AdaptiveRayContainmentCheck
buildObbKdtreeAndMaxProjectedDiagonal(const Real expand_box_length)	AdaptiveRayContainmentCheck	private
collectCandidateElementIDs(const Point &query_point) const	AdaptiveRayContainmentCheck	private
computeGlobalBoundingBox()	AdaptiveRayContainmentCheck	private
countCrossings(const Point &ray_start, const Point &ray_end, const bool use_primary_direction=true) const	AdaptiveRayContainmentCheck	private
countCrossings2D(const Point &ray_start, const Point &ray_end, const bool use_primary_direction) const	AdaptiveRayContainmentCheck	private
countFilteredCrossings(const Point &ray_start, const Point &ray_end, const bool use_primary_direction, CrossingTest is_crossing) const	AdaptiveRayContainmentCheck	private
initializeRayDirection()	AdaptiveRayContainmentCheck	private
isOnSurface(const Point &p) const	AdaptiveRayContainmentCheck	private
isOutsideBoundingBox(const Point &query_point) const	AdaptiveRayContainmentCheck	private
isOutsideBoundingRegion(const Point &orig, const Point &dir, const Ball &ball) const	AdaptiveRayContainmentCheck	private
isOutsideRayBBox(const Point &orig, const Point &dir, const Ball &ball) const	AdaptiveRayContainmentCheck	private
preparePCASVD()	AdaptiveRayContainmentCheck	private
projectPointOntoPlane(const Point &point_to_project, const Point &plane_point, const Point &plane_normal) const	AdaptiveRayContainmentCheck	private
rayDirection() const	AdaptiveRayContainmentCheck	inline
rayIntersectGeometry(const Point &ray_start, const Point &ray_end, const SurfaceElement *elem) const	AdaptiveRayContainmentCheck	private
rayStartOutsideAABB(const Point &point, const Point &unit_direction, const bool inverted) const	AdaptiveRayContainmentCheck	private
rayStartOutsideOBB(const Point &point, const Point &ray_direction, const unsigned int obb_axis, const bool inverted=false) const	AdaptiveRayContainmentCheck	private
sideness(const Point &p) const	AdaptiveRayContainmentCheck
sidenessFromRayPair(const Point &p, const std::array< Point, 2 > &ray_starts) const	AdaptiveRayContainmentCheck	private