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

closest_on_edge(const CubitVector &pos)	PST_Edge
closest_on_line(const CubitVector &pos)	PST_Edge
closest_on_line(const CubitVector &base, const CubitVector &direction)	PST_Edge
coedge(PST_Face *face)	PST_Edge	`[inline]`
common_face(PST_Edge *edge)	PST_Edge	`[inline]`
common_point(PST_Edge *edge)	PST_Edge	`[inline]`
create_face(PST_Point p1, PST_Point p2, PST_Point *p3)	PST_Edge	`[static]`
debug_draw(int color=1, bool flush=true)	PST_Edge
debug_draw_edges(DLIList< PST_Edge * > &list, int color, int bcolor=0, bool flush=true)	PST_Edge	`[static]`
debug_draw_faces(DLIList< PST_Edge * > &list, int color, bool flush=true)	PST_Edge	`[static]`
debug_draw_points(DLIList< PST_Edge * > &list, int color, int bcolor=0, bool flush=true)	PST_Edge	`[static]`
direction()	PST_Edge	`[inline]`
edges(DLIList< PST_Face * > &faces, DLIList< PST_Edge * > &edges)	PST_Edge	`[static]`
edges(DLIList< PST_Point * > &pts, DLIList< PST_Edge * > &edges)	PST_Edge	`[static]`
end_	PST_Edge	`[private]`
end_coord()	PST_Edge	`[inline]`
end_next_	PST_Edge	`[private]`
end_point()	PST_Edge	`[inline]`
faces(DLIList< PST_Edge * > &edges, DLIList< PST_Face * > &faces)	PST_Edge	`[static]`
forward()	PST_Edge	`[inline]`
forward_	PST_Edge	`[private]`
insert_in_face(PST_Point end, PST_CoEdge after_this)	PST_Edge	`[static]`
make_facets(GMem &gmem, double tolerance, DLIList< PST_Edge * > &edges)	PST_Edge	`[static]`
make_facets(const std::vector< double > &coordinates, const std::vector< int > &connections, double tolerance, DLIList< PST_Edge * > &edge_list)	PST_Edge	`[static]`
make_gmem(GMem &gmem, DLIList< PST_Face * > &facets)	PST_Edge	`[static]`
make_gmem(GMem &gmem, DLIList< PST_Edge * > &edges)	PST_Edge	`[static]`
mark	PST_Edge
next(PST_Point *pt)	PST_Edge	`[inline]`
other(PST_Point *pt)	PST_Edge	`[inline]`
other(PST_CoEdge *coedge)	PST_Edge	`[inline]`
other(PST_Face *face)	PST_Edge	`[inline]`
other(PST_Point point, PST_Face face)	PST_Edge
owner() const	PST_Entity	`[inline]`
owner(PST_EntityOwner *)	PST_Entity	`[inline]`
points(DLIList< PST_Edge * > &edges, DLIList< PST_Point * > &pts)	PST_Edge	`[static]`
position(double t)	PST_Edge	`[inline]`
print()	PST_Edge
private_mark_	PST_Edge	`[private]`
PST_Edge(PST_Point start_pt, PST_Point end_pt)	PST_Edge	`[inline]`
PST_Entity()	PST_Entity	`[inline, protected]`
remove_end_point()	PST_Edge	`[inline, private]`
remove_point(PST_Point &ptr, PST_Edge &next)	PST_Edge	`[private]`
remove_start_point()	PST_Edge	`[inline, private]`
reverse()	PST_Edge	`[inline]`
reverse_	PST_Edge	`[private]`
sense(PST_Face *face)	PST_Edge	`[inline]`
sense(PST_CoEdge *coedge)	PST_Edge	`[inline]`
set_end_point(PST_Point *pt)	PST_Edge	`[inline, private]`
set_point(PST_Point pt, PST_Point &ptr, PST_Edge *&next)	PST_Edge	`[private]`
set_start_point(PST_Point *pt)	PST_Edge	`[inline, private]`
split(PST_Point *point)	PST_Edge
split_face(PST_Point start, PST_Point end, PST_Face *hint=0)	PST_Edge	`[static]`
split_face(PST_CoEdge after_coedge_1, PST_CoEdge after_coedge_2)	PST_Edge	`[static]`
start_	PST_Edge	`[private]`
start_coord()	PST_Edge	`[inline]`
start_next_	PST_Edge	`[private]`
start_point()	PST_Edge	`[inline]`
validate(DLIList< PST_Edge * > &edges, CubitBoolean print=CUBIT_FALSE)	PST_Edge	`[static]`
validate(CubitBoolean print=CUBIT_FALSE)	PST_Edge
~PST_Edge()	PST_Edge
~PST_Entity()=0	PST_Entity	`[protected, pure virtual]`