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

add(PartitionCoEdge *coedge)	PartitionCurve
append_simple_attribute_virt(const CubitSimpleAttrib &)	PartitionCurve	`[virtual]`
bodysm()	TopologyBridge
bodysms(DLIList< BodySM * > &bodies, bool unique=true)	TopologyBridge
bounding_box() const	SubCurve	`[virtual]`
bridge_manager() const	TopologyBridge
bridge_manager(BridgeManager *manager)	TopologyBridge
bridge_sense()	TopologyBridge	`[inline]`
center_point()	Curve	`[inline, virtual]`
ChildType typedef	Curve
closest_point(CubitVector const &from, CubitVector &closest, CubitVector tangent=0, CubitVector curvature=0, double *param=0)	SubCurve	`[virtual]`
closest_point_trimmed(CubitVector const &from_pt, CubitVector &result_pt)	Curve	`[virtual]`
coedgesms(DLIList< CoEdgeSM * > &coedgesms, bool unique=true)	TopologyBridge
combine(PartitionCurve *dead_curve)	SubCurve	`[virtual]`
Curve()	Curve
curves(DLIList< Curve * > &curves, bool unique=true)	TopologyBridge
curves_ignore_virtual(DLIList< Curve * > &curves, bool unique=true)	TopologyBridge
do_facet_cleanup()	PartitionCurve
draw_facets(int color)	PartitionCurve
end_param()	SubCurve	`[virtual]`
end_point() const	PartitionCurve	`[inline]`
end_point(PartitionPoint *point)	PartitionCurve
endParam	SubCurve	`[private]`
fix_facet_data(PartitionCurve *new_curve)	PartitionCurve
fixup_periodic_param(double &param) const	SubCurve	`[private]`
G1_discontinuous(double u, CubitVector minus_tangent=0, CubitVector plus_tangent=0)	SubCurve	`[virtual]`
geometry_type()	SubCurve	`[virtual]`
GeometryEntity()	GeometryEntity	`[inline]`
get_all_partitions(DLIList< TopologyBridge * > &curves) const	SubCurve
get_arc_length()	Curve	`[inline, virtual]`
get_arc_length(const CubitVector &point1, const CubitVector &point2)	Curve	`[inline, virtual]`
get_arc_length(const CubitVector &point1, const int which_end)	Curve	`[inline, virtual]`
get_center_radius(CubitVector &center, double &radius)	SubCurve	`[virtual]`
get_children(DLIList< TopologyBridge * > &children, bool return_hidden_entities=false, int layer=MAX_TB_LAYER)	TopologyBridge
get_children_virt(DLIList< TopologyBridge * > &)	PartitionCurve	`[virtual]`
get_ellipse_params(CubitVector &center, CubitVector &normal, CubitVector &major_axis, double &radius_ratio) const	SubCurve	`[virtual]`
get_facet_data(DLIList< CubitFacetEdgeData * > &result_list) const	PartitionCurve
get_geometry_query_engine() const	PartitionCurve	`[virtual]`
get_graphics(GMem &result, double angle_tolerance=0, double distance_tolernace=0, double max_edge_length=0)	SubCurve	`[virtual]`
get_interior_extrema(DLIList< CubitVector * > &points, CubitSense &sense)	SubCurve	`[virtual]`
get_ordered_param_range(double &lower, double &upper)	SubCurve	`[private]`
get_param_range(double &lower, double &upper)	SubCurve	`[virtual]`
get_parents(DLIList< TopologyBridge * > &parents)	TopologyBridge
get_parents_virt(DLIList< TopologyBridge * > &)	PartitionCurve	`[virtual]`
get_point_direction(CubitVector &origin, CubitVector &direction)	Curve	`[virtual]`
get_save_topology(DLIList< int > &points)	PartitionCurve	`[protected]`
get_saved_id() const	GeometryEntity	`[inline]`
get_saved_names(std::vector< CubitString > &names)	GeometryEntity
get_simple_attribute(DLIList< CubitSimpleAttrib > &)	PartitionCurve	`[virtual]`
get_simple_attribute(const CubitString &name, DLIList< CubitSimpleAttrib > &)	PartitionCurve	`[virtual]`
get_spline_params(bool &rational, int &degree, DLIList< CubitVector > &cntrl_pts, DLIList< double > &cntrl_pt_weights, DLIList< double > &knots, bool &spline_is_reversed) const	SubCurve	`[virtual]`
has_facet_data() const	PartitionCurve	`[inline]`
is_in_surface(const PartitionSurface *surf, bool manifold_only=false) const	PartitionCurve
is_nonmanifold(const PartitionSurface *in_this_surf) const	PartitionCurve
is_periodic(double &period)	SubCurve	`[virtual]`
is_position_on(const CubitVector &position)	SubCurve	`[virtual]`
is_tolerant()	Curve	`[inline, virtual]`
layer() const	PartitionCurve	`[inline, virtual]`
length_from_u(double u1, double u2)	SubCurve	`[virtual]`
loopsm()	TopologyBridge
loopsms(DLIList< LoopSM * > &loopsms, bool unique=true)	TopologyBridge
lump()	TopologyBridge
lumps(DLIList< Lump * > &lumps, bool unique=true)	TopologyBridge
mark	PartitionEntity
MAX_TB_LAYER enum value	TopologyBridge
measure()	SubCurve	`[virtual]`
mid_point(const CubitVector &point1, const CubitVector &point2, CubitVector &mid_point)	Curve	`[inline, virtual]`
mid_point(CubitVector &mid_point)	Curve	`[inline, virtual]`
move_to_geometry(CubitVector &position)	PartitionCurve	`[virtual]`
move_to_geometry(CubitPoint *facetPoint)	PartitionCurve
next_coedge(const PartitionCoEdge *prev=0) const	PartitionCurve	`[inline]`
next_curve(const PartitionPoint *about_this) const	PartitionCurve	`[inline]`
notify_split(FacetEntity old_entity, FacetEntity new_entity)	PartitionCurve	`[virtual]`
num_coedges() const	PartitionCurve
num_partitions() const	SubCurve
other_point(const PartitionPoint *pt) const	PartitionCurve	`[inline]`
owner() const	TopologyBridge	`[inline]`
owner(TBOwner *new_owner)	TopologyBridge	`[inline]`
PartitionCurve()	PartitionCurve	`[protected]`
partitioned_entity() const	PartitionEntity	`[inline]`
PartitionEntity()	PartitionEntity	`[protected]`
point_containment(const CubitVector &point)	SubCurve	`[virtual]`
point_from_arc_length(double root_param, const double arc_length, CubitVector &new_point)	Curve	`[virtual]`
point_from_arc_length(const CubitVector &root_point, double const arc_length, CubitVector &new_point)	Curve	`[virtual]`
points(DLIList< TBPoint * > &points, bool unique=true)	TopologyBridge
position_from_fraction(const double fraction_along_curve, CubitVector &output_position)	Curve	`[inline, virtual]`
position_from_u(double u, CubitVector &result)	SubCurve	`[virtual]`
print_debug_info(const char *prefix=0, bool print_subentity_set=true) const	PartitionCurve	`[virtual]`
print_partitioned_entity(const char *prefix=0) const	PartitionEntity
real_curve() const	SubCurve	`[inline]`
relative_sense(Curve *other_curve)	Curve	`[virtual]`
relax_to_geometry(CubitPoint facet_point, const CubitVector input_position=0)	PartitionEntity
remove(PartitionCoEdge *coedge)	PartitionCurve
remove_all_coedges()	PartitionCurve
remove_all_simple_attribute_virt()	PartitionCurve	`[virtual]`
remove_dead_facet(CubitFacetEdgeData *edge)	PartitionCurve
remove_facet_data()	PartitionCurve
remove_simple_attribute_virt(const CubitSimpleAttrib &)	PartitionCurve	`[virtual]`
replace_facet(CubitFacetEdgeData dead_facet, DLIList< CubitFacetEdgeData > &new_facets)	PartitionCurve
reverse_bridge_sense()	TopologyBridge	`[inline]`
reverse_point_order()	PartitionCurve	`[protected]`
reverse_sense()	SubCurve	`[virtual]`
save(CubitSimpleAttrib &)	SubCurve	`[virtual]`
set_facet_data(const DLIList< CubitFacetEdgeData * > &new_list)	PartitionCurve
set_saved_id(int value)	GeometryEntity	`[inline]`
set_saved_names(const std::vector< CubitString > &names)	GeometryEntity
shellsms(DLIList< ShellSM * > &shellsms, bool unique=true)	TopologyBridge
split(double param)	SubCurve	`[virtual]`
start_param()	SubCurve	`[virtual]`
start_point() const	PartitionCurve	`[inline]`
start_point(PartitionPoint *point)	PartitionCurve
startParam	SubCurve	`[private]`
sub_entity_set() const	PartitionEntity	`[inline]`
SubCurve(Curve *curve_ptr)	SubCurve
SubCurve(SubCurve *curve_ptr, double start_param)	SubCurve
surfaces(DLIList< Surface * > &surfaces, bool unique=true)	TopologyBridge
surfaces_ignore_virtual(DLIList< Surface * > &surfaces, bool unique=true)	TopologyBridge
topology_entity() const	TopologyBridge
TopologyBridge()	TopologyBridge	`[inline]`
transform(const CubitTransformMatrix &)	PartitionCurve	`[virtual]`
u_from_arc_length(double root, double length)	SubCurve	`[virtual]`
u_from_position(const CubitVector &position)	SubCurve	`[virtual]`
validate(const CubitString &, DLIList< TopologyEntity * > &)	TopologyBridge	`[inline, virtual]`
~Curve()	Curve	`[virtual]`
~GeometryEntity()	GeometryEntity	`[virtual]`
~PartitionCurve()	PartitionCurve	`[virtual]`
~PartitionEntity()	PartitionEntity	`[virtual]`
~SubCurve()	SubCurve
~TopologyBridge()	TopologyBridge	`[virtual]`