log_RT_FT_predicates.txt

99 predicates:
Angle_2
Angle_3
Are_ordered_along_line_2
Are_ordered_along_line_3
Are_parallel_2
Are_parallel_3
Are_strictly_ordered_along_line_2
Are_strictly_ordered_along_line_3
Bounded_side_2
Bounded_side_3
Collinear_are_ordered_along_line_2
Collinear_are_ordered_along_line_3
Collinear_are_strictly_ordered_along_line_2
Collinear_are_strictly_ordered_along_line_3
Collinear_has_on_2
Collinear_2
Collinear_3
Compare_angle_with_x_axis_2
Compare_dihedral_angle_3
Compare_distance_2
Compare_distance_3
Compare_power_distance_2
Compare_power_distance_3
Compare_signed_distance_to_line_2
Compare_slope_2
Compare_slope_3
Compare_squared_distance_2
Compare_squared_distance_3
Compare_squared_radius_3
Compare_weighted_squared_radius_3
Compare_x_at_y_2
Compare_xyz_3
Compare_xy_2
Compare_xy_3
Compare_x_2
Compare_x_3
Compare_y_at_x_2
Compare_y_2
Compare_y_3
Compare_yx_2
Compare_z_3
Coplanar_orientation_3
Coplanar_side_of_bounded_circle_3
Coplanar_3
Counterclockwise_in_between_2
Do_intersect_2
Do_intersect_3
Equal_xy_3
Equal_x_2
Equal_x_3
Equal_y_2
Equal_y_3
Equal_z_3
Equal_2
Equal_3
Has_on_boundary_2
Has_on_boundary_3
Has_on_bounded_side_2
Has_on_bounded_side_3
Has_on_negative_side_2
Has_on_negative_side_3
Has_on_positive_side_2
Has_on_positive_side_3
Has_on_unbounded_side_2
Has_on_unbounded_side_3
Has_on_2
Has_on_3
Is_degenerate_2
Is_degenerate_3
Is_horizontal_2
Is_vertical_2
Left_turn_2
Less_distance_to_point_2
Less_distance_to_point_3
Less_rotate_ccw_2
Less_signed_distance_to_line_2
Less_signed_distance_to_plane_3
Less_xyz_3
Less_xy_2
Less_xy_3
Less_x_2
Less_x_3
Less_yx_2
Less_y_2
Less_y_3
Less_z_3
Non_zero_coordinate_index_3
Orientation_2
Orientation_3
Oriented_side_2
Oriented_side_3
Power_side_of_bounded_power_circle_2
Power_side_of_bounded_power_sphere_3
Power_side_of_oriented_power_circle_2
Power_side_of_oriented_power_sphere_3
Side_of_bounded_circle_2
Side_of_bounded_sphere_3
Side_of_oriented_circle_2
Side_of_oriented_sphere_3

12 2D objects:
FT
Origin
Point_2
Weighted_point_2
Vector_2
Direction_2
Segment_2
Ray_2
Line_2
Triangle_2
Iso_rectangle_2
Circle_2

15 3D objects:
FT
Origin
Point_3
Weighted_point_3
Plane_3
Vector_3
Direction_3
Segment_3
Ray_3
Line_3
Triangle_3
Tetrahedron_3
Iso_cuboid_3
Sphere_3
Circle_3




== Test predicate: Angle_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Angle_2(Vector_2, Vector_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Angle_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Angle_2(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Origin, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_2(Point_2, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Angle_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Angle_3(Vector_3, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Angle_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Angle_3(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Origin, Origin, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Origin, Point_3, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Point_3, Origin, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Origin, Point_3, Point_3, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Origin, Origin, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Origin, Point_3, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Point_3, Origin, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Angle_3(Point_3, Point_3, Point_3, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Are_ordered_along_line_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Are_ordered_along_line_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Are_ordered_along_line_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Are_ordered_along_line_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_3(Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_3(Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_3(Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_3(Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_3(Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_ordered_along_line_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Are_parallel_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Are_parallel_2(Segment_2, Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_parallel_2(Ray_2, Ray_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_parallel_2(Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Are_parallel_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Are_parallel_3(Plane_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_parallel_3(Segment_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_parallel_3(Ray_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_parallel_3(Line_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Are_strictly_ordered_along_line_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Are_strictly_ordered_along_line_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Are_strictly_ordered_along_line_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Are_strictly_ordered_along_line_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_3(Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_3(Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_3(Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_3(Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_3(Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Are_strictly_ordered_along_line_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Bounded_side_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Bounded_side_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_2(Triangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_2(Triangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_2(Iso_rectangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_2(Iso_rectangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_2(Circle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_2(Circle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Bounded_side_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Bounded_side_3(Tetrahedron_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_3(Tetrahedron_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_3(Iso_cuboid_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_3(Iso_cuboid_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_3(Sphere_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_3(Sphere_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_3(Circle_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Bounded_side_3(Circle_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Collinear_are_ordered_along_line_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Collinear_are_ordered_along_line_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Collinear_are_ordered_along_line_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Collinear_are_ordered_along_line_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_3(Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_3(Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_3(Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_3(Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_3(Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_ordered_along_line_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Collinear_are_strictly_ordered_along_line_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Collinear_are_strictly_ordered_along_line_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Collinear_are_strictly_ordered_along_line_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Collinear_are_strictly_ordered_along_line_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_3(Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_3(Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_3(Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_3(Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_3(Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_are_strictly_ordered_along_line_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Collinear_has_on_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Collinear_has_on_2(Segment_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_has_on_2(Segment_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_has_on_2(Ray_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_has_on_2(Ray_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Collinear_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Collinear_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Collinear_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Collinear_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_3(Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_3(Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_3(Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_3(Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_3(Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Collinear_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_angle_with_x_axis_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_angle_with_x_axis_2(Direction_2, Direction_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_dihedral_angle_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====
Compare_dihedral_angle_3(Vector_3, Vector_3, Vector_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 6... ====
Compare_dihedral_angle_3(Vector_3, Vector_3, Vector_3, Vector_3, Vector_3, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Origin, Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Origin, Point_3, Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Origin, Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Origin, Point_3, Point_3, Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Origin, Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Origin, Point_3, Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Origin, Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_dihedral_angle_3(Point_3, Point_3, Point_3, Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_distance_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Compare_distance_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_distance_2(Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 4... ====
Error: Compare_distance_2(Point_2, Point_2, Point_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_2(Point_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Point_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Segment_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Ray_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Line_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_2(Triangle_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_distance_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Compare_distance_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Error: Compare_distance_3(Point_3, Point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_distance_3(Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_distance_3(Point_3, Weighted_point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Point_3, Weighted_point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_distance_3(Point_3, Segment_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_distance_3(Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_distance_3(Weighted_point_3, Point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Weighted_point_3, Point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Weighted_point_3, Weighted_point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 4... ====
Error: Compare_distance_3(Point_3, Point_3, Point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Point_3, Point_3, Point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Point_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_distance_3(Point_3, Point_3, Weighted_point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Point_3, Point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Point_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_distance_3(Point_3, Weighted_point_3, Point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Point_3, Weighted_point_3, Point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Point_3, Weighted_point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_distance_3(Point_3, Weighted_point_3, Weighted_point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Point_3, Weighted_point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Weighted_point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Triangle_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Point_3, Tetrahedron_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_distance_3(Weighted_point_3, Point_3, Point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Weighted_point_3, Point_3, Point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Weighted_point_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_distance_3(Weighted_point_3, Point_3, Weighted_point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Weighted_point_3, Point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Weighted_point_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_distance_3(Weighted_point_3, Weighted_point_3, Point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Weighted_point_3, Weighted_point_3, Point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_distance_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_distance_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Weighted_point_3, Weighted_point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Plane_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Segment_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Ray_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Line_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Triangle_3, Triangle_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Weighted_point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Weighted_point_3, Weighted_point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_distance_3(Tetrahedron_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_power_distance_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Compare_power_distance_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_2(Origin, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_2(Origin, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_2(Origin, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_2(Point_2, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_2(Point_2, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_2(Point_2, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_power_distance_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Compare_power_distance_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_3(Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_3(Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_3(Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_3(Point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_3(Point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_power_distance_3(Point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_signed_distance_to_line_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Compare_signed_distance_to_line_2(Line_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Line_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Line_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Line_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Compare_signed_distance_to_line_2(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Origin, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Origin, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Origin, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Origin, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Origin, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Origin, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Origin, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Point_2, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Point_2, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Point_2, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Point_2, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Point_2, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Point_2, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Point_2, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_signed_distance_to_line_2(Point_2, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_slope_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_slope_2(Segment_2, Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====
Compare_slope_2(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Origin, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Origin, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Origin, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Origin, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Origin, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Origin, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Origin, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Point_2, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Point_2, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Point_2, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Point_2, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Point_2, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Point_2, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Point_2, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_2(Point_2, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_slope_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====
Compare_slope_3(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_slope_3(Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_squared_distance_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====
Error: Compare_squared_distance_2(Origin, Point_2, Origin, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_2(Origin, Point_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_2(Origin, Point_2, Point_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_squared_distance_2(Origin, Point_2, Point_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_2(Origin, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Origin, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_2(Point_2, Origin, Origin, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_2(Point_2, Origin, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_2(Point_2, Origin, Point_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_squared_distance_2(Point_2, Origin, Point_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_2(Point_2, Origin, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Origin, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_2(Point_2, Point_2, Origin, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_2(Point_2, Point_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_2(Point_2, Point_2, Point_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_squared_distance_2(Point_2, Point_2, Point_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_2(Point_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Point_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Origin, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Segment_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Origin, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Ray_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Origin, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Line_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Origin, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Point_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Segment_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Ray_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Line_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Origin, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Origin, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Origin, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Origin, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Origin, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Point_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Point_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Point_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Point_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Point_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Point_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Segment_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Segment_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Segment_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Ray_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Ray_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Line_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Line_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Triangle_2, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Triangle_2, Point_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_2(Triangle_2, Triangle_2, Triangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_squared_distance_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====
Error: Compare_squared_distance_3(Origin, Point_3, Origin, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_3(Origin, Point_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_3(Origin, Point_3, Point_3, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_squared_distance_3(Origin, Point_3, Point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_3(Origin, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Triangle_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Origin, Tetrahedron_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_3(Point_3, Origin, Origin, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_3(Point_3, Origin, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_3(Point_3, Origin, Point_3, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_squared_distance_3(Point_3, Origin, Point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_3(Point_3, Origin, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Origin, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_3(Point_3, Point_3, Origin, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_3(Point_3, Point_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Compare_squared_distance_3(Point_3, Point_3, Point_3, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Compare_squared_distance_3(Point_3, Point_3, Point_3, Point_3) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Compare_squared_distance_3(Point_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Triangle_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Point_3, Tetrahedron_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Origin, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Plane_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Origin, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Segment_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Origin, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Ray_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Origin, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Plane_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Segment_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Ray_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Line_3, Line_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Origin, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Triangle_3, Triangle_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Origin, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Origin, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Origin, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Origin, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Origin, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Origin, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Origin, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Point_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Point_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Point_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Point_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Point_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Point_3, Tetrahedron_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Plane_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Plane_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Plane_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Plane_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Plane_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Plane_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Segment_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Segment_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Segment_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Segment_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Segment_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Segment_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Ray_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Ray_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Ray_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Ray_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Ray_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Ray_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Line_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Line_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Line_3, Plane_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Line_3, Segment_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Line_3, Ray_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Line_3, Line_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Triangle_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Triangle_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Triangle_3, Triangle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Tetrahedron_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_squared_distance_3(Tetrahedron_3, Point_3, Tetrahedron_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_squared_radius_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_squared_radius_3(Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Compare_squared_radius_3(Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Compare_squared_radius_3(Origin, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====
Compare_squared_radius_3(Origin, Origin, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Origin, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Origin, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Origin, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Point_3, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Point_3, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Point_3, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Origin, Point_3, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Origin, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Origin, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Origin, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Origin, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Point_3, Origin, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Point_3, Origin, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Point_3, Point_3, Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_squared_radius_3(Point_3, Point_3, Point_3, Point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_weighted_squared_radius_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_weighted_squared_radius_3(Origin, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_weighted_squared_radius_3(Weighted_point_3, FT) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Compare_weighted_squared_radius_3(Origin, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 4... ====
Compare_weighted_squared_radius_3(Origin, Origin, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Origin, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Weighted_point_3, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Weighted_point_3, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Origin, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Origin, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Weighted_point_3, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 5... ====
Compare_weighted_squared_radius_3(Origin, Origin, Origin, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Origin, Origin, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Origin, Weighted_point_3, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Origin, Weighted_point_3, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Weighted_point_3, Origin, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Weighted_point_3, Origin, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Weighted_point_3, Weighted_point_3, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Origin, Origin, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Origin, Origin, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Origin, Weighted_point_3, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Weighted_point_3, Origin, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Compare_weighted_squared_radius_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3, FT) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_x_at_y_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_x_at_y_2(Origin, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_at_y_2(Point_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Compare_x_at_y_2(Origin, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_at_y_2(Point_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_at_y_2(Line_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Compare_x_at_y_2(Line_2, Line_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_xyz_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_xyz_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_xyz_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_xyz_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_xyz_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_xy_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_xy_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_xy_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_xy_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_xy_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_xy_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_xy_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_xy_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_xy_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_xy_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_x_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_x_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Compare_x_2(Origin, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_2(Point_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_2(Line_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Compare_x_2(Line_2, Line_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_x_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_x_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_x_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_y_at_x_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_y_at_x_2(Origin, Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_at_x_2(Origin, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_at_x_2(Point_2, Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_at_x_2(Point_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Compare_y_at_x_2(Origin, Segment_2, Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_at_x_2(Origin, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_at_x_2(Point_2, Segment_2, Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_at_x_2(Point_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_at_x_2(Line_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Compare_y_at_x_2(Line_2, Line_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_y_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_y_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Compare_y_2(Origin, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_2(Point_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_2(Line_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Compare_y_2(Line_2, Line_2, Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_y_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_y_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_y_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_yx_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_yx_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_yx_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_yx_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_yx_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Compare_z_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Compare_z_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_z_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_z_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Compare_z_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Coplanar_orientation_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Coplanar_orientation_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Coplanar_orientation_3(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_orientation_3(Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Coplanar_side_of_bounded_circle_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====
Coplanar_side_of_bounded_circle_3(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_side_of_bounded_circle_3(Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Coplanar_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====
Coplanar_3(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Coplanar_3(Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Counterclockwise_in_between_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Counterclockwise_in_between_2(Direction_2, Direction_2, Direction_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Do_intersect_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Error: Do_intersect_2(Origin, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Origin, Segment_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Origin, Ray_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Origin, Line_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Origin, Triangle_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Origin, Iso_rectangle_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Origin, Circle_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Point_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Point_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Point_2, Segment_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Point_2, Ray_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Point_2, Line_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Point_2, Triangle_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Point_2, Iso_rectangle_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Point_2, Circle_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Segment_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Segment_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Segment_2, Segment_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Do_intersect_2(Segment_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Segment_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Segment_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Segment_2, Iso_rectangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Segment_2, Circle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Do_intersect_2(Ray_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Ray_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Do_intersect_2(Ray_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Ray_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Ray_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Ray_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Ray_2, Iso_rectangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Ray_2, Circle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Do_intersect_2(Line_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Line_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Do_intersect_2(Line_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Line_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Line_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Line_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Line_2, Iso_rectangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Line_2, Circle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Do_intersect_2(Triangle_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Triangle_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Do_intersect_2(Triangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Triangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Triangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Do_intersect_2(Triangle_2, Triangle_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Do_intersect_2(Triangle_2, Iso_rectangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Triangle_2, Circle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Do_intersect_2(Iso_rectangle_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Iso_rectangle_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Do_intersect_2(Iso_rectangle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Iso_rectangle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Iso_rectangle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Iso_rectangle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Iso_rectangle_2, Iso_rectangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Iso_rectangle_2, Circle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Do_intersect_2(Circle_2, Origin) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Error: Do_intersect_2(Circle_2, Point_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!
Do_intersect_2(Circle_2, Segment_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Circle_2, Ray_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Circle_2, Line_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Circle_2, Triangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Do_intersect_2(Circle_2, Iso_rectangle_2) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Error: Do_intersect_2(Circle_2, Circle_2) is RT-sufficient, but the return type is wrong (superfluous `Needs_FT`?)!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Do_intersect_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Do_intersect_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Origin, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Origin, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Origin, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Origin, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Origin, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Origin, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Origin, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Origin, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Point_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Plane_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Segment_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Ray_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Line_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Triangle_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Tetrahedron_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Iso_cuboid_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Do_intersect_3(Sphere_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Do_intersect_3(Plane_3, Plane_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Equal_xy_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Equal_xy_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_xy_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_xy_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_xy_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Equal_x_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Equal_x_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_x_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_x_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_x_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Equal_x_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Equal_x_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_x_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_x_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_x_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Equal_y_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Equal_y_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_y_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_y_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_y_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Equal_y_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Equal_y_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_y_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_y_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_y_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Equal_z_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Equal_z_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_z_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_z_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_z_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Equal_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Equal_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Point_2, Circle_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Vector_2, Vector_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Direction_2, Direction_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Segment_2, Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Ray_2, Ray_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Line_2, Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Triangle_2, Triangle_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Iso_rectangle_2, Iso_rectangle_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Circle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_2(Circle_2, Circle_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Equal_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Equal_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Plane_3, Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Vector_3, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Direction_3, Direction_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Segment_3, Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Ray_3, Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Line_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Triangle_3, Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Tetrahedron_3, Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Iso_cuboid_3, Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Sphere_3, Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Equal_3(Circle_3, Circle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_boundary_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_boundary_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_2(Triangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_2(Triangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_2(Iso_rectangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_2(Iso_rectangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_2(Circle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_2(Circle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_boundary_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_boundary_3(Tetrahedron_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_3(Tetrahedron_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_3(Iso_cuboid_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_3(Iso_cuboid_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_3(Sphere_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_boundary_3(Sphere_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_bounded_side_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_bounded_side_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_2(Triangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_2(Triangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_2(Iso_rectangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_2(Iso_rectangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_2(Circle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_2(Circle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_bounded_side_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_bounded_side_3(Tetrahedron_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_3(Tetrahedron_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_3(Iso_cuboid_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_3(Iso_cuboid_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_3(Sphere_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_3(Sphere_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_3(Circle_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_bounded_side_3(Circle_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====
Has_on_bounded_side_3(Sphere_3, Sphere_3, Origin, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Has_on_bounded_side_3(Sphere_3, Sphere_3, Origin, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Has_on_bounded_side_3(Sphere_3, Sphere_3, Point_3, Origin) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Has_on_bounded_side_3(Sphere_3, Sphere_3, Point_3, Point_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_negative_side_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_negative_side_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_2(Line_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_2(Line_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_2(Triangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_2(Triangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_2(Circle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_2(Circle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_negative_side_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_negative_side_3(Plane_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_3(Plane_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_3(Tetrahedron_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_3(Tetrahedron_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_3(Sphere_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_negative_side_3(Sphere_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_positive_side_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_positive_side_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_2(Line_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_2(Line_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_2(Triangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_2(Triangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_2(Circle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_2(Circle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_positive_side_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_positive_side_3(Plane_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_3(Plane_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_3(Tetrahedron_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_3(Tetrahedron_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_3(Sphere_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_positive_side_3(Sphere_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_unbounded_side_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_unbounded_side_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_2(Triangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_2(Triangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_2(Iso_rectangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_2(Iso_rectangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_2(Circle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_2(Circle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_unbounded_side_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_unbounded_side_3(Tetrahedron_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_3(Tetrahedron_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_3(Iso_cuboid_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_3(Iso_cuboid_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_3(Sphere_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_3(Sphere_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_3(Circle_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_unbounded_side_3(Circle_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_2(Segment_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_2(Segment_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_2(Ray_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_2(Ray_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_2(Line_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_2(Line_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Has_on_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Has_on_3(Plane_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Plane_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Plane_3, Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Plane_3, Circle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Segment_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Segment_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Ray_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Ray_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Line_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Line_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Triangle_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Triangle_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Sphere_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Sphere_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Sphere_3, Circle_3) is FT-necessary, and the wrap `Needs_FT` is (correctly) present!
Has_on_3(Circle_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Has_on_3(Circle_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Is_degenerate_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====
Is_degenerate_2(Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_2(Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_2(Ray_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_2(Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_2(Triangle_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_2(Iso_rectangle_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_2(Circle_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Is_degenerate_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====
Is_degenerate_3(Plane_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_3(Segment_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_3(Ray_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_3(Line_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_3(Triangle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_3(Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_3(Iso_cuboid_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_3(Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_degenerate_3(Circle_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Is_horizontal_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====
Is_horizontal_2(Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_horizontal_2(Ray_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_horizontal_2(Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Is_vertical_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====
Is_vertical_2(Segment_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_vertical_2(Ray_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Is_vertical_2(Line_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Left_turn_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Left_turn_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Left_turn_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Left_turn_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Left_turn_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Left_turn_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Left_turn_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Left_turn_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Left_turn_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_distance_to_point_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Less_distance_to_point_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_distance_to_point_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Less_distance_to_point_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_3(Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_3(Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_3(Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_3(Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_3(Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_distance_to_point_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_rotate_ccw_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Less_rotate_ccw_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_rotate_ccw_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_rotate_ccw_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_rotate_ccw_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_rotate_ccw_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_rotate_ccw_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_rotate_ccw_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_rotate_ccw_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_signed_distance_to_line_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Less_signed_distance_to_line_2(Line_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Line_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Line_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Line_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Less_signed_distance_to_line_2(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Origin, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Origin, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Origin, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Origin, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Origin, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Origin, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Origin, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Point_2, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Point_2, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Point_2, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Point_2, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Point_2, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Point_2, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Point_2, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_line_2(Point_2, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_signed_distance_to_plane_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Less_signed_distance_to_plane_3(Plane_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Plane_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Plane_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Plane_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====
Less_signed_distance_to_plane_3(Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_signed_distance_to_plane_3(Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_xyz_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Less_xyz_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_xyz_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_xyz_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_xyz_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_xy_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Less_xy_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_xy_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_xy_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_xy_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_xy_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Less_xy_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_xy_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_xy_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_xy_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_x_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Less_x_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_x_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_x_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_x_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_x_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Less_x_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_x_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_x_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_x_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_yx_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Less_yx_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_yx_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_yx_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_yx_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_y_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Less_y_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_y_2(Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_y_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_y_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_y_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Less_y_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_y_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_y_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_y_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Less_z_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Less_z_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_z_3(Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_z_3(Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Less_z_3(Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Non_zero_coordinate_index_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====
Non_zero_coordinate_index_3(Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Orientation_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====
Orientation_2(Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_2(Circle_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 2... ====
Orientation_2(Vector_2, Vector_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Orientation_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Orientation_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====
Orientation_3(Tetrahedron_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Sphere_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Orientation_3(Vector_3, Vector_3, Vector_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Orientation_3(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Orientation_3(Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Oriented_side_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Oriented_side_2(Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_2(Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_2(Segment_2, Triangle_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_2(Line_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_2(Line_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_2(Triangle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_2(Triangle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_2(Circle_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_2(Circle_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Oriented_side_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Oriented_side_3(Plane_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_3(Plane_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_3(Tetrahedron_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_3(Tetrahedron_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_3(Sphere_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_3(Sphere_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Oriented_side_3(Origin, Vector_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_3(Origin, Vector_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_3(Point_3, Vector_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Oriented_side_3(Point_3, Vector_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Power_side_of_bounded_power_circle_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Power_side_of_bounded_power_circle_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Power_side_of_bounded_power_circle_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Power_side_of_bounded_power_circle_2(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Origin, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Origin, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Origin, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Weighted_point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Weighted_point_2, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Weighted_point_2, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Origin, Weighted_point_2, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Origin, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Origin, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Origin, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Weighted_point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Weighted_point_2, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Weighted_point_2, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_circle_2(Weighted_point_2, Weighted_point_2, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Power_side_of_bounded_power_sphere_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Power_side_of_bounded_power_sphere_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Power_side_of_bounded_power_sphere_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Power_side_of_bounded_power_sphere_3(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====
Power_side_of_bounded_power_sphere_3(Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_bounded_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Power_side_of_oriented_power_circle_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Power_side_of_oriented_power_circle_2(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Power_side_of_oriented_power_circle_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Power_side_of_oriented_power_circle_2(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Origin, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Origin, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Origin, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Weighted_point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Weighted_point_2, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Weighted_point_2, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Origin, Weighted_point_2, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Origin, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Origin, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Origin, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Weighted_point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Weighted_point_2, Origin, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Weighted_point_2, Weighted_point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_circle_2(Weighted_point_2, Weighted_point_2, Weighted_point_2, Weighted_point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Power_side_of_oriented_power_sphere_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====
Power_side_of_oriented_power_sphere_3(Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 3... ====
Power_side_of_oriented_power_sphere_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Power_side_of_oriented_power_sphere_3(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====
Power_side_of_oriented_power_sphere_3(Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Power_side_of_oriented_power_sphere_3(Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3, Weighted_point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Side_of_bounded_circle_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Side_of_bounded_circle_2(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Side_of_bounded_circle_2(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Origin, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_circle_2(Point_2, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Side_of_bounded_sphere_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====
Side_of_bounded_sphere_3(Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 4... ====
Side_of_bounded_sphere_3(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====
Side_of_bounded_sphere_3(Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_bounded_sphere_3(Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Side_of_oriented_circle_2... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====
Side_of_oriented_circle_2(Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Origin, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Origin, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Origin, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Origin, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Origin, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Origin, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Origin, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Point_2, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Point_2, Origin, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Point_2, Origin, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Point_2, Origin, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Point_2, Point_2, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Point_2, Point_2, Origin, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Point_2, Point_2, Point_2, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_circle_2(Point_2, Point_2, Point_2, Point_2) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 5... ====


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====



== Test predicate: Side_of_oriented_sphere_3... ==


==== Test predicate with arity 0... ====


==== Test predicate with arity 1... ====


==== Test predicate with arity 2... ====


==== Test predicate with arity 3... ====


==== Test predicate with arity 4... ====


==== Test predicate with arity 5... ====
Side_of_oriented_sphere_3(Origin, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Origin, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Origin, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Origin, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Origin, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Origin, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Origin, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Origin, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Origin, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Origin, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Point_3, Origin, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Point_3, Origin, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Point_3, Origin, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Point_3, Origin, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Point_3, Point_3, Origin, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Point_3, Point_3, Origin, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Point_3, Point_3, Point_3, Origin) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!
Side_of_oriented_sphere_3(Point_3, Point_3, Point_3, Point_3, Point_3) is RT-sufficient, and the wrap `Needs_FT` is (correctly) absent!


==== Test predicate with arity 6... ====


==== Test predicate with arity 7... ====


==== Test predicate with arity 8... ====


==== Test predicate with arity 9... ====


==== Test predicate with arity 10... ====


==== Test predicate with arity 11... ====


==== Test predicate with arity 12... ====