|
FT
|
squared_radius ( Point_2<Kernel> p, Point_2<Kernel> q, Point_2<Kernel> r)
|
| |
compute the squared radius of the circle passing through the points
p, q, and r. | Precondition: | p, q, and r are not collinear. |
|
|
|
FT
|
squared_radius ( Point_2<Kernel> p, Point_2<Kernel> q)
|
| |
compute the squared radius of the smallest circle passing through p,
and q, i.e. one fourth of the squared distance between p and q.
|
|
|
FT
|
squared_radius ( Point_2<Kernel> p)
|
| |
compute the squared radius of the smallest circle passing through p,
i.e. 0.
|
|
|
FT
|
squared_radius ( Point_3<Kernel> p, Point_3<Kernel> q, Point_3<Kernel> r, Point_3<Kernel> s)
|
| |
compute the squared radius of the sphere passing through the points p,
q, r and s. | Precondition: | p, q, r and s are not coplanar. |
|
|
|
FT
|
squared_radius ( Point_3<Kernel> p, Point_3<Kernel> q, Point_3<Kernel> r)
|
| |
compute the squared radius of the sphere passing through the points p,
q, and r and whose center is in the same plane as those three points.
|
|
|
FT
|
squared_radius ( Point_3<Kernel> p, Point_3<Kernel> q)
|
| |
compute the squared radius of the smallest circle passing through p,
and q, i.e. one fourth of the squared distance between p and q.
|
|
|
FT
|
squared_radius ( Point_3<Kernel> p)
|
| |
compute the squared radius of the smallest circle passing through p,
i.e. 0.
|
