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Point_2<Kernel>
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circumcenter ( Point_2<Kernel> p, Point_2<Kernel> q)
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compute the center of the smallest circle passing through the points p and
q. Note: this is the same as CGAL::midpoint(p, q) but is provided
for homogeneity.
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Point_2<Kernel>
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circumcenter ( Point_2<Kernel> p, Point_2<Kernel> q, Point_2<Kernel> r)
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compute the center of the circle passing through the points p, q, and r.
| Precondition: | p, q, and r are not collinear. |
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Point_2<Kernel>
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circumcenter ( Triangle_2<Kernel> t)
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compute the center of the circle passing through the vertices of t.
| Precondition: | t is not degenerate. |
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Point_3<Kernel>
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circumcenter ( Point_3<Kernel> p, Point_3<Kernel> q)
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compute the center of the smallest sphere passing through the points p and
q. Note: this is the same as CGAL::midpoint(p, q) but is provided
for homogeneity.
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Point_3<Kernel>
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circumcenter ( Point_3<Kernel> p, Point_3<Kernel> q, Point_3<Kernel> r)
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compute the center of the circle passing through the points p, q, and r.
| Precondition: | p, q, and r are not collinear. |
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Point_3<Kernel>
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circumcenter ( Triangle_3<Kernel> t)
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compute the center of the circle passing through the vertices of t.
| Precondition: | t is not degenerate. |
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Point_3<Kernel>
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circumcenter ( Point_3<Kernel> p, Point_3<Kernel> q, Point_3<Kernel> r, Point_3<Kernel> s)
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compute the center of the sphere passing through the points p, q, r, and s.
| Precondition: | p, q, r, and s are not coplanar. |
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Point_3<Kernel>
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circumcenter ( Tetrahedron_3<Kernel> t)
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compute the center of the sphere passing through the vertices of t.
| Precondition: | t is not degenerate. |
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