\begin{ccRefFunction}{barycenter}

\ccFunction{Point_2<Kernel>
barycenter( const Point_2<Kernel>& p1, const Kernel::FT&w1,
            const Point_2<Kernel>& p2);}
{compute the barycenter of the points $p1$ and $p2$ with corresponding
 weights $w1$ and $1-w1$.}

\ccFunction{Point_2<Kernel>
barycenter( const Point_2<Kernel>& p1, const Kernel::FT&w1,
            const Point_2<Kernel>& p2, const Kernel::FT&w2);}
{compute the barycenter of the points $p1$ and $p2$ with corresponding
 weights $w1$ and $w2$. \ccPrecond{w1+w2 != 0}.}

\ccFunction{Point_2<Kernel>
barycenter( const Point_2<Kernel>& p1, const Kernel::FT&w1,
            const Point_2<Kernel>& p2, const Kernel::FT&w2,
            const Point_2<Kernel>& p3);}
{compute the barycenter of the points $p1$, $p2$ and $p3$ with corresponding
 weights $w1$, $w2$ and $1-w1-w2$.}

\ccFunction{Point_2<Kernel>
barycenter( const Point_2<Kernel>& p1, const Kernel::FT&w1,
            const Point_2<Kernel>& p2, const Kernel::FT&w2,
            const Point_2<Kernel>& p3, const Kernel::FT&w3);}
{compute the barycenter of the points $p1$, $p2$ and $p3$ with corresponding
 weights $w1$, $w2$ and $w3$. \ccPrecond{w1+w2+w3 != 0}.}

\ccFunction{Point_2<Kernel>
barycenter( const Point_2<Kernel>& p1, const Kernel::FT&w1,
            const Point_2<Kernel>& p2, const Kernel::FT&w2,
            const Point_2<Kernel>& p3, const Kernel::FT&w3,
            const Point_2<Kernel>& p4);}
{compute the barycenter of the points $p1$, $p2$, $p3$ and $p4$ with corresponding
 weights $w1$, $w2$, $w3$ and $1-w1-w2-w3$.}

\ccFunction{Point_2<Kernel>
barycenter( const Point_2<Kernel>& p1, const Kernel::FT&w1,
            const Point_2<Kernel>& p2, const Kernel::FT&w2,
            const Point_2<Kernel>& p3, const Kernel::FT&w3,
            const Point_2<Kernel>& p4, const Kernel::FT&w4);}
{compute the barycenter of the points $p1$, $p2$, $p3$ and $p4$ with corresponding
 weights $w1$, $w2$, $w3$ and $w4$. \ccPrecond{w1+w2+w3+w4 != 0}.}


\ccFunction{Point_3<Kernel>
barycenter( const Point_3<Kernel>& p1, const Kernel::FT&w1,
            const Point_3<Kernel>& p2);}
{compute the barycenter of the points $p1$ and $p2$ with corresponding
 weights $w1$ and $1-w1$.}

\ccFunction{Point_3<Kernel>
barycenter( const Point_3<Kernel>& p1, const Kernel::FT&w1,
            const Point_3<Kernel>& p2, const Kernel::FT&w2);}
{compute the barycenter of the points $p1$ and $p2$ with corresponding
 weights $w1$ and $w2$. \ccPrecond{w1+w2 != 0}.}

\ccFunction{Point_3<Kernel>
barycenter( const Point_3<Kernel>& p1, const Kernel::FT&w1,
            const Point_3<Kernel>& p2, const Kernel::FT&w2,
            const Point_3<Kernel>& p3);}
{compute the barycenter of the points $p1$, $p2$ and $p3$ with corresponding
 weights $w1$, $w2$ and $1-w1-w2$.}

\ccFunction{Point_3<Kernel>
barycenter( const Point_3<Kernel>& p1, const Kernel::FT&w1,
            const Point_3<Kernel>& p2, const Kernel::FT&w2,
            const Point_3<Kernel>& p3, const Kernel::FT&w3);}
{compute the barycenter of the points $p1$, $p2$ and $p3$ with corresponding
 weights $w1$, $w2$ and $w3$. \ccPrecond{w1+w2+w3 != 0}.}

\ccFunction{Point_3<Kernel>
barycenter( const Point_3<Kernel>& p1, const Kernel::FT&w1,
            const Point_3<Kernel>& p2, const Kernel::FT&w2,
            const Point_3<Kernel>& p3, const Kernel::FT&w3,
            const Point_3<Kernel>& p4);}
{compute the barycenter of the points $p1$, $p2$, $p3$ and $p4$ with corresponding
 weights $w1$, $w2$, $w3$ and $1-w1-w2-w3$.}

\ccFunction{Point_3<Kernel>
barycenter( const Point_3<Kernel>& p1, const Kernel::FT&w1,
            const Point_3<Kernel>& p2, const Kernel::FT&w2,
            const Point_3<Kernel>& p3, const Kernel::FT&w3,
            const Point_3<Kernel>& p4, const Kernel::FT&w4);}
{compute the barycenter of the points $p1$, $p2$, $p3$ and $p4$ with corresponding
 weights $w1$, $w2$, $w3$ and $w4$. \ccPrecond{w1+w2+w3+w4 != 0}.}

\ccSeeAlso
\ccRefIdfierPage{CGAL::centroid}

\end{ccRefFunction}