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Mariette Yvinec 2001-07-25 07:29:02 +00:00
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@ -582,6 +582,7 @@ of these points.
\subsection{Example : Voronoi Diagram}
\label{Subsection_2D_Triangulations_Voronoi}
\ccIndexMainItem{Voronoi diagram}
The following code computes the edges of Voronoi diagram
of a set of data points
and counts the number of finite edges and the number of rays
@ -594,6 +595,7 @@ of this diagram
\subsection{Description}
\label{Subsection_2D_Triangulations_Regular_Description}
\ccIndexMainItem{power diagram}
Let ${ PW} = \{(p_i, w_i), i = 1, \ldots , n \}$ be a set of
weighted points where each $p_i$ is a point and each $w_i$
is a scalar called the weight of point $p_i$.

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@ -582,6 +582,7 @@ of these points.
\subsection{Example : Voronoi Diagram}
\label{Subsection_2D_Triangulations_Voronoi}
\ccIndexMainItem{Voronoi diagram}
The following code computes the edges of Voronoi diagram
of a set of data points
and counts the number of finite edges and the number of rays
@ -594,6 +595,7 @@ of this diagram
\subsection{Description}
\label{Subsection_2D_Triangulations_Regular_Description}
\ccIndexMainItem{power diagram}
Let ${ PW} = \{(p_i, w_i), i = 1, \ldots , n \}$ be a set of
weighted points where each $p_i$ is a point and each $w_i$
is a scalar called the weight of point $p_i$.