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Motiejus Jakštys 2021-04-29 21:33:44 +03:00
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IV/mj-msc.tex
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@ -48,6 +48,7 @@
\newcommand{\DP}{Douglas \& Peucker} \newcommand{\DP}{Douglas \& Peucker}
\newcommand{\VW}{Visvalingam--Whyatt} \newcommand{\VW}{Visvalingam--Whyatt}
\newcommand{\WM}{Wang--M{\"u}ller} \newcommand{\WM}{Wang--M{\"u}ller}
\newcommand{\WnM}{Wang and M{\"u}ller}
% {\WM} algoritmo realizacija kartografinei upių generalizacijai % {\WM} algoritmo realizacija kartografinei upių generalizacijai
\newcommand{\MYTITLE}{{\WM} algorithm realization for cartographic line generalization} \newcommand{\MYTITLE}{{\WM} algorithm realization for cartographic line generalization}
\newcommand{\MYTITLESC}{wang--m{\"u}ller algorithm realization for cartographic line generalization} \newcommand{\MYTITLESC}{wang--m{\"u}ller algorithm realization for cartographic line generalization}
@ -91,11 +92,11 @@
\label{sec:abstract} \label{sec:abstract}
Currently available line simplification algorithms are rooted in mathematics Currently available line simplification algorithms are rooted in mathematics
and geometry, and are unfit for natural features like rivers and and geometry, and are unfit for bendy map features like rivers and
coastlines. {\WM} algorithm is derived from cartographic knowledge, and coastlines. {\WnM} observed how cartographers simplify these natural
thus is well suited for natural features. We also documented our features and created an algorithm. We implemented this algorithm and
implementation, which allows anyone understand the algorithm and our documented it in great detail. Our implementation makes {\WM} algorithm
implementation in detail. freely available in PostGIS, and this paper explains it.
\end{abstract} \end{abstract}