notebook/main.tex

%!TEX TS-program = xelatex
%!TEX encoding = UTF-8 Unicode

% TODO
% factoriser les
% typedef vector<int> VI;
% typedef vector<VI> VVI;
% typedef long long L;
% typedef vector<L> VL;
% typedef vector<VL> VVL;
% typedef pair<int, int> PII;
% typedef vector<PII> VPII;

% enlever les #include, using namespace std

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\begin{document}

\tableofcontents

\begin{multicols}{2}

%\chapter{ACM Cookbook}
\section{Algorithmique du texte}

\subsection{Tableaux de suffixes}
Temps de cuisson : $O(n \log^2 n)$
{\scriptsize\lstinputlisting{code/suffix.cpp}} % TODO

\subsection{Knuth-Morris-Pratt}
Temps de cuisson : $O(n)$
{\scriptsize\lstinputlisting{code/kmp.cpp}} % OK

\subsection{Rabin-Karp 2D}
{\scriptsize\lstinputlisting{code/RabinKarp.cpp}} % OK

\subsection{AC Automaton}
{\scriptsize\lstinputlisting{code/ACAutomaton.cpp}} % OK

\section{Optimisation}

\subsection{Sparse max-flow}
{\scriptsize\lstinputlisting{code/Dinic.cc}} % OK % à supprimer ?

\subsection{Min-cost max-flow}
{\scriptsize\lstinputlisting{code/MinCostMaxFlow.cc}} % OK

\subsection{Push-relabel max-flow}
{\scriptsize\lstinputlisting{code/PushRelabel.cc}} % OK

\subsection{Min-cost matching}
{\scriptsize\lstinputlisting{code/MinCostMatching.cc}} % OK

\subsection{Max bipartite matching}
%{\scriptsize\lstinputlisting{code/MaxBipartiteMatching.cc}}
{\scriptsize\lstinputlisting{code/MaxBipartiteMatching_sqrt.cc}} % OK

\subsection{Global min cut}
{\scriptsize\lstinputlisting{code/MinCut.cc}}

\section{Géométrie}

\subsection{Convex hull}
{\scriptsize\lstinputlisting{code/ConvexHull.cc}} % OK

\subsection{Miscellaneous geometry}
{\scriptsize\lstinputlisting{code/Geometry.cc}}
% OK RotateCCW
% OK ComputeSignedArea

\subsection{Slow Delaunay triangulation}
{\scriptsize\lstinputlisting{code/Delaunay.cc}} % TODO chercher algo en N (incremental flip)

\section{Algorithmes numériques}

\subsection{Number theoretic algorithms (modular, Chinese remainder, linear Diophantine)}
{\scriptsize\lstinputlisting{code/Euclid.cc}}

\subsection{Systems of linear equations, matrix inverse, determinant}
{\scriptsize\lstinputlisting{code/GaussJordan.cc}}

\subsection{Reduced row echelon form, matrix rank}
{\scriptsize\lstinputlisting{code/ReducedRowEchelonForm.cc}}

\subsection{Fast Fourier transform}
{\scriptsize\lstinputlisting{code/FFT.cpp}} % OK

\subsection{Simplex algorithm}
{\scriptsize\lstinputlisting{code/Simplex.cc}} % OK

\section{Graphes}

\subsection{Fast Dijkstra's algorithm}
{\scriptsize\lstinputlisting{code/FastDijkstra.cc}}

\subsection{Strongly connected components}
{\scriptsize\lstinputlisting{code/SCC.cc}}

\subsection{DFS/BFS}
{\scriptsize\lstinputlisting{code/BFS_DFS.cpp}} % OK

\section{Structures de données}

\subsection{Suffix arrays}
{\scriptsize\lstinputlisting{code/SuffixArray.cc}} % TODO pourquoi un vector<vector<int>> ? Pourquoi dans le code de Shendan best[20][MAXN] ? Si on garde celui de JJ rajouter RMQ etc

\subsection{Binary Indexed Tree}
{\scriptsize\lstinputlisting{code/BIT.cc}}

\subsection{Union-Find Set}
{\scriptsize\lstinputlisting{code/UnionFind.cc}}

\subsection{KD-tree}
{\scriptsize\lstinputlisting{code/KDTree.cc}}

\subsection{Segment Tree}
{\scriptsize\lstinputlisting{code/SegmentTree.cpp}}

\subsection{Bits Sets}
{\scriptsize\lstinputlisting{code/BitSet.cpp}} % OK

\section{Divers}

\subsection{Longest increasing subsequence}
{\scriptsize\lstinputlisting{code/LongestIncreasingSubsequence.cc}}

\subsection{Maximum rectangle under an histogram / in a matrix}
{\scriptsize\lstinputlisting{code/BiggestRectangle.cpp}}

\subsection{Number of inversions}
{\scriptsize\lstinputlisting{code/Inversion.cpp}} % OK


\subsection{Dichotomie}
{\scriptsize\lstinputlisting{code/Dichotomie.cpp}} % regarder

\subsection{Dates}
{\scriptsize\lstinputlisting{code/Dates.cc}}

\subsection{Prime numbers}
{\scriptsize\lstinputlisting{code/Primes.cc}}

\subsection{Tips}
{\scriptsize\lstinputlisting{code/Tips.cpp}}

\end{multicols}
\end{document}