@slide(layout=chapter-slide) @number 15 @title Package in sight! @slide(layout=content-and-preview) @title Creating an index @content ```{.lang-tex .hljs} \usepackage{makeidx} \makeindex \begin{document} \maketitle \section{What is LaTeX\index{LaTeX}?} LaTeX\index{LaTeX} is a typesetting system\index{Typesetting system}. \newpage \section{TeX\index{TeX} vs. LaTeX\index{LaTeX}} It is based on TeX\index{TeX}, an invention by Donald Knuth\index{Knuth, Donald}. As TeX\index{TeX} is way more complex syntactically than LaTeX\index{LaTeX}, LaTeX\index{LaTeX} is much more popular. \printindex ``` @preview ![](svg/chapter-15/index_en-crop.svg) @slide(layout=content-and-preview) @title Designing presentation slides @content For slides, there is the `beamer` document class, as well as numerous [templates and themes](https://www.overleaf.com/learn/latex/Beamer). ```{.lang-tex .hljs .small-text} \documentclass{beamer} \usetheme{Frankfurt} \usecolortheme{seahorse} \usepackage[utf8]{inputenc} \begin{document} \begin{frame} \frametitle{Lemon sorbet} \framesubtitle{Incarnation of good?} \begin{definition} A lemon sorbet is a semi-frozen \textbf{dessert} on \textit{lemon} base. \end{definition} \end{frame} \end{document} ``` @preview @slide(layout=content-and-preview) @title Drawing images @content `TikZ` (“TikZ ist kein Zeichenprogramm” — “TikZ is no drawing software”) is a powerful package for drawing vector graphics. ```{.lang-tex .hljs .small-text .scroll-one-half} % … \tikzstyle{every node}=[draw=black,thick,anchor=west] \tikzstyle{selected}=[draw=red,fill=red!30] \tikzstyle{dir}=[fill=gray!50] \tikzstyle{relativeTo}=[fill=blue!70] \begin{tikzpicture}[% grow via three points={one child at (0.5,-0.7) and two children at (0.5,-0.7) and (0.5,-1.4)}, edge from parent path={(\tikzparentnode.south) |- (\tikzchildnode.west)}] \node {/ or C:} child { node {home} child { node {knut} child { node {pictures}} child { node {docs} child { node [dir] {latex} child { node [relativeTo] {main.tex} child { node [selected] {part1.tex} } } } }; \end{tikzpicture} ``` @preview ![](svg/chapter-04/relative-path-crop.svg) @slide(layout=content-and-preview) @title Linguistics @content The `qtree` package can render constituent-based parse trees: ```{.lang-tex .hljs} \Tree [.S [.NP LaTeX ] [.VP [.V is ] [.NP fun ] ] ] ``` @preview ![](svg/chapter-15/constituency-tree-crop.svg) @slide(layout=content-and-preview) @title Mathematical proofs @content Logical tableaux can be renderd using the `prftree` package. ```{.hljs .lang-tex .small-text .scroll-one-half} \begin{displaymath} \prftree[l,r]{}{[comp$\_{ns}$]} { \prftree[l,r]{}{[comp$\_{ns}$]} { \prftree[l,r]{}{[ass$\_{ns}$]} { - } { (\texttt{m:=a}, \sigma\_{\bot,\bot}) \rightarrow \sigma\_{48,\bot} } } { \prftree[l,r]{}{[ass$\_{ns}$]} { - } { (\texttt{n:=b}, \sigma\_{48,\bot}) \rightarrow \sigma\_{48,18} } } { (\texttt{m:=a; n:=b}, \sigma\_{\bot,\bot}) \rightarrow \sigma\_{48,18} } } { \prftree[l,r]{}{} { \dots } { \textbf{[1]}\ (\texttt{LOOP}, \sigma\_{48,18}) \rightarrow \sigma\_{6,6} } } { (\texttt{m:=a; n:=b; LOOP}, \sigma\_{\bot,\bot}) \rightarrow \sigma\_{6,6} } \end{displaymath} ``` @preview @slide(layout=content-only) @title Other useful packages @content
Package Use case
xcolor colours
todonotes todo annotations and index
pdfpages embedding PDF files
subcaption Nested figures and fine-tuned captions
colortbl, tabularx, multirow, makecell Table tuning