= LaTeX Converter Manual James Carlson :toc2: :numbered: :stem: latexmath == Introduction TexConverter translates a file written in a subset of Asciidoc to LaTeX. The subset is described below. While not complete, it is adequate for the preparation of a wide range of mathematical documents, from one-page handouts to articles to entire books. As a demonstration of the current state of this project, the file you are looking at, `manual.adoc`, can be rendered into HTML by ---- $ asciidoctor manual.adoc ---- or can be rendered as a LaTeX file via ---- $ asciidoctor-latex manual.adoc # => manual.tex ---- The `.tex` file can in turn be rendred into pdf via `pdflatex`. Mathematical text in Asciidoc can be written as one usually does in LaTeX if one invokes the latex option.footnote:[This option exists but has not yet been released. To use the option at http://noteshare.io[noteshare.io], include the code `:latex:` in your document]. You do this via `asciidoctor -latex foo.adoc`. Thus for the Pythagorean theorem $a^2 + b^2 = c^2$, one writes ---- $ a^2 + b^2 = c^2 $ ---- For the famous formula of Euler, \[ e^{2\pi \sqrt{-1}} = 1 \] one writes ---- \[ e^{2\pi \sqrt{-1}} = 1 \] ---- == The Asciidoc-LaTeX subset === Sections, levels 1 through 5 === Ordered and unordered lists In Asciidoc, an unordered list like * Pay Bills * Get Groceries ** Milk ** Bread ** Orange Juice * Change Oil Filter on Car is written like this ---- * Pay Bills * Get Groceries ** Milk ** Bread ** Orange Juice * Change Oil Filter on Car ---- Its translation into LaTeX is ---- \begin{itemize} \item Pay Bills \item Get Groceries \begin{itemize} \item Milk \item Bread \item Orange Juice \end{itemize} \item Change Oil Filter on Car \end{itemize} ---- The corresponding ordered list, . Pay Bills . Get Groceries .. Milk .. Bread .. Orange Juice . Change Oil Filter on Car is written as ---- . Pay Bills . Get Groceries .. Milk .. Bread .. Orange Juice . Change Oil Filter on Car ---- with the following source in LaTex: ---- \begin{enumerate} \item Pay Bills \item Get Groceries \begin{enumerate} \item Milk \item Bread \item Orange Juice \end{enumerate} \item Change Oil Filter on Car \end{enumerate} ---- === Bold, italic, and monospaced text The text "She said _potatoes_ but he said *potaatoes*", written in Asciidoc as ---- She said _potatoes_ but he said *potaatoes* ---- is mapped to ---- She said \emph{potatoes} but he said \textbf{potaatoes} ---- The text ---- `monospaced` ---- is mapped to ---- {\tt monospaced} ---- === Quotations The text ---- [quote, Abraham Lincoln, Soldiers' National Cemetery Dedication] ____ Four score and seven years ago our fathers brought forth on this continent a new nation ____ ---- is mapped to ---- \begin{quote} Four score and seven years ago our fathers brought forth on this continent a new nation \end{quote} ---- === Footnotes Text like this ---- Ho hum.footnote:[An epression of boredem] ---- is mapped to ---- Ho hum\footnote{An epression of boredem} ---- === References and labels The label ---- Ho hum[[foo]] ---- is mapped to ---- Ho hum\label{foo} ---- The cross-reference ---- Please see <<foo>> ---- is mapped to ---- Please see \ref{foo} ---- === Hyperlinks The hyperlink ---- http://nytimes.com[All the news that is fit to print] ---- is mapped to ---- \href{http://nytimes.com}{All the news that is fit to print} ---- === Line breaks `+` === Listing === Open blocks === Literal === Page break === Pass //// INLINE_TYPES = %w( inline_quoted) BLOCK_TYPES = %w(admonition listing literal page_break paragraph stem pass open quote) //// == Mathematical text We distinguish between _inner text_ amd _outer text_. the first appears between math delimiters, while the second does not. === Inner text As noted in the introduction, mathematical text is enclosed in the standard delimiters and is written in the normal way. Environments supported in display math mode are * matrix * equation, including the label macro === Outer text To write a theorem, do this: ---- .Theorem {counter:theorem} -- For all $a$, $b$, $c$, the relation $a(b+c) = ab + ac$ holds. -- ---- This will render in Asciidoc as .Theorem {counter:theorem} -- _For all $a$, $b$, $c$, the relation $a(b+c) = ab + ac$ holds._ --