AMS-LaTeX explained

AMS-LaTeX
Latest Release Version:AMS-LaTeX v2.20,
AMS-TeX v2.2,
AMSFonts v3.0
Programming Language:LaTeX, TeX
Operating System:Unix-like, Windows
Platform:TeX Live, MiKTeX
Genre:Computer library
License:LaTeX Project Public License

AMS-LaTeX is a collection of LaTeX document classes and packages developed for the American Mathematical Society (AMS). Its additions to LaTeX include the typesetting of multi-line and other mathematical statements, document classes, and fonts containing numerous mathematical symbols.[1]

It has largely superseded the plain TeX macro package AMS-TeX. AMS-TeX was originally written by Michael Spivak, and was used by the AMS from 1983 to 1985.

MathJax supports AMS-LaTeX through extensions.[2]

The following code of the LaTeX2e produces the AMS-LaTeX logo:

%%% -- AMS-LaTeX_logo.tex ------- \documentclass \usepackage \begin \AmS-\LaTeX \end

The package has a suite of facilities to format multi-line equations. For example, the following code,

\begin y &= (x+1)^2 \\ &= x^2+2x+1 \end

causes the equals signs in the two lines to be aligned with one another, like this:

\begin{align} y&=(x+1)2\\ &=x2+2x+1 \end{align}

AMS-LaTeX also includes many flexible commands for formatting and numbering theorems, lemmas, etc. For example, one may use the environment

\begin[Pythagoras] Suppose $a\leq b\leq c$ are the side-lengths of a right triangle.\\ Then $a^2+b^2=c^2$.\end \begin. . . \end

to generate

Theorem (Pythagoras) Suppose

a\leqb\leqc

are the side-lengths of a right triangle.
Then

a2+b2=c2

.
Proof. . . □

See also

References

  1. Book: Math into LaTeX. George Gratzer. 1996. Springer. 0-8176-3805-9. 2007-10-08.
  2. Web site: MathJax TeX and LaTeX Support — MathJax 2.7 documentation. docs.mathjax.org. en. 2018-08-27. https://web.archive.org/web/20181216163219/http://docs.mathjax.org/en/latest/tex.html#supported-latex-commands. 2018-12-16. dead.

External links