This topic contains packages with support for typesetting mathematics.
Multiple mathematical accents.
A collection of packages and classes.
Fix alignment at \overset or \underset.
Automatic numbering of all equations.
AMS-LaTeX commutative diagrams.
Enhanced commutative diagrams.
AMS document classes for LaTeX.
Mathematical enhancements for LaTeX.
AMS mathematical facilities for LaTeX.
Typeset mathematical operator names.
AMS-TeX article preprint document style.
AMS-TeX v.2 compatibility for amsppt.sty v.1.
LaTeX document class for AMS conference proceedings.
American Mathematical Society plain TeX macros.
Typeset text fragments in mathematics.
Typeset an anti-particle in maths mode.
Typeset American style Karnaugh maps.
Align terms and members in math expressions.
Simple line breaking of long formulae.
Automatic equation references.
Generate bold symbols in Plain TeX mathematics.
Writing big integrals.
Calculate Pascal's triangle.
Extended array and tabular.
Access bold symbols in maths mode.
Bold latin and greek characters through simple prefix characters.
Draw braid diagrams with PGF/TikZ.
Dirac bra-ket and set notations.
Automatic line breaking of displayed equations.
Simplified brackets and differentials in LaTeX.
Proof trees in the style of the sequent calculus.
Extra commands for bussproofs.sty.
Typesetting reasoned calculations, also called calculational proofs.
Use LaTeX as a scientific calculator.
Place lines through maths formulae.
Constructions with braces to present mathematical demonstrations.
Draw causal set (Hasse) diagrams.
Centred \not command.
Mathematics typesetting support.
CoDi: Commutative Diagrams for TeX.
Automatic numbering of constants.
Typeset multiline continued equalities.
Set notation in ConTeXt.
Correct spacing of the alignment in expressions.
Flexible numbering of equations.
Simplify typesetting mathematical delimiters.
Delimiter commands that are easy to use and resize.
Typeset and declare sets of delimiters with convenient size control.
Nice and easy derivatives.
Write differential coefficients easily and consistently.
Dijkstra algorithm for LaTeX.
Flush left equations with dotted leaders to the numbers.
Construct Dynkin tree diagrams.
A simple package for writing equations.
A simple package for writing matrices.
Formal proofs in the style of sequent calculus.
Mathematics in Greek texts.
An “end of proof” sign.
Maths commands and environments.
Align explanations for formulas.
Generalise facilities for marking equation arrays.
Make eqnarray behave like align.
Name tags for equations.
More generalised equation arrays with numbering.
A fix for LaTeX 2.09 eqnarray.
Simplify typesetting of derivatives.
Draw geometrical constructions.
A geometry drawing system.
Implements scaling of the 'cmex' fonts.
Extra Arrows beyond those provided in amsmath.
Extensible arrows in mathematics.
Typeset quotient structures with LaTeX.
A font for Frege's Grundgesetze der Arithmetik.
Make maths comply with ISO 31-0:1992 to ISO 31-13:1992.
Flag style derivation package.
A front-end to fontspec, for selected fonts with math support.
Left sub- and superscripts in maths mode.
Typeset fregean Begriffsschrift.
Typesetting mathematics according to French rules.
Macros for functional analysis and PDE theory.
Typeset Galois connections.
A package for Gaussian operations.
Typeset logic formulae, etc.
Generic symbols for both text and math mode.
Typeset Gottlob Frege's notation in plain TeX.
A Greek math font in the Neo-Hellenic style.
Mathematical nomenclature tools based on the glossaries package.
Typeset Frege’s Grundgesetze der Arithmetik.
Scary and creepy math symbols with AMS-LaTeX integration.
A simple way to highlight formulas and formula parts.
Print vectors, matrices, and tensors.
Typeset Maxwell's non-commutative division.
Intelligent commas for decimal numbers.
A mathematical paper template.
Format mathematical intervals, ensuring proper spacing.
Macros for mathematics that make the code more readable.
Typeset Karnaugh maps.
LaTeX package for drawing karnaugh maps with up to 6 variables.
LaTeX version of \bordermatrix.
Creating graphics for TeX using Cinderella.
Create Karnaugh maps with LaTeX.
Convert LaTeX source to Braille with math in Nemeth.
AMS mathematical facilities for LaTeX.
Development pre-release of the LaTeX amsmath bundle.
Left and right subscripts and superscripts in math mode.
Left indices with better spacing.
Draw arrows over math letters.
Typeset linear operators as they appear in quantum theory or linear algebra.
Typeset systems of linear equations.
Typesets long division.
Typesetting linear programming formulations and sets of equations.
Fitch-style natural deduction proofs.
Fixes for mathematics-related LuaLaTeX issues.
Computes and draws 2D Delaunay triangulation.
Drawing spectral sequences in LuaLaTeX.
Mathematics in accord with French usage.
Compute the Mandelbrot set.
Commands for MatematicaC3 textbooks.
Class for MatematicaC3 textbooks.
General package for loading maths alphabets in LaTeX.
Use the text font in maths mode.
\newcommand-like commands for defining math macros.
Commands to produce dots in math that respect font size.
Package for typesetting exams.
Extend math family up to 256 for pLaTeX/upLaTeX/Lamed.
Fix various layout issues in math mode.
Use TrueType and OpenType fonts in math mode.
Typesetting sequences of math formulas, e.g. type inference rules.
Control the space after punctuation in math expressions.
Manage mathematics typesetting style.
Mathematical tools to use with amsmath.
A PGF/TikZ library that simplifies working with multiple matrix nodes.
Make math bold or italic according to context.
Some maths extensions.
Miscellaneous tools by Mark Wooding.
Macros to draw direction fields and solutions of ODEs.
High-quality graphics from MGL scripts embedded in LaTeX documents.
Stub for the (old) ‘mh’ bundle.
Multicolumn equations, tags, labels, sub-numbering.
The mathtools “setup” function.
Miscellaneous mathematical macros.
Variants of delimiters that act as maths open/close.
Logical markup for lists.
Mathematical notation for Machine Learning.
Probability trees with METAPOST.
Recognise un-escaped command names in maths.
Easy creation of “arithmetical restoration” puzzles.
Tables of relative positions of curves and asymptotes or tangents in Arabic documents.
Natural mathematics notation.
Extended mathematics capabilities.
Typeset in-line fractions in a "nice" way.
Improve the typesetting of mathematical matrices with PGF.
Improved underlines in mathematics.
Generalising mathematical index sets.
Inhibit use of non-amsmath mathematics markup when using amsmath.
A framework for making definitions, typically mathematical, inline.
Environments for writing optimization problems.
Braces over and under a formula.
Doubled "over" arrow.
A TikZ library for producing Penrose tilings.
Nested delimiters that consistently grow regardless of the contents.
Support for symmetric groups.
A set TeX/LaTeX packages for drawing Petri nets.
Parenthetic math expressions made simpler and less redundant.
Macros for typesetting Quantum Information Theory.
Goodies for theorems and proofs.
Macros supporting the Mathematics of Physics.
Typeset partitioned matrices.
Poor man ISO math for pdfLaTeX users.
A parser for polynomial expressions.
Macros for manipulating polynomials.
Typeset (univariate) polynomials.
Macros for building proof trees.
A font that provides the product integral symbol.
A LaTeX package for French maths teachers in college.
A package to move proofs to appendix.
Macros for building proof trees.
Drawing regular complex polytopes with PSTricks.
Euclidian geometry with PSTricks.
Bulgarian translation of the pst-eucl documentation.
PSTricks package for plotting mathematical functions.
A PSTricks package to draw geometric tools.
Enhancement of PostScript math operators to use with PSTricks.
Solving initial value problems for sets of Ordinary Differential Equations.
Platonic solids in PSTricks.
Polygons with PSTricks.
A PSTricks package for rolling vehicles on graphs of mathematical functions.
Produce an "end-of-proof" mark.
Draw (mathematical) rank 2 root systems.
Decimal-centered optionally rounded numbers in tabular.
The “real” way to transpose a Matrix.
Commands to typeset recursion theory papers.
Automatically resize overly large equations.
Repeating of math operator at the broken line and the new line in inline equations.
Commands and document classes for German-speaking teachers of mathematics and physics.
Semantic, keyval-based mathematics.
Deals with stripped SemanTeX documents.
Class and package for sesamath books or paper.
Set hbox in outer horizontal mode.
Draw polygons, reentrant stars, and fractions in circles with METAPOST.
Guide to using amsmath and related packages to typeset mathematical notation with LaTeX.
A symbol for the shuffle product.
Create beautifully typeset sign charts.
Extensions to the maths command repertoir.
Commands for dealing with Sobolev spaces (and relatives).
Typeset matrices and arrays with spaces and semicolons as delimiters.
Typeset Austrian SRDP in mathematics.
Typesetting spectral sequence charts.
Compute and typeset statistics tables and graphics.
Print Steinmetz notation.
Unify maths subscript height.
Package for subequation numbering.
A range of sub- and superscript commands.
Easy text-style subscripts in math mode.
Format systems of equations.
Typesetting pretty tables of signs and variations according to French usage.
Draw tangles, trees, Hopf algebra operations and other pictures.
Macros for French teachers of mathematics.
Macros to typeset calculational proofs and programs in Dijkstra's style.
Use the textual comma character as decimal separator in math mode.
Extensions to theorem environments.
Typeset Karnaugh maps using TikZ.
Macros for drawing graphs of graph theory.
Tools for drawing Euclidean geometry.
Draw graph-theory graphs.
Tables of signs and variations using PGF/TikZ.
LaTeX Math for Undergraduates cheat sheet.
Position decorations over and under expressions.
Typeset a tilde under one (or many) maths symbols.
A simple macro for placing a tilde under a character.
Unicode mathematics support for XeTeX and LuaTeX.
Upright Greek letters.
LaTeX macros for vectors.
“Aligned” math environments with arrows for comments.
Split-level fractions in LaTeX2ε*.
Calculates and displays arithmetic operations.
Many-featured Young tableaux and Young diagrams.