The LaTeX Companion Parts I II 3rd Edition Tools and Techniques for Computer Typesetting by Frank, Ulrike 9780138166571 0138166579

The LaTeX Companion Parts I II 3rd Edition Tools and Techniques for Computer Typesetting Frank Mittelbach – Ebook Instant Download/Delivery ISBN(s): 9780138166571, 0138166579

Product details:

• ISBN 10:0138166579
• ISBN 13:9780138166571
• Author: Frank, Ulrike 

The LaTeX Companion
Parts I & II

Table contents:

Chapter 1: Introduction
1.1 A brief history (of nearly half a century)
1.2 Today’s systems
1.3 Working with this book
1.3.1 What’s where
1.3.2 Typographic conventions
1.3.3 Using the examples
Chapter 2: The Structure of a LaTeX Document
2.1 The overall structure of a source file
2.1.1 Spoiler alert—The DocumentMetadata command
2.1.2 Processing of options of the document class and packages
2.1.3 Front, main, and back matter
Front matter elements
Main matter elements
Back matter elements
2.1.4 Splitting the source document into several files
2.1.5 askinclude—Managing your inclusions
2.1.6 tagging—Providing variants in the document source
2.2 Sectioning commands
2.2.1 Numbering headings
2.2.2 Changing fixed heading texts
2.2.3 Introduction to heading design
2.2.4 quotchap, epigraph—Mottos on chapters and sections
2.2.5 indentfirst—Indent the first paragraph after a heading
2.2.6 nonumonpart—No page numbers on parts
2.2.7 titlesec—A package approach to heading design
The basic interface
The extended interface
Conditional heading layouts
Changing the heading hierarchy
2.2.8 Formatting headings—LaTeX’s internal low-level methods
2.3 Table of contents structures
2.3.1 tocdata—Providing extra data for the TOC
2.3.2 titletoc—A high-level approach to contents list design
Designing the layout for a single contents list entry
Standard (dotted) layouts
More complicated layouts
A few design examples
Contents entries combined in a paragraph
Generating partial table of contents lists
2.3.3 multitoc—Setting contents lists in multiple columns
2.3.4 LaTeX’s low-level interfaces
Entering information into the contents files
Typesetting a contents list
Providing additional contents files
2.4 Managing references
Fancier labels
2.4.1 varioref—More flexible cross-references
Providing your own reference commands
Language options
Individual customizations
Customization for several languages with babel
A few things to watch out for
Package behavior without the nospace option
2.4.2 cleveref—Cleverly formatted references
Customizing the references
Support for multiple languages
Handling theorem-like environments
Other special considerations
2.4.3 nameref—Non-numerical references
2.4.4 showkeys, refcheck—Displaying & checking reference keys
2.4.5 xr—References to external documents
2.4.6 hyperref—Active references
Manually and automatically provided links
Links to external resources
Highlighting links
Bookmarks a.k.a. outline view
Document properties
PDF presentation possibilities (available with some viewers)
Other miscellaneous features
2.5 Document source management
2.5.1 Combining several files
2.5.2 Document archival information
2.5.3 snapshot, bundledoc—Document archival and verification
2.5.4 mkjobtexmf—Providing a minimal TeX file tree
2.5.5 The rollback concept for LaTeX and individual packages
Typical scenarios
The document-level interface
The package writer interface
Chapter 3: Basic Formatting Tools — Paragraph Level
3.1 Shaping your paragraphs
Interword spacing
Unjustified text
3.1.1 ragged2e—Improving unjustified text
Spurious underfull box warnings
3.1.2 nolbreaks—Preventing line breaks in text fragments
3.1.3 microtype—Enhancing justified text
Package options
Configuring the machinery
Providing context
Specifying tracking, extra kerning, and adjusted spacing
Disabling selected ligatures
Some special considerations when using microtype
3.1.4 parskip—Adjusting the look and feel of paragraphs
3.1.5 setspace—Changing interline spacing
3.1.6 lettrine—Dropping your capital
3.1.7 Alphabets for initials
3.1.8 magaz—Special handling of the first line
3.1.9 fancypar—Fancy layouts for individual paragraphs
3.2 Dealing with special characters
3.2.1 ellipsis, lips—Marks of omission
3.2.2 extdash and amsmath—Dashes in text
3.2.3 underscore—Making that character more usable
3.2.4 xspace—Gentle spacing after a macro
3.3 Generated or specially formatted text
3.3.1 fmtcount—Ordinals and cardinals
3.3.2 acro—Managing your abbreviations and acronyms
Plural forms
Indefinite forms
One-time usage of acronyms
Citations for acronyms
Foreign acronyms
Formatting acronym texts
Using acro for abbreviations
Listing your acronyms and abbreviations
Further possibilities not covered
3.3.3 xfrac—Customizable text fractions
3.3.4 siunitx—Scientific notation of units and quantities
Basic number and unit formatting
Quantities
Complex values as numbers or in quantities
Tabulating numbers
Customizing numerical data representation
Customizing units and quantities
Controlling printing
3.4 Various ways of highlighting and quoting text
3.4.1 Change case of text intelligently (formerly textcase)
3.4.2 csquotes—Context-sensitive quotation marks
Quotations with formal citations
Changes, insertions, and deletions
Language support
Managing quotes in foreign languages
Further configuration possibilities
Additional helper commands
3.4.3 embrac—Upright brackets and parentheses
3.4.4 ulem—Emphasize and copy-edit via underline
3.4.5 dashundergaps—Produce fill-in forms
3.4.6 microtype & soul—Letterspacing or stealing sheep
3.4.7 url—Typesetting URLs, path names, and the like
Linking URLs to external resources
3.4.8 uri—Typesetting various types of URIs
3.5 Footnotes, endnotes, and marginals
3.5.1 Using standard footnotes
3.5.2 Customizing standard footnotes
3.5.3 footmisc—Various footnotes styles
3.5.4 footnoterange—Referencing footnote ranges
3.5.5 fnpct—Managing footnote markers and punctuation
3.5.6 perpage—Resetting counters on a “per-page” basis
3.5.7 manyfoot, bigfoot—Independent footnotes
3.5.8 parnotes—Present the notes inside the galley
3.5.9 ftnright—Right footnotes in a two-column environment
3.5.10 enotez—Endnotes, an alternative to footnotes
3.5.11 Marginal notes
3.5.12 marginnote—An alternative to marginpar
3.5.13 snotez—Numbered or otherwise marked side notes
3.6 Support for document development
3.6.1 todonotes—Adding todos to your document
Customizing todos
Defining your own todo commands
Package options
3.6.2 fixme—A slightly different approach to todos
3.6.3 changes—A set of typical editorial commands
Customizing the list of changes
Customizing the editorial markup commands
Providing your own editorial commands
Managing package option conflicts
Managing command name conflicts
3.6.4 pdfcomment—Using PDF annotations and tool tips
3.6.5 vertbars—Adding bars to paragraphs
Chapter 4: Basic Formatting Tools — Larger Structures
4.1 Lists
4.1.1 Using and modifying the standard lists
Customizing the itemize list environment
Customizing the enumerate list environment
Customizing the description list environment
Modifying shared properties
4.1.2 LaTeX’s generic list environments
4.1.3 enumitem—Extended list environments
Setting default values
Vertical spacing and page breaks
The general formatting of the list environment body
Defining the item label (or title) and its design
The placement of the item label or item text
Controlling the list numbering
Short labels—mimicking the enumerate package
Hooking in code
Inline lists
Styling description-like lists
Size dependent settings
4.1.4 amsthm—Providing headed lists
Proofs and the QED symbol
Defining the style of headed lists
4.1.5 thmtools—Advanced theorem declarations
4.1.6 tasks—Making horizontally oriented lists
4.1.7 typed-checklist—Developing and maintaining checklists
4.2 Simulating typed text
4.2.1 Displaying spaces in verbatim material
4.2.2 Simple verbatim extensions
shortvrb—Streamlining the verbatim input
newverbs—Defining verb variants as needed
spverbatim—Breaking verbatim text at spaces
Other verbatim extensions
4.2.3 upquote—Computer program style quoting
4.2.4 fancyvrb, fvextra—Verbatim environments on steroids
Customization keys for typesetting
Line breaking within verbatim data
Limiting the displayed data
Variant environments and commands
Defining your own variants
Inline verbatim material
Inline verbatim material in dangerous places
Extension to inline verbatim by fvextra
External configuration
4.2.5 listings—Pretty-printing program code
4.3 Lines and columns
4.3.1 lineno—Numbering lines of text
4.3.2 paracol—Several text streams aligned
When to use and when not to use paracol
4.3.3 multicol—A flexible way to handle multiple columns
Manually breaking columns
Floats and footnotes in multicol
Actions based on the current column
Support for right to left typesetting
Customizing the multicols environment
Column formatting
Balancing control
Collecting material
Tracing the algorithm
4.3.4 multicolrule—Custom rules for multicolumned pages
4.4 Generating sample texts
4.4.1 lipsum and friends—Generating text samples
4.4.2 blindtext—More elaborate layout testing
Chapter 5: The Layout of the Page
5.1 Geometrical dimensions of the layout
5.2 Changing the layout
5.2.1 layouts—Displaying your layout
5.2.2 A collection of page layout packages
5.2.3 typearea—A traditional approach
5.2.4 geometry—Layout specification with auto-completion
5.2.5 lscape—Typesetting individual pages in landscape mode
5.2.6 savetrees—Options to reduce the document length
5.3 Dynamic page data: page numbers and marks
5.3.1 LaTeX page numbers
5.3.2 lastpage—A way to reference it
5.3.3 chappg—Page numbers by chapters
5.3.4 LaTeX’s legacy mark commands
5.3.5 LaTeX’s new mark mechanism
5.4 Page styles
5.4.1 The low-level page style interface
5.4.2 fancyhdr—Customizing page styles
5.4.3 truncate—Truncate text to a given length
5.4.4 continue—Help with turning pages
5.5 Page decorations and watermarks
5.5.1 draftwatermark—Put a visible stamp on your document
5.5.2 crop—Producing trimming marks
5.6 Visual formatting
5.6.1 Standard tools for page explicit page breaking
5.6.2 Running pages and columns short or long
5.6.3 addlines—Adjusting whole double spreads
5.6.4 nextpage—Extensions to clearpage
5.6.5 needspace—Conditionally start a new page
5.6.6 Avoiding widows and orphans
Forcing a page break early and producing a short page.
Running the page spread short or long.
Adjusting the spacing between words to produce “tighter” or “looser” paragraphs.
Rewriting a portion of the paragraph.
Reduce the tracking of the words.
Adding a pull quote to the text (more common for magazines).
Resizing an existing figure.
Summary.
5.6.7 widows-and-orphans—Finding all widows and orphans
5.6.8 looseness—Shortening or lengthening paragraphs
5.7 Doing layout with class
5.7.1 KOMA—A drop-in replacement for article et al.
5.7.2 memoir—Producing complex publications
Chapter 6: Tabular Material
6.1 Standard LaTeX environments
6.1.1 Using the tabbing environment
6.1.2 tabto—An alternative way to tab stops
6.1.3 Using the tabular environment
6.2 array—Extending the tabular environments
6.2.1 The behavior of the \ command
6.2.2 Examples of preamble specifiers
Typesetting narrow columns
Controlling the horizontal separation between columns
Tables inside tables or other environments
6.2.3 Defining new column specifiers
6.3 Calculating column widths
6.3.1 tabularx—Automatic calculation of column widths
6.3.2 tabulary—Column widths based on content
6.3.3 Differences between tabular*, tabularx, and tabulary
6.3.4 Managing tables with wide entries
6.3.5 widetable—An alternative to tabular*
6.4 Multipage tabular material
6.4.1 supertabular—Making multipage tabulars
6.4.2 longtable—Alternative multipage tabulars
6.4.3 xltabular—Marriage of tabularx and longtable
6.4.4 Problems with multipage tables (all packages)
6.5 Color in tables
6.6 Customizing table rules and spacing
6.6.1 Colored table rules
6.6.2 boldline—Bolder table rules
6.6.3 arydshln—Dashed rules
6.6.4 hhline—Combining horizontal and vertical lines
6.6.5 booktabs—Formal ruled tables
6.6.6 bigstrut—Spreading individual table lines apart
6.6.7 cellspace—Ensure minimal clearance automatically
6.7 Other extensions
6.7.1 multirow—Vertical alignment in tables
6.7.2 diagbox—Making table cells with diagonal lines
6.7.3 dcolumn—Decimal column alignments
6.7.4 siunitx—Scientific numbers in tables
6.7.5 fcolumn—Managing financial tables
6.8 Footnotes in tabular material
6.8.1 Using minipage footnotes with tables
6.8.2 threeparttable—Setting table and notes together
6.9 keyvaltable—Separating table data and formatting
Defining named row styles
Formatting the overall table
Defining named table styles
Table data in external files for reuse
Scattering table data across your document
Automatic row numbering and referencing
Spanning cells
Complex table headers
6.10 tabularray—Late breaking news
Chapter 7: Mastering Floats
7.1 An overview of LaTeX’s float concepts
7.1.1 LaTeX float terminology
Float classes
Float areas
Float placement specifiers
Float algorithm parameters
Float reference points (aka call-outs)
7.1.2 Basic behavioral rules of LaTeX’s float mechanism
The basic sequence when placing floats
Detailed placement rules
Emptying the holding queue at the column or page boundary
Parameters influencing the placement
7.1.3 Consequences of the algorithm
A float may appear in the document earlier than its location in the source
Double-column floats are always deferred first
There is only a limited amount of space for deferring floats
There is no bottom float area for double-column floats
Tendency to produce float pages (unnecessarily)
A float may appear on a float page purely based on its position in the source
All float parameters (normally) restrict the placement possibilities
Locally overwriting placement restrictions
“Here” just means “here if it fits”
Float specifiers do not define an order of preference
Relation of floats and footnotes
A final tuning advice
7.1.4 fltrace—Tracing the float algorithm
7.2 Float placement control
7.2.1 fewerfloatpages—Improving LaTeX’s float algorithm
Improving the float page algorithm
Configuring the algorithm with parameters
Configuring the algorithm with package options
Local (manual) adjustments
7.2.2 placeins—Preventing floats from crossing a barrier
7.2.3 afterpage—Taking control at the page boundary
7.2.4 endfloat—Placing figures and tables at the end
Customizing the output
7.3 Extensions to LaTeX’s float concept
7.3.1 float—Creating new float types
7.3.2 Captions for nonfloating figures and tables
7.3.3 rotating, rotfloat—Rotating floats
rotfloat—Combining float and rotating
7.3.4 wrapfig—Inline floats, wrapping text around a figure
7.4 Controlling the float caption
7.4.1 caption—Customizing your captions
Standard customization possibilities for caption
Doing it with style
Managing list of figures and similar lists
Continuing captions across floats
Extending the customization possibilities
7.4.2 subcaption—Substructuring floats
Customizing the subcaptions
Displaying subfloat captions in the “List of …”
Extending subfloats to other float types
7.5 Key/value approaches for floats and subfloats
7.5.1 hvfloat—Sophisticated caption placement control and more
Large column or page floats
Subfloat and multifloat pages
Double-page floats
7.5.2 keyfloat—Bringing most packages under one roof
Chapter 8: Graphics Generation and Manipulation
8.1 LaTeX’s image loading support
8.1.1 Options for graphics and graphicx
8.1.2 The includegraphics syntax in the graphics package
8.1.3 The includegraphics syntax in the graphicx package
8.1.4 Setting default key values for the graphicx package
8.1.5 Declarations guiding the inclusion of images
8.2 Manipulating graphical objects in LaTeX
8.2.1 Image and box manipulations with graphics and graphicx
Scaling a LaTeX box
Resizing to a given size
Rotating a LaTeX box
rotating—Revisited
8.2.2 overpic—Graphic annotation made easy
8.2.3 adjustbox—Box manipulation with a key/value interface
Overview about the most important keys
Presetting some keys
Image inclusion revisited
8.3 Producing (fairly) portable line graphics
8.3.1 A kernel picture environment enhancement
8.3.2 pict2e—An extension of LaTeX’s picture environment
Extended or changed commands
New commands
8.3.3 bxeepic—A differently enhanced picture environment
High-level line commands (originating from epic or eepic)
8.3.4 Special-purpose languages
8.3.5 qrcode—Generating Quick Response codes
8.4 Flexible boxes for multiple purposes
8.4.1 tcolorbox—The basic usage
Outer box geometry
Inner box geometry
Text alignment
Color and fonts
Altering corners
8.4.2 Extending tcolorbox through libraries
Skins and styles—altering the look and feel
Breakable and unbreakable boxes
Title box maneuvers
Adding Shadows
Adding border lines
Adding overlays, watermarks, and other backgrounds
Hyperlinks to internal and external resources
Formatting and text changes based on verso/recto pages
8.4.3 Defining new tcolorbox environments and commands
Numbering newly defined color boxes
8.4.4 Special tcolorbox applications
Turning the boxes into floats
Raster applications
Poster applications
8.5 tikz—A general-purpose graphics system
8.5.1 Basic objects
8.5.2 Transformations and other operations
8.5.3 Going further
Chapter 9: Font Selection and Encodings
9.1 Introduction
9.1.1 The history of LaTeX’s font selection scheme (NFSS)
9.1.2 Input and output handling in TeX systems over the years
The 8-bit days
The Unicode days
Unicode-enabled TeX extension programs
9.2 Understanding font characteristics
9.2.1 Monospaced and proportional fonts
9.2.2 Serifed and sans serif fonts
9.2.3 Font families and their attributes
Font shapes
Weight and width
Font sizes
9.2.4 Font encodings
9.3 Using fonts in text
9.3.1 Standard LaTeX font commands
Standard font families
Standard font series
Standard font shapes
Standard font sizes
The main document font
9.3.2 Font commands versus declarations
9.3.3 Combining standard font commands
9.3.4 Accessing all characters of a font
9.3.5 LaTeX 2.09 font support—Compatibility for really ancient documents
9.3.6 Changing the default text fonts
Adjusting the main document families
Adjusting the font encoding default
Adjusting the font series defaults
Adjusting the font shape defaults
9.3.7 relsize, scalefnt—Relative changes to the font size
9.4 Using fonts in math
9.4.1 Special math alphabet identifiers
Predefined alphabet identifiers
The character scope of math alphabet identifiers
Defining new alphabet identifiers
9.4.2 Text font commands in math
9.4.3 Mathematical formula versions
9.5 Standard LaTeX font support
9.5.1 Computer Modern, Latin Modern—The LaTeX standard fonts
9.5.2 PSNFSS and TeX Gyre—Core PostScript fonts for LaTeX
9.5.3 A note on baselines and leading
9.5.4 inputenc—Explicitly selecting the input encoding
9.5.5 fontenc—Selecting font encodings
9.5.6 Additional text symbols not part of OT1 or T1 encodings
Special features
Managing missing glyphs
Altering the subencoding setup for individual glyphs
9.5.7 exscale—Scaling large Computer Modern math operators
9.5.8 tracefnt—Tracing the font selection
9.5.9 nfssfont.tex—Displaying 8-bit font tables and samples
9.6 fontspec—Font selection for Unicode engines
9.6.1 Setting up the main document font families
9.6.2 Setting up additional font families
9.6.3 Setting up a single font face
9.6.4 Interfacing with core NFSS commands
9.6.5 Altering the look and feel of fonts
Using generally available font features
Scaling fonts
Coloring fonts
Other generally available features
Specifying OpenType font features
Figure style features
Letter case features
Vertical positioning features
Ligature features
Adjusting the font kerning
Stylistic features
Style features
Scripts and languages
Features not discussed in detail
Different ways of specifying font features
Specifying AAT or Graphite font features
9.6.6 General configuration options
9.6.7 unicodefonttable—Displaying font tables for larger fonts
9.7 The low-level NFSS interface
9.7.1 Setting individual font attributes
Choosing the font family
Choosing the font series
Choosing the font shape
Choosing the font size
Choosing the encoding
9.7.2 Setting several font attributes
9.7.3 Automatic substitution of fonts
9.7.4 Substituting the font family if unavailable in an encoding
9.7.5 Using low-level commands in the document
9.8 Setting up new fonts for NFSS
9.8.1 Declaring new font families and font shape groups
Size functions
The “empty” and “s” functions
The “sub” and “ssub” functions
Font-loading options
9.8.2 Modifying font families and font shape groups
9.8.3 Declaring new font encoding schemes
9.8.4 Internal file organization
9.8.5 Declaring new fonts and symbols for use in math
Specifying font sizes
Adding new symbol fonts
Introducing new math versions
Changing the symbol font setup
9.9 LaTeX’s encoding models
9.9.1 Character data within the LaTeX system
9.9.2 LaTeX’s internal character representation (LICR)
Representation as characters
Representation with character sequences
Representation as “font-encoding–specific” commands
9.9.3 Input encodings
Legacy 8-bit input encodings
9.9.4 Output encodings
Declarations for output encoding files
Output encoding defaults
Declarations for the tuenc.def file
A listing of standard LICR objects
Part II
Foreword, Part II
Preface, Part II
Chapter 10: Text and Symbol Fonts
10.1 Overview
10.1.1 Notes on the font samples
10.1.2 Notes on the font family tables
10.1.3 Font support packages
Package naming conventions
Figure style options
Font scaling, weight, and width selection
Changes to rmdefault, sfdefault, and friends
Multifamily support
Commands defined by font packages
10.1.4 Direct use of the fonts (without a package)
10.2 Samples of larger font families
10.2.1 Alegreya
10.2.2 CM Bright—A design based on Computer Modern Sans
10.2.3 DejaVu—A fork of Bitstream Vera
10.2.4 Fira fonts
10.2.5 Gandhi fonts
10.2.6 Go fonts
10.2.7 Inria fonts
10.2.8 Kp (Johannes Kepler) fonts
10.2.9 Libertinus—A fork of Linux Libertine and Biolinum
10.2.10 Lucida fonts
10.2.11 Merriweather fonts
10.2.12 Google’s Noto and Droid fonts
10.2.13 IBM Plex
10.2.14 PT fonts
10.2.15 Quattrocento
10.2.16 Google Roboto families
10.2.17 Adobe Source Pro
10.3 Humanist (Oldstyle) serif fonts
10.3.1 Alegreya
10.3.2 Coelacanth
10.3.3 fbb—A version of Cardo
10.4 Garalde (Oldstyle) serif fonts
10.4.1 Accanthis
10.4.2 GFS Artemisia
10.4.3 Crimson, Crimson Pro, and Cochineal
10.4.4 Cormorant Garamond
10.4.5 EB Garamond
10.4.6 Garamond Libre
10.4.7 URW Garamond No. 8
10.4.8 Gentium Plus
10.4.9 Kp (Johannes Kepler) Roman
10.4.10 Palatino (TeX Gyre Pagella)
10.5 Transitional/Neoclassical serif fonts
10.5.1 Antykwa Poltawskiego
10.5.2 BaskervilleF and Libre Baskerville
10.5.3 Baskervald (Baskervaldx)
10.5.4 ITC Bookman (TeX Gyre Bonum)
10.5.5 Cambria
10.5.6 Bitstream Charter
10.5.7 Charis SIL—A design based on Bitstream Charter
10.5.8 Caslon—Reinterpreted as Libre Caslon
10.5.9 Gandhi Serif
10.5.10 Inria Serif
10.5.11 Libertinus Serif
10.5.12 Literaturnaya—A favorite in the days of the USSR
10.5.13 Lucida Bright
10.5.14 Lucida Fax
10.5.15 Merriweather
10.5.16 New Century Schoolbook (TeX Gyre Schola)
10.5.17 Plex Serif
10.5.18 PT Serif
10.5.19 Quattrocento
10.5.20 Times Roman (TeX Gyre Termes and Tempora)
10.5.21 Tinos
10.5.22 STIX 2
10.5.23 Utopia (Heuristica, Erewhon, and Linguistics Pro)
10.6 Didone (Modern) serif fonts
10.6.1 Computer Modern Roman / Latin Modern Roman
10.6.2 GFS Bodoni
10.6.3 Libre Bodoni
10.6.4 GFS Didot
10.6.5 Theano Didot
10.6.6 Noto Serif
10.6.7 Old Standard
10.6.8 Playfair Display
10.7 Slab serif (Egyptian) fonts
10.7.1 Bitter
10.7.2 Concrete Roman
10.7.3 DejaVu Serif
10.7.4 Roboto Slab Serif
10.7.5 Source Serif Pro
10.8 Sans serif fonts
10.8.1 Alegreya Sans
10.8.2 Arimo
10.8.3 ITC Avant Garde Gothic (TeX Gyre Adventor)
10.8.4 Cabin
10.8.5 Chivo
10.8.6 Classico—A design based on Optima
10.8.7 Clear Sans
10.8.8 CM Bright
10.8.9 Cuprum
10.8.10 Cyklop
10.8.11 DejaVu Sans
10.8.12 Fira Sans
10.8.13 Gandhi Sans
10.8.14 GFS Neo-Hellenic
10.8.15 Gillius
10.8.16 Helvetica (TeX Gyre Heros)
10.8.17 Inria Sans
10.8.18 Iwona
10.8.19 Kp (Johannes Kepler) Sans
10.8.20 Kurier
10.8.21 Latin Modern Sans
10.8.22 Lato
10.8.23 Libertinus Sans
10.8.24 Libre Franklin
10.8.25 Lucida Sans
10.8.26 Merriweather Sans
10.8.27 Mint Spirit
10.8.28 Montserrat
10.8.29 Noto Sans
10.8.30 Overlock
10.8.31 Plex Sans
10.8.32 PT Sans
10.8.33 Quattrocento Sans
10.8.34 Raleway
10.8.35 Roboto Sans
10.8.36 Rosario
10.8.37 Source Sans Pro
10.8.38 Universalis
10.9 Monospaced (typewriter) fonts
10.9.1 Algol
10.9.2 Anonymous Pro
10.9.3 CM Bright Typewriter Light
10.9.4 Courier
10.9.5 DejaVu Sans Mono
10.9.6 Fira Mono
10.9.7 Go Mono
10.9.8 Inconsolata
10.9.9 Kp (Johannes Kepler) Typewriter
10.9.10 Latin Modern Typewriter
10.9.11 Libertinus Mono
10.9.12 Lucida’s monospaced families
10.9.13 Luximono
10.9.14 Noto Sans Mono
10.9.15 Plex Mono
10.9.16 PT Mono
10.9.17 Roboto Mono
10.9.18 Source Code Pro
10.10 Historical and other fonts
10.10.1 Cinzel
10.10.2 Marcellus
10.10.3 The Fell Types
10.10.4 Almendra
10.10.5 Antykwa Toruńska
10.10.6 Lucida Casual, Calligraphy, and Handwriting
10.10.7 Zapf Chancery (TeX Gyre Chorus)
10.10.8 Miama Nueva
10.10.9 Lucida Blackletter
10.10.10 Blackletter—Yannis Gothic, Schwabacher, and Fraktur
10.11 Fonts supporting Latin and polytonic Greek
10.11.1 Serif designs
10.11.2 Sans Serif designs
10.11.3 Monospaced fonts
10.11.4 Handwriting fonts
10.12 Fonts supporting Latin and Cyrillic
10.12.1 Serif designs
10.12.2 Sans Serif designs
10.12.3 Monospaced fonts
10.12.4 Handwriting fonts
10.13 The LaTeX world of symbols
10.13.1 pifont—Accessing Pi and Symbol fonts
10.13.2 wasysym—Waldi’s symbol font
10.13.3 marvosym—Interface to the MarVoSym font
10.13.4 adforn—Adding ornaments to your document
10.13.5 fourier-orns—GUTenberg-Fourier’s ornaments
10.13.6 Web-O-Mints—Another collection of ornaments and borders
10.13.7 fontawesome5—Accessing Font Awesome icons
10.13.8 tipa—International Phonetic Alphabet symbols
Chapter 11: Higher Mathematics
11.1 Introduction to amsmath and mathtools
11.2 Display and alignment structures for equations
11.2.1 Comparison of amsmath/mathtools with standard LaTeX
11.2.2 A single equation on one line
11.2.3 A single equation on several lines: no alignment
11.2.4 A single equation on several lines: with alignment
11.2.5 Equation groups without alignment
11.2.6 Equation groups with simple alignment
11.2.7 Multiple alignments: align, flalign, and alignat
11.2.8 Display environments as mini-pages
11.2.9 Interrupting displays with short text
11.2.10 Vertical space in and around displays
11.2.11 Page breaks in and around displays
11.2.12 breqn—Automatic line breaking in math displays
11.2.13 Equation numbering and tags
11.2.14 Fine-tuning tag placement
11.2.15 Subordinate numbering sequences
11.2.16 Resetting the equation counter
11.3 Matrix-like environments
11.3.1 amsmath, mathtools—The matrix environments
11.3.2 amsmath, mathtools, cases—Some case environments
11.3.3 delarray—Delimiters surrounding an array
11.3.4 bigdelim—Delimiters around and inside arrays
11.3.5 Commutative diagrams with standard LaTeX
11.3.6 amscd—Commutative diagrams a là AMS
11.3.7 tikz-cd—Commutative diagrams based on tikz
11.4 Compound structures and decorations
11.4.1 amsmath, mathtools, extarrows—Decorated arrows
11.4.2 Fractions and their generalizations
11.4.3 Continued fractions
11.4.4 Limiting positions
11.4.5 Stacking in subscripts and superscripts
11.4.6 amsmath, esint, wasysym—Multiple integral signs
11.4.7 diffcoeff—Handling derivatives of arbitrary order
11.4.8 Modular relations
11.4.9 mathtools, interval—Properly spaced intervals
11.4.10 braket—Dirac bra–ket and set notation
11.4.11 amsmath, mathtools, empheq—Boxed formulas
11.4.12 amsmath, accents, mathdots—Various accents
11.4.13 mattens—Commands to typeset tensors
11.4.14 Extra decorations for symbols
11.5 Variable symbol commands
11.5.1 Ellipsis and other kinds of …
11.5.2 Horizontal extensions in standard LaTeX
11.5.3 Further horizontal extensions
11.5.4 abraces—Customizable over and under braces
11.5.5 underoverlap—Partly overlapping horizontal braces
11.5.6 Vertical extensions
11.6 Words in mathematics
11.6.1 The text command
11.6.2 Operator and function names
11.7 Fine-tuning the mathematical layout
11.7.1 Controlling the automatic sizing and spacing
11.7.2 Subformulas
11.7.3 Line breaking in inline formulas
11.7.4 Big-g delimiters
11.7.5 Radical movements
11.7.6 Ghostbusters™
11.7.7 Horizontal spaces
11.7.8 resizegather—Downscaling an equation
11.7.9 subdepth—Normalizing subscript positions
11.7.10 Color in formulas
11.8 Symbols in formulas
11.8.1 Mathematical symbol classes
11.8.2 Letters, numerals, and other Ordinary symbols
11.8.3 Mathematical accents
11.8.4 Binary operator symbols
11.8.5 Relation symbols
11.8.6 Operator symbols
11.8.7 Punctuation
11.8.8 Opening and Closing symbols
Chapter 12: Fonts in Formulas
12.1 The world of (Latin) math alphabets
12.1.1 mathalpha—Simplified setup for math alphabets
Selection of supported Calligraphic and Script math alphabets
Selection of supported Fraktur math alphabets
Selection of supported Blackboard Bold math alphabets
12.2 Making it bold
12.2.1 bm—Making bold
12.3 Traditional math font setup through packages
12.3.1 ccfonts—The Concrete fonts for text and math
12.3.2 cmbright—The Computer Modern Bright fonts
12.3.3 euler, eulervm—Accessing Zapf’s Euler fonts
Some peculiarities of the Euler fonts
12.3.4 newtxmath—A Swiss knife for math font support
Support for Times math
Support for other math font families
12.3.5 newpxmath—Using the PX fonts for math
12.3.6 mathpazo—Another Palatino-based approach for math
12.3.7 notomath—Setting up Noto fonts for math and text
12.4 unicode-math—Using Unicode math fonts
12.4.1 Math alphabets revisited
12.4.2 Adjusting the formula style
12.4.3 Setting up Unicode math fonts
Adjusting parts of the font setup
12.5 A visual comparison of different math setups
12.5.1 Garalde (Oldstyle) serif fonts with math support
12.5.2 Transitional serif fonts with math support
12.5.3 Didone serif fonts with math support
12.5.4 Slab serif fonts with math support
12.5.5 Sans serif fonts with math support
12.5.6 Historical fonts with math support
Chapter 13: Localizing Documents
13.1 TeX and non–English languages
13.1.1 Language-related aspects of typesetting
13.1.2 Culture-related aspects of typesetting
13.1.3 babel—LaTeX speaks multiple languages
13.2 The babel user interface
13.2.1 Setting or getting the current language
13.2.2 Handling shorthands
Document-level commands for shorthands
13.2.3 Language attributes
13.2.4 BCP 47 tags
13.3 User commands provided by language options
13.3.1 Translations of fixed texts
13.3.2 Available shorthands
The double quote
The tilde
The colon, semicolon, exclamation mark, and question mark
The grave accent
The equal sign
The greater than and less than signs
The period
13.3.3 Language-specific commands
Formatting dates
Numbering
Miscellaneous extras
13.3.4 Layout considerations
13.3.5 Languages and font encoding
Extensions to the T1 encodings
Basic support for switching script-related features
13.4 Support for Cyrillic and Greek
13.4.1 The Cyrillic alphabet
Font encodings
Fonts
Using Cyrillic in your documents
Indexes and bibliographies
13.4.2 The Greek alphabet
13.5 Complex scripts
Chinese + Japanese + Korean, a.k.a. CJK
Indic scripts
Bi-directional (bidi) scripts
13.6 Tailoring babel
13.6.1 User level
Modify caption strings
Hyphenation rules
Counters and labels
Executing some code when languages are selected
Language-specific tools
13.6.2 Package level
Hyphenating in several languages
A couple of tools for shorthands
13.6.3 The package file
13.7 Other approaches
13.7.1 Complex languages with 8-bit engines
13.7.2 Polyglossia
Chapter 14: Index Generation
14.1 Syntax of the index entries
14.1.1 Simple index entries
14.1.2 Generating subentries
14.1.3 Page ranges and cross-references
14.1.4 Controlling the presentation form
14.1.5 Printing special characters
14.1.6 Creating a glossary
14.1.7 Defining your own index commands
14.1.8 Special considerations
14.2 MakeIndex—A program to sort and format indexes
14.2.1 Generating the formatted index
14.2.2 Detailed options of the MakeIndex program
14.2.3 Error and warning messages
14.2.4 Customizing the index
A stand-alone index
Changing the “special characters”
Changing the output format of the index
Treating funny page numbers
14.2.5 Pitfalls to watch out for
14.3 upmendex—A Unicode-aware indexing program
14.3.1 Options, warnings, and errors of the program
14.3.2 Customizing the index with upmendex
Adjusting the sorting to rules of a specific language or script
14.4 xindy, xindex—Two other indexing programs
14.5 Enhancing the index with LaTeX features
14.5.1 Modifying the layout
14.5.2 showidx, repeatindex, tocbibind, indxcite—Little helpers
14.5.3 index—Producing multiple indexes
Chapter 15: Bibliography Generation
15.1 The standard LaTeX bibliography environment
15.2 The biber and BibTeX programs
15.2.1 bibtex8—An 8-bit reimplementation of BibTeX
15.2.2 biber—A Unicode-aware bibliography processor
15.3 The BibTeX database format
15.3.1 Entry types and fields
15.3.2 Additional fields
15.3.3 The text part of a field explained
The structure of a name
The format of the title
Accented and special characters
Dates
15.3.4 Abbreviations in BibTeX
15.3.5 Extended data references with biber: the xdata entry type
15.3.6 The BibTeX database preamble command
15.3.7 Cross-referencing entries
15.3.8 Managing the BibTeX and biber differences
15.4 Using BibTeX or biber to produce the bibliography
15.5 On-line bibliographies
15.6 Bibliography database management tools
15.6.1 checkcites—Which citations are used, unused, or missing?
15.6.2 biblist—Printing BibTeX database files
15.6.3 bibclean, etc.—A set of command-line tools
15.6.4 Using biber as a tool
Extracting entries used by a document
Validation
Normalization and rewriting of entries
15.7 Formatting the bibliography with styles
15.7.1 A collection of BibTeX style files
15.7.2 custom-bib—Generate BibTeX styles with ease
Initializing the system
Selecting the citation scheme
Determining the extensions supported
Specifying the typographical details
Generating the BibTeX style from the collected answers
15.7.3 An overview of biblatex styles
15.7.4 Generic styles
biblatex
biblatex-ext
biblatex-trad
15.7.5 Implementations of style guides
biblatex-apa
biblatex-chicago
biblatex-gb7714-2015
biblatex-gost
biblatex-iso690
biblatex-mla
biblatex-oxref
biblatex-sbl
biblatex-vancouver
windycity
15.7.6 Implementations of university and institution styles
archaeologie
biblatex-archaeology
biblatex-arthistory-bonn
biblatex-bath
biblatex-bwl
biblatex-enc
biblatex-musuos
biblatex-nottsclassic
biblatex-socialscienceshuberlin
thuthesis
uni-wtal-ger
uni-wtal-lin
univie-ling
15.7.7 Implementations of journal styles
acmart
biblatex-ajc2020unofficial
biblatex-chem
biblatex-ieee
biblatex-ijsra
biblatex-lncs
biblatex-lni
biblatex-nature
biblatex-nejm
biblatex-phys
biblatex-science
biblatex-spbasic
biblatex-unified
dtk
emisa
historische-zeitschrift
langsci
nwejm
15.7.8 Styles that extend the data model
biblatex-bookinother
biblatex-claves
biblatex-cv
biblatex-manuscripts-philology
biblatex-morenames
biblatex-realauthor
biblatex-software
biblatex-subseries
15.7.9 Styles not fitting in the other categories
biblatex-dw
biblatex-fiwi
biblatex-german-legal
biblatex-jura2
biblatex-juradiss
biblatex-philosophy
biblatex-publist
cnltx
oscola
savetrees
Chapter 16: Managing Citations
16.1 Introduction
16.1.1 Bibliographical reference schemes
16.2 The number-only system
16.2.1 Standard LaTeX—Reference by number
Customizing citation references and the bibliography in standard LaTeX
Customizing citation references and the bibliography with biblatex
16.2.2 cite—Enhanced references by number
Package options
Citations with superscript numbers
16.2.3 notoccite—Solving a problem with unsorted citations
16.2.4 natbib’s approach to number-only references
16.2.5 biblatex’s approach to number-only references
16.3 The author-date system
16.3.1 Early attempts
16.3.2 natbib—Customizable author-date references
The basic syntax
Multiple citations
Full author list only with the first citation
Customizing the citation reference layout
Customizing the bibliography layout
Publications without author or year information
Indexing citations automatically
BibTeX styles for natbib
16.3.3 biblatex’s approach to author-date references
16.4 The author-number system
16.4.1 natbib—Revisited
Sorting and compressing numerical citations
The rules for selecting numerical mode
Customizing natbib in numerical mode
16.4.2 biblatex’s approach to author-number references
16.5 The author-title system
16.5.1 jurabib—Customizable short-title references
The basic syntax
Citations with short and full titles
Indexing citations automatically
Using natbib citation semantics
This work was cited as …
Full citations inside the text
Citations as footnotes or endnotes
Ibidem—In the same place
Cross-referencing citations
Author-date citation support
Language support
Distinguishing the author’s gender
Customizing the in-text citation layout further
Customizing the bibliography layout
Using external configuration files
BibTeX styles for jurabib
16.5.2 biblatex’s approach to author-title references
16.6 The verbose system
16.6.1 bibentry—Full bibliographic entries in running text
16.6.2 biblatex’s approach to verbose citations
16.7 biblatex—One ring to rule them all
16.7.1 Basic biblatex setup
16.7.2 Package options
16.7.3 Citing with biblatex
16.7.4 Indexing citations automatically
16.7.5 Back references and links
16.7.6 Bibliography entries with multiple authors
16.7.7 Unambiguous citations
16.7.8 Printing the bibliography
16.7.9 The sorting of the bibliography
16.7.10 Document divisions
16.7.11 Annotated bibliographies
16.7.12 Bibliography lists
16.7.13 Language support
16.7.14 Distinguishing the author’s gender
16.7.15 Sentence casing
16.7.16 Customizing
Core configuration files and commands
Adapting localization strings
Customizing punctuation
Changing format directives
16.8 Multiple bibliographies in one document
16.8.1 chapterbib—Bibliographies per included file
16.8.2 bibunits—Bibliographies for arbitrary units
16.8.3 bibtopic—Combining references by topic
16.8.4 multibib—Separate global bibliographies
Chapter 17: LaTeX Package Documentation Tools
17.1 doc—Documenting LaTeX and other code
17.1.1 General conventions for the source file
17.1.2 Describing new macros and environments
17.1.3 Cross-referencing all macros used
17.1.4 The documentation driver
Package options
17.1.5 Conditional code in the source
17.1.6 Providing additional documentation elements
17.1.7 Producing the actual index entries
17.1.8 Overview about all doc commands
17.1.9 ltxdoc—A simple LaTeX documentation class
Extensions provided by ltxdoc
Customizing the output of documents that use ltxdoc
17.2 docstrip.tex—Producing ready-to-run code
17.2.1 Invocation of the docstrip utility
17.2.2 docstrip script commands
Generating new files
Communicating with the user
Top-level/main installation scripts
Setting up preambles and postambles
17.2.3 Using docstrip with L3 programming layer code
17.2.4 Using docstrip with other languages
17.3 l3build—A versatile development environment
17.3.1 The basic interface
17.3.2 Creating tests

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