精通LaTeX： Springer版技术排版指南

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"LaTeX and Friends Springer pdf" 是一本关于LaTeX技术的专业书籍，由Springer出版社出版。本书旨在教授读者如何使用LaTeX这一先进的、自动化的排版系统来撰写文章、报告、论文或书籍。通过实例教学的方式，展示输入代码与输出效果的对比，适合初学者和有经验的用户。 LaTeX是一种基于TeX的文字处理系统，它允许用户专注于内容的编写，而系统会自动处理排版和格式问题。书中的内容涵盖了如何有效地使用LaTeX来创建各种文档类型，包括文章、报告、硕士或博士论文以及书籍。作者通过详细的工作示例，使读者了解LaTeX的各个方面，包括如何处理复杂的图形、数据图表和计算机演示。书中强调了几个关键主题：一致性和高效的呈现方式、规划和开发、风格与内容的控制，以及文档的维护。这些主题贯穿全书，帮助读者在实践中掌握这些原则。无论是在创建复杂的数学公式、制作专业级的图表，还是在设计精美的布局方面，这本书都提供了最新的技术指导。对于初学者，本书不需要任何先验知识，读者可以逐步学习并掌握LaTeX的基本用法。而对于已经熟悉LaTeX的用户，本书还提供了现代技术的指针和高级包的使用，可以作为一本有价值的参考书。此外，该书的出版遵循了德国版权法的规定，并指出任何复制、再版、引用、微缩复制或以其他方式存储内容的行为，都必须获得 Springer 的许可。Springer是Springer Science+Business Media的一部分，这是一家全球知名的科学、技术和医学出版商。此书的ISBN号为978-3-642-23815-，电子版的ISBN号为978-3-642-2，可在Springer的网站上找到更多系列作品和相关信息。图书版权属于Springer-Verlag Berlin Heidelberg，并在2012年出版。 "LaTeX and Friends Springer pdf" 是一本全面的LaTeX教程，适合想要提升文档制作质量和技术水平的读者，无论是新手还是资深用户，都能从中受益。

xvi L  F

. The tabbing environment ................. 

. Advanced

tabbing ...................... 

. Using the

babel package .................. 

. The

itemize environment ................. 

. Changing the item label .................. 

. The

enumerate environment ................ 

. Using the

enumerate package ............... 

. Using the

description environment ........... 

. Lengths that aect

list formatting ............ 

. A user-deﬁned list ...................... 

. A user-deﬁned environment for lists ........... 

. Using the

dpfloat package ................. 

. Including an external graphics ﬁle ............ 

. Drawing a grid ........................ 

. Creating a path ....................... 

. Cubic spline in

tikz .................... 

. Using a dash pattern .................... 

. Using a dash phase ..................... 

. Using the

miter option ................... 

. Using the

nonzero rule .................. 

. Using the

even odd rule .................. 

. Nodes and implicit labels ................. 

. Low-level node control ................... 

. Node placement ....................... 

. Drawing lines between node shapes ........... 

. The

circle split node style ............... 

. A node with

rectangle style and several parts ..... 

. Using the

spy library .................... 

. Drawing a tree ........................ 

. Using implicit node labels in trees ............ 

. Controlling the node style ................. 

. A tree with a ‘missing’ node ................ 

. Drawing a half adder with

tikz .............. 

. Input of commutative diagram .............. 

. Commutative diagram ................... 

. Using four coordinate systems .............. 

. Computing the intersection of perpendicular lines . . 

. Absolute, relative, and incremental coordinates ..... 

. Computations with partway modiﬁers .......... 

. Computations with partway and distance modiﬁers . . 

. Computations with projection modiﬁers ........ 

. Predeﬁning options with the

\tikzset command . . . 

. Using scopes ......................... 

. The

\foreach command .................. 

. Simple

to path example .................. 

. User-deﬁned

to path .................... 

L  F xvii

. Components of a demonstration table .......... 

. Aligning columns with the

dcolumn package ...... 

. Aligning columns with the

siunitx package ...... 

. Creating a table ....................... 

. Using the

longtable package ............... 

. A pie chart .......................... 

. Using the

axis environment ................ 

. Sample output of the

axis environment ......... 

. A bar graph .......................... 

. Creating a bar graph .................... 

. A paired bar graph ..................... 

. Creating a paired bar graph ................ 

. A component bar graph .................. 

. Creating a component bar graph ............. 

. A line graph ......................... 

. Creating a line graph .................... 

. A scatter plot ......................... 

. Creating a scatter plot ................... 

. The

equation environment ................ 

. The

split environment .................. 

. The

gather environment .................. 

. Using the

align environment ............... 

. Output of input in Figure . ............... 

. The

align environment .................. 

. Output of input in Figure . ............... 

. Using the

\shortintertext command .......... 

. The

aligned environment ................. 

. Angular delimiters ..................... 

. The

\substack command with centred lines ...... 

. The

subarray environment with dierent alignments . 

. Limit of a log-like function ................ 

. The

array environment .................. 

. The

smallmatrix environment .............. 

. Typesetting an underbrace ................. 

. Using the

amsthm package ................. 

. Using the mathematical punctuation commands .... 

. Algorithm style ....................... 

. Using

algorithm2e ..................... 

. Typesetting conditional statements ........... 

. Using

algorithm2e’s switch statements ......... 

. Creating a partial listing with the

listings package . . 

. Listing created from input in Figure . ........ 

. Setting new defaults with the

\lstset command .... 

. User-deﬁned commands .................. 

. A program with user-deﬁned combinators ....... 

xviii L  F

. Using the \expandafter command ............ 

. Deﬁning commands with default parameters ...... 

. A sectional unit environment ............... 

. Accessing parameters by deﬁning commands ...... 

. Accessing parameters with a nested deﬁnition ..... 

. User-deﬁned environment ................. 

. Tail recursion ........................ 

. Creating a titlepage with the

beamer class ........ 

. Creating

frame titles .................... 

. Using the

beamerarticle package ............ 

. Using modes ......................... 

. Using the

\pause command ................ 

. Using overlay speciﬁcations ................ 

. Adding visual alerts ..................... 

. Sample output of

beamer’s default theme ....... 

. Sample output of

beamer’s Boadilla theme ....... 

. Sample output of

beamer’s Antibes theme ....... 

. Sample output of

beamer’s Goettingen theme ..... 

. Using a

beamer theme ................... 

. Declaring class options ................... 

. Loading auxiliary classes and packages .......... 

. Stylistic alternates ...................... 

. A typical font encoding ﬁle ................ 

. Glyph sample ........................ 

. Partial font deﬁnition ﬁle ................. 

. Nexus font deﬁnition ﬁle .................. 

. Sample

\fonttable output ................. 

. Baseline and mean line ................... 

. Bounding boxes ....................... 

. Word formation ....................... 

. Computing the point size ................. 

. Kerning ............................ 

. Ligatures ........................... 

. Seried versus sans serif letters .............. 

List of Tables

. Depth values of sectional unit commands ........ 

. Using the

\index command ................ 

. Ten special characters ................... 

. Common diacritics ..................... 

. Other special characters .................. 

. Foreign ligatures ...................... 

. Size-aecting declarations and environments ...... 

. Type style aecting declarations and commands .... 

. Latin abbreviations ..................... 

. The

xcolor colours ..................... 

. Line width and dash pattern styles ............ 

. Arrow head types ...................... 

. Node shapes provided by logic gate shape libraries . . . 

. Shorthand notation for the

\foreach command .... 

. A poorly designed table ................... 

. An improved version of Table . ............. 

. Allowed values for

mark option .............. 

. Lowercase Greek letters .................. 

. Uppercase Greek letters .................. 

. Variable-size delimiters ................... 

. Variable-sized symbols ................... 

. Log-like functions ...................... 

. Integration signs ...................... 

. Binary operation symbols ................. 

. Relation symbols ...................... 

. Additional relational symbols ............... 

. Fixed-size arrow symbols .................. 

. Extensible arrow symbols provided by

amsmath ..... 

. Extensible

mathtools-provided arrow symbols ..... 

. Options for

mathtools-provided arrow symbols .... 

. Miscellaneous math mode symbols ............ 

. Math mode accents, hats, and other decorations .... 

. The

\overbrace and \underbrace commands ...... 

xix

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精通LaTeX： Springer版技术排版指南

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