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OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
OBJECTIVES
I Introduction to LATEXI Hands-on
I Basics of LATEXI Math environments & commandsI Including graphicsI Creating Bibliography
I Helpful hints & resources
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
LATEX IS LIKE MS WORD, ONLY BETTER !
What is LATEX?I Pronounced as ’lay-tech’ or ’lah-tech’I Document preparation system for high-quality typesettingI Uses markup commands and a type setting program TEXI Used for publishing reports, books, scientific documents,
etc
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
LATEX SAVES FORMATTING TIME AND EFFORT
Concentrate on writing (content), NOT on formatting(appearance)
why use LATEX?
I Consistent layout, fonts, tables etc. throughout thepresentation
I Mathematical formulae can be easily typesetI Indices, references, footnotes can be easily generated
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
HOW DOES LATEX WORK?
I Source text marked up with logical structure (like HTML)I Document class tells LATEX how to format the content
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
LATEX OUTPUT FORMATS
Output formats availableI DVI - Device Independent file formatI PS - PostScript file formatI PDF - Portable Document Format
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
SETTING UP LATEX
I LinuxMost distributions have a TEXsystem including LATEX.Check software source for a TEXpackage, otherwise installTexLive directly
I Mac OS XMacTex - A full TEX system including LATEX
I WindowsI proTeXt - Easy to install complete LATEX systemI Download MikTeX and TeXnicCenter separately
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
UNDERSTANDING THE CODE & STRUCTUREI Preamble of a documentI Basic formatting: abstract, paragraphs & newlineI Environments - Paragraph style and formatting
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
SECTIONING COMMANDS
LATEX can organize, number and index chapters and sections ofa document. There are upto 7 levels of depth for definingsections depending on the document class.
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
BULLETS & NUMBERING
Unordered Lists
\begin{itemize}\item Item 1\item Item 2....\end{itemize}
The default labeling scheme:Level 1 - \bullet (•)Level 2 - (-)Level 3 - \ast (∗)Level 4 - \cdot (·)
Ordered Lists
\begin{enumerate}\item Item 1\item Item 2....\end{enumerate}
The default numbering scheme:Level 1 - 1,2,3...Level 2 - a,b,c...Level 3 - i,ii,iii...Level 4 - A,B,C...
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
MATHEMATICAL MODES
I Inline mode - Write formulas as a part of the text.Math Environment - \begin{math}...\end{math}LATEX shorthand− \(...\)TEX shorthand− $...$
I The formula (a + b)2 = a2 + b2 + 2ab is in inline mode.
I Display mode - Write formulas that are not a part of thetext/paragraph, thus put on separate lines.
Math Environment - \begin{equation}...\end{equation}LATEX shorthand− \[...\]TEX shorthand− $$...$$
I The same formula
(a + b)2 = a2 + b2 + 2ab
is in display mode.
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
MATHEMATICAL COMMANDS
Fractions\frac{x + y}{y− z} = x+y
y−z
\frac{frac{1}{x}+ frac{1}{y}}{z} =1x+
1y
z
Subscript and SuperscriptSuperscript: x ˆ n = xn; x{2n} = x2n
Subscript: x n = xn; x {2n} = x2n
Roots\sqrt[5]{\frac{x + y}{y− z}} = 5
√x+yy−z
Brackets(\frac{x + y}{z})2\times(\frac{x2}{y3}) = (
x+yz )2 × (x2
y3 )
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
MATH EXERCISE
I Buzz LightYear: To∞ and beyond!I nCr =
n!r!(n−r)!
I 50 apples ×100 apples = lots of apples
I∑n
i=1 = n(n+1)2
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
SOLUTIONS
I Buzz LightYear: To $\infty$ and beyond!I { ˆ n}C r = \frac{n!}{r!(n− r)!}I $50$ apples $\times\textbf{100}$ apples = lots of applesI $\sum {i = 1}n = \frac{n(n + 1)}{2}$
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
INCLUDING IMAGES - USING PACKAGES IN LATEX
I Supports .eps, .jpeg, .pngI Include \usepackage{graphicx} in the preambleI Syntax: \includegraphics[attr1 = val1, attr2 = val2, ...]{image}I figure environment will take care of the placement of the
picture with respect to the flow of the documentI The images have to be kept in the same folder
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
IMAGE EXERCISE
I \includegraphics{image}I \includegraphics[width = 1.2cm]{image}I \includegraphics[scale = 0.5]{image}I \includegraphics[scale = 0.5, angle = 45]{image}I \includegraphics[trim =3mm 8mm 3mm 1mm, clip]{image}
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
SOLUTIONS
Figure: Width = 1.2cm
Figure: Scale = 0.5
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
SOLUTIONS
Figure: Scale = 0.4, Angle = 45
Figure: trim = 3mm 8mm 3mm 1mm
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
INCLUDING BIBLIOGRAPHY
Two ways to include bibliographyI Bibitem - Add each reference within the documentI BibTex - Store bibliography in an external file and link it to
the .tex document
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
BIBITEM - REQUIRES MANUAL FORMATTING
I Adds references at the end of the documentI Cross-references and automatically numberedI Requires manual formatting
Syntax - Creating bibliography\begin{thebibliography}{widest entry}
\bibitem[label 1]{cite key 1} bibliographic information\bibitem[label 2]{cite key 2} bibliographic information...\end{thebibliography}
Syntax - Citing references\cite{cite key} - Single reference\cite{cite key 1, cite key 2, ...} - Multiple references
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
BIBTEX - SIMPLER & EASIER
I Uses structured bibliography .bib file to be included in .texdocument
I Generates bibliography according to specified style
Write Once, Use many approach
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
BIBTEX ENTRY FORMAT
@entry type{cite key},field name 1 = “fieldtext”field name 2 = “fieldtext”
... }
I entry type - article, book, online, phdthesis, etc.I field name - author, title, volume, year, publisher, etc.I cite key - user defined key to cite the reference
For example, if reference is a book@book{HK,
author = “H.Kopka and P.W.Daly”,title = “A guide to Latex”,publisher = “Addison-Wesley”,year = 1999.
}
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
USING BIBTEX DATABASE
I Import biblatex packageI \usepackage{biblatex}
I Tell the compiler which .bib file to useI \bibliography{bibfile name}
I Select bibliographic styleI \bibliographystyle{style}I Standard styles - plain, alpha, abbrv, unsortI Publishers often supply their own style files (.bst)
I Citing ReferenceI \cite{cite key 1, cite key 2, ...}
OBJECTIVES INTRODUCTION LATEX BASICS MATH IMAGES BIBLIOGRAPHY CONCLUSION
ONLINE TUTORIALS & RESOURCES
I CEAS Library LATEX resourceshttp://guides.libraries.uc.edu/latex
I Online LATEX links & tutorialsI Basic Tutorial by Andrew RobertsI The LATEX wiki bookI LATEX Project http://www.latex-project.org/