LATEX Level 4 Course Outline and Structure Our LATEX Environment
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Latex on Windows
LaTeX on Windows Installing MikTeX and using TeXworks, as described on the main LaTeX page, is enough to get you started using LaTeX on Windows. This page provides further information for experienced users. Tips for using TeXworks Forward and Inverse Search If you are working on a long document, forward and inverse searching make editing much easier. • Forward search means jumping from a point in your LaTeX source file to the corresponding line in the pdf output file. • Inverse search means jumping from a line in the pdf file back to the corresponding point in the source file. In TeXworks, forward and inverse search are easy. To do a forward search, right-click on text in the source window and choose the option "Jump to PDF". Similarly, to do an inverse search, right-click in the output window and choose "Jump to Source". Other Front End Programs Among front ends, TeXworks has several advantages, principally, it is bundled with MikTeX and it works without any configuration. However, you may want to try other front end programs. The most common ones are listed below. • Texmaker. Installation notes: 1. After you have installed Texmaker, go to the QuickBuild section of the Configuration menu and choose pdflatex+pdfview. 2. Before you use spell-check in Texmaker, you may need to install a dictionary; see section 1.3 of the Texmaker user manual. • Winshell. Installation notes: 1. Install Winshell after installing MiKTeX. 2. When running the Winshell Setup program, choose the pdflatex-optimized toolbar. 3. Winshell uses an external pdf viewer to display output files. -
Computer Engineering Program
ABET SELF STUDY REPORT for the Computer Engineering Program at Texas A&M University College Station, Texas July 1, 2010 CONFIDENTIAL The information supplied in this Self-Study Report is for the confidential use of ABET and its authorized agents, and will not be disclosed without authorization of the institution concerned, except for summary data not identifiable to a specific institution. ABET Self-Study Report for the Computer Engineering Program at Texas A&M University College Station, TX June 28, 2010 CONFIDENTIAL The information supplied in this Self-Study Report is for the confidential use of ABET and its authorized agents, and will not be disclosed without authorization of the institution concerned, except for summary data not identifiable to a specific institution. CONTENTS Background Information 3 .A Contact Information . .3 .B Program History . .3 .C Options . .4 .D Organizational Structure . .4 .E Program Delivery Modes . .6 .F Deficiencies, Weaknesses or Concerns from Previous Evaluation(s) and the Ac- tions taken to Address them . .6 .F.1 Previous Institutional Concerns . .7 .F.2 Previous Program Concerns . .9 I Criterion I: Students 11 I.A Student Admissions . 11 I.B Evaluating Student Performance . 12 I.C Advising Students . 14 I.D Transfer Students and Transfer Courses . 17 I.E Graduation Requirements . 18 I.F Student Assistance . 19 I.G Enrollment and Graduation Trends . 20 II Criterion II: Program Educational Objectives 23 II.A Mission Statement . 23 II.B Program Educational Objectives . 25 II.C Consistency of the Program Educational Objectives with the Mission of the Insti- tution . 25 II.D Program Constituencies . -
Wsolids1 — Solid State NMR Simulations
WSolids1 — Solid State NMR Simulations USER MANUAL Klaus Eichele July 30, 2015 — ii — July 30, 2015 Contents 1 Getting Started 1 1.1 Introduction...........................................3 1.1.1 Purpose of the Program................................3 1.1.2 Features.........................................4 1.1.3 License..........................................4 1.1.4 Trouble?.........................................5 1.2 Overview.............................................6 1.3 Revision History........................................7 1.3.1 Version 1.21.3 (30.07.2015)...............................7 1.3.2 Version 1.20.22 (06.03.2014)..............................7 1.3.3 Version 1.20.21 (15.03.2013)..............................7 1.3.4 Version 1.20.18 (31.01.2012)..............................8 1.3.5 Version 1.20.15 (25.02.2011)..............................8 1.3.6 Version 1.20.4 (15.06.2010)...............................8 1.3.7 Version 1.20.3 (04.06.2010)...............................8 1.3.8 Version 1.20.2 (25.05.2010)...............................9 1.3.9 Version 1.19.15 (02.10.2009)..............................9 1.3.10 Version 1.19.12 (20.05.2009)..............................9 1.3.11 Version 1.19.10 (06.01.2009)..............................9 1.3.12 Version 1.19.2 (21.08.2008)...............................9 1.3.13 Version 1.17.30 (23.05.2001)..............................9 1.3.14 Version 1.17.28 (27.09.2000)..............................9 1.3.15 Version 1.17.22 (17.03.1999).............................. 10 1.3.16 Version 1.17.21 (09.10.1998).............................. 10 1.3.17 Version 1.17....................................... 10 1.3.18 Version 1.16....................................... 10 1.4 Multiple Document Interface, MDI.............................. 12 1.4.1 The Multiple Document Interface......................... -
A Brief Introduction to Latex.Pdf
ME 601A, 2016-17, SEM II IIT Kanpur What are TeX and LaTeX? • LaTeX is a typesetting systems suitable for producing scientific and mathematical documents — LaTeX enables authors to typeset and print their work at the highest typographical quality. — LaTeX is pronounced “Lay-te ch”. — LaTeX uses TeX formatter as its typesetting engine. • TeX is a program written by Donald Kunth for typesetting text and mathematical formulas Why LaTeX ? • Easy to use, especially for typing mathematical formulas • Portability (Windows, Unix, Mac) • Stability and interchangeability Why LaTeX ? contd... • High quality Most journals /conferences have their LaTeX styles One will be forced to use it, since everyone else around is using it. Why LaTeX ? contd... Documentation and forums A universal acceptance among researchers Error finding and troubleshooting are not difficult ∞ J[x(⋅),u(⋅)] = ∫ F (x(t),u(t),t)dt t0 References for LaTeX — The not so short introduction to LaTeX2e http://tobi.oetiker.ch/lshort/lshort.pdf — Comprehensive TeX archive network http://www.ctan.org/ — Beginning LaTeX http://www.cs.cornell.edu/Info/Misc/LaTeX-Tutorial/LaTeX- Home.html — Google Leslie Lamport H. Kopka Process to Create a Document Using LaTeX TeX input file Your source LaTeX file.tex document Run LaTeX program DVI file Device independent file.dvi output Run Device Driver Unix Commands Output file > latex file.tex runs latex file.ps or file.pdf > xdiv file.dvi previewer > dvips file.dvi creates .ps > pdflatex file.tex creates .pdf directly How to Setup LaTeX for Windows • Download and install MikTeX LaTeX package http://www.miktex.org/ • Install Ghostscript and Gsview http://pages.cs.wisc.edu/~ghost/ PS device driver … • Install Acrobat Reader • Install Editor — WinEdt For MAC Users http://www.winedt.com/ TeXShop — TexnicCenter iTexMac http://www.texniccenter.org/ Texmaker — Emacs, vi, etc. -
Latex in Twenty Four Hours
Plan Introduction Fonts Format Listing Tabbing Table Figure Equation Bibliography Article Thesis Slide A Short Presentation on Dilip Datta Department of Mechanical Engineering, Tezpur University, Assam, India E-mail: [email protected] / datta [email protected] URL: www.tezu.ernet.in/dmech/people/ddatta.htm Dilip Datta A Short Presentation on LATEX in 24 Hours (1/76) Plan Introduction Fonts Format Listing Tabbing Table Figure Equation Bibliography Article Thesis Slide Presentation plan • Introduction to LATEX Dilip Datta A Short Presentation on LATEX in 24 Hours (2/76) Plan Introduction Fonts Format Listing Tabbing Table Figure Equation Bibliography Article Thesis Slide Presentation plan • Introduction to LATEX • Fonts selection Dilip Datta A Short Presentation on LATEX in 24 Hours (2/76) Plan Introduction Fonts Format Listing Tabbing Table Figure Equation Bibliography Article Thesis Slide Presentation plan • Introduction to LATEX • Fonts selection • Texts formatting Dilip Datta A Short Presentation on LATEX in 24 Hours (2/76) Plan Introduction Fonts Format Listing Tabbing Table Figure Equation Bibliography Article Thesis Slide Presentation plan • Introduction to LATEX • Fonts selection • Texts formatting • Listing items Dilip Datta A Short Presentation on LATEX in 24 Hours (2/76) Plan Introduction Fonts Format Listing Tabbing Table Figure Equation Bibliography Article Thesis Slide Presentation plan • Introduction to LATEX • Fonts selection • Texts formatting • Listing items • Tabbing items Dilip Datta A Short Presentation on LATEX -
Getting Started with Latex
Getting started with Latex Robert G. Niemeyer University of New Mexico, Albuquerque October 15, 2012 What is Latex? Latex is a mathematical typesetting language. Essentially, when you are using Latex to produce a document, you are writing code that is then understood by a compiler. There are various forms of output. What is Latex? Latex is a mathematical typesetting language. Essentially, when you are using Latex to produce a document, you are writing code that is then understood by a compiler. There are various forms of output. Once the Latex code is compiled, the output is either in the form of a what is called a dvi file, ps file or pdf file. What is Latex? Latex is a mathematical typesetting language. Essentially, when you are using Latex to produce a document, you are writing code that is then understood by a compiler. There are various forms of output. Once the Latex code is compiled, the output is either in the form of a what is called a dvi file, ps file or pdf file. The important thing to realize is that Latex is a tool for creating polished documents for immediate distribution. Yes, one can use other word-processors for producing mathematical documents, but the end-product is not always as polished as a document compiled by a Latex compiler. What is Latex good for? EVERYTHING! (It even makes you coffee in the morning, does your gardening and balances your checkbook). What is Latex good for? EVERYTHING! (It even makes you coffee in the morning, does your gardening and balances your checkbook). -
Latex Typesetting - Getting Started Spring 2020
LaTeX Typesetting - Getting Started Spring 2020 by Louie L. Yaw Engineering Dept. Walla Walla University Objectives 1. Why LaTeX? Who cares? 2. Installing the necessary software 3. A typical LaTeX file 4. Document type and packages 5. Equations 6. Figures 7. References 8. Using LaTeX in MS PowerPoint 9. Conclusions 10. Questions 1. Why LaTeX? Answer: To write technical articles or documents that include equations, equation numbers, and figures with equations. Example: 1. Who cares? Answer: Writers in science, math, and engineering. Anyone wanting to write technical documents that will include lots of formulas. Students headed to graduate school. Professors. Example: 2. Installing the necessary software (ALL FREE and available for download from the internet) i. MiKTeX (The LaTeX typesetting software, similar to a compiler), MiKTex.org ii. Adobe Acrobat Reader iii. Ghostscript, www.ghostscript.com iv. Ghostview, (*may not be strictly needed) www.ghostgum.com.au/software/gsview.htm v. TeXnicCenter (a LaTeX integrated text editor), www.texniccenter.org vi. Ipe (Drawing editor that incorporates LaTeX), ipe.otfried.org 2. Additional software vii. MatLab, (not free) not necessary but great for encapsulated postscript (.eps) plots viii. Octave, alternative to MatLab, not necessary but great for encapsulated postscript (.eps) plots Note: MatLab can use LaTeX Commands to generate formulas, Greek letters, and formulas on a plot 2. Installing the necessary software - The various software will make use of the following file formats i. .tex (Text file for the LaTeX document) ii. .eps or .ps (encapsulated post script file) iii. .pdf (portable document file) iv. .bib (file of bibliography information, advanced) 2. -
Latex in Scientific Writing and Publishing
Why do I need LaTeX? What is LaTeX? in scientific writing and publishing Where can I get LaTeX? How can I use LaTeX? Who can help me with LaTeX? scientific publishing scientific publishing History of scientific publishing Major issues Long, long, long, long, long time ago Styles (quality and fast publishing technology) Mathematical formulas Not so long time ago Tables Graphics Cross-references Bibliography Now Many revisions … scientific publishing scientific publishing example: Phys. Rev. style Bibliography: cross-reference 1 scientific publishing scientific publishing example: equations and cross referencing example: tables scientific publishing scientific publishing and MS Word LaTeX Styles yes yes Bibliography cross-references no* yes Mathematical formulas yes** yes Formulas: cross-references yes*** yes Tables yes yes Include graphics yes yes example: figures * unless you use EndNote software ** MS equation editor has limited number of symbols and templates ***Cross-reference in Word is possible but the way is tedious scientific publishing scientific publishing LaTeX has clear advantage when • LaTeX has a very steep learning curve • You need a professionally looking text • In Latex content and style are separated • you write a paper, report or thesis that has • In LaTeX you may change style instantly more than few equations and cross-references • LaTeX has good portability (ASCII text) • You plan to edit/revise text in a way that would • LaTeX has a good control* change number of equations, references, • There is a zoo of software developed for LaTeX tables, figures, etc. • De facto standard for scientific publishing * MS Word offers a control trough format styles and templates 2 WYSIWYG vs. -
The Treasure Chest for Compatibility with Texpower and Seminar
TUGboat, Volume 22 (2001), No. 1/2 67 the concept of pdfslide, but completely rewritten The Treasure Chest for compatibility with texpower and seminar. ifsym: in fonts Fonts with symbols for alpinistic, electronic, mete- orological, geometric, etc., usage. A LATEX2ε pack- age simplifies usage. Packages posted to CTAN jas99_m.bst: in biblio/bibtex/contrib “What’s in a name?” I did not realize that Jan Update of jas99.bst,modifiedforbetterconfor- Tschichold’s typographic standards lived on in the mity to the American Meteorological Society. koma-script package often mentioned on usenet (in LaTeX WIDE: in nonfree/systems/win32/LaTeX_WIDE comp.text.tex) until I happened upon the listing A demonstration version of an integrated editor for it in a previous edition of “The Treasure Chest”. and shell for TEX— free for noncommercial use, but without registration, customization is disabled. This column is an attempt to give TEX users an on- : LAT X2ε macro package of simple, “little helpers” going glimpse of the trove which is CTAN. lhelp E converted into dtx format. Includes common units This is a chronological list of packages posted with preceding thinspaces, framed boxes, start new to CTAN between June and December 2000 with odd or even pages, draft markers, notes, condi- descriptive text pulled from the announcement and tional includes (including EPS files), and versions edited for brevity — however, all errors are mine. of enumerate and itemize which allow spacing to Packages are in alphabetic order and are listed only be changed. in the last month they were updated. Individual files makecmds Provides commands to make commands, envi- / partial uploads are listed under their own name if ronments, counters and lengths. -
Getting Started with Latex
Getting Started with LaTeX LaTeX is a freely available typesetting system. It is overkill when all you want is a short memo, but increasingly attractive for longer projects and when you want beautiful text. LaTeX is especially useful for technical contexts including math and logic. I am not a technical advisor! Still, if you are interested in LaTeX, here is something that might get you started: On either a PC or Mac install the MiKTeX system. If you are installing on Apple, you can work within TeXShop (or TeXMaker) that comes with the LaTeX distribution. On PC I prefer WinShell. LaTeX will produce .pdf documents. For Apple there is an internal PDF reader. For PC, the free Adobe PDF reader is fine. However, with WinShell I prefer SumatraPDF. Once this is installed, in WinShell you need to go to Options\ProgramCalls\PDFView and replace the Adobe path with the path for SumatraPDF, c:\program files (x86)\. The Adobe PDF reader seems to “lock” the file so that a new compile won’t work unless the previous PDF is closed. SumatraPDF doesn’t do this, and a new compile will open to the very spot on which you are working. Nice. To get started, put preamble.tex and test.tex in a directory of their own (as some additional files will be created upon compile). Call test.tex into TeXShop or WinShell. On WinShell, be sure “current document” is the active file (indicated in bold on the left). You can compile it by pressing ‘typset’ in TeXShop or the PDF button (with two down arrows above it) in WinShell. -
1 Introduction
1 Introduction 1.1 What is LATEX? LaTeX is a document preparation system for high-quality typesetting. It is most often used for medium-to-large technical or scientific documents but it can be used for almost any form of publishing. LaTeX is not a word processor! Instead, LaTeX encourages authors not to worry too much about the appearance of their documents but to concentrate on getting the right content. 1.2 Software TeX Distributions The easiest way to set up TeX is with a 500MB TeX distribution that includes many current TeX tools. The TeX distribution to download depends on what operating system you run. Windows - proTeXt is an installer for MikTeX, Ghostview and some extra software. Linux - TeXLive is included as a package in most versions of Linux. Mac OS X - MacTeX is a TeXLive installer for Mac. Editors Windows: Notepad, Texmaker, MeWa, Texlipse, Led, TeXworks, LyTeX, LyX, TeXnicCenter, Emacs, Scite, WinShell, Vim. (I would recommend TeXWorks if you want a GUI) Mac OS X: TexShop, Vim, Emacs, BBEdit, jEdit, TextWrangler, TeXworks, LyX, Texmaker Xcode- Latex. (I would recommend TexShop of TeXWorks if you want a GUI) Linux: LyX, Vim, Emacs, Texmaker, TeXworks, Kile, TeXmacs, gEdit. (I would recommend TeXWorks if you want a GUI) Of all the above editors, only TeXmacs and LyX are WYSIWYGs (What You See Is What You Get). 1 1.3 Resources Books: Math Into Latex by George Gratzer More Math Into Latex by George Gratzer The LaTeX Companion, second edition by F. Mittelbach and M Goossens with Braams, Carlisle, and Rowley Online: TeX Users Group (www.tug.org) Self-guided introductory course (http://www.math.uiuc.edu/∼hildebr/tex/course/) A (Not So) Short Introduction to LaTeX2e by Oetiker, Partl, Hyna, Schlegl. -
Research Techniques in Network and Information Technologies, February
Tools to support research M. Antonia Huertas Sánchez PID_00185350 CC-BY-SA • PID_00185350 Tools to support research The texts and images contained in this publication are subject -except where indicated to the contrary- to an Attribution- ShareAlike license (BY-SA) v.3.0 Spain by Creative Commons. This work can be modified, reproduced, distributed and publicly disseminated as long as the author and the source are quoted (FUOC. Fundació per a la Universitat Oberta de Catalunya), and as long as the derived work is subject to the same license as the original material. The full terms of the license can be viewed at http:// creativecommons.org/licenses/by-sa/3.0/es/legalcode.ca CC-BY-SA • PID_00185350 Tools to support research Index Introduction............................................................................................... 5 Objectives..................................................................................................... 6 1. Management........................................................................................ 7 1.1. Databases search engine ............................................................. 7 1.2. Reference and bibliography management tools ......................... 18 1.3. Tools for the management of research projects .......................... 26 2. Data Analysis....................................................................................... 31 2.1. Tools for quantitative analysis and statistics software packages ......................................................................................