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  1. 1. A Sample ACM SIG Proceedings Paper in LaTeX Format y [Extended Abstract] z x { Ben Trovato G.K.M. Tobin Lars Thørväld Institute for Clarity in Institute for Clarity in The Thørväld Group Documentation Documentation 1 Thørväld Circle 1932 Wallamaloo Lane P.O. Box 1212 Hekla, Iceland Wallamaloo, New Zealand Dublin, Ohio 43017-6221 webmaster@marysville- Lawrence P. Leipuner Sean Fogarty Charles Palmer Brookhaven Laboratories NASA Ames Research Center Palmer Research Laboratories Brookhaven National Lab Moffett Field 8600 Datapoint Drive P.O. Box 5000 California 94035 San Antonio, Texas 78229 cpalmer@prl.comABSTRACT Categories and Subject Descriptors AThis paper provides a sample of a L TEX document which H.4 [Information Systems Applications]: Miscellaneous;conforms to the formatting guidelines for ACM SIG Pro- D.2.8 [Software Engineering]: Metrics—complexity mea-ceedings. It complements the document Author’s Guide to sures, performance measures APreparing ACM SIG Proceedings Using L TEX2 and BibTEX.This source file has been written with the intention of being Acompiled under L TEX2 and BibTeX. General Terms TheoryThe developers have tried to include every imaginable sortof “bells and whistles, such as a subtitle, footnotes on ti- Keywordstle, subtitle and authors, as well as in the text, and every A ACM proceedings, L TEX, text taggingoptional component (e.g. Acknowledgments, Additional Au-thors, Appendices), not to mention examples of equations,theorems, tables and figures. 1. INTRODUCTION The proceedings are the records of a conference. ACM seeksTo make best use of this sample document, run it through to give these conference by-products a uniform, high-qualityAL TEX and BibTeX, and compare this source code with the appearance. To do this, ACM has some rigid requirementsprinted output produced by the dvi file. for the format of the proceedings documents: there is a spec- ified format (balanced double columns), a specified set of(Does NOT produce the permission block, copyright fonts (Arial or Helvetica and Times Roman) in certain spec-information nor page numbering). For use with ified sizes (for instance, 9 point for body copy), a specifiedACM_PROC_ARTICLE-SP.CLS. Supported by ACM. live area (18 23.5 cm [7 9.25]) centered on the page,yA full version of this paper is available as Author’s Guide to specified size of margins (2.54cm [1] top and bottom and APreparing ACM SIG Proceedings Using L TEX2 and BibTeX 1.9cm [.75] left and right; specified column width (8.45cmat [3.33]) and gutter size (.083cm [.33]).zDr. Trovato insisted his name be first.xThe secretary disavows any knowledge of this author’s ac- The good news is, with only a handful of manual settings1 , A the L TEX document class file handles all of this for you.tions.{This author is the one who did all the really hard work. The remainder of this document is concerned with showing, A in the context of an “actual” document, the L TEX commands specifically available for denoting the structure of a proceed- ings paper, rather than with giving rigorous descriptions or explanations of such commands. 1 Two of these, the numberofauthors and alignauthor commands, you have already used; another, balancecolumns, will be used in your very last run A of L TEX to ensure balanced column heights on the last page.
  2. 2. 2. THE BODY OF THE PAPER A numbered display equation – one set off by vertical spaceTypically, the body of a paper is organized into a hierar- from the text and centered horizontally – is produced by thechical structure, with numbered or unnumbered headings equation environment. An unnumbered display equation isfor sections, subsections, sub-subsections, and even smaller produced by the displaymath environment.sections. The command section that precedes this para-graph is part of such a hierarchy.2 L TEX handles the num- A Again, in either environment, you can use any of the symbolsbering and placement of these headings for you, when you A and structures available in L TEX; this section will just giveuse the appropriate heading commands around the titles of a couple of examples of display equations in context. First,the headings. If you want a sub-subsection or smaller part consider the equation, shown as an inline equation above:to be unnumbered in your output, simply append an aster-isk to the command name. Examples of both numbered and lim x = 0 (1) nunnumbered headings will appear throughout the balance ofthis sample document. Notice how it is formatted somewhat differently in the dis- playmath environment. Now, we’ll enter an unnumberedBecause the entire article is contained in the document equation:environment, you can indicate the start of a new paragraph Xwith a blank line in your input file; that is why this sentence x+1forms a separate paragraph. i=0 and follow it with another numbered equation:2.1 Type Changes and Special Characters X Z π+2We have already seen several typeface changes in this sam- xi = f (2)ple. You can indicate italicized words or phrases in your i=0 0text with the command textit; emboldening with the com- A just to demonstrate L TEX’s able handling of numbering.mand textbf and typewriter-style (for instance, for com-puter code) with texttt. But remember, you do not haveto indicate typestyle changes when such changes are part 2.3 Citationsof the structural elements of your article; for instance, the Citations to articles [1, 3, 2, 4], conference proceedings [3] orheading of this subsection will be in a sans serif3 typeface, books [6, 5] listed in the Bibliography section of your articlebut that is handled by the document class file. Take care will occur throughout the text of your article. You shouldwith the use of4 the curly braces in typeface changes; they use BibTeX to automatically produce this bibliography; youmark the beginning and end of the text that is to be in the simply need to insert one of several citation commands withdifferent typeface. a key of the item cited in the proper location in the .tex file [5]. The key is a short reference you invent to uniquelyYou can use whatever symbols, accented characters, or non- identify each work; in this sample document, the key is theEnglish characters you need anywhere in your document; first author’s surname and a word from the title. This iden- Ayou can find a complete list of what is available in the L TEX tifying key is included with each item in the .bib file forUser’s Guide[5]. your article.2.2 Math Equations The details of the construction of the .bib file are beyondYou may want to display math equations in three distinct the scope of this sample document, but more informationstyles: inline, numbered or non-numbered display. Each of can be found in the Author’s Guide, and exhaustive detailsthe three are discussed in the next sections. A in the L TEX User’s Guide[5].2.2.1 Inline (In-text) Equations This article shows only the plainest form of the citation com-A formula that appears in the running text is called an inline mand, using cite. This is what is stipulated in the SIGSor in-text formula. It is produced by the math environment, style specifications. No other citation format is endorsed.which can be invoked with the usual begin. . .endconstruction or with the short form $. . .$. You can use 2.4 Tablesany of the symbols and structures, from α to ω, available Because tables cannot be split across pages, the best place- Ain L TEX[5]; this section will simply show a few examples ment for them is typically the top of the page nearest theirof in-text equations in context. Notice how this equation: initial cite. To ensure this proper “floating” placement oflimn x = 0, set here in in-line math style, looks slightly tables, use the environment table to enclose the table’s con-different when set in display style. (See next section). tents and the table caption. The contents of the table itself must go in the tabular environment, to be aligned properly2.2.2 Display Equations in rows and columns, with the desired horizontal and verti-2 cal rules. Again, detailed instructions on tabular material This is the second footnote. It starts a series of three foot- A is found in the L TEX User’s Guide.notes that add nothing informational, but just give an ideaof how footnotes work and look. It is a wordy one, just soyou see how a longish one plays out. Immediately following this sentence is the point at which3 Table 1 is included in the input file; compare the placement A third footnote, here. Let’s make this a rather short oneto see how it looks. of the table here with the table in the printed dvi output of4 A fourth, and last, footnote. this document.
  3. 3. Table 1: Frequency of Special Characters Non-English or Math Frequency Comments Ø 1 in 1,000 For Swedish names π 1 in 5 Common in math $ 4 in 5 Used in business Ψ21 1 in 40,000 Unexplained usage Figure 3: A sample black and white graphic (.ps for- mat) that has been resized with the psfig command. the command newtheorem and the other by the commandFigure 1: A sample black and white graphic (.eps newdef; perhaps the clearest and easiest way to distinguishformat). them is to compare the two in the output of this sample document:To set a wider table, which takes up the whole width of This uses the theorem environment, created by thethe page’s live area, use the environment table* to en- newtheorem command:close the table’s contents and the table caption. As witha single-column table, this wide table will “float to a lo-cation deemed more desirable. Immediately following this Theorem 1. Let f be continuous on [a, b]. If G is ansentence is the point at which Table 2 is included in the in- antiderivative for f on [a, b], thenput file; again, it is instructive to compare the placement of Z bthe table here with the table in the printed dvi output of f (t)dt = G(b) G(a).this document. a2.5 Figures The other uses the definition environment, created by theLike tables, figures cannot be split across pages; the best newdef command:placement for them is typically the top or the bottom ofthe page nearest their initial cite. To ensure this proper Definition 1. If z is irrational, then by ez we mean the“floating” placement of figures, use the environment figure unique number which has logarithm z:to enclose the figure and its caption. log ez = zThis sample document contains examples of .eps and .ps Afiles to be displayable with L TEX. More details on each of Two lists of constructs that use one of these forms is giventhese is found in the Author’s Guide. in the Author’s Guidelines.As was the case with tables, you may want a figure that and don’t forget to end the environment with figure*, notspans two columns. To do this, and still to ensure proper figure!“floating” placement of tables, use the environment figure*to enclose the figure and its caption. There is one other similar construct environment, which is already set up for you; i.e. you must not use a newdefNote that either .ps or .eps formats are used; use the epsfig command to create it: the proof environment. Here is aor psfig commands as appropriate for the different file example of its use:types. Proof. Suppose on the contrary there exists a real num-2.6 Theorem-like Constructs ber L such thatOther common constructs that may occur in your article f (x) lim = L.are the forms for logical constructs like theorems, axioms, x g(x)corollaries and proofs. There are two forms, one produced by Then f (x) f (x) l = lim f (x) = lim gx = lim g(x) lim = 0L = 0, xc xc g(x) xc xc g(x) which contradicts our assumption that l 6= 0. Complete rules about using these environments and using the two different creation commands are in the Author’s Guide; please consult it for more detailed instructions. If you need to use another construct, not listed therein, whichFigure 2: A sample black and white graphic (.eps you want to have the same formatting as the Theorem orformat) that has been resized with the epsfig com- the Definition[6] shown above, use the newtheorem or themand. newdef command, respectively, to create it.
  4. 4. Table 2: Some Typical Commands Command A Number Comments alignauthor 100 Author alignment numberofauthors 200 Author enumeration table 300 For tables table* 400 For wider tables Figure 4: A sample black and white graphic (.eps format) that needs to span two columns of text.A Caveat for the TEX Expert [3] M. Clark. Post congress tristesse. In TeX90 ConferenceBecause you have just been given permission to use the Proceedings, pages 84–89. TeX Users Group, Marchnewdef command to create a new form, you might think can use TEX’s def to create a new command: Please [4] M. Herlihy. A methodology for implementing highly Arefrain from doing this! Remember that your L TEX source concurrent data objects. ACM Trans. Program. Lang.code is primarily intended to create camera-ready copy, but Syst., 15(5):745–770, November 1993.may be converted to other forms – e.g. HTML. If you in- [5] L. Lamport. LaTeX User’s Guide and Documentadvertently omit some or all of the defs recompilation will Reference Manual. Addison-Wesley Publishingbe, to say the least, problematic. Company, Reading, Massachusetts, 1986. [6] S. Salas and E. Hille. Calculus: One and Several3. CONCLUSIONS Variable. John Wiley and Sons, New York, 1978.This paragraph will end the body of this sample document.Remember that you might still have Acknowledgments or APPENDIXAppendices; brief samples of these follow. There is still the A. HEADINGS IN APPENDICESBibliography to deal with; and we will make a disclaimer The rules about hierarchical headings discussed above forabout that here: with the exception of the reference to the A the body of the article are different in the appendices. InL TEX book, the citations in this paper are to articles which the appendix environment, the command section is usedhave nothing to do with the present subject and are used as to indicate the start of each Appendix, with alphabetic orderexamples only. designation (i.e. the first is A, the second B, etc.) and a title (if you include one). So, if you need hierarchical structure4. ACKNOWLEDGMENTS within an Appendix, start with subsection as the highestThis section is optional; it is a location for you to acknowl- level. Here is an outline of the body of this document inedge grants, funding, editing assistance and what have you. Appendix-appropriate form:In the present case, for example, the authors would like tothank Gerald Murray of ACM for his help in codifying this A.1 IntroductionAuthor’s Guide and the .cls and .tex files that it describes. A.2 The Body of the Paper5. ADDITIONAL AUTHORS A.2.1 Type Changes and Special CharactersAdditional authors: John Smith (The Thørväld Group, email: A.2.2 Math and Julius P. Kumquat (The KumquatConsortium, email: Inline (In-text) Equations6. REFERENCES[1] M. Bowman, S. K. Debray, and L. L. Peterson. Display Equations Reasoning about naming systems. ACM Trans. Program. Lang. Syst., 15(5):795–825, November 1993.[2] J. Braams. Babel, a multilingual style-option system A.2.3 Citations for use with latex’s standard document styles. A.2.4 Tables TUGboat, 12(2):291–301, June 1991. A.2.5 Figures
  5. 5. A.2.6 Theorem-like ConstructsA Caveat for the TEX ExpertA.3 ConclusionsA.4 AcknowledgmentsA.5 Additional Authors AThis section is inserted by L TEX; you do not insert it. Youjust add the names and information in the additionalauthorscommand at the start of the document.A.6 ReferencesGenerated by bibtex from your .bib file. Run latex, thenbibtex, then latex twice (to resolve references) to create the.bbl file. Insert that .bbl file into the .tex source file andcomment out the command thebibliography.B. MORE HELP FOR THE HARDYThe acm_proc_article-sp document class file itself is chock-full of succinct and helpful comments. If you consider your- Aself a moderately experienced to expert user of L TEX, youmay find reading it useful but please remember not to changeit.