KTUGFaq
KTUG FAQ
황占쌥븝옙&value=은글꼴 › TUG2003&value=ǥѱTeXȯƮ › AbiWord&value=LaTeX/FindPage › WinEdtTip/κ › MiKTeX설치&value=Acrobat/Ÿ › ο
1 Bibitem Cite Key ¶
Ͽ ִ (Bibitem) οϷ Citation Key(Ǵ Cite Key, key ) ̿Ͽ
\cite{key}, \citep{key}, \citen{key}, \citet{key} ( ɾ cls, sty, bst ణ ̰ ) Bibitem
ҷ; ϴ Bibitem ٸ · bib ̳ thebibliography ȯ ӿ ٸ · ִ.
Cite Key ܿ . showtags Ű Ǵ showkeys Ű Ͽ Cite Key Bibitem ٷ
Ǵ ٷ տ Ÿ. ¿ ̵ Ű ּ óϸ ȴ. HLaTeX 1.0.1 ̷ ϴ
showhkeys, showhtags ִ.
常 .
WinEdt Active String̶Ͽ Ʈ Ͽ ִ. see WinEdtTip/ο
1.1 Cite Key ִ showtags Ű ¶
(From 2988) ϸ ȴ. showtags Ű natbib Ű Բ ο Ÿ ʴ´. Ϸ showtags Ű ּó(%)ϰ μ (Ư aux ) ٽ Ͽ Ѵ.
1:
\documentclass[draft]{article} \usepackage{natbib} \bibpunct{[}{]}{,}{s}{}{,} \usepackage{showtags} \begin{document} Several schemes have been proposed in the literature\cite{ABS2002,bel2004,BCM2003}. \begin{thebibliography}{99} %%%%1 \bibitem{ABS2002} Elena V. Anoshkina, Alexander G. Belyaev, Hans-Peter Seidel, {\it Asymptotic Analysis of Three-Point Approximations of Vertex Normals and Curvatures}, Vision, Modeling, and Visualization 2002, 211-216, Erlangen, Germany, November (2002) %%%%2 \bibitem{bel2004} A. Belyaev, {\it Plane and space curves. curvature, curvature-based features}, Max-Planck-Institut f\"ur Informatik (2004) %%%%3 \bibitem{BCM2003} {V.\ Borrelli, F.\ Cazals \& J.\ -M.\ Morvan}:\, {On the angular defect of triangulations and the pointwise approximation of curvatures.}\, \emph{Computer Aided Geometric Design}\textbf{20}, (2003), no.\ 6, 319--341. %\quad \MR{2004k:65031} \end{thebibliography} \end{document}
1.2 Label Cite Key ִ showkeys Ű ¶
ں
\usepackage{showkeys}\label{}, \ref{}, \pageref{} ǥ {} ӿ Label Bibitem \cite{} ǥ {} ӿ Cite Key ش. ->See ȣ
2 Numerical ¶
from 1123
Ư , , , , οϷ
\cite[p.\ 76]{key}, \cite[pp.\ 76--78]{key}, \cite[Chap.\ 5]{key}, \cite[Sec.\ 2]{key}, \cite[Theorem 2]{key}, \cite[Eq.\ (1)]{key}, \cite[(14)]{key}ԷѴ. ⼭ {key} key Citation Key̴.
DVI Ͽ
[1, p. 76], [1, pp. 76-78], [1, Chap. 5], [1, Sec. 5], [1, Theorem 2], [1, Eq. (1)], [1, (14)]Ÿ.
multi-entry: Physical Review Letters, Aplied Physics Letters , ֱ ִ Ȱϱ Ͽ multiple-entry reference . mcite.dvi(C:\texmf\doc\latex\mcite )
\cite{Abid2000,*Altarelli1993}Բ Ʈ Cite Key տ * ̰ mcite.sty bst 忭ſ ;ν еǰ ü ϳ ȣ ִ. sort ʴ(Cite ϴ) bst(: osa.bst) ణ ϰ mcite.sty Բ ȴ.->13046
3 Author-Year ¶
MiKTeX ġ ȭ -> (O)
texdoc apaciteְ "Ȯ" apacite.dvi Ǵ apacite.pdf ã ݴϴ. Ͻʽÿ. 3386 ִ ̴.
% ---------------------------------------------------------------- % AMS-LaTeX Paper ************************************************ % **** ----------------------------------------------------------- \documentclass{amsart} \usepackage{color,hfont} \usepackage{natbib} \usepackage{hyperref} \usepackage{enumerate} \begin{document} Here's a line of text with a {\color{red} few words in red} in the middle. If we \begin{enumerate} \item compile this, open it in Yap from WinEdt \item remove the brackets before $\backslash$color\{red\} and after ``in red'' \item recompile \item view in Yap (observing that the whole last part of the page is red) \item restore the brackets previously deleted \item recompile \item view in the still-open Yap \end{enumerate} the color ``bleeds'' over the whole document. But by closing and re-opening the document in Yap, we get the correct display. Another problem: \begin{enumerate}[\qquad (a)] \item \citet{Schervish}% \item \citep{Schervish}% \item Notice that the underlining of the citation extends to the left when there is no enclosing parenthesis. \end{enumerate} Another problem: \begin{itemize} \item (\citeyear{Go95})% \item (, \citeyear{Go95})% \item \cite{Go95}% \item \cite{Go95}% \item \citep{Go95}% \item Notice that the Korean letters can not be used with citations. \end{itemize} % ---------------------------------------------------------------- \bibliographystyle{apalike} \begin{thebibliography}{} \bibitem[Schervish, 1995]{Schervish} Schervish, M.~J. (1995). \newblock {\em Theory of Statistics}. \newblock Springer Series in Statistics. Springer, New York. \bibitem[, 1995]{Go95}% (1995). \newblock {\em ѱ۰ \TeX}. \newblock û, . \end{thebibliography}% \end{document} % ----------------------------------------------------------------bibitem 뿡 ѱ Ʈ ƹ ̻ \citet{}, \citep ҷ [, ] Է ѱ ̸ ϳ. ο δ
(\citeyear{Go95}) (, \citeyear{Go95})ó 뵿 ۿ . BibTeX ذå Ŀ (16193) ֽϴ.
4 ο ǥ (citation command) ¶
natbib Ű Ҵٸ ȭ鿡 -> texdoc natbib Էϰ Ȯ ߸ natbib.dvi 5-8(version 7.3 2006-03-22) ֽϴ. Ʒ ̰ Ͽ http://web.reed.edu/cis/help/BibTeXstandard.html ÷ Ͽ Դϴ.
apacite Ű ٸ apacite.pdf 10-11ʿ ɾ ֽϴ.
4.1 ֿ ο ǥ ¶
Q: (From 17844) reference ڿ bibliography ʰ \cite{} ִ ؿ footnote ϴ ֳ?
A: (From 17849) jurabib Ű Ͻø ˴ϴ.
- \texmf\doc\latex\jurabib\english\jbendoc.dvi
- LaTeXCompanion 2nd ed. pp.726-731
\documentclass{article} \usepackage{jurabib} \begin{document} To define algebraic geometry, we could say that it is the study of the solutions of systems of polynomial equations in an affine or projective $n$-space. In other words, it is the study of algebraic varieties.\footfullcite{Hartshorne-1977} \bibliography{example} \bibliographystyle{jurabib} \end{document}
example.bib
@book {Hartshorne-1977, AUTHOR = {Hartshorne, R.}, TITLE = {Algebraic geometry}, NOTE = {Graduate Texts in Mathematics, No. 52}, PUBLISHER = {Springer-Verlag}, ADDRESS = {New York}, YEAR = {1977}, PAGES = {xvi+496}, ISBN = {0-387-90244-9}, MRCLASS = {14-01}, MRNUMBER = {57 \#3116}, MRREVIEWER = {Robert Speiser}, }
5 ο ǥ Q & A ¶
Q1(16209): Elsevier ϱ elsart.cls elsart-num.bst ϰ ֽϴ. bibtex ϰ. ο Ÿ [1] <- ̷ ʰ (1)<- ̷ .
A1(16216): ں غ.
\documentclass{elsart} \usepackage{natbib} \bibpunct{[}{]}{,}{a}{}{;}ڼ TLC2(The LaTeXCompanion, 2nd ed.) 706ʿ ֽϴ.
Q2-1(11093): ۷ ǥҶ [1,2] Ÿ \cite{R1,R2} ̷ Էϸ Ǵµ... 1-5 Ÿ Էؾ ڱ....
Q2-2(13963): Ÿ [1][2][3][4] Ÿ [1]-[4] Ÿ ϴ ?
) ֱٿ ǥ ִ\cite{ref:1} \cite{ref:2} \cite{ref:3} \cite{ref:4}.̸
ֱٿ ǥ ִ[1][2][3][4].Ÿ
ֱٿ ǥ ִ[1]-[4].ϰ ϴ ?
%%%% preamble %%%%% \usepackage{cite} \begin{document} Until recently, several schemes have been proposed in the literature \cite{2,4,6,7,5}. \end{document}Ѵ ǥҷ Ÿ (cite.sty) ϼž . ڼϰ Ÿ Ű ɼ Դϴ. (ٸ, ª δ cite Ű õ ǥϴ Ϲ̶ մϴ.) -- SkyWalker
A2-2(13965): You can also try the "natbib" package. See the following example:
\documentclass{article} \usepackage[sort&compress]{natbib} \bibpunct{[}{]}{,}{n}{}{,} \begin{document} This~\cite{kim1,kim3,kim6,kim5,kim4} \begin{thebibliography}{99} \bibitem{kim1} Hello \bibitem{kim2} World \bibitem{kim3} World \bibitem{kim4} World \bibitem{kim5} World \bibitem{kim6} World \end{thebibliography} \end{document}쿡 [1],[3]-[6] ÷ ʰ [1,3-6] ÷ ɴϴ.
Q3(2278): ʿѰ ȣ [1] ÷ڷθ ȯϴ Դϴ. ( ȣ ׳ [1] [2] Դϴ.) ȸе Խ (Ʒ) ؼ ܼ ؼ ϴ µ.
\usepackage{natbib} \makeatletter \newcommand\bibstyle@mynature{% \bibpunct{}{}{,}{s}{}{\textsuperscript{,}}% \gdef\NAT@biblabelnum##1{$^{##1}$}} \makeatother \citestyle{mynature} ؾϴ ˷ֽø ϰڽϴ.
A3-1(2283): ٴ ̽? ڵ带 preamble ְ ϸ ϵ˴ϴ.
ϴ.
A3-2: ں ׳
\usepackage{natbib} \bibpunct{[}{]}{,}{s}{}{,}˴ϴ. 1 \usepackage{showtags} ּ óϰ Ͽ .
Q4 : ο ʾ Ͽ Ÿ 쿡 ϳ?
A4 \nocite ּ. bibliographystyle ο ĵȴٸ \nocite ִ ġ Ͽ ġ Դϴ. ʰ ĺ ĵȴٸ 뿡 Ӵϴ. \nocite{cite_key}
Q5 : .bib Ʈ θ ϰ ϳ?
A5 \nocite{*}