考虑一下这个简历：https://nchlswlms.github.io/academic_cv.pdf
.cls 文件：
\ProvidesClass{resume}[2010/07/10 v0.9 Resume class]
\LoadClass[11pt,a4paper]{article}
\usepackage[parfill]{parskip}
\usepackage{array}
\usepackage{ifthen}
\pagestyle{empty}
% HEADINGS: Commands for printing name and address
\def \name#1{\def\@name{#1}}
\def \@name {}
\def \addressSep {$\diamond$}
% One or two address lines can be specified
\let \@addressone \relax
\let \@addresstwo \relax
% \address command can be used to set first and second address (optional)
\def \address #1{
\@ifundefined{@addresstwo}{
\def \@addresstwo {#1}
}{
\def \@addressone {#1}
}
}
% \printaddress is used to style an address line (given as input)
\def \printaddress #1{
\begingroup
\def \\ {\addressSep\ }
\centerline{#1}
\endgroup
\par
\addressskip
}
% \printname is used to print the name as a page header
\def \printname {
\begingroup
\hfil{\MakeUppercase{\namesize\bf \@name}}\hfil
\nameskip\break
\endgroup
}
% DOCUMENT: Create the head of the document
\let\ori@document=\document
\renewcommand{\document}{
\ori@document
\printname
\@ifundefined{@addressone}{}{
\printaddress{\@addressone}}
\@ifundefined{@addresstwo}{}{
\printaddress{\@addresstwo}}
}
% SECTIONS: Create section headings
% Used to create large resume section
\newenvironment{rSection}[1]{
\sectionskip
\MakeUppercase{\bf #1}
\sectionlineskip
\hrule\nopagebreak
\begin{list}{}{
\setlength{\leftmargin}{1.5em}
}
\item[]
}{
\end{list}
}
% Used to format job listing
\newenvironment{rSubsection}[4]{
%%%%%%%%%%%%%%%%%%%%%% Default Layout: %%%%%%%%%%%%%%%%%%%%%%%%
%% Employer (bold) Dates (regular) %%
%% Title (emphasis) Location (emphasis) %%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
{\bf #1} \hfill { #2}% Stop a space
\ifthenelse{\equal{#3}{}}{}{
\\
{\em #3} \hfill {\em #4}% Stop a space
}\smallskip
% \cdot used for bullets, items non-indented
\begin{list}{$\cdot$}{\leftmargin=0em}
\itemsep -0.5em \vspace{-0.5em}
}{
\end{list}
\vspace{0.5em}
}
\def\namesize{\huge}
\def\nameskip{\medskip}
\def\addressskip{\smallskip}
\def\sectionskip{\bigskip}
\def\sectionlineskip{\medskip}
.tex 文件：
\documentclass{resume} % Use the custom resume.cls style
\usepackage[left=0.75in,top=0.6in,right=0.75in,bottom=0.6in]{geometry}
\usepackage{etaremune}
\name{Nicholas Williams} % Your name
\address{\texttt{https://nchlswllms.github.io} \\ \texttt{github.com/nchlswllms} \\ \texttt{[email protected]}}
%\address{Flat 203, Titanium Point \\ 24 Palmers Road \\ London, E2 0FA \\ +44 7789 456522} % Your address
\begin{document}
%----------------------------------------------------------------------------------------
% EDUCATION SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Education}
{\bf Doctorate in Mathematics} \hfill {\em September 2018 -- May 2022} \\
University of Cologne \hfill {\em April 2021 -- May 2022}\\
Started at University of Leicester \hfill {\em September 2018 -- April 2021} \\
Supervisor: Sibylle Schroll \\
Thesis title: {\em Higher-dimensional combinatorics in representation theory} \\
{\em Summa cum laude}
\sectionlineskip
{\bf Graduate Diploma in Quantitative Economics} \hfill {\em October 2017 -- June 2018} \\
Birkbeck, University of London \\
Distinction
\sectionlineskip
{\bf MMathPhil in Mathematics \& Philosophy} \hfill {\em October 2012 -- June 2016} \\
Worcester College, Oxford \\
Double First Class Honours
\end{rSection}
%----------------------------------------------------------------------------------------
% EMPLOYMENT SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Employment}
{\bf Postdoctoral Research Associate} \hfill {\em September 2022 -- March 2025} \\
Lancaster University \\
With David Pauksztello
\sectionlineskip
{\bf JSPS Short Term Postdoctoral Research Fellow} \hfill {\em May 2022 -- August 2022} \\
University of Tokyo \\
With Osamu Iyama
\sectionlineskip
{\bf Graduate Teaching Assistant} \hfill {\em September 2021 -- December 2021} \\
King's College London
\sectionlineskip
{\bf Guest Teacher} \hfill {\em September 2021 -- December 2021} \\
London School of Economics
\sectionlineskip
{\bf Feedback session leader} \hfill {\em January 2019 -- December 2020} \\
University of Leicester
\end{rSection}
%----------------------------------------------------------------------------------------
% PUBLICATIONS SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Publications}
\begin{etaremune}
\item New interpretations of the higher Stasheff--Tamari orders \hfill {\em 2022}\\
{\em Advances in Mathematics}, Volume 407, 108552
\item The combinatorics of tensor products of higher Auslander algebras of type~$A$ \hfill {\em 2021}\\
(With Jordan McMahon)\\
{\em Glasgow Mathematical Journal}, 63(3), pp.\ 526--546.
\end{etaremune}
\end{rSection}
%----------------------------------------------------------------------------------------
% CONFERENCE PROCEEDINGS SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Conference proceedings}
\begin{etaremune}
\item The higher Stasheff--Tamari orders in representation theory \hfill {\em To appear}\\
{\em Proceedings of the 2020 International Conference on Representations of Algebras}
\item The first higher Stasheff--Tamari orders are quotients of the higher Bruhat orders \hfill {\em 2021}\\
{\em Proceedings of the 33rd International Conference on Formal Power Series and Algebraic Combinatorics, Séminaire Lotharingien de Combinatoire} 85B, Art.\ 6, 12.
\end{etaremune}
\end{rSection}
%----------------------------------------------------------------------------------------
% PREPRINTS SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Preprints}
\begin{etaremune}
\item Stability spaces of string and band modules \hfill {\em 2022}\\
(With Sibylle Schroll, Aran Tattar, Hipolito Treffinger, and Yadira Valdivieso) \\
{\tt arXiv:2208.15000}
\item Triangulations of prisms and preprojective algebras of type $A$ \hfill {\em 2022}\\
(With Osamu Iyama)\\
{\tt arXiv:2208.12957}
\item Quiver combinatorics for higher-dimensional triangulations \hfill {\em 2021}\\
{\tt arXiv:2112.09189}
\item The two higher Stasheff--Tamari orders are equal \hfill {\em 2021}\\
{\tt arXiv:2106.01050}
\item The first higher Stasheff--Tamari orders are quotients of the higher Bruhat orders \hfill {\em 2020}\\
{\tt arXiv:2012.10371}
\end{etaremune}
\end{rSection}
%----------------------------------------------------------------------------------------
% PRIZES AND SCHOLARSHIPS SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Prizes and Scholarships}
{\bf Gibbs prize for Mathematics \& Philosophy} \hfill {\em 2016} \\
University of Oxford \\
For top performance in Mathematics papers
\smallskip
{\bf Gibbs prize for Mathematics \& Philosophy} \hfill {\em 2015} \\
University of Oxford \\
For top performance in Mathematics papers
\smallskip
{\bf Academic scholarship} \hfill {\em 2013} \\
Worcester College, Oxford
\smallskip
{\bf Honorary scholarship} \hfill {\em 2007} \\
Westminster School
\end{rSection}
%----------------------------------------------------------------------------------------
% INVITED TALKS (IN PERSON) SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Invited conference talks (in person)}
{\bf A structural approach to maximal green sequences} \hfill {\em September 2022} \\
{\em Silting theory, algebras and representations} \\
Charles University, Prague
\end{rSection}
%----------------------------------------------------------------------------------------
% INVITED TALKS (VIRTUAL) SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Invited conference talks (virtual)}
{\bf An algebraic interpretation of the higher Stasheff--Tamari orders} \hfill {\em November 2020}\\
{\em International Conference on Representations of Algebras}\\
Selected to give talk by scientific committee based on research snapshot\\
Via BigBlueButton
\end{rSection}
%----------------------------------------------------------------------------------------
% CONTRIBUTED TALKS (IN PERSON) SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Contributed conference talks (in person)}
{\bf Algebraic interpretation of the higher Stasheff--Tamari orders} \hfill {\em July 2022} \\
{\em Representation theory and various issues on related topics} \\
Research Institute for Mathematical Sciences, Kyoto University
\smallskip
{\bf Nice triangulations of cyclic polytopes} \hfill {\em June 2019} \\
{\em London Mathematical Society Graduate Student Meeting}
\smallskip
{\bf Higher analogues of Grassmannian clusters} \hfill {\em April 2019} \\
{\em Maurice Auslander Distinguished Lectures and International Conference}
\smallskip
{\bf Higher analogues of Grassmannian clusters} \hfill {\em April 2019} \\
{\em New Connections and Directions in Representation Theory} \\
University of Leeds
\smallskip
{\bf Higher analogues of Grassmannian clusters} \hfill {\em April 2019} \\
{\em Tropical Geometry meets Representation Theory} \\
University of Leicester
\end{rSection}
%----------------------------------------------------------------------------------------
% CONTRIBUTED TALKS (VIRTUAL) SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Contributed conference talks (virtual)}
{\bf The first higher Stasheff--Tamari orders are quotients of} \hfill {\em January 2022} \\
{\bf the higher Bruhat orders}\\
{\em Formal Power Series and Algebraic Combinatorics}\\
Bar-Ilan University
\smallskip
{\bf The higher Stasheff--Tamari orders on triangulations of cyclic polytopes} \hfill {\em June 2021} \\
{\em London Mathematical Society Graduate Student Meeting}
\smallskip
{\bf Vertex figures of cubillages of cyclic zonotopes} \hfill {\em November 2020} \\
{\em London Mathematical Society Graduate Student Meeting}
\end{rSection}
%----------------------------------------------------------------------------------------
% SEMINAR TALKS SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Seminar talks (in person)}
{\bf Mutation in higher cluster categories} \hfill {\em October 2022} \\
Seminar@Aarhus \\
Aarhus University
\smallskip
%{\bf Equivalence of maximal green sequences} \hfill {\em April 2022} \\
%Working seminar in algebra and geometry \\
%University of Cologne
%
%\smallskip
{\bf Equivalence of maximal green sequences} \hfill {\em February 2022} \\
Paris algebra seminar \\
Institut de Math\'ematiques de Jussieu-Paris Rive Gauche
\smallskip
%{\bf Cluster categories and crossing conditions} \hfill {\em February 2020} \\
%Working seminar in algebra and geometry \\
%University of Leicester
%
%\smallskip
{\bf An algebraic interpretation of the higher Stasheff--Tamari orders} \hfill {\em November 2019} \\
Pure mathematics seminar \\
University of East Anglia
\smallskip
%{\bf An algebraic interpretation of the higher Stasheff--Tamari orders} \hfill {\em November 2019} \\
%Working seminar in algebra and geometry \\
%University of Leicester
%
%\smallskip
%
%{\bf Nice triangulations of cyclic polytopes} \hfill {\em October 2019} \\
%PhD seminar \\
%University of Leicester
\smallskip
{\bf Higher analogues of Grassmannian clusters} \hfill {\em April 2019} \\
Algebra and number theory seminar \\
University of Graz
%\smallskip
%
%{\bf Alternating strand diagrams, plabic graphs, and Grassmannians} \hfill {\em January 2019} \\
%PhD seminar \\
%University of Leicester
%
%\smallskip
%
%{\bf Grassmannians} \hfill {\em October 2018} \\
%Working seminar in algebra and geometry \\
%University of Leicester
\end{rSection}
%----------------------------------------------------------------------------------------
% SEMINAR TALKS SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Seminar talks (virtual)}
{\bf Cyclic polytopes and higher Auslander--Reiten theory III} \hfill {\em July 2022} \\
Tokyo--Nagoya algebra seminar \\
University of Tokyo and Nagoya University
\smallskip
{\bf Cyclic polytopes and higher Auslander--Reiten theory II} \hfill {\em June 2022} \\
Tokyo--Nagoya algebra seminar \\
University of Tokyo and Nagoya University
\smallskip
{\bf Mutating cluster-tilting objects in $(d + 2)$-angulated cluster categories} \hfill {\em June 2022} \\
FD seminar
\smallskip
{\bf Cyclic polytopes and higher Auslander--Reiten theory I} \hfill {\em June 2022} \\
Tokyo--Nagoya algebra seminar \\
University of Tokyo and Nagoya University
\smallskip
{\bf An algebraic interpretation of the higher Stasheff--Tamari orders} \hfill {\em January 2022} \\
Aachen--Bochum--Cologne Darstellungstheorie Seminar\\
RWTH Aachen University, Ruhr-University Bochum, and University of Cologne
\smallskip
{\bf Cyclic polytopes and higher Auslander--Reiten theory} \hfill {\em December 2021} \\
Tokyo--Nagoya algebra seminar\\
University of Tokyo and Nagoya University
\smallskip
{\bf The two higher Stasheff--Tamari orders are equal} \hfill {\em May 2021} \\
Working seminar in algebra and geometry \\
University of Cologne
\smallskip
{\bf The higher Stasheff--Tamari orders in representation theory} \hfill {\em April 2021} \\
Paris algebra seminar \\
Institut de Math\'ematiques de Jussieu-Paris Rive Gauche
\smallskip
{\bf New interpretations of the higher Stasheff--Tamari orders} \hfill {\em March 2021} \\
Diskrete Mathematik / Geometrie Forschungsseminar \\
TU Berlin
\smallskip
{\bf The Tamari lattice in representation theory} \hfill {\em March 2021} \\
Junior Algebra Colloquium \\
University of Bristol
\smallskip
%{\bf KP solitons} \hfill {\em October 2020} \\
%PhD seminar \\
%University of Leicester
%
%\smallskip
%
%{\bf KP solitons and the higher Stasheff--Tamari orders II} \hfill {\em October 2020} \\
%Working seminar in algebra and geometry \\
%University of Leicester
%
%\smallskip
%
%{\bf KP solitons and the higher Stasheff--Tamari orders I} \hfill {\em September 2020} \\
%Working seminar in algebra and geometry \\
%University of Leicester
%
%\smallskip
%
%{\bf Triangulations of odd-dimensional cyclic polytopes} \hfill {\em June 2020} \\
%PhD seminar \\
%University of Leicester
%
%\smallskip
%
%{\bf Fukaya categories and higher Auslander algebras of type $A$} \hfill {\em April 2020} \\
%Working seminar in algebra and geometry \\
%University of Leicester
\end{rSection}
%----------------------------------------------------------------------------------------
% POSTERS SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Posters}
{\bf An algebraic interpretation of the higher Stasheff--Tamari orders} \hfill {\em June 2021} \\
{\em Young Researchers in Mathematics} \\
Online \\
Winner of 1\textsuperscript{st} prize in poster competition
\smallskip
{\bf An algebraic interpretation of the higher Stasheff--Tamari orders} \hfill {\em May 2021} \\
{\em Advances in Representation Theory of Algebras} \\
Online
\smallskip
{\bf New interpretations of the higher Stasheff--Tamari orders} \hfill {\em January 2021} \\
{\em Combinatorial algebra meets algebraic combinatorics} \\
Universit\'e du Qu\'ebec \`a Montr\'eal \\
Online
\smallskip
{\bf An algebraic interpretation of the higher Stasheff--Tamari orders} \hfill {\em November 2020} \\
{\em International Conference on Representations of Algebras} \\
``Research snapshot''\\
Online
\smallskip
{\bf New interpretations of the higher Stasheff--Tamari orders} \hfill {\em September 2020} \\
{\em Virtual Heidelberg Laureate Forum} \\
Online
\smallskip
{\bf Representation theory and Grassmannians} \hfill {\em March 2019} \\
{\em STEM for Britain} \\
Poster competition at UK Parliament
\end{rSection}
%----------------------------------------------------------------------------------------
% GRANTS SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Grants}
London Mathematical Society Scheme 8 \hfill {\em April 2020} \\
Postgraduate research conference grants \\
{\em Categorifications in Representation Theory} conference organised with Aran Tattar \\
GBP 2,500
\end{rSection}
%----------------------------------------------------------------------------------------
% ORGANISATION SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Organisation}
{\bf K\"oln Algebra and Representation Theory seminar} \hfill {\em April 2021 -- May 2022} \\
Co-organiser \\
University of Cologne \\
Online
{\bf Categorifications in Representation Theory conference} \hfill {\em September 2020} \\
Co-organised with Aran Tattar \\
Online
\smallskip
{\bf Mathematics PhD seminar} \hfill {\em September 2019 -- August 2020} \\
University of Leicester
\smallskip
{\bf Representation theory and mirror symmetry conference} \hfill {\em May 2019} \\
Local organising committee \\
University of Leicester
\end{rSection}
%----------------------------------------------------------------------------------------
% RESEARCH STAYS SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Research stays}
University of Cologne \hfill {\em April 2021} \\
Visiting: Sibylle Schroll and Aran Tattar \\
1 week
\smallskip
University of Cambridge \hfill {\em December 2021} \\
Isaac Newton Institute for Mathematical Sciences \\
Cluster algebras and representation theory programme \\
Invited participant \\
1 week
\smallskip
University of Graz \hfill {\em April 2019} \\
Visiting: Jordan McMahon \\
Host: Karin Baur \\
1 week
\end{rSection}
%----------------------------------------------------------------------------------------
% REVIEWING SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Reviewing}
AMS MathSciNet \hfill {\em October 2022 -- present}
\smallskip
zbMATH \hfill {\em September 2020 -- present} \\
5 reviews written
\end{rSection}
%----------------------------------------------------------------------------------------
% REFEREEING SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Refereeing}
Journal of Algebraic Combinatorics
\end{rSection}
%----------------------------------------------------------------------------------------
% TEACHING SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Teaching}
{\bf Real analysis} \hfill {\em September 2021 -- December 2021} \\
Class teacher (online) \\
King's College London
\smallskip
{\bf MA107: Quantitative methods} \hfill {\em September 2021 -- December 2021} \\
Class teacher \\
London School of Economics
\smallskip
{\bf Calculus \& analysis} \hfill {\em October 2020 -- December 2020} \\
Class teacher (online) \\
University of Leicester
\smallskip
{\bf Second-year algebra} \hfill {\em January 2020 -- April 2020} \\
Class teacher \\
University of Leicester
\smallskip
{\bf Calculus \& analysis} \hfill {\em October 2019 -- April 2020} \\
Class teacher \\
University of Leicester
\smallskip
{\bf Elements of number theory} \hfill {\em October 2019 -- December 2019} \\
Class teacher \\
University of Leicester
\smallskip
{\bf Calculus \& analysis} \hfill {\em January 2019 -- March 2019} \\
Class teacher \\
University of Leicester
\end{rSection}
%----------------------------------------------------------------------------------------
% COMMITTEE ROLES SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Committee roles}
Small Grants Committee \hfill {\em September 2022 -- present} \\
The Leathersellers' Company
\smallskip
Mathematics \& Philosophy Representative \hfill {\em 2015 -- 2016} \\
Joint Consultative Committee with Undergraduates \\
University of Oxford
\smallskip
Undergraduate Representative \hfill {\em 2015 -- 2016} \\
Joint Committee for Mathematics and Philosophy \\
University of Oxford
\smallskip
Undergraduate Representative \hfill {\em 2015 -- 2016} \\
Mathematics Department Art Committee \\
University of Oxford
\end{rSection}
%----------------------------------------------------------------------------------------
% OUTREACH SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Outreach}
University of Leicester Representative \hfill {\em November 2018, 2019, 2020} \\
{\em Research in the UK afternoon} \\
University of Cambridge
\smallskip
Student Helper \hfill {\em March 2013, 2014, 2015} \\
{\em Oxford and Cambridge Student Conferences}
\end{rSection}
%----------------------------------------------------------------------------------------
% OTHER SECTION
%----------------------------------------------------------------------------------------
\begin{rSection}{Other}
London Mathematical Society \hfill {\em June 2019 -- present} \\
Associate member \\
3 reports on conferences written for the LMS newsletter
\smallskip
\begin{tabular}{ @{} >{\bfseries}l @{\hspace{6ex}} l }
Programming & Python, Sage, Maple, node.js, Haskell \\
& Git \\
& \LaTeX
\end{tabular}
\begin{tabular}{ @{} >{\bfseries}l @{\hspace{6ex}} l @{\hspace{6ex}} l}
Languages & & \\
&& (CEFR levels) \\
& English & Native \\
& German & B1 \\
& French & B1 \\
& Japanese & A2 \\
& Spanish & A1
\end{tabular}
\end{rSection}
\end{document}
为什么所有内容都是粗体？我们如何匹配链接中的输出？我正在使用 TeXworks 发行版。
答案1
该类resume使用已弃用的字体命令\bf和\em。这些命令应该在组内使用，就像{\bf Doctorate in Mathematics}上面的代码中一样，其中{ }创建了组。这是必需的，因为\bf是一个开关，即它将范围内的所有剩余文本更改为粗体。范围是组，否则是文档的其余部分。
环境和命令通常也会创建一个组。resume.cls此行为用于包含行的节标题\MakeUppercase{\bf #1}。此处\MakeUppercase旨在创建将效果\bf仅限于标题的组。
2022 年 6 月的实施\MakeUppercase发生了变化，现在字体设置不再局限于此命令的参数，而是影响文档的其余部分。
要解决此问题，您可以使用非弃用命令\textbf{}，该命令接受一个参数。此命令确保粗体仅应用于参数。它还有许多其他优点（请参阅使文本加粗/斜体的“正确”方法是什么？）。
在这种情况下，将有问题的行（第 69 行）更改为resume.cls以下内容：
\MakeUppercase{\textbf{#1}}
然后它会根据提供的示例显示正确的字体。
但是，一般建议不要使用使用弃用字体命令的类，当然也不要用它们在您自己的文档中。