Additional information were inserted into the guide and to the (15c5cbfe) · Commits · External Relations / Document Templates / fithesis

Makefile

+10 −9

Original line number	Diff line number	Diff line
		@@ -29,8 +29,9 @@ USEREXAMPLES=example/mu/econ-lualatex.pdf \
		example/mu/phil-pdflatex.pdf example/mu/sci-lualatex.pdf \
		example/mu/sci-pdflatex.pdf
		DEVEXAMPLES=guide/EXAMPLE/DESCRIPTION guide/mu/DESCRIPTION \
		guide/DESCRIPTION locale/DESCRIPTION locale/EXAMPLE.dtx \
		locale/EXAMPLE.ins logo/EXAMPLE/DESCRIPTION logo/mu/DESCRIPTION \
		guide/mu/resources/DESCRIPTION guide/DESCRIPTION \
		locale/DESCRIPTION locale/EXAMPLE.dtx locale/EXAMPLE.ins \
		logo/EXAMPLE/DESCRIPTION logo/mu/DESCRIPTION \
		logo/DESCRIPTION style/EXAMPLE/DESCRIPTION style/mu/DESCRIPTION \
		style/DESCRIPTION test/DESCRIPTION example/EXAMPLE/DESCRIPTION \
		example/mu/DESCRIPTION example/DESCRIPTION
		@@ -71,13 +72,13 @@ all: $(SUBMAKES_REQUIRED)
		complete: all
		make $(PDFS) clean

		# This pseudo-target calls a submakefile
		# This pseudo-target calls a submakefile.
		$(SUBMAKES_REQUIRED):
		make -C $@ all

		# This pseudo-target performs the unit tests
		# This pseudo-target performs the unit tests.
		test: all
		make -C test
		make -C test all

		# This pseudo-target creates the distribution archive.
		dist: dist-implode complete
		@@ -99,14 +100,14 @@ $(MANUAL): $(DTXFILES)
		pdflatex $<
		pdflatex $<

		# This target generates a TeX directory structure file
		# This target generates a TeX directory structure file.
		$(TDSARCHIVE):
		DIR=`mktemp -d` && \
		make install to="$$DIR" nohash=true && \
		(cd "$$DIR" && zip -r -v -nw $@ *) && \
		mv "$$DIR"/$@ $@ && rm -rf "$$DIR"

		# This target generates a distribution file
		# This target generates a distribution file.
		$(DISTARCHIVE): $(SOURCES) $(LATEXFILES) $(MAKES) $(TESTS) \
		$(DOCS) $(PDFSOURCES) $(MISCELLANEOUS) $(EXAMPLES) $(VERSION)
		DIR=`mktemp -d` && \
		@@ -115,7 +116,7 @@ $(DISTARCHIVE): $(SOURCES) $(LATEXFILES) $(MAKES) $(TESTS) \
		(cd "$$DIR" && zip -r -v -nw $@ *) && \
		mv "$$DIR"/$@ . && rm -rf "$$DIR"

		# This target generates a CTAN distribution file
		# This target generates a CTAN distribution file.
		$(CTANARCHIVE): $(SOURCES) $(MAKES) $(TESTS) $(EXAMPLES) \
		$(MISCELLANEOUS) $(EPSLOGOS) $(DOCS) $(VERSION)
		DIR=`mktemp -d` && mkdir -p "$$DIR/fithesis" && \

example/mu/example.dtx

+64 −66

Original line number	Diff line number	Diff line
		@@ -61,6 +61,7 @@
		%%
		%% For non-Latin scripts, it may be necessary to load additional
		%% fonts:
		\usepackage[T1,T2A]{fontenc}
		\usepackage{paratype}
		\def\textrussian#1{{\usefont{T2A}{PTSerif-TLF}{m}{rm}#1}}
		%</pdftex>
		@@ -404,6 +405,7 @@
		\usepackage{amsthm}
		\usepackage{amsfonts}
		\usepackage{url}
		\usepackage{menukeys}
		\begin{document}
		%<*econ>
		\makeatletter
		@@ -732,47 +734,7 @@ fonts will become available: \[
		See \url{http://tex.stackexchange.com/a/58124/70941}.
		}.

		\chapter{The bibliography and the index}
		\section{Inserting the index}
		After using the \verb"\makeindex" macro and loading the
		\texttt{makeidx} package that provides additional indexing
		commands, index entries can be created by issuing the \verb"\index"
		command. \index{dummy text\|(}It is possible to create ranged index
		entries, which will encompass a span of text.\index{dummy text\|)}
		To insert complex typographic material -- such as $\alpha$
		\index{alpha@$\alpha$} or \TeX{} \index{TeX@\TeX} --
		into the index, you need to specify a text string, which will
		determine how the entry will be sorted. It is also possible to
		create hierarchal entries. \index{vehicles!trucks}
		\index{vehicles!speed cars}

		After the first run of
		%<*pdftex>
		\texttt{pdflatex \jobname.tex},
		%</pdftex>
		%<*luatex>
		\texttt{lualatex \jobname.tex},
		%</luatex>
		it is necessary to generate the index by running
		\begin{center}%
		\texttt{texindy -I omega -\kern0em-language }$\langle$\textit{locale}%
		$\rangle$\texttt{ \jobname.idx}
		\end{center}
		where $\langle$\textit{locale}$\rangle$ corresponds to the main
		locale of your thesis -- such as \texttt{english}, and then running
		%<*pdftex>
		\texttt{pdflatex \jobname.tex}
		%</pdftex>
		%<*luatex>
		\texttt{lualatex \jobname.tex}
		%</luatex>
		again. With online services -- such as Overleaf -- this is
		performed automatically, although the locale may be erroneously
		detected, leading to ill-sorted index entries. To insert the
		generated index into the document, use the \verb"\printindex"
		command.

		\section{Inserting the bibliography}
		\chapter{Inserting the bibliography}
		After loading the \texttt{biblatex} package and linking a
		bibliography data\-base file to the document using the
		\verb"\addbibresource" command, you can start citing the entries.
		@@ -787,38 +749,74 @@ or %% Let us define a compound command:
		\emph{\fullcite{inbook-full}}. We can easily insert a bibliographic
		citation into the footnote\footfullcite{inbook-full}.

		The \verb"\nocite" command will not generate any output, but it
		will insert its argument into the bibliography. The
		\verb"\nocite{*}" command will insert all the records in the
		bibliography database file into the bibliography. Try uncommenting
		the command
		The \verb"\nocite" command will not generate any
		output\nocite{booklet-full}, but it will insert its argument into
		the bibliography. The \verb"\nocite{*}" command will insert all the
		records in the bibliography database file into the bibliography.
		Try uncommenting the command
		%% \nocite{*}
		and watch the bibliography section come apart at the seams.

		During the first run of
		%<*pdftex>
		\texttt{pdflatex \jobname.tex},
		%</pdftex>
		%<*luatex>
		\texttt{lualatex \jobname.tex},
		%</luatex>
		citing a \texttt{work} will expand to [\textbf{work}] and the
		When typesetting the document for the first time, citing a
		\texttt{work} will expand to [\textbf{work}] and the
		\verb"\printbibliography" command will produce no output. It is now
		necessary to generate the bibliography by running \texttt{biber
		\jobname.bcf} and then by running
		%<*pdftex>
		\texttt{pdflatex \jobname.tex}
		%</pdftex>
		%<*luatex>
		\texttt{lualatex \jobname.tex}
		%</luatex>
		twice. In the first run, the bibliography section is typeset, and
		in the second run, the section appears in the Table of Contents.
		With online services -- such as Overleaf -- this is performed
		automatically.
		\jobname.bcf} from the command line and then by typesetting the
		document again twice. During the first run, the bibliography
		section and the citations will be typeset, and in the second run,
		the bibliography section will appear in the table of contents.

		The \texttt{biber} command needs to be executed from within the
		directory, where the \LaTeX\ source file is located. In Windows,
		the command line can be opened in a directory by holding down the
		\keys{Shift} key and by clicking the right mouse button while
		hovering the cursor over a directory. Select the \menu{Open
		Command Window Here} option in the context menu that opens shortly
		afterwards.

		With online services -- such as Overleaf -- all commands are
		executed automatically.

		\printbibliography[heading=bibintoc] %% Print the bibliography.

		\chapter{Inserting the index}
		After using the \verb"\makeindex" macro and loading the
		\texttt{makeidx} package that provides additional indexing
		commands, index entries can be created by issuing the \verb"\index"
		command. \index{dummy text\|(}It is possible to create ranged index
		entries, which will encompass a span of text.\index{dummy text\|)}
		To insert complex typographic material -- such as $\alpha$
		\index{alpha@$\alpha$} or \TeX{} \index{TeX@\TeX} --
		into the index, you need to specify a text string, which will
		determine how the entry will be sorted. It is also possible to
		create hierarchal entries. \index{vehicles!trucks}
		\index{vehicles!speed cars}

		After typesetting the document, it is necessary to generate the
		index by running
		\begin{center}%
		\texttt{texindy -I latex -C utf8 -L }$\langle$\textit{locale}%
		$\rangle$\texttt{ \jobname.idx}
		\end{center}
		from the command line, where $\langle$\textit{locale}$\rangle$
		corresponds to the main locale of your thesis -- such as
		\texttt{english}, and then typesetting the document again.

		The \texttt{texindy} command needs to be executed from within the
		directory, where the \LaTeX\ source file is located. In Windows,
		the command line can be opened in a directory by holding down the
		\keys{Shift} key and by clicking the right mouse button while
		hovering the cursor over a directory. Select the \menu{Open Command
		Window Here} option in the context menu that opens shortly
		afterwards.

		With online services -- such as Overleaf -- the commands are
		executed automatically, although the locale may be erroneously
		detected, or the \texttt{makeindex} tool (which is only able to
		sort entries that contain digits and letters of the English
		alphabet) may be used instead of \texttt{texindy}. In either case,
		the index will be ill-sorted.

		\makeatletter\thesis@blocks@clear\makeatother
		\phantomsection %% Print the index and insert it into the
		\addcontentsline{toc}{chapter}{\indexname} %% table of contents.

fithesis.dtx

+5 −3

Original line number	Diff line number	Diff line
		@@ -49,13 +49,15 @@
		%<*class>
		\NeedsTeXFormat{LaTeX2e}
		% Define `\thesis@version` and store it in the `VERSION.tex` file \fi
		\def\thesis@version{2015/11/19 v0.3.25 fithesis3 MU thesis class}
		\def\thesis@version{2015/11/20 v0.3.25 fithesis3 MU thesis class}
		% {\newwrite\f\openout\f=VERSION\write\f{\thesis@version}\closeout\f}
		%
		%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
		%
		% \changes{v0.3.25} {2015/11/19}{The example documents from the
		% \texttt{example} directory are now a part of the CTAN archive.}
		% \changes{v0.3.25} {2015/11/20}{The example documents from the
		% \texttt{example} directory are now a part of the CTAN archive.
		% Additional information were inserted into the guide and to the
		% example files. [VN]}
		% \changes{v0.3.24} {2015/11/17}{Added the \cs{thesis@backend}
		% tunable. The hyphenation pattern switching now uses
		% \textsf{polyglossia} instead of crude \cs{language} switching