Kaobook

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Template latex pour les cours de physique sur femto-physique.fr
% J. ROUSSEL 
% 
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%----------------------------------------------------------------------------------
%	PACKAGES AND OTHER DOCUMENT CONFIGURATIONS
%----------------------------------------------------------------------------------
\documentclass[
	a4paper, % Page size
	fontsize=10pt, % Base font size
	twoside=true, % Use different layouts for even and odd pages (in particular, if twoside=true, the margin column will be always on the outside)
	%open=any, % If twoside=true, uncomment this to force new chapters to start on any page, not only on right (odd) pages
	%chapterentrydots=true, % Uncomment to output dots from the chapter name to the page number in the table of contents
	numbers=noenddot, % Comment to output dots after chapter numbers; the most common values for this option are: enddot, noenddot and auto (see the KOMAScript documentation for an in-depth explanation)
]{kaobook}
% Choose the language
\ifxetexorluatex
	\usepackage{polyglossia}
	\setmainlanguage{french}
\else
	%\usepackage[english,french]{babel}
	\usepackage[french]{babel} % Load characters and hyphenation
\fi
\usepackage{csquotes}



% Load packages for testing
% \usepackage{blindtext}
% \usepackage{showframe} % Uncomment to show boxes around the text area, margin, header and footer
% \usepackage{showlabels} % Uncomment to output the content of \label commands to the document where they are used

% Load the bibliography package
\usepackage{kaobiblio}
\addbibresource{refOMP.bib}

% Load mathematical packages for theorems and related environments
\usepackage[framed=true]{kaotheorems}

% Load the package for hyperreferences
\usepackage{kaorefs}

% \makeindex[columns=3, title=Alphabetical Index, intoc] % Make LaTeX produce the files required to compile the index
% \makeglossaries % Make LaTeX produce the files required to compile the glossary
% \input{glossary.tex} % Include the glossary definitions
% \setlength{\nomitemsep}{-\parsep}.
\makenomenclature % Make LaTeX produce the files required to compile the nomenclature
%% This will add the subgroups
%----------------------------------------------
% \usepackage[separate-uncertainty=true,alsoload=synchem]{siunitx}
\usepackage[uncertainty-mode = separate]{siunitx}
\sisetup{locale = FR,group-digits = all} 
\DeclareSIUnit\mmHg{mmHg}
\DeclareSIUnit\bar{bar}
\DeclareSIUnit\torr{torr}
\DeclareSIUnit[quantity-product = {}] \degreeF{\text{\textdegree}F}

%----------------------------------------------
%% This will add the units
%----------------------------------------------
\newcommand{\nomunit}[1]{%
\renewcommand{\nomentryend}{\hspace*{\fill}#1}}
%----------------------------------------------

% Reset sidenote counter at chapters
% \counterwithin*{sidenote}{chapter}



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% 								| STYLES TIKZ |
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%----------------------------------------------------------------------------------------
\begin{document}
\renewcommand{\labelitemi}{\tiny$\blacktriangleright$}
\renewcommand{\labelitemii}{\textbullet}

%----------------------------------------------------------------------------------------
%	BOOK INFORMATION
%----------------------------------------------------------------------------------------
\titlehead{
\begin{tikzpicture}[remember picture,overlay]
%%%%%%%%%%%%%%%%%%%% Background %%%%%%%%%%%%%%%%%%%%%%%%
\fill[monOrange] (current page.south west) rectangle (current page.north east);
%%%%%%%%%%%%%%%%%%%% Background Polygon %%%%%%%%%%%%%%%%%%%%
\foreach \i in {2.5,...,22}{
    \node[rounded corners,monOrange!60,draw,regular polygon,regular polygon sides=6, minimum size=\i cm,ultra thick] at ($(current page.west)+(2.5,-5)$) {} ;}
\foreach \i in {0.5,...,22}{
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	\node[monOrange!85,rounded corners,draw,regular polygon,regular polygon sides=6, minimum size=\i cm,ultra thick] at ($(current page.south east)+(-0.2,-0.45)$) {} ;}
%%%%%%%%%%%%%%%%%%%% Title of the Report %%%%%%%%%%%%%%%%%%%% 
\node[left,white,minimum width=0.625*\paperwidth,minimum height=3cm, rounded corners] at ($(current page.north east)+(0,-9.5)$){{\fontsize{25}{30} \selectfont \bfseries COURS DE PHYSIQUE}};
%%%%%%%%%%%%%%%%%%%% Subtitle %%%%%%%%%%%%%%%%%%%% 
\node[left,white,minimum width=0.625*\paperwidth,minimum height=2cm, rounded corners] at ($(current page.north east)+(0,-11)$){{\huge \textit{TEMPLATE LATEX}}};
%%%%%%%%%%%%%%%%%%%% Author Name %%%%%%%%%%%%%%%%%%%% 
\node[left,black!85,minimum width=0.625*\paperwidth,minimum height=2cm, rounded corners] at ($(current page.north east)+(0,-13)$){{\Large \textsc{Jimmy Roussel}}};
%%%%%%%%%%%%%%%%%%%% Year %%%%%%%%%%%%%%%%%%%% 
\node[rounded corners,text=monOrange,regular polygon,regular polygon sides=6, minimum size=2.5 cm,inner sep=0,ultra thick,fill=monOrange!60] at ($(current page.west)+(2.5,-5)$) {\LARGE \bfseries 2023};
\node[fill=white,ultra thick,draw=monOrange!60,text=monBleu,rounded corners,inner sep=4pt] at ($(current page.south)+(0,2)$) {\bfseries \href{https://femto-physique.fr/omp/}{femto-physique.fr/omp}} ;
\end{tikzpicture}
}
% \subject{}
\title[Cours sur les outils et méthodes scientifiques -- \href{https://femto-physique.fr}{femto-physique.fr}]{}

% \subtitle{}
\author[\textsc{Jimmy Roussel}, professeur agrégé à l'Ecole Nationale Supérieure de Chimie de Rennes]{}
\date{}

%----------------------------------------------------------------------------------------
% START of the pre-document content, uses roman numerals
% ---------------------------------------------------------------------------------------
\frontmatter 
%----------------------------------------------------------------------------------------
%	COPYRIGHT PAGE
%----------------------------------------------------------------------------------------
\makeatletter
\uppertitleback{\@plaintitle\\ \@plainauthor} % Header
\lowertitleback{
\textbf{Copyright} \copyright\ 2023 Jimmy Roussel\\
\ccbync\ Ce document est sous licence \emph{Creative Commons} «Attribution - Pas d’Utilisation Commerciale 4.0 International (CC BY-NC 4.0)».

Pour plus d'informations: \href{https://creativecommons.org/licenses/by-nc/4.0/}{creativecommons.org/licenses/by-nc/4.0/}
\medskip

Ce document est réalisé avec l'aide de \href{https://sourceforge.net/projects/koma-script/}{\KOMAScript} et  \href{ttps://www.latex-project.org/}{\LaTeX} en utilisant la classe \href{https://github.com/fmarotta/kaobook/}{kaobook}.
\medskip

\textbf{1\iere édition --} Janv. 2011

\textbf{Version en ligne --} \href{https://femto-physique.fr/omp/}{femto-physique.fr/omp}
}
\makeatother

%----------------------------------------------------------------------------------------
%	OUTPUT TITLE PAGE AND PREVIOUS
%----------------------------------------------------------------------------------------
% Note that \maketitle outputs the pages before here
\maketitle

%----------------------------------------------------------------------------------------
%	PREFACE
%----------------------------------------------------------------------------------------

\input{chapters/preface.tex}
\index{Préface}

%----------------------------------------------------------------------------------------
%	TABLE OF CONTENTS & LIST OF FIGURES/TABLES
%----------------------------------------------------------------------------------------

\begingroup % Local scope for the following commands

% Define the style for the TOC, LOF, and LOT
%\setstretch{1} % Uncomment to modify line spacing in the ToC
%\hypersetup{linkcolor=blue} % Uncomment to set the colour of links in the ToC
\setlength{\textheight}{230\hscale} % Manually adjust the height of the ToC pages

% Turn on compatibility mode for the etoc package
\etocstandarddisplaystyle % "toc display" as if etoc was not loaded
\etocstandardlines % "toc lines" as if etoc was not loaded

\tableofcontents % Output the table of contents

\listoffigures % Output the list of figures

% Comment both of the following lines to have the LOF and the LOT on different pages
\let\cleardoublepage\bigskip
\let\clearpage\bigskip

\listoftables % Output the list of tables

\endgroup
%----------------------------------------------------------------------------------------
%	MAIN BODY
%----------------------------------------------------------------------------------------
\mainmatter % Denotes the start of the main document content, resets page numbering and uses arabic numbers
\setchapterstyle{kao} % Choose the default chapter heading style

% -------- Outils d'analyse -------
\pagelayout{wide} % No margins
\addpart{Autour de la mesure}
\pagelayout{margin} % Restore margins

\input{chapters/unites_dimensions}
\input{chapters/mesurer}


\backmatter % Denotes the end of the main document content
\setchapterstyle{plain} % Output plain chapters from this point onwards

%----------------------------------------------------------------------------------------
%	BIBLIOGRAPHY
%----------------------------------------------------------------------------------------
% The bibliography needs to be compiled with biber using your LaTeX editor, or on the command line with 'biber main' from the template directory
\printbibliography[heading=bibintoc, title=Pour en savoir plus] % Add the bibliography heading to the ToC, set the title of the bibliography and output the bibliography note
\nocite{Moreau:1975,Giacomo:1995,Taylor:1999,Bally:2010}

%----------------------------------------------------------------------------------------
%	NOTATIONS & GRANDEURS
%----------------------------------------------------------------------------------------
% The nomenclature needs to be compiled on the command line with 'makeindex main.nlo -s nomencl.ist -o main.nls' from the template directory
\nomenclature[A, 01]{\(h\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?h}
{Constante de Planck}
\nomunit{\SI[group-digits=true]{6.62607015e-34}{\joule\per\hertz}}}
\nomenclature[A, 02]{\(c\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?c}
{Vitesse de la lumière	dans le vide}
\nomunit{\SI[group-digits=true]{299792458}{\meter\per\second}}}
\nomenclature[A, 03]{\(\Delta\nu_\textsf{Cs}\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?nucs}
{Fréquence hyperfine du \(^{133}\textsf{Cs}\)}
\nomunit{\SI[group-digits=true]{9192631770}{\hertz}}}
\nomenclature[A, 04]{\(e\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?e}
{Charge élémentaire}
\nomunit{\SI[group-digits=true]{1,602176634e-9}{\coulomb}}}
\nomenclature[A, 05]{\(k_\text{B}\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?k}
{Constante de Boltzmann}
\nomunit{\SI[group-digits=true]{1,380649e-23}{\joule\per\kelvin}}}
\nomenclature[A, 07]{\(R=k_\text{B}N_\text{A}\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?r}
{Constante des gaz parfaits}
\nomunit{\SI[group-digits=true]{8,314462618}{\joule\per\kelvin\per\mol}}}
\nomenclature[A, 06]{\(N_\text{A}\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?na}
{Nombre d'Avogadro}
\nomunit{\SI[group-digits=true]{6,02214076e23}{\per\mol}}}
\nomenclature[A, 08]{\(K_\text{cd}\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?kcd}
{Efficacité lumineuse}
\nomunit{\SI[group-digits=true]{683}{\lumen\per\watt}}}
% autres constantes
\nomenclature[B, 01]{\(G\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?bg}
{Constante gravitationnelle} 
\nomunit{\SI[group-digits=false]{6.67430e-11}{\meter\cubed\per\kilogram\per\second\squared}}}
\nomenclature[B, 02]{\(\epsilon_0\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?ep0}
{Permittivité diélectrique du vide} 
\nomunit{\SI[group-digits=false]{8.85418781e-12}{\farad\per\meter}}}
\nomenclature[B, 03]{\(\mu_0\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?mu0}
{Perméabilité magnétique du vide} 
\nomunit{\SI[group-digits=false]{1.256637062e-6}{\henry\per\meter}}}
\nomenclature[B, 04]{\(m_\text{e}\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?me}
{Masse de l'électron au repos} 
\nomunit{\SI[group-digits=false]{9.10938370e-31}{\kilogram}}}
\nomenclature[B, 05]{\(m_\text{p}\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?mp}
{Masse du proton au repos} 
\nomunit{\SI[group-digits=false]{1.672621923e-27}{\kilogram}}}
\nomenclature[B, 06]{\(m_\text{n}\)}{\href{https://physics.nist.gov/cgi-bin/cuu/Value?mn}
{Masse du neutron au repos} 
\nomunit{\SI[group-digits=false]{1.674927498e-27}{\kilogram}}}

% grandeurs physiques
\nomenclature[C]{$m$}{Masse (kg)}
\nomenclature[C]{$\rho$}{Masse volumique ($\mathrm{kg.m^{-3}}$)}
\nomenclature[C]{$q$}{Charge électrique (C)}
\nomenclature[C]{$\mathcal{A}$}{Aire ($\mathrm{m^{2}}$)}
\nomenclature[C]{$V$}{Volume ($\mathrm{m^{3}}$)}
\nomenclature[C]{$t$}{Temps (s)}
\nomenclature[C]{$\nu$}{Fréquence (Hz)}
\nomenclature[C]{$T$}{Période (s)}
\nomenclature[C]{$v$}{Vitesse ($\mathrm{m.s^{-1}}$)}
\nomenclature[C]{$\omega$}{Vitesse angulaire, pulsation ($\mathrm{rad.s^{-1}}$)}
\nomenclature[C]{$a$}{Accélération ($\mathrm{m.s^{-2}}$)}
\nomenclature[C]{$f$}{force (N)}
\nomenclature[C]{$P$}{poids (N)}
% symboles math
\nomenclature[D,01]{$\stackrel{\text{def}}=$}{Relation de définition}
\nomenclature[D,02]{$\sim$}{Égal en ordre de grandeur}
\nomenclature[D,03]{$A\gg B $}{$A$ très grand devant $B$}
\nomenclature[D,04]{$A \ll B$}{$A$ très petit devant $B$}
\nomenclature[D,05]{$\overline{f}$}{Moyenne d'ensemble}
\nomenclature[D,06]{$\frac{\mathrm{d} f}{\mathrm{d} t}$}{Dérivée première par rapport au temps}
\nomenclature[D,07]{$\frac{\mathrm{d}^n f}{\mathrm{d} t^n}$}{Dérivée n-ième par rapport au temps}
\nomenclature[D,08]{$\left(\frac{\partial S}{\partial V}\right)_{U,X}$}{Dérivée partielle de $S$ par rapport $V$, les variables $U$ et $X$ étant maintenues constantes}
\nomenclature[D,09]{$\int_\text{C} \overrightarrow{A}(\text{M})\cdot \mathrm{d}\overrightarrow{\ell}$}{Circulation de  $\overrightarrow{A}$ le long du circuit C}
\nomenclature[D,10]{$\iint_\text{S}\overrightarrow{A}(\text{M})\cdot \overrightarrow{n}\, \mathrm{d}S$}{Flux d'un champ vectoriel $\overrightarrow{A}$}
\nomenclature[D,11]{$\iiint_\text{V} f(\text{M})\, \mathrm{d}\tau$}{Intégrale de volume}

\renewcommand{\nomname}{Grandeurs physiques et symboles mathématiques} % Rename the default 'Nomenclature'
\setlength{\nomitemsep}{2pt}
\newlength{\nomgroupstartsep}
\setlength{\nomgroupstartsep}{16pt}
\newcommand{\nomenclheader}[1]{\item[\hspace*{-\itemindent}\bfseries#1]}
% \renewcommand\nomgroup[1]{%
%   \item[\bfseries
%   \ifstrequal{#1}{A}{Constantes physiques définies par le SI (valeurs exactes)}{%
%   \ifstrequal{#1}{B}{Autres constantes physiques}{%
%   \ifstrequal{#1}{C}{Grandeurs Physiques}{%
%   \ifstrequal{#1}{D}{Symboles mathématiques}{}}}}%
% ]}
\renewcommand\nomgroup[1]{%
 \itemsep\nomgroupstartsep%
  \IfStrEqCase{#1}{%
   {A}{\nomenclheader{Constantes physiques définies par le SI (valeurs exactes)}}% 
   {B}{\nomenclheader{Autres constantes physiques}}%
   {C}{\nomenclheader{Grandeurs physiques}}%
   {D}{\nomenclheader{Symboles mathématiques}}%
  }%
  \itemsep\nomitemsep% restore spacing
}
\printnomenclature[3cm] % Output the nomenclature

%----------------------------------------------------------------------------------------
%	GLOSSARY
%----------------------------------------------------------------------------------------

% The glossary needs to be compiled on the command line with 'makeglossaries main' from the template directory

\setglossarystyle{listgroup} % Set the style of the glossary (see https://en.wikibooks.org/wiki/LaTeX/Glossary for a reference)
\printglossary[title=Special Terms, toctitle=List of Terms] % Output the glossary, 'title' is the chapter heading for the glossary, toctitle is the table of contents heading

%----------------------------------------------------------------------------------------
%	INDEX
%----------------------------------------------------------------------------------------
% The index needs to be compiled on the command line with 'makeindex main' from the template directory
% \printindex % Output the index

%----------------------------------------------------------------------------------------
%	BACK COVER
%----------------------------------------------------------------------------------------
% If you have a PDF/image file that you want to use as a back cover, uncomment the following lines
% \clearpage
\thispagestyle{empty}
\null%
%----------------------------------------------------------------------------------------
%	BACK COVER
%----------------------------------------------------------------------------------------
% If you have a PDF/image file that you want to use as a back cover, uncomment the following lines
\clearpage
\thispagestyle{empty}
\null%
\begin{tikzpicture}[remember picture,overlay]
%%%%%%%%%%%%%%%%%%%% THEME %%%%%%%%%%%%%%%%%%%%%%%%%%%%
\def\theme{omp}
%%%%%%%%%%%%%%%%%%%% Background %%%%%%%%%%%%%%%%%%%%%%%%
\fill[monOrange] (current page.south west) rectangle (current page.north east);
%%%%%%%%%%%%%%%%%%%% Background Polygon %%%%%%%%%%%%%%%%%%%%
\foreach \i in {2.5,...,21}{
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\node[rounded corners,text=monOrange,regular polygon,regular polygon sides=6, minimum size=2.5 cm,inner sep=0,ultra thick,fill=monOrange!60] at ($(current page.west)+(2.5,-5)$) {\LARGE \bfseries 2023};
\node[fill=white,ultra thick,draw=monOrange!60,text=monBleu,rounded corners,inner sep=4pt] at ($(current page.south)+(0,2)$) {\bfseries \href{https://femto-physique.fr/\theme/}{femto-physique.fr/\theme}} ;
\end{tikzpicture}
%----------------------------------------------------------------------------------------

\end{document}