2022-2023/tools/style/shortcuts.sty

\NeedsTeXFormat{LaTeX2e}

%%%%%%%%%%%%%%%%%
%  Raccourcis  %
%%%%%%%%%%%%%%%%%

% Displaystyle
\newcommand{\ds}{\displaystyle}

%  Ensembles 
\newcommand{\N}{\mathbb{N}}
\newcommand{\Z}{\mathbb{Z}}
%\newcommand{\D}{\mathbb{D}}
\newcommand{\Q}{\mathbb{Q}}
\newcommand{\R}{\mathbb{R}}
\newcommand{\C}{\mathbb{C}}



% intervalles ouvert ouvert
\newcommand{\intOO}[2]{\left]{#1}\,{;}\,{#2}\right[}
% intervalles ouvert fermé 
\newcommand{\intOF}[2]{\left]{#1}\,{;}\,{#2}\right]}
% intervalles fermé ouvert
\newcommand{\intFO}[2]{\left[{#1}\,{;}\,{#2}\right[}
% intervalles fermé fermé
\newcommand{\intFF}[2]{\left[{#1}\,{;}\,{#2}\right]}


%% Vecteurs
% représentation d'un vecteur
\newcommand{\vect}[1]{\overrightarrow{#1}}
% Norme d'un vecteur
\newcommand{\norme}[1]{||\vect{#1}||}
% Produit scalaire 
\newcommand{\scal}[2]{\vect{#1} \cdot \vect{#2}}
\newcommand{\vectCoord}[2]{%
    {\renewcommand{\arraystretch}{1}%
    \left(\begin{array}{c} #1 \\ #2 \end{array}  \right)%
    }%
}

% Les complexes
\def\Ouv{$\left(\text{O}~;~\vect{u},~\vect{v}\right)$}
\newcommand{\e}{\mathrm{\,e\,}}%      le e de l'exponentielle
%\renewcommand{\i}{\mathrm{\,i\,}}%    le i des complexes 

%% Proba
\newcommand{\coefBino}[2]{\vectCoord{#1}{#2}}

%% Logique
\renewcommand{\equiv}{\Leftrightarrow}

%% Calculatrice
\usepackage{listings}
\newcommand{\calc}[1]{\Ovalbox{\lstinline|#1|}}
%\newcommand{\calc}[1]{\verb!#1!}

%% Autres
\newcommand{\TODO}[1]{\textcolor{red}{note(#1)}}

% Difficulté

\usepackage{fontawesome5}
\newcommand{\dure}{(\faBolt) }
\newcommand{\superDure}{(\faBioHazard) }

% Icones
\newcommand{\icon}[2][scale=0.4]{%
\includegraphics[#1]{icons/#2.png}%
}

% Icones des compétences
\newcommand{\iconScale}{0.3}
\newcommand{\Cher}[1][scale=\iconScale]{%
    \icon[#1]{card-pick}
}
\newcommand{\Mod}[1][scale=\iconScale]{%
    \icon[#1]{processor}
}
\newcommand{\Rep}[1][scale=\iconScale]{%
    \icon[#1]{chart}
}
\newcommand{\Rai}[1][scale=\iconScale]{%
    \icon[#1]{brain}
    %\icon[#1]{gears}
}
\newcommand{\Cal}[1][scale=\iconScale]{%
    \icon[#1]{computing}
}
\newcommand{\Com}[1][scale=\iconScale]{%
    \icon[#1]{conversation}
}
\newcommand{\Con}[1][scale=\iconScale]{%
    \icon[#1]{book-cover}
}

% Pour l'évaluation par compétence
\usepackage{tikzsymbols}
\usetikzlibrary{babel, shapes, snakes}

\RequirePackage{xstring}
\newcommand{\RepLevel}[1]{%
    \IfEqCase{#1}{%
        {.}{\Xey[2]}%
        {0}{\Changey[2]{-1}}%
        {1}{\Changey[2][black!20]{0}}%
        {2}{\Changey[2][black!40]{1}}%
        {3}{\Cooley[2][black!60]}%
    }[\PackageError{Rep}{Undefinded type of answer: #1}{}]%
}
\newcommand{\RepT}{\Cooley[2][black!70]}
\newcommand{\RepD}{\Changey[2][black!40]{1}}
\newcommand{\RepU}{\Changey[2][black!10]{0}}
\newcommand{\RepZ}{\Changey[2]{-1}}
\newcommand{\NoRep}{\Xey[2]}

\newcommand{\EmptySignalBar}{%
    \draw (0, 0) rectangle ++(0.8, 1);
    \draw (1, 0) rectangle ++(0.8, 2);
    \draw (2, 0) rectangle ++(0.8, 3);
    \draw (3, 0) rectangle ++(0.8, 4);
}
\newcommand{\filledSignalBar}[1]{%
    \IfEqCase{#1}{%
        {}{%
        }
        {e}{%
            \EmptySignalBar
        }
        {3}{%
            \EmptySignalBar
            \filldraw[fill=green] (0, 0) rectangle ++(0.8, 1);
            \filldraw[fill=green] (1, 0) rectangle ++(0.8, 2);
            \filldraw[fill=green] (2, 0) rectangle ++(0.8, 3);
            \filldraw[fill=green] (3, 0) rectangle ++(0.8, 4);
        }
        {2}{%
            \EmptySignalBar
            \filldraw[fill=green] (0, 0) rectangle ++(0.8, 1);
            \filldraw[fill=green] (1, 0) rectangle ++(0.8, 2);
            \filldraw[fill=green] (2, 0) rectangle ++(0.8, 3);
        }
        {1}{%
            \EmptySignalBar
            \filldraw[fill=yellow] (0, 0) rectangle ++(0.8, 1);
            \filldraw[fill=yellow] (1, 0) rectangle ++(0.8, 2);
        }
        {0}{%
            \EmptySignalBar
            \filldraw[fill=red] (0, 0) rectangle ++(0.8, 1);
        }
    }[\PackageError{Assesment}{Undefinded type of answer: #1}{}]%
}

\newcommand{\SignalBar}[1]{%
    \begin{tikzpicture}[scale=0.15]
        \filledSignalBar{#1}
    \end{tikzpicture}
}

\newcommand{\Assesment}[1]{%
    \SignalBar{#1}
    \IfEqCase{#1}{%
        {3}{%
            Très bonne maîtrise%
        }%
        {2}{%
            Maîtrise satisfaisante
        }%
        {1}{%
            Maîtrise fragile%
        }%
        {0}{%
            Maîtrise insufisante%
        }%
    }[\PackageError{Assesment}{Undefinded type of answer: #1}{}]%
}

\newcommand{\competencesStatement}{%
    \begin{multicols}{3}
        \noindent
        Nom:  \dotfill \\[0.5cm]
        Prénom:  \dotfill \\
        \vfill\none
        \columnbreak
        \noindent
        \Cher Chercher \hfill \SignalBar{e}\\
        \Mod Modélser \hfill \SignalBar{e}\\
        \Rep Représenter \hfill \SignalBar{e}\\
        \vfill\none
        \columnbreak
        \noindent
        \Rai Raisonner \hfill \SignalBar{e}\\
        \Cal Calculer \hfill \SignalBar{e}\\
        \Com Communiquer \hfill \SignalBar{e}\\
    \end{multicols}
}


% ##########################
% Tikz shortcuts
% ##########################

% Les dessins
\RequirePackage{tikz}

%% le cercle trigo
\newcommand{\cercleTrigo}%
{%
    \draw[->, very thick] (-1.1,0) -- (1.1, 0);
    \draw[->, very thick] (0,-1.1) -- (0,1.1);
    \draw[very thick] (0,0) circle (1);
    \draw (0,0) node[below left] {$O$};
    \draw (1,0) node[below right] {$I$};
    \draw (0,1) node[above left] {$J$};
}

\newcommand{\cercleTrigoNoOIJ}%
{%
    \draw[->, very thick] (-1.1,0) -- (1.1, 0);
    \draw[->, very thick] (0,-1.1) -- (0,1.1);
    \draw[very thick] (0,0) circle (1);
}

%% Le repère orthonormé avec la grille
%%% \repere{xmin}{xmax}{ymin}{ymax}
\newcommand{\repere}[4]%
{%
        \draw[very thin, gray] (#1,#3) grid (#2,#4);
        \draw[->, very thick] (#1,0) -- (#2,0);
        \draw[->, very thick] (0,#3) -- (0,#4);
        \draw (0,0) node[below left] {$O$};
        \draw (1, 0) node [below left] {1};
        \draw (0, 1) node [below left] {1};
    }
\newcommand{\repereOIJ}[4]%
{%
        \draw[very thin, gray] (#1,#3) grid (#2,#4);
        \draw[->, very thick] (#1,0) -- (#2,0);
        \draw[->, very thick] (0,#3) -- (0,#4);
        \draw (0,0) node[below left] {$O$};
        \draw[->, very thick] (0, 0) -- node [below, midway] {$\vect{i}$} (1, 0);
        \draw[->, very thick] (0, 0) -- node [left, midway] {$\vect{j}$} (0, 1);
    }
\newcommand{\repereNoGrid}[4]%
{%
        \draw[->, very thick] (#1,0) -- (#2,0);
        \draw[->, very thick] (0,#3) -- (0,#4);
    }

%% Diagramme boite
%%% \boxplot{Vertical Center}{min}{Q1}{Me}{Q3}{Max}
\newcommand{\boxplot}[6]%
{%
    \filldraw[color=highlightbg, draw=text] (#3, {#1 - 0.5}) rectangle (#5, {#1 + 0.5});
    \draw (#2, {#1 - 0.5}) -- (#2, {#1 + 0.5}) node[above] {$Min$};
    \draw (#3, {#1 - 0.5}) -- (#3, {#1 + 0.5}) node[above] {$Q_1$};
    \draw (#4, {#1 - 0.5}) -- (#4, {#1 + 0.5}) node[above] {$Me$};
    \draw (#5, {#1 - 0.5}) -- (#5, {#1 + 0.5}) node[above] {$Q_3$};
    \draw (#6, {#1 - 0.5}) -- (#6, {#1 + 0.5}) node[above] {$Max$};

    \draw (#2, #1) -- (#3, #1);
    \draw (#5, #1) -- (#6, #1);

    %\draw ({(#2 +#3)/2}, #1) node[above] {25\%};
    %\draw ({(#3 +#4)/2}, #1) node[above] {25\%};
    %\draw ({(#4 +#5)/2}, #1) node[above] {25\%};
    %\draw ({(#5 +#6)/2}, #1) node[above] {25\%};

}
\newcommand{\boxplotNoNames}[6]%
{%
    \filldraw[color=highlightbg, draw=text] (#3, {#1 - 0.5}) rectangle (#5, {#1 + 0.5});
    \draw (#2, {#1 - 0.5}) -- (#2, {#1 + 0.5});
    \draw (#3, {#1 - 0.5}) -- (#3, {#1 + 0.5});
    \draw (#4, {#1 - 0.5}) -- (#4, {#1 + 0.5});
    \draw (#5, {#1 - 0.5}) -- (#5, {#1 + 0.5});
    \draw (#6, {#1 - 0.5}) -- (#6, {#1 + 0.5});

    \draw (#2, #1) -- (#3, #1);
    \draw (#5, #1) -- (#6, #1);
}

\usetikzlibrary{quotes,arrows.meta}

\tikzset{
    % drawing parallelepipoid
    annotated cuboid/.pic={
        \tikzset{%
            every edge quotes/.append style={midway, auto},
            /cuboid/.cd,
            #1
        }
        \draw [every edge/.append style={pic actions, densely dashed, opacity=.5}, pic actions]
        (0,0,0) coordinate (o) -- ++(-\cubescale*\cubex,0,0) coordinate (a) -- ++(0,-\cubescale*\cubey,0) coordinate (b) edge coordinate [pos=1] (g) ++(0,0,-\cubescale*\cubez)  -- ++(\cubescale*\cubex,0,0) coordinate (c) -- cycle
        (o) -- ++(0,0,-\cubescale*\cubez) coordinate (d) -- ++(0,-\cubescale*\cubey,0) coordinate (e) edge (g) -- (c) -- cycle
        (o) -- (a) -- ++(0,0,-\cubescale*\cubez) coordinate (f) edge (g) -- (d) -- cycle;
        \path [every edge/.append style={pic actions, |-|}]
        (b) +(0,-5pt) coordinate (b1) edge ["\cubex \cubeunits"'] (b1 -| c)
        (b) +(-5pt,0) coordinate (b2) edge ["\cubey \cubeunits"] (b2 |- a)
        (c) +(3.5pt,-3.5pt) coordinate (c2) edge ["\cubez \cubeunits"'] ([xshift=3.5pt,yshift=-3.5pt]e)
        ;
    },
    /cuboid/.search also={/tikz},
    /cuboid/.cd,
    width/.store in=\cubex,
    height/.store in=\cubey,
    depth/.store in=\cubez,
    units/.store in=\cubeunits,
    scale/.store in=\cubescale,
    width=10,
    height=10,
    depth=10,
    units=cm,
    scale=.1,
}