%%%
% Logos Recyclage
%%%
\setKVdefault[Recyclage]{Ticket,Papier=false,Verre=false,Bouteille=false,Carton=false,Couleurs}%
\defKV[Recyclage]{Couleur=\setKV[Recyclage]{Couleurs=false}}%

\NewDocumentCommand\LogoRecyclage{o}{%
  \useKVdefault[Recyclage]%
  \setKV[Recyclage]{#1}%
  \ifboolKV[Recyclage]{Papier}{%
    \PfCLogoTriPapier%
  }{%
    \ifboolKV[Recyclage]{Carton}{%
      \PfCLogoTriCarton%
    }{%
      \ifboolKV[Recyclage]{Verre}{%
        \PfCLogoTriVerre%
      }{%
        \ifboolKV[Recyclage]{Bouteille}{%
          \PfCLogoTriBouteille%
        }{%
          \PfCLogoTriTicket%
        }%
      }%
    }%
  }%
}%

\def\PfCLogoTriCodeBase{%
  largeur=3;
  rayon=0.5;
  pair A,B,C,D,Mab,Mbc,Mcd,Mda,O,N[],T[];
  A=(0,0);
  B-A=u*(largeur,0);
  C-B=u*(0,0.5*largeur);
  D-C=A-B;
  O=iso(A,B,C,D)+u*(rayon/2,0);
  Mab-A=u*(rayon,0);
  Mbc-C=u*(0,-rayon);
  Mcd-C=u*(-rayon,0);
  Mda-A=u*(0,rayon);
  N1=2/5[D,C]+u*(rayon/2,-0.1);
  N2-D=u*(0.1,-0.1);
  N3-Mda=u*(0.1,0);
  N4-Mab=u*(0,0.1);
  N5=2/5[A,B]+u*(rayon/2,0.1);
  path contourtri;
  contourtri=D--Mda{dir-90}..{dir0}Mab--B--Mbc{dir90}..{dir180}Mcd--cycle;
  path partieg;
  partieg=O--N1--N2--N3{dir-90}..{dir0}N4--N5--cycle;
  fill contourtri withcolor CouleurFond;
  fill partieg withcolor white;
  picture poubelle;
  poubelle=image(
  pair Q[],R[];
  Q1=C+u*(-0.75rayon,-.75rayon);
  Q2-Q1=u*(-0.25rayon,-1.75rayon);
  Q3-Q2=u*(-0.85rayon,0);
  Q4-Q3=u*(-0.25rayon,1.75rayon);
  R1-Q1=u*(0.125rayon,0.1rayon);
  R2-R1=u*(0.05rayon,0.2rayon);
  R3-R2=u*(-0.15rayon,0);
  R4-R3=u*(-0.15rayon,0.15rayon);
  R8-Q4=u*(-0.125rayon,0.1rayon);
  R7-R8=u*(-0.05rayon,0.2rayon);
  R6-R7=u*(0.15rayon,0);
  R5-R6=u*(0.15rayon,0.15rayon);
  drawoptions(withpen pencircle scaled 1.25 withcolor black);
  trace Q1--Q2--Q3--Q4;
  trace R1--R2--R3--R4--R5--R6--R7--R8--cycle;
  trace 1/5[R3,R6]--4/5[R3,R6];
  drawoptions(withpen pencircle scaled 2.5 withcolor black);
  trace (Q2+u*(0.1rayon,-0.1rayon))--(Q2+u*(0.1rayon,0.1rayon));
  trace (Q3+u*(-0.1rayon,-0.1rayon))--(Q3+u*(-0.1rayon,0.1rayon));
  drawoptions();
  );
  picture bacverre;
  bacverre=image(%
  pair S[];
  S1=C+u*(-0.5rayon,-.35rayon);
  S2-S1=u*(0,-0.45rayon);
  S3-S2=u*(0,-1.25rayon);
  S4-S3=u*(-0.45rayon,-0.45rayon);
  S5-S4=u*(-0.875rayon,0);
  S6-S5=u*(-0.45rayon,0.45rayon);
  S7-S6=u*(0,1.25rayon);
  S8-S7=u*(0.45rayon,0.45rayon);
  S9-S8=u*(0.875rayon,0);
  trace S2--S3{dir-90}..{dir180}S4--S5{dir180}..{dir90}S6--S7{dir90}..{dir0}S8--S9{dir0}..cycle;
  trace (S4+u*(0.15rayon,-0.05rayon))--(S5+u*(-0.15rayon,-0.05rayon));
  trace fullcircle scaled 1mm shifted (iso(S2,S7));
  );
}%

\NewDocumentCommand\PfCLogoTriTicket{}{%
  \ifluatex
    \begin{Geometrie}[Cadre="aucun"]
      boolean Colore;
      color CouleurFond;
      Colore=\useKV[Recyclage]{Couleurs};
      if Colore:
      CouleurFond=(253/256,197/256,47/256);
      else:
      CouleurFond=\useKV[Recyclage]{Couleur};
      fi;
      \PfCLogoTriCodeBase;
      picture journal;
      journal=image(%
%      typetrace:="mainlevee";
      label.top(TEX("\ttfamily\footnotesize TICKET"),iso(A,iso(A,B)+u*(rayon/2,0))+u*(0,rayon/4));
      T1=A+u*(rayon,1.5rayon);
      T2-T1=u*(rayon,-rayon/4);
      T3-T2=u*(0.5rayon,1rayon);
      T4-T3=T1-T2;
      path ticket,lignesprix[];
      ticket=T1--T2{dir60}..{dir90}T3--T4{dir-90}..{dir-150}T1--cycle;
      draw ticket;
      for k=2 upto 7:
      lignesprix[k]=(point(3+k/10) of ticket)--((point(3+k/10) of ticket)+T2-T1);
      if k<7:
      draw subpath(0.1,0.5) of lignesprix[k];
      fi;
      draw subpath(0.6,0.8) of lignesprix[k];
      endfor;
      );
      trace journal;
      if Colore:
      drawoptions(withcolor black);
      else:
      drawoptions(withcolor white);
      fi;
      trace poubelle;
      label(TEX("\bfseries\scriptsize\begin{tabular}{c}BAC\\DE\\TRI\end{tabular}"),iso(Q1,Q2,Q3,Q4));
      drawoptions();
    \end{Geometrie}
  \fi
}%

\NewDocumentCommand\PfCLogoTriBouteille{}{%
  \ifluatex
    \begin{Geometrie}[Cadre="aucun"]
      boolean Colore;
      color CouleurFond;
      Colore=\useKV[Recyclage]{Couleurs};
      if Colore:
      CouleurFond=(253/256,197/256,47/256);
      else:
      CouleurFond=\useKV[Recyclage]{Couleur};
      fi;
      \PfCLogoTriCodeBase;
      picture bouteille;
      bouteille=image(%
      %typetrace:="mainlevee";
      label.top(TEX("\ttfamily\footnotesize PLASTIQUE"),iso(A,iso(A,B)+u*(rayon/2,0))+u*(0,rayon/4));
      T1=A+u*(1.25rayon,1.125rayon);
      T2-T1=u*(0.75rayon,0);
      T3-T2=u*(0,0.5rayon);
      T4-T3=u*(0,0.5rayon);
      T5-T4=u*(0,0.125rayon);
      T6-T5=u*(-0.25rayon,0.25rayon);
      T7-T6=u*(-0.125rayon,0);
      T8-T7=u*(-0.25rayon,-0.25rayon);
      T9-T8=u*(0,-0.125rayon);
      T10-T9=u*(0,-0.5rayon);
      T11-T10=u*(0,-0.5rayon);
      path corps,bouchon,corpsg,lignesgrad[];
      corps=T3{dir100}..{dir70}T4--T5{dir95}..{dir90}T6--T7{dir-90}..{dir-95}T8--T9{dir-70}..{dir-100}T10..{dir-50}T11{dir-10}..{dir10}T2{dir50}..cycle;
      corpsg=T8--T9{dir-70}..{dir-100}T10..{dir-50}T11{dir-10};
      bouchon=T6--(T6+u*(0.05rayon,0))--(T6+u*(0.05rayon,0.05rayon))--(T7+u*(-0.05rayon,0.05rayon))--(T7+u*(-0.05rayon,0))--cycle;
      draw corps;
      draw bouchon;
      for k=1 upto 7:
      lignesgrad[k]=(point(k*length corpsg/8) of corpsg){dir-10}..((point(k*length corpsg/8) of corpsg)+u*(0.125rayon,0));
      if k<>6:
      draw lignesgrad[k];
      fi;
      endfor;
      );
      trace bouteille;
      if Colore:
      drawoptions(withcolor black);
      else:
      drawoptions(withcolor white);
      fi;
      trace poubelle;
      label(TEX("\bfseries\scriptsize\begin{tabular}{c}BAC\\DE\\TRI\end{tabular}"),iso(Q1,Q2,Q3,Q4));
      drawoptions();
    \end{Geometrie}
  \fi
}%

\NewDocumentCommand\PfCLogoTriVerre{}{%
  \ifluatex
    \begin{Geometrie}[Cadre="aucun"]
      boolean Colore;
      color CouleurFond;
      Colore=\useKV[Recyclage]{Couleurs};
      if Colore:
      CouleurFond=(0,139/256,50/256);
      else:
      CouleurFond=\useKV[Recyclage]{Couleur};
      fi;
      \PfCLogoTriCodeBase;
      picture bouteille;
      bouteille=image(%
      %typetrace:="mainlevee";
      label.top(TEX("\ttfamily\footnotesize VERRE"),iso(A,iso(A,B)+u*(rayon/2,0))+u*(0,rayon/4));
      T1=A+u*(1.25rayon,1.125rayon);
      T2-T1=u*(0.75rayon,0);
      T3-T2=u*(0,0.5rayon);
      T4-T3=u*(0,0.5rayon);
      T5-T4=u*(0,0.125rayon);
      T6-T5=u*(-0.25rayon,0.25rayon);
      T7-T6=u*(-0.125rayon,0);
      T8-T7=u*(-0.25rayon,-0.25rayon);
      T9-T8=u*(0,-0.125rayon);
      T10-T9=u*(0,-0.5rayon);
      T11-T10=u*(0,-0.5rayon);
      path corps,bouchon,corpsg,lignesgrad[];
      corps=T3{dir100}..{dir70}T4--T5{dir95}..{dir90}T6--T7{dir-90}..{dir-95}T8--T9{dir-70}..{dir-100}T10..{dir-50}T11{dir-10}..{dir10}T2{dir50}..cycle;
      corpsg=T8--T9{dir-70}..{dir-100}T10..{dir-50}T11{dir-10};
      bouchon=T6--(T6+u*(0.05rayon,0))--(T6+u*(0.05rayon,0.05rayon))--(T7+u*(-0.05rayon,0.05rayon))--(T7+u*(-0.05rayon,0))--cycle;
      draw corps;
      draw bouchon;
      for k=1 upto 7:
      lignesgrad[k]=(point(k*length corpsg/8) of corpsg){dir-10}..((point(k*length corpsg/8) of corpsg)+u*(0.125rayon,0));
      if k<>6:
      draw lignesgrad[k];
      fi;
      endfor;
      );
      trace bouteille;
%      if Colore:
%      drawoptions(withcolor black);
%      else:
      drawoptions(withpen pencircle scaled 1.25 withcolor white);
%      fi;
      trace bacverre;
      label(TEX("\bfseries\scriptsize\begin{tabular}{c}TRI\\VERRE\end{tabular}"),iso(S3,S6)+u*(0,0.245rayon));
      drawoptions();
    \end{Geometrie}
  \fi
}%

\NewDocumentCommand\PfCLogoTriCarton{}{%
  \ifluatex
    \begin{Geometrie}[Cadre="aucun"]
      boolean Colore;
      color CouleurFond;
      Colore=\useKV[Recyclage]{Couleurs};
      if Colore:
      CouleurFond=(253/256,197/256,47/256);
      else:
      CouleurFond=\useKV[Recyclage]{Couleur};
      fi;
      \PfCLogoTriCodeBase;
      picture etui;
      etui=image(%
      %typetrace:="mainlevee";
      label.top(TEX("\ttfamily\footnotesize CARTON"),iso(A,iso(A,B)+u*(rayon/2,0))+u*(0,rayon/4));
      pair Tcarton[];
      Tcarton1=A+u*(0.75rayon,1.75rayon);
      Tcarton2-Tcarton1=u*(0,0.5rayon);
      Tcarton3-Tcarton2=u*(0.5rayon,0.25rayon);
      Tcarton4-Tcarton3=u*(1.25rayon,-0.5rayon);
      Tcarton5-Tcarton4=Tcarton1-Tcarton2;
      Tcarton6-Tcarton5=Tcarton2-Tcarton3;
      Tcarton7-Tcarton6=Tcarton4-Tcarton5;
      Tcarton8-Tcarton3=Tcarton5-Tcarton4;
      path cotehaut,cotegauche,cotedroit,cotebas;
      cotehaut=polygone(Tcarton4,Tcarton7,Tcarton7+u*(0.05rayon,0.35rayon),Tcarton4+u*(0.05rayon,0.35rayon));
      cotebas=polygone(Tcarton5,Tcarton6,Tcarton6+u*(0.15rayon,-0.35rayon),Tcarton5+u*(0.15rayon,-0.35rayon));
      cotegauche=polygone(Tcarton6,Tcarton7,Tcarton7+u*(-0.15rayon,-0.35rayon),Tcarton6+u*(-0.15rayon,-0.35rayon));
      cotedroit=polygone(Tcarton4,Tcarton5,Tcarton5+u*(0.35rayon,-0.15rayon),Tcarton4+u*(0.35rayon,-0.15rayon));
      trace polygone(Tcarton4,Tcarton5,Tcarton6,Tcarton7);
      trace chemin(Tcarton7,Tcarton2,Tcarton3);
      trace segment(Tcarton2,Tcarton1);
      trace cotehaut; trace cotebas; trace cotegauche; trace cotedroit;
      trace segment(Tcarton3,Tcarton4) cutafter segment(Tcarton7+u*(0.05rayon,0.35rayon),Tcarton4+u*(0.05rayon,0.35rayon));
      trace segment(Tcarton1,Tcarton6) cutafter segment(Tcarton7+u*(-0.15rayon,-0.35rayon),Tcarton6+u*(-0.15rayon,-0.35rayon));
      trace segment(Tcarton5,Tcarton8) cutafter segment(Tcarton7,Tcarton6);
      );
      trace etui;
      if Colore:
      drawoptions(withcolor black);
      else:
      drawoptions(withcolor white);
      fi;
      trace poubelle;
      label(TEX("\bfseries\scriptsize\begin{tabular}{c}BAC\\DE\\TRI\end{tabular}"),iso(Q1,Q2,Q3,Q4));
      drawoptions();
    \end{Geometrie}
  \fi
}%

\NewDocumentCommand\PfCLogoTriPapier{}{%
  \ifluatex
    \begin{Geometrie}[Cadre="aucun"]
      boolean Colore;
      color CouleurFond;
      Colore=\useKV[Recyclage]{Couleurs};
      if Colore:
      CouleurFond=(253/256,197/256,47/256);
      else:
      CouleurFond=\useKV[Recyclage]{Couleur};
      fi;
      \PfCLogoTriCodeBase;
      picture journal;
      journal=image(%
%      typetrace:="mainlevee";
      label.top(TEX("\ttfamily\footnotesize PAPIER"),iso(A,iso(A,B)+u*(rayon/2,0))+u*(0,rayon/4));
      T1=A+u*(1.25rayon,rayon);
      T2-T1=u*(0.5rayon,0.125rayon);
      T3-T2=u*(0.5rayon,0);
      T4-T3=u*(-0.125rayon,1.5rayon);
      T5-T2=0.85*(T4-T3);
      T6-T1=0.95*(T4-T3);
      path ticket,lignesprix[];
      ticket=T1--T2--T3--T4--T5--T6--cycle;
      draw ticket;
      trace T2--T5;
      % lignes côté gauche
      for k=1 upto 3:
      lignesprix[k]=(point(5+k/12) of ticket)--((point(5+k/12) of ticket)+T5-T6);
      draw subpath(0.1,0.5) of lignesprix[k];
      endfor;
      for k=5 upto 6:
      lignesprix[k]=(point(5+k/12) of ticket)--((point(5.065+k/12) of ticket)+T2-T1);
      draw subpath(0.1,0.9) of lignesprix[k];
      endfor;
      for k=9 upto 11:
      lignesprix[k]=(point(5+k/12) of ticket)--((point(5+k/12) of ticket)+T2-T1);
      draw subpath(0.5,0.9) of lignesprix[k];
      endfor;
      % lignes côté droit
      for k=1 upto 3:
      lignesprix[k]:=(point(2+k/12) of ticket)--((point(2+k/12) of ticket)+T2-T3);
      draw subpath(0.1,0.5) of lignesprix[k];
      endfor;
      for k=5 upto 7:
      lignesprix[k]:=(point(2+k/12) of ticket)--((point(1.935+k/12) of ticket)+T2-T3);
      draw subpath(0.1,0.4) of lignesprix[k];
      endfor;
      for k=9 upto 11:
      lignesprix[k]:=(point(2+k/12) of ticket)--((point(2+k/12) of ticket)+T5-T4);
      draw subpath(0.2,0.8) of lignesprix[k];
      endfor;
      );
      trace journal;
      if Colore:
      drawoptions(withcolor black);
      else:
      drawoptions(withcolor white);
      fi;
      trace poubelle;
      label(TEX("\bfseries\scriptsize\begin{tabular}{c}BAC\\DE\\TRI\end{tabular}"),iso(Q1,Q2,Q3,Q4));
      drawoptions();
    \end{Geometrie}
  \fi
}%