% Author.........: C. Pierquet
% licence........: Released under the LaTeX Project Public License v1.3c or later, see http://www.latex-project.org/lppl.txtf

\NeedsTeXFormat{LaTeX2e}
\ProvidesPackage{PixelArtTikz}[2024/04/16 v0.1.4 PixelArts with csv and TikZ]
% 0.1.4		Cylinder anamorphic pixelart
% 0.1.3		Split PA into grid
% 0.1.2		Mini pixerlart
% 0.1.1		Small bugfix with color
% 0.1.0		Version initiale

%------Option(s)
\newif\if@csvii \@csviifalse
\DeclareOption{csvii}{\@csviitrue}
\DeclareOption*{}
\ProcessOptions\relax

%------Packages utiles
\RequirePackage{tikz}
\RequirePackage{simplekv}
\RequirePackage{xintexpr}
\RequirePackage{xinttools}
\RequirePackage{xstring}
\RequirePackage{multicol}
\RequirePackage{listofitems}
%librairies tikz
%\usetikzlibrary{calc,shapes.geometric}
%cvs
\if@csvii
	\RequirePackage[legacy]{csvsimple}
\else
	\RequirePackage{expl3}
	\RequirePackage[l3]{csvsimple}
\fi

%------clés [fr] / keys [en]
\defKV[pixelarttkz]{%
	Codes=\def\PATlettres{#1},%
	Couleurs=\def\PATcouleurs{#1},%
	Symboles=\def\PATchiffres{#1},%
	Style=\def\PATtaille{#1},%
	Unite=\def\PATunit{#1},%
	Decoupage=\def\PATdecoup{#1}
}

\setKVdefault[pixelarttkz]{%
	Style=\scriptsize,%
	Correction=false,%
	Symb=false,%
	BordCases=true,%
	Unite=1,%
	Decoupage={}
}

%----[fr] commands
\NewDocumentCommand\PixelArtTikz{ s O{} D<>{} m }{%commande autonome
	\useKVdefault[pixelarttkz]%
	\setKV[pixelarttkz]{#2}%
	%affichage du corrigé / display of correction
	\IfBooleanTF{#1}{}{\begin{tikzpicture}[x=\PATunit cm,y=\PATunit cm,#3]}
	\ifboolKV[pixelarttkz]{Correction}%
	{%
		\csvloop{file=#4,no head,command={%
			\foreach \l [count=\n] in \csvline {%
				\StrDel{\l}{ }[\l]%
				\setsepchar{,}%
				\readlist*\LCPA\PATcouleurs%
				\StrPosition{\PATlettres}{\l}[\pixcnt]%
				\xintifboolexpr{\pixcnt>0}%
					{%
						\itemtomacro\LCPA[\pixcnt]\pixcol%
						\ifboolKV[pixelarttkz]{BordCases}%
							{\draw[fill=\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
							{\filldraw[\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
					}%
					{}%
				}%
			}%
		}%
	}%
	{%
		\ifboolKV[pixelarttkz]{Symb}{%affichage du pixelart versions chiffres si besoin
			\csvloop{file=#4,no head,command={%
				\foreach \l [count=\n] in \csvline {%
					\StrDel{\l}{ }[\l]%
					\setsepchar{,}%
					\readlist*\LCNA\PATchiffres%
					\StrPosition{\PATlettres}{\l}[\pixpos]%
					\xintifboolexpr{\pixpos>0}%
						{%
							\itemtomacro\LCNA[\pixpos]\pixchf%
							\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\pixchf} ;%
						}%
						{}%
					}%
				}%
			}%
		}%
		{%affichage du pixelart versions lettres ou chiffres simples (<=9) / display of letters/symbols PixelArt
			\csvloop{file=#4,no head,command={%
				\foreach \l [count=\n] in \csvline {%
					\StrDel{\l}{ }[\l]%
					\IfSubStr{\PATlettres}{\l}%
						{%
							\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\l};%
						}%
						{}%
					}%
				}%
			}%
		}%
	}%
	%affichage des découpages éventuels
	\IfStrEq{\PATdecoup}{}%
		{}%
		{%
			\csvreader{#4}{}{}%en test
			\xdef\NbLigTot{\thecsvinputline}%
			\xdef\NbColTot{\thecsvcolumncount}%
			\IfSubStr{\PATdecoup}{x}%
				{%
					\StrCut{\PATdecoup}{x}{\NbLigBloc}{\NbColBloc}%tracés des traits
					\foreach \i in {0,\NbLigBloc,...,\NbLigTot}{\draw[thick,purple] ({0.5-0.33},{-\i-0.5}) -- ({\thecsvcolumncount+0.5+0.33},{-\i-0.5}) ;}%
					\foreach \j in {0,\NbColBloc,...,\NbColTot}{\draw[thick,purple] ({\j+0.5},{-0.5+0.33}) -- ({\j+0.5},{-\thecsvinputline+0.5-0.33}) ;}%
				}%
				{}%
			\IfSubStr{\PATdecoup}{+}%
				{%
					\StrCut{\PATdecoup}{+}{\NbBlocLIG}{\NbBlocCOL}%
					\def\NbLigBloc{\xintieval{(\NbLigTot-1)/\NbBlocLIG}}%
					\def\NbColBloc{\xintieval{(\NbColTot)/\NbBlocCOL}}%
					\foreach \i in {0,\NbLigBloc,...,\NbLigTot}{\draw[thick,purple] ({0.5-0.33},{-\i-0.5}) -- ({\thecsvcolumncount+0.5+0.33},{-\i-0.5}) ;}%
					\foreach \j in {0,\NbColBloc,...,\NbColTot}{\draw[thick,purple] ({\j+0.5},{-0.5+0.33}) -- ({\j+0.5},{-\thecsvinputline+0.5-0.33}) ;}%
				}%
				{}%
		}%
	\IfBooleanTF{#1}{}{\end{tikzpicture}}%
}

\NewDocumentEnvironment{EnvPixelArtTikz}{ O{} D<>{} m }%environnement
{%
	\useKVdefault[pixelarttkz]%
	\setKV[pixelarttkz]{#1}%
	%affichage du corrigé / display of correction
	\begin{tikzpicture}[x=\PATunit cm,y=\PATunit cm,#2]
		\ifboolKV[pixelarttkz]{Correction}%
		{%
			\csvloop{file=#3,no head,command={%
				\foreach \l [count=\n] in \csvline {%
					\StrDel{\l}{ }[\l]%
					\setsepchar{,}%
					\readlist*\LCPA\PATcouleursù
					\StrPosition{\PATlettres}{\l}[\pixcnt]%
					\xintifboolexpr{\pixcnt>0}%
						{%
							\itemtomacro\LCPA[\pixcnt]\pixcol%
							\ifboolKV[pixelarttkz]{BordCases}%
								{\draw[fill=\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
								{\filldraw[\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
						}%
						{}%
					}%
				}%
			}%
		}%
		{%
			\ifboolKV[pixelarttkz]{Symb}{%affichage du pixelart versions chiffres si besoin
				\csvloop{file=#3,no head,command={%
					\foreach \l [count=\n] in \csvline {%
						\StrDel{\l}{ }[\l]%
						\setsepchar{,}%
						\readlist*\LCNA\PATchiffres%
						\StrPosition{\PATlettres}{\l}[\pixpos]%
						\xintifboolexpr{\pixpos>0}%
							{%
								\itemtomacro\LCNA[\pixpos]\pixchf%
								\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\pixchf} ;%
							}%
							{}%
						}%
					}%
				}%
			}%
			{%affichage du pixelart versions lettres ou chiffres simples (<=9) / display of letters/symbols PixelArt
				\csvloop{file=#3,no head,command={%
						\foreach \l [count=\n] in \csvline {%
							\StrDel{\l}{ }[\l]%
							\IfSubStr{\PATlettres}{\l}%
							{%
								\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\l};%
							}%
							{}%
						}%
					}%
				}%
			}%
		}%
}%
{%
	\end{tikzpicture}%
}%

%----[en] commands
\defKV[pixelarttkzen]{%
	Codes=\def\PATlettres{#1},%
	Colors=\def\PATcouleurs{#1},%
	Symbols=\def\PATchiffres{#1},%
	Style=\def\PATtaille{#1},%
	Unit=\def\PATunit{#1},%
	Grid=\def\PATdecoup{#1}
}

\setKVdefault[pixelarttkzen]{%
	Style=\scriptsize,%
	Correction=false,%
	Symb=false,%
	Border=true,%
	Unit=1,%
	Grid={}
}

\NewDocumentCommand\PixlArtTikz{ s O{} D<>{} m }{%commande autonome
	\useKVdefault[pixelarttkzen]%
	\setKV[pixelarttkzen]{#2}%
	%affichage du corrigé / display of correction
	\IfBooleanTF{#1}{}{\begin{tikzpicture}[x=\PATunit cm,y=\PATunit cm,#3]}
		\ifboolKV[pixelarttkzen]{Correction}%
		{%
			\csvloop{file=#4,no head,command={%
					\foreach \l [count=\n] in \csvline {%
						\StrDel{\l}{ }[\l]%
						\setsepchar{,}%
						\readlist*\LCPA\PATcouleurs%
						\StrPosition{\PATlettres}{\l}[\pixcnt]%
						\xintifboolexpr{\pixcnt>0}%
						{%
							\itemtomacro\LCPA[\pixcnt]\pixcol%
							\ifboolKV[pixelarttkzen]{Border}%
							{\draw[fill=\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
							{\filldraw[\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
						}%
						{}%
					}%
				}%
			}%
		}%
		{%
			\ifboolKV[pixelarttkzen]{Symb}{%affichage du pixelart versions chiffres si besoin
				\csvloop{file=#4,no head,command={%
						\foreach \l [count=\n] in \csvline {%
							\StrDel{\l}{ }[\l]%
							\setsepchar{,}%
							\readlist*\LCNA\PATchiffres%
							\StrPosition{\PATlettres}{\l}[\pixpos]%
							\xintifboolexpr{\pixpos>0}%
							{%
								\itemtomacro\LCNA[\pixpos]\pixchf%
								\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\pixchf} ;%
							}%
							{}%
						}%
					}%
				}%
			}%
			{%affichage du pixelart versions lettres ou chiffres simples (<=9) / display of letters/symbols PixelArt
				\csvloop{file=#4,no head,command={%
						\foreach \l [count=\n] in \csvline {%
							\StrDel{\l}{ }[\l]%
							\IfSubStr{\PATlettres}{\l}%
							{%
								\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\l};%
							}%
							{}%
						}%
					}%
				}%
			}%
		}%
	%affichage des découpages éventuels
	\IfStrEq{\PATdecoup}{}%
		{}%
		{%
			\csvreader{#4}{}{}%en test
			\xdef\NbLigTot{\thecsvinputline}%
			\xdef\NbColTot{\thecsvcolumncount}%
			\IfSubStr{\PATdecoup}{x}%
				{%
					\StrCut{\PATdecoup}{x}{\NbLigBloc}{\NbColBloc}%tracés des traits
					\foreach \i in {0,\NbLigBloc,...,\NbLigTot}{\draw[thick,purple] ({0.5-0.33},{-\i-0.5}) -- ({\thecsvcolumncount+0.5+0.33},{-\i-0.5}) ;}%
					\foreach \j in {0,\NbColBloc,...,\NbColTot}{\draw[thick,purple] ({\j+0.5},{-0.5+0.33}) -- ({\j+0.5},{-\thecsvinputline+0.5-0.33}) ;}%
				}%
				{}%
			\IfSubStr{\PATdecoup}{+}%
				{%
					\StrCut{\PATdecoup}{+}{\NbBlocLIG}{\NbBlocCOL}%
					\def\NbLigBloc{\xintieval{(\NbLigTot-1)/\NbBlocLIG}}%
					\def\NbColBloc{\xintieval{(\NbColTot)/\NbBlocCOL}}%
					\foreach \i in {0,\NbLigBloc,...,\NbLigTot}{\draw[thick,purple] ({0.5-0.33},{-\i-0.5}) -- ({\thecsvcolumncount+0.5+0.33},{-\i-0.5}) ;}%
					\foreach \j in {0,\NbColBloc,...,\NbColTot}{\draw[thick,purple] ({\j+0.5},{-0.5+0.33}) -- ({\j+0.5},{-\thecsvinputline+0.5-0.33}) ;}%
				}%
				{}%
		}%
	\IfBooleanTF{#1}{}{\end{tikzpicture}}%
}

\NewDocumentEnvironment{EnvPixlArtTikz}{ O{} D<>{} m }%environnement
{%
	\useKVdefault[pixelarttkzen]%
	\setKV[pixelarttkzen]{#1}%
	%affichage du corrigé / display of correction
	\begin{tikzpicture}[x=\PATunit cm,y=\PATunit cm,#2]
		\ifboolKV[pixelarttkzen]{Correction}%
		{%
			\csvloop{file=#3,no head,command={%
					\foreach \l [count=\n] in \csvline {%
						\StrDel{\l}{ }[\l]%
						\setsepchar{,}%
						\readlist*\LCPA\PATcouleurs%
						\StrPosition{\PATlettres}{\l}[\pixcnt]%
						\xintifboolexpr{\pixcnt>0}%
						{%
							\itemtomacro\LCPA[\pixcnt]\pixcol%
							\ifboolKV[pixelarttkzen]{Border}%
							{\draw[fill=\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
							{\filldraw[\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
						}%
						{}%
					}%
				}%
			}%
		}%
		{%
			\ifboolKV[pixelarttkzen]{Symb}{%affichage du pixelart versions chiffres si besoin
				\csvloop{file=#3,no head,command={%
						\foreach \l [count=\n] in \csvline {%
							\StrDel{\l}{ }[\l]%
							\setsepchar{,}%
							\readlist*\LCNA\PATchiffres%
							\StrPosition{\PATlettres}{\l}[\pixpos]%
							\xintifboolexpr{\pixpos>0}%
							{%
								\itemtomacro\LCNA[\pixpos]\pixchf%
								\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\pixchf} ;%
							}%
							{}%
						}%
					}%
				}%
			}%
			{%affichage du pixelart versions lettres ou chiffres simples (<=9) / display of letters/symbols PixelArt
				\csvloop{file=#3,no head,command={%
						\foreach \l [count=\n] in \csvline {%
							\StrDel{\l}{ }[\l]%
							\IfSubStr{\PATlettres}{\l}%
							{%
								\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\l};%
							}%
							{}%
						}%
					}%
				}%
			}%
		}%
}%
{%
	\end{tikzpicture}%
}%

%----mini pixelart
\newlength{\minipaunit}
\defKV[miniPA]{Unite=\setlength{\minipaunit}{#1}}
\setKVdefault[miniPA]{Bord=false,Unite=0.25em}

\NewDocumentCommand\DessineCarrePA{ m m m }{%1=nblig,%2=nbcol,%3=color
	\xdef\tmpcol{teal}%
	\IfStrEq{#3}{R}{\xdef\tmpcol{red}}{}%
	\IfStrEq{#3}{V}{\xdef\tmpcol{green}}{}%
	\IfStrEq{#3}{B}{\xdef\tmpcol{blue}}{}%
	\IfStrEq{#3}{J}{\xdef\tmpcol{yellow}}{}%
	\IfStrEq{#3}{N}{\xdef\tmpcol{black}}{}%
	\IfStrEq{#3}{G}{\xdef\tmpcol{gray}}{}%
	\IfStrEq{#3}{.}{\xdef\tmpcol{white}}{}%
	\IfStrEq{#3}{M}{\xdef\tmpcol{brown}}{}%
	\IfStrEq{#3}{O}{\xdef\tmpcol{orange}}{}%
	\IfStrEq{#3}{P}{\xdef\tmpcol{violet}}{}%
	\ifboolKV[miniPA]{Bord}%
		{\draw[line width=0.075\minipaunit,draw=black,fill=\tmpcol] ({\j},{-\i}) rectangle++ (1,-1) ;}%
		{\draw[line width=0.075\minipaunit,draw=\tmpcol,fill=\tmpcol] ({\j},{-\i}) rectangle++ (1,-1) ;}%
}

\NewDocumentCommand\MiniPixelArt{ O{} m D<>{} }{%
	\restoreKV[miniPA]%
	\setKV[miniPA]{#1}%
	\setsepchar{,}%
	\readlist*\tmpdata{#2}%
	\xdef\tmpnblgn{\tmpdatalen}%
	\itemtomacro\tmpdata[1]\tmpdatacola%
	\StrLen{\tmpdatacola}[\tmpnbcol]%
	\begin{tikzpicture}[x=\minipaunit,y=\minipaunit,#3]
		\foreach \i in {1,...,\tmpnblgn}{%
			\itemtomacro\tmpdata[\i]\tmplgn%
			\foreach \j in {1,...,\tmpnbcol}{%
				\StrChar{\tmplgn}{\j}[\tmpchar]%
				\DessineCarrePA{\j}{\i}{\tmpchar}%
			}%
		}%
	\end{tikzpicture}%
}

\defKV[miniPAen]{Unit=\setlength{\minipaunit}{#1}}
\setKVdefault[miniPAen]{Border=false,Unit=0.25em}

\NewDocumentCommand\DrawSquarePA{ m m m }{%1=nblig,%2=nbcol,%3=color
	\xdef\tmpcol{teal}%
	\IfStrEq{#3}{R}{\xdef\tmpcol{red}}{}%
	\IfStrEq{#3}{G}{\xdef\tmpcol{green}}{}%
	\IfStrEq{#3}{C}{\xdef\tmpcol{blue}}{}%
	\IfStrEq{#3}{Y}{\xdef\tmpcol{yellow}}{}%
	\IfStrEq{#3}{B}{\xdef\tmpcol{black}}{}%
	\IfStrEq{#3}{L}{\xdef\tmpcol{gray}}{}%
	\IfStrEq{#3}{.}{\xdef\tmpcol{white}}{}%
	\IfStrEq{#3}{M}{\xdef\tmpcol{brown}}{}%
	\IfStrEq{#3}{O}{\xdef\tmpcol{orange}}{}%
	\IfStrEq{#3}{P}{\xdef\tmpcol{violet}}{}%
	\ifboolKV[miniPAen]{Border}%
	{\draw[line width=0.075\minipaunit,draw=black,fill=\tmpcol] ({\j},{-\i}) rectangle++ (1,-1) ;}%
	{\draw[line width=0.075\minipaunit,draw=\tmpcol,fill=\tmpcol] ({\j},{-\i}) rectangle++ (1,-1) ;}%
}

\NewDocumentCommand\MiniPixlArt{ O{} m D<>{} }{%
	\restoreKV[miniPAen]%
	\setKV[miniPAen]{#1}%
	\setsepchar{,}%
	\readlist*\tmpdata{#2}%
	\xdef\tmpnblgn{\tmpdatalen}%
	\itemtomacro\tmpdata[1]\tmpdatacola%
	\StrLen{\tmpdatacola}[\tmpnbcol]%
	\begin{tikzpicture}[x=\minipaunit,y=\minipaunit,#3]
		\foreach \i in {1,...,\tmpnblgn}{%
			\itemtomacro\tmpdata[\i]\tmplgn%
			\foreach \j in {1,...,\tmpnbcol}{%
				\StrChar{\tmplgn}{\j}[\tmpchar]%
				\DrawSquarePA{\j}{\i}{\tmpchar}%
			}%
		}%
	\end{tikzpicture}%
}

%----découpage [fr]
\NewDocumentCommand\PixelArtTikzBloc{ O{} D<>{} m m m }{%commande individuelle
	%3=fichier
	%4=taille blocs (LxC) ou nombre de blocs (L+C)
	%5=numbloc
	%dernier argument := bloc
	\useKVdefault[pixelarttkz]%
	\setKV[pixelarttkz]{#1}%
	\csvreader{#3}{}{}%en test
	\xdef\NbLigTot{\thecsvinputline}%
	\xdef\NbColTot{\thecsvcolumncount}%
	\IfSubStr{#4}{x}%
		{%
			\StrCut{#4}{x}{\NbLigBloc}{\NbColBloc}%
		}%
		{}%
	\IfSubStr{#4}{+}%
		{%
			\StrCut{#4}{+}{\NbBlocLIG}{\NbBlocCOL}%
			\xdef\NbLigBloc{\xinteval{(\NbLigTot-1)/\NbBlocLIG}}%
			\xdef\NbColBloc{\xinteval{(\NbColTot)/\NbBlocCOL}}%
		}%
		{}%
	\StrCut{#5}{/}{\NumBlocLig}{\NumBlocCol}%
	\xdef\PAfirstline{\xinteval{\NbLigBloc*(\NumBlocLig-1)+1}}%
	\xdef\PAlastline{\xinteval{\NbLigBloc*(\NumBlocLig-1)+\NbLigBloc}}%
	%affichage du corrigé / display of correction
	\begin{tikzpicture}[x=\PATunit cm,y=\PATunit cm,#2]
		\ifboolKV[pixelarttkz]{Correction}%
		{%
			\csvloop{file=#3,range=\PAfirstline-\PAlastline,no head,command={%
					\foreach \l [count=\n] in \csvline {%
						\xintifboolexpr{ \n >= (\NbColBloc*(\NumBlocCol-1)+1) 'and' \n <= (\NbColBloc*(\NumBlocCol-1)+\NbColBloc)}%
							{%
								\StrDel{\l}{ }[\l]%
								\setsepchar{,}%
								\readlist*\LCPA\PATcouleurs%
								\StrPosition{\PATlettres}{\l}[\pixcnt]%
								\xintifboolexpr{\pixcnt>0}%
								{%
									\itemtomacro\LCPA[\pixcnt]\pixcol%
									\ifboolKV[pixelarttkz]{BordCases}%
									{\draw[fill=\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
									{\filldraw[\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
								}%
								{}%
							}%
							{}%
					}%
				}%
			}%
		}%
		{%
			\ifboolKV[pixelarttkz]{Symb}{%affichage du pixelart versions chiffres si besoin
				\csvloop{file=#3,range=\PAfirstline-\PAlastline,no head,command={%
						\foreach \l [count=\n] in \csvline {%
							\xintifboolexpr{ \n >= (\NbColBloc*(\NumBlocCol-1)+1) 'and' \n <= (\NbColBloc*(\NumBlocCol-1)+\NbColBloc)}%
								{%
									\StrDel{\l}{ }[\l]%
									\setsepchar{,}%
									\readlist*\LCNA\PATchiffres%
									\StrPosition{\PATlettres}{\l}[\pixpos]%
									\xintifboolexpr{\pixpos>0}%
									{%
										\itemtomacro\LCNA[\pixpos]\pixchf%
										\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\pixchf} ;%
									}%
									{}%
								}%
								{}%
						}%
					}%
				}%
			}%
			{%affichage du pixelart versions lettres ou chiffres simples (<=9) / display of letters/symbols PixelArt
				\csvloop{file=#3,range=\PAfirstline-\PAlastline,no head,command={%
						\foreach \l [count=\n] in \csvline {%
							\xintifboolexpr{ \n >= (\NbColBloc*(\NumBlocCol-1)+1) 'and' \n <= (\NbColBloc*(\NumBlocCol-1)+\NbColBloc)}%
								{%
									\StrDel{\l}{ }[\l]%
									\IfSubStr{\PATlettres}{\l}%
										{%
											\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\l};%
										}%
										{}%
								}%
								{}%
						}%
					}%
				}%
			}%
		}%
	\end{tikzpicture}%
}

\def\PAalphabet{ABCDEFGHIJKLMNOPQRSTUVWXYZ}

\NewDocumentCommand\DecoupPixelArtTikz{ s O{} D<>{} m m }{%commande de découpage global
	%(*)=lettre pour les lignes
	%1=clés globales
	%2=options tikz
	%3=fichier
	%4=taille blocs LxC ou L+C
	\csvreader{#4}{}{}%en test
	\IfSubStr{#5}{x}%
		{%
			\StrCut{#5}{x}{\NbLigBloc}{\NbColBloc}%
			\xdef\NbTotLig{\xintieval{(\thecsvinputline-1)/\NbLigBloc}}%
			\xdef\NbTotCol{\xintieval{(\thecsvcolumncount)/\NbLigBloc}}%
		}%
		{}%
	\IfSubStr{#5}{+}%
		{%
			\StrCut{#5}{+}{\NbTotLig}{\NbTotCol}%
		}%
		{}%
	\xintFor* ##1 in {\xintSeq{1}{\NbTotLig}}\do{%
		\begin{tabular}{*{\NbTotCol}{c}}
			\xintFor* ##2 in {\xintSeq{1}{\NbTotCol-1}}\do{%
				Grille \IfBooleanTF{#1}{##1.}{\StrChar{\PAalphabet}{##1}}##2 &
			}
				Grille \IfBooleanTF{#1}{##1.}{\StrChar{\PAalphabet}{##1}}\NbTotCol \\
			\xintFor* ##2 in {\xintSeq{1}{\NbTotCol-1}}\do{%
				\PixelArtTikzBloc[#2]<#3>{#4}{#5}{##1/##2}&
			}
			\PixelArtTikzBloc[#2]<#3>{#4}{#5}{##1/\NbTotCol}\\
		\end{tabular}\xintifboolexpr{##1 == \NbTotLig}{}{\\}
	}%
}

\NewDocumentCommand\AideGrillePixelArtTikz{ s O{1} m m }{%création de la grille d'aide
	\csvreader{#3}{}{}%en test
	\IfSubStr{#4}{x}%
		{%
			\StrCut{#4}{x}{\NbLigBloc}{\NbColBloc}%
			\xdef\NbTotLig{\xintieval{(\thecsvinputline-1)/\NbLigBloc}}%
			\xdef\NbTotCol{\xintieval{(\thecsvcolumncount)/\NbLigBloc}}%
		}%
		{}%
	\IfSubStr{#4}{+}%
		{%
			\StrCut{#4}{+}{\NbTotLig}{\NbTotCol}%
		}%
		{}%
	\begin{tikzpicture}[scale=#2,transform shape]
		\xintFor* ##1 in {\xintSeq{1}{\NbTotLig}}\do{%
			\xintFor* ##2 in {\xintSeq{1}{\NbTotCol}}\do{%
				\draw[semithick] (##2,-##1) rectangle++(1,-1) node[midway] {\IfBooleanTF{#1}{##1.}{\StrChar{\PAalphabet}{##1}}##2} ;
			}%
		}%
	\end{tikzpicture}%
}

%----découpage [en]
\NewDocumentCommand\PixlArtTikzBlock{ O{} D<>{} m m m }{%commande individuelle
	%3=fichier
	%4=taille blocs (LxC) ou nombre de blocs (L+C)
	%5=numbloc
	%dernier argument := bloc
	\useKVdefault[pixelarttkzen]%
	\setKV[pixelarttkzen]{#1}%
	\csvreader{#3}{}{}%en test
	\xdef\NbLigTot{\thecsvinputline}%
	\xdef\NbColTot{\thecsvcolumncount}%
	\IfSubStr{#4}{x}%
		{%
			\StrCut{#4}{x}{\NbLigBloc}{\NbColBloc}%
		}%
		{}%
	\IfSubStr{#4}{+}%
		{%
			\StrCut{#4}{+}{\NbBlocLIG}{\NbBlocCOL}%
			\xdef\NbLigBloc{\xinteval{(\NbLigTot-1)/\NbBlocLIG}}%
			\xdef\NbColBloc{\xinteval{(\NbColTot)/\NbBlocCOL}}%
		}%
		{}%
	\StrCut{#5}{/}{\NumBlocLig}{\NumBlocCol}%
	\xdef\PAfirstline{\xinteval{\NbLigBloc*(\NumBlocLig-1)+1}}%
	\xdef\PAlastline{\xinteval{\NbLigBloc*(\NumBlocLig-1)+\NbLigBloc}}%
	%affichage du corrigé / display of correction
	\begin{tikzpicture}[x=\PATunit cm,y=\PATunit cm,#2]
		\ifboolKV[pixelarttkzen]{Correction}%
		{%
			\csvloop{file=#3,range=\PAfirstline-\PAlastline,no head,command={%
					\foreach \l [count=\n] in \csvline {%
						\xintifboolexpr{ \n >= (\NbColBloc*(\NumBlocCol-1)+1) 'and' \n <= (\NbColBloc*(\NumBlocCol-1)+\NbColBloc)}%
							{%
								\StrDel{\l}{ }[\l]%
								\setsepchar{,}%
								\readlist*\LCPA\PATcouleurs%
								\StrPosition{\PATlettres}{\l}[\pixcnt]%
								\xintifboolexpr{\pixcnt>0}%
								{%
									\itemtomacro\LCPA[\pixcnt]\pixcol%
									\ifboolKV[pixelarttkzen]{Border}%
									{\draw[fill=\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
									{\filldraw[\pixcol] ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) ;}%
								}%
								{}%
							}%
							{}%
					}%
				}%
			}%
		}%
		{%
			\ifboolKV[pixelarttkzen]{Symb}{%affichage du pixelart versions chiffres si besoin
				\csvloop{file=#3,range=\PAfirstline-\PAlastline,no head,command={%
						\foreach \l [count=\n] in \csvline {%
							\xintifboolexpr{ \n >= (\NbColBloc*(\NumBlocCol-1)+1) 'and' \n <= (\NbColBloc*(\NumBlocCol-1)+\NbColBloc)}%
								{%
									\StrDel{\l}{ }[\l]%
									\setsepchar{,}%
									\readlist*\LCNA\PATchiffres%
									\StrPosition{\PATlettres}{\l}[\pixpos]%
									\xintifboolexpr{\pixpos>0}%
									{%
										\itemtomacro\LCNA[\pixpos]\pixchf%
										\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\pixchf} ;%
									}%
									{}%
								}%
								{}%
						}%
					}%
				}%
			}%
			{%affichage du pixelart versions lettres ou chiffres simples (<=9) / display of letters/symbols PixelArt
				\csvloop{file=#3,range=\PAfirstline-\PAlastline,no head,command={%
						\foreach \l [count=\n] in \csvline {%
							\xintifboolexpr{ \n >= (\NbColBloc*(\NumBlocCol-1)+1) 'and' \n <= (\NbColBloc*(\NumBlocCol-1)+\NbColBloc)}%
								{%
									\StrDel{\l}{ }[\l]%
									\IfSubStr{\PATlettres}{\l}%
										{%
											\draw ({\n-0.5},{-\thecsvrow+0.5}) rectangle ({\n+0.5},{-\thecsvrow-0.5}) node[inner sep=0,midway,font=\PATtaille] {\l};%
										}%
										{}%
								}%
								{}%
						}%
					}%
				}%
			}%
		}%
	\end{tikzpicture}%
}

\NewDocumentCommand\CutPixlArtTikz{ s O{} D<>{} m m }{%commande de découpage global
	%(*)=lettre pour les lignes
	%1=clés globales
	%2=options tikz
	%3=fichier
	%4=taille blocs LxC ou L+C
	\csvreader{#4}{}{}%en test
	\IfSubStr{#5}{x}%
		{%
			\StrCut{#5}{x}{\NbLigBloc}{\NbColBloc}%
			\xdef\NbTotLig{\xintieval{(\thecsvinputline-1)/\NbLigBloc}}%
			\xdef\NbTotCol{\xintieval{(\thecsvcolumncount)/\NbLigBloc}}%
		}%
		{}%
	\IfSubStr{#5}{+}%
		{%
			\StrCut{#5}{+}{\NbTotLig}{\NbTotCol}%
		}%
		{}%
	\xintFor* ##1 in {\xintSeq{1}{\NbTotLig}}\do{%
		\begin{tabular}{*{\NbTotCol}{c}}
			\xintFor* ##2 in {\xintSeq{1}{\NbTotCol-1}}\do{%
				Sample \IfBooleanTF{#1}{##1.}{\StrChar{\PAalphabet}{##1}}##2 &
			}
				Sample \IfBooleanTF{#1}{##1.}{\StrChar{\PAalphabet}{##1}}\NbTotCol \\
			\xintFor* ##2 in {\xintSeq{1}{\NbTotCol-1}}\do{%
				\PixlArtTikzBlock[#2]<#3>{#4}{#5}{##1/##2}&
			}
			\PixlArtTikzBlock[#2]<#3>{#4}{#5}{##1/\NbTotCol}\\
		\end{tabular}\xintifboolexpr{##1 == \NbTotLig}{}{\\}
	}%
}

\NewDocumentCommand\HelpGridPixelArtTikz{ s O{1} m m }{%création de la grille d'aide
	\csvreader{#3}{}{}%en test
	\IfSubStr{#4}{x}%
		{%
			\StrCut{#4}{x}{\NbLigBloc}{\NbColBloc}%
			\xdef\NbTotLig{\xintieval{(\thecsvinputline-1)/\NbLigBloc}}%
			\xdef\NbTotCol{\xintieval{(\thecsvcolumncount)/\NbLigBloc}}%
		}%
		{}%
	\IfSubStr{#4}{+}%
		{%
			\StrCut{#4}{+}{\NbTotLig}{\NbTotCol}%
		}%
		{}%
	\begin{tikzpicture}[scale=#2,transform shape]
		\xintFor* ##1 in {\xintSeq{1}{\NbTotLig}}\do{%
			\xintFor* ##2 in {\xintSeq{1}{\NbTotCol}}\do{
				\draw[semithick] (##2,-##1) rectangle++(1,-1) node[midway] {\IfBooleanTF{#1}{##1.}{\StrChar{\PAalphabet}{##1}}##2} ;
			}%
		}%
	\end{tikzpicture}%
}

%====TABLEAU AUTOMATIQUE DES COULEURS (expérimental)
\RequirePackage{tabularray}

\defKV[TableCouleursPA]{%
	Police=\def\PAtablfonte{#1},%
	Largeur=\def\PAtabllarg{#1}
}
\setKVdefault[TableCouleursPA]{%
	Police={\normalsize\normalfont},%
	Largeur=auto
}

\NewDocumentCommand\TablCouleursPixelArt{ s O{} D<>{} m }{%
	\restoreKV[TableCouleursPA]%
	\setKV[TableCouleursPA]{#2}%
	\def\runlistcolors{#4}%
	\readlist*\ListeCoulCases{#4}%
	\def\PAtablenotice{}%
	\IfBooleanTF{#1}%
		{%
			\foreach \AAAA/\BBBB/\CCCC/\DDDD [count=\i] in \runlistcolors{%
				\xdef\PAtablenotice{\PAtablenotice \SetCell{bg=\BBBB,fg=\CCCC}\AAAA & \DDDD \\}
			}%
			\IfStrEq{\PAtabllarg}{auto}%
				{%
					\begin{tblr}[expand=\PAtablenotice]{hlines,vlines,colspec={*{2}{Q[m,c]}},cells={font=\PAtablfonte},#3}
						\PAtablenotice
					\end{tblr}%
				}%
				{%
					\IfSubStr{\PAtabllarg}{/}%
						{%
							\StrCut{\PAtabllarg}{/}{\tmpLargColA}{\tmpLargColB}%
							\IfStrEq{\tmpLargColA}{}%
								{%
									\IfStrEq{\tmpLargColB}{}%
										{%
											\begin{tblr}[expand=\PAtablenotice]{hlines,vlines,colspec={Q[m,c]Q[m,c]},cells={font=\PAtablfonte},#3}
												\PAtablenotice
											\end{tblr}%
										}%
										{%
											\begin{tblr}[expand=\PAtablenotice]{hlines,vlines,colspec={Q[m,c]Q[m,c,\tmpLargColB]},cells={font=\PAtablfonte},#3}
												\PAtablenotice
											\end{tblr}%
										}%
								}%
								{%
									\IfStrEq{\tmpLargColB}{}%
										{%
											\begin{tblr}[expand=\PAtablenotice]{hlines,vlines,colspec={Q[m,c,\tmpLargColA]Q[m,c]},cells={font=\PAtablfonte},#3}
												\PAtablenotice
											\end{tblr}%
										}%
										{%
											\begin{tblr}[expand=\PAtablenotice]{hlines,vlines,colspec={Q[m,c,\tmpLargColA]Q[m,c,\tmpLargColB]},cells={font=\PAtablfonte},#3}
												\PAtablenotice
											\end{tblr}%
										}%
								}%
						}%
						{%
							\begin{tblr}[expand=\PAtablenotice]{width=\PAtabllarg,hlines,vlines,colspec={*{2}{X[m,c]}},cells={font=\PAtablfonte},#3}
								\PAtablenotice
							\end{tblr}%
						}%
				}%
		}%
		{%
			\foreach \AAAA/\BBBB/\CCCC/\DDDD [count=\i] in \runlistcolors{%
				\xdef\PAtablenotice{\PAtablenotice \SetCell{bg=\BBBB,fg=\CCCC}\AAAA \xintifboolexpr{\i == \ListeCoulCaseslen}{\\}{&}}
			}%
			\foreach \AAAA/\BBBB/\CCCC/\DDDD [count=\i] in \runlistcolors{%
				\xdef\PAtablenotice{\PAtablenotice {\DDDD} \xintifboolexpr{\i == \ListeCoulCaseslen}{\\}{&}}
			}%
			\IfStrEq{\PAtabllarg}{auto}%
				{%
					\begin{tblr}[expand=\PAtablenotice]{hlines,vlines,colspec={*{\ListeCoulCaseslen}{Q[m,c]}},cells={font=\PAtablfonte},#3}
						\PAtablenotice
					\end{tblr}%
				}%
				{%
					\begin{tblr}[expand=\PAtablenotice]{width=\PAtabllarg,hlines,vlines,colspec={*{\ListeCoulCaseslen}{X[m,c]}},cells={font=\PAtablfonte},#3}
						\PAtablenotice
					\end{tblr}%
				}%
		}%
}

%====COMMANDE SIMPLIFIÉE tabularray
\NewExpandableDocumentCommand\cctblr{ O{black} m m }{%
	%1=couleur police
	%2=couleur case
	%3=case
	\SetCell{bg=#2,fg=#1}#3
}

%====ANAMORPHIC CYLINDER PixelArt [fr]
\defKV[PixelArtCylinder]{
	Largeur=\def\AAanamcyllarg{#1},%
	Centre=\def\AAanamcylcenter{#1},%
	Codes=\def\PATAAlettres{#1},%
	Couleurs=\def\PATAAcouleurs{#1},%
	Symboles=\def\PATAAchiffres{#1},%
	Style=\def\PATAAtaille{#1}
}
\setKVdefault[PixelArtCylinder]{
	Largeur=6,%
	Centre=1.25,%
	Symb=false,%
	Correction=false,%
	Style=\normalsize,%
	Solution=false,%
	Swap=false
}
\NewDocumentCommand\PixelArtTikzCylindre{ O{} m }{%
	\restoreKV[PixelArtCylinder]%
	\setKV[PixelArtCylinder]{#1}%
	\csvreader{#2}{}{}%en test
	\xdef\NbLigTot{\thecsvinputline}%
	\xdef\NbColTot{\thecsvcolumncount}%
	\xdef\CylindAng{\xintfloateval{round(180/\NbColTot,4)}}%\CylindNbsections~%
	\xdef\CylindSect{\xintfloateval{round((\AAanamcyllarg-\AAanamcylcenter)/(\NbLigTot-1),4)}}%\CylindNbhauteurs%
	\ifboolKV[PixelArtCylinder]{Solution}%
		{%
			\ifboolKV[PixelArtCylinder]{Swap}%
				{\PixelArtTikz[#1,Correction,Unite=\CylindSect]{#2}}%
				{\PixelArtTikz[#1,Correction,Unite=\CylindSect]<yscale=-1>{#2}}%
		}%
		{%
			\begin{tikzpicture}[line join=round]
				\csvloop{file=#2,no head,command={%
					\foreach \l [count=\nnnn] in \csvline {%
						\StrDel{\l}{ }[\l]%
						\StrPosition{\PATAAlettres}{\l}[\pixcnt]%
						\xintifboolexpr{\pixcnt>0}%
							{%
								\ifboolKV[PixelArtCylinder]{Correction}%
									{%
										\setsepchar{,}%
										\readlist*\LCPA\PATAAcouleurs%
										\itemtomacro\LCPA[\pixcnt]\pixcol%
										\ifboolKV[PixelArtCylinder]{Swap}%
											{%
												\draw[fill=\pixcol] ({(\nnnn-1)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow-1)*\CylindSect}) arc({(\nnnn-1)*\CylindAng}:{(\nnnn)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow-1)*\CylindSect})--++ ({(\nnnn)*\CylindAng}:{\CylindSect}) arc({(\nnnn)*\CylindAng}:{(\nnnn-1)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow)*\CylindSect}) ;%
											}%
											{%
												\draw[fill=\pixcol] ({(\nnnn-1)*\CylindAng}:{-\AAanamcylcenter-\thecsvrow*\CylindSect}) arc({(\nnnn-1)*\CylindAng}:{(\nnnn)*\CylindAng}:{-\AAanamcylcenter-\thecsvrow*\CylindSect})--++ ({(\nnnn)*\CylindAng}:{\CylindSect}) arc({(\nnnn)*\CylindAng}:{(\nnnn-1)*\CylindAng}:{-\AAanamcylcenter-(\thecsvrow-1)*\CylindSect}) ;%
											}%
									}%
									{%
										\ifboolKV[PixelArtCylinder]{Symb}%
											{%
												\setsepchar{,}%
												\readlist*\LCNA\PATAAchiffres%
												\StrPosition{\PATAAlettres}{\l}[\pixpos]%
												\itemtomacro\LCNA[\pixpos]\pixchf%
												\ifboolKV[PixelArtCylinder]{Swap}%
													{%
														\draw ({0.5*\CylindAng+(\nnnn-1)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow-0.5)*\CylindSect}) node[rotate={-90+0.5*\CylindAng+(\nnnn-1)*\CylindAng},font=\PATAAtaille] {\pixchf};%
													}%
													{%
														\draw ({0.5*\CylindAng+(\nnnn-1)*\CylindAng}:{-\AAanamcylcenter-(\thecsvrow-0.5)*\CylindSect}) node[rotate={-90+0.5*\CylindAng+(\nnnn-1)*\CylindAng},font=\PATAAtaille] {\pixchf};%
													}%
											}%
											{%
												\ifboolKV[PixelArtCylinder]{Swap}%
													{%
														\draw ({0.5*\CylindAng+(\nnnn-1)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow-0.5)*\CylindSect}) node[rotate={-90+0.5*\CylindAng+(\nnnn-1)*\CylindAng},font=\PATAAtaille] {\l};%
													}%
													{%
														\draw ({0.5*\CylindAng+(\nnnn-1)*\CylindAng}:{-\AAanamcylcenter-(\thecsvrow-0.5)*\CylindSect}) node[rotate={-90+0.5*\CylindAng+(\nnnn-1)*\CylindAng},font=\PATAAtaille] {\l};%
													}%
											}%
									}%
							}%
							{}%
					}%
				}%
				}%
				%création de la grille en surimpression
				\draw ({-\AAanamcyllarg},0)--({\AAanamcyllarg},0) arc (0:-180:\AAanamcyllarg) ;
				\foreach \agl in {0,-\CylindAng,...,-180}{\draw (\agl:\AAanamcylcenter)--(\agl:\AAanamcyllarg) ;}
				\foreach \sector in {0,\CylindSect,...,\xintfloateval{\AAanamcyllarg-\AAanamcylcenter}}{%
					\draw ({\AAanamcylcenter+\sector},0) arc (0:-180:{\AAanamcylcenter+\sector}) ;
				}%
			\end{tikzpicture}%
		}%
}

%====ANAMORPHIC CYLINDER PixelArt [en]
\defKV[PixlArtCylinder]{
	Width=\def\AAanamcyllarg{#1},%
	Center=\def\AAanamcylcenter{#1},%
	Codes=\def\PATAAlettres{#1},%
	Colors=\def\PATAAcouleurs{#1},%
	Symbols=\def\PATAAchiffres{#1},%
	Style=\def\PATAAtaille{#1}
}
\setKVdefault[PixlArtCylinder]{
	Width=6,%
	Center=1.25,%
	Symb=false,%
	Correction=false,%
	Style=\normalsize,%
	Solution=false,%
	Swap=false
}
\NewDocumentCommand\PixlArtTikzCylindric{ O{} m }{%
	\restoreKV[PixlArtCylinder]%
	\setKV[PixlArtCylinder]{#1}%
	\csvreader{#2}{}{}%en test
	\xdef\NbLigTot{\thecsvinputline}%
	\xdef\NbColTot{\thecsvcolumncount}%
	\xdef\CylindAng{\xintfloateval{round(180/\NbColTot,4)}}%\CylindNbsections~%
	\xdef\CylindSect{\xintfloateval{round((\AAanamcyllarg-\AAanamcylcenter)/(\NbLigTot-1),4)}}%\CylindNbhauteurs%
	\ifboolKV[PixlArtCylinder]{Solution}%
		{%
			\ifboolKV[PixlArtCylinder]{Swap}%
				{\PixlArtTikz[#1,Correction,Unit=\CylindSect]{#2}}%
				{\PixlArtTikz[#1,Correction,Unit=\CylindSect]<yscale=-1>{#2}}%
		}%
		{%
			\begin{tikzpicture}[line join=round]
				\csvloop{file=#2,no head,command={%
					\foreach \l [count=\nnnn] in \csvline {%
						\StrDel{\l}{ }[\l]%
						\StrPosition{\PATAAlettres}{\l}[\pixcnt]%
						\xintifboolexpr{\pixcnt>0}%
							{%
								\ifboolKV[PixlArtCylinder]{Correction}%
									{%
										\setsepchar{,}%
										\readlist*\LCPA\PATAAcouleurs%
										\itemtomacro\LCPA[\pixcnt]\pixcol%
										\ifboolKV[PixlArtCylinder]{Swap}%
											{%
												\draw[fill=\pixcol] ({(\nnnn-1)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow-1)*\CylindSect}) arc({(\nnnn-1)*\CylindAng}:{(\nnnn)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow-1)*\CylindSect})--++ ({(\nnnn)*\CylindAng}:{\CylindSect}) arc({(\nnnn)*\CylindAng}:{(\nnnn-1)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow)*\CylindSect}) ;%
											}%
											{%
												\draw[fill=\pixcol] ({(\nnnn-1)*\CylindAng}:{-\AAanamcylcenter-\thecsvrow*\CylindSect}) arc({(\nnnn-1)*\CylindAng}:{(\nnnn)*\CylindAng}:{-\AAanamcylcenter-\thecsvrow*\CylindSect})--++ ({(\nnnn)*\CylindAng}:{\CylindSect}) arc({(\nnnn)*\CylindAng}:{(\nnnn-1)*\CylindAng}:{-\AAanamcylcenter-(\thecsvrow-1)*\CylindSect}) ;%
											}%
									}%
									{%
										\ifboolKV[PixlArtCylinder]{Symb}%
											{%
												\setsepchar{,}%
												\readlist*\LCNA\PATAAchiffres%
												\StrPosition{\PATAAlettres}{\l}[\pixpos]%
												\itemtomacro\LCNA[\pixpos]\pixchf%
												\ifboolKV[PixlArtCylinder]{Swap}%
													{%
														\draw ({0.5*\CylindAng+(\nnnn-1)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow-0.5)*\CylindSect}) node[rotate={-90+0.5*\CylindAng+(\nnnn-1)*\CylindAng},font=\PATAAtaille] {\pixchf};%
													}%
													{%
														\draw ({0.5*\CylindAng+(\nnnn-1)*\CylindAng}:{-\AAanamcylcenter-(\thecsvrow-0.5)*\CylindSect}) node[rotate={-90+0.5*\CylindAng+(\nnnn-1)*\CylindAng},font=\PATAAtaille] {\pixchf};%
													}%
											}%
											{%
												\ifboolKV[PixlArtCylinder]{Swap}%
													{%
														\draw ({0.5*\CylindAng+(\nnnn-1)*\CylindAng}:{-\AAanamcyllarg+(\thecsvrow-0.5)*\CylindSect}) node[rotate={-90+0.5*\CylindAng+(\nnnn-1)*\CylindAng},font=\PATAAtaille] {\l};%
													}%
													{%
														\draw ({0.5*\CylindAng+(\nnnn-1)*\CylindAng}:{-\AAanamcylcenter-(\thecsvrow-0.5)*\CylindSect}) node[rotate={-90+0.5*\CylindAng+(\nnnn-1)*\CylindAng},font=\PATAAtaille] {\l};%
													}%
											}%
									}%
							}%
							{}%
					}%
				}%
				}%
				%création de la grille en surimpression
				\draw ({-\AAanamcyllarg},0)--({\AAanamcyllarg},0) arc (0:-180:\AAanamcyllarg) ;
				\foreach \agl in {0,-\CylindAng,...,-180}{\draw (\agl:\AAanamcylcenter)--(\agl:\AAanamcyllarg) ;}
				\foreach \sector in {0,\CylindSect,...,\xintfloateval{\AAanamcyllarg-\AAanamcylcenter}}{%
					\draw ({\AAanamcylcenter+\sector},0) arc (0:-180:{\AAanamcylcenter+\sector}) ;
				}%
			\end{tikzpicture}%
		}%
}


\endinput