상형문자 패키지 설치

Question 1

단계는 다음과 같습니다.

운영 체제에서 볼 수 있는 위치에 sesh.exe를 넣습니다. (새 폴더를 만들고 폴더 이름을 path환경 변수(Windows 컴퓨터의 경우)에 넣었습니다.)
두 texmf폴더의 모든 내용을 로컬 texmf 트리에 넣습니다. (texmf 폴더를 만들고 폴더를 복사했습니다. 그런 다음 로컬 texmf 트리를 처음 사용했기 때문에 MiKTeX 콘솔에서 , 아래에 Settingstexmf Directories폴더에 추가했습니다. )
파일 이름 데이터베이스 새로 고침 및 글꼴 맵 파일 새로 고침(MiKTeX 콘솔의 아래 Tasks)

테스트 파일을 사용해 보고 다음과 같이 호출하세요 foo.htx.

\documentclass[12pt]{article}
\usepackage{egypto}
\usepackage[psfonts]{hiero}
\begin{document}
\begin{hieroglyph}
A1 \end{hieroglyph}
\end{document}

Sesh.exe는 Gardiner Numbers(예: )를 레이아웃, 위치 지정, 방향 및 크기 조정이 포함된 A1hierotex 코드( )로 변환하는 전처리기인 것으로 밝혀졌습니다 .\leavevmode \loneSign{\Aca GA/32/

Sesh는 stdin 및 stdout을 사용하므로 명령줄 컴파일은 입력 및 출력 화살표를 포함하여 다음과 같습니다.

sesh < foo.htx > foo.tex
latex foo.tex

maketfmPS 및 Type1 글꼴을 제대로 설치할 수 없었습니다(기존 스타일, 비유니코드 글꼴 설치는 버그베어입니다!). Hier.cfg 파일이 있기 때문에 라텍스 실행이 실패하는 경우까지 있었습니다. 찾지 마세요.

대안

지금은 Noto Sans Egyptian Hieroglyphs다음과 같이 수동 위치 지정 및 크기 조정을 통해 유니코드 글꼴(예: )과 원시 Tikz를 사용하는 것이 더 쉽습니다.

MWE

\documentclass[12pt]{article}
\usepackage{tikz}
\usetikzlibrary{positioning, arrows, fit}
\usepackage{fontspec}
\usepackage{graphicx}
%\setmainfont{Minion Pro}
%\setmainfont{Times New Roman}
%\setmainfont{CMU Serif}
\setmainfont{Old Standard}
\newfontface\egyfe{Noto Sans Egyptian Hieroglyphs}
\newfontface\egym[Mapping=gardnernum-to-hieroglyph]{Noto Sans Egyptian Hieroglyphs}%Code2003}

\newfontface\egyn[Mapping=gardnernum-to-hieroglyph2,Color=blue]{Noto Sans Egyptian Hieroglyphs}



\DeclareTextFontCommand{\texthg}{\egym}
\DeclareTextFontCommand{\texthi}{\huge\egyn}


\expandafter\newcommand\csname A001\endcsname{\symbol{"13000}}


\newenvironment{thiero}
  {\egym\huge\ignorespaces}
  {\ignorespacesafterend}
  
%uniliteral  
\newcommand\eha{{\egym G001}}
\newcommand\ehaa{{\egym D036}}\newcommand\ehb{{\egym D058}}
\newcommand\ehd{{\egym D046}}
%\newcommand\ehf{{\egym I009}}
\newcommand\ehg{{\egym W011}}
%\newcommand\ehh{{\egym N028}}
\newcommand\ehh{{\egym O004}}
\newcommand\ehH{{\egym V028}}\newcommand\ehi{{\egym M017}}
\newcommand\ehii{{\egym N018}}
\newcommand\ehj{{\egym I010}}
\newcommand\ehk{{\egym V031}}
\newcommand\ehl{{\egym E023}}
\newcommand\ehm{{\egym G017}}
\newcommand\ehmm{{\egym G018}}
\newcommand\ehn{{\egym N035}}
\newcommand\eho{{\egym V004}}
\newcommand\ehnn{{\egym S003}}
\newcommand\ehp{{\egym Q003}}
\newcommand\ehq{{\egym O040}}
\newcommand\ehqq{{\egym N029}}
%\newcommand\ehr{{\egym N005}}
\newcommand\ehr{{\egym D021}}
\newcommand\ehs{{\egym S029}}%voiceless
\newcommand\ehsh{{\egym N039}}
\newcommand\eht{{\egym X001}}
\newcommand\ehch{{\egym V013}}\newcommand\ehw{{\egym G043}}
\newcommand\ehX{{\egym AA001}}
\newcommand\ehy{{\egym M017A}}
\newcommand\ehz{{\egym O034}}

\newcommand\ehlaw{{\egym U038}}



\usetikzlibrary{backgrounds, shapes, arrows}


\newcommand\ehrtllion{\color{blue}{\scalebox{-2.8}[2.8]{\ehl}}}

\newcommand\ehbo{below of}
\newcommand\ehnnx{x27}
\newcommand\ehys{yshift}
\newcommand\ehoneex{1.0ex}



\begin{document}
Tikz test

\begin{tikzpicture}
%  \node at (10pt, 50pt) {Й};
  
  \node at (0pt, 0pt) {0};
  
 \node at (1em, 1em) {1};
 \node at (1em, 2em) {2};
 \node at (2em, 1em) {3};
 \node at (2em, 2em) {4};
 
 \node at (-1em, -1em) {\scalebox{-1}[2]{5}};
 \node at (-1em, -2em) {6};
 \node at (-2em, -1em) {7};
 \node at (-2em, -2em) {8};

 \node at (-1em, 1em) {\color{red}\textbf{a}};
 \node at (-1em, 2em) {b};
 \node at (-2em, 1em) {c};
 \node at (-2em, 2em) {d};
 
 
 \node (e) at (1em, -1em) {e};
 \node (f) at (1em, -2em) {f};
 \node at (2em, -1em) {g};
 \node at (2em, -2em) {\rotatebox{60}{h}};

 \node (z)[
        left of=f,
            node distance=1ex,  
            inner sep=0,
            ]
            {\color{blue}{\egym{A001}}};

   \end{tikzpicture}
   
   Using Tikz to position hieroglyphs
   
  \begin{tikzpicture}
  \node (x1)  at (0em, 0em) {\color{blue}{\scalebox{3}[3]{\egym{A001}}}}; 
  \node (x2)[
    right of=x1,
    yshift=1.2ex,
%   above =of x1.east,
%   node distance=2ex,
        ]{\color{blue}{\scalebox{1.8}[1.8]{\egym{E001}}}}; 
  \node (x3)[
    below of=x2,
    node distance=3.0ex,
    ]{\color{blue}{\scalebox{2.0}[2.0]{\egym{V002}}}};

\node (x4)  [
        right of=x3,
        yshift=2ex,
        ] {\color{blue}{\scalebox{3}[3]{\egym{A010}}}}; 
\node (x5)  [
        right of=x4,
%       yshift=2ex,
        ] {\color{blue}{\scalebox{3}[3]{\egym{T003}}}}; 
\node (x6)  [
        right of=x5,
        xshift=-2ex,
        inner sep=0,
        ] {\color{blue}{\scalebox{3}[3]{\egym{S001}}}}; 

%
%
%
%

    
        
\node (x7)  [
        right of=x6,
        yshift=1.6ex,
        xshift=1.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehq}}}; 
\node (x8)  [
        below of=x7,
%       xshift=-2ex,
        yshift=1.4ex,
        ] {\color{blue}{\scalebox{2.4}[2.4]{\ehl}}}; 
\node (x9)  [
        right of=x8,
%       xshift=-2ex,
        yshift=2.0ex,
        ] {\color{blue}{\scalebox{3}[3]{\ehi}}}; 
\node (x10)  [
        right of=x9,
        xshift=-1ex,
%       yshift=2.2ex,
        ] {\color{blue}{\scalebox{2.8}[2.8]{\eho}}}; 
%\ehp
\node (x11)  [
        right of=x10,
        xshift=-0.4ex,
        yshift=-0.4ex,
        ] {\color{blue}{\scalebox{3}[3]{\ehp}}}; 
%\eha
\node (x12)  [
        right of=x11,
        xshift=-1ex,
        yshift=0.4ex,
        ] {\color{blue}{\scalebox{3}[3]{\eha}}}; 
%\ehd
\node (x13)  [
        right of=x12,
        xshift=0.8ex,
        yshift=1.8ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehd}}}; 
%\ehr
\node (x14)  [
        below of=x13,
%%      xshift=-2ex,
        yshift=2.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehr}}}; 
%\eha
\node (x15)  [
        right of=x14,
        xshift=1ex,
        yshift=1.1ex,
        ] {\color{blue}{\scalebox{3}[3]{\eha}}}; 
%\eht
\node (x16)  [
        right of=x15,
%%      xshift=-2ex,
        yshift=-1.8ex,
        ] {\color{blue}{\scalebox{3}[3]{\eht}}}; 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(x7)(x8)(x15)(x16)},
        ] (c1) {}; 
 
\node (x17)  [
        below of=x16,
        yshift=-1.4ex,
        xshift=0.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehq}}}; 
\node (x18)  [
        below of=x17,
%       xshift=-2ex,
        yshift=1.0ex,
        ] {\color{blue}{\scalebox{2.8}[2.8]{\ehl}}}; 
\node (x19)  [
        below of=x18,
        xshift=-2ex,
%       yshift=2.0ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehi}}}; 
\node (x20)  [
        right of=x19,
        xshift=-2ex,
%       yshift=2.2ex,
        ] {\color{blue}{\scalebox{2}[2]{\eho}}}; 
%\ehp
\node (x21)  [
        below of=x20,
        xshift=-2.4ex,
        yshift=-0.4ex,
        ] {\color{blue}{\scalebox{3}[3]{\ehp}}}; 
%\eha
\node (x22)  [
        right of=x21,
        xshift=-1.8ex,
        yshift=0.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\eha}}}; 
%\ehd
\node (x23)  [
        below of=x22,
        xshift=-1.2ex,
        yshift=1.0ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehd}}}; 
%\ehr
\node (x24)  [
        below of=x23,
%%      xshift=-2ex,
        yshift=2.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehr}}}; 
%\eha
\node (x25)  [
        below of=x24,
        xshift=-1ex,
        yshift=1.1ex,
        ] {\color{blue}{\scalebox{2}[2]{\eha}}}; 
%\eht
\node (x26)  [
        right of=x25,
        xshift=-2.5ex,
        yshift=0.8ex,
        ] {\color{blue}{\scalebox{2}[2]{\eht}}}; 
 
 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(x17)(x18)(x25)(x26)},
        ] (c2) {}; 
 
 
 
\node (x27)  [
        below of=x1,
        yshift=-2.8ex,
        xshift=0.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehq}}}; 
\node (x28)  [
%%      below of=x27,
        \ehbo = \ehnnx ,
%       xshift=-2ex,
%%      yshift=1.0ex,
        \ehys = \ehoneex ,
%       ] {\color{blue}{\scalebox{-2.8}[2.8]{\ehl}}}; 
]{\ehrtllion};

\node (x29)  [
        below of=x28,
        xshift=2ex,
%       yshift=2.0ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehi}}}; 
\node (x30)  [
        left of=x29,
        xshift=2ex,
%       yshift=2.2ex,
        ] {\color{blue}{\scalebox{-2}[2]{\eho}}}; 
%\ehp
\node (x31)  [
        below of=x30,
        xshift=3.8ex,
        yshift=-0.4ex,
        ] {\color{blue}{\scalebox{-3}[3]{\ehp}}}; 
%\eha
\node (x32)  [
        left of=x31,
        xshift=1.8ex,
        yshift=0.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\eha}}}; 
%\ehd
\node (x33)  [
        below of=x32,
        xshift=1.2ex,
        yshift=1.0ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehd}}}; 
%\ehr
\node (x34)  [
        below of=x33,
%%      xshift=-2ex,
        yshift=2.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehr}}}; 
%\eha
\node (x35)  [
        below of=x34,
        xshift=1ex,
        yshift=1.1ex,
        ] {\color{blue}{\scalebox{-2}[2]{\eha}}}; 
%\eht
\node (x36)  [
        left of=x35,
        xshift=2.5ex,
        yshift=0.8ex,
        ] {\color{blue}{\scalebox{-2}[2]{\eht}}}; 
 
 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(x27)(x28)(x35)(x36)},
        ] (c3) {}; 
 
% \draw (0,0) circle {2cm};
% 
%\node (x99a)  [
%       below of=x8,
%       scale=-3,
%       rotate=90,
%       color=red,
%%      xshift=2.5ex,
%%      yshift=-6.8ex,
%%      ] {\color{red}{\scalebox{5}[5]{\ehlaw}}}; 
%       ] {\ehl};
% 
%%\node (x99b)  [
%%      below of=x8,
%%      scale=3,
%%      rotate=90,
%%      color=blue,
%%      xshift=-3.5ex,
%%%     yshift=-6.8ex,
%%      ] {\ehl};       
%
%
%%\node (x99c)  [
%%      below of=x8,
%%      scale=-3,
%%      rotate=270,
%%      color=blue,
%%      xshift=-3.5ex,
%%      yshift=-1.5ex,
%%      ] {\ehl};   
%
%%\draw[thick, black] (x99a) -- (x99c);
%
%\node (x99d)  [
%       below of=x8,
%       scale=-3,
%       rotate=180,
%       color=red,
%       xshift=-2.5ex,
%       yshift=-1.5ex,
%       ] {\ehl};
%
%
%\node (x99e)  [
%       below of=x8,
%       scale=-3,
%       rotate=0,
%       color=red,
%       xshift=-2.5ex,
%       yshift=1.6ex,
%       ] {\ehl};
%
\node (x99f)  [
        below of=x8,
        scale=3,
        rotate=90,
        color=red,
        xshift=-3.5ex,
        yshift=0ex,
        ] { };  

%%===============
%
%
%\node (x99fa)  [
%       below of=x99f,
%       scale=-3,
%       rotate=0,
%       color=blue,
%%      xshift=1.5ex,
%%      yshift=2.5ex,
%%      ] {\color{red}{\scalebox{5}[5]{\ehlaw}}}; 
%       ] {\ehl};
% 
%\node (x99fb)  [
%       below left of=x99fa,
%       scale=3,
%       rotate=180,
%       color=blue,
%%      xshift=-2.5ex,
%%      yshift=-1.5ex,
%       ] {\ehl};
%
%
\node (x99fc)  [
        below of=x99f,
        xscale=-3,
        yscale=-3,
        rotate=0,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (x99fca)  [
        below of=x99f,
        xscale=-3,
        yscale=3,
        rotate=0,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};


\node (x99fcy)  [
        below of=x99f,
        xscale=3,
        yscale=-3,
        rotate=0,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (x99fcay)  [
        below of=x99f,
        xscale=3,
        yscale=3,
        rotate=0,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};


%===================================
\node (x99fcu)  [
        below of=x99f,
        xscale=-3,
        yscale=-3,
        rotate=90,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (x99fcau)  [
        below of=x99f,
        xscale=-3,
        yscale=3,
        rotate=90,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};


\node (x99fcyu)  [
        below of=x99f,
        xscale=3,
        yscale=-3,
        rotate=90,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (x99fcayu)  [
        below of=x99f,
        xscale=3,
        yscale=3,
        rotate=90,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (n1)  [right of=x99fc] {1}; % $(-1,-1)$
\node (n2)  [right of=x99fca] {2};
\node (n3)  [left of=x99fcy] {3};
\node (n4)  [left of=x99fcay] {4};

\node (n5)  [
        above of=x99fcu,
%       xscale=3,
%       yscale=3,
%       rotate=90,
%       color=blue,
%       xshift=-2.5ex,
%       yshift=1.6ex,
        ] {5};


\node (n6)  [
        below of=x99fcau,
%       xscale=3,
%       yscale=3,
%       rotate=90,
%       color=blue,
%       xshift=-2.5ex,
%       yshift=1.6ex,
        ] {6};



\node (n7)  [
        above of=x99fcyu,
%       xscale=3,
%       yscale=3,
%       rotate=90,
%       color=blue,
%       xshift=-2.5ex,
%       yshift=1.6ex,
        ] {7};



\node (n8)  [
        below of=x99fcayu,
%       xscale=3,
%       yscale=3,
%       rotate=90,
%       color=blue,
%       xshift=-2.5ex,
%       yshift=1.6ex,
        ] {8};

%
%\node (x99fd)  [
%       below of=x99f,
%       scale=-3,
%       rotate=90,
%       color=blue,
%       xshift=-3.5ex,
%       yshift=0ex,
%       ] {\ehl};       


 \node [
    below of=x26,
    xshift=-1.8ex,
    yshift=-5.2ex,
    ](zx1)  {\color{blue}{\scalebox{-3}[3]{\egym{A001}}}}; 
  \node (zx2)[
    left of=zx1,
    yshift=1.2ex,
%   above =of x1.east,
%   node distance=2ex,
        ]{\color{blue}{\scalebox{-1.8}[1.8]{\egym{E001}}}}; 
  \node (zx3)[
    below of=zx2,
    node distance=3.0ex,
    ]{\color{blue}{\scalebox{-2.0}[2.0]{\egym{V002}}}};

\node (zx4)  [
        left of=zx3,
    xshift=-1.2ex,
        yshift=2ex,
        ] {\color{blue}{\scalebox{-3}[3]{\egym{A010}}}}; 
\node (zx5)  [
        left of=zx4,
%       yshift=2ex,
        ] {\color{blue}{\scalebox{-3}[3]{\egym{T003}}}}; 
\node (zx6)  [
        left of=zx5,
        xshift=1.5ex,
%       inner sep=0,
        ] {\color{blue}{\scalebox{-3}[3]{\egym{S001}}}}; 

%
%
%
%

    
        
\node (zx7)  [
        left of=zx6,
        yshift=1.6ex,
        xshift=-2.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehq}}}; 
\node (zx8)  [
        below of=zx7,
%       xshift=-2ex,
        yshift=1.4ex,
        ] {\color{blue}{\scalebox{-2.4}[2.4]{\ehl}}}; 
\node (zx9)  [
        left of=zx8,
%       xshift=-2ex,
        yshift=2.0ex,
        ] {\color{blue}{\scalebox{-3}[3]{\ehi}}}; 
\node (zx10)  [
        left of=zx9,
        xshift=1ex,
%       yshift=2.2ex,
        ] {\color{blue}{\scalebox{-2.8}[2.8]{\eho}}}; 
%\ehp
\node (zx11)  [
        left of=zx10,
        xshift=0.4ex,
        yshift=-0.4ex,
        ] {\color{blue}{\scalebox{-3}[3]{\ehp}}}; 
%\eha
\node (zx12)  [
        left of=zx11,
        xshift=1ex,
        yshift=0.4ex,
        ] {\color{blue}{\scalebox{-3}[3]{\eha}}}; 
%\ehd
\node (zx13)  [
        left of=zx12,
        xshift=-0.8ex,
        yshift=1.8ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehd}}}; 
%\ehr
\node (zx14)  [
        below of=zx13,
%%      xshift=-2ex,
        yshift=2.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehr}}}; 
%\eha
\node (zx15)  [
        left of=zx14,
        xshift=-1.2ex,
        yshift=1.1ex,
        ] {\color{blue}{\scalebox{-3}[3]{\eha}}}; 
%\eht
\node (zx16)  [
        left of=zx15,
%%      xshift=-2ex,
        yshift=-1.8ex,
        ] {\color{blue}{\scalebox{-3}[3]{\eht}}}; 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(zx7)(zx8)(zx15)(zx16)},
        ] (zc1) {}; 
 






 \end{tikzpicture}
  
  
\section{Writing Hieroglyphs}
To write hieroglyphs, you will need:
\begin{itemize}
\item a font that contains hieroglyphs
    \begin{itemize}
    \item e.g. Noto Sans Egyptian Hieroglyphs
    \end{itemize}
\item an editor that can handle utf-8 or other unicode-format files
    \begin{itemize}
    \item e.g. TeXworks
    \end{itemize}
\item an input method to enter the hieroglyphs into the file
    \begin{itemize}
    \item keyboard (1000+ keys = impractical)
       \item an IME (none written yet?)
       \item font-mapping (TECkit fontmaps work only in xelatex. not in lualatex)
    \end{itemize}
\item a TeX flavour to process the file
    \begin{itemize}
    \item e.g. xelatex
    \end{itemize}
\item and for advanced typesetting:
    \begin{itemize}
    \item a way of positioning the hieroglyphs in sequence, horizontally and vertically
        \begin{itemize}
        \item e.g. the tabular environment
        \item e.g. Tikz
        \end{itemize}
    \item a way of scaling the hieroglyphs appropriately within any stacked or side-by-side arrangement, including flipping them horizontally when writing in the opposite direction (flipping is applying a scaling factor of $ -1$)
        \begin{itemize}
        \item e.g. the scalebox command
        \item e.g. the xscale= and yscale= node options in Tikz
        \end{itemize}
    \end{itemize}
\end{itemize}

\section{Mapping}

Birth name: Tuthmosis ("Born of the God Thoth")
Throne name: Menkheperre ("Lasting is the Manifestation of Re")

\begin{tikzpicture}
\node (p1)  
        at (0,0) 
%   [
%   left of=zx15,
%%      xshift=-2ex,
%       yshift=-1.8ex,
%       ]
         {\color{blue}{\scalebox{3}[3]{\egym M023}}}; 


\node (p2)  
%       at (0,0) 
    [
    below of=p1,
%%      xshift=-2ex,
        yshift=-2.4ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym L002}}}; 
 

\node (m1)  
%       at (0,0) 
    [
    below of=p2,
%%      xshift=-2ex,
        yshift=-2.4ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym N005}}}; 
 
 \node (m2)  
    [
    below of=m1,
%%      xshift=-2ex,
%       yshift=-1.8ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym Y005}}}; 
 
 \node (m3)  
    [
    below of=m2,
%%      xshift=-2ex,
%       yshift=-1.8ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym L001}}}; 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(m1) (m2) (m3)},
        ] (zc1) {}; 

\node (b1)  
%       at (0,0) 
    [
    right of=p1,
        xshift=5ex,
%       yshift=-2.4ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym G039}}}; 

 \node (b2)  
    [
    below of=b1,
%%      xshift=-2ex,
        yshift=-2.8ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym N005}}}; 


 \node (n1)  
    [
    below of=b2,
%%      xshift=-2ex,
        yshift=-2.8ex,
        ]
         {\color{blue}{\scalebox{3.2}[3.2]{\egym G026}}}; 

 \node (n2)  
    [
    below of=n1,
        xshift=-1.8ex,
        yshift=-1.4ex,
        ]
         {\color{blue}{\scalebox{2}[2]{\egym F031}}}; 

 \node (n3)  
    [
    right of=n2,
        xshift=-1.8ex,
%       yshift=-1.4ex,
        ]
         {\color{blue}{\scalebox{2}[2]{\egym F035}}}; 

 \node (n4)  
    [
    below of=n3,
        xshift=-1.8ex,
        yshift=-1.4ex,
        ]
         {\color{blue}{\scalebox{2}[2]{\egym L001}}}; 

 \node (n5)  
    [
    below of=n4,
%       xshift=-1.8ex,
        yshift=0.4ex,
        ]
         {\color{blue}{\scalebox{2}[2]{\egym Z002}}}; 


 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(n1)(n2)(n3)(n4)(n5)},
        ] (zd1) {}; 
 \end{tikzpicture}

\section{Inputting}

\verb|\symbol{"13000}| =  {\egyfe\huge \symbol{"13000}}


Macro command \textbackslash A001 = {\egyfe\huge \csname A001\endcsname}



Mapped Gardiner number A001 = { \huge \texthg{A001}}

(Second mapping) Mapped Gardiner number A1 = {\huge\texthi{A1}}

A001: In an environment: 
\begin{thiero}
A001
\end{thiero}

\section{Gardner numbers}
A1~=~{\texthi{A1}}
A2~=~{\texthi{A2}}
A3~=~{\texthi{A3}}
A4~=~{\texthi{A4}}
A5~=~{\texthi{A5}}
A5A~=~{\texthi{A5A}}
A6~=~{\texthi{A6}}
A6A~=~{\texthi{A6A}}
A6B~=~{\texthi{A6B}}
A7~=~{\texthi{A7}}
A8~=~{\texthi{A8}}
A9~=~{\texthi{A9}}
A10~=~{\texthi{A10}}
A11~=~{\texthi{A11}}
A12~=~{\texthi{A12}}
A13~=~{\texthi{A13}}
A14~=~{\texthi{A14}}
A14A~=~{\texthi{A14A}}
A15~=~{\texthi{A15}}
A16~=~{\texthi{A16}}
A17~=~{\texthi{A17}}
A17A~=~{\texthi{A17A}}
A18~=~{\texthi{A18}}
A19~=~{\texthi{A19}}
A20~=~{\texthi{A20}}
A21~=~{\texthi{A21}}
A22~=~{\texthi{A22}}
A23~=~{\texthi{A23}}
A24~=~{\texthi{A24}}
A25~=~{\texthi{A25}}
A26~=~{\texthi{A26}}
A27~=~{\texthi{A27}}
A28~=~{\texthi{A28}}
A29~=~{\texthi{A29}}
A30~=~{\texthi{A30}}
A31~=~{\texthi{A31}}
A32~=~{\texthi{A32}}
A32A~=~{\texthi{A32A}}
A33~=~{\texthi{A33}}
A34~=~{\texthi{A34}}
A35~=~{\texthi{A35}}
A36~=~{\texthi{A36}}
A37~=~{\texthi{A37}}
A38~=~{\texthi{A38}}
A39~=~{\texthi{A39}}
A40~=~{\texthi{A40}}
A40A~=~{\texthi{A40A}}
A41~=~{\texthi{A41}}
A42~=~{\texthi{A42}}
A42A~=~{\texthi{A42A}}
A43~=~{\texthi{A43}}
A43A~=~{\texthi{A43A}}
A44~=~{\texthi{A44}}
A45~=~{\texthi{A45}}
A45A~=~{\texthi{A45A}}
A46~=~{\texthi{A46}}
A47~=~{\texthi{A47}}
A48~=~{\texthi{A48}}
A49~=~{\texthi{A49}}
A50~=~{\texthi{A50}}
A51~=~{\texthi{A51}}
A52~=~{\texthi{A52}}
A53~=~{\texthi{A53}}
A54~=~{\texthi{A54}}
A55~=~{\texthi{A55}}
A56~=~{\texthi{A56}}
A57~=~{\texthi{A57}}
A58~=~{\texthi{A58}}
A59~=~{\texthi{A59}}
A60~=~{\texthi{A60}}
A61~=~{\texthi{A61}}
A62~=~{\texthi{A62}}
A63~=~{\texthi{A63}}
A64~=~{\texthi{A64}}
A65~=~{\texthi{A65}}
A66~=~{\texthi{A66}}
A67~=~{\texthi{A67}}
A68~=~{\texthi{A68}}
A69~=~{\texthi{A69}}
A70~=~{\texthi{A70}}
etc

  \end{document}

대안 2

이식성이 더 높은 또 다른 대안은 expl3에서 정규식을 사용하는 것입니다. 예를 들면 다음과 같습니다.

MWE

\documentclass{article}
\usepackage{fontspec}
\setmainfont{Noto Serif}
\newfontfamily\fegy{Noto Sans Egyptian Hieroglyphs}
\ExplSyntaxOn

\newcommand\doegyhiero{%
\regex_replace_all:nnN { a001 } { ^^^^^13000 } \l_my_tl
\regex_replace_all:nnN { g010 } { ^^^^^1314b } \l_my_tl
\regex_replace_all:nnN { m017a } { ^^^^^131cc } \l_my_tl
\regex_replace_all:nnN { n001 } { ^^^^^131ef } \l_my_tl
}

\NewDocumentCommand { \textegyhiero } { m } {%
\tl_set:Nn \l_my_tl { #1 }
\doegyhiero
\tl_use:N \l_my_tl
}

\NewDocumentEnvironment{egyhiero}{ +b } 
{
\tl_set:Nn \l_my_tl { #1 }
\doegyhiero
\tl_use:N \l_my_tl
}
{ }

\ExplSyntaxOff

\begin{document}

This is inline {\fegy\Large\textegyhiero{a001 g010 n001}}.

And the following is inside an environment:
\begin{egyhiero}\fegy\Large

a001 g010 n001

a001 g010 n001 m017a

\end{egyhiero}
End of environment.

\end{document}

Answer

단계는 다음과 같습니다.

운영 체제에서 볼 수 있는 위치에 sesh.exe를 넣습니다. (새 폴더를 만들고 폴더 이름을 path환경 변수(Windows 컴퓨터의 경우)에 넣었습니다.)
두 texmf폴더의 모든 내용을 로컬 texmf 트리에 넣습니다. (texmf 폴더를 만들고 폴더를 복사했습니다. 그런 다음 로컬 texmf 트리를 처음 사용했기 때문에 MiKTeX 콘솔에서 , 아래에 Settingstexmf Directories폴더에 추가했습니다. )
파일 이름 데이터베이스 새로 고침 및 글꼴 맵 파일 새로 고침(MiKTeX 콘솔의 아래 Tasks)

테스트 파일을 사용해 보고 다음과 같이 호출하세요 foo.htx.

\documentclass[12pt]{article}
\usepackage{egypto}
\usepackage[psfonts]{hiero}
\begin{document}
\begin{hieroglyph}
A1 \end{hieroglyph}
\end{document}

Sesh.exe는 Gardiner Numbers(예: )를 레이아웃, 위치 지정, 방향 및 크기 조정이 포함된 A1hierotex 코드( )로 변환하는 전처리기인 것으로 밝혀졌습니다 .\leavevmode \loneSign{\Aca GA/32/

Sesh는 stdin 및 stdout을 사용하므로 명령줄 컴파일은 입력 및 출력 화살표를 포함하여 다음과 같습니다.

sesh < foo.htx > foo.tex
latex foo.tex

maketfmPS 및 Type1 글꼴을 제대로 설치할 수 없었습니다(기존 스타일, 비유니코드 글꼴 설치는 버그베어입니다!). Hier.cfg 파일이 있기 때문에 라텍스 실행이 실패하는 경우까지 있었습니다. 찾지 마세요.

대안

지금은 Noto Sans Egyptian Hieroglyphs다음과 같이 수동 위치 지정 및 크기 조정을 통해 유니코드 글꼴(예: )과 원시 Tikz를 사용하는 것이 더 쉽습니다.

MWE

\documentclass[12pt]{article}
\usepackage{tikz}
\usetikzlibrary{positioning, arrows, fit}
\usepackage{fontspec}
\usepackage{graphicx}
%\setmainfont{Minion Pro}
%\setmainfont{Times New Roman}
%\setmainfont{CMU Serif}
\setmainfont{Old Standard}
\newfontface\egyfe{Noto Sans Egyptian Hieroglyphs}
\newfontface\egym[Mapping=gardnernum-to-hieroglyph]{Noto Sans Egyptian Hieroglyphs}%Code2003}

\newfontface\egyn[Mapping=gardnernum-to-hieroglyph2,Color=blue]{Noto Sans Egyptian Hieroglyphs}



\DeclareTextFontCommand{\texthg}{\egym}
\DeclareTextFontCommand{\texthi}{\huge\egyn}


\expandafter\newcommand\csname A001\endcsname{\symbol{"13000}}


\newenvironment{thiero}
  {\egym\huge\ignorespaces}
  {\ignorespacesafterend}
  
%uniliteral  
\newcommand\eha{{\egym G001}}
\newcommand\ehaa{{\egym D036}}\newcommand\ehb{{\egym D058}}
\newcommand\ehd{{\egym D046}}
%\newcommand\ehf{{\egym I009}}
\newcommand\ehg{{\egym W011}}
%\newcommand\ehh{{\egym N028}}
\newcommand\ehh{{\egym O004}}
\newcommand\ehH{{\egym V028}}\newcommand\ehi{{\egym M017}}
\newcommand\ehii{{\egym N018}}
\newcommand\ehj{{\egym I010}}
\newcommand\ehk{{\egym V031}}
\newcommand\ehl{{\egym E023}}
\newcommand\ehm{{\egym G017}}
\newcommand\ehmm{{\egym G018}}
\newcommand\ehn{{\egym N035}}
\newcommand\eho{{\egym V004}}
\newcommand\ehnn{{\egym S003}}
\newcommand\ehp{{\egym Q003}}
\newcommand\ehq{{\egym O040}}
\newcommand\ehqq{{\egym N029}}
%\newcommand\ehr{{\egym N005}}
\newcommand\ehr{{\egym D021}}
\newcommand\ehs{{\egym S029}}%voiceless
\newcommand\ehsh{{\egym N039}}
\newcommand\eht{{\egym X001}}
\newcommand\ehch{{\egym V013}}\newcommand\ehw{{\egym G043}}
\newcommand\ehX{{\egym AA001}}
\newcommand\ehy{{\egym M017A}}
\newcommand\ehz{{\egym O034}}

\newcommand\ehlaw{{\egym U038}}



\usetikzlibrary{backgrounds, shapes, arrows}


\newcommand\ehrtllion{\color{blue}{\scalebox{-2.8}[2.8]{\ehl}}}

\newcommand\ehbo{below of}
\newcommand\ehnnx{x27}
\newcommand\ehys{yshift}
\newcommand\ehoneex{1.0ex}



\begin{document}
Tikz test

\begin{tikzpicture}
%  \node at (10pt, 50pt) {Й};
  
  \node at (0pt, 0pt) {0};
  
 \node at (1em, 1em) {1};
 \node at (1em, 2em) {2};
 \node at (2em, 1em) {3};
 \node at (2em, 2em) {4};
 
 \node at (-1em, -1em) {\scalebox{-1}[2]{5}};
 \node at (-1em, -2em) {6};
 \node at (-2em, -1em) {7};
 \node at (-2em, -2em) {8};

 \node at (-1em, 1em) {\color{red}\textbf{a}};
 \node at (-1em, 2em) {b};
 \node at (-2em, 1em) {c};
 \node at (-2em, 2em) {d};
 
 
 \node (e) at (1em, -1em) {e};
 \node (f) at (1em, -2em) {f};
 \node at (2em, -1em) {g};
 \node at (2em, -2em) {\rotatebox{60}{h}};

 \node (z)[
        left of=f,
            node distance=1ex,  
            inner sep=0,
            ]
            {\color{blue}{\egym{A001}}};

   \end{tikzpicture}
   
   Using Tikz to position hieroglyphs
   
  \begin{tikzpicture}
  \node (x1)  at (0em, 0em) {\color{blue}{\scalebox{3}[3]{\egym{A001}}}}; 
  \node (x2)[
    right of=x1,
    yshift=1.2ex,
%   above =of x1.east,
%   node distance=2ex,
        ]{\color{blue}{\scalebox{1.8}[1.8]{\egym{E001}}}}; 
  \node (x3)[
    below of=x2,
    node distance=3.0ex,
    ]{\color{blue}{\scalebox{2.0}[2.0]{\egym{V002}}}};

\node (x4)  [
        right of=x3,
        yshift=2ex,
        ] {\color{blue}{\scalebox{3}[3]{\egym{A010}}}}; 
\node (x5)  [
        right of=x4,
%       yshift=2ex,
        ] {\color{blue}{\scalebox{3}[3]{\egym{T003}}}}; 
\node (x6)  [
        right of=x5,
        xshift=-2ex,
        inner sep=0,
        ] {\color{blue}{\scalebox{3}[3]{\egym{S001}}}}; 

%
%
%
%

    
        
\node (x7)  [
        right of=x6,
        yshift=1.6ex,
        xshift=1.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehq}}}; 
\node (x8)  [
        below of=x7,
%       xshift=-2ex,
        yshift=1.4ex,
        ] {\color{blue}{\scalebox{2.4}[2.4]{\ehl}}}; 
\node (x9)  [
        right of=x8,
%       xshift=-2ex,
        yshift=2.0ex,
        ] {\color{blue}{\scalebox{3}[3]{\ehi}}}; 
\node (x10)  [
        right of=x9,
        xshift=-1ex,
%       yshift=2.2ex,
        ] {\color{blue}{\scalebox{2.8}[2.8]{\eho}}}; 
%\ehp
\node (x11)  [
        right of=x10,
        xshift=-0.4ex,
        yshift=-0.4ex,
        ] {\color{blue}{\scalebox{3}[3]{\ehp}}}; 
%\eha
\node (x12)  [
        right of=x11,
        xshift=-1ex,
        yshift=0.4ex,
        ] {\color{blue}{\scalebox{3}[3]{\eha}}}; 
%\ehd
\node (x13)  [
        right of=x12,
        xshift=0.8ex,
        yshift=1.8ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehd}}}; 
%\ehr
\node (x14)  [
        below of=x13,
%%      xshift=-2ex,
        yshift=2.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehr}}}; 
%\eha
\node (x15)  [
        right of=x14,
        xshift=1ex,
        yshift=1.1ex,
        ] {\color{blue}{\scalebox{3}[3]{\eha}}}; 
%\eht
\node (x16)  [
        right of=x15,
%%      xshift=-2ex,
        yshift=-1.8ex,
        ] {\color{blue}{\scalebox{3}[3]{\eht}}}; 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(x7)(x8)(x15)(x16)},
        ] (c1) {}; 
 
\node (x17)  [
        below of=x16,
        yshift=-1.4ex,
        xshift=0.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehq}}}; 
\node (x18)  [
        below of=x17,
%       xshift=-2ex,
        yshift=1.0ex,
        ] {\color{blue}{\scalebox{2.8}[2.8]{\ehl}}}; 
\node (x19)  [
        below of=x18,
        xshift=-2ex,
%       yshift=2.0ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehi}}}; 
\node (x20)  [
        right of=x19,
        xshift=-2ex,
%       yshift=2.2ex,
        ] {\color{blue}{\scalebox{2}[2]{\eho}}}; 
%\ehp
\node (x21)  [
        below of=x20,
        xshift=-2.4ex,
        yshift=-0.4ex,
        ] {\color{blue}{\scalebox{3}[3]{\ehp}}}; 
%\eha
\node (x22)  [
        right of=x21,
        xshift=-1.8ex,
        yshift=0.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\eha}}}; 
%\ehd
\node (x23)  [
        below of=x22,
        xshift=-1.2ex,
        yshift=1.0ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehd}}}; 
%\ehr
\node (x24)  [
        below of=x23,
%%      xshift=-2ex,
        yshift=2.4ex,
        ] {\color{blue}{\scalebox{2}[2]{\ehr}}}; 
%\eha
\node (x25)  [
        below of=x24,
        xshift=-1ex,
        yshift=1.1ex,
        ] {\color{blue}{\scalebox{2}[2]{\eha}}}; 
%\eht
\node (x26)  [
        right of=x25,
        xshift=-2.5ex,
        yshift=0.8ex,
        ] {\color{blue}{\scalebox{2}[2]{\eht}}}; 
 
 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(x17)(x18)(x25)(x26)},
        ] (c2) {}; 
 
 
 
\node (x27)  [
        below of=x1,
        yshift=-2.8ex,
        xshift=0.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehq}}}; 
\node (x28)  [
%%      below of=x27,
        \ehbo = \ehnnx ,
%       xshift=-2ex,
%%      yshift=1.0ex,
        \ehys = \ehoneex ,
%       ] {\color{blue}{\scalebox{-2.8}[2.8]{\ehl}}}; 
]{\ehrtllion};

\node (x29)  [
        below of=x28,
        xshift=2ex,
%       yshift=2.0ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehi}}}; 
\node (x30)  [
        left of=x29,
        xshift=2ex,
%       yshift=2.2ex,
        ] {\color{blue}{\scalebox{-2}[2]{\eho}}}; 
%\ehp
\node (x31)  [
        below of=x30,
        xshift=3.8ex,
        yshift=-0.4ex,
        ] {\color{blue}{\scalebox{-3}[3]{\ehp}}}; 
%\eha
\node (x32)  [
        left of=x31,
        xshift=1.8ex,
        yshift=0.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\eha}}}; 
%\ehd
\node (x33)  [
        below of=x32,
        xshift=1.2ex,
        yshift=1.0ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehd}}}; 
%\ehr
\node (x34)  [
        below of=x33,
%%      xshift=-2ex,
        yshift=2.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehr}}}; 
%\eha
\node (x35)  [
        below of=x34,
        xshift=1ex,
        yshift=1.1ex,
        ] {\color{blue}{\scalebox{-2}[2]{\eha}}}; 
%\eht
\node (x36)  [
        left of=x35,
        xshift=2.5ex,
        yshift=0.8ex,
        ] {\color{blue}{\scalebox{-2}[2]{\eht}}}; 
 
 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(x27)(x28)(x35)(x36)},
        ] (c3) {}; 
 
% \draw (0,0) circle {2cm};
% 
%\node (x99a)  [
%       below of=x8,
%       scale=-3,
%       rotate=90,
%       color=red,
%%      xshift=2.5ex,
%%      yshift=-6.8ex,
%%      ] {\color{red}{\scalebox{5}[5]{\ehlaw}}}; 
%       ] {\ehl};
% 
%%\node (x99b)  [
%%      below of=x8,
%%      scale=3,
%%      rotate=90,
%%      color=blue,
%%      xshift=-3.5ex,
%%%     yshift=-6.8ex,
%%      ] {\ehl};       
%
%
%%\node (x99c)  [
%%      below of=x8,
%%      scale=-3,
%%      rotate=270,
%%      color=blue,
%%      xshift=-3.5ex,
%%      yshift=-1.5ex,
%%      ] {\ehl};   
%
%%\draw[thick, black] (x99a) -- (x99c);
%
%\node (x99d)  [
%       below of=x8,
%       scale=-3,
%       rotate=180,
%       color=red,
%       xshift=-2.5ex,
%       yshift=-1.5ex,
%       ] {\ehl};
%
%
%\node (x99e)  [
%       below of=x8,
%       scale=-3,
%       rotate=0,
%       color=red,
%       xshift=-2.5ex,
%       yshift=1.6ex,
%       ] {\ehl};
%
\node (x99f)  [
        below of=x8,
        scale=3,
        rotate=90,
        color=red,
        xshift=-3.5ex,
        yshift=0ex,
        ] { };  

%%===============
%
%
%\node (x99fa)  [
%       below of=x99f,
%       scale=-3,
%       rotate=0,
%       color=blue,
%%      xshift=1.5ex,
%%      yshift=2.5ex,
%%      ] {\color{red}{\scalebox{5}[5]{\ehlaw}}}; 
%       ] {\ehl};
% 
%\node (x99fb)  [
%       below left of=x99fa,
%       scale=3,
%       rotate=180,
%       color=blue,
%%      xshift=-2.5ex,
%%      yshift=-1.5ex,
%       ] {\ehl};
%
%
\node (x99fc)  [
        below of=x99f,
        xscale=-3,
        yscale=-3,
        rotate=0,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (x99fca)  [
        below of=x99f,
        xscale=-3,
        yscale=3,
        rotate=0,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};


\node (x99fcy)  [
        below of=x99f,
        xscale=3,
        yscale=-3,
        rotate=0,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (x99fcay)  [
        below of=x99f,
        xscale=3,
        yscale=3,
        rotate=0,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};


%===================================
\node (x99fcu)  [
        below of=x99f,
        xscale=-3,
        yscale=-3,
        rotate=90,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (x99fcau)  [
        below of=x99f,
        xscale=-3,
        yscale=3,
        rotate=90,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};


\node (x99fcyu)  [
        below of=x99f,
        xscale=3,
        yscale=-3,
        rotate=90,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (x99fcayu)  [
        below of=x99f,
        xscale=3,
        yscale=3,
        rotate=90,
        color=blue,
        xshift=-2.5ex,
        yshift=1.6ex,
        ] {\ehl};

\node (n1)  [right of=x99fc] {1}; % $(-1,-1)$
\node (n2)  [right of=x99fca] {2};
\node (n3)  [left of=x99fcy] {3};
\node (n4)  [left of=x99fcay] {4};

\node (n5)  [
        above of=x99fcu,
%       xscale=3,
%       yscale=3,
%       rotate=90,
%       color=blue,
%       xshift=-2.5ex,
%       yshift=1.6ex,
        ] {5};


\node (n6)  [
        below of=x99fcau,
%       xscale=3,
%       yscale=3,
%       rotate=90,
%       color=blue,
%       xshift=-2.5ex,
%       yshift=1.6ex,
        ] {6};



\node (n7)  [
        above of=x99fcyu,
%       xscale=3,
%       yscale=3,
%       rotate=90,
%       color=blue,
%       xshift=-2.5ex,
%       yshift=1.6ex,
        ] {7};



\node (n8)  [
        below of=x99fcayu,
%       xscale=3,
%       yscale=3,
%       rotate=90,
%       color=blue,
%       xshift=-2.5ex,
%       yshift=1.6ex,
        ] {8};

%
%\node (x99fd)  [
%       below of=x99f,
%       scale=-3,
%       rotate=90,
%       color=blue,
%       xshift=-3.5ex,
%       yshift=0ex,
%       ] {\ehl};       


 \node [
    below of=x26,
    xshift=-1.8ex,
    yshift=-5.2ex,
    ](zx1)  {\color{blue}{\scalebox{-3}[3]{\egym{A001}}}}; 
  \node (zx2)[
    left of=zx1,
    yshift=1.2ex,
%   above =of x1.east,
%   node distance=2ex,
        ]{\color{blue}{\scalebox{-1.8}[1.8]{\egym{E001}}}}; 
  \node (zx3)[
    below of=zx2,
    node distance=3.0ex,
    ]{\color{blue}{\scalebox{-2.0}[2.0]{\egym{V002}}}};

\node (zx4)  [
        left of=zx3,
    xshift=-1.2ex,
        yshift=2ex,
        ] {\color{blue}{\scalebox{-3}[3]{\egym{A010}}}}; 
\node (zx5)  [
        left of=zx4,
%       yshift=2ex,
        ] {\color{blue}{\scalebox{-3}[3]{\egym{T003}}}}; 
\node (zx6)  [
        left of=zx5,
        xshift=1.5ex,
%       inner sep=0,
        ] {\color{blue}{\scalebox{-3}[3]{\egym{S001}}}}; 

%
%
%
%

    
        
\node (zx7)  [
        left of=zx6,
        yshift=1.6ex,
        xshift=-2.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehq}}}; 
\node (zx8)  [
        below of=zx7,
%       xshift=-2ex,
        yshift=1.4ex,
        ] {\color{blue}{\scalebox{-2.4}[2.4]{\ehl}}}; 
\node (zx9)  [
        left of=zx8,
%       xshift=-2ex,
        yshift=2.0ex,
        ] {\color{blue}{\scalebox{-3}[3]{\ehi}}}; 
\node (zx10)  [
        left of=zx9,
        xshift=1ex,
%       yshift=2.2ex,
        ] {\color{blue}{\scalebox{-2.8}[2.8]{\eho}}}; 
%\ehp
\node (zx11)  [
        left of=zx10,
        xshift=0.4ex,
        yshift=-0.4ex,
        ] {\color{blue}{\scalebox{-3}[3]{\ehp}}}; 
%\eha
\node (zx12)  [
        left of=zx11,
        xshift=1ex,
        yshift=0.4ex,
        ] {\color{blue}{\scalebox{-3}[3]{\eha}}}; 
%\ehd
\node (zx13)  [
        left of=zx12,
        xshift=-0.8ex,
        yshift=1.8ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehd}}}; 
%\ehr
\node (zx14)  [
        below of=zx13,
%%      xshift=-2ex,
        yshift=2.4ex,
        ] {\color{blue}{\scalebox{-2}[2]{\ehr}}}; 
%\eha
\node (zx15)  [
        left of=zx14,
        xshift=-1.2ex,
        yshift=1.1ex,
        ] {\color{blue}{\scalebox{-3}[3]{\eha}}}; 
%\eht
\node (zx16)  [
        left of=zx15,
%%      xshift=-2ex,
        yshift=-1.8ex,
        ] {\color{blue}{\scalebox{-3}[3]{\eht}}}; 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(zx7)(zx8)(zx15)(zx16)},
        ] (zc1) {}; 
 






 \end{tikzpicture}
  
  
\section{Writing Hieroglyphs}
To write hieroglyphs, you will need:
\begin{itemize}
\item a font that contains hieroglyphs
    \begin{itemize}
    \item e.g. Noto Sans Egyptian Hieroglyphs
    \end{itemize}
\item an editor that can handle utf-8 or other unicode-format files
    \begin{itemize}
    \item e.g. TeXworks
    \end{itemize}
\item an input method to enter the hieroglyphs into the file
    \begin{itemize}
    \item keyboard (1000+ keys = impractical)
       \item an IME (none written yet?)
       \item font-mapping (TECkit fontmaps work only in xelatex. not in lualatex)
    \end{itemize}
\item a TeX flavour to process the file
    \begin{itemize}
    \item e.g. xelatex
    \end{itemize}
\item and for advanced typesetting:
    \begin{itemize}
    \item a way of positioning the hieroglyphs in sequence, horizontally and vertically
        \begin{itemize}
        \item e.g. the tabular environment
        \item e.g. Tikz
        \end{itemize}
    \item a way of scaling the hieroglyphs appropriately within any stacked or side-by-side arrangement, including flipping them horizontally when writing in the opposite direction (flipping is applying a scaling factor of $ -1$)
        \begin{itemize}
        \item e.g. the scalebox command
        \item e.g. the xscale= and yscale= node options in Tikz
        \end{itemize}
    \end{itemize}
\end{itemize}

\section{Mapping}

Birth name: Tuthmosis ("Born of the God Thoth")
Throne name: Menkheperre ("Lasting is the Manifestation of Re")

\begin{tikzpicture}
\node (p1)  
        at (0,0) 
%   [
%   left of=zx15,
%%      xshift=-2ex,
%       yshift=-1.8ex,
%       ]
         {\color{blue}{\scalebox{3}[3]{\egym M023}}}; 


\node (p2)  
%       at (0,0) 
    [
    below of=p1,
%%      xshift=-2ex,
        yshift=-2.4ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym L002}}}; 
 

\node (m1)  
%       at (0,0) 
    [
    below of=p2,
%%      xshift=-2ex,
        yshift=-2.4ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym N005}}}; 
 
 \node (m2)  
    [
    below of=m1,
%%      xshift=-2ex,
%       yshift=-1.8ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym Y005}}}; 
 
 \node (m3)  
    [
    below of=m2,
%%      xshift=-2ex,
%       yshift=-1.8ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym L001}}}; 
 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(m1) (m2) (m3)},
        ] (zc1) {}; 

\node (b1)  
%       at (0,0) 
    [
    right of=p1,
        xshift=5ex,
%       yshift=-2.4ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym G039}}}; 

 \node (b2)  
    [
    below of=b1,
%%      xshift=-2ex,
        yshift=-2.8ex,
        ]
         {\color{blue}{\scalebox{3}[3]{\egym N005}}}; 


 \node (n1)  
    [
    below of=b2,
%%      xshift=-2ex,
        yshift=-2.8ex,
        ]
         {\color{blue}{\scalebox{3.2}[3.2]{\egym G026}}}; 

 \node (n2)  
    [
    below of=n1,
        xshift=-1.8ex,
        yshift=-1.4ex,
        ]
         {\color{blue}{\scalebox{2}[2]{\egym F031}}}; 

 \node (n3)  
    [
    right of=n2,
        xshift=-1.8ex,
%       yshift=-1.4ex,
        ]
         {\color{blue}{\scalebox{2}[2]{\egym F035}}}; 

 \node (n4)  
    [
    below of=n3,
        xshift=-1.8ex,
        yshift=-1.4ex,
        ]
         {\color{blue}{\scalebox{2}[2]{\egym L001}}}; 

 \node (n5)  
    [
    below of=n4,
%       xshift=-1.8ex,
        yshift=0.4ex,
        ]
         {\color{blue}{\scalebox{2}[2]{\egym Z002}}}; 


 
 \node [
        red,
        thick,
        draw, 
        rectangle, 
        rounded corners=3ex,
        inner sep=0,
        fit={(n1)(n2)(n3)(n4)(n5)},
        ] (zd1) {}; 
 \end{tikzpicture}

\section{Inputting}

\verb|\symbol{"13000}| =  {\egyfe\huge \symbol{"13000}}


Macro command \textbackslash A001 = {\egyfe\huge \csname A001\endcsname}



Mapped Gardiner number A001 = { \huge \texthg{A001}}

(Second mapping) Mapped Gardiner number A1 = {\huge\texthi{A1}}

A001: In an environment: 
\begin{thiero}
A001
\end{thiero}

\section{Gardner numbers}
A1~=~{\texthi{A1}}
A2~=~{\texthi{A2}}
A3~=~{\texthi{A3}}
A4~=~{\texthi{A4}}
A5~=~{\texthi{A5}}
A5A~=~{\texthi{A5A}}
A6~=~{\texthi{A6}}
A6A~=~{\texthi{A6A}}
A6B~=~{\texthi{A6B}}
A7~=~{\texthi{A7}}
A8~=~{\texthi{A8}}
A9~=~{\texthi{A9}}
A10~=~{\texthi{A10}}
A11~=~{\texthi{A11}}
A12~=~{\texthi{A12}}
A13~=~{\texthi{A13}}
A14~=~{\texthi{A14}}
A14A~=~{\texthi{A14A}}
A15~=~{\texthi{A15}}
A16~=~{\texthi{A16}}
A17~=~{\texthi{A17}}
A17A~=~{\texthi{A17A}}
A18~=~{\texthi{A18}}
A19~=~{\texthi{A19}}
A20~=~{\texthi{A20}}
A21~=~{\texthi{A21}}
A22~=~{\texthi{A22}}
A23~=~{\texthi{A23}}
A24~=~{\texthi{A24}}
A25~=~{\texthi{A25}}
A26~=~{\texthi{A26}}
A27~=~{\texthi{A27}}
A28~=~{\texthi{A28}}
A29~=~{\texthi{A29}}
A30~=~{\texthi{A30}}
A31~=~{\texthi{A31}}
A32~=~{\texthi{A32}}
A32A~=~{\texthi{A32A}}
A33~=~{\texthi{A33}}
A34~=~{\texthi{A34}}
A35~=~{\texthi{A35}}
A36~=~{\texthi{A36}}
A37~=~{\texthi{A37}}
A38~=~{\texthi{A38}}
A39~=~{\texthi{A39}}
A40~=~{\texthi{A40}}
A40A~=~{\texthi{A40A}}
A41~=~{\texthi{A41}}
A42~=~{\texthi{A42}}
A42A~=~{\texthi{A42A}}
A43~=~{\texthi{A43}}
A43A~=~{\texthi{A43A}}
A44~=~{\texthi{A44}}
A45~=~{\texthi{A45}}
A45A~=~{\texthi{A45A}}
A46~=~{\texthi{A46}}
A47~=~{\texthi{A47}}
A48~=~{\texthi{A48}}
A49~=~{\texthi{A49}}
A50~=~{\texthi{A50}}
A51~=~{\texthi{A51}}
A52~=~{\texthi{A52}}
A53~=~{\texthi{A53}}
A54~=~{\texthi{A54}}
A55~=~{\texthi{A55}}
A56~=~{\texthi{A56}}
A57~=~{\texthi{A57}}
A58~=~{\texthi{A58}}
A59~=~{\texthi{A59}}
A60~=~{\texthi{A60}}
A61~=~{\texthi{A61}}
A62~=~{\texthi{A62}}
A63~=~{\texthi{A63}}
A64~=~{\texthi{A64}}
A65~=~{\texthi{A65}}
A66~=~{\texthi{A66}}
A67~=~{\texthi{A67}}
A68~=~{\texthi{A68}}
A69~=~{\texthi{A69}}
A70~=~{\texthi{A70}}
etc

  \end{document}

대안 2

이식성이 더 높은 또 다른 대안은 expl3에서 정규식을 사용하는 것입니다. 예를 들면 다음과 같습니다.

MWE

\documentclass{article}
\usepackage{fontspec}
\setmainfont{Noto Serif}
\newfontfamily\fegy{Noto Sans Egyptian Hieroglyphs}
\ExplSyntaxOn

\newcommand\doegyhiero{%
\regex_replace_all:nnN { a001 } { ^^^^^13000 } \l_my_tl
\regex_replace_all:nnN { g010 } { ^^^^^1314b } \l_my_tl
\regex_replace_all:nnN { m017a } { ^^^^^131cc } \l_my_tl
\regex_replace_all:nnN { n001 } { ^^^^^131ef } \l_my_tl
}

\NewDocumentCommand { \textegyhiero } { m } {%
\tl_set:Nn \l_my_tl { #1 }
\doegyhiero
\tl_use:N \l_my_tl
}

\NewDocumentEnvironment{egyhiero}{ +b } 
{
\tl_set:Nn \l_my_tl { #1 }
\doegyhiero
\tl_use:N \l_my_tl
}
{ }

\ExplSyntaxOff

\begin{document}

This is inline {\fegy\Large\textegyhiero{a001 g010 n001}}.

And the following is inside an environment:
\begin{egyhiero}\fegy\Large

a001 g010 n001

a001 g010 n001 m017a

\end{egyhiero}
End of environment.

\end{document}

Question 2

면책 조항: 이것은 일부 TeX 지식과 결합된 매우 나쁜 readme에 대한 해석일 뿐입니다. 나는 그것을 테스트하지 않았습니다.

texmf해당 아카이브에는 두 가지 유형의 폴더 와 다른 폴더가 있습니다 .

폴더 texmf는 노트북의 아무 곳에나 놓아야 하며 추가하자마자 MikTeX에 의해 색인이 생성됩니다. texmf두 아카이브의 두 폴더 내용을 하나의 폴더 fi 에 넣어 texmf-local다음과 같은 구조를 갖게 됩니다.

- texmf-local
-- doc
-- dvips
-- fonts
-- pdftex
-- tex

그런 다음 이를 MikTeX 검색 경로(설정 관리자 afaik의 탭 루트)에 추가하세요. 파일 이름 데이터베이스를 다시 구축하세요(설정 관리자의 일반 탭, afaik).

마지막 단계는 HieroTeX의 sesh 실행 파일을 OS의 PATH에 있는 폴더에 넣는 것입니다. 이를 수행하는 방법을 보여주는 수많은 방법이 있습니다. sesh명령줄에서 실행하여 작동하는지 테스트합니다 .

이제 갈 준비가 되었습니다.

Answer