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tikzpicture のスケーリング時の問題

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tikzpicture のスケーリング時の問題

私はクラスを使用していますelsarticleが、tikzpicture を拡大縮小するのに助けが必要です。

\documentclass[numbers,preprint,review,12pt,sort&compress]{elsarticle}
\usepackage{tikz}

\begin{document}

\begin{figure}
    \centering
    \begin{tikzpicture}[scale=0.5]
        % Node styles
        \tikzstyle{circulo_vermelho}=[fill=red, draw=black, shape=circle]
        \tikzstyle{circulo_cinza}=[fill={rgb,255: red,128; green,128; blue,128}, draw=black, shape=circle]
        \tikzstyle{circulo_verde}=[fill=green, draw=black, shape=circle]
        \tikzstyle{circulo_amarelo}=[fill=yellow, draw=black, shape=circle]
        \tikzstyle{circulo_azul}=[fill=blue, draw=black, shape=circle]
        \tikzstyle{texto}=[fill=none, draw=none, shape=circle]
        % Edge styles
        \tikzstyle{seta}=[->]
        \node [style={circulo_cinza}] (0) at (0, 5) {};
        \node [style={circulo_cinza}] (1) at (0, 3.5) {};
        \node [style={circulo_cinza}] (2) at (0, 2) {};
        \node [style={circulo_vermelho}] (3) at (3.5, 5) {};
        \node [style={circulo_vermelho}] (4) at (3.5, 3.5) {};
        \node [style={circulo_vermelho}] (5) at (3.5, 2) {};
        \node [style={circulo_vermelho}] (6) at (7, 5) {};
        \node [style={circulo_vermelho}] (7) at (7, 3.5) {};
        \node [style={circulo_vermelho}] (8) at (7, 2) {};
        \node [style={circulo_cinza}] (9) at (0, -3) {};
        \node [style={circulo_cinza}] (10) at (0, -4.5) {};
        \node [style={circulo_cinza}] (11) at (0, -6) {};
        \node [style={circulo_azul}] (12) at (7, -3) {};
        \node [style={circulo_azul}] (13) at (7, -4.5) {};
        \node [style={circulo_azul}] (14) at (7, -6) {};
        \node [style={circulo_verde}] (15) at (11.5, 1) {};
        \node [style={circulo_verde}] (16) at (11.5, -0.5) {};
        \node [style={circulo_verde}] (17) at (11.5, -2) {};
        \node [style={circulo_vermelho}] (18) at (15.5, 1) {};
        \node [style={circulo_vermelho}] (19) at (15.5, -0.5) {};
        \node [style={circulo_vermelho}] (20) at (15.5, -2) {};
        \node [style={circulo_vermelho}] (21) at (19.5, 1) {};
        \node [style={circulo_vermelho}] (22) at (19.5, -0.5) {};
        \node [style={circulo_vermelho}] (23) at (19.5, -2) {};
        \node [style={circulo_amarelo}] (24) at (23.25, 1) {};
        \node [style={circulo_amarelo}] (25) at (23.25, -0.5) {};
        \node [style={circulo_amarelo}] (26) at (23.25, -2) {};
        \node [style=texto] (27) at (0, 6.75) {Static Input Layer};
        \node [style=texto] (28) at (0, 6) {4 Units};
        \node [style=texto] (29) at (3.5, 6.75) {Static Dense Layer};
        \node [style=texto] (30) at (3.5, 6) {64 Units};
        \node [style=texto] (31) at (7, 6.75) {Static Dense Layer};
        \node [style=texto] (32) at (7, 6) {128 Units};
        \node [style=texto] (33) at (0, -1.25) {LSTM Input Layer};
        \node [style=texto] (34) at (0, -2) {24 Units};
        \node [style=texto] (35) at (7, -1.25) {LSTM Layer};
        \node [style=texto] (36) at (7, -2) {128 Units};
        \node [style=texto] (37) at (11.5, 2.75) {Concatenate Layer};
        \node [style=texto] (38) at (11.5, 2) {256 Units};
        \node [style=texto] (39) at (15.5, 2.75) {Static Dense Layer};
        \node [style=texto] (40) at (15.5, 2) {48 Units};
        \node [style=texto] (41) at (19.5, 2.75) {Static Dense Layer};
        \node [style=texto] (42) at (19.5, 2) {24 Units};
        \node [style=texto] (43) at (23.25, 2.75) {Output Layer};
        \node [style=texto] (44) at (23.25, 2) {12 Units};
        \draw [style=seta] (0) to (3);
        \draw [style=seta] (0) to (4);
        \draw [style=seta] (0) to (5);
        \draw [style=seta] (1) to (3);
        \draw [style=seta] (1) to (4);
        \draw [style=seta] (1) to (5);
        \draw [style=seta] (2) to (3);
        \draw [style=seta] (2) to (4);
        \draw [style=seta] (2) to (5);
        \draw [style=seta] (3) to (6);
        \draw [style=seta] (3) to (7);
        \draw [style=seta] (3) to (8);
        \draw [style=seta] (4) to (6);
        \draw [style=seta] (4) to (7);
        \draw [style=seta] (4) to (8);
        \draw [style=seta] (5) to (6);
        \draw [style=seta] (5) to (7);
        \draw [style=seta] (5) to (8);
        \draw [style=seta] (9) to (12);
        \draw [style=seta] (9) to (13);
        \draw [style=seta] (9) to (14);
        \draw [style=seta] (10) to (12);
        \draw [style=seta] (10) to (13);
        \draw [style=seta] (10) to (14);
        \draw [style=seta] (11) to (12);
        \draw [style=seta] (11) to (13);
        \draw [style=seta] (11) to (14);
        \draw [style=seta] (6) to (15);
        \draw [style=seta] (6) to (16);
        \draw [style=seta] (6) to (17);
        \draw [style=seta] (7) to (15);
        \draw [style=seta] (7) to (16);
        \draw [style=seta] (7) to (17);
        \draw [style=seta] (8) to (15);
        \draw [style=seta] (8) to (16);
        \draw [style=seta] (8) to (17);
        \draw [style=seta] (12) to (15);
        \draw [style=seta] (12) to (16);
        \draw [style=seta] (12) to (17);
        \draw [style=seta] (13) to (15);
        \draw [style=seta] (13) to (16);
        \draw [style=seta] (13) to (17);
        \draw [style=seta] (14) to (15);
        \draw [style=seta] (14) to (16);
        \draw [style=seta] (14) to (17);
        \draw [style=seta] (15) to (18);
        \draw [style=seta] (15) to (19);
        \draw [style=seta] (15) to (20);
        \draw [style=seta] (16) to (18);
        \draw [style=seta] (16) to (19);
        \draw [style=seta] (16) to (20);
        \draw [style=seta] (17) to (18);
        \draw [style=seta] (17) to (19);
        \draw [style=seta] (17) to (20);
        \draw [style=seta] (18) to (21);
        \draw [style=seta] (18) to (22);
        \draw [style=seta] (18) to (23);
        \draw [style=seta] (19) to (21);
        \draw [style=seta] (19) to (22);
        \draw [style=seta] (19) to (23);
        \draw [style=seta] (20) to (21);
        \draw [style=seta] (20) to (22);
        \draw [style=seta] (20) to (23);
        \draw [style=seta] (21) to (24);
        \draw [style=seta] (21) to (25);
        \draw [style=seta] (21) to (26);
        \draw [style=seta] (22) to (24);
        \draw [style=seta] (22) to (25);
        \draw [style=seta] (22) to (26);
        \draw [style=seta] (23) to (24);
        \draw [style=seta] (23) to (25);
        \draw [style=seta] (23) to (26);
        \draw [style=seta, in=135, out=45, loop] (12) to ();
        \draw [style=seta, in=135, out=45, loop] (13) to ();
        \draw [style=seta, in=135, out=45, loop] (14) to ();
    \end{tikzpicture}
    \caption{Parallel LSTM-MLP network}
    \label{fig:enter-label}
\end{figure}

\end{document}

出力：

ここに画像の説明を入力してください

ここには多くの問題があります:

1 - 画像全体を拡大縮小しようとするとscale = 0.5、Overfull \hbox (34.27876pt too wide) in paragraph at lines 140--141

2 - 各ノードの上にテキストが重なる。

3 - 青いノードでは、そのノードで始まり、終わる矢印も、その上のノードと重なっています (最初の青いノードの場合は、テキストと重なっていますLSTM Layer 128 units)。

これらの問題を解決する方法について何かアイデアはありますか?

答え1

結果の画像はフォント サイズと純粋なフォーマットが一貫していないため、画像を拡大縮小することはお勧めしません。次の操作を実行して画像を再描画すると、はるかに良い結果が得られます。

  • ノード間の水平距離を短縮する
  • レイヤーの説明のノードでは、\footnotesizeフォントとテキストを複数行に分散して使用します。
  • ノードの名前を変更して、名前が になるようにします<layer name><number of node>。この変更により、ノード間の矢印を二重ループで描画できるようになります。
\documentclass[numbers, preprint, review,
               12pt, sort&compress]{elsarticle}
%--------------- show page layout. don't use in a real document!
\usepackage{showframe}
\renewcommand\ShowFrameLinethickness{0.15pt}
\renewcommand*\ShowFrameColor{\color{red}}
%
\usepackage{lipsum}                              % for dummy text
%---------------------------------------------------------------%
\usepackage{tikz}
\usetikzlibrary{arrows.meta}

\begin{document}
    \begin{figure}
    \centering
\begin{tikzpicture}[%scale=0.7, transform shape,
  C/.style = {circle, draw, inner sep=0pt, minimum size=4mm},
Cin/.style = {C, fill=gray},   
 Cr/.style = {C, fill=red},    
 Cg/.style = {C, fill=green}, 
 Cy/.style = {C, fill=yellow}, 
 Cb/.style = {C, fill=blue},   
 Tx/.style = {font=\footnotesize\linespread{0.84}\selectfont, inner sep=0pt,
              align=center, above},
every edge/.style= {draw=gray, -Straight Barb, semithick}
                        ]
% nodes
\node [Cin] (I1) at (0, 5) {};
\node [Cin] (I2) at (0, 3.5) {};
\node [Cin] (I3) at (0, 2) {};

\node [Cr]  (A1) at (2, 5) {};
\node [Cr]  (A2) at (2, 3.5) {};
\node [Cr]  (A3) at (2, 2) {};
\node [Cr]  (B1) at (4, 5) {};
\node [Cr]  (B2) at (4, 3.5) {};
\node [Cr]  (B3) at (4, 2) {};

\node [Cg]  (C1) at (6, 1) {};
\node [Cg]  (C2) at (6, -0.5) {};
\node [Cg]  (C3) at (6, -2) {};

\node [Cin] (D1) at (8, 1) {};
\node [Cin] (D2) at (8, -0.5) {};
\node [Cin] (D3) at (8, -2) {};
\node [Cin] (E1) at (10, 1) {};
\node [Cin] (E2) at (10, -0.5) {};
\node [Cin] (E3) at (10, -2) {};

\node [Cy]  (O1) at (12, 1) {};
\node [Cy]  (O2) at (12, -0.5) {};
\node [Cy]  (O3) at (12, -2) {};


\node [Cr]  (J1) at (0, -3) {};
\node [Cr]  (J2) at (0, -4.5) {};
\node [Cr]  (J3) at (0, -6) {};

\node [Cb]  (G1) at (4, -3) {};
\node [Cb]  (G2) at (4, -4.5) {};
\node [Cb]  (G3) at (4, -6) {};

\node [Tx]  at (0, 5.5)   {Static\\ Input\\ Layer\\ 4 Units};
\node [Tx]  at (2, 5.5)   {Static\\ Dense\\ Layer\\ 64 Units};
\node [Tx]  at (4, 5.5)   {Static\\ Dense\\ Layer\\ 128 Units};
\node [Tx]  at (0, -2)   {LSTM\\   Input\\ Layer\\ 24 Units};
\node [Tx]  at (4, -2)   {LSTM\\ Layer\\ 128 Units};
\node [Tx]  at (6, 2)    {Concatenate\\ Layer\\ 256\\ Units};
\node [Tx]  at (8, 2)    {Static\\ Dense\\ Layer\\ 48 Units};
\node [Tx]  at (10, 2)    {Static\\ Dense\\ Layer\\ 24 Units};
\node [Tx]  at (12, 2)    {Output\\ Layer\\ 12 Units};
% arrows
\foreach \m in {1,2,3}
    \foreach \n in {1,2,3}
    {
        \draw   (I\m) edge (A\n) 
                (A\m) edge (B\n) 
                (B\m) edge (C\n) 
                (C\m) edge (D\n) 
                (D\m) edge (E\n) 
                (E\m) edge (O\n) % output
    %
                (J\m) edge (G\n) 
                (G\m) edge (C\n) 
    %
                (G\n) edge [in=135, out=45, loop] ();
    }
    \end{tikzpicture}
\caption{Parallel LSTM-MLP network}
\label{fig:enter-label}
    \end{figure}
\end{document}

ここに画像の説明を入力してください

画像が高すぎる場合は、ノード間の垂直距離を減らします（たとえば、1.5 から 1 など、希望する値に変更します）。

答え2

dxZarko の回答に基づいています。とを使用して間隔を調整できますdy。

\documentclass[12pt]{article}
\usepackage{tikz}
\usetikzlibrary{arrows.meta}
\begin{document}
   
\begin{figure}
\begin{tikzpicture}[
  C/.style = {circle, draw, inner sep=0pt, minimum size=4mm},
 C1/.style = {C, fill=red},  C2/.style = {C, fill=blue},    
 C3/.style = {C, fill=green},C4/.style = {C, fill=gray}, 
 C5/.style = {C, fill=gray}, C6/.style = {C, fill=yellow},   
 C7/.style = {C, fill=gray}, C8/.style = {C, fill=red},   
 C9/.style = {C, fill=red},  
 Tx/.style = {font=\footnotesize\linespread{0.84}\selectfont, inner sep=0pt,
              align=center, above},
every edge/.style= {draw=gray, -Straight Barb, semithick} ]

\def\dx{2}
\def\dy{1.5}
\foreach \i/\j/\n/\lab [count=\ST] in {
      0/0/J/{LSTM\\ Input\\ Layer\\ 24 Units},
      2*\dx/0/G/{LSTM\\ Layer\\ 128 Units},
      3*\dx/4/C/{Concatenate\\ Layer\\ 256\\ Units},
      4*\dx/4/D/{Static\\ Dense\\ Layer\\ 48 Units},
      5*\dx/4/E/{Static\\ Dense\\ Layer\\ 24 Units},
      6*\dx/4/O/{Output\\ Layer\\ 12 Units},
      0/8/I/{Static\\ Input\\ Layer\\ 4 Units},
      \dx/8/A/{Static\\ Dense\\ Layer\\ 64 Units},
      2*\dx/8/B/{Static\\ Dense\\ Layer\\ 128 Units}}
{\foreach \k in {1,2,3} {\node[C\ST](\n\k) at (\i,\j+\dy*\k) {};}
\node[anchor=south,above=2em,text width=2cm] at (\n3){\lab};
}

\foreach \m in {1,2,3}
    \foreach \n in {1,2,3}
    {   \draw   (I\m) edge (A\n)
                (A\m) edge (B\n)
                (B\m) edge (C\n)
                (C\m) edge (D\n)
                (D\m) edge (E\n)
                (E\m) edge (O\n) 
                (J\m) edge (G\n)
                (G\m) edge (C\n)
                (G\n) edge [in=135, out=45, loop] ();
    }
    \end{tikzpicture}
\caption{Parallel LSTM-MLP network}
\label{fig:enter-label}
    \end{figure}
\end{document}

ここに画像の説明を入力してください

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