☰

是否可以为图形的标题文本添加居中和垂直空间？

tag-icon • tag-icon spacing horizontal-alignment captions
是否可以为图形的标题文本添加居中和垂直空间？

我有一张图，其中包含一对图，它们代表了 15 篇参考论文（在图中表示为 1-15）的数据点。为了更好地指示每个数据点的来源，我在标题底部的数组中添加了参考论文的编号列表。

\begin{figure*}
\centering
$\begin{array}{c@{\hspace{0.1in}}c}
\includegraphics[width=2.8in]{./figures/SimoArea} &
\includegraphics[width=2.8in]{./figures/SimoAreaPerOutput}\\
(a) & (b)\\
\end{array}$
\caption[
A comparison of various SIMO DC-DC voltage converter designs.
]
{
A comparison of various single-inductor multiple-output DC-DC voltage converter designs across five technology generations: 
$0.5 \mu m$, $0.35 \mu m$, $0.25 \mu m$, $0.18 \mu m$, $0.13 \mu m$. 
(a) Design area verse voltage outputs. (b) Area per output for each design.
\\
{\protect
\vspace{0.5em}
%\centering
%\begin{center}
\tiny{
    $\begin{array}{lll}
        \text{1: Woo 2-Output Buck/Boost~\cite{woo:dcdc}} &
        \text{6: Seol 5-Output Buck/Boost~\cite{seol:multiple-output}} & 
        \text{11: Belloni 4-Output Buck~\cite{belloni:buck}}
        \\ 
        \text{2: Ma 2-Output Boost~\cite{ma:simo-discontinuos,ma:reduction}} &
        \text{7: Belloni 2-Output Buck~\cite{belloni:on-design}} &
        \text{12: Parayandeh 4-Output Buck~\cite{parayandeh:programmable}}
        \\ 
        \text{3: Belloni 4-Output Boost~\cite{belloni:self-boosted}} &
        \text{8: Lee 6-Output Buck~\cite{lee:simo}} &
        \text{13: Belloni 2-Output Buck~\cite{belloni:on-design}}
        \\ 
        \text{4: Belloni 4-Output Buck~\cite{belloni:on-design}} &
        \text{9: Huang 4-Output Buck/Boost~\cite{huang:simo}} &
        \text{14: Zhang 2-Output Boost~\cite{zhang:simo}}
        \\ 
        \text{5: Le 5-Output Boost~\cite{le:simo}} &
        \text{10: Bondade 3-Output Buck/Boost~\cite{bondade:codesign}} &
        \text{15: Bondade 2-Output Buck~\cite{bondade:power-aware}}
    \end{array}$
} % end tiny
%\end{center}
} % end protect

}
\label{fig:simo-area}
\end{figure*}

我想在参考列表和正式标题之间添加一点垂直空间，并将包含此列表的数组居中（而不将标题的其余部分居中）。到目前为止，我还没有成功。

答案1

您应该简单地将列表（使用tabular，而不是array！）放在标题下方，而不是将其作为标题的一部分。我无法检查正确的对齐方式，因为您没有提到您在论文中使用的确切类别或选项。

\documentclass{article}

\usepackage{array}
\usepackage{graphicx}

\begin{document}

\begin{figure*}
\centering
\begin{tabular}{c@{\hspace{0.1in}}c}
\includegraphics[width=2.8in]{./figures/SimoArea} &
\includegraphics[width=2.8in]{./figures/SimoAreaPerOutput}\\
(a) & (b)\\
\end{tabular}
\caption[
A comparison of various SIMO DC-DC voltage converter designs.
]
{
A comparison of various single-inductor multiple-output DC-DC voltage converter designs across five technology generations: 
$0.5 \mu m$, $0.35 \mu m$, $0.25 \mu m$, $0.18 \mu m$, $0.13 \mu m$. 
(a) Design area verse voltage outputs. (b) Area per output for each design.
}
\label{fig:simo-area}
\bigskip
\tiny
\begin{tabular}{lll}
    g1: Woo 2-Output Buck/Boost~\cite{woo:dcdc} &
    g6: Seol 5-Output Buck/Boost~\cite{seol:multiple-output} & 
    g11: Belloni 4-Output Buck~\cite{belloni:buck}
    \\ 
    g2: Ma 2-Output Boost~\cite{ma:simo-discontinuos,ma:reduction} &
    g7: Belloni 2-Output Buck~\cite{belloni:on-design} &
    g12: Parayandeh 4-Output Buck~\cite{parayandeh:programmable}
    \\ 
    g3: Belloni 4-Output Boost~\cite{belloni:self-boosted} &
    g8: Lee 6-Output Buck~\cite{lee:simo} &
    g13: Belloni 2-Output Buck~\cite{belloni:on-design}
    \\ 
    g4: Belloni 4-Output Buck~\cite{belloni:on-design} &
    g9: Huang 4-Output Buck/Boost~\cite{huang:simo} &
    g14: Zhang 2-Output Boost~\cite{zhang:simo}
    \\ 
    g5: Le 5-Output Boost~\cite{le:simo} &
    g10: Bondade 3-Output Buck/Boost~\cite{bondade:codesign} &
    g15: Bondade 2-Output Buck~\cite{bondade:power-aware}
\end{tabular}
\end{figure*}

\end{document}

答案2

在这里使用包subfig更有意义，而不是array

\documentclass{article}
\usepackage[demo]{graphicx}% delete demo 

\begin{document}

\begin{figure*}
\centering
$\begin{array}{@{}c@{\hspace{0.1in}}c@{}}
\includegraphics[width=0.47\textwidth]{./figures/SimoArea} &
\includegraphics[width=0.47\textwidth]{./figures/SimoAreaPerOutput}\\
(a) & (b)\\
\end{array}$
\caption[A comparison of various SIMO DC-DC voltage converter designs.]{%
  A comparison of various single-inductor multiple-output DC-DC voltage converter designs across five technology generations: 
  $0.5 \mu m$, $0.35 \mu m$, $0.25 \mu m$, $0.18 \mu m$, $0.13 \mu m$. 
  (a) Design area verse voltage outputs. (b) Area per output for each design.
\newline\strut\newline
\tiny
   \begin{tabular}{@{}lll}
        1: Woo 2-Output Buck/Boost~\cite{woo:dcdc} &
        6: Seol 5-Output Buck/Boost~\cite{seol:multiple-output} & 
        11: Belloni 4-Output Buck~\cite{belloni:buck}
        \\ 
        2: Ma 2-Output Boost~\cite{ma:simo-discontinuos,ma:reduction} &
        7: Belloni 2-Output Buck~\cite{belloni:on-design} &
        12: Parayandeh 4-Output Buck~\cite{parayandeh:programmable}
        \\ 
        3: Belloni 4-Output Boost~\cite{belloni:self-boosted} &
        8: Lee 6-Output Buck~\cite{lee:simo} &
        13: Belloni 2-Output Buck~\cite{belloni:on-design}
        \\ 
        4: Belloni 4-Output Buck~\cite{belloni:on-design} &
        9: Huang 4-Output Buck/Boost~\cite{huang:simo} &
        14: Zhang 2-Output Boost~\cite{zhang:simo}
        \\ 
        5: Le 5-Output Boost~\cite{le:simo} &
        10: Bondade 3-Output Buck/Boost~\cite{bondade:codesign} &
        15: Bondade 2-Output Buck~\cite{bondade:power-aware}
    \end{tabular}}
\label{fig:simo-area}
\end{figure*}

\end{document}

在此处输入图片描述

相关内容