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如何让长表格内的长文本自动换行？

tag-icon • tag-icon tables longtable tabularx pgfplotstable rotating
如何让长表格内的长文本自动换行？

下表为：

\documentclass{article}
\usepackage{multirow,rotating}
\begin{document}

\begin{sidewaystable}[]
    \caption{Comparison of various models}
    \label{tab:gr}
  \bigskip
    \centering\small\setlength\tabcolsep{2pt}
        \hspace*{-1cm}\begin{tabular}{| l  | c | c | c | c | c | c | }
           \toprule
             \textbf{Type} & \textbf{Bandwidth} & \textbf{$Q$ value} & \textbf{Source Resistance ($R_i$)} & \textbf{Load Resistance ($R_L$)} & \textbf{Power Efficiency}  \\
           \midrule
             \textit{SS} & Low, at around \SI{10}{\kilo\hertz} & High, around 200. $Q$ for $f_-$ increases with increase in k, where as $Q$ for $f_-$ decreases with increase in k & High $R_i$ offers single peak resonance frequency component. Normally fixed at \SI{5.1}{\ohm} & Optimal at \SI{65}{\ohm} & offers high efficinecy compared to other three types of circuit models  \\
             \hline
             \textit{SS1} & \blindtext & \blindtext  & \blindtext & \blindtext & \blindtext\\
             \hline
             \textit{SS2} & 7.47 &1 & 1& 1&1\\
             \hline
             \textit{SS3} & 6.79 &1 & 1&1 &1\\

           \bottomrule
        \end{tabular}\hspace*{-1cm}
\end{sidewaystable}

\end{document}

我必须在第二、第三、第四和第五列的每个单元格中添加长文本。

我不知道要添加多少文本。所以我只希望乳胶能够智能地将文本换行到每个单元格内，并使整个表格换行到页边距内。当然，我不会在每个单元格内添加一页长度的文本，例如，它将是两行全长文本。

那么这能做到吗？

答案1

扩展@DavidCarlisle 的评论：

  • 最简单的方法是使用新的列类型
  • 你不应该像以前那样使用垂直线booktabs（我把它们留在那里是为了看问题）
  • MWE 应该始终是可编译的，我不得不添加一些包

桌子

\documentclass{article}
\usepackage{multirow,rotating,array,booktabs,siunitx,blindtext}
\newcolumntype{C}{>{\centering\arraybackslash}p}

\begin{document}

\begin{sidewaystable}[]
    \caption{Comparison of various models}
    \label{tab:gr}
  \bigskip
    \centering\small\setlength\tabcolsep{2pt}
        \hspace*{-1cm}\begin{tabular}{| l  | C{.13\textwidth} | C{.13\textwidth} | C{.13\textwidth} | C{.13\textwidth} | C{.13\textwidth} | C{.13\textwidth} | }
           \toprule
             \textbf{Type} & \textbf{Bandwidth} & \textbf{$Q$ value} & \textbf{Source Resistance ($R_i$)} & \textbf{Load Resistance ($R_L$)} & \textbf{Power Efficiency}  \\
           \midrule
             \textit{SS} & Low, at around \SI{10}{\kilo\hertz} & High, around 200. $Q$ for $f_-$ increases with increase in k, where as $Q$ for $f_-$ decreases with increase in k & High $R_i$ offers single peak resonance frequency component. Normally fixed at \SI{5.1}{\ohm} & Optimal at \SI{65}{\ohm} & offers high efficinecy compared to other three types of circuit models  \\
             %\hline
             %\textit{SS1} & \blindtext & \blindtext  & \blindtext & \blindtext & \blindtext\\
             \hline
             \textit{SS2} & 7.47 &1 & 1& 1&1\\
             \hline
             \textit{SS3} & 6.79 &1 & 1&1 &1\\

           \bottomrule
        \end{tabular}\hspace*{-1cm}
\end{sidewaystable}

\end{document}

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