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如何让表格继续到下一页

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如何让表格继续到下一页

我有以下乳胶代码，它为我提供了横向模式的表格，并且还将页码从侧面更改为底部：

\begin{landscape}
    
    
    \def\fillandplacepagenumber{%
        \par\pagestyle{empty}%
        \vbox to 0pt{\vss}\vfill
        \vbox to 0pt{\baselineskip0pt
            \hbox to\linewidth{\hss}%
            \baselineskip\footskip
            \hbox to\linewidth{%
                \hfil\thepage\hfil}\vss}}



\begin{table}[]\centering
    \begin{tabular}{lllllll}
        \hline
        Monitoring           & Thickness & \begin{tabular}[c]{@{}l@{}}Channel Dimensions \\ (W\texttimes{} L) \textmu m\end{tabular} & Fabrication Technique & Array size   & Transconductance  & Reference  \\ \hline
        
        Heart ECG recordings & 2.6 \textmu m   & 10\texttimes{}10      & \begin{tabular}[c]{@{}l@{}}Photolithography \\ RIE \\ lift-off\\ {} \end{tabular} & 4 \texttimes{}4  & 1 mS      & \textbf{x} \\
        
        
        ECoG                 & $\sim$ 1.3 \textmu m & 1600\texttimes{}8   & \begin{tabular}[c]{@{}l@{}}Photolithography \\ lift-off \\ RIE \\ {} \end{tabular}     & 4\texttimes{}4 & 139 mS & x  \\
        
                                                                  
                                                                  
        EEG rat signals      & 3 \textmu m & 70\texttimes{}20  & \begin{tabular}[c]{@{}l@{}}Photolithography \\ RIE\\ lift-off\\ {} \end{tabular}  & 3\texttimes{}5  & 1.1 mS & x   \\
        
        
        
        ECG    & $\sim$ 4 \textmu m &    8\texttimes{}2   & \begin{tabular}[c]{@{}l@{}}Photolithography \\ RIE\\ lift-off\\ {} \end{tabular} & 5\texttimes{}5 & 0.26 mS & x  \\
        
        
        
        EEG action potential &  $\sim$ 1 \textmu m  &  20\texttimes{}25  & \begin{tabular}[c]{@{}l@{}}Photolithography \\ RIE\\ lift-off\\ {}\end{tabular}  & 4\texttimes{}4   & 2 mS     &  x \\
    
        ECoG  & $\sim$ 4 \textmu m & 15\texttimes{}6  &  \begin{tabular}[c]{@{}l@{}}Photolithography \\ RIE\\ lift-off\\ {}\end{tabular}  &  N/A   &    &            \\
    

        
        EMG &  2 \textmu m  &  5\texttimes{} 2 & \begin{tabular}[c]{@{}l@{}}Photolithography \\ RIE\\ lift-off\\ {}\end{tabular}    &  5\texttimes{}5    &   1.6 mS   &      x     \\ \hline
    \end{tabular}
\end{table}


\fillandplacepagenumber

\end{landscape}

但是，当表格对于一页来说太大时，它不会继续进入下一页，而是再次旋转 90 度。有人知道如何在保持表格横向的情况下继续进入下一页吗？

谢谢

答案1

一个简单的例子：

\documentclass{article}%[margin=3mm,varwidth]{standalone}
\usepackage{pdflscape}
\usepackage{booktabs, longtable, makecell}

\begin{document}
\begin{landscape}

\begin{longtable}{lllllll}
    \toprule
Monitoring  & Thickness             & \makecell[c]{Channel\\ Dimensions\\
                                                  (W\texttimes{} L) \textmu m}
            & Fabrication Technique & Array size
            & Transconductance      & Reference     \\
    \midrule
Heart ECG recordings
            & 2.6 \textmu m         & 10\texttimes{}10
            & \makecell[l]{Photolithography \\ RIE\\ lift-off}
                                    & 4 \texttimes{}4
            & 1 mS                  & \textbf{x}    \\
    \addlinespace
ECoG        & $\sim$ 1.3 \textmu m  & 1600\texttimes{}8
            & \makecell[l]{Photolithography \\ RIE\\ lift-off}
                                    & 4\texttimes{}4
            & 139 mS                & x  \\
    \addlinespace
EEG rat signals
            & 3 \textmu m           & 70\texttimes{}20
            & \makecell[l]{Photolithography \\ RIE\\ lift-off}
                                    & 3\texttimes{}5
            & 1.1 mS                & x   \\
    \addlinespace
ECG         & $\sim$ 4 \textmu m    &  8\texttimes{}2
            & \makecell[l]{Photolithography \\ RIE\\ lift-off}
                                    & 5\texttimes{}5
            & 0.26 mS               & x  \\
    \addlinespace
EEG action potential
            &  $\sim$ 1 \textmu m  &  20\texttimes{}25
            & \makecell[l]{Photolithography \\ RIE\\ lift-off}
                                    & 4\texttimes{}4
            & 2 mS                  &  x \\
    \addlinespace
ECoG       & $\sim$ 4 \textmu m    & 15\texttimes{}6
            & \makecell[l]{Photolithography \\ RIE\\ lift-off}
                                    &  N/A
            &                       &   \\
    \addlinespace
EMG         &  2 \textmu m          &  5\texttimes{} 2
            & \makecell[l]{Photolithography \\ RIE\\ lift-off}
                                    &  5\texttimes{}5
            &   1.6 mS              & x \\
        \bottomrule
    \end{longtable}%
\end{landscape}
\end{document}

在此处输入图片描述

附录：

  • 一个更复杂的解决方案是使用tabularray包及其库booktabs和siunitx。两个库都加载同名的包。
  • 在这两个建议中，我都省略了页面布局的代码（因为这不是表格写入问题，我坚持使用 MWE（最小工作示例），而您的代码示例不是）；所需的页面布局应该是您实际文档的一部分
  • 您的表格现在可以适合肖像页面，同时请考虑：
    • booktabs表格水平线规则
    • siunitx编写单位和数量的包
    • 单位仅写在列标题中：
    • 如果表格长度超过一页，则会自动在表格脚注中添加“下页继续”和标题“（续）”
  • 你可能喜欢这个解决方案

\documentclass{article}
\usepackage{geometry}
\usepackage{tabularray}
\UseTblrLibrary{booktabs, siunitx}
\sisetup{table-align-text-before=false,
         explicit-sign={\sim}
         }

\begin{document}
    \begin{longtblr}[
caption = {caption text},
  label = {tab:long}
                    ]{colspec = {X[l]
                                 Q[c, si={table-format={$\sim$}1.1}] 
                                 Q[c, mode=math] 
                                 X[1.2, l] 
                                 X[0.6,c, mode=math] 
                                 X[0.8, si={table-format=3.2}] l},
                      row{1}   = {guard, mode=text, c, b}
                      }
    \toprule
Monitoring  & {Thickness\\ (\unit{\micro\meter})}
                                        & {Channel\\ Dimensions\\ (W$\times$L) \unit{\micro\meter}}
            & {Fabrication\\ Technique} & Array size
            & Transcon\-duc\-tance (\unit{\milli\siemens})        
                                        & Reference     \\
    \midrule
Heart ECG recordings
            &  2.6    & 10\times 10
            & {Photolithography \\ RIE \\ lift-off}
                                        & 4 \times 4
            &  1    & x \\
ECoG        &  \sim 1.3   & 1600\times 8
            & {Photolithography \\ RIE \\ lift-off}
                                        & 4\times 4
            &   139 & x  \\
EEG rat signals
            &  3      & 70\times 20
            & {Photolithography \\ RIE \\ lift-off}
                                        & 3\times 5
            &  1.1  & x   \\
ECG         &  \sim 4     &  8\times 2
            & {Photolithography \\ RIE \\ lift-off}
                                        & 5\times 5
            &  0.26  & x  \\
EEG action potential
            &  \sim 1     &  20\times 25
            & {Photolithography \\ RIE \\ lift-off}
                                        & 4\times 4
            &  2      &  x \\
ECoG        &  \sim 4     & 15\times 6
            & {Photolithography \\ RIE \\ lift-off}
                                        &  N/A
            &                           &   \\
EMG         &   2   &  5\times  2
            & {Photolithography \\ RIE \\ lift-off}
                                        &  5\times 5
            &  1.6  & x \\
        \bottomrule
    \end{longtblr}%
\end{document}

在此处输入图片描述

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