![在表格的每一页上获取相同的脚注](https://linux22.com/image/282595/%E5%9C%A8%E8%A1%A8%E6%A0%BC%E7%9A%84%E6%AF%8F%E4%B8%80%E9%A1%B5%E4%B8%8A%E8%8E%B7%E5%8F%96%E7%9B%B8%E5%90%8C%E7%9A%84%E8%84%9A%E6%B3%A8.png)
想要在多页表的每一页上放置相同的脚注。下面是一些提供示例的代码。如何让出现在第 2 页底部的脚注也出现在第 1 页的底部?这样做的目的是避免让读者在阅读第 1 页时转到表格底部来获取此信息。
\documentclass[11pt]{article}
%%%% Margins %%%%
\setlength{\textwidth}{6.25in}
\setlength{\oddsidemargin}{0in}
%%%% Packages %%%%
\usepackage[font={bf}, justification=centerfirst]{caption}
\usepackage{longtable}
\usepackage{array}
\usepackage{lscape}
\usepackage{threeparttablex}
\usepackage{booktabs}
\usepackage[english]{babel}
\usepackage[pdfview=Fit]{hyperref}
%%%% Table Captions %%%%
\DeclareCaptionLabelSeparator{period-newline}{. }
\captionsetup{singlelinecheck=false,labelsep=period-newline,aboveskip=3pt}
\begin{document}
%%%% Demographic Characteristics Table %%%%
\scriptsize
\begin{landscape}
\begin{longtable}{l *{5}{>{\centering}m{0.7in}} m{2in}}
\caption{Demographic Characteristics by Treatment Arm} \\ \hline \addlinespace[3pt]
\multicolumn{1}{l}{} & \multicolumn{4}{c}{Treatment Arm} & & \\ \cmidrule(lr){2-5}
Variable/Statistic & Arm A & Arm B & Arm C & Arm D & Total & Test \\
& (n = xx) & (n = xx) & (n = xx) & (n = xx) & (n = xx) & \\
\hline \addlinespace[12pt]
\endfirsthead
\caption{Demographic Characteristics by Treatment Arm (Continued)} \\ \hline\addlinespace[3pt]
\multicolumn{1}{l}{} & \multicolumn{4}{c}{Treatment Arm} & & \\ \cmidrule(lr){2-5}
Variable/Statistic & Arm A & Arm B & Arm C & Arm D & Total & Test \\
& (n = xx) & (n = xx) & (n = xx) & (n = xx) & (n = xx) & \\
\hline \addlinespace[12pt]
\endhead
\addlinespace[3pt] \hline \multicolumn{7}{r}{\emph{Continued on next page}} \\ \hline
\endfoot
\hline
\endlastfoot
Gender & & & & & & $\chi^2$(x, xx) = x.xxxx, p = x.xxxx \\
~~~Male & xx ( xx.xx\%) & xx ( xx.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Female & xx ( xx.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Total & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & \\
\addlinespace[12pt]
Race & & & & & & Fisher's Exact, p = x.xxxx \\
~~~White & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Black or African American & x ( x.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & x ( x.xx\%) & x ( x.xx\%) & \\
~~~Hispanic or Latino & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & \\
~~~Other & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & \\
~~~Total & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & \\
\addlinespace[12pt]
Caucasian & & & & & & Fisher's Exact, p = x.xxx \\
~~~Yes & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~No & x ( x.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Total & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & \\
\addlinespace[12pt]
Age & & & & & & F (x, xx) = x.xxxx, p = x.xxxx \\
~~~N & xx & xx & xx & xx & xx & \\
~~~Mean & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Median & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Standard Deviation & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Minimum & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Maximum & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
\addlinespace[12pt]
BMI & & & & & & Kruskal-Wallis = x.xxxx, p = x.xxxx \\
~~~N & xx & xx & xx & xx & xx & \\
~~~Mean & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Median & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Standard Deviation & x.xx & x.xx & x.xx & x.xx & x.xx & \\
~~~Minimum & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Maximum & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
\pagebreak
Region & & & & & & Fisher's Exact, p = x.xxxx \\
~~~Northeast & x ( xx.xx\%) & x ( xx.xx\%) & x ( x.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Midwest & xx ( xx.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & x ( x.xx\%) & xx ( xx.xx\%) & \\
~~~South & xx ( xx.xx\%) & xx ( xx.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~West & x ( xx.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( xx.xx\%) & x ( x.xx\%) & \\
~~~Total & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & \\
\end{longtable}
\begin{tablenotes}
\raggedright
\begin{hyphenrules}{nohyphenation}
\vspace{-6pt}
\item[]
Arm A: Miracle drug \\
Arm B: Wonder drug \\
Arm C: Eye of newt \\
Arm D: Standard of care
\end{hyphenrules}
\end{tablenotes}
\end{landscape}
\normalsize
\end{document}
答案1
您是指使用threepartablex
您已经加载的包之类的东西吗?
\documentclass[11pt]{article}
%%%% Margins %%%%
\setlength{\textwidth}{6.25in}
\setlength{\oddsidemargin}{0in}
%%%% Packages %%%%
\usepackage[font={bf}, justification=centerfirst]{caption}
\usepackage{longtable}
\usepackage{array}
\usepackage{lscape}
\usepackage{threeparttablex}
\usepackage{booktabs}
\usepackage[english]{babel}
\usepackage[pdfview=Fit]{hyperref}
%%%% Table Captions %%%%
\DeclareCaptionLabelSeparator{period-newline}{. }
\captionsetup{singlelinecheck=false,labelsep=period-newline,aboveskip=3pt}
\begin{document}
%%%% Demographic Characteristics Table %%%%
\scriptsize
\begin{landscape}
\begin{ThreePartTable}
\begin{TableNotes}
\raggedright
\begin{hyphenrules}{nohyphenation}
\item[]
Arm A: Miracle drug \\
Arm B: Wonder drug \\
Arm C: Eye of newt \\
Arm D: Standard of care
\end{hyphenrules}
\end{TableNotes}
\begin{longtable}{l *{5}{>{\centering}m{0.7in}} m{2in}}
\caption{Demographic Characteristics by Treatment Arm} \\\midrule\addlinespace[3pt]
\multicolumn{1}{l}{} & \multicolumn{4}{c}{Treatment Arm} & & \\\cmidrule(lr){2-5}
Variable/Statistic & Arm A & Arm B & Arm C & Arm D & Total & Test \\
& (n = xx) & (n = xx) & (n = xx) & (n = xx) & (n = xx) & \\
\hline \addlinespace[12pt]
\endfirsthead
\caption{Demographic Characteristics by Treatment Arm (Continued)} \\\midrule\addlinespace[3pt]
\multicolumn{1}{l}{} & \multicolumn{4}{c}{Treatment Arm} & & \\\cmidrule(lr){2-5}
Variable/Statistic & Arm A & Arm B & Arm C & Arm D & Total & Test \\
& (n = xx) & (n = xx) & (n = xx) & (n = xx) & (n = xx) & \\
\hline \addlinespace[12pt]
\endhead
\addlinespace[3pt]\midrule
\multicolumn{7}{r}{\emph{Continued on next page}}\\
\midrule
\insertTableNotes
\endfoot
\bottomrule\insertTableNotes
\endlastfoot
Gender & & & & & & $\chi^2$(x, xx) = x.xxxx, p = x.xxxx \\
~~~Male & xx ( xx.xx\%) & xx ( xx.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Female & xx ( xx.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Total & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & \\
\addlinespace[12pt]
Race & & & & & & Fisher's Exact, p = x.xxxx \\
~~~White & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Black or African American & x ( x.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & x ( x.xx\%) & x ( x.xx\%) & \\
~~~Hispanic or Latino & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & \\
~~~Other & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( x.xx\%) & \\
~~~Total & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & \\
\addlinespace[12pt]
Caucasian & & & & & & Fisher's Exact, p = x.xxx \\
~~~Yes & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~No & x ( x.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Total & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & \\
\addlinespace[12pt]
Age & & & & & & F (x, xx) = x.xxxx, p = x.xxxx \\
~~~N & xx & xx & xx & xx & xx & \\
~~~Mean & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Median & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Standard Deviation & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Minimum & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Maximum & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
\addlinespace[12pt]
BMI & & & & & & Kruskal-Wallis = x.xxxx, p = x.xxxx \\
~~~N & xx & xx & xx & xx & xx & \\
~~~Mean & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Median & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Standard Deviation & x.xx & x.xx & x.xx & x.xx & x.xx & \\
~~~Minimum & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
~~~Maximum & xx.xx & xx.xx & xx.xx & xx.xx & xx.xx & \\
\pagebreak
Region & & & & & & Fisher's Exact, p = x.xxxx \\
~~~Northeast & x ( xx.xx\%) & x ( xx.xx\%) & x ( x.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~Midwest & xx ( xx.xx\%) & x ( xx.xx\%) & x ( xx.xx\%) & x ( x.xx\%) & xx ( xx.xx\%) & \\
~~~South & xx ( xx.xx\%) & xx ( xx.xx\%) & x ( xx.xx\%) & xx ( xx.xx\%) & xx ( xx.xx\%) & \\
~~~West & x ( xx.xx\%) & x ( x.xx\%) & x ( x.xx\%) & x ( xx.xx\%) & x ( x.xx\%) & \\
~~~Total & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & xx (xxx.xx\%) & \\
\end{longtable}
\end{ThreePartTable}
\end{landscape}
\normalsize
\end{document}