我在用一个脚注引用文本的多个部分时遇到了一些问题。我已经尝试了所有方法。图片显示了我无法引用的部分。原始脚注在上方一点
\documentclass{article}
\usepackage{cleveref}
\begin{document}
\begin{align*}
&\begin{alignedat}{1}
P\biggl[Z_{1-\alpha} > \frac{18 + \frac{10}{7} - \bar{x}}{\sigma}\biggl]
\end{alignedat}
=
\begin{alignedat}{1}
P\biggl[Z_{1-\alpha} > \frac{\cancel{18}+ \frac{10}{7} - \cancel{18}}{1.14455}\biggl]
\end{alignedat}
=
\\[1ex]
= \hspace{0.1cm}
&\begin{alignedat}{1}
P\biggl[Z_{1-\alpha} > \frac{\frac{10}{7}}{1.14455}\biggl] =P\biggl[Z_{1-\alpha} > 1.248151\biggl]
\end{alignedat}
=
\\
\stackrel{\footnotemark}{\approx}\hspace{0.1cm}
&\begin{alignedat}{1}
0.106 = 10.6 \%
\end{alignedat}
\end{align*}
\footnotetext{\textbf{1 - }Valores determinados com base em aproximações a valores mais próximos na tabela de quantis da função de distribuição normal padrão.\label{note1}}
\begin{align*}
&\begin{alignedat}{1}
P\biggl[17< Dur < 20\biggl]
\end{alignedat}
=
\begin{alignedat}{1}
P\biggl[\frac{17 - \bar{x}}{\sigma}<\frac{Dur - \bar{x}}{\sigma} < \frac{20 - \bar{x}}{\sigma}\biggl]
\end{alignedat}
= \\[1ex]
=\hspace{0.1cm}
&\begin{alignedat}{1}
P\biggl[\frac{17 - \bar{x}}{\sigma}< Z_{1-\alpha}< \frac{20 - \bar{x}}{\sigma}\biggl]
\end{alignedat}
=
\begin{alignedat}{1}
P\biggl[\frac{17 - 18}{1.14455}< Z_{1-\alpha} < \frac{20 - 18}{1.14455}\biggl]
\end{alignedat}
=\\[1ex]
= \hspace{0.1cm}
&\begin{alignedat}{1}
P\biggl[-0.873706< Z_{1-\alpha} < 1.747412\biggl]
\end{alignedat}
= \\[1ex]
= \hspace{0.1cm}
&\begin{alignedat}{1}
1-\biggl(P\biggl[-0.873706< Z_{1-\alpha}\biggl] + P\biggl[1.747412>Z_{1-\alpha}\biggl]\biggl)
\end{alignedat}
=\\
=\hspace{0.1cm}
&\begin{alignedat}{1}
1- Z_{1-\alpha}(0.873706) - Z_{1-\alpha}(1.747412) \stackrel{{1}}{\approx} 1 - 0.192 - 0.0401
\end{alignedat}
=\\[1ex]
=\hspace{0.1cm}
&\begin{alignedat}{1}
0.7679 = 76.79\%
\end{alignedat}
\end{align*}
\end{document}
答案1
这使用\footnotemark[\getrefnumber{note1}]
(refcount 包)来精确重现格式。 \text{\textsuperscript{\ref{note1}}}
也有效。
我也稍微清理了一下代码。
\documentclass{article}
\usepackage{refcount}
\usepackage{amsmath}
\usepackage{cleveref}
\def\cancel{}% could not find in any package
\begin{document}
\begin{align*}
&
P\biggl[Z_{1-\alpha} > \frac{18 + \frac{10}{7} - \bar{x}}{\sigma}\biggl]
=
P\biggl[Z_{1-\alpha} > \frac{\cancel{18}+ \frac{10}{7} - \cancel{18}}{1.14455}\biggl]
=
\\[1ex]
= \null
&
P\biggl[Z_{1-\alpha} > \frac{\frac{10}{7}}{1.14455}\biggl] =P\biggl[Z_{1-\alpha} > 1.248151\biggl]
\\
\stackrel{\footnotemark}{\approx} \null&
0.106 = 10.6 \%
\end{align*}
\footnotetext{Valores determinados com base em aproximações a valores mais próximos na tabela de quantis da função de distribuição normal padrão.\label{note1}}
\begin{align*}
&
P\biggl[17< Dur < 20\biggl]
=
P\biggl[\frac{17 - \bar{x}}{\sigma}<\frac{Dur - \bar{x}}{\sigma} < \frac{20 - \bar{x}}{\sigma}\biggl]
= \\[1ex]
=\null
&
P\biggl[\frac{17 - \bar{x}}{\sigma}< Z_{1-\alpha}< \frac{20 - \bar{x}}{\sigma}\biggl]
=
P\biggl[\frac{17 - 18}{1.14455}< Z_{1-\alpha} < \frac{20 - 18}{1.14455}\biggl]
=\\[1ex]
= \null
&
P\biggl[-0.873706< Z_{1-\alpha} < 1.747412\biggl]
= \\[1ex]
=\null
&
1-\biggl(P\biggl[-0.873706< Z_{1-\alpha}\biggl] + P\biggl[1.747412>Z_{1-\alpha}\biggl]\biggl)
=\\
=\null
&
1- Z_{1-\alpha}(0.873706) - Z_{1-\alpha}(1.747412) \stackrel{\footnotemark[\getrefnumber{note1}]}{\approx} 1 - 0.192 - 0.0401
=\\[1ex]
=\null
&
0.7679 = 76.79\%
\end{align*}
\end{document}