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重新缩放 xymatrix 图不足以调整大小

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重新缩放 xymatrix 图不足以调整大小

你好，我有下图的开头，但它不起作用

\documentclass{article}
\usepackage{amsmath}
\usepackage{xcolor}
\usepackage[all,cmtip,color]{xy}

\begin{document}

\[
\resizebox{\displaywidth}{!}{%
    \xymatrix{
        \mu_{\Delta_{M_{12}}}(hom(q_{2}F_{1},q_{1}F_{2}))\otimes \mu_{\Delta_{M_{23}}}(hom(q_{2}G_{1},q_{1}G_{2}))\otimes \mu_{\Delta_{M_{34}}}(hom(q_{2}H_{1},q_{1}H_{2})))\ar[d]&\\
        L\circ K (\mu_{\Delta_{M_{12}}\times\Delta_{M_{23}}\times\Delta_{M_{34}}}(F_{1}\otimes G_{1}\otimes H_{1}, F_{2}\otimes G_{2} H_{2}))&L\circ K (\mu_{\Delta_{M_{12}}\times\Delta_{M_{23}}}(F_{1}\otimes G_{1}, F_{2}\otimes G_{2}))\times\mu_{\Delta_{M_{34}}}(hom(q_{2}H_{1},q_{1}H_{2}))
    }%
}
\]

我经常收到“尺寸太大”的消息。有人知道如何解决这个问题吗？

\结束{文档}

更新 ：

我尝试用 t 进行编辑

\documentclass{article}
    \usepackage{amsmath}
    \usepackage{xcolor}
    \usepackage[all,cmtip,color]{xy}
    \usepackage{tikz-cd}

\begin{document}
\[
\resizebox{\displaywidth}{!}{%
\begin{tikzcd}
\mu_{\Delta_{M_{12}}}(hom(q_{2}F_{1},q_{1}F_{2}))\otimes \mu_{\Delta_{M_{23}}}(hom(q_{2}G_{1},q_{1}G_{2}))\otimes \mu_{\Delta_{M_{34}}}(hom(q_{2}H_{1},q_{1}H_{2})))\arrow[d]&\\
L\circ K (\mu_{\Delta_{M_{12}}\times\Delta_{M_{23}}\times\Delta_{M_{34}}}(F_{1}\otimes G_{1}\otimes H_{1}, F_{2}\otimes G_{2} H_{2}))&L\circ K (\mu_{\Delta_{M_{12}}\times\Delta_{M_{23}}}(F_{1}\otimes G_{1}, F_{2}\otimes G_{2}))\times\mu_{\Delta_{M_{34}}}(hom(q_{2}H_{1},q_{1}H_{2}))
\end{tikzcd}%
}
\]
\end{document}

现在我收到一条错误消息Undefined control sequence. }并且图表完全崩溃了。

答案1

这可能有效，但看起来很糟糕。我建议重写一下，例如：“为了简洁起见，让$A = \mu_{\Delta_{M_{12}}}(hom(q_{2}F_{1},q_{1}F_{2}))\otimes \mu_{\Delta_{M_{23}}}(hom(q_{2}G_{1},q_{1}G_{2}))\otimes \mu_{\Delta_{M_{34}}}(hom(q_{2}H_{1},q_{1}H_{2})))$……（带有 A、B 和 C 的图表）”

\documentclass{article}
\usepackage{amsmath}
\usepackage{xcolor}
\usepackage[all,cmtip,color]{xy}
\usepackage{graphicx}
\begin{document}

\[
\resizebox{\displaywidth}{!}{%
    \xymatrix{
      {
        \begin{aligned}
          &\mu_{\Delta_{M_{12}}}(\hom(q_{2}F_{1},q_{1}F_{2}))
          \\
          &\otimes
          \mu_{\Delta_{M_{23}}}(\hom(q_{2}G_{1},q_{1}G_{2}))
          \\
          &\otimes
          \mu_{\Delta_{M_{34}}}(\hom(q_{2}H_{1},q_{1}H_{2}))
        \end{aligned}
      }
      \ar[d]
      &
      \\
        {L\circ K
        (\mu_{\Delta_{M_{12}}
          \times\Delta_{M_{23}}
          \times\Delta_{M_{34}}}
        (F_{1}\otimes G_{1}\otimes H_{1}, F_{2}\otimes G_{2} H_{2})
        )} 
      &
      {
        \begin{aligned}
          & L\circ K
          (\mu_{\Delta_{M_{12}}\times\Delta_{M_{23}}}(F_{1}
          \otimes
          G_{1}, F_{2}\otimes
          G_{2}))
          \\
          &\times\mu_{\Delta_{M_{34}}}(\hom(q_{2}H_{1},q_{1}H_{2}))
      \end{aligned}
      }
      }%
}
\]
\end{document}

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